Arun Patent

पेटेंट कार्ाालर्
शासकीर् जर्ाल
OFFICIAL JOURNAL
OF
THE PATENT OFFICE
नर्र्ामर् सं. 51/2023 शुक्रवार दिर्ांक: 22/12/2023

ISSUE NO. 51/2023 FRIDAY DATE: 22/12/2023
पेटेंट कार्ाालर् का एक प्रकाशर्

PUBLICATION OF THE PATENT OFFICE
The Patent Office Journal No. 51/2023 Dated 22/12/2023 91194

INTRODUCTION
In view of the recent amendment made in the Patents Act, 1970 by the Patents (Amendment) Act, 2005
effective from 01st January 2005, the Official Journal of The Patent Office is required to be published under
the Statute. This Journal is being published on weekly basis on every Friday covering the various proceedings
on Patents as required according to the provision of Section 145 of the Patents Act 1970. All the enquiries on
this Official Journal and other information as required by the public should be addressed to the Controller
General of Patents, Designs & Trade Marks. Suggestions and comments are requested from all quarters so that
the content can be enriched.
( PROF. (DR) UNNAT P. PANDIT)

CONTROLLER GENERAL OF PATENTS, DESIGNS & TRADE MARKS
22nd DECEMBER, 2023

CONTENTS
SUBJECT PAGE NUMBER
JURISDICTION : 91197-91198
SPECIAL NOTICE : 91199-91200
HOLIDAY LIST (ENGLISH) : 91201
HOLIDAY LIST (HINDI) : 91202
EARLY PUBLICATION (DELHI) : 91203-91295
EARLY PUBLICATION (MUMBAI) : 91296-91431
EARLY PUBLICATION (CHENNAI) : 91432-92058
EARLY PUBLICATION ( KOLKATA) : 92059-92072
PUBLICATION AFTER 18 MONTHS (DELHI) : 92073-92699
PUBLICATION AFTER 18 MONTHS (MUMBAI) : 92700-92864
PUBLICATION AFTER 18 MONTHS (CHENNAI) : 92865-93331
PUBLICATION AFTER 18 MONTHS (KOLKATA) : 93332-93367
PUBLICATION U/S 61 IN RESPECT OF APPLICATION FOR

: 93368
RESTORATION OF PATENTS (DELHI)
WEEKLY ISSUED FER (DELHI) : 93369-93382
WEEKLY ISSUED FER (MUMBAI) : 93383-93388
WEEKLY ISSUED FER (CHENNAI) : 93389-93399
WEEKLY ISSUED FER (KOLKATA) : 93400-93402

PUBLICATION UNDER SECTION 43(2) IN RESPECT OF THE : 92403-93606
GRANT (DELHI)
GRANT (MUMBAI)
GRANT (CHENNAI
GRANT (KOLKATA)
INTRODUCTION TO DESIGN PUBLICATION : 93868
REGISTRATION OF DESIGNS : 93869-94011

THE PATENT OFFICE
KOLKATA, 22/12/2023
Address of the Patent Offices/Jurisdictions
The following are addresses of all the Patent Offices located at different places having their Territorial
Jurisdiction on a Zonal basis as shown below:-
1 Office of the Controller General of Patents, 4 The Patent Office,
Designs & Trade Marks, Government of India,
Boudhik Sampada Bhavan, Intellectual Property Rights Building,
Near Antop Hill Post Office,S.M.Road,Antop Hill, G.S.T. Road, Guindy,
Mumbai – 400 037 Chennai – 600 032.
Phone: (91)(22) 24123311, Phone: (91)(44) 2250 2081-84

Fax : (91)(22) 24123322 Fax : (91)(44) 2250 2066
E-mail: cgpdtm@nic.in E-mail: chennai-patent@nic.in
 The States of Andhra Pradesh,
Telangana, Karnataka, Kerala, Tamil
Nadu and the Union Territories of
Puducherry and Lakshadweep.
2 The Patent Office,

Government of India, 5 The Patent Office (Head Office),
Boudhik Sampada Bhavan, Government of India,
Near Antop Hill Post Office,S.M.Road,Antop Hill, Boudhik Sampada Bhavan,
Mumbai – 400 037 CP-2, Sector –V, Salt Lake City,
Phone: (91)(22) 24137701 Kolkata- 700 091
Fax: (91)(22) 24130387
E-mail: mumbai-patent@nic.in Phone: (91)(33) 2367 1943/44/45/46/87
 The States of Gujarat, Maharashtra, Madhya Fax: (91)(33) 2367 1988
Pradesh, Goa and Chhattisgarh and the Union E-Mail: kolkata-patent@nic.in
Territories of Daman and Diu & Dadra and Nagar
Haveli
 Rest of India
3 The Patent Office,
Government of India,
Boudhik Sampada Bhavan,
Plot No. 32., Sector-14, Dwarka,
New Delhi – 110075
Phone: (91)(11) 25300200 & 28032253
Fax: (91)(11) 28034301 & 28034302
E.mail: delhi-patent@nic.in
 The States of Haryana, Himachal Pradesh, Jammu
and Kashmir, Punjab, Rajasthan, Uttar Pradesh,
Uttaranchal, Delhi and the Union Territory of
Chandigarh.
Website: www.ipindia.nic.in
www.patentoffice.nic.in
All applications, notices, statements or other documents or any fees required by the Patents Act, 1970
and The Patents (Amendment) Act, 2005 or by the Patents (Amendment) Rules, 2006 will be received
only at the appropriate offices of the Patent Office.
Fees: The Fees may either be paid in cash or may be sent by Bank Draft or Cheques payable to the Controller of
Patents drawn on a scheduled Bank at the place where the appropriate office is situated.

पेटेंट कार्ाालर्
कोलकाता, दिर्ांक 22/12/2023
•कार्ाालर्ों के क्षेत्रानिकार के पते
नवनिन्न जर्हों पर नथित पेटेंट कार्ाालर् के पते आंचनलक आिार पर िर्शात उर्के प्रािेनशक अनिकार क्षेत्र के
साि र्ीचे दिए र्ए है:-
1 कार्ाालर् : महानर्र्ंत्रक, एकथव, अनिकल्प 4 पेटेंट कार्ाालर्, िारत सरकार
तिा व्यापार नचहर्, इं टेलेक्चुअल प्रॉपटी राइट्स नबलल्डंर्, इं डनथिर्ल इथटेट
एंटोप नहल डाकघर के समीप, एसआईडीसीओ आरएमडी र्ोडाउर् एररर्ा
एस. एम. रोड, एंटोप नहल, मुम्बई- 400 037, िारत, एडजसेन्ट टु ईर्ल फ्लाथक, जी. एस. टी. रोड,
फोर्: (91) (22) 24123311 र्ार्न्डी
फ़ै क्स: (91) (22) 24123322 चेन्नई - 600 032.
ई. मेल: cgpdtm@nic.in फोर्: (91)(44) 2250 2081-84
फ़ै क्स: (91)(44) 2250-2066
ई. मेल: chennai-patent@nic.in
 आन्र प्रिेश, तेलंर्ार्ा, कर्ााटक, के रल, तनमलर्ाडु
तिा पुडुचरे ी राज्र् क्षेत्र एवं संघ शानसत क्षेत्र,
लक्षिीप
2 पेटेंट कार्ाालर्, िारत सरकार 5 पेटेंट कार्ाालर्, िारत सरकार
बौनिक संपिा िवर्, कोलकाता, (प्रिार् कार्ाालर्)
एंटोप नहल डाकघर के समीप, बौनिक संपिा िवर्,
एस. एम. रोड, एंटोप नहल, मुम्बई- 400 037, सीपी-2, सेक्टर- V, साल्ट लेक नसटी,
फोर्: (91) (22) 24137701 कोलकाता-700 091, िारत.
फ़ै क्स: (91) (22) 24130387 फोर्: (91)(33) 2367 1943/44/45/46/87
ई. मेल: Mumbai-patent@nic.in फ़ै क्स:/Fax: (91)(33) 2367 1988
 •र्ुजरात, महाराष्ट्र, मध्र् प्रिेश, र्ोवा तिा छत्तीसर्ढ़ राज्र् क्षेत्र एवं संघ शानसत ई. मेल: kolkata-patent@nic.in
क्षेत्र, िमर् तिा िीव, िािर और र्र्र हवेली.
 िारत का अवशेष क्षेत्र
3 पेटेंट कार्ाालर्, िारत सरकार

बौनिक संपिा िवर्,
प्लॉट सं. 32, सेक्टर- 14, द्वारका, र्ई दिल्ली- 110
075.
फोर्: (91)(11) 25300200, 28032253
फ़ै क्स: (91)(11) 28034301, 28034302
ई. मेल: delhi-patent@nic.in
हररर्ाणा, नहमाचल प्रिेश, जम्मू तिा कश्मीर, पंजाब,राजथिार्,
उत्तर प्रिेश, दिल्ली तिा उत्तरांचल राज्र् क्षेत्रों, एवं संघ शानसत
क्षेत्र चंडीर्ढ़
वेबसाइट: http://www.ipindia.nic.in
www.patentoffice.nic.in
पेटेंट अनिनर्र्म, 1970 तिा पेटेंट (संशोिर्) अनिनर्र्म, 2005 अिवा पेटेंट (संशोिर्) नर्र्म, 2006 द्वारा वांनछत सिी
आवेिर्, सूचर्ाए, नववरण र्ा अन्र् िथतावेज़ र्ा कोई शुल्क पेटेंट कार्ाालर् के के वल उपर्ुक्त कार्ाालर् में थवीकृ त होंर्े।
शुल्क: शुल्क र्ा तो र्र्ि रूप में र्ा Controller of Patents के र्ाम में िेर् बैंक ड्राफ्ट र्ा चेक के द्वारा िेजी जा सकती है जो उसी
थिार् के दकसी अर्ुसनू चत बैंक में प्रित्त हो जहााँ उपर्ुक्त कार्ाालर् नथित है ।

SPECIAL NOTICE
18 Months publication as required under Section 11A of the Patents Act, 1970
as amended by the Patents (Amendment) Act, 2005.
Notice is hereby given that any person at any time before the grant of Patent may give representation by way of
opposition to the Controller of Patents at appropriate office on the ground and in a manner specified under
section 25(1) of the Patents (Amendment) Act, 2005 read with Rule 55 of the Patents (Amendment) Rules,
2006.
Notice is also given that if any interested person requests for copies of the complete specification, drawing and
abstract of any application already published, the photocopy of the same can be supplied by the Patent Office as
per the jurisdiction on payment of prescribed fees of Rs.8/- per page. If any further details are required to be
obtained, the same can be provided by the respective Patent Offices on request.
( PROF. (DR) UNNAT P. PANDIT)

CONTROLLER GENERAL OF PATENTS, DESIGNS & TRADE MARKS

SPECIAL NOTICE
Under the new provision of the Patents Act, 1970 as amended by the Patents (Amendment) Act, 2005
and Rules there under, Publication of the matter relating to Patents in the Official Gazette of India Part III,
Section 2 has been discontinued and instead The Official Journal of the Patent Office is being published
containing all the activities of The Patent Office such as publication of all the patent applications after 18th
months , grant of patents & all other information in respect of the proceedings as required under the provisions
of the Patents (Amendment) Act, 2005 and Rules thereunder on weekly basis on every Friday.
The Journal is uploaded in the website every Friday. So Paper form and CD-ROM form of the Journal are
discontinued from 01/01/2009.
SPECIAL NOTICE
Every effort is being taken to publish all the patent applications under section 11(A) of the Patents Act.
However, if duplication of publication of any application is found, then earlier date of publication will be taken
for the purpose of provisional protection for applicant and Patent Office will grant Patent not before six months
from the date of second publication, provided that there is there is no third party representation.

बौनिक संपिा िवर्
BOUDDHIK SAMPADA BHAWAN
सीपी/CP-2, सेक्टर/Sector-V,
िारत सरकार साल्ट लेक /SALT LAKE
बौनिक संपिा िारत GOVERNMENT OF INDIA
कोलकाता/KOLKATA- 700 091.
एकथव/अनिकल्प/व्यापार नचह्र्/िौर्ोनलक पेटेंट कार्ाालर्
उपिशार्/आर जी एर् आई आई पी एम
िूरिाष/Tel : (91) (33) 2367 9101
THE PATENT OFFICE : (91) (33) 2367 1987
INTELLECTUAL PROPERTY INDIA वानणज्र् और उद्योर् मंत्रालर् फै क्स /Fax : (91) (33) 2367 1988
Patents/Designs/Trade Marks
Ministry of Commerce & Industry ई-मेल/E-Mail: kolkata-patent@nic.in
Geographical Indications/RGNIIPM
उद्योर् संविार् और आंतररक व्यापार नविार् वेबसाइट ü/Website: www.ipindia.nic.in
Department for Promotion of Industry and Internal Trade : www.ipindia.gov.in
संख्र्ा/No. : CGPDTM-17031/4/2023-POK दिर्ांक/Date: 23-11-2023
LIST OF HOLIDAYS FOR THE YEAR – 2024
The following days have been declared by C.G.E.W.C.C., Kolkata as holidays to be observed by the Patent Office
Kolkata during the year 2024.
Sl. Holidays & Connected Festivals Date Days of Week

No.
1. Republic Day January, 26 Friday
2. Basant Panchami/Sri Panchami February, 14 Wednesday
3. Holi March, 25 Monday
4. Good Friday March, 29 Friday
5. Idu’l Fitr April, 11 Thursday
6. Mahavir Jayanti April, 21 Sunday
7. Buddha Purnima May, 23 Thursday
8. Id-uz-zuha(Bakrid) June, 17 Monday
9. Muharram July, 17 Wednesday
10. Independence Day August, 15 Thursday
11. Milad-un-nabi or Id-E-Milad September, 16 Monday
(Birth Day Prophet Mahammad)
12. Mahatma Gandhi’s Birth Day October, 02 Wednesday
13. Dussehra (Mahaashtami/Mahanavmi) (Additional Day) October, 11 Friday
14. Dussehra (Vijay Dashmi) October, 12 Saturday
15. Diwali (Deepavali) October, 31 Thursday
16. Guru Nanak’s Birthday November, 15 Friday
17. Christmas Day December, 25 Wednesday
Note: Central Government Organizations, which include industrial, commercial & training establishments (i.e. other than doing work
of Secretariat nature) would observe 16 holidays in a year out of which 3 namely Republic Day, Independence Day and Mahatma
Gandhi’s Birthday will be compulsory. The remaining holidays/occasions may be determined by such Establishments/Organizations
themselves on year to year basis.
In deciding whether a particular Deptt/Establishment/Organization an industrial, commercial or trading organizations (i.e. other than
those doing work of Secretariat nature) the decision may be taken by the respective Ministry/Ministry of Home Affairs, New Delhi.
*The date of Holidays for the Muslim festivals may be changed on sighting of the Moon and decision to be taken by the CGEWCC,
Kolkata based on the decision of the State Government in respect of Idu’l Fitr, Idu’l Zoha, Muharram and Id-e-Milad.
(Pramathesh Sen)
Joint Controller of Patents & Designs & Head of Office

बौनिक संपिा िवर्
BOUDDHIK SAMPADA BHAWAN
सीपी/CP-2, सेक्टर/Sector-V,
िारत सरकार साल्ट लेक /SALT LAKE
बौनिक संपिा िारत GOVERNMENT OF INDIA
कोलकाता/KOLKATA- 700 091.
एकथव/अनिकल्प/व्यापार नचह्र्/िौर्ोनलक पेटेंट कार्ाालर्
उपिशार्/आर जी एर् आई आई पी एम
िूरिाष/Tel : (91) (33) 2367 9101
THE PATENT OFFICE : (91) (33) 2367 1987
INTELLECTUAL PROPERTY INDIA वानणज्र् और उद्योर् मंत्रालर् फै क्स /Fax : (91) (33) 2367 1988
Patents/Designs/Trade Marks
Ministry of Commerce & Industry ई-मेल/E-Mail: kolkata-patent@nic.in
Geographical Indications/RGNIIPM
उद्योर् संविार् और आंतररक व्यापार नविार् वेबसाइट ü/Website: www.ipindia.nic.in
Department for Promotion of Industry and Internal Trade : www.ipindia.gov.in
संख्र्ा/No. : सीजीपीडीटीएम-17031/4/2023-पीओके दिर्ांक/Date:
वषा 2024 में छु रिर्ों की सूची
सी.जी.ई.डब्लल्र्ू.सी.सी., कोलकाता द्वारा वषा 2024 के िौरार् पेटेंट कार्ाालर्, कोलकाता के नलए नर्म्र्नलनतत दिर्ों को छु िी घोनषत दकर्ा र्र्ा है।
क्र.सं. छु रिर्ााँ तिा संबनं ित तर्ौहार दिर्ांक सप्ताह के दिर्

1. र्णतंत्र दिवस जर्वरी, 26 शुक्रवार
2. बसंत पंचमी/श्री पंचमी फरवरी, 14 बुिवार
3. होली माचा, 25 सोमवार
4. र्ुड फ्राइडे माचा, 29 शुक्रवार
5. ईि-उल-दफतर अप्रैल, 11 र्ुरूवार
6. महावीर जर्ंती अप्रैल, 21 रनववार
7. बुि पुर्णामा मई, 23 र्ुरूवार
8. ईि-उल-जुहा (बकरीि) जूर्, 17 सोमवार
9. मुहरा म जुलाई, 17 बुिवार
10. थवतंत्रता दिवस अर्थत, 15 र्ुरूवार
11. नमलाि-उर्-र्वी र्ा ईि-ए-नमलाि (प्रोफे ट मोहम्मि जन्मदिवस) नसतंबर, 16 सोमवार
12. महातमा र्ााँिी जर्ंती अक्टू बर, 02 बुिवार
13. िशहरा (महाअष्ंमी/महार्वमी) (अनतररक्त दिर्) अक्टू बर, 11 शुक्रवार
14. िशहरा (नवजर् िशमी) अक्टू बर, 12 शनर्वार
15. दिवाली (दिपावली) अक्टू बर, 31 र्ुरूवार
16. र्ुरूर्ार्क जर्ंती र्वंबर, 15 शुक्रवार
17. दक्रसमस डे दिसम्बर, 25 बुिवार
रटप्पणी: के न्ा सरकार के संथिार्ों में, नजर्में औद्योनर्क, वानणनज्र्क तिा प्रनशक्षण प्रनतष्ंार् (र्िा सनचवालर्ी प्रवृनत्त से पृिक कार्ा करार्े वाले) शानमल हैं, इस वषा 16
अवकाश होंर्े नजर्में से 3 (तीर्) र्िा र्णतंत्र दिवस, थवतंत्रता दिवस तिा महातमा र्ााँिी जर्ंती अनर्वार्ा होंर्े। शेष अवकाश/अवसर उर् प्रनतष्ंार्ों/संथिार्ों द्वारा प्रतर्ेक
वषा थवर्ं नर्िााररत दकए जार्ेंर्े।
कोई नवशेष/प्रनतष्ंार्/संर्ंर् औद्योनर्क, वानणनज्र्क एवं वर्ापाररक प्रनतष्ंार् (अिाात् सनचवालीर्र् प्रवृनत्त के कार्ा करर्े वाले प्रनतष्ंार्ों के अनतररक्त) है दक र्हीं इसका
नर्िाारण संबंनित मंत्रालर्/र्ृह मंत्रालर्, र्ई दिल्ली द्वारा दकर्ा जाएर्ा।
*मुनथलम तर्ौहारों की छु िी के दिर् चााँि के दितर्े तिा राज्र् सरकार द्वारा नलए र्ए नर्णार् के आिार CGEWCC, कोलकाता द्वारा नलए र्ए नर्णार् के द्वारा ईि-उल-
दफतर, ईि-उल-जुहा, मुहरा म एवं ईि-ए-नमलाि पर बिले जा सकते हैं।
(प्रमिेश सेर्)
ु नर्र्ंत्रक, एकथव व अनिकल्प तिा कार्ाालर् प्रिार्
संर्क्त

Early Publication:
The following patent applications have been published under section 11A (2) of The Patents (Amendment) Act 2005 and rule
24A of The Patents (Amendment) Rules, 2006. Any person may file representation by way of opposition to the Controller of
Patents at the appropriate office against the grant of the patent in the prescribed manner under section 25(1) of the Patents
(Amendment) Act 2005 read with the rule 55 of The Patents (Amendment) Rules, 2006:
(12) PATENT APPLICATION PUBLICATION (21) Application No.202311058302 A

(19) INDIA
(22) Date of filing of Application :30/08/2023 (43) Publication Date : 22/12/2023
(54) Title of the invention : A SYSTEM AND METHOD FOR DETECTING A SKIN TYPE AND SUGGESTING SKIN-BASED
PRODUCTS ON E-COMMERCE PLATFORMS
(71)Name of Applicant :
1)VIKRETAG PRIVATE LIMITED
Address of Applicant :House No. 1739A, Village Pana Mamur Pur,
New Delhi 110040, India New Delhi ----------- -----------
Name of Applicant : NA
Address of Applicant : NA
:G06Q0030060000, G06Q0030020000, (72)Name of Inventor :
(51) International
A61B0018000000, A61B0005000000, 1)Dr. Piyush Kumar Shukla
classification
G06Q0010100000 Address of Applicant :Department of Computer Science & Engineering,
(86) International University Institute of Technology, Rajiv Gandhi Proudyogiki
:NA
Application No Vishwavidyalaya (Technological University of Madhya Pradesh)-
:NA
Filing Date 462033, Bhopal, India Bhopal ----------- -----------
(87) International 2)Dr. Preeti Jha
: NA
Publication No Address of Applicant :Department of Computer Science
(61) Patent of Addition &Engineering,Koneru Lakshmaiah Education Foundation, Hyderabad-
:NA
to Application Number 500075, Telangana, India Hyderabad ----------- -----------
:NA
Filing Date 3)Dr. Prashant Kumar Shukla
(62) Divisional to Address of Applicant :Department of Computer Science & Engineering,
:NA
Application Number Koneru Lakshmaiah Education Foundation, Vaddeswaram, Guntur -
:NA
Filing Date 522302, Andhra Pradesh, India Vaddeswaram ----------- -----------
4)Dr. Pooja Shukla
Address of Applicant :School of Management , LNCT College, Bhopal,
Madhya Pradesh- 462042, India Bhopal ----------- -----------
5)Upendra Singh
Address of Applicant :House No. 1739A, Village Pana Mamur Pur, New
Delhi 110040, India New Delhi ----------- -----------
(57) Abstract :
ABSTRACT A SYSTEM AND METHOD FOR DETECTING A SKIN TYPE AND SUGGESTING SKIN-BASED PRODUCTS ON E-
COMMERCE PLATFORMS A skin type detection and product suggestion system (100) comprises a customer device (106) with access to an online
platform; a camera (108) associated with said customer device (106), wherein the camera (108) captures visual data in the form of one or more
images or a live scan of a face of a customer; a processing module (104) embedded within the customer device (106), configured to: receive the
visual data from the camera (108); access a data repository (112) storing predefined data corresponding to different skin types; extract visual
characteristics from the received visual data and compare the extracted visual characteristics with the predefined data to determine a skin type of the
customer in real-time; and provide a list of skin-based products suitable for the determined skin type and optionally sending a warning to the
customer if a previously selected product is unsuitable for the determined skin type. [FIGURE 1]
No. of Pages : 27 No. of Claims : 10

(19) INDIA
(54) Title of the invention : A METASURFACE-INSPIRED FLEXIBLE STRUCTURE FOR BOOSTING THE SIGNAL-TO-NOISE
RATIO (SNR) IN 1.5TMRI SCANS
1)DIVYASAMPARK IHUB ROORKEE FOR DEVICES
MATERIALS AND TECHNOLOGY FOUNDATION
Address of Applicant :Indian Institute of Technology Roorkee,
Roorkee Roorkee ----------- -----------
:G01R0033340000, A61B0005055000,
(51) International Address of Applicant : NA
G01R0033341500, A61B0005000000,
classification (72)Name of Inventor :
E21B0034100000
1)JEGYASU GUPTA
(86) International
:NA Address of Applicant :Department of Electronics and Electrical
Application No
:NA Engineering, Indian Institute of Technology Guwahati, Guwahati,
Filing Date
Assam- 781039 Guwahati ----------- -----------
(87) International
: NA 2)PRIYANKA DAS
Publication No
Address of Applicant :Divyasampark iHUB Roorkee For Devices
(61) Patent of Addition
:NA Materials And Technology Foundation, Indian Institute of
to Application Number
:NA Technology Roorkee, Roorkee-247667, Uttarakhand Roorkee -----
Filing Date
------ -----------
(62) Divisional to
:NA 3)RATNAJIT BHATTACHARJEE
Application Number
:NA Address of Applicant :Department of Electronics and Electrical
Filing Date
Engineering, Indian Institute of Technology Guwahati, Guwahati,
Assam- 781039 Guwahati ----------- -----------
4)DEBABRATA SIKDAR
Address of Applicant :Department of Electronics and Electrical
Engineering, Indian Institute of Technology Guwahati, Guwahati,
Assam- 781039 Guwahati ----------- -----------
(57) Abstract :
The present invention relates to a metasurface-inspired flexible structure that can be wrapped on patients’ body parts with different
curvatures to boost the signal-to-noise ratio (SNR) while undergoing commercial 1.5T MRI scans. The designed system provides a
boost of ~11 times in 1− as well, as SNR enhancement factor is observed on the surface of metasurface-wrapped bio-model under
excitation of the transceiver birdcage coil while maintaining specific absorption rate well under the safety limit. The designed
metasurface is used as a wearable add-on inside 1.5T MRI transceiver arrays for significant SNR enhancement in scans of different
body parts such as head, legs, etc. Published with Figure 1

(19) INDIA
(54) Title of the invention : TRIAZOLE TETHERED HYBRID MOLECULES AS POTENTIAL ANTI-BREAST CANCER
AGENTS
1)Atamjit Singh
Address of Applicant :Department of Pharmaceutical
Sciences, Guru Nanak Dev University, Amritsar, Punjab 143005,
:A61P0035000000, A61K0047650000, India Amritsar ----------- -----------
(51) International
G16C0020400000, C07K0014470000, 2)Jasreen Uppal
classification
B82B0003000000 3)Preet Mohinder Singh Bedi
(86) International Name of Applicant : NA
:NA
Application No Address of Applicant : NA
:NA
Filing Date (72)Name of Inventor :
(87) International 1)Atamjit Singh
: NA
Publication No Address of Applicant :Department of Pharmaceutical Sciences,
(61) Patent of Addition Guru Nanak Dev University, Amritsar, Punjab 143005, India
:NA
to Application Number Amritsar ----------- -----------
:NA
Filing Date 2)Jasreen Uppal
(62) Divisional to Address of Applicant :Department of Pharmaceutical Chemistry,
:NA
Application Number Khalsa College of Pharmacy, Amritsar, Punjab 143005, India
:NA
Filing Date Amritsar ----------- -----------
3)Preet Mohinder Singh Bedi
Address of Applicant :Department of Pharmaceutical Sciences,
Guru Nanak Dev University, Amritsar, Punjab 143005, India
Amritsar ----------- -----------
(57) Abstract :
The present invention relates to a triazole-linked zingerone-coumarin hybrid molecule for use as an anti-tubulin agent in the treatment
of breast cancer. The triazole-linked zingerone-coumarin hybrid molecule having chemical structure (I).

(19) INDIA
(54) Title of the invention : PHARMACEUTICAL COMPOUNDS ARE PRODUCED BY GREEN CHEMISTRY SYNTHESIS
:H01M0010052500, C08J0009140000, (71)Name of Applicant :

(51) International
H01L0021670000, C08F0004400000, 1)KULJIVE MAHAJAN
classification
H01M0004580000 Address of Applicant :308-C, BHAI RANDHIR SINGH
(86) International NAGAR, LUDHIANA, PUNJAB-141012, INDIA, ----------- ------
:NA
Application No -----
:NA
Filing Date Name of Applicant : NA
: NA
Publication No (72)Name of Inventor :
(61) Patent of Addition 1)KULJIVE MAHAJAN
:NA
to Application Number Address of Applicant :308-C, BHAI RANDHIR SINGH NAGAR,
:NA
Filing Date LUDHIANA, PUNJAB-141012, INDIA, ----------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Abstract of the Invention Pharmaceutical compounds are produced by Green Chemistry Synthesis The present invention of the
innovative method of Pharmaceutical research in the field of green chemistry applies cutting-edge scientific methods to the production
of products, lowering or completely removing hazardous substances. Green chemistry has been significantly changing our planet over
the past three decades. Because green chemistry reduces the quantity of chemical waste released into the air, water, and land, all
branches of chemistry will be completely dependent on it in the future. Green chemistry is characterised as the development of
chemical products and procedures that minimise or completely stop the usage and production of hazardous compounds.

(19) INDIA
(54) Title of the invention : AGROCHEMICAL COMPOSITION
:A01N0043560000, A01N0053000000, (71)Name of Applicant :

(51) International
A01N0051000000, A61K0036610000, 1)Redson Retail & Reality Pvt. Ltd.
classification
A01N0065000000 Address of Applicant :A-88 Ashok Vihar Phase-I Delhi Delhi
(86) International India 110052 Delhi ----------- -----------
:NA
Application No Name of Applicant : NA
:NA
Filing Date Address of Applicant : NA
(87) International (72)Name of Inventor :
: NA
Publication No 1)Komal Aggarwal
(61) Patent of Addition Address of Applicant :A-88 Ashok Vihar Phase-I Delhi Delhi
:NA
to Application Number India 110052 Delhi ----------- -----------
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT AGROCHEMICAL COMPOSITION The present invention relates to the field of pesticides. In particular, the present
invention provides a novel, synergistic insecticidal composition comprising Chlorantraniliprole, Lambda cyhalothrin, Thiamethoxam
as active ingredients and clove oil as a synergist. The insecticidal composition of the present invention is particularly effective in
controlling lepidopteran pests particularly early shoot borer in sugarcane crop. The present invention further provides the process for
preparing said insecticidal composition.

(19) INDIA
(54) Title of the invention : A MULTI-PURPOSE DENTAL DEVICE
1)SHARDA UNIVERSITY
Address of Applicant :Plot No. 32-34, Knowledge Park III, Greater
Noida - 201310, Uttar Pradesh (UP), India (IN) Greater Noida ----------- --
---------
(72)Name of Inventor :
1)Dr. Saransh
Address of Applicant :Department of Periodontology, School of Dental
Sciences, Sharda University, Plot No. 32-34, Knowledge Park III, Greater
---------
2)Dr. M. Siddharth
(51) International classification :A61C19/04 , A61C3/00 ---------
(86) International Application No :NA 3)Dr. Radhika Gupta
Filing Date :NA Address of Applicant :Department of Periodontology, School of Dental
(87) International Publication No : NA Sciences, Sharda University, Plot No. 32-34, Knowledge Park III, Greater
(61) Patent of Addition to Application Number :NA Noida - 201310, Uttar Pradesh (UP), India (IN) Greater Noida ----------- --
Filing Date :NA ---------
(62) Divisional to Application Number :NA 4)Dr. Pallavi Sharma
Filing Date :NA Address of Applicant :Department of Periodontology, School of Dental
---------
5)Dr. Himani Sharma
---------
6)Dr. Stuti Gupta
---------
7)Dr. Priyanka Tandon
Address of Applicant :Department of Periodontology, ITS Dental college,
Knowledge Park III, Greater Noida - 201310, Uttar Pradesh (UP), India
(IN) Greater Noida ----------- -----------
(57) Abstract :
ABSTRACT A MULTI-PURPOSE DENTAL DEVICE The present invention relates to a multi-purpose device comprising an
elongated body, a sickle probe, and a probe tool. The elongated body has two ends, and attachments are interchangeable and may be
attached to any end. The multi-purpose device works as a single tool to perform several functions, such as assessing various ailments
of the user's mouth. Fig. 1

(19) INDIA
(54) Title of the invention : HYDROPHOBIC AEROGEL FOR OIL SPILL REMEDIATION AND ITS METHOD OF
PREPARATION THEREOF
1)UNIVERSITY OF PETROLEUM AND ENERGY
STUDIES, DEHRADUN
Address of Applicant :Village Bidholi, via Prem Nagar,
Dehradun, Uttarakhand, 248007, India Dehradun ----------- --------
---
:E02B0015040000, C02F0001680000,
C02F0009000000, C08J0009280000,
classification 1)Suvendu Manna
C02F0101320000
Address of Applicant :School of Advanced Engineering,
(86) International
:NA University of Petroleum and Energy Studies, Dehradun
Application No
:NA Uttarakhand-248007 India Dehradun ----------- -----------
Filing Date
2)Tantusree Bera
(87) International
: NA Address of Applicant :School of Advanced Engineering,
Publication No
University of Petroleum and Energy Studies, Dehradun
:NA 3)Amit Kumar Sharma
Filing Date
(62) Divisional to
:NA University of Petroleum and Energy Studies, Dehradun
Application Number
Filing Date
4)Kanchan Deoli Bahukhandi
Uttarakhand-248007 India Dehradun ----------- -----------
5)Madhuben Sharma
Uttarakhand-248007 India Dehradun ----------- -----------
(57) Abstract :
The present invention discloses a novel, sustainable hydrophobic aerogel for removing oil from water bodies and its method of
preparation thereof. The aerogel composition for removing oil from water, comprises: (i) a polyethylene polymer and (ii) optionally a
water-soluble salt or a carbon compound. The method develops LDPE aerogel with water soluble salt or carbon compound in the
presence of solvent that can efficiently separate oil from water. Further, the present invention is provided with the advantage of
reducing the single use plastic by extracting and recovering the polyethylene polymer (i.e., LDPE) to prepare aerogels to achieve the
purpose of mitigating the environmental pollution caused by the single-use plastics and mitigating the oil spill in the water bodies.

(19) INDIA
(54) Title of the invention : A LENTIL BASED FOAMING SKIN CLEANSER COMPOSITION AND A METHOD OF
PREPARATION THEREOF
(51) International :A61K8/00, A61K8/34, A61K8/39, (71)Name of Applicant :

classification A61K8/44, A61Q19/00, A61Q19/10 1)NaturoHabit Private Limited
(86) International Address of Applicant :GP-26, Sector 18, Udyog Vihar,
:NA
Application No Gurugram, Haryana – 122015, India. Gurugram ----------- ----------
:NA
Filing Date -
: NA
Publication No Address of Applicant : NA
(61) Patent of Addition to (72)Name of Inventor :
:NA
Application Number 1)SHARMA, Komal
:NA
Filing Date Address of Applicant :Sector-5, House No. 79, Greater Green
(62) Divisional to Park, Bareilly, Uttar Pradesh – 243006, India. Bareilly ----------- --
:NA
Application Number ---------
:NA
Filing Date
(57) Abstract :
A lentil based foaming skin cleanser composition and a method of preparation thereof is provided. The skin cleanser composition
mainly involves at least one cleansing agent configured to break down bonds between dirt, oil, and other impurities, allowing them to
be easily rinsed away and at least one surfactant configured to create foam for enhancing a cleansing action and providing a satisfying
sensory experience during use of a skin cleanser. At least one cleansing agent is a lentil powder selected from a group consisting of
Masoor dal powder, Moong dal powder, Moth dal powder, and combination thereof. The disclosure offers a versatile and user-friendly
skincare solution that effectively cleanses and nourishes the skin, making it suitable for various skin types. The skin cleanser
composition is easy to use, and can be customized to include specific ingredients or adapt to individual preferences or skin concerns.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR ENHANCING GAMEPLAY EXPERIENCE IN AN INTERACTIVE
GAMING ENVIRONMENT
1)Chitkara University
Address of Applicant :Chitkara University, Chandigarh-Patiala
National Highway, Village Jhansla, Rajpura, Punjab - 140401,
:G06N0020000000, A63F0013670000,
(51) International India. Patiala ----------- -----------
G06K0009620000, G16Z0099000000,
classification 2)Bluest Mettle Solutions Private Limited
G06N0003040000
(86) International
:NA Address of Applicant : NA
Application No
:NA (72)Name of Inventor :
Filing Date
1)MISHRA, Rahul
(87) International
: NA Address of Applicant :ODC-4, Panchshil Tech Park, inside
Publication No
Courtyard by Marriott premises, Hinjewadi Phase - 1, Pune -
:NA 411057, Maharashtra, India. Pune ----------- -----------
:NA 2)SINGH, Dhiraj
Filing Date
Address of Applicant :ODC-4, Panchshil Tech Park, inside
(62) Divisional to
:NA Courtyard by Marriott premises, Hinjewadi Phase - 1, Pune -
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relates to a system (100) and method (300) for enhancing gameplay experience in an
interactive gaming environment through dynamic content generation, intelligent opponent behaviour, personalized experiences, and
natural user interactions. The system (102) comprises a processor (202) coupled to a memory (204). The memory (204) stores
processor-executable instructions. The processor (202) is configured to generate game content in real-time. Next, the processor (202)
is configured to train an AI model based on the game content to generate opponents with adaptive behaviour. Thereafter, the processor
(202) is configured to personalize the interactive gaming environment by applying the trained AI model. In the end, the processor
(202) is configured to enable natural and intuitive user interactions in the interactive gaming environment.

(19) INDIA
(54) Title of the invention : AN ULTRASONIC VIBRATION ASSISTED MINIMUM QUANTITY LUBRICATION GRINDING
SYSTEM
1)INDIAN INSTITUTE OF TECHNOLOGY (BANARAS
HINDU UNIVERSITY), VARANASI
Address of Applicant :Varanasi-221005, Uttar Pradesh, India
Varanasi ----------- -----------
1)ABHIMANYU CHAUDHARI
Address of Applicant :Department of Mechanical Engineering,
:B23Q0011100000, B24B0001040000,
(51) International Indian Institute of Technology, (Banaras Hindu University),
B23K0020100000, B29C0065080000,
classification Varanasi-221005, Uttar Pradesh, India Varanasi ----------- ----------
B24B0041060000
-
(86) International
:NA 2)ASHWANI SHARMA
Application No
:NA Address of Applicant :Department of Mechanical Engineering,
Filing Date
Indian Institute of Technology, (Banaras Hindu University),
(87) International
: NA Varanasi-221005, Uttar Pradesh, India Varanasi ----------- ----------
Publication No
-
:NA 3)VIKAS DIWAKAR
Filing Date
(62) Divisional to
:NA Varanasi-221005, Uttar Pradesh, India Varanasi ----------- ----------
Application Number
:NA -
Filing Date
4)MEGHANSHU VASHISTA
Varanasi-221005, Uttar Pradesh, India Varanasi ----------- ----------
-
5)MOHD ZAHEER KHAN YUSUFZAI
Varanasi-221005, Uttar Pradesh, India Varanasi ----------- ----------
-
(57) Abstract :
ABSTRACT “AN ULTRASONIC VIBRATION ASSISTED MINIMUM QUANTITY LUBRICATION GRINDING SYSTEM” The
present invention relates to an ultrasonic vibration assisted minimum quantity lubrication grinding system (100) comprising a holding
plate (3); a stand (19); and a grinding wheel (20); wherein: said holding plate (3) include a booster (2) which is positioned between
said ultrasonic transducer (1) and a sonotrode (4) that is employed to intensify vibration; said sonotrode (4) affixes a work piece
retaining fixture (6) on a dynamometer (7) and supported by at least two supporting frictionless balls (5) to reduce vibration losses and
a laser displacement sensor (8) is also positioned on said dynamometer (7) said grinding wheel (20) is placed in a grinding setup on
which said stand (19) is mounted to hold a fluid reservoir (18) which is connected to another side of an air atomizing spray nozzle (9)
via a tube (17) having a flow control valve (16). Figure 1 on sheet no. 1 of the drawings may accompany the abstract when published.

(19) INDIA
(54) Title of the invention : DUAL POWER PNEUMATIC PUNCHING MACHINE
1)AJAY KUMAR GARG ENGINEERING COLLEGE
Address of Applicant :27TH KM MILESTONE, DELHI -
MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
Ghaziabad ----------- -----------
:F04B0035000000, F04B0027080000, (72)Name of Inventor :
(51) International
B01D0021000000, A63B0071060000, 1)MR. VIVEK KUMAR PANSARI
classification
H01H0033666000 Address of Applicant :27TH KM MILESTONE, DELHI -
(86) International MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
:NA
Application No Ghaziabad ----------- -----------
:NA
Filing Date 2)SHIVAM CHAUHAN
(87) International Address of Applicant :27TH KM MILESTONE, DELHI -
: NA
Publication No MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
(61) Patent of Addition Ghaziabad ----------- -----------
:NA
to Application Number 3)SHUBHAM SHARMA
:NA
Filing Date Address of Applicant :27TH KM MILESTONE, DELHI -
(62) Divisional to MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
:NA
Application Number Ghaziabad ----------- -----------
:NA
Filing Date 4)SPARSH SAXENA
Ghaziabad ----------- -----------
5)VEDANT AGARWAL
Ghaziabad ----------- -----------
(57) Abstract :
DUAL POWER PNEUMATIC PUNCHING MACHINE Abstract A dual power pneumatic punching machine is introduced,
integrating a hybrid compressor system that combines a variable-speed compressor with an energy recovery system. The machine
boasts an adaptive punching mechanism, equipped with a modular punch & die system, enhanced by a dual-action pneumatic cylinder.
An intelligent power selection mechanism, featuring automatic mode detection coupled with a magnetic clutch system, optimizes
operational efficiency. Further augmenting capabilities is an advanced workpiece handling system that incorporates an auto-alignment
mechanism and a vacuum clamping system. Central to the machine's user interface and safety features is a smart control and safety
module, endowed with a touchscreen control panel, IoT capabilities, and crucial safety interlocks, ensuring both optimal performance
and user safety.

(19) INDIA
(54) Title of the invention : AUTOMATED GUIDED VEHICLE (AGV) HAVING MULTI-GRIPPING ELEMENT
Ghaziabad ----------- -----------
:G05D0001020000, B25J0009160000, (72)Name of Inventor :
(51) International
G05B0019418000, B25J0015000000, 1)MR. VIVEK KUMAR PANSARI
classification
G05D0001000000 Address of Applicant :27TH KM MILESTONE, DELHI -
:NA
:NA
Filing Date 2)PRATHAM DHIMAN
: NA
:NA
to Application Number 3)PRAVEEN TIWARI
:NA
:NA
:NA
Filing Date 4)SHREY TRIPATHI
Ghaziabad ----------- -----------
5)UMANG GUPTA
Ghaziabad ----------- -----------
(57) Abstract :
AUTOMATED GUIDED VEHICLE (AGV) HAVING MULTI-GRIPPING ELEMENT Abstract An Automated Guided Vehicle
(AGV) system is presented, characterized by a versatile locomotion system with morphing wheels that can seamlessly transition
between wheel and track configurations. The AGV is powered by an onboard microcontroller or PLC and features a robotic arm
equipped with a multi-gripping mechanism. Said arm boasts multiple end-effectors, each tailored for a specific operational task. An
incorporated end-effector change mechanism enables dynamic selection and swapping of these end-effectors based on the task at
hand. Central to the AGV's functionality is an AI-driven module, integrated with onboard cameras and sensors. The module is adept at
analyzing object characteristics and autonomously selecting the most appropriate end-effector from the available options to efficiently
execute tasks.

(19) INDIA
(54) Title of the invention : REMOTE CONTROLLED SOLAR BASED GRASS CUTTING ROBOT
Ghaziabad ----------- -----------
:G06Q0030060000, A01D0034730000, (72)Name of Inventor :
(51) International
H01L0031068000, H02S0020320000, 1)MR. ANSHUL KUMAR PANCHBHAIYA
classification
B25J0005000000 Address of Applicant :27TH KM MILESTONE, DELHI -
:NA
:NA
Filing Date 2)ANURADHA CHAUHAN
: NA
:NA
to Application Number 3)PRIYANKA KUNTAL
:NA
:NA
:NA
Filing Date 4)ANIL KUMAR
Ghaziabad ----------- -----------
5)ASHUTOSH KUMAR
Ghaziabad ----------- -----------
(57) Abstract :
REMOTE CONTROLLED SOLAR BASED GRASS CUTTING ROBOT Abstract A remote-controlled grass cutting robot is
described, harnessing energy from high-efficiency bifacial solar panels that employ dynamic solar tracking via light sensors. The robot
utilizes a hybrid energy storage system, merging the strengths of lithium-ion batteries with supercapacitors. Mobility is enhanced by
omni-directional wheels, while navigation is empowered by LIDAR combined with cameras and ultrasonic sensors, facilitating
precise mapping and adaptive obstacle circumvention. The cutting efficiency is amplified with a self-sharpening blade system that
offers modularity and an automated debris ejection mechanism. Complementing the robot's autonomous capabilities is an integrated
smartphone app, enabling real-time control, augmented reality-based planning, and utilizing machine learning algorithms to ensure
optimal pathfinding during operations.

(19) INDIA
(54) Title of the invention : SOLAR BASED GRASS CUTTER WITH WATER SPRINKLER PUMP
Ghaziabad ----------- -----------
1)DR. KAMAL KUMAR MITTAL
:A01G0025160000, H02J0007350000, Address of Applicant :27TH KM MILESTONE, DELHI -
(51) International
A01G0009240000, H02S0020320000, MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
classification
A01D0034730000 Ghaziabad ----------- -----------
(86) International 2)SHIVAM TIWARI
:NA
Application No Address of Applicant :27TH KM MILESTONE, DELHI -
:NA
Filing Date MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
(87) International Ghaziabad ----------- -----------
: NA
Publication No 3)SAMIM ANSARI
(61) Patent of Addition Address of Applicant :27TH KM MILESTONE, DELHI -
:NA
to Application Number MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
:NA
Filing Date Ghaziabad ----------- -----------
(62) Divisional to 4)SAUMYASHEEL MISHRA
:NA
Application Number Address of Applicant :27TH KM MILESTONE, DELHI -
:NA
Ghaziabad ----------- -----------
5)SANSKAR PATEL
Ghaziabad ----------- -----------
6)SUBRAT TRIPATHI
Ghaziabad ----------- -----------
(57) Abstract :
Solar Based Grass cutter with water sprinkler pump Abstract A landscaping apparatus is disclosed, equipped with a sun-tracking solar
panel integrated with kinetic energy harvesting mechanisms to enhance energy capture and augment solar power. Said apparatus also
includes an onboard battery pack with a modular configuration for scalability. The apparatus features a grass cutting assembly
equipped with intelligent grass sensing sensors for on-the-fly adjustments and blades that self-sharpen. Additionally, the apparatus
incorporates a water reservoir designed for storage and dispensation, which also has facilities for rainwater collection and filtration.
The apparatus is equipped with a water sprinkling system embedded with moisture sensors for soil evaluation, pulse width modulation
sprinklers, and customizable nozzles. Central to the device is a control unit that harnesses deep learning AI for understanding terrains,
retaining navigational memory, and ensuring autonomous navigation through LIDAR and computer vision.

(19) INDIA
(54) Title of the invention : SMART PARKING MANAGEMENT SYSTEM
:G08G0001140000, B60H0001320000, MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
(51) International
B64D0033020000, G07B0015020000, Ghaziabad ----------- -----------
classification
F04B0039140000 Name of Applicant : NA
:NA
Application No (72)Name of Inventor :
:NA
Filing Date 1)DR. SUMAN GOTHWAL
: NA
:NA
to Application Number 2)NIKHIL KUMAR TYAGI
:NA
:NA
:NA
Filing Date 3)LAV SHARMA
Ghaziabad ----------- -----------
(57) Abstract :
SMART PARKING MANAGEMENT SYSTEM Abstract An multi-level car parking system that includes a primary and a secondary
parking floor. Central to the system is a compressor, powered by a battery, adept at producing a directed airflow. The compressor is
interconnected with an array of pipes that channel the airflow towards a piston attached to the topmost surface of the primary parking
floor. The directed airflow actuates this piston, causing an elevation of the aforementioned surface. To ensure stability and utility, an
integrated valve mechanism is devised to securely lock the airflow within the pipes, thus preserving the elevated status of the topmost
surface. The action subsequently facilitates vehicle parking on the secondary floor, optimizing space and efficiency.

(19) INDIA
(54) Title of the invention : ION PROPULSION SYSTEM
Ghaziabad ----------- -----------
:G01C0021160000, G06Q0010060000, Name of Applicant : NA
(51) International
F03H0001000000, H05H0001540000, Address of Applicant : NA
classification
G06N0005040000 (72)Name of Inventor :
(86) International 1)DR. PALLAB BISWAS
:NA
:NA
: NA
Publication No 2)ABHAY JAISWAL
:NA
:NA
(62) Divisional to 3)AMAN PANDEY
:NA
:NA
Ghaziabad ----------- -----------
4)UDAY CHAKRAWAL
Ghaziabad ----------- -----------
(57) Abstract :
ION PROPULSION SYSTEM Abstract An ion propulsion system is delineated, incorporating a dual-mode cathode proficient in
transitioning between cold and hot emission states. Central to the thrust capabilities is an acceleration assembly that employs a multi-
layer grid system, facilitating graduated ion acceleration. An ingenious feedback loop in the neutralization assembly, interfaced with a
suite of redundant external cathodes, allows real-time neutralization adjustments. Enhancing the spatial maneuvering is an advanced
position variation assembly, harmonizing a magnetic gimbal system with a piezoelectric actuator, all synchronized by an integrated
inertial measurement unit. Overarching these components is a smart control and diagnostics module, fortified with an AI-driven
control mechanism and quantum dot sensors, ensuring precise operation and real-time system insights.

(19) INDIA
(54) Title of the invention : COMPUTATIONAL INVESTIGATION OF AIRFOIL SHAPED SPOILER WITH THE HELP OF
ANSYS-CFD
Ghaziabad ----------- -----------
:G01M0009040000, G06F0030230000, Name of Applicant : NA
(51) International
B62D0035000000, G01M0009060000, Address of Applicant : NA
classification
B62D0037020000 (72)Name of Inventor :
(86) International 1)DR. AJAY PRATAP SINGH
:NA
:NA
: NA
Publication No 2)JASHANPREET SINGH
:NA
:NA
(62) Divisional to 3)HRADESH SINGH
:NA
:NA
Ghaziabad ----------- -----------
4)HARSHIT TOMAR
Ghaziabad ----------- -----------
(57) Abstract :
COMPUTATIONAL INVESTIGATION OF AIRFOIL SHAPED SPOILER WITH THE HELP OF ANSYS-CFD Abstract An
advanced system dedicated to refining the aerodynamic design of a car spoiler through computational fluid dynamics (CFD). Central
to the system is a wind tunnel test apparatus equipped with load cells, meticulously engineered to detect both lift and drag forces
acting on an airfoil-shaped spoiler. Enhancing the fidelity of these tests is a variable frequency fan, tailored to generate laminar
airflow, which is subsequently passed through a diffuser to mitigate any undesirable turbulence. To ensure precision in airflow
characterization, a strategically positioned pitot tube gauges the wind's velocity as said tube enters the test section, interfacing with a
'U tube manometer' to monitor pressure differentials. Adding depth to the analysis, a two-dimensional model evaluation instrument
aids in discerning the aerodynamic nuances of various spoiler cross-sections. At the system's core, a computational module harnessing
the prowess of ANSYS R1-2022 software stands ready to conduct a detailed three-dimensional CFD examination, enabling iterative
optimization and comparative assessments of different spoiler designs.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR NETWORK SECURITY THROUGH DYNAMICSIGNALLING
MANAGEMENT WITH NEXT-GENERATION FIREWALL TECHNOLOGY
:H04L0043045000, A61B0005055000,
H04L0041000000, A61B0005000000,
H04L0051046000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
:NA 2)PANDEY, Sakshi
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relates to a system (100) and method (300) for enhanced network layer security through
dynamic signaling management by applying next-generation firewall techniques. In an aspect, the system comprises a processor (202)
coupled to a memory (204). The memory (204) stores processor-executable instructions. The processor (202) is configured to initiate a
communication session in a network. Further, the processor (202) is configured to detect security threats through the communication
session. Next, the processor (202) is configured to manage firewall rules and configurations in real-time based on the detected security
threats. In the end, the processor (202) is configured to provide greater visibility and control over network activity through a
centralized management console based on the firewall rules and configurations.

(19) INDIA
(54) Title of the invention : PORTABLE CHARGING DEVICE
Address of Applicant :Chitkara University, Atal Shiksha Kunj,
Pinjore-Nalagarh National Highway (NH-21A), District: Solan -
174103, Himachal Pradesh, India. Solan ----------- -----------
2)Chitkara Innovation Incubator Foundation
:H02H7/18, H02H7/20,
(51) International classification (72)Name of Inventor :
H02J7/00
1)KUMARI, Priyanka
(86) International Application No :NA
Filing Date :NA
(87) International Publication No : NA
(61) Patent of Addition to Application
:NA 2)WADHWA, Kashish
Number
:NA Address of Applicant :Chitkara University, Atal Shiksha Kunj,
Filing Date
(62) Divisional to Application
:NA 174103, Himachal Pradesh, India. Solan ----------- -----------
Number
:NA 3)KUMAR, Rishika
Filing Date
4)RINKU
Address of Applicant :Assistant Professor, Chitkara University,
Atal Shiksha Kunj, Pinjore-Nalagarh National Highway (NH-
21A), District: Solan - 174103, Himachal Pradesh, India. Solan ---
-------- -----------
(57) Abstract :
The present disclosure relates generally to portable charging device (100), more particularly, the present disclosure relates to a power
bank configured for charging one or more electronic devices and transferring data correspondingly. The charging device (100)
includes one or more charging ports (102), a Universal Serial Bus (USB) port (104), one or more speakers (106), one or more storage
compartments (108), an inbuilt control unit and a power unit (110). The charging port (102) is configured for charging one or more
electronic devices when plugged into the charging device (100) simultaneously. The USB port (104) is configured for transferring data
from one or more electronic devices and is stored in the charging device (100). Advantageously the present disclosure relates to a
charging device with a short circuit prevention module that prevents the power bank from short-circuiting when there is an occurrence
of voltage fluctuations.

(19) INDIA
(54) Title of the invention : “A PROCESS FOR PRODUCING ELECTRICITY WITH MAGNETIC DRAG FREE ELECTRICITY
GENERATOR”
1)Jagan nath Sindhwani
:H02K1/00, H02K21/12,
(51) International Address of Applicant :774, SECTOR 8, Panchkula, Hariyana -
H02K53/00, H02K99/00,
classification 134109, India. Ph.No:9888218619 Email id:jns774@gmail.com
H02N11/00
panchkula ----------- -----------
(86) International
:NA 2)Surbhi Arora
Application No
:NA Name of Applicant : NA
Filing Date
(87) International Publication
: NA (72)Name of Inventor :
No
1)Jagan nath Sindhwani
(61) Patent of Addition to
:NA Address of Applicant :774, SECTOR 8, Panchkula, Hariyana -
Application Number
:NA 134109, India. Ph.No:9888218619 Email id:jns774@gmail.com
Filing Date
panchkula ----------- -----------
(62) Divisional to
:NA 2)Surbhi Arora
Application Number
:NA Address of Applicant :774, SECTOR 8, Panchkula, Hariyana -
Filing Date
134109, India. Ph.No:9888218619 Email id:jns774@gmail.com
Panchkula ----------- -----------
(57) Abstract :
ABSTRACT “A process for producing additional electricity with Magnetic drag free Electricity generator” Accordingly, a process for
producing cheap power by using magnetic drag free electricity generator is disclosed. Accordingly, the present invention discloses a
process for converting the vast majority of kinetic energy input into an electric generator, through the drive shaft, into usable electric
power output by eliminating the destructive interactive forces between the stator poles and the rotor magnetic poles which allows, at
full load, which in a conventional generator is dissipated by these interactions thereby reducing its potential efficiency by more
electricity , to magnetic drag opposing the motion of the prime mover and results into release of more electricity additional electric
energy as per new process. FIG 1 Dated this, 9 th oct, 2023 Applicant Jagan nath Sindhwani & Surbhi Arora Agent of the applicant
Pallavi Unmesh Deshmukh

(19) INDIA
(54) Title of the invention : DEEP LEARNING-BASED APPARATUS AND METHOD FOR MONITORING BEHAVIORAL
NORMS IN HOSPITAL
1)Dr. Syeda Husna Mehanoor
Address of Applicant :Professor, Department of Computer Science and
Engineering, Shri Jagdishprasad Jhabarmal Tibrewala University, Jhunjhunu,
Rajasthan ----------- -----------
2)Dr. P Rohini
3)Kummari Ramyasree
4)Dr. Mohammed Khaja Nizamuddin
5)Srinivas Nanda
6)Maddu Srinivasa Rao
7)Abdul Khadeer
8)Ganji Santhosh Kumar
1)Dr. Syeda Husna Mehanoor
:G06N0003080000, G16H0040670000, Address of Applicant :Professor, Department of Computer Science and
(51) International
G16H0010600000, G16H0080000000, Engineering, Shri Jagdishprasad Jhabarmal Tibrewala University, Jhunjhunu,
classification
G16H0040600000 Rajasthan ----------- -----------
(86) International 2)Dr. P Rohini
:NA
Application No Address of Applicant :Department of Data Science and Artificial Intelligence,
:NA
Filing Date Faculty of Science and Technology (ICFAI Tech), ICFAI Foundation for Higher
(87) International Education, Hyderabad ----------- -----------
: NA
Publication No 3)Kummari Ramyasree
(61) Patent of Addition to Address of Applicant :Assistant Professor, Gurunanak Institutions Technical
:NA
Application Number Campus, Hyderabad- 501506, Ranga Reddy - District, Telangana ----------- ---------
:NA
Filing Date --
(62) Divisional to 4)Dr. Mohammed Khaja Nizamuddin
:NA
Application Number Address of Applicant :Associate Professor, CSE Dept., School of Technology,
:NA
Filing Date GITAM (Deemed-to-be University), Hyderabad ----------- -----------
5)Srinivas Nanda
Address of Applicant :Assistant Professor, Gurunanak Institutions Technical
Campus, Hyderabad - 501506, Ranga Reddy - District, Telangana ----------- --------
---
6)Maddu Srinivasa Rao
Address of Applicant :Associate Professor, Joginpally BR Engineering College,
Yenkapally, Moinabad, Hyderabad, Ranga Reddy - District, Telangana, Pincode:
500075 ----------- -----------
7)Abdul Khadeer
Address of Applicant :Assistant Professor in Computer Science Engineering,
Ellenki College of Engineering and Technology, Sanga Reddy (Dist.), Ameenpur
(M), Patelguda (V) - 502319 ----------- -----------
8)Ganji Santhosh Kumar
Address of Applicant :Assistant Professor, Gurunanak Institutions Technical
Campus, Hyderabad – 501506, Ranga Reddy - District, Telangana ----------- --------
---
(57) Abstract :
This invention presents Deep learning-based apparatus and method for monitoring behavioral norms in hospital. The present invention comprising of collecting audio,
visual, and textual data streams from within the hospital environment, wherein the data streams include interactions between healthcare professionals and patients,
verbal and non-verbal cues, patient feedback, and compliance with hospital policies and processing said data streams in real-time using a deep learning model, said
model adapted to recognize patterns, anomalies, and deviations from established behavioral norms within the hospital. Further, making alerts in response to the
identification of deviations from established behavioral norms by the deep learning model and access to the alerts and behavioral norm monitoring results for hospital
administrators, compliance officers, and supervisors through a user interface. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : “METHOD AND SYSTEM FOR SPORTS DATA STORAGE AND INTERFACING WITH
CONSORTIUM BLOCKCHAINS”
1)Dr Surinder Tanwer
Address of Applicant :Associate professor , Department of Physical Education, S.A Jain
college, Ambala, Haryana, India- 134003 Ambala ----------- -----------
2)Dr. Vikas Mehta
3)Ms. Dilpreet kaur
4)Shilpa Dnyanaraj Sant
5)Poonam Dattaram Surve
6)Sandeep Sambhaji Dhore
7)Deepak Singh
8)Jyoti Ramesh Gaikwad
9)Mr. Vijay Potekar
10)Ms. Kanika Malhotra
:H04L0009320000, G06N0020000000, Name of Applicant : NA
G06F0021640000, G06F0021620000,
G06Q0010060000 1)Dr Surinder Tanwer
(86) International Address of Applicant :Associate professor , Department of Physical Education, S.A Jain
:NA college, Ambala, Haryana, India- 134003 Ambala ----------- -----------
Application No 2)Dr. Vikas Mehta
:NA
Filing Date Address of Applicant :Associate Professor in Physical Education, Sri Guru Hari Singh College,
Sri Jiwan Nagar, Sirsa, Haryana, India- 125075 Sirsa ----------- -----------
(87) International 3)Ms. Dilpreet kaur
: NA
Publication No Address of Applicant :Assistant Professor &Director Physical Education Suryadatta Group of
Institutes, Pune, India- 411030 Pune ----------- -----------
:NA 4)Shilpa Dnyanaraj Sant
to Application Number Address of Applicant :Assistant Professor, Suryadatta College of Management, Information
:NA Research and Technology, Pune. 411030 Pune ----------- -----------
Filing Date
5)Poonam Dattaram Surve
(62) Divisional to Address of Applicant :Assistant Professor Computer Science, Suryadatta College of
:NA
Application Number Management, Information Research and Technology, Pune. 411030 Pune ----------- -----------
:NA 6)Sandeep Sambhaji Dhore
Filing Date Address of Applicant :Assistant professor, Suryadatta College of Management, Information
Research and Technology, Pune. 411030 Pune ----------- -----------
7)Deepak Singh
Address of Applicant :Assistant Professor, Suryadatta College of Management, Information
Research and Technology, Pune.411030 Pune ----------- -----------
8)Jyoti Ramesh Gaikwad
Address of Applicant :Assistant professor, Suryadatta College of Management, Information
Research and Technology, Pune. 411030 Pune ----------- -----------
9)Mr. Vijay Potekar
Address of Applicant :Physical Education Teacher , Suryadatta national School Bhavdhan ,
Pune- 411030 Pune ----------- -----------
10)Ms. Kanika Malhotra
Address of Applicant :14/36 subhash nagar, Delhi, India New Delhi ----------- -----------
(57) Abstract :
The present invention relates to data management and blockchain technology. More specifically, it relates to the storage, validation,
and secure interfacing of sports-related data with consortium blockchains. The system for sports data storage and interfacing with
consortium blockchains, includes a consortium blockchain network consisting of a predefined group of sports organizations, wherein
said consortium blockchain network facilitates secure and decentralized storage of sports-related data, a data validation module
configured to validate incoming sports data, said module utilizing machine learning algorithms to verify the authenticity and accuracy
of said data, a smart contract engine operable to execute predefined agreements and transactions based on predetermined conditions,
said engine facilitating automated processes for athletes, teams, and sports organizations, and a user interface component providing
role-based access to said consortium blockchain network, wherein athletes, teams, fans, and other stakeholders interact with said
system through personalized dashboards and interfaces.

(19) INDIA
(54) Title of the invention : AUTOMATIC FAN CLEANER
India. Patiala ----------- -----------
1)SINGH, Amanpreet
Address of Applicant :Assistant Professor, Department of
Computer Applications, Chitkara University, Chandigarh-Patiala
:H04N0021450000, A47L0025000000, National Highway, Village Jhansla, Rajpura, Punjab - 140401,
(51) International
F04D0029700000, G01N0015060000, India. Patiala ----------- -----------
classification
G08B0013140000 2)KAUR, Amandeep
(86) International Address of Applicant :Associate Professor, Department of
:NA
Application No Computer Applications, Chitkara University, Chandigarh-Patiala
:NA
Filing Date National Highway, Village Jhansla, Rajpura, Punjab - 140401,
: NA
Publication No 3)GUPTA, Deepali
(61) Patent of Addition Address of Applicant :Professor, CURIN, Chitkara University,
:NA
to Application Number Chandigarh-Patiala National Highway, Village Jhansla, Rajpura,
:NA
Filing Date Punjab - 140401, India. Patiala ----------- -----------
(62) Divisional to 4)SINGH, Rupinder
:NA
Application Number Address of Applicant :Associate Professor, Department of
:NA
Filing Date Computer Applications, Chitkara University, Chandigarh-Patiala
India. Patiala ----------- -----------
5)KHANNA, Maninderjit Singh
Address of Applicant :Associate Professor, Department of
India. Patiala ----------- -----------
6)BAJAJ, Jaspreet Singh
India. Patiala ----------- -----------
(57) Abstract :
A present disclosure relates to an automatic fan cleaning system. The system features an extendable rod (101) designed to reach
varying fan blade lengths. At the rod’s top, a vacuum cleaner (102) suctions dust, while an adjacent microfiber cloth (103) cleans the
blades. A L9110 DC motor driver (104) manages the rod’s movement, and an IR sensor (105) detects fan blade ends, signalling the
DC motor to halt extension. The system includes a Bluetooth module HC-06 (106) for wireless communication with external devices
and for dust detection, sending alerts to paired devices. An Arduino NANO v3.0 controller (107) orchestrates the system's functions.
The system is powered by a rechargeable battery (108) with a 9-volt DC charger. An LED indicator (109) showcases the system’s
operational status, turning red when active and green when deactivated.

(19) INDIA
(54) Title of the invention : ELECTRICAL ENERGY HARVESTING FROM REVOLVING DOOR
Ghaziabad ----------- -----------
1)DR. SUMAN GOTHWAL
Ghaziabad ----------- -----------
(51) International classification :H02N2/18 2)SAURABH KUMAR
(86) International Application No :NA Address of Applicant :27TH KM MILESTONE, DELHI -
Filing Date :NA MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
(87) International Publication No : NA Ghaziabad ----------- -----------
(61) Patent of Addition to Application Number :NA 3)SURYANSH SAHU
Filing Date :NA Address of Applicant :27TH KM MILESTONE, DELHI -
(62) Divisional to Application Number :NA MEERUT EXPY, GHAZIABAD, UTTAR PRADESH 201016
Filing Date :NA Ghaziabad ----------- -----------
4)NAVAJISH ALI
Ghaziabad ----------- -----------
5)ABHISHEK
Ghaziabad ----------- -----------
6)AKASH YADAV
Ghaziabad ----------- -----------
(57) Abstract :
ELECTRICAL ENERGY HARVESTING FROM REVOLVING DOOR Abstract A system designed for the transformation of
mechanical energy into electrical energy, leveraging the movement of a revolving door consisting of four panels, each calibrated for a
180-degree rotation. The door is fortified with a cast iron outer frame and material, granting superior rotational dynamics. Directly
underneath the door lies a specially-designed underground compartment, dedicated to the silent operation of a gear mesh and a direct
current (DC) generator, effectively minimizing ambient operational sounds. Integral to the system, a series of gears, seamlessly
integrated with the revolving door, magnifies the door's rotations, thereby driving the DC generator at augmented speeds. As a
culmination of the energy conversion process, an array of rechargeable batteries is strategically interfaced with the DC generator,
ensuring efficient storage of the resultant electrical energy.

(19) INDIA
(54) Title of the invention : AUTOMATED DISPENSER FOR DISPENSING CUSTOMIZED SKIN FOUNDATION BLEND AND
A METHOD THEREOF
:G07F0017000000, G16H0020130000, (71)Name of Applicant :

(51) International
H04N0007180000, G01N0035100000, 1)Khushi Goel
classification
G01C0021200000 Address of Applicant :R-5/36, Ghaziabad, Uttar Pradesh, India
:NA
Application No 2)Anil Goel
:NA
: NA
(61) Patent of Addition 1)Khushi Goel
:NA
to Application Number Address of Applicant :R-5/36, Ghaziabad, Uttar Pradesh, India
:NA
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT AUTOMATED DISPENSER FOR DISPENSING CUSTOMIZED SKIN FOUNDATION BLEND AND A METHOD
THEREOF The present disclosure discloses an automated dispensing system (100) for dispensing customized skin foundation blend
and a method (400) thereof. The dispensing system (100) includes a chamber (102) which further includes an image receiving unit
(104) to receive image of a face of an individual; a plurality of motorized dispensers (106) subject to dispensing base cream, and
plurality of pigments. The dispensers (106) are configured to dispense respective base cream and the pigments at pre-determined
amount required with respect to the received image of the face of the individual; Figures 1A and 4

(19) INDIA
(54) Title of the invention : KEY FACTORS IN ENHANCING INVENTORY CONTROL IN MANUFACTURING COMPANIES
USING MACHINE LEARNING
1)Dr. Sudesh Singh
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Sharda
School of Engineering & Technology, Sharda University, Greater Noida, Uttar Pradesh-
201310, India Greater Noida ----------- -----------
2)M.Brindha
3)Dr. K Ch Apparao
4)S Shireesha
5)Dr Lalit Mohan Trivedi
6)Dr Rajat Upadhyaya
7)Dr. Kamlesh Kumar Singh
8)Thulasimani T
9)Dr. Enakoti Daniel Francis
10)Dr B Amarnath Reddy
11)Dr. Prafulla Kumar Sahoo
12)Dr. Animesh Kumar Sharma
1)Dr. Sudesh Singh
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Sharda
:G06Q0010080000, G06N0020000000, School of Engineering & Technology, Sharda University, Greater Noida, Uttar Pradesh-
(51) International
H04L0009320000, G06N0003080000, 201310, India Greater Noida ----------- -----------
classification 2)M.Brindha
G06T0007000000 Address of Applicant :Assistant professor Department of Biomedical Engineering KSR
(86) International Institute for Engineering and Technology Thiruchengode 637215 Tiruchengode ----------- ------
:NA -----
Application No
:NA 3)Dr. K Ch Apparao
Filing Date Address of Applicant :Associate Professor, Mechanical Engineering Department, Institute of
(87) International Aeronautical Engineering Dundigal, Hyderabad - 500 043, Telangana, India. Hyderabad -------
: NA ---- -----------
Publication No 4)S Shireesha
(61) Patent of Addition Address of Applicant :Assistant Professor, MBA Department, Institute of Aeronautical
:NA Engineering, Dundigal, Hyderabad, 500043 Hyderabad ----------- -----------
to Application Number 5)Dr Lalit Mohan Trivedi
:NA
Filing Date Address of Applicant :Assistant Professor, Department of ASH, Moradabad Institute of
Technology Moradabad, Up 244001 Moradabad ----------- -----------
(62) Divisional to
:NA 6)Dr Rajat Upadhyaya
Application Number Address of Applicant :Assistant Professor, Foundry and Forge Technology, National Institute
:NA of Advanced Manufacturing Technology (NIAMT), Formerly National Institute of Foundry
Filing Date and Forge Technology (NIFFT),Hatia, Ranchi Ranchi ----------- -----------
7)Dr. Kamlesh Kumar Singh
Address of Applicant :Professor, HOD of Foundry and Forge Technology, National Institute of
Advanced Manufacturing Technology (NIAMT), Formerly National Institute of Foundry and
Forge Technology (NIFFT),Hatia, Ranchi Ranchi ----------- -----------
8)Thulasimani T
Address of Applicant :Associate Professor, Bannari Amman Institute of Technology, Sathy -
638401 Sathy ----------- -----------
9)Dr. Enakoti Daniel Francis
Address of Applicant :Professor in Mechanical Engineering, Welfare institute of Science
Technology and Management, Pinagadi, Pendurth, Visakhapatnam, Andhra Pradesh, India
Visakhapatnam ----------- -----------
10)Dr B Amarnath Reddy
Address of Applicant :Associate professor, IMBA , Vishwa Vishwani School of Business,
Hyderabad. Hyderabad ----------- -----------
11)Dr. Prafulla Kumar Sahoo
Address of Applicant :Associate professor, Mechanical Engineering, Bhubaneswar
Engineering College, Bhubaneswar -752054 Bhubaneswar ----------- -----------
Address of Applicant :Assistant Professor, Department of Mathematics,The ICFAI University,
Raipur,492001 Raipur ----------- -----------
(57) Abstract :
Key factors in enhancing inventory control in manufacturing companies using machine learning is the proposed invention. The
proposed invention focuses on studying the inventory control steps in manufacturing companies. The invention focuses on identifying
the key factors in enhancing inventory control in manufacturing unit using algorithms of Machine Learning.

(19) INDIA
(54) Title of the invention : A 3D NANODENDRITIC ELECTROCHEMICAL SENSOR AND A METHOD OF PREPARATION
THEREOF
:G01N0027300000, G01N0027480000, Address of Applicant :Varanasi-221005, Uttar Pradesh, India
(51) International
G01N0033543000, B01J0023890000, Varanasi ----------- -----------
classification
G01N0027260000 Name of Applicant : NA
:NA
:NA
Filing Date 1)PRANJAL CHANDRA
(87) International Address of Applicant :School of Biochemical Engineering, Indian
: NA
Publication No Institute of Technology, (Banaras Hindu University), Varanasi –
(61) Patent of Addition 221005, Uttar Pradesh, India Varanasi ----------- -----------
:NA
to Application Number 2)ROHINI KUMARI
:NA
Filing Date Address of Applicant :School of Biochemical Engineering, Indian
(62) Divisional to Institute of Technology, (Banaras Hindu University), Varanasi –
:NA
Application Number 221005, Uttar Pradesh, India Varanasi ----------- -----------
:NA
Filing Date 3)DAPHIKA S. DKHAR
Address of Applicant :School of Biochemical Engineering, Indian
Institute of Technology, (Banaras Hindu University), Varanasi –
221005, Uttar Pradesh, India Varanasi ----------- -----------
(57) Abstract :
ABSTRACT “A 3D NANODENDRITIC ELECTROCHEMICAL SENSOR AND A METHOD OF PREPARATION THEREOF”
The present invention relates to a 3D nanodendritic electrochemical sensor comprising a plurality of 3D metallic nanodendrites,
including gold (Au), cobalt (Co), and copper (Cu) metals, that are electrochemically imprinted on a flexible planar carbon electrode
(PCE) in a single step within a duration of less than 30 minutes for the precise and rapid sensing of cephalexin in milk and
pharmaceutical formulations and a method of preparation thereof. Moreover, the 3D nanodendritic sensor possesses catalytic activity,
conductivity, a lower limit of detection (LOD), a wide linear dynamic range (LDR), stability and reproducibility properties. Figure 1
on sheet no. 1 of the drawings may accompany the abstract when published.

(19) INDIA
(54) Title of the invention : A METHOD AND SYSTEM FOR SECURE DATA TRANSMISSION
1)MoEngage Inc.
:G06Q0020380000, H04L0009080000, Address of Applicant :315 Montgomery Street, 10th floor, San
(51) International
H04L0009320000, G06F0021600000, Francisco, 94104, USA San Francisco ----------- -----------
classification
G06Q0020400000 Name of Applicant : NA
:NA
:NA
Filing Date 1)NAIR, Ajish
(87) International Address of Applicant :Row House No: 3, Arun Park, C-15,
: NA
Publication No Kasturba Housing Society, Dhanori, Pune, Maharashtra 411015
(61) Patent of Addition Pune ----------- -----------
:NA
to Application Number 2)BANSAL, Sumit
:NA
Filing Date Address of Applicant :203 Rameshwar Dham, Murlipura, Jaipur,
(62) Divisional to Rajasthan 302039 Jaipur ----------- -----------
:NA
Application Number 3)JAIN, Paras
:NA
Filing Date Address of Applicant :E-102, Kesar Garden Apartment, Sector-48,
Noida, Gautam Buddha Nagar, Uttar Pradesh 201304 Noida -------
---- -----------
(57) Abstract :
ABSTRACT A METHOD AND SYSTEM FOR SECURE DATA TRANSMISSION A method for secure transmission of data is
described. The method comprises receiving a token corresponding to user data stored in a data storage device. Further, the PII data
corresponding to the token is retrieved via an Application Programming Interface (API). The retrieved PII data is processed at a
runtime environment for sending information to the users over one or more messages. The PII data is deleted from the runtime
environment. Further, delivery data corresponding to delivered one or more messages is mapped with the token using a unique
message ID. [To be published with Figure 2]

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR ADAPTIVE VULNERABILITY ASSESSMENT FRAMEWORK
(AVAF)
:G06F0021570000, G06N0020000000,
G06F0021550000, G06N0005020000,
G06K0009620000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
The cybersecurity system (100) is a holistic defense mechanism for fortifying authorized cybersecurity services. It comprises a
network of data collection nodes (102) perpetually ingesting data from diverse sources, channeled through a data preprocessing
module (104) for refining and standardizing. Machine learning servers (106) with specialized processors conduct real-time data
analysis, while a knowledge base server (110) maintains an updated repository of vulnerabilities and attack vectors. An adaptation and
learning module (112) ensures adaptability to emerging threats by continuously updating knowledge bases and detection models. A
vulnerability assessment and reporting module (114) rigorously evaluates identified vulnerabilities, prioritizing them for efficient
resource allocation. Additionally, the system includes a real-time analysis module (108) for swift threat identification, a predictive
analytics module for forecasting, and a continuous improvement feedback loop to enhance user-driven development, collectively
offering a comprehensive and adaptable cybersecurity solution.

(19) INDIA
(54) Title of the invention : A CHARANTIN NANOGEL FORMULATION ITS METHOD OF PREPARATION THEREOF
1)Sharda University
Address of Applicant :Plot No. 32-34, Knowledge Park-III,
:A61K0008060000, A61K0008920000, Greater Noida - 201310, Uttar Pradesh, India. Greater Noida ------
(51) International
A61K0009107000, A61K0008040000, ----- -----------
classification
A61Q0019000000 Name of Applicant : NA
:NA
:NA
Filing Date 1)RASHID, Mohammad
(87) International Address of Applicant :PhD Scholar, School of Pharmacy, Sharda
: NA
Publication No University, Plot No. 32, 34, Knowledge Park III, Greater Noida -
(61) Patent of Addition 201310, Uttar Pradesh, India. Greater Noida ----------- -----------
:NA
to Application Number 2)AHMAD, Farhan Jalees
:NA
Filing Date Address of Applicant :Professor, Department of Pharmaceutics,
(62) Divisional to School of Pharmaceutical Education, Research, Jamia Hamdard,
:NA
Application Number New Delhi - 110062, India. New Delhi ----------- -----------
:NA
Filing Date 3)SINDHU, Rakesh K.
Address of Applicant :Professor, School of Pharmacy, Sharda
University, Plot No. 32, 34, Knowledge Park III, Greater Noida -
201310, Uttar Pradesh, India. Greater Noida ----------- -----------
(57) Abstract :
The present disclosure relates to a charantin nanogel formulation comprising: 15-35 % of a Smix; 15-35 % of an oil phase; 35-70 % of
an aqueous phase; 0.5-2 % of a polymer; 0.1-1 % of buffer; and 2-5 % of charantin. The present disclosure also relates to a method for
preparation of a charantin nanogel formulation comprising: a) mixing of a surfactant and a co-surfactant in a ratio in the range of 1:0-4
to 2-4:1 to form of a surfactant mixture (Smix); b) adding 15-35 % of an oil phase to 15-35 % of the Smix from step a) to obtain a
surfactant oil mixture; c) mixing of 2-5 % of charantin in the surfactant oil mixture to obtain a oil phase mixture; d) titrating the oil
phase mixture with 35-70 % of an aqueous phase to obtain a nanoemulsion; e) adding 0.5-2 % of a polymer in water under condition
to obtain a dispersion; and f) mixing of the dispersion in the nanoemulsion from step d) followed by addition of followed by adding of
0.1-1 % of buffer to obtain a charantin nanogel formulation, wherein the % is based on the total weight of the formulation.

(19) INDIA
(54) Title of the invention : FRAME PULSE SYNCHRONIZATION IN A PACKET OPTICAL TRANSPORT PLATFORM (P-OTP)
1)CENTRE FOR DEVELOPMENT OF TELEMATICS (C-
DOT)
Address of Applicant :Centre For Development of Telematics,
C-DOT Campus, Mandi Road, Mehrauli, New Delhi - 110030,
India; ----------- -----------
:H03L0007085000, H03L0007140000,
H03L0007091000, H04W0056000000,
classification Address of Applicant : NA
H04J0014020000
(86) International
:NA 1)TAKKAR, Rinku
Application No
:NA Address of Applicant :c/o Centre For Development of Telematics,
Filing Date
(87) International
: NA India ----------- -----------
Publication No
2)JAIN, Nikhil
:NA C-DOT Campus, Mandi Road, Mehrauli, New Delhi - 110030,
Filing Date
India ----------- -----------
(62) Divisional to
:NA 3)YADAV, Digamber
Application Number
Filing Date
India ----------- -----------
4)GUPTA, Ashok
Address of Applicant :c/o Centre For Development of Telematics,
India ----------- -----------
(57) Abstract :
The present disclosure provides a method for achieving synchronization in a Packet-Optical Transport Platform when primary and
secondary clock inputs are out of sync. The method comprises periodically sampling (202) the clock inputs using a high-frequency
sampling clock. When the primary clock input is unavailable, the method comprises determining (204) the phase difference (ß)
between the clock inputs based on the previously known phase of the primary clock input, and generating (206) an internal clock with
the same frequency and phase as the primary clock input using the high-frequency clock input. Further, the method comprises shifting
(208) the internally generated clock with each clock cycle until it aligns with a phase that ensures the phase difference between the
internally generated clock and the secondary clock input falls within a predetermined limit, and initiating (210) a switch-over to the
secondary clock input, thereby ensuring uninterrupted operation during clock transitions.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR CONTROLLING A ROLLING STOCK FRAME AND A METHOD TO OPERATE
THE SAME
1)AAKAASH SINGH CHAUHAN
Address of Applicant :175 NEW SURYA KIRAN
APARTMENTS, PLOT NO 65, IP EXTENSION,
PATPARGANG, DELHI- 110092, INDIA DELHI ----------- ------
:F01L0001460000, G11B0005550000,
(51) International -----
B60S0003000000, B25J0009140000,
classification 2)KARAN SINGH KHATI
A01B0063000000
3)TRISHA BISWAS
(86) International
Application No
Filing Date
(87) International
: NA 1)AAKAASH SINGH CHAUHAN
Publication No
Address of Applicant :175 NEW SURYA KIRAN
:NA APARTMENTS, PLOT NO 65, IP EXTENSION,
:NA PATPARGANG, DELHI- 110092, INDIA DELHI ----------- ------
Filing Date
-----
(62) Divisional to
:NA 2)KARAN SINGH KHATI
Application Number
:NA Address of Applicant :H239, SECTOR 22, NOIDA, UTTAR
Filing Date
PRADESH, INDIA NOIDA ----------- -----------
3)TRISHA BISWAS
Address of Applicant :2803 T2, TATA PRIMANTI, SPR ROAD,
SECTOR 72, GURGAON, HARYANA – 122101, INDIA
GURGAON ----------- -----------
(57) Abstract :
A system (100) for controlling a rolling stock frame (102) is disclosed. The system includes an actuation assembly (104) adapted to
move the rolling stock frame horizontally. The actuation assembly includes a pneumatic type of a first actuator (105), one or more
pneumatic type of second actuator (116a, 116b). The pneumatic type of a first actuator moves a body frame (108) of the rolling stock
frame linearly in a direction of a radius of curvature, which includes a first direction control valve (200) to supply air to the first
actuator. The one or more pneumatic type of second actuator lifts the body of the rolling stock frame vertically, a plurality of second
solenoid-controlled pressure relief valves controls a synchronized flow of pressurized air to the second actuators. A spring-controlled
emergency actuator (124) fits inside a cavity (126) in the base frame for emergency locking of the rolling stock frame. FIG. 1

(19) INDIA
(54) Title of the invention : IOT ENABLED SECURE HEALTHCARE USING FOG COMPUTING AND CRYPTOLOGY
1)YOGENDRA NARAYAN
Address of Applicant :MUSTAFABAD PACHANDA
KALAN ----------- -----------
2)Chandigarh University
1)Dr. Mamta Rani
Address of Applicant :Department of Mathematics, Chandigarh
:G16H0040670000, G16H0010600000,
(51) International University, Mohali, Punjab-140413 +919646676955,
A61B0005000000, H04L0067120000,
classification manudhamija20@yahoo.com India ----------- -----------
H04L0067100000
2)Dr. Sunil Kumar
(86) International
:NA Address of Applicant :Department of Mathematics, Chandigarh
Application No
:NA University, Mohali, Punjab-140413 +917983171251,
Filing Date
gkv.sunil@gmail.com India ----------- -----------
(87) International
: NA 3)Dr. Sudhanshu Shekhar Dubey
Publication No
Address of Applicant :Department of Mathematics, Chandigarh
:NA University, Mohali, Punjab-140413 7983171251,
:NA sudhanshusdubey@gumail.com India ----------- -----------
Filing Date
4)Dr. Pankaj kumar Singh
(62) Divisional to
:NA Address of Applicant :Department of Mathematics, Chandigarh
Application Number
:NA University, Mohali, Punjab-140413 +919452115577,
Filing Date
pankajsinghsahitya@gmail.com India ----------- -----------
5)Dr. Yogendra Narayan
Address of Applicant :Associate Professor, Department of ECE,
Chandigarh University Dist : Mohali State: Punjab 140413,
Mobile No: 9501608718 Email:
Narayan.yogendra1986@gmail.com India ----------- -----------
6)Mr. Narottam Chaubey
Address of Applicant :Department of Computer Science,
Chandigarh University, Mohali, Punjab-140413 8527069652,
nchaubey003@gmail.com India ----------- -----------
(57) Abstract :
IoT Enabled Secure Healthcare Using Fog Computing and Cryptology" describes a technological approach to enhancing healthcare
through the integration of Internet of Things (IoT), fog computing, and cryptography. In this innovative system, IoT devices are
deployed to monitor and collect health-related data from patients. This data is securely transmitted to fog nodes, which are positioned
closer to the edge of the network, allowing for faster data processing and reduced latency. Fog computing ensures real-time analytics,
which is crucial for healthcare applications. To safeguard the privacy and integrity of sensitive health information, cryptology
techniques are employed for data encryption and authentication. This protects the data from unauthorized access and tampering. The
combination of IoT, fog computing, and cryptology not only enables timely and accurate health monitoring but also ensures the
security and privacy of patient data, addressing critical concerns in the healthcare sector. This research holds the potential to
revolutionize healthcare by providing a secure and efficient framework for remote patient monitoring and diagnosis.

(19) INDIA
(54) Title of the invention : PERSONALIZED MULTIPURPOSE SOLAR EV CHARGER FOR DOMESTIC AND COMMERCIAL
USE
:B60L53/30, B60L53/51, B60L53/63,
(51) International National Highway, Village Jhansla, Rajpura, Punjab - 140401,
H02J3/46, H02M1/10, H02S20/23,
classification India. Patiala ----------- -----------
H02S20/30, H02S40/30
(86) International
Application No
Filing Date
(87) International
: NA 1)BAGLA, Suraj
Publication No
Address of Applicant :#2124, Sector 13, HUDA, Bhiwani -
:NA 127021, Haryana, India. Bhiwani ----------- -----------
:NA 2)KUMAR, Akhilesh
Filing Date
Address of Applicant :House no 264, Street no 1, Abadi Guru
(62) Divisional to
:NA Nagar, Verka, Amritsar – 143501, Punjab, India. Amritsar ---------
Application Number
:NA -- -----------
Filing Date
3)JASHWARA, Sushanta
Address of Applicant :Madhya Banamalipur, Agartala, Tripura
(W) -799007, India. Agartala ----------- -----------
(57) Abstract :
The present disclosure relates to a solar EV charging system is disclosed for both domestic and commercial applications. The system
includes a common charging space (100) designed to house various vehicles like two-wheelers (2W), three-wheelers (3W), and four-
wheelers (4W). Within this space, a solar-powered charging station (110) captures and converts solar energy for electric vehicle
charging. To enhance efficiency, a thermal insulation layer (120) is linked with the charging station (110) to reduce heat-related
energy loss. Notably, the system features a hybrid energy source mechanism (130) allowing for both solar and public electric supply
usage. Furthermore, an energy distribution unit (140) is incorporated, channeling any surplus energy for broader domestic or
commercial needs. The design may also incorporate a sheltering structure, energy storage capabilities, and a security mechanism (150)
for added safety and unauthorized access prevention.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR TELECOM-BASED GEOSPATIAL INTRUSION DETECTION AND
ANALYSIS FOR NETWORK SECURITY
:A61B0005000000, H04W0004020000,
G06F0016290000, H04W0004024000,
G06F0012080800
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relates to a system (102) and method (200) for identifying and analysing network intrusions
based on their geolocation using existing telecommunication billing and inventory systems. The system (102) comprises a processor
(104) coupled to a memory (106). The memory (106) stores processor-executable instructions. The processor (104) is configured to
obtain location-based data and network traffic data. Next, the processor (104) is configured classify the location-based data and the
network traffic data based on geolocation. Thereafter, the processor (104) is configured to analyse the intrusion patterns in the
classified location-based data and the network traffic data. In the end, the processor (104) is configured to transmit heat maps to
security personnel for visualization of the analysed intrusion patterns.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR IDENTIFYING CYBER ADVERSARY BEHAVIOUR
:G06N0020000000, G06F0021620000,
G06F0021550000, G06N0007000000,
H04L0009080000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relates to a system (102) and method (200) for identifying cyber adversary behaviour by
applying machine learning techniques and behavioural analysis techniques to prevent data security breaches. The system (102)
comprises a processor (104) coupled to a memory (106). The memory (106) stores processor-executable instructions. The processor
(104) is configured to capture network traffic data from a plurality of sources in the network. Next, the processor (104) is configured
to analyse the processed network traffic data to detect cyber adversary behaviour. Thereafter, the processor (104) is configured to
analyse the cyber security images. In the end, the processor (104) is configured to block the detected cyber adversary behaviour.

(19) INDIA
(54) Title of the invention : A BACK-TO-BACK COLLISIONS AVOIDANCE SYSTEM (BBCAS) DESIGNED FOR LOW
VISIBILITY CONDITIONS AND METHOD THEREOF
1)Graphic Era (Deemed to Be University)
Address of Applicant :566/6, Bell Road, Clement Town,
Dehradun – 248002, Uttarakhand, India Dehrarun ----------- -------
----
:H01Q0001380000, H01Q0001220000,
F21Y0115100000, B60R0001000000,
H01Q0001360000
(86) International
:NA 1)Rajnish Kumar Mishra
Application No
:NA Address of Applicant :Department of Electronics and
Filing Date
Communication Engineering, 566/6, Bell Road, Clement Town,
(87) International
: NA Dehradun – 248002, Uttarakhand, India Dehradun ----------- -------
Publication No
----
:NA 2)Dr. Anurag Vidyarthi
Filing Date
(62) Divisional to
:NA Dehradun – 248002, Uttarakhand, India Dehradun ----------- -------
Application Number
:NA ----
Filing Date
3)Dr. Rishi Prakash
Address of Applicant :Department of Electronics and
Dehradun – 248002, Uttarakhand, India Dehradun ----------- -------
----
(57) Abstract :
The present invention relates to the back-to-back collisions avoidance system (BBCAS) designed for low visibility conditions and
method thereof. The back-to-back collisions avoidance system (BBCAS) designed for low visibility conditions comprises At least one
gyro sensor capable of detecting changes in acceleration from all directions. At least one microcontroller capable of communicating
with identical devices through an inbuilt communication chip and an antenna. Plurality of Light Emitting Diodes (LEDs) for
displaying signal. A center console surface of a vehicle having a carving for placing the customizable holder.

(19) INDIA
(54) Title of the invention : VOICEPRINT LOGIN METHOD AND DEVICE BASED ON ARTIFICIAL INTELLIGENCE
:G06F0021320000, G10L0017040000,
G06F0021310000, G10L0017240000,
G10L0017220000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
:NA 2)SINGH, Dhiraj
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
The voiceprint-based user authentication system (100) having essential components, including a processor and sufficient storage for
voiceprint templates and system operations. The system (100) and method (200) incorporates at least one voice input component (102)
for capturing user voice input. The enrollment and template creation module (104) is designed to capture voice samples, analyze
distinctive voice characteristics, and generate unique voiceprint templates. An AI processing unit (106) enables real-time analysis of
user voice characteristics during authentication. An authentication module (108) performs comprehensive voice input analysis,
considering various voice characteristics, and generates a similarity score or confidence level. Finally, an authentication and
verification module (112) is configured to verify user identity based on the similarity score, granting access when it exceeds a
predetermined threshold and denying access when it falls below the threshold, optionally offering authentication retry or alternative
methods.

(19) INDIA
(54) Title of the invention : REAL-TIME DETECTION OF SENSITIVE DATA EXPOSURE THROUGH COMPREHENSIVE
LOGGING AND ANALYSIS
:G06F0021620000, G06F0021550000,
G06F0021570000, G06N0020000000,
G06Q0010060000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
The integrated system (100) for real-time detection of sensitive data exposure comprises five essential components: a data collection
module (102) responsible for gathering log data, a log analysis module (104) designed to process the collected data, an alerting
module (106) for issuing immediate alerts and notifications, a centralized log repository (108) ensuring secure data storage for
compliance and security analysis needs, and a reporting and insights module (110) that generates comprehensive reports and
actionable insights. This system offers a robust solution to proactively identify and mitigate sensitive data exposure risks while
enhancing compliance and security analysis capabilities.

(19) INDIA
(54) Title of the invention : REMOTE TUNING OF MALWARE CONTENT DETECTION SYSTEM USING MACHINE
LEARNING AND TRAFFIC ANALYSIS TECHNIQUES
:G06N0020000000, G06F0021560000,
G06F0021550000, H04L0043160000,
H04L0043045000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
:NA 2)SINGH, Dhiraj
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
The remote tuning system (100) for malware content detection in a network environment comprises key components: a malware
content detection system (102) employing machine learning techniques to classify network content, a centralized management server
(104) receiving metadata from a traffic analysis module to generate and update machine learning models, and a traffic analysis module
(106) monitoring network traffic patterns and providing anonymized metadata for analysis. These machine learning models (108) are
trained with labeled datasets to improve accuracy and adapt to emerging threats using collected metadata and threat intelligence. A
user-friendly remote tuning interface (110) empowers administrators to configure the system and adjust parameters while continuous
updates enhance real-time threat identification. This system ensures heightened network security while optimizing resource efficiency.

(19) INDIA
(54) Title of the invention : REGENERATIVE THERMAL ENERGY EXCHANGE SYSTEM
1)Daimler Truck AG
Address of Applicant :Fasanenweg 10, Leinfelden-
Echterdingen, 70771, Germany. Leinfelden-Echterdin ----------- ---
--------
:H01L0035300000, F23G0007060000,
H01L0035000000, F28D0015020000,
F28D0015000000
1)Bharathiraj Swaminathan
(86) International
:NA Address of Applicant :23/26, Rangadoss Colony, 2nd Street,
Application No
:NA Villivakkam, Chennai - 600049, Tamil Nadu, India. Chennai ------
Filing Date
----- -----------
(87) International
: NA 2)Viraj Rajendra Shinde
Publication No
Address of Applicant :344, Tungarli Road, Lonavala - 410403,
:NA Maharashtra, India. Lonavala ----------- -----------
:NA 3)Pranali Pravin Gole
Filing Date
Address of Applicant :33, Sai Anand, Khed Road, Near NH-4,
(62) Divisional to
:NA Satara - 415003, Maharashtra, India. Satara ----------- -----------
Application Number
:NA 4)Niranjan Sudhakar Nidvannaya
Filing Date
Address of Applicant :202, Gundu Rao Lane, Mannagudda,
Mangalore - 575006, Karnataka, India. Mangalore ----------- -------
----
5)Santosh Kumar Sharma
Address of Applicant :121, Type-1 SGPGI Campus, Lucknow -
226014, Uttar Pradesh, India, Lucknow ----------- -----------
(57) Abstract :
The present disclosure provides a regenerative thermal energy exchange system (110). The system (110) includes one or more
passages (112) in fluidic communication with one or more components (130) of a vehicle, the fluid being circulated to facilitate
transfer of thermal energy between the one or more passages (112) and the components (130). The system (110) includes one or more
sets of fins (114) corresponding to each of the one or more passages (112), and one or more thermoelectric generators (TEGs) (120)
disposed between each of the sets of fins (114) and the corresponding passage (112). The TEGs (120) are in thermal contact with one
of the passages on a first side thereof, and one of the sets of fins on a second side thereof. A temperature difference between the first
side and the second side of the TEGs (120) causes the TEG (120) to generate electrical power.

(19) INDIA
(54) Title of the invention : CHARGEABLE GEL PAD ARM BRACE
:A61F0007000000, A61F0007020000, (71)Name of Applicant :

(51) International
A61F0007100000, G06F0001200000, 1)Chitkara University
classification
A61F0013100000 Address of Applicant :Chitkara University, Chandigarh-Patiala
(86) International National Highway, Village Jhansla, Rajpura, Punjab - 140401,
:NA
Application No India. Patiala ----------- -----------
:NA
Filing Date 2)Chitkara Innovation Incubator Foundation
: NA
(61) Patent of Addition (72)Name of Inventor :
:NA
to Application Number 1)KAUR, Gaganpreet
:NA
Filing Date Address of Applicant :H. No. 201 A, Shivalik Avenue, Sector 125,
(62) Divisional to Mohali – 140301, Punjab, India. Mohali ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present disclosure relates to a chargeable gel pad arm brace system provides targeted cold therapy. The system includes a cooling
pad (102) infused with a cooling gel (104) suitable for direct application to the user’s body. Within the cooling pad (102) is a cooling
unit (106) that modulates the temperature of the gel (104). The system also features a plug interface (108), which, upon connection to
an external power source, activates the cooling unit (106) to set the gel’s temperature to a specific value. The design is ideal for
wrapping around the elbow, providing relief from conditions like tennis elbow. A thermostat mechanism (110) within the cooling unit
(106) consistently monitors and adjusts the gel’s temperature. The plug interface (108) is versatile, compatible with various power
sources. Additionally, an indicator (112) on the cooling pad (102) conveys the cooling unit's (106) operational status to the user.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD TO DETECT AND MITIGATE TIME-BOMB MALWARE THREATS IN A
NETWORK ENVIRONMENT
:G06F0021560000, G06F0021550000,
H04W0012128000, H04L0043040000,
H04L0012280000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
:NA 2)SINGH, Dhiraj
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
The present disclosure relates to a system (100) and method (300) includes a processor (102) and memory (104) that execute a set of
instructions to detect and mitigate time-bomb malware threats in a network environment. The system (100) captures and logs one or
more network activities within a network environment and analyzes the captured one or more network activities to establish
behavioral baselines and detect anomalies indicative of a time-bomb malware. The system stores a set of known malware signatures
associated with the time-bomb malware and compares the results of the behavioral analysis with the known malware signatures to
identify potential instances of the time-bomb malware. Upon detection of the time-bomb malware, the processor (102) sends an alert
to the one or more users (114) through one or more computing devices (112).

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR PROVIDING AN ISOLATION GATEWAY FOR CONTROLLING
INDUSTRIAL GASEOUS POLLUTION
:G05B0019418000, G06N0003040000,
G08B0021220000, G08B0025000000,
A61B0005080000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
:NA 2)SINGH, Dhiraj
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relates to a system (102) and method (200) for controlling industrial gaseous pollution. In an
aspect, the present disclosure discloses a system (102) for providing an isolation gateway for controlling industrial gaseous pollution.
The system (102) comprises a plurality of doors (104), positioned within an industrial facility, and configured to serve as entry points
between different areas. Further, the system (102) comprises a plurality of sensors (106) configured to detect hazardous materials in an
environment. Further, the system (102) comprises a control unit (108) configured to receive data from the plurality of sensors (106) to
activate an appropriate response mechanism. Furthermore, the system (102) comprises an alarm unit (110), operatively coupled to the
plurality of sensors (106), and configured to trigger an alarm sound upon detection of the hazardous materials in the environment.

(19) INDIA
(54) Title of the invention : LIQUID STORAGE DEVICE AND METHOD OF MANUFACTURING THEREOF
1)HCL Technologies Limited
Address of Applicant :806, Siddharth, 96, Nehru Place, New
:A24F0040100000, F25B0043000000,
(51) International Delhi - 110019, INDIA Delhi ----------- -----------
B01L0003000000, B41J0002175000,
classification Name of Applicant : NA
H01M0050200000
(86) International
Application No
:NA 1)Jeevan Potabattuni
Filing Date
Address of Applicant :SEZ, Plot #129, Jigani, Bangalore – 562105
(87) International
: NA Bangalore ----------- -----------
Publication No
2)Anubhav Sircar
:NA Address of Applicant :SEZ, Plot #129, Jigani, Bangalore – 562105
:NA Bangalore ----------- -----------
Filing Date
3)Shrutika Dandekar
(62) Divisional to
:NA Address of Applicant :SEZ, Plot #129, Jigani, Bangalore – 562105
Application Number
:NA Bangalore ----------- -----------
Filing Date
4)Amey Mukund Shukla
Address of Applicant :SEZ, Plot #129, Jigani, Bangalore – 562105
Bangalore ----------- -----------
(57) Abstract :
LIQUID STORAGE DEVICE AND METHOD OF MANUFACTURING THEREOF ABSTRACT The invention relates to a liquid
storage device (100). The liquid storage device (100) includes bottom section (106) including container (108) for storing liquid. The
liquid storage device (100) includes middle section (104) coupled to bottom section (106). The middle section (104) includes
stabilizing element (110) for balancing liquid storage device (100) and detachable handles for holding liquid storage device (100). A
handle of detachable handles is attached to stabilizing element (110) for preventing liquid storage device (100) from tremoring. The
liquid storage device (100) includes top section (102) coupled to bottom section (106) through middle section (104) for receiving
liquid from bottom section (106) through pumping mechanism (114). The top section (102) includes detachable attachments. One
attachment of detachable attachments includes detachable cup (116). The detachable cup (116) includes Ultraviolet-C button that
initiates sanitization of detachable cup (116) and pumping mechanism (114) to draw liquid into detachable cup (116). [To be
published with FIG. 1]

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD TO FACILITATE REWRITABLE TRANSACTIONS OVER A
BLOCKCHAIN LEDGER
:H04L0009320000, H04L0009060000,
G06F0021640000, G06Q0010100000,
G06Q0020380000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
:NA 2)SINGH, Dhiraj
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
The present invention discloses a system (100) designed to facilitate rewritable transactions within a blockchain ledger. The system
(100) comprises a server (106) that communicates securely with computing devices (110) and users (112) over a blockchain network
(108). The system (100) further comprises a processor (102) and a memory (104) to execute a set of instructions enabling it to receive
modification requests from users (112) to alter transactions and smart contracts stored in a blockchain ledger (218). The processor
(102) evaluates these requests by comparing them against predefined verified transactions and smart contracts and authenticates the
users (112) based on their credentials and predefined criteria. Upon successful authentication, the processor (102) modifies and
rewrites the requested transactions and smart contracts and correspondingly, obtains an agreement for their authenticity. When the
agreement is obtained, the processor (102) is configured to record the modifications securely within the blockchain ledger (218).

(19) INDIA
(54) Title of the invention : SYSTEM FOR CONTROLLING OF RF CARD TRANSMISSION IN PORTABLE TERMINAL AND
METHOD THEREOF
:H04W0012060000, G06Q0020320000, National Highway, Village Jhansla, Rajpura, Punjab - 140401,
(51) International
H04W0004800000, H04W0012080000, India. Patiala ----------- -----------
classification
H04W0036260000 2)Bluest Mettle Solutions Private Limited
:NA
:NA
(87) International 1)MISHRA, Rahul
: NA
Publication No Address of Applicant :ODC-4, Panchshil Tech Park, inside
(61) Patent of Courtyard by Marriott premises, Hinjewadi Phase - 1, Pune -
Addition to :NA 411057, Maharashtra, India. Pune ----------- -----------
Application Number :NA 2)SINGH, Dhiraj
Filing Date Address of Applicant :ODC-4, Panchshil Tech Park, inside
(62) Divisional to Courtyard by Marriott premises, Hinjewadi Phase - 1, Pune -
:NA
Application Number 411057, Maharashtra, India. Pune ----------- -----------
:NA
Filing Date 3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
The present disclosure relates to the field of wireless communication technologies and, more specifically, related to the control of RF
card transmission in portable terminals. The system (100) employs a processor (102) to intelligently manage the RF card data
transmission, ensuring secure and timely communication, while also introducing user authentication measures for heightened security.
In real-world applications, such as contactless payments and access control, the system (100) and method (200) facilitates seamless
and secure interactions, optimizing the user experience. Furthermore, the system (100) and method (200) flexibility allows integration
into multiple portable terminals, while the compliance features contribute to regulatory adherence and cost savings. Overall, the
system (100) and method (200) represents a significant advancement in the portable terminal technology, offering a compelling
combination of security, efficiency, and usability in the RF card usage

(19) INDIA
(54) Title of the invention : SMART ELECTRIC VEHICLE CHARGING ROBOT FOR TRANSPORTATION
:B60L53/36 , B60L53/65,
(51) International classification Address of Applicant :Chitkara University, Chandigarh-Patiala
H02J7/00
India. Patiala ----------- -----------
Filing Date :NA
Application Number
Filing Date
1)SINGH, Gurpreet
:NA Address of Applicant :Faculty of Applied Sciences, CUIET,
Number
:NA Chitkara University, Chandigarh-Patiala National Highway,
Filing Date
Village Jhansla, Rajpura, Punjab - 140401, India. Patiala -----------
-----------
(57) Abstract :
An electric vehicle charging system is described for use in parking lots. The system includes a driving unit (10) moving along a
predetermined route, a recognition unit (20) identifying parked vehicles on this route, and an authentication unit (30) verifying if the
recognized vehicle is registered. Once authenticated, a power supply unit (40) charges the vehicle's battery. Additionally, a
communication unit (50) conveys vehicle details to a management server and receives authentication signals. Some parking lots
feature a marker (60), aiding the recognition unit (20) in its task. This marker (60) can be divided into separate sections along a
parking line. The recognition unit (20) can also analyze license plates to retrieve vehicle identification numbers. An additional
charging unit (70) can provide external power to the power supply unit (40). The charging approach focuses on automating charging
for registered vehicles in designated areas.

(19) INDIA
(54) Title of the invention : DESIGN AND DEVELOPMENT OF LOW-TEMPERATURE PROCESSED HEXAGONAL PHASE OF
NZSP FOR SOLID-STATE NA-ION BATTERIES
1)Indian Institute of Technology Roorkee
Address of Applicant :Roorkee - Haridwar Highway, Roorkee
:B82B1/00, B82B3/00, B82Y30/00,
(51) International - 247667, Uttarakhand, India. Haridwar ----------- -----------
B82Y40/00, C01B33/06, C01D13/00,
C01G25/006
(86) International
Application No
:NA 1)SHARMA, Yogesh K
Filing Date
Address of Applicant :Department of Physics, Indian Institute of
(87) International
: NA Technology Roorkee, Roorkee - 247667, Uttarakhand, India.
Publication No
Haridwar ----------- -----------
:NA 2)DUBEY, Brahm Prakash
Application Number
:NA Address of Applicant :Department of Physics, Indian Institute of
Filing Date
Technology Roorkee, Roorkee - 247667, Uttarakhand, India.
(62) Divisional to
:NA Haridwar ----------- -----------
Application Number
:NA 3)SINGH, Meetesh
Filing Date
Address of Applicant :Department of Physics, Indian Institute of
Technology Roorkee, Roorkee - 247667, Uttarakhand, India.
Haridwar ----------- -----------
(57) Abstract :
The present disclosure relates to a hexagonal phase of NZSP (h-NZSP). The present disclosure also discloses method of preparation of
hexagonal phase of NZSP (h-NZSP). The present disclosure also relates to a method of preparation of flexible solid electrolyte
membrane. The present disclosure also discloses a sodium based electrochemical device.

(19) INDIA
(54) Title of the invention : A BIOSENSING DEVICE AND A METHOD OF FABRICATION THEREOF
Address of Applicant :Varanasi-221005, Uttar Pradesh, India
Varanasi ----------- -----------
:G01N0033543000, A61L0027460000, Name of Applicant : NA
(51) International
G01N0027300000, G01N0021770000, Address of Applicant : NA
classification
B82Y0015000000 (72)Name of Inventor :
(86) International 1)PRANJAL CHANDRA
:NA
Application No Address of Applicant :School of Biochemical Engineering, Indian
:NA
Filing Date Institute of Technology, (Banaras Hindu University), Varanasi –
(87) International 221005, Uttar Pradesh, India jvaranasi ----------- -----------
: NA
Publication No 2)DARSHNA
(61) Patent of Addition Address of Applicant :School of Biochemical Engineering, Indian
:NA
to Application Number Institute of Technology, (Banaras Hindu University), Varanasi –
:NA
Filing Date 221005, Uttar Pradesh, India jvaranasi ----------- -----------
(62) Divisional to 3)DAPHIKA S DKHAR
:NA
Application Number Address of Applicant :School of Biochemical Engineering, Indian
:NA
Filing Date Institute of Technology, (Banaras Hindu University), Varanasi –
221005, Uttar Pradesh, India jvaranasi ----------- -----------
4)PRADEEP SRIVASTAVA
Address of Applicant :School of Biochemical Engineering, Indian
Institute of Technology, (Banaras Hindu University), Varanasi –
221005, Uttar Pradesh, India jvaranasi ----------- -----------
(57) Abstract :
ABSTRACT “A BIOSENSING DEVICE AND A METHOD OF FABRICATION THEREOF” The present invention provides a
biosensing device and a method of fabrication thereof. This biosensing device provides label free detection of serum proteins via an
impedance based electrochemical readout interface using graphene oxide and a Ch/SF/HAp/PCL composite scaffold. Graphene oxide,
Ch/SF/HAp/PCL composite scaffold and anti-ALP bioreceptors were systematically coated on GCE to create a biosensing device. The
combination of these natural/synthetic polymers construct a bioelectronic transduction surface for the direct label-free detection of a
glycoprotein in serum. Figure 1 on sheet no. 1 of the drawings may accompany the abstract when published.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD TO ENABLE COMMUNICATION BETWEEN A TRAIN AND A
DISPATCH CENTER
1)AAKAASH SINGH CHAUHAN
Address of Applicant :175 NEW SURYA KIRAN APARTMENTS,
PLOT NO 65, IP EXTENSION, PATPARGANG, DELHI- 110092,
INDIA DELHI ----------- -----------
2)KRISHNA PRAKASHA
3)VINAYAK R BHAT
4)TRISHA BISWAS
5)SRIKANTH PRABHU
6)AMIT ARAVIND
:H04W0088080000, G01S0013931000, Address of Applicant : NA
(51) International
H04J0014020000, B61L0015000000, (72)Name of Inventor :
classification
B61L0001180000 1)AAKAASH SINGH CHAUHAN
(86) International Address of Applicant :175 NEW SURYA KIRAN APARTMENTS,
:NA
Application No PLOT NO 65, IP EXTENSION, PATPARGANG, DELHI- 110092,
:NA
Filing Date INDIA DELHI ----------- -----------
(87) International 2)KRISHNA PRAKASHA
: NA
Publication No Address of Applicant :C 88, SHREYAS 2, MIT QUARTERS,
(61) Patent of Addition MANIPAL, KARNATAKA, INDIA MANIPAL ----------- -----------
:NA
to Application Number 3)VINAYAK R BHAT
:NA
Filing Date Address of Applicant :204 VISHNU ENCLAVE NEAR SRIRAM
(62) Divisional to SAMRUDHI, KUNDANHALLI GATE, BANGALORE-560066,
:NA
Application Number KARNATAKA, INDIA BANGALORE ----------- -----------
:NA
Filing Date 4)TRISHA BISWAS
Address of Applicant :2803 T2, TATA PRIMANTI, SPR ROAD,
SECTOR 72, GURGAON, HARYANA – 122101, INDIA GURGAON --
--------- -----------
5)SRIKANTH PRABHU
Address of Applicant :A2 FLATS, KAILASH QUARTERS, MIT
MANIPAL, UDUPI DISTRICT, KARNATAKA- 576104, INDIA
UDUPI ----------- -----------
6)AMIT ARAVIND
Address of Applicant :ARCHANA PROJECTS, 1ST FLOOR,
ANANTHA TOWERS, COURT ROAD, UDUPI, KARNATAKA-
576101, INDIA UDUPI ----------- -----------
(57) Abstract :
A system (10) to enable communication between a train (20) and a dispatch center (30) is provided. The system includes access points (40) to
transmit first data received from the dispatch center towards the track via first light waves. The system includes first light receivers (60) positioned on
the train to receive the first light waves to provide the first data to an onboard computer (70) positioned on the train. The system includes transmitters
(80) to transmit a second data provided by the onboard computer in a predefined direction via second light waves. The system includes second light
receivers (90) positioned on bed of the track to relay the second data to the dispatch center through the access points upon receiving the second light
waves, thereby enabling the optical communication between the train and the dispatch center. FIG. 1

(19) INDIA
(54) Title of the invention : METHOD FOR MEASURING AND MANAGING BRAND EQUITY IN THE HOSPITALITY
INDUSTRY
1)Dr. Manish Gupta
Address of Applicant :Professor and Dean, Department of
Management, Invertis University, Bareilly, Uttar Pradesh, India. --
--------- -----------
2)Abhilasha Singh Upadhyaya
3)Dr. Mohnish Kumar
4)Pulkit Srivastava
5)Dr.Viksit Tripathi
:G06Q0030020000, G06Q0040060000, Name of Applicant : NA
(51) International
G16H0050200000, C10B0057040000, Address of Applicant : NA
classification
G06Q0010060000 (72)Name of Inventor :
(86) International 1)Dr. Manish Gupta
:NA
Application No Address of Applicant :Professor and Dean, Department of
:NA
Filing Date Management, Invertis University, Bareilly, Uttar Pradesh, India. --
(87) International --------- -----------
: NA
Publication No 2)Abhilasha Singh Upadhyaya
(61) Patent of Addition Address of Applicant :Assistant Professor, Department of
:NA
to Application Number Management, Jaipuria Institute of Management, Indirapuram,
:NA
Filing Date Ghaziabad, Uttar Pradesh, India. ----------- -----------
(62) Divisional to 3)Dr. Mohnish Kumar
:NA
Application Number Address of Applicant :Assistant Professor, Department of
:NA
Filing Date Management, Invertis University, Bareilly, Uttar Pradesh, India. --
--------- -----------
4)Pulkit Srivastava
--------- -----------
5)Dr.Viksit Tripathi
--------- -----------
(57) Abstract :
A method and system tailored for the hospitality industry to measure and manage brand equity, integrating both quantitative and
qualitative metrics derived from diverse data sources. This invention captures and analyzes traditional brand equity indicators
alongside modern digital touchpoints, offering brands a comprehensive view of their standing, while also providing actionable insights
to enhance their market position. Emphasizing the experiential and emotional facets unique to the hospitality industry, the system
provides a dynamic, real-time assessment of brand equity, ensuring brands remain relevant in an ever-evolving global market.

(19) INDIA
(54) Title of the invention : AN AUDIO-VISUAL DEVICE FOR CARING AND MONITORING OF PLANT
1)AMAN BIRENDRA JAISWAL
:A61B0005000000, G16H0040630000,
(51) International Address of Applicant :G29, 1st Avenue, Gaur City 1, Noida,
A61B0005020500, H04N0007140000,
classification Gautam Buddh Nagar, Uttar Pradesh, India, Pin – 201309, Noida -
A61B0005080000
---------- -----------
(86) International
:NA 2)KANCHAN KANTI PAL
Application No
Filing Date
(87) International
Publication No
1)AMAN BIRENDRA JAISWAL
:NA Address of Applicant :G29, 1st Avenue, Gaur City 1, Noida,
:NA Gautam Buddh Nagar, Uttar Pradesh, India, Pin – 201309, Noida -
Filing Date
---------- -----------
(62) Divisional to
:NA 2)KANCHAN KANTI PAL
Application Number
:NA Address of Applicant :Talkui (Behind Shitala Mandir), Abash,
Filing Date
Midnapore, Paschim Medinipur, West Bengal, India, Pin – 721102
Noida ----------- -----------
(57) Abstract :
ABTRACT AN AUDIO-VISUAL DEVICE FOR CARING AND MONITORING OF PLANT The present invention relates to an
audio-visual device (100) for caring and monitoring of plant with a range of sophisticated components. The device features multiple
processors and memory for executing plant care and monitoring instructions, with an array of sensors measuring vital parameters such
as moisture level, water content, brightness, temperature, and dielectric permittivity. A central Microcontroller Unit (108) processes
sensor data, determining precise care requirements for the plant and controlling output modules accordingly. The device (100) enables
seamless data transmission to remote users via a communication module, offering real-time and historical plant care information
through a user interface module and a visual display module. Additionally, the device provides audio feedback through a speaker,
amplified by an audio amplifier, and displays plant conditions through a thin-film-transistor Liquid-Crystal Display (TFT LCD) (110).
Furthermore, an alert module notifies users upon detecting clear audio expressions of the plant's requirements. This comprehensive
device revolutionizes plant care and monitoring, fostering enhanced user engagement and plant well-being. FIGURE 1

(19) INDIA
(54) Title of the invention : SATISFACTION SPECTRUM: A HOLISTIC FRAMEWORK FOR EMPLOYEE WELL-BEING
1)Manipal University Jaipur
:G06Q0010060000, G06Q0010100000,
(51) International Address of Applicant :Manipal University Jaipur, Off Jaipur-
G06Q0050100000, G09F0015000000,
classification Ajmer Expressway, Post: Dehmi Kalan, Jaipur-303007, Rajasthan,
H04L0067109500
India Jaipur ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)Dr. Madhu Bala Kaushik
Publication No
Address of Applicant :School of Business and Commerce,
:NA Manipal University Jaipur Jaipur ----------- -----------
:NA 2)Mr. Aditya Dhiman
Filing Date
(62) Divisional to
:NA Manipal University Jaipur Jaipur ----------- -----------
Application Number
:NA 3)Dr. Veenus Gehlot
Filing Date
Manipal University Jaipur Jaipur ----------- -----------
(57) Abstract :
In the fast-evolving landscape of the modern workplace, employee satisfaction stands as a cornerstone of organizational success. The
"Satisfaction Spectrum" presents a pioneering framework for comprehensively assessing and optimizing employee well-being. This
model encapsulates seven fundamental categories: Work Environment and Safety, Compensation and Benefits, Career Growth and
Development, Work-Life Balance and Flexibility, Management and Leadership, Communication and Company Culture, and
Recognition, Feedback, and Well-being. Within each category, specific dimensions and ideal actions are defined, providing a detailed
guide for fostering a gratifying work environment. This invention empowers organizations to methodically enhance employee
satisfaction, leading to heightened engagement, productivity, and overall success within the corporate ecosystem. The "Satisfaction
Spectrum" is poised to revolutionize the field of human resources and corporate management, ushering in a new era of workplace
contentment and prosperity.

(19) INDIA
(54) Title of the invention : MAPPING OF CONSUMER SOCIAL RESPONSIBILITY COMPONENTS AND CONSUMERS’
NEEDS: A NEW PATH TOWARDS SUSTAINABILITY
:G06Q0050260000, G06T0013400000, (71)Name of Applicant :

(51) International
F24F0008300000, A61L0009220000, 1)Manipal University Jaipur
classification
C08G0063080000 Address of Applicant :Manipal University Jaipur, Off Jaipur-
(86) International Ajmer Expressway, Post: Dehmi Kalan, Jaipur-303007, Rajasthan,
:NA
Application No India Jaipur ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Dr. Mamta Soni
:NA
to Application Number Address of Applicant :Department of Commerce, Manipal
:NA
Filing Date University Jaipur Jaipur ----------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Picture of global warming, air pollution, water crisis, electricity shortage, natural calamities, poor sanitization, hunger, etc. have been
giving signals to humans from last many decades. As humans are advancing and growing technologically; undoubtedly, with these
advancements human acts are also leaving footprints of depletion and deterioration in parallel for society and environment at large. To
monitor and have control over this state of ecological and economical imbalance, corporates have been fixed in legal framework of
CSR activities to contribute for societal and environmental welfare. It is need of the hour that consumers develop their understanding
towards their role in societal and environmental upliftment. This atmosphere of consumers contribution is termed as Consumer Social
Responsibility (CNSR). Based on the consumers’ needs and CNSR components, a 2x2 matrix naming; CNSR COMPONENTS-
CONSUMERS’ NEED MATRIX and four types of consumer segments have also been articulated based on same matrix.

(19) INDIA
(54) Title of the invention : THREE-LEVEL POTTING SYSTEM WITH REMOVABLETRAYS AND REAL-TIME MONITORING
:A01G0007040000, A01G0009000000,
(51) International 1)K.R. Mangalam University
A01G0009240000, G05B0023020000,
classification Address of Applicant :Sohna Gurugram, Haryana-122 103 ----
A01G0009080000
------- -----------
(86) International
:NA 2)Dr. Neha Sharma
Application No
:NA 3)Yogesh Sharma
Filing Date
(87) International
: NA Address of Applicant : NA
Publication No
:NA 1)Dr. Neha Sharma
:NA Address of Applicant :K.R. Mangalam University, Sohna
Filing Date
Gurugram, Haryana-122 103 Gurugram ----------- -----------
(62) Divisional to
:NA 2)Yogesh Sharma
Application Number
:NA Address of Applicant :K.R. Mangalam University, Sohna
Filing Date
Gurugram, Haryana-122 103 Gurugram ----------- -----------
(57) Abstract :
The present invention relates to horticulture and plant cultivation. Specifically, it relates to a novel system for transplanting and
potting plants while minimizing root disturbance, optimizing nutrient control, and providing real-time monitoring of plant growth. The
invention encompasses a Three-Level Potting System with Removable Trays and Real-Time Monitoring (TPLP System). The plant
potting system includes a three-tiered potting structure, including small, medium, and large levels, for accommodating plants at
different growth stages without root disturbance, a set of removable tray associated with each level, enabling expansion of space for
plant growth by removing trays when needed, a compartment within removable trays for precise control and application of plant
growth promoters, manure, and fertilizers, a real-time monitoring and feedback mechanism, equipped with sensors and indicators,
providing data on plant growth, moisture levels, and nutrient requirements, and a user interface accessible through a mobile app or
control panel for customization of plant care settings based on real-time data

(19) INDIA
(54) Title of the invention : NANOFERTILIZERS AND NUTRIENT UPTAKE ENHANCEMENT IN CROP PLANTS: A
PROMISING AGRICULTURAL METHOD
Address of Applicant :Manipal University Jaipur, Off Jaipur-Ajmer
Expressway, Post: Dehmi Kalan, Jaipur-303007, Rajasthan, India Jaipur -
---------- -----------
1)Madan Mohan Sharma
:C05D0009020000, C12N0001140000, Address of Applicant :Department of Biosciences, Manipal University
(51) International
C05F0011080000, A23L0007100000, Jaipur Jaipur-Ajmer Express Highway, Dehmi Kalan, Near GVK Toll
classification
A01C0021000000 Plaza, Jaipur, Rajasthan 303007 Jaipur ----------- -----------
(86) International 2)Rajesh Kumar
:NA
Application No Address of Applicant :Department of Biosciences, Manipal University
:NA
Filing Date Jaipur Jaipur-Ajmer Express Highway, Dehmi Kalan, Near GVK Toll
(87) International Plaza, Jaipur, Rajasthan 303007 Jaipur ----------- -----------
: NA
Publication No 3)Mamta Dhiman
(61) Patent of Addition Address of Applicant :Department of Biosciences, Manipal University
:NA
to Application Number Jaipur Jaipur-Ajmer Express Highway, Dehmi Kalan, Near GVK Toll
:NA
Filing Date Plaza, Jaipur, Rajasthan 303007 Jaipur ----------- -----------
(62) Divisional to 4)Lakshika Sharma
:NA
Application Number Address of Applicant :Department of Biosciences, Manipal University
:NA
Filing Date Jaipur Jaipur-Ajmer Express Highway, Dehmi Kalan, Near GVK Toll
Plaza, Jaipur, Rajasthan 303007 Jaipur ----------- -----------
5)Abhishek Dadhicha
Address of Applicant :Department of Biosciences, Manipal University
Jaipur Jaipur-Ajmer Express Highway, Dehmi Kalan, Near GVK Toll
Plaza, Jaipur, Rajasthan 303007 Jaipur ----------- -----------
6)Prashant Kaushik
Address of Applicant :Instituto de Conservación y Mejora de la
Agrodiversidad Valenciana, Universitat Politècnica de València,
Valencia, Spain ----------- -----------
(57) Abstract :
The Present invention relates to a nanofertilizer for the plants. Pearl millet, a small but nutrient-dense cereal grain, thrives in the face of heat and
drought, making it a staple in the agricultural landscapes of numerous Asian and African countries. With India leading global production and yield,
pearl millet's significance is paramount. Its nutritional potential is remarkable, boasting gluten-free attributes, abundant dietary fibers rivaling rice,
comparable lipid content to maize, and protein content akin to wheat. As demand surges within the food industry, innovative strategies are sought to
enhance production. The agricultural realm has witnessed the ascendancy of chemical fertilizers, heralding increased yields across various crops,
pearl millet included. However, conventional methods of fertilizer application yield excess usage coupled with inefficient uptake by plants. Leaching
into soil, volatilization, and poor absorption by plants contribute to environmental degradation. Nano-fertilizers emerge as a pivotal agricultural ally,
fostering heightened growth, amplified yields, and optimal nutrient utilization. By curbing waste, lowering cultivation expenses, and offering tangible
benefits, nano-fertilizers hold potential to alleviate contemporary agricultural conundrums, particularly the prevalence of iron and zinc deficiencies
among human populations. This comprehensive review spotlights India's pearl millet production, underscoring its contributions to human health.
Central to this discourse is the role of nano-fertilizers, poised to revolutionize production efficiency and elevate product quality. As agriculture
intersects with innovation, nano-fertilizers emerge as catalysts of change, promising a sustainable solution to augment pearl millet's vital role in
global nutrition."

(19) INDIA
(54) Title of the invention : RFID-ENHANCED SMART IOT CHILD MONITORING CAR LOCK SYSTEM
1)MR. MOHIT KUMAR
Address of Applicant :Glocal University Saharanpur, Delhi-
Yamunotri Marg (State Highway 57) Mirzapur Pole, Distt—
Saharanpur, Uttar Pradesh-247121, India. ----------- -----------
2)DR. PRAMOD KUMAR
3)DR. P. K. BHARTI
:G07C0009000000, G08B0021240000,
(51) International 4)DR. S P. PANDEY
G08B0021020000, H04W0004800000,
B60R0021015000
(86) International
Application No
:NA 1)MR. MOHIT KUMAR
Filing Date
(87) International
: NA Yamunotri Marg (State Highway 57) Mirzapur Pole, Distt—
Publication No
:NA 2)DR. PRAMOD KUMAR
:NA Address of Applicant :Glocal University Saharanpur, Delhi-
Filing Date
(62) Divisional to
:NA Saharanpur, Uttar Pradesh-247121, India. ----------- -----------
Application Number
:NA 3)DR. P. K. BHARTI
Filing Date
4)DR. S P. PANDEY
(57) Abstract :
ABSTRACT RFID-ENHANCED SMART IOT CHILD MONITORING CAR LOCK SYSTEM The "RFID-Enhanced Smart IoT
Child Monitoring Car Lock System" is a invention designed to prioritize child safety in vehicles. This patent introduces a
comprehensive system that combines Radio Frequency Identification (RFID) technology with a suite of sensors, including Infrared,
ultrasonic, and weight sensors. The system's primary purpose is to prevent accidental lock-ins by detecting the presence of children
inside the car and the proximity of car keys. RFID technology, along with Infrared sensors, monitors the interior of the vehicle for the
presence of occupants, with a particular focus on children. The weight sensor distinguishes between adults and children by identifying
weights typically associated with children (typically less than 10 years old). If a child is detected inside the vehicle and car keys are
present, the central locking system is automatically disabled, ensuring the child's safety. Moreover, the system employs ultrasonic
sensors to locate and retrieve misplaced car keys within the vehicle, facilitating a quick and secure unlocking process.

(19) INDIA
(54) Title of the invention : A SMART APPROACH TO SELECT HIGH-QUALITY SEEDS AT AN EFFICIENT COST
1)MR. MOHIT KUMAR
Saharanpur, Uttar Pradesh-247121, India. Saharanpur ----------- ---
--------
2)DR. PRAMOD KUMAR
3)DR. P. K. BHARTI
4)DR. S P. PANDEY
(51) International
G06Q0050020000, G06Q0010060000, Address of Applicant : NA
classification
A01C0007080000 (72)Name of Inventor :
(86) International 1)MR. MOHIT KUMAR
:NA
Application No Address of Applicant :Glocal University Saharanpur, Delhi-
:NA
Filing Date Yamunotri Marg (State Highway 57) Mirzapur Pole, Distt—
(87) International Saharanpur, Uttar Pradesh-247121, India. Saharanpur ----------- ---
: NA
Publication No --------
(61) Patent of Addition 2)DR. PRAMOD KUMAR
:NA
to Application Number Address of Applicant :Glocal University Saharanpur, Delhi-
:NA
Filing Date Yamunotri Marg (State Highway 57) Mirzapur Pole, Distt—
(62) Divisional to Saharanpur, Uttar Pradesh-247121, India. Saharanpur ----------- ---
:NA
Application Number --------
:NA
Filing Date 3)DR. P. K. BHARTI
--------
4)DR. S P. PANDEY
--------
(57) Abstract :
ABSTRACT A SMART APPROACH TO SELECT HIGH-QUALITY SEEDS AT AN EFFICIENT COST The present invention
presents a multi-criteria decision-making approach tailored to the agricultural domain. It addresses the complex challenge of selecting
seeds that strike an optimal balance between high crop production and cost-efficiency. By systematically evaluating various seed
attributes, comparing their quality, and cost considerations, this method provides a robust framework for farmers to make well-
informed choices when it comes to seed selection. The present invention empowers the agricultural community with a versatile tool to
enhance yields and economize costs through intelligent seed procurement.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR MITIGATING CYBERSECURITY ATTACKS BY DYNAMIC
NETWORK ADDRESS MIGRATION
:G06F0021550000, A61B0005000000,
H04L0043087600, H04L0061500700,
H04L0061451100
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relates to a system (102) and method (200) for mitigating cybersecurity attacks by applying a
dynamic network address migration approach. The system (102) comprises a processor (104) coupled to a memory (106). The
memory (106) stores processor-executable instructions. The processor (104) is configured to monitor network traffic. Next, the
processor (104) is configured to analyse the network traffic to initiate network address migrations. Thereafter, the processor (104) is
configured to dynamically reassign network addresses to devices that are vulnerable to specific attacks based on the analysis. In the
end, the processor (104) is configured to implement a secure address migration protocol to ensure confidentiality of the migrated
network addresses.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR MITIGATING THE IMPACT OF CYBERSECURITY FAILURES
:G06F0021570000, G06F0021550000,
G06F0021560000, A61B0005000000,
A61N0001040000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relates to a system (102) and method (200) for mitigating an impact of cybersecurity failures
by applying a ResilientShield approach. The system (102) comprises a processor (104) coupled to a memory (106). The memory (106)
stores processor-executable instructions. The processor (104) is configured to scan computer systems and networks in real-time. Next,
the processor (104) is configured to analyse network traffic and system logs of the scanned computer systems and networks.
Thereafter, the processor (104) is configured to identify vulnerabilities and malicious activities based on the analysis. In the end, the
processor (104) is configured to transmit alerts to appropriate personnel for containment and mitigation of the identified vulnerabilities
and malicious activities.

(19) INDIA
(54) Title of the invention : SYSTEM FOR MANAGING AGRICULTURAL PARAMETERS AND LIVESTOCK AND METHOD
THEREOF
India. Patiala ----------- -----------
:H04L0067100000, H04W0004380000, Address of Applicant : NA
(51) International
H04W0004700000, H04L0067109700, (72)Name of Inventor :
classification
G01D0021020000 1)WADHWA, Heena
(86) International Address of Applicant :Chitkara University Institute of Engineering
:NA
Application No and Technology, Chitkara University, Chandigarh-Patiala
:NA
: NA
Publication No 2)KAUR, Mandeep
(61) Patent of Addition Address of Applicant :Chitkara University Institute of Engineering
:NA
to Application Number and Technology, Chitkara University, Chandigarh-Patiala
:NA
(62) Divisional to India. Patiala ----------- -----------
:NA
Application Number 3)OO, Htet Ne
:NA
Filing Date Address of Applicant :Chitkara University Institute of Engineering
and Technology, Chitkara University, Chandigarh-Patiala
India. Patiala ----------- -----------
4)NELSON, Leema
Address of Applicant :CURIN, Chandigarh-Patiala National
Highway, Village Jhansla, Rajpura, Punjab - 140401, India.
Patiala ----------- -----------
(57) Abstract :
The present disclosure relates generally to data transmission in agriculture field. More specifically the present disclosure relates to
system for managing agricultural parameters and livestock. The system (100) includes one or more sensors (102), a controller (104), a
cloud server (110), one or more wireless devices (112) and a fog computing layer (106) including a communication network (108).
The fog computing layer (108) with the communication network (108) is configured to analyze and classify the sensor data locally
before sending the data to the cloud server (110) for further analysis. The cloud server (110) is a centralized structure to compute,
store and transmit sensor data to the users. Further the present disclosure relates to a method for managing agricultural parameters and
livestock. Advantageously the present disclosure relates to a system for managing agricultural parameters and livestock with fog
computing to reduce response time and optimized for greater scalability and adaptability.

(19) INDIA
(54) Title of the invention : SUSTAINABILITY EVALUATION OF GREEN BUILDING BASED ON ARTIFICIAL
INTELLIGENCE AND ENERGY CONSUMPTION
1)Lakshmi Namratha Vempaty
Address of Applicant :Lead Data Scientist, New York University,
Avis Budget Group, South brunswick, New Jersey ----------- -----------
2)Dr. Anurag Shrivastava
3)Etteboina Raju
4)Mrs Saroj Nayya
5)Dr. Shiv Lal
6)Dr. Devendra Pratap Singh
7)Prof. Dr. Prafull Sharma
:G06Q0010060000, G06F0009500000, Address of Applicant : NA
G06Q0050080000, G06N0020000000,
classification 1)Lakshmi Namratha Vempaty
H04W0004700000 Address of Applicant :Lead Data Scientist, New York University, Avis
(86) International Budget Group, South brunswick, New Jersey ----------- -----------
:NA
Application No 2)Dr. Anurag Shrivastava
:NA
Filing Date Address of Applicant :Post-Doctoral Fellowship, Department of
(87) International Electronics and Communication Engineering, Lincoln University College
: NA (LUC), Petaling Jaya, Malaysia ----------- -----------
Publication No
(61) Patent of Addition 3)Etteboina Raju
:NA Address of Applicant :Assistant Professor, Department of Information
:NA Technology, Institute of Aeronautical Engineering, Dundigal, Hyderabad
Filing Date
----------- -----------
(62) Divisional to
:NA 4)Mrs Saroj Nayya
Application Number Address of Applicant :Assistant Professor, GD Rungta College of Science
:NA
Filing Date and Technology, Bhilai, Chhattisgarh ----------- -----------
5)Dr. Shiv Lal
Address of Applicant :Associate Professor, Department of Mechanical
Engineering, Rajasthan Technical University Kota, India-324010 ----------
- -----------
6)Dr. Devendra Pratap Singh
Address of Applicant :Assistant Professor, Department of Applied
Chemistry, Dr. Ambedkar Institute of Technology for Handicapped, UP
Awadhpuri, Kanpur ----------- -----------
7)Prof. Dr. Prafull Sharma
Address of Applicant :Registrar, Eklavya University, Damoh, M.P., India
----------- -----------
(57) Abstract :
Abstract: This patent application pertains to a pioneering system for enhancing the sustainability of green buildings by leveraging
Artificial Intelligence (AI) and advanced energy consumption monitoring. Green buildings, designed to minimize environmental
impact and optimize resource usage, have become pivotal in the context of global sustainability efforts. The system, at its core,
comprises an intricate network of sensors and Internet of Things (IoT) devices strategically placed within the building. These sensors
collect real-time data on energy consumption and environmental parameters, transmitting it to a central AI-driven processing unit. The
AI algorithms process this data, recognizing patterns and anomalies, and offering real-time optimization recommendations to improve
energy efficiency. The system also provides valuable feedback to building occupants and administrators, enabling informed decisions,
and generates sustainability reports for green building certifications. This innovation revolutionizes the sustainability evaluation of
green buildings, fostering energy efficiency, resource conservation, and environmental responsibility.

(19) INDIA
(54) Title of the invention : THE IMPORTANCE OF INNOVATION IN THE DEVELOPMENT OF PHARMACEUTICALS DRUG
DISCOVERY
:G16C0020640000, G01N0033500000, (71)Name of Applicant :

(51) International
C07K0007640000, G16B0050200000, 1)SEEMA MAHAJAN
classification
C07K0014720000 Address of Applicant :308-C, BHAI RANDHIR SINGH
(86) International NAGAR, LUDHIANA, PUNJAB-141012, INDIA ----------- -------
:NA
Application No ----
:NA
: NA
(61) Patent of Addition 1)SEEMA MAHAJAN
:NA
:NA
Filing Date LUDHIANA, PUNJAB-141012, INDIA ----------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Abstract of the Invention The importance of innovation in the development of pharmaceuticals Drug Discovery The present invention
of Pharmaceutical is a novel drug is tested clinically against an existing drug to finally demonstrate the new product's greater
advantages. Line extensions,· or innovations and improvements for existing prescription drugs, include developing new dosages and
delivery systems and testing for a-dditional potential uses. Safety monitoring and detection of additional side effects that may not have
been detected in earlier trials during development are carried out in additional clinical trials after a new drug enters the market. 8

(19) INDIA
(54) Title of the invention : ENGINEERING AND TECHNOLOGY USED IN ADVANCE DRUG DISCOVERY
:A61F0002966000, C12N0015820000, (71)Name of Applicant :

(51) International
A61M0005200000, G02B0006440000, 1)SEEMA MAHAJAN
classification
H01L0021683000 Address of Applicant :308-C, BHAI RANDHIR SINGH
:NA
Application No ----
:NA
: NA
(61) Patent of Addition 1)SEEMA MAHAJAN
:NA
:NA
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Abstract of the Invention Engineering and Technology used in advance. drug discovery The present inventions of Pharmaceutical
engineering rather than chemistry, biology are the focus of the design of any pharmaceutical discovery activities that make use of
modern, industrialized drug development techniques. Sensors that enable researchers to investigate the signals, behavior and assembly
of cells in tissues and cultures are often made using molecular engineering techniques ..

(19) INDIA
(54) Title of the invention : THE INPURITY IN PHARMACEUTICAL ANALYSIS
:G01N0030020000, G01N0033150000, (71)Name of Applicant :

(51) International
G01N0030060000, G01N0013000000, 1)KULJIVE MAHAJAN
classification
G01N0030740000 Address of Applicant :308-C, BHAI RANDHIR SINGH
:NA
Application No ----
:NA
: NA
(61) Patent of Addition 1)KULJIVE MAHAJAN
:NA
:NA
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Abstract of the Invention The impurity in pharmaceutical analysis The present invention of the impurity in pharmaceutical analysis to
the drug substance or inert ingredients used in the formulation of a drug product, impurities in drug products can also enter the drug
product during the formulation process or through contact with the packagiQg of the various impurities that can be found in drug
products. Drug product impurities can be brought into a drug product during the formulation process or by coming into contact with
the packaging of the various impurities that can be found in drug products in addition to the drug substance or inert ingredients used to
create a drug product.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR CYBERSECURITY RECONNAISSANCE, ANALYSIS FOR
NETWORK SECURITY
:G06F0021570000, G06F0021560000,
G06F0021550000, G16H0050300000,
A61B0005000000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
:NA 2)SINGH, Dhiraj
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relates to a system (102) and method (200) for cybersecurity reconnaissance and analysis for
network security management. The system (102) comprises a processor (104) coupled to a memory (106). The memory (106) stores
processor-executable instructions. The processor (104) is configured to collect cybersecurity data from a plurality of sources. Next, the
processor (104) is configured to analyse the collected cybersecurity data to identify cybersecurity threats. Thereafter, the processor
(104) is configured to assign a cybersecurity risk score to the identified cybersecurity threats based on the analysed cybersecurity data.
In the end, the processor (104) is configured to provide a graphical representation of the cybersecurity risk score in a report.

(19) INDIA
(54) Title of the invention : METHOD AND APPARATUS FOR IMAGE ACQUISITION AND PROCESSING USING
EXECUTABLE INSTRUCTIONS WITH DYNAMIC RESOURCE ALLOCATION
:G06F0009500000, H04W0072040000,
H04N0005232000, G06T0001200000,
H04N0021250000
(86) International
Application No
Filing Date
1)MISHRA, Rahul
(87) International
Publication No
Filing Date
(62) Divisional to
Application Number
Filing Date
3)MANTRI, Archana
India. Patiala ----------- -----------
(57) Abstract :
The present subject matter discloses a system for image acquisition and processing, incorporating imaging devices (102), a processor
(104), and memory (106) housing versatile executable instructions. A dynamic resource allocation unit (108) optimizes resource
usage, dynamically adjusting CPU and GPU resources based on real-time processing requirements. The system features a feedback
loop (110) for continuous monitoring and resource adjustments, enabling adaptive processing tailored to diverse image types and
applications. This comprehensive system ensures efficient real-time image processing across domains, optimizing resource allocation
and enhancing performance.

(19) INDIA
(54) Title of the invention : AN EMULGEL FORMULATION UTILIZING PLANT EXTRACT FOR ENHANCED TOPICAL
APPLICATIONS
1)Mrs. Dhruti Mehta
:A61K0009000000, A61P0017140000,
(51) International Address of Applicant :Geetanjali Institute of Pharmacy,
A61K0036750000, A61Q0007000000,
classification Manava Kheda, Geetanjali University, Geetanjali Medicity, Nh8
A61K0047100000
Girwa, Udaipur, Rajasthan Udaipur ----------- -----------
(86) International
:NA 2)Dr. Udichi Kataria
Application No
Filing Date
(87) International
Publication No
1)Mrs. Dhruti Mehta
:NA Address of Applicant :Geetanjali Institute of Pharmacy, Manava
:NA Kheda, Geetanjali University, Geetanjali Medicity, Nh8 Girwa,
Filing Date
Udaipur, Rajasthan Udaipur ----------- -----------
(62) Divisional to
:NA 2)Dr. Udichi Kataria
Application Number
:NA Address of Applicant :Geetanjali Institute of Pharmacy, Manava
Filing Date
Kheda, Geetanjali University, Geetanjali Medicity, Nh8 Girwa,
Udaipur, Rajasthan Udaipur ----------- -----------
(57) Abstract :
The present invention provides an advanced emulgel formulation for topical application that is formulated using a natural source like
fruit and leaf extracts of Aegle marmelos as their active ingredient. The emulgel formulation claimed in the present invention can be
used against alopecia.

(19) INDIA
(54) Title of the invention : INTELLIGENT AQUATIC ECOSYSTEM MANAGEMENT SYSTEM
1)UTTARANCHAL UNIVERSITY,
Address of Applicant :ARCADIA GRANT, P.O. CHANDANWARI,
PREMNAGAR, DEHRADUN - 248007, UTTARAKHAND, INDIA -----
------ -----------
1)DEVENDER SINGH
Address of Applicant :UTTARANCHAL INSTITUTE OF
TECHNOLOGY, UTTARANCHAL UNIVERSITY, ARCADIA
GRANT, P.O. CHANDANWARI, PREMNAGAR, DEHRADUN -
:G16H0040670000, G01N0033180000,
(51) International 248007, UTTARAKHAND, INDIA Dehradun ----------- -----------
G01D0021020000, G06F0003160000,
classification 2)TIKSHITA SINGH
F24F0110200000
Address of Applicant :LAW COLLEGE DEHRADUN,
(86) International
:NA UTTARANCHAL UNIVERSITY, ARCADIA GRANT, P.O.
Application No
:NA CHANDANWARI, PREMNAGAR, DEHRADUN - 248007,
Filing Date
UTTARAKHAND, INDIA Dehradun ----------- -----------
(87) International
: NA 3)RAJESH SINGH
Publication No
:NA TECHNOLOGY, UTTARANCHAL UNIVERSITY, ARCADIA
:NA GRANT, P.O. CHANDANWARI, PREMNAGAR, DEHRADUN -
Filing Date
248007, UTTARAKHAND, INDIA Dehradun ----------- -----------
(62) Divisional to
:NA 4)ANITA GEHLOT
Application Number
:NA Address of Applicant :UTTARANCHAL INSTITUTE OF
Filing Date
5)DHARAM BUDDHI
6)ABHISHEK JOSHI
Address of Applicant :UTTARANCHAL UNIVERSITY, ARCADIA
(57) Abstract :
INTELLIGENT AQUATIC ECOSYSTEM MANAGEMENT SYSTEM An Intelligent Aquatic Ecosystem Management System comprises
Controlling Unit (101), Temperature Sensor (102), Dissolve Oxygen Sensor (103), PH Sensor (104), turbidity Sensor (105), Conductivity Sensor
(106), Power Supply (107), Temperature Sensor (102), Controlling Unit (201), Power Supply (202), Rainfall Sensor (202), Humidity Sensor (203),
Controlling Unit (51), Sediment Depth Sensors (52), Ammonia/Nitrate Sensors (53), Phosphorus Sensors (54), Algae Sensors (55), Fish Behavior
Sensors (56), Silt Density Index Sensors (57), Solar Radiation Sensors (58), Carbon Dioxide (CO2) Sensors (59), Power Supply (59), Controlling
Unit (101), Cloud Server (65), and Web Application (66). In this device we are using Raspberry Pi which is a popular single-board computer that
provides greater processing capabilities and expanded connectivity options compared to Arduino. It can handle more complex tasks and has a larger
memory capacity, making it suitable for managing a larger number of sensors and performing advanced data processing and analysis. By monitoring
humidity levels, you can gain insights into the ambient conditions that may impact sedimentation processes. High humidity can contribute to
increased evaporation, while low humidity can affect water availability and sedimentation dynamics.

(19) INDIA
(54) Title of the invention : PERFORMANCE ANALYSIS AND ALTITUDE OPTIMIZATION OF UAV-ENABLED DUAL-HOP
MIXED RF-UWOC SYSTEM
:H04B0010116000, G06N0003000000, (71)Name of Applicant :

(51) International
H04B0010670000, E21B0047130000, 1)Ms. Sarita Yadav
classification
H04B0017391000 Address of Applicant :Assistant Professor, Bharati
(86) International Vidyapeeth's College of Engineering, New Delhi, A-4, Paschim
:NA
Application No Vihar, New Delhi - 110063 ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Ms. Sarita Yadav
:NA
to Application Number Address of Applicant :Assistant Professor, Bharati Vidyapeeth's
:NA
Filing Date College of Engineering, New Delhi, A-4, Paschim Vihar, New
(62) Divisional to Delhi - 110063 ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present invention relates to a performance analysis and altitude optimization of UAV-enabled dual-hop mixed RF-UWOC system
(100). The system (100) comprises of an UAV transmitter module, relay module, an underwater receiver module, radio frequency
channel module, visible light channel module, an optimization algorithm and a numerical simulation module. The UAV transmitter
module located at low altitude (S) for transmitting data signals. The relay module mounted on a ship over a sea surface for receiving
and re-transmitting data signals. The underwater receiver module for receiving data signals. The radio frequency channel module is
used for transmission from the UAV to the relay. The visible light channel module is used for transmission from the relay to the
underwater destination. The optimization algorithm for determining the optimal UAV altitude to maximize system performance. The
numerical simulation module for evaluating the impact of various channel parameters.

(19) INDIA
(54) Title of the invention : A SECURE DECENTRALIZED FILE STORAGE AND SHARING SYSTEM
:H04L0009320000, H04L0009080000,
(51) International 1)Aaradhya Chauhan
G06Q0020380000, H04L0067109500,
classification Address of Applicant :B 25 Sector E Aliganj, Lucknow, Uttar
H04L0009060000
Pradesh - ----------- -----------
(86) International
:NA 2)Akshit Kacholiya
Application No
:NA 3)ANAHITA CHAUHAN
Filing Date
(87) International
Publication No
:NA 1)Aaradhya Chauhan
:NA Address of Applicant :B 25 Sector E Aliganj, Lucknow, Uttar
Filing Date
Pradesh - 226024 ----------- -----------
(62) Divisional to
:NA 2)Akshit Kacholiya
Application Number
:NA Address of Applicant :1 M 14, Gate No. 3, RC Vyas Colony, ------
Filing Date
----- -----------
(57) Abstract :
The invention provides secured decentralized storage system.The invention disclosed herein provides a series of steps involving the
Ethereum Blockchain, IPFS, GPG encryption, and smart contracts. Nodes in the network upload their public keys to GPG key servers,
and revocation certificates are exchanged between nodes for disaster recovery purposes. Files are encrypted using the public keys of
authorized parties and uploaded to IPFS, with the file hash recorded in the blockchain via a smart contract. The recipient node
decrypts the file using its private key.

(19) INDIA
(54) Title of the invention : VIRTUAL REALITY-BASED SOCIAL INTERACTION TRAINING METHOD
1)Dr. MADHURI AGGARWAL
Address of Applicant :ASSISTANT PROFESSOR, DEPARTMENT
OF MANAGEMENT (MBA), CHANDIGARH SCHOOL OF
BUSINESS, CHANDIGARH GROUP OF COLLEGES, JHANJERI,
SAS NAGAR, PUNJAB, INDIA. ----------- -----------
2)Dr. SUPRINA SHARMA
3)NIYATI BHAT
4)BRAJESH KUMAR SHARMA
5)PRITHIVI RAJ
6)ADARSH KUMAR
:G06Q0010060000, G06Q0010100000, 1)Dr. MADHURI AGGARWAL
(51) International
G06N0020000000, G06N0005040000, Address of Applicant :ASSISTANT PROFESSOR, DEPARTMENT OF
classification
B25J0011000000 MANAGEMENT (MBA), CHANDIGARH SCHOOL OF BUSINESS,
(86) International CHANDIGARH GROUP OF COLLEGES, JHANJERI, SAS NAGAR,
:NA
Application No PUNJAB, INDIA. ----------- -----------
:NA
Filing Date 2)Dr. SUPRINA SHARMA
(87) International Address of Applicant :ASSOCIATE PROFESSOR, DEPARTMENT OF
: NA
Publication No MANAGEMENT (MBA), CHANDIGARH SCHOOL OF BUSINESS,
(61) Patent of Addition CHANDIGARH GROUP OF COLLEGES, JHANJERI, SAS NAGAR,
:NA
to Application Number PUNJAB, INDIA. ----------- -----------
:NA
Filing Date 3)NIYATI BHAT
(62) Divisional to Address of Applicant :SOFTWARE DEVELOPER, DEPARTMENT OF
:NA
Application Number BE, COMPUTER ENGINEERING, UNIVERSITY OF MUMBAI,
:NA
Filing Date MAHARASHTRA, INDIA. ----------- -----------
4)BRAJESH KUMAR SHARMA
Address of Applicant :ASSISTANT PROFESSOR, DEPARTMENT OF
COMPUTER SCIENCE AND ENGINEERING, SIR PADAMPAT
SINGHANIA UNIVERSITY, UDAIPUR, RAJASTHAN, INDIA. --------
--- -----------
5)PRITHIVI RAJ
Address of Applicant :ASSISTANT PROFESSOR, DEPARTMENT OF
LAW & MANAGEMENT, BIRLA GLOBAL UNIVERSITY, ODISHA,
INDIA. ----------- -----------
6)ADARSH KUMAR
Address of Applicant :ASSISTANT PROFESSOR, SCHOOL OF
JOURNALISM & MASS COMMUNICATION, NOIDA
INTERNATIONAL UNIVERSITY, GAUTAM BUDDHA NAGAR,
UTTAR PRADESH, INDIA. ----------- -----------
(57) Abstract :
The invention introduces a virtual reality-based method for comprehensive social interaction training. Leveraging the immersive capabilities of VR,
the system simulates diverse social scenarios, providing users with real-time practice opportunities. Incorporating adaptive algorithms, the system
adjusts to each user's progress, ensuring a tailored training experience. With the integration of AI-driven characters and real-time feedback
mechanisms, the system offers insights on verbal and non-verbal cues, enhancing the user's learning process. The platform's capability to host
multiple users simultaneously allows for group-based training sessions. By combining advanced VR technology, artificial intelligence, and human
psychology insights, the invention promises a transformative approach to mastering the intricacies of social interactions.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR ADAPTATION OF VIDEO OR PLAYLIST THUMBNAILS BASED
ON USER PREFERENCES
1)Mr. Rajeev Kumar
Address of Applicant :Delhi Technological University, Bawana Rd,
Shahbad Daulatpur Village, New Delhi, Delhi, India, 110042 ----------- ---
--------
1)Mr. Rajeev Kumar
Shahbad Daulatpur Village, New Delhi, Delhi, India, 110042 Delhi -------
---- -----------
2)Mr. Shailender Kumar
:H04N0021466000, G06F0016438000,
(51) International Address of Applicant :Delhi Technological University, Bawana Rd,
H04N0021442000, H04N0021450000,
classification Shahbad Daulatpur Village, New Delhi, Delhi, India, 110042 Delhi -------
H04N0021266800
---- -----------
(86) International
:NA 3)Mr. Vinod Kumar
Application No
:NA Address of Applicant :Delhi Technological University, Bawana Rd,
Filing Date
(87) International
: NA ---- -----------
Publication No
4)Mr. Pankaj Lathar
:NA Address of Applicant :Delhi Skill & Entrepreneurship University,
:NA Complex, Dwarka Sector 9, Dwarka, New Delhi, Delhi 110077 Delhi ----
Filing Date
------- -----------
(62) Divisional to
:NA 5)Mr. Anil Sangwan
Application Number
:NA Address of Applicant :University Institute Of Engineering And
Filing Date
Technology, Maharshi Dayanand University, Rohtak Delhi Road, Near
Delhi Bypass, Rohtak, Haryana 124001 Delhi ----------- -----------
6)Mr. Saurabh Agarwal
Address of Applicant :Department Of Computer Science And
Engineering, Amity School Of Engineering & Technology, Amity
University Uttar Pradesh, Noida, India- 201303 Delhi ----------- -----------
7)Mr. Ankur
---- -----------
8)Mrs. Abha Devi
Address of Applicant :Jspg College, Sikandrabad, Bulandshahr, Uttar
Pradesh, India, 203205 Delhi ----------- -----------
(57) Abstract :
A method and system of adapting video or playlist thumbnails based on user preferences is provided herein. The method receives plurality of videos
or playlists. For each of the plurality of videos or playlists, the method receives one or more user preferences. The one or more user preferences
includes at least one of a user interest, a user preferred language, and a location of the user. The method further generates a multimedia content based
on the one or more user preferences. The multimedia content includes a set of image frames selected from a corresponding video or playlist
associated with the user interest. Further, the method generates textual information based on the one or more user preferences using an Artificial
Intelligence (AI) model. The method further presents the multimedia content and the textual information of the corresponding video or playlist as a
thumbnail to the user. [To be published with FIG. 1]

(19) INDIA
(54) Title of the invention : AN APPARATUS FOR CARRYING A SPARE WHEEL OF A VEHICLE AND A METHOD
THEREOF
:B62D0043040000, B62D0043000000, (71)Name of Applicant :

(51) International
B62D0043020000, B62D0043100000, 1)Daimler Truck AG
classification
B62D0043060000 Address of Applicant :Fasanenweg 10, Leinfelden-
(86) International Echterdingen, 70771, Germany. Leinfelden-Echterdin ----------- ---
:NA
Application No --------
:NA
: NA
(61) Patent of Addition 1)Nandesh Hubballimath
:NA
to Application Number Address of Applicant :Post & Taluka: Kalaghatgi, Gram Devi
:NA
Filing Date Temple Road, Dharwad - 581204, Karnataka, India. Dharwad -----
(62) Divisional to ------ -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
An apparatus (100) and a method (200) for carrying a spare wheel (140) of a vehicle are disclosed. The apparatus (100) includes a
carrier mechanism (110) attached with a vehicle frame (150), and operatively coupled with the spare wheel (140) for lifting the spare
wheel (140) in an alignment with the vehicle frame (150). The apparatus further includes a locking mechanism (120) for locking the
spare wheel (140) with the carrier mechanism (110). The method (200) comprises the steps of: coupling (202), via a connector, the
spare wheel (140) with a carrier mechanism (110); lifting (204), using a lifting mechanism (130), the spare wheel (140) at the carrier
mechanism (110); and locking (204), using a locking mechanism (120), the spare wheel (140) with the carrier mechanism (110).

(19) INDIA
(54) Title of the invention : AI-BASED SYSTEM AND METHOD FOR AUTONOMOUS HEALTH ASSESSMENT FOR
IMPROVING HEALTHSPAN IN ELDERLY CARE
:A61B0005024000, A61B0005000000, (71)Name of Applicant :

(51) International
A61B0005110000, A61B0005020500, 1)RONOK GHOSAL
classification
G16H0050300000 Address of Applicant :552 Brandon Way, Austin, TX, 78733,
(86) International USA ----------- -----------
:NA
Application No 2)RHEA GHOSAL
:NA
: NA
(61) Patent of Addition 1)Ronok Ghosal
:NA
to Application Number Address of Applicant :552 Brandon Way, Austin, TX, 78733 ------
:NA
Filing Date ----- -----------
(62) Divisional to 2)RHEA GHOSAL
:NA
Application Number Address of Applicant :552 Brandon Way, Austin, TX, 78733 ------
:NA
Filing Date ----- -----------
(57) Abstract :
AI-BASED SYSTEM AND METHOD FOR AUTONOMOUS HEALTH ASSESSMENT FOR IMPROVING HEALTHSPAN IN
ELDERLY CARE The present disclosure provides a health monitoring system that comprises multiple trackers situated in proximity
to a user, integrated as wearable health trackers equipped with various sensors for data collection, including accelerometers, heart rate
monitors, a camera, and EKG sensors. These trackers are linked to a processor responsible for processing the data obtained from the
sensors, identifying physical health metrics, and performing necessary computations. A memory unit stores a pre-defined adaptive
threshold tailored to the specific user and continuously updates this threshold over time. Additionally, the system features one or more
cameras tasked with capturing and analyzing facial expressions and posture to detect signs of stress, discomfort, or mobility issues.
Integrated alarms are finely tuned to trigger notifications when deviations from the pre-defined health threshold are detected.
Furthermore, the wearable health trackers include built-in GPS functionality for location tracking. FIG. 1 and FIG. 3 will be the
reference figures.

(19) INDIA
(54) Title of the invention : PYRANOINDOLE COMPOUNDS AND PHARMACEUTICAL COMPOSITION COMPRISING
THEREOF
Address of Applicant :Chitkara University, Chandigarh-Patiala National
Highway, Village Jhansla, Rajpura, Punjab - 140401, India. Patiala ----------- -------
----
1)KAUR, Rajwinder
Address of Applicant :Chitkara College Of Pharmacy, Chitkara University,
Chandigarh-Patiala National Highway, Village Jansla, Rajpura, Punjab - 140401,
:C07D0491040000, A61P0031140000, India. Patiala ----------- -----------
(51) International 2)RANI, Nidhi
A61P0029000000, A61P0037080000,
classification Address of Applicant :Chitkara College Of Pharmacy, Chitkara University,
A61K0031407000
:NA
Application No 3)ARORA, Sandeep
:NA Address of Applicant :Chitkara College Of Pharmacy, Chitkara University,
Filing Date
(87) International
: NA India. Patiala ----------- -----------
Publication No 4)THAKUR, Gurjeet Singh
(61) Patent of Addition Address of Applicant :Chitkara College Of Pharmacy, Chitkara University,
:NA Chandigarh-Patiala National Highway, Village Jansla, Rajpura, Punjab - 140401,
:NA India. Patiala ----------- -----------
Filing Date
5)SINGH, Varinder
(62) Divisional to Address of Applicant :Chitkara College Of Pharmacy, Chitkara University,
:NA
Application Number Chandigarh-Patiala National Highway, Village Jansla, Rajpura, Punjab - 140401,
:NA India. Patiala ----------- -----------
Filing Date
6)AHMAD, Md Altamash
India. Patiala ----------- -----------
7)ARORA, Rashmi
India. Patiala ----------- -----------
8)KAUR, Rupinder
India. Patiala ----------- -----------
(57) Abstract :
The present invention relates to novel pyranoindole compound of formula (I) or a pharmaceutically acceptable salt thereof and
pharmaceutical composition containing them. The present invention also relates to a process for preparing the compound of formula
(I) or a pharmaceutically acceptable salt thereof and use of the compound of formula (I) or a pharmaceutically acceptable salt thereof
as anti-inflammatory and anti-pyretic agents.

(19) INDIA
(54) Title of the invention : A FIXTURE EMPLOYED IN A HEAT TREATMENT SYSTEM
1)Ordnance Factory Muradnagar (A Unit of Yantra India
Limited)
Address of Applicant :Ordnance Factory Muradnagar,
:B23K0101000000, H01L0021670000,
(51) International Ghaziabad - 201206, Uttar Pradesh, India. Muradnagar ----------- -
C23C0016540000, B23K0001190000,
classification ----------
H01L0021687000
(86) International
Application No
Filing Date
1)Sunil Kumar Singh
(87) International
: NA Address of Applicant :Ordnance Factory Muradnagar, Ghaziabad -
Publication No
201206, Uttar Pradesh, India. Muradnagar ----------- -----------
:NA 2)Neeraj Kumar Singh
:NA Address of Applicant :Ordnance Factory Muradnagar, Ghaziabad -
Filing Date
(62) Divisional to
:NA 3)Daleep Kumar Bhatia
Application Number
:NA Address of Applicant :Ordnance Factory Muradnagar, Ghaziabad -
Filing Date
4)Gulshan Kumar
Address of Applicant :Ordnance Factory Muradnagar, Ghaziabad -
(57) Abstract :
Described herein is a fixture [100] employed in a heat treatment system to hold and support a plurality of metal workpieces [102]
therein. The fixture [100] comprises: a centre shaft [106] defining a first portion [106a], a second portion [106b], and a third portion
[106c]; a base member [104] adapted to receive the plurality of metal workpieces [102] at least partially therein; a support
arrangement [108] adapted to vertically support and isolate the plurality of work pieces [102], and a lifting member [110] for
positioning the fixture [100] within the heat treatment system. Notably, the base member [104], the support arrangement [108], the
lifting member [110], and the centre shaft [106] are integrated together, such that the base member [104], the support arrangement
[108], and the lifting member [110], extend around the first portion [106a], the second portion [106b], and the third portion [106c] of
the centre shaft [106], respectively. Refer Fig 1

(19) INDIA
(54) Title of the invention : ANTIDIABETIC AND ANTIHYPERLIPIDEMIC ACTIVITIES OF POLYHERBAL FORMULATION
IN HIGH FAT DIET/STREPTOZOTOCIN INDUCED DIABETIC RAT MODEL
1)Prof. (Dr.) Sanjaya Kumar Panda
Address of Applicant :Sherwood College of Pharmacy,
Sherwood Educational Campus Dharsania, Near Safedabad
Crossing, Barabanki, Uttar Pradesh- 225001, India Barabanki -----
------ -----------
2)Dr. Basavaraj Hulkoti
3)Dr. K Rajyalakshmi
4)Dr. Desu Brahma Srinivasa Rao
5)Sunil Kumar Prajapati
6)Dr. Saroj Yadav
7)Arthanariswaran Pandurangan
8)Ms. Madhuchandra Lahan
9)Dr. Pushpraj S Gupta
10)Dr P. Srinivasa Babu
11)Dr Chanabasappa Nagathan
12)Dr. Senthilkumar Balakrishnan
:A61P0003060000, A61P0003100000,
A61P0003000000, A61P0003040000,
classification 1)Prof. (Dr.) Sanjaya Kumar Panda
A61K0036480000
Address of Applicant :Sherwood College of Pharmacy, Sherwood
(86) International
:NA Educational Campus Dharsania, Near Safedabad Crossing,
Application No
:NA Barabanki, Uttar Pradesh- 225001, India Barabanki ----------- ------
Filing Date
-----
(87) International
: NA 2)Dr. Basavaraj Hulkoti
Publication No
Address of Applicant :Assistant Professor, Government College of
:NA Pharmacy, No 2, P KalingaRao Road, Subbaiah Circle, Bangalore,
:NA Karnataka-5600273, India Bangalore Rural ----------- -----------
Filing Date
3)Dr. K Rajyalakshmi
(62) Divisional to
:NA Address of Applicant :Professor & HOD, Department of
Application Number
:NA Pharmaceutical Chemistry, Vignan Pharmacy College,
Filing Date
Vadlamudi, Andhra Pradesh -522213, India Guntur ----------- ------
-----
4)Dr. Desu Brahma Srinivasa Rao
Address of Applicant :Professor & HOD, Department of
Pharmacology, Hindu College of Pharmacy, Amaravathirobad,
Guntur, Andhra Pradesh-522002, India Guntur ----------- -----------
5)Sunil Kumar Prajapati
Address of Applicant :Research scholar, Department of
Pharmaceutical Science, Sam Higginbottom University of
Agriculture, Technology and Sciences, Prayagraj, Uttar Pradesh -
211007, India Prayagraj ----------- -----------
6)Dr. Saroj Yadav
Address of Applicant :Associate Professor, School of Medical &
Allied sciences, KR Mangalam University Sohna, Gurgaon,
Haryana- 122103, India Gurgaon ----------- -----------
7)Arthanariswaran Pandurangan
Address of Applicant :Professor, Department of Pharmacognosy,
Nirmalacollege of Health science, Chalakudy, Kerala- 680311,
India THRISSUR ----------- -----------
8)Ms. Madhuchandra Lahan
Address of Applicant :Associate professor, School of Pharmacy,
The Assam Kaziranga University, Jorhat, Assam- 785006, India
Jorhat ----------- -----------
9)Dr. Pushpraj S Gupta
Address of Applicant :Department of Pharmaceutical Science,
Sam Higginbottom University of Agriculture, Technology and
Sciences, Prayagraj, Uttar Pradesh-211007, India Prayagraj --------
--- -----------
10)Dr P. Srinivasa Babu
Address of Applicant :Professor & Principal, Vignan Pharmacy
College, Vadlamudi, Andhra Pradesh -522213, India GUNTUR ---
-------- -----------
11)Dr Chanabasappa Nagathan
Address of Applicant :Associate professor, Department of
Pharmacognosy, BLDEA'S S S M College of pharmacy and
Research center, Vijayapura, Karnataka- 586103, India Vijayapura
----------- -----------
12)Dr. Senthilkumar Balakrishnan
Address of Applicant :Professor, Jkkmmrf's AnnaiJkk Sampoorani
Ammal College Of Pharmacy, Komarapalayam, Tamil Nadu-
638183, India Namakkal ----------- -----------
(57) Abstract :
Diabetes mellitus, a prevalent metabolic disorder, is often accompanied by dyslipidemia, escalating the risk of cardiovascular diseases.
Current treatment approaches primarily focus on managing blood glucose levels but may not adequately address concurrent
hyperlipidemia. This invention introduces a polyherbal formulation, comprising specific plant extracts in precise proportions, designed
to effectively manage diabetes and hyperlipidemia. A high fat diet/streptozotocin-induced diabetic rat model was employed to
evaluate the synergistic effects of the formulation. Comparative data revealed significant reductions in blood glucose levels, HbA1c
levels, and improved lipid profiles in treated rats. The polyherbal formulation showcases potential for the comprehensive management
of diabetes and associated hyperlipidemia, addressing a significant unmet need in diabetes care.

(19) INDIA
(54) Title of the invention : AN ADVANCED SUPERCAPACITOR ELECTRODE MATERIAL FROM HAIR BIOMASS AND A
SUSTAINABLE SYNTHESIS METHOD THEREOF
1)INDIAN INSTITUTE OF TECHNOLOGY KANPUR
Address of Applicant :DEAN, RESEARCH &
DEVELOPMENT, ROOM NUMBER 151, FACULTY
BUILDING, POST OFFICE: IIT KANPUR, KANPUR, UTTAR
PRADESH - 208016, INDIA Kanpur ----------- -----------
:B8230/00, B82B40/00, C01B32/15,
C01B32/318, H01G11/24, H01G11/26,
H01G11/34, H01G11/86
(86) International
:NA 1)KAMAL KRISHNA KAR
Application No
:NA Address of Applicant :DEPARTMENT OF MECHANICAL
Filing Date
ENGINEERING & MATERIALS SCIENCE PROGRAMME, IIT
(87) International
: NA KANPUR, POST OFFICE: IIT KANPUR, KANPUR, UTTAR
Publication No
PRADESH - 208016, INDIA Kanpur ----------- -----------
:NA 2)Kapil Dev Verma
:NA Address of Applicant :DEPARTMENT OF MATERIALS
Filing Date
SCIENCE PROGRAMME, INDIAN INSTITUTE OF
(62) Divisional to
:NA TECHNOLOGY KANPUR, POST OFFICE: IIT KANPUR,
Application Number
:NA KANPUR, UTTAR PRADESH - 208016, INDIA Kanpur ----------
Filing Date
- -----------
3)SRI NIWAS SINGH
Address of Applicant :DEPARTMENT OF ELECTRICAL
ENGINEERING, IIT KANPUR, POST OFFICE: IIT KANPUR,
KANPUR, UTTAR PRADESH - 208016, INDIA Kanpur ----------
- -----------
(57) Abstract :
AN ADVANCED SUPERCAPACITOR ELECTRODE MATERIAL FROM HAIR BIOMASS AND A SUSTAINABLE
SYNTHESIS METHOD ABSTRACT The present invention provides development of advanced supercapacitor electrode materials
derived from hair biomass, including human hair, goat hair, and their combinations. The supercapacitor electrode materials exhibit a
hierarchal porous structure with tunable morphology, enhanced specific capacitance, and pseudocapacitive charge storage, directly
linked to a pigment concentration in a chosen hair biomass. The synthesis method involves a two-step chemical activation process,
combining high-temperature carbonization with a potassium hydroxide (KOH) impregnation. The resulting supercapacitor electrode
materials are compatible with a range of pigment concentrations and display superior energy density, rate capability, and capacitance
retention at high current densities. The present invention offers sustainable and high-performance solutions for energy storage,
contributing to the development of eco-friendly and efficient supercapacitor devices. FIG. 3

(19) INDIA
(54) Title of the invention : A FLEXIBLE SHAPE MEMORY SUPERCAPACITOR DEVICE AND FABRICATING PROCESS
THEREOF
PRADESH - 208016, INDIA KANPUR ----------- -----------
:, H01G11/24, H01G11/26, H01G11/36, (72)Name of Inventor :
(51) International
H01G11/46H01G11/48, H01G11/84, 1)KAMAL KRISHNA KAR
classification
H01G11/86, H01M4/62 Address of Applicant :DEPARTMENT OF MECHANICAL
(86) International ENGINEERING & MATERIALS SCIENCE PROGRAMME,
:NA
Application No INDIAN INSTITUTE OF TECHNOLOGY KANPUR, POST
:NA
Filing Date OFFICE: IIT KANPUR, KANPUR, UTTAR PRADESH -
(87) International 208016, INDIA KANPUR ----------- -----------
: NA
Publication No 2)MUKESH KUMAR
(61) Patent of Address of Applicant :DEPARTMENT OF MATERIALS
Addition to :NA SCIENCE PROGRAMME, INDIAN INSTITUTE OF
Application Number :NA TECHNOLOGY KANPUR, POST OFFICE: IIT KANPUR,
Filing Date KANPUR, UTTAR PRADESH - 208016, INDIA KANPUR ------
(62) Divisional to ----- -----------
:NA
Application Number 3)MANAS K. GHORAI
:NA
Filing Date Address of Applicant :DEPARTMENT OF CHEMISTRY,
INDIAN INSTITUTE OF TECHNOLOGY KANPUR, POST
OFFICE: IIT KANPUR, KANPUR, UTTAR PRADESH -
208016, INDIA KANPUR ----------- -----------
4)SRI NIWAS SINGH
Address of Applicant :DEPARTMENT OF ELECTRICAL
ENGINEERING, INDIAN INSTITUTE OF TECHNOLOGY
KANPUR, POST OFFICE: IIT KANPUR, KANPUR, UTTAR
(57) Abstract :
ABSTRACT A FLEXIBLE SHAPE MEMORY SUPERCAPACITOR DEVICE AND FABRICATING PROCESS THEREOF The
present invention discloses a flexible shape memory supercapacitor device and fabricating process thereof. The flexible shape memory
supercapacitor device (500) comprises a pair of shape memory polymer substrates (502), one or more conducting layers (504), a pair
of electrode layers (508), and an electrolyte (512). The flexible shape memory supercapacitor device (500) undergoes deformation
upon heating and returns to an original state (514) upon dissipating the heat, thereby preserving the structural integrity of the flexible
shape memory supercapacitor device (500). The flexible shape memory supercapacitor device (500) exhibits relationships between a
specific capacitance, a current density, and a scan rate, proposing the potential to revolutionize flexible energy storage applications.
Further, the flexible shape memory supercapacitor device (500) utilises synthesized ruthenium-decorated nitrogen-sulfur-doped few-
layer graphene ink electrode materials, thereby demonstrating commendable electrode performance in a two-electrode setup
configuration and exhibiting an energy density comparable to that of battery energy storage devices. FIG. 5A

(19) INDIA
(54) Title of the invention : SYSTEM AND PROCESS FOR REGENERATION OF BATTERY GRADE GRAPHITE FROM SPENT
LITHIUM ION BATTERIES
1)Lohum Cleantech Private Limited
Address of Applicant :G98, Site, 5, Kasna, Block A, Surajpur
:H01M0010052500, B82Y0030000000,
(51) International Site V, Greater Noida, Uttar Pradesh - 201306, India. Greater
H01M0004505000, H01M0004620000,
classification Noida ----------- -----------
B01J0020300000
(86) International
Application No
Filing Date
1)SRIVASTAVA, Sachchidanand
(87) International
: NA Address of Applicant :Plot 27, Mani Nagar, Chitaipur, Kandawa,
Publication No
Varanasi - 201106, Uttar Pradesh, India. Varanasi ----------- -------
:NA ----
:NA 2)SAFVI, Syed Gazanfar Abbas
Filing Date
Address of Applicant :G-04, Tower 9, Unitech Habitat, Sector Pi
(62) Divisional to
:NA 2, Greater Noida – 201310, Uttar Pradesh, India. Greater Noida ---
Application Number
:NA -------- -----------
Filing Date
3)VERMA, Rajat
Address of Applicant :B-207, Anand Lok Society, Mayur Vihar-1,
Patparganj, Delhi - 110091, India. Delhi ----------- -----------
(57) Abstract :
The present disclosure relates to a process for regeneration of battery grade graphite from spent Lithium ion batteries comprises black
mass of NMC/LFP/LMO/LCO batteries black mass and a first acid are mixed by applying current and potential in ECL leaching
reactor to obtain a Stage I graphite mixture in which a second acid is added to obtain Stage II graphite mixture followed by washing
with an alkaline solution to obtain a Stage III graphite mixture. Stage III graphite mixture is filtered to obtain a filtered Stage III
graphite mixture and the alkali solution. The filtered Stage III graphite mixture is heated with a carbon source to obtain battery grade
graphite. The present disclosure also relates to a system for regeneration of battery grade graphite from spent Lithium ion batteries
comprising a leaching unit 201, a filtration unit 201-F, a washing unit 202-B, a filtration unit 202-D, and a calcination unit 203-C.

(19) INDIA
(54) Title of the invention : HEAT TRANSFER ANALYSIS OF CASSON HYBRID NANOFLUID (CU-AL2O3/H2O) FLOW
OVER AN INCLINED MOVING PLATE WITH RADIATION AND JOULE HEATING
Address of Applicant :Manipal University Jaipur, Off Jaipur-
Ajmer Expressway, Post: Dehmi Kalan, Jaipur-303007, Rajasthan,
India Jaipur ----------- -----------
:C09K0005100000, B63B0001380000, Name of Applicant : NA
(51) International
B22F0009240000, F02G0001055000, Address of Applicant : NA
classification
G06F0111100000 (72)Name of Inventor :
(86) International 1)Shilpa
:NA
Application No Address of Applicant :Department of Mathematics & Statistics,
:NA
Filing Date Manipal University Jaipur, Jaipur 303007, Rajasthan, India Jaipur
(87) International ----------- -----------
: NA
Publication No 2)Dr. Ruchika Mehta
(61) Patent of Addition Address of Applicant :Associate Professor Department of
:NA
to Application Number Mathematics & Statistics, Manipal University Jaipur, Jaipur
:NA
Filing Date 303007, Rajasthan, India Jaipur ----------- -----------
(62) Divisional to 3)Dr. Manoj Kumar Sharma
:NA
Application Number Address of Applicant :Associate Professor Department of CCE,
:NA
Filing Date Manipal University Jaipur, Jaipur 303007, Rajasthan, India Jaipur
----------- -----------
4)Anurag Bhatnagar
Address of Applicant :Assistant Professor (Senior Scale)
Department of Information Technology, Manipal University
Jaipur, Jaipur 303007, Rajasthan, India Jaipur ----------- -----------
(57) Abstract :
The present invention relates to heat transfer analysis of casson hybrid nanofluid (Cu-Al2O3/H2O) flow over an inclined moving plate
with radiation and joule heating. With the use of the Casson fluid, the purpose of this concept is to use a mathematical solution to
analyze the effects of radiation efficiency on the convection of hybrid nano fluid across an inclined moving plate. Two types of
nonmaterial, Cu, andAl2O3, and water as a base fluid are utilized to calculate the thermal efficiency of the heat. The similarity
alteration transforms the insoluble properties of the model into ODEs. By creating programs in the MATLAB software and managing
them using the shooting strategy with the bvp4c solver, the results are obtained. The skin-friction rate increases with rises radiation
and buoyancy parameters, while the opposite image is seen for an acute angle for both stretchy/contracting surfaces. By increasing the
thermal radiation parameter, the heat transfer rate is increased. This work also discusses the evolution of skin friction rate and Nusselt
number values for specific factors. By applying specific restrictions from previously reported findings, benchmarking enables the
verification of numerical solutions, and frequently a strong correlation is found.

(19) INDIA
(54) Title of the invention : DEVICE FOR SOIL TILLING AND METHOD THEREOF
1)ANANT TIWARI
Address of Applicant :DEPARTMENT OF MATERIALS
SCIENCE AND ENGINEERING, INDIAN INSTITUTE OF
TECHNOLOGY KANPUR, POST OFFICE: IIT KANPUR,
KANPUR, UTTAR PRADESH - 208016, INDIA KANPUR ------
----- -----------
(51) International classification :A01B33/08
2)ANTRAKRATE GUPTA
Filing Date :NA
(61) Patent of Addition to Application Number :NA
Filing Date :NA
----- -----------
(62) Divisional to Application Number :NA
3)SHIKHAR KRISHN JHA
Filing Date :NA
----- -----------
4)J. RAMKUMAR
Address of Applicant :DEPARTMENT OF MECHANICAL
ENGINEERING, INDIAN INSTITUTE OF TECHNOLOGY
KANPUR, POST OFFICE: IIT KANPUR, KANPUR, UTTAR
5)RAMENDRA PATHAK
Address of Applicant :IMAGINEERING LABORATORY,
INDIAN INSTITUTE OF TECHNOLOGY KANPUR, POST
OFFICE: IIT KANPUR, KANPUR, UTTAR PRADESH -
208016, INDIA KANPUR ----------- -----------
(57) Abstract :
ABSTRACT DEVICE FOR SOIL TILLING AND METHOD THEREOF The present invention discloses a device for soil tilling and
method thereof. The device (100) comprises a base platform (102), one or more tilling tools (112), a gear transmission unit (114), and
a driving unit (116). The device (100) assists in accommodating a squatting posture and a standing posture addressing the varied
preferences and needs of users across different age groups and genders. This is particularly beneficial for those engaged in tasks that
involve body posture and may experience discomfort or pain. The diverse functionality of the one or more tilling tools (112) makes
the one or more tilling tools (112) adaptable for executing a plurality of agricultural tasks. The device (100) is also configured to
enable the user to select the one or more tilling tools (112) based on specific needs, soil conditions, and the plurality of agricultural
tasks at hand to achieve optimal results in soil tilling. FIG. 1A

(19) INDIA
(54) Title of the invention : A PUNJABI AUTOMATIC SPEECH RECOGNITION DEVICE
:G10L0015060000, G10L0015220000, (71)Name of Applicant :

(51) International
H04W0004140000, G10L0015183000, 1)Manipal University Jaipur
classification
G10L0015020000 Address of Applicant :Manipal University Jaipur, Off Jaipur-
(86) International Ajmer Expressway, Post: Dehmi Kalan, Jaipur-303007, Rajasthan,
:NA
Application No India Jaipur ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Dr. Puneet Mittal
:NA
to Application Number Address of Applicant :AIML Department, Manipal University
:NA
Filing Date Jaipur Jaipur ----------- -----------
(62) Divisional to 2)Dr. Sukhwinder Sharma
:NA
Application Number Address of Applicant :Data Science Department, Manipal
:NA
Filing Date University Jaipur Jaipur ----------- -----------
(57) Abstract :
The present invention relates to a Punjabi automatic speech recognition device. The device comprises a display unit,
AndroidPocketSphinx, speaker, input device, microphone, Octa-core 2.6 GHz processor, 3 GB RAM and Android version was 7.1.1.
calling and SMS applications. Speech recognition based mobile device applications are gaining popularity due to their ease of use,
flexibility as well as ability to provide hands-free access to device features and functions for persons without hands or with disabilities
like blindness. An android based speech recognition application for calling and messaging features has been designed and developed.
User can send message or call to any phone number or contact stored in the mobile phone using Punjabi speech. Punjabi based ASR
system having pronunciation dictionary, acoustic model and language model is used to implement the underlying speech recognition
for Punjabi speakers. Speech user interface has been designed using Android, while AndroidPocketSphinx has been used as speech
decoder. The successfully running application has been tested for multiple male and female native Punjabi speakers. The results
shown are quite optimistic with a very low combined error of 1.6% for all female speakers and 2.1% for all male speakers. The
application gives 98.4% success rate for female speakers and 97.9% for male speakers.

(19) INDIA
(54) Title of the invention : AI DRIVEN CUSTOMER RELATIONSHIP MANAGEMENT( CRM) A REVIEW OF
IMPLEMENTATION STRATEGIES
1)Dr. Rajesh Verma
Address of Applicant :Associate Professor, School of Business & Management, CHRIST(
Deemed to be University), Delhi/NCR Campus, GHaziabad Delhi ----------- -----------
2)Abhinav Kataria
3)Mr. Subhro Sen Gupta
4)Mr. Mohd Aadil Naved Khan
5)Prof. Amit Sharma
6)Mr. Vipul Singh
7)Ms.Nisha Wadhawan
:G06Q0030020000, G06N0020000000, G06Q0030000000,
(51) International classification Address of Applicant : NA
G06N0005040000, H04L0051020000
(86) International Application
:NA 1)Dr. Rajesh Verma
No
:NA Address of Applicant :Associate Professor, School of Business & Management, CHRIST(
Filing Date
Deemed to be University), Delhi/NCR Campus, GHaziabad Delhi ----------- -----------
: NA 2)Abhinav Kataria
No
Address of Applicant :Assistant Professor, School of Business & Management, CHRIST(
:NA Deemed to be University), Delhi/NCR Campus, GHaziabad Delhi ----------- -----------
Application Number
:NA 3)Mr. Subhro Sen Gupta
Filing Date
Address of Applicant :Assistant Professor, Institute of Management Studies, Ghaziabad
:NA Ghaziabad ----------- -----------
Number
:NA 4)Mr. Mohd Aadil Naved Khan
Filing Date
Address of Applicant :Assistant Professor, Institute of technology and science, Ghaziabad
Ghaziabad ----------- -----------
5)Prof. Amit Sharma
Address of Applicant :Assistant Professor, Institute of Technology & Science, Mohan Nagar,
Ghaziabad Ghaziabad ----------- -----------
6)Mr. Vipul Singh
Address of Applicant :Assistant Professor, Jagannath International Management School,
Kalkaji, Delhi Delhi ----------- -----------
7)Ms.Nisha Wadhawan
Address of Applicant :Assistant Professor, Jagannath International Management School, Delhi
Delhi ----------- -----------
(57) Abstract :
ABSTRACT AI Driven customer relationship management( CRM) A review of implementation strategies The implementation of artificial intelligence (AI)-driven customer relationship
management (CRM) has become increasingly important in order for organizations to remain competitive in the modern business environment. AI-driven CRM involves the utilization of
artificial intelligence technologies, such as machine learning, natural language processing, and predictive analytics, to automate and manage customer interaction. By leveraging AI-driven
CRM, businesses are able to provide personalized customer experiences, enhance customer engagement, and improve customer loyalty. To effectively implement AI-driven CRM,
organizations should consider a number of implementation strategies. First, organizations should evaluate available customer data and identify areas where AI-driven technologies can provide
the most value. Next, organizations should select appropriate AI-driven CRM technologies that can be used to address identified customer needs. Additionally, organizations should establish a
data-driven culture to ensure proper utilization of the AI-driven technologies. Finally, organizations should implement robust performance monitoring and reporting processes to ensure that the
AI-driven CRM implementation is successful. In summary, AI-driven CRM presents a promising approach for organizations to effectively automate and manage customer relationship
management. To ensure successful implementation of AI-driven CRM, organizations should evaluate available customer data, select appropriate AI-driven technologies, foster a data-driven
culture, and establish thorough performance monitoring and reporting processes. Hardware and software requirements for AI-driven CRM implementation vary depending on the scope and
complexity of the system. Commonly used technologies for AI-driven CRM include scalable databases, machine learning algorithms, natural language processing tools, and web analytics.
Most CRM platforms provide APIs to enable seamless integration with other business systems. Customer-facing applications vary depending on the industry and user needs, but often include
chatbots, virtual assistants, and automated customer service capabilities. These applications can provide real-time support for customers, increase customer engagement, and provide better
customer experiences. Operational processes should also be optimized to incorporate AI-driven CRM capabilities. Automation can be used to streamline operations and reduce manual labor
costs. Predictive analytics and sentiment analysis can monitor customer interactions and identify issues and opportunities in advance. In summary, the implementation of AI-driven CRM can
provide organizations with the tools to improve customer interactions, increase customer loyalty, and grow their bottom line. To fully leverage its capabilities, organizations must ensure that
the right infrastructure is in place and that their customer-facing applications and operational processes are optimized for AI-driven CRM.

(19) INDIA
(54) Title of the invention : BRAIN TUMOUR DETECTION USING GENERATIVE ADVERSARIAL NETWORK AND
CONVOLUTIONAL NEURAL NETWORK
:G06N0003080000, G06N0003040000,
(51) International Address of Applicant :Manipal University Jaipur, Off Jaipur-
G06K0009620000, G06T0007000000,
classification Ajmer Expressway, Post: Dehmi Kalan, Jaipur-303007, Rajasthan,
G06N0003063000
India Jaipur ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)Mr. Rajat Goyal
Publication No
Address of Applicant :Flat 705D, The Vantage, 20 Traffic Street,
:NA Nottingham, NG2 1NE.UK ----------- -----------
:NA 2)Dr. Satyabrata Roy
Filing Date
Address of Applicant :Department of Computer Science and
(62) Divisional to
:NA Engineering, Manipal University Jaipur Jaipur ----------- -----------
Application Number
:NA 3)Mr. Ravinder Kumar
Filing Date
Address of Applicant :Department of Information Technology,
Manipal University Jaipur Jaipur ----------- -----------
(57) Abstract :
The present invention relates to a method to detect brain tumour using Generative Adversarial Network and Convolutional Neural
Network. The method analysed the images of MRI scans of brain using convolutional neural networks. It is widely recognized and
implemented for image classification. Present invention method implemented our own made architecture as well as pre-built CNN
models via transfer learning. The method used the concept of Generative Adversarial Networks to make the dataset more extensive
and robust. The model ended up securing a validation accuracy of 94.7%. The GAN also generated indistinguishable images of the
original dataset as intended and couldn’t be told apart by eyes of a commoner. Brain tumour is occurrence of formation of abnormal
cells inside the brain. There are different types of symptoms and pain to the patient because of these tumours making their lives
miserable. As a result, developing a fast, reliable, and automated tool for brain tumour detection is a crucial and urgent activity that
could aid in detecting it in early stages and saving many precious lives. The present invention method encompasses around concepts
like deep learning, artificial neural network, convolutional neural network, transfer learning, parameters & hyperparameters,
generative adversarial networks, image processing, computer vision and medical imaging.

(19) INDIA
(54) Title of the invention : AN IMAGING SYSTEM AND A METHOD FOR GENERATING HIGH RESOLUTION IMAGING
1)Shubham Mishra
Address of Applicant :Department of Chemical Engineering
and Technology, IIT, BHU, Uttar Pradesh, India ----------- ---------
:H04N0005232000, H04N0005225000,
(51) International --
A61B0001060000, G02B0027120000,
classification 2)Gopal Krishna Tewari
H04N0013239000
(86) International
Application No
Filing Date
1)Shubham Mishra
(87) International
: NA Address of Applicant :Department of Chemical Engineering and
Publication No
Technology, IIT, BHU, Uttar Pradesh, India ----------- -----------
:NA 2)Priyanka M. Radhakrishnan
:NA Address of Applicant :Department of Chemical Engineering and
Filing Date
(62) Divisional to
:NA 3)Ankur Verma
Application Number
:NA Address of Applicant :Department of Chemical Engineering and
Filing Date
4)Gopal Krishna Tewari
Address of Applicant :14/124A Jyotirmani Complex, Opp. PPN
Market, Kanpur, 208001, Uttar Pradesh, India ----------- -----------
(57) Abstract :
An Imaging System and A Method For Generating High Resolution Imaging The present invention relates to a high-resolution
imaging system, comprising: a portable computing device equipped with at least one imager for capturing high-quality images; a
detachable lens securely affixed to the device to enhance image clarity and resolution; and a controllable high-intensity light source
integrated with the device to ensure optimal lighting conditions. Further, the present invention provides a lens, made of materials like
polystyrene, that decreases focal length, enabling precise focus at less than 10 mm. The method includes affixing the lens, integrating
the light source, capturing high-resolution images, and adjusting focal length for precise imaging.

(19) INDIA
(54) Title of the invention : PIEZOHYBRID SOLAR VEHICLE
(51) International :B60K16/00, B60L53/20, B60L7/10, 1)Fardeen Jameel Khan
classification B60L8/00, H02J7/00, H02N2/18 Address of Applicant :50, Mandpa, Daularajpur, Gautam
(86) International buddha nagar, Uttar Pradesh ----------- -----------
:NA
Application No 2)Raunak Narendra Raut
:NA
: NA
(61) Patent of Addition to 1)Fardeen Jameel Khan
:NA
Application Number Address of Applicant :50, Mandpa, Daularajpur, Gautam buddha
:NA
Filing Date nagar, Uttar Pradesh ----------- -----------
(62) Divisional to 2)Raunak Narendra Raut
:NA
Application Number Address of Applicant :ward no-06, h.no- 228, indira pragati
:NA
Filing Date nagar,mahadula, near mahadula bus stop, KORADI COLONY,
Nagpur, Maharashtra, 441111 Nagpur ----------- -----------
(57) Abstract :
Abstract We are here with our concept of vehicle with infinite range of running without any kind of refueling and recharging to
minimize the air pollution and to remove the cost of refueling and recharging of vehicle it will be kind of one time investment for the
buyer of our vehicle. In our concept of vehicle we will use the piezoelectric plates which generate electricity by putting mechanical
stress on them. We will place those plates inside the upper layer of tyre, inside the seats of vehicle and above or below the suspension
of vehicle of vehicle in large amount. A single plate generate very less power but if we combine the power generated by that large
number of plates it will be more than enough for our requirements. To add more power and to make our vehicle very strong and
powerful we will make whole body with solar material which are covered over thin aluminium and cover that layer with strong light
weighted transparent unbreakable polycarbonic plates to generate power from whole body of vehicle with sunlight irrespective of
motion of vehicle at daytime and for more and more power we will use concepts of regenerative breaking and of smart hybrid in very
unique and convenient way as explained above in other section all this generated power from all concepts discussed above will charge
the battery before its time of discharging and will make a never breaking loop. Thus by using this concepts we will have a very
powerful vehicle which will never required to be refuelled or recharged. This concept of vehicle can bring revolution in whole
automobile industries even in four wheelers and other vehicles too it will change many things will remove dependency of fossil fuels,
will remove the wastage of time during charging a vehicle will also decrease the thermal power consumption people will feel relief
after one time investing our vehicle. The price will not be that high because its manufacturing will be done in 60000rs approximately
and can be sold within 1lakh or price that is nearby equal or lower that other electric vehicles in market We are here to patent our idea
and to serve people better. We consider no problems from our side in our vehicle if you find some you can ask us and give us a chance
we have 100s of solutions to every problem.

(19) INDIA
(54) Title of the invention : SYSTEM FOR ANALYSING VILAMBIT TAALS IN AUDIO SIGNAL AND METHOD THEREOF
:A61B0005000000, B41J0002140000,
G10H0001000000, G11B0027034000,
G10L0015020000
(86) International
:NA 1)KEDAR DICHOLKAR
Application No
:NA Address of Applicant :DEPARTMENT OF DESIGN, INDIAN
Filing Date
INSTITUTE OF TECHNOLOGY KANPUR, POST OFFICE: IIT
(87) International
: NA KANPUR, KANPUR, UTTAR PRADESH - 208016, INDIA
Publication No
KANPUR ----------- -----------
:NA 2)SANKET DUTTA
:NA Address of Applicant :DEPARTMENT OF COGNITIVE
Filing Date
SCIENCE, INDIAN INSTITUTE OF TECHNOLOGY
(62) Divisional to
:NA KANPUR, POST OFFICE: IIT KANPUR, KANPUR, UTTAR
Application Number
:NA PRADESH - 208016, INDIA KANPUR ----------- -----------
Filing Date
3)RITWIJ BHOWMIK
Address of Applicant :DEPARTMENT OF HUMANITIES AND
SOCIAL SCIENCES & DESIGN PROGRAMME, INDIAN
INSTITUTE OF TECHNOLOGY KANPUR, POST OFFICE: IIT
KANPUR, KANPUR, UTTAR PRADESH - 208016, INDIA
KANPUR ----------- -----------
(57) Abstract :
ABSTRACT SYSTEM FOR ANALYSING VILAMBIT TAALS IN AUDIO SIGNAL AND METHOD THEREOF The present
invention discloses a system for analysing vilambit taals in an audio signal and a method thereof. The system (102) comprises an
audio signal receiving subsystem (206), a signal processing subsystem (208), a pitch estimation subsystem (210), an audio signal
dynamics analysis subsystem (212), a feature extraction subsystem (214), a bol classification subsystem (216), a taal classification
subsystem (218), and a visual representation subsystem (220). The system (102) is particularly advantageous in a context of learning
the vilambit taals, where slow-speed beat cycles demand heightened precision and comprehension. By offering real-time identification
and prediction of taal elements, the system (102) has the potential to significantly benefit users, particularly in intermediate and
advanced learning phases. FIG. 2

(19) INDIA
(54) Title of the invention : SYSTEM FOR X-RAY CAPTION AND EXPLANATION GENERATION
:A61B0006000000, G06N0005040000, Address of Applicant :Jaipur-Ajmer Express Highway, Dehmi
(51) International
H04N0021488000, G06N0003080000, Kalan, Near GVK Toll Plaza, Jaipur, Rajasthan, India, 303007
classification
G06N0020200000 Jaipur ----------- -----------
:NA
:NA
(87) International 1)Nandani Sharma
: NA
Publication No Address of Applicant :Student, Computer Science Engineering,
(61) Patent of Addition Manipal University Jaipur, Dehmi Kalan, Near GVK Toll Plaza,
:NA
to Application Number Jaipur-Ajmer Expressway, Jaipur, Rajasthan -303007, India Jaipur
:NA
Filing Date ----------- -----------
(62) Divisional to 2)Dr. Sandeep Chaurasia
:NA
Application Number Address of Applicant :Professor, Department of Computer Science
:NA
Filing Date Engineering, Manipal University Jaipur, Dehmi Kalan, Near GVK
Toll Plaza, Jaipur-Ajmer Expressway, Jaipur, Rajasthan -303007,
India Jaipur ----------- -----------
(57) Abstract :
ABSTRACT SYSTEM FOR X-RAY CAPTION AND EXPLANATION GENERATION The present disclosure discloses a system
(102) for X-ray caption and explanation generation, referred to as XCAPX gen, comprising a dataset collection module (104)
configured to obtain a comprehensive dataset of X-ray images with corresponding textual disease documentation, an image caption
generation algorithm training module (106) utilizing an encoder and decoder model to generate textual captions for X-ray images
based on the dataset, an ensemble explanation algorithm development module (108) for combining multiple explanation techniques to
provide visual explanations and highlight important areas in the X-ray images, a combined algorithm module (110) that integrates the
image caption generation and ensemble explanation algorithms to process a single X-ray image and generate textual captions, visual
explanations, and a report of the X-ray findings. FIG. 1

(19) INDIA
(54) Title of the invention : BIOGENIC NANO-FORMULATION FROM MICROBES AND BYPRODUCTS OF RICE
PRODUCTION
1)Panjab University
:C12N0001140000, A01G0022220000, Address of Applicant :Panjab University, Sector 14,
(51) International
C12N0001200000, C05F0011080000, Chandigarh Chandigarh ----------- -----------
classification
B01J0037160000 Name of Applicant : NA
:NA
:NA
Filing Date 1)SONI Sanjiv Kumar
(87) International Address of Applicant :#23,Type-1, Panjab University Residential
: NA
Publication No Complex, Sector 25, Chandigarh-160014, India Fatehpur -----------
(61) Patent of Addition -----------
:NA
to Application Number 2)SHARMA Apurav
:NA
Filing Date Address of Applicant :VPO Rey, Tehsil – Fatehpur, Distt. Kangra,
(62) Divisional to Himachal Pradesh- 176058, India Chandigarh ----------- -----------
:NA
Application Number 3)SONI Raman
:NA
Filing Date Address of Applicant :#23,Type-1, Panjab University Residential
Complex, Sector 25, Chandigarh-160014, India Chandigarh -------
---- -----------
(57) Abstract :
The present invention pertains to the development of ex-vivo synthesized biogenic nano-formulation and the method of preparation
thereof. Specifically, this invention focuses on nano biofertilizers that are formed through the hydrolysis and fermentation of
byproducts generated during rice production. This process utilizes an in-house-produced blend of twenty two hydrolytic enzymes
produced by a single strain of Aspergillus niger S-30 employing rice straw and deoiled rice bran as the primary substrates, along with
water-soluble metal salts and plant growth-promoting bacteria, Klebsiella pneumoniae AP-407. The innovation produces stable
nanometal-based liquid nanobiofertilizers and carrier-based nanobiofertilizers. The byproducts of rice production, nitrate reductase
produced by Klebsiella pneumoniae AP-407 and the hydrolysate provide a reducing environment for rapid conversion of various
metal ions into nanoparticles. The enzymatic hydrolysate also serves as a growth medium for the plant growth-promoting bacteria.
Consequently, this inventive process yields a variety of nanobiofertilizer formulations designed to enhance sustainability in
agriculture.

(19) INDIA
(54) Title of the invention : AERODYNAMIC PROFILE FOR IMPROVED EFFICIENCY
:F04D0029380000, B64C0003480000, (71)Name of Applicant :

(51) International
B64C0003140000, B64D0043020000, 1)RATHOD, Ashutosh Brijlal
classification
A42B0003040000 Address of Applicant :Village Amanpur, Post Sukli (J), Taluka
(86) International Umarkhed, District Yavatmal, Maharashtra - 445206, India.
:NA
Application No Yavatmal ----------- -----------
:NA
: NA
(61) Patent of Addition 1)RATHOD, Ashutosh Brijlal
:NA
to Application Number Address of Applicant :Village Amanpur, Post Sukli (J), Taluka
:NA
Filing Date Umarkhed, District Yavatmal, Maharashtra - 445206, India.
(62) Divisional to Yavatmal ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present disclosure provides an aerofoil profile (200) for an aerodynamic element such as a wing, turbine blade, fin, etc. that
facilitates the aerodynamic element to keep the boundary layer attached to its top surface with increasing angle of attack, at least up
until the critical angle of attack is reached. The plurality of secondary airfoils (502) are mounted on an upper surface of the airfoil and
configured to provide a gap between the adjacent airfoils, the gap being configured to enable flow of air there-through to prevent
separation of air from the upper surface of the airfoil (200) towards the trailing edge of the airfoil. The plurality of secondary airfoils
are adapted to facilitate attachment of the boundary layer to the top surface of the aerodynamic element even in the case of increased
angle of attack.

(19) INDIA
(54) Title of the invention : ATTENUATION OF CYTOKINE RELEASE SYNDROME IN IMMUNOTHERAPY
:A61K0035170000, C12N0015113000, 1)MicroCrispr Pvt Ltd.
(51) International
C07K0016280000, C07K0014725000, Address of Applicant :Survey No: 1574, Muktanand Marg,
classification
C07K0014705000 Chala, Vapi-396191, Gujarat, India Vapi ----------- -----------
:NA
:NA
(87) International 1)BILAKHIA, Aaman Anjum
: NA
Publication No Address of Applicant :Parishram, Daman Road, Chala, Vapi-
(61) Patent of Addition 396191, Gujarat, India Vapi ----------- -----------
:NA
to Application Number 2)LAD, Nilay Mohanlal
:NA
Filing Date Address of Applicant :G 102, Sun Residency, Chala, Vapi-
(62) Divisional to 396191, Gujarat, India Vapi ----------- -----------
:NA
Application Number 3)KEDARIA, Dhaval Ashvinbhai
:NA
Filing Date Address of Applicant :17, K.K. Park, Shastri Road, Astan,
Bardoli- 394601, Gujarat, India. ----------- -----------
(57) Abstract :
TITLE OF THE INVENTION: ATTENUATION OF CYTOKINE RELEASE SYNDROME IN IMMUNOTHERAPY The present
invention discloses a recombinant nucleic acid molecule encoded at least by an ORF (100, 100a) to lower a cytokine storm during
immunotherapy. The recombinant nucleic acid molecule includes at least one first hairpin loop structure, at least one second hairpin
loop structure and a first promoter (120). The first hairpin loop structure is formed by one or more first short hairpin RNA (130a)
sequences. The first hairpin loop structure regulates an amount of Interleukin 6 (IL6) cytokine during immunotherapy. The second
hairpin loop structure is formed by one or more second short hairpin RNA (130b) sequences. The second hairpin loop structure
regulates an amount of granulocyte monocyte colony stimulating factor (GMCSF) cytokine during immunotherapy. The second
hairpin loop structure is disposed either upstream or downstream of the first hairpin loop structure. The first promoter (120) is
disposed upstream of the first hairpin loop structure and the second hairpin loop structure. Fig. 2

(19) INDIA
:C12N0015113000, A61K0035170000, 1)MicroCrispr Pvt Ltd.
(51) International
classification
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(57) Abstract :
invention discloses a recombinant nucleic acid molecule encoded at least by an ORF (100, 100a, 100b) to lower a cytokine storm
during immunotherapy. The recombinant nucleic acid molecule includes at least one hairpin loop structure and a first promoter (120).
The hairpin loop structure regulates an amount of Granulocyte monocyte colony stimulating factor (GMCSF) cytokine during
immunotherapy. The hairpin loop structure is formed by one or more short hairpin RNA (130) sequences. The first promoter (120) is
disposed upstream of the at least one hairpin loop structure. Fig. 2b

(19) INDIA
(51) International
classification
C12N0015860000 Chala, Vapi-396191, Gujarat, India Vapi ----------- -----------
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(57) Abstract :
immunotherapy. The recombinant nucleic acid molecule includes at least one hairpin loop structure and a first promoter (120). The
hairpin loop structure regulates an amount of Interleukin 6 (IL6) cytokine during immunotherapy. The hairpin loop structure is formed
by at least two short hairpin RNA (130) sequences and at least one microRNA30 (130a) sequence. The short hairpin RNA (130)
sequences form a stem of the hairpin loop structure. The microRNA30 (130a) sequence forms a loop of the hairpin loop structure. The
first promoter (120) is disposed upstream of the hairpin loop structure. Fig. 2

(19) INDIA
(54) Title of the invention : AN AIRCRAFT WING WITH ENHANCED LIFT CAPABILITY
:F03D0001060000, F03D0003000000, (71)Name of Applicant :

(51) International
B64C0007020000, G01V0001380000, 1)RATHOD, Ashutosh Brijlal
classification
F03D0005060000 Address of Applicant :Village Amanpur, Post Sukli (J), Taluka
(86) International Umarkhed, District Yavatmal, Maharashtra - 445206, India.
:NA
Application No Yavatmal ----------- -----------
:NA
: NA
(61) Patent of Addition 1)RATHOD, Ashutosh Brijlal
:NA
to Application Number Address of Applicant :Village Amanpur, Post Sukli (J), Taluka
:NA
Filing Date Umarkhed, District Yavatmal, Maharashtra - 445206, India.
(62) Divisional to Yavatmal ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
An improved aircraft wing (400) is disclosed that includes a plurality of blades 404 configured on an underside of the airfoils section
402 of the wing (400). The blades 404 are configured to move between a deployed position, in which they provide an angle of attack
to an incoming air stream, and a retracted position, in which they do not provide an angle of attack. Successive increase in the angle of
attack 406 of the blades 404 results in air accumulated at the trailing edge of a previous blade 404 due to the corresponding vertical
projection which results in generation of higher pressure. Angle of attack of each successive blade 404 is higher than angle of attack
406 of the previous blade. The increasing angle of attack of the blades (404) causes the airflow to deflect resulting in generation of
increased lift and cause the wings to rise.

(19) INDIA
(54) Title of the invention : A METHOD AND APPARATUS FOR PRODUCING DISPENSING SQUEEZE CONTAINERS
:B29C0049060000, B29C0065000000,
(51) International 1)Creative Propack Ltd.
B29L0031000000, B05C0005020000,
classification Address of Applicant :501, Embassy Centre, Nariman Point,
B29L0023200000
Mumbai-400021, Maharashtra, India Mumbai ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)AGARWAL, Hersh
Publication No
Address of Applicant :151 Millennium Park, N. Michigan Ave,
:NA Chicago- 60601, Illinois, United States of America ----------- ------
:NA -----
Filing Date
2)JH Kim
(62) Divisional to
:NA Address of Applicant :Alchemy Mold & Plastic Ltd., 461-2,
Application Number
:NA Hyungok-RI, Chungbuk- Myun, Pyenogtaek-City, Gyeonggi-Do,
Filing Date
Republic Of Korea-45831 ----------- -----------
(57) Abstract :
The present invention discloses a dispensing squeeze tube container and a method of forming the same. The method includes steps of
forming an open ended preform by injection molding; blowing a compressed air into the open ended perform to form the squeeze tube
with neck finish; and ejecting the finished product. The present invention further discloses an apparatus adapted to produce dispensing
squeeze tube container by injection blow molding technique.

(19) INDIA
(54) Title of the invention : BENZIMIDAZOLE HYBRIDS WITH GUANINE AND URACIL FOR THE TREATMENT OF
BACTERIAL INFECTIONS
1)Vivekanand Kisan Chatap
Address of Applicant :Department of Pharmaceutics H.R.Patel
Institute of Pharmaceutical Education & Research, Karwand
Naka, Shirpur.Tal- Shirpur, Dist- Dhule (M.S.)-425 405 -----------
-----------
2)Dr. Neha Bhilare
:A61P0031040000, A61K0045060000, 1)Vivekanand Kisan Chatap
(51) International
A61P0043000000, A61P0015000000, Address of Applicant :Department of Pharmaceutics H.R.Patel
classification
A61P0031000000 Institute of Pharmaceutical Education & Research, Karwand
(86) International Naka, Shirpur.Tal- Shirpur, Dist- Dhule (M.S.)-425 405 -----------
:NA
Application No -----------
:NA
Filing Date 2)Dr. Neha Bhilare
(87) International Address of Applicant :Associate Professor Department of
: NA
Publication No Pharmaceutical Chemistry, Arvind Gavali College of Pharmacy
(61) Patent of Addition Satara, Maharashtra, India Satara ----------- -----------
:NA
to Application Number 3)Ms. Trupti S. Dhane
:NA
Filing Date Address of Applicant :Arvind Gavali College of Pharmacy Satara,
(62) Divisional to Maharashtra, India Satara ----------- -----------
:NA
Application Number 4)Mr. Adil A. Sayyad
:NA
Filing Date Address of Applicant :Arvind Gavali College of Pharmacy Satara,
Maharashtra, India Satara ----------- -----------
5)Ms. Aasiya Bagwan
Address of Applicant :Arvind Gavali College of Pharmacy Satara,
6)Mr. Prashant M. Tambe
7)Mr. Mihir M. Vaidya
(57) Abstract :
The present invention describes design and synthesis of novel benzimidazole and guanine/uracil hybrids as potential antibacterial
agents. A facile direct coupling of 2-(chloromethyl)-1H-benzo[d]imidazole and guanine to form the desired benzimidazole and
guanine hybrid and 6-chlorouracil with (1H-Benzo[d]imidazole-2yl) methanamine to form the desired benzimidazole and uracil
hybrid is reported. These novel derivatives have the potential to serve as potent antibacterial agents by inhibiting the novel target
enzyme DNA polymerase III and may help to treat bacterial infections which have otherwise become difficult to treat because of drug
resistance. Thus these novel derivatives can combat the global problem of anti-microbial drug resistance.

(19) INDIA
(54) Title of the invention : A SOFT COMPUTING BASED IRRIGATION CONTROL SYSTEM
1)Shri Ramdeobaba College of Engineering and
Management
Address of Applicant :Shri Ramdeobaba College of
Engineering and Management, Katol Road, Nagpur, Maharashtra,
:A01G0025160000, A01G0009240000,
(51) International India - 440013 ----------- -----------
G05B0013020000, F22B0001180000,
classification 2)SHARMA, Durgesh M.
G06F0012020000
3)MAHULE, Ankit
(86) International
Application No
Filing Date
(87) International
: NA 1)SHARMA, Durgesh M.
Publication No
Address of Applicant :Shri Ramdeobaba College of Engineering
:NA and Management, Katol Road, Nagpur, Maharashtra, India -
:NA 440013 ----------- -----------
Filing Date
2)MAHULE, Ankit
(62) Divisional to
:NA Address of Applicant :Shri Ramdeobaba College of Engineering
Application Number
:NA and Management, Katol Road, Nagpur, Maharashtra, India -
Filing Date
440013 ----------- -----------
3)SHANDILYA, Shishir K.
Address of Applicant :Vellore Institute of Technology, VIT
Bhopal University, Bhopal, Madhya Pradesh, India ----------- ------
-----
(57) Abstract :
The present invention relates to a soft computing based irrigation control system. This system regulates the frequency of watering
schedules in the crops. Due to Evapotranspiration (ET), the crops water requirements increase or decreases. For that Soft Computing
based methodology viz in implemented. Fuzzy logic for the decision because it is beneficial to remove vague and prejudice while
making decisions remarkably and Genetic configuration gives add on quality by handling water scarcity management while fulfilling
crops water requirements.

(19) INDIA
(54) Title of the invention : DUAL POWER CONVERTER ENERGY PACK FOR ELECTRIC VEHICLE
1)MATTER MOTOR WORKS PRIVATE LIMITED
Address of Applicant :301, Parishram Building, 5b Rashmi
:B60L0007100000, B60W0030180000, Soc., Nr. Mithakhali Six Roads, Navrangpura, Ahmedabad-
(51) International
B60T0001100000, B60L0015200000, 380009,Gujarat, India ----------- -----------
classification
B60K0001040000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Kumar Prasad Telikepalli
(87) International Address of Applicant :301, Parishram Building, 5b Rashmi Soc.,
: NA
Publication No Nr. Mithakhali Six Roads, Navrangpura, Ahmedabad-
(61) Patent of Addition 380009,Gujarat, India ----------- -----------
:NA
to Application Number 2)Prashant Jain
:NA
Filing Date Address of Applicant :301, Parishram Building, 5b Rashmi Soc.,
(62) Divisional to Nr. Mithakhali Six Roads, Navrangpura, Ahmedabad-
:NA
Application Number 380009,Gujarat, India ----------- -----------
:NA
Filing Date 3)Shivam Garg
Address of Applicant :301, Parishram Building, 5b Rashmi Soc.,
Nr. Mithakhali Six Roads, Navrangpura, Ahmedabad-
380009,Gujarat, India ----------- -----------
(57) Abstract :
ABSTRACT DUAL POWER CONVERTER ENERGY PACK FOR ELECTRIC VEHICLE There is disclosed a dual power
converter (DPC) energy pack 100 capable for storing excess regenerative braking energy in an electric vehicle (EV) comprising at
least one battery pack 102, a drive-train unit (DTU) 104, and an energy recovery and storage system (ERSS) 106 including an active
rectifier 112, at least one energy storage device 114 and a DC-DC converter 116. Specifically, the DC-DC converter 116 is bi-
directional and facilitates flow of the excess regenerative braking energy to the at least one energy storage device 114, when the EV is
in operation and the at least one battery pack 102 is in high charge stage.

(19) INDIA
(54) Title of the invention : A CONVERTIBLE ELECTRIC VEHICLE
Management
Address of Applicant :Ramdeo Tekdi, Gittikhadan, Katol
Road, Nagpur-440013, Maharashtra, India Nagpur ----------- -------
----
2)SONKHASKAR, Yeshwant Manoharrao
3)JOSHI, Sandeep Shrikrushna
4)DUBE, Ashwin Vijay
5)RATHI, Ayush Kamal Kishor
6)MISHRA, Adarsh Ashok
7)TAGDE, Arpit Anil
:B60P0003420000, B60K0001040000,
B62D0063020000, B60L0050600000,
B62D0065020000
1)SONKHASKAR, Yeshwant Manoharrao
(86) International
:NA Address of Applicant :Shri Ramdeobaba college of Engineering
Application No
:NA and Management, Ramdeo Tekdi, Gittikhadan, Katol road,
Filing Date
Nagpur- 440013, Maharashtra, India. Nagpur ----------- -----------
(87) International
: NA 2)JOSHI, Sandeep Shrikrushna
Publication No
Address of Applicant :Shri Ramdeobaba college of Engineering
:NA Nagpur- 440013, Maharashtra, India. Nagpur ----------- -----------
Filing Date
3)DUBE, Ashwin Vijay
(62) Divisional to
:NA Address of Applicant :Shri Ramdeobaba college of Engineering
Application Number
Filing Date
4)RATHI, Ayush Kamal Kishor
and Management, Ramdeo Tekdi, Gittikhadan, Katol road,
5)MISHRA, Adarsh Ashok
6)TAGDE, Arpit Anil
(57) Abstract :
Abstract Title: A Convertible Electric Vehicle The present invention provides a convertible electric vehicle (100). The vehicle (100)
comprises of a chassis (110), a single over roof (120), a roof sliding mechanism channel (121), a double over roof (130), sliding
channels for roof (03), a first central counter (140), a flatbed (150), a first wall (160), a second wall (170) , a first door (180), a second
door (190), a second counter (200), a third counter (210), a counter sliding mechanism (201), at least one seat (220), a plurality of
wheels (230). The vehicle (100) can be adapted to be used for various purposes through a plurality of interchangeable vehicle
assembly modules. The vehicle (100) has a modular design in which the vehicle (100) has a scalable (expandable or contractible)
frame that can be equipped with interchangeable body components that can be easily mounted to and removed from the frame of the
vehicle (100) to change the appearance and function of the vehicle (100). Figure 1

(19) INDIA
(54) Title of the invention : A SYSTEM FOR FRUIT DETECTION AND COUNTING ON A TREE
1)Shri Ramdeobaba College of Engineering and Management
Address of Applicant :Shri Ramdeobaba College of Engineering and Management, Katol
Road, Nagpur, Maharashtra, India - 440013 ----------- -----------
2)DADIYALA, Charanjeet
3)TIRPUDE, Neha
4)MAHAJAN, Romil
5)HARIDAS, Ambarish
6)CHANDAK, Mohit
7)SHARMA, Rudar
:G06N0003080000, G06T0007000000, G06Q0010100000, Name of Applicant : NA
(51) International classification
A61B0005145000, G06F0016220000 Address of Applicant : NA
(86) International Application (72)Name of Inventor :
:NA
No 1)DADIYALA, Charanjeet
:NA
Filing Date Address of Applicant :Department of CSE - Cyber Security, Shri Ramdeobaba College of
(87) International Publication Engineering and Management, Katol Road, Nagpur, Maharashtra, India - 440013 ----------- ----
: NA
No -------
(61) Patent of Addition to 2)TIRPUDE, Neha
:NA
Application Number Address of Applicant :Department of CSE - Cyber Security, Shri Ramdeobaba College of
:NA
Filing Date Engineering and Management, Katol Road, Nagpur, Maharashtra, India - 440013 ----------- ----
(62) Divisional to Application -------
:NA
Number 3)MAHAJAN, Romil
:NA
Filing Date Address of Applicant :Department of CSE, Shri Ramdeobaba College of Engineering and
Management, Katol Road, Nagpur, Maharashtra, India - 440013 ----------- -----------
4)HARIDAS, Ambarish
Address of Applicant :Department of CSE, Shri Ramdeobaba College of Engineering and
5)CHANDAK, Mohit
6)SHARMA, Rudar
(57) Abstract :
The present invention is related to a system for fruit detection and counting on a tree. A computer vision-based system designed for the detection and counting of mango fruits on trees.
Leveraging the advanced YOLOv4 framework, an object detection model, this system aims to significantly enhance the accuracy and efficiency of traditional manual counting methods in
mango fruit production estimation. The core components include a camera for image capture, an image processing unit, the YOLOv4 object detection model, a fruit detection and counting
algorithm, and an output display for presenting results. The system operates by capturing images of mango trees and fruits using a camera, which are then processed by an image processing
unit to extract relevant information. The YOLOv4 model is utilized to precisely detect and identify mango fruits within these images. Subsequently, a dedicated algorithm counts the detected
mango fruits, and the count is displayed on a screen or output device.

(19) INDIA
(54) Title of the invention : A CAR WINDSHIELD AND LIFE PROTECTOR
Management
:A61B0005010000, B60R0025102000,
(51) International Address of Applicant :Shri Ramdeobaba College of
B60H0001000000, B60C0023040000,
classification Engineering and Management, Katol Road, Nagpur, Maharashtra,
G07C0005000000
India - 440013 ----------- -----------
(86) International
:NA 2)PARKHI, Priya
Application No
:NA 3)HAMBARDE, Bhagyashree
Filing Date
(87) International
Publication No
:NA 1)PARKHI, Priya
:NA Address of Applicant :Assistant Professor, Shri Ramdeobaba
Filing Date
College of Engineering and Management, Katol Road, Nagpur,
(62) Divisional to
:NA Maharashtra, India - 440013 ----------- -----------
Application Number
:NA 2)HAMBARDE, Bhagyashree
Filing Date
Address of Applicant :Assistant Professor, Shri Ramdeobaba
College of Engineering and Management, Katol Road, Nagpur,
Maharashtra, India - 440013 ----------- -----------
(57) Abstract :
The present invention relates to a car windshield and life protector.The invention introduces a proactive car safety system designed to
monitor internal conditions by tracking temperature and pressure. Utilizing an Arduino Uno microcontroller, LM35 temperature
sensor, SPD005G pressure sensor, and GSM module (SIM900A), this system ensures real-time monitoring and alerts for car owners.
The core functionalities include interfacing the Arduino Uno with the GSM module and integrating the LM35 sensor for temperature
monitoring, connected to the GSM module through the Arduino Uno. Similarly, the SPD005G pressure sensor is integrated into the
system for pressure measurements.Upon exceeding predefined thresholds for temperature or pressure, the system promptly transmits
alerts to the car owner via the GSM module. This immediate notification empowers owners to take necessary precautions, thereby
preventing potential accidents or damages due to extreme internal conditions within the vehicle.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR TEACHING LEARNING USING AIR CANVAS AND HAND GESTURES
Management
Address of Applicant :Shri Ramdeobaba College of
:G06F0003010000, G06N0020000000,
(51) International Engineering and Management, Katol Road, Nagpur, Maharashtra,
G06F0003030000, G06Q0050200000,
classification India - 440013 ----------- -----------
G06F0001160000
2)DAMDOO, Rina
(86) International
:NA 3)KALYANI, Kanak
Application No
Filing Date
(87) International
Publication No
1)DAMDOO, Rina
:NA Address of Applicant :Department of Computer Science and
:NA Engineering, Shri Ramdeobaba College of Engineering and
Filing Date
Management, Katol Road, Nagpur, Maharashtra, India - 440013 --
(62) Divisional to
:NA --------- -----------
Application Number
:NA 2)KALYANI, Kanak
Filing Date
Engineering, Shri Ramdeobaba College of Engineering and
Management, Katol Road, Nagpur, Maharashtra, India - 440013 --
--------- -----------
(57) Abstract :
The present invention relates to a system for teaching learning using air canvas and hand gestures. Herein a hand gesture recognition
implemented with the use of a machine-learning algorithm by using python programming, which creates natural interaction between
man and machine, which can be applied to classroom Teaching-Learning environment. GESCAN uses web camera for capturing a
sequence of hand gestures images. The Hand Pose Model and Object Detection configurations detect palms, fingers, and fingertips.It
has a wide scope of operability in the following areas likeonline education andadvanced touch less displays.

(19) INDIA
(54) Title of the invention : A LANGUAGE TRANSLATION SYSTEM FOR POSTAL SERVICES
Address of Applicant :Shri Ramdeobaba College of Engineering and Management, Katol
Road, Nagpur, Maharashtra, India - 440013 ----------- -----------
:G06F0040580000, A61B0006000000, 2)SONSARE, Pravinkumar
(51) International
G07B0017000000, G06F0040470000, 3)RUNWAL, Rutuj
classification 4)JAIN, Rushabh
G06F0012103600 5)DAVE, Kunal
(86) International 6)BANODE, Ashutosh
Application No
(87) International 1)SONSARE, Pravinkumar
: NA Address of Applicant :Department of CSE, Shri Ramdeobaba College of Engineering and
Publication No Management, Katol Road, Nagpur, Maharashtra, India - 440013 ----------- -----------
(61) Patent of Addition 2)RUNWAL, Rutuj
:NA Address of Applicant :Department of CSE, Shri Ramdeobaba College of Engineering and
to Application Number Management, Katol Road, Nagpur, Maharashtra, India - 440013 ----------- -----------
:NA
Filing Date 3)JAIN, Rushabh
(62) Divisional to
:NA Management, Katol Road, Nagpur, Maharashtra, India - 440013 ----------- -----------
Application Number 4)DAVE, Kunal
:NA Address of Applicant :Department of CSE, Shri Ramdeobaba College of Engineering and
Filing Date Management, Katol Road, Nagpur, Maharashtra, India - 440013 ----------- -----------
5)BANODE, Ashutosh
(57) Abstract :
The present invention is related to a language translation system for postal services. The system proposes a practical and easy-to-
understand translation system utilizing a scanner module, a computational unit, and cloud administration. The huge advantage of the
system is that the translation framework is centralized and checked by the cloud administration. The identification of addresses on
posts and couriers can be done effectively using this system. This idea may help to avoid delays in delivery and reduce the loss of the
package due to discrepancies in address. The system will also be capable of translating addresses written in a native language into a
standardized format. The proposed framework is powerful, dependable, and requires less maintenance. The thought proposed in this
system can be utilized by postal offices in remote, rural, and urban locations to automate the sorting of packages based on address.

(19) INDIA
(54) Title of the invention : SYSTEM, CONTROL UNIT AND METHOD FOR PRIORITIZING CHARGING OF BATTERY
PACKS IN ENERGY STORAGE DEVICES
1)TATA MOTORS LIMITED
Address of Applicant :Bombay House, 24 Homi Mody Street,
Hutatma Chowk, Mumbai - 400 001, Maharashtra, India. Mumbai
----------- -----------
:H02J0007000000, A61F0002460000, (72)Name of Inventor :
(51) International
F01D0021000000, G11C0016300000, 1)Vivek Kumar
classification
B60L0058220000 Address of Applicant :Tata Motors Limited, Bombay House, 24
(86) International Homi Mody Street, Hutatma Chowk, Mumbai - 400 001,
:NA
Application No Maharashtra, India. Mumbai ----------- -----------
:NA
Filing Date 2)Rajiv Kumar
(87) International Address of Applicant :Tata Motors Limited, Bombay House, 24
: NA
Publication No Homi Mody Street, Hutatma Chowk, Mumbai - 400 001,
(61) Patent of Addition Maharashtra, India. Mumbai ----------- -----------
:NA
to Application Number 3)Sanket Ajmire
:NA
Filing Date Address of Applicant :Tata Motors Limited, Bombay House, 24
(62) Divisional to Homi Mody Street, Hutatma Chowk, Mumbai - 400 001,
:NA
Application Number Maharashtra, India. Mumbai ----------- -----------
:NA
Filing Date 4)Pradnya Lodha
Address of Applicant :Tata Motors Limited, Bombay House, 24
Homi Mody Street, Hutatma Chowk, Mumbai - 400 001,
Maharashtra, India. Mumbai ----------- -----------
5)Chaitali Nilawar
Address of Applicant :Tata Motors Limited, Bombay House, 24
Homi Mody Street, Hutatma Chowk, Mumbai - 400 001,
(57) Abstract :
SYSTEM, CONTROL UNIT AND METHOD FOR PRIORITIZING CHARGING OF BATTERY PACKS IN ENERGY STORAGE
DEVICES ABSTRACT Embodiment of the present disclosure disclose a system (100), a control unit and an operating method
thereof. The method includes receiving, by a control unit (150), charge information of a plurality of battery packs (102-1, 102-2,
…102-N) connected in parallel in an energy storage device (110). The method includes determining a charge imbalance value for each
battery pack of the plurality of battery packs (102-1, 102-2, …102-N) based on the charge information of the corresponding battery
pack. The method includes determining a charging priority value for each battery pack of the plurality of battery packs (102-1, 102-2,
…102-N) based on the charge imbalance value associated with at least one other battery pack. The method includes selectively
controlling charging of one or more battery packs of the plurality of battery packs (102-1, 102-2, …102-N) based on the charging
priority value associated with the one or more battery packs. To be published with abstract : FIG. 1A

(19) INDIA
(54) Title of the invention : A BAMBOO SPLITTER MACHINE
:B27J0001000000, G05B0019418000, (71)Name of Applicant :

(51) International
A61K0036899000, C07K0016320000, 1)Shri Ramdeobaba College of Engineering and
classification
C07K0016460000 Management
(86) International Address of Applicant :Shri Ramdeobaba College of
:NA
Application No Engineering and Management, Katol Road, Nagpur, Maharashtra,
:NA
Filing Date India - 440013 ----------- -----------
(87) International 2)SHAHU, Rashmi
: NA
Publication No Name of Applicant : NA
(61) Patent of Addition Address of Applicant : NA
:NA
to Application Number (72)Name of Inventor :
:NA
Filing Date 1)SHAHU, Rashmi
(62) Divisional to Address of Applicant :Shri Ramdeobaba College of Engineering
:NA
Application Number and Management, Katol Road, Nagpur, Maharashtra, India -
:NA
Filing Date 440013 ----------- -----------
(57) Abstract :
The present invention discloses relates to a manual bamboo splitter machine. The subject matter of this invention is providing a
manual bamboo splitter machine. For utilizing bamboo to make different products, it is required to be split finely. In market automated
bamboo splitting machines are available which are very expensive for products to be made in small numbers and for rural areas. In
rural areas the manual bamboo splitting machines are used. The new manual bamboo splitter machine design is more efficient. The
design of this invention is described in detail with the help of Figure below illustrates the isometric view of manual bamboo splitter
machine.

(19) INDIA
(51) International
classification
:NA
:NA
: NA
:NA
:NA
:NA
:NA
Filing Date Address of Applicant : 17, K.K. Park, Shastri Road, Astan,
(57) Abstract :
immunotherapy. The recombinant nucleic acid molecule includes at least one hairpin loop structure and a first promoter (120). The at
least one hairpin loop structure is formed by one or more short hairpin RNA (130) sequences. The at least one hairpin loop structure
regulates an amount of Interleukin 6 (IL6) cytokine during immunotherapy. The first promoter (120) is disposed upstream of the at
least one hairpin loop structure. Fig. 2

(19) INDIA
:C12N0015113000, A61K0035170000, 1)MicroCrispr Pvt Ltd.
(51) International
classification
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(57) Abstract :
immunotherapy. The recombinant nucleic acid molecule includes at least one first hairpin loop structure, at least one second hairpin
loop structure and a first promoter (120). The first and second hairpin loop structure regulates an amount of Granulocyte monocyte
colony stimulating factor (GMCSF) cytokine and Interleukin 6 (IL6) cytokine, respectively. The first hairpin loop structure is formed
by at least two first short hairpin RNA (130a) sequences and at least one microRNA30 (130) sequence. The second hairpin loop
structure is formed by at least two second short hairpin RNA (130b) sequences and at least one microRNA30 (130)sequence. The first
promoter (120) is disposed upstream of the first and second hairpin loop structure. Fig. 2

(19) INDIA
(54) Title of the invention : APPLICATIONS OF TECHNOLOGY IN MODERN MARKETING
1)Muskan Yadav
Address of Applicant :Research Scholar, Department of Management, Vikrant University, Gwalior-
474001, Madhya Pradesh, India. Gwalior ----------- -----------
2)Sukanya S
3)K Rajanandhini
4)Koushik R
5)N. Uma Maheswari
6)A Nandhini
:G06Q0030020000, G11B0027340000, 7)Dr. V. Selvam
(51) International 8)Dr. Deepak Sharma
G06F0021560000, G06K0009620000,
G06F0003048500 Address of Applicant : NA
(86) International 1)Muskan Yadav
:NA Address of Applicant :Research Scholar, Department of Management, Vikrant University, Gwalior-474001,
Application No
:NA Madhya Pradesh, India. Gwalior ----------- -----------
Filing Date 2)Sukanya S
Address of Applicant :Assistant Professor, Department of MBA, Nehru Institute of Engineering and
(87) International Technology, Nehru Gardens, TM Palayam, Coimbatore-641105, Tamil Nadu, India. Coimbatore ----------- -----
: NA ------
Publication No 3)K Rajanandhini
(61) Patent of Addition Address of Applicant :Assistant Professor, Department of BBA, Nehru College of Aeronautics and Applied
:NA sciences, Coimbatore-641008, Tamil Nadu, India. Coimbatore ----------- -----------
to Application Number 4)Koushik R
:NA Address of Applicant :Assistant Professor, Department of MBA, Nehru College of Management, Nehru
Filing Date Gardens, Thirumalayampalayam, Coimbatore -641105, Tamil Nadu, India. Coimbatore ----------- -----------
(62) Divisional to 5)N. Uma Maheswari
:NA Address of Applicant :Assistant Professor, Department of MBA, Nehru College of Management, Nehru
Application Number Gardens, Thirumalayampalayam, Coimbatore -641105, Tamil Nadu, India. Coimbatore ----------- -----------
:NA 6)A Nandhini
Filing Date Address of Applicant :Assistant professor, Department of Computer Applications, Nehru College of
Management, Nehru Gardens, Thirumalayampalayam, Coimbatore -641105, Tamil Nadu, India. Coimbatore --
--------- -----------
7)Dr. V. Selvam
Address of Applicant :Assistant Professor, Department of Commerce, KPR College of Arts Science and
Research, Avinashi Road, Arasur, Coimbatore-641407, Tamil Nadu, India. Coimbatore ----------- -----------
8)Dr. Deepak Sharma
Address of Applicant :Assistant Professor, Dewan Institute of Management Studies, Meerut, NH - 58, BY Pass
Road Partapur, Meerut-250103, Uttar Pradesh, India. Meerut ----------- -----------
(57) Abstract :
ABSTRACT APPLICATIONS OF TECHNOLOGY IN MODERN MARKETING The invention is focused over understanding new
developments which had influenced modern day marketing. The invention also discusses the concepts of technology which changed
the perspective of marketing. When we talk about marketing and role of technology in it, we understand that new marketing concepts
have changed the face of 21st century marketing techniques. Now marketing is majorly dependent over technology, emergence of new
dimension of marketing is also known as digital marketing. Digital marketing is majorly focused over marketing through digital media
devices such as smartphones and computers.

(19) INDIA
(54) Title of the invention : AN AUTOMATIC SYSTEM FOR ABNORMAL MUSCULOSKELETAL DETECTION AND
INTERPRETATION
Address of Applicant :Shri Ramdeobaba College of Engineering and
Management, Katol Road, Nagpur, Maharashtra, India - 440013 -----------
-----------
2)TIRPUDE, S. C.
3)NAIDU, Devishree
4)BONGIRWAR, Vrushali
:G06F18/241, G06N3/0464, G06T7/00,
(51) International classification 5)KALYANI, Kanak
G06V10/764, G06V10/82
No
Filing Date
1)TIRPUDE, S. C.
: NA Address of Applicant :Shri Ramdeobaba College of Engineering and
No
:NA -----------
Application Number
:NA 2)NAIDU, Devishree
Filing Date
:NA Management, Katol Road, Nagpur, Maharashtra, India - 440013 -----------
Number
:NA -----------
Filing Date
3)BONGIRWAR, Vrushali
-----------
4)KALYANI, Kanak
-----------
(57) Abstract :
The present invention relates to an automatic system for abnormal musculoskeletal detection and interpretation through x- ray on mobile
phone.Musculoskeletal conditions become very severe health problems that affect muscles, bones, and joints. Various Musculoskeletal disorders are
bone fractures, tendinitis, carpal tunnel, syndrome, osteoarthritis, rheumatoid arthritis etc.The X ray radiograph in the form of dicom images from
MURA dataset are converted to jpeg images. The system also collects information about the body part from the user. Depending upon the body part
like elbow, hand, shoulder etc., the associated features get extracted. Now the pertained model detects the abnormality and localizes it. The localize
part gets compared with the images without abnormality, the severity is noted with percentage of abnormality. After this process, the labelling of the
abnormal parts will be defined using the set of features associated with it.

(19) INDIA
(54) Title of the invention : AUTISCAPE - AN IMMERSIVE 3D ENVIRONMENT WITH MULTI-LEVEL FADING,
ANIMATIONS, TEXT-TO-SPEECH CONVERSION USING BARK - AN AI BASED MODEL FOR USE IN COMPUTATIONAL
THERAPY FOR AUTISM SPECTRUM DISORDER
1)SWATI MUKUL RINGE
Address of Applicant :H 501, Golden Square, Sunder
Nagar,Kalina ----------- -----------
2)Amisha Viras Gonsalves
3)Rincy Peter Fernandes
:A61M0021000000, G09B0007020000, 4)Kranti Wagle
(51) International
G09B0005060000, G09B0017000000, 5)Sujata Deshmukh
classification
G09B0019040000 Name of Applicant : NA
:NA
:NA
Filing Date 1)SWATI MUKUL RINGE
(87) International Address of Applicant :H 501, Golden Square, Sunder
: NA
Publication No Nagar,Kalina ----------- -----------
(61) Patent of Addition 2)Amisha Viras Gonsalves
:NA
to Application Number Address of Applicant :Fr.CRCE, Fr. Agnel Ashram, Bandra West,
:NA
Filing Date Mumbai - 400050 Mumbai ----------- -----------
(62) Divisional to 3)Rincy Peter Fernandes
:NA
Application Number Address of Applicant :Fr.CRCE, Fr. Agnel Ashram, Bandra West,
:NA
Filing Date Mumbai - 400050 Mumbai ----------- -----------
4)Kranti Wagle
Address of Applicant :Fr.CRCE, Fr. Agnel Ashram, Bandra West,
Mumbai - 400050 Mumbai ----------- -----------
5)Sujata Deshmukh
Address of Applicant :Fr.CRCE, Fr. Agnel Ashram, Bandra West,
Mumbai - 400050 Mumbai ----------- -----------
(57) Abstract :
AutiScape is a computer-assisted technology (CAT) solution to assist kids with autism spectrum disorder (ASD) using Interactive
game and multilevel fading technique. One of the issues that many autistic youngsters have is their inability to quickly recall words by
their meanings. But one of these kids' advantages is that they can retain visual or graphical information more readily and for a longer
amount of time. By creating an app that will assist them in comprehending word meanings through their visual representations, we
want to leverage their strengths in order to compensate for their weaknesses. The intended platform would consist of two phases: an
assessment phase and a learning phase. Using the visual fading technique, the learning phase would involve teaching the kids how to
memorise various words and their corresponding meanings. In this stage, a multi-step visual fading technique that has been shown to
be effective in teaching autistic youngsters will be used. The children would also be evaluated by having them match the pictures with
the related words, either by clicking on the correct option or by pronouncing/speaking the correct option. At the conclusion, the score
would be displayed to show the children's progress. Additionally, the software will be created in a way that is appealing to autistic
children and beneficial to them. As the research on autism may not be sufficient, this will be accomplished through research from
research publications as well as autistic centres. This app was created using the Unity Game Engine, Bark, an AI model based on text
to speech, Google Colab, and Visual Studio linked with Unity for C# scripting. The project makes use of 3D modelling, multi-level
fading, sprite slicing animations, text-to-speech conversion using Bark, an AI-based model, the Dynamic Assessment approach, and
other visualisation and user interaction methods.

(19) INDIA
(54) Title of the invention : “SEAT BELT PERSUADER”
:B60R0022480000, B60N0002680000, (71)Name of Applicant :

(51) International
B60R0021015000, B60R0022260000, 1)ROGER MOTOR PVT. LTD.
classification
B60R0022180000 Address of Applicant :NEAR RAJKAMAL PETROL PUMP,
(86) International GONDAL ROAD, N.H. NO - 88, KOTHARIYA, RAJKOT-
:NA
Application No 360004 GUJARAT, INDIA. ----------- -----------
:NA
: NA
(61) Patent of Addition 1)ROGER MOTOR PVT. LTD.
:NA
to Application Number Address of Applicant :NEAR RAJKAMAL PETROL PUMP,
:NA
Filing Date GONDAL ROAD, N.H. NO - 88, KOTHARIYA, RAJKOT-
(62) Divisional to 360004 GUJARAT, INDIA. ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT SEAT BELT PERSUADER The present invention provides a seat belt persuader for displaying the importance of
wearing a seat belt (9) while traveling in a car. It gives a live demonstration of the impact of a collision on passengers wearing a
seatbelt and not wearing a seat belt. A dummy (8) is placed on one seat (7) of the trolley (1) without fastening the seat belt and another
dummy / human is seated on the other seat of the trolley and fastened with the seat belt. When the trolley slides at a speed of 8 kmph
and crashes with the impact absorbent plate (4), the dummy without the seat belt is thrown out of the trolley while the dummy / human
with the seat belt fastened, although feels the impact, remains seated due to the fastened seat belt.

(19) INDIA
(54) Title of the invention : A LOCK ASSEMBLY FOR ROLLING SHUTTER
:E05B0015000000, G07C0009000000, (71)Name of Applicant :

(51) International
E05B0047060000, E05B0063140000, 1)JOSHI, Prabhakar Anant
classification
H01R0013627000 Address of Applicant :J-61, MIDC, BHOSARI, PUNE-
(86) International 411026, MAHARASHTRA, INDIA Pune ----------- -----------
:NA
Application No 2)JOSHI, Salil Prabhakar
:NA
: NA
(61) Patent of Addition 1)JOSHI, Prabhakar Anant
:NA
to Application Number Address of Applicant :J-61, MIDC, BHOSARI, PUNE-411026,
:NA
Filing Date MAHARASHTRA, INDIA Pune ----------- -----------
(62) Divisional to 2)JOSHI, Salil Prabhakar
:NA
Application Number Address of Applicant :J-61, MIDC, BHOSARI, PUNE-411026,
:NA
Filing Date MAHARASHTRA, INDIA Pune ----------- -----------
(57) Abstract :
ABSTRACT A LOCK ASSEMBLY FOR ROLLING SHUTTER The lock assembly (1000) comprises a lock case (10) and a cover
plate (20). The lock case (10) has a first connector (15), a second connector (16), and an opening (11) configured on a side wall. A
first bracket (40) having a stub (44) is pivotably mounted in the lock case (10). A second bracket (70) is pivotably mounted on the first
bracket (40), and is configured to abut the first connector (15) in a locked configuration of the lock assembly (1000). A slider (30),
having a dead bolt (31) attached thereto, is mounted on the second bracket (70) and is linearly displaced along the second connector
(16). A lock cylinder (80), attached to a lock case (10), receives a key (100) therein to enable locking and unlocking of the lock
assembly (1000) with the help of a driving crank (60) attached to the lock cylinder (80).

(19) INDIA
(54) Title of the invention : SMART WEARABLE DEVICE WITH HEALTH AND HYGIENE TRACKING TO DETECT A
POSSIBLE FORM OF CONTAMINATION.
:G08B0021240000, A61B0005000000, (71)Name of Applicant :

(51) International
G08B0021180000, G08B0025010000, 1)Dr. Renu Choithrani
classification
G08B0025080000 Address of Applicant :Assistant Professor Department of
(86) International Physics and Electronics, Barkatullah University, Bhopal, Madhya
:NA
Application No Pradesh 462026 ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Dr. Renu Choithrani
:NA
to Application Number Address of Applicant :Assistant Professor Department of Physics
:NA
Filing Date and Electronics, Barkatullah University, Bhopal, Madhya Pradesh
(62) Divisional to 462026 ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
This invention describes a wearable band is designed which is capable of identifying the symptoms of infection which can be fed into
the databased of the wearable band and it can analyses if the user or any person near the user is showing the same symptoms. It has an
organized method to make the user alert to maintain hand hygiene and to maintain social distancing in case of a contamination like
situation arises. It can be linked to any computing device to store the report and to obtain a complete digital report. If any suspicious
symptom is predicted it will send an immediate alert and the possible precautionary measure that needs to be taken to maintain the
safety and health of the user. If any sudden health-based activity is identified the location of the user can be sent to the nearest health
care center to communicate for immediate help. TITLE A child safety wearable device with location tracking and non-invasive
biomarker detection of possible disease.

(19) INDIA
(54) Title of the invention : PYRANOACRIDONE COMPOUNDS AND PROCESS FOR PREPARATION THEREOF
1)National Institute of Pharmaceutical Education and Research (NIPER)-
Ahmedabad
Address of Applicant :NIPER Ahmedabad, Opposite Air force Station, Palaj,
Gandhinagar-382355, Gujarat, India Gandhinagar ----------- -----------
1)TEJA, Parusu Kavya
Address of Applicant :National Institute of Pharmaceutical Education and Research
(NIPER)-Ahmedabad, Opposite Air force Station, Palaj, Gandhinagar-382355,
:A61K31/519, A61P35/00, C07D471/04,
(51) International classification Gujarat, India Gandhinagar ----------- -----------
C07D487/04, C07D519/00
2)CHAUTHE, Siddheshwar Kisan
Filing Date :NA
Gujarat, India Gandhinagar ----------- -----------
:NA 3)LY, Bao Quoc
Application Number
:NA Address of Applicant :School of Pharmacy and Pharmaceutical Sciences, The State
Filing Date
University of New York at Buffalo, 455 Pharmacy Building, Buffalo, NY 14214-
:NA 8033, USA ----------- -----------
Number
:NA 4)SHAH, Dhaval Kiritkumar
Filing Date
Address of Applicant :School of Pharmacy and Pharmaceutical Sciences, The State
University of New York at Buffalo, 455 Pharmacy Building, Buffalo, NY 14214-
8033, USA ----------- -----------
5)DAS, Sourav
6)MANDOLI, Amit
(57) Abstract :
The present invention discloses novel pyranoacridone compounds of Formula I and a process for preparation thereof. The novel pyranoacridone compounds of Formula
I are used as an anti-cancer agent with minimum toxicity and is developed as new drug moiety to treat cancer.

(19) INDIA
(54) Title of the invention : ULTRA-WIDE BAND PHOTOVOLTAIC-BASED SNAKE REPELLENT SYSTEM
1)Parthivi Mishra
Address of Applicant :Bajaj Colony, New Rajendra Nagar -----
------ -----------
2)Karnavati University
3)Chouksey Engineering College
4)Amity University
1)Parthivi Mishra
Address of Applicant :Bajaj Colony New Rajendra Nagar Raipur -
:H04B0001716300, A61K0035583000, ---------- -----------
(51) International
H04B0001719000, A01M0029300000, 2)Anupam Tiwari -Assistant Professor, Karnavati
classification
G01S0013020000 University
(86) International Address of Applicant :Uvarsad-Adalaj Road At.&Po.: Uvarsad,
:NA
Application No Dist, :, Gandhinagar, Gujarat 382422 Gandhinagar ----------- -------
:NA
Filing Date ----
(87) International 3)Mohini Moitra- Assistant Professor, Chouksey
: NA
Publication No Engineering College
(61) Patent of Addition Address of Applicant :NH-49, Masturi - Jairamnagar Rd,
:NA
to Application Number Lalkhadan, Chhattisgarh 495004 Raipur ----------- -----------
:NA
Filing Date 4)Ankit Mishra- Assistant Professor, Amity University
(62) Divisional to Chattisgarh
:NA
Application Number Address of Applicant :Amity University Chattisgarh, Manth
:NA
Filing Date Kharora Raipur ----------- -----------
5)Ujjwal Sharma- Assistant Professor, Amity University
Chattisgarh
Address of Applicant :Amity University Chattisgarh, Manth
Kharora Raipur ----------- -----------
6)Nisha Rathore- Assistant Professor, Amity University
Chattisgarh
Kharora Raipur ----------- -----------
7)Dr. Prasanna Kumar Sharma- Associate Prof, Amity
University Chattisgarh
Kharora Raipur ----------- -----------
(57) Abstract :
Snake bites pose a significant threat to human lives, particularly in regions where venomous snake species are prevalent. Traditional
methods of snake-repellent systems often involve toxic chemicals or physical barriers, which can have adverse effects on the
environment and wildlife. In this study, we propose an innovative snake-repellent system based on ultra-wideband (UWB) technology,
offering a safe and efficient solution for deterring snakes while minimizing environmental impact. The UWB-based snake-repellent
system utilizes electromagnetic signals in the UWB frequency range to create a deterrent effect on snakes. By emitting UWB signals
with specific modulation patterns, the system disrupts the sensory receptors of snakes, causing discomfort and deterring their
approach. The UWB signals are carefully designed to be harmless to humans and non-target organisms, ensuring the safety of both the
users and the ecosystem. The system comprises compact UWB transmitter and receiver units, which can be easily installed in snake-
prone areas such as residential properties, farms, or outdoor recreational spaces. The transmitter emits UWB signals at varying
intervals and intensities, effectively covering a wide area. The receiver unit detects the presence of snakes through integrated sensors
and triggers the UWB signal emission when a snake is detected, reinforcing the deterrent effect.
(19) INDIA
(54) Title of the invention : ADJUSTABLE MULTIPURPOSE CARRIER
:A61B0090000000, A45F0005100000, (71)Name of Applicant :

(51) International
B65G0021140000, A45C0013100000, 1)Santosh Vishnu Joshi
classification
B65G0041000000 Address of Applicant :12, Devraj Row House, Behind Pokar
(86) International Colony, Dindori Road, Nashik ----------- -----------
:NA
:NA
: NA
Publication No 1)Santosh Vishnu Joshi
(61) Patent of Addition Address of Applicant :12, Devraj Row House, Behind Pokar
:NA
to Application Number Colony, Dindori Road, Nashik ----------- -----------
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT: An Adjustable Multipurpose Carrier is designed and developed to carry material from one place to another. It comprises
a container and a bracket. The container is placed into the bracket and is used to carry the material. The bracket is made up of metallic
elements bolted using hole and nut-bolt technique. This carrier is portable and easy to use. The load of the material gets distributed on
shoulder, head, back and arm, which supports the user ergonomically. The adjustable multi-purpose carrier can be used to carry load
on flat surface using wheels. Also, in buildings where lift facility is not available or buildings which are under construction, user can
wear this carrier assembly and with the help of staircase, the material can be unloaded at the desired location. Similarly, in hilly areas
where road facility is not available, this carrier can be used to carry material at desired location.

(19) INDIA
(54) Title of the invention : MULTI-PURPOSE MULTIPERFORATED NEEDLE
:A61M5/158, A61M5/32, (71)Name of Applicant :

A61M5/34 1)DR.Abhay Kulkarni
(86) International Application No :NA Address of Applicant :PDU Dental College 19/1 Kegaon ------
Filing Date :NA ----- -----------
(87) International Publication No : NA Name of Applicant : NA
(61) Patent of Addition to Address of Applicant : NA
:NA
Application Number (72)Name of Inventor :
:NA
Filing Date 1)DR.Abhay Kulkarni
(62) Divisional to Application Address of Applicant :PDU Dental College 19/1 Kegaon -----------
:NA
Number -----------
:NA
Filing Date
(57) Abstract :
Disclosed is method and product of multi-perforated needle. Oral mucosal lesions are quiet common to occur and difficult to treat with
local drug delivery as saliva may limit the contact of drug with lesion by constant washing. Oral submucous fibrosis (OSMF) and
leukoplakia are common oral potentially malignant disoders and not satisfactorily treated. These ultimately may have high chances of
turning into oral cancers. The multiple holes in the proposed needle may facilitate local drug delivery at the lesion and the fear of
multiple pricking may be limited as it may require 1/3rd pricking compared to conventional technique. The patients may seek
complete treatment and high chances of complete recovery. This may help in reducing mortality and morbidity.

(19) INDIA
(54) Title of the invention : CONCRETE TRUCK-MIXER POWERED BY HYDROGEN SLAVE ENGINE
1)AMIT ARUN GOKHALE
:B28C 5/08, B28C 5/42, Address of Applicant :C/O G.V. Sawant, Plot No.3, Tushar,
C01B 3/08 Ashwininaga, Kolhapur, Pin-416008 ----------- -----------
(86) International Application No :NA 2)Anand Arun Gokhale
Filing Date :NA 3)Antara Amit Gokhale
(61) Patent of Addition to Application Address of Applicant : NA
:NA
Number (72)Name of Inventor :
:NA
Filing Date 1)AMIT ARUN GOKHALE
(62) Divisional to Application Address of Applicant :C/O G.V. Sawant, Plot No.3, Tushar,
:NA
Number Ashwininaga, Kolhapur, Pin-416008 ----------- -----------
:NA
Filing Date 2)Anand Arun Gokhale
Address of Applicant :C/o Indian Mobile Equipment, Survey No.
532, Bhugaon, Pune. Pune ----------- -----------
(57) Abstract :
“Concrete Truck-Mixer Powered by Hydrogen slave engine” is a vehicle mounted concrete Mixer (1) operated by means of a
dedicated slave engine (3) which is an Internal Combustion Engine using Hydrogen gas as fuel and the said equipment is also
provided with an emergency on-board Hydrogen Generator (5) which gives alternative supply of Hydrogen in case the main fuel
storage is exhausted.

(19) INDIA
(54) Title of the invention : AUTOMATED CROP SURVEILLANCE AND MONITORING DEVICE.
1)Deepa Shivshant Bhandare
Address of Applicant :758,meher society,sahkarnagar
no.1,padmavati,pune-09 ----------- -----------
2)Yash Sunil Kshirsagar
3)Shayan Chakraborty
:A01G0007000000, G06Q0050020000,
(51) International 1)Deepa Shivshant Bhandare
A01G0009240000, A01G0022000000,
classification Address of Applicant :758,meher society,sahkarnagar
G06F0030200000
no.1,padmavati,pune-09 ----------- -----------
(86) International
:NA 2)Yash Sunil Kshirsagar
Application No
:NA Address of Applicant :17 nakane road,ramrao patil nagar Dhule
Filing Date
Maharashtra India 424002 ----------- -----------
(87) International
: NA 3)Shayan Chakraborty
Publication No
Address of Applicant :C-102, C wing, Amorapolis, Sr. No. 12/4
:NA DN Parande Park, adjacent to Porwal Road Pune Maharashtra
:NA India 411015 ----------- -----------
Filing Date
4)Tanishq Shelke
(62) Divisional to
:NA Address of Applicant :226, friends colony, katol road, Nagpur
Application Number
:NA Maharashtra India 440013 ----------- -----------
Filing Date
5)Avinash More
Address of Applicant :flat 404, Irish building, Ajinkya megs city,
Latur, Maharashtra India 413512 ----------- -----------
6)Atharva Baramkar
Address of Applicant :'Surekh', Nawathe Plot, Near TTR honda
showroom, Badnera Road Maharashtra ----------- -----------
7)Samiksha
Address of Applicant :SMQ 898/3,AIR FORCE CAMPUS,Viman
nagar,Pune Maharashtra India 411014 ----------- -----------
(57) Abstract :
Crop complaints and unfavorable growth rates are one of the main variables undermining the profitability and sustainability of
husbandry operations, so covering crop health and growth conditions on a timely basis is essential for effective agrarian field
operation. For illustration, cotton as a significant crop is exceptionally susceptible to cotton root spoilage, a destructive soil-borne
complaint. Infected crops show early symptoms with the leaves turning unheroic and orange and changing to dark brown before the
shops die with dry leaves attached to them. It's virtually essential to acquire timely circumstance data over large areas so that
preventative measures can be taken to ameliorate yield and quality. Remote seeing and plant phenotyping make it conceivable to
screen crop complaints snappily on a large scale, which is timely, easy to use, expansive, nondestructive, and ideal. Remote seeing and
plant phenotyping has been utilised to fete, screen, and estimate a multifariousness of conditions in crops. Spectral VIs, an effective
dimension-reduction technique using only a limited number of bands strongly correlated to vegetation health, can be very useful in
fulfilling the task of detecting the severity level of crop diseases. Due to the influence of planting time, management practice, and
other variable crop growing conditions, different fields tend to have varying levels of VIs and there are normally no uniform
thresholds for all fields. Our project focuses on tackling the problem of late identification of crop conditions and better understanding
crop growth rate characteristics. Automated Crop Monitoring and Surveillance Device (handheld module) is a gauged-down prototype
module that majorly focuses on detecting the internal and external health of crops using remote sensing and plant phenotyping. The
vision is to help in minimizing losses due to undetected factor conditions and behavioral changes. Advanced technologies similar to
remote seeing and artificial intelligence can help in the early discovery of factory conditions.

(19) INDIA
(54) Title of the invention : INVENTIVE KINEMATIC NEST ARTIFACT APPARATUS AND PROCESS FOR INTERIM TEST
OF ARTICULATED ARM COORDINATE MEASURING MACHINE
1)D Y Patil College of Engineering Akurdi, Pune
Address of Applicant :D. Y. Patil College of Engineering, D.
Y. Patil Educational Complex, Sector 29, Nigdi Pradhikaran,
:G01B0005008000, G01B0021040000,
(51) International Akurdi, Pune, Maharashtra 411044 ----------- -----------
G01B0011000000, G01B0005012000,
classification 2)Mechanical Engineering Department, D Y Patil College of
G01B0007008000
Engineering, Akurdi, Pune
(86) International
:NA 3)Santosh Sarjerao Dabhole
Application No
Filing Date
(87) International
Publication No
1)Santosh Sarjerao Dabhole
:NA Address of Applicant :PhD Scholar, Mechanical Engineering
:NA Department, D. Y. Patil College of Engineering, D. Y. Patil
Filing Date
Educational Complex, Sector 29, Nigdi Pradhikaran, Akurdi,
(62) Divisional to
:NA Pune, Maharashtra 411044 ----------- -----------
Application Number
:NA 2)Dr. Vinay Arun Kulkarni
Filing Date
Address of Applicant :Mechanical Engineering Department, D. Y.
Patil College of Engineering, D. Y. Patil Educational Complex,
Sector 29, Nigdi Pradhikaran, Akurdi, Pune, Maharashtra 411044
----------- -----------
(57) Abstract :
ABSTRACT INVENTIVE KINEMATIC NEST ARTIFACT APPARATUS AND PROCESS FOR INTERIM TEST OF
ARTICULATED ARM COORDINATE MEASURING MACHINE Aspects of present disclosure relate to a Kinematic Nest Artifact
(KNA) apparatus for testing of an Articulated Arm Coordinate Measuring Machine (AACMM). The present disclosure also provides a
process of interim test for Single Point Articulation Test (SPAT) of Articulated Arm CMM. The proposed interim check artifact used
for tactile probing, particularly has hardened V slots as seat to guide the balls and ensuring equiangular spacing amongst them during
test. The balls are of metallic material responding to magnets. Magnet is used at bottom to ensure proper seating of balls in groove.
Fiducial indicator which can be mechanical analog/digital dial indicator or electronic/electric sensor used which sensitively ensures
gentle touch on three balls i.e. to identify whether the each of three balls is experiencing equal force during measurement. Further,
special process 5-4-1 location sample process/method is proposed to analyze and present final effective point repeatability for SPAT
result. Figure 1 is the reference figure.

(19) INDIA
(54) Title of the invention : A WATER BASED NITROGENEOUS LIQUID FERTILIZER AND PREPRATION METHOD
THEREOF
1)ANBR ELIXIR PRIVATE LIMITED
:C02F0003300000, C05G0003900000,
(51) International Address of Applicant :PLOT NO: 10008/3, NEAR
C05F0001000000, C05C0001000000,
classification KARMATUR CHOWKDI, BESIDES BEIL, GIDC ESTATE,
C05C0009000000
ANKLESHWAR, GUJARAT-393001, INDIA Ankleshwar --------
(86) International
:NA --- -----------
Application No
Filing Date
(87) International
Publication No
1)Patel Narendrakumar Ramanbhai
:NA Address of Applicant :H-3155/113, Bhavya Bunglows, Nr.
:NA Parasmani Chowkdi, GIDC, Ankleshwar Ankleshwar ----------- ---
Filing Date
--------
(62) Divisional to
:NA 2)Patel Bhaveshkumar Ramanbhai
Application Number
:NA Address of Applicant :H-3155/113, Bhavya Bunglows, Nr.
Filing Date
Parasmani Chowkdi, GIDC, Ankleshwar Ankleshwar ----------- ---
--------
(57) Abstract :
The present invention is related to water based Liquid Nitrogenous Fertilizer using different type of nitrogen sources for slow release
and enhances Nutrient Uptake Efficiency (NUE) for all crops and reduces the requirement of conventional urea significantly. The
water based liquid nitrogenous fertilizer provides at least total Nitrogen of 35 % w/w, 40% w/w tested with the fertilizer control
method 2021. Also, the method helps to slow down the nitrification process up to 30 days.

(19) INDIA
(54) Title of the invention : A SHIELD FOR ATTENUATING SHOCK WAVES
1)Indian Institute of Technology Bombay
Address of Applicant :IIT-Bombay, Powai, Mumbai,
Maharashtra, India - 400076 Mumbai ----------- -----------
:F41H5/04, F41H5/05, Name of Applicant : NA
F41H5/06, F42D5/04 Address of Applicant : NA
(86) International Application No :NA (72)Name of Inventor :
Filing Date :NA 1)Bhanu Pratap Sharma
(87) International Publication No : NA Address of Applicant :Department of Aerospace Engineering,
(61) Patent of Addition to Indian Institute of Technology Bombay, Powai, Mumbai-400076,
:NA
Application Number Maharashtra, India Mumbai ----------- -----------
:NA
Filing Date 2)Abhijit Gogulapati
(62) Divisional to Application Address of Applicant :Department of Aerospace Engineering,
:NA
Number Indian Institute of Technology Bombay, Powai, Mumbai-400076,
:NA
Filing Date Maharashtra, India Mumbai ----------- -----------
3)Viren Menezes
Address of Applicant :Department of Aerospace Engineering,
Indian Institute of Technology Bombay, Powai, Mumbai-400076,
Maharashtra, India Mumbai ----------- -----------
(57) Abstract :
ABSTRACT A SHIELD FOR ATTENUATING SHOCK WAVES The disclosure herein generally relates to shields for attenuating
shock waves and more particularly, to a single or multiple layered shield made of single material in which cell density distribution is
changed across a thickness thereof for attenuating shock waves. The shield (100) includes a single or multiple layered shield structure
(102). The shield (102) collapses partially and reduces propagation of plastic wave to target being protected. The shield (100) has high
strength and is lightweight. The shield (100) is inexpensive and is easy to manufacture. FIG. 1

(19) INDIA
(54) Title of the invention : A HYBRID SYSTEM FOR THERMAL MANAGEMENT OF BATTERY PACK WITH IMMERSION
AND PHASE CHANGE TECHNIQUES
1)Kairus Energies Private Limited
Address of Applicant :FL402 BLD A/8 AMBA VATIKA,
SN16/8/9, NIBM Rd, Kondhwa, Pune - 411048, Maharashtra,
India Pune ----------- -----------
:H01M10/613, H01M10/615, H01M10/625, Address of Applicant : NA
(51) International H01M10/63, H01M10/6551, (72)Name of Inventor :
classification H01M10/6556, H01M10/6563, 1)GHOGARE, Ashay Navnath
H01M10/6568 Address of Applicant :KAIRUS ENERGIES PVT. LTD. /
(86) International POWERTRAIN DESIGNER, FL402 BLD A/8 AMBA VATIKA,
:NA
Application No SN16/8/9, NIBM Rd, Kondhwa, Pune - 411048, Maharashtra,
:NA
Filing Date India Pune ----------- -----------
(87) International 2)DAREKAR, Anay Satish
: NA
Publication No Address of Applicant :KAIRUS ENERGIES PVT. LTD. /
(61) Patent of POWERTRAIN DESIGNER, FL402 BLD A/8 AMBA VATIKA,
Addition to :NA SN16/8/9, NIBM Rd, Kondhwa, Pune - 411048, Maharashtra,
Application Number :NA India Pune ----------- -----------
Filing Date 3)PATHAK, Shail Anant
(62) Divisional to Address of Applicant :KAIRUS ENERGIES PVT. LTD. /
:NA
Application Number POWERTRAIN DESIGNER, FL402 BLD A/8 AMBA VATIKA,
:NA
Filing Date SN16/8/9, NIBM Rd, Kondhwa, Pune - 411048, Maharashtra,
India Pune ----------- -----------
4)NAIK, Kshitij Chandrashekhar
Address of Applicant :KAIRUS ENERGIES PVT. LTD. / IP
MANAGER, FL402 BLD A/8 AMBA VATIKA, SN16/8/9,
NIBM Rd, Kondhwa, Pune - 411048, Maharashtra, India Pune ----
------- -----------
(57) Abstract :
The present invention discloses a system for thermal management of battery packs using a hybrid of immersion and phase change
techniques. The system comprises of battery enclosure having a dielectric fluid and battery cells at least partially immersed in the
dielectric fluid. A FCS for circulating the dielectric fluid inside the battery enclosure to cool or heat the battery cells. A PCM heat sink
attached to the battery enclosure to absorb heat from the dielectric fluid. An EAFS to cool the PCM by blowing cool air over the PCM.
An IHS for heating the dielectric fluid during cold weather conditions. A microcontroller/processor to receive inputs from plurality of
temperature sensors and accordingly operate the FCS, IHS and EAFS for thermal management of battery pack.

(19) INDIA
(54) Title of the invention : A REMOTE-CONTROL BASED LOCOMOTIVE (RCL) SYSTEM AND RELATED OPERATIONAL
UTILITIES.
1)JSW STEEL LIMITED
:B23K0037000000, H05H0001380000, Address of Applicant :JSW CENTRE, BANDRA KURLA
(51) International
H05H0001280000, H05G0001280000, COMPLEX, BANDRA(EAST), MUMBAI, MAHARASHTRA,
classification
G01N0033500000 INDIA 400051 MUMBAI ----------- -----------
:NA
:NA
(87) International 1)Sushil Nowal
: NA
Publication No Address of Applicant :Executive Vice President - Supply Chain
(61) Patent of Addition Management, Logistics, JSW Steel Limited, Vijayanagar Works,
:NA
to Application Number P.O. Vidyanagar, Ballari Karnataka India 583275 Ballari -----------
:NA
Filing Date -----------
(62) Divisional to 2)Shailesh Kumar
:NA
Application Number Address of Applicant :Deputy General Manager - Supply Chain
:NA
Filing Date Management, Logistics, JSW Steel Limited, Vijayanagar Works,
P.O. Vidyanagar, Ballari Karnataka India 583275 Ballari -----------
-----------
(57) Abstract :
ABSTRACT TITLE: A REMOTE-CONTROL BASED LOCOMOTIVE (RCL) SYSTEM AND RELATED OPERATIONAL
UTILITIES. A remote-control based locomotive (RCL) system and related operational utilities within steel making complex, with
reduced Loco turn around time (TAT) and free of manual intervention comprising: a central control station having transmitter means
for sending wireless signals by an operator, selectively and safely located with clear visibility of locomotive movement to be
controlled within the steel mill, for shunting operations within steel mills with equipments installed therein to receive and interpret
commands from the remote-control system by operator at the control station including controlling the locomotive's throttle, brakes,
and start/stop functions remotely, to operate both drop gate functioning prior to loco arrival and point changes while the locomotive
moves on track including hauling a coupled torpedo carrying hot metal ladle from a blast furnace to steel melting shop and means to
coupling and decoupling of the torpedo from the locomotive, as well as providing feedback to the operator regarding the locomotive's
status and parameters. The system offers flexibility in terms of scheduling and optimal resource utilization like multiple loco operation
by a single operator who can switch between locomotives or control different sections of a train remotely. (Figure 1)

(19) INDIA
(54) Title of the invention : AN INDUSTRIAL SCALE PLANT TO TREAT EFFLUENT / RO REJECT STREAM, USING NON-
THERMAL EVAPORATION
1)ASIATIC ENGIIYEERS
Address of Applicant :8, Subhada Colony, Nr. Jodhpur Village
Road, Opp. Falgun Tenaments, Satellite, Ahmedabad- 380015,
Gujarat, India. ----------- -----------
:C02F0001040000, C02F0001440000, Name of Applicant : NA
(51) International
C02F0001120000, C02F0009000000, Address of Applicant : NA
classification
B01D0001260000 (72)Name of Inventor :
(86) International 1)Patel Abhishek Ranchhodbhai
:NA
Application No Address of Applicant :109 / A, Nalanda Complex, Nr Mansi Cross
:NA
Filing Date Road, Ahmedabad - 380015. Guiarat,India. Ahmedabad -----------
(87) International -----------
: NA
Publication No 2)Parikh Maheshkumar Rajnikant
(61) Patent of Addition Address of Applicant :109 / A, Nalanda Complex, Nr Mansi Cross
:NA
to Application Number Road, Ahmedabad - 380015. Guiarat,India. Ahmedabad -----------
:NA
(62) Divisional to 3)Dave Sandeep Jagdishchandra
:NA
Application Number Address of Applicant :109/A, Nalanda Complex, Nr Mansi Cross
:NA
Filing Date Road, Ahmedabad - 380015. Gujarat,India. Ahmedabad -----------
-----------
4)Parikh Bharat Siddharth
Address of Applicant :109 / A, Nalanda Complex, Nr Mansi Cross
Road, Ahmedabad - 380015. Guiarat" India. Ahmedabad -----------
-----------
(57) Abstract :
Abstract “An industrial scale plant to treat effluent / RO reject stream, using non-thermal evaporation” The present invention relates to
an industrial RO reject effluent treatment plant using principle of non-thermal evaporation, which provides 5 an economically viable
and technically sustainable solution for complying with zero liquid discharge norm employs the principle of diffusional evaporation
which transform liquid effluent into water vapour through large quantity of an air blower (4) and suitable mechanism to ensure large
interfacial area between air and water in an evaporation tower (3); wherein 10 the vapour (8) is disposed into the atmosphere by
passing through a mist eliminator (7) and salt is settled down in the bottom of the evaporation tower (3). Said salt is feed to a high
TDS RO reject tank (6) and then it is dried further through a MEE (multi-effect evaporator) and a centrifuge and final salt is disposed
of into TSDF site (9).

(19) INDIA
(54) Title of the invention : A SKELETON ASSEMBLY CABINET SYSTEM AND METHOD OF ITS CONSTRUCTION
1)AYENA INNOVATION PRIVATE LIMITED
Address of Applicant :C2, 4th Floor, JSW Centre, BKC,
Bandra East, Mumbai – 400051, Maharashtra, India Mumbai ------
----- -----------
:A47B47/04,
(51) International classification Name of Applicant : NA
A47B77/02
Filing Date :NA
1)Utsav Mahto
Address of Applicant :Banafar, Road 9-10, Sukhdeopuram, Ketari
:NA Bagan, Namkum, Ranchi - 834010, Jharkhand, India. Ranchi ------
Number
:NA ----- -----------
Filing Date
2)Dharmendra Patel
Address of Applicant :338/12 Gram Khajuha, Kalan Teh. Gurh,
Filing Date :NA
Rewa - 486001, Madhya Pradesh, India. Kalan ----------- -----------
3)Appu Kumar Mahato
Address of Applicant :Jagannath Mahato, Bhuda, Dhanbad, Near
Gn College, Dhanbad - 826001, Jharkhand, India. Dhanbad --------
--- -----------
(57) Abstract :
ABSTRACT: Title: A skeleton assembly cabinet system and method of its construction The present invention discloses a skeleton
assembly cabinet system and the method of its construction. The system employs a composite material comprising plastic components
and glass fillers, combined through an injection moulding process to fabricate joining members and panels. Three types of panels,
including a front panel, bottom panel, and side panel, cater to specific functions and load-bearing requirements. The cabinet’s
structural integrity is further reinforced by a robust frame and front and back steel sheet coverings. L-type and C-type bending
techniques are utilized to achieve precise shaping and fitting. The Skeleton Assembly Cabinet System offers reduced material
wastage, cost-effectiveness, and improved design flexibility, making it a sustainable and practical solution for various applications,
from residential to commercial and industrial settings. Fig. of Abstract: Fig. 4

(19) INDIA
(54) Title of the invention : A CRADLE BASED SWAPPABLE BATTERY ASSEMBLY FOR ELECTRIC VEHICLE
1)TORK MOTORS PVT. LTD.
Address of Applicant :HQ, C9-10, MIDC Rd, T Block, MIDC
Bhosari, Pune - 411026 Bhosari ----------- -----------
:B60L53/80,
B62J43/20
1)SHELKE, Kapil
Filing Date :NA
:NA 2)MAHATEKAR, Anup
Number
:NA Address of Applicant :HQ, C9-10, MIDC Rd, T Block, MIDC
Filing Date
3)BOROLE, Mayur
Filing Date :NA
4)KHADE, Sushant
(57) Abstract :
Disclosed herein a cradle based swappable battery assembly (100) for an electric vehicle, wherein said assembly comprises of a
battery mounting frame (101) bolted on to rear downside along width and on to a chassis of the electric vehicle, and a plurality of
battery casings (107) arranged perpendicularly to the direction of movement of the vehicle, wherein each casing (107) is designed to
contain a swappable battery (316) along the direction of the movement or along width of the vehicle, wherein said frame (101) is
having one or more beams (102, 103, 104 and 105) fixedly and/or detachably arranged along outer periphery of the length and height
of one or more battery casings (107). The assembly has high structural and dimensional stability and mounted in three wheelers or
trucks or any other high-end electric vehicles, wherein the structure of battery casings ensures minimal motion of the battery inside it.

(19) INDIA
(54) Title of the invention : DUAL CHAMBER OIL EXPELLER
1)Amitkumar Rameshkumar Kotadiya
Address of Applicant :Lecturer, Mechanical Engineering
Department, Government Polytechnic College, Bilkha Road, AT:-
:C11B0001060000, B30B0009120000, Khadiya, Junagadh - 362263, Gujarat, India ----------- -----------
(51) International
F04C0023000000, A61M0005315000, 2)Dr. Chetankumar M. Patel
classification
C11B0001040000 3)Hareshbhai L. Paneliya
:NA
:NA
(87) International 1)Amitkumar Rameshkumar Kotadiya
: NA
Publication No Address of Applicant :Lecturer, Mechanical Engineering
(61) Patent of Addition Department, Government Polytechnic College, Bilkha Road, AT:-
:NA
to Application Number Khadiya, Junagadh - 362263, Gujarat, India ----------- -----------
:NA
Filing Date 2)Dr. Chetankumar M. Patel
(62) Divisional to Address of Applicant :Professor & Head, Mechanical Engineering
:NA
Application Number Department, R K University, Bhavnagar Highway, Kasturbadham,
:NA
Filing Date Rajkot - 360020, Gujarat, India ----------- -----------
3)Hareshbhai L. Paneliya
Address of Applicant :Owner, Shree GelKrupa Engineering,
Jamvadi GIDC, Gondal - 360311, Gujarat, India ----------- ---------
--
(57) Abstract :
ABSTRACT A dual chamber oil expeller (10) is described herein. The dual chamber oil expeller (10) comprising seed feeder (20), a
support structure (30), a first chamber (40), a second chamber (50), where both the chambers (40, 50) are horizontally mounted on the
support structure (30), an interconnecting passage with two replaceable rings (60) separated by a middle plate and connecting the first
chamber (40) and the second chamber (50), a worm screw (70) positioned within the first chamber (40) and the second chamber (50),
and a gearbox (80) with a thrust support shaft connecting to the proximal end of the first chamber (40). The oil expeller (10) subjects
the oil-bearing material to two stages of pressing, allowing for greater oil yield compared to a single-chamber expeller. This can be
particularly useful for oilseeds with higher oil content or harder shells that require more thorough extraction. FIG.1

(19) INDIA
(54) Title of the invention : THE INFLUENCE OF CORPORATE SOCIAL RESPONSIBILITY ON COMMUNITY
DEVELOPMENT
1)Dr. Subodh Kumar Dwivedi
Address of Applicant :Assistant Professor, Shri Shankaracharya Mahavidyalaya, Near Petrol Pump, Junwani Chowk, Junwani,
Bhilai Chhattisgarh, Pin: 490020, Chhattisgarh, India. ----------- -----------
2)Dr. Sanjay Kumar Singh
3)Dr. Susarla Ramesh
4)Dr. Thirumalesha S
5)Dr. Thokala Peddanna
6)Mr.G.Kiran Kumar
7)Dr. Vipin Kumar Singh
8)Mrs. K.N. Jahnavi
9)Ms. P. Maheswari
:G06Q0040060000, G06Q0010060000, 10)Dr. K Suneetha Reddy
(51) International 11)Dr. Harikumar Pallathadka
G06Q0030000000, C08L0051040000, Name of Applicant : NA
1)Dr. Subodh Kumar Dwivedi
(86) International Address of Applicant :Assistant Professor, Shri Shankaracharya Mahavidyalaya, Near Petrol Pump, Junwani Chowk, Junwani, Bhilai
:NA Chhattisgarh, Pin: 490020, Chhattisgarh, India. ----------- -----------
Application No 2)Dr. Sanjay Kumar Singh
:NA Address of Applicant :Professor of English, Department of Humanities, OP Jindal University, Raigarh, Pin:496109, Chhattisgarh,
Filing Date India. ----------- -----------
3)Dr. Susarla Ramesh
(87) International Address of Applicant :Professor in Management, Vignan Institute of Engineering for women, Kapujaggarajupeta, Duvvada Campus,
: NA Visakhapatnam, Pin: 530049, Andhra Pradesh, India. ----------- -----------
Publication No 4)Dr. Thirumalesha S
Address of Applicant :Assistant Professor, Department of Sociology & Education (Four-Year Integrated B.Ed), Mount Carmel
(61) Patent of Addition College, Autonomous, Bengaluru, Pin: 560052, Karanataka, India. ----------- -----------
:NA 5)Dr. Thokala Peddanna
to Application Number Address of Applicant :Assistant Professor of Commerce, Government Degree College- Morthad, M&V Morthad, Nizamabad, Pin:
:NA 503225, Telangana, India. ----------- -----------
Filing Date 6)Mr.G.Kiran Kumar
Address of Applicant :Assistant Professor, Department of Electronics and Communication Engineering, Institute of Aeronautical
(62) Divisional to Engineering, Dundigal, Hyderabad, Pin: 500043 Telangana, India. ----------- -----------
:NA 7)Dr. Vipin Kumar Singh
Application Number Address of Applicant :Assistant professor, NIILM UNIVERSITY, NH-152, Ambala Road, Kaithal, Haryana, Pin:136027, Haryana,
:NA India. ----------- -----------
Filing Date 8)Mrs. K.N. Jahnavi
Address of Applicant :Assistant Professor, Sindhi Institute of Management, Kempapura, Bangalore, Pin: 560024, Karnataka, India. --
--------- -----------
9)Ms. P. Maheswari
Address of Applicant :Assistant Professor, Department of Commerce, Dr NGP Arts and Science College, Coimbatore, Pin: 641058,
Tamilnadu, India. ----------- -----------
10)Dr. K Suneetha Reddy
Address of Applicant :Professor & HoD, Dri Venkateswara college of Engineering, Karakambadi Road, Tirupathi, Pin:517501,
Andhra Pradesh, India. ----------- -----------
11)Dr. Harikumar Pallathadka
Address of Applicant :Director and Professor, Manipur International University, Ghari, Imphal, Imphal West, Imphal, Pin: 795140,
Manipur, India. ----------- -----------
(57) Abstract :
The Influence of Corporate Social Responsibility on Community Development ABSTRACT: Corporate social responsibility (CSR)
encompasses the deliberate actions undertaken by organizations or firms to conduct their commercial operations in an ethical manner
that is considerate of societal well-being and contributes to the growth of the community. This article undertakes an analysis of the
concept of Corporate Social Responsibility (CSR) by drawing upon several theories found in the existing literature. There is a
contention that three theories, specifically utilitarian, managerial, and relational theories of corporate social responsibility (CSR), are
supported by the works of other experts in the field. These theories propose that CSR assumes an international significance as a result
of the globalized character of business, which transcends national boundaries. Corporate Social Responsibility (CSR) is through a
process of evolution in both its conceptual understanding and practical implementation. The article further examines the role of
corporate social responsibility (CSR) in community development, as the fundamental rationale behind CSR is to observe its influence
on the community in social, environmental, and economic aspects. The analysis of competencies necessary for CSR managers is
undertaken to enhance comprehension of the practical dimensions of corporate social responsibility. In conclusion, this study
examines the findings and explores their potential implications for future research.

(19) INDIA
(54) Title of the invention : ADAPTIVE LIGHTING CONTROL SYSTEM AND METHOD THEREOF FOR VEHICLES
1)TORK MOTORS PVT. LTD.
:B60Q1/26, B60Q1/34, B60Q1/40,
(51) International Bhosari, Pune - 411026 Bhosari ----------- -----------
B60W50/00, F21S41/00, G06V20/56,
G08C17/00
(86) International
Application No
:NA 1)SHELKE, Kapil
Filing Date
(87) International
: NA Bhosari, Pune - 411026 Bhosari ----------- -----------
Publication No
2)NADKARNI, Kanishk
Application Number
:NA Bhosari, Pune - 411026 Bhosari ----------- -----------
Filing Date
3)SHARMA, Mohit
(62) Divisional to
Application Number
:NA Bhosari, Pune - 411026 Bhosari ----------- -----------
Filing Date
4)GAONKAR, Pratik
(57) Abstract :
Adaptive Lighting Control System and method thereof for vehicles Abstract of the Invention Disclosed herein an adaptive lighting
control system and method thereof for vehicles, wherein the lighting control system comprises of one or more lighting devices
electrically mounted on the vehicle, a vehicle control unit, an intelligent processing module configured to receive real time vehicle
driving parameters from the vehicle control unit, wherein said one or more lighting devices is in communication with the vehicle
control unit and configured to be de-activated based on the driving pattern of the driver.

(19) INDIA
(54) Title of the invention : A BOSS ASSEMBLY FOR A PRESSURE VESSEL
Address of Applicant :Indian Institute of Technology Bombay,
:F17C1/00, F17C13/04,
(51) International classification Powai, Mumbai-400076, Maharashtra, India Mumbai ----------- ---
F17C13/06
--------
Filing Date :NA
:NA 1)Mansingh Yadav
Application Number
Filing Date
:NA Maharashtra, India Mumbai ----------- -----------
Number
:NA 2)Asim Tewari
Filing Date
(57) Abstract :
ABSTRACT A BOSS ASSEMBLY FOR A PRESSURE VESSEL The disclosure herein generally relates to pressure vessels and
more particularly, to a boss assembly (100) for a pressure vessel (10). The boss assembly (100) includes a boss (104), a flange (102)
coaxially received by the boss (104), and a tightening member (106). Liner (12) of the pressure vessel (10) is pressed between the
flange (102) and the boss (104), wherein the tightening member (106) is adapted to linearly tighten the flange (102) against the boss
(104), securing the liner (12) with the boss assembly (100). The tightening member (106) applies pre-tension on the flange (102) and
the boss (104). The boss assembly (100) eliminates leakages in the pressure vessel (10), increases longevity of the pressure vessel
(10), and is easy to assemble and manufacture. Fig. 1

(19) INDIA
(54) Title of the invention : “A METHOD OF FABRICATING CARBON FIBER REINFORCED POLYMER COMPOSITE”
:B29C70/44, B29C70/48, B29C70/54,
(51) International 1)Indian Institute of Technology Bombay
B32B37/10, B32B5/02, C08J5/04,
classification Address of Applicant :IIT – Bombay, Powai, Mumbai,
C08J5/24, C08L63/00
(86) International
Application No
Filing Date
(87) International
: NA 1)Jatothu Praveenkumar
Publication No
Address of Applicant :Centre for Research in Nanotechnology and
:NA Science(CRNTS), Indian Institute of Technology Bombay, Powai,
:NA Mumbai, Maharashtra, India 400076 Mumbai ----------- -----------
Filing Date
2)Aparna Singh
(62) Divisional to
:NA Address of Applicant :Department of Metallurgical Engineering &
Application Number
:NA Materials Science, Indian Institute of Technology Bombay, Powai,
Filing Date
Mumbai, Maharashtra, India 400076 Mumbai ----------- -----------
(57) Abstract :
ABSTRACT “A method of fabricating carbon fiber reinforced polymer composite” The disclosure herein generally relates to carbon
fiber reinforced polymer composites. More specifically, the embodiments relate to a method (100) of fabricating carbon fiber fabrics
with enhanced mechanical properties. The method (100) includes a combination of partial hand layup (HL) method followed by
vacuum-assisted resin transfer molding (VARTM) for the fabrication of CFRP composites. The CFRPs composites obtained by using
the method (100) exhibit improved tensile strength, tensile modulus, flexural strength, flexural modulus and improved strain at
maximum tensile as well as flexural stress. FIG. 1

(19) INDIA
(54) Title of the invention : OPTIMIZED POLYVINYL ALCOHOL: POLYACRYLIC ACID NANOFIBER FORMULATION FOR
PROLONGED RELEASE OF CAPECITABINE AND EVALUATION OF ITS IN VITRO COLON CANCER EFFICACY
1)Prof. Dr. Bhusnure Omprakash Gadgeppa
Address of Applicant :Professor and Director, Research Center, Department Pharmaceutical Quality Assurance,
Channabasweshwar Pharmacy College (Degree), Kawa Road, Basweshwar Chowk, Latur, Pin: 413512, Maharashtra, India. -----------
-----------
2)Mr. Swami Shailesh Anil
3)Prof. Dr. Mani Ganesh
4)Dr. Gholve Sachin Bha
5)Dr. Giram Padmaja Sidram
6)Dr. Jayabalan Jayaprakash
7)Dr. Hemalatha Pushparaj
8)Prof. Dr. Mahesh Palkar
:A61P0035000000, A61K0009000000, A61K0009510000, A61P0029000000, 1)Prof. Dr. Bhusnure Omprakash Gadgeppa
A61K0009160000 Address of Applicant :Professor and Director, Research Center, Department Pharmaceutical Quality Assurance, Channabasweshwar
(86) International Application No :NA Pharmacy College (Degree), Kawa Road, Basweshwar Chowk, Latur, Pin: 413512, Maharashtra, India. ----------- -----------
Filing Date :NA 2)Mr. Swami Shailesh Anil
(87) International Publication No : NA Address of Applicant :PG Student, Department Pharmaceutical Chemistry, Channabasweshwar Pharmacy College (Degree), Kawa
(61) Patent of Addition to Application Road, Basweshwar Chowk, Latur, Pin: 413512, Maharashtra, India. ----------- -----------
:NA
Number 3)Prof. Dr. Mani Ganesh
:NA
Filing Date Address of Applicant :Professor, Department Pharmaceutical Chemistry, Channabasweshwar Pharmacy College (Degree), Kawa
(62) Divisional to Application Number :NA Road, Basweshwar Chowk, Latur, Pin: 413512, Maharashtra, India. ----------- -----------
Filing Date :NA 4)Dr. Gholve Sachin Bha
Address of Applicant :Associate Professor, Department Pharmaceutical Chemistry, Channabasweshwar Pharmacy College (Degree),
Kawa Road, Basweshwar Chowk, Latur, Pin: 413512, Maharashtra, India. ----------- -----------
5)Dr. Giram Padmaja Sidram
Address of Applicant :Associate Professor, Department Pharmacology, Channabasweshwar Pharmacy College (Degree), Kawa Road,
Basweshwar Chowk, Latur, Pin:413512, Maharashtra, India. ----------- -----------
6)Dr. Jayabalan Jayaprakash
Address of Applicant :Professor, Department of Microbiology, St. Joseph’s College of Arts and Science (Autonomous), Cuddalore,
Pin: 607001 Tamil Nadu, India. ----------- -----------
7)Dr. Hemalatha Pushparaj
Address of Applicant :Associate Professor, Department of Chemistry, Anna University, Chennai, Pin: 600025, Tamil Nadu, India. ---
-------- -----------
8)Prof. Dr. Mahesh Palkar
Address of Applicant :Professor, Shobhaben Pratapbhai Patel School of Pharmacy & Technology Management SVKM’s Narsee
Monjee Institute of Management Studies University (NMIMS), V. L. Mehta Road, Vile Parle (W), Mumbai, Pin:400056,
Maharashtra, India. ----------- -----------
(57) Abstract :
Optimized polyvinyl alcohol: polyacrylic acid nanofiber formulation for prolonged release of capecitabine and Evaluation of its in vitro colon cancer efficacy Abstract This study aimed for the development of efficient nanofibers (NFs) formulation using polyvinyl
alcohol (PVA) and polyacetic acid (PAA) composites polymers and to embed and release of capecitabine (CPB) a promising anticancer drug targeting colon cancer. The Box–Behnken factorial design was used to analyze the effects of the formulation variables on the
NF diameter and study the prolonged drug-release performance. Physicochemical characterizations, such as UV-Visible spectroscopy, Fourier-transform infrared (FTIR) spectroscopy, scanning electron microscopy (SEM), differential scanning calorimetry (DSC), and
powder X-ray diffraction (PXRD), were used to evaluate the formulated NFs. The FTIR results showed effective drug loading into the NF matrices, decrease in CPB crystalinity peak in PXRD results further support effective CPB loading. The drug-release study results
showed that the drug-loaded NFs exhibited an initial burst release of 41.49%, followed by slow unrelenting release for over 20 h via Fickian diffusion, with n>0.5 to drive controlled drug release through a combination of diffusion and erosion mechanisms. In vitro
cyctotoxicity evaluations drug loaded NF on HT-29 colon carcinoma cancer cells showed an enhanced inhibition HT-29 cells compared free drug. Results of the study portrayed the successful formulation of CPB encapsulated PVA:PAA nanofibers for the effective
targeted therapy of colon cancer

(19) INDIA
(54) Title of the invention : DESIGN OF ANGULAR VARIABLE DIFFERNTIAL TRANSDUCER
:G01D0005220000, H04L0001000000, (71)Name of Applicant :

(51) International
H04W0024100000, H04L0005000000, 1)CHARLIE DADAJI FULZELE
classification
H04W0072040000 Address of Applicant :30, CHARLIE VILLA, SHAHANE
(86) International LAY OUT, TRIMURTI NAGAR, NAGPUR ----------- -----------
:NA
:NA
: NA
Publication No 1)CHARLIE DADAJI FULZELE
(61) Patent of Addition Address of Applicant :30, CHARLIE VILLA, SHAHANE LAY
:NA
to Application Number OUT, TRIMURTI NAGAR, NAGPUR ----------- -----------
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Many times in an industry the angle needs to be measured of reference disc or button, which is very vital. In order to measure this
angle the proposed changes are made to the existing LVDT and with these changes we can measure the change of angle in degrees on
electronic display. The name given to the arrangement is Angular Variable Differential Transformer (AVDT).

(19) INDIA
(54) Title of the invention : SYSTEMS AND METHODS FOR SCHEDULING OF SELF-BACKHAUL LINKS IN MILLIMETER
WAVE NETWORKS
:H04B17/309, H04L5/00,
(51) International classification Address of Applicant :Indian Institute of Technology Bombay,
H04W72/04, H04W72/12
Powai, Mumbai, Maharashtra, India-400076 Mumbai ----------- ---
:NA --------
No
Filing Date
No
1)Gaurav Sudhir Kasbekar
:NA Address of Applicant :Department of Electrical Engineering,
Application Number
:NA Indian Institute of Technology Bombay, Powai, Mumbai,
Filing Date
Maharashtra, India 400076 Mumbai ----------- -----------
:NA 2)Tushar Suresh Muratkar
Number
Filing Date
Indian Institute of Technology Bombay, Powai, Mumbai,
(57) Abstract :
ABSTRACT “Systems and methods for scheduling of self-backhaul links in millimeter wave networks” Embodiments herein focus on
reducing latency in mmWave self-backhaul networks. Embodiments herein disclose a queue for holding packets at each types of BSs–
at least one fibre-BS and at least one self-backhauled BSs (S- BSs). Embodiments herein schedule BS transmitter-receiver pairs that
will transmit in each time slot so as to achieve a low average delay in sending packets from the queues of different S-BSs to the fibre-
BS. Embodiments herein disclose scheduling methods and systems that performs scheduling decisions considering the queue length at
each S-BS. FIG. 4

(19) INDIA
(54) Title of the invention : “AN ELECTROLESS COATING METHOD FOR COATING TITANIUM-ZIRCONIUM-
MOLYBDENUM ALLOY”
:C23C18/16, C23C18/36,
(51) International classification Powai, Mumbai-400076, Maharashtra, India Nationality: India
C23C18/52
Mumbai ----------- -----------
Filing Date :NA
:NA 1)Prashant Prabhakar Date
Application Number
Filing Date
Number
:NA 2)Debjit Misra
Filing Date
(57) Abstract :
ABSTRACT "An electroless coating method for coating Titanium-Zirconium-Molybdenum alloy” An electroless coating method for
coating Titanium-Zirconium-Molybdenum (TZM) alloy is disclosed in embodiments herein. The present method achieves electroless
Ni-B coated molybdenum-based alloy that is oxidation and high temperature resistant. The catalytically active metal deposited on the
surface of TZM substrate according to embodiments herein, facilitates electroless deposition of high temperature resistant Ni-B
coating thereby significantly cutting down on the cost of deposition of an oxidation resistant coating. Further, the electroless coating
can sustain at 700 degrees Celsius in oxidizing atmosphere for 1 hour without developing any defects or cracks. FIG. 1.

(19) INDIA
(54) Title of the invention : THE IMPACT ADVERTISING RESEARCH PRACTICES ON THE ADVERTISING PERFORMANCE
OF COMPANIES
1)Mr. Ram Girdhar
Address of Applicant :Assistant Professor, Kalinga University, Kotni,
Atalnagar, Naya Raipur, Pin: 492001, Chhattisgarh, India. ----------- -----------
2)Dr. Chandra Bhooshan Singh
3)Mr. Tushar Ranjan Barik
:G06Q0030020000, G06F0016953500, 4)Ms. Nishtha Sharma
(51) International
G06Q0050200000, G99Z0099000000, 5)Ms. Mariyam Ahmed
classification
C12N0015100000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Mr. Ram Girdhar
(87) International Address of Applicant :Assistant Professor, Kalinga University, Kotni, Atalnagar,
: NA
Publication No Naya Raipur, Pin: 492001, Chhattisgarh, India. ----------- -----------
(61) Patent of Addition to 2)Dr. Chandra Bhooshan Singh
:NA
Application Number Address of Applicant :Assistant Professor, Kalinga University, Kotni, Atalnagar,
:NA
Filing Date Naya Raipur, Pin: 492001, Chhattisgarh, India. ----------- -----------
(62) Divisional to 3)Mr. Tushar Ranjan Barik
:NA
Application Number Address of Applicant :Assistant Professor, Kalinga University, Kotni, Atalnagar,
:NA
Filing Date Naya Raipur, Pin: 492001, Chhattisgarh, India. ----------- -----------
4)Ms. Nishtha Sharma
Address of Applicant :Assistant Professor Kalinga University, Kotni, Atalnagar,
Naya Raipur, Pin: 492001, Chhattisgarh, India. ----------- -----------
5)Ms. Mariyam Ahmed
Address of Applicant :Assistant Professor, Kalinga University, Kotni, Atalnagar,
Naya Raipur, Pin: 492001, Chhattisgarh, India. ----------- -----------
(57) Abstract :
THE IMPACT ADVERTISING RESEARCH PRACTICES ON THE ADVERTISING PERFORMANCE OF COMPANIES Abstract: In the big data environment, we
develop personalized information of college libraries based on big data from three aspects: the overall architecture of the system model, the functional model of the
system, and the design of system interface modules according to the design principles and requirements of the personalized information service system of the university
library Service system design. In terms of the functional design of the platform, the service platform is divided into four levels: accurate identification of user needs
based on big data, personalized customized services based on artificial intelligence, academic research and discussion space based on integrated media, and fine-grained
subject resource aggregation based on knowledge. On this basis, a centralized model of individualized services of university libraries including internal and external
personnel, information resources, technology, services, processes, platforms, and environment has been constructed Arti?cial intelligence (AI) is one of the emerging
trends and applications of computing in libraries. It involves programming computers to do things, which if done by humans, would be said to require intelligence. The
ultimate promise of arti?cial intelligence in libraries is to develop computer systems or machines that think, behave, and in fact rival human intelligence, and this clearly
has major implications on librarianship. The application of arti?cial intelligence in the library has become pervasive. They include expert systems for reference services,
book reading and shelf-reading robots, virtual reality for immersive learning among others. Although the incorporation of arti?cial intelligence in libraries can be
perceived to alienate librarians from their users, it will probably help libraries do more rather than taking over the jobs of librarians. It will enhance their services
delivery. Arti?cial intelligence will greatly improve library operations and services and will upgrade and heighten the relevance of libraries in an ever-changing digital
society The objective of the study was to investigate the effect on a company's sales volume caused by the use of advertisements on social networking websites,
websites, and pop-up windows. Internet users are expected to continue their upward trend due to the rapid development of new technologies in the modern world. A
total of 114 questionnaires were handed out, 105 of which were given to customers of Unibest and 9 were given to staff of the company. In addition to this, a
comprehensive interview was carried out with three of the most senior management at Unibest. In order to investigate the historical performance patterns of the
organisation, secondary data drawn from previously reported financial information was utilised. According to the findings of the study, advertising on websites has a
large and favourable impact on the total volume of a company's sales. In addition, the findings of the study suggested that advertising on social networks can make a
contribution to a company's market share that is not insignificantly reasonable. The performance of the company is completely unaffected by the pop-up advertising in
any major way. Several different theoretical models and conceptual frameworks were offered in this study to describe the advertising process.

(19) INDIA
(54) Title of the invention : THE IMPACT OF ADVERTISING RESEARCH TECHNIQUES ON ENTERPRISES’ ADVERTISING
PERFORMANCE
1)Yennawar Shilpa Laxmikant
Address of Applicant :Assistant Professor, Mahilaratna Pushpatai Hiray Arts Science and Commerce Mahila Mahavidyalaya,
Loknete Vyankatrao Hiray Marg, Malegaon Camp, Malegaon, Nashik, Pin: 423205, Maharashtra, India. ----------- -----------
2)Ms.V. Bindusree
3)Prof. Dexter Woodward
4)Dr. Dhanashri Vinay Sahasrabuddhe
5)Mr. Bhavul Gauri
6)Dr.A.Suganya
7)Dr. Anthony Rose
8)N.Pushpalatha
9)Dr. Uma K
10)Dr. Gaurav Khanna
1)Yennawar Shilpa Laxmikant
Address of Applicant :Assistant Professor, Mahilaratna Pushpatai Hiray Arts Science and Commerce Mahila Mahavidyalaya,
Loknete Vyankatrao Hiray Marg, Malegaon Camp, Malegaon, Nashik, Pin: 423205, Maharashtra, India. ----------- -----------
:G06Q0030020000, G06Q0010060000, G99Z0099000000, G06Q0050200000, 2)Ms.V. Bindusree
G06Q0050260000 Address of Applicant :Assistant Professor, Institute Of Aeronautical Engineering, Dundigal, Hyderabad, Pin: 500043, Telangana,
(86) International Application No :NA India. ----------- -----------
Filing Date :NA 3)Prof. Dexter Woodward
(87) International Publication No : NA Address of Applicant :Associate Professor, Bharati Vidyapeeth ( Deemed To Be University ) Institute of Management and Rural
(61) Patent of Addition to Application Development Administration, Rajwada Chowk, Sangli, Pin: 416416, Maharashtra, India. ----------- -----------
:NA
Number 4)Dr. Dhanashri Vinay Sahasrabuddhe
:NA
Filing Date Address of Applicant :Assistant Professor, Bharati Vidyapeeth ( Deemed To Be University ) Institute of Management and Rural
(62) Divisional to Application Number :NA Development Administration, Rajwada Chowk, Sangli, Pin: 416416, Maharashtra, India. ----------- -----------
Filing Date :NA 5)Mr. Bhavul Gauri
Address of Applicant :Software Engineer, Machine Learning, 1/33 G/F, Ashok Nagar, New Delhi, Pin: 110018, Delhi, India. ---------
-- -----------
6)Dr.A.Suganya
Address of Applicant :Assistant Professor, SRM Institute of Science And Technology, School of Management Kattankulathur,
Chengalpattu, Pin:603203, Tamil Nadu, India. ----------- -----------
7)Dr. Anthony Rose
Address of Applicant :Professor, Bharati Vidyapeeth ( Deemed To Be University ) Institute of Management and E Entrepreneurship
Development, Erandwane, Pune, Pin: 411038, Maharashtra, India. ----------- -----------
8)N.Pushpalatha
Address of Applicant :Assistant Professor, Dr.SNS Rajalakshmi College of Arts and Science, Coimbatore, Pin: Tamilnadu, India. ----
------- -----------
9)Dr. Uma K
Address of Applicant :Assistant Professor SBRR Mahajana First grade college (Autonomous) Post graduate centre, KRS Road,
Metagalli Mysuru-570016 Mysuru Karnataka India ----------- -----------
10)Dr. Gaurav Khanna
Address of Applicant :Assistant professor College Name with address: Sankal chand patel university, visnagar Pin: District: mehsana
State: Gujarat Country: India ----------- -----------
Address of Applicant :Director and Professor, Manipur International University, Ghari, Imphal, Imphal West, Pin: 795140, Manipur,
India. ----------- -----------
(57) Abstract :
THE IMPACT OF ADVERTISING RESEARCH TECHNIQUES ON ENTERPRISES’ ADVERTISING PERFORMANCE Abstract: In the big data environment, we develop personalized information of college libraries based on big data from three aspects: the overall
architecture of the system model, the functional model of the system, and the design of system interface modules according to the design principles and requirements of the personalized information service system of the university library Service system design. In terms
of the functional design of the platform, the service platform is divided into four levels: accurate identification of user needs based on big data, personalized customized services based on artificial intelligence, academic research and discussion space based on integrated
media, and fine-grained subject resource aggregation based on knowledge. On this basis, a centralized model of individualized services of university libraries including internal and external personnel, information resources, technology, services, processes, platforms,
and environment has been constructed Arti?cial intelligence (AI) is one of the emerging trends and applications of computing in libraries. It involves programming computers to do things, which if done by humans, would be said to require intelligence. The ultimate
promise of arti?cial intelligence in libraries is to develop computer systems or machines that think, behave, and in fact rival human intelligence, and this clearly has major implications on librarianship. The application of arti?cial intelligence in the library has become
pervasive. They include expert systems for reference services, book reading and shelf-reading robots, virtual reality for immersive learning among others. Although the incorporation of arti?cial intelligence in libraries can be perceived to alienate librarians from their
users, it will probably help libraries do more rather than taking over the jobs of librarians. It will enhance their services delivery. Arti?cial intelligence will greatly improve library operations and services and will upgrade and heighten the relevance of libraries in an ever-
changing digital society Market research enables advertisers to acquire crucial information for an advertising campaign. Advertisers do market research to acquire in-depth knowledge about a certain target market, as well as gain important competition intelligence.
Acquiring a comprehensive understanding of the target market necessitates the gathering of both qualitative and quantitative data in order to implement this type of marketing plan. Marketing specialists employ focus groups and interviews with individuals from their
target demographic to collect qualitative data and obtain input on their marketing plan. Surveys and other quantitative data can offer essential supplementary information about a market that advertisers utilize in their qualitative research. Advertising is a strategic
marketing technique employed to enhance consumer awareness of a product, hence influencing their purchasing decision. Marketers employ mass communication strategies, including advertising, sales promotion, and public relations. Advertising in the mass media has
a significant influence on audiences, with television being the most extensive and influential channel for advertising. Advertising have the ability to influence individuals' attitudes, lives, and, over time, the cultural fabric of a nation. To thrive in a consumer-driven
market that is heavily influenced by advertising, a firm may enhance the reputation of their product by actively participating in promotional endeavors. The primary objective of advertisers is to effectively engage with consumers and influence their level of awareness,
attitude, and purchase behavior. Advertising possesses the capability to sway customer brand choice. It influences customer behavior. This study investigates customer purchasing behavior by analyzing the impact of advertising.

(19) INDIA
(54) Title of the invention : AGROGUARD: INTELLIGENT FARM COVER CONTROL AND CLIMATE MANAGEMENT
SYSTEM
1)Revansidh
Address of Applicant :9/B Narsinh Nagar Jule Solapur ----------- -----------
2)Samarth Ramakant Sarvade
3)Parth Prasad Kugaonkar
4)Vinay Rupesh Dikonda
5)Anjali Mukund Deshpande
6)Suvarna Nagnath Rokade
7)N K Orchid College of Engineering & Technology, Solapur
:A01G0025160000, H04L0067120000, H04L0041021300,
H04L0067000000, G01W0001040000
:NA 1)Revansidh
No
:NA Address of Applicant :9/B Narsinh Nagar Jule Solapur ----------- -----------
Filing Date
2)Samarth Ramakant Sarvade
: NA Address of Applicant :Jambvir Housing Society, Block No.14M Solapur Maharashtra, India
No
Solapur ----------- -----------
:NA 3)Parth Prasad Kugaonkar
Application Number
:NA Address of Applicant :B/7,Padmaja Park,Near Water Tank,Jule Solapur, Maharashtra, India
Filing Date
Solapur ----------- -----------
:NA 4)Vinay Rupesh Dikonda
Number
:NA Address of Applicant :88/1,near Gajanan appt,Hotgi road,near asara socirty,Solapur
Filing Date
Maharastra Solapur ----------- -----------
5)Anjali Mukund Deshpande
Address of Applicant :B-3/1Postal colony, hotgi road, Solapur Maharashtra, India Solapur -----
------ -----------
6)Suvarna Nagnath Rokade
Address of Applicant :54, swammi galli, katgaon Solapur Maharashtra, India Osmanabad ------
----- -----------
7)N K Orchid College of Engineering & Technology, Solapur
Address of Applicant :N K Orchid College of Engineering & Technology, Solapur Solapur ----
------- -----------
(57) Abstract :
Disclosed a method of design and implementation of an Automated Farm Cover System, a solution aimed at optimizing agricultural processes by providing intelligent weather protection to
crops and livestock. The system employs temperature sensors and humidity sensors, alongside microcontrollers, actuators, and cloud-based connectivity, to enable precise control and real-time
monitoring of farm covers in response to changing environmental conditions. These sensors feed data to a microcontroller, through cloud or wired network which acts as the core decision-
making component by controller. The Actuation Mechanism is to incorporate reliable DC motors, supported by mechanisms that facilitate the smooth and efficient movement of the covers.
Motor drivers are employed for precise motor control and positioning. Communication and Cloud Connectivity are essential for remote monitoring and control.

(19) INDIA
(54) Title of the invention : “A STABLE IPM-SYRM TOPOLOGY”
:H02K1/27, H02K1/2733,
(51) International 1)Indian Institute of Technology Bombay
H02K1/276, H02K21/14,
classification Address of Applicant :IIT – Bombay, Powai, Mumbai,
H02K41/03
(86) International
Application No
Filing Date
(87) International
: NA 1)Jitendra Kumar
Publication No
Address of Applicant :Department of Electrical Engineering,
Application Number
:NA Maharashtra, India 400076 Mumbai ----------- -----------
Filing Date
2)Baylon Godfrey Fernandes
(62) Divisional to
Application Number
Filing Date
(57) Abstract :
ABSTRACT “A stable IPM-SyRM topology” Embodiments herein disclose an IPM-SyRM topology exhibiting improved total
harmonic distortion (THD) during a field-weakening operation. The IPM-SyRM topology comprises a stator body with hairpin solid
conductor windings (120) and a rotor topology (130) comprising a special arrangement of a plurality of inner flux barriers and a
plurality of outer flux barriers, wherein the inner flux barriers comprises a plurality of segments having main permanent-magnets
(PMs) in each segment. Further, the plurality of outer flux barriers comprises a plurality of segments comprising a selective
arrangement of the main PMs and auxiliary PMs in each of the segments, wherein the main PM segments and auxiliary PM segments
in the plurality of outer flux barriers are arranged beside each other in almost alternate fashion. FIG. 1A

(19) INDIA
(54) Title of the invention : AN EXAMINATION OF FINANCIAL MANAGEMENT METHODOLOGIES IN RELATION TO

CAPITAL BUDGETING STRATEGIES AND INVESTMENT DECISION-MAKING
1)Dr. Nidhi Goenka
Address of Applicant :Assistant Professor, Kalinga University, Village Kotni Near,
Mantralaya Atal Nagar, Raipur, Pin: 492001 Chhattisgarh, India. ----------- -----------
2)Mr.Dheeraj Daniel
3)Ms. Sujata
4)Ms. Deepshikha Patel
:G06Q0040000000, G06Q0010060000, G06Q0040060000,
(51) International classification 5)Ms. Shivangi Makade
G06Q0030020000, G06Q0050200000
No
Filing Date
1)Dr. Nidhi Goenka
: NA Address of Applicant :Assistant Professor, Kalinga University, Village Kotni Near, Mantralaya
No
Atal Nagar, Raipur, Pin: 492001 Chhattisgarh, India. ----------- -----------
:NA 2)Mr.Dheeraj Daniel
Application Number
:NA Address of Applicant :Assistant Professor, Kalinga University, Village Kotni Near, Mantralaya
Filing Date
:NA 3)Ms. Sujata
Number
:NA Address of Applicant :Assistant Professor, Kalinga University, Village Kotni Near, Mantralaya
Filing Date
4)Ms. Deepshikha Patel
Address of Applicant :Assistant Professor, Kalinga University, Village Kotni Near, Mantralaya
5)Ms. Shivangi Makade
Address of Applicant :Assistant Professor, Kalinga University, Village Kotni Near, Mantralaya
(57) Abstract :
AN EXAMINATION OF FINANCIAL MANAGEMENT METHODOLOGIES IN RELATION TO CAPITAL BUDGETING STRATEGIES AND INVESTMENT DECISION-MAKING
Abstract: In the big data environment, we develop personalized information of college libraries based on big data from three aspects: the overall architecture of the system model, the functional
model of the system, and the design of system interface modules according to the design principles and requirements of the personalized information service system of the university library
Service system design. In terms of the functional design of the platform, the service platform is divided into four levels: accurate identification of user needs based on big data, personalized
customized services based on artificial intelligence, academic research and discussion space based on integrated media, and fine-grained subject resource aggregation based on knowledge. On
this basis, a centralized model of individualized services of university libraries including internal and external personnel, information resources, technology, services, processes, platforms, and
environment has been constructed Arti?cial intelligence (AI) is one of the emerging trends and applications of computing in libraries. It involves programming computers to do things, which if
done by humans, would be said to require intelligence. The ultimate promise of arti?cial intelligence in libraries is to develop computer systems or machines that think, behave, and in fact rival
human intelligence, and this clearly has major implications on librarianship. The application of arti?cial intelligence in the library has become pervasive. They include expert systems for
reference services, book reading and shelf-reading robots, virtual reality for immersive learning among others. Although the incorporation of arti?cial intelligence in libraries can be perceived
to alienate librarians from their users, it will probably help libraries do more rather than taking over the jobs of librarians. It will enhance their services delivery. Arti?cial intelligence will
greatly improve library operations and services and will upgrade and heighten the relevance of libraries in an ever-changing digital society The act of making financial decisions is widely
recognised as a fundamental component of the comprehensive management of a corporate entity. The financial manager is responsible for making financial decisions that align with the
overarching aims and policies of the organisation. The process of capital budgeting entails the selection of initiatives that contribute to the enhancement of a company's worth. The capital
budgeting process encompasses a wide range of activities, such as the acquisition of land or the procurement of fixed assets, including but not limited to vehicles and machinery. Organisations
employ several indicators to monitor the efficacy of a prospective project, and there are multiple approaches to capital budgeting. The determination of a financially advantageous capital
expenditure is the outcome of the process of capital budgeting. The process of capital budgeting involves the assessment of potential returns from replacing existing fixed assets. Organisations
can employ it as a valuable instrument to assess the feasibility of allocating financial resources to a certain novel project or enterprise. The methodologies employed in the execution of capital
budgeting encompass the Payback Period, Internal Rate of Return, Net Present Value Method, and Profitability Index.

(19) INDIA
(54) Title of the invention : ENHANCING YIELD OF TEXTILES PROCESSES USING COMBINATION OF NANO BUBBLES,
ULTRASOUND AND FREE RADICALS IN PROCESS WATER
1)Valiant Entech Private Limited
Address of Applicant :PLOT NO.8, BLOCK NO.300-301,
:C12Q0001688600, B82Y0030000000, VILL.-: TANTITHAIYA, TALUKA : PALSANA, DIST: SURAT
(51) International
B29C0045170000, H04W0072040000, Surat ----------- -----------
classification
C12N0009420000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Aditya Desai
(87) International Address of Applicant :1a Brijkutir apartment, brijwasi estate, Parle
: NA
Publication No point, surat, Gujarat- 395007 Surat ----------- -----------
(61) Patent of Addition 2)Param Desai
:NA
to Application Number Address of Applicant :1a Brijkutir apartment, brijwasi estate, Parle
:NA
Filing Date point, surat, Gujarat- 395007 Surat ----------- -----------
(62) Divisional to 3)Trushit Desai
:NA
Application Number Address of Applicant :203, Shiv Flats, Behind H3 hospital,City
:NA
Filing Date Light Road, Surat, Gujarat- 395007 Surat ----------- -----------
4)Vipul Desai
Address of Applicant :1a Brijkutir apartment, brijwasi estate, Parle
point, surat, Gujarat- 395007 Surat ----------- -----------
(57) Abstract :
The present invention is an attempt to provide a process and method of combining nano bubbles along with ultra sound to create an
application in textile processing. It is also an attempt of the invention whereby a mechanism is provided for free radical enhancement
using gas assisted liquid dispersion as an impact for combination of nano bubbles along with ultra sound waves and the same is used
in various processes in textile industry.

(19) INDIA
(54) Title of the invention : A HUMAN RESOURCE MANAGEMENT PERSPECTIVE ON THE EFFECTS OF TALENT
MANAGEMENT STRATEGIES ON EMPLOYEE RETENTION AND ORGANIZATIONAL PERFORMANCE
1)Dr. Sagar Digambar Bhalekar
Address of Applicant :Assistant Professor, International Centre of Excellence In Engineering & Management, Gut No. 4, Opposite Bajaj Auto Ltd, Waluj,
Aurangabad, Pin: 431136, Maharashtra, India. ----------- -----------
2)Dr. Veera Swamy
3)Dr. M. Ravichand
4)Dr. Sneha Samir Joshi
5)Dr. Dipakbhai Khushalbhai Makwana
6)Mr.P.Varunkumar
7)Dr. M. Sugin Raj
8)Mrs. T.Renjini
9)Dr.K.Soujanya
10)S.Madhavi Reddy
1)Dr. Sagar Digambar Bhalekar
Address of Applicant :Assistant Professor, International Centre of Excellence In Engineering & Management, Gut No. 4, Opposite Bajaj Auto Ltd, Waluj,
(51) International classification :G06Q0010100000, G06Q0010060000, G06Q0050200000, G06Q0030020000, G06Q0050260000 Aurangabad, Pin: 431136, Maharashtra, India. ----------- -----------
(86) International Application No :NA 2)Dr. Veera Swamy
Filing Date :NA Address of Applicant :Assistant Professor, Loyola Academy, Malkajigiri, Pin: 500010 Telangana, India. ----------- -----------
(87) International Publication No : NA 3)Dr. M. Ravichand
(61) Patent of Addition to Application Number :NA Address of Applicant :Professor of English, V. R. Siddhartha Engineering College (Autonomous), Vijayawada, NTR Krishna Pin: 520 007, Andhra Pradesh, India. ----
Filing Date :NA ------- -----------
(62) Divisional to Application Number :NA 4)Dr. Sneha Samir Joshi
Filing Date :NA Address of Applicant :Assistant Professor, Tilak Maharashtra Vidyapeeth, Department of Management, Gultekdi, Mukund Nagar, Pune, Pin: 411037, Maharashtra,
India. ----------- -----------
5)Dr. Dipakbhai Khushalbhai Makwana
Address of Applicant :Associate Professor, Faculty of Social Work, Parul University, At & Post: Limda, Waghodia, Vadodara, Pin: 391760, Gujarat, India. ----------- -
----------
6)Mr.P.Varunkumar
Address of Applicant :Assistant Professor & Head, Excel College For Commerce And Science, Komarapalayam, Namakkal, Pin:637303 Tamil Nadu, India. -----------
-----------
7)Dr. M. Sugin Raj
Address of Applicant :Assistant Professor, Kristu Jayanti College, K. Narayanapura, Kothanur (Post), Bangalore PIN: 560077, Karnataka, India. ----------- -----------
8)Mrs. T.Renjini
Address of Applicant :Assistant Professor, Dr SNS Rajalakshmi college of arts and science (Autonomous), Saravanampatti Road, Post, Chinnavedampatti,
Coimbatore, Pin: 641049, Tamil Nadu, India. ----------- -----------
9)Dr.K.Soujanya
Address of Applicant :Assistant Professor, Koneru Lakshmaiah Educational Foundation, Green Fields, Vaddeswaram, Guntur, Pin: 522502, Andhra Pradesh, India. ---
-------- -----------
10)S.Madhavi Reddy
Address of Applicant :Assistant professor Loyola Academy, Alwal, Rangareddy, Pin:500010, Telangana, India. ----------- -----------
Address of Applicant :Director and Professor, Manipur International University, Ghari, Imphal, Imphal West, Pin: 795140, Manipur, India. ----------- -----------
(57) Abstract :
A HUMAN RESOURCE MANAGEMENT PERSPECTIVE ON THE EFFECTS OF TALENT MANAGEMENT STRATEGIES ON EMPLOYEE RETENTION AND ORGANIZATION AL PERFORMANCE Abstract: In the big data environment, we develop personalized information of college libraries based on big data from three
aspects: the overall architecture of the system model, the functional model of the system, and the design of system interface modules according to the design principles and requirements of the personalized information service system of the university library Service system design. In terms of the functional design of the platform, the
service platform is divided into four levels: accurate identification of user needs based on big data, personalized customized services based on artificial intelligence, academic research and discussion space based on integrated media, and fine-grained subject resource aggregation based on knowledge. On this basis, a centralized model of
individualized services of university libraries including internal and external personnel, information resources, technology, services, processes, platforms, and environment has been constructed Arti?cial intelligence (AI) is one of the emerging trends and applications of computing in libraries. It involves programming computers to do
things, which if done by humans, would be said to require intelligence. The ultimate promise of arti?cial intelligence in libraries is to develop computer systems or machines that think, behave, and in fact rival human intelligence, and this clearly has major implications on librarianship. The application of arti?cial intelligence in the
library has become pervasive. They include expert systems for reference services, book reading and shelf-reading robots, virtual reality for immersive learning among others. Although the incorporation of arti?cial intelligence in libraries can be perceived to alienate librarians from their users, it will probably help libraries do more rather
than taking over the jobs of librarians. It will enhance their services delivery. Arti?cial intelligence will greatly improve library operations and services and will upgrade and heighten the relevance of libraries in an ever-changing digital society A few years ago, the domestic e-commerce company Snapdeal asserted that India was
deficient in skilled programmers to fulfill their requirements. This statement underscores the significance of skilled individuals a nd their abilities in the achievement of any organization. It is understandable that much study has been conducted over the past twenty years to address concerns regarding staff retention. This study
investigated the impact of talent management methods and organizational performance on employee retention in the Indian IT sector. Three primary hypotheses were derived from the literature review. A total of 68 responses were obtained from 33 IT organizations through the collection of primary data. The study involved conducting
statistical analysis using SPSS to examine the associations between the variables. Furthermore, a regression analysis was conducted to examine the relationship between the dependent and independent variables. A substantial correlation was seen between talent management and employee retention, according to the findings. However,
organizational effectiveness did not appear to be a significant impact in employee retention. Nevertheless, in addition to talent management strategies, it was shown that organizational performance has a substantial impact on employee retention.

(19) INDIA
(54) Title of the invention : ARMCHAIR GRAPHENE NANORIBBON BASED GAS SENSING AND FILTERING COMPOSITE
AND METHOD OF PRODUCTION THEREOF
1)KAMAL SOLANKI
Address of Applicant :Department of Electronics and Communication
Engineering, Dr. Shyama Prasad Mukherjee International Institute of Information
:B82Y0040000000, G01N0033000000, Technology, Naya Raipur-493661, Chhattisgarh, India . ----------- -----------
(51) International
H01L0029660000, C30B0023020000, 2)SWATI VERMA
classification
C01B0032188000 3)MANOJ KUMAR MAJUMDER
:NA
:NA
(87) International 1)KAMAL SOLANKI
: NA
Publication No Address of Applicant :Department of Electronics and Communication Engineering,
(61) Patent of Addition to Dr. Shyama Prasad Mukherjee International Institute of Information Technology,
:NA
Application Number Naya Raipur-493661, Chhattisgarh, India . ----------- -----------
:NA
Filing Date 2)SWATI VERMA
(62) Divisional to Address of Applicant :Department of Electronics and Communication Engineering,
:NA
Application Number Dr. Shyama Prasad Mukherjee International Institute of Information Technology,
:NA
Filing Date Naya Raipur-493661, Chhattisgarh, India . ----------- -----------
3)MANOJ KUMAR MAJUMDER
Address of Applicant :Department of Electronics and Communication Engineering,
Dr. Shyama Prasad Mukherjee International Institute of Information Technology,
Naya Raipur-493661, Chhattisgarh, India . ----------- -----------
(57) Abstract :
Disclosed herein is an armchair graphene monolayer nanoribbon doped with boron (B) and/or phosphorus (P), and a method of its production. The method comprises
steps of: growing a monolayer of graphene sheet (202) in a low-pressure chemical vapor deposition (LPCVD) device (200); coating a polymethyl methacrylate
(PMMA) coat (302) on the graphene sheet (202) through a spin coater (300); marking a defined boundary (402) on the coat (302) through atomic layer lithography
(400); selectively removing carbon atoms from the graphene sheet outside (502) the defined boundary (402) through reactive ion etching (500), followed by cleaning
and drying; replacing at least one carbon atom in a zigzag orientation of the nanoribbon lattice with dopant atoms such as B or P or BP at concentrations of 5%, 5%, and
10%, respectively ejected through a molecular beam epitaxy (MBE) device (700). The said nanoribbon composite exhibits improved gas sensing properties with air/gas
filtration performance, and possesses biodegradability, environmental friendliness, non-toxic characteristics; thus, is found suitable for fabrication of gas filters and gas
sensors. Fig. 1

(19) INDIA
(54) Title of the invention : “BIOMARKER PANEL FOR DETECTION OF CHRONIC OBSTRUCTIVE PULMONARY DISEASE,
METHOD AND DEVICE THEREOF”
:A61P0011000000, G01N0033680000, Powai, Mumbai-400076, Maharashtra, India Mumbai ----------- ---
(51) International
G09G0003000000, C12Q0001688300, --------
classification
:NA
:NA
Filing Date 1)Gautam Sharma
(87) International Address of Applicant :Department of Biosciences and
: NA
Publication No Bioengineering, Indian Institute of Technology Bombay, Powai,
(61) Patent of Addition Mumbai-400076, Maharashtra, India Mumbai ----------- -----------
:NA
to Application Number 2)Debarghya Pratim Gupta
:NA
Filing Date Address of Applicant :Department of Biosciences and
(62) Divisional to Bioengineering, Indian Institute of Technology Bombay, Powai,
:NA
Application Number Mumbai-400076, Maharashtra, India Mumbai ----------- -----------
:NA
Filing Date 3)Sanjeeva Srivastava
Address of Applicant :Department of Biosciences and
Bioengineering, Indian Institute of Technology Bombay, Powai,
Mumbai-400076, Maharashtra, India Canada ----------- -----------
(57) Abstract :
ABSTRACT “BIOMARKER PANEL FOR DETECTION OF CHRONIC OBSTRUCTIVE PULMONARY DISEASE, METHOD
AND DEVICE THEREOF” Biomarker panel for detection of chronic obstructive pulmonary disease, method and device thereof is
disclosed herein. The embodiments herein disclose a metabolite biomarker panel for detection of chronic obstructive pulmonary
disease (COPD). Further a method for measuring level of metabolite biomarkers in the biomarker panel for the detection of chronic
obstructive pulmonary disease is also provided in various embodiments herein. Embodiments herein further disclose a sensor for
measuring the disclosed metabolite biomarker panel. The biomarker panel, according to embodiments herein provides a rapid,
sensitive, specific and reliable detection of cigarette smoke induced Chronic Obstructive Pulmonary Disease. FIG. 1

(19) INDIA
(54) Title of the invention : TOWARDS DECENTRALIZED AND SECURE IMAGE SHARING
1)KULDEEP BABAN VAYADANDE
Address of Applicant :Flat No. 202, B Wing, Niwasa Umang, Kondhwa BK., Pune ----------- -----------
2)Prof. Dr. Premanand P. Ghadekar
3)Mrs. Aparna R. Sawant
4)Mrs. Deepali R. Deshpande
5)Mrs. Ranjana S. Jadhav
6)Harshwardhan Ajay Patil
7)Aditya Patil
8)Ameya Pathak
9)Shyam Pareek
10)Darshan Patil
1)Dr. Kuldeep Baban Vayadande
Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
:H04L0009320000, G06Q0020380000, G06F0021620000, Maharashtra, INDIA - 411037 Pune ----------- -----------
H04L0009060000, G06F0016182000 2)Prof. Dr. Premanand P. Ghadekar
(86) International Application No :NA Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
Filing Date :NA Maharashtra, INDIA - 411037 ----------- -----------
(87) International Publication No : NA 3)Mrs. Aparna R. Sawant
(61) Patent of Addition to Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
:NA
Application Number Maharashtra, INDIA - 411037 ----------- -----------
:NA
Filing Date 4)Mrs. Deepali R. Deshpande
(62) Divisional to Application Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
:NA
Number Maharashtra, INDIA - 411037 ----------- -----------
:NA
Filing Date 5)Mrs. Ranjana S. Jadhav
Maharashtra, INDIA - 411037 ----------- -----------
6)Harshwardhan Ajay Patil
7)Aditya Patil
8)Ameya Pathak
9)Shyam Pareek
10)Darshan Patil
(57) Abstract :
We introduce a novel decentralized image-sharing platform that harnesses the transformative potential of blockchain and IPFS technologies. This innovative platform not only eliminates the reliance on central authorities but
also ensures the integrity and accessibility of shared data, thus addressing critical concerns related to data availability, privacy, and security. Furthermore, we prioritize user privacy by seamlessly incorporating an anonymous
sending mechanism, providing users with the ability to share images without disclosing their identities. This not only reinforces the confidentiality of shared content but also safeguards user anonymity. Our platform presents
a decentralized image-sharing platform, combining blockchain and IPFS for data integrity and user privacy. Every transaction generates secure hashes within the blockchain, and we offer anonymous sharing. This innovation
advances secure, transparent, and privacy-centric systems, empowering users in an interconnected digital world.

(19) INDIA
(54) Title of the invention : HEART DISEASE DIAGNOSIS AND DIET RECOMMENDATION SYSTEM USING AYURVEDIC
DOSHA ANALYSIS
3)Preeti A. Bailke
4)Deeplali J. Joshi
5)Tanishka Jagtap
6)Atharv Joshi
7)Palash Joshi
8)Arushi Kadam
9)Sai Kadam
1)Dr.KULDEEP BABAN VAYADANDE
:G16H0020600000, G16H0050300000, G16H0020900000, Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
A61P0009000000, G16H0020300000 Maharashtra, INDIA - 411037 Pune ----------- -----------
(86) International Application No :NA 2)Deeplali J. Joshi
Filing Date :NA Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
(87) International Publication No : NA Maharashtra, INDIA - 411037 Pune ----------- -----------
(61) Patent of Addition to 3)Arushi Kadam
:NA
Application Number Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
:NA
Filing Date Maharashtra, INDIA - 411037 Pune ----------- -----------
(62) Divisional to Application 4)Prof. Dr. Premanand P. Ghadekar
:NA
Number Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
:NA
Filing Date Maharashtra, INDIA - 411037 Pune ----------- -----------
5)Atharv Joshi
Maharashtra, INDIA - 411037 Pune ----------- -----------
6)Palash Joshi
7)Sai Kadam
8)Preeti A. Bailke
9)Tanishka Jagtap
(57) Abstract :
This innovative project combines ancient Ayurvedic pulse examination with modern technology to achieve early heart disease detection. By integrating traditional techniques with pulse sensors and advanced algorithms, the
system not only identifies specific ailments but also categorizes patients into Ayurvedic Prakriti types. What sets this project apart is its holistic approach: it doesn't just diagnose heart diseases but provides personalized
recommendations based on Prakriti, encompassing diet, lifestyle, Ayurvedic treatments, exercise, and daily routines. This comprehensive and tailored intervention promises to transform healthcare, ensuring both early
detection and individualized, holistic well-being for patients.

(19) INDIA
(54) Title of the invention : AN ERGONOMIC HANDLE BAR FOR E-BICYCLE
1)St. Vincent Pallotti College of Engineering and Technology
Address of Applicant :Wardha Road, Gavsi-Manapur., Nagpur, Maharashtra, India -
441108 ----------- -----------
1)HAYAT, Mohammad Athar
Address of Applicant :St. Vincent Pallotti College of Engineering and Technology, Nagpur,
:B62K0021120000, B62K0021260000, B62K0021160000, Maharashtra, India - 441108 ----------- -----------
B62J0001000000, B62K0021220000 2)PUNKAR, Pranav Suresh
(86) International Application Address of Applicant :St. Vincent Pallotti College of Engineering and Technology, Nagpur,
:NA
No Maharashtra, India - 441108 ----------- -----------
:NA
Filing Date 3)AURANGABADKAR, Ajinkya Ashish
(87) International Publication Address of Applicant :St. Vincent Pallotti College of Engineering and Technology, Nagpur,
: NA
No Maharashtra, India - 441108 ----------- -----------
(61) Patent of Addition to 4)RINAYAT, Gajendra Kamlaprasad
:NA
Application Number Address of Applicant :St. Vincent Pallotti College of Engineering and Technology, Nagpur,
:NA
Filing Date Maharashtra, India - 441108 ----------- -----------
(62) Divisional to Application 5)ALUR, Prateek Sandeep
:NA
Number Address of Applicant :St. Vincent Pallotti College of Engineering and Technology, Nagpur,
:NA
Filing Date Maharashtra, India - 441108 ----------- -----------
6)PAWAR, Manav Vinod
7)LIKHAR, Bhavesh Sudhir
8)BHUSARI, Sanika Kailash
(57) Abstract :
The present invention is related to an ergonomic handlebar for bicycles, aimed at reducing pain, improving performance, and
preventing long-term health issues caused by incorrect posture while riding. The design includes a linear quick return and telescopic
mechanism, along with angle and height adjustment features, to provide a perfect body posture for the rider. The handlebar's flexibility
and additional comfort make it more suitable and ergonomically perfect for riders of different heights and preferences. The invention's
outcome is a bicycle handlebar that promotes a healthier and more comfortable riding experience.

(19) INDIA
(54) Title of the invention : AN INTEGRATED WATER TREATMENT SYSTEM WITH PURIFICATION AND ELECTROLYSIS
:C02F0001440000, C02F0001000000, 1)MEDITECH PRODUCTS
(51) International
C02F0009000000, B01D0061020000, Address of Applicant :E-102, Earth Acropolis-3, B/h Bright
classification
C02F0001461000 day school (CBSE), Vasna Bhayli Road, Vadodara, Gujarat
(86) International 391410, India. Vadodara ----------- -----------
:NA
:NA
: NA
Publication No 1)HEVIN KOTHIYA
(61) Patent of Addition Address of Applicant :E-102, Earth Acropolis-3, B/h Bright day
:NA
to Application Number school (CBSE), Vasna Bhayli Road, Vadodara, Gujarat 391410,
:NA
Filing Date India Vadodara ----------- -----------
(62) Divisional to 2)SHITAL KOTHIYA
:NA
Application Number Address of Applicant :E-102, Earth Acropolis-3, B/h Bright day
:NA
Filing Date school (CBSE), Vasna Bhayli Road, Vadodara, Gujarat 391410,
India Vadodara ----------- -----------
(57) Abstract :
TITLE: AN INTEGRATED WATER TREATMENT SYSTEM WITH PURIFICATION AND ELECTROLYSIS ABSTRACT The
present invention relates to an integrated water treatment system with purification and electrolysis. The present system specifically
relates to a system for purification of water, comprising inline filters 1, a reverse osmosis membrane 7 wherein the said system is
integrated with an electrolysis unit 15. The said electrolysis unit 15 electrolyzes the filtered water stored in the purified water storage
tank 11. A TDS (total dissolved solids) modulator assembly is provided comprising a flow restrictor, a blend valve 5, a TDS sensor 9,
a TDS controller 10, wherein the said TDS modulator assembly maintains the required TDS of the output water even when the TDS of
the input water changes or the efficiency of the reverse osmosis membrane 7 changes.

(19) INDIA
(54) Title of the invention : “A SYSTEM OF SUPER ELECTRIC VEHICLES AND METHODS THEREOF”
1)Ms. Nilofar Shamshuddin Mulla
Address of Applicant :Nanasaheb Mahadik College of Engineering Gat No. 894 / 2665, Pune - Banglore (NH4) Highway, At
Post: Peth Naka, Tal: Walwa, Dist: Sangli. Pin - 415407 ----------- -----------
2)Ms. Madhubala Rajkumar Patil
3)Mr. Rohit B.Mane
4)Mr. Subodh S. Lande
5)Mr. Vishwajeet R. Shinge
6)Mr. Indrajeet D. More
7)Mr. Satyajit Diliprao Ghorpade
8)Ms. Reva Shrikant Patil
9)Mrs. Mayuri Swapnil Patil
10)Mrs. Swapnali Shraman Patil
1)Ms. Nilofar Shamshuddin Mulla
:B62K0003000000, H02J0007000000, B62K0015000000, B60L0050640000,
(51) International classification Address of Applicant :Nanasaheb Mahadik College of Engineering Gat No. 894 / 2665, Pune - Banglore (NH4) Highway, At Post:
B62M0006450000
Peth Naka, Tal: Walwa, Dist: Sangli. Pin - 415407 ----------- -----------
2)Ms. Madhubala Rajkumar Patil
Filing Date :NA
Address of Applicant :Nanasaheb Mahadik College of Engineering Gat No. 894 / 2665, Pune - Banglore (NH4) Highway, At Post:
:NA 3)Mr. Rohit B.Mane
Number
:NA Address of Applicant :Nanasaheb Mahadik College of Engineering Gat No. 894 / 2665, Pune - Banglore (NH4) Highway, At Post:
Filing Date
4)Mr. Subodh S. Lande
Filing Date :NA
5)Mr. Vishwajeet R. Shinge
6)Mr. Indrajeet D. More
7)Mr. Satyajit Diliprao Ghorpade
8)Ms. Reva Shrikant Patil
Address of Applicant :RIT, Sakharale, Maharashtra 415414 ----------- -----------
9)Mrs. Mayuri Swapnil Patil
Address of Applicant :Padmabhushan Vasantdada Patil Institute of Technology, Budhgaon, Maharashtra ----------- -----------
10)Mrs. Swapnali Shraman Patil
Address of Applicant :Padmabhushan Vasantdada Patil Institute of Technology, Budhgaon, Maharashtra ----------- -----------
(57) Abstract :
The present invention provides super electric scooter and methods thereof. The 5 electric scooter comprises a motor configured to control a movement of wheels. The motor is a brushless direct current motor. The electric scooter further includes a battery coupled to the
motor, and configured to provide power to the motor. The electric scooter further includes a throttle configured to generate an acceleration to obtain a variable speed. The electric scooter further includes a controller 10 coupled to the motor, the battery, and the throttle.
The controller is configured to receive an activation signal from an ignition switch, activate the motor based on the received activation signal; draw a current and/or a voltage from the battery based on the acceleration produced by way of the throttle; determine the
current and/or the voltage drawn from the battery ; compare the determined current and/or 15 the voltage drawn with a predefined overloading threshold; generate a deactivation signal when the determined current and/or the voltage drawn from the battery is greater than
or equal to the predefined overloading threshold; and deactivate the motor based on the generated deactivation signal.

(19) INDIA
(54) Title of the invention : “FORMULATION, DEVELOPMENT AND EVALUTION OF MENTHA PIPERITA OIL
TRANSDERMAL PATCH USING NATURAL PERMEATION ENHANCERS.”
:B62K0003000000, H02J0007000000, 1)Tanvi Ishwarlal Ambhire
(51) International
B62K0015000000, B60L0050640000, Address of Applicant :Hanuman Ali Vtc: Dhakti Dahanu, Po:
classification
B62M0006450000 Dahanu, Sub Dist-Dahanu, Dist- Palghar, State- Maharashtra ,
(86) International 401601 ----------- -----------
:NA
Application No 2)Vaishnavi Sharad Kadam
:NA
: NA
(61) Patent of Addition 1)Tanvi Ishwarlal Ambhire
:NA
to Application Number Address of Applicant :Hanuman Ali Vtc: Dhakti Dahanu, Po:
:NA
Filing Date Dahanu, Sub Dist-Dahanu, Dist- Palghar, State- Maharashtra ,
(62) Divisional to 401601 ----------- -----------
:NA
Application Number 2)Vaishnavi Sharad Kadam
:NA
Filing Date Address of Applicant :Kadam Wasti, Kalkup Parner, Ahmednagar,
Maharashtra 414103 ----------- -----------
(57) Abstract :
The present invention provides super electric scooter and methods thereof. The 5 electric scooter comprises a motor configured to
control a movement of wheels. The motor is a brushless direct current motor. The electric scooter further includes a battery coupled to
the motor, and configured to provide power to the motor. The electric scooter further includes a throttle configured to generate an
acceleration to obtain a variable speed. The electric scooter further includes a controller 10 coupled to the motor, the battery, and the
throttle. The controller is configured to receive an activation signal from an ignition switch, activate the motor based on the received
activation signal; draw a current and/or a voltage from the battery based on the acceleration produced by way of the throttle; determine
the current and/or the voltage drawn from the battery ; compare the determined current and/or 15 the voltage drawn with a predefined
overloading threshold; generate a deactivation signal when the determined current and/or the voltage drawn from the battery is greater
than or equal to the predefined overloading threshold; and deactivate the motor based on the generated deactivation signal.

(19) INDIA
(54) Title of the invention : FOOD PACKAGING NANOCOMPOSITE PAPER WITH ANTIMICROBIAL AND SPOILAGE
DETECTING PROPERTIES, AND METHOD OF PRODUCTION THEREOF
1)SARDAR PATEL UNIVERSITY
Address of Applicant :Vallabh Vidyanagar, Gujarat - 388120,
lndia . ----------- -----------
:A61K0036906600, A01N0063500000,
D21H0017280000, D21H0021360000,
A01N0065000000
(86) International
:NA 1)SUNIL HRISHIKESH CHAKI
Application No
:NA Address of Applicant :Radha Swami Bunglows, Near Sonpriya
Filing Date
Appartment, B/H Satyavish gam School, Anand, Gujarat –
(87) International
: NA 388001, India . ----------- -----------
Publication No
2)YATI HEMANTKUMAR VAIDYA
:NA Address of Applicant :A 201 Ram kunj III app., Nanabazar,
:NA Vallabh Vidyanagar, Gujarat – 388120, India .. ----------- -----------
Filing Date
3)ANKURKUMAR JAGADISHKUMAR KHIMANI
(62) Divisional to
:NA Address of Applicant :498, Mu. Gotadilat, Danadra, Bhutiya,
Application Number
:NA Kapadawanj, Gujarat – 387620, India ... ----------- -----------
Filing Date
4)RANJAN KR. GIRI
Address of Applicant :Giri Nibash, Byomkesh Dandapat Sarani,
Basudevpur (Haldia), West Bengal – 721602, India . ----------- ----
-------
(57) Abstract :
Disclosed herein is a food packaging nanocomposite paper and method of its production. The nanocomposite paper demonstrates an
augmented ability to combat microbial activity, particularly against essential foodborne pathogenic bacteria, also possesses distinctive
feature of undergoing colour changes in response to food spoilage. The method comprises steps of: formulating (S1) a copper indium
disulfide solution (100); mixing (S2) a turmeric aqueous extract (200) in the solution; synthesizing (S3) nanoparticles through heating
the mixture followed by filtering, washing, and drying; making (S4) a paper pulp (400) from waste papers blended with water and
banana bark starch; providing (S5) blue pea flower aqueous extract (500) and distilled water (600); combining (S6) the nanoparticles
(300), the paper pulp (400), the flower aqueous extract (500), and the distilled water (600) under heat; and casting (S7) the combined
resultant in a tray to get the desired packaging nanocomposite paper (700). Fig. 2

(19) INDIA
(54) Title of the invention : A METHOD PRODUCING LOW PHOSPHOROUS CRUDE STEEL WITH HIGH DEGREE OF
DEPHOSPHORIZATION IN THE ENERGY OPTIMIZING FURNACE
1)JSW STEEL LIMITED
Address of Applicant :JSW CENTRE, BANDRA KURLA COMPLEX,BANDRA(EAST),
MUMBAI, MAHARASHTRA, INDIA. Mumbai ----------- -----------
1)Malaiyappan, Vidhyasagar
:C21C0007064000, C21C0001020000, C21C0007000000,
(51) International classification Address of Applicant :JSW Steel Limited - Salem Works, P.O. Pottaneri, Mecheri, Mettur-Tk.,
C21C0007076000, C02F0101100000
Salem- Dt. Tamil Nadu, India 636 453 Mecheri ----------- -----------
:NA 2)Palvannanathan, Ramasubramanian
No
:NA Address of Applicant :JSW Steel Limited - Salem Works, P.O. Pottaneri, Mecheri, Mettur-Tk.,
Filing Date
: NA 3)Pandian, Mageswar
No
Address of Applicant :JSW Steel Limited - Salem Works, P.O. Pottaneri, Mecheri, Mettur-Tk.,
:NA Salem- Dt. Tamil Nadu, India 636 453 Mecheri ----------- -----------
Application Number
:NA 4)Durairaj, Rajesh
Filing Date
:NA Salem- Dt. Tamil Nadu, India 636 453 Mecheri ----------- -----------
Number
:NA 5)Jayapal, Devakumar
Filing Date
6)S. M. Kumar
7)Sambandam, Manjini
(57) Abstract :
ABSTRACT TITLE: A METHOD PRODUCING LOW PHOSPHOROUS CRUDE STEEL WITH HIGH DEGREE OF DEPHOSPHORIZATION IN THE ENERGY OPTIMIZING
FURNACE Present invention relates to a method of producing crude steel with low phosphorous level in the energy optimizing furnace (EOF) steel making process by three stage addition of
calcium ferrite along with the flux additions. The calcium ferrite increases the flux dissolution by forming the low melting compounds during the blowing and it promotes the
dephosphorization efficiency of the steel making process. In the conventional EOF-steel making process, >95% dephosphorization is achieved only in 15% of the heats and the lowest tap
phosphorous level achieved is 0.0062%. By adding the calcium ferrite of 14 kg/metric tonne of input charge in the EOF, >95% dephosphorization is achieved in 67% of the heats and the
lowest tap phosphorous achieved is 0.0044% with the adequate tap temperature level. Figure 7

(19) INDIA
(54) Title of the invention : PERFORMANCE STUDY AND DESIGN OF COMBINED FOOTING WITH SKIRTS IN CLAYEY
SOIL
1)Dr. Bhagyashree Naik
Address of Applicant :B. E. (Civil Engg.), M. E. (CASDD Structural Engg.), Ph. D.
(RGPV, Bhopal) Visiting faculty, Assi. Prof. Civil Engineering department Ujjain Engg.
College, Ujjain Address: 89, Lokmanya nagar, Indore (pin - 452009) Ujjain ----------- -----------
2)Dr. Umesh Pendharkar
:E02D0001020000, E02D0027020000, E02B0017020000,
(51) International classification 3)Sandeep Nighojkar
G06N0003080000, E02D0027420000
No
Filing Date
: NA Address of Applicant :B. E. (Civil Engg.), M. E. (CASDD Structural Engg.), Ph. D. (RGPV,
No
Bhopal) Visiting faculty, Assi. Prof. Civil Engineering department Ujjain Engg. College,
:NA Ujjain Address: 89, Lokmanya nagar, Indore (pin - 452009) Ujjain ----------- -----------
Application Number
:NA 2)Dr. Umesh Pendharkar
Filing Date
Address of Applicant :B.E. (Civil), M.E. (Struct.), Ph.D. (IITD) Ex - Principal, Ujjain
:NA Engineering College, (Formerly, Government Engineering College, Ujjain) Sanwer Road,
Number
:NA Ujjain (M.P.) 456010 Ex-Dircetor, (Founder Director) School Of Engineering and Technology,
Filing Date
Vikram University, Dewas Road, Ujjain (M.P.) 456010 Email: upendharkar@gmail.com
Ujjain ----------- -----------
3)Sandeep Nighojkar
Address of Applicant :B. E. (Civil Engg.), M. E. (Structural Engg.). Ph.D. (pursuing from
RGPV, Bhopal) Research Scholar UEC, Ujjain, RGPV Bhopal Address: 206, Jagannathpur
Apartment. 115-116, Snehalata Ganj, Indore ( Pin-452003) M. P. Ujjain ----------- -----------
(57) Abstract :
ABSTRACT [500] Our Invention “PERFORMANCE STUDY AND DESIGN OF COMBINED FOOTING WITH SKIRTS IN CLAYEY SOIL” is a combined footing is a footing in which a
single slab has been provided as a base slab for two or more adjacent columns. Usually, this condition arises when the footing areas of these columns overlaps each other. It may happen either
due to low bearing capacity of the soil or, the columns being too close to each other. The combined footing may also be required to be provided when one of the columns of a structure is
abutting a property line; and it’s not possible to provide the requisite area of the footing under the column, so as to have soil pressure and settlement within permissible limits. Uniform soil
pressure and uniform settlement under a combined rectangular footing, are the most important criteria to be satisfied in design of combined rectangular footing. To ensure uniform pressure
distribution under a footing, it’s necessary that C.G. of load system and C.G. of footing area should coincide with each other. But in Combined rectangular footings, either due to loading on the
columns or local site conditions and various other reasons, it becomes difficult to have uniform settlement and uniform soil pressure under the footing. The provision of skirts below the
combined rectangular footing is thought off, as an innovative and economical solution. A skirt is, a wall or plate element, projecting from the base of footing deep into the ground. It helps in
confining the underlying soil when in turn develops a soil resistance on the skirt side; the confinement and soil resistance developed, helps the footing to resist the settlement and reduce the soil
pressure.

(19) INDIA
(54) Title of the invention : SYNERGISTIC COMPOSITION FOR IMPROVING HYPOTHALAMIC PITUITARY GONADAL
(HPG) AXIS ACTIVITY
:A61K31/00, A61K31/01, A61K31/015,
(51) International 1)Celagenex Research (India) Pvt. Ltd.
A61K31/03, A61K31/05, A61K38/00,
classification Address of Applicant :801, Emerald-B, Dosti Planet North,
A61K9/00
Old Mumbai Pune Road, Shill, Thane -400612, Maharashtra, India
(86) International
:NA Thane ----------- -----------
Application No
Filing Date
(87) International
Publication No
1)SAMANT, Rajaram
:NA Address of Applicant :Royce 2602, Rodas, Hiranandani Estate,
:NA G.B. Road, Thane West 400607, India Thane West ----------- ------
Filing Date
-----
(62) Divisional to
:NA 2)TONGRA, Manoj
Application Number
:NA Address of Applicant :A-72, Model Town Malviya Nagar, Jaipur
Filing Date
302017, Rajasthan, India Jaipur ----------- -----------
(57) Abstract :
The present invention disclosed herein relates to synergistic composition for improving HPG axis activity. Particularly, the present
invention relates to a synergistic bioactive composition comprising combination of 2-aminobutanedioic acid and one or more ROS
inhibitors or salts thereof along with pharmaceutically acceptable excipients. The present composition is useful in in the treatment of
disorders related to hypothalamic pituitary gonadal (HPG) axis activity such as male infertility. Particularly, the present composition
improves sperm mortality, sperm capacitation, sperm morphology and spermatogenesis.

(19) INDIA
(54) Title of the invention : SELF-REGULATING AUTOMIZER
1)Ahmadraza Juber Sayyad
Address of Applicant :Flat no.6, Shifa Classic apt, Sainath
Nagar, Nashik – 422009 ----------- -----------
2)Raghunandan Parag Velhankar
3)Ifa Mohammed Abdul Aziz Shaikh
4)Yeshudas Milind Bairagi
5)Aatmik Atul Tamhan
6)Prof. Shrihari Upasani
7)Ashita R. Shandilya
(51) International :A01M 070000, A01N 251000, C08L
1)Ahmadraza Juber Sayyad
classification 710200, F16C 337800, H05B 031400
Address of Applicant :Flat no.6, Shifa Classic apt, Sainath Nagar,
(86) International
:NA Nashik – 422009 ----------- -----------
Application No
:NA 2)Raghunandan Parag Velhankar
Filing Date
Address of Applicant :Flat no.4, Chitrabodh apt, P & T colony,
(87) International
: NA near Boys Town High School, Nashik – 422005 ----------- ----------
Publication No
-
:NA 3)Ifa Mohammed Abdul Aziz Shaikh
Application Number
:NA Address of Applicant :H-no.3176, near Dwarka, Nashik – 422001
Filing Date
----------- -----------
(62) Divisional to
:NA 4)Yeshudas Milind Bairagi
Application Number
:NA Address of Applicant :Flat no.7, Samrudhi hights apt, Vadje mala,
Filing Date
Mhasrul, Nashik - 422004 ----------- -----------
5)Aatmik Atul Tamhan
Address of Applicant :E-5 Dwarka Mai, Madhusudan Park,
opposite Bapu Banglow, Indira Nagar, Nashik - 422009 -----------
-----------
6)Prof. Shrihari Upasani
Address of Applicant :: Guru Gobind Singh Polytechnic, Khalsa
Educational Complex Guru Gobind Singh Marg, Indira Nagar,
Nashik ----------- -----------
7)Ashita R. Shandilya
Address of Applicant :Guru Gobind Singh Polytechnic, Khalsa
Educational Complex Guru Gobind Singh Marg, Indira Nagar,
Nashik ----------- -----------
(57) Abstract :
ABSTRACT. Title: Self Regulating Atomizer The present invention discloses a low cost, remotely operated and self-regulated sprayer
for pesticide spraying applications of agriculture, plant nursery and forestry. It compises the various elements like a frame 1, wheels 2,
axle to mount wheels 3, sprocket 4, driver motors 4b, chain 5, liquid storage tank 6, submersible pumps 6b, fluid carrying pipes 7,
upper arm movable arm 8, lower movable arm 9, spray nozzles 10, solar panel 11, remote 12, infrared sensor 13, humidity sensor 14,
temperature sensor 15 and level indicator 16.It sprays the pesticides on varied area in lateral direction by its adjustable nozzle arm.

(19) INDIA
(54) Title of the invention : TRANSDERMAL PATCH FOR DELIVERY OF VITAMIN B12 USING HYDROTROPE AS A
PENETRATION ENHANCER
1)Sardar Vallabhbhai National Institute of Technology,
:A61K0009700000, A61K0031714000,
(51) International Surat
A61K0009000000, A61K0047100000,
classification Address of Applicant :Ichchhanath Surat- Dumas, Road, Keval
A61K0008670000
Chowk Surat - 395007 Gujarat India Keval Chowk ----------- ------
(86) International
:NA -----
Application No
Filing Date
(87) International
Publication No
1)DESAI, Meghal Ashwinkumar
:NA Address of Applicant :Department of Chemical Engineering, S. V.
:NA National Institute of Technology, Ichchhanath Surat - 395007
Filing Date
Gujarat India Ichchhanath ----------- -----------
(62) Divisional to
:NA 2)PATEL, Akash Dhansukhbhai
Application Number
:NA Address of Applicant :Department of Chemical Engineering, S. V.
Filing Date
National Institute of Technology, Ichchhanath Surat - 395007
Gujarat India Ichchhanath ----------- -----------
(57) Abstract :
The present invention discloses the transdermal patch for delivering vitamin B12. The transdermal patch of the present invention
comprises the polymer matrix consisting of a matrix forming polymer; vitamin B12 supplement methylcobalamin, hydrotrope as
penetration enhancer and a plasticizer wherein the hydrotrope as penetration enhancer enhances the transdermal delivery or absorption
of vitamin B12.

(19) INDIA
(54) Title of the invention : LANDSLIDE SUSCEPTIBILITY PREDICTION SYSTEM
1)Dr. Kuldeep Baban Vayadande
:G06N0003040000, G06N0020000000, G06T0007000000,
(51) International classification Maharashtra, INDIA - 411037 Pune ----------- -----------
G06K0009620000, G08B0021100000
Filing Date :NA
3)Sandesh Santosh Kadam
:NA Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
Application Number
:NA Maharashtra, INDIA - 411037 Pune ----------- -----------
Filing Date
4)Siddhi Shridhar Sangwai
:NA Address of Applicant :Vishwakarma Institute of Technology, 666, Upper Indiranagar, Bibwewadi, Pune,
Number
:NA Maharashtra, INDIA - 411037 Pune ----------- -----------
Filing Date
5)Manasvi Mahadev Patil
6)Siddharth Vikas Sadake
7)Shashank Naresh Daga
(57) Abstract :
This research presents an innovative approach to improve landslide prediction and mitigation using advanced machine learning techniques. It employs Bi-LSTM, CNN, Random Forest, Logistic Regression, and SVM
algorithms to capture temporal relationships affecting landslides. The study emphasizes the importance of considering both static factors like topography and dynamic variables like rainfall patterns for accurate predictions.
By integrating these factors and utilizing geospatial data and web technology, the research aims to create a dynamic platform for precise landslide risk assessments. The goal is to provide communities and decision-makers
with reliable information to enhance disaster management and response, ultimately reducing the impact of landslides on ecosystems and societies.

(19) INDIA
(54) Title of the invention : FORMULATION AND CHARACTERIZATION OF MICRO SPONGE BASED NANOPARTICLES OF
GINKGO BILOBA EXTRACT FOR THE TREATMENT OF ASTHMA
1)Mr. Avinash Kumar Rao
Address of Applicant :Research Scholar, Madhyanchal Professional University, Ratibad, Bhopal, Madhya Pradesh-462044 -------
---- -----------
2)Ashwini Kumar Mishra
3)Mohd Arif
4)Mr. Rohit Kumar
5)Kavita
6)Shivanshu Gangwar
7)Dr. Shazia M. Jamal
8)Tejas Ravindra Sonawane
9)Tejashree Raosaheb Nikam
10)Pratiksha Prakash Pagar
1)Mr. Avinash Kumar Rao
:A61K0036160000, A61P0011060000, A61K0009510000, A61K0008977100,
(51) International classification Address of Applicant :Research Scholar, Madhyanchal Professional University, Ratibad, Bhopal, Madhya Pradesh-462044 -----------
A61P0011000000
-----------
2)Ashwini Kumar Mishra
Filing Date :NA
Address of Applicant :Research Scholar, Delhi Institute of Pharmaceutical Sciences and Research (DIPSAR), Delhi Pharmaceutical
Sciences and Research University, New Delhi ----------- -----------
:NA 3)Mohd Arif
Number
:NA Address of Applicant :Research Scholar, Department of Pharmacy, M J P Rohilkhand University, Bareilly (UP), India-243006 --------
Filing Date
--- -----------
4)Mr. Rohit Kumar
Filing Date :NA
Address of Applicant :Research Scholar, Department of Pharmaceutical Sciences, Babasaheb Bhimrao Ambedkar University (A
Central University), Rai Bareilly Road, Lucknow-226025 ----------- -----------
5)Kavita
Address of Applicant :Assistant Professor, Gurukashi University, Talwandi Sabo, Bathinda ----------- -----------
6)Shivanshu Gangwar
Address of Applicant :Assistant Professor, Future Institute of Pharmacy, Faridpur, Bareilly, Uttar Pradesh, India ----------- -----------
7)Dr. Shazia M. Jamal
Address of Applicant :Assistant Professor, Department of Botany, S.S. Jain Subodh P.G. College (Autonomous), Jaipur-302004,
Rajasthan ----------- -----------
8)Tejas Ravindra Sonawane
Address of Applicant :Research Scholar, H.R. Patel Institute of Pharmaceutical Education and Research, Shirpur ----------- -----------
9)Tejashree Raosaheb Nikam
Address of Applicant :Research Scholar, R.C. Patel Institute of Pharmaceutical Education and Research (An Autonomous College),
Shirpur ----------- -----------
10)Pratiksha Prakash Pagar
Address of Applicant :Research Scholar, R.C. Patel Institute of Pharmaceutical Education and Research (An Autonomous College),
Shirpur ----------- -----------
(57) Abstract :
[027] The invention presents a Formulation and characterization of micro sponge-based nanoparticles of Ginkgo biloba extract for the
treatment of asthma. The present invention comprising of an extracted from the leaves of Ginkgo biloba, renowned for its anti-
inflammatory and broncho dilatory attributes, formed through the self-assembly of micro-sponges, encapsulating Ginkgo Biloba
Extract to ensure controlled release and heightened therapeutic effectiveness. The micro sponge-based nanoparticles possess a particle
size tailored for efficient delivery to the lungs and absorption in the respiratory tract. Further, a method for producing micro sponge-
based nanoparticles of Ginkgo Biloba Extract, encompassing creating micro sponges with a porous structure to facilitate the efficient
encapsulation of Ginkgo Biloba Extract, introducing the extract into the micro-sponges during or after synthesis, allowing the micro-
sponges to autonomously assemble into nanoparticles, establishing a stable and regulated drug delivery system, and evaluating particle
size, encapsulation efficiency, and stability of the micro-sponge-based nanoparticles. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : AN ENERGY MANAGEMENT SYSTEM FOR HYBRID ELECTRICAL VEHICLES
:B60W0010060000, B60W0010080000, (71)Name of Applicant :

(51) International
H01M0004587000, H02J0003320000, 1)St. Vincent Pallotti College of Engineering and Technology
classification
G06N0003000000 Address of Applicant :Wardha Road, Gavsi-Manapur.,
(86) International Nagpur, Maharashtra, India - 441108 ----------- -----------
:NA
:NA
: NA
Publication No 1)GADGE, Gaurav Sudhakar
(61) Patent of Address of Applicant :St. Vincent Pallotti College of Engineering
Addition to :NA and Technology, Wardha Road, Gavsi-Manapur., Nagpur,
Application Number :NA Maharashtra, India - 441108 ----------- -----------
Filing Date 2)PAHARIYA, Yogesh
(62) Divisional to Address of Applicant :Sandip University, Nashik, Maharashtra,
:NA
Application Number India ----------- -----------
:NA
Filing Date
(57) Abstract :
The present invention is related to an energy management system for hybrid electrical vehicles. According to the invention, automatic
control of hybrid energy sources (HES) in HEVs using an energy management system (EMS) based on soft computing and
optimization techniques It investigated grey wolf optimization (GWO) and fuzzy logic-based EMS for the selection of the power
source for the HEV motor. The proposed work is divided into three phases, including modelling and simulation of HEVs with hybrid
power sources, EMS based on fuzzy logic, and EMS for HEVs based on GWO. Fuzzy logic-based EMS provides simple rule-based
EMS that needs less computational work and is simple to implement on hardware platforms. Overall, it is observed that the
optimization based strategies are capable of handling multi-objective and multivariable control of the EMS for HEVs with hybrid
power sources. These are able to provide a simple, pollution-free, and low-cost solution for the EMS of HEV.

(19) INDIA
(54) Title of the invention : AN EFFICIENT AND COST-EFFECTIVE SYSTEM AND METHOD FOR REMOVAL OF A
DISPERSED DYE FROM WASTEWATER
1)Dr. Vishwanath Karad MIT World Peace University
Address of Applicant :S. No. 124, Paud Road, Kothrud Pune,
Maharashtra, India 411038 Pune ----------- -----------
:C02F0101300000, C02F0001280000,
(51) International 1)Niraj S. Topare
C02F0001300000, H03F0003450000,
classification Address of Applicant :Department of Chemical Engineering, Dr.
C02F0103000000
Vishwanath Karad MIT World Peace University, Pune Pune -------
(86) International
:NA ---- -----------
Application No
:NA 2)Sunita Raut-Jadhav
Filing Date
Address of Applicant :Department of Chemical Engineering,
(87) International
: NA Bharati Vidyapeeth (Deemed to be University) College of
Publication No
Engineering, Pune Pune ----------- -----------
:NA 3)Shantini A. Bokil
:NA Address of Applicant :Department of Civil Engineering, Dr.
Filing Date
Vishwanath Karad MIT World Peace University, Pune Pune -------
(62) Divisional to
:NA ---- -----------
Application Number
:NA 4)Vishnu P. Choudhari
Filing Date
Address of Applicant :School of Health Sciences and Technology,
Dr. Vishwanath Karad MIT World Peace University, Pune Pune --
--------- -----------
5)Anish Khan
Address of Applicant :Center of Excellence for Advanced
Materials Research, King Abdulaziz University, Jeddah 21589,
Saudi Arabia ----------- -----------
(57) Abstract :
The present invention relates to an operational efficient and cost-effective system and method for the removal of a dispersed red dye
from wastewater. The system includes three columns mutually connected to each other with two reservoirs connected to the first and
third columns. Wastewater after passing through the three columns packed with raw chemically modified and physically modified
cotton pod shell powder adsorbent shows an enhanced removal of dispersed red dye. The system has an efficiency of 97 to 99 %.

(19) INDIA
(54) Title of the invention : “FACILE SYNTHESIS OF ORDERED MESOPOROUS G ALUMINA WITH TINABLE
STRUCTURAL PROPERTIES”
1)P. E. Society’s Modern College of Pharmacy, Nigdi, Pune
Address of Applicant :P. E. S’s Modern College of Pharmacy,
Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
------ -----------
2)Mr. Sidheshwar Lobhaji Jadhav
3)Dr. Minal Tejram Harde
:B82Y0005000000, A61K0009510000, 4)Dr. Padmaja Santosh Kore
(51) International
C23C0018120000, C03C0001000000, 5)Dr. Praveen Digambar Chaudhari
classification
B01J0037030000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Mr. Sidheshwar Lobhaji Jadhav
(87) International Address of Applicant :P. E. S’s Modern College of Pharmacy,
: NA
Publication No Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
(61) Patent of Addition ------ -----------
:NA
to Application Number 2)Dr. Minal Tejram Harde
:NA
Filing Date Address of Applicant :P. E. S’s Modern College of Pharmacy,
(62) Divisional to Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
:NA
Application Number ------ -----------
:NA
Filing Date 3)Dr. Padmaja Santosh Kore
------ -----------
4)Dr. Praveen Digambar Chaudhari
------ -----------
(57) Abstract :
The present invention relates to a process of synthesis of mesoporous alumina from Tetradecyltrimethyl ammonium bromide (TTAB)
surfactant using sol-gel technique. The sol-gel process is wet chemical technique that uses either a chemical solution or colloidal
particles to produce and integrated network. Metal alkoxides and metal chloride are typical precursors for synthesis of Mesporous
alumina. The synthesized mesoporous alumina acts as a carrier for Controlled release /Sustained release of drugs, use as a carrier for
Tumour targeting applications, Gene therapy applications, Photodyanamic therapy, Agents for magnetic resonance imaging and
carrier for drug delivery of molecules , catalysis, sorption, gas sensing, optics, and photovoltaics.

(19) INDIA
(54) Title of the invention : CERVICAL SPINE EXPANDABLE CAGE, CURVATURE ADJUSTER AND MAINTAINER
1)Dattaprasanna Balwant Katikar
Address of Applicant :111, Modi Khana, Saat Rasta, Solapur -
:A61B17/58,
(51) International classification 413001 ----------- -----------
A61B17/70
2)Shekhar Apparao Jeurkar
Filing Date :NA
:NA 1)Dattaprasanna Balwant Katikar
Number
:NA Address of Applicant :111, Modi Khana, Saat Rasta, Solapur -
Filing Date
413001 ----------- -----------
2)Shekhar Apparao Jeurkar
Filing Date :NA
Address of Applicant :4/32, North Sadar Bazar, "Shivakrupa"
,Vidyanagar Hsg.Society No.2, Solapur- 413003, Maharashtra,
India Solapur ----------- -----------
(57) Abstract :
In human species during walking, the balance of spinal column and maintenance of centre of gravity is vital. The curvatures of spinal
column provide erect posture and muscles of posterior part of neck and back maintain the curvature. Cervical vertebrae in cervical
spine give flexibility and stability to neck. They bear weight of head and transmit it to the spinal column below. Whenever a need
arises to remove vertebra in cervical spine, there becomes a void and it has to be filled. The invention presented herein called Cervical
Spine Expandable Cage, Curvature Adjuster and Maintainer (CSECCAM) gives good support, stability and excellent weight bearing
capability. It has provision to fill bone graft which will provide long term stability and excellent flexibility to change angles of its
superior and inferior surfaces which gives the operating surgeon an opportunity to improve the curvature of cervical spine to the
desired level.

(19) INDIA
(54) Title of the invention : FORMULATION AND CHARACTERIZATION OF SOLID LIPID NANOPARTICLES OF SALVIA
SCLAREA EXTRACT FOR THE TREATMENT OF CARDIAC FAILURE
1)Dr. Tejas J. Patel
Address of Applicant :Associate Professor, Shree Naranjibhai Lalbhai Patel College of Pharmacy, Gujarat Technological University, Umrakh, Bardoli ----------- ---
--------
2)Dr. Jasmina Surati
3)Dr. Tanvi Desai
:A61K0009510000, A61P0009100000, 4)Bhumin Pathak
5)Divya Solanki
(51) International 6)Yash Dudhwala
A61Q0019000000, A61K0036537000, 7)Dhruvin Maisuria
classification 8)Mehul Bagde
A23L0033105000 9)Priyanka Chaudhari
10)Dhara Parekh
Application No 1)Dr. Tejas J. Patel
Address of Applicant :Associate Professor, Shree Naranjibhai Lalbhai Patel College of Pharmacy, Gujarat Technological University, Umrakh, Bardoli ----------- -------
:NA ----
Filing Date 2)Dr. Jasmina Surati
Address of Applicant :Associate Professor, Shree Naranjibhai Lalbhai Patel College of Pharmacy, Gujarat Technological University, Umrakh, Bardoli ----------- -------
(87) International ----
3)Dr. Tanvi Desai
: NA Address of Applicant :Associate Professor, Shree Naranjibhai Lalbhai Patel College of Pharmacy, Gujarat Technological University, Umrakh, Bardoli ----------- -------
Publication No ----
4)Bhumin Pathak
(61) Patent of Addition Address of Applicant :Assistant Professor, Shree Naranjibhai Lalbhai Patel College of Pharmacy, Gujarat Technological University, Umrakh, Bardoli ----------- --------
---
:NA 5)Divya Solanki
to Application Number Address of Applicant :Assistant Professor, Shree Naranjibhai Lalbhai Patel College of Pharmacy, Gujarat Technological University, Umrakh, Bardoli ----------- --------
:NA ---
Filing Date 6)Yash Dudhwala
Address of Applicant :Assistant Professor, Shree Naranjibhai Lalbhai Patel College of Pharmacy, Gujarat Technological University, Umrakh, Bardoli ----------- --------
---
(62) Divisional to 7)Dhruvin Maisuria
:NA Address of Applicant :Assistant Professor, Shree Naranjibhai Lalbhai Patel College of Pharmacy, Gujarat Technological University, Umrakh, Bardoli ----------- --------
Application Number ---
8)Mehul Bagde
:NA Address of Applicant :Assistant Professor, Shree Naranjibhai Lalbhai Patel College of Pharmacy, Gujarat Technological University, Umrakh, Bardoli ----------- --------
Filing Date ---
9)Priyanka Chaudhari
---
10)Dhara Parekh
---
(57) Abstract :
[027] The invention presents a Formulation and characterization of solid lipid nanoparticles of Salvia Sclarea extract for the treatment
of cardiac failure. The present invention comprising of a utilization of Salvia Sclarea extract as the primary pharmaceutical
component, incorporation of a solid lipid matrix to act as a carrier for the Salvia Sclarea extract, integration of stabilizers, surfactants,
or emulsifiers to augment the stability and bioavailability of the solid lipid nanoparticles (SLNs). The solid lipid matrix consists of
biocompatible lipids like glyceryl monostearate and stearic acids. Further, a process for creating solid lipid nanoparticles of Salvia
Sclarea extract, encompassing melting the solid lipid matrix, infusing Salvia Sclarea extract into the molten lipid matrix,
homogenizing the amalgamation to produce SLNs, and permitting the SLNs to solidify and attain stability. Additionally involving the
characterization of SLNs regarding particle size, encapsulation efficiency, and stability. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : ELECTRO HYDRO ENHANCER
:B01D0017040000, C02F0001461000, (71)Name of Applicant :

(51) International
C02F0001660000, A61N0001020000, 1)DIGI GO
classification
C02F0005020000 Address of Applicant :SHOP NO.101, BLOCK A B BASIL
(86) International SKYLINE, NEAR VAISHNODEVI UNDERPASS, S P RING
:NA
Application No ROAD, TRAGAD, AHMADABAD, PIN 382470, GUJARAT
:NA
Filing Date Ahmedabad ----------- -----------
: NA
:NA
to Application Number 1)Nikesh Patel
:NA
Filing Date Address of Applicant :SHOP NO.101, BLOCK A B BASIL
(62) Divisional to SKYLINE, NEAR VAISHNODEVI UNDERPASS, S P RING
:NA
Application Number ROAD, TRAGAD, AHMADABAD, PIN 382470, GUJARAT
:NA
Filing Date Ahmedabad ----------- -----------
(57) Abstract :
The present invention is an electro hydro enhancer connected to a water supply which works on the principle to break the big-sized
scales into the microns and make them neutral by changing the molecular structure of carbonates and bicarbonates. In one
embodiment, the system using electro hydro enhancer has an inlet, an outlet and a flow control module positioned in between the inlet
and the outlet, wherein the control module generates two types of frequency digital signals, the control module including a control unit
which generates the required signals from the pre-installed program, and digital antenna which penetrates the generated signals inside
the water passes through it, wherein the electro hydro enhancer is designed to remove minerals such as calcium and magnesium from
hard water. FIG. 1

(19) INDIA
(54) Title of the invention : THE PERFORMANCE ANALYSIS OF THE NON-INTELLECTUAL FACTORS ON STUDENTS’
EDUCATIONAL PERFORMANCE USING DATA MINING TECHNIQUES
1)Mr. Pandya Vishal Kishorchandra
:G06Q0050200000, G09B0007000000,
(51) International Address of Applicant :PhD Research Scholar, Department of
G09B0007020000, G09B0005000000,
classification Computer Science, Saurashtra University, Rajkot - 360005,
G09B0019020000
Gujarat, India Rajkot ----------- -----------
(86) International
:NA 2)Dr. Rajnikant A Pandya
Application No
Filing Date
(87) International
Publication No
1)Mr. Pandya Vishal Kishorchandra
:NA Address of Applicant :PhD Research Scholar, Department of
:NA Computer Science, Saurashtra University, Rajkot - 360005,
Filing Date
(62) Divisional to
:NA 2)Dr. Rajnikant A Pandya
Application Number
:NA Address of Applicant :PhD Research Supervisor, Department of
Filing Date
Computer Science, Saurashtra University, Rajkot - 360005,
(57) Abstract :
In education, the projection of student educational achievement has received a lot of attention. Yet, the learning results are considered
to enhance learning and teaching, predicting the achievement of student outcomes continues underexplored. The amount of data stored
in educational databases is rapidly increasing these days. These databases hold information that can help students improve their
grades. For all students, India’s higher education performance is a watershed moment in their academic careers. Because many factors
influence academic performance, it is critical to develop a predictive data mining model for student performance to distinguish
between fast learners and slow learners. Here, the researcher has basically seven hypotheses and three objectives that is to identified
impact of factors, to know about importance of dependent and independent factors, to measure the impact of factors on the educational
performance of the students. By applying multiple regression researcher comes to know that there is significant impact of independent
variables on the dependent variable that is score or the educational performance of the students. A regression applied by researcher,
Formula: y = mx1 + mx2+ mx3+mx4+mx5+mx6+mx7+ b after applying formula researcher comes to know some positive impact of
independent variables on the performance and some positive impact of independent variables on the educational performance of the
students.

(19) INDIA
(54) Title of the invention : RECTANGULAR RAFT FOUNDATION WITH VERTICAL SKIRTS ALL AROUND EDGES FOR
VARIOUS LOAD RATIOS
Address of Applicant :B. E. (Civil Engg.), M. E. (CASDD Structural Engg.), Ph. D.
(RGPV, Bhopal) Visiting faculty, Assi. Prof. Civil Engineering department Ujjain Engg.
College, Ujjain Address: 89, Lokmanya nagar, Indore (pin - 452009) Ujjain ----------- -----------
2)Dr. Umesh Pendharkar
:E02D0027010000, E02B0017020000, E02B0017000000, 3)Sandeep Nighojkar
E02D0005440000, C30B0029400000 Name of Applicant : NA
(86) International Application Address of Applicant : NA
:NA
No (72)Name of Inventor :
:NA
Filing Date 1)Dr. Bhagyashree Naik
(87) International Publication Address of Applicant :B. E. (Civil Engg.), M. E. (CASDD Structural Engg.), Ph. D. (RGPV,
: NA
No Bhopal) Visiting faculty, Assi. Prof. Civil Engineering department Ujjain Engg. College,
(61) Patent of Addition to Ujjain Address: 89, Lokmanya nagar, Indore (pin - 452009) Ujjain ----------- -----------
:NA
Application Number 2)Dr. Umesh Pendharkar
:NA
Filing Date Address of Applicant :B.E. (Civil), M.E. (Struct.), Ph.D. (IITD) Ex - Principal, Ujjain
(62) Divisional to Application Engineering College, (Formerly, Government Engineering College, Ujjain) Sanwer Road,
:NA
Number Ujjain (M.P.) 456010 Ex-Dircetor, (Founder Director) School Of Engineering and Technology,
:NA
Filing Date Vikram University, Dewas Road, Ujjain (M.P.) 456010 Email: upendharkar@gmail.com
Ujjain ----------- -----------
3)Sandeep Nighojkar
Address of Applicant :Ujjain B. E. (Civil Engg.), M. E. (Structural Engg.). Ph.D. (pursuing
from RGPV, Bhopal) Research Scholar UEC, Ujjain, RGPV Bhopal Address: 206,
Jagannathpur Apartment. 115-116, Snehalata Ganj, Indore ( Pin-452003) M. P. Ujjain ----------
- -----------
(57) Abstract :
ABSTRACT [500] Our Invention “Rectangular Raft Foundation with Vertical Skirts All around Edges for Various Load Ratios” is the projection may be in vertical downward direction or may
be at an angle with vertical. Provision of vertical skirt is relatively easy and executable, as compared to skirts making an angle with the vertical. These vertical skirts, reduces the settlement by
improving the bearing capacity of soil and hence provision of vertical skirt is important, particularly in weak soils. Vertical skirts of different depths can be provided at various locations below
the combined footing. The footings considered are having three different aspect ratios (L/B) i.e. 2.0, 2.5 and 3.0 with two types of soils having bearing capacity as 80kN/m2 and 160kN/m2.
Number of models of combined rectangular footing with vertical skirts has been prepared to study the effect of depth of skirt, length of skirt and location of skirt. To study the behaviour of
combined rectangular footing with skirts the study has been categorised in three groups; Group-I, Group-II & Group-III. In Group-I, the combined rectangular footing with vertical skirts,
having symmetrically placed and equally loaded columns, have been modelled and studied. In Group-II, the study has been extended for the same footing considered in Group-I but with the
columns carrying unequal loads. The ratio of load on two columns has been taken as 2:1. In Group-III the study has been further extended to rectangular Raft footing with vertical skirts having
symmetrically placed and equally loaded columns. For these three groups sixteen different cases have been considered, modelled and analysed.

(19) INDIA
(54) Title of the invention : SLIM MULTI-COLOUR LED EDGE LIT SIGNAGE/DISPLAY
1)Tushar Guha
:F21Y0115100000, F21V0008000000, Address of Applicant :302, ORLOFF APARTMENTS, 38
(51) International
G09F0013220000, F21V0033000000, HARIBHAKTI COLONY, RACE COURSE CIRCLE, ----------- -
classification
G09F0013180000 ----------
(86) International 2)TUSHAR GUHA
:NA
Application No 3)RUDRADEEP GUHA
:NA
: NA
(61) Patent of Addition 1)TUSHAR GUHA
:NA
to Application Number Address of Applicant :302, ORLOFF APARTMENTS, 38,
:NA
Filing Date HARIBHAKTI COLONY, RACE COURSE CIRCLE,
(62) Divisional to VADODARA-390007, GUJARAT, Vadodara ----------- -----------
:NA
Application Number 2)RUDRADEEP GUHA
:NA
Filing Date Address of Applicant :302, ORLOFF APARTMENTS, 38,
HARIBHAKTI COLONY, RACE COURSE CIRCLE,
VADODARA-390007, GUJARAT, Vadodara ----------- -----------
(57) Abstract :
ABSTRACT The present invention “SLIM MULTI-COLOUR LED EDGE LIT SIGNAGE/DISPLAY” is a transparent acrylic or
polycarbonate sheet on which the content to be displayed is engraved or CNC milled. LED light strip(s) are placed in an aluminium
multi-channel and encapsulated with transparent polymers. A background sheet and a frame sheet of black or white
acrylic/polycarbonate having dimensions similar to the engraved/milled sheets are placed at the back and front respectively of the
engraved/milled sheets. The aluminium multi-channel is then placed on the edges of the merged sheets (background sheet, engraved or
milled sheets and frame sheet) and adhesive bonded to illuminate the content to be displayed. An n colour display will require n
transparent sheets of similar dimensions. Colour scheme of the content comes from the coloured LED strip(s) in the aluminium multi-
channel. LED strips of different colours in the aluminium multi-channel are arranged in order to match the edges of the specific
engraved or milled sheet as per the colour scheme of the content. Overall thickness of the signage/display depends on the colour
scheme. For example a three colour display can have a maximum of 25 mm overall thickness of the display. The present invention
opens up limitless creativity in multi- colour display for indoor and outdoor applications. The each aluminium multi-channel/housing
for top, bottom, and sides can have different LED colour strips combinations (for example top multi-channel can have Red-Blue-
Green and bottom multi-channel Yellow-white-pink). The low energy consumption allows it to operate with solar power in addition to
the electrical grid supply. The benefits of the present invention particularly for illuminated street signage at night will be huge apart
from countless other applications. Dated this 28th Day of November’ 2023

(19) INDIA
(54) Title of the invention : FALL SAFE LIFESAVING DEVICE.
(51) International :A63B5/11, E04G21/32, E04G5/14, (71)Name of Applicant :

classification G08B21/02, G08B7/06 1)Neha Dewangan
(86) International Application Address of Applicant :H.N. 53, Megh Basant Colony,
:NA
No Pitiyajhar Road, MAHASAMUND, CHHATTISGARH 493445 --
:NA
Filing Date --------- -----------
(87) International Publication Name of Applicant : NA
: NA
No Address of Applicant : NA
:NA
Application Number 1)Neha Dewangan
:NA
Filing Date Address of Applicant :H.N. 53, Megh Basant Colony, Pitiyajhar
(62) Divisional to Application Road, MAHASAMUND, CHHATTISGARH 493445 ----------- ---
:NA
Number --------
:NA
Filing Date
(57) Abstract :
A fall safe life saving device (1) comprising frame (101) and telescopic mast (100), receiver and actuator mechanism (140) and fall
prevention trampoline net (150) to receives the falling object. It has an assessment mechanism (130), which assesses the falling object
for example human or animal using video camera (131) and different sensors (132, 133). The controller (135) instructs transmitter
(136) after the assessment to send a signal to a receiver (141) located at a lower level of the building. The receiver (141) instructs the
actuator (142) which processes the signal and activates the actuator (142), a quick action motor (143) rotates a cam (145), the cam
(145) then pushes the pusher plate (148) against a helical spring (147), which results in disengagement of the pusher tube (149) which
ultimately raises the telescopic mast (100) and brings the device to its extended configuration to erect the trampoline net (150).

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR CONTROLLING OPERATION OF HUMIDIFYING APPARATUS
:A61M0016000000, F24F0006120000, 1)Noccarc Robotics Private Limited
(51) International
A61M0016100000, F24F0006140000, Address of Applicant :T-142, MIDC Bhosari, Pune - 411026,
classification
F24F0006000000 Maharashtra, India. Pune ----------- -----------
:NA
:NA
(87) International 1)AGARWAL, Tushar
: NA
Publication No Address of Applicant :B-53, Motikunj Extension, Mathura, Uttar
(61) Patent of Addition Pradesh – 281001, India. Mathura ----------- -----------
:NA
to Application Number 2)KURELE, Nikhil
:NA
Filing Date Address of Applicant :T-142, MIDC Bhosari, Pune - 411026,
(62) Divisional to Maharashtra, India. Pune ----------- -----------
:NA
Application Number 3)RATHORE, Harshit
:NA
Filing Date Address of Applicant :T-142, MIDC Bhosari, Pune - 411026,
Maharashtra, India. Pune ----------- -----------
(57) Abstract :
The present disclosure provides a system (102) and method (300) for controlling operation of a humidifying apparatus (120). The
system (102) includes a ventilating apparatus (110) adapted to supply a ventilating gas to a user (104). The humidifying apparatus
(120) is adapted to regulate a moisture content in the ventilating gas to be supplied to the user (104). The system (102) further includes
a computing device (200) configured in the ventilating apparatus (110), and operatively coupled to the humidifying apparatus (120).
The computing device (200) is configured to operate the humidifying apparatus (120) with a set of humidifier operating parameters,
such that the humidifying apparatus (120) provides a predetermined moisture content to the ventilating gas from the ventilating
apparatus (110).

(19) INDIA
(54) Title of the invention : “A ECO-FRIENDLY AND ECONOMIC METHOD FOR LARGE SCALE MANUFACTURING OF
MAGNETIC NANOPARTICLES USING GUM RESIN”
------ -----------
3)Dr. Padmaja Santosh Kore
:A61K0036230000, C01G0049060000,
(51) International 4)Dr. Praveen Digambar Chaudhari
A61K0049180000, C01G0049000000,
A61K0009510000
(86) International
Application No
:NA 1)Dr. Minal Tejram Harde
Filing Date
(87) International
: NA Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
Publication No
------ -----------
:NA 2)Ms. Shravani Pandurang Agalave
:NA Address of Applicant :P. E. S’s Modern College of Pharmacy,
Filing Date
(62) Divisional to
:NA ------ -----------
Application Number
:NA 3)Dr. Padmaja Santosh Kore
Filing Date
------ -----------
------ -----------
(57) Abstract :
The present invention relates to a process for the preparation of iron oxide nanoparticles with the use of non-toxic asafoetida as a
reducing and stabilizing agent ferrous sulphate and ferrous chloride. The prepared iron oxide nanoparticles show maximum
absorbance at ?max209nm; the particle size of the 282nm and the EDX studies showed the elemental presence of Fe and O with 30.01
and 66.99 atomic percentage respectively. The VSM studies performed on nanoparticles confirmed the supramagnetic behavior
properties of nanoparticles establishing its potential use for magnetic targeted drug delivery system.

(19) INDIA
(54) Title of the invention : A COMPONENT REMOVAL AND SEGREGATION SYSTEM FOR PRINTED CIRCUIT BOARDS
(PCBS)
Address of Applicant :Ramdeo Tekdi, Gittikhadan, Katol Road, Nagpur-
440013, Maharashtra, India. Nagpur ----------- -----------
2)DAWARE, Smita G.
3)KOTAMBKAR, Deepali M.
4)KITEY, Sankalp
(51) International classification :H01M10/54, H05K1/00 Name of Applicant : NA
(86) International Application No :NA Address of Applicant : NA
Filing Date :NA (72)Name of Inventor :
(87) International Publication No : NA 1)DAWARE, Smita G.
(61) Patent of Addition to Application Number :NA Address of Applicant :Department of Electronics Engineering, Shri Ramdeobaba
Filing Date :NA College of Engineering and Management, Gittikhadan, Katol Road, Nagpur-
(62) Divisional to Application Number :NA 440013, Maharashtra, India. Nagpur ----------- -----------
Filing Date :NA 2)KOTAMBKAR, Deepali M.
Address of Applicant :Department of Electronics Engineering, Shri Ramdeobaba
College of Engineering and Management, Gittikhadan, Katol Road, Nagpur-
3)KITEY, Sankalp
Address of Applicant :Department of Electronics Engineering, Shri Ramdeobaba
College of Engineering and Management, Gittikhadan, Katol Road, Nagpur-
(57) Abstract :
Abstract Title: A component removal and segregation system for Printed Circuit Boards (PCBs) The present invention provides a component removal and segregation
system (100) for Printed Circuit Boards (200) (PCBs). The system (100) includes a support structure (90), an iron heating element (40), a heating plate (10), a shaft rod
(50), a gear box mechanism (22) a first chamber (33) and a second chamber (34). The support structure (90) includes a top case (20) and a bottom case (30). The heat
generated by the iron heating element (40) loosens the soldering tracks on the PCB (200), facilitating the removal of components from the PCB (200) surface. The shaft
rod (50) on the top case (20) undergoes a translational motion, guiding the components on the PCB (200) board to the first chamber (33) during the forward motion of
the moving gear box (22b) and the PCB (200) board to the second chamber (34) during the backward motion of the moving gear box (22b). Figure 1

(19) INDIA
(54) Title of the invention : REAL TIME DETECTION OF DDOS ATTACK ON RASPBERRY PI USING HYBRID ALGORITHM
1)Suhashini Awadhesh Chaurasia
Address of Applicant :301 Umang Appartment Nari Ring
Road, Opposite NMC water Tank ----------- -----------
2)Varkha K. Jewani
3)Dr. Prafulla E. Ajmire
4)Mohammed Sadiq U. Batliwala
5)Vishal S. Thawani
:G06N0020000000, A61K0036730000, 6)Geeta Brijwani
(51) International
H04L0043087600, G06K0009620000, Name of Applicant : NA
classification
G06F0016901000 Address of Applicant : NA
:NA
Application No 1)Suhashini Awadhesh Chaurasia
:NA
Filing Date Address of Applicant :301 Umang Appartment Nari Ring Road,
(87) International Opposite NMC water Tank ----------- -----------
: NA
Publication No 2)Varkha K. Jewani
(61) Patent of Addition Address of Applicant :B- 206, Rajshree Tower, Near Pratap
:NA
to Application Number Theatre, Kolbad, Thane West Mumbai ----------- -----------
:NA
Filing Date 3)Dr. Prafulla E. Ajmire
(62) Divisional to Address of Applicant :G.S Science, Arts & Commerce College,
:NA
Application Number Khamgaon Buldhana ----------- -----------
:NA
Filing Date 4)Mohammed Sadiq U. Batliwala
Address of Applicant :702, Lily Tower, Jogeshwari West,
Mumbai West. Mumbai ----------- -----------
5)Vishal S. Thawani
Address of Applicant :B- 206, Rajshree Tower, Near Pratap
Theatre, Kolbad, Thane West Mumbai ----------- -----------
6)Geeta Brijwani
Address of Applicant :B-107, Manishnagar, Opposite Dassera
Maidan, Ulhasnagar Mumbai ----------- -----------
(57) Abstract :
The security of devices with limited resources, such as Raspberry Pi, is becoming increasingly important as the Internet of Things
(IoT) ecosystem expands. This study proposes and evaluates a detection system based on the hybrid method (Decision tree + linear
regression) to handle the unique difficulty of detecting DDoS attack on Raspberry Pi. Decision trees are widely used on low power
devices with constrained processing resources because of their efficiency, interoperability, and simplicity. Two basic phases make up
the operation of the suggested detecting system. During the training stage, the decision tree model is trained on Raspberry Pi using
features that are taken from regular network traffic. These factors include traffic patterns, system resource utilization, and network
packet properties. By learning to differentiate between typical and abnormal behavior. During the detection phase, incoming traffic is
classified as either normal or indicative of DDoS attack using the hybrid method, which is applied while continually monitoring real-
time network traffic. The hybrid algorithms lightweight design guarantees effective execution on the Raspberry Pi’s limited hardware,
making it appropriate for real-time deployment. The study emphasizes how crucial it is to use lightweight machine learning
approaches to safeguard IoT deployments in order to promote a more reliable and secure IoT ecosystem.

(19) INDIA
(54) Title of the invention : A TRASHRACK CLEANING MACHINE (TRCM) WITH A ROTATING SKIP GRAB ASSEMBLY
AND WORKING METHOD THEREOF
:B66C0003160000, E02F0003413000, (71)Name of Applicant :

(51) International
B60P0001480000, E21B0011040000, 1)GMW Private Limited
classification
E02F0003470000 Address of Applicant :Plot No. 885, GIDC, Makarpura,
(86) International Vadodara-390010, Gujarat, India ----------- -----------
:NA
:NA
: NA
Publication No 1)Naginder Pal Sigh Panesar
(61) Patent of Addition Address of Applicant :Plot No. 885, GIDC, Makarpura, Vadodara-
:NA
to Application Number 390010, Gujarat, India ----------- -----------
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present invention discloses a trashrack cleaning machine (TRCM) with a rotating skip grab assembly and working method
thereof. An innovative assembly for a Trashrack Cleaning Machine (TRCM), designed to improve the efficiency and effectiveness of
cleaning operations at dam sites. The TRCM features a rotating skip grab assembly, which is a key component of this novel method.
The skip grab is equipped with an additional cylinder located at the lower part of a boom, significantly enhancing its operational
capabilities. This cylinder is actuated to allow the skip grab to rotate and revolve relative to the boom, enabling it to switch between
open and closed positions with ease. The skip grab's attachment to the boom through a pin and bush arrangement allows for controlled
rotational movements, further regulated by a hydraulic cylinder that connects the skip grab to the boom. The operational process
includes lowering the rotating skip grab into the water near the trashrack for excavation of trash, debris, and sediments. Material
collected is secured within the skip grab in a closed position, then lifted towards the TRCM, and finally unloaded into a trolley for
disposal. This method ensures a thorough cleaning of the area around the trashrack, as the process of excavating, collecting, lifting,
and unloading is repeated as necessary. Overall, this assembly greatly enhances the trashrack cleaning efficiency at dam sites.
Accompanied Drawing [FIGS. 1-4]

(19) INDIA
(54) Title of the invention : COMPUTER-IMPLEMENTED SYSTEM FOR CLOUD RESOURCE MANAGEMENT WITHIN
SERVICE-ORIENTED ARCHITECTURE
1)MARWADI UNIVERSITY
Address of Applicant :MARWADI UNIVERSITY, RAJKOT-
MORBI HIGHWAY, AT GAURIDAD, RAJKOT – 360003,
GUJARAT, INDIA Rajkot ----------- -----------
:G06F0009500000, H04L0041147000,
(51) International 2)DR. R. SRIDARAN
H04L0047780000, H04L0041089600,
classification 3)MR. HUSAIN GODHRAWALA
H04L0067100100
4)DR. PANKAJ MUDHOLKAR
(86) International
Application No
Filing Date
(87) International
: NA 1)DR. R. SRIDARAN
Publication No
:NA MORBI HIGHWAY, AT GAURIDAD, RAJKOT – 360003,
:NA GUJARAT, INDIA Rajkot ----------- -----------
Filing Date
2)MR. HUSAIN GODHRAWALA
(62) Divisional to
:NA Address of Applicant :MARWADI UNIVERSITY, RAJKOT-
Application Number
Filing Date
(57) Abstract :
COMPUTER-IMPLEMENTED SYSTEM FOR CLOUD RESOURCE MANAGEMENT WITHIN SERVICE-ORIENTED
ARCHITECTURE Abstract The present disclosure relates to a computer-implemented system for efficient cloud resource
management within a service-oriented architecture. This system integrates a request interface for processing resource requests from
various subscribers, a resource provisioning module for allocating and configuring resources, and a dynamic strategy unit. The
dynamic strategy unit is pivotal in managing a queue, analyzing historical resource allocation data, and executing a resource allocation
algorithm that is informed by object-oriented design patterns. This algorithm dynamically adjusts resources in real-time, optimizing
efficiency, reducing complexity, and enhancing fault tolerance in cloud environments. Additional features include support for
reusability, utilization of shared communication protocols, adaptation to dynamic service requirements, predictive resource allocation
modeling, and energy consumption optimization. Fig. 1

(19) INDIA
(54) Title of the invention : BLOW MOLDING MACHINE AND A METHOD THEREOF
1)RANA AND SONS LLP
:B29C0048285000, B29C0048920000,
(51) International Address of Applicant :PLOT NO. 128 A, KANDIVALI CO-
B29C0048250000, B29C0045500000,
classification OP INDUSTRIAL ESTATE LTD, KANDIVALI WEST,
B29C0048395000
MUMBAI 400067, MAHARASHTRA, INDIA Mumbai -----------
(86) International
:NA -----------
Application No
Filing Date
(87) International
Publication No
1)PAWAN RANA
:NA Address of Applicant :PLOT NO. 128 A, KANDIVALI CO-OP
:NA INDUSTRIAL ESTATE LTD, KANDIVALI WEST, MUMBAI
Filing Date
400067, MAHARASHTRA, INDIA Mumbai ----------- -----------
(62) Divisional to
:NA 2)SUNIL RANA
Application Number
:NA Address of Applicant :PLOT NO. 128 A, KANDIVALI CO-OP
Filing Date
INDUSTRIAL ESTATE LTD, KANDIVALI WEST, MUMBAI
400067, MAHARASHTRA, INDIA Mumbai ----------- -----------
(57) Abstract :
Described herein is a blow molding machine (300). The machine (300) comprises an extruder (200) comprising a hollow barrel (202)
having an open first end fluidically connected to a hopper (204), wherein the hopper (204) is configured to receive and supply material
at the first end within the barrel (202), a heating element configured at the first end of the barrel (202) to heat and melt the material
supplied via the hopper (204), a die-head fluidically connected to a second open end of the barrel (202), and a screw (208) extending
longitudinally through the barrel (202) such that a first end of the screw (208) remains at the first end of the barrel (202). The screw
(208) is rotatably and linearly configured within the barrel (202), wherein rotation of the screw (208) enables movement of the molten
material from the second end towards the second end of the barrel (202) or the die-head and wherein linear movement of the screw
(208) towards the second end of the barrel (202) enables extrusion of the molten material via the die-head. FIG. 2A shall be the
reference figure.

(19) INDIA
(54) Title of the invention : A TELEPATHIC COMMUNICATION DEVICE
:A61B0005000000, G10L0015260000, (71)Name of Applicant :

(51) International
G06F0016280000, H04L0067020000, 1)MR. JAYESHKUMAR PATEL
classification
A61B0005369000 Address of Applicant :RUPAL VAS, VILLAGE: House No.
(86) International ANANDPURA, TA: KADI, DIST.: MEHSANA, 382705, GUJ,
:NA
Application No INDIA. ----------- -----------
:NA
: NA
(61) Patent of Addition 1)MR. JAYESHKUMAR PATEL
:NA
to Application Number Address of Applicant :RUPAL VAS, VILLAGE: House No.
:NA
Filing Date ANANDPURA, TA: KADI, DIST.: MEHSANA, 382705, GUJ,
(62) Divisional to INDIA. ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT A TELEPATHIC COMMUNICATION DEVICE The present invention relates to a telepathic communication device
(100). The telepathic communication device (100) stands for understanding in writing chat or speaking pattern of brain thoughts. The
device (100) is for 10 communication without speaking or writing. The device (100) can convert the brain thoughts into writing chat
and/or speaking format. This device (100) perform chat that's only understandable informal format instead of exact same spelling of
thoughts of words. The sensor (106) sets on the head catches the brain thoughts by analyzing pattern of thinking of the brain. This 15
data transfer to the smart mobile phone that has already installed brain waves recognition software via wireless connectivity device
(107). This software has designed in a such a way that function by converting the electrical signal into the text and/or speech

(19) INDIA
(54) Title of the invention : MODULAR CARTRIDGE FOR MEASURING ONE OR MORE ELECTROLYTES IN A SAMPLE OF
BODY FLUID
1)DiaSys Diagnostics India Pvt. Ltd.
Address of Applicant :A-821, T.T.C. Industrial Area, MIDC,
Mahape, Navi Mumbai – 400710, Maharashtra, India. Mumbai ---
-------- -----------
:G01N0033000000, A45D0040000000, Name of Applicant : NA
(51) International
C02F0001000000, G01N0035100000, Address of Applicant : NA
classification
B01L0003000000 (72)Name of Inventor :
(86) International 1)MATHUR, Vijaywanth
:NA
Application No Address of Applicant :DiaSys Diagnostics India Pvt. Ltd., A-821,
:NA
Filing Date T.T.C. Industrial Area, MIDC, Mahape, Navi Mumbai – 400710,
(87) International Maharashtra, India. Mumbai ----------- -----------
: NA
Publication No 2)PATIL, Vikas
(61) Patent of Addition Address of Applicant :DiaSys Diagnostics India Pvt. Ltd., A-821,
:NA
to Application Number T.T.C. Industrial Area, MIDC, Mahape, Navi Mumbai – 400710,
:NA
Filing Date Maharashtra, India. Mumbai ----------- -----------
(62) Divisional to 3)DALVI, Shweta
:NA
Application Number Address of Applicant :DiaSys Diagnostics India Pvt. Ltd., A-821,
:NA
Filing Date T.T.C. Industrial Area, MIDC, Mahape, Navi Mumbai – 400710,
4)SANE, Nikhil
Address of Applicant :DiaSys Diagnostics India Pvt. Ltd., A-821,
T.T.C. Industrial Area, MIDC, Mahape, Navi Mumbai – 400710,
(57) Abstract :
The present disclosure elaborates upon a modular cartridge 100 adapted for use in an electrolyte analyser for measuring one or more
electrolytes in a sample, wherein the modular cartridge 100 comprises an reagent module 102 configured to store at least one of one or
more calibrants and one or more reference reagents, a sensor module 104 comprising one or more sensors 116 responding to the one
or more electrolytes, a sampler module 106 comprising a sampler configured to draw at least one of the sample and the one or more
reagents, and a cartridge body 124, wherein the reagent module 102, the sensor module 104 and the sampler module 106 are placed
inside the cartridge body 124 in a manner such that the reagent module 104, the sensor module 104 and the sampler module 106 are
independently replaceable.

(19) INDIA
(54) Title of the invention : METHOD FOR EFFECTIVE RESOURCE ALLOCATION IN CLOUD COMPUTING USING
DYNAMIC STACKELBERG GAME BASED MULTI-OBJECTIVE APPROACH
1)MARWADI UNIVERSITY
:G06F0009500000, H04L0067100000,
(51) International 2)DR. R. SRIDARAN
H04L0047700000, H04W0072040000,
classification 3)MR. HUSAIN GODHRAWALA
G06Q0010060000
(86) International
Application No
Filing Date
(87) International
: NA 1)DR. R. SRIDARAN
Publication No
:NA GUJARAT, INDIA Rajkot ----------- -----------
Filing Date
2)MR. HUSAIN GODHRAWALA
(62) Divisional to
:NA Address of Applicant :MARWADI UNIVERSITY, RAJKOT-
Application Number
Filing Date
(57) Abstract :
METHOD FOR EFFECTIVE RESOURCE ALLOCATION IN CLOUD COMPUTING USING DYNAMIC STACKELBERG
GAME BASED MULTI-OBJECTIVE APPROACH Abstract The disclosure relates to a multi-objective resource allocation system
for cloud computing environments, designed to optimally allocate computational resources from a collective pool shared by multiple
cloud service providers. The system includes an advanced allocation unit equipped with a sophisticated policy engine that processes
incoming resource requests from subscribers by analyzing their specific attributes. The allocation unit judiciously assigns resources
from the aggregated pool, making decisions based on a rich matrix of subscriber demands and the unique characteristics of each cloud
service provider's offerings. By intelligently mediating between user requirements and provider attributes, the system facilitates a
dynamic and strategic distribution of resources, ensuring efficient utilization and optimal service delivery within the multifaceted
ecosystem of cloud services. Fig. 1

(19) INDIA
(54) Title of the invention : 3D PRINTED CO-PO EDUCATIONAL MODEL
1)Dr Vinay Kulkarni
:G06Q0010100000, G06Q0010060000, Address of Applicant :D Y Patil College of Engineering,
(51) International
G06Q0050200000, G09B0005000000, Akurdi, Pune Pune ----------- -----------
classification
G09B0007000000 2)Neha Bagdiya
(86) International 3)Dr Mrs P Malathi
:NA
:NA
: NA
Publication No 1)Dr Vinay Kulkarni
(61) Patent of Addition Address of Applicant :D Y Patil College of Engineering, Akurdi,
:NA
to Application Number Pune Pune ----------- -----------
:NA
Filing Date 2)Neha Bagdiya
(62) Divisional to Address of Applicant :D Y Patil College of Engineering, Akurdi,
:NA
Application Number Pune Pune ----------- -----------
:NA
Filing Date 3)Dr Mrs P Malathi
Address of Applicant :D Y Patil College of Engineering, Akurdi,
Pune Pune ----------- -----------
(57) Abstract :
ABSTRACT [500] Our Invention “3D Printed CO-PO Educational Model” is a Road Engineering is an important course in Civil
Engineering, requiring a multidisciplinary approach of Mechanical, Software and Electronics Engineering. Course Outcomes (CO),
Program Outcomes (PO) and Program Specific Outcomes (PSO) required to be imbibed in students for their employability
enhancement, as part of Outcome Based Education. There are 12 POs, viz, Engineering Knowledge, Problem Analysis, Design and
Development of Solutions, Investigation of Complex Problems, Modern Tool Usage, Engineering and Society, Environment and
Sustainability, Ethics, Individual and Teamwork, Communication, Project Management and Finance, Lifelong Learning. Specially
framed PSO apart from POs is also required to be delivered to students. An Education Model needs to be created to explain to all
students so that they can analyze and imbibe POs and PSOs in them, related to the course.

(19) INDIA
(54) Title of the invention : CLASSIFICATION OF MULTIVIEW MAMMOGRAMS USING MACHINE LEARNING
ALGORITHMS.
:G06T0007000000, G16H0050200000,
(51) International 1)Ms. Rupali Patil
A61B0006000000, G06K0009620000,
classification Address of Applicant :RMD SINHGAD SCHOOL OF
G16H0030200000
ENGINEERING WARJE PUNE Pune ----------- -----------
(86) International
:NA 2)DR. V.V.DIXIT
Application No
Filing Date
(87) International
Publication No
1)Ms. Rupali Patil
:NA Address of Applicant :RMD SINHGAD SCHOOL OF
:NA ENGINEERING WARJE PUNE Pune ----------- -----------
Filing Date
2)DR. V.V.DIXIT
(62) Divisional to
:NA Address of Applicant :RMD SINHGAD TECHNICAL
Application Number
:NA EDUCATION SOCIETY WARJE PUNE PUNE ----------- ---------
Filing Date
--
(57) Abstract :
ABSTRACT Our Invention “Classification of Multiview Mammograms Using Machine Learning Algorithms” is a the above literature
survey it is observed that Conventional computer-aided diagnosis (CADx) systems for breast cancer use the single view information of
mammograms to assist the radiologists. More recent work has focused on more than one views. Existing multi-view based CADx
systems normally employ only two views namely Cranio-Caudal (CC) and Medio- Lateral-Oblique (MLO). The information fusion of
the two views proved the effectiveness of the system for mammogram classification which cannot be achieved by single view
information. However, combining the information of four views of mammograms increases the performance of classification. In this
study, we propose Multi-View Feature based CADx system using four views for classification of mammogram using VGG16, VGG
19, ResNet50 algorithms.

(19) INDIA
(54) Title of the invention : SYNTHESIS OF CLUSTERED AND POROUS COPPER OXIDE, A SUSTAINABLE PROCESS
USING A CONCENTRATED EXTRACT OF THE ACACIA CONCINNA PLANT
1)Gayatri Madhukar Gaidhane
Address of Applicant :KBP College Vashi Navi Mumbai 400703 ----------- -----------
:C01G0003020000, C01G0003100000, 2)Kartikey J. Chavan
(51) International 3)Dr. Bhimarao M. Patil
C22B0007040000, A23L0033105000, 4)Jopale Manohar Kashiram
A01N0059200000 Address of Applicant : NA
(86) International 1)Gayatri Madhukar Gaidhane
:NA Address of Applicant :KBP College Vashi Navi Mumbai 400703 ----------- -----------
Application No 2)Kartikey J. Chavan
:NA Address of Applicant :Rayat Shikshan Sanstha's, Karmaveer Bhaurao Patil College, Vashi Vashi ----------- -----------
Filing Date 3)Dr. Bhimarao M. Patil
Address of Applicant :Institute of science, Homi Bhabha State University Mumbai Mumbai ----------- -----------
(87) International 4)Jopale Manohar Kashiram
: NA Address of Applicant :MVP's, Arts Commerce and Science College Tryambakeshwar (Nashik) Nashik ----------- -----------
Publication No 5)Pratik Pramod Parihar
Address of Applicant :Dr. L H Hiranandani College of Pharmacy, CHM Campus, Chandibai Himmathmal Mansukhani Road, Opp.
(61) Patent of Addition Ulhasnagar Railway Station, Ulhasnagar, Maharashtra 421003 Thane ----------- -----------
:NA 6)Vaishali Dattatray Murade
to Application Number Address of Applicant :Padmashri Vikhe Patil College of Arts Commerce and Science, Pravaranagar Pravaranagar ----------- -----------
:NA 7)Ms. Pallavi S.Tathe
Filing Date Address of Applicant :Department of Chemistry, Chandmal Tarachand Bora College,Shirur Shirur ----------- -----------
8)Sayali D.Koli
(62) Divisional to Address of Applicant :Rayat Shikshan Sanstha's Karmaveer Bhaurao Patil College, Vashi Vashi ----------- -----------
:NA 9)Dr. Vilas Bhausaheb Gade
Application Number Address of Applicant :Loknete Ramsheth Thakur Arts Science & Commece College Mokhada Mokhada ----------- -----------
:NA 10)Dr. Trimurti Laxmikant Lambat
Filing Date Address of Applicant :Manoharbhai Patel College of Arts, Commerce & Science, Deori Dist. Gondia 441901 Deori ----------- ---------
--
11)Sarang Ramakant Bhagwat
Address of Applicant :Rayat shikshan sanstha's Karmaveer Bhaurao Patil College, Vashi Vashi ----------- -----------
(57) Abstract :
Copper oxide [CuO] is needed for the creation of near-infrared filters, magnetic storage media, super capacitors, semiconductors,
sensors etc. Need of huge amount of oxide materials in modern world. During synthesis of copper oxide gigantic number of harmful
debris as well as pollution is laid down in the environment. In this synthesis, we have produced copper oxide [CuO] by combine
concentrated plant extract from Acacia concinna, which serves as a sustainable solvent, with solid copper sulphate (CuSO4.5H2O). In
addition, it is less dangerous, causing no harmful pollutant with low waste biproducts, making it entirely sustainable. The synthesised
copper oxide was characterised and confirmed with reference materials using SEM, XRD, EDAX, and FTIR.

(19) INDIA
(54) Title of the invention : REAL-TIME MULTIMODAL VIDEO NARRATION PLATFORM FOR VISUALLY IMPAIRED
PEOPLE

(51) International
G10L0015260000, G09B0021000000, 1)Shreyas Rajendra Dixit
classification
G06F0040300000 Address of Applicant :Flat No. 12 Padmaja Park Phase 2 ,
(86) International Near Laketown , Bibevewadi Pune , 411037 ----------- -----------
:NA
Application No 2)Pradnya Rajendra Dixit
:NA
: NA
(61) Patent of Addition 1)Shreyas Rajendra Dixit
:NA
to Application Number Address of Applicant :Flat No. 12 Padmaja Park Phase 2 , Near
:NA
Filing Date Laketown , Bibevewadi Pune , 411037 ----------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Over the past year, numerous research projects worldwide have ventured into the realm of multimodal research, with applications
spanning speech recognition, visual question answering, and enhancing human-computer interaction. Multimodal models have the
capability to integrate and analyze various data types, including text, images, audio, and video, thereby creating a shared
representation space that effectively captures complementary information from multiple sources. This approach brings machines one
step closer to emulating human-like learning. This current research employs multimodal techniques to aid visually impaired
individuals in comprehending and appreciating the real-time video recordings of significant moments in their daily lives. This
assistance is achieved by providing real-time audio descriptions. The proposed architecture comprises a Feature Extractor responsible
for ‘key frame extraction’ and ‘audio processing’. Subsequently, the Generator, utilizing an Image Captioning model, generates
captions for the frames. These captions are then filtered through a 'Sentence Similarity' function to produce unique descriptions. The
Post Processor takes the transcribed audio from the audio processor and the unique captions from the Generator as inputs. These
inputs are then fed into a Large Language Model with a curated prompt to generate a narrative text. This narrative text, when
processed through the audio system, results in a narration experience that closely resembles human narration. The architecture is
implemented using Python and open-source models.

(19) INDIA
(54) Title of the invention : ADAPTIVE SOLAR-PHOTOVOLTAIC AND BATTERY MANAGEMENT SYSTEM FOR
AUTONOMOUS VEHICLE OPERATIONS
1)Dr. Ganesh B. Akat
Address of Applicant :Assistant Professor in Chemistry, Department of Chemistry, Kohinoor Arts, Commerce & Science College, Chhatrapati Sambajinagar,
Maharashtra, India, Pincode: 431101 ----------- -----------
2)Dr. Venkataramana Guntreddi
3)Dr. Subhrajit Pradhan
4)Dr. T. Raghavendra Vishnu
:G06N0020000000, G05D0001000000, 5)Dr. Y. Anil Kumar
(51) International 6)Dr. Sk. Erfan
H02J0007000000, G06Q0050300000, 7)Dr. Nandkumar Popatrao Dharmadhikari
classification 8)Dr. Shaik Rafi Kiran
9)Mr. B. Perumal
B60L0015200000 10)Dr. Dongare Ashok Kalyan
Application No 1)Dr. Ganesh B. Akat
:NA Address of Applicant :Assistant Professor in Chemistry, Department of Chemistry, Kohinoor Arts, Commerce & Science College, C hhatrapati Sambajinagar,
Filing Date Maharashtra, India, Pincode: 431101 ----------- -----------
2)Dr. Venkataramana Guntreddi
Address of Applicant :Associate Professor, Department of Electrical, Telecommunication and Computer Engineering, Kampala International University, Western
(87) International Campus, Isakha, Uganda, P.O. Box - 71 ----------- -----------
: NA 3)Dr. Subhrajit Pradhan
Publication No Address of Applicant :Professor, Department of Electronics and Communication Engineering, Gandhi Institute of Excellent Technocarts, Bhubaneswar, Odisha, India,
Pincode: 752054 ----------- -----------
(61) Patent of Addition 4)Dr. T. Raghavendra Vishnu
:NA Address of Applicant :Professor & HOD, Department of ECE, Priyadarshini Institute of Technology and Science for Women, Chintalapudi, Guntur, Andhra Pradesh,
to Application Number India, Pincode: 522306 ----------- -----------
:NA 5)Dr. Y. Anil Kumar

Address of Applicant :Associate Professor, Department of EEE, Vignana Bharathi Institute of Technology, Aushapur, Ghatkesar, Medchal-Malkajgiri District,
Filing Date Hyderabad, Telangana, India, Pincode: 501301 ----------- -----------
6)Dr. Sk. Erfan
(62) Divisional to Address of Applicant :Associate Professor, BS&H Department, QIS CET, Vengamukkapalem, Ongole, Andhra Pradesh, Pincode: 523001 ----------- -----------
:NA 7)Dr. Nandkumar Popatrao Dharmadhikari
Application Number Address of Applicant :176/4, Hind Colony, Trimurtinagar, Bhekrainagar, Phursungi, Pune, Maharashtra, India, Pincode: 412308 ----------- -----------
:NA 8)Dr. Shaik Rafi Kiran
Filing Date Address of Applicant :Professor, Department of EEE, Sri Venkateswara College of Engineering (Autonomous), Tirupati, Andhra Pradesh, India, Pincode: 517507 -----
------ -----------
9)Mr. B. Perumal
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Sri Venkateswara College of Engineering (Autonomous), Tirupati, Andhra
Pradesh, India, Pincode: 517507 ----------- -----------
10)Dr. Dongare Ashok Kalyan
Address of Applicant :Associate Professor, Department of Physics, Vasantdada Patil College, Patoda, Maharashtra, India, Pincode: 414204 ----------- -----------
(57) Abstract :
This invention introduces an Adaptive Solar-Photovoltaic and Battery Management System tailored for Autonomous Vehicle Operations. The system
integrates cutting-edge solar panels with dynamic optimization capabilities based on real-time environmental factors. Complemented by a
sophisticated Battery Management System employing machine learning algorithms, it intelligently balances energy distribution for vehicle
propulsion, auxiliary systems, and regeneration. Beyond providing a self-sufficient energy model for electric and autonomous vehicles, the
technology extends its adaptability to diverse driving conditions, optimizing energy capture and efficiency. This transformative solution not only
addresses challenges in sustainable transportation but also holds promise for scalability in off-grid environments, contributing to a more resilient and
eco-friendly future.

(19) INDIA
(54) Title of the invention : IN-VITRO AND IN-VIVO ANTIFUNGAL ACTIVITY OF JUGLANS-REGIA MEDIATED SILVER
NANOPARTICLES AGAINST ASPERGILLUS- OCHRACEOUS INDUCED TOXICITY
1)Dr. Ravikumar Bapurao Shinde
:A61P0031100000, A61K0033380000, Zoology, Shri Pundlik Maharaj Mahavidayalaya, Near New
(51) International
C12R0001660000, A61K0036520000, Cotton Market, Buldhana Road, Nandura, Buldhana, Maharashtra.
classification
C23C0014020000 Pin Code: 443404 ----------- -----------
(86) International 2)Ms. Rupali Manohar Dhane
:NA
:NA
: NA
Publication No 1)Dr. Ravikumar Bapurao Shinde
(61) Patent of Addition Address of Applicant :Assistant Professor, Department of
:NA
to Application Number Zoology, Shri Pundlik Maharaj Mahavidayalaya, Near New
:NA
Filing Date Cotton Market, Buldhana Road, Nandura, Buldhana, Maharashtra.
(62) Divisional to Pin Code: 443404 ----------- -----------
:NA
Application Number 2)Ms. Rupali Manohar Dhane
:NA
Filing Date Address of Applicant :Assistant Professor, Department of
Pharmaceutical Chemistry, Ssbes’s Nanded Pharmacy College,
Shyam Nagar, Nanded, Maharashtra. Pin Code: 431605 -----------
-----------
(57) Abstract :
[028] The invention presents an In-Vitro and In-Vivo Antifungal Activity of Juglans-Regia mediated Silver Nanoparticles Against
Aspergillus- ochraceous Induced toxicity. The present invention comprising of a formulation containing JRSNPs, specifically
engineered for effective in-vitro and in-vivo antifungal activity against Aspergillus ochraceous. The exposure of JRSNPs to
Aspergillus ochraceous cultures demonstrates notable inhibitory effects on fungal growth. A technique for synthesizing JRSNPs,
involving the reduction of silver ions through the utilization of Juglans Regia extract. This process results in the creation of highly
potent antifungal agents. A procedure for administering JRSNPs in-vivo to individuals facing Aspergillus ochraceous-induced
toxicity. This method showcases the effective suppression of fungal proliferation and the alleviation of associated toxic effects. A
formulation incorporating JRSNPs into a biocompatible delivery system. This integration ensures a targeted and sustained release of
JRSNPs, thereby enhancing their antifungal efficacy. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : HI-TECH MECHANICAL MACHINE
1)Ayyub Sayyed
Address of Applicant :SR NO 51/1/1 SAHYOG NAGAR
:F03G7/08, F03G7/10,
(51) International classification GOKUL PATHAR NR ATUL NAGAR WARJE ----------- --------
F16H19/02
---
2)Heena Nadeem Shaikh
Filing Date :NA
Application Number
:NA 1)Ayyub Sayyed
Filing Date
Address of Applicant :SR NO 51/1/1 SAHYOG NAGAR
:NA GOKUL PATHAR NR ATUL NAGAR WARJE ----------- --------
Number
:NA ---
Filing Date
2)Heena Nadeem Shaikh
Address of Applicant :242/1 plot 37, edgah colony, nagardevale,
Alamgir, Ahmednagar-414001 Ahmednagar ----------- -----------
(57) Abstract :
ABSTRACT This invention is based on the theory that if we calculate the force on the surface of a 150 mm diameter wheel that
rotates, then if we count the force on the surface of a rotating wheel of 75 mm diameter, we will get 5 double force is available on the
surface of 75 mm diameter wheel. If more such small wheels are taken then more force will be available on their surface. This new
device is made on this theory. This device is made in 4 10 steps. In 1st step receiver, is crank shaft. With flat circumference wheel and
gear wheel pairs. In 2nd step free rotating round flat circumference wheel and gear wheel pairs. Is in the 3rd stage, the crank shaft is
placed in two separate brackets and the flat circumference wheel and gear wheel are placed in it, and in the 4th stage, the provider is
crank shaft, which has two 15 cranks and it is connected to the linear slider of the 3rd stage with the connecting rod. The main purpose
of this device is to increase the force in the technical field and to generate free off cast energy from this increased force. 20 The crank
shaft of the 1st stage crank shaft increase force to 4th stage crank shaft.

(19) INDIA
(54) Title of the invention : “GREEN SYNTESIS OF IRON OXIDE NANOPARTICLES USING CAJANUS CAJAN LEAF
EXTRACT”
------ -----------
:A61K0036480000, C01G0049060000,
A61K0049180000, C01G0049000000,
A61K0009510000
(86) International
Application No
Filing Date
(87) International
Publication No
------ -----------
:NA 2)Mr. Shivshankar Ramrao Waghmare
Filing Date
(62) Divisional to
:NA ------ -----------
Application Number
Filing Date
------ -----------
------ -----------
(57) Abstract :
The present invention relates to a process for the preparation of iron oxide nanoparticles with the use of non-toxic Cajanus Cajan leaf
extract as a reducing and stabilizing agent ferrous sulphate and ferrous chloride. The prepared iron oxide nanoparticles show
maximum absorbance at ?max209nm; the particle size of the 282nm and the EDX studies showed the elemental presence of Fe and O
with 30.01 and 66.99 atomic percentage respectively. The VSM studies performed on nanoparticles confirmed the supramagnetic
behavior properties of nanoparticles establishing its potential use for magnetic targeted drug delivery system.

(19) INDIA
(54) Title of the invention : PROCESS FOR THE REMOVAL OF HEXAVALENT CHROMIUM FROM AQUEOUS SOLUTIONS
AND EFFLUENTS USING COVALENT ORGANIC FRAMEWORKS BY PHOTOCATALYSIS
1)Parag Ramesh Nemade
:B01J0035000000, C02F0101220000, Address of Applicant :Department of Chemical Engineering,
(51) International
C02F0001280000, C02F0001300000, Institute of Chemical Technology, Nathalal Parekh Marg,
classification
C02F0001467000 Matunga, ----------- -----------
(86) International 2)Olviya Stanny Gonsalves
:NA
:NA
: NA
Publication No 1)Parag Ramesh Nemade
(61) Patent of Addition Address of Applicant :Department of Chemical Engineering,
:NA
to Application Number Institute of Chemical Technology, Nathalal Parekh Marg,
:NA
Filing Date Matunga, ----------- -----------
(62) Divisional to 2)Olviya Stanny Gonsalves
:NA
Application Number Address of Applicant :Department of Chemical Engineering,
:NA
Filing Date Institute of Chemical Technology, Nathalal Parekh Marg,
Matunga, Mumbai, Maharashtra, India 400019. Mumbai -----------
-----------
(57) Abstract :
The present invention relates to the process of removal of heavy metal, hexavalent chromium from aqueous solutions and effluents
through the use of low cost, nitrogen rich, conjugated aromatic triazine based covalent triazine framework as a photocatalyst under the
visible light irradiation. Hexavalent chromium is photo reduced to less toxic trivalent state using nitrogen rich, conjugated aromatic
triazine based covalent organic framework under visible light irradiation. For the enhancement of photo catalytic activity of triazine
based covalent organic framework, hole scavenger was added to the solution along with the photocatalyst under visible light radiation.
The photocatalyst demonstrates high-capacity photo-reduction for removal of hexavalent from complex aqueous solutions such as
wastewater, lake water, sea water and in presence of other interfering ions such as sodium, potassium, calcium, ammonium, nitrate,
sulphates, acetates, chloride among others. The process can be repeated by recycling of photocatalyst at high efficiency, and which
enables a reuse for more than 50 times. Thus, this novel process provides an inexpensive and high-performance method for the
photoreduction of hexavalent chromium for its removal from the aqueous streams and effluents.

(19) INDIA
(54) Title of the invention : UNDERSTANDING THE ROLE OF BIG DATA IN COMMERCE APPLICATION MANAGEMENT
1)Dr.DEEPAK TIWARI
Address of Applicant :DIRECTOR, MANAGEMENT, DUKE COLLEGE OF MANAGEMENT, BHOPAL, MADHYA PRADESH- 462041,INDIA Bhopal ----------- -----------
2)Mr. VIKAS SHARMA
3)Dr.A.JAGANATHAN
4)Mr. S.RAMESH
5)Dr.SYED YASEEN
6)Dr.M.S.SIVASANKARAN
7)Dr. ASHUTOSH PRIYA
8)Dr.J.JOLLY VINI SHEEBA
9)Dr.K.BRINDHA
10)Dr.B.NAVITHA
11)Dr.G.SATHYA
12)Mr.J LOGESHWARAN
(51) International classification :G06Q0030020000, G06Q0010060000, G06Q0030060000, G06F0016250000, G06F0016230000
1)Dr.DEEPAK TIWARI
Address of Applicant :DIRECTOR, MANAGEMENT, DUKE COLLEGE OF MANAGEMENT, BHOPAL, MADHYA PRADESH- 462041,INDIA Bhopal ----------- -----------
Filing Date :NA
2)Mr. VIKAS SHARMA
Address of Applicant :HEAD OF DEPARTMENT, FINANCE SPECIALISATION, LALA LAJPATRAI INSTITUTE OF MANAGEMENT , MUMBAI, MAHARASHTRA 400034, INDIA Mumbai ----------- -----------
3)Dr.A.JAGANATHAN
Filing Date :NA
Address of Applicant :ASSISTANT PROFESSOR & HEAD, COMMERCE WITH IT, GOVERNMENT ART'S AND SCIENCE COLLEGE –GUDALUR, THE NILGIRIS , TAMIL NADU -643212, INDIA Gudalur ----------- -----------
4)Mr. S.RAMESH
Filing Date :NA
Address of Applicant :ASSOCIATE PROFESSOR, COMMERCE, JAIN (DEEMED-TO-BE UNIVERSITY), BENGALURU, KARNATAKA- 560069, INDIA Bengaluru ----------- -----------
5)Dr.SYED YASEEN
Address of Applicant :ASSOCIATE PROFESSOR, COMMERCE AND MANAGEMENT, JAIN ( DEEMED TO BE UNIVERSITY), BANGALORE, KARNATAKA- 560026, INDIA Bangalore ----------- -----------
6)Dr.M.S.SIVASANKARAN
Address of Applicant :ASSISTANT PROFESSOR , COMMERCE WITH CA, GOVERNMENT ART'S AND SCIENCE COLLEGE –GUDALUR, TAMIL NADU -643212, INDIA Gudalur ----------- -----------
7)Dr. ASHUTOSH PRIYA
Address of Applicant :PROFESSOR & HEAD, REGIONAL ECONOMICS, MJP ROHILKHAND UNIVERSITY, BAREILLY, UTTAR PRADESH-243006, INDIA Bareilly ----------- -----------
8)Dr.J.JOLLY VINI SHEEBA
Address of Applicant :ASSISTANT PROFESSOR AND HEAD DEPARTMENT OF COMMERCE WITH COMPUTER APPLICATION (CA), COMMERCE, DR.R.V AR TS AND SCIENCE COLLEGE , KARAMADAI,COIMBATORE , TAMILNADU-641104, INDIA Coimbatore ----------- -----------
9)Dr.K.BRINDHA
Address of Applicant :ASSOCIATE PROFESSOR AND HEAD , COMMERCE WITH PROFESSIONAL ACCOUNTING , DR. SNS RAJALAKSHMI COLLEGE OF ARTS AND SCIENCE , COIMBATORE , TAMILNADU – 641049, INDIA Coimbatore ----------- -----------
10)Dr.B.NAVITHA
Address of Applicant :ASSISTANT PROFESSOR , COMMERCE , GOVERNMENT ART'S AND SCIENCE COLLEGE ,GUDALUR,THE NILGIRIS, TAMIL NADU -643212, INDIA Gudalur ----------- -----------
11)Dr.G.SATHYA
Address of Applicant :ASSISTANT PROFESSOR , COMMERCE , GOVERNMENT ART'S AND SCIENCE COLLEGE –GUDALUR, GUDALUR,THE NILGIRIS, TAMIL NADU -643212, INDIA Gudalur ----------- -----------
12)Mr.J LOGESHWARAN
Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING, SRI ESHWAR COLLEGE OF ENGINEERING, COIMBATORE- TAMIL NADU, INDIA Coimbatore ----------- -----------
(57) Abstract :
ABSTRACT Understanding the Role of Big Data in Commerce Application Management Big data has become a major driver of
business processes, providing capabilities that are essential for managing enterprise-level commerce applications. Big data
technologies such as Apache Hadoop offer powerful features for transforming, consolidating, and recommending commerce data from
a wide variety of sources. These capabilities enable commerce application management solutions to deliver advanced analytics and
insights that optimize consumer experiences and increase operational efficiency. By leveraging the scalability, resilience, and cost-
effectiveness of big data technologies, businesses can ingest and process vast quantities of data faster than ever before. This facilitates
the development of solutions that integrate customer behavior and demographics across multiple channels while still protecting user
privacy. With the insights gained from these insights, businesses can build more personalized content and refine the overall user
experience. In addition, big data enables the delivery of dynamic pricing strategies that give customers more control over their
purchases. This allows businesses to tailor their pricing models to the individual customer, increasing engagement and loyalty. With
predictive analytics built on big data, businesses can uncover hidden patterns in customer behavior and interactions to develop optimal
pricing policies and strategies that can increase customer satisfaction and lead to significant long-term savings. Finally, big data makes
it easier for businesses to accurately forecast future trends and develop insights into their customer base, helping them to anticipate
and address potential market changes and opportunities. By leveraging big data, businesses can gather actionable insights into
consumer behavior and use those insights to manage their commerce applications and increase overall ROI. Overall, big data is an
essential part of modern commerce applications. Its ability to collect, integrate, analyze, and process large volumes of data quickly and
efficiently provides businesses with an unparalleled advantage in managing their applications and achieving their business goals.

(19) INDIA
(54) Title of the invention : INVESTIGATION ON APPLICATIONS OF COMPOSITE GEOTEXTILE IN LANDSLIDE

PREVENTION
1)Sonia Jitesh Pandey
Address of Applicant :MAHATMA EDUCATION SOCIETY’S PILLAI HOC
COLLEGE OF ENGINEERING &TECHNOLOGY RASAYANI TALUKA
PANVEL, DIST, NAVI MUMBAI, MAHARASHTRA 410207, INDIA. B-204,
Aradhana CHS, Behind Garden Hotel, near Birmole hospital, panvel, Dist- Raigad,
:E02D0017200000, E02B0003120000, 410206, MH, India. E-Mail: soniaupadhyay46@gmail.com MUMBAI ----------- ---
(51) International
E02B0003140000, E02D0029020000, --------
classification
E02D0003000000 2)Prof (Dr.) Shilpa Pankaj Kewate
:NA
:NA
(87) International 1)Sonia Jitesh Pandey
: NA
Publication No Address of Applicant :MAHATMA EDUCATION SOCIETY’S PILLAI HOC
(61) Patent of Addition to COLLEGE OF ENGINEERING &TECHNOLOGY RASAYANI TALUKA
:NA
Application Number PANVEL, DIST, NAVI MUMBAI, MAHARASHTRA 410207, INDIA. B-204,
:NA
Filing Date Aradhana CHS, Behind Garden Hotel, near Birmole hospital, panvel, Dist- Raigad,
(62) Divisional to 410206, MH, India. E-Mail: soniaupadhyay46@gmail.com MUMBAI ----------- ---
:NA
:NA
Filing Date 2)Prof (Dr.) Shilpa Pankaj Kewate
Address of Applicant :MAHATMA EDUCATION SOCIETY’S PILLAI HOC
COLLEGE OF ENGINEERING &TECHNOLOGY RASAYANI TALUKA
PANVEL, DIST, NAVI MUMBAI, MAHARASHTRA 410207, INDIA. Flat
no.603, Sai Gourav, Plot no.69,Sector 35E, Near Bank of India, Kharghar, Dist-
Raigad, 410210, MH, India. E-Mail: shilpakewate@mes.ac.in
shilpa.kewate@gmail.com Mumbai ----------- -----------
(57) Abstract :
Abstract Landslide is one of the major natural hazards the world is facing. Slope stabilization using permanent structures cannot be adopted in larger scale. Slope
stabilization by establishing vegetation with the support of natural composite geotextile is an alternative method for stabilization of slopes in hilly areas. A natural
composite geotextile may successfully be used for three major challenging areas, like topsoil erosion control of hill slopes, rural road construction at low cost and
erosion protection of banks of moderate rivers or streams. Slope erosion is a critical environmental concern, and effective slope protection measures are essential to
mitigate its adverse effects. This project aims to develop a novel composite geotextile composed of banana fiber and viscose fiber to address slope protection
challenges. Banana fiber, sourced from agricultural waste, and viscose fiber, a regenerated cellulose fiber, are chosen for their biodegradability and sustainability. The
study explores the mechanical properties and erosion resistance of the composite geotextile compared to conventional materials. The research involves the extraction
and characterization of banana and viscose fibers to understand their individual properties. A series of laboratory tests are conducted to optimize the ratio of the two
fibers, ensuring a balance of tensile strength, elongation, and water retention capabilities. The composite geotextile is then manufactured using various techniques, such
as needle-punching or weaving. To evaluate the slope protection effectiveness, large-scale testing is performed on simulated slopes subjected to controlled water flow
and weather conditions. The composite geotextile's erosion resistance, soil stabilization ability, and ecological impact are thoroughly assessed and compared with other
geotextiles. The findings of this study have the potential to contribute to sustainable slope protection solutions, reducing reliance on synthetic materials and promoting
the use of eco-friendly alternatives. The natural composite geotextile's biodegradable nature could alleviate environmental concerns associated with traditional
geosynthetics, while the incorporation of banana fiber may offer additional benefits like improved moisture retention and enhanced soil fertility. This research intends to
advance the field of geotechnical engineering with a focus on environmentally conscious solutions, fostering a more resilient and sustainable future. Seeding is
embedded with some specified spacing in the geotextile to support the vegetation.

(19) INDIA
(54) Title of the invention : LOCATION BASED IOT SYSTEM FOR VEHICLE SPEED CONTROL WITH CARBURETTOR
VALVE OPTIMIZATION
1)D Y Patil International University, Akurdi, Pune
:B60W0030140000, B60K0031000000, Address of Applicant :Sector 29, Nigdi Pradhikaran, Akurdi,
(51) International
G06N0020000000, H04W0004700000, Pune, Maharashtra 411044 ----------- -----------
classification
B60W0040105000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Mr. Dinesh Kumar
(87) International Address of Applicant :D Y Patil International University, Sector
: NA
Publication No 29, Nigdi Pradhikaran, Akurdi, Pune, Maharashtra, India 411044
(61) Patent of Pune ----------- -----------
Addition to :NA 2)Dr. Sudhir Kumar
Application Number :NA Address of Applicant :D Y Patil International University, Sector
Filing Date 29, Nigdi Pradhikaran, Akurdi, Pune, Maharashtra, India 411044
(62) Divisional to Pune ----------- -----------
:NA
Application Number 3)Dr. Nada Abdulaziz A Alasbali
:NA
Filing Date Address of Applicant :Department of Information Systems,
College of Computer Science, King Khalid University, Abha
61421, Saudi Arabia ----------- -----------
(57) Abstract :
ABSTRACT: Title - LOCATION BASED IOT SYSTEM FOR VEHICLE SPEED CONTROL WITH CARBURETTOR VALVE
OPTIMIZATION. The present invention discloses a method to develop a smart IOT system-based device for location-based vehicle
speed control with carburetor valve optimization. The present invention seeks to provide a smart IOT based device to controls the
vehicle speed by controlling the carburetor of the vehicle using motorized valve control system through central IOT and
microcontroller. To regulate and monitor all areas with human interference is not possible due to shortage of human labor and
finances. Therefore, a smart IOT enabled device is needed to effectively monitor and control vehicle speeds in both crowded areas and
open highways. The device can leverage advanced technologies such as AI, IOT device and machine learning algorithms to
automatically change the maximum speed. Additionally, it can automatically alert drivers about speed limits and will fix the maximum
speed of vehicle according to the zone limits.

(19) INDIA
(54) Title of the invention : A CASTING MIXTURE AND A METHOD FOR CASTING OF IMPRESSIONS USING HOT MIX
ASPHALT
1)SAGE University
Address of Applicant :Kailod Kartal, RAU BYPASS, Indore
452020 Indore, Madhya Pradesh India Indore ----------- -----------
:B29C0037000000, D04H0001541000,
B32B0027320000, B32B0027120000,
C04B0026260000
1)Ms Sakshi Agrawal
(86) International
:NA Address of Applicant :SAGE University, Kailod Kartal, RAU
Application No
:NA BYPASS, Indore 452020 Indore, Madhya Pradesh India Indore ---
Filing Date
-------- -----------
(87) International
: NA 2)Khushi Shrivastava
Publication No
Address of Applicant :SAGE Institute of Sciences, SAGE
:NA University, Kailod Kartal, RAU BYPASS, Indore 452020 Indore,
:NA Madhya Pradesh India Indore ----------- -----------
Filing Date
3)Ms Pinky Nishad
(62) Divisional to
:NA Address of Applicant :SAGE Institute of Sciences, SAGE
Application Number
:NA University, Kailod Kartal, RAU BYPASS, Indore 452020 Indore,
Filing Date
Madhya Pradesh India Indore ----------- -----------
4)Ms Anamika Sharma
Address of Applicant :SAGE Institute of Sciences, SAGE
University, Kailod Kartal, RAU BYPASS, Indore 452020 Indore,
Madhya Pradesh India Indore ----------- -----------
(57) Abstract :
Provided in the present invention is a three dimensional impression casting mixture (100). Said casting mixture includes a base
material and an additive. The additive includes a material having high degree of crystallization and the melting point ranges from 90o
C to 120o C. The additive material is a thermoplastic, preferably Hot Mix Asphalt (HMA). In the casting mixture, high bonds are
formed between the material and the HMA, such that the casting mixture has improved durability and lesser drying period. Still
further provided is a method (200) of making a three dimensional impression casting mixture. The disclosed invention can be used for
detailing collection of 3D impressions left at the scene of crime on unmovable objects. This can help in cases where the Footprints and
other impressions are of prime evidence for us and the 3D impressions need to be examined for the purpose of identification of a
person carrying very minute details and great durability. Figure 1.

(19) INDIA
(54) Title of the invention : A METHOD OF ADVANCED LIQUID COOLING SYSTEM OF ELECTRICAL VEHICLE AND
RELATED EQUIPMENTS
:F01P0007040000, H04N0009310000, (71)Name of Applicant :

(51) International
F25B0041310000, B64D0033080000, 1)AUDUMBAR AVINASH SHINDE
classification
A61K0008370000 Address of Applicant :At/post sanvi kati, pangardarwadi, Tal-
(86) International Tuljapur ----------- -----------
:NA
:NA
: NA
Publication No 1)AUDUMBAR AVINASH SHINDE
(61) Patent of Addition Address of Applicant :At/post sanvi kati, pangardarwadi, Tal-
:NA
to Application Number Tuljapur ----------- -----------
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed an advanced cooling system for electrical vehicle that control by BMS controller and provide high speed of cooling by
combine working of compressor, expansion valve and two coolants. The ambient temperature is responsible for slow response of
standard cooling system of electrical vehicle in conventional method. An advance cooling system of electrical vehicle having Heat ex-
changer tank which solve the many more problem which are associated by ambient temperature. It consists two coolants which
coolant-1 is consume the heat of batteries and deliver into Heat ex-changer and the coolant-2 is consume the heat in the Heat ex-
changer and deliver into environment due to these combine work of coolants make this cooling system more efficient system.
Numerous benefits exist for cooling system of electrical vehicle, including increase speed of cooling of batteries, increase efficient
operating condition of batteries and reduce the bad effects occurs on batteries by increase in the temperature of batteries.

(19) INDIA
(54) Title of the invention : THREE-PHASE FREQUENCY ADAPTIVE DIGITAL PHASE LOCKED LOOP FOR POWER
SYSTEM MEASUREMENT, CONTROL, AND PROTECTION
1)Dr. Sandip D Satav
Address of Applicant :Associate Professor, Department of Information Technology, JSPM, JSCOE, Pune -
411028 ----------- -----------
2)Chandralekha M
3)Dr. Sanjay B. Warkad
4)Dr. S Farook
5)Dr. K.Maruliya Begam
6)Mr. Manivannan R
:G01R0019250000, H02J0003180000, G06Q0040040000,
G01R0025000000, H02J0003060000
1)Dr. Sandip D Satav
Filing Date :NA
Address of Applicant :Associate Professor, Department of Information Technology, JSPM, JSCOE, Pune -
411028 ----------- -----------
:NA 2)Chandralekha M
Application Number
:NA Address of Applicant :Assistant Professor, Department of Electrical and Electronics Engineering, Bharat
Filing Date
Institute of Engineering and Technology, Hyderabad - 501510 ----------- -----------
:NA 3)Dr. Sanjay B. Warkad
Number
:NA Address of Applicant :Professor, Department of Electrical Engineering, P. R. Pote (Patil) College of
Filing Date
Engineering & Management, Amravati - 444603, Maharashtra ----------- -----------
4)Dr. S Farook
Address of Applicant :Professor, Department of EEE, School of Engineering, Mohan Babu University,
Tirupathi - 517102 ----------- -----------
5)Dr. K.Maruliya Begam
Address of Applicant :Assistant Professor (Selection Grade), Department of EEE, Periyar Maniammai Institute
of Science & Technology, Vallam - 613403, Thanjavur ----------- -----------
6)Mr. Manivannan R
Address of Applicant :Assistant Professor, Department of EEE, St. Joseph's Institute of Technology, Chennai -
600073 ----------- -----------
(57) Abstract :
[027] The invention presents a Three-Phase Frequency Adaptive Digital Phase Locked Loop for Power System Measurement, Control, and Protection. The present invention comprising an independent phase-locked loops
engineered to follow and synchronize with the frequency and phase of the respective phases in a three-phase power system, an adaptive frequency mechanism that automatically adjusts the parameters of the phase-locked
loops to accommodate variations in the power system frequency and a digital signal processing components that facilitate frequency detection, phase comparison, and loop filter operations within the FDPLL system. The
Three-Phase FDPLL system additionally includes a measurement module that employs synchronized signals from the phase-locked loops to measure power system parameters, encompassing frequency, voltage, and phase
angles, a control module that deploys the measured parameters for power system control and protection functions. The digital signal processing components in the Three-Phase FDPLL system encompass field-programmable
gate arrays (FPGAs) or digital signal processors (DSPs), enabling real-time implementation of phase-locked loop operations. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : METHOD OF MAKING NOBLE METAL NANOPARTICLES FORMED BY GREEN CHEMISTRY
TECHNIQUES
1)Dr. Shalini Sharma
Address of Applicant :Assistant Professor, Department of Chemistry, Medicaps University Indore, M.P. ---
-------- -----------
2)Dr. Sudarshan Kale
3)Dr. Rajakumar Govindasamy
4)Dr. Kavita Khatana
5)Dr. Deepti Pal
6)Dr. Anshu Rani Patel
7)Er. Surya Pratap Singh
:B22F0009240000, B82Y0030000000, B01J0023440000,
B01J0023420000, C04B0041510000
1)Dr. Shalini Sharma
Address of Applicant :Assistant Professor, Department of Chemistry, Medicaps University Indore, M.P. --------
Filing Date :NA
--- -----------
2)Dr. Sudarshan Kale
:NA Address of Applicant :Shivsumaney Keraliyan Ayurved Panchakarma Centre, Shivsumaney Niwas, Gandhi
Application Number
:NA Nagar, Pusad, District Yavatmal, Maharastra, 445204 ----------- -----------
Filing Date
3)Dr. Rajakumar Govindasamy
:NA Address of Applicant :Associate Professor, Center for Nano Bioscience, Department of Orthodontics, Saveetha
Number
:NA Dental College, SIMATS, Saveetha University, Chennai-77 ----------- -----------
Filing Date
4)Dr. Kavita Khatana
Address of Applicant :Postdoc, Chemical Engineering Department, Shiv Nadar Institutions of Eminence
Deemed to be University, Greater Noida, U.P., India ----------- -----------
5)Dr. Deepti Pal
Address of Applicant :Assistant Professor, Department of Chemistry, Medi-Caps University, Indore ----------- -
----------
6)Dr. Anshu Rani Patel
Address of Applicant :Guest Faculty, Biochemistry Department at APSU Rewa, Pincode: 486001, Madhya
Pradesh, India ----------- -----------
Address of Applicant :Research Scientist-1(B), Uttar Pradesh University of Medical Sciences, Saifai, Etawah
(U.P.), India ----------- -----------
(57) Abstract :
The invention presents a Method of making Noble Metal Nanoparticles Formed by Green Chemistry Techniques. The present invention comprising of initiating the synthesis process using a biocompatible reducing agent
sourced from natural origins, introducing a noble metal precursor into the reaction mixture, selecting from gold, silver, platinum, palladium, or their combinations, allowing the reaction to progress under environmentally
benign conditions, eliminating the use of hazardous chemicals and employs a biocompatible reducing agent derived from plant extracts, microbial cultures, or organic waste materials. The method includes introducing a
stabilizing agent into the reaction mixture to regulate the size and stability of the noble metal nanoparticles. Further, the synthesis process takes place under ambient temperature and pressure, thereby reducing energy
requirements for nanoparticle formation. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : A METHOD FOR SECURING DATA IN A BINARY IMAGE
1)Bharati Vidyapeeth (Deemed to be University) College of
:H04N0019119000, H04N0019700000,
(51) International Engineering
G06T0001000000, H04N0001410000,
classification Address of Applicant :Bharati Vidyapeeth (Deemed to be
G06T0009000000
University) College of Engineering , Dhankawadi Campus , Pune
(86) International
:NA – 411 043 Pune ----------- -----------
Application No
Filing Date
(87) International
Publication No
1)Mrs. Gyankamal Chhajed
:NA Address of Applicant :Bharati Vidyapeeth (Deemed to be
:NA University) College of Engineering , Dhankawadi Campus , Pune
Filing Date
– 411 043 Pune ----------- -----------
(62) Divisional to
:NA 2)Dr. Bindu R. Garg
Application Number
:NA Address of Applicant :Bharati Vidyapeeth (Deemed to be
Filing Date
University) College of Engineering , Dhankawadi Campus , Pune
– 411 043 Pune ----------- -----------
(57) Abstract :
The present disclosure provides a method (100) for securing data in a binary image, which includes obtaining one or more binary
images (202) from an image sensor and an encrypted input data (304) from an input device (204), dividing each binary image into
blocks having size of 3X3 pixels, partitioning each block into a first and a second pair of halves diagonally, determine a counting
pattern by counting black and white pixels in each of the halves and number of repetitions of the counting pattern of each half of the
first and the second pair of halves to obtain a repetition count, checking connectivity of black pixels from each block to determine a
connectivity pattern, embedding the plurality of binary bits into the block having the repetition count more than a threshold value and
having the connectivity pattern with a horizontal, vertical and diagonal connectivity to obtain an embedded image. Fig. 1

(19) INDIA
(54) Title of the invention : A MODERN DIGITAL FRAMEWORK FOR CITIES BASED ON BLOCK CHAIN AND FOG
COMPUTING TECHNOLOGIES
1)Mr. Narender Chinthamu
Address of Applicant :MIT (Massachusetts Institute of Technology), CTO Candidate, Enterprise Architect, USA ----------- --------
---
2)Mrs. Minal Pardey
3)Dr. S.Veena
4)Dr. Jyoti Kharade
5)Mr. V Mahidhar Reddy
6)Dr. Nithya Ravi
7)Prof. Rambhau Baburao Lagdive
8)Prof. Santoshi Vitthalrao Solapure
9)G Jagadeeswar Reddy
10)Dr. P. Bhuvaneswari
:G06Q0050260000, H04L0009320000, H04L0009060000, G01S0001680000, Address of Applicant :MIT (Massachusetts Institute of Technology), CTO Candidate, Enterprise Architect, USA ----------- -----------
H04L0009080000 2)Mrs. Minal Pardey
(86) International Application No :NA Address of Applicant :Aasara, Kolhe Layout-1, Gajanan Maharaj Mandir Road, Darwha Road, Yavatmal, Maharashtra, 445001,
Filing Date :NA India ----------- -----------
(87) International Publication No : NA 3)Dr. S.Veena
(61) Patent of Addition to Application Address of Applicant :Professor, SRM Institute of Science and Technology, Ramapuram, Chennai-600089, Tamilnadu, India ---------
:NA
Number -- -----------
:NA
Filing Date 4)Dr. Jyoti Kharade
(62) Divisional to Application Number :NA Address of Applicant :Associate Professor, Bharati Vidyapeeth's Institute of Management and Information Technology, Navi
Filing Date :NA Mumbai, India ----------- -----------
5)Mr. V Mahidhar Reddy
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Institute of Aeronautical Engineering (IARE),
Hyderabad, Telangana, India ----------- -----------
6)Dr. Nithya Ravi
Address of Applicant :Associate Professor, Department of CSE, Vivekanandha College of Engineering for Women, Tiruchengode-
637205, Tamilnadu, India ----------- -----------
7)Prof. Rambhau Baburao Lagdive
Address of Applicant :Assistant Professor, Department of Computer Engineering, Trinity Academy of Engineering, Pune, India ------
----- -----------
8)Prof. Santoshi Vitthalrao Solapure
Address of Applicant :Assistant Professor, TSSM’s BSCOER, Pune Road, Pune-411023, India ----------- -----------
9)G Jagadeeswar Reddy
Address of Applicant :Professor and Principal, Newton's Institute of Engineering, Macherla, Andhra Pradesh, India ----------- ---------
--
10)Dr. P. Bhuvaneswari
Address of Applicant :Assistant Professor, Department of Electronics and Communication Engineering, Vel Tech Rangarajan Dr.
Sagunthala R&D Institute of Science and Technology, Avadi, Chennai, Tamilnadu, India ----------- -----------
(57) Abstract :
The proposed invention is a comprehensive digital framework for modern urban management, integrating blockchain and fog computing technologies. This system revolutionizes urban data handling by combining the security and transparency of blockchain with the
efficiency and speed of fog computing. It offers a decentralized approach to managing a wide range of urban services and infrastructures, from traffic and energy management to public safety and democratic governance. This system is designed to be scalable, adaptable,
and secure, addressing the diverse and evolving needs of modern cities. It represents a significant advancement in smart city technologies, paving the way for more sustainable, efficient, and responsive urban environments.

(19) INDIA
(54) Title of the invention : DIGITAL ARTEFACT COMPACTION, CORRELATION AND CLASSIFICATION (AC3)
APPARATUS
:G06F0021620000, H04L0009320000, 1)National Forensic Sciences University
(51) International
H04L0067109700, G06F0021600000, Address of Applicant :National Forensic Sciences University,
classification
H04L0009060000 Sector-09 Gandhinagar – 382007, Gujarat, India. Gandhinagar ----
(86) International ------- -----------
:NA
:NA
: NA
Publication No 1)Gaurav Gogia
(61) Patent of Addition Address of Applicant :A-188, Ground Floor, Lajpat Nagar, Sector-
:NA
to Application Number IV, Sahibabad, Ghaziabad – 201005, Uttar Pradesh, India.
:NA
(62) Divisional to 2)Rughani Parag H.
:NA
Application Number Address of Applicant :6, Sunrise Bungalows, Behind Pratik Mall,
:NA
Filing Date Kudasan, Gandhinagar, - 382421, Gujarat, India. Gandhinagar ----
------- -----------
(57) Abstract :
ABSTRACT Digital Artefact compaction, correlation and classification (AC3) apparatus The present invention describes an
independent digital forensic investigation apparatus (device) that can be used by investigators to acquire, backup, correlate and
classify artefacts on-board the device storage or on cloud storage or on-premises lab workstation/server. The device comprises of a
single board computer with high speed storage, cellular SIM connection, Wi-Fi connection and touch screen display, to which the
evidence device is attached and data is acquired, deduplicated, compressed, encrypted and indexed to identify key artefacts so that
they can be classified and correlated with other data of the same case or other cases. The apparatus is provided with strong encryption
capabilities for data safety, strong cryptographic hash for data integrity and Role Based Access Control (RBAC) mechanism for fine-
tuned access control over the evidence to different users according to their roles. Fig. 3

(19) INDIA
(54) Title of the invention : “A GREEN AND ECONOMICAL BIOSYNTHESIS OF MAGNETIC NANOPARTICLES USING
NOVEL REDUCING AGENT”
------ -----------
3)Mr. Niranjan Gulabsingh Rajput
5)Mr. Shubham Ramchandra Khade
:C01G0049060000, A61K0049180000,
C01G0049000000, A61K0009510000,
B82Y0030000000
(86) International
Application No
Filing Date
(87) International
: NA ------ -----------
Publication No
2)Mr. Niranjan Gulabsingh Rajput
:NA Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
Filing Date
------ -----------
(62) Divisional to
Application Number
Filing Date
------ -----------
4)Mr. Shubham Ramchandra Khade
------ -----------
------ -----------
(57) Abstract :
The present invention relates to a process for the preparation of iron oxide nanoparticles with the use of non-toxic Green Chili extract
(Capsicum Annuum) as a reducing and stabilizing agent ferrous sulphate and ferrous chloride. The prepared iron oxide nanoparticles
show maximum absorbance at ?max209nm; the particle size of the 282nm and the EDX studies showed the elemental presence of Fe
and O with 30.01 and 66.99 atomic percentage respectively. The VSM studies performed on nanoparticles confirmed the
supramagnetic behavior properties of nanoparticles establishing its potential use for magnetic targeted drug delivery system

(19) INDIA
(54) Title of the invention : AN ECO-FRIENDLY AND ECONOMIC METHOD OF SYNTHESIS OF 10 SUPER PARA
MAGNETIC NANOPARTICLES USING ANETHUM GRAVEOLENS LEAF EXTRACT
------ -----------
:A61K0036906400, C01G0049060000,
C01G0049000000, A61K0049180000,
A61K0009510000
(86) International
Application No
Filing Date
(87) International
Publication No
------ -----------
:NA 2)Ms. Samiksha Sanjay Patokar
Filing Date
(62) Divisional to
:NA ------ -----------
Application Number
Filing Date
------ -----------
------ -----------
(57) Abstract :
The present invention relates to a process for the preparation of iron oxide nanoparticles with the use of non-toxic Amomum sublatum
pods extract (black cardamom) as a reducing and stabilizing agent ferrous sulphate and ferrous chloride. The prepared iron oxide
nanoparticles show maximum absorbance at ?max209nm; the particle size of the 282nm and the EDX studies showed the elemental
presence of Fe and O with 30.01 and 66.99 atomic percentage respectively. The VSM studies performed on nanoparticles confirmed
the supramagnetic behavior properties of nanoparticles establishing its potential use for magnetic targeted drug delivery system.

(19) INDIA
(54) Title of the invention : AN ECO-FRIENDLY AND ECONOMIC METHOD OF SYNTHESIS OF SUPER PARA MAGNETIC
NANOPARTICLES USING ANETHUM GRAVEOLENS LEAF EXTRACT
------ -----------
3)Mr. Balu Kailas Palekar
:C01G0049060000, A61K0049180000, 4)Dr. Padmaja Santosh Kore
(51) International
C01G0049000000, A61K0009510000, 5)Dr. Praveen Digambar Chaudhari
classification
B82Y0030000000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Dr. Minal Tejram Harde
(87) International Address of Applicant :P. E. S’s Modern College of Pharmacy,
: NA
Publication No Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
:NA
to Application Number 2)Mr. Balu Kailas Palekar
:NA
Filing Date Address of Applicant :P. E. S’s Modern College of Pharmacy,
(62) Divisional to Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
:NA
:NA
Filing Date 3)Dr. Padmaja Santosh Kore
------ -----------
------ -----------
(57) Abstract :
The present invention relates to a process for the preparation of iron oxide nanoparticles with the use of non-toxic Dill plant leaf
extract (Anethum Graveolens) as a reducing and stabilizing agent ferrous sulphate and ferrous chloride. The prepared iron oxide
nanoparticles show maximum absorbance at ?max209nm; the particle size of the 282nm and the EDX studies showed the elemental
presence of Fe and O with 30.01 and 66.99 atomic percentage respectively. The VSM studies performed on nanoparticles confirmed
the supramagnetic behavior properties of nanoparticles establishing its potential use for magnetic targeted drug delivery system.

(19) INDIA
(54) Title of the invention : “GREEN AND ECONOMIC METHOD FOR SYNTESIS OF SUPER PARA MAGNETIC
NANOPARTICLES USING NOVEL REDUCING AGENT”
------ -----------
3)Mr. Ajay Jagannath Dhapate
:A61K0036185000, A61K0009000000, Name of Applicant : NA
(51) International
A61K0008978900, C01G0049060000, Address of Applicant : NA
classification
A61K0049180000 (72)Name of Inventor :
(86) International 1)Dr. Minal Tejram Harde
:NA
Application No Address of Applicant :P. E. S’s Modern College of Pharmacy,
:NA
Filing Date Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
(87) International ------ -----------
: NA
Publication No 2)Mr. Ajay Jagannath Dhapate
(61) Patent of Addition Address of Applicant :P. E. S’s Modern College of Pharmacy,
:NA
to Application Number Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
:NA
Filing Date ------ -----------
(62) Divisional to 3)Dr. Padmaja Santosh Kore
:NA
Application Number Address of Applicant :P. E. S’s Modern College of Pharmacy,
:NA
Filing Date Sector 21, Yamunanagar, Nigdi, Pune – 411044, Maharashtra -----
------ -----------
4)Ms. Truptee Hiralal Bankar
------ -----------
------ -----------
(57) Abstract :
The present invention relates to a process for the preparation of iron oxide nanoparticles with the use of non-toxic almond leaf extract
(Terminalia catappa) as a reducing and stabilizing agent ferrous sulphate and ferrous chloride. The prepared iron oxide nanoparticles
show maximum absorbance at ?max209nm; the particle size of the 282nm and the EDX studies showed the elemental presence of Fe
and O with 30.01 and 66.99 atomic percentage respectively. The VSM studies performed on nanoparticles confirmed the
supramagnetic behavior properties of nanoparticles establishing its potential use for magnetic targeted drug delivery system

(19) INDIA
(54) Title of the invention : EFFECTS AND ANALYSIS OF FINANCIAL INCLUSION IN MICRO, SMALL AND MEDIUM-
SIZED BUSINESS TO DRIVE TEH ECONOMIC GROWTH OF COUNTRY AND HANDLING UNCERTAINTIES
1)Dr. Ashwini Surendra Kadam
Address of Applicant :Associate Professor D. Y. Patil Deemed to be University, School of
Management, Sector 4, CBD Belapur, Navi Mumbai-400614, Thane, Navi Mumbai,
Maharashtra. ----------- -----------
2)Dr. Supriya Kamale
3)Dr. Chikati Srinu
4)Dr. R S Ch Murthy Chodisetty
5)M Bhargavi Prasanna
6)Anupriya
7)Pooja Kaushik
:G06Q0040060000, G06Q0040020000, G06Q0040000000, Address of Applicant : NA
G06Q0010060000, G06Q0030020000 (72)Name of Inventor :
(86) International Application 1)Dr. Ashwini Surendra Kadam
:NA
No Address of Applicant :Associate Professor D. Y. Patil Deemed to be University, School of
:NA
Filing Date Management, Sector 4, CBD Belapur, Navi Mumbai-400614, Thane, Navi Mumbai,
(87) International Publication Maharashtra. ----------- -----------
: NA
No 2)Dr. Supriya Kamale
(61) Patent of Addition to Address of Applicant :Assistant Professor, D. Y. Patil Deemed to be University, School of
:NA
Application Number Management, Sector 4, CBD Belapur, Navi Mumbai-400614, Thane, Navi Mumbai,
:NA
Filing Date Maharashtra. ----------- -----------
(62) Divisional to Application 3)Dr. Chikati Srinu
:NA
Number Address of Applicant :Lecturer Department of Public Administration& Human Resource
:NA
Filing Date Management Kakatiya University Hanumakonda Telangana. ----------- -----------
Address of Applicant :Associate Professor, Department of Management Studies Vardhaman
College of Engineering, Hyderabad, Telangana ----------- -----------
5)M Bhargavi Prasanna
Address of Applicant :Lecturer & HOD, Department of Commerce, Vemana Womans Degree
College, Markapuram. Pincode- 523316, Prakasam, Andhra Pradesh. ----------- -----------
6)Anupriya
Address of Applicant :Assistant Professor., GL BAJAJ institute of technology and
management, Gautam buddh nagar, Uttar pradesh ----------- -----------
7)Pooja Kaushik
Address of Applicant :Assistant Professor Galgotia college of Engineering and Technology
Gautam buddh nagar Uttar pradesh ----------- -----------
(57) Abstract :
EFFECTS AND ANALYSIS OF FINANCIAL INCLUSION IN MICRO, SMALL AND MEDIUM-SIZED BUSINESS TO DRIVE TEH ECONOMIC GROWTH OF COUNTRY AND
HANDLING UNCERTAINTIES Abstract: Financial development is a visible component of overall economic development, as well as a driver of growth. While inequality is a global issue, it
is typically felt more acutely in developing nations due to their larger informal sector, more regional disparities, broader gaps in educational access, and more substantial hurdles to employment
for women. Financial inclusion is frequently regarded as a significant factor in closing these gaps while also promoting improved economic and social outcomes. This article analyses how
financial inclusion promotes more equitable development in developing nations, shows some leading instances, and forecasts how the investment landscape will evolve over time. In addition to
becoming a top priority for governments, financial inclusion will undoubtedly grow in significance for investors and companies. Integration of finance and technology is creating investment
opportunities that are both alluring and increasing financial inclusion in economies that are expanding quickly.

(19) INDIA
(54) Title of the invention : COMPACT INTEGRATED SYSTEM FOR GENERATION OF RENEWABLE GREEN ENERGY
(51) International :F03D3/00, F03D80/70, F03D9/00,
1)ENVIRO RECYCLEAN PRIVATE LIMITED
classification F03D9/10, H02S10/12
Address of Applicant :House No. 17, Govind Bhavan, 1st
:NA Floor, S V Road, Malad (W), Mumbai, Mumbai City,
No
Filing Date
No
:NA 1)Rahul Podaar
Application Number
:NA Address of Applicant :202-205, Business Classic, Chincholi, SV
Filing Date
Road, Malad West, Mumbai 400064 Mumbai ----------- -----------
:NA 2)Prasanta Sharma
Number
:NA Address of Applicant :Sharma Bhawan Shivbari, Beguntari,
Filing Date
Jalpaiguri, West Bengal 735101 Jalpaiguri ----------- -----------
(57) Abstract :
ABSTRACT COMPACT INTEGRATED SYSTEM FOR GENERATION OF RENEWABLE GREEN ENERGY The present
invention relates to a compact integrated system for generation of renewable green energy includes an integrated system 100 having a
top concentrated solar panel (CSP) section 200, a central vertical axis wind turbine (VAWT) section 300, and a bottom gear box rotor
dual converter (GBRDC) section 400, top section 200 captures sun radiations, reflects sunrays via reflectors 204, magnifying glass
cover 205 magnify radiations, redirects to solar panel 203 to facilitate generation of electrical energy, wing(s) 303 rotates and
generates kinetic energy which is transferred to rotor(s) 402a, 402b, gears 401a, 401b, 401c, 401d, 401e, to generate wind energy, dual
converter 403 converts solar energy, wind energy for distribution. To be published with Figure 2

(19) INDIA
(54) Title of the invention : A VARIABLE RATE SPRAYING SYSTEM AND A METHOD FOR OPERATING A VARIABLE
RATE SPRAYING SYSTEM
1)Seema S. Patil
Electronics and Telecommunication Engineering, Ashokrao Mane
Group of Institutions, Vathar Tarf Vadgaon, Dist: Kolhapur,
Maharashtra, India Kolhapur ----------- -----------
2)Dr. Yuvraj M. Patil
3)Dr. S. B. Patil
4)Dr. R.V. Powar
:G05D0001020000, A01M0007000000,
B05B0013000000, G06N0003040000,
B05B0013040000
(86) International
:NA 1)Seema S. Patil
Application No
:NA Address of Applicant :Assistant Professor, Department of
Filing Date
Electronics and Telecommunication Engineering, Ashokrao Mane
(87) International
: NA Group of Institutions, Vathar Tarf Vadgaon, Dist: Kolhapur,
Publication No
:NA 2)Dr. Yuvraj M. Patil
:NA Address of Applicant :Professor, Department of Electronics and
Filing Date
Telecommunication Engineering, KIT’s College of Engineering,
(62) Divisional to
:NA Kolhapur, Maharashtra, India Kolhapur ----------- -----------
Application Number
:NA 3)Dr. S. B. Patil
Filing Date
Address of Applicant :Professor, Department of Farm machinery
and Power Engineering, Dr. D. Y. Patil College of Agricultural
Engineering and Technology Talsande, Dist: Kolhapur,
4)Dr. R.V. Powar
Address of Applicant :Assistant Professor, Department of Farm
machinery and Power Engineering, Dr. D. Y. Patil College of
Agricultural Engineering and Technology Talsande, Dist:
Kolhapur, Maharashtra, India Kolhapur ----------- -----------
(57) Abstract :
Thesystem comprises a robotic vehicle(102) comprises a frame to the robotic vehicle having two parallel linear guides(1) to control
vertical movement of a sprayer assembly; three nozzles(3) to the robotic vehicle to spray liquid at variable rates; a slider(6) to adjust
the position of nozzles for precise targeting; a set of transport wheels(5) to facilitate movement of the robotic vehicle; and a tank(4) to
store a liquid to be sprayed; a pair of cameras(2) to detect terrain and crop conditions; a proximity sensor(8) to detect obstacles for
maintaining a safe distance during operation; a data acquisition unit(104) for real-time data collection related to tree canopy
characteristics; a data processing unit(106) for processing data collected by the sensors and utilizing deep learning techniques to
analyze the data; and a spray control unit(108) that automates agrochemical spray, adjusting a flow rate based on the analyzed canopy
characteristics and dynamic nozzle positioning.

(19) INDIA
(54) Title of the invention : A SMART TRANSFEROSOMAL SYNTHESIS APPARATUS
1)Dr. Nitin Dubey
Address of Applicant :Professor, IPS Academy College of Pharmacy, Indore, MP-452012 ----------- --------
---
2)Dr. Upendra Bhadoriya
3)Mr. Ankit Jain
4)Mr. Aditya Raj Singh
5)Ms. Pallavi Chaudhari
6)Mr. Aditya Rade
7)Ms. Aditi Rattewal
8)Mr. Shivanshu Singh
9)Mr. Bhushan Attarde
10)Ms. Archana Patel
11)Ms. Anushree Piplonia
1)Dr. Nitin Dubey
:A61K0009127000, A61K0009107000, A61K0009000000, Address of Applicant :Professor, IPS Academy College of Pharmacy, Indore, MP-452012 ----------- -----------
E21B0047000000, A61K0047240000 2)Dr. Upendra Bhadoriya
(86) International Application No :NA Address of Applicant :Associate Professor, IPS Academy College of Pharmacy, Indore, MP-452012 ----------- -
Filing Date :NA ----------
(87) International Publication No : NA 3)Mr. Ankit Jain
(61) Patent of Addition to Address of Applicant :Associate Professor, IPS Academy College of Pharmacy, Indore, MP-452012 ----------- -
:NA
Application Number ----------
:NA
Filing Date 4)Mr. Aditya Raj Singh
(62) Divisional to Application Address of Applicant :Postgraduate Scholar, IPS Academy College of Pharmacy, Indore, MP-452012 -----------
:NA
Number -----------
:NA
Filing Date 5)Ms. Pallavi Chaudhari
Address of Applicant :Postgraduate Scholar, IPS Academy College of Pharmacy, Indore, MP-452012 -----------
-----------
6)Mr. Aditya Rade
-----------
7)Ms. Aditi Rattewal
-----------
8)Mr. Shivanshu Singh
-----------
9)Mr. Bhushan Attarde
-----------
10)Ms. Archana Patel
Address of Applicant :IPS Academy College of Pharmacy, Indore, MP-452012 ----------- -----------
11)Ms. Anushree Piplonia
Address of Applicant :IPS Academy College of Pharmacy, Indore, MP-452012 ----------- -----------
(57) Abstract :
The invention presents a Smart Transferosomal Synthesis Apparatus. The present invention comprising of a first part positioned at the top of the apparatus, this section houses an air compressor unit with the capability to
deliver hot air effectively. A second part, located in the middle of the apparatus, is equipped with a digital display that presents real-time information on rotational speed (rpm), air flow pressure, and temperature. A third part
consists of a two-piece round-bottom flask, featuring an upper portion made of plastic or glass up to the neck, which seamlessly connects with a lower portion made of glass or plastic, and a fourth part, located at the bottom
of the apparatus, is designed for a water bath to fit the flask, containing heating coils. Further, the apparatus is adaptable for formulating various lipid-based drug delivery systems, including liposomes, niosomes, and drug-
loaded films. Accompanied Drawing [FIG. 1-5]

(19) INDIA
(54) Title of the invention : CONTACT BASED ANTI-PINCH SYSTEM FOR VEHICLE
:E05F0015460000, B60J0001170000, (71)Name of Applicant :

(51) International
E05F0015400000, A61B0005000000, 1)Mehjabin Saba Rijwan Shaikh
classification
E05F0015410000 Address of Applicant :Raziya Manzil, Dwarka Nagar,
(86) International Bhusawal-425201, Dist. --Jalgaon. Maharashtra, India Bhusawal -
:NA
Application No ---------- -----------
:NA
: NA
(61) Patent of Addition 1)Mehjabin Saba Rijwan Shaikh
:NA
to Application Number Address of Applicant :Raziya Manzil, Dwarka Nagar, Bhusawal-
:NA
Filing Date 425201, Dist. --Jalgaon. Maharashtra, India Bhusawal ----------- --
(62) Divisional to ---------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed is a contact based anti-pinch system for vehicle. The anti-pinch system comprises an electrically conductive material
configured on any one of upper edge of power window glass, a programable electronic circuit connected with a motor operating the
window glass and the electrically conductive material. The programable electronic circuit is configured to turn the motor ON, OFF,
rotate in reverse and forward direction. While the window glass is closing, and if the electrically conductive material come in contact
with a part of a human body being the signal emitter due to capacitance property, the electrically conductive material gets the
capacitance and transmit signal to the programmable electronic circuit thus rotating the motor in reverse direction with normal speed
thereby protecting the human body from getting injured.

(19) INDIA
(54) Title of the invention : CHATGPT: SHAPING THE EVOLUTION OF TECHNOLOGY AND SOCIETY IN MODERN
WORLD IN 21ST CENTURY
1)Uzma Momin
Commerce and Management, Swayam Siddhi Degree Night
College, Thane, Maharashtra ----------- -----------
2)Tharun Mothukuri
3)Dr. Deepa Vijay Abhonkar
4)Dr. Anurag Shrivastava
6)Dr. Raghunandan K R
:G06N0020000000, G06F0040400000,
G06N0003080000, G06F0040580000,
classification 1)Uzma Momin
G06F0016930000
(86) International
:NA Commerce and Management, Swayam Siddhi Degree Night
Application No
:NA College, Thane, Maharashtra ----------- -----------
Filing Date
2)Tharun Mothukuri
(87) International
: NA Address of Applicant :Senior Engineer I, American Express
Publication No
Phoenix, Arizona, USA ----------- -----------
:NA 3)Dr. Deepa Vijay Abhonkar
:NA Address of Applicant :Assistant Professor, MGV's Samajshree
Filing Date
Prashantdada Hiray College of Management and Technology,
(62) Divisional to
:NA Nashik ----------- -----------
Application Number
:NA 4)Dr. Anurag Shrivastava
Filing Date
Address of Applicant :Post-Doctoral Fellowship, Department of
Electronics and Communication Engineering, Lincoln University
College (LUC), Petaling Jaya, Malaysia ----------- -----------
Address of Applicant :Research Scientist-1(B), Uttar Pradesh
University of Medical Sciences, Saifai, Etawah (U.P.), India -------
---- -----------
6)Dr. Raghunandan K R
Computer Science and Engineering, NMAM Institute of
Technology, Nitte (Deemed to be University), Nitte, Udupi,
Karnataka ----------- -----------
(57) Abstract :
The invention presents CHATGPT: Shaping the Evolution of Technology and Society in Modern World in 21st century. The present
invention comprising of a module for generating natural language, a module for understanding natural language and a learning
mechanism that adapts dynamically to shape its responses and interactions based on user input. The ChatGPT incorporates a
continuous learning system that utilizes a machine learning interface, allowing the model to evolve and improve its language
capabilities over time. An ethical framework guiding the responses of ChatGPT to ensure responsible, unbiased, and ethical
interactions, thereby promoting a positive societal impact. Further, a method for ChatGPT, comprising of facilitating personalized and
contextually relevant conversations, addressing diverse user needs, such as problem-solving, information dissemination, language
translation, and other language-related tasks, and synthesizing real-time information on a wide range of subjects during user
interactions. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : MICROBIAL ELECTROCHEMICAL SYSTEM FOR GENERATION OF HYDROGEN PEROXIDE
AND IN-SITU VALORIZATION OF AGRICULTURAL WASTE
1)Mr. Changsomba Chang
:C02F0001461000, C01B0015029000,
(51) International Address of Applicant :Department of Biotechnology, National Institute of
C25B0001300000, C02F0001467000,
classification Technology Raipur, G. E. Road, Raipur-492 010, Chhattisgarh, India Raipur -------
C25B0001020000
---- -----------
(86) International
:NA 2)Pratima Gupta
Application No
Filing Date
(87) International
Publication No
1)Mr. Changsomba Chang
:NA Address of Applicant :Department of Biotechnology, National Institute of
Application Number
:NA Technology Raipur, G. E. Road, Raipur-492 010, Chhattisgarh, India Raipur -------
Filing Date
---- -----------
(62) Divisional to
:NA 2)Pratima Gupta
Application Number
:NA Address of Applicant :Department of Biotechnology, National Institute of
Filing Date
Technology Raipur, G. E. Road, Raipur-492 010, Chhattisgarh, India Raipur -------
---- -----------
(57) Abstract :
Present invention relates to Microbial Electrochemical Cell (MEC) system (1) and method utilizing three-chamber configuration for production of hydrogen peroxide
(H2O2) and valorization agricultural wastes lignin using potent catalyst called Methyltrioxorhenium (MTO) in combination with in-situ generated H2O2 within
Microbial Electrochemical Cell (MEC). System (1) is consisting of two anode chambers (2, 4) of defined dimensions, accommodating the electrodes (5, 7) as anodes
and facilitating the presence of microbial communities and, cathode chamber (3), of same dimensions as that of anode chambers (2, 4) and positioned between two
anode chambers (2, 4). Cathode chamber (3) serves as location for reduction reactions involved in electrochemical synthesis of hydrogen peroxide (H2O2). System (1)
and method offers an environment friendly and sustainable solution for simultaneous generation of H2O2 and valorization of agricultural waste, addressing critical
challenges in waste management and chemical production. FIG. 1

(19) INDIA
(54) Title of the invention : MODIFIED Z PLATE
1)ALL INDIA INSTITUE OF MEDICAL SCIENCES (AIIMS), BHOPAL
Address of Applicant :ALL INDIA INSTITUE OF MEDICAL SCIENCES (AIIMS),
BHOPAL, SAKET NAGAR, BHOPAL, MADHYA PRADESH-462020, INDIA. ----------- ----
:A61B0017800000, C12Q0001688300, C07K0016440000,
(51) International classification -------
H01L0031048000, F16M0011200000
No
Filing Date
1)Dr. ANSHUL J RAI
: NA Address of Applicant :B-193, Emerald Park City, Near AIIMS Hospital, Bhopal, Madhya
No
Pradesh-462026, India. Bhopal ----------- -----------
:NA 2)Dr. JITENDRA KUMAR
Application Number
:NA Address of Applicant :Flat-415, Dwarika Parishar, Arvind Vihar, Bhopal, Madhya Pradesh,
Filing Date
India. Bhopal ----------- -----------
:NA 3)Dr. MONIKA RAI
Number
:NA Address of Applicant :B-193, Emerald Park City, Near AIIMS Hospital, Bhopal, Madhya
Filing Date
Pradesh-462026, India. Bhopal ----------- -----------
4)Dr. SHALINI PAREEK
Address of Applicant :Flat-415, Dwarika Parishar, Arvind Vihar, Bhopal, Madhya Pradesh,
India. Bhopal ----------- -----------
(57) Abstract :
Over the years due to improved understanding of biomechanics, biomaterials and scientifically based treatment outcomes, management of mandibular fractures has been subjected to various
advances. Mini-plates are the preferred method in the fixation of maxillofacial fractures due to their better stability and support. Various options such as fixation with single plate, two plate, lag
screws and 3 dimensional (3D) plates were commonly used for fixation. We found that the currently available plates have a few shortcomings which hamper the post-operative results in the
patient. Looking at these shortcomings we develop a modified Z plate which can overcome these issues.

(19) INDIA
(54) Title of the invention : SMART MIRROR SYSTEM (1) WITH INFRARED BLASTER
1)Bharati Vidyapeeth (Deemed to be University),College of Engineering,
:H04L0012280000, G06F0003160000,
(51) International Pune
G05B0019418000, G05B0015020000,
classification Address of Applicant :Bharati Vidyapeeth (Deemed to be University) College
G10L0015220000
of Engineering Dhankawadi Campus, Pune 411 043 Pune ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)Mr Shivam Yadav
Publication No
Address of Applicant :Bharati Vidyapeeth (Deemed to be University) College of
:NA Engineering , Dhankawadi Campus , Pune – 411 043 Pune ----------- -----------
Application Number
:NA 2)Dr. Manisha Kasar
Filing Date
(62) Divisional to
:NA Engineering , Dhankawadi Campus , Pune – 411 043 Pune ----------- -----------
Application Number
:NA 3)Priyanka Paygude
Filing Date
Engineering , Dhankawadi Campus , Pune – 411 043 Pune ----------- -----------
(57) Abstract :
ABSTRACT SMART MIRROR SYSTEM (1) WITH INFRARED BLASTER The present invention discloses the smart mirror system (1) having Infrared (IR) Blaster
(8), for controlling smart household devices and non-smart Infrared-enabled household devices. In particular the smart mirror system (1) comprises of the smart mirror
system (1) comprises of two-way mirror, display screen, Raspberry Pi (5) as a micro-computer, camera (6), microphone (7), Infrared (IR) Blaster, Infrared (IR) sensor,
electrical outlet and USB port. IR Blaster (8) integrated on all sides of the smart mirror serves the functional purpose of controlling non-smart Infrared-enabled devices
in homes or offices, such as older Televisions, air conditioners etc, using Infrared light through virtual assistant. The smart mirror system (1) can be used at home or in
office for controlling smart household devices and non-smart Infrared-enabled household devices.

(19) INDIA
(54) Title of the invention : A SYSTEM OF MULTIPURPOSE CALLING FOR EXAM CONTROL ROOM
1)SAGE University
Address of Applicant :Kailod Kartal, RAU BYPASS, Indore
452020 Indore, Madhya Pradesh India Indore ----------- -----------
1)Ms. Sakshi Agrawal
Address of Applicant :SAGE University, Kailod Kartal, RAU
:H04L0069329000, G06Q0010100000,
(51) International BYPASS, Indore 452020 Indore, Madhya Pradesh India Indore ---
G16H0030200000, G05B0015020000,
classification -------- -----------
G01R0033280000
2)Mr. Sunil Rane
(86) International
Application No
Filing Date
-------- -----------
(87) International
: NA 3)Dr. Mukesh Kumar Yadav
Publication No
:NA -------- -----------
Filing Date
4)Dr. Shekh Kulsum Almas
(62) Divisional to
Application Number
Filing Date
-------- -----------
5)Dr. Nidhi Tiwari
BYPASS, Indore 452020 Indore, Madhya Pradesh India Indore ---
-------- -----------
6)Ms. Ayesha Khan
BYPASS, Indore 452020 Indore, Madhya Pradesh India Indore ---
-------- -----------
(57) Abstract :
A system (100) of multipurpose calling for exam control room. Said system comprises a control panel (101) installed in the control
room, wherein said control panel comprises at least four room indicators (102), wherein one of each of the indicators are for each
exam room and at least four reset switches (103), wherein one for each of the switches are for each exam room. The system further
includes a central buzzer. Each control button (106) for each room in the control room, wherein each control button for each room is
configured to allow the control room staff to acknowledge room requests. The system is configured to function as a two-way
communication, a real-time remote monitoring, and priority management. The system is reliable, scalable, versatile, cost-effective and
easy to maintenance. Figure 1.

(19) INDIA
(54) Title of the invention : AUTONOMOUS ROVER ROBOT FOR COMPREHENSIVE CRIME SCENE INVESTIGATION
:G06N0005040000, G05D0001000000, 1)National Forensic Sciences University
(51) International
G05D0001020000, G01N0001020000, Address of Applicant :National Forensic Sciences University,
classification
H04N0007180000 Sector-09 Gandhinagar – 382007, Gujarat, India. ----------- ---------
:NA
:NA
: NA
Publication No 1)Patel Yash Dharmesh
(61) Patent of Addition Address of Applicant :A/11 Parth Apartment, Ramdevnagar,
:NA
to Application Number Ahmedabad – 380015, Gujarat, India. Ahmedabad ----------- -------
:NA
Filing Date ----
(62) Divisional to 2)Rughani Parag H.
:NA
Application Number Address of Applicant :6, Sunrise Bungalows, Behind Pratik Mall,
:NA
Filing Date Kudasan, Gandhinagar, - 382421, Gujarat, India. Gandhinagar ----
------- -----------
(57) Abstract :
ABSTRACT Autonomous rover robot for comprehensive crime scene investigation The present invention pertains to an autonomous
rover robot designed for navigation in hard-to-access environments. The robot identifies the crime scene and performs thorough
forensic investigations. It operates under continuous surveillance and direction of operators, stationed at a secure, remote location
ensuring the operator(s) safety while maintaining the efficacy of the crime scene investigation. The panoramic cameras (1) of the rover
robot provide detailed and encompassing visuals of the crime scene to the operator(s) through the high-level network antennas (3).
The robot uses Artificial Intelligence and advanced forensic technologies to autonomously identify physical evidence, without the
need for human intervention. It uses VR and AR technology to identify and collect physical evidence using its arms (8) and preserves
each evidence in separate evidence storage pockets (9) to prevent cross-contamination of evidence until they are handed over for
further examination. Fig. 1

(19) INDIA
(54) Title of the invention : A METHOD OF FABRICATION OF THIN FILM BULK ACOUSTIC WAVE RESONATOR
Management
:H03H0003020000, H01L0021020000, Address of Applicant :Ramdeo Tekdi, Gittikhadan, Katol
(51) International
H03H0009020000, H03H0009170000, Road,Nagpur-440013. Nagpur ----------- -----------
classification
C23C0016400000 2)JOSHI, Poorvi K.
(86) International 3)HASAMNIS, Meghana A.
:NA
:NA
: NA
Publication No 1)JOSHI, Poorvi K.
(61) Patent of Addition Address of Applicant :Dept. of Electronics Engineering, Shri
:NA
to Application Number Ramdeobaba College of Engineering and Management, Ramdeo
:NA
Filing Date Tekdi, Gittikhadan, Katol Road, Nagpur – 440013. Nagpur --------
(62) Divisional to --- -----------
:NA
Application Number 2)HASAMNIS, Meghana A.
:NA
Filing Date Address of Applicant :Dept. of Electronics Engineering, Shri
Ramdeobaba College of Engineering and Management, Ramdeo
Tekdi, Gittikhadan, Katol Road, Nagpur – 440013. Nagpur --------
--- -----------
(57) Abstract :
Abstract Title: A method of fabrication of thin film bulk acoustic wave resonator The present invention provides a method (200) of
fabrication of film bulk acoustic wave resonator. The method (200) has steps of cleaning of silicon wafers at the start, or contaminants
accumulated during processing, optimizing a cavity of size 1100nmX600nm inside silicon wafers, deposition of silicon dioxide by wet
oxidation of silicon with thickness 500 nm, deposition of SU-8 inside the cavity, depositing aluminium using thermal evaporator of
thikness500nm as bottom electrode, removing excess aluminium using etching process to form the bottom electrode, depositing
piezoelectric material ZnO on bottom aluminium electrode using dielectric sputtering of 200nm, removing excess ZnO using etching
process, creating space by depositing silicon dioxide using dielectric sputtering, removing excess silicon dioxide using BHF dip,
depositing aluminium (sputtered) using thermal evaporator of thikness500nm as top electrode, and removing excess aluminium using
etching process to form the bottom electrode, removing excess silicon dioxide using BHF dip. Figure 1

(19) INDIA
(54) Title of the invention : HEALTHY ALKALINE ANTIOXIDANT WATER FOR DRINKING AND PREPARATION METHOD
THEREOF
:C02F0001680000, C02F0001440000, (71)Name of Applicant :

(51) International
C02F0001280000, A01K0067020000, 1)Shrikrishna Suhas Parkar
classification
A61K0033000000 Address of Applicant :Modak Appt, Nehrunagar, Near
(86) International Salvekar Hospital, Pimpri, Pune City, Pune, Maharashtra-411018 -
:NA
Application No ---------- -----------
:NA
: NA
(61) Patent of Addition 1)Shrikrishna Suhas Parkar
:NA
to Application Number Address of Applicant :Modak Appt, Nehrunagar, Near Salvekar
:NA
Filing Date Hospital, Pimpri, Pune City, Pune, Maharashtra-411018 -----------
(62) Divisional to -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
[027] The present invention discloses healthy alkaline antioxidant water for drinking and preparation method thereof. The present
invention is a specially formulated alloy, brand named MIDAS, designed to impart alkalinity and antioxidant properties to drinking
water. The alloy composition is inspired by the natural minerals found in the stones at the bed of the Ganges River, which are known
for their water-enhancing properties. An alloy composition for treating drinking water to impart alkaline and antioxidant properties,
characterized by a method of using the MIDAS alloy in drinking water storage facilities; Wherein the methods of creating the MIDAS
alloy, including the specific proportions of metals/mineral comprising calcium 5%, potassium 2%, sodium 1%, Bicarbunet 1%, iron
2%, Zinc : 1%, Copor 5%, magnesium 82%, silver 1%. Accompanied Drawing [FIG. 1]

(19) INDIA
(54) Title of the invention : AN INTRANASAL DUAL DRUG LOADED MICELLES FOR EPILEPSY
1)Dr. Nikita M. Gaikwad
Address of Applicant :Progressive Education Society’s,
Modern College of Pharmacy, Sector 21, Yamunanagar, Nigdi,
Pune-411044 Maharashtra, India Pune ----------- -----------
2)Dr. Somdatta Y. Chaudhari
3)Dr. Pravin D. Chaudhari
4)Ms. Priyanka D. Pote
5)Ms. Shilpa S. Biradar
(51) International
A61P0025080000, A61K0031216000, Address of Applicant : NA
classification
(86) International 1)Dr. Nikita M. Gaikwad
:NA
Application No Address of Applicant :Progressive Education Society’s, Modern
:NA
Filing Date College of Pharmacy, Sector 21, Yamunanagar, Nigdi, Pune-
(87) International 411044 Maharashtra, India Pune ----------- -----------
: NA
Publication No 2)Dr. Somdatta Y. Chaudhari
(61) Patent of Addition Address of Applicant :Progressive Education Society’s, Modern
:NA
to Application Number College of Pharmacy, Sector 21, Yamunanagar, Nigdi, Pune-
:NA
Filing Date 411044 Maharashtra, India Pune ----------- -----------
(62) Divisional to 3)Dr. Pravin D. Chaudhari
:NA
Application Number Address of Applicant :Progressive Education Society’s, Modern
:NA
Filing Date College of Pharmacy, Sector 21, Yamunanagar, Nigdi, Pune-
411044 Maharashtra, India Pune ----------- -----------
4)Ms. Priyanka D. Pote
Address of Applicant :Progressive Education Society’s, Modern
College of Pharmacy, Sector 21, Yamunanagar, Nigdi, Pune-
5)Ms. Shilpa S. Biradar
Address of Applicant :Progressive Education Society’s, Modern
College of Pharmacy, Sector 21, Yamunanagar, Nigdi, Pune-
(57) Abstract :
Title: An intranasal dual drug loaded micelles for epilepsy A process to prepare intranasal dual drug loaded micelles for epilepsy
consist a carbamazepine (CBZ) and a phenethyl caffeate (CAPE) in a ratio of 1:1 with a polymeric mixture of a polyethylene glycol
1000 ester of d-alpha-tocopheryl succinate (TPGS) and a soluplus in various ratios dissolving in ethanol to form uniform solid matrix
micelles; evaporating the solvent using rotary evaporator; hydrating the micelles film in deionized water and dispersing it for 15 mins
to get transparent micelles solution; finally centrifuging the mixture to remove any unencapsulated drugs by removing supernatant to
get an opalescence dispersion of dual drug-loaded TPGS 1000/Soluplus polymeric micelles effectively used in epilepsy through
intranasal administration.

(19) INDIA
(54) Title of the invention : TIO2 NANOPARTICLES PREPARED BY MORENGA LEAVES AND ITS USE FOR SEED
GERMINATION IN MARIGOLD FLOWER
1)Dr. Preeti Jain
Address of Applicant :Prof. Chemistry, Department of
Chemistry, Medi-Caps University, A. B. Road., Pigdamber, Rau,
Indore, Madhya Pradesh, India - 453331 ----------- -----------
2)Dr. Shailaja Gupta
3)Dr. Preeti Burvey
4)Dr. Jetendra Bhawsar
5)Dr. K. R. Kanude
:A01G0017000000, A01N0063200000,
A01C0001020000, A01N0025080000,
A01G0007060000
1)Dr. Preeti Jain
(86) International
:NA Address of Applicant :Prof. Chemistry, Department of Chemistry,
Application No
:NA Medi-Caps University, A. B. Road., Pigdamber, Rau, Indore,
Filing Date
Madhya Pradesh, India - 453331 ----------- -----------
(87) International
: NA 2)Dr. Shailaja Gupta
Publication No
Address of Applicant :Research Scholar, Department of
:NA Chemistry, Medi-Caps University, A. B. Road., Pigdamber, Rau,
:NA Indore, Madhya Pradesh, India - 453331 ----------- -----------
Filing Date
3)Dr. Preeti Burvey
(62) Divisional to
:NA Address of Applicant :Guest faculty, Department of chemistry,
Application Number
:NA Govt. Holker Science College, Indore, Madhya Pradesh, India -
Filing Date
452001 ----------- -----------
Address of Applicant :Assist Prof. Department of Chemistry, Atal
Bihari Vajpayee Hindi University, University in Mungalia Kot,
Madhya Pradesh, Bhopal, Madhya Pradesh, India ----------- --------
---
5)Dr. K. R. Kanude
Address of Applicant :Assistant prof., Department of Chemistry,
Govt. P.G. College, Rau, Indore, Madhya Pradesh, India -----------
-----------
(57) Abstract :
The present invention relates to TiO2 nanoparticles prepared by morenga leaves and its use for seed germination in marigold flower.
In this study 0.1% TiO2 NPs exhibited positive effects on the growth of chili pepper. Nano-priming seeds with TiO2 NPs, enhanced
the imbibition and activated all the plant hormones required for the seed germination. As a result, the treated seeds germinated faster
and earlier than the controlled seed. This also helped in improving the growth, foliage flowering and fruit bearing process. In chili
pepper TiO2 NPs treated seeds, early germination was observed as compared to the controlled ones. This resulted in an early harvest,
good quality fruits and increased biomass of the treated plants.

(19) INDIA
(54) Title of the invention : IOT SECURITY AND PRIVACY ENHANCEMENT WITH MACHINE AND DEEP LEARNING
1)Dr. Kuldeep Sharma
Address of Applicant :Assistant Professor, K P B Hinduja
College of Commerce, Mumbai, Maharashtra, India ----------- -----
------
2)Ismail Keshta
3)Rakeshnag Dasari
4)Ranadeep Reddy Palle
5)Haritha Yennapusa
6)Dr. S. Suganya
:G06N0003080000, G06N0003040000, Address of Applicant : NA
(51) International
G06F0021620000, G06N0020000000, (72)Name of Inventor :
classification
G06F0021550000 1)Dr. Kuldeep Sharma
(86) International Address of Applicant :Assistant Professor, K P B Hinduja College
:NA
Application No of Commerce, Mumbai, Maharashtra, India ----------- -----------
:NA
Filing Date 2)Ismail Keshta
(87) International Address of Applicant :Computer Science and Information Systems
: NA
Publication No Department, College of Applied Sciences, AlMaarefa University,
(61) Patent of Addition Riyadh, Saudi Arabia ----------- -----------
:NA
to Application Number 3)Rakeshnag Dasari
:NA
Filing Date Address of Applicant :Research scolar, CSE, Acharya Nagarjuna
(62) Divisional to university, Nagarjuna Nagar, Guntur, Andhra Pradesh, India -
:NA
Application Number 522510 ----------- -----------
:NA
Filing Date 4)Ranadeep Reddy Palle
Address of Applicant :Senior Software Engineer, University of
Houston, Austin, Texas, USA ----------- -----------
5)Haritha Yennapusa
Address of Applicant :Data Science Analyst, Computer Science,
University of Central Missouri, Warrensburg, Missouri, USA -----
------ -----------
6)Dr. S. Suganya
Electrical and Electronics Engineering, AAA college of
Engineering and Technology, Sivakasi, Tamil Nadu, India -
626005 ----------- -----------
(57) Abstract :
The present invention relates to provide an IoT Security and Privacy Enhancement with Machine and Deep Learning. With
components like Deep Autoencoders for precise anomaly detection and adaptive models, Behavioral Profiling using recurrent neural
networks for dynamic access control, Privacy-Preserving Federated Learning to safeguard user data, and Context-Aware Threat
Intelligence Integration for real-time threat response, the system offers an adaptive, holistic approach. It addresses the escalating
complexity of IoT landscapes, continuously learning and adapting to nuances. Representing a paradigm shift, this methodology
ensures unprecedented accuracy in threat detection, dynamic access control, and enhanced privacy, laying the groundwork for a
resilient and privacy-aware IoT future in our evolving digital landscape.

(19) INDIA
(54) Title of the invention : ECO FRIENDLY PREPARED TIO2 NANOPARTICLES IN THE SEED GERMINATION OF CHILL
1)Dr. Preeti Jain
Address of Applicant :Prof. Chemistry, Department of
Chemistry, Medi-Caps University, A. B. Road., Pigdamber, Rau,
Indore, Madhya Pradesh, India - 453331 ----------- -----------
2)Dr. Shailaja Gupta
3)Dr. Preeti Burvey
5)Dr. K. R. Kanude
:A01G0017000000, A01C0001020000,
C05C0009000000, A01C0021000000,
A01N0025020000
1)Dr. Preeti Jain
(86) International
:NA Address of Applicant :Prof. Chemistry, Department of Chemistry,
Application No
:NA Medi-Caps University, A. B. Road., Pigdamber, Rau, Indore,
Filing Date
Madhya Pradesh, India - 453331 ----------- -----------
(87) International
: NA 2)Dr. Shailaja Gupta
Publication No
:NA Chemistry, Medi-Caps University, A. B. Road., Pigdamber, Rau,
:NA Indore, Madhya Pradesh, India - 453331 ----------- -----------
Filing Date
3)Dr. Preeti Burvey
(62) Divisional to
:NA Address of Applicant :Guest faculty, Department of chemistry,
Application Number
:NA Govt. Holker Science College, Indore, Madhya Pradesh, India -
Filing Date
452001 ----------- -----------
Address of Applicant :Assist Prof. Department of Chemistry, Atal
Bihari Vajpayee Hindi University, University in Mungalia Kot,
Madhya Pradesh, Bhopal, Madhya Pradesh, India ----------- --------
---
5)Dr. K. R. Kanude
Address of Applicant :Assistant prof., Department of Chemistry,
Govt. P.G. College, Rau, Indore, Madhya Pradesh, India -----------
-----------
(57) Abstract :
The present invention relates to Eco friendly prepared TiO2 nanoparticles in the seed germination of Chill. Soil of Malwa plateau, in
Central India, is black and clayey. It is rich in calcium but deficient in nitrogen. Moreover, extensive agricultural practice has made
the soil deficient in NPKS macronutrients. These are required to be replenished regularly by adding chemical fertilizers in addition to
farm manure. Following agricultural plants varieties selected to study the impact of TiO2 NPs on the rate of germination of seeds,
growth of roots and shoots, leaf size and number, inflorescence, fruit yield, plant biomass.

(19) INDIA
(54) Title of the invention : AN IOT-BASED AUTOMATED GREENHOUSE SYSTEM FOR GROWING PLANTS AND
METHOD OF OPERATING THE SAME
1)Dr. Aruna Pavate
Address of Applicant :A103, SukhwaniShivom, Mukai
Square, Kiwale, Pune - 412101, Maharashtra, India ----------- ------
-----
2)Veer Bhadra Pratap Singh
3)Rahul Neve
4)Dr. Hrushikesh B. Kulkarni
5)Dr. Kavita Piyush Bani
6)Vinayak Gaikwad
7)Shruti Mathur
:A01G0009240000, A01G0009140000, (72)Name of Inventor :
(51) International
G06Q0010100000, H04W0084180000, 1)Dr. Aruna Pavate
classification
H04W0004800000 Address of Applicant :A103, SukhwaniShivom, Mukai Square,
(86) International Kiwale, Pune - 412101, Maharashtra, India ----------- -----------
:NA
Application No 2)Veer Bhadra Pratap Singh
:NA
Filing Date Address of Applicant :Assistant Professor, School of CSIT,
(87) International Symbiosis Skills and Professional University, Kiwale, Pune -
: NA
Publication No 412101, Maharashtra, India ----------- -----------
(61) Patent of Addition 3)Rahul Neve
:NA
to Application Number Address of Applicant :Assistant Professor, Thakur College of
:NA
Filing Date Engineering and Technology, Kandivali East, Mumbai - 400101,
(62) Divisional to Maharashtra, India ----------- -----------
:NA
Application Number 4)Dr. Hrushikesh B. Kulkarni
:NA
Filing Date Address of Applicant :B002, Nilay Paradise 3, sector 29, Ravet,
Pune - 411044, Maharashtra, India ----------- -----------
5)Dr. Kavita Piyush Bani
Address of Applicant :Assistant Professor, Atharva College of
Engineering, Malad West, Mumbai - 400095, Maharashtra, India -
---------- -----------
6)Vinayak Gaikwad
Address of Applicant :Assistant professor, Symbiosis skills and
professional University, Kiwale, Pune - 412101, Maharashtra,
India ----------- -----------
7)Shruti Mathur
Address of Applicant :Assistant professor, DJ sanghvi College of
Engineering, Ville Parle, Mumbai - 400056, Maharashtra, India ---
-------- -----------
(57) Abstract :
ABSTRACT The present disclosure proposesan IoT-based automation greenhouse system (100) that enables the cultivation of
seasonable crops in any season, thereby increasing the productivity of plant crops using vertical farming guidance. The IoT-based
automated greenhouse system (100) comprises a computing device (102), an AI camera (108), a sensor network (110), a storage
module (122), a communication module (124), and a conservational module (126). The proposed automated greenhouse system(100)
that guides a user to increases more productivity in less area for cultivation that leads to better yielding of crops. The proposed
automated greenhouse system(100) that operates automatically to eliminate the need for constant monitoring. The proposed automated
greenhouse system(100) that reduces disease and pest pressure of the crops.

(19) INDIA
(54) Title of the invention : AN INTERACTIVE SMART MIRROR

1)Mr. Yashesh Anilkumar Darji
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Rai School of engineering, Rai University,
Ahmedabad, Gujarat - 382260, India. ----------- -----------
2)Mr. Solanki Rajat Rajeshkumar
3)Mr. Ajay D. Thori
4)Mr. Kamleshkumar L. Patel
5)Mr. Shirshendu Dutta
6)Mr. Satyam Kumar
7)Mr. Prajapati Jitendrakumar Kachralal
8)Mr. Nirav Bharatbhai Barevadiya
9)Mr. Dilipkumar Babulal Vaghela
10)Mr. Sanket Patel
11)Mr. Hardikkumar Bakorbhai Prajapati
12)Mr. Jaimin P. Prajapati
13)Mr. Parth N. Raval
1)Mr. Yashesh Anilkumar Darji
Ahmedabad, Gujarat - 382260, India. ----------- -----------
2)Mr. Solanki Rajat Rajeshkumar
:H04N0005225000, G06F0003048800, H05B0047115000, H04W0004029000, Ahmedabad, Gujarat - 382260, India. ----------- -----------
G02B0026080000 3)Mr. Ajay D. Thori
(86) International Application No :NA Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Rai School of engineering, Rai University,
Filing Date :NA Ahmedabad, Gujarat - 382260, India ----------- -----------
(87) International Publication No : NA 4)Mr. Kamleshkumar L. Patel
(61) Patent of Addition to Application Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Rai School of engineering, Rai University,
:NA
Number Ahmedabad, Gujarat - 382260, India ----------- -----------
:NA
Filing Date 5)Mr. Shirshendu Dutta
(62) Divisional to Application Number :NA Address of Applicant :Assistant Professor, Department of CSE/IT, Rai School of engineering, Rai University, Ahmedabad, Gujarat -
Filing Date :NA 382260, India ----------- -----------
6)Mr. Satyam Kumar
Address of Applicant :Assistant Professor, Department of CSE/IT, Rai School of engineering, Rai University, Ahmedabad, Gujarat -
382260, India ----------- -----------
7)Mr. Prajapati Jitendrakumar Kachralal
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Hasmukhgoswami college of Engineering,
Faculty of engineering & Technology- FOET, Monark University, Ahmedabad, Gujarat - 382330, India ----------- -----------
8)Mr. Nirav Bharatbhai Barevadiya
9)Mr. Dilipkumar Babulal Vaghela
10)Mr. Sanket Patel
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Faculty of Engineering, Swaminarayan
University, Kalol, Gujarat - 382420, India ----------- -----------
11)Mr. Hardikkumar Bakorbhai Prajapati
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Swarrnim Institute of Technology,Swarrnim
Startup and Innovation University, Kalol, Gujarat - 382420, India ----------- -----------
12)Mr. Jaimin P. Prajapati
Address of Applicant :Assistant Professor, Department of Automobile Engineering, Faculty of Engineering and Technology,
Swaminarayan University, Kalol, Gujarat - 382420, India ----------- -----------
13)Mr. Parth N. Raval
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Sankarsinh Vaghela Bapu Institute of
Technology, GTU, Gandhinagar, Gujarat - 382650, India ----------- -----------
(57) Abstract :
ABSTRACT The present disclosure provides an interactive mirror system (100). The mirror system (100) includes a reflective surface
(102) integrated with a touchscreen display module (104), a camera module (106), and motion sensor module (108). The camera
module (104) detects human faces, while the motion sensor module (108)identifies user movement near the reflective surface(102).
Further, the processing unit (110) is configured to displays a digital content including time, date, weather forecasts, news, and
multimedia via the touchscreen display module (104). The processing unit (110) activates or deactivates the mirror system (100) based
on the inputs received from the camera module (104) and the motion sensor module (106) enables a user-friendly and energy-efficient
mirror experience, where relevant content is displayed based on user presence and interactivity is seamlessly integrated.

(19) INDIA
(54) Title of the invention : MACHINE LEARNING-BASED DYNAMIC RESOURCE ALLOCATION FOR ENHANCED
COMPUTATIONAL EFFICIENCY
:G06F0009500000, G06N0007000000, (71)Name of Applicant :

(51) International
G06N0020000000, H04L0041089300, 1)VIT Bhopal University
classification
G06N0003040000 Address of Applicant :Kotri Kalan, Ashta, Near Indore Road,
(86) International Bhopal, Madhya Pradesh, 466114 ----------- -----------
:NA
Application No 2)Dr. Nilamadhab Mishra
:NA
: NA
(61) Patent of Addition 1)Dr. Nilamadhab Mishra
:NA
to Application Number Address of Applicant :Associate Professor, School of Computing
:NA
Filing Date Science and Engineering, VIT Bhopal University, Bhopal,
(62) Divisional to Madhya Pradesh, 466114 ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
This invention introduces an innovative system for dynamic resource allocation in computing environments, leveraging advanced
machine learning techniques to optimize computational efficiency. The system comprises a monitoring module that collects real-time
data on system resources and workloads, complemented by an intelligent resource allocation module utilizing supervised and
unsupervised machine learning models. Through continuous analysis of historical patterns and real-time observations, the system
dynamically adapts resource allocations, ensuring optimal efficiency in response to changing workloads and system conditions. With a
focus on applications in cloud computing and distributed systems, the invention represents a significant advancement in enhancing
overall system performance, scalability, and responsiveness in dynamic computing environments.

(19) INDIA
(54) Title of the invention : A SYSTEM AND A METHOD FOR FLEXI DEMAND SERVICES
:G06Q0030020000, G06Q0030060000, (71)Name of Applicant :

(51) International
G06N0003040000, G06F0016958000, 1)SHRIVASTAV RAJU AMRITLAL
classification
H04L0067530000 Address of Applicant :S-403, Plot 10/11 Pratik Gems Giriraj
(86) International CHGS, Sec-35 Kamothe, Navi Mumbai-410209, Maharashtra,
:NA
Application No India Navi Mumbai ----------- -----------
:NA
: NA
(61) Patent of Addition 1)SHRIVASTAV RAJU AMRITLAL
:NA
to Application Number Address of Applicant :S-403, Plot 10/11 Pratik Gems Giriraj
:NA
Filing Date CHGS, Sec-35 Kamothe, Navi Mumbai-410209, Maharashtra,
(62) Divisional to India Navi Mumbai ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT A SYSTEM AND A METHOD FOR FLEXI DEMAND SERVICES The present disclosure discloses a system(100) and
a method(200) for flexi demand services. The system(100) comprises a server(102) implementing a web-based marketplace platform
registered with vendor devices(104) and remote devices(106); a login module(102b) to allow a user to login to the web-based
marketplace platform after successful authentication of user login credentials; a user interface(102c) to receive input data of the
service demand requested by the user that represents a request for information about the product or services; a service module(102d)
to identify and implement the pre-trained package model to predict one or more services or product packages, and predict a service
quotes for each service or product package; a contract module(102e) to recommend at least one package to the user by implementing
the set of recommendation rules on the package and the service quotes, to select at least one service or product package and generate a
contract for the package.

(19) INDIA
(54) Title of the invention : HOUSING ASSEMBLY, BATTERY AND ELECTRICAL DEVICE
:B60K0006387000, (71)Name of Applicant :

H01Q0001500000, 1)Xiamen Ampack Technology Limited
(51) International classification C23C0016455000, Address of Applicant :413-29, No. 942, Second Tonglong
A61M0011040000, Road, Industrial Zone, Torch Hi-Tech Industrial Development
F04D0025160000 Zone (Xiangan), Xiamen City, Fujian Province, 361000 China ----
(31) Priority Document No :202211501674.0 ------- -----------
(32) Priority Date :28/11/2022 Name of Applicant : NA
(33) Name of priority country :----------- Address of Applicant : NA
Filing Date :NA 1)LIAO, Xubin
(87) International Publication No : NA Address of Applicant :413-29, No. 942, Second Tonglong Road,
(61) Patent of Addition to Application Number :NA Industrial Zone, Torch Hi-Tech Industrial Development Zone
Filing Date :NA (Xiangan), Xiamen City, Fujian Province, 361000 China -----------
(62) Divisional to Application Number :NA -----------
Filing Date :NA
(57) Abstract :
ABSTRACT HOUSING ASSEMBLY, BATTERY AND ELECTRICAL DEVICE A housing assembly includes a first and a second
housings laid out and connected in a first direction. The first housing includes a first base portion and a first wall portion, the second
housing includes a second base portion and a second and a third wall portions. In the first direction, the third wall portion has a first
end portion facing away from the second base portion, the second wall portion has a third end portion facing away from the second
base portion. A first gap is formed between the first end portion and the first base portion, a second gap is formed between the third
end portion and the first base portion. A bonding structure is disposed in the first and the second gaps, the first base portion is
connected to the second and the third wall portions through the bonding structure. (To be published with Figure 3)

(19) INDIA
(54) Title of the invention : DYNAMIC WORKFORCE OPTIMIZATION ENGINE FOR STRATEGIC HR AND ANALYTICS
SOLUTION
1)Dr. Manisha Kulkarni
Address of Applicant :Head of the Department, Department of Master of Business Administration,
Audyogik Tantra Shikshan Sanstha's, Institute of Industrial and Computer Management and Research,
Pradhikaran, Pune-411044, Maharashtra, India ----------- -----------
2)S Muthurajan
3)Ms. Nisha Rani
4)Dr. Jayesh Upadhyay
5)Dr.T. Rachel Shalini
6)M.Mohamed Ariffuddeen
7)M.Swetha Shastry
8)S Shireesha
9)Dr. Mohd Asif Shah
10)Dr. Anees Sulthana
11)Anthony Savio Herminio da Piedade Fernandes
12)Manu Vasudevan Unni
1)Dr. Manisha Kulkarni
Address of Applicant :Head of the Department, Department of Master of Business Administration, Audyogik
Tantra Shikshan Sanstha's, Institute of Industrial and Computer Management and Research, Pradhikaran, Pune-
411044, Maharashtra, India ----------- -----------
:G06Q0010060000, G06Q0010100000, G06Q0010040000,
(51) International classification 2)S Muthurajan
G06Q0040000000, G06N0003080000
Address of Applicant :AP/EEE, Agni College of Technology, OMR, Thalambur, Chennai, Pin: 600130,
Chengalpattu, Tamilnadu, India ----------- -----------
Filing Date :NA
3)Ms. Nisha Rani
Address of Applicant :Assistant Professor, School of Management Studies, Commerce and Hospitality, RIMT
:NA University, Mandi Gobindgarh, Sirhind, Fatehgarh Sahib, Punjab 147301, India ----------- -----------
Application Number
:NA 4)Dr. Jayesh Upadhyay
Filing Date
Address of Applicant :Assistant Professor, Department of Management, Shri Vaishnav Institute of
:NA Management, Indore-452001, Madhya Pradesh, India ----------- -----------
Number
:NA 5)Dr.T. Rachel Shalini
Filing Date
Address of Applicant :Loyola Academy (Degree & Pg College), Secunderabad, Medchal, Telangana, India ----
------- -----------
6)M.Mohamed Ariffuddeen
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, SNS College of
Technology, Coimbatore 641035, Tamil Nadu, India ----------- -----------
7)M.Swetha Shastry
Address of Applicant :Asst. Professor, Dept. of BBA, Loyola Degree and Pg College, Hyderabad, 500010,
Medchal, Telangana, India ----------- -----------
8)S Shireesha
Address of Applicant :Assistant Professor, MBA Department, Institute of Aeronautical Engineering, Dundigal,
Hyderabad, 500055, Medchal Malkajgiri, Telangana, India ----------- -----------
Address of Applicant :Department of Economics, Kebri Dehar University, Kebri Dehar, Somali, 250, Ethiopia
----------- -----------
Address of Applicant :Associate Professor, School of Commerce and Management, Aurora Higher Education
and Research Academy (Deemed to be University), Hyderabad-82, Telangana, India ----------- -----------
11)Anthony Savio Herminio da Piedade Fernandes
Address of Applicant :Founder Owner, Trading Equations, 54/C, Xell, Bastora, Bardez, North Goa, Goa –
403507, India ----------- -----------
Address of Applicant :Assistant Professor, Department of Management, St. Claret College, Bangalore, 560013,
Karnataka, India ----------- -----------
(57) Abstract :
The Dynamic Workforce Optimization Engine is a groundbreaking solution revolutionizing human resources management by
seamlessly integrating advanced technologies. This innovative system leverages predictive analytics, real-time data integration, and a
dynamic resource allocation algorithm to empower organizations in strategically planning, optimizing, and analyzing their workforce.
The Performance Metrics Dashboard offers a user-friendly interface for data-driven decision-making, while a Continuous Learning
Module ensures ongoing adaptability. With features like customization, collaboration enhancement, and ethical decision support, this
comprehensive invention goes beyond mere optimization, providing a tailored and ethical approach to workforce dynamics, ultimately
fostering organizational efficiency and competitive advantage.

(19) INDIA
(54) Title of the invention : A COMPOSITION AND FABRICATION OF SENSOR MATERIAL USING MOLECULAR
IMPRINTED POLYMER LAYER FOR DETECTION OF VOLATILES
1)Accubits Invent Private Limited
Address of Applicant :TC 98/3303(1), Pirate Square, Attippra,
Block – 3, Near Technopark Phase 3, Trivandrum - 695582,
Kerala Trivandrum ----------- -----------
1)Dr. Allen J A
Address of Applicant :Accubits Invent Private Limited, TC
98/3303(1), Pirate Square, Attippra, Block – 3, Near Technopark
Phase 3, Trivandrum - 695582, Kerala Trivandrum ----------- ------
:B01J0020260000, G01N0033543000,
G01N0033569000, H04N0007167000,
classification 2)Dr. Viji S
H01L0037020000
(86) International
:NA 98/3303(1), Pirate Square, Attippra, Block – 3, Near Technopark
Application No
:NA Phase 3, Trivandrum - 695582, Kerala Trivandrum ----------- ------
Filing Date
-----
(87) International
: NA 3)Shilpa S
Publication No
:NA 98/3303(1), Pirate Square, Attippra, Block – 3, Near Technopark
:NA Phase 3, Trivandrum - 695582, Kerala Trivandrum ----------- ------
Filing Date
-----
(62) Divisional to
:NA 4)Sajini S
Application Number
:NA Address of Applicant :Accubits Invent Private Limited, TC
Filing Date
-----
5)Navaneeth Subash
-----
6)Dr. Nidhin Sreekumar
Phase 3, Trivandrum - 695582, Kerala ----------- -----------
(57) Abstract :
The present invention discloses a composition and fabrication method of sensor using molecular imprinted polymer for detection of
volatiles. A semiconducting material, like Polyaniline coated substrates of appropriate size were taken in a mixed porogen solvent of
acetonitrile (ACN) and toluene along with a monomer such as methacrylic acid (MAA). The template, monomer (MAA), and cross-
linker (ethylene glycol dimethacrylate (EGDMA)) ratios are kept constant at n:4:8 respectively, wherein ‘n’ ranges about 1-5. The pre-
polymer mixture is then stirred in a nitrogen atmosphere with 2,2'-azobisisobutyronitrile (AIBN), an initiator. The coated substrates
were then immersed in the pre-polymer mixture and purged with nitrogen and placed in a UV chamber for photo-polymerization at
room temperature. Once the polymerization reaction is completed, the template volatile organic compound is extracted with methanol
and acetic acid leaving molecular cavities of the template volatile organic compound imprinted in the polymer matrix that allows the
polymer to bind with the particular template molecule with high selectivity for the detection of volatiles. [Figure 1]

(19) INDIA
(54) Title of the invention : AN APPARATUS AND A METHOD FOR MULTIPLE INSTRUCTION AND SINGLE DATA
COMPUTING
1)RAGHAVENDRA SWAMY HANUMANTHA RAJU
Address of Applicant :471, FIRST FLOOR, FIRST BLOCK,
3RD STAGE WCR, BASAVESWARANAGAR BANGALORE-
560079 KARNATAKA.INDIA. BASAVESWARANAGAR ------
----- -----------
2)IVEN JOSE
:G06F0009380000, A63F0003040000,
(51) International 3)DIVYA SHARMA
G01J0003280000, G06E0003000000,
G06F0007535000
(86) International
Application No
:NA 1)RAGHAVENDRA SWAMY HANUMANTHA RAJU
Filing Date
Address of Applicant :471, FIRST FLOOR, FIRST BLOCK, 3RD
(87) International
: NA STAGE WCR, BASAVESWARANAGAR BANGALORE-
Publication No
560079 KARNATAKA.INDIA. BASAVESWARANAGAR ------
:NA ----- -----------
:NA 2)IVEN JOSE
Filing Date
Address of Applicant :ELECTRONICS AND
(62) Divisional to
:NA COMMUNICATION ENGINEERING SCHOOL OF
Application Number
:NA ENGINEERING AND TECHNOLOGY, BANGALORE
Filing Date
KENGERI CAMPUS, KANMANIKE, KUMBALGODU,,
MYSORE ROAD, BANGALORE,- 560074 KARNATAKA,
INDIA KUMBALGODU, ----------- -----------
3)DIVYA SHARMA
Address of Applicant :223/6 VILLAGE-JEOL (BAHOT),
SUNDERNAGAR, DISTT.-MANDI- 175018 HIMACHAL
PRADESH, INDIA SUNDERNAGAR ----------- -----------
(57) Abstract :
The present invention is related to the world’s first true Multiple Instruction Single Data (MISD) apparatus based on optical
computing apparatus where two basic mathematical operations i.e., DIVISION and ADDITION are performed on the optical data
inputs 1 (Ex) and input 2 (Ey). The Ex and Ey are fed into the custom optical MISD Integer ADD and DIVIDE Compute block, which
contains a simple LCU (5), or a 50% pass-through grated glass filter (6) or x% pass-through grated glass (7) to perform the division
operation, and the result combined intensity Ez is sensed by an RGB sensor. The LCU (5) can control the division operation
dynamically, but the glass filter block acts as static division block. The Ex and Ey data input stream can be stored in traditional
electronic RAM and two RGB LEDs are controlled by using appropriate RGB controllers to convert electronic to optical values. The
electronic-optical MISD DIVIDE-ADDITION (eop-MISD-DIVADD) instruction is used for the LCU based compute apparatus, the
electronic-optical MISD DIVIDE by 2 ADDITION (eop- MISD-DIVBY2ADD) is used for the static 50% pass-through glass-based
compute apparatus and the electronic-optical MISD DIVIDE by X% ADDITION (eop- MISD-DIVBYX%ADD) is used for the static
X% pass through glass-based compute apparatus. These instructions are stored in the traditional electronic RAM. This would be the
world’s first true MISD computing block, where more than one operation is performed on a single data. Refer to 10A.

(19) INDIA
(54) Title of the invention : METALLIC FUNCTIONALLY GRADED MATERIALS AND MANUFACTURING METHODS
THEREOF
1)INDIAN INSTITUTE OF TECHNOLOGY MADRAS
(IIT MADRAS)
Address of Applicant :The Dean, Intellectual Property
Management Cell Centre for Industrial Consultancy & Sponsored
Research IInd floor, IC & SR, IIT Madras, Chennai 600036,
INDIA Chennai ----------- -----------
1)VAGISH DATTA MISHRA
Address of Applicant :S\o Shrikant Mishra, SWAR, Mayor
:C23C0024040000, C22C0014000000,
(51) International Colony, Ward 01, Sai Mandir Road, Ambikapur, Chhattishgarh-
C21D0009320000, C04B0041860000,
classification 497001, India. Ambikapur ----------- -----------
A61P0001180000
2)ASHISH MISHRA
(86) International
:NA Address of Applicant :K-208, Jal vayu towers, Jhajhra Dehradun-
Application No
:NA 248007 Jhajhra ----------- -----------
Filing Date
3)VIVEK KASHYAP
(87) International
: NA Address of Applicant :House-47, Ashok Vihar, Phase- 2,
Publication No
Chantidih, Bilaspur Chhattisgarh, Pin- 495006 Chantidih -----------
:NA -----------
:NA 4)BALKRISHNA CANJEE RAO
Filing Date
Address of Applicant :Room 116, Engineering Design, IIT
(62) Divisional to
:NA Madras, Chennai, Tamil Nadu, pin- 600 036, India. Chennai -------
Application Number
:NA ---- -----------
Filing Date
5)MURTHY HARADANAHALLI SHANKARAIAH
NARASIMHA
Address of Applicant :Department of Aerospace Engineering, IIT
Madras, Chennai 600036, India. Chennai ----------- -----------
6)RAJESH GOPALAPILLAI
Address of Applicant :Rarified Gas dynamics, Department of
Aerospace Engineering, IIT Madras, Chennai 600036, India.
Chennai ----------- -----------
7)RAMKUMAR PENCHALIAH
Address of Applicant :Room-408, Machine Design Section,
Department of Mechanical Engineering, IIT Madras, Chennai,
Tamil Nadu, pin- 600 036. Chennai ----------- -----------
(57) Abstract :
ABSTRACT Metallic Functionally Graded Materials and Manufacturing Methods thereof The disclosure relates to novel Functionally
Graded Materials (FGMs) and a novel high strain rate plastic deformation method of producing bulk Functionally Graded Materials
(FGMs)by impact of bullets fired at high speeds on a stationary target.

(19) INDIA
(54) Title of the invention : ANODE AND A PROCESS FOR ITS PREPARATION
:B01J0035100000, A61K0031565000, 1)OLA ELECTRIC MOBILITY PRIVATE LIMITED
(51) International
B01J0038120000, A61L0027580000, Address of Applicant :Regent Insignia, #414, 3rd Floor, 4th
classification
A61K0009240000 Block, 17th Main, 100 Feet Road, Koramangala, Bangalore -
(86) International 560034, Karnataka, India Bangalore ----------- -----------
:NA
:NA
: NA
Publication No 1)GUPTA, Pratishtha
(61) Patent of Addition Address of Applicant :Regent Insignia, #414, 3rd Floor, 4th
:NA
to Application Number Block, 17th Main, 100 Feet Road, Koramangala, Bangalore -
:NA
Filing Date 560034, Karnataka, India Bangalore ----------- -----------
(62) Divisional to 2)NAZAR, Mohammed
:NA
Application Number Address of Applicant :Regent Insignia, #414, 3rd Floor, 4th
:NA
Filing Date Block, 17th Main, 100 Feet Road, Koramangala, Bangalore -
560034, Karnataka, India Bangalore ----------- -----------
(57) Abstract :
ABSTRACT ANODE AND A PROCESS FOR ITS PREPARATION The present disclosure provides an integrated anode (100)
comprising: (a) a current collector (101); (b) an anode active material (102a); and (c) a polymer (102b); wherein the anode active
material is dispersed in the polymer and disposed as a protected active layer (103) over the current collector. The present disclosure
further provides a process for preparing the integrated anode. The present disclosure further provides an electrochemical cell
comprising: the integrated anode (100), a cathode; and an electrolyte (104). [Figure 1]

(19) INDIA
(54) Title of the invention : GAS TURBINE AFTERBURNER WITH SOLID FUEL RICH PROPELLANT
1)Indian Institute of Technology Madras (IIT Madras)
Address of Applicant :The Dean, Industrial Consultancy &
Sponsored Research (IC&SR), Indian Institute of Technology
:F23R0003200000, H01M0008061200,
(51) International Madras, Sardar Patel Road, IIT Post, Chennai, Tamil Nadu, India,
F02K0009760000, F02K0003100000,
classification 600 036 Chennai ----------- -----------
F02C0003220000
(86) International
Application No
Filing Date
1)Ramakrishna, Periyapatna Ananthapadmanabiah
(87) International
: NA Address of Applicant :Department of Aerospace Engineering,
Publication No
Indian Institute of Technology Madras, Chennai, 600036, India
:NA Chennai ----------- -----------
:NA 2)Nema, Pooja
Filing Date
Address of Applicant :480/14, Ramayan, Scheme No.14,
(62) Divisional to
:NA Vijaynagar, Jabalpur, Madhya Pradesh, India-482002 Jabalpur ----
Application Number
:NA ------- -----------
Filing Date
3)Bhadran, Anandu
Address of Applicant :Ambadi, #91 Netaji Nagar, Netaji Junction,
Ezhukone PO Kollam, Kerala. 691505, India Kollam ----------- ----
-------
(57) Abstract :
ABSTRACT GAS TURBINE ENGINE INCLUDING AN AFTERBURNER The present invention relates to a gas turbine engine
(100) including an afterburner. The afterburner (104, 204) may have a front end coupled to a gas turbine core (102). The afterburner
(104, 204) is coupled for receiving an exhaust flow from the gas turbine core (102). On the afterburner (104, 204), at least one primary
chamber (106, 206) is mounted for generating one or more fuel rich gases from Fuel-Rich Propellant (FRP). An at least one primary
nozzle (110, 214) of the at least one primary chamber (106, 206), for injecting the one or more fuel rich gases into the afterburner for
mixing with the exhaust flow to obtain a mixture of gases. A secondary nozzle (110, 208) is connected at a rear end of the afterburner
(104, 204), and is configured to receive and accelerate the gases in the mixture, for producing thrust as the gases exits the secondary
nozzle (110, 208). (To be published with Fig. 1(a))

(19) INDIA
(54) Title of the invention : 3-D INTERFACE AUGMENTED ULTRATHIN CATALYTIC METAL LAYER SUPPORTED ON
SUBSTRATES AND METHODS OF FABRICATION THEREOF
(IIT MADRAS)
Madras, Sardar Patel Road, IIT Post, Chennai, Tamil Nadu, India,
:H01L0051520000, C22C0005060000,
(51) International 600 036 Chennai ----------- -----------
A61L0031180000, H01L0029780000,
A61K0033240000
(86) International
Application No
:NA 1)Dr. Satyesh Kumar Yadav
Filing Date
Address of Applicant :House No. 525, Chaktodar, Sant Ravidas
(87) International
: NA Nagar Bhadohi, Gyanpur, Uttar Pradesh, 221034. Bhadohi ---------
Publication No
-- -----------
:NA 2)Allamula Ashok
:NA Address of Applicant :H.No. 8-92/1, Madaram kalan (V),
Filing Date
Shaligowraram (M), Nalgonda (D), 508210, Telangana, India.
(62) Divisional to
:NA Nalgonda ----------- -----------
Application Number
:NA 3)Peela Lasya
Filing Date
Address of Applicant :D.No:24-111-15/3, Gajuwaka,
Visakhapatnam, Andhra Pradesh-530026 Visakhapatnam ----------
- -----------
4)Daljin J
Address of Applicant :Number 6, Bethani nagar, First street,
Pasumalai, Madurai - 625004 Madurai ----------- -----------
(57) Abstract :
ABSTRACT 3-D Interface Augmented Ultrathin Catalytic Metal Layer Supported on Substrates And methods of fabrication thereof
The invention relates to an electrode comprising a substrate and a layered structure, the layered structure comprising an filler material
film in contact with ultra-thin catalytic metal (CM) film. The filler material may be selected from Zinc (Zn), Magnesium (Mg),
Aluminium (Al), Titanium (Ti), Manganese (Mn), Chromium (Cr), Germanium (Ge), Niobium (Nb), Tantalum (Ta), Hafnium (Hf),
Zirconium (Zr), Vanadium (V), Calcium (Ca), Gallium (Ga), Indium (In), Tin (Sn) or a combination thereof. The composition of FM
is Zn which can be 20 atomic % of the total FM. CM is preferably selected from Cobalt (Co), Nickel (Ni), Platinum (Pt), Gold (Au),
Palladium (Pd), Copper (Cu), Silver (Ag), Iridium (Ir), Ruthenium (Ru), Rhenium (Re), Rhodium (Rh), Osmium (Os) and their
mixtures.

(19) INDIA
(54) Title of the invention : System and method for locomotive brake cylinder with built in slack adjuster
1)M Anandam
(51) International classification :B61H 15/00 Address of Applicant :Shed. No: G-10, IX Phase, SIDCO
(86) International Application No :NA Industrial Estate, Hosur, Tamilnadu, INDIA Hosur ----------- ------
Filing Date :NA -----
(61) Patent of Addition to Application Number :NA Address of Applicant : NA
(62) Divisional to Application Number :NA 1)M Anandam
Filing Date :NA Address of Applicant :Shed. No: G-10, IX Phase, SIDCO
Industrial Estate, Hosur, Tamilnadu, INDIA Hosur ----------- ------
-----
(57) Abstract :
The present invention discloses a system and method for locomotive brake cylinder with built in slack adjuster. The system comprises
a housing (102), a piston assembly (106) configured to maintain constant piston stroke, a screw assembly (132) connected to the
piston assembly (106), a pawl assembly (114) to rotate the piston assembly (106), and a fork assembly (130) transferring motion from
the piston assembly (106) to a locomotive brake leaver for braking. Wherein the screw assembly (132) comprises an internal screw
(112) rotating in one direction, a gear (110) connected to the internal screw (112), and an external screw (116) rotavates in another
direction. The pawl assembly (114) comprises pawl ring (not shown) rotating gear (110), and roller plate (118) fixed inside housing
(102) with rocker arm (120) slides along roller plate (118) hitting pawl ring (not shown) as locomotive brakes released.

(19) INDIA
(54) Title of the invention : MASS AFFORESTATION DRONE
1)INDIAN INSTITUTE OF TECHNOLOGY MADRAS (IIT Madras)
Address of Applicant :THE DEAN, INDUSTRIAL CONSULTANCY &
SPONSORED RESEARCH (IC&SR), INDIAN INSTITUTE OF TECHNOLOGY
MADRAS, SARDAR PATEL ROAD, IIT P.O, CHENNAI – 600036, INDIA,
PHONE: 044 – 2257 9757 EMAIL: deanicsr@iitm.ac.in Chennai ----------- ---------
--
1)Manish Anand
Address of Applicant :Department of Mechanical Engineering, Indian Institute of
Technology Madras, Chennai-600036, Tamil Nadu,India. Chennai ----------- --------
---
2)Krishma Rajesh Mehta
Address of Applicant :Department of Aerospace Engineering, Indian Institute of
:A01C7/16, A01C7/18, Technology Madras, Chennai-600036, Tamil Nadu, India. Chennai ----------- -------
(51) International classification ----
B25J9/10, B64D1/16 3)Hrishav Das
(86) International Application No :NA Address of Applicant :Department of Aerospace Engineering, Indian Institute of
Filing Date :NA Technology Madras, Chennai-600036, Tamil Nadu, India. Chennai ----------- -------
(87) International Publication No : NA ----
4)Arin Gangal
(61) Patent of Addition to Address of Applicant :Department of Mechanical Engineering, Indian Institute of
:NA
Application Number Technology Madras, Chennai-600036, Tamil Nadu, India. Chennai ----------- -------
:NA
Filing Date ----
(62) Divisional to Application 5)Gowrynanda Pradeep Sheeja
:NA Address of Applicant :Department of Mechanical Engineering, Indian Institute of
Number Technology Madras, Chennai-600036, Tamil Nadu, India. Chennai ----------- -------
:NA
Filing Date ----
6)Roshni Sivakumar
Address of Applicant :Department of Engineering Design, Indian Institute of
Technology Madras, Chennai-600036, Tamil Nadu, India. Chennai ----------- -------
----
7)Shankar Dandopati
----
8)Abhigyan Roy
----
9)Shreepoorna Shridhar Rao
Address of Applicant :Department of Civil Engineering, Indian Institute of
----
(57) Abstract :
ABSTRACT MASS AFFORESTATION DRONE The present invention generally relates to a drone with a detachable robotic arm
and a suspension mechanism that allows the robotic arm to move with varying degrees of freedom. The unique and robust drone
would carry a robotic arm/appendage for planting (seeding), soil surveying operations and deploying small articles at preferred
locations. The drone would fly over desired locations, and remotely deploy necessary items of interest. The arm would be connected
to the drone using a suspension system. When looking at mass afforestation the arm would have a multicompartment selector box
utilized along with sensors to aid in mass afforestation activities by not only dropping seeds but also scooping dirt, sowing them and a
nutrient supplement seed package will be dropped to enhance the germination rate.

(19) INDIA
(54) Title of the invention : An air distributor valve system and method thereof
:B60T0015040000, B60T0013660000, (71)Name of Applicant :

(51) International
B60T0013680000, B60T0017220000, 1)M.Anandam
classification
B60T0013140000 Address of Applicant :Shed. No: G-10, IX Phase, SIDCO
(86) International Industrial Estate, Hosur – 635126, Tamilnadu, INDIA Hosur ------
:NA
Application No ----- -----------
:NA
: NA
(61) Patent of Addition 1)M.Anandam
:NA
to Application Number Address of Applicant :Shed. No: G-10, IX Phase, SIDCO
:NA
Filing Date Industrial Estate, Hosur – 635126, Tamilnadu, INDIA Hosur ------
(62) Divisional to ----- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present invention discloses an air-distributor valve system and method for locomotive braking applications comprises a brake
valve (102), a check valve (104), a self-lapping valve (108), an inlet valve (110), and a regulating valve (106). The brake valve (102)
receives a predefined amount of compressed air to maintain a constant pressure. The check valve (104) receives the compressed air
from the brake valve (102) and stores it to actuate the brake valve (102) for locomotive braking. The self-lapping valve (108) enables
the inlet valve (110) to pass compressed air from the regulating valve (106) to the brake cylinder for activating the locomotive brake.
The air-proportional valve is an efficient solution for controlling the brakes in a locomotive and improving the overall performance of
the braking system.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR REAL-TIME PERFORMANCE ASSESSMENT OF
COMMERCIALLY AVAILABLE SOLAR PHOTOVOLTAIC (SPV) PANELS
:G06N0003040000, G06N0003080000,
(51) International 1)GMR INSTITUTE OF TECHNOLOGY
H01L0021660000, H04L0043160000,
classification Address of Applicant :GMR Nagar, Rajam, Rajam ----------- --
G05B0023020000
---------
(86) International
Application No
Filing Date
(87) International
: NA 1)TEEGALA SRINIVASA KISHORE
Publication No
Address of Applicant :Department of Electrical & Electronics
:NA Engineering, GMR Institute of Technology, GMR Nagar, Rajam,
:NA Andhra Pradesh- 532127 Rajam ----------- -----------
Filing Date
2)POTNURU UPENDRA KUMAR
(62) Divisional to
:NA Address of Applicant :Department of Electrical & Electronics
Application Number
:NA Engineering, GMR Institute of Technology, GMR Nagar, Rajam,
Filing Date
Andhra Pradesh- 532127 Rajam ----------- -----------
(57) Abstract :
ABSTRACT A SYSTEM AND METHOD FOR REAL-TIME PERFORMANCE ASSESSMENT OF COMMERCIALLY
AVAILABLE SOLAR PHOTOVOLTAIC (SPV) PANELS The present invention relates to a system and method for real-time
performance assessment of commercially available solar photovoltaic (SPV) panels. The proposed system will be continuously
monitored and the above data will be obtained by a data acquisition system and after measuring the certain input parameters,
following parameters will be used to evaluate the performance. Figure 1

(19) INDIA
(54) Title of the invention : AESTHETIC EASY HANDLE JUG HOLDER
1)KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION
Address of Applicant :KALASALINGAM ACADEMY OF RESEARCH AND
EDUCATION, ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA),
VIRUDHUNAGAR DISTRICT, TAMILNADU - 626126. ----------- -----------
1)G.EBENEZER
Address of Applicant :ASSOCIATE PROFESSOR,DEPARTMENT OF MECHANICAL
ENGINEERING, KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION,
:A47G0019120000, C02F0001000000, ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR
(51) International
A47G0019220000, C02F0001680000, DISTRICT, TAMILNADU - 626126. ----------- -----------
classification 2)K.DHANABALAN
G06Q0050120000 Address of Applicant :KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION,
(86) International ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR
:NA DISTRICT, TAMILNADU - 626126. ----------- -----------
Application No
:NA 3)R. SAI GANGA
Filing Date Address of Applicant :KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION,
(87) International ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR
: NA DISTRICT, TAMILNADU - 626126. ----------- -----------
Publication No 4)A.R.VENKADASUDHAN
(61) Patent of Addition Address of Applicant :KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION,
:NA ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR
to Application Number DISTRICT, TAMILNADU - 626126. ----------- -----------
:NA
Filing Date 5)S. V. SAHANA
Address of Applicant :KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION,
(62) Divisional to ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR
:NA
Application Number DISTRICT, TAMILNADU - 626126. ----------- -----------
:NA 6)P. BHUVANAN
ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR
DISTRICT, TAMILNADU - 626126. ----------- -----------
7)P. ASMITHA PARI
8)D.TRINITY BLESSY
(57) Abstract :
The titled invention "Aesthetic easy handle jug with holdef’ discloses the invention crafled primarily from pot clay material with a
redesigned handle for enhanced handling. Traditional water jugs made of HDPE plastics, glass, and steel have drawbacks such as
health concerns, breakage, and poor handle ability. To overcome these limitations, the water jug employs pot clay material,
maintaining the water's cool temperature and pH levels for a healthier drinking experience. The redesigned handle with finger holding
slots ensures better control during pouring, reducing the risk of spills and facilitating effortless handling for servers. Advantages
include providing a healthier water-sewing option, durability, userfriendliness, environmental sustainability, and support for
traditional craftsmanship. The innovative wa‘er jug presents a practical and stylish solution for restaurants and households, catering to
the needs of both users and the environment, and promoting a greener and safer drinking experience."

(19) INDIA
(54) Title of the invention : MULTIPURPOSE PEN
1)Dr.S.BATHRINATH
Address of Applicant :ASSOCIATE PROFESSOR,DEPARTMENT OF MECHANICAL
ENGINEERING, KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION,
2)KANNAN VENKATESH
:G02B0025000000, B43K0029000000, B43K0007000000, Address of Applicant :KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION,
B43K0023008000, G06F0003035400 ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR
(86) International Application DISTRICT, TAMILNADU - 626126. ----------- -----------
:NA
No 3)A. S. NITHESHWAR
:NA
(87) International Publication ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR
: NA
No DISTRICT, TAMILNADU - 626126. ----------- -----------
(61) Patent of Addition to 4)EDAMAKANDI RAMANJI REDDY
:NA
Application Number Address of Applicant :KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION,
:NA
Filing Date ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR
(62) Divisional to Application DISTRICT, TAMILNADU - 626126. ----------- -----------
:NA
Number 5)PL. SUBRAMANIAM
:NA
6)ASHARAF ROSHAN
7)N. JASWANTH SAI
8)VARSHAN MUTTHUDEV
(57) Abstract :
The titled invention “Multi purpose pen" discloses the invention that redefines the concept of a traditional writing instrument by integrating the features into a single, elegantly designed device.
This innovative product combines a stylus, light, magnifying glass. and ergonomic grip to create an all-in-one solution, paving the way users approach writing and related tasks. By combining
these versatile functionalities, the Multi purpose pen enhances user experiences and promotes efficiency, convenience, and creativity in everyday activities. The stylus feature offers easy
interaction with digital devices, allowing users to effortlessly navigate touch screens and create precise digital content. The integrated LED light ensures improved visibility in dimly lit
environments, enhancing the writing experience and reading comfort. The retractable magnifying glass provides exceptional clarity for reading tiny letters and scrutinizing intricate details,
making it a valuable tool for individuals with vision challenges‘ The Multi purpose pen's ergonomic grip and fine grip holder provide a comfortable and secure writing experience, benefiting
users of all ages, including the elderly and young children. With its space-saving design and cost-effectiveness, the Multi purpose pen presents a sustainable alternative to purchasing mufliple
tools separately. contributing to a more environmentally conscious lifestyle.

(19) INDIA
(54) Title of the invention : INNOVATIVE PLASTIC BOTTLE CRUSHING SYSTEM FOR ENHANCED WASTE
MANAGEMENT
Address of Applicant :ANAND NAGAR, KRISHNANKOIL,
SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR DISTRICT, TAMILNADU -
626126. ----------- -----------
1)Dr.R.SENTHILKUMAR
2)ABHIJIT SRINIVAS PIDUGU
Address of Applicant :ASSOCIATE PROFESSOR,DEPARTMENT OF
:B29B0017000000, B30B0009320000, MECHANICAL ENGINEERING, KALASALINGAM ACADEMY OF
(51) International
B02C0019000000, B02C0023020000, RESEARCH AND EDUCATION, ANAND NAGAR, KRISHNANKOIL,
classification
B29B0017020000 SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR DISTRICT, TAMILNADU -
(86) International 626126. ----------- -----------
:NA
Application No 3)VEERA REDDY GAJULAPALLI
:NA
Filing Date Address of Applicant :ASSOCIATE PROFESSOR,DEPARTMENT OF
(87) International MECHANICAL ENGINEERING, KALASALINGAM ACADEMY OF
: NA
Publication No RESEARCH AND EDUCATION, ANAND NAGAR, KRISHNANKOIL,
(61) Patent of Addition to SRIVILLIPUTTUR (VIA), VIRUDHUNAGAR DISTRICT, TAMILNADU -
:NA
Application Number 626126. ----------- -----------
:NA
Filing Date 4)M. SUKUMAR REDDY
(62) Divisional to Address of Applicant :ASSOCIATE PROFESSOR,DEPARTMENT OF
:NA
Application Number MECHANICAL ENGINEERING, KALASALINGAM ACADEMY OF
:NA
Filing Date RESEARCH AND EDUCATION, ANAND NAGAR, KRISHNANKOIL,
626126. ----------- -----------
5)MARAM RAMA YOGI REDDY
MECHANICAL ENGINEERING, KALASALINGAM ACADEMY OF
RESEARCH AND EDUCATION, ANAND NAGAR, KRISHNANKOIL,
626126. ----------- -----------
6)KRISHNA KUMAR REDDY MITTA
MECHANICAL ENGINEERING, KALASALINGAM ACADEMY OF
RESEARCH AND EDUCATION, ANAND NAGAR, KRISHNANKOIL,
626126. ----------- -----------
(57) Abstract :
The titled invention “Innovative plastic bottle crushing system for enhanced waste management" discloses the portable plastic bottle crusher that offers a compact,
efficient, and user«friend|y solution \for recycling or disposing of plastic bottles. The device comprises a durable housing, an ergonomically designed lever, ari
accommodating bolle opening. and a safety mechanism. By pulling down the lever, the user can effortlessly crush plastic bottles into smaller, more manageable pieces,
aiding in efficient was(e management. The housing, constructed from solid materials, provides structural support and safeguards the internal components during the
crushing process. The lever's mechanical advantage enables smooth and controlled crushing. reducing user effort while maximizing-efficiency. The wide opening
ensures convenient insertion of most standard plastic bottles without requiring precise alignment. Moreover. a thoughtful safety mechanism prevents unintended
operation. avoiding the risk of injuries during use.

(19) INDIA
(54) Title of the invention : STAIRCASE WATER BOTTLE
1)KALASALINGAM ACADEMY OF RESEARCH AND
EDUCATION
Address of Applicant :KALASALINGAM ACADEMY OF
RESEARCH AND EDUCATION, ANAND NAGAR,
KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDUNAGAR
:G06F0001160000, A47G0019220000, (dt), TAMILNADU - 626126. ----------- -----------
(51) International
B65D0001240000, A47J0031400000, Name of Applicant : NA
classification
B65D0081380000 Address of Applicant : NA
:NA
Application No 1)Dr. ADAM KHAN. M
:NA
Filing Date Address of Applicant :Professor, Department of Mechanical
(87) International Engineering, KALASALINGAM ACADEMY OF RESEARCH
: NA
Publication No AND EDUCATION, ANAND NAGAR, KRISHNANKOIL,
(61) Patent of Addition SRIVILLIPUTTUR (VIA), VIRUDUNAGAR (dt),
:NA
to Application Number TAMILNADU - 626126. ----------- -----------
:NA
Filing Date 2)SOMANA PAVAN SIVA KUMAR
(62) Divisional to Address of Applicant :KALASALINGAM ACADEMY OF
:NA
Application Number RESEARCH AND EDUCATION, ANAND NAGAR,
:NA
Filing Date KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDUNAGAR
(dt), TAMILNADU - 626126. ----------- -----------
3)RATNALA OMKARA ANJANEYA KUMAR
Address of Applicant :KALASALINGAM ACADEMY OF
RESEARCH AND EDUCATION, ANAND NAGAR,
KRISHNANKOIL, SRIVILLIPUTTUR (VIA), VIRUDUNAGAR
(dt), TAMILNADU - 626126. ----------- -----------
(57) Abstract :
The titled invention “Staircase water bottle" discloses a versatile and flexible approach to carrying both hot and cold beverages
simultaneously while also functioning as two individual bottles when needed. The design consists of a flask-type bottle with insulating
materials to maintain me temperature of the liquids for extended periods. The innovation lies in its modular feature, allowing the bottle
to be divided into two separate compartments with a secure connection mechanism to prevent leaks. The first part and second part,
resulting from the bottle's separation, can independently hold different beverages, catering to diverse hydration needs. Each
compartment operates as a standalone flask with its own cap, ensuring convenience end practicality for users. The Stair Battle's
lightweight and compact design further enhances portability, making it ideal for various activities, such as travel, work, and outdoor
adventures. Its versatility allows users to enjoy a variety of drinks throughout the day without the need for multiple containers. Its
space-saving and lightweight nature makes it a convenient choice for individuals on the move. The Stair Bottle promotes
environmental sustainability by reducing single-use plastic bottle consumption and encouraging reusability.

(19) INDIA
(54) Title of the invention : A SOLAR POWERED WATER TRASH COLLECTOR
1)GMR INSTITUTE OF TECHNOLOGY
Address of Applicant :GMR Nagar, Rajam, Andhra Pradesh
Rajam ----------- -----------
:B65F0001140000, E02B0015100000,
B01D0001000000, C02F0001140000,
B01D0005000000
1)SIVASANGARI
(86) International
Application No
:NA Communication Engineering, GMR Institute of Technology, GMR
Filing Date
Nagar, Rajam, Andhra Pradesh- 532127 Rajam ----------- -----------
(87) International
: NA 2)MURAPAKA SWATHI
Publication No
:NA Nagar, Rajam, Andhra Pradesh- 532127 Rajam ----------- -----------
Filing Date
3)MANCHUPILLI YAMINI
(62) Divisional to
Application Number
Filing Date
4)SASIKUMAR
GMR Institute of Technology, GMR Nagar, Rajam, Andhra
Pradesh- 532127 Rajam ----------- -----------
(57) Abstract :
ABSTRACT A SOLAR POWERED WATER TRASH COLLECTOR The present invention relates to an eco-friendly and cost-
effective solar powered water trash collector. The solar-powered water trash collector is a boat-like structure that floats on water
bodies. It utilizes a conveyor belt to collect water debris, waste garbage, and plastics from the water's surface. The collected waste is
then stored in a tray, making it easy for disposal. The system is controlled remotely via Bluetooth technology and is powered by solar
energy, making it an efficient and environmentally friendly solution for cleaning water bodies. Published with Figure 1

(19) INDIA
(54) Title of the invention : A FOOD SPOILAGE DETECTION SYSTEM AND METHOD FOR REFRIGERATOR
Rajam ----------- -----------
:F25D0029000000, G01N0033020000,
G01N0033000000, G08B0021180000,
G01N0031220000
1)SIVASANGARI
(86) International
Application No
Filing Date
(87) International
: NA 2)MALI TRISHA
Publication No
Filing Date
3)PAMPANA TARUN
(62) Divisional to
Application Number
Filing Date
4)SASIKUMAR
Pradesh- 532127 Rajam ----------- -----------
(57) Abstract :
ABSTRACT A FOOD SPOILAGE DETECTION SYSTEM AND METHOD FOR REFRIGERATOR The present invention relates
to the food spoilage detection system and method for refrigerator. The food spoilage detector for a smart refrigerator is a solution that
can detect and alert users of spoiled food items in real-time. The system comprises microcontroller, Methane sensor (MQ4), GSM
module, LED, and Buzzer indicators. The Methane sensor (MQ4) can detect Methane gas that is released from the food when it starts
to decompose, and the Arduino Uno controls the sensor and interprets the data. The GSM module sends alerts to the user's phone
when spoilage is detected, and the LED and Buzzer indicators provide a visual and auditory indication of the spoilage. The food item's
temperature, aroma, and pH values were calculated using a thermostat, an odour sensor, and a pH sensor, respectively. Published with
Figure 1

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD OF MONITORING OF ROOF-TOP HYDROPONICS USING IOT AND
ZIGBEE TECHNOLOGY
Rajam ----------- -----------
1)SIVASANGARI
:A01G0031020000, A01G0031000000,
(51) International Communication Engineering, GMR Institute of Technology, GMR
A01G0031060000, G06Q0050020000,
classification Nagar, Rajam, Andhra Pradesh- 532127 Rajam ----------- -----------
A01G0025160000
2)REDDI SANDEEP
(86) International
Application No
Filing Date
(87) International
: NA 3)SANAPATHI JAYALAKSHMI PRASANTH
Publication No
Filing Date
4)PAGOTI RAJEEV NAIDU
(62) Divisional to
Application Number
Filing Date
5)REDDI VARSHINI
Communication Engineering, GMR Institute of Technology, GMR
6)SASIKUMAR
Pradesh- 532127 Rajam ----------- -----------
(57) Abstract :
ABSTRACT A SYSTEM AND METHOD OF MONITORING OF ROOF-TOP HYDROPONICS USING IoT AND ZIGBEE
TECHNOLOGY The present invention relates to a system and method of monitoring of roof-top hydroponics using IOT and Zigbee
technology. The invention provides automated hydroponic system designed for commercial agriculture, incorporating smart sensors,
automated nutrient delivery, energy-efficient lighting, vertical farming design, and remote monitoring. Its technical merits include
optimized nutrient delivery, efficient lighting, and space utilization, while its commercial merits include increased crop yields,
resource efficiency, scalability, and suitability for urban farming. Published with Figure 1

(19) INDIA
(54) Title of the invention : ADAPTIVE LEARNING PLATFORMS FOR LEARNING A SECOND LANGUAGE FOR DISABLED
CHILDREN
1)N.Gopinath
Address of Applicant :B.S.ABDUR RAHMAN CRESCENT INSTITUTE OF SCIENCE &
TECHNOLOGY, GST ROAD, VANDALUR, CHENNAI - 600048. ----------- -----------
2)S.Vijayakumar
1)S .Vijayakumar
2)M.Chithra
Address of Applicant :SRM Valliammai Engineering college, SRM Nagar, Kattankulathur,
:G06N3/08, G06Q50/20, G09B17/00, G09B19/06, Tamil Nadu 603203. ----------- -----------
G09B21/00, G10L15/22 3)S Horizan Prasanna Kumar
(86) International Application No :NA Address of Applicant :SRM Institute of Science and Technology, kattankulathur. Tamil Nadu
Filing Date :NA 603203. ----------- -----------
(87) International Publication No : NA 4)Sheeba Manodh
(61) Patent of Addition to Address of Applicant :SRM Valliammai Engineering college, SRM Nagar, Kattankulathur,
:NA
Application Number Tamil Nadu 603203. ----------- -----------
:NA
Filing Date 5)R.Geetha
(62) Divisional to Application Address of Applicant :SRM Valliammai Engineering college, SRM Nagar, Kattankulathur,
:NA
Number Tamil Nadu 603203 ----------- -----------
:NA
Filing Date 6)T. Sugadev
7)S.Sakthivel
8)Venkateswara U
Address of Applicant :St.Joseph's College Engineering ,Chennai-600119 ----------- -----------
9)Abhishek David John
Address of Applicant :SRM Valliammai Engineering college, SRMb Nagar, Kattankulathur,
Tamil Nadu 603203. ----------- -----------
10)N.Gopinath
(57) Abstract :
ADAPTIVE LEARNING PLATFORMS FOR LEARNING A SECOND LANGUAGE FOR DISABLED CHILDREN ABSTRACT The value of education is now universally acknowledged
by people from all walks of life and socioeconomic backgrounds. All people must receive a high-quality education in order to grow and succeed in today‘s knowledge—driven society. The
majority of the present educational curriculum is focused on the use of vision, so those who are visually impaired encounter difficulties when trying to learn. Technologies, materials, gadgets,
and equipment can be used to overcome the difficulties faced by the visually impaired. It is essential that they have access to human aid when taking tests and understanding the topics,
Language Challenges of Visually Impaired Learners - There isn't much information available about teaching second languages to learners who are blind or visually impaired, maybe because
there aren't as many of them. It is a common misconception that kids with visual impairments learn in the same way as sighted pupils. A second language will be successfully incorporated as
long as mother tongue acquisition is accomplished with proficiency. The key idea of learning a second language with less or no relation to vision is that students with visual impairment,
especially blind students, are well prepared to learn a foreign language regarding their hearing sense. Asking about things that they can't see helps visually challenged children increase both
their language acquisition and their overall information capacity. Verbal abilities are also improved. Learning words and expanding your vocabulary is the fundamental building block of
education, and doing so strengthens your memory and increases your sensitivity in this demographic. The suggested work provides a solution to these problems using deep learning and high—
speed networks. First, words that are challenging for the user are entered into the gadget. It reads the content aloud before converting the audio into text using a voice-to-text converter. The text
is then provided to the deep learning system, which deciphers the meaning and converts it into a voice format that persons with visual impairments may readily understand using hearing aids.

(19) INDIA
(54) Title of the invention : LEARNING WITH AUGMENTED REALITY 'EDAR'
1)KCG COLLEGE OF TECHNOLOGY
Address of Applicant :KCG COLLEGE ROAD
(51) International :G06F3/011, G06Q50/20, G09B19/00,
KARAPAKAM , CHENNAI-600097 TAMIL NADU INDIA -----
classification G09B23/00, G09B5/06, G09B9/00
------ -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)S.Nithya Kalyani
Publication No
Address of Applicant :DEPARTMENT OF INFORMATION
:NA TECHNOLOGY KCG COLLEGE OF TECHNOLOGY,KCG
Application Number
:NA COLLEGE ROAD KARAPAKAM , CHENNAI-600097 TAMIL
Filing Date
NADU INDIA ----------- -----------
(62) Divisional to
:NA 2)Dr. J. Frank Vijay
Application Number
:NA Address of Applicant :Professor, Department of Information
Filing Date
Technology KCG COLLEGE OF TECHNOLOGY,KCG
COLLEGE ROAD KARAPAKAM , CHENNAI-600097 TAMIL
NADU INDIA ----------- -----------
(57) Abstract :
Technology has been incorporated into education, and the findings show that this has a . beneficial effect on both teaching and
learning methods. Lessons that incorporate technology will result in more creative ways of instructing and learning, claim Shapley et
al. This is due to the fact that using technology entails real-world issues. Current knowledge sources, concept simulations, and
interaction with subject-matter experts. Additionally, it is thought that using ' technology to learn will supplement more conventional
méthods of instruction. Technology tool integration into the syllabus is becoming a requirement for effective instrfiction. Teachers
should be highly innovative and self-assured in addition to spending a lot of their free time using technology. Recent research has
concentrated on multimedia, computer- - based simulations, animations, and statistical tools in order to improve student
comprehension of the applications used during lectures. According to Geer and Sweeney's research, employing a various apps to
elaborate topics that improved the understanding of the technique and promoted better student teamwork. New technology known as
augmented reality (AR) has the ability to be used in the field of education. Recent years have seen an upsurge in studies on augmented
reality due to this technology's usefulness. The use of AR in education has taken place in many different contexts. To illustrate a
model that needs to be depicted, AR offers a useful way. With AR, manipulating 4 objects can be accomplished through a tactile
interface metaphor, allowing for seamless communication between the physical and digital worlds

(19) INDIA
(54) Title of the invention : AN AI BASED ARECANUT QUALITY GRADING SYSTEM
1)Dr. Geeta R Bharamagoudar
Address of Applicant :Professor, Department of Computer Science &
Engineering, KLE Institute of Technology, Hubballi - 580030, Karnataka, India
Dharwad ----------- -----------
2)Mrs. Malathi S.Y
3)Dr. Manjula R Bharamagoudra
4)Ms. Madhu S. Totad
5)Dr. Shashikumar G. Totad
6)Mrs. Shobha R. B
7)Ms. Komal S. Totad
8)Mr. Srinivas T G
1)Dr. Geeta R Bharamagoudar
:G06T0005500000, A01K0061900000, Address of Applicant :Professor, Department of Computer Science & Engineering,
(51) International
G06T0005000000, G06F0016290000, KLE Institute of Technology, Hubballi - 580030, Karnataka, India Dharwad --------
classification
G01N0021898000 --- -----------
(86) International 2)Mrs. Malathi S.Y
:NA
Application No Address of Applicant :Assistant Professor, Department of Computer Science &
:NA
Filing Date Engineering, KLE Institute of Technology, Hubballi - 580030, Karnataka, India
(87) International Dharwad ----------- -----------
: NA
Publication No 3)Dr. Manjula R Bharamagoudra
(61) Patent of Addition to Address of Applicant :Professor, School of Electronics & Communication
:NA
Application Number Engineering, REVA University Kattigenahalli, Yelahanka,Bangalore - 560064,
:NA
Filing Date Karnataka, India Bangalore ----------- -----------
(62) Divisional to 4)Ms. Madhu S. Totad
:NA
Application Number Address of Applicant :Architect, KLE Technological University, Hubballi -
:NA
Filing Date 580031, Karnataka, India Dharwad ----------- -----------
5)Dr. Shashikumar G. Totad
Address of Applicant :Professor, Department of Automation & Robotics, KLE
Technological University, Hubballi - 580031, Karnataka, India Dharwad -----------
-----------
6)Mrs. Shobha R. B
Address of Applicant :Assistant Professor(Senior scale), Department of Electronics
and Communication Engineering Basaveshwar Engineering College
(Autonomous), Bagalkote - 587102, Karnataka, India Bagalkote ----------- ----------
-
7)Ms. Komal S. Totad
Address of Applicant :B.E. V Sem - Student, Department of Computer Science &
Engineering, KLE Technological University, Hubballi - 580031, Karnataka, India
Dharwad ----------- -----------
8)Mr. Srinivas T G
Address of Applicant :Faculty Quarters, REVA University, Bangalore – 560064,
Karnataka, India Bangalore ----------- -----------
(57) Abstract :
The system comprises an image acquisition unit (102) to capture and store images of healthy and unhealthy areca nuts using a camera and save the images in a dataset
in a cloud server; a pre-processing unit (104) to reduce noise, enhance, and normalize the image; a segmentation unit (106) to perform image segmentation on the pre-
processed areca nut images, including image enhancement and color space conversion, wherein a filter is applied to the images, and each image is transformed into an
array; a feature extraction unit (108) to extract information from the segmented areca nut images, the information selected from a group of color, texture, forms, and
edges; and a central processing unit (110) equipped with a classification unit to cycle through each feature vector and utilizes an SVM classifier to classify areca nuts
into healthy and unhealthy labels upon comparing extracted features with a pre-stored threshold feature values.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR A SOLAR-POWERED CHARGING STATION TO INCREASE THE FLIGHT
DISTANCE CAPABILITIES OF DRONES
1)Anfil Shajo
Address of Applicant :Student, B Tech Robotics and Automation Toc
H Institute of Science & Technology Plakka (h) muppathadampo Aluva -
10 Pin code: 683110 Ernakulam ----------- -----------
2)Dr. Georgina Binoy Joseph
3)Justin Joe
4)Alwin Jojo
5)Amal Prakash
6)Hashfi KH
:B60L53/30, B60L53/51, B64U50/31, (72)Name of Inventor :
(51) International
B64U50/37, G05F1/67, H02J7/00, 1)Anfil Shajo
classification
H02S20/32, H02S40/38 Address of Applicant :Student, B Tech Robotics and Automation Toc H
(86) International Institute of Science & Technology Plakka (h) muppathadampo Aluva -10
:NA Pin code: 683110 Ernakulam ----------- -----------
Application No
:NA 2)Dr. Georgina Binoy Joseph
Filing Date
Address of Applicant :Associate Professor Department of Robotics and
(87) International
: NA Automation Toc H Institute of Science & Technology Thukalan Edavelil,
Publication No Mulanthuruthy P.O., Ernakulam District, Pin 682314 Kerala, India
(61) Patent of Addition Ernakulam ----------- -----------
:NA
to Application Number 3)Justin Joe
:NA
Filing Date Address of Applicant :Student, B Tech Robotics and Automation Toc H
(62) Divisional to Institute of Science & Technology Lords Cottage, Karshaka Road,
:NA Vaduthala P.O 682023, Ernakulam Ernakulam ----------- -----------
Application Number
:NA 4)Alwin Jojo
Filing Date
Address of Applicant :Student, B Tech Robotics and Automation Toc H
Institute of Science & Technology Gopurathingal House Angamaly South
P O Ernakulam District Pin – 683573 Ernakulam ----------- -----------
5)Amal Prakash
Address of Applicant :Student, B Tech Robotics and Automation Toc H
Institute of Science & Technology Kadavilparambil(H), Velloor,
Mevelloor (Po), Kottayam, Pin 686609 Kottayam ----------- -----------
6)Hashfi KH
Address of Applicant :Assistant Professor Department of Robotics and
Automation Toc H Institute of Science & Technology Kalariparambil
House Eloor North Udyogamandal PO Pin:683501 Ernakulam Ernakulam
----------- -----------
(57) Abstract :
The system comprises aframe(102) to support a charging station (104), wherein the charging station includes an ArUco pad (106)
mounted on a platform atop the frame; a plurality of voltage sensors (110)to determine polarity of the drone legs;a controlling unit
(112) tocontrol arelay (114)to regulate the voltage potential across four quadrants of a charging base, wherein the relay provides
positive, negative, or zero potential to each quadrant based on the detected polarity;adrone battery charger (118) torechargea drone's
battery, wherein the charger initiates charging upon the landing of the drone (116)at the charging station;a batterytoprovide charge
potential to the quadrants of the charging base, wherein the battery is charged by solar energy; andadisplay unit (120) to displaya real-
time status and data of the charging process

(19) INDIA
(54) Title of the invention : A SYSTEM AND A METHOD FOR PIN-CODE BASED COMMUNITY MESSAGING
:G06Q0030020000, G06F0021620000, (71)Name of Applicant :

(51) International
G06F0011360000, A01D0034000000, 1)PINCODEAPP TECHNOLOGIES PRIVATE LIMITED
classification
H04L0069400000 Address of Applicant :#8, ROYAL PALMS LAYOUT,
(86) International GUBBALALA, BANGALORE, KARNATAKA - 560061,
:NA
Application No INDIA BANGALORE ----------- -----------
:NA
: NA
(61) Patent of Addition 1)PRASHANTH KALLESHWARA NAGARAJU
:NA
to Application Number Address of Applicant :PINCODEAPP TECHNOLOGIES
:NA
Filing Date PRIVATE LIMITED, #8, ROYAL PALMS LAYOUT,
(62) Divisional to GUBBALALA, BANGALORE, KARNATAKA - 560061,
:NA
Application Number INDIA BANGALORE ----------- -----------
:NA
Filing Date
(57) Abstract :
A system (100) for pin-code based community messaging is disclosed. A user registration module (120) registers a user by accepting
information from the user. The user registration module sends a one-time passcode for verification. A boundary creation module (122)
allows the user to define a community boundary based on pin-code and has an option to extend the community boundary to district
and state. The boundary creation module allows users to visually define the community boundary. A broadcast module (124) allows
the user to submit requirements. A group generation module (126) allows users to create groups and to message one-to-one and group
messaging. An advertisement module (128) enables local businesses and users to promote products, services and generates identity
pages for the local businesses and generates visually captivating backgrounds via an artificial intelligence model. A marketplace
module (130) allows users to create a marketplace within the defined community boundary in real-time. FIG. 1

(19) INDIA
(54) Title of the invention : AN IMPROVED PROCESS FOR PREPARATION OF“2-[1-

(SULFANYLMETHYL)CYCLOPROPYL]ACETIC ACID”
1)Suraj Laboratories Pvt Ltd
Address of Applicant :Suraj Laboratories Pvt Ltd, Raja
Praasadamu, Plot No.6/A 6/B, Masjid Banda, Kondapur,
Hyderabad, Telangana, INDIA-500084. Hyderabad ----------- ------
-----
:C07D0215180000, C07D0403040000,
C07C0051410000, A61P0005420000,
classification 1)Rajath Shetty
C07D0249060000
(86) International
:NA Praasadamu, Plot No.6/A 6/B, Masjid Banda, Kondapur,
Application No
:NA Hyderabad, Telangana, INDIA-500084. Hyderabad ----------- ------
Filing Date
-----
(87) International
: NA 2)Aparajitha K
Publication No
:NA Praasadamu, Plot No.6/A 6/B, Masjid Banda, Kondapur,
:NA Hyderabad, Telangana, INDIA-500084. Hyderabad ----------- ------
Filing Date
-----
(62) Divisional to
:NA 3)Sridhar Chenchugari
Application Number
:NA Address of Applicant :Suraj Laboratories Pvt Ltd, Raja
Filing Date
-----
4)Sunil Gadde
-----
(57) Abstract :
TITLED: ‘AN IMPROVED PROCESS FOR PREPARATION OF “2-[1-(SULFANYLMETHYL)CYCLOPROPYL]ACETIC ACID”
ABSTRACT The present invention relates to an improved process for preparation of 2-[1-(sulfanylmethyl)cyclopropyl]acetic acid of
Formula-I. The invention further relates to synthesis of (R-(E))-1-(((1-(3-(2-(7-Chloro-2-quinolinyl)ethenyl)phenyl)-3-(2-(1-hydroxy-
1-methylethyl) phenyl)propyl)thio)methyl)cyclopropaneacetic acid (Formula II) or its pharmaceutically acceptable salts using
compound of Formula-I. Formula I

(19) INDIA
(54) Title of the invention : A GEL FORMULATION COMPRISING ACHYRANTHES ASPERA (APAMARGA) AND
TRACHYSPERMUM AMMI (AJWAIN), A PROCESS FOR PREPARING THEREOF AND ORAL USE THEREOF AS AN
INTRACANAL MEDICAMENT
1)DR. RAM SURATH KUMAR K
Address of Applicant :Department of Public Health Dentistry, KLE Vishwanath Katti Institute of Dental
Sciences, KLE Academy of Higher Education and Research, Nehru Nagar, Belagavi-590010, Karnataka, India
Belagavi ----------- -----------
2)DR. ANIL V. ANKOLA
3)MRS. KISHORI P. SUTAR
4)DR. ATREY JAGDISH PAI KHOT
1)DR. VINUTA HAMPIHOLI
Address of Applicant :Department of Periodontics, KLE Vishwanath Katti Institute of Dental Sciences, KLE
Academy of Higher Education and Research, Nehru Nagar, Belagavi-590010, Karnataka, India Belagavi -------
---- -----------
:A61K0036210000, A61K0036230000, Address of Applicant :Department of Public Health Dentistry, KLE Vishwanath Katti Institute of Dental
(51) International Sciences, KLE Academy of Higher Education and Research, Nehru Nagar, Belagavi-590010, Karnataka, India
A61P0031040000, A61K0009000000, Belagavi ----------- -----------
classification 3)VISHWANATH A. JADHAV
A61P0031020000 Address of Applicant :Department of Pharmaceutics, KLE College of Pharmacy, KLE Academy of Higher
(86) International Education and Research, Belagavi-590010, Karnataka, India Belagavi ----------- -----------
:NA 4)DR. ANIL V. ANKOLA
Application No Address of Applicant :Department of Public Health Dentistry, KLE Vishwanath Katti Institute of Dental
:NA Sciences, KLE Academy of Higher Education and Research, Nehru Nagar, Belagavi-590010, Karnataka, India
Filing Date Belagavi ----------- -----------
(87) International 5)DR. SHUSHANT IRAGONDA JIGAN
: NA Address of Applicant :Department of Microbiology, Jawaharlal Nehru Medical College, KLE Academy of
Publication No Higher Education and Research, Belagavi-590010, Karnataka, India Belagavi ----------- -----------
6)DR. APURVA PRASHANT DESHPANDE
(61) Patent of Addition Address of Applicant :Department of Public Health Dentistry, KLE Vishwanath Katti Institute of Dental
:NA
to Application Number Sciences, KLE Academy of Higher Education and Research, Nehru Nagar, Belagavi-590010, Karnataka, India
:NA Belagavi ----------- -----------
Filing Date 7)DR. ROOPALI M. SANKESHWARI
(62) Divisional to Sciences, KLE Academy of Higher Education and Research, Nehru Nagar, Belagavi-590010, Karnataka, India
:NA
Application Number Belagavi ----------- -----------
:NA 8)KISHORI P. SUTAR
Filing Date Address of Applicant :Department of Pharmaceutics, KLE College of Pharmacy, Belagavi, KLE Academy of
Higher Education and Research, Nehru Nagar, Belagavi- 590010, Karnataka, India. Belagavi ----------- ---------
--
Belagavi ----------- -----------
10)DR. MAHANTESH B. NAGMOTI
Address of Applicant :Department of Microbiology, Jawaharlal Nehru Medical College, KLE Academy of
Higher Education and Research, Belagavi- 590010, Karnataka, India Belagavi ----------- -----------
11)DR. SAGAR JALIHAL
Belagavi ----------- -----------
12)DR. RITIHA UPPIN
Address of Applicant :Dr. Prabhakar Kore Basic Science Research Centre, KLE Academy of Higher Education
and Research, Belagavi- 590010, Karnataka, India Belagavi ----------- -----------
(57) Abstract :
The present invention relates to the development of a gel-based intracanal medicament formulation using extracts of Achyranthes
aspera (Apamarga roots) and Trachyspermum ammi (Ajwain seeds) for reducing the facultative anaerobic bacteria especially
Enterococcus faecalis in root canal treatment of adult permanent teeth. The invention also pertains to the development of a process for
the preparation of a gel formulation comprising cellulosic material and extracts of Achyranthes aspera (Apamarga) and
Trachyspermum ammi (Ajwain). The intracanal gel formulation of the present invention has effective antibacterial activity with
excellent biocompatibility in both in vitro and in vivo conditions. Achyranthes aspera and Trachyspermum ammi based intracanal gel
formulation has promising benefits and is useful as an intracanal medicament for overcoming bacterial resistance to synthetic agents in
root canal treatment of permanent teeth.

(19) INDIA
(54) Title of the invention : A MOUTHWASH FORMULATION COMPRISING ACHYRANTHES ASPERA (APAMARGA) AND
TRACHYSPERMUM AMMI (AJWAIN), A PROCESS FOR PREPARING THEREOF AND ORAL USE THEREOF
Belagavi ----------- -----------
3)MRS. KISHORI P. SUTAR
1)DR. ROOPALI M. SANKESHWARI
Belagavi ----------- -----------
Belagavi ----------- -----------
3)DR. APURVA PRASHANT DESHPANDE
:A61K0036210000, A61K0036634000, A61Q0011000000, Address of Applicant :Department of Public Health Dentistry, KLE Vishwanath Katti Institute of Dental
A61K0036230000, A61P0001020000 Sciences, KLE Academy of Higher Education and Research, Nehru Nagar, Belagavi-590010, Karnataka, India
(86) International Application No :NA Belagavi ----------- -----------
Filing Date :NA 4)KISHORI P. SUTAR
(87) International Publication No : NA Address of Applicant :Department of Pharmaceutics, KLE College of Pharmacy, Belagavi, KLE Academy of
(61) Patent of Addition to Higher Education and Research, Nehru Nagar, Belagavi- 590010, Karnataka, India. Belagavi ----------- ---------
:NA
Application Number --
:NA
Filing Date 5)DR. ATREY JAGDISH PAI KHOT
(62) Divisional to Application Address of Applicant :Department of Public Health Dentistry, KLE Vishwanath Katti Institute of Dental
:NA
Number Sciences, KLE Academy of Higher Education and Research, Nehru Nagar, Belagavi-590010, Karnataka, India
:NA
Filing Date Belagavi ----------- -----------
6)DR. MAHANTESH B. NAGMOTI
Higher Education and Research, Belagavi- 590010, Karnataka, India Belagavi ----------- -----------
7)VISHWANATH A. JADHAV
Address of Applicant :Department of Pharmaceutics, KLE College of Pharmacy, KLE Academy of Higher
Education and Research, Belagavi-590010, Karnataka, India Belagavi ----------- -----------
8)DR. SHUSHANT IRAGONDA JIGAN
Higher Education and Research, Belagavi-590010, Karnataka, India Belagavi ----------- -----------
Belagavi ----------- -----------
10)DR. SAGAR JALIHAL
Belagavi ----------- -----------
11)DR. RITIHA UPPIN
Address of Applicant :Dr. Prabhakar Kore Basic Science Research Centre, KLE Academy of Higher Education
and Research, Belagavi- 590010, Karnataka, India Belagavi ----------- -----------
(57) Abstract :
The present invention relates to the development of a mouthwash formulation comprising extracts of Achyranthes aspera (Apamarga roots) and Trachyspermum ammi (Ajwain seeds) and process of preparing thereof. The
mouthwash of the present invention helps reduce the facultative anaerobic periodontal pathogens like Porphyromonas gingivalis, Tannerella forsythia and Aggregatibacter actinomycetemcomitans and helps in the
management of the plaque-induced gingivitis, gingival health and plaque control in children.

(19) INDIA
(54) Title of the invention : BASED ON ALGEBRAIC IDENTIFICATION (AI), A SIMPLIFIED MODEL FOR ON-LINE
IDENTIFICATION OF BEARING DIRECT-DYNAMIC PARAMETERS
1)J.J College of Engineering and Technology, Tiruchirapalli
Address of Applicant :Ammapettai, Poolangulathupatti (PO),
Tiruchirapalli, Tamil Nadu – 620009, India. Tiruchirapalli ---------
-- -----------
1)Dr. A. Kavitha
Address of Applicant :Professor, Department of Mathematics, JJ
:G01N0033280000, G01N0033000000,
(51) International College of Engineering and Technology, Ammapettai,
G01M0010000000, H01L0023660000,
classification Poolangulathupatti, Trichy-620009, Tamil Nadu, India. Trichy ----
E21B0049020000
------- -----------
(86) International
:NA 2)Dr. S. Elango
Application No
Filing Date
Mathematics, JJ College of Engineering and Technology,
(87) International
: NA Ammapettai, Poolangulathupatti, Trichy-620009, Tamil Nadu,
Publication No
India. Trichy ----------- -----------
:NA 3)Mrs. C. Dilly Rani
Filing Date
(62) Divisional to
:NA Ammapettai, Poolangulathupatti, Trichy-620009, Tamil Nadu,
Application Number
:NA India. Trichy ----------- -----------
Filing Date
4)Mr. S. Babu
Ammapettai, Poolangulathupatti, Trichy-620009, Tamil Nadu,
India. Trichy ----------- -----------
5)Dr. R. Nagarajan
Address of Applicant :Professor and Head, Department of
Ammapettai, Poolangulathupatti, Trichy-620009, Tamil Nadu,
India. Trichy ----------- -----------
(57) Abstract :
BASED ON ALGEBRAIC IDENTIFICATION (AI), A SIMPLIFIED MODEL FOR ONLINE IDENTIFICATION OF BEARING
DIRECT-DYNAMIC PARAMETERS ABSTRACT The invention presents a mathematical model for identifying the direct dynamic
coefficients (kxx, kzz, cxx, czz) of a pressurized bearing in a rotor-bearing system. This model is based on the algebraic identification
approach applied to a two-degree-of-freedom rotor-bearing model. The unique aspect of this model is that it only requires the
vibration response as input data for online identification. To evaluate the model's performance, theoretical and experimental tests were
conducted at different shaft frequencies. The experimental test used a pressurized bearing with hydrodynamic and hydrostatic
characteristics, operating at a support pressure of 10 psi and using Chevron GST 32 oil as the working fluid. The results showed
minimal differences between the vibration response of the experimental rotor and the numerically obtained response using the
identified direct dynamic coefficients of the pressurized bearing. Furthermore, the algebraic identifier was able to determine the
identified parameters in less than 0.2 seconds, indicating its efficiency. Another advantage of this identifier is its applicability to other
types of bearings, making it a versatile tool for identification purposes.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR ADJUSTING ENERGY WITHIN A BAND GAP CIRCUIT
1)Dr. Towheed Sultana
Address of Applicant :Professor, Department of ECE, J B Institute of
Engineering and Technology, Bhaskar Nagar, Yenkapally(V), Moinabad
(M), R. R. District, Hyderabad, Telangana, India-500075 ----------- --------
---
2)Dr. Prasanta Kumar Pradhan
3)Mr. N Ramesh Babu
4)Mr. Rajkumar D Bhure
5)K Snehalatha
6)Mr. B Kishore Kumar
:G05F0003300000, H05H0007000000, 1)Dr. Towheed Sultana
(51) International Address of Applicant :Professor, Department of ECE, J B Institute of
H04L0027260000, G11C0005140000,
classification Engineering and Technology, Bhaskar Nagar, Yenkapally(V), Moinabad
H04B0007260000 (M), R. R. District, Hyderabad, Telangana, India-500075 ----------- --------
(86) International ---
:NA
Application No 2)Dr. Prasanta Kumar Pradhan
:NA
Filing Date Address of Applicant :Associate Professor, Department of ECE, J B
(87) International Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally(V),
: NA Moinabad (M), R. R. District, Hyderabad, Telangana, India-500075 -------
Publication No
(61) Patent of Addition ---- -----------
:NA 3)Mr. N Ramesh Babu
:NA Address of Applicant :Associate Professor, Department of ECE, J B
Filing Date
Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally(V),
(62) Divisional to Moinabad (M), R. R. District, Hyderabad, Telangana, India-500075 -------
:NA
Application Number ---- -----------
:NA
Filing Date 4)Mr. Rajkumar D Bhure
Address of Applicant :Associate Professor, Department of ECE, J B
Moinabad (M), R. R. District, Hyderabad, Telangana, India-500075 -------
---- -----------
5)K Snehalatha
Address of Applicant :Associate Professor, Department of ECE, J B
---- -----------
6)Mr. B Kishore Kumar
Address of Applicant :Assistant Professor, Department of ECE, J B
---- -----------
(57) Abstract :
The invention presents a System and method for adjusting energy within a band gap circuit. The present invention comprising of
generating a reference voltage within the band gap circuit, receiving user input or external signals to modify one or more circuit
parameters for adjusting the energy level within the band gap circuit and ensuring the energy level within the band gap circuit is
dynamically controlled to align with specified requirements. The process of adjusting the energy level involves modifying the values
of components such as resistors, capacitors, or other circuit elements to attain the desired energy level. Further, the present invention
continuously monitoring the energy level within the band gap circuit and making real-time adjustments to uphold the specified
requirements. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : A METHOD FOR MANUFACTURING THERMAL INSULATION PANELS BY USING COIR PITH
REINFORCEMENT AND COMPOSITION THEREOF.
:B29B15/08, B29B9/16, B29C35/04,
(51) International Madras, Sardar Patel Road, IIT Post, Chennai Chennai ----------- --
B29C70/54, E04B1/04, E04B1/80,
classification ---------
E04B2/56, E04H9/14
(86) International
Application No
Filing Date
1)Rajappa Gnanamoorthy
(87) International
: NA Address of Applicant :Department of Mechanical Engineering,
Publication No
Indian Institute of Technology Madras (IITM), Sardar Patel Road,
:NA IIT Post, Chennai-600 036 Chennai ----------- -----------
:NA 2)Matcharla Devi Sri Prasad
Filing Date
(62) Divisional to
:NA Indian Institute of Technology Madras (IITM), Sardar Patel Road,
Application Number
:NA IIT Post, Chennai- 600 036 Chennai ----------- -----------
Filing Date
3)Jayavel Somasundaram
Indian Institute of Technology Madras (IITM), Sardar Patel Road,
IIT Post, Chennai-600 036 Chennai ----------- -----------
(57) Abstract :
The present invention discloses a method (100) for manufacturing thermal insulation panels by using coir pith reinforcement. The
method (100) encompasses a series of steps that result in the production of thermal insulation panels known for superior thermal
properties, sustainability, and adaptability. Polylactic acid (PLA) is chosen as the biodegradable matrix material (102) due to its eco-
friendly characteristics. Coir Pith is selected as the reinforcing agent (104) for its excellent thermal insulation properties and
sustainability. The reinforcing agent (104) is then combined with the biodegradable matrix material (102) to form a composite
material (108). This composite material (108) is produced using an extrusion process (110), to form a filament which is utilized in
additive manufacturing (112) to create the thermal insulation panels. These panels offer exceptional thermal conductivity and are
effective in providing insulation.

(19) INDIA
(54) Title of the invention : SIMULATED MODEL FOR INTRAORAL PERIAPICAL RADIOGRAPHIC TECHNIQUES WITH
MINIMAL RADIATION EXPOSURE
1)Vinayaka Mission's Sankarachariyar Dental College (a
constituent college of Vinayaka Mission's Research
Foundation)
Address of Applicant :Vinayaka Mission's Sankarachariyar
:A61B6/10, A61B6/14,
(51) International classification Dental College, Sankari Main Rd, Ariyanur, Salem, India - 636
G03B42/02, G09B23/28
308 Ariyanur ----------- -----------
No
Filing Date
: NA 1)J. Baby John
No
Address of Applicant :Vinayaka Mission's Sankarachariyar Dental
:NA College, Sankari Main Rd, Ariyanur, Salem, India - 636 308
Application Number
:NA Ariyanur ----------- -----------
Filing Date
2)Sabitha Gokulraj
:NA Address of Applicant :Vinayaka Mission's Sankarachariyar Dental
Number
:NA College, Sankari Main Rd, Ariyanur, Salem, India - 636 308
Filing Date
Ariyanur ----------- -----------
3)R. Natarajan
Address of Applicant :Vinayaka Mission's Sankarachariyar Dental
College, Sankari Main Rd, Ariyanur, Salem, India - 636 308
Ariyanur ----------- -----------
(57) Abstract :
The objective of the present invention is to minimize the hazardous radiation exposure to the patients by making a simulated model
using natural skull for the students to take radiograph instead of live patients, as a part of their training program. The present invention
is to train undergraduate students the proper intra oral periapical radiographic techniques with minimal radiation exposure.

(19) INDIA
(54) Title of the invention : ELECTROCHEMICAL PERFORMANCE OF CARBON ELECTRODES DERIVED FROM CORN
WASTE BASED ON INTRINSIC BIOMASS PROPERTIES
1)J.J College of Engineering and Technology, Tiruchirapalli
Address of Applicant :Ammapettai, Poolangulathupatti (PO),
Tiruchirapalli, Tamil Nadu – 620009, India. Tiruchirapalli ---------
-- -----------
:A61K0036899000, H01M0010052500,
B82Y0040000000, H01M0004360000,
H01M0010360000
(86) International
:NA 1)Dr. A. Prabakaran
Application No
Filing Date
Chemistry, J.J College of Engineering and Technology,
(87) International
: NA Ammapettai, Trichy-620009, Tamil Nadu, India. Trichy -----------
Publication No
-----------
:NA 2)Dr. C. Karikal Cohan
Filing Date
(62) Divisional to
:NA Ammapettai, Trichy-620009, Tamil Nadu, India. Trichy -----------
Application Number
:NA -----------
Filing Date
3)J. Parimalamary
Ammapettai, Trichy-620009, Tamil Nadu, India. Trichy -----------
-----------
(57) Abstract :
ELECTROCHEMICAL PERFORMANCE OF CARBON ELECTRODES DERIVED FROM CORN WASTE BASED ON
INTRINSIC BIOMASS PROPERTIES ABSTRACT The invention mentioned focuses on the exploration of cost-effective and
sustainable biomass-derived carbon materials for energy conversion and storage. Specifically, corn wastes with high carbon content,
such as corn cob and corn silk, were used as precursors to create carbon materials through a modified synthetic process. The carbon
materials derived from corn cob and corn silk exhibited favourable specific surface area, hierarchical porous structure, and diverse
elemental distribution. As a result, they showed great potential as electrodes for alkaline aqueous zinc batteries and super capacitors.
The assembled zinc batteries using corn cob and corn silk derived carbon materials achieved high energy densities of 63.0 Wh kg-1
and 39.1 Wh kg-1 at a power density of 575 W kg-1, with excellent cycling performance of 91.1% and 84.3% capacitance retention
after 10,000 cycles. Similarly, the assembled symmetric super capacitors achieved high energy densities of 14.9 Wh kg-1 and 13.6 Wh
kg-1, along with superior long-term cycling stability of 99.3% and 96.6% capacitance retention after 20,000 cycles. This invention
highlights the advantages of using corn cob and corn silk as carbon sources for the synthesis of carbon electrodes. It also provides
valuable insights into the investigation of biomass-derived carbon materials and their potential applications in rechargeable devices.

(19) INDIA
(54) Title of the invention : A SYSTEM AND A METHOD FOR BUILDING A FORECASTING MODEL FOR BIOGAS
PRODUCTION
1)SRM UNIVERSITY
Address of Applicant :Amaravati, Mangalagiri, Andhra
Pradesh-522502, India Guntur ----------- -----------
:G06Q0010040000, G06N0003040000, Name of Applicant : NA
(51) International
G06N0003080000, C12M0001107000, Address of Applicant : NA
classification
(86) International 1)NALLURI RISHI CHAITANYA SRI PRASAD
:NA
Application No Address of Applicant :Department of Computer Science and
:NA
Filing Date Engineering, School of Engineering and Sciences, SRM
(87) International University-AP, Neerukonda, Mangalagiri Mandal, Guntur-
: NA
Publication No 522502, Andhra Pradesh, India Guntur ----------- -----------
(61) Patent of Addition 2)PRABAKARAN GANESHAN
:NA
to Application Number Address of Applicant :Department of Environmental Science and
:NA
Filing Date Engineering, School of Engineering and Sciences, SRM
(62) Divisional to University-AP Neerukonda, Mangalagiri Mandal, Guntur-522502,
:NA
Application Number Andhra Pradesh, India Guntur ----------- -----------
:NA
Filing Date 3)KARTHIK RAJENDRAN
Address of Applicant :Department of Environmental Science and
Engineering, School of Engineering and Sciences, SRM
University-AP Neerukonda, Mangalagiri Mandal, Guntur-522502,
Andhra Pradesh, India Guntur ----------- -----------
(57) Abstract :
ABSTRACT A SYSTEM AND A METHOD FOR BUILDING A FORECASTING MODEL FOR BIOGAS PRODUCTION The
present disclosure discloses a system(100) and a method(200) for building a forecasting model for biogas production. The system(100)
comprises an input module (106) to select input data by a user; a data pre-processing module(108) to process the input data to obtain
standardized data and create a dataset for standardized data; a building module(110) to receive the dataset of standardized data; a time
series module(112) to apply ARIMA model(112a) and a SARIMAX model(112b) to generate a trained ARIMA model(116a) and a
trained SARIMAX model(116b); an evaluation module(114) to determine a Mean Absolute Error(MAE) value and a Root Mean
Squared Error(RMSE) value by in time series analysis to forecast and predict biogas production values, compare the RMSE value of
each evaluated the trained ARIMA model(112a) and the trained SARIMAX model(116b) with an observed biogas production
values(OBPV) in real-time to build a forecasting model to forecast biogas production.

(19) INDIA
(54) Title of the invention : CHEMOSENSOR AND A METHOD OF DETECTING COPPER IONS
:G01N0021640000, C09K0011060000, 1)INDIAN INSTITUTE OF TECHNOLOGY PALAKKAD
(51) International
G01N0033840000, C07D0221140000, Address of Applicant :Nila Campus, Near Gramalakshmi
classification
G01N0031220000 Mudralayam, Kanjikkode, Palakkad, Kerala, India, Pin code-
(86) International 678623 Palakkad ----------- -----------
:NA
:NA
: NA
Publication No 1)Dr. Sankarasekaran Shanmugaraju
(61) Patent of Addition Address of Applicant :Nila Campus, Near Gramalakshmi
:NA
to Application Number Mudralayam, Kanjikkode, Palakkad, Kerala, India, Pin code-
:NA
Filing Date 678623 Palakkad ----------- -----------
(62) Divisional to 2)Mannanthara Kunhumon Noushija
:NA
Application Number Address of Applicant :Nila Campus, Near Gramalakshmi
:NA
Filing Date Mudralayam, Kanjikkode, Palakkad, Kerala, India, Pin code-
678623 Palakkad ----------- -----------
(57) Abstract :
The present invention discloses a chemosensor, N-tris(2-aminoethyl)amine-1,8-naphthalimide (Nap-TREN) for selective sensing of
Cu(II) ion in fluid samples. The chemosensor Nap-TREN shows high selectivity and reversible binding affinity of Nap-TREN for
Cu(II) ions with a nanomolar level of sensitivity in the fluid sample. The fluorescence sensing studies demonstrate that Nap-TREN is
a practically feasible and potential “turn-on” chemosensor for selective sensing and quantification of Cu(II) ions. The present
invention also discloses a method for detecting Cu(II) ions in fluid samples using the chemosensor, Nap-TREN.

(19) INDIA
(54) Title of the invention : UNLEASHING THE POWER OF PREDICTIVE INTELLIGENCE FOR SEAMLESS CAR PRICE
ESTIMATION
1)Dr A M Mahaboob Basha
Address of Applicant :Patent Submission ----------- -----------
2)Dr.P.Venkateswara Rao
3)Mr.B.PavanKumar Reddy
4)Mr.P.V.K.S Varun
5)Mr.R.V.Siva Teja
6)Mr. M.Sivakumar
7)Ms. Ch.Tejopriya
8)Mr.Ch.Sri Hari Teja
9)Mr. E.Venkateswarlu
10)Ms. V.keerthana
11)Ms.P.Kavya
12)Mr.V.Koushik
:G06Q0030020000, G06K0009620000, 13)Dr.V.Sucharita
(51) International 14)Mr. chigullapally Praharsha
G06F0016280000, G06N0020200000, Name of Applicant : NA

G06N0005000000 1)Dr A M Mahaboob Basha
Address of Applicant :Professor Department: Computer Science and Engineering College Name with Address: Narayana Engineering College ,Gudur Pin:524101
(86) International State: Andhra Pradesh District: Tirupati County: India ----------- -----------
2)Dr.P.Venkateswara Rao
:NA Address of Applicant :Professor Department: Computer Science and Engineering College Name with Address: Narayana Engineering College ,Gudur Pin:524101
Application No State: Andhra Pradesh District: Tirupati County: India ----------- -----------
:NA 3)Mr.B.PavanKumar Reddy
Filing Date Address of Applicant :Designation: Student Department: CSE College Name with Address: Narayana Engineering College ,Gudur Pin:524101 State: Andhra Pradesh
District: Tirupati County: India ----------- -----------
4)Mr.P.V.K.S Varun
(87) International Address of Applicant :Designation: Student Department: Electronics and Computer Science Engineering College Name with Address: Mahindra University,
: NA Bahadurpally Pin: 500043 State: Telangana District: Rangareddy County: India ----------- -----------
Publication No 5)Mr.R.V.Siva Teja
Address of Applicant :Designation: Student Department: CSE College Name with Address: Narayana Engineering College,Gudur Pin:524101 State: Andhra Pradesh
(61) Patent of Addition 6)Mr. M.Sivakumar
:NA Address of Applicant :Designation: Student Department: CSE College Name with Address: Narayana Engineering College,Gudur Pin:524101 State: Andhra Pradesh
to Application Number District: Tirupati County: India ----------- -----------
7)Ms. Ch.Tejopriya
:NA Address of Applicant :Department: CSE College Name with Address: Narayana Engineering College,Gudur Pin:524101 State: Andhra Pradesh District: Tirupati
Filing Date County: India ----------- -----------
8)Mr.Ch.Sri Hari Teja
(62) Divisional to Address of Applicant :Department: CSE College Name with Address: Narayana Engineering College,Gudur Pin:524101 State: Andhra Pradesh District: Tirupati
County: India ----------- -----------
:NA 9)Mr. E.Venkateswarlu
Application Number Address of Applicant :Department: CSE College Name with Address: Narayana Engineering College,Gudur Pin:524101 State: Andhra Pradesh District: Tirupati
:NA County: India ----------- -----------
Filing Date 10)Ms. V.keerthana
Address of Applicant :Department: CSE College Name with Address: Narayana Engineering College,Gudur Pin:524101 State: Andhra Pradesh District: Tirupati
County: India ----------- -----------
11)Ms.P.Kavya
12)Mr.V.Koushik
13)Dr.V.Sucharita
Address of Applicant :Designation:Professor Department:Computer Science and Engineering College Name with Address:Narayana engineering College, Gudur
Pin:524101 State: Andhra Pradesh District: Tirupati County: India ----------- -----------
14)Mr. chigullapally Praharsha
Address of Applicant :Designation:Student Department: Electronics and Computer Science Engineering College Name with Address: Mahindra University,
Bahadurpally Pin:500043 State: Telangana District: Rangareddy County: India ----------- -----------
(57) Abstract :
Aim/Purpose:- The aim of the present invention relates to investigate to predict right price of various branded car model by using and
applying various predictive analytic techniques. The present model facilitates for high customer satisfaction which helps to sustain in
long-run. Outcome:- The outcome of the research witnessed that out of five different algorithms like: multiple linear regression,
random forest regression, gradient boosting algorithms and XG boosting algorithm. Therefore, the algorithms like: gradient boosting
algorithm and XG boosting have shown greater than 80%. Research Design/Methodology/Approach:- Applied various classification
techniques like: multiple linear regression, random forest algorithm, gradient boosting algorithm and XG boosting algorithm.
Novelty:- This study stands out for its innovative use of dynamic predictive intelligence, adapting in real-time to market changes for
precise car price estimates. The implementation of transparent algorithms ensures clear and understandable pricing explanations, a
novel feature lacking in traditional models. Additionally, the study introduces a personalized dimension, allowing users to input
preferences for customized car price estimates, enhancing the user experience significantly. Practicality:- The present model has
greater importance to sustain in the competitive world to identify the right priced car. Therefore, the model facilitates to maintain high
customer satisfaction and competitive decision-making. Generalizability:- The outcome of the research can be generalized under any
circumstances where need arises to identify the car with economical price which creates high customer satisfaction.

(19) INDIA
(54) Title of the invention : GLOBAL POSITIONING SYSTEM PERSONNEL TRACKER DEVICE
:H04N0005225000, G08B0021020000,
(51) International 1)MEENAKSHI ACADEMY OF HIGHER EDUCATION
G01S0005000000, G01S0019340000,
classification AND RESEARCH
B60R0025330000
Address of Applicant :NO.12, VEMBULIAMMAN KOIL
(86) International
:NA STREET WEST K.K. NAGAR CHENNAI CHENNAI TAMIL
Application No
:NA NADU INDIA 600 078 Chennai ----------- -----------
Filing Date
(87) International
Publication No
:NA 1)MR. AZEEM DANA
:NA Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT
Filing Date
OF RESEARCH MEENAKSHI ACADEMY OF HIGHER
(62) Divisional to
:NA EDUCATION AND RESEARCH, NO.12, VEMBULIAMMAN
Application Number
:NA KOIL STREET, WEST K.K. NAGAR CHENNAI CHENNAI
Filing Date
TAMIL NADU INDIA 600 078 Chennai ----------- -----------
(57) Abstract :
TITLE: GLOBAL POSITIONING SYSTEM PERSONNEL TRACKER DEVICE APPLICANT: MEENAKSHI ACADEMY OF
HIGHER EDUCATION AND RESEARCH ABSTRACT The present invention generally relates to a compact, wearable and light-
weight Global Positioning System Personnel Tracker device to provide accurate and real-time location tracking for Locating Missing
Children, Adolescents and Adults. The device of the present invention comprises of an enclosure housing a field-effect transistor
smart electronic neuro nano bio sensor, a GPS receiver module with antenna, a miniature camera module, a microphone with speaker,
a microcontroller with GSM modem, a rechargeable battery and a LED indicator, a panic button and a display screen disposed on the
enclosure.

(19) INDIA
(54) Title of the invention : REAL-TIME IOT SENSOR-BASED SYSTEM FOR FISH AND FRESHWATER PROTECTION
USING MACHINE LEARNING-DRIVEN PESTICIDE DEPLOYMENT
1)DR. VIVEK CHINTADA
Address of Applicant :Academic Consultant Department of
Zoology Sri Venkateswara University Tirupati-517502 Andhra
Pradesh, India Email id: Tirupati ----------- -----------
2)DR. SRIDHAR DUMPALA
3)Prof. K. RAMANESWARI
4)DR. K. PRAVEEN KUMAR
5)DR HANUMANTHU DHILLESWARA RAO
:G06N0020000000, G06N0003080000,
(51) International 1)DR. VIVEK CHINTADA
G06N0003040000, C02F0001000000,
classification Address of Applicant :Academic Consultant Department of
H04W0004380000
Zoology Sri Venkateswara University Tirupati-517502 Andhra
(86) International
:NA Pradesh, India Email id: Tirupati ----------- -----------
Application No
:NA 2)DR. SRIDHAR DUMPALA
Filing Date
Address of Applicant :Assistant Professor Department of
(87) International
: NA Aquaculture University College of Science and Technology
Publication No
Adikavi Nannaya University Rajamahendravaram Andhra
:NA Pradesh, India ,533296 Email ID: Rajamahendravaram ----------- -
:NA ----------
Filing Date
(62) Divisional to
:NA Address of Applicant :Professor Department of Zoology
Application Number
:NA University College of Science and Technology Adikavi Nannaya
Filing Date
University Rajamahendravaram Andhra Pradesh, India ,533296
Email ID: Rajamahendravaram ----------- -----------
4)DR. K. PRAVEEN KUMAR
Address of Applicant :Academic Consultant Animal
Biotechnology Department of Zoology Sri Venkateswara
University Tirupati-517502 Andhra Pradesh- India Email: Tirupati
----------- -----------
Address of Applicant :Assistant professor Department of Zoology
Gnana Jyothi Degree college Narasannapeta Srikakulam Dist
Andhra Pradesh- India, 532 421 Email: Narasannapeta ----------- --
---------
(57) Abstract :
REAL-TIME IOT SENSOR-BASED SYSTEM FOR FISH AND FRESHWATER PROTECTION USING MACHINE LEARNING-
DRIVEN PESTICIDE DEPLOYMENT ABSTRACT The invention presents a Real-Time IoT Sensor-Based System for Fish and
Freshwater Protection utilizing Machine Learning-Driven Pesticide Deployment. This system combines IoT sensors to monitor water
quality and fish health in freshwater environments, a machine learning module for data analysis, and a pesticide deployment control
unit. The IoT sensors measure parameters such as temperature, pH, oxygen levels, turbidity, and fish behavior. The machine learning
module employs advanced neural networks to interpret sensor data and predict pesticide deployment needs. The pesticide deployment
control unit dynamically adjusts the deployment of pesticides in real-time, taking into account the current environmental conditions
and the predictions from the machine learning module. Additionally, it selects the appropriate type and quantity of pesticides for
deployment. This innovative system enhances freshwater protection by providing timely and data-driven responses to potential threats,
preserving fish populations and maintaining water quality.

(19) INDIA
(54) Title of the invention : INTEGRATION OF MACHINE LEARNING WITH IOT-BASED APPROACHES FOR ENHANCING
AUTOMATIC NUMBER PLATE RECOGNITION
1)Eswararao Boddepalli
Address of Applicant :Bradley Department of Electrical and Computer Engineering, Virginia Tech, Blacksburg, Virginia, United
States of America. ----------- -----------
2)Dr Siddhartha Choubey
3)S Muthurajan
4)Dr Yeruva Jaipal Reddy
5)Pulidindi Venkata Ratnam
6)Alikani Vijaya Durga
7)Borra Sudhakiran
8)Dr. Rakesh K. Kadu
9)Krishna Banavathu
10)Kavitha S
11)D.Radhika
:G06N0020000000, G07B0015060000, 12)Malini T
G08G0001140000, G06N0003080000, Address of Applicant : NA
G06F0003060000 1)Eswararao Boddepalli
Address of Applicant :Bradley Department of Electrical and Computer Engineering, Virginia Tech, Blacksburg, Virginia, United
(86) International States of America. ----------- -----------
:NA 2)Dr Siddhartha Choubey
Application No Address of Applicant :Professor / Dept of Computer Science and Engineering, Shri Shankaracharya Technical Campus, Bhilai,
:NA Chhattisgarh, 490020, India. ----------- -----------
Filing Date 3)S Muthurajan
Address of Applicant :Assistant Professor, Department of EEE, Agni College of Technology, Thazhambur, Chennai, Chengalpattu,
(87) International Tamilnadu, India. ----------- -----------
: NA 4)Dr Yeruva Jaipal Reddy
Publication No Address of Applicant :Assistant professor/Electronics and communication Engineering, Narasaraopeta Engineering College,
Narasaraopeta, 522601, Palnadu, Andhra Pradesh, India. ----------- -----------
(61) Patent of Addition 5)Pulidindi Venkata Ratnam
:NA Address of Applicant :Department of ECE, Adikavi Nannaya University College of Engineering, Rajahmundry, 533296, East
to Application Number Godavari, Andhra Pradesh, India. ----------- -----------
:NA 6)Alikani Vijaya Durga
Filing Date Address of Applicant :Assistant Professor, Department of ECE, Adikavi Nannaya University College of University, Rajahmundry
533296, East Godavari, Andhra Pradesh, India. ----------- -----------
(62) Divisional to 7)Borra Sudhakiran
:NA Address of Applicant :Assistant Professor, Department of ECE, Adikavi Nannaya University College of Engineering, Rajahmundry
Application Number ,533296, East Godavari, Andhra Pradesh, India. ----------- -----------
:NA 8)Dr. Rakesh K. Kadu
Filing Date Address of Applicant :Information Technology, Shri Ramdeobaba College of Engineering and Management, Nagpur-440013,
Maharashtra, India. ----------- -----------
9)Krishna Banavathu
Address of Applicant :Assistant Professor, Department of ECE, Adikavi Nannaya University College of Engineering, Rajahmundry,
East Godavari, Andhra Pradesh, India. ----------- -----------
10)Kavitha S
Address of Applicant :Assistant Professor/ Electronics and Communication Engineering, M.Kumarasamy College of Engineering,
Karur-639113, Tamilnadu, India. ----------- -----------
11)D.Radhika
Address of Applicant :AP/CSE, Vivekanandha college of Engineering for women, Tiruchengode-637205, Tamilnadu, India. ----------
- -----------
12)Malini T
Address of Applicant :Assistant Professor, Department of EEE, Sri Krishna College of Engineering and Technology, Coimbatore,
641008, Tamilnadu, India. ----------- -----------
(57) Abstract :
INTEGRATION OF MACHINE LEARNING WITH IOT-BASED APPROACHES FOR ENHANCING AUTOMATIC NUMBER
PLATE RECOGNITION A method for the development of a system and techniques for improving LPR and vehicle feature
identification procedures in automatic vehicle access control, parking management, automatic toll collection, and security applications
are given. The system reads license plates using optical character recognition (OCR), while picture feature recognition is used to
check plate reading results and repair any OCR read errors, enhancing system accuracy. A method is disclosed for cutting pictures
images acquired by a user from an image of a page of a photo album. Corners in the page picture are discovered with a corner
detection method or by detecting intersections of line segments in the image with edge, corner, or line detection techniques. A mirror
support with a mirror mount constructed to mount the mirror assembly to the attachment element is used in an interior rearview mirror
assembly. The system can be set dynamically to operate as a reserved parking system or as a pay-for-parking system. The computer
system may receive and analyze at least one first data to determine the status of each IoT-capable device in the SON, produce control
instructions, and send the control instructions autonomously to at least one of the IoT-capable devices in the SON. Improving machine
learning models in an artificial intelligence infrastructure entails storing information describing a dataset and one or more
transformations applied to the dataset, resulting in a transformed dataset within one or more storage systems of an artificial
intelligence infrastructure. FIG.1

(19) INDIA
(54) Title of the invention : SMART MOBILITY VEHICLE FOR SHORT DISTANCE
1)CHENNAI INSTITUTE OF TECHNOLOGY
Address of Applicant :Chennai Institute of Technology,
Sarathy Nagar, Kundrathur, Chennai-600069, TamilNadu, India --
--------- -----------
:A63C0017010000, G06Q0050300000, (72)Name of Inventor :
(51) International
B62M0006400000, G06Q0010040000, 1)N.VINOTH
classification
B62K0015000000 Address of Applicant :Assistant professor Department of
(86) International Mechatronics Engineering Chennai institute of Technology,
:NA
Application No Chennai – 600069 Mobile:9894957603 Mail id –
:NA
Filing Date vinothn@citchennai.net CHENNAI ----------- -----------
(87) International 2)DR M.BASKAR
: NA
Publication No Address of Applicant :Associate professor Department of
(61) Patent of Addition Mechatronics Engineering Chennai institute of Technology,
:NA
to Application Number Chennai – 600069 Mobile:9952226512 Mail id -
:NA
Filing Date baskarm@citchennai.net CHENNAI ----------- -----------
(62) Divisional to 3) B.JAGADISH
:NA
Application Number Address of Applicant :Department of Mechatronics Engineering
:NA
Filing Date Chennai institute of Technology, Chennai – 600069 Mobile:
9361075869 Mail id- pavisai1527@gmail.com CHENNAI ---------
-- -----------
4)T.VINOTH
Address of Applicant :Assistant professor Department of
Mechatronics Engineering Chennai institute of Technology,
Chennai – 600069 Mobile:9941357230 Mail id -
vinotht@citchennai.net CHENNAI ----------- -----------
(57) Abstract :
Development of electric vehicle technology has intensified in the twenty-first century due to the primary issues of energy conservation
and environmental preservation. Electric vehicles (EVs) provide a zero-emission, innovative automobile industry, economic growth,
and a shrewd and efficient transportation system. The design and construction process for a smart skateboard are presented in this
paper. The aim of the E-Skate is to facilitate human mobility with help of DC motor which is fuelled by rechargeable batteries. An E-
bike controller with motor control, electric brake, safety lock, and analog to digital conversion powers this smart skateboard. It is
made to fit any kind of road and to make skating easier for riders by requiring less effort. Because it is small and lightweight, this
smart skateboard can be utilized for everyday commuting through contemporary traffic. It also has an anti-theft alarm feature and a
GPS tracking system that displays the precise location on a mobile device.

(19) INDIA
(54) Title of the invention : HIGH PERFORMANCE RNS FOR QR DECOMPOSITION MATRIX INVERSION ARCHITECTURE
1)Dr. P.V.V. Satyanarayana
Address of Applicant :Professor, Electrical and Electronics Engineering Dept., Malla
Reddy Engineering College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-
500100. Maisammaguda ----------- -----------
2)Malla Reddy Engineering College
1)Dr. P.V.V. Satyanarayana
Address of Applicant :Professor, Electrical and Electronics Engineering Dept., Malla Reddy
Engineering College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100.
Maisammaguda ----------- -----------
2)Dr. Alahari Radhika
Address of Applicant :Assistant Professor, Electronics and Communication Engineering Dept.,
School of Engineering, Anurag University, Venkatapur, Ghatkesar, Medchal-Malkajgiri-
:G06F0007720000, G06F0017160000, G06F0009300000, 500088. Ghatkesar ----------- -----------
G06N0003063000, G06F0007570000 3)Dr. Gali Satish
(86) International Application Address of Applicant :Associate Professor, Electrical and Electronics Engineering Dept., Sree
:NA
No Dattha Group of Institutions, Sheriguda, Ibrahimpatnam, K.V. Rangareddy-501510.
:NA
Filing Date Ibrahimpatnam ----------- -----------
(87) International Publication 4)Mr. K.N.S. Durga Prakash
: NA
No Address of Applicant :Assistant Professor, Electrical and Electronics Engineering Dept.,
(61) Patent of Addition to School of Engineering, Vishnu Institute of Technology, Vishnupur, Kovvada, West Godavari
:NA
Application Number Dist.Electrical and Electronics Engineering Dept.,-534202. Kovvada ----------- -----------
:NA
Filing Date 5)Dr. P. Sankara Rao
(62) Divisional to Application Address of Applicant :Associate Professor, Electronics and Communication Engineering Dept.,
:NA
Number Avanthi Institute of Engineering and Technology, Tagarapuvalasa, Vizianagaram Dist.-
:NA
Filing Date 531162. Tagarapuvalasa ----------- -----------
6)Mr. Mikkili Suresh
Address of Applicant :Associate Professor, Electrical and Electronics Engineering Dept., RISE
Krishnasai PrakasamGroup of Institutions, Vallur, Ongole, Prakasam Dist.-523272. Ongole ----
------- -----------
7)Dr. Ch.Santhi Rani
Address of Applicant :Professor, Electronics and Communication Engineering Dept., Usha
Rama College of Engineering and Technology, Telaprolu, Krishna District-521109 Telaprolu -
---------- -----------
8)Kosuri Suresh Babu
Address of Applicant :Associate Professor, Electronics and Communication Engineering Dept.,
RISE Krishna Sai Prakasham Group of Institutions, Ongole-523272. Ongole ----------- ----------
-
9)Mrs. Surekha Balla
Address of Applicant :Assistant Professor, Electronics and Communication Engineering Dept.,
Raghu Institute of Engineering and Technology, Dakamarri, Visakhapatnam Dist.-531162.
Dakamarri ----------- -----------
(57) Abstract :
Field programmable gate arrays (FPGA) are emerged in many digital signal processing (DSP) applications with the inclusion of dedicated core processing elements as logical blocks. But the
technology remains limited in its ability to support high speed demands which gives rise unified arithmetic models to perform some core functional units. This paper presents high performance
RNS arithmetic for Q-R decomposition (QRD) to perform matrix inverse core which is limiting the overall system performance of FPGA implementation of OMP algorithm for compressive
sensing signal reconstruction. In this letter, we also introduce a new memory efficient on chip ram based reverse conversion unit that is useful for high speed RNS computation. This hardware
optimized RNS architecture can takes wide range of input operand sizes with different sets of moduli sets. The design is implemented in on ALTERA FPGA Cyclone-II devices. Experimental
results proved that this memory efficient reverse conversion RNS architecture outperform all other state-of-the-art FPGA implementation.

(19) INDIA
(54) Title of the invention : HYBRID DPCM FOR IMAGE COMPRESSION
1)Dr. M Nithin Varma
Address of Applicant :Associate Professor, Electronics &
Communication Engineering Dept., Malla Reddy Engineering
College, Maisammaguda (Post. Via. Kompally), Medchal-
Malkajgiri-500100. Maisammaguda ----------- -----------
1)Dr. M Nithin Varma
Address of Applicant :Associate Professor, Electronics &
:H03M0007300000, H04N0019120000,
(51) International College, Maisammaguda (Post. Via. Kompally), Medchal-
H04N0019593000, H03M0007400000,
classification Malkajgiri-500100. Maisammaguda ----------- -----------
H04N0011040000
2)Dr. T.Venkata Deepthi
(86) International
:NA Address of Applicant :Associate Professor, Mechanical
Application No
:NA Engineering Dept., Malla Reddy Engineering College,
Filing Date
Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-
(87) International
: NA 500100. Maisammaguda ----------- -----------
Publication No
3)Dr. S. Udaya Bhaskar
(61) Patent of
Address of Applicant :Associate Professor, Mechanical
Addition to :NA
Engineering Dept., Malla Reddy Engineering College,
Application Number :NA
Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-
Filing Date
500100. Maisammaguda ----------- -----------
(62) Divisional to
:NA 4)Dr. T.Srinivas Reddy
Application Number
:NA Address of Applicant :Associate Professor, Electronics and
Filing Date
College, Maisammaguda (Post. Via. Kompally), Medchal-
5)Dr. P.Saritha
Address of Applicant :Associate Professor, Civil Engineering
Dept., Malla Reddy Engineering College, Maisammaguda (Post.
Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----
------- -----------
6)Dr. U.Venkata Rathnam
Address of Applicant :Associate Professor, Civil Engineering
Dept., Malla Reddy Engineering College, Maisammaguda (Post.
Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----
------- -----------
(57) Abstract :
A lossless image compression algorithm with low computational complexity and to provide high image quality in limited bandwidth
transmission is proposed in the paper. New algorithm is based on a new YEN colour transform for WCE images, improved and
modified DPCM technique known as hybrid DPCM and new signed Golomb code with less bits skip code. The proposed compression
algorithm provides better and efficient computational simplicity and improves compression ratio by 2.3% as compared to traditionally
used DPCM based compression algorithms.

(19) INDIA
(54) Title of the invention : EFFECTS OF SPACING-TO-BURDEN RATIO AND JOINT ANGLE ON ROCK FRAGMENTATION:
AN UNMANNED AERIAL VEHICLE AND AI APPROACH IN OVERBURDEN BENCHES
1)Mr.D.RAMESH
Address of Applicant :Assistant Professor, Mining Engineering Dept., Malla Reddy
Engineering College, Maisammaguda (Post. Via. Kompally), Mechal-Malkajgiri-500100.
Maisammaguda ----------- -----------
1)Mr.D.RAMESH
Maisammaguda ----------- -----------
2)Dr.N.Sri CHANDRAHAS
:F42D0003040000, B25J0009160000, E21C0037160000, Address of Applicant :Associate Professor, Mining Engineering Dept., Malla Reddy
E21C0047100000, E21C0039000000 Engineering College, Maisammaguda (Post. Via. Kompally), Mechal-Malkajgiri-500100.
(86) International Application Maisammaguda ----------- -----------
:NA
No 3)Mr.K.SRAVAN KUMAR
:NA
Filing Date Address of Applicant :Assistant Professor, Mining Engineering Dept., Malla Reddy
(87) International Publication Engineering College, Maisammaguda (Post. Via. Kompally), Mechal-Malkajgiri-500100.
: NA
No Maisammaguda ----------- -----------
(61) Patent of Addition to 4)T.PRADEEP
:NA
Application Number Address of Applicant :Assistant Professor, Mining Engineering Dept., Malla Reddy
:NA
Filing Date Engineering College, Maisammaguda (Post. Via. Kompally), Mechal-Malkajgiri-500100.
(62) Divisional to Application Maisammaguda ----------- -----------
:NA
Number 5)Dhangeti Uma Venkata Durga Prasad
:NA
Filing Date Address of Applicant :Assistant Professor, Mining Engineering Dept., Malla Reddy
Maisammaguda ----------- -----------
6)Mr.M.NARESH
Maisammaguda ----------- -----------
7)VASALA VINOD KUMAR
Maisammaguda ----------- -----------
8)K P. RAGHAVENDRA
Address of Applicant :Assistant Professor, Mechanical Engineering Dept., Malla Reddy
Maisammaguda ----------- -----------
(57) Abstract :
In quarrying and mining operations, the results of the blasting process profoundly influence subsequent processes. Two primary categories dictate blast outcomes: controllable and non-
controllable factors. For optimal fragmentation, it's pivotal that controllable variables, notably blast geometry and explosive attributes, are meticulously planned in correlation with non-
controllable ones, such as geological aspects. In this study, the influence of blast design parameters on rock mass was investigated by examining the observable characteristics of joints and
bedding planes on rock surfaces. Information extraction from these discontinuities was facilitated through cloud data processing. Within the scope of the research, 12 synchronized blasts were
executed in the Basanth Nagar Limestone Mine (BNLM), tailored to its inherent joints. Results indicated that the spacing-to-burden ratio, powder factor, and joint angle significantly influenced
the mean fragment size. An inverse relationship was observed between the spacing-to-burden ratio and the mean fragment size; optimal ratios for superior fragmentation were found between
1.25 and 1.3. Joint angles ranging between 75° and 80° were associated with optimal fragmentation, whereas angles exceeding 80° yielded larger rock boulders. Effective powder factors
ranged from 0.36 to 0.47, with the necessity of the powder factor for rock fracturing being heavily dependent on the joint angle of the rock.

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF A NOVEL LOW -COST VESSEL FOR BOILING OF MILK OR MIXTURE OF
WATER, MILK & TEA/HERBAL POWDER
1)CVR COLLEGE OF ENGINEERING
Address of Applicant :CVR COLLEGE OF ENGINEERING,
Vastunagar, Mangalpalli (V), Ibrahimpatnam (M), Rangareddy
(Dist.), Telangana 501510, India. Hyderabad ----------- -----------
:A23C0009154000, B01D0017020000,
F28F0013180000, A47J0031460000,
A47J0031440000
(86) International
:NA 1)Dr. G. Mrudula
Application No
Filing Date
CVR COLLEGE OF ENGINEERING, Vastunagar,
(87) International
: NA Mangalpalli(V), Ibrahimpatnam (M), Rangareddy (Dist.),
Publication No
Telangana 501510, India. Hyderabad ----------- -----------
:NA 2)Dr. M. Venkata Ramana
Filing Date
CVR COLLEGE OF ENGINEERING, Vastunagar, Mangalpalli
(62) Divisional to
:NA (V), Ibrahimpatnam (M), Rangareddy (Dist.), Telangana 501510,
Application Number
:NA India. Hyderabad ----------- -----------
Filing Date
3)T. Venkatesh
CVR COLLEGE OF ENGINEERING, Vastunagar, Mangalpalli
(V), Ibrahimpatnam (M), Rangareddy (Dist.), Telangana 501510,
India. Hyderabad ----------- -----------
(57) Abstract :
A novel low-cost vessel for boiling of milk or mixture of milk, water and tea/herbal powder is developed. This is a normal stainless-
steel vessel with Bakelite handle used for boiling of milk, water and tea with an attached silica lined steel strip. The strip is joined to
the vessel at its one end and placed on the vessel. This strip acts as a barrier to the fast raising layer of the liquid. When the boiling
liquid raises and touches the strip, the strip punctures the layer. Subsequently the boiling liquid will not rise fast, preventing the
spillage of liquid undergoing boiling.

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF PV ASSISTED INTELLIGENT ELECTRIC DRIVE FOR RURAL
AGRICULTURAL APPLICATIONS
1)MALLIGUNTA KIRAN KUMAR
Address of Applicant :Department of EEE Koneru
Lakshmaiah Education Foundation Green fields, Vaddeswaram,
(51) International :G05B13/02, G05B13/04, G05F1/66, Guntur District, Andhra Pradesh, India-522302 ----------- -----------
classification H02P21/00, H02P21/30, H02P27/04 2)Koneru Lakshmaiah Education Foundation
:NA
:NA
(87) International 1)Malligunta Kiran Kumar
: NA
Publication No Address of Applicant :Department of EEE, Koneru Lakshmaiah
(61) Patent of Addition to Education Foundation, Vaddeswaram, Guntur, Andhra Pradesh,
:NA
Application Number India 522302 Guntur ----------- -----------
:NA
Filing Date 2)Srungaram Ravi Teja
(62) Divisional to Address of Applicant :Department of EEE, Koneru Lakshmaiah
:NA
Application Number Education Foundation, Vaddeswaram, Guntur, Andhra Pradesh,
:NA
Filing Date India 522302 Guntur ----------- -----------
3)I L B Sowjanya
Address of Applicant :Department of EEE, Vasireddy Venkatadri
Institute of Technology, Guntur, Andhra Pradesh, India 522508
Guntur ----------- -----------
(57) Abstract :
The motor drives for large scale irrigation requires a reliable electric drive which necessitates continuous power supply and efficient
control. However, the rural single phase power supply is frequently interrupted. Renewable assistance would improve the availability
of supply and heuristic control approach improves robustness in control. Artificial intelligence with appropriate transducers measures
physical conditions, estimate renewable energy availability and thus improve energy efficiency of the system. This invention presents
a three- phase induction motor drive fed from single phase electric grid with assistance from PV and battery energy storage. TS- fuzzy
based direct torque control is employed for robust control during load changes. Pattern recognition learning is implemented for PV
energy estimation. Linear regression is employed for soil condition and volume of water requirement estimation. The topology,
component modelling, front-end converter control, PV interface dc-dc converter control, and inverter control are implemented and
tested for improvement in efficiency and energy optimization for water pumping in agricultural fields.

(19) INDIA
(54) Title of the invention : SYSTEM FOR PROCESSING HETEROGENEOUS DATA FROM IOT DEVICES USING ADAPTIVE
CONSENSUS CLUSTERING FRAMEWORK
:H04L0067120000, G06F0016250000, Address of Applicant :CVR COLLEGE OF ENGINEERING,
(51) International
G06N0020000000, G06F0016350000, Vastunagar, Mangalpalli (V), Ibrahimpatnam (M), Rangareddy
classification
G06F0016280000 (Dist), Telangana 501510, India. Hyderabad ----------- -----------
:NA
:NA
(87) International 1)D. Sandhya Rani
: NA
Publication No Address of Applicant :Department of Computer Science and
(61) Patent of Addition Engineering, CVR COLLEGE OF ENGINEERING, Vastunagar,
:NA
to Application Number Mangalpalli (V), Ibrahimpatnam (M), Rangareddy (Dist),
:NA
Filing Date Telangana 501510, India. Hyderabad ----------- -----------
(62) Divisional to 2)G. Bala Krishna
:NA
Application Number Address of Applicant :Department of Computer Science and
:NA
Filing Date Engineering, CVR COLLEGE OF ENGINEERING, Vastunagar,
Mangalpalli (V), Ibrahimpatnam (M), Rangareddy (Dist),
Telangana 501510, India. Hyderabad ----------- -----------
(57) Abstract :
The present invention introduces a system adept at processing the heterogeneous data produced by a myriad of IoT devices.
Harnessing the power of an adaptive consensus clustering framework, the system dynamically addresses the unique challenges posed
by the variability, diversity, and volume of IoT-generated data. By seamlessly integrating a data ingestion module, which normalizes
and transforms varied data formats, with a state-of-the-art clustering engine, the system ensures optimal grouping of data based on
intricate similarity measures. An accompanying analytics module further deciphers these clusters to provide actionable insights. This
novel approach guarantees efficient data processing, enhancing decision-making capabilities across numerous IoT applications, from
smart cities to healthcare. The system's adaptability, scalability, and comprehensive nature make it a pioneering solution in the
evolving landscape of IoT data analytics.

(19) INDIA
(54) Title of the invention : INNOVATIVE HEALTH COMPANION TO ENCOURAGE MEDICINE COMPLIANCE
1)Suman A Patil
Address of Applicant :B 103, GCN Green springs apartment,
Springdale Layout, Whitefield, Bangalore ----------- -----------
2)Ananya Paul
3)Anaswara Venunadh
:G16H0020100000, G06F0040295000, 4)Senthil Velan Suganantham
(51) International
G06Q0010100000, G16H0015000000, 5)CMR Institute of Technology
classification
G16H0020130000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Suman A Patil
(87) International Address of Applicant :B 103, GCN Green springs apartment,
: NA
Publication No Springdale Layout, Whitefield, Bangalore ----------- -----------
(61) Patent of Addition 2)Ananya Paul
:NA
to Application Number Address of Applicant :CMR INSTITUTE OF TECHNOLOGY,
:NA
Filing Date BENGALURU ----------- -----------
(62) Divisional to 3)Anaswara Venunadh
:NA
Application Number Address of Applicant :CMR INSTITUTE OF TECHNOLOGY,
:NA
4)Senthil Velan Suganantham
Address of Applicant :CMR INSTITUTE OF TECHNOLOGY,
BENGALURU ----------- -----------
5)CMR Institute of Technology
Address of Applicant :#132, AECS Layout, IT Park road,
Bangalore ----------- -----------
(57) Abstract :
The proposed system introduces a cutting-edge solution designed to revolutionize medication adherence through the integration of
advanced technology and personalized care. Medication non-compliance remains a significant challenge in healthcare, leading to
compromised treatment outcomes and increased healthcare costs. The proposed system is an app running on an Android-based mobile
device, a deep learning training server, and a cloud-based management platform. The application integrates a camera feature for
capturing patient’s prescriptions. Then, optical character recognition (OCR) is used to translate the patient's prescription image into
analyzable, and searchable text data. The application employs deep learning based Named Entity Recognition (NER) models to
recognize the names of the medicines, timing and dosage from the extracted prescription text. According to the timing, this app
empowers individuals to manage their medication schedules effectively through real-time notifications and reminders. Thus, the
system ensures timely medication intake, reducing the likelihood of missed doses. By harmonizing advanced technology with
personalized care, this system grants individuals the autonomy to oversee their medication adherence, culminating in enhanced health
outcomes and reduced healthcare expenses.

(19) INDIA
(54) Title of the invention : ASWATI SAREE SHAPER

(51) International
A41H0003000000, F41H0001020000, 1)NITHIN G
classification
A41C0001020000 Address of Applicant :S/O Govindaraj, 1/401, Kuttai thottam,
(86) International Neripperichal, Tiruppur, Tamil Nadu - 641602. Tiruppur -----------
:NA
Application No -----------
:NA
: NA
(61) Patent of Addition 1)NITHIN G
:NA
to Application Number Address of Applicant :S/O Govindaraj, 1/401, Kuttai thottam,
:NA
Filing Date Neripperichal, Tiruppur, Tamil Nadu - 641602. Tiruppur -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT MERMAID / FISH CUT SAREE SHAPER The present invention is related to a shaping garment. Saree shapers are
commonly used while wearing a saree and give a curvy outlook while draped on saree. Common petticoat/inskirts provide a buffy
outlook on a woman’s lower body but shapers are like skins that contour the lower body thus making the wearer look fit and attractive.
This invention discloses a a skin friendly cotton lycra fabric that is cut in a Mermaid/fish cut pattern that provides exact feminine
shape below the abdomen for all body shapes, thereby allowing the saree to follow the contour of the wearers curves rendering a
perfect drape experience

(19) INDIA
(54) Title of the invention : BIOGENIC AND SUSTAINABLE PRODUCTION OF NOBLE METAL NANOPARTICLES FOR
INDUSTRIAL APPLICATIONS
1)Dr. Naveen Kumar
Address of Applicant :Associate Professor, Department of Mechanical Engineering,
Kuppam Engineering College, KES Nagar, Kuppam, Andhra Pradesh, India, Pincode: 517425
----------- -----------
2)Dr. Sajimol George
3)Dr. K. Kalaiselvan
4)Dr. M N V S S Kumar
5)Dr. M. Sowbhagyalakshmi
6)Dr. Pushpalatha Kavuluri
7)Dr. Nadikatla Santhosh Kumar
8)Mr. Dipankar Gogoi
9)Mrs. D. Tharani
10)Mr. Edison D
1)Dr. Naveen Kumar
Address of Applicant :Associate Professor, Department of Mechanical Engineering, Kuppam
Engineering College, KES Nagar, Kuppam, Andhra Pradesh, India, Pincode: 517425 -----------
:B82Y0030000000, B22F0009240000, C08J0005000000, -----------
C30B0029600000, B82Y0040000000 2)Dr. Sajimol George
(86) International Application Address of Applicant :Assistant Professor, Department of Chemistry, Hislop College, Nagpur,
:NA
No Maharashtra, India, Pincode: 440015 ----------- -----------
:NA
Filing Date 3)Dr. K. Kalaiselvan
(87) International Publication Address of Applicant :Professor, Department of ECE, Roever Engineering College,
: NA
No Perambalur, Tamilnadu, India, Pincode: 621220 ----------- -----------
(61) Patent of Addition to 4)Dr. M N V S S Kumar
:NA
Application Number Address of Applicant :Associate Professor, Department of Electronics and Communication
:NA
Filing Date Engineering, Aditya Institute of Technology and Management, Tekkali, Andhra Pradesh, India,
(62) Divisional to Application Pincode: 532201 ----------- -----------
:NA
Number 5)Dr. M. Sowbhagyalakshmi
:NA
Filing Date Address of Applicant :Assistant Professor of Chemistry, Department of BS&HSS, JNTU -GV,
Dwarapudi, Vizianagaram, Andhra Pradesh, India, Pincode:535003 ----------- -----------
6)Dr. Pushpalatha Kavuluri
Address of Applicant :Assistant Professor (C), Department of Chemistry, University College of
Arts and Science, Krishna University, Andhra Pradesh, India, Pincode: 521004 ----------- -------
----
7)Dr. Nadikatla Santhosh Kumar
Address of Applicant :Assistant Professor of Chemistry, Department of Basic Sciences and
Humanities, GMR Institute of Technology, Rajam, Vizianagaram, Andhra Pradesh, India,
Pincode:532127 ----------- -----------
8)Mr. Dipankar Gogoi
Address of Applicant :Research Scholar, Department of Basic and Applied Science, National
Institute of Technology, Jote, Arunachal Pradesh, India, Pincode: 791113 ----------- -----------
9)Mrs. D. Tharani
Address of Applicant :Assistant Professor (SG), Department of Chemistry, Nehru Institute of
Engineering and Technology, Coimbatore, Tamilnadu, India, Pincode: 641105 ----------- -------
----
10)Mr. Edison D
Address of Applicant :Assistant Professor, Department of Chemistry, Nehru Institute of
Engineering and Technology, Coimbatore, Tamilnadu, India, Pincode: 641105 ----------- -------
----
(57) Abstract :
A method and system for the sustainable and biogenic production of noble metal nanoparticles using biological entities is disclosed. The method includes the steps of selecting biological
entities with inherent metal ion reduction capabilities, such as bacteria, fungi, or plant extracts, and exposing these entities to solutions of noble metal salts under controlled conditions. The
biological entities facilitate the reduction of metal salts to their nanoparticle form, yielding noble metal nanoparticles with specific desired characteristics. This eco-friendly production process
is operated at ambient temperature and pressure, minimizes the use of hazardous chemicals, and enables the fine-tuning of nanoparticle size, morphology, and stability. The resulting
nanoparticles can be employed across various industrial applications, contributing to advancements in fields such as medicine, electronics, catalysis, and environmental remediation. This
method promotes a sustainable approach to nanomaterial production, aligning with green chemistry principles and offering a cost-effective alternative to conventional synthesis techniques.

(19) INDIA
(54) Title of the invention : A SMART AND SELF-ACTING PROCESS FOR DISTINGUISHING AND GRADING DIABETIC
RETINOPATHY
1)Dr. Padmanayana
Address of Applicant :Professor, Department of Computer Science and Design, Srinivas
Institute of Technology, Valachil, Mangaluru – 574143, Karnataka, India. Mangaluru -----------
-----------
2)Dr. Anoop B K
3)Bhat Aditya Sampath
4)Shailesh Shetty S
5)Supriya B Rao
6)Rajeshwari R shettigar
7)Shreekshitha
8)Deeksha J S
9)Arjun Bhat
1)Dr. Padmanayana
Address of Applicant :Professor, Department of Computer Science and Design, Srinivas
Institute of Technology, Valachil, Mangaluru – 574143, Karnataka, India. Mangaluru -----------
:G06N0003080000, A61B0003000000, G06N0003040000,
(51) International classification -----------
A61B0003120000, A61B0003140000
2)Dr. Anoop B K
:NA Address of Applicant :Professor, Department of Artificial Intelligence and Machine Learning,
No
:NA Srinivas Institute of Technology, Valachil, Mangaluru – 574143, Karnataka, India. Mangaluru
Filing Date
----------- -----------
: NA 3)Bhat Aditya Sampath
No
Address of Applicant :Senior Business Analyst, Kearney, Gurgaon – 122002, Haryana, India.
:NA Gurgaon ----------- -----------
Application Number
:NA 4)Shailesh Shetty S
Filing Date
Address of Applicant :Assistant Professor, Department of Computer Science and Business
:NA System, Srinivas Institute of Technology, Valachil, Mangaluru – 574143, Karnataka, India.
Number
:NA Mangaluru ----------- -----------
Filing Date
5)Supriya B Rao
Address of Applicant :Assistant Professor, Department of Artificial Intelligence and Machine
Learning, New Horizon College of Engineering, Bengaluru – 560103, Karnataka, India.
560103 ----------- -----------
6)Rajeshwari R shettigar
Address of Applicant :Assistant Professor, Department of Computer Science and Design,
Srinivas Institute of Technology, Valachil, Mangaluru – 574143, Karnataka, India. Mangaluru
----------- -----------
7)Shreekshitha
Address of Applicant :Assistant Professor, Department of Information Science & Engineering,
----------- -----------
8)Deeksha J S
Address of Applicant :Assistant Professor, Department of Computer Science & Engineering,
----------- -----------
9)Arjun Bhat
Address of Applicant :Student, Expert P U College, Mangaluru - 575003, Karnataka, India.
Mangaluru ----------- -----------
(57) Abstract :
Our innovation focuses on the automated classification and grading of Diabetic Retinopathy (DR) through the application of deep
learning models. Diabetic Retinopathy, a severe complication of diabetes mellitus, poses a significant risk of permanent vision loss if
not detected and treated in its early stages. Current screening methods reliant on manual examination of retinal images are time-
consuming and subject to human error. Leveraging recent advances in deep learning, our research aims to create and refine deep
learning models that analyze retinal fundus images for the automatic identification and grading of DR. This approach involves
exploring various deep learning architectures, employing data augmentation techniques, and utilizing transfer learning methods to
enhance model performance. By automating the classification and grading process, our innovation seeks to significantly improve the
accuracy and efficiency of DR screening programs, ultimately contributing to the early detection and treatment of this sight-
threatening condition, thus enhancing the quality of life for millions affected by DR.

(19) INDIA
(54) Title of the invention : PROGNOSTICATION OF OPTIMAL MECHANICAL PARAMETERS OF BANANA-JUTE-FIBER

HYBRID POLYESTER COMPOSITES
1)Megha.B.E
Address of Applicant :Research Scholar, Department of Civil
Engineering, Mangalore Institute of Technology and Engineering,
Badaga Mijar, Moodabidri- 574225, Karnataka, India ----------- ---
:G01N0003080000, G01N0003040000, --------
(51) International
B32B0017100000, B32B0005260000, 2)Dr.Keerthi Gowda.B.S
classification
B32B0027360000 3)Dr.G.L.Easwara Prasad
:NA
:NA
(87) International 1)Megha.B.E
: NA
Publication No Address of Applicant :Research Scholar, Department of Civil
(61) Patent of Addition Engineering, Mangalore Institute of Technology and Engineering,
:NA
to Application Number Badaga Mijar, Moodabidri- 574225, Karnataka, India ----------- ---
:NA
Filing Date --------
(62) Divisional to 2)Dr.Keerthi Gowda.B.S
:NA
Application Number Address of Applicant :Assistant Professor, Department of Civil
:NA
Filing Date Engineering, Centre of Postgraduate Studies, VTU, Mysuru-
570019, Karnataka, India ----------- -----------
3)Dr.G.L.Easwara Prasad
Address of Applicant :Principal, Mangalore Institute of
Technology and Engineering, Badaga Mijar, Moodabidri- 574225,
Karnataka, India ----------- -----------
(57) Abstract :
[05]. The work shows the results obtained from hybrid composite materials consisting of jute fiber fabric and glass fiber blanket. The
matrix of the composites was unsaturated terephthalic polyester. Plates with different compositions and specimens for tensile testing
were manufactured. Tensile tests were carried out in accordance with ASTM D3039. They were characterized in a fractographic
aspect to evaluate the failure behavior of the materials. The test specimens of the glass/glass/glass composite (GGG) obtained the
highest average value of rupture stress (105.58 MPa), the other composites, glass/glass/jute (GGJ), glass/jute/glass ( GJG),
glass/jute/jute(GJJ) and jute/glass/jute (JGJ) suffered drops in mechanical performance due to the addition of jute blankets, these being
30.40%; 30.83%; 54.10% and 36.42% respectively. The fractographic appearance demonstrates failure mechanisms such as fiber
pullout, fiber bridging and matrix-reinforcement interface failure. Composites with fiberglass in the outer layers presented an
appearance of matrix rupture and glass fiber exposure, compromising mechanical performance. The JVJ composite circumvented this
phenomenon because the glass fiber was positioned in the central layer, allowing better stress transfer. Accompanied Drawing [FIG.
1-19]

(19) INDIA
(54) Title of the invention : OPTIMAL PROTECTIVE RELAYING SCHEME OF DISTRIBUTED GENERATION CONNECTED
DISTRIBUTION NETWORK USING PARTICLE SWARM OPTIMIZATION-GRAVITATIONAL SEARCH ALGORITHM
TECHNIQUE
1)ARATHI P.B
Address of Applicant :ASSISTANT PROFESSOR,
DEPARTMENT OF EEE, BALLARI INSTITUTE OF
TECHNOLOGY AND MANAGEMENT, BALLARI-583104,
INDIA BALLARI ----------- -----------
:H02J0003380000, H04L0012400000, 2)DR. SHANKARALINGAPPA C. BYALIHAL
(51) International
G06F0011360000, G06N0003000000, 3)TANUJA K.S
classification
H04B0007155000 Name of Applicant : NA
:NA
:NA
Filing Date 1)ARATHI P.B
(87) International Address of Applicant :ASSISTANT PROFESSOR,
: NA
Publication No DEPARTMENT OF EEE, BALLARI INSTITUTE OF
(61) Patent of Addition TECHNOLOGY AND MANAGEMENT, BALLARI-583104,
:NA
to Application Number INDIA BALLARI ----------- -----------
:NA
Filing Date 2)DR. SHANKARALINGAPPA C. BYALIHAL
(62) Divisional to Address of Applicant :PROFESSOR(PG), DEPARTMENT OF
:NA
Application Number EEE, DR. AMBEDKAR INSTITUTE OF
:NA
Filing Date TECHNOLOGY,BENGALURU-560056, INDIA BENGALURU
----------- -----------
3)TANUJA K.S
DEPARTMENT OF EEE, SHRIDEVI INSTITUTE OF
ENGINEERING AND TECHNOLOGY, TUMAKURU-572106,
INDIA TUMAKURU ----------- -----------
(57) Abstract :
Optimal protective relaying scheme of distributed generation connected distribution network using particle swarm optimization-
gravitational search algorithm technique develops particle swarm optimization integrated with gravitational search algorithm (PSO-
GSA) to coordinate the relays in a distribution system with distributed generation (DG) connectivity. This algorithm combines PSO
and GSA to improve the performance of the relay protection system. To prevent relay malfunctions following DG penetration, a
suitable primary and backup relay is chosen. The PSO-GSA is coded using MATLAB software and tested on an IEEE 4-bus system
simulated in Simulink. Results indicate that, when compared to using regular PSO and GSA procedures individually, the PSO-GSA
technique reduces the operating time of the relay significantly.

(19) INDIA
(54) Title of the invention : AIEXPENSE: REDEFINING BUSINESS TRAVEL EXPENSE MANAGEMENT FOR ENTERPRISES
1)Saveetha Engineering College
:G06Q0040000000, G06Q0010020000, Address of Applicant :Saveetha Engineering College,
(51) International
G06Q0040060000, G06Q0010060000, Saveetha Nagar, Thandalam, Chennai -602105, Tamil Nadu.
classification
E21B0047008000 Chennai ----------- -----------
:NA
:NA
(87) International 1)Dr. G. Venkatesan
: NA
Publication No Address of Applicant :Associate Professor, Department of Civil
(61) Patent of Addition Engineering, Saveetha Engineering College, Saveetha Nagar,
:NA
to Application Number Thandalam, Chennai – 602105, TamilNadu, India. Chennai --------
:NA
Filing Date --- -----------
(62) Divisional to 2)Dr. S. Sasikumar
:NA
Application Number Address of Applicant :Professor, Department of Computer Science
:NA
Filing Date and Engineering, Saveetha Engineering College, Saveetha Nagar,
Thandalam, Chennai – 602105, TamilNadu, India. Chennai --------
--- -----------
(57) Abstract :
In a dynamic era of corporate travel, this invention introduces an integrated solution revolutionizing business travel and expense
management. Employing advanced AI algorithms, the platform consolidates travel booking, real-time expense tracking, and
automated data analysis, fostering immediate decision-making and providing personalized cost-saving recommendations. With this
groundbreaking system, organizations gain unprecedented financial control, replacing fragmented processes with a unified, data-
driven approach that ensures efficient operations and smarter financial management.

(19) INDIA
(54) Title of the invention : ACECLOFENAC LOADED CUBOSOMAL EMULGEL FORMULATION FOR TOPICAL DELIVERY
AND IN-VITRO EVALUATION
1)Dr.Yallamalli Indira Muzib
Address of Applicant :Professor, Institute of Pharmaceutical
Technology, Sri Padmavati Mahila Visvavidyalayam, Tirupati,
Andhra Pradesh-517502, India Tirupati ----------- -----------
:A61K0031216000, A61K0009000000,
(51) International 2)Malneni Dharani
A61K0047100000, A61K0047320000,
classification 3)Dr.Yellamelli Ramji Ambedkar
A61K0009060000
(86) International
Application No
Filing Date
1)Dr.Yallamalli Indira Muzib
(87) International
: NA Address of Applicant :Professor, Institute of Pharmaceutical
Publication No
Technology, Sri Padmavati Mahila Visvavidyalayam, Tirupati,
:NA Andhra Pradesh-517502, India Tirupati ----------- -----------
:NA 2)Malneni Dharani
Filing Date
Address of Applicant :Institute of Pharmaceutical Technology, Sri
(62) Divisional to
:NA Padmavati Mahila Visvavidyalayam, Tirupati, Andhra Pradesh-
Application Number
:NA 517502, India Tirupati ----------- -----------
Filing Date
3)Dr.Yellamelli Ramji Ambedkar
Address of Applicant :Assistant Professor and Head, Department
of LPT, College of Veterinary Science, Sri Venkateswara
Veterinary University, Garividi, Vizianagaram, Andhra Pradesh,
India-535101 Vizianagaram ----------- -----------
(57) Abstract :
The present invention provides an Aceclofenac loaded Cubosomal emulgel, comprising of Cubosomal dispersion; Aceclofenac loaded
gel; wherein the Aceclofenac loaded gel is diluted with cubosomal dispersion in the ratio of 1:1 w/w and stirring to form cubosomal
emulgel. The process for the preparation of an Aceclofenac loaded gel, comprising of soaking Carbopol 934 and hydroxypropyl
methylcellulose in the water; stirring the Carbopol 934 and hydroxypropyl methylcellulose; adding drug and adding triethanolamine
up to pH 7. The ratio of gelling agents hydroxypropyl methylcellulose and Carbopol 934 is 1:1. The Cubosomal dispersion comprising
of Oleic acid 0.35ml; Glycerine 0.25ml and Polaxomer 407 0.25gm. The process for the preparation of an Cubosomal dispersion,
comprising of adding and melting oleic acid and glycerol; dissolving drug in ethanol; adding the drug solution to the mixture; adding
preheated distilled water containing Polaxomer and mixing till dissolved; setting aside mixture till reaching equilibrium; stirring and
developing homogenous system at room temperature and maintaining the cubosomal dispersion at room temperature. The gel
appearance is white homogeneous clear solution, pH 6.8±0.2, spreadability 2.57±0.12 cm/5 min, particle size 191 nm, zeta potential -
3.5 Mv, drug content 95.52%, and entrapment efficiency 94.4%, drug release 96.38% at the end of 8th hour. The Aceclofenac loaded
cubosomal emulgel, wherein the Aceclofenac loaded cubosomal emulgel shows as a potential agent in extended drug release in the
treatment of joint pain and other inflammatory conditions.

(19) INDIA
(54) Title of the invention : A PASSIVE DEVICE FOR FACILITATING FATHOMING OF CHRONIC BONE CRACKS
1)SASTRA DEEMED UNIVERSITY
Address of Applicant :TIRUMALAISAMUDRAM,
THANJAVUR - 613401, TAMIL NADU Thanjavur ----------- ----
-------
1)K. Abirami
Address of Applicant :SASTRA Deemed University,
Tirumalaisamudram, Thanjavur - 613401, Tamil Nadu Thanjavur
:H01P0001200000, H01Q0015000000, ----------- -----------
(51) International
H01P0001203000, H05K0001020000, 2)Dr. A. Rajesh
classification
H01Q0001380000 Address of Applicant :SASTRA Deemed University,
(86) International Tirumalaisamudram, Thanjavur - 613401, Tamil Nadu Thanjavur
:NA
Application No ----------- -----------
:NA
Filing Date 3)Eanugula Monika Sree
(87) International Address of Applicant :SASTRA Deemed University,
: NA
Publication No Tirumalaisamudram, Thanjavur - 613401, Tamil Nadu Thanjavur
(61) Patent of Addition ----------- -----------
:NA
to Application Number 4)Poonamally J Jayesh Ranjan
:NA
Filing Date Address of Applicant :SASTRA Deemed University,
(62) Divisional to Tirumalaisamudram, Thanjavur - 613401, Tamil Nadu Thanjavur
:NA
Application Number ----------- -----------
:NA
Filing Date 5)Burra Vishnuja
----------- -----------
6)Dr. Venkat Babu
----------- -----------
7)Dr. C. Manikandan
----------- -----------
(57) Abstract :
A passive device, for facilitating fathoming of chronic bone cracks, is disclosed. Said device broadly comprises: an at least a patch; an
at least an electromagnetic bandgap member; and an at least a defected ground plane. Said at least one electromagnetic bandgap
member broadly comprises: a plurality of strip lines; a plurality of squares; another square; and a circle. Said at least one defected
ground plane broadly comprises a plurality of split ring resonating members. Each split ring resonating member, among said plurality
of split ring resonating members, broadly comprises a gap (e). The disclosed device offers at least the following advantages: is light in
weight (weighs about 0.6 grams); is cost-effective (costs about Rs. 2,000); is highly sensitive; and/or may be used, as part of an
Internet of Things (IoT) system, for real-time monitoring and analyses.

(19) INDIA
(54) Title of the invention : A METHOD FOR SYNTHESISING SECOND GENERATION BIODIESEL
1)SASTRA DEEMED UNIVERSITY
Address of Applicant :TIRUMALAISAMUDRAM,
THANJAVUR - 613401, TAMIL NADU Thanjavur ----------- ----
:C10L0001020000, C08F0291000000, -------
(51) International
C12P0007649000, C11C0003100000, Name of Applicant : NA
classification
C12R0001100000 Address of Applicant : NA
:NA
Application No 1)Rahul S
:NA
Filing Date Address of Applicant :Bioprocess Intensification Laboratory,
(87) International School of Chemical & Biotechnology, SASTRA Deemed
: NA
Publication No University, Tirumalaisamudram, Thanjavur - 613 401, Tamil
(61) Patent of Addition Nadu Thanjavur ----------- -----------
:NA
to Application Number 2)Nithyanand P
:NA
Filing Date Address of Applicant :School of Chemical & Biotechnology,
(62) Divisional to SASTRA Deemed University, Tirumalaisamudram, Thanjavur -
:NA
Application Number 613 401, Tamil Nadu Thanjavur ----------- -----------
:NA
Filing Date 3)Arumugam A
Address of Applicant :Bioprocess Intensification Laboratory,
School of Chemical & Biotechnology, SASTRA Deemed
University, Tirumalaisamudram, Thanjavur - 613 401, Tamil
Nadu Thanjavur ----------- -----------
(57) Abstract :
A method, for synthesising of second generation biodiesel, and second generation biodiesel thereof, are disclosed. Said method
broadly comprises following steps: crushing Madhuca indica seeds, into a powder; heating a mixture of hexane and said Madhuca
indica seeds; obtaining dried polyurethane matrices; immobilising Bacillus licheniformis cells; synthesising biodiesel, through
methanol-based enzymatic transesterification; and recovering said biodiesel The disclosed method (and/or second generation
biodiesel) offers at least the following advantages and effects: facilitates transitioning, towards a circular economy; is eco-friendly;
produces limited wastes; and/or results in high yields.

(19) INDIA
(54) Title of the invention : AI ENHANCED BROADCASTING SYSTEM FOR THE VISUALLY IMPAIRED FEATURING
DYNAMIC AUDIO MODULATION.
1)Dr. MURALI KRISHNA.NAMANA
Address of Applicant :Professor & HOD, Dept of Computer
Science and Engineering(AIML), AVN Institute of Engineering
and Technology, Ibrahimpatnam Mandal, RangaReddy District,
Telangana, India, 501510 ----------- -----------
2)Dr. NAVEEN KUMAR B
3)Dr. P MEENA KUMARI
4)Dr.SHEPURI.SRINIVASULU
5)Dr. K.RAMAKRISHNA REDDY
:G09B0021000000, G06N0020000000, Address of Applicant : NA
(51) International
G10L0013000000, A61H0003060000, (72)Name of Inventor :
classification
G06F0003160000 1)Dr. MURALI KRISHNA.NAMANA
(86) International Address of Applicant :Professor & HOD, Dept of Computer
:NA
Application No Science and Engineering(AIML), AVN Institute of Engineering
:NA
Filing Date and Technology, Ibrahimpatnam Mandal, RangaReddy District,
(87) International Telangana, India, 501510 ----------- -----------
: NA
Publication No 2)Dr. NAVEEN KUMAR B
(61) Patent of Addition Address of Applicant :Associate professor, Computer science and
:NA
to Application Number engineering, AVN institute of engineering and technology,
:NA
Filing Date Hyderabad, Telangana India, 50151 ----------- -----------
(62) Divisional to 3)Dr. P MEENA KUMARI
:NA
Application Number Address of Applicant :Professor,Dept of Computer Science and
:NA
Filing Date Engineering, AVN Institute of Engineering and Technology,
Ibrahimpatnam Mandal, RangaReddy District, Telangana, India,
501510 ----------- -----------
4)Dr.SHEPURI.SRINIVASULU
Address of Applicant :Asst professor, Dept Computer science and
engineering (AIML) AVN institute of engineering and technology,
Hyderabad, Telangana, India, 50151 ----------- -----------
5)Dr. K.RAMAKRISHNA REDDY
Address of Applicant :Associate Professor, Dept of Computer
Science and Engineering(AIML), Vignan Institute of Technology
and Science, Hyderabad, Telangana,India,508284 ----------- --------
---
(57) Abstract :
The present invention deals with AI-Enhanced Broadcasting System for the Visually Impaired Featuring Dynamic Audio Modulation
is a groundbreaking innovation designed to significantly improve the accessibility and inclusivity of audio-visual media content for
individuals with visual impairments. This system integrates artificial intelligence (AI) and advanced machine learning algorithms to
analyze audio and visual content in real-time, identifying key elements and context, and dynamically modulating audio output. The
AI-driven solution offers contextually relevant audio descriptions, enhances audio cues, and balances audio levels, resulting in a
highly adaptive and immersive listening experience. With its ability to accommodate content from diverse sources and provide user
customization, this system sets a new standard for inclusive media accessibility, offering visually impaired individuals the opportunity
to fully engage with and enjoy the richness of audio-visual content.

(19) INDIA
(54) Title of the invention : A SAFETY APPROACH FOR MINIMIZING COLLISIONS IN AUTONOMOUS NAVIGATION
SYSTEM USING ARTIFICIAL INTELLIGENCE
1)Syed Umar
Address of Applicant :Professor, Department of computer science College of
engineering and technology Wollega university Nekemte Ethiopia 390 ----------- ---
--------
1)Nilesh T. Gole
Address of Applicant :Assistant Professor Department of Computer Science
Vidarbha Institute of Technology Nagpur, Maharashtra India 440002 Nagpur ------
:G06N0020000000, G06N0003080000, ----- -----------
(51) International
G06N0003000000, G06N0003040000, 2)HUSSAIN SYED
classification
G06N0007000000 Address of Applicant :Associate Professor School of CSE VIT AP University
(86) International Amaravathi Andhra Pradesh India 522020 Amaravathi ----------- -----------
:NA
Application No 3)Saurabh Vinayak Lawate
:NA
Filing Date Address of Applicant :Asst. Prof Department of Electrical and Electronics
(87) International Engineering Vidarbha Institute of Technology Nagpur Nagpur Maharashtra India
: NA
Publication No 440002 Nagpur ----------- -----------
(61) Patent of Addition to 4)Minal Arvind Gholpe.
:NA
Application Number Address of Applicant :Asst. Prof. Electronics and Telecommunication Department
:NA
Filing Date Govindrao Wanjari College of Engineering Nagpur Maharashtra India 440002
(62) Divisional to Nagpur ----------- -----------
:NA
Application Number 5)Nikita Omkar Paunikar
:NA
Filing Date Address of Applicant :Asst. Prof. Department of Computer science Vidarbha
Institute of technology Nagpur Maharashtra India 440002 Nagpur ----------- --------
---
6)SWATI BHAGWAN PATIL
Address of Applicant :Department of CSE Vidarbha Institute of technology
Nagpur Maharashtra India 440002 Nagpur ----------- -----------
7)Samiksha Dayanand Yeole
Address of Applicant :Assistant professor Department of CSE Vidarbha Institute of
technology Nagpur Maharashtra India 440002 Nagpur ----------- -----------
8)Aditya Murlidhar Patil
Address of Applicant :Assistant professor Department of CSE Vidarbha Institute of
technology Nagpur Maharashtra India 440002 Nagpur ----------- -----------
(57) Abstract :
Autonomous agents can explore the environment around them when equipped with advanced hardware and software systems that help intelligent agents minimize
collisions. These systems are developed under the term Artificial Intelligence (AI) safety. AI safety is essential to provide reliable service to consumers in various fields
such as military, education, healthcare, and automotive. This paper presents the design of an AI safety algorithm for safe autonomous navigation using Reinforcement
Learning (RL). Machine Learning Agents Toolkit (ML-Agents) was used to train the agent with a proximal policy optimizer algorithm with an intrinsic curiosity
module (PPO + ICM). This training aims to improve AI safety and minimize or prevent any mistakes that can cause dangerous collisions by the intelligent agent. Four
experiments have been executed to validate the results of our research. The designed algorithm was tested in a virtual environment with four different models. A
comparison was presented in four cases to identify the best-performing model for improving AI safety. The designed algorithm enabled the intelligent agent to perform
the required task safely using RL. A goal collision ratio of 64% was achieved, and the collision incidents were minimized from 134 to 52 in the virtual environment
within 30 min.

(19) INDIA
(54) Title of the invention : PYRAZOLONES AS ANTICONVULSANT AGENTS
1)Nitte (Deemed to be University)
:A61P0025080000, A61P0019100000,
(51) International Address of Applicant :Deralakatte, Mangalore-575018,
C07D0417040000, A61P0025000000,
classification Karnataka, India Mangalore ----------- -----------
C07D0231200000
(86) International
Application No
Filing Date
1)M. Vijaykumar
(87) International
: NA Address of Applicant :Department of Pharmacology, NGSM
Publication No
Institute of Pharmaceutical Sciences (NGSMIPS), Nitte (Deemed
:NA to be University), Mangalore - 575018, Karnataka, India
:NA Mangalore ----------- -----------
Filing Date
2)B.C.Revanasiddappa
(62) Divisional to
:NA Address of Applicant :Department of Pharmaceutical Chemistry,
Application Number
:NA NGSM Institute of Pharmaceutical Sciences (NGSMIPS), Nitte
Filing Date
(Deemed to be University), Mangalore - 575018, Karnataka, India
Mangalore ----------- -----------
(57) Abstract :
The present invention relates to synthesize and characterization of pyrazolones and its derivatives. Particularly, the present invention
relates to pyrazolones as anticonvulsant agents. The process for the synthesis of pyrazolones of formula 3a-h, wherein the process
comprises the steps of dissolving Ethyl-2-arylhydrazono-3-oxobutyrate in glacial acetic acid; adding phenoxy acetic acid to a solution
of phenoxy acetic acid carbohydrazide in glacial acetic acid to obtain a reaction mixture; and refluxing the reaction mixture to obtain
pyrazolones.

(19) INDIA
(54) Title of the invention : IOT FIRE SENSOR AND IOT SMART SAFETY MANAGEMENT SYSTEM
1)Mrs. V. A. Velvizhi
Address of Applicant :Associate Professor, Sri Sai Ram Engineering College,
Sai Leo Nagar, West Tambaram, Chennai - 600044 ----------- -----------
2)S.Venkata Meena
3)Raghavendra Prabhu S
4)Mr. I.Cephas
5)Dr. B. Selvalakshmi
6)Ms. K.Charulatha
7)Mrs. M. S. Vinmathi
:G06N0020000000, G08B0017000000, Name of Applicant : NA
G08B0017120000, H04L0067120000,
G08B0025000000
1)Mrs. V. A. Velvizhi
(86) International Address of Applicant :Associate Professor, Sri Sai Ram Engineering College, Sai
:NA
Application No Leo Nagar, West Tambaram, Chennai - 600044 ----------- -----------
:NA 2)S.Venkata Meena
Filing Date
Address of Applicant :Assistant Professor, Avanthi Institute of Engineering and
(87) International
: NA Technology, Cherukupally (Village), Near Tagarapuvalasa Bridge, Vizianagaram
Publication No (Dist.)-531162 ----------- -----------
(61) Patent of Addition 3)Raghavendra Prabhu S
:NA Address of Applicant :Assistant Professor, Bannari Amman Institute of
:NA Technology, Sathyamangalam, Erode District - 638401 ----------- -----------
Filing Date
4)Mr. I.Cephas
(62) Divisional to Address of Applicant :Assistant Professor, St.Joseph's Institute of Technology,
:NA
Application Number OMR, Chennai - 600119 ----------- -----------
:NA 5)Dr. B. Selvalakshmi
Filing Date
Address of Applicant :Assistant Professor, Department of CSE, Tagore
Engineering College, Rathinamangalam, Chennai ----------- -----------
6)Ms. K.Charulatha
Address of Applicant :Assistant Professor, Department of Artificial Intelligence
and Data Science, Panimalar Engineering College, Bangalore Trunk Road,
Varadharajapuram, Ponnamallee, Chennai - 600123 ----------- -----------
7)Mrs. M. S. Vinmathi
Address of Applicant :Professor, Department of CSE, Panimalar Engineering
College, Bangalore Trunk Road, Poonnamallee, Chennai - 600123, Tamil Nadu ---
-------- -----------
(57) Abstract :
[028] The invention presents an IoT fire sensor and IoT smart safety management system. The present invention comprising of
collecting real-time sensor data from multiple IoT Fire Sensors, processing the sensor data to identify the occurrence of fire-related
incidents, generating timely alerts and notifications upon detecting fire events. Enabling remote monitoring and control through a user
interface and utilizing machine learning to forecast fire risks and offer preventive suggestions. The user interface comprises a mobile
application and a web-based portal designed for real-time monitoring and user engagement with the system and the machine learning
module utilizes predictive analytics to foresee fire threats by analysing both historical and real-time data Accompanied Drawing [FIG.
1-2]

(19) INDIA
(54) Title of the invention : PORTABLE SOLAR WATER BOTTLE
1)Ramesh Kurbet
Address of Applicant :Plot no: 2546, BUDA layout, Ramateerth Nagar,
Belagavi-590016 ----------- -----------
2)Siddesh Kumar N M
3)Shivarudrayya I Dharawadmath
4)Pradumna Kalal
5)Darshan Gowda S G
6)Prakash K Sonwalkar
7)Vikas C M
8)Promod Kumar B M
9)M M Aatifulla Baig
10)Yogendra D
11)Sushma K
12)Rakshitha M N
13)Chetan C Jadhav
1)Ramesh Kurbet
Address of Applicant :Plot no: 2546, BUDA layout, Ramateerth Nagar, Belagavi-
590016 ----------- -----------
2)Siddesh Kumar N M
Address of Applicant :Jayanagara B Block, SS Hospital road, Davangere -----------
:A47J27/21, A47J41/02, C02F1/14,
(51) International classification -----------
C02F1/32
3)Shivarudrayya I Dharawadmath
Address of Applicant :kakhandki , Vijayapura 586113 ----------- -----------
Filing Date :NA
4)Pradumna Kalal
Address of Applicant :#319, 2nd floor, 19th main, behind Ganesh temple, near kd
:NA circle, vijayanagar 2nd stage, Mysore 570017 ----------- -----------
Number
:NA 5)Darshan Gowda S G
Filing Date
Address of Applicant :No 32 , Shyanuboganahalli, kutagal post and hoballi,
Ramanagara taluk and district -562159 ----------- -----------
Filing Date :NA
6)Prakash K Sonwalkar
Address of Applicant :Associate Professor, Department of Computer Science and
Engineering, Jain College of Engineering, Belagavi-590014 ----------- -----------
7)Vikas C M
Address of Applicant :Mandya Karnataka ----------- -----------
8)Promod Kumar B M
Address of Applicant :Assistant Professor, Department of Computer Science &
Engineering PES College of Engineering, Mandya ----------- -----------
9)M M Aatifulla Baig
Address of Applicant :PES College of Engineering Mandya Karnataka ----------- ---
--------
10)Yogendra D
Address of Applicant :Foreman Department of Electrical and electronics
engineering,PES college of engineering Mandya. 571401 ----------- -----------
11)Sushma K
Address of Applicant :Lecturer Department of Electrical and electronics
engineering,BET polytechnic Bharathi Nagar, Maddur taluk Mandya Dist 571422 -
---------- -----------
12)Rakshitha M N
Address of Applicant :#830, 2nd Cross, Azad Nagar, Shankarmata, Mandya -
571401 ----------- -----------
13)Chetan C Jadhav
Address of Applicant :Assistant Professor, School of Mechanical Engineering,
KLE Technological University Hubballi-580031 ----------- -----------
(57) Abstract :
The instant solar water bottle technology used in the current product helps individuals live healthier lives. The bottle is intended to provide people with clean water and
to boil water. It has a solar cell that boils the water and a UV light with a wavelength of 253 nm that purifies the water. People are not harmed by these UV radiation.
People's time is saved, and their way of life is also improved. This device has several benefits, like being time and money-saving and providing clean water. This patent
explains how the solar water bottle operates, the components it uses, its benefits, and relevant previous art.

(19) INDIA
(54) Title of the invention : AN AERODYNAMIC WING ELEMENT
:B64C3/14, 1)CREARE SILVA PRIVATE LIMITED
F03D5/00 Address of Applicant :9015 NISARGA NILAYA SECOND
(86) International Application No :NA FLOOR, GANGAMMA GUDI ROAD HOSKOTE, HOSKOTE,
Filing Date :NA HOSKOTE BENGALORE RURAL PIN CODE-562114
(87) International Publication No : NA KARNATAKA Bagalore ----------- -----------
(61) Patent of Addition to Application Name of Applicant : NA
:NA
Number Address of Applicant : NA
:NA
(62) Divisional to Application Number :NA 1)TEJAS M
Filing Date :NA Address of Applicant :NALURU, HANAMANAHALLI KOLAR
PIN CODE--563127 KARNATAKA KOLAR ----------- -----------
(57) Abstract :
AN AERODYNAMIC WING ELEMENT The present invention describes an aerodynamic wing element. The aerodynamic wing
element comprises a first edge and a second edge. The first edge is having sequential, rounded tubercles forming a plurality of curves
along the first edge. The second edge is having sequential, jagged serrated teeth along the second edge. The tubercles are configured to
extend along a first defined portion of a length of the aerodynamic wing element at the first edge. The serrated teeth is configured to
extend along a second defined portion of the length of the aerodynamic wing element at the second edge. Figure 1B

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF FIBER REINFORCED CEMENT MORTAR FOR SUSTAINABLE
CONSTRUCTION IN INDIA
1)PRADEEPA S
Civil Engineering, Sir M Visvesvaraya Institute of Technology,
Bangalore- 562157, Karnataka, India Bangalore ----------- ----------
-
2)ANITHA J
3)RAMYA N
4)K V R PRASAD
:C08J0005040000, H01B0001240000, Name of Applicant : NA
(51) International
C04B0028040000, C04B0014380000, Address of Applicant : NA
classification
C08K0007060000 (72)Name of Inventor :
(86) International 1)PRADEEPA S
:NA
Application No Address of Applicant :Assistant Professor, Department of Civil
:NA
Filing Date Engineering, Sir M Visvesvaraya Institute of Technology,
(87) International Bangalore- 562157, Karnataka, India Bangalore ----------- ----------
: NA
Publication No -
(61) Patent of Addition 2)ANITHA J
:NA
to Application Number Address of Applicant :Assistant Professor, Department of Civil
:NA
Filing Date Engineering, Sir M Visvesvaraya Institute of Technology,
(62) Divisional to Bangalore- 562157, Karnataka, India Bangalore ----------- ----------
:NA
Application Number -
:NA
Filing Date 3)RAMYA N
Address of Applicant :Assistant Professor, Department of Civil
Engineering, Sir M Visvesvaraya Institute of Technology,
-
4)K V R PRASAD
Address of Applicant :Associate Professor, Department of Civil
Engineering, Sir M Visvesvaraya Institute of Technology,
-
(57) Abstract :
DEVELOPMENT OF FIBER REINFORCED CEMENT MORTAR FOR SUSTAINABLE CONSTRUCTION IN INDIA The present
invention relates to development of fiber reinforced cement mortar for sustainable construction in India. Cement-based composites are
generally non-conductors with high electrical resistivity, but they can be used as conductors by incorporating conductive materials.
The results showed that the addition of steel fibers slightly decreased the relative flow value, whereas the incorporation of carbon
fibers is very disadvantageous in terms of fluidity due to the fiber ball phenomenon. The unit weight of mixture containing carbon
fibers was somewhat decreased, whereas the changes in the amount of air contents were relatively insignificant regardless of the fiber
volume fractions. The flexural strength of conductive carbon fiber-reinforced cement mortar (CFRCM) and steel fiber-reinforced
cement mortar (SFRCM) was significantly improved compared to that of plain mortar (PM). The compressive strength of CFRCM
decreased significantly as the volume fraction of carbon fibers increased. Figure of abstract: FIG. 1

(19) INDIA
(54) Title of the invention : DEHUMIDIFIER WITH INTELLIGENT FEATURES FOR AUTOMOTIVE USE
1)D.Govindarasan
Address of Applicant :Assistant Professor Department of Mechanical
Engineering, AVS Engineering College, Salem ----------- -----------
2)S.Veerakumar
3)Gulja S Nair
4)Dr.R.Vasanthi
5)S.ManojKumar
6)Dr.R.Silambarasan
7)VetrivelKumar K
8)Jegan M M
9)Dr.M.ArunKumar
:G01N0033000000, B60H0001000000, 1)S.ManojKumar
(51) International
B60W0040080000, G08B0021060000, Address of Applicant :Assistant Professor Department of Mechatronics
classification
H04L0001180000 Engineering, Hindusthan College of Engineering and Technology Coimbatore-
(86) International 641032 ----------- -----------
:NA 2)Dr.M.ArunKumar
Application No Address of Applicant :Associate Professor, Department of Mechatronics
:NA
Filing Date Engineering, Hindusthan College of Engineering and Technology, Coimbatore -----
(87) International ------ -----------
: NA 3)D.Govindarasan
Publication No
Address of Applicant :Assistant Professor Department of Mechanical Engineering,
(61) Patent of Addition AVS Engineering College, Salem ----------- -----------
:NA
to Application Number 4)VetrivelKumar K
:NA
Filing Date Address of Applicant :Professor, Department of Mechanical Engineering,
(62) Divisional to Dhanalakshmi Srinivasan College of Engineering, Coimbatore ----------- -----------
:NA 5)S.Veerakumar
Application Number Address of Applicant :Assistant Professor, Department of Mechanical Engineering,
:NA
Filing Date Sri Ramakrishna Institute of Technology, Coimbatore ----------- -----------
6)Dr.R.Vasanthi
Address of Applicant :Assistant Professor/Senior Grade, Department of
Agricultural Engineering, Kalaignar Karunanidhi Institute Of Technology,
Coimbatore ----------- -----------
7)Dr.R.Silambarasan
Engineering, Annapoorana Engineering College, ----------- -----------
8)Jegan M M
Address of Applicant :Assistant Professor Department of Mechatronics
Engineering, Hindusthan College of Engineering and Technology Coimbatore-
641032 ----------- -----------
9)Gulja S Nair
Address of Applicant :Assistant Professor(SG), Department of Agricultural
Engineering, Nehru Institute of Technology, Coimbatore ----------- -----------
(57) Abstract :
The development of methods to monitor and enhance the quality of the air within the cabin. Truck drivers often work long hours and
sometimes in hazardous areas, such as mines, due to the nature of their job. The driver's state of health and attention while they are
behind the wheel are critical factors in preventing accidents at the job site. There are instances when the air quality within the cabin
gets worse, and this may cause the driver to get fatigued. Can you come up with solutions that can detect the air quality level within
the cabin and enhance it, while at the same time informing the driver and fleet management about the oxygen level? If so, we would
be very interested in hearing about them.

(19) INDIA
(54) Title of the invention : IOT-BASED DEEP LEARNING SYSTEM FOR REAL-TIME DETECTION OF ROAD SURFACE
DEFECTS FOR SMART CITY
1)CVR College Of Engineering,Hyderabad
Address of Applicant :CVR College of Engineering, Vastunagar,
Mangalpalli (V), Ibrahimpatnam (M), Rangareddy (D)- 501 510
Telangana, India Hyderabad ----------- -----------
1)Dr.K.Sankar, CVR College of Engineering
Address of Applicant :Associate Professor, Dept of CSE-Emerging
:G06N0003080000, H04L0067120000, Technologies -Data Science, CVR College of Engineering, Vastunagar,
(51) International
G06N0020000000, E01C0023060000, Mangalpalli (V), Ibrahimpatnam (M), Rangareddy (D)- 501 510
classification
E01C0011000000 Telangana, India Hyderabad ----------- -----------
(86) International 2)Dr.Divya Rohatgi, Bharati Vidyapeeth Deemed to be University
:NA
Application No Address of Applicant :Associate Professor, Dept. of CSE – Bharati
:NA
Filing Date Vidyapeeth Deemed to be University, Department of Engineering and
(87) International Technology, Navi Mumbai Maharashtra, India Navi Mumbai ----------- ---
: NA
(61) Patent of Addition 3)Mr.Giri Babu K, CVR College of Engineering
:NA
to Application Number Address of Applicant :Assistant Professor, Dept of Computer Science and
:NA
Filing Date Engineering, CVR College of Engineering, Vastu nagar, Mangalpalli (V),
(62) Divisional to Ibrahimpatnam (M), Rangareddy (D)- 501 510 Telangana, India
:NA
Application Number Hyderabad ----------- -----------
:NA
Filing Date 4)Mrs Arava Nagasri, CVR College of Engineering
Address of Applicant :Assistant Professor, Dept of CSE-Data Science,
CVR College of Engineering Vastunagar, Mangalpalli (V),
Ibrahimpatnam (M), Rangareddy (D)- 501 510 Telangana, India
Hyderabad ----------- -----------
5)Dr.A.Marimuthu, Government Arts & Science College,
Mettupalayam, Coimbatore
Address of Applicant :Associate Professor & Head, Department of
Computer Science, Government Arts & Science College, Mettupalayam,
Coimbatore – 641 104, Tamilnadu, India Mettupalayam ----------- ---------
--
(57) Abstract :
This invention discloses a system and method for automatic detection of road cracks and potholes using deep learning and IoT sensors. The system
comprises a plurality of IoT sensors deployed on a road surface, a deep learning model trained to detect road cracks and potholes from images
captured by the IoT sensors, and a central processing unit (CPU) that receives the images from the IoT sensors and processes them using the deep
learning model to generate detections of road cracks and potholes. The system is able to detect road cracks and potholes in real time and can be used
to alert road maintenance authorities to the location and severity of damage so that repairs can be made promptly. Both developing and developed
countries are concerned about the effects of asphalt pavement distresses on the efficiency of everyday commutes. Since potholes can cause serious
damage to vehicles and people and increase the risk of accidents, they have been the subject of a great deal of study. This effort is designed to
explore the capabilities of deep learning models and install three exceptional deep learning models on edge devices for pothole identification. In this
study, we use a Raspberry Pi equipped with an artificial intelligence kit (OAK-D) as an edge platform for pothole identification. Several cutting-edge
deep learning models and object recognition frameworks are compared in terms of their real-time performance when it comes to spotting potholes.
The experimentation is performed on an image dataset with pothole in varied road conditions and illumination variations as well as on real-time
video acquired by a moving vehicle.

(19) INDIA
(54) Title of the invention : A SYSTEM WITH METHOD OF USING AI TO AUTOMATE THE PROCESS OF LEGAL
RESEARCH AND DOCUMENT REVIEW AND THERE OF
:G06Q0050180000, G06N0020000000, 1)Addepalli Lavanya
(51) International
G06N0003040000, G06F0016930000, Address of Applicant :7-33, Siddhartha Nagar, Dammaiguda,
classification
G16H0010600000 Via Nagaram Post. ECIL ----------- -----------
:NA
:NA
(87) International 1)Dr Sunitha Kanipakam
: NA
Publication No Address of Applicant :Sri Padmavati Mahila Visvavidyalayam
(61) Patent of Addition (women’s university), Tirupati -2, AP Tirupati ----------- -----------
:NA
to Application Number 2)Tulasi Kavarakuntla
:NA
Filing Date Address of Applicant :44 Danes road Fallowfield Manchester
(62) Divisional to United Kingdom ----------- -----------
:NA
Application Number 3)Sarada Meduri
:NA
Filing Date Address of Applicant :Sri Padmavati Mahila Visvavidyalayam
Tirupati AP Tirupati ----------- -----------
(57) Abstract :
The present invention relates to a comprehensive artificial intelligence system designed to automate and refine the processes of legal
research and document review. This system utilizes advanced machine learning algorithms, including natural language processing and
pattern recognition, to understand and analyze legal texts and case law with unprecedented speed and accuracy. The AI-powered tool
streamlines the sifting through extensive legal databases, automatically categorizes relevant information, and identifies pertinent legal
precedents and statutes. It is equipped to handle complex queries, provide summaries of legal arguments, and predict potential
outcomes based on historical data trends. Moreover, the system features an intuitive interface that allows legal professionals to interact
seamlessly with the AI, facilitating a more efficient review process that enhances productivity and decision-making in legal
proceedings. The invention thus represents a significant technological advancement in the field of legal informatics, offering a robust
solution to the challenges posed by the ever-increasing volume and complexity of legal documentation.

(19) INDIA
(54) Title of the invention : SECURE AND EFFICIENT HOSTEL MANAGEMENT AUTOMATED SEET SYSTEM WITH FACE
RECOGNITION
1)ANUSHREE RAJ
Address of Applicant :DEPARTMENT OF INFORMATION
:A01K0029000000, G07C0009370000, TECHNOLOGY ALOYSIUS INSTITUTE OF MANAGEMENT
(51) International
G07C0009000000, G08B0021220000, AND IT KOTEKAR, BEERI, MANGALORE ----------- -----------
classification
A61B0005000000 2)Aloysius Institute of Management and IT
:NA
:NA
(87) International 1)ANUSHREE RAJ
: NA
Publication No Address of Applicant :DEPARTMENT OF INFORMATION
(61) Patent of Addition TECHNOLOGY ALOYSIUS INSTITUTE OF MANAGEMENT
:NA
to Application Number AND IT KOTEKAR, BEERI, MANGALORE ----------- -----------
:NA
Filing Date 2)Prof. Pallavi M O
(62) Divisional to Address of Applicant :Assistant Professor MCA department
:NA
Application Number Acharya Institute of Technology, Bangalore Mangalore ----------- -
:NA
Filing Date ----------
3)Kunal K
Address of Applicant :BE Student R V University Bangalore
Mangalore ----------- -----------
(57) Abstract :
A hostel management system with face recognition is a system that uses face recognition technology to identify and track students
entering and exiting a hostel. The system can help to improve the security and efficiency of hostel management, and it can also be
used to improve the student experience. The system typically includes a camera mounted at the entrance of the hostel. The camera
captures images of students as they enter and exit the hostel. The images are then compared to a database of registered student faces. If
a match is found, the system identifies the student and grants them access to the hostel. If a match is not found, the system denies
access to the hostel and may send an alert to the hostel staff. The system can also be used to track the movement of students within the
hostel. This information can be used to improve the security of the hostel and to ensure that students are safe and secure. For example,
the system can be used to send an alert to the hostel staff if a student does not return to the hostel within a predetermined period of
time. The hostel management system with face recognition is a promising technology with the potential to significantly improve the
security, efficiency, and student experience of hostels

(19) INDIA
(54) Title of the invention : SYNTHESIS AND CHARACTERIZATION OF CONDUCTING POLYMER NANOSTRUCTURES
AND THEIR APPLICATION
1)Dr. K.ANANTHAKUMAR
Address of Applicant :ASSOCIATE PROFESSOR DEPARTMENT OF MECHANICAL
ENGINEERING,KARPAGAM COLLEGE OF ENGINEERING, COIMBATORE,TAMILNADU-641032 ----
------- -----------
2)Dr. T ARUN NELLAIAPPAN
3)Dr. M SATTHIYARAJU
4)Mr.R. NAVEEN RAJ
5)Mr.R.PADMESH
6)Mr.E.ARUN
7)Mr.S.S.NITHISH
8)Mr.V.ROHITH
9)Mr.M.PARANAV
10)Mr.M.VEERAMANIKANDAN
1)Dr. K.ANANTHAKUMAR
Address of Applicant :ASSOCIATE PROFESSOR DEPARTMENT OF MECHANICAL
ENGINEERING,KARPAGAM COLLEGE OF ENGINEERING, COIMBATORE,TAMILNADU-641032 ----
:H01B0001120000, H01L0051500000, G01N0005040000,
(51) International classification ------- -----------
C08G0073060000, H01G0011480000
2)Dr. T ARUN NELLAIAPPAN
Address of Applicant :ASSISTANT PROFESSOR DEPARTMENT OF MECHANICAL ENGINEERING,
Filing Date :NA
SRM TRP ENGINEERING COLLEGE, TIRUCHIRAPPALLI , TAMILNADU -621105 ----------- -----------
3)Dr. M SATTHIYARAJU
:NA Address of Applicant :ASSISTANT PROFESSOR DEPARTMENT OF MECHANICAL ENGINEERING,
Application Number
:NA KATHIR COLLEGE OF ENGINEERING,COIMBATORE,TAMILNADU - 641062I ----------- -----------
Filing Date
4)Mr.R. NAVEEN RAJ
:NA Address of Applicant :ASSISTANT PROFESSOR DEPARTMENT OF MECHANICAL
Number
:NA ENGINEERING,KARPAGAM COLLEGE OF ENGINEERING, COIMBATORE,TAMILNADU-641032 ----
Filing Date
------- -----------
5)Mr.R.PADMESH
Address of Applicant :PG STUDENT,ENGINEERING DESIGN DEPARTMENT OF MECHANICAL
ENGINEERING AMIRTHA SCHOOL OF ENGINEERING, COIMBATORE,TAMILNADU-641112 ---------
-- -----------
6)Mr.E.ARUN
Address of Applicant :DEPARTMENT OF MECHANICAL ENGINEERING,KARPAGAM COLLEGE OF
ENGINEERING, COIMBATORE,TAMILNADU-641032 ----------- -----------
7)Mr.S.S.NITHISH
8)Mr.V.ROHITH
9)Mr.M.PARANAV
10)Mr.M.VEERAMANIKANDAN
(57) Abstract :
ABSTRACT SYNTHESIS AND CHARACTERIZATION OF CONDUCTING POLYMER NANOSTRUCTURES AND THEIR APPLICATION The present invention invo lves union of nanoparticle measured Polypyrrole
(PPY) (50 to 60 nm) by minimal expense, climate agreeable, reproducible and dissolvable free strategy. This polymer was doped with hydrochloric corrosive (dopant) in various molar proportions and portrayed by
Thermogravimetric Examination (TGA), Differential Filtering Calorimetry (DSC) and Bright apparent (UV-Vis). The electrical conductivity of the pelletized PPY was estimated. It was observed that electrical conductivity of
this polymer was expanded from 10 to 80 S/cm with 3 M doped PPY. The counter consumption properties were broke down by getting ready homogenous scattering of PPY in adaptable PMMA sap. Four mixes were ready
by adding 2 % and 2.5 % of 3 M and 4 M doped PPY in PMMA tar. These mixes were applied on gentle steel by fume affidavit method and restored at 90 ?C and 180 ?C for 32 h. The coatings were scratched with the
assistance of a blade and tried through salt shower strategy for 600 h in 4.5 % NaCl arrangement. The covering with 2.5 % 3 M doped PPY showed fantastic enemy of erosion properties.

(19) INDIA
(54) Title of the invention : THE IMPLEMENTATION OF IOT IN GREENHOUSE FARMING: PROTOCOLS AND
APPLICATIONS OF ENABLING TECHNOLOGIES
1)Ms.Naru Divya Jyothi
Address of Applicant :Assistant Professor, Malla Reddy College Of Engineering, Maisammaguda, Dulapally, Secunderabad, Pin:500100 Telangana, India. ---------
-- -----------
2)Dr.Usha S. M
3)Dr. D Khalandar Basha
:G06Q0050020000, G06Q0030020000, 4)Dr. Ayesha Riyajuddin Mujawar
(51) International 5)Dr.S.Sakthivel Padaiyatchi
G06Q0050200000, A01G0025160000, 6)P.Uppiliraja
classification 7)Mr. Nitin B. Raut

8)Dr. Rajesh B. Survase
G06F0016953500 9)A.Stephen Rufus
10)S. Gopalakrishnan
(86) International 11)Dr. Harikumar Pallathadka

:NA 1)Ms.Naru Divya Jyothi
Filing Date Address of Applicant :Assistant Professor, Malla Reddy College Of Engineering, Maisammaguda, Dulapally, Secunderabad, Pin:500100 Telangana, India. ----------- --
---------
2)Dr.Usha S. M
(87) International Address of Applicant :Associate Professor, Jss Academy Of Technical Education, Bengaluru, Pin: 560060, Karnataka, India. ----------- -----------
: NA 3)Dr. D Khalandar Basha
Publication No Address of Applicant :Associate Professor, Institute Of Aeronautical Engineering, Dundigal, Hyderabad, Medchal Pin:500 043, Telangana, India. ----------- -----------
4)Dr. Ayesha Riyajuddin Mujawar
Address of Applicant :Assistant Professor, Bharati Vidyapeeth ( Deemed To Be University ) Institute Of Management And Rural Development Administration,
(61) Patent of Addition Rajwada Chowk, Sangli, Pin: 416416, Maharashtra, India. ----------- -----------
:NA 5)Dr.S.Sakthivel Padaiyatchi
to Application Number Address of Applicant :Professor, Department Of Electrical And Electronics Engineering, Nehru Institute Of Engineering And Technology, Thirumalaiyampalayam,
Coimbatore, Pin: 641 105. Tamil Nadu, India. ----------- -----------
:NA 6)P.Uppiliraja
Filing Date Address of Applicant :Assistant Professor, K.Ramakrishnan College Of Technology, Samayapuram, Trichy, Pin: 621112, Tamilnadu, India. ----------- -----------
7)Mr. Nitin B. Raut
(62) Divisional to Address of Applicant :Assistant Professor, Kpr Institute Of Engineering , Avinashi Road, Coimbatore, Pin: 641403, Tamilnadu, India. ----------- -----------
:NA Address of Applicant :Assistant Professor, Department Of Earth Science- Geography, E. S. Divekar College Varvand, Pune, Pin:412215, Maharashtra, India. -----------
Application Number -----------
:NA 9)A.Stephen Rufus
Filing Date Address of Applicant :Assistant Professor, Sns College Of Technology, Sns Kalvi Nagar, Sathy Main Road, Nh-209, Vazhiyampalayam, Saravanampatti, Coimbatore,
Pin:641035, Tamilnadu, India. ----------- -----------
10)S. Gopalakrishnan
Address of Applicant :Assistant Professor, Sns College Of Technology, Sns Kalvi Nagar, Sathy Main Road, Nh-209, Vazhiyampalayam, Saravanampatti, Coimbatore,
Pin:641035, Tamilnadu, India. ----------- -----------
Address of Applicant :Director And Professor, Manipur International University, Ghari, Imphal, Imphal West, Pin: 795140, Manipur, India. ----------- -----------
(57) Abstract :
THE IMPLEMENTATION OF IOT IN GREENHOUSE FARMING: PROTOCOLS AND APPLICATIONS OF ENABLING TECHNOLOGIES
ABSTRACT: In the big data environment, we develop personalized information of college libraries based on big data from three aspects: the overall
architecture of the system model, the functional model of the system, and the design of system interface modules according to the design principles
and requirements of the personalized information service system of the university library Service system design. In terms of the functional design of
the platform, the service platform is divided into four levels: accurate identification of user needs based on big data, personalized customized services
based on artificial intelligence, academic research and discussion space based on integrated media, and fine-grained subject resource aggregation
based on knowledge. On this basis, a centralized model of individualized services of university libraries including internal and external personnel,
information resources, technology, services, processes, platforms, and environment has been constructed Arti?cial intelligence (AI) is one of the
emerging trends and applications of computing in libraries. It involves programming computers to do things, which if done by humans, would be said
to require intelligence. The ultimate promise of arti?cial intelligence in libraries is to develop computer systems or machines that think, behave, and
in fact rival human intelligence, and this clearly has major implications on librarianship. The application of arti?cial intelligence in the library has
become pervasive. They include expert systems for reference services, book reading and shelf-reading robots, virtual reality for immersive learning
among others. Although the incorporation of arti?cial intelligence in libraries can be perceived to alienate librarians from their users, it will probably
help libraries do more rather than taking over the jobs of librarians. It will enhance their services delivery. Arti?cial intelligence will greatly improve
library operations and services and will upgrade and heighten the relevance of libraries in an ever-changing digital society In modern times, wireless
communication is increasingly replacing the cumbersome cable method in smart agriculture, as it is easier to install and administer. This study
presents a novel design for an Internet of Things (IoT) application in a greenhouse. The design incorporates many technologies to propose a new
model for the practical execution of the IoT concept. The primary concept is to enhance the productivity of vegetables, fruits, and crops by
employing advanced technologies. The proposed Internet of Things (IoT) based smart greenhouse farming system utilises sensor elements to monitor
crucial aspects such as temperature, humidity, soil moisture, and light. It then warns users through a mobile application. The sensor values displayed
on the GSM module can be utilised for the analysis of agricultural data. Authenticated mobile application development enables remote monitoring of
parameters from any location.

(19) INDIA
(54) Title of the invention : ARTIFICIAL INTELLIGENCE AND IOT BASED SELF-DRIVING CAR FOR PATH PLANNING
AND ROAD LANE DETECTION WITH IMPROVED CANNY EDGES FOR SELF-DRIVING CARS IN DYNAMIC
ENVIRONMENT
1)L Sudha Rani
Address of Applicant :Assistant Professor , Department of Computer science and Engineering , G Pulla
Reddy Engineering college, Kurnool,518007,Andhra pradesh,India. ----------- -----------
2)Ms. Y.saroja
3)Dr. Seshu Kumar Manchikanti
4)Dr. Ashok Koujalagi
5)Dr Nishant Yadav
6)Mr. S.Revanth Babu
7)G Mahesh Kumar
8)Dr. Vasanth K R
9)Amit Prakash
10)Dr. Sujankumar Patel
1)L Sudha Rani
Address of Applicant :Assistant Professor , Department of Computer science and Engineering , G Pulla Reddy
Engineering college, Kurnool,518007,Andhra pradesh,India. ----------- -----------
:G05D0001020000, G06N0003080000, G06N0003040000,
(51) International classification 2)Ms. Y.saroja
G08G0001010000, G05D0001000000
Address of Applicant :Assistant Professor, Department of Computer science and engineering, Annamacharya
Institute of Technology and Sciences , Tirupati Andhra Pradesh India ----------- -----------
Filing Date :NA
3)Dr. Seshu Kumar Manchikanti
Address of Applicant :Assistant Professor, Department of Physics, Sri Sadhana Degree College, J.N.Colony,
:NA Markapuram, Pincode 523316. Prakasam Andhra Pradesh India ----------- -----------
Application Number
:NA 4)Dr. Ashok Koujalagi
Filing Date
Address of Applicant :Assistant Professor Department of Computer science and Engineering, Godavari
:NA Institute of Engineering and Technology (Autonomous), NH-16, Chaitanya Knowledge City,
Number
:NA Rajamahendravaram, East Godavari, Andhra Pradesh 533296 India ----------- -----------
Filing Date
5)Dr Nishant Yadav
Address of Applicant :Associate Professor, Department of Civil Engineering, Bhilai Institute of Technology,
Durg, Chhattisgarh India ----------- -----------
6)Mr. S.Revanth Babu
Address of Applicant :Assistant Professor, Department of Computer science and engineering, Annamacharya
Institute of Technology and Sciences, Tirupati Andhra Pradesh India ----------- -----------
7)G Mahesh Kumar
Address of Applicant :Assistant professor, Department of Chemistry, Institute of Aeronautical Engineering,
Hyderabad Telangana 500043 India ----------- -----------
8)Dr. Vasanth K R
Address of Applicant :Assistant Professor, Department of Mathematics, NMAM Institute of Technology, Nitte
(Deemed to be University) Udupi Karnataka, India ----------- -----------
9)Amit Prakash
Address of Applicant :Research Scholar, Department of Civil Engineering, Bit Mesra, Ranchi Jharkahnd India
----------- -----------
10)Dr. Sujankumar Patel
Address of Applicant :Associate Professor, Department of Education, Madhav University NH-27, Opp.Banas
River Bridge, Post office-Bharja,Tehsil-Pindwara. Abu Road-307026 Sirohi Rajasthan India ----------- ----------
-
(57) Abstract :
Artificial Intelligence and IoT based Self-driving car for path planning and Road Lane detection with improved canny edges for self-driving cars in dynamic environment Abstract: The advancement in autos has experienced a
significant transition from human-operated vehicles to vehicles equipped with self-driving capabilities. Self-driving cars, which are currently a significant point of interest, must also prioritise concerns such as privacy, energy
efficiency, traffic management, environmental impact, and road safety. Attaining optimal road safety is an unattainable objective, given the escalating number of cars and the global human population. The article proposes
measures to enhance the safety of self-driving cars equipped with artificial intelligence processors. The objective of the project is to create a scaled-down autonomous vehicle using Internet of Things (IoT) technology,
specifically Raspberry Pi. The vehicle will utilise a high-resolution Pi camera to gather the required data. The Raspberry Pi will then analyse this data using neural network and machine learning algorithms, enabling it to
identify road lanes, traffic lights, and make appropriate turns based on this information. Furthermore, the automobile has the capability to surpass other vehicles when it comes into an obstacle, signalled by the suitable LED
signals. Automated driving initiative. The research centres on developing a prototype of a self-driving vehicle rather than addressing issues related to automobiles and traffic congestion. The project commences with
constructing the hardware, followed by employing image processing techniques for signal detection using machine learning (specifically, Convolutional Neural Networks). Additionally, numerical methods will be utilised for
object detection in order to determine the distances between objects. Finally, all functions will be tested using the models. Utilising many cameras and sensors can enhance the precision. To prevent future traffic congestion, a
system can be developed wherein each car is interconnected with nearby vehicles. The ultimate objective of this research is to mitigate traffic accidents and safeguard human lives.

(19) INDIA
(54) Title of the invention : INTEGRATED SMART HOME MANAGEMENT SYSTEM WITH PREDICTIVE MAINTENANCE AI
1)Dr. A. Ponmana Selvan
Address of Applicant :Assistant Professor (SG), Department of
Mathematics, Rajalakshmi Engineering College, Thandalam,
Chennai - 602105, Tamil Nadu, India ----------- -----------
2)Dr. K.Venkatesh
3)Dr. P. Anbarasan
4)G.Sujatha
:G05B0015020000, H04L0012280000, Name of Applicant : NA
(51) International
G05B0019418000, G06N0020000000, Address of Applicant : NA
classification
(86) International 1)Dr. A. Ponmana Selvan
:NA
Application No Address of Applicant :Assistant Professor (SG), Department of
:NA
Filing Date Mathematics, Rajalakshmi Engineering College, Thandalam,
(87) International Chennai - 602105, Tamil Nadu, India ----------- -----------
: NA
Publication No 2)Dr. K.Venkatesh
(61) Patent of Addition Address of Applicant :Associate Professor, Department of
:NA
to Application Number Networking and Communications, School of Computing, College
:NA
Filing Date of Engineering and Technology, SRM Institute of Science and
(62) Divisional to Technology, 603203 ----------- -----------
:NA
Application Number 3)Dr. P. Anbarasan
:NA
Filing Date Address of Applicant :Assistant Professor, Department of EEE, St.
Joseph's College of Engineering, OMR, Chennai - 600119 ---------
-- -----------
4)G.Sujatha
Address of Applicant :Department of Networking and
Communications, School of Computing, College of Engineering
and Technology, Faculty of Engineering and Technology, SRM
Institute of Science and Technology, Chennai, India ----------- -----
------
(57) Abstract :
An integrated smart home management system comprises an artificial intelligence (AI) engine for predictive maintenance across a
network of interconnected smart devices and home systems. The AI engine analyses operational data, learns from usage patterns, and
anticipates maintenance needs, while optimizing energy consumption and enhancing security measures. The system provides an
intuitive user interface for homeowner interaction and operates with a high degree of data privacy and security. This invention offers a
comprehensive and proactive approach to home management, energy efficiency, and predictive maintenance, adapting to homeowner
behavior and preferences for a seamless smart home experience.

(19) INDIA
(54) Title of the invention : PORTABLE DOUGH SQUEEZING APPARATUS
1)Kiran Christopher
Mechanical Engineering, Mar Athanasius College of Engineering,
Kothamangalam.. Kothamangalam ----------- -----------
2)Joseph George
3)Makarand S
:A21C11/16, A21C11/18 ,
(51) International classification 4)Nandana Tony
A21C5/00
Filing Date :NA
1)Kiran Christopher
Application Number
:NA Mechanical Engineering, Mar Athanasius College of Engineering,
Filing Date
Kothamangalam.. Kothamangalam ----------- -----------
:NA 2)Joseph George
Number
:NA Address of Applicant :Veliyannoorkaran(H), Puthupady P.O,
Filing Date
Muvattupuzha. Muvattupuzha ----------- -----------
3)Makarand S
Address of Applicant :Puthenpurayil(H), Valayanchirangara P.O,
Perumbavoor. Perumbavoor ----------- -----------
4)Nandana Tony
Address of Applicant :Memana(H), Pandappilly P.O,
Muvattupuzha. Muvattupuzha ----------- -----------
(57) Abstract :
Title: Portable Dough Squeezing Apparatus A portable electrically operated apparatus configured to dispense dough stored in a dough
cylinder 14 through the openings of an extruding mold, wherein said apparatus further features a rotating blade 9 adapted to cut the
dough that is being squeezed out through the mold into equal portions, is disclosed. The dough is squeezed out through the action of a
piston 6 adapted to move in both directions on a partially threaded shaft 1 that is turned by a DC motor. FIG.1

(19) INDIA
(54) Title of the invention : IMPROVING GLOBAL FINANCIAL MODELLING THROUGH BIG DATA ANALYTICS
1)Dr. P.VISWANATHAN
Address of Applicant :ASSISTANT PROFESSOR, COMMERCE, REVA UNIVERSITY,
KATTIGENAHALLI, YELAHANKA, BENGALURU-560064, KARNATAKA, INDIA Bengaluru -----------
-----------
2)Dr.BHARATHI. T
3)Dr.H.PUNITHAVATHY
4)Dr.R.ARUN
5)Dr. GANESH RAMESH TELTUMBADE
6)Ms. IBTESAAM RAIS
7)Mrs.K.KAVITHA
8)Ms. RIFA NIZAM KHAN
9)Dr.R.SENTHILKUMAR
10)Dr.S.PERUMAL
11)Mr.SHIVAM KUMAR PANDEY
12)Prof. JACOB DAVIS K
:G06Q0010060000, G06N0020000000, (72)Name of Inventor :
(51) International 1)Dr. P.VISWANATHAN
G06Q0040060000, G06Q0030020000, Address of Applicant :ASSISTANT PROFESSOR, COMMERCE, REVA UNIVERSITY,
classification KATTIGENAHALLI, YELAHANKA, BENGALURU-560064, KARNATAKA, INDIA Bengaluru -----------
G06Q0040000000 -----------
(86) International 2)Dr.BHARATHI. T
:NA Address of Applicant :ASSOCIATE PROFESSOR &HOD, BUSINESS ADMINISTRATION, INDIAN
Application No ACADEMY DEGREE COLLEGE – AUTONOMOUS, BANGALORE, KARNATAKA-560043 Bangalore ---
:NA -------- -----------
Filing Date 3)Dr.H.PUNITHAVATHY
(87) International Address of Applicant :DEPARTMENT OF B.COM IT, SRI RAMAKRISHNA COLLEGE OF ARTS &
: NA SCIENCE, COIMBATORE Coimbatore ----------- -----------
Publication No 4)Dr.R.ARUN
Address of Applicant :ASSISTANT PROFESSOR, MBA, ST.JOSEPHS COLLEGE OF ENGINEERING,
(61) Patent of Addition CHENNAI, TAMIL NADU- 600119 Chennai ----------- -----------
:NA
to Application Number 5)Dr. GANESH RAMESH TELTUMBADE
:NA Address of Applicant :ASSOCIATE PROFESSOR, MANAGEMENT, MAHATMA GANDHI
Filing Date VIDYAMANDIR'S SAMAJSHREE PRASHANTDADA HIRAY COLLEGE OF MANAGEMENT AND
TECHNOLOGY., NASHIK , MAHARASHTRA -422003 Nashik ----------- -----------
(62) Divisional to 6)Ms. IBTESAAM RAIS
:NA
Application Number Address of Applicant :ASSISTANT PROFESSOR, IOT, NOIDA INSTITUTE OF ENGINEERING AND
:NA TECHNOLOGY, GREATER NOIDA , UTTAR PRADESH, 201310, INDIA Noida ----------- -----------
Filing Date 7)Mrs.K.KAVITHA
Address of Applicant :ASSISTANT PROFESSOR, MBA, KARPAGAM COLLEGE OF ENGINEERING,
COIMBATORE, TAMILNADU - 641 032 Coimbatore ----------- -----------
Address of Applicant :ASSISTANT PROFESSOR, CSBS, NOIDA INSTITUTE OF ENGINEERING AND
TECHNOLOGY, GREATER NOIDA, UTTAR PRADESH-201310, INDIA Greater Noida ----------- -----------
9)Dr.R.SENTHILKUMAR
Address of Applicant :PROFESSOR, MECHATRONICS ENGINEERING, MUTHAYAMMAL
ENGINEERING COLLEGE, NAMAKKAL, TAMILNADU-637408 Namakkal ----------- -----------
10)Dr.S.PERUMAL
Address of Applicant :ASSISTANT PROFESSOR, MECHATRONICS ENGINEERING, MUTHAYAMMAL
ENGINEERING COLLEGE, NAMAKKAL, TAMILNADU-637408 Namakkal ----------- -----------
11)Mr.SHIVAM KUMAR PANDEY
Address of Applicant :RESEARCH SCHOLAR, SCHOOL OF INTEGRATED COASTAL AND MARITIME
SECURITY STUDIES, RASHTRIYA RAKSHA UNIVERSITY, GANDHINAGAR, GUJARAT-382305,
INDIA Gandhinagar ----------- -----------
12)Prof. JACOB DAVIS K
Address of Applicant :ASSISTANT PROFESSOR, CORPORATE SECRETARYSHIP, LOYOLA
COLLEGE, CHENNAI- TAMIL NADU- 600011 Chennai ----------- -----------
(57) Abstract :
ABSTRACT Improving global Financial modelling through big data analytics The current financial industry has become increasingly
reliant on the extensive use of data to drive the majority of decision making. Big data analytics has opened up opportunities for using
large datasets to significantly improve financial modeling. By leveraging techniques such as data engineering, machine learning,
natural language processing, and predictive analytics, financial institutions can gain deeper insights into market trends to help them
make better informed decisions. Big data analytics can be used to track consumer behavior and identify credit risks and opportunity
costs associated with different scenarios. It can also be used to assess the impact of changing regulations and market conditions on the
ecosystem. Additionally, through predictive analytics, organizations can use information collected from multiple sources to better
assess market dynamics, identify patterns and anticipate customer needs. By leveraging the power of big data analytics, organizations
can develop more accurate, up to date and granular financial projections that help pave the way for improved customer outcomes and
increased profitability.

(19) INDIA
(54) Title of the invention : THE APPLICATION OF MACHINE LEARNING ALGORITHMS IN FINANCIAL INVESTMENT
MANAGEMENT
1)Dr. R.A.AYYAPPARAJAN
Address of Applicant :HEAD OF THE DEPARTMENT, BUSINESS ADMINISTRATION, COIMBATORE, TAMIL NADU-
641042 Coimbatore ----------- -----------
2)Dr. LAKSHMI
3)Dr.V. SIVAKAMY
4)Dr. VAIBHAV RAMESH ASHAR
5)Dr. RAJESH VERMA
6)Mr. ABHINAV KATARIA
7)Ms.NEELAMGAUTAM
8)Mr.J LOGESHWARAN
9)Dr.LAKSHMISHANKERSINGH
10)Dr.R.NARMADA DEVI
11)Dr.D.VIDHYA
12)Mrs. ABIRAMI. S
1)Dr. R.A.AYYAPPARAJAN
Address of Applicant :HEAD OF THE DEPARTMENT, BUSINESS ADMINISTRATION, COIMBATORE, TAMIL NADU-
641042 Coimbatore ----------- -----------
2)Dr. LAKSHMI
:G06Q0040060000, G06N0020000000, G06Q0040040000, G06N0003080000, Address of Applicant :ASSISTANT PROFESSOR, SRM INSTITUTE OF SCIENCE AND TECHNOLOGY, CHENNAI, TAMIL
G06N0003040000 NADU-600 089 Chennai ----------- -----------
(86) International Application No :NA 3)Dr.V. SIVAKAMY
Filing Date :NA Address of Applicant :ASSISTANT PROFESSOR, MBA, SRM INSTITUTE OF SCIENCE AND TECHNOLOGY,
(87) International Publication No : NA RAMAPURAM , CHENNAI, TAMIL NADU-600089, INDIA Chennai ----------- -----------
(61) Patent of Addition to Application 4)Dr. VAIBHAV RAMESH ASHAR
:NA
Number Address of Applicant :HEAD OF DEPARTMENT , FINANCE, KES SHROFF COLLEGE OF ARTS AND COMMERCE ,
:NA
Filing Date MUMBAI , MAHARASTRA -400092 Mumbai ----------- -----------
(62) Divisional to Application Number :NA 5)Dr. RAJESH VERMA
Filing Date :NA Address of Applicant :ASSOCIATE PROFESSOR, SCHOOL OF BUSINESS & MANAGEMENT,CHRIST(DEEMED TO BE
UNIVERSITY),DELHI/NCR CAMPUS, GHAZIABAD, UTTAR PRADESH Ghaziabad ----------- -----------
6)Mr. ABHINAV KATARIA
Address of Applicant :ASSISTANT PROFESSOR, SCHOOL OF BUSINESS & MANAGEMENT,CHRIST ( DEEMED TO BE
UNIVERSITY), DELHI NCR CAMPUS Delhi ----------- -----------
7)Ms.NEELAMGAUTAM
Address of Applicant :ASTT.PROF, INFORMATION TECHNOLOGY, SCRIET, CCS UNIVERSITY, MEERUT, UTTAR
PRADESH,- 250004 Meerut ----------- -----------
8)Mr.J LOGESHWARAN
Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT OF ELECTRONICS AND COMMUNICATION
ENGINEERING, SRI ESHWAR COLLEGE OF ENGINEERING, COIMBATORE- TAMIL NADU Coimbatore ----------- -----------
9)Dr.LAKSHMISHANKERSINGH
Address of Applicant :ASTT.PROF, INFORMATION TECHNOLOGY, SCRIET, CCS UNIVERSITY, MEERUT, UTTAR
PRADESH-250004 Meerut ----------- -----------
10)Dr.R.NARMADA DEVI
Address of Applicant :ASSOCIATE PROFESSOR , MATHEMATICS, VEL TECH RANGARAJAN DR SAGUNTHALA R & D
INSTITUTE OF SCIENCE AND TECHNOLOGY, AVADI, CHENNAI-62, TAMIL NADU - 600062 Chennai ----------- -----------
11)Dr.D.VIDHYA
Address of Applicant :ASSISTANT PROFESSOR , MATHEMATICSMAHENDRA COLLEGE OF ENGINEERING,
MINNAMPALLI, SALEM, TAMIL NADU-636106 Salem ----------- -----------
12)Mrs. ABIRAMI. S
Address of Applicant :ASSISTANT PROFESSOR , ARTIFICIAL INTELLIGENCE AND DATA SCIENCE, JAI SHRIRAM
ENGINEERING COLLEGE , TIRUPUR , TAMILNADU -638660, INDIA Tiruppur ----------- -----------
(57) Abstract :
ABSTRACT The Application of Machine Learning Algorithms in Financial investment management The application of machine learning algorithms to financial investment management is an area of increasing interest for researchers in the finance and technology
fields. Machine learning algorithms can be used to predict stock prices, identify asset classes with higher return, detect patterns in financial markets, quantify and measure risk, and streamline operational processes. With increased computational power and the
availability of big data sources like alternative datasets, machine learning has become increasingly powerful. For instance, deep learning architectures have been applied to identify anomalies in the market, as well as correlations between different asset classes.
Furthermore, natural language processing techniques have been used to extract insights from news articles, tweets, or emails. Another application of machine learning is portfolio analysis and optimization. In this case, the objective is to determine the optimal weights
(difference in amounts invested in different asset classes) that maximize expected return while controlling for risk. Techniques such as reinforcement learning can be employed to continuously seek out desirable portfolio weights without being bound to an initial
configuration. Ultimately, machine learning algorithms can help to automate and improve decision-making in investment management, reducing human costs and increasing the efficiency of the investment process

(19) INDIA
(54) Title of the invention : EDGE FUSION FOR MULTIPLE FEATURE MAPPING IN GLANDULAR SEGMENTATION OF
PATHOLOGY IMAGES
1)Dr. Parameshachari B D
Address of Applicant :Dr. Parameshachari B D Professor Department of Electronics and
Communication Engineering Nitte Meenakshi Institute of Technology, Bengaluru
paramesh@nmit.ac.in Mobile: 9886211981 ----------- -----------
2)Dr. Sumanth S
3)Dr. Nagamani H S
4)Dr.Priti Mishra
:G06T0007000000, G06K0009620000, 5)Dr Sujata Patil
(51) International
G16H0050200000, G06T0007130000, 6)Nitte Meenakshi Institute of Technology
G06T0005000000 Address of Applicant : NA
:NA 1)Dr. Parameshachari B D
Application No
:NA Address of Applicant :Dr. Parameshachari B D Professor Department of Electronics and
Filing Date Communication Engineering Nitte Meenakshi Institute of Technology, Bengaluru
(87) International paramesh@nmit.ac.in Mobile: 9886211981 ----------- -----------
: NA 2)Dr. Sumanth S
Publication No Address of Applicant :Dr. Sumanth S Associate Professor, Department of Computer Science
(61) Patent of Addition and Applictaions, Government College for Women, (Affiliated to Bengaluru North
:NA University), Kolar - 563 101. 9901000926 sumanth81s@gmail.com ----------- -----------
to Application Number 3)Dr. Nagamani H S
:NA
Filing Date Address of Applicant :Dr. Nagamani H S Associate Professor Department of Computer
Science Govt .Smt VHD Central Institute of Home Science,(MCU) seshadri Road, Bengaluru
(62) Divisional to
:NA 560001 , Karnataka,India nagamani.hs@gmail.com 9972862349 ----------- -----------
Application Number 4)Dr.Priti Mishra
:NA Address of Applicant :Dr.Priti Mishra Professor & Head Information Science and Engineering
Filing Date Atria Institute of Technology , Bengaluru mprits@rediffmail.com ----------- -----------
5)Dr Sujata Patil
Address of Applicant :Dr Sujata Patil Radiation oncology Department Thomas Jefferson
University Philadelphia, Pennsylvania 19107 T: +12673463258 Mail:
Sujata.Patil@jefferson.edu ----------- -----------
6)Nitte Meenakshi Institute of Technology
Address of Applicant :Nitte Meenakshi Institute of Technology, P.B.No.6429. Yelahanka,
Bangalore 560064, Karnataka, India. 9886211981 ----------- -----------
(57) Abstract :
The invention, "Edge Fusion for Multiple Feature Mapping in Glandular Segmentation of Pathology Images," presents a breakthrough
approach to the precise and automated segmentation of glandular structures within medical pathology images. By integrating cutting-
edge edge detection with multiple feature mapping methods, including texture analysis, color-based mapping, and shape analysis, this
innovative system offers an advanced solution for the identification of glandular structures. Further refinement through adaptive
machine learning algorithms enhances diagnostic accuracy over time. This invention accelerates the workflow of pathologists, reduces
diagnostic errors, and ultimately contributes to improved patient care in the field of medical pathology.

(19) INDIA
(54) Title of the invention : MONITORING AND CONTROLLING THE CONSTRAINED ENVIRONMENT IN HOSPITALS
THROUGH ARTIFICIAL INTELLIGENCE AND THE METHOD THEREOF
:G01D0004000000, H02J0013000000, 1)Dr. V. Saravanan
(51) International
G16H0010600000, B60L0015200000, Address of Applicant :HoD & Vice Principal (Academics),
classification
G05B0015020000 Department of Computer Science& Applications, College of
(86) International Science and Humanities, SRM Institute of Science and
:NA
Application No Technology, Bharathi Salai, Ramapuram, Chennai. Pin – 600089.
:NA
Filing Date Ramapuram ----------- -----------
: NA
:NA
to Application Number 1)Dr. V. Saravanan
:NA
Filing Date Address of Applicant :HoD & Vice Principal (Academics),
(62) Divisional to Department of Computer Science& Applications, College of
:NA
Application Number Science and Humanities, SRM Institute of Science and
:NA
Filing Date Technology, Bharathi Salai, Ramapuram, Chennai. Pin – 600089.
Ramapuram ----------- -----------
(57) Abstract :
The embodiments herein relates to a system (100) for monitoring and controlling the constrained environment in hospitals through
artificial intelligence. The system (100) includes a sensor unit (102) that measures one or more parameters of an environment, a
database (104) that stores one or more patient’s conditions, a controller unit (106) that receives the one or more parameters from the
sensor unit (102) and the one or more patient’s conditions from the database (104), a load unit (108) that receives a command signal
from the controller unit (106), a monitoring unit (110) that displays status of load units and the one or more parameters. The controller
unit (106) comprises an Artificial Intelligence (AI) module (106A) and a relay module (106B). The controller (106) unit activates or
deactivates a relay module that is connected with the load unit to create the constrained environment for the patients.

(19) INDIA
(54) Title of the invention : A NOVEL COMPOSITION COMPRISING SILVER NANOPARTICLES FOR PROMOTING PLANT
GROWTH AND PREPARATION PROCESS THEREOF
:C12N0015820000, A01N0065000000, (71)Name of Applicant :

(51) International
A23K0020200000, A23K0020280000, 1)Dr. (Mrs.) SUMAN KASHYAP
classification
C05D0009020000 Address of Applicant :#281, 100 Feet Road, 7th Block, 4th
(86) International Phase, BSK 3rd Stage Bengaluru 560 085, Karnataka State, India
:NA
Application No Cell: +91-9449827882 and E-mail: dr.sumankash@gmail.com
:NA
: NA
:NA
to Application Number 1)Dr. (Mrs.) SUMAN KASHYAP
:NA
Filing Date Address of Applicant :#281, 100 Feet Road, 7th Block, 4th Phase,
(62) Divisional to BSK 3rd Stage Bengaluru 560 085, Karnataka State, India Cell:
:NA
Application Number +91-9449827882 and E-mail: dr.sumankash@gmail.com
:NA
(57) Abstract :
A process (100) for the preparation of novel composition comprising silver nanoparticles for promoting plant growth is illustrated.
The process (100) includes the steps of making and extracting residue and supernatant of a first chemical, altering the pH value of the
extracted supernatant using a second chemical and formulating the extracted supernatant with silver nanoparticles having the fixed
size of about 1 nm ~ 100 nm in a proportion of about 50 mg/L ~100 mg/L. The silver nanoparticles in the formulated residue and said
supernatant facilitate the enhancement of the uptake of essential nutrients in plants which in turn results in the improved growth and
development of the plants. FIGURE-1

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR ESTIMATING BAYESIAN STATE IN NONLINEAR
MEASUREMENT MODELS BASED ON APPROXIMATE-KALMAN FILTERING
1)Dr. Praveen Babu Choppala
Address of Applicant :Department of ECE, Andhra University, Visakhapatnam-530003,
Andhra Pradesh, India. Visakhapatnam ----------- -----------
2)Srinivas Rao Gantenapalli
3)Buthapati Sampath Babu
4)Mohammed Ashik
5)A. Charles Stud
6)Venkateswara Rao Kankata
7)G. Malakondaiah
:G06N0007000000, H03H0017020000, 8)Dr. Rajesh Kumar P
(51) International
G06T0005000000, H04W0012043100, Name of Applicant : NA
G06T0015040000 (72)Name of Inventor :
(86) International 1)Dr. Praveen Babu Choppala
:NA Address of Applicant :Department of ECE, Andhra University, Visakhapatnam-530003,
Application No
:NA Andhra Pradesh, India. Visakhapatnam ----------- -----------
Filing Date 2)Srinivas Rao Gantenapalli
(87) International Address of Applicant :Department of ECE, RGUKT-Ongole Campus, Ongole, Prakasam-
: NA 523001, Andhra Pradesh, India. Ongole ----------- -----------
Publication No 3)Buthapati Sampath Babu
(61) Patent of Addition Address of Applicant :Assistant Professor & Head of the Department, Department of Computer
:NA Science and Engineering, RGUKT-Ongole Campus, Ongole, Prakasam-523225, Andhra
to Application Number Pradesh, India. Ongole ----------- -----------
:NA
Filing Date 4)Mohammed Ashik
Address of Applicant :Department of ECE, WISTM, Andhra University, Visakhapatnam-
(62) Divisional to
:NA 530003, India. Viskahapatnam ----------- -----------
Application Number 5)A. Charles Stud
:NA Address of Applicant :Assistant Professor, Department of ECE, RGUK IIIT Nuzvid, Krishna-
Filing Date 521202, Andhra Pradesh, India. Krishna ----------- -----------
6)Venkateswara Rao Kankata
Address of Applicant :Assistant Professor, Department of ECE, RGUK IIIT Nuzvid, Krishna-
521202, Andhra Pradesh, India. Krishna ----------- -----------
7)G. Malakondaiah
Address of Applicant :Assistant Professor, Department of ECE, RGUKT-Ongole Campus,
Ongole, Prakasam-523001, Andhra Pradesh, India. Ongole ----------- -----------
8)Dr. Rajesh Kumar P
Address of Applicant :Department of ECE, Andhra University, Visakhapatnam-530003,
(57) Abstract :
ABSTRACT: Title: System and Method for Estimating Bayesian State in Nonlinear Measurement Models based on Approximate-
Kalman Filtering The present disclosure proposes a system (100) and method for approximate-kalman filtering based Bayesian state
estimation in nonlinear measurement models. The system (100) comprises a computing device (102), network (122) and an
application server (124). The computing device (102) having a processor (104) and a memory (108) for storing plurality of
instructions. The processor (104) is configured to execute plurality of modules (108). The plurality of modules (108) comprises an
input module (110), a generating module (112), a processing module (114), a segregating module (116), an updating module (118),
and an output module (120). The system (100) that improves the probability densities, filtering accuracy and computational efficiency
over the traditionally used PF. The system (100) that bypasses the need for deriving exact densities as in the Kalman filter. The system
(100) that recursively propagates a set of weighted samples which represents the posterior pdf.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR FILTERING FAST PARTICLE AND TRACKING RHYTHMIC BIOMEDICAL
SIGNALS AND METHOD THEREOF
1)Dr. Praveen Babu Choppala
Address of Applicant :Department of ECE, Andhra University,
Visakhapatnam-530003, Andhra Pradesh, India. Visakhapatnam ----------- ----------
-
2)Rama Krishna Gurajala
3)G. Balanagireddy
4)G. Malakondaiah
5)Srinivasa Rao Nuthakki
6)A. Charles Stud
7)M. Vijay Bhaskar
8)Nagasubhadra D. Uppalapati
:A61B0005000000, H01L0021677000, (72)Name of Inventor :
(51) International 1)Dr. Praveen Babu Choppala
G06T0005000000, A61B0005024000,
classification Address of Applicant :Department of ECE, Andhra University, Visakhapatnam-
H04L0051000000
530003, Andhra Pradesh, India. Visakhapatnam ----------- -----------
(86) International 2)Rama Krishna Gurajala
:NA
Application No Address of Applicant :Department of ECE, AU-TDR-HUB, Andhra University,
:NA Visakhapatnam-530003, Andhra Pradesh, India. Visakhapatnam ----------- ----------
Filing Date
-
(87) International
: NA 3)G. Balanagireddy
Publication No Address of Applicant :Assistant Professor, Department of ECE, RGUKT-Ongole
(61) Patent of Addition Campus, Ongole, Prakasam-523225, Andhra Pradesh, India. Ongole ----------- -----
:NA ------
:NA 4)G. Malakondaiah
Filing Date
Address of Applicant :Assistant Professor, Department of ECE, RGUKT-Ongole
(62) Divisional to Campus, Ongole, Prakasam-523001, Andhra Pradesh, India. Ongole ----------- -----
:NA
Application Number ------
:NA 5)Srinivasa Rao Nuthakki
Filing Date
Address of Applicant :Assistant Professor, Department of ECE, Narasaraopeta
Engineering College, Narasaraopet, Guntur-522601, Andhra Pradesh, India.
Guntur ----------- -----------
6)A. Charles Stud
Address of Applicant :Assistant Professor, Department of ECE, RGUKT IIIT
Nuzvid,Krishna- 521202, Andhra Pradesh, India. Krishna ----------- -----------
7)M. Vijay Bhaskar
Address of Applicant :Assistant Professor, Department of ECE, RGUKT-Ongole
Campus, Ongole, Prakasam-523001, Andhra Pradesh, India. Ongole ----------- -----
------
8)Nagasubhadra D. Uppalapati
Address of Applicant :Department of ECE, AU-TDR-HUB, Andhra University,
Visakhapatnam-530003, Andhra Pradesh, India. Visakhapatnam ----------- ----------
-
(57) Abstract :
ABSTRACT: Title: A System for Filtering Fast Particle and Tracking Rhythmic Biomedical Signals and Method Thereof The present
disclosure proposes a system (100) for filtering fast particle with application and tracking rhythmic biomedical signals. The system
(100) comprises a computing device (102) having a processor (104) and a memory (106) for storing plurality of instructions. The
processor (104) is configured to execute plurality of modules (108). The plurality of modules (108) comprises an input module (110),
a processing module (112), a segregating module 114, a replacement module (116), and an output module (118). The proposed system
(100) that filters the fast particle with application to tracking rhythmic biomedical signals. The proposed system (100) that reduces the
need to employ resampling strategies over all the particles. The proposed system (100) that facilitates the use of fewer particles by
ensuring the latter are drawn from regions of importance.

(19) INDIA
(54) Title of the invention : SYNCHRONIZATION OF CAPILLARY FLOW IN PARALLEL MICROCHANNELS USING
PASSIVE MICROFLUIDIC VALVES
(IIT Madras)
:B01L0003000000, B25C0001040000,
(51) International Sponsored Research [ICSR] Indian Institute of Technology
B65D0083200000, F16K0099000000,
classification Madras IIT P.O, Chennai – 600 036, India Chennai ----------- ------
B01J0019000000
-----
(86) International
:NA 2)VIDCARE INNOVATIONS PRIVATE LIMITED
Application No
Filing Date
(87) International
Publication No
1)Ashis Kumar Sen
:NA Address of Applicant :Department of Mechanical Engineering, IIT
:NA Madras, IIT P.O. Chennai-600036 Chennai ----------- -----------
Filing Date
2)Desu Harsha
(62) Divisional to
:NA Address of Applicant :Department of Mechanical Engineering, IIT
Application Number
:NA Madras, IIT P.O. Chennai-600036 Chennai ----------- -----------
Filing Date
3)Rohan Agarwal
Address of Applicant :Vidcare Innovations Private Limited, 402-
403, M Arch Center, Pashan Sus Road Sr No. 48/1/2/3, 48/1/2/12,
48/1/2/13, Baner, Pune, MH- 411021 Pune ----------- -----------
(57) Abstract :
The present invention relates to a trigger valve integrated with the stop valve to synchronize the flow in parallel microchannels. A stop
valve is made by introducing a step on three sides of the microchannel. A step is a 90o divergence along the path of any side of the
microchannel. The step is introduced on both the side walls and the bottom wall. Since there is no modification on the top valve, the
liquid can move on the top wall freely. A trigger valve is a modified version of the stop valve, where the channel is slowly converging
in a curved manner with a pointed tip. Both valves have the same height and width work based on the Laplace pressure change at the
meniscus of the flowing fluid. The valves act as pressure barriers to the fluid flow enables synchronizing the flow in parallel
microchannels with one single inlet.

(19) INDIA
(54) Title of the invention : INNOVATIVE ROTARY-ONLY ROOT CANAL PREPARATION SYSTEM
:A61C19/00, A61C5/40, (71)Name of Applicant :

A61C5/42, A61C5/46 1)KMCT Dental college
(86) International Application Address of Applicant :KMCT Medical Campus Manassery
:NA
No Kozhikode Kerala India 673602 ----------- -----------
:NA
(87) International Publication No : NA Address of Applicant : NA
:NA
Application Number 1)Ravi Sv
:NA
Filing Date Address of Applicant :Staff quarters KMCT Medical Campus
(62) Divisional to Application Manassery Kozhikode Kerala India 673602 Kozhikode ----------- -
:NA
Number ----------
:NA
Filing Date
(57) Abstract :
The present invention relates to the field of dentistry and presents an innovative method and system for the preparation of root canals
during dental procedures. Root canal therapy is a common dental treatment aimed at addressing pulp infections, decay, and dental
trauma. Conventional root canal preparation methods involve the combined use of hand files and rotary files, which can be time-
consuming and operator-dependent, leading to variability in shaping. The disclosed invention introduces a novel approach that
eliminates the need for hand files entirely, relying solely on rotary files for comprehensive and efficient root canal preparation. The
method involves the careful selection of a suitable rotary file, its precise insertion into the root canal, and controlled rotational
movement to efficiently remove dentin material and shape the canal. Throughout the procedure, an irrigation system may be utilized
to maintain a clear working environment. The advantages of the presented system include enhanced efficiency, consistent results,
reduced operator fatigue, and improved patient comfort. By streamlining the root canal preparation process, the invention contributes
to the overall effectiveness of root canal therapy. This abstract provides a concise overview of the innovative technique, offering
dental practitioners a more efficient and precise method for root canal preparation, ultimately benefiting both practitioners and patients

(19) INDIA
(54) Title of the invention : ENHANCED GAIN AND BANDWIDTH FOR X-BAND ANTENNA ARRAYS WITH INNOVATIVE
SUPERSTRATE INTEGRATION
1)KONERU LAKSHMAIAH EDUCATION FOUNDATION
(Deemed To Be University)
Address of Applicant :VADDESWARAM, GUNTUR,
ANDHRA PRADESH, 522302, INDIA Guntur ----------- ----------
-
:H01Q0021060000, H01Q0009040000, 1)T. P. S. KUMAR KUSUMANCHI
(51) International
H01Q0021000000, H01Q0021080000, Address of Applicant :Research Scholar, Deparment of ECE,
classification
H01Q0001380000 KONERU LAKSHMAIAH EDUCATION FOUNDATION,
(86) International VADDESWARAM, GUNTUR, ANDHRA PRADESH, 522302,
:NA
Application No INDIA Guntur ----------- -----------
:NA
Filing Date 2)LAKSHMAN PAPPULA
(87) International Address of Applicant :Associate Professor, Deparment of ECE,
: NA
Publication No KONERU LAKSHMAIAH EDUCATION FOUNDATION,
(61) Patent of Addition VADDESWARAM, GUNTUR, ANDHRA PRADESH, 522302,
:NA
to Application Number INDIA Guntur ----------- -----------
:NA
Filing Date 3)Sreevardhan Cheerla
(62) Divisional to Address of Applicant :Associate Professor, KONERU
:NA
Application Number LAKSHMAIAH EDUCATION FOUNDATION, Vaddeswarm,
:NA
Filing Date Guntur, A.P. 522302 Guntur ----------- -----------
4)Dr. Budumuru Srinu
Address of Applicant :Associate professor, Deparment of ECE,
GITAM University, Rushikonda, Visakhapatnam Andhra Pradesh,
India- 530045 Visakhapatnam ----------- -----------
5)Nageswara Rao Netinti
Physics, Aditya Institute of Technology and Management
(AITAM), Tekkali, K Kotturu, Andhra Pradesh, India- 532201
Tekkali ----------- -----------
(57) Abstract :
ABSTRACT ENHANCED GAIN AND BANDWIDTH FOR X-BAND ANTENNA ARRAYS WITH INNOVATIVE
SUPERSTRATE INTEGRATION This invention introduces a high-performance 1×3 direct-fed square patch linear array intended for
applications in the X-band. A novel metamaterial superstrate technique is developed to enhance the gain of the series-fed 1×3 patch
antenna array with improving bandwidth. The design incorporates a Triple Anchor-shaped element to boost the gain of the series-fed
microstrip patch antenna array. The Triple Anchor structure offers notable advantages by enhancing both bandwidth and gain
characteristics. Each unit cell comprises three anchor-shaped metal conductive layers. The designed series-fed microstrip patch
antenna arrays, with the metamaterial superstrate, are tailored for X-band applications, resonating at 10.74 GHz. The superstrate and
series-fed antenna arrays share the same Taconic (TLY-5) substrate material. Experimental and simulated results for the proposed
antenna array with a superstrate validate its superior performance. The 1×3 Series-Fed Fabry-Perot Antenna Array with
superstrate(SFFPAA) demonstrates significant enhancements in bandwidth and maximum radiation direction gain.

(19) INDIA
(54) Title of the invention : AN AI BASED STUDENT TRACKING SYSTEM TO ANALYSE THE STUDENTS BEHAVIOR
1)MLR Institute of Technology
Address of Applicant :Laxman Reddy Avenue, Dundigal –
500 043 Hyderabad ----------- -----------
:G06Q0050200000, G09B0007000000,
G16H0010600000, G09B0007020000,
G06N0005040000
1)Mr. J. Vijay Gopal
(86) International
Application No
:NA Engineering, MLR Institute of Technology, Laxman Reddy
Filing Date
Avenue, Dundigal – 500 043 Hyderabad ----------- -----------
(87) International
: NA 2)Mr. M. Raviteja
Publication No
:NA Avenue, Dundigal – 500 043 Hyderabad ----------- -----------
Filing Date
3)Mr. N. Shiva Kumar
(62) Divisional to
Application Number
Filing Date
4)Mr. V. Vamsi
Engineering, MLR Institute of Technology, Laxman Reddy
(57) Abstract :
Student behavior is drastically changing, because of the online classes and the lack of a systematic approach during offline class hours,
students have become dull and tend to sleep during class hours and use mobile phones during class hours. They also engage in
misbehavior such as mocking each other during class hours, roaming outside the classroom, and bunking classes regularly. To solve
this problem, open CV and object detection with the assistance of CNN is preferred. This technology uses the revolutionary potential
of artificial intelligence (AI) and integrates hardware components synergistically to develop a complicated framework that solves
various issues within educational institutions. Moreover, the system covers event detection, providing a complete method for spotting
situations outside behavioral standards. Instances of harming college property, whether deliberate or unintentional, are rapidly
recognized using AI-driven analysis of collected data. The system's capability to notice these occurrences in real time allows prompt
action, limiting possible harm and encouraging responsibility. The system's user interface gives educators and administrators a user-
friendly gateway, showcasing its versatility. This service consolidates information on student conduct, attendance records, and
documented incidents. Real-time alerts and insights allow educators to respond fast, providing a safe and productive learning
environment. The system's adaptive character is key to its effectiveness. The system refines its algorithms and processes by regularly
reviewing data and requesting feedback, enabling it to seamlessly fit changing educational needs and the dynamic nature of student
behavior. 6 Claims and 3 Figures

(19) INDIA
(54) Title of the invention : AI BASED ENABLED MACHINE FOR HUMAN BEHAVIOR DETECTION
500 043 Hyderabad ----------- -----------
:G09B0019000000, G09B0005060000,
G09B0005020000, B60N0002280000,
B25J0011000000
1)Mr. J. Vijay Gopal
(86) International
Application No
Filing Date
(87) International
: NA 2)Ms. T. Laxmi Prasanna
Publication No
Filing Date
3)Mr. B. Roopesh
(62) Divisional to
Application Number
Filing Date
4)Ms. T. Ashwitha Reddy
(57) Abstract :
In current days, we hear a lot about child abuse and molestation from newspapers and media. The child safety and education about
appropriate physical boundaries are crucial aspects of child development. There are many negative consequences of child sexual abuse
on children's mental health, which may even continue throughout their lifespan. For this, the Artificial Intelligence based robot is
proposed for recognizing human affect using Object Recognition. The proposed robot acts as a friendly companion and interactive
teacher, providing age-appropriate lessons and scenarios to children, promoting awareness, and empowering them to recognize and
respond to different types of physical contact. 6 Claims and 3 Figures

(19) INDIA
(54) Title of the invention : AUTOMATED SPORTS CATEGORIZATION AND MULTI-LANGUAGE TEXT SUMMARIZATION
USING NEURAL NETWORKS
500 043 Hyderabad ----------- -----------
:G06N0003040000, G06N0003080000,
G06F0016340000, G11B0027031000,
G06Q0010100000
1)Mrs. Saima Afreen
(86) International
Application No
Filing Date
(87) International
: NA 2)Mr. Dhatrika Kamal Kumar
Publication No
Filing Date
3)Mr. Maddhe Sai Prashanth
(62) Divisional to
Application Number
Filing Date
4)Mr. Vuppala Praneeth Kumar
(57) Abstract :
In the realm of sports, video analysis plays a crucial role in understanding team performance and strategic insights. However,
manually summarizing lengthy sports match videos to extract key moments and highlights can be time-consuming and challenging.
This invention relates to sports classification and multi-lingual summarization. The purpose of the invention, titled "Automated Sports
Categorization and Multi-Language Text Summarization using Neural Networks," is to transform the field by automating event
categorization and generating concise text summaries in multiple languages. Advanced neural network techniques, such as
convolutional neural networks (CNNs) and recurrent neural networks (RNNs), are utilized to enhance sports analysis for coaches,
analysts, and viewers. The system provides efficient and accurate summarization, adapts to various sports, and continuously improves
by exposure to different match dynamics. By incorporating visual and chronological aspects of matches, the technology offers
unbiased and comprehensive summaries. Furthermore, it overcomes language barriers with its multi-language summarization
capability and enhances content through integration with multiple data types. The system ensures consistent and objective summaries,
resulting in improved sports viewing experiences globally. 4 Claims and 6 Figures

(19) INDIA
(54) Title of the invention : AI – BASED WILDLIFE CONSERVATION MONITORING
500 043 Hyderabad ----------- -----------
:G06N0005020000, G06N0005040000,
G06N0020000000, G06Q0010060000,
A01M0031000000
1)Dr. K. Sai prasad
(86) International
Application No
Filing Date
(87) International
: NA 2)Mr Divakar Mikkilineni
Publication No
Filing Date
3)Ms. Ragasri Harshita
(62) Divisional to
Application Number
Filing Date
4)Ms. M. Soumya
(57) Abstract :
AI-Based Wildlife Conservation Monitoring pioneers a novel approach to wildlife preservation by harnessing the potential of artificial
intelligence (AI) and advanced technologies. With a focus on safeguarding biodiversity and ecological balance, this invention aims to
revolutionize how we monitor, comprehend, and protect animal species and their habitats. By integrating AI algorithms and cutting-
edge remote sensing tools, the invention transforms conventional conservation practices. Real-time analysis of wildlife behaviors,
population trends, and habitat conditions empowers conservationists with actionable insights for informed decision-making. Through
proactive strategies, the invention ensures the sustainability of ecosystems and the well-being of diverse species. In collaboration with
experts from ecology, data science, and technology, this endeavor fosters interdisciplinary solutions. Ultimately, the "AI-Based
Wildlife Conservation Monitoring" aspires to reshape the conservation landscape, offering a holistic framework for effective wildlife
protection in an era of rapid environmental change. 4 Claims and 2 Figures

(19) INDIA
(54) Title of the invention : INTEGRATED MULTI-MODAL IMAGE FUSION AND TUMOR CLASSIFICATION APPLICATION
FOR ENHANCED DIAGNOSIS
Address of Applicant :Hyderabad Hyderabad ----------- ---------
--
(51) International :G06F18/24, G06N3/0464 , Address of Applicant : NA
classification G06T7/00, G06V10/20, G06V10/82 (72)Name of Inventor :
(86) International 1)Dr. K. Sai Prasad
:NA
:NA
Filing Date Engineering – Artificial Intelligence and Machine Learning, MLR
(87) International Institute of Technology, Hyderabad Hyderabad ----------- -----------
: NA
Publication No 2)Ms. Meghana
(61) Patent of Addition to Address of Applicant :Department of Computer Science and
:NA
Application Number Engineering – Artificial Intelligence and Machine Learning, MLR
:NA
Filing Date Institute of Technology, Hyderabad Hyderabad ----------- -----------
(62) Divisional to 3)Ms.L.Bhargavi
:NA
:NA
Filing Date Engineering – Artificial Intelligence and Machine Learning, MLR
Institute of Technology, Hyderabad Hyderabad ----------- -----------
4)Ms. C.Sai Shreeya
Engineering – Artificial Intelligence and Machine Learning, MLR
Institute of Technology, Hyderabad Hyderabad ----------- -----------
(57) Abstract :
The accurate diagnosis and localization of lung tumors are pivotal for tailored treatment strategies and enhanced patient outcomes.
This study introduces a MATLAB app that harnesses the power of multi-modal medical imaging, integrating magnetic resonance
imaging (MRI) and computed tomography (CT) scans. Through Convolutional Neural Networks (CNNs) and Principal Component
Analysis, this research enhances the precision of lung tumor diagnosis. The fusion of MRI and CT images using multimodal medical
image fusion techniques provides a comprehensive insight into lung tumors, capturing diverse attributes such as anatomical details and
perfusion patterns. This integration facilitates clearer visualization of tumor boundaries and surrounding tissues. Subsequent
classification of lung tumor types contributes to personalized treatment strategies. This holistic approach optimizes lung tumor
diagnosis and medical decisions, enabling tailored therapeutic interventions. The integration of innovative techniques within the
MATLAB app showcases the potential to redefine lung tumor diagnosis standards, ultimately improving accuracy, efficiency, and
clinical outcomes. 5 Claims and 3 Figures

(19) INDIA
(54) Title of the invention : INJURE SCANNER AND HOSPITAL DETECTOR
1)Dr Deena Babu Mandru
Address of Applicant :Professor, Department of Information Technology, Malla Reddy
Maisammaguda ----------- -----------
1)Dr Deena Babu Mandru
Address of Applicant :Professor, Department of Information Technology, Malla Reddy
Maisammaguda ----------- -----------
2)Kantappagari Meghana
Address of Applicant :Student ,Information Technology Dept., Malla Reddy Engineering
College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda
----------- -----------
3)Thirunahari Shravya
:G06Q0010100000, G16H0010600000, G06Q0040080000, ----------- -----------
G16H0040200000, G16H0040670000 4)Vuppala Hasini
(86) International Application Address of Applicant :Student ,Information Technology Dept., Malla Reddy Engineering
:NA
No College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda
:NA
Filing Date ----------- -----------
(87) International Publication 5)Kandagatla Sai Srinivas
: NA
No Address of Applicant :Student ,Information Technology Dept., Malla Reddy Engineering
(61) Patent of Addition to College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda
:NA
:NA
Filing Date 6)Khetawath Tulsi Ram
(62) Divisional to Application Address of Applicant :Student ,Information Technology Dept., Malla Reddy Engineering
:NA
Number College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda
:NA
Filing Date ----------- -----------
7)Pendam Sai Krishna
----------- -----------
8)Grandhi Yathin Sai
----------- -----------
9)O.Rushikesh
----------- -----------
10)T.Vinay
----------- -----------
11)Kantamaneni Harinath
----------- -----------
(57) Abstract :
The “ISHD” mobile application facilitates the user by implementing a feature where users can scan their body using their phone to recognize external health problems during accidents is a
valuable feature and receive details about nearby hospitals or medical facilities could greatly benefit individuals in need. It also scans previous health records and helps in finding the hospital
with all the facilities in emergency conditions.Allowing users to book appointments with healthcare providers through ISHD app streamlines the appointment scheduling process. Providing
patients with real-time waiting queue information gives them transparency into the estimated waiting times for their appointments. This reduces frustration and uncertainty among patients,
leading to a more positive patient experience. This ISHD app also display’s coupons and offers, health care packages , budget friendly filters. Therefore, allowing the users to explore and
interact with multiple networks of hospitals for the best health insurance policy.

(19) INDIA
(54) Title of the invention : RAPID RESPONSE FOR WOMEN SAFETY
1)Parre Hema
Address of Applicant :Assistant Professor, Computer Science and Engineering(AIML)
Dept., Malla Reddy Engineering College, Maisammaguda (Post. Via. Kompally), Medchal-
1)Parre Hema
Address of Applicant :Assistant Professor, Computer Science and Engineering(AIML) Dept.,
Malla Reddy Engineering College, Maisammaguda (Post. Via. Kompally), Medchal-
2)Mohammed Bilal
Address of Applicant :Student, Computer Science and Engineering(AIML) Dept., Malla Reddy
Engineering College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100.
Maisammaguda ----------- -----------
3)Kuchana Shravya
:H04W0004020000, H04W0004900000, G08B0025010000, Address of Applicant :Student, Computer Science and Engineering(AIML) Dept., Malla Reddy
H04W0004800000, H04W0004029000 Engineering College, Maisammaguda (Post. Via. Kompally), Mecdhal-Malkajgiri-500100.
(86) International Application Maisammaguda ----------- -----------
:NA
No 4)Kodi Akshay
:NA
Filing Date Address of Applicant :Student, Computer Science and Engineering(AIML) Dept., Malla Reddy
(87) International Publication Engineering College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100.
: NA
No Maisammaguda ----------- -----------
(61) Patent of Addition to 5)Dhondi Panduranga
:NA
Application Number Address of Applicant :Assistant Professor, Computer Science and Engineering(AIML) Dept.,
:NA
Filing Date Malla Reddy Engineering College, Maisammaguda (Post. Via. Kompally), Mecdhal-
(62) Divisional to Application Malkajgiri-500100. Maisammaguda ----------- -----------
:NA
Number 6)Sambari Chaitanya
:NA
Filing Date Address of Applicant :Assistant Professor, Computer Science and Engineering(AIML) Dept.,
7)R Sravanthi
8)M Jaganmohan Reddy
9)B Srinath
10)Dr. Shaik Fairooz
Address of Applicant :Professor, Computer Science and Engineering(AIML) Dept., Malla
Reddy Engineering College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-
500100. Maisammaguda ----------- -----------
(57) Abstract :
"Rapid Response" is an innovative personal safety and security device designed to provide individuals, particularly women, with an effective means of summoning help and ensuring their well-
being in emergency situations. This electronic device combines GPS and GSM technology to offer real-time location tracking and communication capabilities, making it an invaluable tool for
personal safety.The device's primary function is activated by a dedicated SOS button, which, when pressed for at least three seconds, initiates a series of actions. Upon activation, the device
establishes a phone call to pre-defined emergency contact numbers, allowing the user to communicate directly with their trusted contacts. Simultaneously, the device accesses GPS coordinates
through an integrated GPS module, determining the user's precise location. The working process involves a series of steps that ensure a rapid response to emergencies: SOS Button Activation,
Call Connection, Location Retrieval, and Location Sharing. The device's flexibility extends to the capacity to register multiple emergency contact numbers, enabling users to alert a network of
trusted individuals in case of an emergency. Furthermore, it offers a remote location request feature, allowing registered contacts to initiate location retrieval even if the user is unable to press
the SOS button.

(19) INDIA
(54) Title of the invention : VISUAL GAZE TRACKING
1)Dr. U MOHAN SRINIVAS
Address of Applicant :Professor, Computer Science and Engineering Dept., Malla Reddy Engineering
College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----------- -------
----
:G06F0003010000, G06Q0010060000, 1)Dr. U MOHAN SRINIVAS
(51) International Address of Applicant :Professor, Computer Science and Engineering Dept., Malla Reddy Engineering College,
G06Q0010100000, A61H0003000000, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----------- -----------
classification 2)CH.SOUJANYA
A61F0004000000 Address of Applicant :Assistant Professor, Computer Science and Engineering Dept., Malla Reddy
(86) International Engineering College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----
:NA ------- -----------
Application No 3)M. SAILU
:NA Address of Applicant :Assistant Professor, Computer Science and Engineering Dept., Malla Reddy
Filing Date Engineering College, Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----
(87) International ------- -----------
: NA 4)KATRAGADDA SRI GOWTAMI
Publication No Address of Applicant :Student, Computer Science and Engineering Dept., Malla Reddy Engineering College,
Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----------- -----------
(61) Patent of Addition 5)ANANTHANENI MOUNIKA
:NA
to Application Number Address of Applicant :Student, Computer Science and Engineering Dept., Malla Reddy Engineering College,
:NA Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----------- -----------
Filing Date 6)GAJJALA SHASHANK REDDY
Address of Applicant :Student , Computer Science and Engineering Dept., Malla Reddy Engineering College,
(62) Divisional to Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----------- -----------
:NA
Application Number 7)CH.SRI HARSHA
:NA Address of Applicant :Student , Computer Science and Engineering Dept., Malla Reddy Engineering College,
Filing Date Maisammaguda (Post. Via. Kompally), Medchal-Malkajgiri-500100. Maisammaguda ----------- -----------
8)VINUTHNA BODAPOTHULA
Address of Applicant :Student, Computer Science and Engineering Dept., Malla Reddy Engineering College,
9)A. Shashidhar reddy
Address of Applicant :Student, Computer Science and Engineering Dept., Malla Reddy Engineering College,
10)D .VADNALA SAGAR
Address of Applicant :Student , Computer Science and Engineering Dept., Malla Reddy Engineering College,
(57) Abstract :
This invention presents an innovative assistive technology solution designed to enhance the accessibility and quality of life for
physically challenged individuals. The "Eye Mouse for Physically Challenged Persons" is a sophisticated system that utilizes
advanced eye-tracking technology to enable individuals with limited or no physical mobility to interact with and control electronic
devices such as computers, tablets, and smartphones. The system incorporates a high-precision eye-tracking camera and specialized
software that can accurately capture and interpret the user's eye movements and gestures. By using their eyes as input, physically
challenged individuals can perform a wide range of tasks, including cursor control, text input, and navigation through software
interfaces. Key features of this technology include real-time eye movement tracking, customizable user interfaces, and integrated
voice recognition for enhanced usability. The system's software adapts to the specific needs and abilities of each user, making it a
versatile solution for individuals with diverse physical challenges. The "Eye Mouse for Physically Challenged Persons" aims to
empower individuals with physical disabilities by providing them with the means to communicate, work, and access information
independently. This technology has the potential to significantly improve the overall quality of life for the target user group and
enhance their opportunities for social inclusion and employment. Here the invention represents a cutting-edge assistive technology
solution that leverages the power of eye-tracking technology to provide physically challenged individuals with a more accessible and
inclusive way to interact with digital devices and engage with the modern world.

(19) INDIA
(54) Title of the invention : METHOD AND SYSTEM FOR IMPROVED TESTING AND VALIDATION
:G06F0011360000, G11C0013000000, 1)TATA ELXSI LIMITED
(51) International
H01L0049020000, H04L0009320000, Address of Applicant :TATA ELXSI LIMITED, ITPB Road,
classification
G01M0099000000 Whitefield, Bangalore – 560048, India Bangalore ----------- --------
(86) International ---
:NA
:NA
: NA
Publication No 1)JIHAS KHAN
(61) Patent of Addition Address of Applicant :TATA ELXSI LIMITED, ITPB Road,
:NA
to Application Number Whitefield, Bangalore – 560048, India Bangalore ----------- --------
:NA
Filing Date ---
(62) Divisional to 2)ABHIRAM REGHU
:NA
Application Number Address of Applicant :TATA ELXSI LIMITED, ITPB Road,
:NA
Filing Date Whitefield, Bangalore – 560048, India Bangalore ----------- --------
---
(57) Abstract :
A test system (400) and an associated method for testing a source code of a product is provided. The test system (400) includes a
memory (401) and a processor (403) and is configured to identify one or more changes made to one or more functions of the source
code. The test system (400) determines a function-weight for each of the one or more functions including the one or more identified
changes, and compares the function-weight of each of the one or more functions with a test case weight of each of a plurality of test
cases. The test system (400) selects a subset of test cases from the plurality of test cases whose corresponding test case weights are
greater than the function-weight of at least one of the one or more functions of the source code and automatically tests the source code
based on the selected subset of test cases. FIG. 1

(19) INDIA
(54) Title of the invention : SMART HOME ENERGY MONITORING AND THEFT PREVENTION SYSTEM USING IOT
1)Anusiya Subbiah
Address of Applicant :Student / MSc Internet of Things (Computing) Ulster University,
York Street, Belfast, BT15 1ED, Northern Ireland. ----------- -----------
2)Sunil A
3)Rajesh Devaraj
4)S.Gnanapriya
5)Dr.K.Sasikala
6)N. Padmamalini
7)Mr.Raja S
8)Dr.S.Padmapriya
9)Dr.L.Leelavathy
10)Shunmuga Sankari M
1)Anusiya Subbiah
Address of Applicant :Student / MSc Internet of Things (Computing) Ulster University, York
Street, Belfast, BT15 1ED, Northern Ireland. ----------- -----------
(51) International classification :G01R11/24, G06Q50/06 2)Sunil A
(86) International Application No :NA Address of Applicant :Assistant professor, computer science and engineering, raja Rajeswari
Filing Date :NA college of engineering, Bangalore, Mysore road, Kumbalgod, Karnataka ----------- -----------
(87) International Publication No : NA 3)Rajesh Devaraj
(61) Patent of Addition to Application Number :NA Address of Applicant :Director, Telephony Services Controlled Networks Solution, 325 S
Filing Date :NA River St, Hackensack, NJ, USA ----------- -----------
(62) Divisional to Application Number :NA 4)S.Gnanapriya
Filing Date :NA Address of Applicant :Assistant Professor, Information Technology Easwari Engineering
College, Chennai-600 089 ----------- -----------
5)Dr.K.Sasikala
Address of Applicant :Associate Professor Electrical and Electronics Engineering Vels
Institute of Science Technology and Advanced Studies, Chennai ----------- -----------
6)N. Padmamalini
Address of Applicant :Professor / Physics St. Joseph's Institute of Technology OMR, Chennai
119. ----------- -----------
7)Mr.Raja S
Address of Applicant :Assistant Professor ECE SNS College Of Technology, Coimbatore,
641035 ----------- -----------
8)Dr.S.Padmapriya
Address of Applicant :Associate Professor, Computer science SRM Trichy Arts and Science
College, Irungalur, Tamil Nadu ----------- -----------
9)Dr.L.Leelavathy
Address of Applicant :Assistant Professor, Computer science, SRM Trichy Arts and Science
College, Irungalur, Tamil Nadu ----------- -----------
10)Shunmuga Sankari M
Address of Applicant :Associate Professor / EEE TJS Engineering College,
Peruvoyal,Gummidipoondi ----------- -----------
(57) Abstract :
SMART HOME ENERGY MONITORING AND THEFT PREVENTION SYSTEM USING IOT A system for the smart home environment detection system has the benefits of simple
complexity, low cost, low power consumption, short delay, huge network capacity, and excellent safety. Creating a profile of, managing, and understanding power consumption in a user's
premise, where said premise contains two or more power-consuming devices, includes measuring aggregate energy consumption at the premise via at least one sensor and receiving it at a
mobile computing device with a data processor. A demand response application interface module is configured to allow communication of energy management information between a utility
company and a network device. The smart home environment detection system has the benefits of simple complexity, low cost, low power consumption, short delay, huge network capacity,
and excellent safety. Creating a profile of, managing, and understanding power consumption in a user's premise, where said premise contains two or more power-consuming devices, includes
measuring aggregate energy consumption at the premise via at least one sensor and receiving it at a mobile computing device with a data processor. A demand response application interface
module is configured to allow communication of energy management information between a utility company and a network device. Memory, a clock module to be supplied to the CPU
module's temporal information, and a locating module to be supplied to the CPU module's position information. The voltage sensor is set up to detect the magnitude of the voltage at a point
along the path between the line input terminal and the load output terminal and generate a voltage sense signal. FIG.1

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD TO IRRIGATE A CROP BY FORECASTING WATER REQUIREMENT
1)B.M.S. COLLEGE OF ENGINEERING
Address of Applicant :BULL TEMPLE ROAD,
BASAVANAGUDI, BANGALORE-560008, KARNATAKA,
INDIA BANGALORE ----------- -----------
1)R. ASHOK KUMAR
Address of Applicant :PROFESSOR, DEPARTMENT
INFORMATION SCIENCE AND ENGINEERING, BMS
COLLEGE OF ENGINEERING, BULL TEMPLE ROAD,
BASAVANAGUDI, BANGALORE- 560008, KARNATAKA,
:A01G0025160000, G06F0009500000, INDIA BANGALORE ----------- -----------
(51) International
H04L0041142000, H04W0052140000, 2)SURESH R. REDDY
classification
E21B0033130000 Address of Applicant :PROFESSOR, DEPARTMENT OF CIVIL
(86) International ENGINEERING, BMS COLLEGE OF ENGINEERING, BULL
:NA
Application No TEMPLE ROAD, BASAVANAGUDI, BANGALORE- 560008,
:NA
Filing Date KARNATAKA, INDIA BANGALORE ----------- -----------
(87) International 3)SPANDHANA GONUGUNTLA
: NA
Publication No Address of Applicant :2172, SOBHA AMETHYST,
(61) Patent of Addition KANNAMANGALA, BANGALORE - 560067 KARNATAKA,
:NA
to Application Number INDIA BANGALORE ----------- -----------
:NA
Filing Date 4)SUNAG P
(62) Divisional to Address of Applicant :#151, 3RD CROSS MEI COLONY
:NA
Application Number LAGGERE, BANGALORE- 560058, KARNATAKA, INDIA
:NA
Filing Date BANGALORE ----------- -----------
5)NAVANEETH S
Address of Applicant :#4, 2ND FLOOR, 13 B MAIN, 18 CROSS,
MALLESHWARAM, BANGALORE – 560055, KARNATAKA,
INDIA BANGALORE ----------- -----------
6)MEGHANA RATHANRAJ
Address of Applicant :#30, NAMANA, 1ST CROSS, PRAGATHI
LAYOUT, VEERANAPALYA, NAGAWARA, BANGALORE
560045, KARNATAKA, INDIA BANGALORE ----------- ---------
--
7)ASHWINI SRIRAM
Address of Applicant :#23, 9TH CROSS PRASHANTH NAGAR
BANGALORE-560079, KARNATAKA, INDIA BANGALORE -
---------- -----------
(57) Abstract :
A system (10) to irrigate a crop by forecasting water requirement is disclosed. The system includes a processing subsystem (20)
including a data acquisition module (60) to acquire measurements. The processing subsystem includes a computation module (80) to
compute moisture levels of soil based on the measurements. The processing subsystem includes a forecasting module (90) to analyze
the moisture levels and a weather information to identify at least one trend. The forecasting module is to identify correlations between
the at least one trend identified and at least one historical trend lies in a historical data set. The forecasting module is to forecast a
water requirement for the crop based on the correlations identified. The processing subsystem includes a control module to provide
control signals based on the water requirement forecasted. The system includes an irrigation unit including an actuator to dispense
water from a source based on the control signals. FIG. 1

(19) INDIA
(54) Title of the invention : AN AUTOMATED DOCUMENT ASSESSMENT SYSTEM
1)Manipal Academy of Higher Education
Address of Applicant :Madhav Nagar, Manipal, 576104,
:H04N0001000000, B41J0002165000, Karnataka, India. Manipal ----------- -----------
(51) International
A61B0005000000, H04N0005225000, Name of Applicant : NA
classification
G09B0007000000 Address of Applicant : NA
:NA
Application No 1)MISHRA, Tusar Kanti
:NA
Filing Date Address of Applicant :Dept. of Computer Science and
(87) International Engineering, Manipal Institute of Technology Bengaluru, Manipal
: NA
Publication No Academy of Higher Education, Manipal, 576104, Karnataka,
(61) Patent of Addition India. Manipal ----------- -----------
:NA
to Application Number 2)DE, Arka
:NA
Filing Date Address of Applicant :s/o Asim Kumar De, Laxmi Kothi, Near
(62) Divisional to Midas Residency, Deoghar, Jharkhand - 814112, India. Deoghar --
:NA
Application Number --------- -----------
:NA
Filing Date 3)SARAF, Sameeksha
Address of Applicant :d/o Sunil Saraf, F503 Adarsh Rhythm
Panduranga Nagar, Behind Fortis Hospital, Bangalore Urban,
Karnataka - 560076, India. Banglore ----------- -----------
(57) Abstract :
The present disclosure provides an automated document assessment system 200A includes a power supply unit 210, a sliding member
220, where the sliding member 220 includes a first position includes a camera module 270, and a second position includes a suction
pump 260, an assessment controller 230 determines a document placed below a third position of the sliding member 220 using sensors
and send a first control signal to the suction pump 260 to suck the document and place the document below the second position.
Further, the assessment controller 230 determines that the document is placed and send a second control signal to the camera module
270 to capture an image of the document. Furthermore, the assessment controller 230 receives the captured image from the camera
module 270 to evaluate the document and generate an evaluation score using an Artificial Intelligence (AI) module.

(19) INDIA
(54) Title of the invention : APPARATUS AND METHOD FOR LIMITING CURRENT, MAINTAINING CONSTANT CURRENT,
AND REGULATING VOLTAGE TO SAFEGUARD CONNECTED LOADS AGAINST OVERVOLTAGE, UNDERVOLTAGE
AND VARIATIONS IN THE LOAD
:A61N1/32, G01R19/165, G05F1/10, 1)M/S CENIZAS LABS PRIVATE LIMITED
(51) International
G05F1/66, G05F1/70, H02H1/06, Address of Applicant :No. 51/22, Burkit Road, T Nagar,
classification
H02H3/08, H02M1/08 Chennai- 600017, TAMILNADU, INDIA ----------- -----------
:NA
:NA
(87) International 1)Anirudh Garg
: NA
Publication No Address of Applicant :51/22 Burkit Road, T Nagar, Chennai-
(61) Patent of Addition 600017, TAMILNADU, INDIA Chennai ----------- -----------
:NA
to Application Number 2)Puneet Shrivas
:NA
Filing Date Address of Applicant :51/22 Burkit Road, T Nagar, Chennai-
(62) Divisional to 600017, TAMILNADU, INDIA Chennai ----------- -----------
:NA
Application Number 3)Sriraman Damodaran
:NA
Filing Date Address of Applicant :13428 Burrough Farm Dr. Herndon, VA
20171 ----------- -----------
(57) Abstract :
Disclosed is an apparatus (100) for simultaneously limiting current and regulating voltage. The apparatus (100) includes a buck-boost
converter (101), a voltage control loop (103), a current control loop (105), a reference waveform generator (107), and power
monitoring circuitry (109a, and 109b). The buck-boost converter (101) receives an unregulated voltage supply from a surge protection
breaker (127) and controls the voltage being supplied to a load (113). The voltage control loop (103) initially limits the voltage across
the load (113) instantaneously until a correct voltage is reached by the buck-boost converter (101). The current control loop (105)
limits the current passing through the load (113) by using an operational amplifier loop (201) that adjusts a voltage drop across two or
more MOSFETs such that the voltage across a current setting resistor stays constant. The reference waveform generator (107) outputs
a low constant voltage AC wave in phase with a power supply required by the voltage control loop (103), and the current control loop
(105). The power monitoring circuitry (109a, and 109b) measures an input supply parameter and an output supply parameter which is
made by employing a plurality of passive components used in the reference waveform generator (107).

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR PARSING A POSTAL ADDRESS
1)ANI TECHNOLOGIES PRIVATE LIMITED
:G06F0040205000, G06Q0020400000,
(51) International Address of Applicant :Regent Insignia, #414, 3rd Floor, 4th
G06T0003400000, H04J0014020000,
classification Block, 17th Main, 100 Feet Road, Koramangala, Bangalore,
A61B0005145000
Karnataka– 560034, India ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)MISHRA, Alok
Publication No
Address of Applicant :97, Jahangirabad, Ghatampur, Kanpur
:NA Nagar – 209308, India ----------- -----------
:NA 2)SANFRANCISCO, Johann Francis
Filing Date
Address of Applicant :#104, Tower 3, Highland forest trails,
(62) Divisional to
:NA Bhugaon, Pune – 412115, India ----------- -----------
Application Number
:NA 3)KORDE, Vismitha Reena
Filing Date
Address of Applicant :#102, Riddhi Siddhi Apartment, Hindustan
Colony, Nagpur – 440033, India ----------- -----------
(57) Abstract :
ABSTRACT SYSTEM AND METHOD FOR PARSING A POSTAL ADDRESS Approaches for parsing an unprocessed input
address are described. Once obtained, the input address is subsequently processed to ascertain presence of different components, i.e.,
lower components and higher components, in the input address. On determining presence of any of the lower components, the
corresponding lower component is removed from the input address. Once the processing of the input address to ascertain presence of
all the lower components is complete, the input address is subsequently processed to ascertain presence of variety of higher
components. On determining presence of any of the higher components, the corresponding component is removed from the input
address. Thereafter, all the output components which have been identified in the input address are arranged in a predefined order to
obtain an ordered input address. The ordered input address then may be provided to a geo-coder to determine geo-location coordinates
corresponding to the input address. <>

(19) INDIA
(54) Title of the invention : A MATHEMATICAL TRANSFORMATION TECHNIQUE FOR SOLVING COMPLEX PROBLEMS
1)Vel Tech Rangarajan Dr. Sagunthala R&D Institute of
:G06F0017130000, A63F0003040000, Science and Technology
(51) International
G06Q0010060000, G06F0030000000, Address of Applicant :No.42, Avadi – Vel Tech Road, Avadi,
classification
G16C0020600000 Chennai - 600 062 Tamil Nadu, India. Avadi ----------- -----------
:NA
:NA
(87) International 1)Dr. T. Gunasekar
: NA
Publication No Address of Applicant :Vel Tech Rangarajan Dr. Sagunthala R&D
(61) Patent of Addition Institute of Science and Technology (Deemed To Be University),
:NA
to Application Number Avadi, Chennai, Tamil Nadu, India, Pin Code: 600062 Avadi -----
:NA
Filing Date ------ -----------
(62) Divisional to 2)P. Raghavendran
:NA
Application Number Address of Applicant :Vel Tech Rangarajan Dr. Sagunthala R&D
:NA
Filing Date Institute of Science and Technology (Deemed To Be University),
Avadi, Chennai, Tamil Nadu, India, Pin Code: 600062 Avadi -----
------ -----------
(57) Abstract :
ABSTRACT A Mathematical Transformation Technique for Solving Complex Problems The mathematical transform technique (the
GR Transform) disclosed here is a revolutionary mathematical tool addressing the limitations of traditional transforms in solving
complex problems involving differential equations. Its unique formula transforms real-world problems into solvable forms,
particularly in scenarios with intricate functions. With applications spanning physics, engineering, and data analysis, GR Transform
excels in handling challenges where conventional methods fall short. The transformative technique involves integration, exponential
weighting, and normalization, providing adaptability through the parameter a. This invention marks a significant advancement in
mathematical analysis, offering versatile solutions across scientific and engineering disciplines, promising a paradigm shift in
problem-solving approaches.

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF MASONRY BRICK UTILIZING WASTE PLASTICS AND INDUSTRIAL
WASTES
:C04B0028080000, C10G0001100000, (71)Name of Applicant :

(51) International
C04B0111100000, C10G0001000000, 1)Vel Tech Rangarajan Dr. Sagunthala R&D Institute of
classification
E01C0005220000 Science and Technology
(86) International Address of Applicant :No.42, Avadi – Vel Tech Road, Avadi,
:NA
Application No Chennai - 600 062 Tamil Nadu, India. Avadi ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Udhaya Kumar. T
:NA
to Application Number Address of Applicant :400 Feet outer ring road, Velanoor, Avadi,
:NA
Filing Date Chennai - 600 062 Tamil Nadu, India. Avadi ----------- -----------
(62) Divisional to 2)Jayadurgalakshmi. M
:NA
Application Number Address of Applicant :400 Feet outer ring road, Velanoor, Avadi,
:NA
Filing Date Chennai - 600 062 Tamil Nadu, India. Avadi ----------- -----------
(57) Abstract :
ABSTRACT DEVELOPMENT OF MASONRY BRICK UTILIZING WASTE PLASTICS AND INDUSTRIAL WASTES This
invention addresses the environmental challenges posed by Polyethylene Terephthalate (PET) plastic waste by introducing a novel
approach—waste plastic bricks (WPB). The WPB consists of PET plastic, Ground Granulated Blast Furnace Slag (GGBS), and other
industrial wastes, replacing conventional bricks that use cement and clay. The manufacturing process eliminates water and cement,
employing molten plastic as a binding material. The WPBs exhibit enhanced sustainability, providing an eco-friendly alternative for
construction materials and contributing to global waste reduction initiatives. Fig.3

(19) INDIA
(54) Title of the invention : A METHOD FOR SECURE ELECTRONIC COMMUNICATION USING TRIGONOMETRY
FUNCTIONS AND PYTHAGOREAN THEOREM
Science and Technology
Address of Applicant :No.42, Avadi – Vel Tech Road, Avadi,
Chennai - 600 062 Tamil Nadu, India. Avadi ----------- -----------
1)Dr.N.Nagadevi Bala
Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D
Institute of Scince and Technology No 42, Avadi - Vel Tech
:G09B0023040000, G06Q0020380000, Road, Avadi, Chennai -600062 Tamil Nadu, India Avadi -----------
G06Q0020400000, H04L0009320000,
classification 2)Dr.S.Karpagam
G06Q0050000000
(86) International Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D
:NA Institute of Scince and Technology No 42, Avadi - Vel Tech
Application No
:NA Road, Avadi, Chennai -600062 Tamil Nadu, India Avadi -----------
Filing Date
: NA 3)Dr.R.Kala
Publication No
(61) Patent of Addition Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D
:NA Institute of Scince and Technology No 42, Avadi - Vel Tech
Filing Date
:NA 4)Dr. Regan Murugesan
Application Number
:NA Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D Institute of Scince
Filing Date
and Technology No 42, Avadi - Vel Tech Road, Avadi, Chennai -600062 Tamil
Nadu, India Avadi ----------- -----------
5)Dr. K. Sathish Kumar
Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D Institute of Scince
Nadu, India Avadi ----------- -----------
6)Dr.R. Narmada Devi
Nadu, India Avadi ----------- -----------
7)Dr.B.Somasundaram
and Technology No 42, Avadi - Vel Tech Road, Avadi, Chennai -
600062 Tamil Nadu, India Avadi ----------- -----------
(57) Abstract :
ABSTRACT A method for secure electronic communication using Trigonometry functions and Pythagorean Theorem The present
invention discloses a novel encryption system utilizing trigonometric functions, particularly the sine function, to secure electronic
communication. The method involves converting textual information into numerical values, encrypting them using the sine function,
and covertly transferring the encrypted code as a QR code. The decryption process includes retrieving numerical values from the QR
code and employing the Pythagorean theorem to obtain the original plaintext, enhancing the security of electronic accessories against
potential cyber threats.

(19) INDIA
(54) Title of the invention : CRYPTOGRAPHIC METHOD BASED ON PROBABILITY DENSITY FUNCTION AND
CUMULATIVE DENSITY FUNCTION
1)Vel Tech Rangarajan Dr. Sagunthala R&D Institute of Science and
Technology
Address of Applicant :No.42, Avadi – Vel Tech Road, Avadi, Chennai - 600
062 Tamil Nadu, India. Avadi ----------- -----------
1)Dr.R. Narmada Devi
:H04L0009060000, G06F0021620000, Nadu, India Avadi ----------- -----------
(51) International
H04L0009080000, G06F0021600000, 2)Kala Raja Mohan
classification
H04W0068000000 Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D Institute of Scince
(86) International and Technology No 42, Avadi - Vel Tech Road, Avadi, Chennai -600062 Tamil
:NA
Application No Nadu, India Avadi ----------- -----------
:NA
Filing Date 3)Nagadevi Bala Nagaram
(87) International Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D Institute of Scince
: NA
Publication No and Technology No 42, Avadi - Vel Tech Road, Avadi, Chennai -600062 Tamil
(61) Patent of Addition to Nadu, India Avadi ----------- -----------
:NA
Application Number 4)Regan Murugesan
:NA
Filing Date Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D Institute of Scince
(62) Divisional to and Technology No 42, Avadi - Vel Tech Road, Avadi, Chennai -600062 Tamil
:NA
Application Number Nadu, India Avadi ----------- -----------
:NA
Filing Date 5)Sathish Kumar Kumaravel
Nadu, India Avadi ----------- -----------
6)Dr.S.Karpagam
Nadu, India Avadi ----------- -----------
7)Dr.B.Somasundaram
Nadu, India Avadi ----------- -----------
(57) Abstract :
ABSTRACT CRYPTOGRAPHIC METHOD BASED ON PROBABILITY DENSITY FUNCTION AND CUMULATIVE DENSITY FUNCTION The present
invention discloses a cryptographic method employing Probability Density Function (PDF) and Cumulative Distribution Function (CDF) for secure information sharing
in electronic communications. The process transforms plain text into cipher text through mathematical functions, ensuring confidentiality. The invention provides a
secure method for decrypting the cipher text back into the original plain text. In this, plain text message is transformed as cipher text using a single key for both
encryption and decryption. Fig.1

(19) INDIA
(54) Title of the invention : AN IRON AND PROTEIN RICH ICE CREAM CONE BATTERFORMULATION, CONE AND
PREPARATION THEREOF
1)Tamil Nadu Agricultural University (TNAU)
Address of Applicant :Lawley Road Coimbatore-641003
Tamil Nadu Coimbatore ----------- -----------
:A23G0009500000, A23G0009280000, Name of Applicant : NA
(51) International
B65D0085780000, A23L0007196000, Address of Applicant : NA
classification
(86) International 1)R.Sarojinibharathi
:NA
Application No Address of Applicant :Department of Food Science and Nutrition
:NA
Filing Date Community Science College and Research Institute Tamil Nadu
(87) International Agricultural University Madurai - 625 104 Coimbatore ----------- -
: NA
Publication No ----------
(61) Patent of Addition 2)Dr. M. Ilamaran
:NA
to Application Number Address of Applicant :Department of Food Science and Nutrition
:NA
Filing Date Community Science College and Research Institute Tamil Nadu
(62) Divisional to Agricultural University Madurai - 625 104 Coimbatore ----------- -
:NA
:NA
Filing Date 3)Dr. B. Sivasankari
Address of Applicant :Department of Agricultural Economics
Agricultural College and Research Institute Tamil Nadu
Agricultural University Madurai - 625 104 Coimbatore ----------- -
----------
(57) Abstract :
AN IRON AND PROTEIN RICH ICE CREAM CONE BATTER FORMULATION, CONE AND PREPARATION THEREOF The
present invention discloses Ice Cream Cone Batter formulation and Protein and Iron rich ice cream cones comprising wheat flour,
bajra flour, sugar, sodium bicarbonate, lecithin, refined vegetable oil, salt and water. The Cone of the present invention is healthier
than conventional cones, and have increased consumer acceptance, improved ice cream permeability time, and textural features. The
process of preparation of the Ice Cream Cone Batter formulation and Ice Cream Cone are also disclosed in the present invention.

(19) INDIA
(54) Title of the invention : AN EFFICIENT INFORMATION RETRIEVAL AND ROUTING USING AODV ON TDMA IN
WIRELESS SENSOR NETWORKS.
1)Najmuddin M Maroof
Address of Applicant :Associate Professor, Department of Electronics and Communication Engineering,
Faculty of Engineering and Technology, Khaja BandaNawaz University, Kalaburagi-585104 Karnataka INDIA
Email: - ecemaroof99@gmail.com Kalaburagi ----------- -----------
2)Dr. Mohammed Abdul Waheed
3)Dr. Ayesha Heena
4)Md. Yousuf Ahmed
5)Md. Mazhar Hussain
6)Mohammad Khadir
7)Dr.Pradeep Karanje
:H04W0084180000, H04W0052020000, 8)Dr. Rajib Kar
H04W0040280000, G06F0016242000, Address of Applicant : NA
classification
H04W0056000000 (72)Name of Inventor :
1)Najmuddin M Maroof
(86) International Address of Applicant :Associate Professor, Department of Electronics and Communication Engineering,
:NA Faculty of Engineering and Technology, Khaja BandaNawaz University, Kalaburagi-585104 Karnataka INDIA
Application No Email: - ecemaroof99@gmail.com Kalaburagi ----------- -----------
:NA
Filing Date 2)Dr. Mohammed Abdul Waheed
Address of Applicant :Associate Professor, Department of Computer Science and Engineering, Visvesvaraya
(87) International Technological University CPGS, Kalaburagi Karnataka, - 585105 Email: - prof.mawaheed@gmail.com
: NA Kalaburagi ----------- -----------
Publication No 3)Dr. Ayesha Heena
(61) Patent of Address of Applicant :Asst.Professor., Department of Artificial Intelligence & Machine Learning, Faculty of
Engineering and Technology(Exclusively for Women), Sharnbasva University, Kalaburagi, Karnataka, INDIA.
Addition to :NA Email: - ayeshaheena31@gmail.com Kalaburagi ----------- -----------
4)Md. Yousuf Ahmed
Application Number :NA Address of Applicant :Asst.Professor, Department of Electronics and Communication Engineering, Faculty of
Filing Date Engineering and Technology, Khaja BandaNawaz University, Kalaburagi-585104 Karnataka INDIA Email: -
yousufzairdi@gmail.com Kalaburagi ----------- -----------
(62) Divisional to 5)Md. Mazhar Hussain
:NA Address of Applicant :Associate Professor, Department of Electronics and Communication Engineering,
Application Number Faculty of Engineering and Technology, Khaja BandaNawaz University, Kalaburagi-585104 Karnataka INDIA
:NA
Filing Date Email: - mazhar.h74.mh@gmail.com Kalaburagi ----------- -----------
6)Mohammad Khadir
Address of Applicant :Assistant professor Department of Electronics and Communication Engineering,
Institute of Aeronautical Engineering Dundigal,Hyderabad-500043 Telangana,India Email:
mohammad.khadir@iare.ac.in Hyderabad ----------- -----------
7)Dr.Pradeep Karanje
Address of Applicant :Associate Professor Department of Electronics and Communication Engineering,Guru
Nanak Dev Engineering College Bidar Email: pradeepkaranje2012@gmail.com Bidar ----------- -----------
8)Dr. Rajib Kar
Address of Applicant :Associate Professor Department of Electronics and Communication
Engineering,National Institute Of Technology, Durgapur, West Bengal-713209 Email: rajibkarece@gmail.com
Durgapur ----------- -----------
(57) Abstract :
ABSTRACT [1] Our Invention “An Efficient Information retrieval and Routing using AODV on TDMA in Wireless Sensor
Networks” has been claimed. Wireless sensor networks are expected to find wide applicability and increasing deployment in coming
years, as they enable reliable monitoring and analysis of the environment. Users of such a system will expect to get a real time
warning when time-critical situations occur in the network and also to be able to retrieve any required information by issuing queries
to the network. In this innovation we claim a formal classification of sensor networks, based on their mode of functioning, as proactive
and reactive networks. In proactive networks data is collected at pre-specified, fixed intervals while reactive strategy requires the
nodes to respond immediately to changes in the relevant parameters of interest. We are able to combine the best features of proactive
and reactive networks while minimizing their limitations to create a new type of network called a Hybrid network which not only
reacts to time-critical situations, but also gives an overall picture of the network at periodic intervals in a very energy efficient manner.
We introduce two new energy efficient protocols, TEEN (Threshold-sensitive Energy Efficient sensor Network protocol) for reactive
networks and APTEEN (Adaptive Periodic Threshold Sensitive Energy Efficient Sensor Network protocol) for hybrid networks. We
have also innovated the third protocol for routing queries in hybrid networks. This protocol provides the user, flexibility to request
either past, present or future data from the network in the form of historical, one-time and persistent queries respectively. We have
also analytically determined the delay incurred in handling the various types of queries. To our knowledge, such an analytical
modelling has been done for the first time for sensor network queries. These three protocols offer versatility to the users while
consuming energy very efficiently by minimizing non-critical data transmissions. We evaluated the performance of these protocols for
a simple temperature sensing application with a Poisson arrival rate for queries. In terms of energy efficiency, these protocols have
been observed to outperform existing conventional warehousing sensor network protocol.

(19) INDIA
(54) Title of the invention : NATURAL LANGUAGE PROCESSING-POWERED CUSTOMER ENGAGEMENT PLATFORM FOR
ENHANCING BUSINESS OPPORTUNITIES
1)RVR & JC COLLEGE OF ENGINEERING
Address of Applicant :RVR & JC COLLEGE OF
ENGINEERING CHANDRAMOULIPURAM,
CHOWDAVARAM, GUNTUR PIN - 522 019 Guntur ----------- --
---------
:G06Q0030020000, G06N0020000000,
G06F0040300000, G06Q0030060000,
classification 1)Dr. M. V. P Chandra Sekhara Rao
G06F0040205000
(86) International
:NA Business Systems RVR & JC COLLEGE OF ENGINEERING
Application No
:NA CHANDRAMOULIPURAM, CHOWDAVARAM, GUNTUR
Filing Date
PIN - 522 019 Guntur ----------- -----------
(87) International
: NA 2)Dr. T. Anuradha
Publication No
:NA Business Systems RVR & JC COLLEGE OF ENGINEERING
:NA CHANDRAMOULIPURAM, CHOWDAVARAM, GUNTUR
Filing Date
PIN - 522 019 Guntur ----------- -----------
(62) Divisional to
:NA 3)Mr. M. Srinivasa Rao
Application Number
Filing Date
Business Systems RVR & JC COLLEGE OF ENGINEERING
CHANDRAMOULIPURAM, CHOWDAVARAM, GUNTUR
PIN - 522 019 Guntur ----------- -----------
4)Dr P. Lakshmi Kanth
Business Systems RVR & JC COLLEGE OF ENGINEERING
PIN - 522 019 Guntur ----------- -----------
(57) Abstract :
NATURAL LANGUAGE PROCESSING-POWERED CUSTOMER ENGAGEMENT PLATFORM FOR ENHANCING BUSINESS
OPPORTUNITIES ABSTRACT This invention introduces a cutting-edge Natural Language Processing (NLP)-powered customer
engagement platform for enriching business prospects. The system and method employ NLP algorithms to interact with customers
seamlessly, encompassing various communication channels. By comprehending natural language inputs, the platform discerns
customer intent, sentiment, and preferences, culminating in real-time generation of personalized recommendations. The system also
offers automated responses and proactive support based on the detected intent, elevating quality of customer engagement.
Furthermore, the invention encompasses a feedback and data analytics module to accumulate, store, and scrutinize customer
interactions and feedback, facilitating refinement of engagement strategies and identification of nascent business opportunities. With
features such as continual NLP algorithm updates, multilingual capabilities, the ability to collaborate with human agents when
necessary, and the integration of machine learning techniques for recommendation enhancement, this platform stands as a versatile
instrument for businesses aiming to optimize customer interactions and harness untapped business potential.

(19) INDIA
(54) Title of the invention : DIFFERENTIAL RESISTANCE CIRCUIT AND METHOD WITH VOCAL SUPPRESSION
1)Dr. Md. Salauddin
Address of Applicant :Associate Professor, Department of ECE, J B Institute of
Engineering and Technology, Bhaskar Nagar, Yenkapally(V), Moinabad (M), R R
District, Hyderabad, Telangana, India-500075 ----------- -----------
2)Dr. Anindya Jana
3)Dr. Himanshu Sharma
4)Mr. B. Shravan Kumar
5)Ms. G. Samatha
6)Mr. Bijaya Kumar Muni
:G06F0011200000, A61P0031040000, Name of Applicant : NA
G10L0015260000, H03F0003217000,
H04N0021440800
1)Dr. Md. Salauddin
(86) International Address of Applicant :Associate Professor, Department of ECE, J B Institute of
:NA
Application No Engineering and Technology, Bhaskar Nagar, Yenkapally(V), Moinabad (M), R R
:NA District, Hyderabad, Telangana, India-500075 ----------- -----------
Filing Date
2)Dr. Anindya Jana
(87) International
: NA Address of Applicant :Associate Professor, Department of ECE, J B Institute of
Publication No Engineering and Technology, Bhaskar Nagar, Yenkapally(V), Moinabad (M), R R
(61) Patent of Addition District, Hyderabad, Telangana, India-500075 ----------- -----------
:NA 3)Dr. Himanshu Sharma
:NA Address of Applicant :Associate Professor, Department of ECE, J B Institute of
Filing Date
(62) Divisional to District, Hyderabad, Telangana, India-500075 ----------- -----------
:NA
Application Number 4)Mr. B. Shravan Kumar
:NA Address of Applicant :Assistant Professor, Department of ECE, J B Institute of
Filing Date
5)Ms. G. Samatha
Address of Applicant :Assistant Professor, Department of ECE, J B Institute of
6)Mr. Bijaya Kumar Muni
Address of Applicant :Assistant Professor, Department of ECE, J B Institute of
(57) Abstract :
[028] The invention presents a Differential resistance circuit and method with vocal suppression. The present invention comprising of
accepting an audio signal that includes both vocal and non-vocal elements, replicating the audio signal to generate two identical
copies, increasing the amplitude of the first copy while decreasing the amplitude of the second copy, and reversing the phase of the
second copy. Further, merging the first copy and the phase-reversed second copy to form a differential audio signal and identifying
and reducing the vocal components within the differential audio signal to produce an audio output primarily composed of non-vocal
elements. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : DETERMINATION OF THE DIMENSIONS OF A FURNACE FOR MELTING OF FERROUS
ALLOYS AND CALCULATION OF THE ELECTRICAL PARAMETERS
1)Dr. P.C. Krishnamachary
Address of Applicant :Professor, Mechanical Engineering Department, J. B.
Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally (V),
Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -------
----
2)Dr. Chintakindi Sanjay
3)Dr. Anoop Kumar Shukla
4)Mr. Mohd Rafeeq Ur Rahman
5)Mr. J. Nagaraju
6)Mr. J. Narendra Kumar
:G06N0007000000, G16H0050200000,
(51) International 1)Dr. P.C. Krishnamachary
A61B0005020000, H02S0050100000, Address of Applicant :Professor, Mechanical Engineering Department, J. B.
classification
H01G0009000000 Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally (V),
(86) International Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -------
:NA ----
Application No
:NA 2)Dr. Chintakindi Sanjay
Filing Date Address of Applicant :Professor, Mechanical Engineering Department, J. B.
(87) International Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally (V),
: NA Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -------
Publication No
----
:NA 3)Dr. Anoop Kumar Shukla
to Application Number Address of Applicant :Professor, Mechanical Engineering Department, J. B.
:NA
Filing Date Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally (V),
(62) Divisional to Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -------
:NA ----
Application Number
:NA 4)Mr. Mohd Rafeeq Ur Rahman
Filing Date Address of Applicant :Assistant Professor, Mechanical Engineering Department, J.
B. Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally (V),
----
5)Mr. J. Nagaraju
Address of Applicant :Assistant Professor, Mechanical Engineering Department, J.
----
6)Mr. J. Narendra Kumar
Address of Applicant :Assistant Professor, Mechanical Engineering Department, J.
----
(57) Abstract :
[028] The invention presents Determination of the dimensions of a furnace for melting of ferrous alloys and calculation of the electrical parameters. The present
invention comprising of accepting user-provided inputs pertaining to the intended furnace capacity, alloy variety, and process specifications, employing the user-
supplied inputs to perform computations for establishing the necessary furnace volume, which incorporates factors like melt efficiency, alloy density, and heating
duration. Evaluating the electrical attributes of the power source, encompassing aspects like voltage, current, and frequency, in order to deduce the essential electrical
parameters vital for the furnace and generating a comprehensive report that encompasses recommendations regarding the optimal furnace dimensions, electrical power
prerequisites, and other pertinent parameters rooted in the provided user inputs. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : AUTOMATED DATA LABELING AND AUGMENTATION TECHNIQUES FOR SPARSE DATASETS
1)Dr. L. Sridhara Rao
Address of Applicant :Associate Professor & Head, Department of Information
Technology, J B Institute of Engineering and Technology, Moinabad, Ranga
Reddy, 500075 ----------- -----------
2)Mr. B. Vijay Kumar
3)Rakesh Tingilkar
4)Praveen Hugar
5)Dr. P.Srinivasa Rao
:G06N0020000000, G06N0005020000, Name of Applicant : NA
(51) International
G06K0009620000, G06F0016230000, Address of Applicant : NA
classification
(86) International 1)Dr. L. Sridhara Rao
:NA
Application No Address of Applicant :Associate Professor & Head, Department of Information
:NA
Filing Date Technology, J B Institute of Engineering and Technology, Moinabad, Ranga
(87) International Reddy, 500075 ----------- -----------
: NA
Publication No 2)Mr. B. Vijay Kumar
(61) Patent of Addition to Address of Applicant :Assistant Professor, Department of Information Technology,
:NA
Application Number J B Institute of Engineering and Technology, Moinabad, Ranga Reddy, 500075 ----
:NA
Filing Date ------- -----------
(62) Divisional to 3)Rakesh Tingilkar
:NA
Application Number Address of Applicant :Assistant Professor, Department of Information Technology,
:NA
Filing Date J B Institute of Engineering and Technology, Moinabad, Ranga Reddy, 500075 ----
------- -----------
4)Praveen Hugar
Address of Applicant :Assistant Professor, Department of Information Technology,
J B Institute of Engineering and Technology, Moinabad, Ranga Reddy, 500075 ----
------- -----------
5)Dr. P.Srinivasa Rao
Address of Applicant :Professor, Department of Computer Science & Engineering,
J B Institute of Engineering and Technology, Moinabad, Ranga Reddy, 500075 ----
------- -----------
(57) Abstract :
[028] The invention presents an Automated Data Labelling and Augmentation Techniques for Sparse Datasets. The present invention comprising of a module for data
collection, responsible for sourcing and structuring sparse datasets from diverse origins, a data labelling module that utilizes machine learning methods to autonomously
assign labels to previously unlabelled data instances in the sparse datasets. A module for data augmentation, which creates synthetic data points to enhance the density
and completeness of the sparse datasets. Further, a data quality assessment module that appraises the quality and trustworthiness of the labelled and augmented data. An
interactive user interface that enables users to engage with the system, monitoring and supervising the processes of data labelling and augmentation. Accompanied
Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : SMART POCKET SENTINEL
1)Dr Sudha L K
Address of Applicant :Associate Professor, Department of Electronics and
instrumentation engineering, Bangalore Institute of technology, Bangalore
Karnataka India ----------- -----------
2)Deepak Sharma R
3)Mouna B
4)Khushi H S
5)Bharadwaj
(51) International
A45C0001060000, G06K0019073000, Address of Applicant : NA
classification
(86) International 1)Dr Sudha L K
:NA
Application No Address of Applicant :Associate Professor, Department of Electronics and
:NA
Filing Date instrumentation engineering, Bangalore Institute of technology, Bangalore
(87) International Karnataka India ----------- -----------
: NA
Publication No 2)Deepak Sharma R
(61) Patent of Addition to Address of Applicant :Student Department of Electronics and instrumentation
:NA
Application Number engineering, Bangalore Institute of technology, Bangalore, Karnataka, India --------
:NA
Filing Date --- -----------
(62) Divisional to 3)Mouna B
:NA
Application Number Address of Applicant :Student Department of Electronics and instrumentation
:NA
Filing Date engineering, Bangalore Institute of technology, Bangalore, Karnataka, India --------
--- -----------
4)Khushi H S
Address of Applicant :Student Department of Electronics and instrumentation
engineering, Bangalore Institute of technology, Bangalore, Karnataka, India --------
--- -----------
5)Bharadwaj
Address of Applicant :Student Department of Electronics and instrumentation
engineering, Bangalore Institute of technology, Bangalore, Karnataka, India --------
--- -----------
(57) Abstract :
Smart Pocket Sentinel ABSTRACT: The objective of this paper is to evaluate the practicality and user satisfaction of a smart wallet,
which integrates the functionalities of a conventional wallet with digital capabilities. With the increasing prevalence of cashless
transactions and contactless payments, smart wallets strive to provide users both ease and security. This research assesses the
characteristics and efficacy of an intelligent wallet, emphasising its benefits and areas that require enhancement. The smart wallet is an
updated version of the conventional physical wallet, incorporating technology to improve its functioning.

(19) INDIA
(54) Title of the invention : TRANSFORMING ESL WRITING ASSESSMENT WITH THE CO-CREATION OF RUBRICS
1)Dr. Arabati Pradeep Kumar, Associate Professor / Department of English, Anurag University.
Address of Applicant :Anurag University, Venkatapur, Ghatkesar, Medchal, Hyderabad, Telangana-500088. ----------- -----------
2)Dr. P V Laxmiprasad, Associate Professor / Department of English, Anurag University
3)Dr. Sneha Deshmukh, Assistant professor / Department of English, Anurag University.
4)Dr.G.Venkata Ramana, Associate Professor of English / Department of BS&H, B V Raju Institute of Technology.
:A61B0005000000, H01G0004232000, 5)Dr. Sridevi Tulasi, Associate Professor of English / Department of Freshman Engineering, Geethanjali College of
(51) International Engineering and Technology.
G16H0030200000, G09B0019060000, 6)Dr.P.Rajitha, Associate Professor of English / Department of Freshman Engineering, Geethanjali College of Engineering
classification and Technology.
H01G0009012000 7)Dr.Pramodini Patnaik, Associate Professor of English / Department of Freshman Engineering, Geethanjali College of
Engineering and Technology.
(86) International 8)P.B. Esther Rani, Assistant professor / Department of English, Institute of Aeronautical Engineering.
Filing Date 1)Dr. Arabati Pradeep Kumar, Associate Professor / Department of English, Anurag University.
(87) International 2)Dr. P V Laxmiprasad, Associate Professor / Department of English, Anurag University
: NA Address of Applicant :Anurag University, Venkatapur, Ghatkesar, Medchal, Hyderabad, Telangana-500088. ----------- -----------
Publication No 3)Dr. Sneha Deshmukh, Assistant professor / Department of English, Anurag University.
(61) Patent of Addition 4)Dr.G.Venkata Ramana, Associate Professor of English / Department of BS&H, B V Raju Institute of Technology.
:NA Address of Applicant :B V Raju Institute of Technology, Vishnupur, Narsapur, Medak, Telangana-502313. ----------- -----------
to Application Number 5)Dr. Sridevi Tulasi, Associate Professor of English / Department of Freshman Engineering, Geethanjali College of
:NA Engineering and Technology.
Filing Date Address of Applicant :Geethanjali College of Engineering and Technology, Cheeryal, Keesara, Medchal, Telangana-501301. ---------
-- -----------
(62) Divisional to 6)Dr.P.Rajitha, Associate Professor of English / Department of Freshman Engineering, Geethanjali College of Engineering
:NA and Technology.
Application Number Address of Applicant :Geethanjali College of Engineering and Technology, Cheeryal, Keesara, Medchal, Telangana-501301. ---------
:NA -- -----------
Filing Date 7)Dr.Pramodini Patnaik, Associate Professor of English / Department of Freshman Engineering, Geethanjali College of
Address of Applicant :Geethanjali College of Engineering and Technology, Cheeryal, Keesara, Medchal, Telangana-501301. ---------
-- -----------
8)P.B. Esther Rani, Assistant professor / Department of English, Institute of Aeronautical Engineering.
Address of Applicant :Institute of Aeronautical Engineering, Dundigal, Hyderabad, Telangana-500043. ----------- -----------
(57) Abstract :
Abstract This study explores the transformative potential of co-created rubrics in assessing English as Second Language (ESL)
writing. Utilizing a mixed-methods approach, the research involved control and experimental groups to evaluate the efficacy of
traditional versus co-created rubrics. Key findings indicate statistically significant improvements in the experimental group's multiple
dimensions of ESL writing. A t-test revealed enhanced coherence in writing (p < 0.05), while a Chi-square test affirmed enriched
vocabulary usage (p < 0.05). Further, a Mann-Whitney U test validated better grammatical accuracy (p < 0.05), and a paired t-test
confirmed improvements in overall writing structure (p < 0.05). Furthermore, one-sample t-tests disclosed that both students and
educators had positive perceptions of the co-creation process (p < 0.05) and perceived the assessment as more transparent (p < 0.05).
These findings collectively suggest that co-created rubrics not only elevate the quality of ESL writing but also enhance the fairness
and transparency of the assessment process. The study concludes that co-created rubrics offer a viable and effective approach for ESL
writing assessment, warranting broader educational adoption.

(19) INDIA
(54) Title of the invention : ARTIFICIAL INTELLIGENCE APPROACH IN INTEGRALS OF SPECIAL FUNCTIONS AND
UMBRAL METHODS WITH APPLICATIONS
1)Dr. N. Pothanna
Address of Applicant :Associate Professor, Vallurupalli Nageswara Rao Vignana Jyothi Institute of Engineering and Technology, Bachupally, Nizampet Medchal, Hyderabad, Pin :500090, Telangana, India ----------- ---
:G06Q0030020000, G06Q0050200000, --------
(51) International 2)Dr. Shaik Khaja Mohiddin

3)Dr. Mallikarjun G. Shrigan
G06F0016953500, C12N0015100000, 4)Dr. R. Jothiraj

5)T. Siva Nageswara Rao
classification 6)B. Ranjitha
G06F0016245800 7)Mandula China Pentu Saheb

8)Anwar Ahamed Shaikh
9)M. Pavan Kumar Reddy
10)Mr. Mahesh Garvandha
(86) International 11)Dr Adigoppula Raju
:NA 12)Mr. P. Raja Shekhar


:NA 1)Dr. N. Pothanna
Filing Date Address of Applicant :Associate Professor, Vallurupalli Nageswara Rao Vignana Jyothi Institute of Engineering and Technology, Bachupally, Nizampet Medchal, Hyderabad, Pin :500090, Telangana, India ----------- --------
---
2)Dr. Shaik Khaja Mohiddin
Address of Applicant :Associate Professor, Koneru Lakshmaiah Education Foundation Green Fields, Vaddeswaram, Tadepalle, Guntur, Pin:522302, Andhra Pradesh, India. ----------- -----------
(87) International 3)Dr. Mallikarjun G. Shrigan
: NA Address of Applicant :Sr. Assistant Professor, School of Computational Science and Mathematics, JSPM University Pune, Gat No. 719/1 & 719/2, Nagar Road, Wagholi, Pune, Pin 412207, Maharashtra, India. ----------- ----
-------
Publication No 4)Dr. R. Jothiraj

Address of Applicant :Assistant Professor, Department of Mathematics Tagore Engineering College, Rathinamangalam, Melakottaiyur Post, Vandalur – Kelambakkam High Road, Chennai, Chengalpattu, Pin: 600127,
Tamilnadu, India. ----------- -----------
(61) Patent of Addition 5)T. Siva Nageswara Rao

Address of Applicant :Assistant Professor, Department of Humanities and Sciences, Vallurupalli Nageswara Rao Vignana Jyothi Institute of Engineering and Technology, Bachupally, Nizampet Medchal, Hyderabad, Pin
:NA :500090, Telangana, India. ----------- -----------

6)B. Ranjitha
to Application Number Address of Applicant :Assistant Professor, Department of Freshman, Mohan Babu University, Tirupati, Pin:517102, Andhra Pradesh, India. ----------- -----------
:NA 7)Mandula China Pentu Saheb

Address of Applicant :Assistant Professor, Department of CSE, Vasireddy Venkatadri Institute of Technology VVIT College, Namburu Post, Mangalagiri Mandal, Guntur District, Pin:522508, Andhra Pradesh, India. -------
Filing Date ---- -----------

8)Anwar Ahamed Shaikh
Address of Applicant :Assistant Professor, Department of CSE, KL University, Greenfields, Vaddeswaram, Guntur, Pin: 522302, Andhra Pradesh, India. ----------- -----------
(62) Divisional to 9)M. Pavan Kumar Reddy

:NA :500090, Telangana, India. ----------- -----------

10)Mr. Mahesh Garvandha
Application Number Address of Applicant :Lecturer, Department of Mathematics Section, Information Technology, University of Technology and Applied Sciences-Shinas Al Aqr, Shinas, Pin:77PC324, Oman, ----------- -----------
:NA 11)Dr Adigoppula Raju

Filing Date :500090, Telangana, India ----------- -----------

12)Mr. P. Raja Shekhar
Address of Applicant :Assistant Professor, Vallurupalli Nageswara Rao Vignana Jyothi Institute of Engineering and Technology, Bachupally, Nizampet Medchal, Hyderabad, Pin :500090, Telangana, India ----------- --------
---
(57) Abstract :
ARTIFICIAL INTELLIGENCE APPROACH IN INTEGRALS OF SPECIAL FUNCTIONS AND UMBRAL METHODS WITH
APPLICATIONS ABSTRACT: In the big data environment, we develop personalized information of college libraries based on big
data from three aspects: the overall architecture of the system model, the functional model of the system, and the design of system
interface modules according to the design principles and requirements of the personalized information service system of the university
library Service system design. In terms of the functional design of the platform, the service platform is divided into four levels:
accurate identification of user needs based on big data, personalized customized services based on artificial intelligence, academic
research and discussion space based on integrated media, and fine-grained subject resource aggregation based on knowledge. On this
basis, a centralized model of individualized services of university libraries including internal and external personnel, information
resources, technology, services, processes, platforms, and environment has been constructed Arti?cial intelligence (AI) is one of the
emerging trends and applications of computing in libraries. It involves programming computers to do things, which if done by
humans, would be said to require intelligence. The ultimate promise of arti?cial intelligence in libraries is to develop computer
systems or machines that think, behave, and in fact rival human intelligence, and this clearly has major implications on librarianship.
The application of arti?cial intelligence in the library has become pervasive. They include expert systems for reference services, book
reading and shelf-reading robots, virtual reality for immersive learning among others. Although the incorporation of arti?cial
intelligence in libraries can be perceived to alienate librarians from their users, it will probably help libraries do more rather than
taking over the jobs of librarians. It will enhance their services delivery. Arti?cial intelligence will greatly improve library operations
and services and will upgrade and heighten the relevance of libraries in an ever-changing digital society It has been demonstrated that
employing non-standard calculus tools is an incredibly effective method for researching both traditional and recently discovered
features of special functions and polynomials. These techniques have been helpful in recasting either fundamental or specialised
functions as part of the same overarching logical framework. The techniques of umbral calculus and operational calculus have been
incorporated into a powerful and effective analytic tool, which will be used to investigate the characteristics of distributions such as
the Tsallis, Weibull, and Student's distributions. We assert that these can be interpreted as typical Gaussian distributions, and we make
use of the pertinent properties to infer those of the distributions stated previously. Through the application of umbral methods, we are
able to obtain the integrals of a combination of Gauss and Bessel functions. We show that the approach makes it possible to pursue
new and seemingly fruitful paths in the theory of special functions, revealing fascinating ties with the theory and the formalism of
integral transformations. These avenues are made possible by the fact that the method makes it possible.

(19) INDIA
(54) Title of the invention : IOT-BASED SMART AGRICULTURE SYSTEM
1)Dr. Parameshachari B D
Address of Applicant :Dr. Parameshachari B D Professor Department of
Electronics and Communication Engineering Nitte Meenakshi Institute of
Technology, Bengaluru paramesh@nmit.ac.in Mobile: 9886211981 ----------- ------
-----
2)Dr. Sumanth S
3)Dr. Nagamani H S
4)Dr.Priti Mishra
5)Dr Sujata Patil
:G06Q0010060000, H04L0067120000,
G06Q0050020000, G16H0050300000, (72)Name of Inventor :
classification
G16H0050200000 1)Dr. Parameshachari B D
(86) International Address of Applicant :Dr. Parameshachari B D Professor Department of
:NA Electronics and Communication Engineering Nitte Meenakshi Institute of
Application No
:NA Technology, Bengaluru paramesh@nmit.ac.in Mobile: 9886211981 ----------- ------
Filing Date -----
(87) International 2)Dr. Sumanth S
: NA Address of Applicant :Dr. Sumanth S Associate Professor, Department of
Publication No
Computer Science and Applictaions, Government College for Women, (Affiliated
:NA to Bengaluru North University), Kolar - 563 101. 9901000926
to Application Number sumanth81s@gmail.com ----------- -----------
:NA
Filing Date 3)Dr. Nagamani H S
(62) Divisional to Address of Applicant :Dr. Nagamani H S Associate Professor Department of
:NA Computer Science Govt .Smt VHD Central Institute of Home Science,(MCU)
Application Number
:NA seshadri Road, Bengaluru 560001 , Karnataka,India nagamani.hs@gmail.com
Filing Date 9972862349 ----------- -----------
4)Dr.Priti Mishra
Address of Applicant :Dr.Priti Mishra Professor & Head Information Science and
Engineering Atria Institute of Technology , Bengaluru mprits@rediffmail.com -----
------ -----------
5)Dr Sujata Patil
Address of Applicant :Dr Sujata Patil Radiation oncology Department Thomas
Jefferson University Philadelphia, Pennsylvania 19107 T: +12673463258 Mail:
Sujata.Patil@jefferson.edu ----------- -----------
Address of Applicant :Nitte Meenakshi Institute of Technology, P.B.No.6429.
Yelahanka, Bangalore 560064, Karnataka, India. 9886211981 ----------- -----------
(57) Abstract :
The IoT-Based Smart Agriculture System represents a groundbreaking innovation designed to revolutionize traditional agricultural
practices by harnessing the capabilities of the Internet of Things (IoT). This system integrates a network of sensors, data analytics, and
automation to facilitate data-driven, sustainable, and highly efficient farming. Its key features include real-time environmental
monitoring, automated resource management, predictive crop health analysis, and remote control capabilities. By empowering farmers
with timely insights and control over their operations, this invention seeks to significantly enhance crop yields, reduce resource
wastage, mitigate risks, and promote environmentally responsible and profitable agricultural practices.

(19) INDIA
(54) Title of the invention : IOT-BASED IMAGE DEFOGGING SYSTEM TO MINIMIZE ROAD ACCIDENTS BASED ON
IMAGE PROCESSING
1)Mr.P Thirumoorthy
Address of Applicant :Associate Professor Department of EEE Dhanalakshmi College of Engineering,
Chennai State : Tamilnadu Country: India ----------- -----------
2)Dr.Sravan Abhilash Kothapalli
3)Dr.R.Lavanya
4)Mr. Ajai Vaidyanathan H
5)Dr.Jayaraman Venkatesh
6)Dr.D Buvana
7)Dr.B Stalin
8)Mr.Sathyanarayanan R
9)D. Kanchana
10)Dr.V.Nivedita
:G06T0005000000, H04L0067120000, Name of Applicant : NA
G16H0040670000, G06Q0050260000,
G08G0001096700 1)Mr.P Thirumoorthy
Address of Applicant :Associate Professor Department of EEE Dhanalakshmi College of Engineering, Chennai
(86) International State : Tamilnadu Country: India ----------- -----------
:NA 2)Dr.Sravan Abhilash Kothapalli
Application No
:NA Address of Applicant :Associate Professor Department of ECE CMR Engineerng College (UGC Autonomous)
Filing Date Medchal, Hyderabad- 501401 State: Telangana Country: India ----------- -----------
3)Dr.R.Lavanya
(87) International Address of Applicant :Assistant Professor,Department of Computer Science,Dr SNS Rajalakshmi College of
: NA Arts and Science,Coimbatore ----------- -----------
Publication No 4)Mr. Ajai Vaidyanathan H
(61) Patent of Addition Address of Applicant :Assistant Professor Department of EEE Dhanalakshmi College of Engineering
:NA Manimangalam Tambaram Chennai 601301 State: Tamil Nadu Country: India ----------- -----------
to Application Number 5)Dr.Jayaraman Venkatesh
:NA Address of Applicant :Professor Department of Computer Science and Engineering Chennai Institute of
Filing Date Technology, Kundrathur Chennai 600069 District : Kancheepuram State : Tamil Nadu Country: India ----------
(62) Divisional to - -----------
:NA 6)Dr.D Buvana
Application Number Address of Applicant :No.4A, Annai Avenue,Vignesh nagar, Serapanancherry Village and post, Kanchipuram
:NA district, Chennai 601301. Tamilnadu State: Tamilnadu Country : India ----------- -----------
Filing Date 7)Dr.B Stalin
Address of Applicant :Professor and Principal Department of Electrical and Electronics Engineering Dr MGR
polytechnic college ACS nagar arcot road irumbedu arni 632317 State : Tamilnadu Country: India ----------- ---
--------
8)Mr.Sathyanarayanan R
Address of Applicant :Assistant Professor Department of EEE Dhanalakshmi College of Engineering
Manimangalam tambaram Chennai 601 301 State: Tamilnadu Country:India ----------- -----------
9)D. Kanchana
Address of Applicant :Assistant Professor Department of ECE Sathyabama Institute of Science and
Technology, Chennai - 600119. State: Tamil Nadu Country : India ----------- -----------
10)Dr.V.Nivedita
Address of Applicant :Assistant Professor, Department of CSE, SRM Institute of science and Technology,
Ramapuram Campus, Chennai-89, State:Tamilnadu Country: India ----------- -----------
(57) Abstract :
Abstract The "IoT-Based Image Defogging System to Minimize Road Accidents Based on Image Processing" represents a
groundbreaking solution to the long-standing problem of road safety in foggy conditions. Adverse weather, particularly fog, poses a
substantial threat to public safety, leading to an increased risk of accidents and associated injuries. This invention combines the power
of the Internet of Things (IoT) with advanced image processing algorithms to deliver real-time enhancements in visibility during
foggy conditions. A network of IoT sensors, including cameras, weather sensors, and vehicle-mounted devices, captures visual data in
varying fog densities and transmits it to a central processing unit. This unit, employing advanced image processing techniques, detects
foggy conditions and applies real-time image defogging to enhance visibility. Enhanced images are made available to users through a
user-friendly interface, including mobile apps and web-based platforms, enabling drivers to make informed decisions and providing
authorities with critical data for real-time safety measures. This innovative system offers a proactive and comprehensive approach to
fog mitigation, contributing to enhanced road safety, reduced accidents, and saved lives.

(19) INDIA
(54) Title of the invention : IOT AND AI BASED REMOTE PATIENT MONITORING SYSTEM
1)Dr. S.Padmalal
Address of Applicant :Professor, Department of Computer science and Engineering,
Mangalam College of Engineering, Mangalam Hills, Vettimukal, P.O, Ettumanoor, Kerala
686631 ----------- -----------
2)Dr. Sreenivasulu Gogula
3)Mr. Ananda Ravuri
4)Dr. Goda Srinivasa Rao
5)Dr. D Nagaraju
6)Dr. S.Sivasundarapandian
7)Dr. Balajee Jeyakumar
8)Dr. Amit Gangopadhyay
9)Dr. Shailendra Kumar
10)Dr. Madamanchi Brahmaiah
11)Dr. Siva Shankar S
1)Dr. S.Padmalal
Address of Applicant :Professor, Department of Computer science and Engineering, Mangalam
College of Engineering, Mangalam Hills, Vettimukal, P.O, Ettumanoor, Kerala 686631 ---------
-- -----------
2)Dr. Sreenivasulu Gogula
:G16H0040670000, A61B0005000000, G16H0010600000,
(51) International classification Address of Applicant :Professor and Head of the Department, Department of Computer
G16H0050200000, G16H0050300000
Science and Engineering( Data Science), Vardhaman college of Engineering, Shamshabad,
:NA Hyderabad 501218, Telgana ----------- -----------
No
:NA 3)Mr. Ananda Ravuri
Filing Date
Address of Applicant :Senior Software Engineer Intel corporation Hillsboro, Oregon 97124
: NA USA ----------- -----------
No
4)Dr. Goda Srinivasa Rao
:NA Address of Applicant :Professor Dept of CSE Kallam Haranadhreddy institute of Technology
Application Number
:NA Guntur,AP – 522019 India ----------- -----------
Filing Date
5)Dr. D Nagaraju
:NA Address of Applicant :Professor,Department of CSE, Sri Venkatesa Perumal College of
Number
:NA Engineering and Technology, Puttur, Andhra Pradesh, India - 517583 ----------- -----------
Filing Date
6)Dr. S.Sivasundarapandian
Address of Applicant :Professor Department of Electronics and Communication Engineering
Aurora's Technological and Research Institute Medchal Dt Hyderabad,Telangana INDIA-
500098 ----------- -----------
7)Dr. Balajee Jeyakumar
Address of Applicant :Associate professor, Department of Computer Science, Mother Theresa
Institute of Engineering and Technology, Palamaner, Andhra Pradesh -517408 ----------- -------
----
8)Dr. Amit Gangopadhyay
Address of Applicant :Professor, Department of Electronics and Communication Engineering,
Mohan Babu University( Sree Vidyanikethan Engineering College), Tirupati-517102, Andhra
Pradesh, India, ----------- -----------
9)Dr. Shailendra Kumar
Address of Applicant :Associate Professor Department of ECE Integral University Lucknow,
Uttar Pradesh - 226026, India. ----------- -----------
10)Dr. Madamanchi Brahmaiah
Address of Applicant :Assistant Professor Department of CSE RVR & JC college of
engineering (Autonomous) Chowdavaram Guntur, Andhra Pradesh ,India - 522019 ----------- --
---------
11)Dr. Siva Shankar S
Address of Applicant :Associate Professor & Dean of Foreign Affairs Department of Computer
Science and Engineering KG Reddy College of Engineering and Technology (Autonomous) R
R District,Hyderabad, Telangana,India - 501504 ----------- -----------
(57) Abstract :
Abstract: The IoT and AI-based remote patient monitoring system represents a pioneering advancement in healthcare technology, poised to transform the landscape of remote patient care. This
innovative system seamlessly integrates Internet of Things (IoT) technology and artificial intelligence (AI) to offer a comprehensive solution for the continuous monitoring, analysis, and
communication of patient health data. Comprising a network of wearable and non-wearable sensor devices, a central server, and sophisticated AI algorithms, this invention enables the real-time
monitoring of vital signs and health parameters. It excels in early anomaly detection, offering predictive insights, and fostering secure communication between patients and healthcare
providers. The system's user-friendly interfaces empower patients to actively engage in their care, while healthcare professionals benefit from data-informed decision-making. By facilitating
early intervention, personalized care, and improved patient outcomes, this invention has the potential to revolutionize remote healthcare, reducing hospitalization rates, enhancing patient
comfort, and advancing the quality of healthcare delivery. This patent application seeks to protect the inventive aspects of this transformative healthcare solution.

(19) INDIA
(54) Title of the invention : IOT AND ARTIFICIAL INTELLIGENCE BASED SMART INDOOR TRACKING SYSTEM TO
TRACK MULTIPLE OBJECTS WITHIN A SMART HOME USING DATA MINING AND MACHINE LEARNING
ALGORITHMS
1)Dr.L.Komathi
Address of Applicant :Assistant professor, Department of English, SRM Institute of Science And
Technology Faculty of Science and Humanities, No.1 Jawaharlal Nehru salai, Vadapalani Chennai 26
Tamilnadu India ----------- -----------
2)Poobathy D
3)Gayathri G
4)Prabhu K
5)SenthilPrabhu S
6)Ms Y. Saichandana
7)Dr. Ajit M. Hebbale
8)S. Maheswari
9)S.Govindaraj
10)Dr. G.M. Vijayalakshmi
1)Dr.L.Komathi
Address of Applicant :Assistant professor, Department of English, SRM Institute of Science And Technology
Faculty of Science and Humanities, No.1 Jawaharlal Nehru salai, Vadapalani Chennai 26 Tamilnadu India -----
------ -----------
2)Poobathy D
:G06K0009620000, G06N0020000000, G16H0040630000, Address of Applicant :PhD Scholar, Department of Computer Science Nallamuthu Gounder Mahalingam
(51) International classification College 90, Palghat Road, Pollachi Coimbatore Tamil Nadu India ----------- -----------
G06Q0050020000, G06N0005000000
(86) International Application No :NA 3)Gayathri G
Filing Date :NA Address of Applicant :Assistant Professor, Department of Computer Science and Engineering, Dr.
(87) International Publication No : NA Mahalingam College of Engineering and Technology Makkinaickenpatti (POST), Udumalai Road, Pollachi-
(61) Patent of Addition to 642003, Coimbatore, Tamilnadu India ----------- -----------
:NA 4)Prabhu K
Application Number
:NA Address of Applicant :Assistant Professor Department of Computer Science and Engineering Dr.Mahalingam
Filing Date
(62) Divisional to Application College Of Engineering And Technology Makkinaickenpatti (POST), Udumalai Road, Pollachi-642003,
:NA Coimbatore, Tamilnadu India ----------- -----------
Number
:NA 5)SenthilPrabhu S
Filing Date
Address of Applicant :Assistant Professor Department of Computer Science and Engineering Dr.Mahalingam
College Of Engineering And Technology Makkinaickenpatti (POST), Udumalai Road, Pollachi-642003,
Coimbatore, Tamilnadu India ----------- -----------
6)Ms Y. Saichandana
Address of Applicant :Assistant Professor, Department of Artificial intelligence and Machine Learning,
Annamacharya Institute of Technology and Sciences Tirupati Andhra Pradesh India ----------- -----------
7)Dr. Ajit M. Hebbale
Address of Applicant :Associate Professor Department of Mechanical Engineering, NITTE (Deemed to be
University), NMAM Institute of Technology (NMAMIT), Nitte, Udupi, Karnataka,574110, India. ----------- ---
--------
8)S. Maheswari
Address of Applicant :Assistant Professor, Department of Biomedical Engineering, Velalar College of
Engineering and Technology, Thindal, Erode-638012 Tamilnadu India ----------- -----------
9)S.Govindaraj
Address of Applicant :Assistant Professor Department of Biomedical Engineering, Velalar College of
Engineering and Technology, Thindal, Erode-638012 Tamilnadu India ----------- -----------
10)Dr. G.M. Vijayalakshmi
Address of Applicant :Associate Professor, Vel Tech Rangarajan Dr. Sagunthala R & D Institute of Science
and Technology, Avadi, Chennai, Tamilnadu India ----------- -----------
(57) Abstract :
IoT and Artificial Intelligence based Smart indoor tracking system to track multiple objects within a smart home using data mining and Machine Learning Algorithms Abstract: This research introduces an innovative indoor
tracking system that utilises conventional data mining techniques on radio frequency identification (RFID) tag readings. The system facilitates real-time tracking of several objects inside a smart home environment and serves
as a fundamental component for implementing an expert system that enables elderly individuals to live independently with the help of technology. The indoor localization is conceptualised as a classification problem, rather
than a regression problem, which is more typically observed in the existing research. The paper is bifurcated into two sections. The initial approach centres on the acquisition of accurate and reliable data, which serves as the
foundation for constructing the model. The second phase of the study emphasises the development of filters specifically tailored to facilitate the real-time utilisation of this model as a tracking software in smart homes. The
initial findings indicate that the majority of classifiers excel in accurately determining the stationary placement of RFID tags. Notably, a random forest consisting of 100 trees achieves the highest performance, with an
accuracy of 97% and an F-Measure of 0.974. Nevertheless, the process of gathering data to train the classifier is time-consuming and monotonous. Findings from the second phase demonstrate a notable decrease in the
precision of the random forest model when exposed to human intervention. By utilising specific filters, the precision of object tracking can reach a notable 75%. The results validate the feasibility of utilising passive RFID
tags for an indoor tracking system. Our method is highly deployable and offers greater flexibility compared to trilateration or fingerprinting techniques.

(19) INDIA
(54) Title of the invention : GENERATIVE MODEL FOR CREATING SYNTHETIC 3D ENVIRONMENTS FROM 2D IMAGES
1)Himagiri Danapana
Address of Applicant :Assistant Professor, Department of Computer Science
and Engineering, J.B.Institute of Engineering & Technology, Yenkapally (V),
Moinabad (M), Ranga Reddy District, Hyderabad, 500075 ----------- -----------
2)Dr. P Srinivasa Rao
3)Mr. Molkar Rajkumar
4)Mrs. Saudampalli Pavani
5)Mr. Badana Upendra
6)Mr. Made Anil
:G06N0003080000, G06T0017200000, Name of Applicant : NA
G06T0011000000, G06T0019000000,
G06N0003040000
1)Himagiri Danapana
(86) International Address of Applicant :Assistant Professor, Department of Computer Science and
:NA
Application No Engineering, J.B.Institute of Engineering & Technology, Yenkapally (V),
:NA Moinabad (M), Ranga Reddy District, Hyderabad, 500075 ----------- -----------
Filing Date
2)Dr. P Srinivasa Rao
(87) International
: NA Address of Applicant :Professor in CSE & Controller of Examination, J.B.Institute
Publication No of Engineering & Technology, Yenkapally (V), Moinabad (M), Ranga Reddy
(61) Patent of Addition District, Hyderabad, 500075 ----------- -----------
:NA 3)Mr. Molkar Rajkumar
:NA Address of Applicant :Assistant Professor, Department of Computer Science and
Filing Date
Engineering, J.B.Institute of Engineering & Technology, Yenkapally (V),
(62) Divisional to Moinabad (M), Ranga Reddy District, Hyderabad, 500075 ----------- -----------
:NA
Application Number 4)Mrs. Saudampalli Pavani
:NA Address of Applicant :Assistant Professor, Department of Computer Science and
Filing Date
5)Mr. Badana Upendra
Address of Applicant :Assistant Professor, Department of Computer Science and
6)Mr. Made Anil
(57) Abstract :
[028] The invention presents a Generative Model for Creating Synthetic 3D Environments from 2D Images. The present invention
comprising of gathering 2D images depicting real-world environments, utilizing a neural network-driven generative model to
transform the 2D images into 3D representations and using a rendering engine to generate synthetic 3D environments using the
converted 3D representations. Further, the neural network-based generative model employs advanced deep learning methods to aid in
the conversion of 2D images into 3D representations. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : DISTRIBUTED AND SCALABLE FRAMEWORK FOR SMART CITY REAL-TIME COMPLEX
EVENT PROCESSING
1)Prof. Dharmaraj T B
Address of Applicant :Associate Professor, Department of Information Technology, PPG Institute of
Technology, Coimbatore, Tamilnadu, India ----------- -----------
2)Dr.Gayathri N R
3)Mrs.Sona K
4)Mrs.Vasumathi Kannagi S
5)Dr. Sasmita Nayak
6)Nandhini T J
7)S. Kerthy
8)Dr.Nookala Venu
:H04W0072040000, G06Q0010060000, G16H0040630000, 1)Prof. Dharmaraj T B
G06N0003000000, A61B0005010000 Address of Applicant :Associate Professor, Department of Information Technology, PPG Institute of
(86) International Application No :NA Technology, Coimbatore, Tamilnadu, India ----------- -----------
Filing Date :NA 2)Dr.Gayathri N R
(87) International Publication No : NA Address of Applicant :Associate Professor, Department of Computer Science and Engineering, Christ The
(61) Patent of Addition to King Engineering College, Coimbatore, Tamilnadu, India ----------- -----------
:NA
Application Number 3)Mrs.Sona K
:NA
Filing Date Address of Applicant :Assistant Professor, Department of Computer Science and Engineering, Christ The King
(62) Divisional to Application Engineering College, Coimbatore, Tamilnadu, India ----------- -----------
:NA
Number 4)Mrs.Vasumathi Kannagi S
:NA
Filing Date Address of Applicant :Assistant Professor, Department of Computer Science and Engineering, Christ The King
Engineering College, Coimbatore, Tamilnadu, India ----------- -----------
5)Dr. Sasmita Nayak
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Government College of
Engineering, Kalahandi, Bhawanipatna -766003, Odisha, India ----------- -----------
6)Nandhini T J
Address of Applicant :JRF, Department of Computer Science and Engineering, Saveetha School of
Engineering, Saveetha Institute of Medical and Technical Science - (SIMATS), Chennai, India ----------- -------
----
7)S. Kerthy
Address of Applicant :Assistant Professor, Department of Information Technology, Jeppiaar Institute of
Technology, Kunnam, Chennai, Tamilnadu, India ----------- -----------
8)Dr.Nookala Venu
Address of Applicant :Assistant Professor, Centre for IoT, Madhav Institute of Technology & Science (A
Govt. Aided UGC Autonomous Institute), Gwalior - 474005, Madhya Pradesh, India ----------- -----------
(57) Abstract :
[06] The large scale development in the information technology industry has inspired many researchers around the world to have it serve the daily life of citizens in civilized societies. Smart city is a term given to a city that
make use of innovative approaches to help its citizens reaches its vital services, thus increasing their quality of life and the plus-values they give to society, leading to a positive demographic impact, relying on Internet of
things technologies to help achieving the above objectives, by building infrastructure using both software and hardware such as electronic sensors and large servers to help managing "things". The diversity of platforms
within one city often leads to incompatible systems that are unable to communicate, due to the specific layer that interacts with hardware, therefore there is a need for a shared solution that extends these platforms by
collecting data from things, additionally, by being a proxy between these platforms and any other IoT platform that make use of real life data. This work provides an explanation about building an open platform for collection
of what we refer to as a space time complex data; a data that represents all the events that might occur within the perimeter of a city. Accompanied Drawing [FIG. 1] [FIG. 2] [FIG. 3] [FIG. 4] [FIG. 5] [FIG. 6]

(19) INDIA
(54) Title of the invention : SYSTEM FOR DETECTION AND REPULSION OF SNAKES AND METHOD THEREOF
1)Woxsen University
Address of Applicant :Kamkole Village, Sadasivpet,
Sangareddy District, Hyderabad, Telangana, India – 502345
Hyderabad ----------- -----------
1)Kriti Kannan
Address of Applicant :B. Tech, AI and ML, Woxsen University,
Kamkole Village, Sadasivpet, Sangareddy District, Hyderabad,
Telangana, India – 502345 Hyderabad ----------- -----------
:A61K0035583000, H04N0007180000, 2)Lalithya Tumuluri
(51) International
A01N0035060000, B25J0009160000, Address of Applicant :B. Tech, AI and ML, Woxsen University,
classification
H04N0005217000 Kamkole Village, Sadasivpet, Sangareddy District, Hyderabad,
(86) International Telangana, India – 502345 Hyderabad ----------- -----------
:NA
Application No 3)Dr. Reddy Sekhar K
:NA
Filing Date Address of Applicant :COE, AI & R, School of Technology,
(87) International Woxsen University, Kamkole Village, Sadasivpet, Sangareddy
: NA
Publication No District, Hyderabad, Telangana, India – 502345 Hyderabad --------
(61) Patent of Addition --- -----------
:NA
to Application Number 4)Dr. Jaswanth Nidamanuri
:NA
Filing Date Address of Applicant :COE, DOT, School of Technology,
(62) Divisional to Woxsen University, Kamkole Village, Sadasivpet, Sangareddy
:NA
Application Number District, Hyderabad, Telangana, India – 502345 Hyderabad --------
:NA
Filing Date --- -----------
5)Dr. Bhanu Prakash S
Address of Applicant :School of Technology, Woxsen University,
6)Mr. Amogh Deshmukh
Address of Applicant :School of Technology, Woxsen University,
7)Mr. Tejeswara Rao G
Address of Applicant :Woxsen University, Kamkole Village,
Sadasivpet, Sangareddy District, Hyderabad, Telangana, India –
502345 Hyderabad ----------- -----------
(57) Abstract :
The present invention provides a system for the detection and repulsion of snakes and a method thereof. The present invention
provides 360° area coverage for both snake detection and repelling, a unique feature not found in other existing devices. Utilizing a
thermal PTZ camera with 360° vision, it can detect and repel snakes from all directions, ensuring comprehensive protection. Another
distinctive aspect is the switchable modes, enabling users to choose between object detection and snake repellant functionalities.
Unlike conventional repellents, the present invention serves a dual purpose, enhancing its usability and versatility. Additionally, the
embedded screen displays the heatmap of object detection, allowing users to visualize and monitor moving objects' presence in real-
time, providing valuable data for better environmental understanding and decision-making. Figure 1.

(19) INDIA
(54) Title of the invention : TUNABLE INDUCTOR FOR TUNING INDUCTANCE AT A HIGH FREQUENCY
1)VELLORE INSTITUTE OF TECHNOLOGY
Address of Applicant :VELLORE INSTITUTE OF TECHNOLOGY, Katpadi, Vellore,
Tamilnadu, India 632014 Vellore ----------- -----------
1)Dr. Madhuri W
Address of Applicant :Centre for Functional Materials, Ceramic Composite laboratory,
Technology Tower, 505, VIT, Vellore, Tamilnadu, India 632014 Vellore ----------- -----------
2)Kaleemulla. S
Address of Applicant :CFM, Thin films laboratory, TT407, VIT, Vellore, Tamilnadu, India
632014 Vellore ----------- -----------
3)Dr. K. V. Siva Kumar
:H01F0001340000, H01F0027280000, C04B0035468000,
(51) International classification Address of Applicant :Vellore Institute of Technology, Vellore Tamilnadu India 632014
H01P0001218000, C04B0035260000
Vellore ----------- -----------
:NA 4)Prathap S
No
:NA Address of Applicant :School of Advanced Sciences, Department of Physics, VIT, Vellore
Filing Date
Tamilnadu India 632014 Vellore ----------- -----------
: NA 5)Vaishnavi Khade
No
Address of Applicant :School of Advanced Sciences, Department of Physics, VIT, Vellore
:NA Tamilnadu India 632014 Vellore ----------- -----------
Application Number
:NA 6)Heena Sinnarkar
Filing Date
:NA Tamilnadu India 632014 Vellore ----------- -----------
Number
:NA 7)Chinmay Chandan Parhi
Filing Date
8)Sharanya H
9)Sahana C S
10)Abhijeet Nayak
11)Avanish Babu T
Address of Applicant :School of Advanced Sciences, Ceramic Composite laboratory, VIT,
Vellore, Tamilnadu, India 632014 Vellore ----------- -----------
(57) Abstract :
Atunable inductorfor tuning inductance at a high frequencyis provided. The tunable inductor includes a magnetoelectric (ME)
composite 102, a copper plate 104 and a copper winding 106. The ME composite 102 includes 25 % to 75 % of Yttrium Iron Garnet
(Y3Fe5O12) (YIG), and 25 % to 75 % of ferroelectric Barium lead Titanate (Ba0.8Pb0.2TiO3) (BPT). The magnetoelectric composite
102 is synthesized through a solid-state reaction technique followed by a microwave sintering technique that quenches the
magnetoelectric composite 102 in an ambient atmosphere using electromagnetic (EM) wave or microwave 404 for reducing thermal
gradients. The copper plate 104 houses the magnetoelectric composite 102 . The copper winding 106 winds the copper plate 104 to
synthesize the tunable inductor that tunes the inductance at a frequency ranging from 15.57 millihenry (mH) and 142.37 mH. FIG. 1

(19) INDIA
(54) Title of the invention : SYSTEM FOR ADAPTIVE RESOURCE ALLOCATION FOR ENHANCING QUALITY OF SERVICE
IN A VEHICULAR COMMUNICATION NETWORK
:B64C0039020000, G06N0003080000,
(51) International Address of Applicant :VELLORE INSTITUTE OF
H04L0047760000, H04W0072040000,
classification TECHNOLOGY, KATPADI, VELLORE, TAMILNADU, INDIA
H04W0004440000
- 632014 Vellore ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)Dhinesh Kumar R
Publication No
Address of Applicant :School of Electronics Engineering
:NA (SENSE), Autonomous Vehicle Research Centre, VIT,
:NA KATPADI, VELLORE, TAMILNADU, INDIA - 632014, Vellore
Filing Date
----------- -----------
(62) Divisional to
:NA 2)Dr. Rammohan A
Application Number
:NA Address of Applicant :Automotive Research Centre (ARC), VIT,
Filing Date
KATPADI, VELLORE, TAMILNADU, INDIA - 632014 Vellore
----------- -----------
(57) Abstract :
Asystem 100 for adaptive resource allocation for enhancing Quality of service (QoS) in a vehicular communication network108 is
provided. A processor 104 of the system predicts the quality of service (QoS) of a vehicle 110 in a vehicular communication network
108 usinga deep learning model 106. The processor 104 optimizes the deployment of at least one of (a) one or more roadside units
(RSUs) (112A-N) or (b) one or more drones (114A-N) in the vehicular communication network 108 using the deep learning model
106. The processor 104 adaptively allocates one or more new network resources to at least one of (a) a roadside unit (RSU) 112 or (b)
a drone 114 that experiencesa decrease in the quality of service (QoS) by (i) reallocating one or more available network resources
from one or more neighbouring RSUs to a Virtual Shared Resource Pool (VSRP) 118 on an edge server 116 and (ii) enabling the edge
server to allocate the one or more new network resources to at least one of (a) the roadside unit (RSU) or (b) the drone for mitigating
inference and for enhancing the QoS for a service request received from the vehicle 110 in the vehicular communication network 108.

(19) INDIA
(54) Title of the invention : DESIGN OF LEAN OPERATION TECHNIQUES FOR ECONOMICALLY SUSTAINABLE
PRODUCTION CYCLE
1)Dr. S. Mohanavel
Address of Applicant :Professor, Department of Management
Studies, AJK College of Arts and Science, Coimbatore – 641105,
Tamil Nadu, India Coimbatore ----------- -----------
2)Dr. E. Deepa
3)Dr. G. R. Dinesh Kumar
:G06Q0010060000, F01D0019000000, 4)Ms. Poornima. G
(51) International
C22C0021000000, B60T0008880000, Name of Applicant : NA
classification
B62K0005100000 Address of Applicant : NA
:NA
Application No 1)Dr. S. Mohanavel
:NA
Filing Date Address of Applicant :Professor, Department of Management
(87) International Studies, AJK College of Arts and Science, Coimbatore – 641105,
: NA
Publication No Tamil Nadu, India Coimbatore ----------- -----------
(61) Patent of Addition 2)Dr. E. Deepa
:NA
to Application Number Address of Applicant :Professor, Department of Management
:NA
Filing Date Studies, AJK College of Arts and Science, Coimbatore – 641105,
(62) Divisional to Tamil Nadu, India Coimbatore ----------- -----------
:NA
Application Number 3)Dr. G. R. Dinesh Kumar
:NA
Filing Date Address of Applicant :Vice Principal, AJK College of Arts and
Science, Coimbatore – 641105, Tamil Nadu, India Coimbatore ----
------- -----------
4)Poornima. G
Management Studies, AJK College of Arts and Science,
Coimbatore – 641105, Tamil Nadu, India Coimbatore ----------- ---
--------
(57) Abstract :
Lean production philosophy, sustainability approach, and the fourth industrial phase are significant concerns for organizations and in
an overall manner for the public. The study examined the relationship between lean operations philosophy and sustainability approach
in the context of the fourth industrial phase in the selected manufacturing firms. To address this, the study proposed an underlying
regression model, with four hypotheses, to gauge and quantitatively estimate the relationship between lean operations philosophy and
sustainability approach in the context of the fourth industrial phase. Therefore, to mathematically affirm the model and hypotheses, the
study gathered 528 valid surveys from selected manufacturing firms in Lagos State utilizing purposive sampling model. The study
outcome shows that: (i) lean operations philosophy is connected and associated with sustainability approach, and (ii) The fourth
industrial phase has a moderating role that determines its functionality. This outcome is a significant decision framework that helps
manufacturing organizations optimize their frameworks in line with the dynamics of the fourth industrial phase and sustainability.

(19) INDIA
(54) Title of the invention : UN NANBAN – AI BASED INTERACTIVE WEB AND VOICE APPLICATION
1)Dr. Swetha Margaret. T. A
Computer Science, Stella Maris College (Autonomous), 17,
Cathedral Road, Chennai – 600086, Tamilnadu, India Chennai ----
------- -----------
:G06Q0050200000, G09B0005000000, 2)Dr. Renuka Devi. D
(51) International
G09B0019000000, G09B0007000000, 3)Dr. Diana Judith. I
classification
G10L0015220000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Dr. Swetha Margaret. T. A
(87) International Address of Applicant :Assistant Professor, Department of
: NA
Publication No Computer Science, Stella Maris College (Autonomous), 17,
(61) Patent of Addition Cathedral Road, Chennai – 600086, Tamilnadu, India Chennai ----
:NA
to Application Number ------- -----------
:NA
Filing Date 2)Dr. Renuka Devi. D
(62) Divisional to Address of Applicant :Assistant Professor, Department of
:NA
Application Number Computer Science, Stella Maris College (Autonomous), 17,
:NA
Filing Date Cathedral Road, Chennai – 600086, Tamilnadu, India Chennai ----
------- -----------
3)Dr. Diana Judith. I
Computer Science, Stella Maris College (Autonomous), 17,
Cathedral Road, Chennai – 600086, Tamilnadu, India Chennai ----
------- -----------
(57) Abstract :
Un Nanban is an Artificial Intelligence (AI) based interactive web and voice-based application. Aimed to facilitate students of middle
and higher secondary government schools in Tamil Nadu. Aiming Government / Greater Chennai Corporation Schools to study
through interactive AI based text and voice applications (Designed for Abled and Physically challenged students). School students on
a regular basis attend 6 hours of teaching that involves theory and practical teaching depending in which grade the student is studying.
The students who avail education from government schools do fall under economically not stable or under privileged state. Often,
these students under government schools do not opt for additional training or support to prepare for board or public exams. They
entirely depend on the regular 6 hours teaching that in done in schools through teachers or facilitators. Whereas, on the other hand the
increasing online and offline mediums of tutoring platform that enable students to enhance extra hours of learning and preparations
done through private sector domains seems to have got more attention in our society. Students from government schools mostly don’t
get this required additional training or also neglected at times due to their economically swifts. Un Nanban is explicitly designed for
students who are economically backward and do their schooling through government mediums to enhance their learning capabilities in
par with modern forms of learning methods. This is an artificial intelligence based interactive web and voice-based application which
will have an interactive framework to enable the students to learn and understand concepts whenever they require as per their need.
Voice recognition system is added feature which enables to students with physical disability to give voice commands to interact with
the interface. Students can be interactive with the application through textual and voice modes to understand concepts which they
think its difficult imbibe through regular teaching mechanism in schools. This will also overcome the distractions that they face during
regular schooling hours. Un Nanban acts as a one-on-one portal to each student who avails the access and helps them to get a tailored
teaching and learning experience in online mode.

(19) INDIA
(54) Title of the invention : CONSTRUCTAI: REVOLUTIONIZING CONSTRUCTION WITH MACHINE LEARNING AND
AR/VR
1)Saveetha Engineering College
Address of Applicant :Saveetha Engineering College,
Saveetha Nagar, Thandalam, Chennai -602105, Tamil Nadu.
Chennai ----------- -----------
:G06N0020000000, G06Q0010060000,
G06F0003010000, G06T0019000000,
G06N0020200000
(86) International
:NA 1)Dr. G. Venkatesan
Application No
:NA Address of Applicant :Associate Professor, Department of Civil
Filing Date
Engineering, Saveetha Engineering College, Saveetha Nagar,
(87) International
: NA Thandalam, Chennai – 602105, Tamil Nadu, India. Chennai -------
Publication No
---- -----------
:NA 2)S. Yamini Roja
:NA Address of Applicant :Assistant Professor, Department of Civil
Filing Date
(62) Divisional to
:NA Thandalam, Chennai – 602105, Tamil Nadu, India. Chennai -------
Application Number
:NA ---- -----------
Filing Date
3)Dr. P. Amsayazhi
Address of Applicant :Assistant Professor, Department of Civil
Thandalam, Chennai – 602105, Tamil Nadu, India. Chennai -------
---- -----------
(57) Abstract :
In a groundbreaking fusion of technology, the invention reimagines the construction industry, infusing it with machine learning,
augmented reality (AR), and virtual reality (VR). Through machine learning algorithms, this innovation empowers construction
professionals with precise predictive analytics for project timelines and material selection, eliminating uncertainty. Augmented reality
overlays construction progress onto physical sites, while virtual reality offers immersive virtual exploration, enhancing client
communication and informed decision-making. This invention orchestrates these technologies seamlessly, shaping the future of
construction with data-driven insights, client-centric engagement, and streamlined project management.

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF INSTANT RICE PORRIDGE
1)TKM INSTITUTE OF TECHNOLOGY
Address of Applicant :Karuvelil Post, Kollam - 691505,
Kerala, India Kollam ----------- -----------
1)Angel Elizabeth Shine
Address of Applicant :UG Student, Department of Food
:A23L0007100000, A23L0019200000,
(51) International Technology, TKM Institute of Technology, Karuvelil Post,
A23P0020200000, A23L0033100000,
classification Kollam - 691505, Kerala, India Kollam ----------- -----------
A23L0007143000
2)Sneha Sajeev
(86) International
:NA Address of Applicant :UG Student, Department of Food
Application No
:NA Technology, TKM Institute of Technology, Karuvelil Post,
Filing Date
Kollam - 691505, Kerala, India Kollam ----------- -----------
(87) International
: NA 3)Hamdhan Hamza
Publication No
Address of Applicant :UG Student, Department of Food
:NA Kollam - 691505, Kerala, India Kollam ----------- -----------
Filing Date
4)B. Diya Janaki
(62) Divisional to
:NA Address of Applicant :UG Student, Department of Food
Application Number
Filing Date
Kollam - 691505, Kerala, India Kollam ----------- -----------
5)Dr. R. Sindhu
Address of Applicant :Professor and Dean Research, Department
of Food Technology, TKM Institute of Technology, Karuvelil
Post, Kollam - 691505, Kerala, India Kollam ----------- -----------
6)Dr. Surendhar. A
Address of Applicant :Associate Professor & Head, Department of
Food Technology, TKM Institute of Technology, Karuvelil Post,
Kollam - - 691 505, Kerala, India Kollam ----------- -----------
(57) Abstract :
Rice (Oryza sativa) is the staple food in many Asian countries such as India, China, Japan, Korea, etc. It is rich in carbohydrates and
other essential nutrients. Consumption of rice provides sudden boost of energy and can satisfy basic human hunger effectively.
Porridges made from rice is a soul and comfort food when people fall ill. The project mainly focuses on product development, where
the rice is packed in a pouch and placed inside a cup like that of instant cup noodles. Required amount of boiled hot water should be
poured into the cup so that the rice gets cooked. It comes along with side dishes such as pickles, spice mixes, salt pouch etc. Also, the
porridge can be further added with pulses, other food components such as chicken pieces, dried fish and so on. It focuses on all section
of the society regardless of age. The packaging is such that it’s easy to carry and transport. It can be disposed easily in the proper
dustbins. Its light weight and travel friendly.

(19) INDIA
(54) Title of the invention : RECYCLING OF NICKEL AND TITANIUM FROM DISPOSED ROTARY ENDODONTIC FILES
VIA SULPHRIC ACID LEACHING METHOD
:C22B0003000000, C22B0007000000, 1)KMCT DENTAL COLLEGE
(51) International
C22B0003440000, A61C0005420000, Address of Applicant :KMCT MEDIACAL CAMPUS
classification
B29K0067000000 MANASSERY KOZHIKODE KERALA INDIA 673602 ----------
(86) International - -----------
:NA
:NA
: NA
Publication No 1)PARVATHY NARAYANAN
(61) Patent of Addition Address of Applicant :KMCT DENTAL COLLEGE Medical
:NA
to Application Number campus Manassery Kozhikode Kerala India 673602 Kozhikode ---
:NA
Filing Date -------- -----------
(62) Divisional to 2)RAVI S V
:NA
Application Number Address of Applicant :KMCT DENTAL COLLEGE Medical
:NA
Filing Date campus Manassery Kozhikode Kerala India 673602 Kozhikode ---
-------- -----------
(57) Abstract :
Abstract: The present invention introduces a novel and environmentally responsible approach to address the disposal of used rotary
endodontic files and the recovery of valuable metals, specifically nickel and titanium. Rotary endodontic files, due to their intricate
design and composition, are commonly disposed of as waste. However, the invention aims to mitigate this environmental concern and
promote resource sustainability. The heart of the invention lies in a sophisticated sulfuric acid leaching method, specifically designed
to extract nickel and titanium from disposed rotary endodontic files. The process begins by collecting these discarded files and
subjecting them to a controlled leaching process using a sulfuric acid solution. This process is meticulously optimized to ensure the
selective dissolution of nickel and titanium while preserving the structural integrity of the files' other components. Once the leaching
process is complete, the solution is carefully processed to separate the dissolved nickel and titanium. The recovered metals are then
subjected to subsequent purification and refining steps to yield high-purity nickel and titanium suitable for various industrial
applications. The presented invention carries significant advantages, including the reduction of waste associated with used rotary
endodontic files, the recovery of valuable metals for reuse, and a substantial contribution to the preservation of resources and the
environment. By providing a sustainable method for recycling nickel and titanium from disposed rotary endodontic files, the invention
offers a forward-looking solution that aligns with contemporary environmental and resource conservation goals

(19) INDIA
(54) Title of the invention : AUTONOMOUS DRONE FLEET FOR DISASTER RESPONSE
500 043 Hyderabad ----------- -----------
:B64C0039020000, G05D0001100000,
G05D0001000000, G01S0013860000,
G05D0001020000
1)Mr. J Vijay Gopal
(86) International
Application No
Filing Date
(87) International
: NA 2)Mr. Mohammed Owais Musharauf
Publication No
Filing Date
3)Mr. Veeranagari Sravan Kumar
(62) Divisional to
Application Number
Filing Date
4)Mr. Ramaram Sandeep Reddy
(57) Abstract :
The "Autonomous Drone Fleet for Disaster Response" project aims to develop a fleet of autonomous drones equipped with advanced
sensors for efficient and safe navigation through disaster-stricken areas. These drones will play a pivotal role in providing critical
information to rescue teams, enabling them to make informed decisions and respond effectively to emergencies. The project's key
features include autonomous navigation through the integration of computer vision and GPS, multi-sensor data collection utilizing
cameras, thermal sensors, and gas detectors, real-time communication for immediate data transmission to a central base station, and
the implementation of collision avoidance algorithms to ensure the safety of both the drones and the surrounding environment. The
project leverages cutting-edge technologies such as robotics for designing navigation algorithms, computer vision for object detection,
wireless communication protocols like Wi-Fi or Zigbee for real-time data transmission, and embedded systems for drone control and
sensor integration. Through the synergy of these technologies, the autonomous drone fleet holds great potential to revolutionize
disaster response efforts by providing rapid and comprehensive situational awareness to aid in timely and effective decision-making. 5
Claims and 1 Figure

(19) INDIA
(54) Title of the invention : DRIVER ASSISTANT SYSTEM
500 043 Hyderabad ----------- -----------
:B60K0028060000, A61K0036899000,
(51) International 1)Mr. J Vijay Gopal
E01F0015040000, G08G0001160000,
classification Address of Applicant :Department of Computer Science and
G06Q0050260000
(86) International
Application No
:NA 2)Mr. M. Sai Krishna
Filing Date
(87) International
: NA Engineering, MLR Institute of Technology, Laxman Reddy
Publication No
:NA 3)Mr. M. Hemanth Sai
Filing Date
(62) Divisional to
Application Number
:NA 4)Ms. S. Nagapreethi
Filing Date
5)Ms. V. Abhinaya
Address of Applicant :MLR Institute of Technology, Laxman
Reddy Avenue, Dundigal – 500 043 Hyderabad ----------- ----------
-
(57) Abstract :
Road safety has always been a major developmental and public health concern in a highly populated country like India. It is
paramount for saving millions of lives. Though the improvisation and facilitation of a better road and safety infrastructure is somehow
in the hands of the government, but safety measures at the grass root levels always begin with an individual. According to World
Health Organization in 2021 at least one of 10 people killed on roads across the world is from India. Road accidents cost the economy
in addition to the victims and their families. Although the Ministry of Road Transport and Highways has taken numerous steps, such
as those pertaining to vehicle and road engineering as well as educational measures for boosting awareness in the field of road safety,
the number of accidents has not decreased. In addition, Driver Assistant Robot is used to improve this experience. The proposed robot
helps the government and the humans to decrease the number of accidents and to make the task of the person easier by the navigation
system, monitoring the actions of the driver it warns or alerts if the driver is intoxicated, smoking in the car, or drowsy while driving.
The driver can also start a conversation or use speech to control the music system and could send or receive SOS messages in an
emergency. In the future, this robot aids in reducing accidents and boosting the economy. 6 Claims and 3 Figures

(19) INDIA
(54) Title of the invention : SYSTEM/METHOD FOR BUSINESS MEETING SUMMARY GENERATION (BMSG)
500 043 Hyderabad ----------- -----------
:G06Q0010100000, G06F0040295000,
G06F0040300000, G10L0015260000,
G06F0040205000
1)Dr. K Sai Prasad
(86) International
:NA Address of Applicant :Department of Artificial Intelligence and
Application No
:NA Machine Learning, MLR Institute of Technology, Laxman Reddy
Filing Date
(87) International
: NA 2)Mr. A. Dheeraj Reddy
Publication No
Address of Applicant :Department of Artificial Intelligence and
Filing Date
3)Mr. Saketh Reddy
(62) Divisional to
Application Number
Filing Date
4)Mr. Mohammed Irfan
Machine Learning, MLR Institute of Technology, Laxman Reddy
(57) Abstract :
Business meetings are a crucial part of decision-making, teamwork, and progress evaluation in today's fast-paced corporate world.
However, carefully summarizing and recording the most important ideas from these discussions can be laborious and error-prone. The
invention intends to create a novel NLP-based solution to automatically produce succinct and logical summaries from transcriptions of
business meetings in order to answer this urgent demand. The system intends to handle the spoken or written content from business
meetings by utilizing the power of NLP algorithms, such as sentiment analysis, named entity recognition, and text summarizing. In
order to increase productivity, time efficiency, accuracy, improved collaboration, data-driven decision making, and scalability, and the
proposed method examines the potential of cutting-edge NLP approaches to alter the way meeting results are reported. 3 claims 4
Figures

(19) INDIA
(54) Title of the invention : SYSTEM/METHOD TO RECOGNIZE EMOTION FROM TEXT AND FEEDBACK ANALYSIS
500 043 Hyderabad ----------- -----------
:G06N0003040000, G06F0040300000,
G06Q0030020000, G10L0025630000,
G06N0003080000
1) Gonuru Sowmya
(86) International
Application No
:NA machine learning, MLR Institute of Technology, Laxman Reddy
Filing Date
(87) International
: NA 2)Atul Kumar Nayak
Publication No
Filing Date
3)Mr. Aurangabadkar Rohan
(62) Divisional to
Application Number
:NA Machine learning, MLR Institute of Technology, Laxman Reddy
Filing Date
4)Mr. Garikapati Kausthub Rao
Machine learning, MLR Institute of Technology, Laxman Reddy
(57) Abstract :
The emotion can be displayed in a variety of visible ways, including voice, gestures, facial expression and written text. Sentiment
analysis is a technique for determining how people feel about certain things, including people, things, activities, organizations,
services, subjects, and products. Within this realm, emotion detection emerges as a specific component, focusing not solely on
categorizing sentiments as positive, negative, or neutral, but rather on predicting distinct emotional states. Deep Learning techniques
have proven to be remarkably effective in capturing intricate contextual nuances present in textual data. The proposed model
predominantly leveragesRecurrent Neural Networks (RNNs) networks for capturing sequential dependencies and contextual
relationships within sentences, enabling them to discern emotions expressed in text. Emotion recognition from text can be used in
spread out applications, and the proposed system focuses on customer feedback analysis and reputation management. Overall, emotion
detection from text is a powerful tool that can help organizations to better understand the satisfaction of their customers and improve
their products and services. By using emotion detection in conjunction with other data sources, organizations can gain a deeper
understanding of their customers and take steps to improve their satisfaction. 6 Claims & 2 Figures

(19) INDIA
(54) Title of the invention : INFOBOT: A ROBOT THAT RECOGNIZES OBJECTS AND FACES
500 043 Hyderabad ----------- -----------
:H04L0051020000, G16H0040200000,
G06T0007110000, H04N0021440000,
G06K0009620000
1)Mr. Jagadam Vijay Gopal
(86) International
Application No
Filing Date
(87) International
: NA 2)Mr. Vinjravath Arun Kumar
Publication No
Filing Date
3)Ms. Chigiri Varsha
(62) Divisional to
Application Number
:NA Machine learning, MLR Institute of Technology, Laxman Reddy
Filing Date
4)Ms. Matam Jahnavi
Machine learning, MLR Institute of Technology, Laxman Reddy
(57) Abstract :
The robot's primary functions include recognizing specific objects and faces of certain users, extracting relevant information to enable
personalized interactions. Additionally, the proposed invention Infobot serves as an "infobot" for known faces, providing tailored
information and assistance. Moreover, it can identify unknown faces of visitors, gathering information about their visit and the person
they are intending to meet. The human-robot interactions are enhanced in diverse scenarios by developing an intelligent and adaptive
chatbot with advanced object and face recognition capabilities. The AI and computer vision technologies are implemented to enable
friendly chat interactions, personalized assistance, and efficient face and object recognition. 4 Claims 3 Figures

(19) INDIA
(54) Title of the invention : DUAL-DECODER BASED SYSTEM FOR SEGMENTATION OF CXR IMAGES INTO CHEST
INFECTION AND LUNG LOBES
1)Anandbabu Gopatoti
Address of Applicant :Research Scholar, Faculty of Information and
Communication Engineering, Anna University, Chennai, Hindusthan
College of Engineering & Technology, Coimbatore, Tamil Nadu, India.
Pin Code:641032 Coimbatore ----------- -----------
2)Vijayalakshmi Patteeswaran
3)Jaya Jayabalan
4)Paulchamy Balaiah
5)Ramya Jayakumar
:G06N0003040000, G06K0009620000, Address of Applicant : NA
G06T0007000000, G06N0003080000,
classification 1)Anandbabu Gopatoti
G06F0016580000 Address of Applicant :Research Scholar, Faculty of Information and
(86) International Communication Engineering, Anna University, Chennai, Hindusthan
:NA
Application No College of Engineering & Technology, Coimbatore, Tamil Nadu, India.
:NA
Filing Date Pin Code:641032 Coimbatore ----------- -----------
(87) International 2)Vijayalakshmi Patteeswaran
: NA Address of Applicant :Professor & Head, Department of Electronics and
Publication No
(61) Patent of Addition Communication Engineering, Hindusthan College of Engineering &
:NA Technology, Coimbatore, Tamil Nadu, India. Pin Code:641032
:NA Coimbatore ----------- -----------
Filing Date
3)Jaya Jayabalan
(62) Divisional to Address of Applicant :Professor in Electronics and Communication
:NA
Application Number Engineering & Principal, Hindusthan College of Engineering &
:NA
Filing Date Technology, Coimbatore, Tamil Nadu, India. Pin Code:641032
Coimbatore ----------- -----------
4)Paulchamy Balaiah
Address of Applicant :Professor & Head, Department of Electronics and
Communication Engineering, Hindusthan Institute of Technology,
Coimbatore, Tamil Nadu, India. Pin Code:641032 Coimbatore ----------- -
----------
5)Ramya Jayakumar
Address of Applicant :Associate Professor, Department of Electronics and
Communication Engineering, Hindusthan College of Engineering &
Technology, Coimbatore, Tamil Nadu, India. Pin Code:641032
Coimbatore ----------- -----------
(57) Abstract :
ABSTRACT DUAL-DECODER BASED SYSTEM FOR SEGMENTATION OF CXR IMAGES INTO CHEST INFECTION AND
LUNG LOBES In an aspect of a present disclosure, a dual decoder attention-based semantic segmentation network system (100) for
simultaneous chest infection segmentation and classification is disclosed. The system (100) includes a chest X-ray (CXR) image (102)
of a patient under visual examination; a database (104) comprising a plurality of sample chest X-ray (CXR) images; and a processor
device (106) comprising a computer-readable storage medium. The computer readable storage medium has a plurality of subunits and
associated instructions stored thereon, which, when executed by the processor device (106) causes the plurality of modules to perform
the plurality of actions. The modules are configured to perform segment feature maps of chest infection and lung lobes of CXR images
simultaneously. Figure 2

(19) INDIA
(54) Title of the invention : CONTEXT-SENSITIVE CLASSIFICATION FORESTS FOR SEGMENTATION OF BRAIN TUMOR
TISSUES
1)NMAM Institute of Technology (NITTE Deemed to be
University)
Address of Applicant :Nitte, Karkala, Udupi District,
Karnataka, Pincode 574110, India. ----------- -----------
:G06K0009620000, G06N0020000000,
A61B0005055000, A61P0035000000,
G06T0007000000
(86) International
:NA 1)Dr. Pallavi Shetty
Application No
:NA Address of Applicant :Associate Professor, Department of Master
Filing Date
of Computer Applications, NMAM Institute of Technology
(87) International
: NA (NITTE Deemed to be University), Nitte, Karkala, Udupi District,
Publication No
:NA 2)Dr. Mamatha Balipa
:NA Address of Applicant :Professor, Department of Master of
Filing Date
Computer Applications, NMAM Institute of Technology (NITTE
(62) Divisional to
:NA Deemed to be University), Nitte, Karkala, Udupi District,
Application Number
:NA Karnataka, Pincode 574110, India. ----------- -----------
Filing Date
3)Dr. Balasubramani R
Address of Applicant :Professor, Department of Information
Science and Engineering, NMAM Institute of Technology (NITTE
Deemed to be University), Nitte, Karkala, Udupi District,
(57) Abstract :
A system and method for the segmentation of brain tumor tissues using context-sensitive classification forests are disclosed. The
system utilizes machine learning techniques to analyze MRI scans, extracting a comprehensive set of image features, including
intensity, texture, and contextual relationships within the brain anatomy. The context-sensitive classification forests, composed of
numerous decision trees, evaluate these features to differentiate between healthy and tumorous tissues, considering both spatial and
appearance characteristics of the brain tumors. The proposed invention provides an automated, robust, and adaptable solution for the
precise segmentation of brain tumors, aiming to improve the accuracy of diagnosis, treatment planning, and monitoring of tumor
progression or treatment response.

(19) INDIA
(54) Title of the invention : MODEL FOR TRAFFIC FORWARDING THROUGH SERVICE FUNCTION CHAINING USING
DEEP REINFORCEMENT LEARNING TECHNIQUES
:H04L0045300000, G06N0003080000, (71)Name of Applicant :

(51) International
H04W0072040000, G06N0003040000, 1)NMAM Institute of Technology (NITTE Deemed to be
classification
H04L0045000000 University)
(86) International Address of Applicant :Nitte, Karkala, Udupi District,
:NA
Application No Karnataka, Pincode 574110, India ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Dr. Balasubramani R
:NA
to Application Number Address of Applicant :Professor, Department of Information
:NA
Filing Date Science and Engineering, NMAM Institute of Technology (NITTE
(62) Divisional to Deemed to be University), Nitte, Karkala, Udupi District,
:NA
Application Number Karnataka, Pincode 574110, India ----------- -----------
:NA
Filing Date
(57) Abstract :
The invention pertains to the field of network traffic management and, more specifically, to a system for optimizing traffic forwarding
through service function chaining (SFC) by employing deep reinforcement learning (DRL) techniques. This invention introduces a
self-optimizing framework that dynamically adapts to changing network conditions, user demands, and service requirements. The
system utilizes a neural network to assess network states and predict outcomes, thereby automating the routing decisions for traffic
flow. It is designed to enhance various network performance metrics, including but not limited to latency reduction, throughput
maximization, and efficient resource utilization. The learning model continuously evolves by interacting with the network
environment, thereby refining its decision-making process. The proposed system provides a scalable, robust, and secure approach to
traffic management, significantly advancing the capabilities of modern network infrastructures.

(19) INDIA
(54) Title of the invention : A SMART PAIL TO MAINTAIN THE WATER TEMPERATURE
1)Dr. Ravi Sharma, Galgotias University, Greater Noida
Address of Applicant :Assistant Professor, School in Computing Science and
Engineering, Galgotias University, Plot No. 2, Yamuna Expy, opposite Buddha
International Circuit, Sector 17A, Greater Noida, Uttar Pradesh 203201 Greater
Noida ----------- -----------
2)Mr.RadhaKrishnan, Nagarjuna College of Engineering and Technology,
Bangalore
3)Ms.Charul Dewan, Dr. Akhilesh Das Gupta Institute of Technology &
Management
4)Mr.Mukund Pratap Singh, Bennett University, Greater Noida
5)Mr.Mukesh Kumar Singh, Galgotias College of Engineering &
Technology, Greater Noida
6)Mr.M. Arvindhan, Galgotias University, Greater Noida
:G01N0033180000, A01K0063060000, 1)Dr. Ravi Sharma, Galgotias University, Greater Noida
(51) International
G01K0013020000, H01M0004485000, Address of Applicant :Assistant Professor, School in Computing Science and
classification
G06N0003120000 Engineering, Galgotias University, Plot No. 2, Yamuna Expy, opposite Buddha
(86) International International Circuit, Sector 17A, Greater Noida, Uttar Pradesh 203201 Greater
:NA
Application No Noida ----------- -----------
:NA
Filing Date 2)Mr.RadhaKrishnan, Nagarjuna College of Engineering and Technology,
(87) International Bangalore
: NA
Publication No Address of Applicant :Assistant Professor, Department of CSE-Data Science,
(61) Patent of Addition to Nagarjuna College of Engineering and Technology, Beedaganahalli, Venkatagiri
:NA
Application Number Kote, Post, Devanahalli, Bengaluru, Karnataka 562110 Bangalore ----------- --------
:NA
Filing Date ---
(62) Divisional to 3)Ms.Charul Dewan, Dr. Akhilesh Das Gupta Institute of Technology &
:NA
Application Number Management
:NA
Filing Date Address of Applicant :Assistant Professor, Department of Information Technology,
Dr. Akhilesh Das Gupta Institute of Technology & Management, FC-26, Panduk
Shila Marg, Zero Pusta Rd, Shastri Park, Shahdara, New Delhi, Delhi 110053 New
Delhi ----------- -----------
4)Mr.Mukund Pratap Singh, Bennett University, Greater Noida
Address of Applicant :Assistant Professor, School of Computer Science
Engineering and Technology, Bennett University, Plot Nos 8, 11, TechZone 2,
Greater Noida, Uttar Pradesh 201310 Greater Noida ----------- -----------
5)Mr.Mukesh Kumar Singh, Galgotias College of Engineering &
Technology, Greater Noida
Address of Applicant :Assistant Professor, Department of Computer Science
Engineering, Galgotias College of Engineering & Technology, Knowledge Park I,
Greater Noida, Uttar Pradesh 201310 Greater Noida ----------- -----------
6)Mr.M. Arvindhan, Galgotias University, Greater Noida
Address of Applicant :Assistant Professor, School of Computing Science and
Engineering, Galgotias University, Galgotias University, Plot No. 2, Yamuna
Expy, opposite Buddha International Circuit, Sector 17A, Greater Noida, Uttar
Pradesh 203201 Greater Noida ----------- -----------
(57) Abstract :
In today's era of globalized trade and intense rivalry, the aquaculture sector must devise and apply a technological solution to the problem of worldwide hunger. There
will be a shift toward computerized, intense aquaculture that includes remote monitoring of water quality. The study's overarching goal is to provide an inexpensive and
efficient method of evaluating the fish production cycle and the fish grow-out system by designing and developing a real-time mobile-based water temperature
monitoring system. The execution of the system led to the creation of a monitoring system that polls the core-controller for the current water temperature in real time.
The collected temperatures, as well as their typical range, maximum, minimum, average, and discoveries, are presented and explained by the system. The findings of
this study demonstrate the efficacy of remote, real-time water temperature sensing using data capture.

(19) INDIA
(54) Title of the invention : ITERATIVE MACHINE LEARNING APPLIED TO ANNOTATION OF TEXT DATASETS
:G06N0020000000, G06K0009620000, (71)Name of Applicant :

(51) International
G06F0040169000, G06N0005040000, 1)NMAM Institute of Technology (NITTE Deemed to be University)
classification
G06N0005020000 Address of Applicant :Nitte, Karkala, Udupi District, Karnataka, Pincode
(86) International 574110, India ----------- -----------
:NA
:NA
: NA
Publication No 1)Dr. Mamatha Balipa
(61) Patent of Addition to Address of Applicant :Professor, Department of Master of Computer Applications,
:NA
Application Number NMAM Institute of Technology (NITTE Deemed to be University), Nitte, Karkala,
:NA
Filing Date Udupi District, Karnataka, Pincode 574110, India ----------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present invention relates to methods and systems for improving the annotation of text datasets through an iterative machine learning process. The system utilizes an
advanced machine learning model that incorporates active learning, semi-supervised learning, and human-in-the-loop strategies to efficiently and accurately annotate
large volumes of text data. This iterative approach enables the model to continuously learn and adapt, enhancing its performance over time. By selectively querying
human annotators for input on low-confidence predictions and leveraging unlabeled data to expand its knowledge, the system provides a scalable solution for generating
high-quality annotated datasets required for various NLP applications.

(19) INDIA
(54) Title of the invention : IOT & AI FOR SMART AUTOMATION IN INDUSTRY 4.0 USING SENSORS
1)Dr.A.Athisakthi
Address of Applicant :Guest Lecturer /Computer Science, M.V.Muthiah Government Arts College For
Women, Dindigul, Tamilnadu, India. ----------- -----------
2)Rashmi B R
3)M. Supraja
4)Dr.R.Beaulah Jeyavathana
5)S M Hemalatha
6)Saranya.G
7)S.Kavipriya
8)Kumaran.K
9)Dr.M.Chitra Devi
10)S.Karthick
1)Dr.A.Athisakthi
Address of Applicant :Guest Lecturer /Computer Science, M.V.Muthiah Government Arts College For
:H04L0067120000, G16H0040670000, G06Q0010080000,
(51) International classification Women, Dindigul, Tamilnadu, India. ----------- -----------
G06Q0010060000, G05B0019042000
2)Rashmi B R
Address of Applicant :Assistant Professor, Computer Science and Engineering, Raja Rajeswari College of
Filing Date :NA
Engineering, Ramohalli cross, Kumbalgodu-560074, India. ----------- -----------
3)M. Supraja
:NA Address of Applicant :Asst professor, Electronics and Communication Engineering, Rajarajeshwari College of
Application Number
:NA Engineering, Bangalore, Karnataka, India. ----------- -----------
Filing Date
4)Dr.R.Beaulah Jeyavathana
:NA Address of Applicant :Asst.prof /Computational Intelligence SRM Institute of Science and Technology,
Number
:NA Kattankulathur, Chennai, Tamilnadu, India. ----------- -----------
Filing Date
5)S M Hemalatha
Address of Applicant :Assistant Professor / Artificial Intelligence, M Kumarasamy College of Engineering,
Karur, Tamilnadu, India. ----------- -----------
6)Saranya.G
Address of Applicant :Assistant Professor/Computer Science Engineering, SRM Institute of Science and
Technology, Ramapuram, Chennai-600 089, Tamilnadu, India. ----------- -----------
7)S.Kavipriya
Address of Applicant :Assistant Professor ECE, SNS College of Technology, Coimbatore-641035, Tamilnadu,
India. ----------- -----------
8)Kumaran.K
Address of Applicant :Assistant Professor / Information Technology, Easwari Engineering College, Chennai-
600 089, Tamilnadu, India. ----------- -----------
9)Dr.M.Chitra Devi
Address of Applicant :Assistant Professor, Computer science SRM Trichy Arts and Science College, Irungalur,
Tamilnadu, India. ----------- -----------
10)S.Karthick
Address of Applicant :Assistant Professor / EEE, St.Joseph's Institute of Technology, OMR, Chennai-600 119,
Tamilnadu, India. ----------- -----------
(57) Abstract :
IOT & AI FOR SMART AUTOMATION IN INDUSTRY 4.0 USING SENSORS A method for the development of the smart device then connects to a cloud platform that is hosting one or more cloud-based apps or services
and delivers a device profile comprising the acquired data to the cloud platform. The control module additionally comprises a port that is set to communicate with a connector capable of supplying power and data
transmission, with the port receiving power and exchanging data with a computer via the connector. The systems and techniques make use of a component that processes and stores received electronic data as records in a
table, if required. Filtering for relevant data and/or presenting the data in an appropriate structure are examples of processing. Inferences generated from digital engineering drawings can help with device-level
contextualization. One or more aspects of the present invention concern a computer-implemented method for part analytics, specifically analyzing the quality, machining process, and, preferably, engineering process of a
workpiece machined by at least one CNC machine. The method also includes modifying the provided NC programmed to account for the increased route velocity along the tool path. Remote car diagnostics entails one or
more servers receiving vehicle metrics provided wirelessly across a communication network from a remote data logger device in the vehicle on a regular basis. FIG.1

(19) INDIA
(54) Title of the invention : BABY SWADDLE COCOON

(51) International
A41B0013080000, H04N0005225000, 1)Tiny Twig India Private Limited
classification
B63C0011040000 Address of Applicant :3-1/16/3/201, 9 Star Hills, Om
(86) International Complex, Manikonda, Pipeline Road, Ranga Reddy, Hyderabad,
:NA
Application No Telangana – 500089, India Ranga Reddy ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Dr. Madhavi Latha Hukumathi Rao
:NA
to Application Number Address of Applicant :3-1/16/3/201, 9 Star Hills, Om Complex,
:NA
Filing Date Manikonda, Pipeline Road, Ranga Reddy, Hyderabad, Telangana
(62) Divisional to – 500089, India Ranga Reddy ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT OF THE INVENTION BABY SWADDLE COCOON The present invention discloses a baby swaddle cocoon (100)
comprising a trunk portion (10) to hold a baby, said trunk portion having a top end (101), a middle area (102), a bottom area (103) and
a fixed or extendible bottom end (104). The trunk portion (10) comprises a diagonal zipper (14), a pair of arm holes (11), a pair of
snap button flaps (15), and a bottom flap. The baby swaddle cocoon (100) comprises an arm portion (20), comprising a pair of arm
flaps (21) having snap buttons at the distal end. The arm flaps (21) are configured to detachably couple with the snap button flaps (15)
at the middle area (102) in a crisscross fashion at the front side or at the rear side of the trunk portion (10), i.e. arm flap (21) of left
side is coupled with the snap button flap (15) of right side and vice versa. The invention also discloses a method of using baby
swaddle cocoon of the present invention. Fig. 3a

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR HVAC (HEATING, VENTILATION, AND AIR CONDITIONING)
OPTIMIZATION
1)Bert Labs Private Limited
Address of Applicant :C1-906, L&T South City, Bannerghatta
Road, Banglore-560076, Karnataka, INDIA. Bangalore ----------- -
----------
:F24F0011300000, G05B0015020000,
G05B0013020000, F24F0110100000,
classification 1)Rohit Kochar
F24F0011620000
(86) International
:NA Road, Bengaluru, Karnataka, India – 560076 Bangalore -----------
Application No
:NA -----------
Filing Date
2)Shailendra Pralhad Borole
(87) International
: NA Address of Applicant :R-11, Future Tower, Flat No. 531903,
Publication No
Amanora Park Town, Hadapsar, Pune, Maharashtra, India –
:NA 411028 Pune ----------- -----------
:NA 3)Shreyas Acharya Neelavara
Filing Date
Address of Applicant :No. 4065, 12th cross, 2nd main, SBM
(62) Divisional to
:NA Colony, BSK 3rd stage, Bengaluru, Karnataka, India – 560050
Application Number
:NA Bangalore ----------- -----------
Filing Date
4)Proteek Chaudhuri
Address of Applicant :1203, T7, bestech parkview residency,
palam vihar, Gurugram, Haryana, India – 122017 Gurugram -------
---- -----------
5)Jai Prakash
Address of Applicant :# 125, BTM Lane Bhiwani, Haryana, India
– 127021 Bhiwani ----------- -----------
(57) Abstract :
A system and method for HVAC optimization is disclosed. The system may include a digital twin (112) of an HVAC system (114)
installed in a premises (108). The digital twin (112) is based on design parameters, operational data, and PMV-based thermal comfort
analysis. The system further includes an RL agent (202) that is configured to receive and process at least real-time environmental
conditions, occupancy patterns, and PMV value associated with the premises (108) of the HVAC system (114), identifying one or
more optimal actions to adjust one or more HVAC parameters. The digital twin (112), driven by the identified optimal actions, may
dynamically simulate the HVAC system (114) and the RL agent (202) may optimize operations of the HVAC system (114) based on
the identified optimal actions, ensuring seamless and adaptive thermal comfort and energy efficiency management within the premises
(108).

(19) INDIA
(54) Title of the invention : A SYSTEM FOR IMPROVING THE DRIVER'S ERGONOMIC POSITION FOR SAFE AND
COMFORTABLE DRIVING
1)Kamal Raj
Address of Applicant :Senior Technical Lead Mercedes Benz Research and
Development India Private Limited, Embassy Crest plot No.5, EPIP Zone, Phase 1
Whitefield Road, Bangalore 560066, Karnataka, India Bangalore ----------- ---------
--
2)R Silambarasan
3)Prabhakaran Shanmugasundaram
4)Shashang Balavenkatesan
5)Rajasekaran Kaliyaraj
6)R. Karthikeyan
1)Kamal Raj
:H04Q0009000000, A63B0021000000, Address of Applicant :Senior Technical Lead Mercedes Benz Research and
(51) International
A61B0005000000, A61B0005110000, Development India Private Limited, Embassy Crest plot No.5, EPIP Zone, Phase 1
classification
A61B0005180000 Whitefield Road, Bangalore 560066, Karnataka, India Bangalore ----------- ---------
:NA
Application No 2)R Silambarasan
:NA
Filing Date Address of Applicant :Project Manager, Continental Automotive Components
(87) International (India) Pvt. Ltd., Technical Center India, Sattva South Gate Tech Park, Plot No. 1,
: NA
Publication No Survey No: 17, 18, 19 & 20, Veerasandra Village, Hosur Main Road, Attibele
(61) Patent of Addition to Hobli, Anekal Taluk, Bangalore - 560 100, Karnataka, India Bangalore ----------- --
:NA
:NA
Filing Date 3)Prabhakaran Shanmugasundaram
(62) Divisional to Address of Applicant :Technical Lead, Continental Automotive Components
:NA
Application Number (India) Pvt. Ltd., Technical Center India, Sattva South Gate Tech Park, Plot No. 1,
:NA
Filing Date Survey No: 17, 18, 19 & 20, Veerasandra Village,Hosur Main Road, Attibele
Hobli,Anekal Taluk, Bangalore - 560 100, Karnataka, India. Bangalore ----------- --
---------
4)Shashang Balavenkatesan
Address of Applicant :S/o. Balavenkatesan, Raja Ganapathy Stores, 91, Yakoob
Street, Gobichettipalayam - 638452 Erode District, Tamil Nadu, India Bangalore --
--------- -----------
5)Rajasekaran Kaliyaraj
Address of Applicant :Assistant Manager Renault Nissan Technology and Business
Centre India Private Limited. Ascendas IT Park, Mahindra World City SEZ, No.TP
2/1, Natham Sub Post Office, Kancheepuram District, Tamil Nadu - 603004. India
Bangalore ----------- -----------
6)R. Karthikeyan
Address of Applicant :Executive Engineer Wabtec Corporation (Faiveley
Transport Rail Technology India Private Limited) PB No.39 Harita, Hosur-635109,
Tamil Nadu, India Bangalore ----------- -----------
(57) Abstract :
The present invention provides a system for improving the driver's ergonomic position for safe and comfortable driving comprises a plurality of sensors; a processing
unit; an engine controlling unit; a wireless transmission module; and a head unit display wherein the said sensor determines height of the user by collecting head to toe
ratio of the user by means of the said sensors which detect the user upper and lower body segment, and transfers the detected data to the said microcontroller by means
of the said wireless transmission module, the said microcontroller processes, analyses the received data and compares the user present posture with a recommended
ergonomic position, and the said system controls the vehicle’s steering, seats, headrest and mirrors based on the analyzed data in order to make a proper alignment with
the determined position user thus, providing comfortable position to the user while driving the vehicle.

(19) INDIA
(54) Title of the invention : AI-INTEGRATED PREDICTIVE INVENTORY MANAGEMENT SYSTEM FOR MANUFACTURING
SUPPLY CHAINS
1)Jayaprakash Narayan College of Engineering
Address of Applicant :Mahabubnagar- 509001 ----------- -----------
2)Dr. Darapureddi Vijaya Kumar
3)Mr. T.Anand
4)Dr. Vipul Virsinh Nimbalkar
5)Mr. Saptarshi Mukherjee
6)Dr. Ganesh S Chavan
7)Dr. C.Mallesha
8)Dr. R.Karthick
9)Dr. P.Meenalochini
1)Dr. T. Aditya Sai Srinivas
Address of Applicant :Jayaprakash Narayan College of Engineering,
:G06Q0010080000, G06Q0010060000,
(51) International Mahabubnagar- 509001 ----------- -----------
G06N0020000000, G06Q0010000000,
classification 2)Dr. Darapureddi Vijaya Kumar
G06Q0010040000
Address of Applicant :Professor, EEE Department, Aditya Institute of Technology
(86) International
:NA and Management, Tekkali, Srikakulam, Andhra Pradesh, Pincode-532201 -----------
Application No
:NA -----------
Filing Date
3)Mr. T.Anand
(87) International
: NA Address of Applicant :D.No.: 3/11-B, Koothanatham, Tthuthipalayam (PO),
Publication No
Tiruchengode (TK), Namakkal - 637503 ----------- -----------
:NA 4)Dr. Vipul Virsinh Nimbalkar
Application Number
:NA Address of Applicant :Associate Professor, Department of MBA, Maharashtra
Filing Date
Institute of Management, Phadtare Knowledge City, Kalamb-Walchandnagar, Tal
(62) Divisional to
:NA Indapur, Pune - 413114 ----------- -----------
Application Number
:NA 5)Mr. Saptarshi Mukherjee
Filing Date
Address of Applicant :27/2 Mall Road, Dum Dum, Kolkata, 700080 ----------- ------
-----
6)Dr. Ganesh S Chavan
Address of Applicant :Associate Professor, Department of Commerce &
Management, SOCMS, Sandip University, Nashik- 422213 ----------- -----------
7)Dr. C.Mallesha
Address of Applicant :School of Management, Anurag University, Hyderabad-
500088 ----------- -----------
8)Dr. R.Karthick
Address of Applicant :Associate Professor, Department of Computer Science
Engineering, K.L.N. College of Engineering, Pottapalayam, Sivagangai-630612 ---
-------- -----------
9)Dr. P.Meenalochini
Address of Applicant :Associate Professor, Department of Electrical and
Electronics Engineering, Sethu Institute of Technology, Pulloor, Kariapatti,
626115 ----------- -----------
(57) Abstract :
The present invention relates to a system and method for an AI-Integrated Predictive Inventory Management System for Manufacturing Supply Chains. The system
utilizes a blend of artificial intelligence, machine learning, and real-time data analysis to forecast inventory demands, optimize stock levels, and predict supply chain
disruptions before they occur. The invention includes a method for collecting real-time data using sensors, processing this data through an advanced AI model, and
integrating with existing enterprise systems to facilitate responsive and automated inventory management. The system enhances operational efficiency, reduces costs
associated with overstocking or stockouts, and supports sustainable supply chain practices. Furthermore, the invention encompasses predictive maintenance capabilities,
ensuring the manufacturing process is seamless and uninterrupted. Through its innovative use of AI and data analytics, the system provides a transformative approach to
inventory management in manufacturing, aligning with the dynamic demands of modern supply chains.

(19) INDIA
(54) Title of the invention : OPTIMIZED IMAGE COMPRESSION THROUGH REINFORCEMENT LEARNING-BASED
ALGORITHMS
1)Mr. Allanki Sanyasi Rao
Address of Applicant :Associate Professor, Department of Electronics & Communication Engineering,
Christu Jyothi Institute of Technology & Science, Jangoan, Telangana, India. Pin Code: 506167 ----------- ------
-----
2)Mrs. J.Sri Latha
3)Dr. G.Prabhakar Raju
4)Mr. P.Rameshwar Anand
5)Mr. Adithya Padthe
6)Dr. Rashmi Ashtagi
7)Dr. J.Srinu Naick
8)Dr. Shaik.Bajidvali
9)Dr. Jatothu Brahmaiah Naik
10)Mrs. Earli Manemma
1)Mr. Allanki Sanyasi Rao
Address of Applicant :Associate Professor, Department of Electronics & Communication Engineering, Christu
Jyothi Institute of Technology & Science, Jangoan, Telangana, India. Pin Code: 506167 ----------- -----------
:G06N0003080000, G06N0003040000, G06N0003000000,
(51) International classification 2)Mrs. J.Sri Latha
H04N0019146000, H04N0001640000
Address of Applicant :Assistant Professor, Department of CSE, G.Narayanamma Institute of Technology &
Science, Shaikpet Road, Ambedkar Nagar, Shaikpet, Hyderabad, Telangana, India. Pin Code: 500104 -----------
Filing Date :NA
-----------
3)Dr. G.Prabhakar Raju
:NA Address of Applicant :Assistant Professor, Anurag University, Venkatapur, Medchal-Malkajgiri District,
Application Number
:NA Hyderabad, Telangana, India. Pin Code: 500088 ----------- -----------
Filing Date
4)Mr. P.Rameshwar Anand
:NA Address of Applicant :Assistant Professor, Anurag University, Venkatapur, Medchal-Malkajgiri District,
Number
:NA Hyderabad, Telangana, India. Pin Code: 500088 ----------- -----------
Filing Date
5)Mr. Adithya Padthe
Address of Applicant :Ph.D. Student, Department of Information Technology, University of the Cumberlands,
Williamsburg, Kentucky, United States of America. Zip Code: 41042 ----------- -----------
6)Dr. Rashmi Ashtagi
Address of Applicant :Vishwakarma Institute of Technology, Pune, Maharashtra, India. Pin Code: 411037 -----
------ -----------
7)Dr. J.Srinu Naick
Address of Applicant :Professor, Department of Electrical and Electronics Engineering, Chadalawada
Ramanamma Engineering College, Tirupati, Chittoor, Andhra Pradesh, India. Pin Code: 517520 ----------- -----
------
8)Dr. Shaik.Bajidvali
Address of Applicant :Associate Professor, Department of ECE, Narasaraopeta Engineering College
(Autonomous), Yellamanda, Narasaraopet, Andhra Pradesh, India. Pin Code: 522601 ----------- -----------
9)Dr. Jatothu Brahmaiah Naik
Address of Applicant :Professor, Department of Electronics and Communication Engineering, Narasaraopet
Engineering College, Palanadu District, Andhra Pradesh, India. Pin Code: 522616 ----------- -----------
10)Mrs. Earli Manemma
Address of Applicant :Assistant Professor, Department of Electronics and Communication Engineering,
Nadimpalli Satyanarayana Raju Institute of Technology (A) (NSRIT), Sontyam, Pendurti-Anandapuram
Highway, Visakhapatnam, Andhra Pradesh, India. Pin Code: 531173 ----------- -----------
(57) Abstract :
The present invention relates to a method and system for digital image compression utilizing a reinforcement learning (RL)-based algorithm. The inventive method employs a trained RL agent that dynamically adapts
compression strategies to image content, achieving superior compression ratios while maintaining or enhancing image quality. The RL agent is capable of learning from a wide variety of image types and adjusting its
approach to optimize for different contexts and applications. Advanced neural networks support the RL agent, enabling it to process high-dimensional image data effectively and evolve its compression policy through
continual learning. The system is designed for scalability and efficiency, capable of operating under various computational constraints. This RL-based approach presents a significant advancement in digital image processing,
offering an intelligent, adaptable, and efficient solution for managing the ever-growing demand for digital image storage and transmission.

(19) INDIA
(54) Title of the invention : APPLYING MACHINE LEARNING TO ASSIST THE DIAGNOSIS OF COVID-19 FROM BLOOD
AND URINE EXAMS
1)NMAM Institute of Technology (NITTE Deemed to be
University)
Address of Applicant :Nitte, Karkala, Udupi District,
Karnataka, Pincode 574110, India ----------- -----------
:G06N0020000000, A61B0005000000,
G06K0009620000, G16H0050200000,
A61P0031140000
(86) International
:NA 1)Dr. Mamatha Balipa
Application No
:NA Address of Applicant :Professor, Department of Master of
Filing Date
Computer Applications, NMAM Institute of Technology (NITTE
(87) International
: NA Deemed to be University), Nitte, Karkala, Udupi District,
Publication No
:NA 2)Dr. Pallavi Shetty
:NA Address of Applicant :Associate Professor, Department of Master
Filing Date
of Computer Applications, NMAM Institute of Technology
(62) Divisional to
:NA (NITTE Deemed to be University), Nitte, Karkala, Udupi District,
Application Number
:NA Karnataka, Pincode 574110, India ----------- -----------
Filing Date
3)Dr. Balasubramani R
Address of Applicant :Professor, Department of Information
Science and Engineering, NMAM Institute of Technology (NITTE
Deemed to be University), Nitte, Karkala, Udupi District,
(57) Abstract :
A diagnostic system and method for the detection and analysis of COVID-19 in patients through the application of machine learning
algorithms to blood and urine samples. The system utilizes a range of biochemical and hematological markers to train a variety of
algorithms, including but not limited to decision trees, support vector machines, and neural networks, to recognize patterns indicative
of SARS-CoV-2 infection. The innovation lies in its dynamic learning capacity, allowing continuous model refinement with emerging
data, and a confidence scoring mechanism to inform the diagnostic certainty. The system is designed to integrate seamlessly into
current laboratory workflows and can operate effectively in diverse healthcare environments. While primarily focused on COVID-19,
the system's underlying technology has broader applications for future infectious diseases, signifying a leap forward in personalized
medicine and diagnostic efficiency.

(19) INDIA
(54) Title of the invention : A chassis frame arrangement for vehicles
1)Daimler Truck AG
Echterdingen, Germany Leinfelden-Echterdin ----------- -----------
:B60K0001040000, B62D0021020000,
(51) International 1)Mr. Karthikeyan Premkumar
B60L0050600000, B60K0015063000,
classification Address of Applicant :C/o Daimler India Commercial Vehicles
B60K0015030000
Private limited SIPCOT Industrial Growth Centre, Oragadam,
(86) International
:NA Mathur Post Sriperumbudur Taluk, Kancheepuram District
Application No
:NA Chennai, Tamil Nadu, India 602105 Chennai ----------- -----------
Filing Date
2)Mr. Karthikeyan Suryanarayanan
(87) International
: NA Address of Applicant :C/o Daimler India Commercial Vehicles
Publication No
Filing Date
3)Mr. Rohaan George Thomas
(62) Divisional to
:NA Address of Applicant :C/o Daimler India Commercial Vehicles
Application Number
:NA Private limited SIPCOT Industrial Growth Centre, Oragadam,
Filing Date
Mathur Post Sriperumbudur Taluk, Kancheepuram District
Chennai, Tamil Nadu, India 602105 Chennai ----------- -----------
4)Mr. Karthikeyan D
Address of Applicant :C/o Daimler India Commercial Vehicles
(57) Abstract :
A chassis frame arrangement for vehicles [0029] The present invention discloses a chassis frame arrangement for vehicles. The
arrangement (100) comprises a front module (101a) attached to a front axle (102a), a rear module (101b) affixed to a rear axle (102b),
and a middle module (101c) interconnecting the front (101a) and rear modules (101b). The middle module (101c) is variably
positioned at a higher elevation in relation to both the front module (101a) and the rear module (101b), and further each module
comprises a pair of long members interconnected by cross members, offering variable positioning of the middle module (101c) and the
capacity to accommodate one or more vehicle aggregates beneath the middle module (101c). (Figure 1)

(19) INDIA
(54) Title of the invention : A compartmentalized under-floor structure for vehicles
1)Daimler Truck AG
:B62D0025200000, G06Q0010060000,
B62D0021060000, B60K0001040000,
B62D0065180000
(86) International
Application No
Filing Date
(87) International
Publication No
Filing Date
(62) Divisional to
Application Number
Filing Date
4)Mr. Karthikeyan D
(57) Abstract :
A compartmentalized under-floor structure for vehicles [0027] The present invention discloses a compartmentalized under-floor
structure for vehicles, wherein the compartmentalized structure (100) comprises an upper frame (101) serving as a foundational
support for the vehicle's floor, securely affixed to the vehicle's chassis (102). Further, the compartmentalized structure (100) comprises
a plurality of downward-extending frames (103), each characterized by a combination of vertical, diagonal, and transverse members,
interconnected with a pair of longitudinal members (110), constituting the compartmentalized structure (100). Furthermore, the
arrangement of frames at predefined intervals creates distinct and interconnected one or more compartments for the accommodation of
one or more fuel cell components (104). (Figure 1)

(19) INDIA
(54) Title of the invention : A chassis arrangement for e-drive assembly
1)Daimler Truck AG
:B60K0001040000, H05K0007200000,
B60L0050640000, B60K0006260000,
B60K0001000000
(86) International
Application No
Filing Date
(87) International
Publication No
Filing Date
(62) Divisional to
Application Number
Filing Date
4)Mr. Karthikeyan D
(57) Abstract :
A chassis arrangement for e-drive assembly [0027] The present invention discloses a chassis arrangement for e-drive assembly. The
arrangement (100) comprises a front module (101a), a rear module (101b), and a middle module (101c) interconnected to form a
flexible and adaptable vehicle frame. The rear module (101b) houses an electric drive (e-drive) assembly (107), including an e-motor
(108). The arrangement (100) comprises space-efficient placement of the inverter (111), radiator (110) and compliance with safety and
high-voltage cable bend radius standards. A Power Control Module (PCM) (112) and a De-Aeration Tank (DAT) (113) enhance
power control and cooling efficiency of the vehicle respectively. Further, at least one spacer (106) is incorporated between the
modules to ensure structural stability and integrity of the arrangement (100). (Figure 1)

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR BIOMEDICAL DATA CLUSTERING
1)GITAM Deemed to be University
Address of Applicant :GandhiNagar Campus, Rushikonda,
Visakhapatnam-530045, Andhra Pradesh, India. Visakhapatnam --
--------- -----------
:G06K0009620000, G06F0016350000, Address of Applicant : NA
(51) International
G06N0020000000, G16B0025000000, (72)Name of Inventor :
classification
A61B0005000000 1)Dr. Tanvir Habib Sardar
(86) International Address of Applicant :Dept of CSE, GITAM School of
:NA
Application No Technology GITAM University Bengaluru. ----------- -----------
:NA
Filing Date 2)Dr. Showkat A.Dar
(87) International Address of Applicant :Dept of CSE, GITAM School of
: NA
Publication No Technology GITAM University Bengaluru. ----------- -----------
(61) Patent of Addition 3)Dr. Bindu Madavi K P
:NA
to Application Number Address of Applicant :Dept of CSE, GITAM School of
:NA
Filing Date Technology GITAM University Bengaluru. ----------- -----------
(62) Divisional to 4)Dr Balaji V
:NA
Application Number Address of Applicant :Dept of CSE, GITAM School of
:NA
Filing Date Technology GITAM University Bengaluru. ----------- -----------
5)Dr. Bishwajeet Kumar Pandey
Address of Applicant :B-2512, Brigade Meadows, Kanakpura
Road, Bangalore-560082, India. ----------- -----------
6)Dr. Suneet Gupta
Address of Applicant :CSE Dept, ACED Alliance University
Bangalore. ----------- -----------
(57) Abstract :
An exemplary system and method for biomedical data clustering comprise a data clustering module configured to pre-process datasets
using a quantile normalization technique. The data clustering module is designed to employ a noise removal technique to process
noisy biomedical microarray datasets and execute a clustering algorithm using a Hadoop-based MapReduce framework to provide
rapid summarization of biomedical microarray datasets. Additionally, the data clustering module is configured to evaluate the quality
of summarization results using cluster quality measures and determine the optimal values of K and m for the clustering process
through a majority voting technique. The data clustering module is further designed to adjust the value of K for the clustering process
by incrementing or decrementing based on majority voting. It also initiates clustering with an initial value of m equal to two and
adjusts the value of m with a 0.5 difference to determine the best value. Fig. 1

(19) INDIA
(54) Title of the invention : AN AUTOMATED SYSTEM FOR VERTICAL FARMING
1)THIAGARAJAR COLLEGE OF ENGINEERING
Address of Applicant
:THIRUPARANKUNDRAM,MADURAI Madurai ----------- ------
-----
1)G.ANANTHI
Address of Applicant :5/936,AKMG Nagar,6th Street,Karur road,
:A01G31/06, A01G7/04,
(51) International classification Dindigul-625015 Dindigul ----------- -----------
A01G9/02, A01G9/26
2)SOUMYA.V
:NA Address of Applicant :80/3, west ponnagaram 7 th
No
:NA street,aarapalayam Madurai 625016 Madurai ----------- -----------
Filing Date
3)B.YOGAMEENA
: NA Address of Applicant :7A,Erikarai Street,Velmurugan Nagar,
No
Bypass Road, Madurai -625016 Madurai ----------- -----------
:NA 4)THARSANA.S
Application Number
:NA Address of Applicant :10/3/18 pr madathu street, chinnalapatti
Filing Date
624301 Dindigul ----------- -----------
:NA 5)ISHWARYA.S
Number
:NA Address of Applicant :3/265-1 , Surveyor colony main road,
Filing Date
Surveyor colony, Madurai-625007 Madurai ----------- -----------
6)AGHALYA.P
Address of Applicant :No.42, Vasanthanagar ,first street
Palanganatham Madurai 625 003 Madurai ----------- -----------
7)NANTHINI.K
Address of Applicant :3/33, East Street, pavali, virudhunagar
district Virudhunagar ----------- -----------
8)BHUVANSHREE.B
Address of Applicant :5-6-57, VOC Nagar Valluvar Colony 2nd
Street MADURAI-625014 Madurai ----------- -----------
(57) Abstract :
The main object of the present invention is to develop an automated system for vertical farming. Another object of the present
invention is to develop an automated microcontroller based system comprising four different sensors to regulate the plant growth and
ensure high production. Yet another object of the present invention is to develop an automated system comprising a photo sensor, a
moisture sensor, a humidity sensor and a temperature sensor. Further object of the present invention is to employ the developed
system in vertical farming thereby minimizing the energy usage to regulate different temperature for the growth of various types of
plants.

(19) INDIA
(54) Title of the invention : TEXURED MESH STRUCTURES FOR SOIL REINFORCEMENT
1)Indian Institute of Science
Address of Applicant :C V Raman Avenue Bangalore
:E01C3/04,
(51) International classification Karnataka 560012 India Bangalore ----------- -----------
E02D3/00
Filing Date :NA
1)Hasthi Venkateswarlu
:NA Address of Applicant :Indian Institute of Science C V Raman
Number
:NA Avenue Bangalore Karnataka 560012 India Bangalore ----------- --
Filing Date
---------
2)Gali Madhavi Latha
Filing Date :NA
Address of Applicant :Indian Institute of Science C V Raman
Avenue Bangalore Karnataka 560012 India Bangalore ----------- --
---------
(57) Abstract :
ABSTRACT TEXTURED MESH STRUCTURES FOR SOIL REINFOREMENT Embodiments of the present disclosure a mesh
structure (which includes a plurality of units wherein each of the plurality of units has a base structure with a predefined length, a
predefined height and a predefined width. The base structure is provided with a plurality of predefined pattern structures along the
length on a first surface and/or a second surface, wherein the second surface is opposite to the first surface and wherein the plurality of
predefined pattern structure extends across the width of the base structure. A unit grid structure formed by combining a plurality of
units in a predetermined manner. A unit mesh structure (geogrid) formed by combining a plurality of unit grid structure, and the unit
mesh structure may be sandwiched between a first sand bed and a second sand bed providing reinforcement and stability to the sand
bed. Other embodiments are also disclosed. Figure 4B.

(19) INDIA
(54) Title of the invention : POROUS POLYDIMETHYLSILOXANE BASED SENSORS
:H05K0003460000, H01L0021768000,
(51) International 1)Indian Institute of Science
H01Q0021060000, H01L0021288000,
classification Address of Applicant :C V Raman Avenue Bangalore-560012,
H01L0023373000
(86) International
Application No
Filing Date
(87) International
: NA 1)CHITHRA PARMESWARAM
Publication No
:NA Avenue Bangalore-560012, Karnataka, India Bangalore -----------
:NA -----------
Filing Date
2)SANJIV SAMBANDAN
(62) Divisional to
Application Number
Filing Date
-----------
(57) Abstract :
ABSTRACT POROUS POLYDIMETHYLSILOXANE BASED SENSORS Embodiments of the present disclosure related to a sensor
having a conducting sheet, the conducting sheet being made of a conducting material such as copper, nickel etc. The conducting sheet
is perforated in a pre-determined pattern, the perforations essentially consisting of holes made in the conducting sheet either manually
or by a machine. The conducting sheet is sandwiched between a first layer of an elastomer admixture formed on a first side of the
conducting sheet and a second layer of the elastomer admixture formed on a second side of the conducting sheet. The elastomer
admixture is poured on the first side of the conducting sheet and since the elastomer admixture is not hardened, the elastomer
admixture percolates via the perforation to the second side of the conducting layer forming the second layer. Multiple layers may be
formed in this patters and the sensor so formed may be inked with a particular ink (material) such that is becomes sensitive to different
conditions. Other embodiments are also disclosed. Figure 5

(19) INDIA
(54) Title of the invention : DETERMINING REHOLOGICAL PARAMETERS OF A FLUID USING MAGNETIC PROBES
Address of Applicant :C V Raman Avenue Bangalore-560012,
:H01F0027280000, G01R0033090000,
H01F0038140000, G01N0011140000,
G01N0011000000
1)Ambarish Ghosh
(86) International
Application No
Filing Date
-----------
(87) International
: NA 2)Narinder N
Publication No
:NA -----------
Filing Date
3)Jyotiprakash Behera
(62) Divisional to
Application Number
Filing Date
-----------
4)Sayanta Goswami
Avenue Bangalore-560012, Karnataka, India Bangalore -----------
-----------
(57) Abstract :
ABSTRACT DETERMINING REHOLOGICAL PARAMETERS OF A FLUID USING MAGNETIC PROBES Embodiments of the
present disclosure relate to a method of determining rheological properties of a fluid. In an embodiment, particles are magnetized to
create magnetic probes, which are inserted into a fluid. The magnetic probe in the fluid forms a a suspension. A finite quantity of the
suspension is aspirated and placed in a sample cell that is sealed to prevent evaporation of the fluid from the sample cell. The sample
cell containing the suspension is then placed within a coil, wherein the coil is configured to produce a magnetic field when switched to
an ON state. After placing the sample cell within the coil, the coil is switched to an ON state. An external magnetic field is generated
by the coil and the external magnetic field is applied to the sample cell. The frequency of the external magnetic field generated by the
coil may vary, and the applied external magnetic field to determine the rheological parameters of the fluid is kept above a pre-defined
threshold. The magnetic probes in the suspension respond to the external magnetic field depending on the type of the fluid and
rheological properties associated with the fluid are determined based on a response of the magnetic probes to the applied external
magnetic field. Other embodiments are also disclosed.

(19) INDIA
(54) Title of the invention : DEVICE AND SYSTEM OF HARNESS FOR EXOSKELETON
1)INTERNATIONAL INSTITUTE OF INFORMATION
TECHNOLOGY, BANGALORE
Address of Applicant :26/C Electronic City Phase 1, Hosur
Road Bengaluru-560100 Karnataka India Bangalore ----------- -----
------
1)AMITAV CHAUDHURI
Address of Applicant :Timetooth Technologies Pvt. Ltd., 19/1
:A61H3/00,
(51) International classification New Industrial Estate, Peenya Stage -II, Bengaluru-560058,
B25J9/00
Karnataka, India, Bangalore ----------- -----------
2)SACHIT SRINIVASA RAO
Filing Date :NA
Address of Applicant :International Institute of Information
Technology, Bangalore, an Indian Institute, having address at
:NA 26/C, Hosur Road, Electronic City, Phase 1, Electric City,
Number
:NA Bengaluru, Karnataka, India, 560100. Bangalore ----------- ---------
Filing Date
--
3)KAUSTUBH KAPURE
Filing Date :NA
New Industrial Estate, Peenya Stage -II, Bengaluru-560058,
4)YATENDER SINGH
5)RANDHIR SWARNKAR
(57) Abstract :
The disclosed is an exoskeleton smart harness system [100]that includes a plurality of sensors for detecting one or more physical
parameters associated with a wearer, the exoskeleton smart harness system [100]further includes a plurality of actuators [102] for
adjusting the tightness of a harness system [100] attached to the exoskeleton and further includes an embedded computing system
[106] configured to receive input signals from the sensors [104] and to control the actuators in order to automatically adjust the
tightness of the harness system [100] to the extent required for the activity, such that the system also receives commands from the user
to initiate and terminate the harness system's donning and doffing process and further the system also enables the system to adjust the
tightness of the harness system [100] in real-time during the operation cycle of the exoskeleton. Figure 5 will be the reference.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR ENHANCING THE PERFORMANCE OF CLOUD COMPUTING AND METHOD
THEREOF
1)Koneru Lakshmaiah Education Foundation
:G06F0009500000, G06Q0010040000, Address of Applicant :Koneru Lakshmaiah Education
(51) International
H04L0067100100, G06F0009480000, Foundation, Vaddeswaram, Guntur-522302, Andhra Pradesh,
classification
G06Q0010060000 India. Guntur ----------- -----------
:NA
:NA
(87) International 1)Syed Karimunnisa
: NA
Publication No Address of Applicant :Department of Computer Science and
(61) Patent of Addition Engineering, Koneru Lakshmaiah Education Foundation,
:NA
to Application Number Vaddeswaram Guntur-522302, Andhra Pradesh, India. Guntur ----
:NA
Filing Date ------- -----------
(62) Divisional to 2)Yellamma Pachipala
:NA
:NA
Filing Date Engineering, Koneru Lakshmaiah Education Foundation,
Vaddeswaram Guntur-522302, Andhra Pradesh, India. Guntur ----
------- -----------
(57) Abstract :
ABSTRACT: Title: A System for Enhancing the Performance of Cloud Computing and Method Thereof The present disclosure
proposes a system (100) for enhancing the performance of cloud computing by using enhanced CUCMCA (Chimp Updated and
Cauchy Mutated Coot Algorithm) technology, an enhanced coot optimization method, a max-out prediction model and a Tasmanian
Devil assisted Bald Eagle Search (TDBES) technology in the cloud computing. The system (100) comprises a computing device (102)
having a processor (104) and a memory (106) for storing plurality of instructions. The processor (104) is configured to execute
plurality of modules (108). The plurality of modules (108) comprises an input module (110), a processing module (112), a
classification module 114, a ranking module 116, a scheduling module 118, a mapping module (120), a prediction module (122) and a
load balancing module (124). The proposed system (100) that utilises algorithm of an enhanced coot optimization for task scheduling
(ECOA-TS).

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR DETECTING MISPLACED TUBES AND CATHETERS USING
MACHINE LEARNING
1)Gurugubelli Sai Dilip Kumar
Address of Applicant :39-22-54/7/2, Kalinga Nagar, Madhavadhara, Beside East Park,
Visakhapatnam-530007, Andhra Pradesh, India. Visakhapatnam ----------- -----------
2)Govinda Vurjana
3)Sai Gopal Paradi
4)Ashok Suragala
5)Bindu Madhuri Cheekati
6)Ramji Koona
7)Yerra. V. Amardeep
8)Narayanarao Vemulada
9)Vana Laxmiprasad
10)Akasapu Ajaya Kumar
1)Gurugubelli Sai Dilip Kumar
Address of Applicant :39-22-54/7/2, Kalinga Nagar, Madhavadhara, Beside East Park,
:G16H0050200000, G16H0030400000, G06N0020000000, 2)Govinda Vurjana
G16H0050700000, G06F0011070000 Address of Applicant :Department of Computer Science and Engineering, JNTU GV- College
(86) International Application of Engineering, Vizianagaram-535003, Andhra Pradesh, India. Vizianagaram ----------- ---------
:NA
No --
:NA
Filing Date 3)Sai Gopal Paradi
(87) International Publication Address of Applicant :13-465/A, Kothagavidi Street, Cheepurupalli, Vizianagaram-535591,
: NA
No Andhra Pradesh, India. Vizianagaram ----------- -----------
(61) Patent of Addition to 4)Ashok Suragala
:NA
Application Number Address of Applicant :Assistant Professor, Department of Computer Science and Engineering,
:NA
Filing Date JNTU GV- College of Engineering, Vizianagaram-535003, Andhra Pradesh, India.
(62) Divisional to Application Vizianagaram ----------- -----------
:NA
Number 5)Bindu Madhuri Cheekati
:NA
Filing Date Address of Applicant :Assistant Professor, Department of Information Technology, JNTU GV-
College of Engineering, Vizianagaram-535003, Andhra Pradesh, India. Vizianagaram ----------
- -----------
6)Ramji Koona
Address of Applicant :Professor, Department of Mechanical Engineering, Andhra University,
7)Yerra. V. Amardeep
Address of Applicant :D. NO:34-15A-50, Cyril Street, Gnanapuram, Visakhapatnam-530004,
8)Narayanarao Vemulada
Address of Applicant :Assistant Professor, Department of Computer Science and Engineering,
JNTU GV- College of Engineering, Vizianagaram-535003, Andhra Pradesh, India.
Vizianagaram ----------- -----------
9)Vana Laxmiprasad
Address of Applicant :Bramin Veedhi, K.L.Puram, Near Collectorate, Vizianagaram-530003,
Andhra Pradesh, India. Vizianagaram ----------- -----------
10)Akasapu Ajaya Kumar
Address of Applicant :Associate Professor, Department of Computer Science and Engineering,
GVPCE (A), Visakhapatnam-530045, Andhra Pradesh, India. Visakhapatnam ----------- --------
---
(57) Abstract :
ABSTRACT: Title: A System and Method for Detecting Misplaced Tubes and Catheters Using Machine Learning The present disclosure proposes a system (100) for accurate and efficient
detection of misplaced tubes and catheters using machine learning. The system (100) comprises a computing device (102) having a controller (104) and a memory (106) to store one or more
instructions executed by the controller (104). The computing device (102) is integrated with plurality of modules (107) for operating the system (100). The plurality of modules (107) comprises
an image loading module (108), a processing module (110), a machine learning module (112) and an output module (114). The system (100) automatically detects the position of various tubes
and reduce the probability of tube misalignment, thereby preventing risky complications and reducing radiologist’s workload. The system (100) processes medical images in real time for
instant detection of misplaced tubes and catheters, thereby providing timely intervention and patient safety.

(19) INDIA
(54) Title of the invention : EVALUATION OF HIGH VOLUME FLYASH CONCRETE FOR RIGID PAVEMENT OVERLAYS.
1)Dr. Priyam Nath Bhowmik
Address of Applicant :Assistant Professor Assistant Professor
Madanapalle Institute of Technology & Science Post Box No: 14,
Kadiri Road, Angallu Madanapalle-517325, Andhra Pradesh,
India Madanapalle ----------- -----------
2)Prof. Dr. Reena Singh
3)Mr. Pawan Kumar Singh
4)Prof. Dr. B.K.Sarkar
5)Miss Pari Nidhi Singh
:C04B0111000000, E01C0007140000, Name of Applicant : NA
(51) International
C04B0018080000, G01N0003200000, Address of Applicant : NA
classification
G16C0060000000 (72)Name of Inventor :
(86) International 1)Dr. Priyam Nath Bhowmik
:NA
Application No Address of Applicant :Assistant Professor Assistant Professor
:NA
Filing Date Madanapalle Institute of Technology & Science Post Box No: 14,
(87) International Kadiri Road, Angallu Madanapalle-517325, Andhra Pradesh,
: NA
Publication No India Madanapalle ----------- -----------
(61) Patent of Addition 2)Prof. Dr. Reena Singh
:NA
to Application Number Address of Applicant :Research Unit -Geh Research LLP, Office
:NA
Filing Date T “A” 1104, Chembur -400071, M West, Mumbai, MH, India.
(62) Divisional to Mumbai ----------- -----------
:NA
Application Number 3)Mr. Pawan Kumar Singh
:NA
Filing Date Address of Applicant :Dr. Pillai Global Academy, Sector-7,
Khanda Colony, New Panvel, Navi Mumbai- 410206, India.
Mumbai ----------- -----------
4)Prof. Dr. B.K.Sarkar
Address of Applicant :Research Unit -Geh Research LLP, Office
T “A” 1104, Chembur -400071, M West, Mumbai, MH, India.
Mumbai ----------- -----------
5)Miss Pari Nidhi Singh
Address of Applicant :Research Unit -Geh Research LLP, Office
T “A” 1104, Chembur -400071, M West, Mumbai, MH, India.
Mumbai ----------- -----------
(57) Abstract :
ABSTRACT Our Invention “Evaluation of High volume flyash concrete for Rigid Pavement Overlays” is a order to meet the zero
waste target, this article concentrated on optimizing the C40 fly ash concrete pavement. This was done by considering fly ash as one
of the industrial solid wastes to be consumed more quickly. The performances (e.g., mechanical characteristics, durability, and brittle
property) of the optimized mix proportion were assessed using a battery of mechanical and physical tests, and compared with three
groups of conventional mix proportion. The structure of their air spaces was determined using the BJH method (a pore size calculation
technique outlined by Barrett, Joyner, and Halenda), and the creation mechanism was examined by combining the findings with the
concrete's road performance. The enhanced fly ash pavement concrete's great resilience. According to the optimizer’s experimental
findings, its 28-d compressive strength and matching 28-d flexural strength peaked at 50.8 MPa and 8.2 MPa, respectively. These
values suggested the material's good mechanical performance, making it suitable for widespread use in pavement construction.

(19) INDIA
(54) Title of the invention : CLASSIFICATION OF DISCRETIZED DATASETS USING MACHINE LEARNING EMPLOYING
MINIMUM-MAXIMUM CLASSIFIER
1)VIT-AP University
Address of Applicant :Inavolu, Amaravati, Andhra Pradesh -
:G06K0009620000, G06N0020000000,
(51) International 522237, India. Amaravati ----------- -----------
G16H0020130000, G16B0025000000,
G06T0007000000
(86) International
Application No
:NA 1)KARTHIKA NATARAJAN
Filing Date
Address of Applicant :Assistant Professor, School of Computer
(87) International
: NA Science & Engineering, VIT-AP University, Inavolu, Amaravati,
Publication No
Andhra Pradesh - 522237, India. Amaravati ----------- -----------
:NA 2)VALIVETI MANIKANTA BHUVANESH
:NA Address of Applicant :School of Computer Science &
Filing Date
Engineering, VIT-AP University, Inavolu, Amaravati, Andhra
(62) Divisional to
:NA Pradesh - 522237, India. Amaravati ----------- -----------
Application Number
:NA 3)CHANDANA GOURI TEKKALI
Filing Date
Address of Applicant :Research Scholar, School of Computer
Science & Engineering, VIT-AP University, Inavolu, Amaravati,
(57) Abstract :
A method 100 for classifying input discrete dataset or images 202 using Minimum-Maximum classifier, assigning minimum or
maximum values for each and every feature in the dataset irrespective of class labels which internally happens in the training part of
the algorithm. The method assign minimum or maximum values to each data as per value of the feature exists, irrespective of class
labels, and then store that existing class label in the dictionary where it satisfies. Subsequently, the machine learning model 204 counts
the number of most repeated class labels in the dictionary or where the sample yields very frequently, to calculate Mode value to
display result 206. The classifying algorithm is a supervised learning used to identify the category of new observations on the basis of
training data. The classifier can be used to classify datasets for the system like natural language processing, bio-medical, socio-
economical, financial, agriculture etc.

(19) INDIA
(54) Title of the invention : PREDICTION OF ARRHYTHMIA USING ONE-DIMENSIONAL DEEP LEARNING MODEL
:G06N0003080000, G06N0003040000,
(51) International 1)VIT-AP University
G06N0020000000, A61B0005000000,
classification Address of Applicant :Inavolu, Amaravati, Andhra Pradesh -
A61B0005352000
522237, India. Amaravati ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)K. MALLIKARJUNAMALLU
Publication No
Address of Applicant :Research Scholar, SCOPE, VIT-AP
:NA University, Inavolu, Amaravati, Andhra Pradesh - 522237, India.
:NA Amaravati ----------- -----------
Filing Date
2)KHASIM SYED
(62) Divisional to
:NA Address of Applicant :Assistant Professor, Senior Grade II,
Application Number
:NA SCOPE, VIT-AP University, Inavolu, Amaravati, Andhra Pradesh
Filing Date
- 522237, India. Amaravati ----------- -----------
(57) Abstract :
A system 100 to predict arrhythmia in a subject 102 includes a server with one or more databases 202 with pre-stored signals, and a
trained deep neural network model 114, one or more processors configured to acquire a first set of cardiac waveform 104 from the
subject 102, and two other sets of cardiac waveforms from two distinct datasets 202. Further, system 100 adds impulse noise 106, and
filters the waveforms 108 to obtain new pre-processed dataset 110, and perform segmentation 112 by integrating two sets of cardiac
waveforms with feature analysis and beat filter training datasets 116 by using one-dimensional deep learning model 114, and classify
results 118 for arrhythmia as ‘Normal’ 214 and ‘Abnormal’ 216. The two distinct databases 202 include a MIT-BIH arrhythmia
database 202A, and a PTB-XL arrhythmia database 202B. A five-layer convolutional neural network is used for automatically
classifying ECG waveform pattern.

(19) INDIA
(54) Title of the invention : A DIELECTRIC POCKET NANOTUBE JUNCTIONLESS FIELD EFFECT TRANSISTOR (DP-
NTJLFET) FOR ENHANCING DIRECT CURRENT (DC) PERFORMANCES
:H01L0029780000, H01L0029060000, 1)VIT-AP University
(51) International
H01L0029100000, H01L0051000000, Address of Applicant :Inavolu, Amaravati, Andhra Pradesh -
classification
H01L0027108000 522237, India. Amaravati ----------- -----------
:NA
:NA
(87) International 1)DESAI AJITH KUMAR
: NA
Publication No Address of Applicant :Student, School of Electronics Engineering,
(61) Patent of Addition VIT-AP University, Inavolu, Amaravati, Andhra Pradesh -
:NA
to Application Number 522237, India. Amaravati ----------- -----------
:NA
Filing Date 2)CHANDAN KUMAR PANDEY
(62) Divisional to Address of Applicant :Assistant Professor Senior Grade – I,
:NA
Application Number School of Electronics Engineering, VIT-AP University, Inavolu,
:NA
Filing Date Amaravati, Andhra Pradesh - 522237, India. Amaravati ----------- -
----------
(57) Abstract :
Present disclosure relates to a Dielectric Pocket (DP) Nanotube Junctionless Field Effect Transistor (DP-NTJLFET) (100) for
enhancing Direct Current (DC) performances. The DP-NTJLFET (100) includes a housing (112) comprising at least one of a source
terminal (102) and a drain terminal (104). The DP-NTJLFET (100) includes at least one Dielectric Pocket (DP) (112) coupled to at
least one of the source terminal (102) and the drain terminal (104), and configured to reduce one or more parameters based one or
more pre-defined factors. The DP-NTJLFET (100) includes a gate electrode (106) coupled to the to at least one of the source terminal
(102) and the drain terminal (104), and configured to adjust the gate voltage, which alters the electrostatic properties of a carbon
nanotube channel (108), and controls the flow of electrical current between the source terminal (102) and the drain terminal (104).

(19) INDIA
(54) Title of the invention : “A MICRO GRID SYSTEM WITH RENEWABLE ENERGY INTEGRATION AND NUERAL
COMPUTING CONTROL”
(51) International :G06N3/02, G06N3/08, H02J1/10,
1)Dr.B.Pragathi
classification H02J3/38, H02S10/12
Address of Applicant :Associate Professor DVR & Dr.HS
:NA MIC COLLEGE OF TECHNOLOGY Address: NH 9,
No
:NA Vijayawada - Hyderabad Hwy, Kanchikacherla, Andhra Pradesh
Filing Date
521180 Hyderabad ----------- -----------
: NA Name of Applicant : NA
No
Application Number
:NA 1)Dr.B.Pragathi
Filing Date
Address of Applicant :Associate Professor DVR & Dr.HS MIC
:NA COLLEGE OF TECHNOLOGY Address: NH 9, Vijayawada -
Number
:NA Hyderabad Hwy, Kanchikacherla, Andhra Pradesh 521180
Filing Date
Hyderabad ----------- -----------
(57) Abstract :
Title: “A MICRO GRID SYSTEM WITH RENEWABLE ENERGY INTEGRATION AND NUERAL COMPUTING CONTROL” 7.
ABSTRACT The invention presents a cutting-edge micro grid system designed for sustainable energy generation and efficient power
management. Integrating diverse renewable sources, including Fuel-Cell (FC), Photovoltaic (PV), Wind-Turbine (WT), and Battery
Energy Storage System (BESS), this micro grid system addresses environmental concerns while ensuring stable and reliable power
supply. A pivotal component, the Distribution Static Synchronous Compensator (DSTATCOM), employs advanced Neural
Computing Algorithms to compensate for power quality issues and regulate reactive power. A Partial Swarm Optimization-based
Maximum Power Point Tracking (MPPT) algorithm optimizes the PV system under varying conditions, maximizing energy
extraction. The system further incorporates a sophisticated control mechanism using Neural Computing Algorithms to generate precise
gating pulses for the Voltage Source Converter (VSC) section, maintaining stable DC bus voltage and reducing harmonics.
Compliance with industry standards, including IEEE.519, is achieved. This invention heralds a new era in eco-friendly energy
solutions, promising efficient, reliable, and environmentally conscious power generation and distribution. The figure associated with
abstract is Fig. 1.

(19) INDIA
(54) Title of the invention : DIRECT EVALUATION AND VISUALISATION OF GLUTATHIONE, CYSTEINE, AND
HOMOCYSTEINE IN MODEL TISSUES FOR PARKINSON'S AND ALZHEIMER'S DISEASE.
1)Mr. Abdul Rasheed A R
Address of Applicant :Associate Professor, Department of Pharmacology, Al Shifa College of Pharmacy,
Poonthavanam P.O., Keezhattur, Perinthalmanna, Malappuram District, Kerala, India - 679325 Malappuram --
--------- -----------
2)Mr. Yogesh Matta
3)Mr More Raviraj Ramrao
4)Mr. Arvind Kumar
5)Mr. Prashant Nayak
6)Dr. C. Ronald Darwin
7)Dr Dharmendra Singh Rajput
8)Dr. J. Naveena Lavanya Latha
9)Dr Shivkumar Shete
10)Mrs Shaik Vaheeda Rahman
11)Mr. Ajit Kishor Khapne
1)Mr. Abdul Rasheed A R
Address of Applicant :Associate Professor, Department of Pharmacology, Al Shifa College of Pharmacy,
Poonthavanam P.O., Keezhattur, Perinthalmanna, Malappuram District, Kerala, India - 679325 Malappuram --
--------- -----------
:A61P0025280000, A61P0025160000, G01N0033680000, 2)Mr. Yogesh Matta
A61P0043000000, A61P0025140000 Address of Applicant :Assistant Professor Suresh Gyan Vihar University, Gyan Vihar Marg, Jagatpura, Jaipur
(86) International Application No :NA Pin: 302017 Jaipur ----------- -----------
Filing Date :NA 3)Mr More Raviraj Ramrao
(87) International Publication No : NA Address of Applicant :Assistant Professor, Maharashtra College of Pharmacy Nilanga , 413521, Maharashtra,
(61) Patent of Addition to India Nilanga ----------- -----------
:NA
Application Number 4)Mr. Arvind Kumar
:NA
Filing Date Address of Applicant :Associate Professor Dr. C.V. Raman Institute of Pharmacy, Dr. C.V. Raman University,
(62) Divisional to Application Kota, Bilaspur, Chhattisgarh Pin: 495113 Bilaspur ----------- -----------
:NA
Number 5)Mr. Prashant Nayak
:NA
Filing Date Address of Applicant :Assistant Professor Nitte (Deemed to be University),NGSM Institute of Pharmaceutical
Sciences, Department of Pharmaceutics, Paneer, Deralakatte, Mangalore 575018. Mangalore ----------- ----------
-
6)Dr. C. Ronald Darwin
Address of Applicant :Professor & Head, Pharmacology School of Pharmaceutical Sciences Vels Institute of
Science Technology & Advanced Studies Chennai - 600 117 Chennai ----------- -----------
7)Dr Dharmendra Singh Rajput
Address of Applicant :Associate Professor and Head of the Department Pharmacy Practice Indubhai Patel
College of Pharmacy and Research Centre Dharmaj 388430 Dharmaj ----------- -----------
8)Dr. J. Naveena Lavanya Latha
Address of Applicant :Associate professor Department of Biosciences and Biotechnology Krishna University
Machilipatnam-521004 Machilipatnam ----------- -----------
9)Dr Shivkumar Shete
Address of Applicant :Associate professor, Tatyasaheb Kore College of Pharmacy, Warananagar, Tal: -
Panhala, Dist.: - Kolhapur, Maharashtra, India, Pin 416 113 Kolhapur ----------- -----------
10)Mrs Shaik Vaheeda Rahman
Address of Applicant :Assistant Professor Institute address: School of Pharmaceutical Sciences, Vels Institute
of Science, Technology and Advanced Studies, Chennai Pin -600117 Chennai ----------- -----------
11)Mr. Ajit Kishor Khapne
Address of Applicant :Assistant Professor Institute address siddhivinayak college of pharmacy, Warora Dist
Chandrapur Pin 442907 Chandrapur ----------- -----------
Address of Applicant :Research Scientist Institute address: Uttar Pradesh University of Medical Sciences.
Saifai Etawah UP Pin: 206130 Etawah ----------- -----------
(57) Abstract :
ABSTRACT This invention belongs to the field of Pharmacy. Parkinson's and Alzheimer's diseases are neurodegenerative disorders characterized by the accumulation of oxidative stress and protein misfolding. Glutathione,
cysteine, and homocysteine are critical molecules involved in the cellular defense against oxidative stress, making their evaluation crucial in understanding disease pathogenesis. In this study, we present a comprehensive
approach for the direct assessment and visualization of these metabolites in model tissues relevant to Parkinson's and Alzheimer's disease.

(19) INDIA
(54) Title of the invention : PHYSICAL AND MENTAL EFFECTS OF ALCOHOL AND TOBACCO CONSUMPTION ON THE
AGE OF ONSET IN ALZHEIMER'S DISEASE
1)Miss. Bhoomika N Joshi
Address of Applicant :Student, M.Pharm Department of Pharmacology Mallige
College of Pharmacy #71, Silvepura, Chikkabanavara Post Bangalore- 560090.
Bangalore ----------- -----------
2)Mrs Nagalakshmi N C
3)Dr. Shivakumar swamy
4)Dr Sandur V Rajendra
5)Dr. Kuntal Das
6)Mr. Kaish Ansari
7)Mr. Pankaj chaudhary
:G16C0020500000, A61K0031192000, Address of Applicant : NA
A61P0025220000, A61K0031585000, 1)Miss. Bhoomika N Joshi
classification
A61K0036185000 Address of Applicant :Student, M.Pharm Department of Pharmacology Mallige
(86) International College of Pharmacy #71, Silvepura, Chikkabanavara Post Bangalore- 560090.
:NA Bangalore ----------- -----------
Application No
:NA 2)Mrs Nagalakshmi N C
Filing Date Address of Applicant :Assoc. Professor Department of Pharmacology Mallige
(87) International College of Pharmacy #71, Silvepura, Chikkabanavara Post, Bangalore- 560090.
: NA Bangalore ----------- -----------
Publication No
(61) Patent of Addition 3)Dr. Shivakumar swamy
:NA Address of Applicant :Principal, Professor, Department of pharmacology Mallige
to Application Number College of Pharmacy #71, Silvepura, Chikkabanavara Post Bangalore- 560090.
:NA
Filing Date Bangalore ----------- -----------
(62) Divisional to 4)Dr Sandur V Rajendra
:NA Address of Applicant :Vice Principal Professor, Department of pharmacology
Application Number
:NA Mallige College of Pharmacy #71, Silvepura, Chikkabanavara Post Bangalore-
Filing Date 560090. Bangalore ----------- -----------
5)Dr. Kuntal Das
Address of Applicant :Professor and Research Director Department of
Pharmacognosy and Phytochemistry Mallige College of Pharmacy #71, Silvepura,
Chikkabanavara Post Bangalore- 560090. Bangalore ----------- -----------
6)Mr. Kaish Ansari
Bangalore ----------- -----------
7)Mr. Pankaj chaudhary
Bangalore ----------- -----------
(57) Abstract :
ABSTRACT This invention belongs to the field of Pharmacy. Abelmoschus esculentus (AE) leaves ethanol extract was evaluated for
anti stress activity with the presence of phenolic component (gallic acid) and macro elements (potassium and calcium) through
molecular docking and in vivo animal experimentation. Gallic acid was isolated and confirmed with TLC and HPLC analysis. Further,
potassium (K) and calcium (Ca) were also determined which plays key role in reducing blood pressure and indirectly associated with
the stress management. Gallic acid was further docked with two heat shock proteins viz. 2BOL and 1SHS with binding affinity of -5.5
and -5.43 respectively. The study was novel and first time was carried out with molecular docking. Preliminary confirmation of AE as
an anti-stress agent was established through molecular docking study. Finally, in vivo animal experimentation showed remarkable
stress management with gallic acid in combination with K and Ca elements by enhanced dose dependency antistress activity when
compared with standard withaferin.

(19) INDIA
(54) Title of the invention : ADVANCED WATER AND AIR PURIFICATION SYSTEM USING GRAPHENE OXIDE
NANOPARTICLES
1)GOVERNMENT COLLEGE AUTONOMOUS
Address of Applicant :Y. JUNCTION, Rajamahendravaram -
533103, Andhra Pradesh, India. Tel: 0883-2475732; Email:
gcrjy1853@gcrjy.ac.in Rajamahendravaram ----------- -----------
1)Prof RAMACHANDRA R K
Address of Applicant :GOVERNMENT COLLEGE
:C02F0001280000, B82Y0040000000, AUTONOMOUS, Y. JUNCTION, Rajamahendravaram - 533103,
(51) International
C02F0001440000, B01D0061080000, Andhra Pradesh, India. Tel: 0883-2475732; Email:
classification
F24F0008100000 gcrjy1853@gcrjy.ac.in Rajamahendravaram ----------- -----------
(86) International 2)Mr P.TIRUPATHI RAO
:NA
Application No Address of Applicant :GOVERNMENT COLLEGE
:NA
Filing Date AUTONOMOUS, Y. JUNCTION, Rajamahendravaram - 533103,
(87) International Andhra Pradesh, India. Tel: 0883-2475732; Email:
: NA
Publication No gcrjy1853@gcrjy.ac.in Rajamahendravaram ----------- -----------
(61) Patent of Addition 3)Ms.K. SUMALATHA
:NA
to Application Number Address of Applicant :S V D GOVERNMENT DEGREE
:NA
Filing Date COLLEGE (WOMEN), Y. JUNCTION, Rajamahendravaram -
(62) Divisional to 534301, Nidadavolu, Andhra Pradesh, India. Tel: 8309792714;
:NA
Application Number Email: sumalathakonavati@gmail.com Rajamahendravaram -------
:NA
Filing Date ---- -----------
4)Dr.B.MALLIKHARJUNA
AUTONOMOUS, Y. JUNCTION, Rajamahendravaram - 533103,
Andhra Pradesh, India. Tel: 0883-2475732; Email:
5)Dr.B. NAGESWARI
(57) Abstract :
5. ABSTRACT An "Advanced Water and Air Purification System Using Graphene Oxide Nanoparticles" is disclosed. It employs a
filtration system housed within a sturdy casing, ingeniously engineered to incorporate porous matrices that securely immobilize
graphene oxide nanoparticles (GO NPs) with enhanced reactivity. These GO NPs serve as the central agents for the removal of
contaminants and pathogens, ensuring highly effective purification. The system features an intricate flow control mechanism for
optimized interaction between GO NPs and impurities, real-time monitoring through integrated sensors, and an intelligent control
system. The design allows seamless scalability, making it adaptable to larger infrastructures like water treatment plants and indoor air
purification systems. To ensure sustainability, a mechanism for the periodic replenishment or replacement of GO NPs is integrated,
ensuring consistent, long-term purification performance. This technology addresses pressing environmental and public health
concerns, promising to deliver pristine drinking water and clean indoor air in a dependable and efficient manner.

(19) INDIA
(54) Title of the invention : METHOD FOR SYNTHESIZING, CHARACTERIZING, AND APPLYING NANOSCALE ZERO-
VALENT IRON (NZVI) FOR ENVIRONMENTAL REMEDIATION AND CATALYSIS
:C02F0001280000, C02F0101100000, AUTONOMOUS, Y. JUNCTION, Rajamahendravaram - 533103,
(51) International
B09C0001000000, C01G0049000000, Andhra Pradesh, India. Tel: 0883-2475732; Email:
classification
B22F0009240000 gcrjy1853@gcrjy.ac.in Rajamahendravaram ----------- -----------
(86) International 2)Dr.T. K.VISWESWARA RAO
:NA
Application No Address of Applicant :"S A S GOVERNMENT DEGREE
:NA
Filing Date COLLEGE NARAYANAPURAM, Andhra Pradesh, India. Tel:
(87) International 9440229928; Email: drtkvrao@gcrjy.ac.in "
: NA
Publication No NARAYANAPURAM ----------- -----------
(61) Patent of Addition 3)Ms.K. SUMALATHA
:NA
to Application Number Address of Applicant :"S V D GOVERNMENT DEGREE
:NA
Filing Date COLLEGE (WOMEN), Y. JUNCTION, Rajamahendravaram -
(62) Divisional to 534301, Nidadavolu, Andhra Pradesh, India. Tel: 8309792714;
:NA
Application Number Email: sumalathakonavati@gmail.com" Rajamahendravaram ------
:NA
Filing Date ----- -----------
4)Mr P.TIRUPATHI RAO
5)Dr.B.MALLIKHARJUNA
(57) Abstract :
6. ABSTRACT Present invention presents a comprehensive method for synthesizing, characterizing, and applying Nanoscale Zero-
Valent Iron (NZVI) nanocomponents, with a primary focus on their versatile applications in environmental remediation and catalysis.
In the synthesis process, iron precursors are meticulously combined with reducing agents, and stabilizers are introduced to precisely
control particle size and shape. The resulting NZVI nanoparticles exhibit tailored properties. Robust characterization techniques,
including TEM, SEM, XRD, XPS, and FTIR, ensure the quality and functionality of these nanocomponents. NZVI's versatile
applications encompass environmental remediation and catalysis, driven by its small size, high surface area, and reactivity. It
accelerates the treatment of contaminants such as chlorinated solvents and heavy metals while enhancing catalytic reactions.
Additionally, NZVI's magnetic properties are leveraged for precise drug delivery, and it is integrated into environmental sensors for
real-time pollutant detection. This invention signifies a breakthrough in addressing environmental challenges and advancing catalysis
with efficient, targeted, and sustainable solutions.

(19) INDIA
(54) Title of the invention : EFFICIENT DYE-SENSITIZED SOLAR CELL SYSTEM FOR CLEAN ENERGY GENERATION
AND DISTRIBUTION
1)Mrs.B.DURGA LAKSHMI
:H01G0009200000, H02J0009060000,
(51) International AUTONOMOUS, Y. JUNCTION, Rajamahendravaram - 533103,
H01L0051000000, H01L0051420000,
classification Andhra Pradesh, India. Tel: 0883-2475732; Email:
B82Y0030000000
(86) International
:NA 2)Prof RAMACHANDRA R K
Application No
:NA Address of Applicant :GOVERNMENT COLLEGE
Filing Date
(87) International
: NA Andhra Pradesh, India. Tel: 0883-2475732; Email:
Publication No
:NA 3)Mr.B.VAMSI KRISHNA
Filing Date
(62) Divisional to
:NA Andhra Pradesh, India. Tel: 0883-2475732; Email:
Application Number
:NA gcrjy1853@gcrjy.ac.in Rajamahendravaram ----------- -----------
Filing Date
4)Dr. ESUB BASHA SHAIK
(57) Abstract :
5. ABSTRACT A Dye-Sensitized Solar Cell (DSSC) system for clean energy production is disclosed. The DSSC system comprises
interconnected DSSCs with meticulously engineered photoanodes coated with nanostructured Titanium dioxide nanoparticles (TiO2
NPs) for optimized light absorption and electron transport, resulting in high power conversion efficiency. Clean energy generated by
the DSSCs is stored in a sophisticated energy storage unit, ensuring uninterrupted power supply even in variable environmental
conditions. An advanced energy conversion and distribution system monitors and adapts energy delivery to meet diverse application
requirements, from portable electronic devices to residential and commercial buildings, addressing energy accessibility challenges in
remote locations. The system's broad spectrum light capture capability allows for efficient energy production under varying lighting
conditions, while an integrated monitoring and optimization system maintains peak performance. The method for DSSC production
ensures precision and reliability. This invention offers a sustainable, reliable, and clean energy solution for various applications.

(19) INDIA
(54) Title of the invention : CHITOSAN STABILIZED FE3O4 - MAGNETIC NANOCOMPOSITE SYNTHESIS,
CHARACTERIZATION, AND VERSATILE APPLICATIONS
gcrjy1853@gcrjy.ac.in East Godavari ----------- -----------
1)Dr P V S SATYANARAYANA REDDY
:A61K0049180000, B01J0020280000,
C02F0001280000, A61K0049080000,
classification Andhra Pradesh, India. Tel: 0883-2475732; Email:
B82Y0025000000
gcrjy1853@gcrjy.ac.in East Godavari ----------- -----------
(86) International
:NA 2)Mr B. DURGA LAKSHMI
Application No
Filing Date
(87) International
: NA Andhra Pradesh, India. Tel: 0883-2475732; Email:
Publication No
:NA 3)Prof RAMACHANDRA R K
Filing Date
(62) Divisional to
:NA Andhra Pradesh, India. Tel: 0883-2475732; Email:
Application Number
:NA gcrjy1853@gcrjy.ac.in Rajamahendravaram ----------- -----------
Filing Date
4)Mr. B. VAMSI KRISHNA
5)Dr.T. K.VISWESWARA RAO
Address of Applicant :"S A S GOVERNMENT DEGREE
COLLEGE NARAYANAPURAM, Andhra Pradesh, India. Tel:
9440229928; Email: drtkvrao@gcrjy.ac.in "
NARAYANAPURAM ----------- -----------
(57) Abstract :
7. ABSTRACT The invention pertains to the synthesis and characterization of a chitosan stabilized Fe3O4 magnetic nanocomposite.
This nanocomposite combines the magnetic properties of Fe3O4 nanoparticles with the biocompatibility and stability of chitosan. The
synthesis involves coating Fe3O4 nanoparticles with chitosan, crosslinking with glutaraldehyde, and thorough characterization using
techniques such as TEM, XRD, FTIR, and TGA. The resulting nanocomposite exhibits a core-shell structure with a chitosan shell,
making it suitable for a broad spectrum of applications. It finds utility in drug delivery, serving as a magnetic resonance imaging
(MRI) contrast agent, and as an efficient tool for environmental remediation by separating pollutants from fluid media. The
nanocomposite's advantages include biocompatibility, stability, and versatility. Experimental results confirm its potential for diverse
applications, such as controlled drug delivery and environmental cleanup.

(19) INDIA
(54) Title of the invention : STABILITY STUDIES AND OPTIMIZATION CHARACTERISTICS OF FE3O4 - MAGNETIC
NANOCOMPOSITE FOR HEAVY METAL REMOVAL APPLICATION
:C02F0001280000, C02F0101200000, Address of Applicant :GOVERNMENT COLLEGE
(51) International
B01J0020280000, C02F0001620000, AUTONOMOUS, Y. JUNCTION, Rajamahendravaram - 533103,
classification
B01J0020220000 Andhra Pradesh, India. Tel: 0883-2475732; Email:
(86) International gcrjy1853@gcrjy.ac.in Rajamahendravaram ----------- -----------
:NA
Application No 2)DR P V S SATYANARAYANA REDDY
:NA
Filing Date Address of Applicant :GOVERNMENT COLLEGE
: NA
Publication No Andhra Pradesh, India. Tel: 0883-2475732; Email:
(61) Patent of Addition gcrjy1853@gcrjy.ac.in Rajamahendravaram ----------- -----------
:NA
to Application Number 3)Mr B. NAGESWARA RAO
:NA
Filing Date Address of Applicant :"Dr V S Krishna Government Degree and
(62) Divisional to PG College, Autonomous, VISAKHAPTNAM, Andhra Pradesh,
:NA
Application Number India. Tel: 8919153232; Email: budiredla@gmail.com "
:NA
Filing Date VISAKHAPTNAM ----------- -----------
4)Dr.T. K.VISWESWARA RAO
Address of Applicant :S A S GOVERNMENT DEGREE
COLLEGE NARAYANAPURAM, Andhra Pradesh, India. Tel:
9440229928; Email: drtkvrao@gcrjy.ac.in "
NARAYANAPURAM ----------- -----------
(57) Abstract :
7. ABSTRACT This research delves into the evaluation and enhancement of a Fe3O4 magnetic nanocomposite tailored for the
effective removal of heavy metals from diverse aqueous solutions. The significance of this work lies in its direct application to
environmental and industrial contexts, where heavy metal contamination poses a severe threat. The study scrutinizes the
nanocomposite's resilience under various environmental conditions, encompassing shifts in pH levels, ionic strengths, and temperature
ranges, all of which are pivotal in real-world applications. Moreover, it delves into the fine-tuning of its characteristics, focusing on
optimizing its heavy metal adsorption capacity and magnetic behavior for efficient post-capture separation. The culmination of this
research holds great promise for addressing critical challenges in heavy metal remediation, offering a sustainable, efficient, and
customizable solution with substantial benefits for environmental and human well-being.

(19) INDIA
(54) Title of the invention : MACHINE LEARNING-BASED POWER FORECAST MODEL WITH MULTI-DATA FUSION
1)DR.K.KAVITHA
Address of Applicant :ANNAMALAI UNIVERSITY,
ANNAMALAI NAGAR, CHIDAMBARAM , TAMILNADU,
:G06Q0010040000, G06Q0050060000, INDIA - 608002 CHIDAMBARAM ----------- -----------
(51) International
G06N0003080000, H02J0003380000, 2)DR.M.JEYAKARTHIC
classification
G01W0001100000 3)DR. N. SUBALAKSHMI
:NA
:NA
(87) International 1)DR.K.KAVITHA
: NA
Publication No Address of Applicant :ANNAMALAI UNIVERSITY,
(61) Patent of Addition ANNAMALAI NAGAR, CHIDAMBARAM , TAMILNADU,
:NA
to Application Number INDIA - 608002 CHIDAMBARAM ----------- -----------
:NA
Filing Date 2)DR.M.JEYAKARTHIC
(62) Divisional to Address of Applicant :ANNAMALAI UNIVERSITY,
:NA
Application Number ANNAMALAI NAGAR, CHIDAMBARAM , TAMILNADU,
:NA
Filing Date INDIA - 608002 CHIDAMBARAM ----------- -----------
3)DR. N. SUBALAKSHMI
Address of Applicant :ANNAMALAI UNIVERSITY,
ANNAMALAI NAGAR, CHIDAMBARAM , TAMILNADU,
INDIA - 608002 CHIDAMBARAM ----------- -----------
(57) Abstract :
Large-scale integration of renewable energy sources, such as solar photovoltaic (PV) power, into contemporary smart networks is
being achieved. The key to maintaining the power grid's reliable functioning is accurate photovoltaic forecasting. The system's
constraints make it challenging for a single prediction method to be universal. Consequently, a hybrid ultra-short-term photovoltaic
power forecast model based on multi-source data fusion and deep learning is proposed in this study. First, a fusion of the historical
power patterns, satellite cloud images, and Numerical Weather Prediction (NWP) data is performed. After that, the models for
predicting solar power are created utilizing the proper deep-learning techniques.

(19) INDIA
(54) Title of the invention : MULTI-INPUT, MULTI-OUTPUT AND MULTIPURPOSE EV POWER CHARGER
1)T P Sivasankari
:H02J1/10, H02J1/12,
(51) International classification Address of Applicant :Founder & Managing Director, AR4
H02J5/00 , H02J7/34
Tech Private Limited SF No. 491/1B, Near Srinivasa Avenue,
Senthampalayam, Coimbatore- 641107. Email: sankari@ar4-
Filing Date :NA
tech.com Mobile: 93635 21611 ----------- -----------
Application Number
Filing Date
1)T P Sivasankari
:NA Address of Applicant :Founder & Managing Director, AR4 Tech
Number
:NA Private Limited SF No. 491/1B, Near Srinivasa Avenue,
Filing Date
Senthampalayam, Coimbatore- 641107. Email: sankari@ar4-
tech.com Mobile: 93635 21611 ----------- -----------
(57) Abstract :
The system (100) includes an input port (102), an output port (104), converters (202- 208), a controller (222), a DC bus (209), sensors
(106) and a sensor hub (220). The input port (102) is configured to receive the different types of input power. The output port (104) is
connected to a DC bus (209). The converters (202- 208) include a DC-DC Converter with MPPT (202), a DC-DC Converter (204), an
AC/DC converter (206) and a DC/AC converter (208). The sensor hub (220) collectively receives the signals from the sensors (106)
connects with the input port (102) and the output port (104) and feeds them to the controller (222). The controller (222) is configured
to enable the converters (202-208) based on signals from the input port (102) and the output port (104), processes the received signals
and generates control signals to the converters. This invention facilitates harnessing renewable energy sources for charging vehicles,
operating EVs, supplies power to the loads and electronic gadgets, reducing the cost of additional power converters for different
applications.

(19) INDIA
(54) Title of the invention : REGISTRATION OF MULTIMODAL MEDICAL IMAGES USING CONSTRAINT LEAST SQUARES
1)Presidency University
Address of Applicant :Itgalpur, Rajanakunte, Bengaluru,
Karnataka – 560 064, India Bengaluru ----------- -----------
1)Dr. SAHANA LOKESH R
:G06T0007350000, H04N0019610000, Address of Applicant :Siddaganga Institute of Technology,
(51) International
G06T0007330000, G06T0007000000, Tumakuru-572103, Karnataka, India. Tumakuru ----------- ---------
classification
G01R0033565000 --
(86) International 2)SAMREEN FIZA
:NA
Application No Address of Applicant :Presidency University Itgalpur,
:NA
Filing Date Rajanakunte, Bengaluru, Karnataka – 560064, India Bengaluru ---
(87) International -------- -----------
: NA
Publication No 3)G TIRUMALA VASU
(61) Patent of Addition Address of Applicant :Presidency University Itgalpur,
:NA
to Application Number Rajanakunte, Bengaluru, Karnataka – 560064, India Bengaluru ---
:NA
Filing Date -------- -----------
(62) Divisional to 4)AFREEN KUBRA
:NA
Application Number Address of Applicant :Presidency University Itgalpur,
:NA
Filing Date Rajanakunte, Bengaluru, Karnataka – 560064, India Bengaluru ---
-------- -----------
5)Dr. VINUTHA C B
Address of Applicant :Presidency University Itgalpur,
Rajanakunte, Bengaluru, Karnataka – 560064, India Bengaluru ---
-------- -----------
6)Dr. RAMYA R S
Address of Applicant :Dayananda Sagar College of Engineering,
Bangalore 560111, Karnataka, India Bengaluru ----------- -----------
(57) Abstract :
ABSTRACT Registration of Multimodal Medical Images using Constraint Least Squares The invention discloses a method for the
precise registration of medical images obtained from diverse imaging modalities, addressing issues of rotation and translation. By
utilizing a novel approach grounded in Constrained Least Squares (CLS), the method enhances image alignment. It operates by
dividing source and template images into uniform blocks, estimating parameters for displacement and rotation, calculating spatial
cross-correlations, and determining the optimal solution for registration. Notably, weight matrices, influenced by local image
properties, mitigate noise and inhomogeneity. Quantitative analysis is facilitated through metrics such as Information Ratio and
Mutual Information Ratio. Furthermore, the method accommodates the synchronization of temporal image sequences, counteracting
subject motion.

(19) INDIA
(54) Title of the invention : VISIBLE AND INFRARED IMAGE FUSION USING DISTRIBUTED ANISOTROPIC GUIDED
FILTER
:G06T0005500000, A61K0048000000,
(51) International 1)Presidency University
G06Q0020400000, G06N0003080000,
classification Address of Applicant :Itgalpur, Rajanakunte, Bengaluru,
B29C0065000000
(86) International
Application No
Filing Date
(87) International
: NA 1)G. TIRUMALA VASU
Publication No
Address of Applicant :Presidency University, Itgalpur,
:NA Rajanakunte, Bengaluru, Karnataka – 560 064, India Bengaluru ---
:NA -------- -----------
Filing Date
2)Dr. P. Palanisamy
(62) Divisional to
:NA Address of Applicant :National Institute of Technology, Tamil
Application Number
:NA Nadu, Tiruchirapalli-620015, India. Tiruchirapalli ----------- -------
Filing Date
----
(57) Abstract :
ABSTRACT Visible and Infrared Image Fusion using Distributed Anisotropic Guided Filter The invention presents a novel approach
to enhance the fusion of Visible and Infrared images through a Distributed Anisotropic Guided Filter (DAGF). Each image in the
input source is examined individually to recover any relevant evidence, and then the most important features are combined. The
method involves multi-scale decomposition, generating fused base and detail layers, resulting in an improved fused image. The
invention addresses challenges in existing fusion methods, offering a more effective solution for applications such as target
recognition and remote sensing. Fig.1

(19) INDIA
(54) Title of the invention : METHOD AND SYSTEM FOR DYNAMIC RESOURCE ALLOCATION AND LOAD BALANCING
FOR ENERGY-EFFICIENT IOT NETWORKS
---------
:H04W0004700000, H04W0072040000, 1)DR. N. NAGAMALLESWARA RAO
(51) International
G06F0009500000, H04L0067120000, Address of Applicant :DEPARTMENT OF COMPUTE
classification
H04L0043087600 SCIENCE & ENGINEERING (IOT) RVR & JC COLLEGE OF
(86) International ENGINEERING CHANDRAMOULIPURAM,
:NA
Application No CHOWDAVARAM, GUNTUR PIN - 522 019 Guntur ----------- --
:NA
Filing Date ---------
(87) International 2)DR. E. NAGESWARA RAO
: NA
Publication No Address of Applicant :DEPARTMENT OF COMPUTE
(61) Patent of SCIENCE & ENGINEERING (IOT) RVR & JC COLLEGE OF
Addition to :NA ENGINEERING CHANDRAMOULIPURAM,
Application Number :NA CHOWDAVARAM, GUNTUR PIN - 522 019 Guntur ----------- --
(62) Divisional to 3)MR. P. PRUDHVI KIRAN
:NA
Application Number Address of Applicant :DEPARTMENT OF COMPUTE
:NA
Filing Date SCIENCE & ENGINEERING (IOT) RVR & JC COLLEGE OF
---------
4)MR. B. NAGARAJU
Address of Applicant :DEPARTMENT OF COMPUTE
SCIENCE & ENGINEERING (IOT) RVR & JC COLLEGE OF
---------
(57) Abstract :
METHOD AND SYSTEM FOR DYNAMIC RESOURCE ALLOCATION AND LOAD BALANCING FOR ENERGY-EFFICIENT
IOT NETWORKS ABSTRACT The present invention discloses a method and system designed for dynamic resource allocation and
load balancing in Internet of Things (IoT) networks, with a focus on optimizing energy efficiency. The method involves receiving and
analyzing network traffic and energy consumption data from IoT devices to determine an optimal distribution of network resources
and traffic, minimizing energy consumption while maintaining network performance. Dynamic adjustments are made based on the
analysis, reallocating network bandwidth, adjusting transmission power levels, and optimizing routing paths for data transmission. The
system comprises a network controller, a processing unit, and a network adjustment module, including specialized components for
efficient bandwidth allocation, power control, and routing optimization. This invention enhances IoT network sustainability and
performance, promoting environmentally friendly practices and improved operational efficiency.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR GENERATING TEST CASES WITH SOFTWARE CODE IN A
COMPUTING ENVIRONMENT
:G06F0011360000, H04L0067306000, 1)TopGrep Tech Private Limited
(51) International
G06F0003048400, G06F0021570000, Address of Applicant :F104, Samhita Rainbow MTB, Vibgyor
classification
G06F0016680000 High School, Bangalore, Karnataka India Bangalore ----------- -----
(86) International ------
:NA
:NA
: NA
Publication No 1)Amogh P
(61) Patent of Addition Address of Applicant :F104, Samhita Rainbow MTB, Vibgyor
:NA
to Application Number High School, Bangalore, Karnataka India Bangalore ----------- -----
:NA
Filing Date ------
(62) Divisional to 2)Dr Reine De Reanzi Sebastianappan
:NA
Application Number Address of Applicant :F104, Samhita Rainbow MTB, Vibgyor
:NA
Filing Date High School, Bangalore, Karnataka India Bangalore ----------- -----
------
(57) Abstract :
SYSTEM AND METHOD FOR GENERATING TEST CASES WITH SOFTWARE CODE IN A COMPUTING ENVIRONMENT
ABSTRACT A computing system and method for generating test cases with software code in a computing environment is disclosed.
The system receives one or more inputs for uncovering one or more test cases for a given test case scenario from a user. Further, the
system validates the received one or more inputs using AI based validation model. Further, the system generates at least one test case
for the validated one or more inputs using AI based test case model upon successful validation. Furthermore, the system determines a
relevant code associated with the test case based on the received one or more inputs. The system further identifies a specific part of the
determined relevant code based on the test case. Further, the system outputs the identified specific part of the determined relevant code
and the generated at least one test case on a user interface of a user device. FIG. 1

(19) INDIA
(54) Title of the invention : A PHARMACEUTICAL FORMULATION FOR THE TREATMENT OF ACNE
1)Dr. M. Padmasree
Pharmaceutics, Aditya Bangalore Institute of Pharmacy Education
and Research, No 12, Kogilu Main Road, Yelahanka, Bangalore,
560064, India ----------- -----------
2)Ashwini S
3)Hemanth V
4)MadanBabu C A
5)Navya A N
6)Supriya Chavan
:A61Q0019000000, A61P0017100000,
A61P0031040000, A61Q0019020000,
classification 1)Dr. M. Padmasree
A61K0008490000
(86) International
:NA Pharmaceutics, Aditya Bangalore Institute of Pharmacy Education
Application No
:NA and Research, No 12, Kogilu Main Road, Yelahanka, Bangalore,
Filing Date
560064, India ----------- -----------
(87) International
: NA 2)Ashwini S
Publication No
Address of Applicant :Student, Aditya Bangalore Institute of
:NA Pharmacy Education and Research, No 12, Kogilu Main Road,
:NA Yelahanka, Bangalore, 560064, India ----------- -----------
Filing Date
3)Hemanth V
(62) Divisional to
:NA Address of Applicant :Student, Aditya Bangalore Institute of
Application Number
:NA Pharmacy Education and Research, No 12, Kogilu Main Road,
Filing Date
Yelahanka, Bangalore, 560064, India ----------- -----------
4)MadanBabu C A
Pharmacy Education and Research, No 12, Kogilu Main Road,
5)Navya A N
6)Supriya Chavan
(57) Abstract :
Effective and potent anti acne cream are needed with improved skin brightening potency. The present invention provides a
pharmaceutical cream formulation for the treatment of acne, comprising active ingredients; and cream base; wherein the active
ingredients are selected from snail mucin; aqueous extracts of kojic acid; niacinamide and ginseng; wherein the cream base comprises
excipients selected from stearic acid, cetyl alcohol, liquid paraffin, glycerin, methyl paraben, triethanolamine and water. The present
invention also provides a process for the preparation of anti-acne cream formulation. The anti-acne cream formulation of present
invention has effective and potent antibacterial activity against propionibacterium and also has improved skin brightening potency.

(19) INDIA
(54) Title of the invention : A PROCESS FOR PREPARING HIGH VISCOSITY MODIFIED BITUMEN (HVMB) AND A
COMPOSITION FOR THE SAME
1)Hemavathy M
:C04B26/26, C08J3/24, Address of Applicant :Division of Transportation Engineering,
C08L53/02, C08L95/00 Department of Civil Engineering, College of Engineering Guindy,
(86) International Application Anna University, Chennai – 600025 Chennai ----------- -----------
:NA
No 2)Ganapathi Malarvizhi
:NA
(87) International Publication Address of Applicant : NA
: NA
(61) Patent of Addition to 1)Hemavathy M
:NA
Application Number Address of Applicant :Division of Transportation Engineering,
:NA
Filing Date Department of Civil Engineering, College of Engineering Guindy,
(62) Divisional to Application Anna University, Chennai – 600025 Chennai ----------- -----------
:NA
Number 2)Ganapathi Malarvizhi
:NA
Filing Date Address of Applicant :Division of Transportation Engineering,
Department of Civil Engineering, College of Engineering Guindy,
Anna University, Chennai - 600025 Chennai ----------- -----------
(57) Abstract :
The present invention generally relates to aprocess for preparing high-viscosity modified bitumen. The process comprises preheating
81-88wt% of base bitumen until reaching a molten state at 100°C and pouring the molten base bitumen into a Pilot Batch mixing
kettle with a capacity of 25 Kg; maintaining the temperature of the kettle at 135°C; adding 11-14wt% of crumb rubber (CR) to the
base bitumen and stirring the mixture uniformly for 30 minutes; elevating the temperature of the mixture to approximately 165°C;
adding 1-5wt% of Gilsonite (NA) to the mixture and increasing the stirring speed to about 240 rpm and continuing the stirring for a
duration of 30 minutes; and heating the modified bitumen blend to 165°C and adjusting the stirring speed to 250 rpm for an additional
duration of 30 minutes to obtain a homogenous mixture of high viscosity modified bitumen.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR ONE-TO-MANY AUTOMATED-FLEET CHARGING OF
ELECTRIC VEHICLES USING AN INVERTED PANTOGRAPH
:B60L5/24, B60L53/14, B60L53/20,
(51) International 1)Vijeta
B60L53/62, B60L53/66, B60L58/10,
classification Address of Applicant :1065, Blk 01, Osian Chlorophyll, Porur
H01M10/44, H02J7/00
Link Rd, Devi Parasakthi Nagar, Porur, Chennai, Tamil Nadu
(86) International
:NA 600116 Chennai ----------- -----------
Application No
Filing Date
(87) International
Publication No
1)Om Kumar
:NA Address of Applicant :1065, Blk 01, Osian Chlorophyll, Porur
:NA Link Rd, Devi Parasakthi Nagar, Porur, Chennai, Tamil Nadu
Filing Date
600116 Chennai ----------- -----------
(62) Divisional to
:NA 2)Aqueel Ahmad
Application Number
:NA Address of Applicant :Pura Rani, Mubarakpur, Azamgarh, Uttar
Filing Date
Pradesh, 276404 Azamgarh ----------- -----------
(57) Abstract :
The system comprises a charger unit (102) deployed to deliver high-current charging to recharge the vehicles; an inverted pantograph
(104) to establish electrical contact between the charger unit and the vehicle; an overhead rail system (106) driven by a motor to
transfer the pantograph from the vehicle to another vehicle in a fleet, thereby facilitating continuous charging of multiple vehicles; a
communication module (108) to facilitate data exchange between the charger unit and the vehicle controller to enable seamless
coordination and control of the charging process, thereby optimizing resource utilization; and a controller (110) integrated with a
Human-Machine Interface (HMI) system (112)adapted to manage the charging process based on feedback signals received from the
vehicle, wherein the controller regulates the charging parameters to ensure optimal charging for each vehicle, wherein the controller
utilizes intelligent control algorithms to maximize charging efficiency and maintain the integrity of the charging system.

(19) INDIA
(54) Title of the invention : ANALYSIS OF THE RESISTANCE OF WELDED PARTS BY THE ELECTRICAL RESISTANCE
PROCESS
1)Dr. P.C. Krishnamachary
Address of Applicant :Professor, Mechanical Engineering
Department, J. B. Institute of Engineering and Technology,
Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R. District,
Hyderabad, Telangana, India -500075 ----------- -----------
2)Dr. Chintakindi Sanjay
3)Dr. Anoop Kumar Shukla
4)Mr. J.Nagaraju
5)Mr. Shaik Ashraf
:B23K0011060000, B23K0011250000, 6)Mr. P.Seema Rani
(51) International
G01R0019000000, B23K0011000000, Name of Applicant : NA
classification
B23K0011087000 Address of Applicant : NA
:NA
Application No 1)Dr. P.C. Krishnamachary
:NA Address of Applicant :Professor, Mechanical Engineering Department, J. B. Institute of
Filing Date Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R. District,
(87) International Hyderabad, Telangana, India -500075 ----------- -----------
: NA 2)Dr. Chintakindi Sanjay
Publication No
Address of Applicant :Professor, Mechanical Engineering Department, J. B. Institute of
(61) Patent of Addition Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R. District,
:NA
to Application Number Hyderabad, Telangana, India -500075 ----------- -----------
:NA 3)Dr. Anoop Kumar Shukla
Filing Date Address of Applicant :Professor, Mechanical Engineering Department, J. B. Institute of
(62) Divisional to Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R. District,
:NA Hyderabad, Telangana, India -500075 ----------- -----------
Application Number
:NA 4)Mr. J.Nagaraju
Filing Date Address of Applicant :Assistant Professor, Mechanical Engineering Department, J. B. Institute
of Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R. District,
5)Mr. Shaik Ashraf
Address of Applicant :Assistant Professor, Mechanical Engineering Department, J. B. Institute
of Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M),
R.R.
District, Hyderabad, Telangana, India -500075 ----------- -----------
6)Mr. P.Seema Rani
Address of Applicant :Assistant Professor, Mechanical
Engineering Department, J. B. Institute of Engineering and
Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R.
(57) Abstract :
[028] The invention presents an Analysis of the resistance of welded parts by the electrical resistance process. The present invention
comprising of an electrical current source for precisely applying current through the welded parts, a voltage measurement unit for
accurately ascertaining the voltage drop across the welded parts and a computational unit for determining the resistance of the welded
components based on the applied current and the measured voltage drop. Further, a comparative module to contrast the derived
resistance with predetermined resistance values for the evaluation of the weld's quality and soundness. Also, an interactive interface
for entering relevant parameters related to the welded components, commencing the analysis, and displaying the results and the
voltage measurement apparatus may incorporate one or more sensors or probes in direct contact with the welded parts to gather
voltage data. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : REINFORCEMENT LEARNING FRAMEWORK FOR AUTONOMOUS VEHICLE NAVIGATION IN
COMPLEX URBAN ENVIRONMENTS
1)Dr. Sreenivasulu Gonuguntla
Address of Applicant :Associate Professor & HOD,
Department of Computer Science & Engineering, J.B.Institute of
Engineering & Technology, Yenkapally (V), Moinabad (M),
Ranga Reddy District, Hyderabad, 500075 ----------- -----------
2)Dr. Putti Srinivasarao
3)N.Thirumala Rao
4)Mrs. Savaram Gayathri Devi
5)Mr. Rajasekhar Gorthi
:G05D0001020000, G06N0003080000, Name of Applicant : NA
(51) International
G01C0021340000, G06N0003000000, Address of Applicant : NA
classification
G05D0001000000 (72)Name of Inventor :
(86) International 1)Dr. Sreenivasulu Gonuguntla
:NA Address of Applicant :Associate Professor & HOD, Department of Computer
Application No
:NA Science & Engineering, J.B.Institute of Engineering & Technology, Yenkapally
Filing Date
(V), Moinabad (M), Ranga Reddy District, Hyderabad, 500075 ----------- -----------
(87) International 2)Dr. Putti Srinivasarao
: NA
Publication No Address of Applicant :Professor in CSE & Controller of Examinations,
(61) Patent of Addition J.B.Institute of Engineering & Technology, Yenkapally (V), Moinabad (M), Ranga
:NA Reddy District, Hyderabad, 500075 ----------- -----------
:NA 3)N.Thirumala Rao
Filing Date Address of Applicant :Assistant Professor, Department of CSE, J.B.Institute of
(62) Divisional to Engineering & Technology, Yenkapally (V), Moinabad (M), Ranga Reddy District,
:NA Hyderabad, 500075 ----------- -----------
Application Number
:NA 4)Mrs. Savaram Gayathri Devi
Filing Date
Address of Applicant :Assistant Professor, Department of CSE, J.B.Institute of
Engineering & Technology, Yenkapally (V), Moinabad (M), Ranga Reddy District,
Hyderabad, 500075 ----------- -----------
5)Mr. Rajasekhar Gorthi
Address of Applicant :Assistant Professor, J.B.Institute of
Engineering & Technology, Yenkapally (V), Moinabad (M),
Ranga Reddy District, Hyderabad, 500075 ----------- -----------
Computer Science and Engineering, J.B.Institute of Engineering &
Technology, Yenkapally (V), Moinabad (M), Ranga Reddy
District, Hyderabad, 500075 ----------- -----------
(57) Abstract :
[028] The invention presents a Reinforcement Learning Framework for Autonomous Vehicle Navigation in Complex Urban
Environments. The present invention comprising of gathering environmental sensory data using onboard vehicle sensors, analysing
and transforming the collected sensory data into state representations suitable for the reinforcement learning framework and utilizing a
reward-based learning mechanism integrated into the framework for decision-making regarding navigation. Further, implementing
navigation actions, which encompass controlling vehicle speed, steering, and planning optimal routes based on the decisions.
Iteratively enhancing the framework's policy and value functions to continually enhance the vehicle's navigation performance as time
progresses. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : MACHINE FOR CUTTING SINGLE-BUD SETTS OF SUGAR-CANE
:A01C0014000000, A01G0022550000, (71)Name of Applicant :

(51) International
A01D0045100000, C10M0157000000, 1)Tamil Nadu Agricultural University (TNAU)
classification
C10N0020040000 Address of Applicant :Lawley Road Coimbatore-641003
(86) International Tamil Nadu Coimbatore ----------- -----------
:NA
:NA
: NA
Publication No 1)Dr.P.Kamaraj
(61) Patent of Addition Address of Applicant :Associate Professor (Farm Machinery),
:NA
to Application Number Department of Farm Machinery and Power Engineering,
:NA
Filing Date Agricultural Engineering College and Research Institute, (Tamil
(62) Divisional to Nadu Agricultural University) Kumulur- 621712, Trichy district,
:NA
Application Number Tamil Nadu Kumulur ----------- -----------
:NA
Filing Date
(57) Abstract :
MACHINE FOR CUTTING SINGLE-BUD SETTS OF SUGARCANE The invention discloses an engine-operated machine (100)
designed for efficiently cutting single-bud setts of sugarcane, particularly tailored for use in the sustainable sugarcane initiative (SSI)
method. The machine features a robust main frame (112), a powerful 3 kW diesel engine (114), and a meticulously engineered power
transmission unit that ensures precise power transfer to serrated discs (106). These discs (106), equipped with adjustable spacers,
facilitate the cutting of setts to varying lengths. Operator safety is enhanced through the inclusion of safety covers (104) and an acrylic
sheet for improved visibility. A sugarcane stacker (102) simplifies feeding, while a slanted delivery chamber (110) lined with
thermocol minimizes sett damage during transfer. The invention incorporates sett sensors (116), and an electronic frequency counter
(108) for monitoring and controlling the cutting process, along with vibration mounts and transport wheels for mobility. This
innovative machine streamlines sett cutting for sugarcane planting, offering efficiency and precision in agricultural practices under the
SSI method. FIG. 1

(19) INDIA
(54) Title of the invention : A SYSTEM FOR PROVIDING A PLATFORM FOR SERVICES AND BUSINESSES AND A
METHOD THEREOF

(51) International
G06Q0040020000, G06Q0010060000, 1)KESAVANANDHAN
classification
H04L0051224000 Address of Applicant :S/O: VIPRADOSS, 12-4-26,
(86) International GOVINDASAMY STREET, METTUPATTI,
:NA
Application No CHINNALAPATTI, ATHOOR TK, DINDIGUL, TAMIL NADU
:NA
Filing Date – 624301, INDIA Dindigul ----------- -----------
: NA
:NA
to Application Number 1)KESAVANANDHAN
:NA
Filing Date Address of Applicant :S/O: VIPRADOSS, 12-4-26,
(62) Divisional to GOVINDASAMY STREET, METTUPATTI,
:NA
Application Number CHINNALAPATTI, ATHOOR TK, DINDIGUL, TAMIL NADU
:NA
Filing Date – 624301, INDIA Dindigul ----------- -----------
(57) Abstract :
A system (100) for providing a platform for services and businesses is disclosed. The system includes a processing subsystem
including a user administration module (108) selects options to register a plurality of subscribed users (110), fetch a plurality of bids,
validate and verify criteria of the plurality of bids, a subscription module (112) allows a user administrator to manage a plurality of
actions, a price administration module (114) enables the user administrator to set a predefined price threshold value, a review module
(116) reviews and verify authenticity and compliance of a plurality of documents, a price management module (118) customizes a
price of a plurality of structures, a report generation module (122) generates and categorizes a plurality of comprehensive reports, a
user interface module (124) saves frequently visited locations and provides an emergency help, a transport provider interface module
(126) provides instant notifications to the plurality of transport providers (128). FIG. 1

(19) INDIA
(54) Title of the invention : RECURRENT TRANSITION NETWORK ARCHITECTURE FOR SHORT-TERM REALISTIC 3D
HUMAN MOTIONS

(51) International
A61B0005110000, G06T0013400000, 1)NMAM Institute of Technology (NITTE Deemed to be
classification
G06F0003010000 University)
:NA
:NA
: NA
(61) Patent of Addition 1)Dr. Pallavi Shetty
:NA
to Application Number Address of Applicant :Associate Professor, Department of Master
:NA
Filing Date of Computer Applications, NMAM Institute of Technology
(62) Divisional to (NITTE Deemed to be University), Nitte, Karkala, Udupi District,
:NA
Application Number Karnataka, Pincode 574110, India ----------- -----------
:NA
Filing Date
(57) Abstract :
A Recurrent Transition Network (RTN) for generating short-term, realistic three-dimensional human motions. The network leverages
a hierarchical model of human biomechanics combined with recurrent neural network structures to predict and generate seamless
transitions between human motion states. The RTN is designed to process high-dimensional, interconnected data characteristic of
human movement, capturing the spatial-temporal dynamics to ensure kinematically feasible motions that adhere to physical and
biomechanical constraints. The network's architecture allows for scalability and adaptability, refining its predictive capabilities over
time with additional data. The RTN's applications span various industries, including video game development, animated filmmaking,
virtual and augmented reality, sports analytics, healthcare, and robotics, providing real-time, lifelike motion synthesis and analysis.

(19) INDIA
(54) Title of the invention : A METHOD OF SYNTHESIS AND APPLICATION OF COPPER OXIDE NANOPARTICLES AS
ANTIMICROBIAL AGENT
:A61P0031040000, A61K0036850000, (71)Name of Applicant :

(51) International
A61P0031100000, B82Y0040000000, 1)Dr. Perugu Shyam
classification
A01N0059160000 Address of Applicant :Department of Biotechnology, National
(86) International institute of Technology, Warangal-506004, Telangana, INDIA.
:NA
Application No Warangal ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Dr. Perugu Shyam
:NA
to Application Number Address of Applicant :Department of Biotechnology, National
:NA
Filing Date institute of Technology, Warangal-506004, Telangana, INDIA.
(62) Divisional to Warangal ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present invention discloses composition of antimicrobial agent copper oxide nanoparticles (CuO NPs) extracted from vitex
negundo plant. The said method involves precise synthesis process and applications of CuO NPs. Through controlled chemical
reactions and purification processes, the synthesize CuO NPs with tailored size and morphology, maximizing their antimicrobial
efficacy. In vitro studies demonstrate the potent antimicrobial properties of CuO NPs against bacteria, viruses, and fungi. Their
applications span various fields, including medical devices, coatings, and pharmaceuticals, offering promising solutions to combat
microbial infections and contribute to the global AMR mitigation effort.

(19) INDIA
(54) Title of the invention : SOLAR OPERABLE PORTABLE EARTHQUAKE DETECTOR
EDUCATION ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR(VIA),
VIRUDUNAGAR(DT), TAMILNADU, INDIA-626126 ----------- -----------
1)Dr. S. BATHRINATH
Address of Applicant :Department of Mechanical Engineering KALASALINGAM
ACADEMY OF RESEARCH AND EDUCATION ANAND NAGAR, KRISHNANKOIL,
SRIVILLIPUTTUR(VIA), VIRUDUNAGAR(DT), TAMILNADU, INDIA-626126 ----------- -
----------
2)VARSHA. P
:G01V0001000000, F21S0009030000, E04H0009020000, Address of Applicant :KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION
G01V0001180000, H02J0003380000 ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR(VIA), VIRUDUNAGAR(DT),
(86) International Application TAMILNADU, INDIA-626126 ----------- -----------
:NA
No 3) RIFA M.R
:NA
Filing Date Address of Applicant :KALASALINGAM ACADEMY OF RESEARCH AND EDUCATION
(87) International Publication ANAND NAGAR, KRISHNANKOIL, SRIVILLIPUTTUR(VIA), VIRUDUNAGAR(DT),
: NA
No TAMILNADU, INDIA-626126 ----------- -----------
(61) Patent of Addition to 4)HARIHARASUDAN .V
:NA
Application Number Address of Applicant :Department of Computer Science and Engineering KALASALINGAM
:NA
Filing Date ACADEMY OF RESEARCH AND EDUCATION ANAND NAGAR, KRISHNANKOIL,
(62) Divisional to Application SRIVILLIPUTTUR(VIA), VIRUDUNAGAR(DT), TAMILNADU, INDIA-626126 ----------- -
:NA
Number ----------
:NA
Filing Date 5)GOBIKA K
Address of Applicant :Department of Computer Science and Engineering ,KALASALINGAM
----------
6)ASSA.K.M
Address of Applicant :Department of Computer Science and Engineering KALASALINGAM
----------
7)SNEHA.R
Address of Applicant :Department of Computer Science and Engineering KALASALINGAM
----------
(57) Abstract :
The title �Solar Operable Portable Earth Quake Detectof� discloses the design of early detection of seismic activity, prompt alerts, and improved public safety during earthquakes �re all
possible with a portable, solar-powered, effective solution. An Lshaped wooden platform [02] that acts as the foundatiori of the entire device. An integrated 12-yolt battery is charged by a top-
mounted solar panel [05], which converts solar energy into a renewable power source. System activation is managed via an ON/OFF [O1] switch placed on the wooden stand [02]. A seismic
sensor [04] that is firmly placed and equipped with a metal screw [08] for grohnd vibration measurement and frequency analysis keeps track of seismic activity. A DC Buzzer [03] notifies
users loudly when seismic activity exceeds predetermined criteria that is found attached with the sensor [04]. Near the solar panel [05]. the system has a GPS transmitter and receiver [06] to
communicate exact geographic and seismic data gathered by a GPS system. A User Interface Monitor [07] that is positioned underneath the solar panel [05] allows for user interaction and real-
time monitoring. Therefore, this invention provides a thorough, sustainable, and accessible solution for seismic detection and early� warning, greatly enhancing disaster preparedness and
response. Additionally, this device is lightweight, making it portable from one location to anotherlity a

(19) INDIA
(54) Title of the invention : MEDICINE EXPIRY DATE ALERT SYSTEM
1)Dr. K. Jayanthi Vagini
Address of Applicant :D/O S M Kumar,Assistant Professor, Department of Computer
Science With Data Analytics, KPR College of Arts Science and Research, Bharathiar
University, Coimbatore-641046, Tamil Nadu, India. Coimbatore ----------- -----------
2)Mr. B. Ramesh Kumar
3)Mr. M. Aarish
:G16H0020100000, G16H0040670000, G16H0070400000,
G16H0020170000, G16H0010600000
1)Ms. M. S. Shanmathi
:NA Address of Applicant :D/O N Maniyarasu, Student, Department of Computer Science With
No
:NA Data Analytics, KPR College of Arts Science and Research, Bharathiar University,
Filing Date
Coimbatore-641046, Tamil Nadu, India. Coimbatore ----------- -----------
: NA 2)Ms. M. Abinaya
No
Address of Applicant :D/O P Murugesan, Student, Department of Computer Science With Data
:NA Analytics, KPR College of Arts Science and Research, Bharathiar University, Coimbatore-
Application Number
:NA 641046, Tamil Nadu, India. Coimbatore ----------- -----------
Filing Date
3)Mr.A. Kameshwaran
:NA Address of Applicant :S/O M Aruchsamy, Student, Department of Computer Science With
Number
Filing Date
4)Mr. P. Maheshwaran
Address of Applicant :S/O P Palanisamy, Student, Department of Computer Science With Data
Analytics, KPR College of Arts Science and Research, Bharathiar University, Coimbatore-
641046, Tamil Nadu, India. Coimbatore ----------- -----------
5)Mr. C. P. Kiruthic Prasath
Address of Applicant :S/O. E PALANISAMY, Student, Department of Computer Science
With Data Analytics, KPR College of Arts Science And Research, Bharathiar University,
(57) Abstract :
MEDICINE EXPIRY DATE ALERT SYSTEM ABSTRACT The Medicine Expiry Date Alert System is a vital solution addressing the issue of expired medications, ensuring the safety and
health of individuals. In a world where pharmaceuticals are integral to healthcare, the inadvertent use of expired medications poses significant risks, potentially leading to ineffective treatments
and adverse health effects. This system provides an organized and automated approach to medication management.Its core function is to monitor and track the expiration dates of various
medications, sending timely alerts to users as their medications approach or reach their expiry. Users input medication details, and the system offers customization for alert preferences. It
encourages user engagement by prompting users to confirm the replacement of expired medications, enhancing user responsibility. Data security measures are in place to protect sensitive
medication information. The system is scalable, catering to individual users and healthcare institutions.The Medicine Expiry Date Alert System goes beyond being a tool for enhancing
medication safety; it empowers individuals to take an active role in safeguarding their health. By proactively preventing the use of expired medications, it has the potential to save lives,
improve treatment outcomes, and reduce healthcare costs associated with medication wastage.This system aligns with patient-centered care principles and leverages technology to advance
medication management. It bridges the gap between the expanding world of pharmaceuticals and the need for secure and effective medication oversight, significantly impacting healthcare
safety and efficiency for both individuals and healthcare institutions.

(19) INDIA
(54) Title of the invention : THE IMPACT OF SOCIAL CAPITAL ON START-UP PERFORMANCE WITHIN
ENTREPRENEURIAL NETWORKS
1)Dr. Sammaiah Buhukya
Address of Applicant :Associate Professor Omega PG College, SY-7, Edulabad, Ghatkeshar, Medchal
Malkagiri, Pin: 501301 Telangana, India. ----------- -----------
2)Dr. Kavitha KR
3)Ms. Radha .T
5)Dr. Pallavi Prasad Jamsandekar
6)Mrs. Gayathri B
7)Dr. Arul Selvan Asirvatham
8)Dr.Rupa Zabulal Gupta
9)Mr. Amol supdu Adik
10)Dr. Narendra Ryali
1)Dr. Sammaiah Buhukya
Address of Applicant :Associate Professor Omega PG College, SY-7, Edulabad, Ghatkeshar, Medchal
Malkagiri, Pin: 501301 Telangana, India. ----------- -----------
:G06Q0030020000, G06Q0050200000, G06Q0050260000, 2)Dr. Kavitha KR
G06F0016953500, C12N0015100000 Address of Applicant :Hod/ Associate Professor Sri Krishna Adithya College of Arts and Science, Coimbatore
(86) International Application No :NA Pin: 641 042 Tamil Nadu, India. ----------- -----------
Filing Date :NA 3)Ms. Radha .T
(87) International Publication No : NA Address of Applicant :Assistant Professor St. Claret College, Jalahalli, Bangalore, Pin: 560013, Karnataka,
(61) Patent of Addition to India. ----------- -----------
:NA
Application Number 4)Dr. R S Ch Murthy Chodisetty
:NA
Filing Date Address of Applicant :Associate Professor, Department of Management Studies, Vardhaman College of
(62) Divisional to Application Engineering, Hyderabad, Pin: 501218, Telangana, India ----------- -----------
:NA
Number 5)Dr. Pallavi Prasad Jamsandekar
:NA
Filing Date Address of Applicant :Professor, Bharati Vidyapeeth (Deemed To Be University), Institute of Management
And Rural Development Administration, Rajwada Chowk, Sangli, Pin: 416416, Maharashtra, India. ----------- -
----------
6)Mrs. Gayathri B
Address of Applicant :Assistant Professor, M.A.M B- School, Siruganur, Trichy, Pin: 621105 Tamilnadu,
India. ----------- -----------
7)Dr. Arul Selvan Asirvatham
Address of Applicant :Assistant Professor. Muthayammal Engineering College, Kakaveri, Rasipuram,
Namakkal District. Pin: 637408. Tamilnadu, India. ----------- -----------
8)Dr.Rupa Zabulal Gupta
Address of Applicant :Assistant Professor Smt.Radhadevi Goenka College for Women Akola. Murtizapur
Road,opp. Nehru Park,Shastri Nagar, Akola, Pin:444001, Maharashtra, India. ----------- -----------
9)Mr. Amol supdu Adik
Address of Applicant :Assistant Professor ICEEM, Waluj, Aurangabad, Pin: 431136 Maharashtra, India. -------
---- -----------
10)Dr. Narendra Ryali
Address of Applicant :Assistant Professor, Koneru Lakshmaiah Education Foundation, Green Fields,
Vaddeswaram, Tadepalle Mandal, Guntur, Pin: 522302, Andhra Pradesh, India. ----------- -----------
Address of Applicant :Director and Professor, Manipur International University, Ghari, Imphal, Imphal West,
Pin: 795140, Manipur, India. ----------- -----------
(57) Abstract :
THE IMPACT OF SOCIAL CAPITAL ON START-UP PERFORMANCE WITHIN ENTREPRENEURIAL NETWORKS ABSTRACT: In the big data environment, we develop personalized information of college libraries
based on big data from three aspects: the overall architecture of the system model, the functional model of the system, and the design of system interface modules according to the design principles and requirements of the
personalized information service system of the university library Service system design. In terms of the functional design of the platform, the service platform is divided into four levels: accurate identification of user needs
based on big data, personalized customized services based on artificial intelligence, academic research and discussion space based on integrated media, and fine-grained subject resource aggregation based on knowledge. On
this basis, a centralized model of individualized services of university libraries including internal and external personnel, information resources, technology, services, processes, platforms, and environment has been
constructed Arti?cial intelligence (AI) is one of the emerging trends and applications of computing in libraries. It involves programming computers to do things, which if done by humans, would be said to require intelligence.
The ultimate promise of arti?cial intelligence in libraries is to develop computer systems or machines that think, behave, and in fact rival human intelligence, and this clearly has major implications on librarianship. The
application of arti?cial intelligence in the library has become pervasive. They include expert systems for reference services, book reading and shelf-reading robots, virtual reality for immersive learning among others.
Although the incorporation of arti?cial intelligence in libraries can be perceived to alienate librarians from their users, it will probably help libraries do more rather than taking over the jobs of librarians. It will enhance their
services delivery. Arti?cial intelligence will greatly improve library operations and services and will upgrade and heighten the relevance of libraries in an ever-changing digital society Derived from psychological studies,
social capital holds significant significance in establishing network linkages inside organisations. It exerts an impact on the direction and inclination of network connections in start-up companies and has progressively
emerged as a significant feature in the scholarly examination of entrepreneurship. Nevertheless, the correlation between this factor and the efficacy of innovation remains ambiguous. This study categorises social capital into
two types: bonding social capital and bridging social capital. The study collects particular data from agricultural entrepreneurs using questionnaire surveys. The findings indicate that both bonding and bridging social capital
exert a notable and favourable impact on the performance of agricultural entrepreneurship. The ability of agricultural entrepreneurs to engage in entrepreneurial activities determines the connection between social capital and
innovative performance. Operational competency positively influences the relationship between integrated social capital and creative performance, whereas opportunity recognition has a negative impact. Conversely, in the
correlation between bridging social capital and creative performance, opportunity recognition has a beneficial impact while operational competency has an adverse one.

(19) INDIA
(54) Title of the invention : ARTIFICIAL INTELLIGENCE BASED TRAFFIC MONITORING AND CAR CRASH DETECTION
USING AND MULTIMODAL DATA FROM DASHBOARD CAMERAS AND DEEP LEARNING ALGORITHMS
1)Mahesh Kumar Mishra
Address of Applicant :Sr. SAP consultant , Company - Delta System and Software Inc, 2320 Grover
Cleveland Dr McKinney Texas - 75072 ----------- -----------
2)Dr. Palli Murali Mohan Kumar
3)Dr.J.Jean Justus
4)Dr. Jnaneshwar Pai Maroor
5)Riddhi Mehta
6)Shruthi K
7)U prem sagar
8)S.Rajeswari
9)Mallavolu Mallesawararao
10)Dr. Rajinder Kumar
1)Mahesh Kumar Mishra
Address of Applicant :Sr. SAP consultant , Company - Delta System and Software Inc, 2320 Grover Cleveland
Dr McKinney Texas - 75072 ----------- -----------
:G06N0003040000, G06N0003080000, G08B0025010000,
(51) International classification 2)Dr. Palli Murali Mohan Kumar
G06K0009620000, E01F0015040000
Address of Applicant :Senior Assistant Professor, Department of Mathematics (Bs&H), GMR Institute of
Technology, Rajam, Vizianagaram, Andhra Pradesh - 532 127 India ----------- -----------
Filing Date :NA
3)Dr.J.Jean Justus
Address of Applicant :Professor, Department of Computer Science And Engineering, St.Joseph's College of
:NA Engineering, Old Mahabalipuram Road Chennai -600119 TamilNadu India ----------- -----------
Application Number
:NA 4)Dr. Jnaneshwar Pai Maroor
Filing Date
Address of Applicant :Assistant Professor Department of Humanities NMAM Institute of Technology, NET
:NA Campus, Nitte - 574110. Karkala Taluk Udupi Karnataka India ----------- -----------
Number
:NA 5)Riddhi Mehta
Filing Date
Address of Applicant :Single Researcher, 6/A, Aradhana Society, Opp. Dudh Sagar dairy, Near Radhanpur
Cross Roads, Mehsana-384002 Gujarat India ----------- -----------
6)Shruthi K
Address of Applicant :Assistant Professor, Department of Computer Science and Engineering, The Oxford
College of Engineering, 10th Milestone, Hosur Rd, Bommanahalli, Bengaluru, Karnataka 560068. India --------
--- -----------
7)U prem sagar
Address of Applicant :Assistant professor, Department of computer science and engineering, Annamacharya
institute of technology &science, Tirupathi, Andrapradesh, India. ----------- -----------
8)S.Rajeswari
Address of Applicant :Assistant professor, Department of computer science and engineering, Annamacharya
institute of technology &science Tirupathi Andrapradesh India ----------- -----------
9)Mallavolu Mallesawararao
Address of Applicant :Assistant Professor, Department of EEE, Vignan's Lara Institute of Technology and
Science, Vadlamudi Guntur Andhra Pradesh India ----------- -----------
10)Dr. Rajinder Kumar
Address of Applicant :Associate Professor cum Registrar, Department of Computer Science, Fateh College,
Affiliated to Punjabi University, Patiala. Maur Road, Rampura Phul, Bathinda. Punjab India ----------- ----------
-
(57) Abstract :
Artificial Intelligence based Traffic Monitoring and Car crash detection using and multimodal data from dashboard cameras and deep learning algorithms Abstract: More than 80% of accidents occur due to a failure to
promptly recognise the incident and give timely emergency assistance to the injured party. The objective is to employ machine learning techniques to determine the most effective method for detecting automotive accidents
based on real-time transmission of dash cam data within the vehicle. The frequency of road accidents is escalating daily as the quantity of automobiles surges. Based on the survey conducted by the World Health Organisation
(WHO), the annual global death toll is at 1.4 million, with an additional 50 million individuals sustaining injuries. The primary factor leading to fatalities is the absence of medical assistance at the scene of the accident or the
prolonged duration it takes for the rescue operation to commence. As motor vehicle accidents are on the rise, there is an increasing demand for advanced car crash detection systems. The researchers suggest a car collision
detection system that utilises video and audio data from dashboard cameras to enhance the accuracy of car crash detection. The current car crash detection systems typically rely on a single type of data, such as video or audio.
In contrast, the suggested car crash detection system utilises a combined deep learning model that incorporates both video and audio data. This is because different types of data obtained from a single source, such as
dashboard cameras, can be considered as different perspectives of the same information. These divergent perspectives enhance each other and enhance the accuracy of detection, as one perspective may possess information
that the other lacks. The car crash detection system in this study utilises deep learning techniques, specifically the gated recurrent unit (GRU) and convolutional neural network (CNN). An ensemble approach called weighted
average ensemble is utilised. The car crash detection system under consideration utilises a combination of video and audio data from dashboard cameras, employing several classifiers. To demonstrate its effectiveness, the
system is compared with single classifiers that solely rely on either video or audio data. Automobile collision YouTube videos are employed to substantiate this research. The experimental findings demonstrate that the
suggested automobile crash detection system has superior performance compared to individual classifiers. The suggested automobile collision detection system is anticipated to be utilised inside an emergency road call
service. This system will automatically identify traffic accidents and promptly transmit the information to emergency recovery organisations, enabling urgent rescue operations.

(19) INDIA
(54) Title of the invention : INTEGRATED WATER QUALITY ENHANCEMENT TECHNIQUE FOR SUSTAINABLE AQUATIC
ANIMAL HEALTH
1)Dr. MARIYA DASU PERLI
Zoology, Yogi Vemana University, Kadapa -516005 Andhra
Pradesh India. Email Id: Kadapa ----------- -----------
3)Dr. NIRMALA KALLAGADDA
4)Dr. NABIYA SULTANA MAYANA
:C02F0001000000, C02F0009000000,
C02F0001320000, C02F0001680000,
G01N0033180000
1)Dr. MARIYA DASU PERLI
(86) International
:NA Address of Applicant :Academic Consultant Department of
Application No
:NA Zoology, Yogi Vemana University, Kadapa -516005 Andhra
Filing Date
Pradesh India. Email Id: Kadapa ----------- -----------
(87) International
: NA 2)DR. VIVEK CHINTADA
Publication No
:NA Zoology Sri Venkateswara University Tirupati-517502 Andhra
:NA Pradesh, India Email id: Tirupati ----------- -----------
Filing Date
3)Dr. NIRMALA KALLAGADDA
(62) Divisional to
:NA Address of Applicant :Teaching Assistant (C) Department of
Application Number
:NA Zoology, Dr. Abdul Haq Urdu University Kurnool-518002.
Filing Date
Andhra Pradesh. India. Email Id: Kurnool ----------- -----------
4)Dr. NABIYA SULTANA MAYANA
Address of Applicant :Teaching Assistant (C) Department of
Chemistry, Dr. Abdul Haq Urdu University Kurnool-518002.
Andhra Pradesh. India. Email Id: Kurnool ----------- -----------
Address of Applicant :Assistant professor Department of Zoology
Gnana Jyothi Degree college Narasannapeta Srikakulam Dist
Andhra Pradesh- India, 532 421 Email Id: Srikakulam ----------- --
---------
(57) Abstract :
INTEGRATED WATER QUALITY ENHANCEMENT TECHNIQUES FOR SUSTAINABLE AQUATIC ANIMAL HEALTH
ABSTRACT The present invention discloses an integrated system and method for enhancing water quality in aquatic environments to
ensure sustainable health for aquatic animals. The system incorporates a network of water quality monitoring sensors that
continuously measure essential parameters such as pH, temperature, dissolved oxygen, ammonia, and nitrate levels. An automated
control system processes real-time data from these sensors and dynamically adjusts a variety of water treatment modules, including
aeration devices, filtration systems, and chemical dosing units. This responsive approach optimizes water quality by proactively
addressing deviations from predetermined standards. The system's adaptability and real-time monitoring contribute to the promotion
of sustainable aquatic animal health. Additionally, the invention includes features for alerting users to deviations, ensuring timely
interventions and overall environmental sustainability.

(19) INDIA
(54) Title of the invention : INTELIGENT FABRIC DAMAGE SYSTEM FOR AUTOLOOMS USING COMPUTER VISION AND
MACHINE LEARNING ALGORITHM.
1)K Senthil Kumar
Address of Applicant :21 M S Thottanan Kadu first Street,
Karungalpatty ----------- -----------
1)Dr.B.Lalitha
:A41D0031000000, C11D0001660000, Address of Applicant :Department of Computer Science and
(51) International
D03J0001000000, C11D0003220000, Engineering, Sethu Institute of Technology Kariyapatti - 626 115
classification
C25B0003250000 Virudunagar Dt Kariyapatti ----------- -----------
(86) International 2)Mrs.S.Selvi
:NA
:NA
Filing Date Engineering, Sethu Institute of Technology Kariyapatti - 626 115
(87) International Virudunagar Dt Kariyapatti ----------- -----------
: NA
Publication No 3)Santhosh Raja M G
(61) Patent of Addition Address of Applicant :Sethu Institute of Technology Address :
:NA
to Application Number Kariyapatti - 626 115 Virudunagar Dt Kariyapatti ----------- --------
:NA
Filing Date ---
(62) Divisional to 4)Alagar A
:NA
Application Number Address of Applicant :Sethu Institute of Technology Address :-
:NA
Filing Date Kariyapatti - 626 115. Virudunagar Dt Kariyapatti ----------- -------
----
5)Dr.S.Senthil kumar
Address of Applicant :Sethu Institute of Technology Kariapatti-
626 115 Virudunagar Dt Kariyapatti ----------- -----------
6)S.Vignesh
Address of Applicant :K S Rangasamy College of Technology K S
R Kalvi Nagar, Tiruchengode - 637 215 Kariyapatti ----------- -----
------
(57) Abstract :
The use of a machine learning algorithm (100) based on a microcontroller in a Inteligent fabric damage system for autolooms using
computer vision and machine learning algorithm. is revealed. The system (100) registers an administrator and a user using an LCD
Display module (109) and a register module (201). A set of activities that can be performed on files shared in a database (101)
utilizing a storage medium (112) are accessible to both the registered admin and the registered user. In addition, the system (100) uses
a WIFI Send module (205) to gather input and enable the registered administrator to view the comments.

(19) INDIA
(54) Title of the invention : HYBRID ELECTRIC VEHICLE WITH SELF-ADJUSTING CABLE GUIDE SYSTEM AND METHOD
EMPLOYED THEREOF
:B60W0010080000, B60W0020000000, (71)Name of Applicant :

(51) International
B65H0075420000, B60W0010260000, 1)NALAMALA VENKATA NARSIMHA REDDY
classification
B60L0053180000 Address of Applicant :H No.17-1-391/S/224, Singareni
(86) International Colony, Saidabad P.O, Hyderabad -500059, Telangana, India.
:NA
Application No Hyderabad ----------- -----------
:NA
: NA
(61) Patent of 1)NALAMALA VENKATA NARSIMHA REDDY
Addition to :NA Address of Applicant :H No.17-1-391/S/224, Singareni Colony,
Application Number :NA Saidabad P.O, Hyderabad -500059, Telangana, India. Hyderabad -
Filing Date ---------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Exemplary embodiments of the present disclosure are directed towards hybrid electric vehicle with self-adjusting cable guide system
comprising a cable reeler horizontally placed on the hybrid electric vehicle chassis. Cable reeler configured to establish connection
between flexible trailing cable originating from grid power source to vehcle power control panel through changeover switch.
Changeover switch configured to facilitate use of grid power for normal work and battery power for on road travel. The power control
panel configured to supply electric power to electric motor of the hybrid electric vehicle.The cable reeler includes a self-adjusting
cable guide and a hydraulic motor. The hydraulic motor is configured to wind the trailing cable when the hybrid electric vehicle
moves toward the grid power source. Hydraulic motor configured to unwind trailing cable when hybrid electric vehicle moves away
from grid power source. Fig. 1

(19) INDIA
(54) Title of the invention : SMART VEHICLE DETECTION AND LANE DETECTION IN HILL AREAS
1)Dr. K. Jayanthi Vagini
Address of Applicant :D/O S M Kumar, Assistant Professor, Department of Computer
Science with Data Analytics, KPR College of Arts Science and Research, Bharathiar
University, Coimbatore-641046, Tamil Nadu, India. Coimbatore ----------- -----------
2)Dr. G. Satyavathy
3)Dr. P. Brindha
:G05D0001020000, G06N0020000000, G06N0003040000,
G06K0009620000, G06N0003080000
1)M. N. Sanjeev
:NA Address of Applicant :S/O R Natarajan, Student, Department of Computer Science With Data
No
:NA Analytics, KPR College of Arts Science And Research, Bharathiar University, Coimbatore-
Filing Date
: NA 2)Ms. V. Nivetha
No
Address of Applicant :D/O S A Velmurugan, Student, Department of Computer Science With
Application Number
:NA Coimbatore-641046, Tamil Nadu, India. Coimbatore ----------- -----------
Filing Date
3)Ms. S Harini
:NA Address of Applicant :D/O A Shanmugam, Student, Department of Computer Science With
Number
Filing Date
4)Ms. S. Gopieka
Address of Applicant :D/O. R Suseendran, Student, Department of Computer Science With
Data Analytics, KPR College of Arts Science and Research, Bharathiar University, Coimbatore
5)Ms. S. Dhanushree
Address of Applicant :D/O. K Sasi Kumar, Student, Department of Computer Science With
Data Analytics, KPR College of Arts Science And Research, Bharathiar University,
Coimbatore 641046, Tamil Nadu, India. Coimbatore ----------- -----------
(57) Abstract :
SMART VEHICLE DETECTION AND LANE DETECTION IN HILL AREAS ABSTRACT The invention endeavour titled "Obstacle Detection through Vehicle in Foggy Areas" addresses a
critical challenge in the field of transportation technology: the precise identification of obstacles in environments characterized by the presence of fog. The significance of this breakthrough lies
in its potential to markedly enhance the accuracy of obstacle detection for vehicles navigating through conditions of low visibility, particularly in situations where fog poses a substantial
hindrance. At its core, the invention employs an innovative approach that seamlessly blends real-time hardware processing with state-of-the-art image analysis algorithms. This synergistic
fusion is orchestrated to overcome the limitations posed by foggy circumstances and, in turn, elevate the safety and efficiency of vehicular travel. The systematic integration of an Arduino
board, empowered by C++ programming for instantaneous data processing, coupled with Python-based image pre-processing techniques, forms the technological backbone of the solution. The
holistic methodology of the project unfolds in multiple stages. First and foremost, the system addresses the inherent challenge of reduced visibility by enhancing image clarity. Foggy scenes
captured by vehicle-mounted cameras undergo a transformative journey through Python-based pre-processing. Techniques such as fog removal, contrast enhancement, and noise reduction are
strategically applied, effectively piercing through the visual impediments posed by fog. Following this, the system delves into the realm of feature extraction—an essential step for precise
obstacle identification. Employing Python libraries such as Open CV or sci kit-image, the system discerns relevant features within the pre-processed images. Edges, corners, and other
distinctive characteristics are meticulously extracted, forming the basis for subsequent obstacle identification processes. The innovation extends further into the domain of machine learning.
Python's robust machine learning capabilities are harnessed to implement advanced obstacle detection. Convolutional Neural Networks (CNNs) or other suitable architectures are trained on
meticulously labeled datasets. This training equips the system with the ability to recognize intricate patterns within the images, moving beyond simple detection to a nuanced understanding of
obstacles in the environment. The coalescence of these technologies—real-time hardware processing, sophisticated image analysis, and machine learning—results in a comprehensive and
dynamic obstacle detection system. This amalgamation positions the project at the forefront of advancements in transportation technology, particularly in the domain of vehicle safety under
challenging weather conditions. The implications of the invention's findings are profound. The potential to significantly enhance vehicle safety, especially in adverse weather, marks a paradigm
shift in how we approach transportation challenges. The integration of these technologies not only addresses the immediate concern of obstacle detection but also contributes to the broader
discourse on the future of autonomous vehicles, industrial machinery, and transit systems. Moreover, the invention's applications extend beyond the immediate scope, offering a transformative
impact on the performance of autonomous vehicles in adverse weather conditions. The system's adaptability and precision make it an invaluable asset for enhancing the safety and reliability of
autonomous transportation systems, thereby contributing to the ongoing evolution of smart and connected mobility solutions. In conclusion, the invention not only provides a technological
solution to a pressing problem but also makes a substantive contribution to the advancement of transportation technology as a whole. The amalgamation of real-time processing, image analysis,
and machine learning not only enhances obstacle detection but reshapes the landscape of vehicular safety, paving the way for more resilient and adaptive transportation systems.

(19) INDIA
(54) Title of the invention : METHOD AND SYSTEM FOR AUTOMATICALLY GENERATING TEMPLATE-BASED PATIENT
NOTES
:G16H0010600000, G10L0015260000, 1)Cloudphysician Healthcare Pvt Ltd
(51) International
G06N0020000000, A61B0005000000, Address of Applicant :7, Bellary Road, Ganganagar,
classification
G16H0015000000 Bangalore- 560032, INDIA Bangalore ----------- -----------
:NA
:NA
(87) International 1)Dr. Dileep C Unnikrishnan
: NA
Publication No Address of Applicant :Cholamana, T.K.V Nagar Kalmandapam,
(61) Patent of Addition Palakkad Kerala India 678001 Palakkad ----------- -----------
:NA
to Application Number 2)Dr. Dileep Raman
:NA
Filing Date Address of Applicant :Apt 1041, Shobha Petunia Bengaluru
(62) Divisional to Karnataka India 560045 Bangalore ----------- -----------
:NA
Application Number 3)Dhruv Sud
:NA
Filing Date Address of Applicant :E-1504, Mantri Lithos, Manyata Tech Park
Bengaluru Karnataka India 560045 Bangalore ----------- -----------
(57) Abstract :
ABSTRACT This disclosure relates to method (300) and system (200) for automatically generating template-based patient notes. The
method (300) includes receiving (304) patient data from Electronic Medical Records (EMR) (214) of the patient and an audio input
(216) corresponding to a patient from a healthcare provider. The method (300) further includes generating (3060 primary insights text
data from the audio input (216) through a speech-to-text conversion model to obtain a plurality of unique natural language sentences.
The method (300) further includes assigning (308) primary category and at least one secondary category (416a, 416b, 416c, 416d,
416e) associated with the primary category (414a, 414b, 414c, 414d) to each of the unique natural language sentences through a set of
Machine Learning (ML) models. The method (300) further generates (312) a final note (218) corresponding to the patient based on a
note template. [To be published with FIG. 2]

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR AGRICULTURAL LIQUID DISPENSING
1)CMR College of Engineering & Technology
Address of Applicant :CMR College of Engineering &
Technology, Kandlakoya, Medchal Road, Hyderabad, Telangana-
501401, India. ----------- -----------
:B64C0039020000, H04L0067125000,
(51) International 2)Dr. M Suresh
G05D0001020000, G05D0001000000,
classification 3)Dr. B Premalatha
G05D0001100000
4)Abdul Subhani Shaik
(86) International
Application No
Filing Date
(87) International
: NA 1)Dr. M Suresh
Publication No
:NA Technology, Kandlakoya, Medchal Road, Hyderabad, Telangana-
:NA 501401, India. ----------- -----------
Filing Date
2)Dr. B Premalatha
(62) Divisional to
:NA Address of Applicant :CMR College of Engineering &
Application Number
Filing Date
501401, India. ----------- -----------
501401, India. ----------- -----------
(57) Abstract :
Exemplary embodiments of the present disclosure are directed towards a system and method for agricultural liquid dispensing. The
system may a drone with a detachable agrochemical reservoir, rotors, nozzles, GPS device, computing device, and one or more
cameras. The computing device may autonomously control the spraying process, that may ensure precise release of the agricultural
liquid in droplet form at predetermined points along the predefined flight path. The cameras may facilitate live video feeds and data
transmission so the user may monitor the drone's performance and progress in real-time. FIG. 1

(19) INDIA
(54) Title of the invention : SMART SAFETY DEVICE FOR WOMEN
1)Dr. MANJULA GURURAJ RAO
Address of Applicant :Dr. MANJULA GURURAJ RAO
Associate Professor Information Science & Engineering
N.M.A.M. Institute of Technology,Nitte
dr.manjulagururajh@gmail.com 9900377663 ----------- -----------
2)Dr Priyanka H
3)Dr. K Hemant Kumar Reddy
4)Apoorva M.S
5)NITTE(Deemed to be University) N.M.A.M. Institute of
Technology , Karkala Udupi
:G08B0025010000, H04W0004021000,
G01S0005020000, G08B0021040000,
G16H0040670000
1)Dr. MANJULA GURURAJ RAO
(86) International
:NA Address of Applicant :Dr. MANJULA GURURAJ RAO
Application No
:NA Associate Professor Information Science & Engineering
Filing Date
N.M.A.M. Institute of Technology,Nitte
(87) International
: NA dr.manjulagururajh@gmail.com 9900377663 ----------- -----------
Publication No
2)Dr Priyanka H
:NA Address of Applicant :Dr Priyanka H Associate professor Dept of
:NA CSE PESU, R R campus Ring road Bangalore
Filing Date
drpriyankahsachin@gmail.com ----------- -----------
(62) Divisional to
:NA 3)Dr. K Hemant Kumar Reddy
Application Number
:NA Address of Applicant :Dr. K Hemant Kumar Reddy Associate
Filing Date
Professor Grade-II VIT-AP University, Vijayawada, Andhra
Pradesh hemanth.reddy@vitap.ac.in ----------- -----------
4)Apoorva M.S
Address of Applicant :Apoorva M.S Assistant professor Dept of
CSE PES University, Bangalore Email id:
apoorvams89@gmail.com ----------- -----------
5)NITTE(Deemed to be University) N.M.A.M. Institute of
Technology , Karkala Udupi
Address of Applicant :NITTE(Deemed to be University)
N.M.A.M. Institute of Technology , Nitte, Karkala Taluk, Udupi -
574110 Karnataka, India dr.manjulagururajh@gmail.com ----------
- -----------
(57) Abstract :
The "Smart Safety Device for Women" is an innovative personal safety solution designed to address the unique security concerns
faced by women. This discreet and technologically advanced device integrates a voice-activated distress signaling system, real-time
GPS tracking, and seamless connectivity with a dedicated mobile application. The device captures ambient sounds during distress
situations, enhancing the context for emergency responders. Integrated safety features include a check-in functionality, geo-fencing for
added security, and a long-lasting rechargeable battery system. The device prioritizes user privacy through secure communication
protocols and ethical data handling measures. With a focus on global applicability and cultural sensitivity, this Smart Safety Device
aims to empower women, providing them with a reliable and discreet tool for enhanced personal security in various settings.

(19) INDIA
(54) Title of the invention : IOT-ENHANCED FLEET MANAGEMENT AND VEHICLE TELEMATICS
1)Saveetha Engineering College (Autonomous)
Address of Applicant :The Principal, Saveetha Engineering
College(Autonomous), Saveetha Nagar,Thandalam, Kanchipuram-
Chennai Rd, Chennai, TamilNadu 602105. ----------- -----------
:H04L0067120000, G07C0005000000,
(51) International 1)Dr.V.Anandan
G05D0001020000, G08G0001080000,
classification Address of Applicant :Professor, Department of Mathematics,
G07C0005080000
Saveetha Engineering College (Autonomous), Saveetha Nagar,
(86) International
:NA Thandalam, Chennai, Tamil Nadu 602105. Mail
Application No
:NA Id:anandanworld@gmail.com ----------- -----------
Filing Date
2)Mrs.K.Ruth Isabels
(87) International
: NA Address of Applicant :Associate Professor, Department of
Publication No
Mathematics, Saveetha Engineering College (Autonomous),
:NA Saveetha Nagar, Thandalam, Chennai, Tamil Nadu 602105. Mail
:NA Id: ruthisabels@saveetha.ac.in ----------- -----------
Filing Date
3)Dr.E.Sujatha
(62) Divisional to
:NA Address of Applicant :Professor, Department of Computer Science
Application Number
:NA and Engineering, Saveetha Engineering College (Autonomous),
Filing Date
Saveetha Nagar, Thandalam, Chennai, Tamil Nadu 602105. Mail
Id: sujathae@saveetha.ac.in ----------- -----------
4)Dr.N.Duraipandian
Address of Applicant :Professor & Principal, Department of
Computer Science and Engineering, Saveetha Engineering
College (Autonomous), Saveetha Nagar, Thandalam, Chennai,
Tamil Nadu 602105. Mail Id: principal@saveetha.ac.in ----------- -
----------
(57) Abstract :
The system (100) includes Group of Vehicles (102), a Telematics Control server (104), and a Central Observation unit (106). The
Group of Vehicles (102) includes a Vehicle Telematic module (202) that includes sensors (204 A – 204 N), a sensors hub (206), and
an Onboard controller module (208). The Sensors hub (206) collects the data from sensors (204 A – 204 N) and transmit to the
Onboard controller module (208). The Onboard controller module (208) transmits the data to the Telematics Control server (104). The
Telematics Control server (104) includes a Data receiving module (302), an Analytic & Control module (304) and an Interface module
(306). The Telematics Control server (104) generates the controlled signal and sends the control signal to the Onboard controller
module (208) and to the Central Observation unit (106). The Central Observation unit (106) generates a graphical tool to monitor. This
invention facilitates the accurate prediction of vehicle performances, enhanced vehicle monitoring, and improved fuel efficiency by
implementing an IoT and an Artificial intelligence techniques.

(19) INDIA
(54) Title of the invention : EFFECTIVE COMPUTATIONAL TECHNIQUES FOR RESOLVING NONLINEAR PARTIAL
DIFFERENTIAL EQUATIONS
1)Dr.V.Sumathi
Address of Applicant :Associate Professor, Department of Mathematics, Sri Sai
Ram Engineering College, Sai Leo Nagar, West Tambaram, Chennai-44,
Tamilnadu ----------- -----------
2)Dr. V. Helan Sinthiya
3)Saraladevy R
4)Dr.V.Rajeswari
5)Dr.T.Aparna
6)K. Manikandan
7)Dr.M.Devendran
8)Dr.P.Sugapriya
1)Dr.V.Sumathi
:G06F0030200000, G06F0111100000, Address of Applicant :Associate Professor, Department of Mathematics, Sri Sai
(51) International
G06F0017130000, G06F0030230000, Ram Engineering College, Sai Leo Nagar, West Tambaram, Chennai-44,
classification
G06F0030280000 Tamilnadu ----------- -----------
(86) International 2)Dr. V. Helan Sinthiya
:NA
Application No Address of Applicant :Assistant Professor, Department of Mathematics,
:NA
Filing Date Dhanalakshmi Srinivasan University, School of Engineering and Technology,
(87) International Samayapuram, Trichy - 621112 ----------- -----------
: NA
Publication No 3)Saraladevy R
(61) Patent of Addition to Address of Applicant :Assistant Professor, Department of Mathematics, Sri Sairam
:NA
Application Number Engineering College, Sai Leo Nagar, Tambaram, Chennai 600044 ----------- --------
:NA
Filing Date ---
(62) Divisional to 4)Dr.V.Rajeswari
:NA
Application Number Address of Applicant :Associate Professor, Department of Mathematics, Sri Sairam
:NA
Filing Date Institute of Technology, West Tambaram, Chennai- 44 ----------- -----------
5)Dr.T.Aparna
Address of Applicant :Assistant Professor, Department of Mathematics,
Dhanalakshmi Srinivasan University, School of Engineering and Technology,
Samayapuram, Trichy-621112 ----------- -----------
6)K. Manikandan
Address of Applicant :Assistant Professor, Department of Mathematics, Sri Sairam
Engineering College, Sai Leo Nagar, Tambaram, Chennai 600044 ----------- --------
---
7)Dr.M.Devendran
Address of Applicant :Assistant Professor, Department of Mathematics, Sri Sairam
Engineering College, Sai Leo Nagar, Tambaram, Chennai 600044 ----------- --------
---
8)Dr.P.Sugapriya
Address of Applicant :Assistant Professor, Department of Mathematics,
K.Ramakrishnan College of Engineering, Samayapuram, Trichy-621112 -----------
-----------
(57) Abstract :
This invention relates to a computational system and method for solving nonlinear partial differential equations (PDEs). The system employs a combination of adaptive
mesh refinement, sophisticated time-stepping algorithms, and iterative solvers with preconditioning to solve nonlinear PDEs with high efficiency and accuracy. The
system is designed with a modular architecture to be adaptable and scalable, capable of integrating with emerging computational technologies, and to provide an
intuitive user interface for model setup, execution, and visualization of simulation results. The system is particularly useful for applications in fluid dynamics, material
science, and any field where the modeling of complex dynamic systems is required. The invention offers significant improvements over existing methods in terms of
computational speed, stability, and accessibility, enabling broader adoption and application in scientific research and industry.

(19) INDIA
(54) Title of the invention : INTELLIGENT NOTIFICATION SYSTEM FOR CONTENT UPDATES AND COLLABORATIONS
1)Dr. Narsappa Reddy
Address of Applicant :Associate Professor, Electronics and Computer
Engineering (ECM), J. B. Institute of Engineering and Technology, Bhaskar Nagar,
Yenkapally (V), Moinabad(M), R.R. District, Hyderabad, Telangana, India -
500075 ----------- -----------
2)Mr. N.Thirupathi
3)Mr. Md.Asif
4)Mrs. M.Anusha
5)Ms. V.Prashanthi
6)Mr. M.Syambabu
7)Ms. V.Vijajy Swarupa
1)Dr. Narsappa Reddy
Address of Applicant :Associate Professor, Electronics and Computer Engineering
:G06N0020000000, G06Q0030020000,
(51) International (ECM), J. B. Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally
G16H0080000000, G06Q0010100000, (V), Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -
classification
G06K0009620000 ----------
(86) International 2)Mr. N.Thirupathi
:NA Address of Applicant :Associate Professor, Electronics and Computer Engineering
Application No
:NA (ECM), J. B. Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally
Filing Date (V), Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -
(87) International ----------
: NA 3)Mr. Md.Asif
Publication No
Address of Applicant :Assistant Professor, Electronics and Computer Engineering
to Application Number (V), Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -
:NA
(62) Divisional to 4)Mrs. M.Anusha
:NA Address of Applicant :Assistant Professor, Electronics and Computer Engineering
Application Number
Filing Date (V), Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -
----------
5)Ms. V.Prashanthi
(ECM), J. B. Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally
(V), Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -
----------
6)Mr. M.Syambabu
----------
7)Ms. V.Vijajy Swarupa
----------
(57) Abstract :
[028] The invention presents an Intelligent Notification System for Content Updates and Collaborations. The present invention
comprising of observing user engagements, content modifications, and cooperative incidents within the digital platform, and
leveraging a machine learning framework to scrutinize the observed data, discerning user inclinations, content significance, and
collaborative prospects. Producing and transmitting astute notifications to users contingent on the analysis findings, proposing
pertinent content adjustments and collaborative endeavours personalized to each user's profile. Further, the machine learning
framework used for data analysis incorporates deep learning models to improve prognostic accuracy concerning user conduct and
content recommendations. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : AN INTELLIGENT AUTONOMOUS MULTIPURPOSE DELIVERY ROBOT THE LITTLE INDIAN-
LAST MILE
1)Mrs. A.HARITHA DEEPTHI
Address of Applicant :Lecturer Department of . Information Technology PSG Polytechnic College,Coimbatore-641004 -----------
-----------
2)Mr.A.KATHIRESAN
3)Mrs. A.JACQULINE DOROTHY
4)Mr. B.SANTHOSH
5)Mr.K.SHARVESH
6)Mr.R.THULASIDHAR
7)Mr.YASHVARD HAN
8)Mr. S.SARAVANAPRIYAN
9)Mr.P.SANTHOSH
10)Mr.S.GAUTHAM SIDDHARTH
11)Mr.ARUNESH PRABEN
12)Mr.V.SRINIVASAN
13)Mr.JEFFERY JOSHUA JAMES
14)Mr.SIDDIQ MOIDEEN
15)Mrs.JUDITH JAYANTHIBABU
16)Mr.SHRICKAR NAGENDRA KUMAR
17)Mr.MOHAMMED RAUF ALI
:G06Q0010080000, G05D0001020000, (72)Name of Inventor :
(51) International 1)Mrs. A.HARITHA DEEPTHI
G05D0001000000, B25J0009160000, Address of Applicant :Lecturer Department of . Information Technology PSG Polytechnic College,Coimbatore-641004 ----------- ----
classification -------
B25J0011000000 2)Mr.A.KATHIRESAN
Address of Applicant :HOD Incharge Department of Information Technology PSG Polytechnic College,Coimbatore-641004. ---------
(86) International -- -----------
:NA 3)Mrs. A.JACQULINE DOROTHY
Application No Address of Applicant :Lecturer Department of Basic Science PSG Polytechnic College,Coimbatore-641004. ----------- -----------
:NA 4)Mr. B.SANTHOSH
Filing Date Address of Applicant :Final Year Student Department of . Information Technology PSG Polytechnic College,Coimbatore-641004. ---
-------- -----------
(87) International 5)Mr.K.SHARVESH
: NA Address of Applicant :Final Year Student Department of . Information Technology PSG Polytechnic College,Coimbatore-641004. ---
Publication No -------- -----------
6)Mr.R.THULASIDHAR
(61) Patent of Addition Address of Applicant :Final Year Student Department of . Information Technology PSG Polytechnic College,Coimbatore-641004. ---
:NA -------- -----------
to Application Number 7)Mr.YASHVARD HAN
:NA Address of Applicant :Final Year Student Department of . Information Technology PSG Polytechnic College,Coimbatore-641004. ---
Filing Date -------- -----------
8)Mr. S.SARAVANAPRIYAN
(62) Divisional to Address of Applicant :Final Year Student Department of . Information Technology PSG Polytechnic College,Coimbatore-641004. ---
:NA -------- -----------
Application Number 9)Mr.P.SANTHOSH
:NA Address of Applicant :Final Year Student Department of . Information Technology PSG Polytechnic College,Coimbatore-641004. ---
Filing Date -------- -----------
10)Mr.S.GAUTHAM SIDDHARTH
Address of Applicant :Final Year Student Department of . Information Technology PSG Polytechnic College,Coimbatore-641004. ---
-------- -----------
11)Mr.ARUNESH PRABEN
Address of Applicant :Final Year Student Department of . Information Technology PSG Polytechnic College,Coimbatore-641004. ---
-------- -----------
12)Mr.V.SRINIVASAN
Address of Applicant :Grade IX Student PSG Public Schools,Coimbatore-641004. ----------- -----------
13)Mr.JEFFERY JOSHUA JAMES
Address of Applicant :GradeXII Student Chandra Matriculat ion School, Coimbatore-641014. ----------- -----------
14)Mr.SIDDIQ MOIDEEN
Address of Applicant :Final Year Student Department of CSE PSG Institute of Technology and Applied Research ,Coimbatore-
641062. ----------- -----------
15)Mrs.JUDITH JAYANTHIBABU
Address of Applicant :9F, Kondasamy Layout,II street, Ammank ulam, Coimbatore-641045 ----------- -----------
16)Mr.SHRICKAR NAGENDRA KUMAR
Address of Applicant :Third Year Student Department of CSE PSG Institute of Technology and Applied Research
ITech,Coimbatore-641062. ----------- -----------
17)Mr.MOHAMMED RAUF ALI
Address of Applicant :Third Year Student Department of CSE Kumaragur u College of Technolog y,Coimbatore-641035. ----------- -
----------
(57) Abstract :
ABSTRACT: Embodiments of the present disclosure may include claim 1 We claim an autonomous delivery robot system including
advanced sensors, artificial intelligence, and mechanical components to efficiently transport goods and packages from one location to
another. Embodiments may also include claim 2 We claim a method for autonomous delivery robots to create maps of their
operational areas using simultaneous localization and mapping (SLAM)algorithms, allowing them to understand their position relative
to the environment while simultaneously building a map of their surroundings. Embodiments may also include claim 3 We claim a
path planning algorithm that determines the best route for autonomous delivery robots to reach their destination, considering factors
like obstacles, traffic, and efficiency, ensuring optimal and safe deliveries.

(19) INDIA
(54) Title of the invention : ARTIFICIAL INTELLIGENCE-ENHANCED PROSTHETIC LIMB FOR INTUITIVE OPERATION
AND SENSORY FEEDBACK
1)Mr.M.Selvam
Address of Applicant :Assistant Professor, Department of Electronics and Communication
Systems, Sri Krishna Arts and Science College, Kuniyamuthur, Coimatore-641008, Tamil
Nadu, India ----------- -----------
2)Dr.O.M.Saravanakumar
3)Mr.A.P.Rajesh
4)Dr. Supriya Gupta Bani
5)Ms.Ramya Palaniappan
6)Prof.B.Rajakumar
7)Dr. Dahlia Sam
8)Mr.Vinoth Kumar M
9)Dr. Nitin R. Chopde
10)Karimulla Syed
1)Mr.M.Selvam
Nadu, India ----------- -----------
:G06F0003010000, A61F0002800000, A61F0002720000,
(51) International classification 2)Dr.O.M.Saravanakumar
G06N0020000000, A61F0002760000
Address of Applicant :Associate Professor, Department of Electronics and Communication
:NA Systems, Sri Krishna Arts and Science College, Kuniyamuthur, Coimatore-641008, Tamil
No
:NA Nadu, India ----------- -----------
Filing Date
3)Mr.A.P.Rajesh
: NA Address of Applicant :Assistant Professor, Department of Electronics and Communication
No
:NA Nadu, India ----------- -----------
Application Number
:NA 4)Dr. Supriya Gupta Bani
Filing Date
Address of Applicant :Assistant Professor in Computer Science and Engineering (Data
:NA Science), Shri Ramdeobaba College of Engineering and Management, Ramdeo Tekdi,
Number
:NA Gittikhadan, Katol Road, Nagpur - 440013 (M.S.), India ----------- -----------
Filing Date
5)Ms.Ramya Palaniappan
Address of Applicant :Assistant Professor, Department of CSE, Madanapalle Institute of
Technology and Science, Madanapalle, 517325 ----------- -----------
6)Prof.B.Rajakumar
Address of Applicant :Assistant Professor, Department of AI & DS, J.N.N Institute of
Engineering, 90, Ushaa Garden, Kannigaipair, Chennai - 601102 ----------- -----------
7)Dr. Dahlia Sam
Address of Applicant :Professor, Department of Information Technology, Dr. M.G.R.
Educational and Research Institute, Maduravoyal, Chennai 600095 ----------- -----------
8)Mr.Vinoth Kumar M
Address of Applicant :Assistant Professor, Department of AI&DS, J.N.N Institute of
Engineering, 90, Ushaa Garden, Kannigaipair, Chennai - Periyapalayam Hwy, Chennai -
601102 ----------- -----------
9)Dr. Nitin R. Chopde
Address of Applicant :Associate Professor, Department of Computer Science & Engineering,
P. R. Pote Patil College of Engineering & Management, Amravati, Maharashtra ----------- ------
-----
10)Karimulla Syed
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Koneru
Lakshmaiah Education Foundation, Green Fields Vaddeswaram, Andhra Pradesh 522302 ------
----- -----------
(57) Abstract :
The invention pertains to a novel prosthetic limb system enhanced with artificial intelligence to provide intuitive control and sophisticated sensory feedback, aiming to closely emulate the
function and sensation of a natural limb. At the heart of the system lies an AI module equipped with machine learning algorithms that interpret myoelectric signals from the user's residual limb,
enabling smooth and natural limb movements. The system is further augmented with a comprehensive network of sensors, providing tactile feedback to the user and enhancing interaction with
the environment. The design is both ergonomic and modular, promoting user comfort and ease of maintenance. An efficient power management system ensures longevity of use, and a user-
friendly interface allows for personalized settings and adjustments. Wireless connectivity facilitates ongoing support and updates, ensuring the system evolves with technological
advancements. This invention represents a significant step forward in prosthetic technology, offering users a highly adaptive and responsive experience.

(19) INDIA
(54) Title of the invention : AN INVESTIGATION OF ANTI-CANCER ACTIVITY OF METHANOLIC EXTRACT

OFMYRIOSTACHYA WIGHTIANA AND PORTERESIA COARCTATA
1)D. Anupama
Address of Applicant :Research Scholar, Institute of
:A61P0035000000, A23L0033105000, Pharmaceutical Technology, Sri Padmavati Mahila
(51) International
A61K0036185000, C07K0016280000, Visvavidyalayam, Tirupati -517502, Chittoor, Andhra Pradesh,
classification
A61K0038140000 India. Tirupati ----------- -----------
(86) International 2)Y.Indira Muzib
:NA
:NA
: NA
Publication No 1)D. Anupama
(61) Patent of Addition Address of Applicant :Research Scholar, Institute of
:NA
to Application Number Pharmaceutical Technology, Sri Padmavati Mahila
:NA
Filing Date Visvavidyalayam, Tirupati -517502, Chittoor, Andhra Pradesh,
(62) Divisional to India. Tirupati ----------- -----------
:NA
Application Number 2)Y.Indira Muzib
:NA
Filing Date Address of Applicant :Professor, Institute of Pharmaceutical
Technology, Sri Padmavati Mahila Visvavidyalayam, Tirupati -
517502, Chittoor, Andhra Pradesh, India. Tirupati ----------- -------
----
(57) Abstract :
ABSTRACT: Title: An investigation of Anti-Cancer Activity of Methanolic extract of Myriostachya wightiana and Porteresia
coarctata The present disclosure proposes an investigation that evaluates phytochemical constituents and anti-cancer activity of
methanolic extracts of Myriostachya wightiana and Porteresia coarctata. The method for extracting methanolic of Myriostachya
wightiana and Porteresia coarctata for anti-cancer activity is disclosed. The proposed invention provides an investigation that
evaluates phytochemical constituents and anti-cancer activity of methanolic extracts of Myriostachya wightiana and Porteresia
coarctata. The investigation exhibits exceptional anticancer properties using Myriostachya wightiana and Porteresia coarctata. The
method serves as a source of potential of targets for cancer therapy efforts. The method uncovers anticancer components for isolating
cancer activities. The method enhances the life span and mean survival time of the experimental animals.

(19) INDIA
(54) Title of the invention : METHOD FOR ACID-FUNCTIONALIZED MCM-41 IN HEAVY METAL REMOVAL FROM
POLLUTED WATERS
1)Dr. Jayarangarao Prathipati
Address of Applicant :Associate Professor, Department of Chemistry
BABA Institute of Technology Sciences, P.M. Palem, Visakhapatnam-
530048. Andhra Pradesh. India. Mob: 9885597842, 8919639575. Email:
jayarangarao1@gmail.com Visakhapatnam ----------- -----------
2)Dr Devi Bandaru
3)Dr Bhaskararao Munikoti
4)Dr T. Rambabu
5)Dr. Satheesh Ampolu
:G01N0021310000, B01J0029040000, (72)Name of Inventor :
(51) International
C02F0101200000, B01J0029030000, 1)Dr. Jayarangarao Prathipati
classification
C02F0001660000 Address of Applicant :Associate Professor, Department of Chemistry
(86) International BABA Institute of Technology Sciences, P.M. Palem, Visakhapatnam-
:NA
Application No 530048. Andhra Pradesh. India. Mob: 9885597842, 8919639575. Email:
:NA
Filing Date jayarangarao1@gmail.com Visakhapatnam ----------- -----------
(87) International 2)Dr Devi Bandaru
: NA
Publication No Address of Applicant :Associate Professor,Department of Chemistry
(61) Patent of Addition to Mail:devibandaru8@gmail.com Sai Ganapati Engineering
:NA
Application Number College,Visakhapatnam,Andhra Pradesh. Mobile:8500930824.
:NA
Filing Date Mail:devibandaru8@gmail.com. Visakhapatnam ----------- -----------
(62) Divisional to 3)Dr Bhaskararao Munikoti
:NA
Application Number Address of Applicant :Associate Professor, Department of Chemistry
:NA
Filing Date Miracle Educational Society Group of Institutions Vizianagaram, Andhra
Pradesh, India. Mail:bachi.chemistry1987@gmail.com
Mobile:8500930824. Vizianagaram ----------- -----------
4)Dr T. Rambabu
Address of Applicant :Department of Engineering Chemistry Andhra
University College of Enginnering, Visakhapatnam, Andhra Pradesh.
India. Mob: 9885735884 Email: chemistryrambabu@gmail.com
Visakhapatnam ----------- -----------
5)Dr. Satheesh Ampolu
Address of Applicant :Associate Professor, Department of Chemistry
Centurion University of Technology and Management, Vizianagaram,
Andhra Pradesh, India - 535003. Mail: satheeshampolu@gmail.com
Mobile: 9494976859 Vizianagaram ----------- -----------
(57) Abstract :
Acid functionalized mesoporous silica materials like sulphonic acid (SO3HMCM-41) and phosphotungstic acid (PWMCM-41) were synthesized by a
simple co-precipitation method. These materials were characterized using XRD, SEM-EDS, FT-IR, BET surface area techniques. The mesoporosity
was retained even after acid fictionalization into MCM-41. There was a significant fall in the surface area (SBET, m2 g-1), on incorporation of
sulphonic acid (-SO3H) and phosphorous, tungsten atoms into the MCM-41 material. SO3HMCM-41 was found to be more acidic than PWMCM-41
and MCM-41. Their performance was evaluated by conducting experiments on the removal of heavy metals like Pb (II), Cd(II), Zn(II) present in
industrial wastewaters, with atomic absorption spectrophotometer (AAS). The required experimental factors were analyzed and it was observed that
the removal of metals was more efficient with the acid-functionalized materials than with MCM-41. Freundlich adsorption isotherm and pseudo-first
order kinetics have confirmed the validity of the results. Accompanied Drawing [FIG. 100]

(19) INDIA
(54) Title of the invention : A METHOD OF IMPLANTATION OF DMBA COATED SILK THREAD IN ALBINO WISTAR RATS
IN INDUCTION OF OVARY CANCER
1)Venkata Satya Harika G
Address of Applicant :Research Scholar, Department Of
Biotechnology, Sri Padmavathi Mahila Visva Vidyalayam
(Women's University), Padmavathi Nagar, Tirupati-517502,
:A61P0015000000, A61P0035000000, 2)Dr.P. Josthna
(51) International
A61P0043000000, A61P0015080000, 3)Dr. R V Suresh Kumar
classification
A61K0031560000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Venkata Satya Harika G
(87) International Address of Applicant :Research Scholar, Department Of
: NA
Publication No Biotechnology, Sri Padmavathi Mahila Visva Vidyalayam
(61) Patent of Addition (Women's University), Padmavathi Nagar, Tirupati-517502,
:NA
to Application Number Andhra Pradesh, India. ----------- -----------
:NA
Filing Date 2)Dr.P. Josthna
(62) Divisional to Address of Applicant :Dr.P. Josthna Indian Professor, Department
:NA
Application Number Of Biotechnology, Sri Padmavathi Mahila Visva Vidyalayam
:NA
Filing Date (Women's University), Padmavathi Nagar, Tirupati-517502,
3)Dr. R V Suresh Kumar
Address of Applicant :Professor And University Head, Veterinary
Surgery & Radiology, College Of Veterinary Science, Sri
Venkateswara Veterinary University Padmavathi Nagar, Tirupati-
517502, Andhra Pradesh, India. ----------- -----------
(57) Abstract :
ABSTRACT A METHOD OF IMPLANTATION OF DMBA COATED SILK THREAD IN ALBINO WISTAR RATS IN
INDUCTION OF OVARY CANCER Ovary Cancer (OC) is a mainly perilous tumor amid the women's reproductive organs. Our
prime likelihood of OC has associated with primal aspects that can connect with biological ageing of the ovary, such as oocyte
diminution, decreased ranges of anabolic steroid creation, and high degrees of passing gonadotropic hormones. OC has become
assumed to develop from antecedent injuries relating to the ovarian surface epithelium (OSE) or ovarian epithelial cysts that reveal
structural highlights of the reproductive pathway epithelium (or Mullerian factors). The tubal epithelia, removing cells or tubal ovarian
adhesions through ovulation damage or creating endometrial tissues through endometriosis, may produce Mullerian cysts—besides,
several events connected with ovulation linked to instigation and progression of OC. The present invention relates to implantation of
DMBA coated silk thread. More particularly, DMBA transplanted into the ovaries of female rodents may be an experimental model of
epithelial ovarian cancer, and ultrasound imaging can determine the size and amount of cancer that makes up the ovaries. Light
microscopy is a great way to deal with these types of pain tests. Due to this complexity, ADM is currently receiving a great deal of
attention, and efforts are being made to develop the concept of principles that improve the comparison of ovarian and ovarian cancer
cells.

(19) INDIA
(54) Title of the invention : DEEP LEARNING-BASED AUTOMATED HETEROGENEOUS DATA FUSION APPROACH FOR
PATIENT PROGRESSION PREDICTION
1)Dr. Mahantesh N. Birje
Address of Applicant :Dr. Mahantesh N. Birje Professor Dept.
:G16H0010600000, G06N0003040000, of Computer Science and Engineering Visvesvaraya
(51) International
G06N0003080000, G16H0050200000, Technological University, Belagavi , Karnataka , India
classification
G16H0050700000 mnbirje1@gmail.com 9986066048 ----------- -----------
(86) International 2)Savita S Hanji
:NA
:NA
: NA
Publication No 1)Dr. Mahantesh N. Birje
(61) Patent of Addition Address of Applicant :Dr. Mahantesh N. Birje Professor Dept. of
:NA
to Application Number Computer Science and Engineering Visvesvaraya Technological
:NA
Filing Date University, Belagavi , Karnataka , India mnbirje1@gmail.com
(62) Divisional to 9986066048 ----------- -----------
:NA
Application Number 2)Savita S Hanji
:NA
Filing Date Address of Applicant :Savita S. Hanji Department of Computer
Science and Engineering, KLE Dr.M.S.Sheshgiri College of
Engineering & Technology, Belagavi – 590008, Karnataka, India
savitahanji@klescet.ac.in ----------- -----------
(57) Abstract :
The invention presents a groundbreaking approach for predicting patient progression in healthcare through the integration of a "Deep
Learning-Based Automated Heterogeneous Data Fusion" technique applied to Electronic Health Record (EHR) data. The system
seamlessly integrates diverse healthcare data sources, including EHRs, medical imaging, genomic data, laboratory results, wearable
device data, and environmental factors, creating a comprehensive patient profile. Utilizing advanced deep learning architectures such
as convolutional neural networks (CNNs) and recurrent neural networks (RNNs), the model captures complex patterns and
dependencies within the integrated data. An automated data fusion mechanism adapts dynamically to varying data types and sources,
ensuring robustness. Real-time updates from EHRs enable the model to continuously refine predictions, supporting timely
interventions. The inclusion of interpretability and explainability features enhances the transparency of predictions, fostering trust
among healthcare professionals. The system's clinical relevance is demonstrated through actionable predictions, contributing to early
detection, treatment optimization, and personalized healthcare interventions. Scalability and generalizability are addressed to
accommodate large datasets and diverse patient populations. Ethical considerations prioritize patient privacy and data security.
Rigorous validation and benchmarking studies establish the effectiveness of the approach, positioning the invention as a significant
advancement in healthcare analytics for improved patient outcomes.

(19) INDIA
(54) Title of the invention : IMPACT OF DIGITAL EMPLOYEE ENGAGEMENT PRACTICES ON ORGANIZATIONAL
PERFORMANCE IN SMES IN INDIA
1)Mr.R.YUVARAJ
Address of Applicant :ASSISTANT PROFESSOR , COMMERCE DIGITAL MARKETING AND DATA MINING , DR SNS
RAJALAKSHMI COLLEGE OF ARTS AND SCIENCE , COIMBATORE , TAMIL NADU -641049, INDIA COIMBATORE ------
----- -----------
2)Mr. ADARSH KUMAR
3)Dr .P. MURUGAN
4)Dr. S. KALYAN
5)Mrs. VIDHI RASTOGI
6)Ms.ADITI SHARMA
7)Mr. VISHAL KUMAR TYAGI
8)Dr. SHIV JAGGARWAL
9)Mrs. MENDA SREEVANI
10)Dr. SHIKHA CHAUHAN
11)Dr .C.SHALINI
12)Mr.J LOGESHWARAN
1)Mr.R.YUVARAJ
Address of Applicant :ASSISTANT PROFESSOR , COMMERCE DIGITAL MARKETING AND DATA MINING , DR SNS
RAJALAKSHMI COLLEGE OF ARTS AND SCIENCE , COIMBATORE , TAMIL NADU -641049, INDIA COIMBATORE ------
----- -----------
2)Mr. ADARSH KUMAR
:G06Q0010100000, G06Q0010060000, H04L0001180000, H04W0072040000,
(51) International classification Address of Applicant :ASSISTANT PROFESSOR , MBA ( MANAGEMENT), INSTITUTE OF TECHNOLOGY AND
A61K0036740000
MANAGEMENT ,, GWALIOR , MADHYA PRADESH – 474011, INDIA GWALIOR ----------- -----------
3)Dr .P. MURUGAN
Filing Date :NA
Address of Applicant :PROFESSOR & HEAD, BUSINESS ADMINISTRATION., VELS INSTITUTE OF SCIENCE
TECHNOLOGY AND ADVANCED STUDIES, CHENNAI, TAMILNADU- 600117, INDIA CHENNAI ----------- -----------
:NA 4)Dr. S. KALYAN
Number
:NA Address of Applicant :ASSISTANT PROFESSOR , DEPT OF BS & H - MANAGEMENT STUDIES , BVRITHYDERABAD
Filing Date
COLLEGE OF ENGINEERING FOR WOMEN , HYDERABAD, TELANGANA – 500090. HYDERABAD ----------- -----------
5)Mrs. VIDHI RASTOGI
Filing Date :NA
Address of Applicant :ASSISTANT PROFESSOR, BBA , INSTITUTE OF HOTEL MANAGEMENT, MEERUT, UTTAR
PRADESH-250001, INDIA MEERUT ----------- -----------
6)Ms.ADITI SHARMA
Address of Applicant :ASSISTANT PROFESSOR , BBA , MEERUT INSTITUTE OF TECHNOLOGY MEERUT, PARTAPUR ,
UTTAR PRADESH -250002 PARTAPUR ----------- -----------
7)Mr. VISHAL KUMAR TYAGI
Address of Applicant :ASSISTANT PROFESSOR , MBA, -CENTRE FOR MANAGEMENT DEVELOPMENT, MODINAGAR,
MODINAGAR, GHAZIABAD , UTTAR PRADESH-201204, INDIA GHAZIABAD ----------- -----------
8)Dr. SHIV JAGGARWAL
Address of Applicant :ASSISTANT PROFESSOR, AMITY BUSINESS SCHOOL, AMITY UNIVERSITY, RAIPUR,
CHHATTISGARH-493225, INDIA RAIPUR ----------- -----------
9)Mrs. MENDA SREEVANI
Address of Applicant :DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING, INSTITUTE OF
AERONAUTICAL ENGINEERING, DUNDIGAL- 500043, HYDERABAD, INDIA HYDERABAD ----------- -----------
10)Dr. SHIKHA CHAUHAN
CHHATTISGARH- 493225, INDIA RAIPUR ----------- -----------
11)Dr .C.SHALINI
Address of Applicant :PROFESSOR & HEAD,, COMMERCE( ACCOUNTS & FINANCE), VELS INSTITUTE OF SCIENCE ,
TECHNOLOGY & ADVANCED STUDIES( VISTAS), CHENNAI., TAMILNADU- :600117 CHENNAI ----------- -----------
12)Mr.J LOGESHWARAN
Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT OF ELECTRONICS AND COMMUNICATION
ENGINEERING, SRI ESHWAR COLLEGE OF ENGINEERING, COIMBATORE- TAMIL NADU COIMBATORE ----------- -----
------
(57) Abstract :
ABSTRACT IMPACT OF DIGITAL EMPLOYEE ENGAGEMENT PRACTICES ON ORGANIZATIONAL PERFORMANCE IN SMES IN INDIA Digital employee engagement practices have drastically changed the human resource landscape in Small and Medium
Enterprises (SMEs) in India. Recent advancements in technology has enabled SMEs to leverage digital tools for proactive employee engagement. Such digital employee engagement practices have been found to positively influence organizational performance by
enhancing employee motivation and collaboration. Moreover, from an organizational standpoint, efficient utilization of digital employee engagement practices can reduce HR overhead costs and improve the productivity of SMEs in India. The impact of digital employee
engagement practices on performance in SMEs in India can broadly be classified as improvements in connectivity and communication, employee motivation, and innovation and collaboration. In terms of connectivity and communication, digital employee engagement
practices allow SMEs to create an interactive platform where employees can communicate and collaborate efficiently. Moreover, these platforms can enable SMEs to create robust communication channels between internal and external stakeholders of the organization,
thus facilitating better information sharing. In terms of employee motivation, digital employee engagement practices can enable SMEs to provide their employees with customised employee engagement initiatives, such as employee recognition platforms and gamified
activities. These are designed to target individual differences and specific goals; thus, they can hugely impact the perception of employees within the organization. In terms of innovation and collaboration, digital employee engagement practices can enable SMEs to
leverage powerful collaboration tools that can facilitate the exchange of ideas and enhance innovation. Moreover, such digital interaction and collaboration can improve problem-solving skills, increase productivity, and create a sense of relevance among employees, thus
helping SMEs improve organizational performance. In conclusion, the impact of digital employee engagement practices on organizational performance in SMEs in India has been found to be overwhelmingly positive. Digital employee engagement practices can
profoundly improve connectivity and communication, motivation, and innovation and collaboration in these SMEs. All in all, efficient utilization of digital employee engagement practices can generate significant competitive advantages in SMEs in India, leading to
improved organizational performance.

(19) INDIA
(54) Title of the invention : MACHINE LEARNING BASED EDGE COMPUTING SCHEDULE
1)Dr. PRASATH S
Address of Applicant :ASSISTANT PROFESSOR SCHOOL OF COMPUTING, VET
INSTITUTE OF ARTS AND SCIENCE (CO-EDUCATION) COLLEGE,
THINDAL,ERODE,TAMILNADU, INDIA Erode ----------- -----------
2)Dr. K S MOHANASATHIYA
3)Dr. K SELVANAYAKI
4)Dr. R PUSHPALATHA
5)Dr. G D PRAVEEN KUMAR
6)Dr S KARTHIGAI
7)Dr. B ARIVAZHAGAN
8)Dr M AMSAVENI
9)Mr. M CHANDRU
:G06F0009500000, H04L0067120000, 1)Dr. PRASATH S
(51) International Address of Applicant :ASSISTANT PROFESSOR SCHOOL OF COMPUTING, VET
G06K0009620000, G06N0003080000, INSTITUTE OF ARTS AND SCIENCE (CO-EDUCATION) COLLEGE,
classification
G06F0009480000 THINDAL,ERODE,TAMILNADU, INDIA Erode ----------- -----------
2)Dr. K S MOHANASATHIYA
(86) International Address of Applicant :ASSISTANT PROFESSOR ADDRESS: SCHOOL OF COMPUTING,
:NA
Application No VET INSTITUTE OF ARTS AND SCIENCE (CO-EDUCATION) COLLEGE,
:NA THINDAL,ERODE,TAMILNADU, INDIA ERODE ----------- -----------
Filing Date 3)Dr. K SELVANAYAKI
(87) International Address of Applicant :ASSISTANT PROFESSOR ADDRESS: SCHOOL OF COMPUTING,
: NA VET INSTITUTE OF ARTS AND SCIENCE (CO-EDUCATION) COLLEGE,
Publication No
(61) Patent of Addition 4)Dr. R PUSHPALATHA
:NA
to Application Number Address of Applicant :ASSISTANT PROFESSOR ADDRESS: COMPUTER SCIENCE ,
:NA KONGU ARTS AND SCIENCE COLLEGE(AUTONOMOUS), ERODE,TAMIL NADU,
Filing Date INDIA Erode ----------- -----------
(62) Divisional to 5)Dr. G D PRAVEEN KUMAR
:NA Address of Applicant :ASSISTANT PROFESSOR ADDRESS: SCHOOL OF COMPUTING,
Application Number
:NA VET INSTITUTE OF ARTS AND SCIENCE (CO-EDUCATION) COLLEGE,
Filing Date THINDAL,ERODE,TAMILNADU, INDIA Erode ----------- -----------
6)Dr S KARTHIGAI
Address of Applicant :ASSISTANT PROFESSOR ADDRESS: COMPUTER SCIENCE,
HINDUSTHAN COLLEGE OF SCIENCE AND COMMERCE,INGUR,
ERODE,TAMILNADU,INDIA Erode ----------- -----------
7)Dr. B ARIVAZHAGAN
Address of Applicant :ASSISTANT PROFESSOR ADDRESS: SCHOOL OF COMPUTING,
VET INSTITUTE OF ARTS AND SCIENCE (CO-EDUCATION) COLLEGE,
8)Dr M AMSAVENI
KPR COLLEGE OF ARTS AND SCIENCE, COIMBATORE, TAMILNADU, INDIA Erode -
---------- -----------
9)Mr. M CHANDRU
VET INSTITUTE OF ARTS AND SCIENCE (CO-EDUCATION) COLLEGE,
(57) Abstract :
IoT applications require high speed data transfer and less latency due to its less data storage and energy limitations. Data transfer
provides space for new data and less latency reduces the computation complexities. To obtain such an IoT system, Cloud computing is
incorporated with IoT applications. Cloud offers wide unlimited storage and processing services virtually that overcomes the issues in
IoT data management process. Integration of cloud with IoT provides better data storage and processing facilities, however, the
centralized computation, and networking introduces delay due to long distance data transfer from IoT devices to cloud data centers. To
overcome this issue, this research work introduces a concept of edge computing which processes the data in the edge devices and
transfers it to the cloud which reduces the latency and increases the e?ciency of the system. To achieve this hybrid data clustering and
deep learning based resource scheduling are introduced in the proposed work to reduce the computational complexities. The
performance of the proposed integration approach is evaluated in terms of latency, efficiency, computation time and compared with
conventional clustering approaches and cloud IoT systems without edge computing services.

(19) INDIA
(54) Title of the invention : VOLTAGE ENHANCEMENT THROUGH DC-DC BOOST CONVERTER USING VARIOUS
CONTROLLERS
1)Andhra University
Address of Applicant :Department of Electrical Engineering, Andhra
University College of Engineering, Andhra University, Visakhapatnam, Andhra
Pradesh, India. Pin Code -530003 ----------- -----------
1)Dr.K Padma
Address of Applicant :Associate Professor, Department of Electrical Engineering,
Andhra University College of Engineering, Andhra University, Visakhapatnam,
Andhra Pradesh, India. Pin Code -530003 ----------- -----------
2)Ms.P.Dharani
Address of Applicant :M.Tech Scholar, Department of Electrical Engineering,
3)Mr.Kalangiri Manohar
Address of Applicant :Research Scholar, Department of Electrical Engineering,
4)Dr.B.Amarendra Reddy
(51) International classification :G06N3/02, H02M3/00
Address of Applicant :Associate Professor, Department of Electrical Engineering,
Filing Date :NA
5)Ms.M.Manogna
Filing Date :NA
Filing Date :NA
6)Mr.Satyanarayana Burada
Address of Applicant :Research Scholar, Department of Electrical and Electronics
Engineering, Anil Neerukonda Institute of Technology and Sciences, Andhra
University, Visakhapatnam, Andhra Pradesh, India. Pin Code -530003 ----------- ---
--------
7)Mr.A.Surya Prakasa Rao
8)Mrs.T.Sravya
9)Mr.D.Anil Kumar
10)Ms.K.Gayathri Teja
(57) Abstract :
A voltage regulation system for solar panels, comprising a DC-DC boost converter enhanced by advanced control methodologies,
including Proportional-Integral-Derivative (PID), Sliding Mode Control (SMC), Artificial Neural Network (ANN), and Fuzzy Logic
Control (FLC). The system is designed to stabilize and elevate the output voltage from solar panels to a predetermined level, suitable
for various applications, regardless of environmental fluctuations. The performance of the system is evaluated using simulations in a
MATLAB/SIMULINK environment under diverse operational conditions to ensure efficiency and sustainability in renewable energy
power generation.

(19) INDIA
(54) Title of the invention : USE OF GRAPHITE NANO-PLATELETS IN WATER PURIFICATION MEMBRANES FOR HEAVY
METAL REMOVAL
1)Mrs. S. Anitha
Address of Applicant :Associate Professor, Department of Chemistry, Sri Sairam
Engineering College, Chennai, Tamilnadu, India, Pincode: 600044 ----------- -----------
2)Dr. J. Kishore Babu
3)Dr. G. Nageswara Rao
4)Dr. Srinivas Ganganagunta
5)Prof. D. Ramachandran
6)Dr. M. Parthasarathy
8)Dr. Animesh Agarwal
9)Dr. Manish Saxena
10)Dr. Nitin Kumar Agrawal
1)Mrs. S. Anitha
Address of Applicant :Associate Professor, Department of Chemistry, Sri Sairam Engineering
College, Chennai, Tamilnadu, India, Pincode: 600044 ----------- -----------
2)Dr. J. Kishore Babu
:C02F0001280000, C02F0001440000, B01J0020300000, Address of Applicant :Associate Professor, Department of Physics, Gokaraju Lailavathi
C02F0101200000, B01J0020280000 Womens Engineering College, Bachupally, Hyderabad, Telangana, India, Pincode: 500090 ----
(86) International Application ------- -----------
:NA
No 3)Dr. G. Nageswara Rao
:NA
Filing Date Address of Applicant :Assistant Professor, Department of Chemistry, Telangana University,
(87) International Publication Dichpally, Nizamabad, Telangana, India, Pincode: 503322 ----------- -----------
: NA
No 4)Dr. Srinivas Ganganagunta
(61) Patent of Addition to Address of Applicant :Senior Lecturer in Physics, University of Technology and Applied
:NA
Application Number Sciences-IBRA, College of Engineering-Mechanical, Sultanate of Oman, Postal Code: 400 ----
:NA
Filing Date ------- -----------
(62) Divisional to Application 5)Prof. D. Ramachandran
:NA
Number Address of Applicant :Professor, Department of Chemistry, University College of Sciences,
:NA
Filing Date Acharya Nagarjuna University, Nagarjuna Nagar, Guntur, Andhra Pradesh, India, Pincode:
522510 ----------- -----------
6)Dr. M. Parthasarathy
Address of Applicant :Associate Professor and Head, Department of Physics, VELS Institute
of Science, Technology and Advanced Studies (VISTAS), Velan Nagar, Pallavaram, Chennai,
Tamilnadu, India, Pincode: 600117 ----------- -----------
Address of Applicant :Professor, Department of Applied Sciences and Humanities, Institute of
Engineering and Technology, Lucknow, Uttar Pradesh, India, Pincode: 226021 ----------- -------
----
8)Dr. Animesh Agarwal
Address of Applicant :Associate Professor, Department of Applied Sciences and Humanities,
Moradabad Institute of Technology, Moradabad, Uttar Pradesh, India, Pincode: 244001 --------
--- -----------
9)Dr. Manish Saxena
Address of Applicant :Professor, Department of Applied Sciences and Humanities, Moradabad
Institute of Technology, Moradabad, Uttar Pradesh, India, Pincode: 244001 ----------- -----------
10)Dr. Nitin Kumar Agrawal
Address of Applicant :Assistant Professor, Department of Applied Sciences and Humanities,
Moradabad Institute of Technology, Moradabad, Uttar Pradesh, India, Pincode: 244001 --------
--- -----------
(57) Abstract :
The present invention provides a novel water purification system utilizing Graphite Nano-Platelets (GNPs) integrated within a membrane matrix to remove heavy metals from contaminated
water sources. This system takes advantage of the unique properties of GNPs, such as high surface area and chemical stability, to enhance the membrane's filtration capability. The GNPs
ensure the system's high selectivity and efficiency in capturing heavy metals through adsorption. A method for manufacturing such membranes is also disclosed, involving the dispersion of
GNPs in a polymeric matrix to form membranes that are then used in water purification. These GNP-enhanced membranes are designed to be regenerative, energy-efficient, and adaptable to
various scales and environmental conditions, offering a sustainable and effective solution for improving water quality and public health outcomes.

(19) INDIA
(54) Title of the invention : METHOD AND SYSTEM FOR ESTIMATING POWER LIMIT OFVEHICLE WITH MULTIPLE
BATTERY PACKS
:H02J0007000000, H01M0010440000, (71)Name of Applicant :

(51) International
G01R0031360000, G01R0031371000, 1)Daimler Truck AG
classification
H04W0052360000 Address of Applicant :Fasanenweg 10, 70771 Leinfelden-
(86) International Echterdingen, Germany ----------- -----------
:NA
:NA
: NA
Publication No 1)Kodular Ramesh Hariganesh
(61) Patent of Addition Address of Applicant :F-1201, Aaryan City, Gota, Ahmedabad
:NA
to Application Number 382481, India Ahmedabad ----------- -----------
:NA
Filing Date 2)Jaganath Venkatesh
(62) Divisional to Address of Applicant :#107, Uchanapalli Vill, Noganoor Post,
:NA
Application Number Denkanikottai Taluk, Krishnagiri dist., Tamil Nadu 635107, India
:NA
Filing Date Krishnagiri ----------- -----------
(57) Abstract :
METHOD AND SYSTEM FOR ESTIMATING POWER LIMIT OF VEHICLE WITH MULTIPLE BATTERY PACKS The present
disclosure relates to a method of estimating power limit of battery pack (106) in a vehicle (102). The method comprises receiving
current consumption value and a current limit of each of a plurality of batteries (104) of a battery pack (106) associated with the
vehicle (102). Further, the method comprises determining remaining current consumption value of each of the plurality of batteries
(104), based on corresponding current consumption value and the current limit. Furthermore, the method comprises determining an
imbalance in current consumption in each of the plurality of batteries (104), based on the current consumption value and the remaining
current consumption value of each of the plurality of batteries (104). Thereafter, the method comprises estimating a power limit of
each of the plurality of batteries (104) of the battery pack (106), based on the imbalance in the current consumption and one or more
parameters of corresponding battery. (Figure 1)

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF RECYCLED TYRE STEEL FIBRES CONCRETE FOR SUSTAINABLE
CONSTRUCTION
1)Dr. R. Someswaran
Address of Applicant :Assistant Professor, Department of Civil Engineering, Mohamed Sathak A.J College
of Engineering, 33, Rajiv Gandhi Road, IT Highway, Egattur, Chennai - 603 103, Tamil Nadu, India Chennai -
---------- -----------
2)Dr. Md Siraj Ahmed
3)Uppalapati Arun Kumar
4)Dr. Srikanth Ramvath
5)Hemant Suresh Avhad
6)Devendra Dohare
7)Dr. Rahul Ray
8)Ravi Goutam
9)A. Usha
10)Prof. M. Vadivel
:D07B0001060000, A61K0038000000, Name of Applicant : NA
E04C0005010000, E04C0005160000,
E04C0005200000 1)Dr. R. Someswaran
Address of Applicant :Assistant Professor, Department of Civil Engineering, Mohamed Sathak A.J College of
(86) International Engineering, 33, Rajiv Gandhi Road, IT Highway, Egattur, Chennai - 603 103, Tamil Nadu, India Chennai ----
:NA ------- -----------
Application No
:NA 2)Dr. Md Siraj Ahmed
Filing Date Address of Applicant :Assistant Professor, Civil Engineering Department, Faculty of Engineering and
Technology, KBN University, Kalaburagi-585104, Karnataka, India Kalaburagi ----------- -----------
(87) International 3)Uppalapati Arun Kumar
: NA Address of Applicant :Assistant Professor, Department of Civil Engineering, Visakha Institute of Engineering
Publication No and Technology, GVMC, 57th Division, Narava, Visakhapatnam-530027, Andhra Pradesh, India
(61) Patent of Addition Visakhapatnam ----------- -----------
:NA 4)Dr. Srikanth Ramvath
to Application Number Address of Applicant :Associate Professor, Department of Civil Engineering, Chaitanya Deemed to be
:NA University Hyderabad - 500075, Telangana, India Hyderabad ----------- -----------
Filing Date 5)Hemant Suresh Avhad
(62) Divisional to Address of Applicant :Project Manager, Godrej Properties Limited, Pune, Maharashtra, India Pune ----------- --
:NA ---------
Application Number 6)Devendra Dohare
:NA Address of Applicant :Associate Professor, Civil Engineering and Applied Mechanics Department, Shri G. S.
Filing Date Institute of Technology and Science, Indore-452003, Madhya Pradesh, India Indore ----------- -----------
7)Dr. Rahul Ray
Address of Applicant :Assistant Professor, Department of Civil Engineering, GLA University, Mathura, 17
Km. Stone, NH - 2, Mathura - Delhi Road, Post - Chaumuha, Mathura - 281406, UP, INDIA Mathura ----------
- -----------
8)Ravi Goutam
Address of Applicant :Assistant Professor, Department of Civil Engineering, Aravali Institute of Technical
Studies, Udaipur, Rajasthan, India Udaipur ----------- -----------
9)A. Usha
Address of Applicant :Assistant Professor, Department of Civil Engineering Sri Venkateswara College of
engineering –Tirupati, Tirupati -517507, Andhra Pradesh, India Tirupati ----------- -----------
10)Prof. M. Vadivel
Address of Applicant :Head of the Department, Department of civil Engineering, Nehru Institute of
Technology, Coimbatore-641105, Tamil Nadu, India Coimbatore ----------- -----------
(57) Abstract :
DEVELOPMENT OF RECYCLED TYRE STEEL FIBRES CONCRETE FOR SUSTAINABLE CONSTRUCTION The present
invention relates to development of recycled tyre steel fibres (RTSFs) concrete for sustainable construction. The prerequisite for
effective concrete reinforcement with recycled tyre steel fibres is their high purity, with the lowest possible amount of rubber and
textile contaminants and steel dust. Such fibres may only be obtained after the purification of the original steel cord obtained from
tyres. Recycled tyre steel fibres (RTSFs) were added to concrete in the same amount as industrial steel fibres (MSFs) used as scattered
reinforcement for concrete, with all tests made and analysed comparatively.

(19) INDIA
(54) Title of the invention : QUANTUM-ENHANCED EDGE COMPUTING SYSTEM FOR LATENCY REDUCTION AND DATA
OPTIMIZATION
---------
1)DR. CH. SUDHA SREE
:G06N0010000000, G06F0009500000,
(51) International Address of Applicant :Department of Computer Science and
H04L0043085200, H04W0028020000,
classification Engineering (Data Science) RVR & JC COLLEGE OF
G06K0009620000
(86) International
:NA CHOWDAVARAM, GUNTUR PIN - 522 019 Guntur ----------- --
Application No
:NA ---------
Filing Date
2)MRS .K. ARAVINDA
(87) International
: NA Address of Applicant :Department of Computer Science and
Publication No
Engineering (Data Science) RVR & JC COLLEGE OF
:NA ENGINEERING CHANDRAMOULIPURAM,
Filing Date
---------
(62) Divisional to
:NA 3)MR. B. RAMAKRISHNA
Application Number
Filing Date
---------
4)MR. M. SATYANARAYANA REDDY
---------
(57) Abstract :
QUANTUM-ENHANCED EDGE COMPUTING SYSTEM FOR LATENCY REDUCTION AND DATA OPTIMIZATION
ABSTRACT The present invention represents a groundbreaking innovation that seamlessly merges quantum processing with
traditional edge computing nodes, resulting in a significant reduction in latency and data optimization. By utilizing quantum
algorithms, entanglement-based communication, and dynamic task allocation driven by latency predictions, this system offers a
cutting-edge solution that enhances edge computing efficiency, ensuring peak performance for latency-sensitive applications and
services. It harnesses quantum technology to open new possibilities in edge computing across diverse industries, catering to the
growing demand for low-latency, high-performance computing solutions.

(19) INDIA
(54) Title of the invention : SUSTAINABLE MATRIX FOR FLEXIBLE ELECTRONICS
:C08J0005180000, H01L0029786000, (71)Name of Applicant :

(51) International
H01R0103000000, C12P0019040000, 1)Virginia Tech India Research and Education Forum
classification
H01R0013625000 Address of Applicant :Service Road, Adayalampattu,
(86) International Madhuravoyal, Chennai Madhuravoyal ----------- -----------
:NA
:NA
: NA
Publication No 1)Dr.Chithra Lekha P
(61) Patent of Addition Address of Applicant :Virginia Tech India Research and
:NA
to Application Number Education Forum Service Road, Adayalampattu, Madhuravoyal,
:NA
Filing Date Chennai - 600095. Chennai ----------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present invention is related to a method of production of bacteria-derived nano-cellulose (BNC) substrate or nano-cellulose sheets
suitable for printing flexible electronics devices. The BNC sheets that are produced exhibit desirable characteristics such as
biodegradability, biocompatibility, wrinkle resistance, and excellent printability. The invention discloses a method for sustainable,
cost effective, green production of BNC substrate. The method described herein does not require application of external pressure or
compression, thereby resulting in the formation of a single layer of nanosheet that possesses a smooth and wrinkle-free morphology.

(19) INDIA
(54) Title of the invention : ELECTROMECHANICAL SPACE PROPULSION
:B64G0001400000, F03H0001000000, (71)Name of Applicant :

(51) International
B64G0001260000, H02K0053000000, 1)N.PRAVEEN KUMAR
classification
F03H0099000000 Address of Applicant :17/60C, VARSHA COMPLEX,
(86) International VIVEKANANDAPURAM ----------- -----------
:NA
:NA
: NA
Publication No 1)N.PRAVEEN KUMAR
(61) Patent of Addition Address of Applicant :17/60C, VARSHA COMPLEX,
:NA
to Application Number VIVEKANANDAPURAM ----------- -----------
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Current spacecraft propulsion relies on rocket or ion thrusters, but faces issues with fuel depletion. These systems are heavy due to
onboard fuel and lack re-fuelling capability, limiting the spacecrafts capabilities. Our innovative electromechanical space propulsion,
addresses these limitations. The underlying physics is detailed in the figures. This propulsion phenomena is achieved by magnetic
repulsion or attraction to achieve an initial oscillation of the system due to motion of object inside the housing and then using eddy
currents to stop the oscillation resulting in displacement of the system. This displacement is cyclic and engineered to be smother,
resulting in space propulsion with high thrust capabilities with low input power.

(19) INDIA
(54) Title of the invention : RESEARCH STRATEGIES FOR ENHANCING ENGLISH COMMUNICATION
1)Dr. M PRABAVATHY
Address of Applicant :DIRECTOR CENTRE FOR DIFFERENTLY ABLED PERSONS, BHARATHIDASAN UNIVERSITY, KHAJAMALAI CAMPUS,
TIRUCHIRAPALLI- 620023, TAMILNADU, INDIA TIRUCHIRAPALLI ----------- -----------
2)Dr.D. ABINAYA
3)Dr. M. RAVICHAND
4)Mr.V.SILAMBARASAN
5)Ms. A.THANGAMANI
6)Dr. ALICE EVANGALINE JEBASELVI
7)Dr .R.VITHYA PRABHA
8)Mrs. S. NITHYA DEVI
:G09B0005060000, G09B0019060000, 9)Dr. S.SUDHA
(51) International 10)Dr.G.ARUNA
G09B0007020000, G09B0007000000, 11)Mr.J LOGESHWARAN

12)Dr. V.KANNAN
G09B0005000000 Address of Applicant : NA
(86) International 1)Dr. M PRABAVATHY

Address of Applicant :DIRECTOR CENTRE FOR DIFFERENTLY ABLED PERSONS, BHARATHIDASAN UNIVERSITY, KHAJAMALAI CAMPUS,
:NA TIRUCHIRAPALLI- 620023, TAMILNADU, INDIA TIRUCHIRAPALLI ----------- -----------
Application No 2)Dr.D. ABINAYA
:NA Address of Applicant :ASSISTANT PROFESSOR IN ENGLISH , SCIENCE AND HUMANITIES , KARPAGAM INSTITUTE OF TECHNOLOGY ,
COIMBATORE , TAMILNADU-641105, INDIA COIMBATORE ----------- -----------
Filing Date 3)Dr. M. RAVICHAND
Address of Applicant :PROFESSOR OF ENGLISH , V. R. SIDDHARTHA ENGINEERING COLLEGE (AUTONOMOUS), VIJAYAWADA-520 007, NTR
(87) International KRISHNA , ANDHRA PRADESH KRISHNA ----------- -----------
: NA 4)Mr.V.SILAMBARASAN
Address of Applicant :ASSISTANT PROFESSOR, S/H, SALEM COLLEGE OF ENGINEERING & TECHNOLOGY, SALEM ,TAMIL NADU-636111, INDIA
Publication No SALEM ----------- -----------
5)Ms. A.THANGAMANI
(61) Patent of Addition Address of Applicant :ASSISTANT PROFESSOR (SG), DEPARTMENT OF SCIENCE AND HUMANITIES, ENGLISH , NEHRU INSTITUTE OF
:NA ENGINEERING AND TECHNOLOGY , COIMBATORE , TAMILNADU -641105, INDIA COIMBATORE ----------- -----------
to Application Number 6)Dr. ALICE EVANGALINE JEBASELVI

Address of Applicant :PROFESSOR, ENGLISH, NEHRU INSTITUTE OF TECHNOLOGY, COIMBATORE , TAMILNADU- 641105 COIMBATORE ----------- ---
:NA --------
Filing Date 7)Dr .R.VITHYA PRABHA
Address of Applicant :PROFESSOR AND HEAD, ENGLISH, Dr.N.G.P. ARTS AND SCIENCE COLLEGE, COIMBATORE, TAMIL NADU-641048, INDIA
COIMBATORE ----------- -----------
(62) Divisional to 8)Mrs. S. NITHYA DEVI
:NA Address of Applicant :ASSISTANT PROFESSOR (SG), ENGLISH, Dr.N.G.P. ARTS AND SCIENCE COLLEGE, COIMBATORE, TAMIL NADU-641048, INDIA
Application Number COIMBATORE ----------- -----------
:NA 9)Dr. S.SUDHA
Address of Applicant :ASSOCIATE PROFESSOR, ENGLISH, Dr.N.G.P. ARTS AND SCIENCE COLLEGE, COIMBATORE, TAMIL NADU-641048, INDIA
Filing Date COIMBATORE ----------- -----------
10)Dr.G.ARUNA
Address of Applicant :ASSISTANT PROFESSOR, ENGLISH, Dr.N.G.P. ARTS AND SCIENCE COLLEGE, COIMBATORE-TAMIL NADU-641048, INDIA
COIMBATORE ----------- -----------
11)Mr.J LOGESHWARAN
Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING, SRI ESHWAR COLLEGE OF
ENGINEERING, COIMBATORE- TAMIL NADU COIMBATORE ----------- -----------
12)Dr. V.KANNAN
Address of Applicant :MANAGING DIRECTOR, CLDC RESEARCH AND DEVELOPMENT, NO.997, METTUPALAYAM ROAD, NEAR X-CUT SIGNAL,
R.S.PURAM, COIMBATORE, TAMIL NADU -641002. INDIA (BHARAT) COIMBATORE ----------- -----------
(57) Abstract :
ABSTRACT RESEARCH STRATEGIES FOR ENHANCING ENGLISH COMMUNICATION This paper discusses research
strategies for enhancing English communication immersion, a form of experiential learning aimed at increasing English proficiency.
Through a literature review, this paper identifies the key components of effective learning strategies, namely active learning,
individualized instruction, frequent feedback, metacognitive awareness and communication practices. Active learning approaches
involve encouraging students to take initiative, experiment with different strategies, and actively seek out learning opportunities.
Individualized instruction focuses on tailoring instructional strategies to an individual’s needs, thereby enabling them to interact more
effectively with the language and with native speakers. Frequent feedback bolsters students’ motivation, and allows them to make
quick adjustments while avoiding errors. Metacognitive awareness indicates an awareness of their own learning needs, which students
can use to inform their decisions and to tailor study materials to their abilities. Finally, effective communication practices involve
cultivating an understanding of appropriate language use for different situations and contexts. In sum, this paper demonstrates that
research strategies for enhancing English communication immersion should involve combining a variety of approaches, such as active
learning, individualized instruction, frequent feedback, and metacognitive awareness. Additionally, attention should be paid to the
various contexts in which communication takes place, and appropriate strategies for each context should be emphasized. Through a
qualitative study, effective strategies implemented by 50 teachers of English as a Second Language (ESL) across five countries were
examined. The findings indicate that effective strategies for improving English communication immersion involve using a variety of
lesson activities, including those that engage learners' native language, strategies that promote learner autonomy and interaction, and a
focus on comprehensible input. Additionally, introducing digital technologies into the classroom and the establishment of routines and
rules focused on English use can also facilitate increased English usage. The paper concludes that the success of any immersion
strategy is largely dependent on how well the teacher is able to adapt these strategies to the individual needs and goals of classroom
participants.

(19) INDIA
(54) Title of the invention : POWER MANAGEMENT SYSTEM FOR VEHICLE
1)RIVER MOBILITY PRIVATE LIMITED
Address of Applicant :NO. 25/3, KIADB, EPIP ZONE,
SEETHARAMPALYA, HOODI ROAD, MAHADEVPURA,
WHITEFIELD, BENGALURU 560048, KARNATAKA, INDIA
BENGALURU ----------- -----------
1)RANJAN S NAIR
:B60L15/20, B60L3/00, B60L50/50, Address of Applicant :NO. 25/3, KIADB, EPIP ZONE,
(51) International
B60W10/08, B60W30/182, B60W50/00, SEETHARAMPALYA, HOODI ROAD, MAHADEVPURA,
classification
H02J7/00 WHITEFIELD, BENGALURU 560048, KARNATAKA, INDIA
(86) International BENGALURU ----------- -----------
:NA
Application No 2)SAI VENKATESH MURAVANENI
:NA
Filing Date Address of Applicant :NO. 25/3, KIADB, EPIP ZONE,
(87) International SEETHARAMPALYA, HOODI ROAD, MAHADEVPURA,
: NA
Publication No WHITEFIELD, BENGALURU 560048, KARNATAKA, INDIA
(61) Patent of Addition BENGALURU ----------- -----------
:NA
to Application Number 3)MAHZER ALI BAIG MIRZA
:NA
Filing Date Address of Applicant :NO. 25/3, KIADB, EPIP ZONE,
(62) Divisional to SEETHARAMPALYA, HOODI ROAD, MAHADEVPURA,
:NA
Application Number WHITEFIELD, BENGALURU 560048, KARNATAKA, INDIA
:NA
4)ADITYA MISHRA
BENGALURU ----------- -----------
5)VISHWADEV MURALEEDHARAN
BENGALURU ----------- -----------
(57) Abstract :
ABSTRACT The present disclosure introduces a power management system. This system includes a battery pack, sensing unit, and
vehicle control unit (VCU). The battery pack supplies an operating electric current to an electric motor. The sensing unit measures the
rotational speed of the electric motor, which ties to both the current and a throttle input. The VCU then takes in this throttle input and
rotational speed. From the throttle input, the VCU determines a needed velocity, figures out the difference between this velocity and
the actual rotational speed, and then discerns a necessary electric current. Based on the difference, the VCU chooses a driving state to
steer the motor. It opts for a traction state when the difference goes beyond a set positive mark, a cruise state when it's between certain
values, and a regeneration state when it drops beneath a specified negative threshold.Further, VCU can control transition states in
between the aforesaid states. Fig. 1

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD TO CALIBRATE ANALOG-TO-DIGITAL (A/D) CONVERTER
BENGALURU ----------- -----------
:H03M0001120000, H03M0001100000, Address of Applicant : NA
(51) International
G06F0003041000, H03M0001060000, (72)Name of Inventor :
classification
G06F0003044000 1)SANTOSH L. KAKAD
(86) International Address of Applicant :NO. 25/3, KIADB, EPIP ZONE,
:NA
Application No SEETHARAMPALYA, HOODI ROAD, MAHADEVPURA,
:NA
Filing Date WHITEFIELD, BENGALURU 560048, KARNATAKA, INDIA
(87) International BENGALURU ----------- -----------
: NA
Publication No 2)DIVYAM SONI
(61) Patent of Address of Applicant :NO. 25/3, KIADB, EPIP ZONE,
Addition to :NA SEETHARAMPALYA, HOODI ROAD, MAHADEVPURA,
Application Number :NA WHITEFIELD, BENGALURU 560048, KARNATAKA, INDIA
(62) Divisional to 3)JITUN MISHRA
:NA
Application Number Address of Applicant :NO. 25/3, KIADB, EPIP ZONE,
:NA
Filing Date SEETHARAMPALYA, HOODI ROAD, MAHADEVPURA,
BENGALURU ----------- -----------
4)MAHESH PADMANABH
BENGALURU ----------- -----------
(57) Abstract :
ABSTRACT A system is disclosed for calibrating an internal analog-to-digital converter (iADC). The system includes a first voltage
reference integrated circuit (IC) to receive a primary reference electrical signal (Vref1) and produce a first output signal (ADCOut1).
A second voltage reference IC receives a distinct second reference electrical signal (Vref2) and generates a secondary output signal
(ADCOut2). Second reference signal (Vref2) diverges from the initial reference signal (Vref1). A microcontroller interfaces with both
voltage reference ICs. The microcontroller deduces both a gain factor (ADCGain) and an offset factor (ADCOffset), based on the
collated output signals and initial reference signals. The system leverages the discerned ADCGain and ADCOffset values to fine-tune
and calibrate the iADC, thereby ensuring accurate digital representation of analog inputs. The calibrated iADC can be used to calibrate
an external A/D converter that generates an output digital signal in response to an input analog signal. Fig. 1

(19) INDIA
(54) Title of the invention : ROAD GRADIENT BASED DYNAMIC POWER MANAGEMENT SYSTEM FOR VEHICLES
BENGALURU ----------- -----------
:B60L15/20, B60L58/10,
B60W20/12, B60W40/06,
classification 1)ADITYA MISHRA
B60W40/076
(86) International
:NA SEETHARAMPALYA, HOODI ROAD, MAHADEVPURA,
Application No
:NA WHITEFIELD, BENGALURU 560048, KARNATAKA, INDIA
Filing Date
BENGALURU ----------- -----------
(87) International
: NA 2)SAI VENKATESH MURAVANENI
Publication No
:NA SEETHARAMPALYA, HOODI ROAD, MAHADEVPURA,
Application Number
:NA WHITEFIELD, BENGALURU 560048, KARNATAKA, INDIA
Filing Date
BENGALURU ----------- -----------
(62) Divisional to
:NA 3)RANJAN S NAIR
Application Number
:NA Address of Applicant :NO. 25/3, KIADB, EPIP ZONE,
Filing Date
BENGALURU ----------- -----------
4)MAZHER ALI BAIG MIRZA
BENGALURU ----------- -----------
(57) Abstract :
Abstract POWER MANAGEMENT SYSTEM FOR VEHICLES The present invention relates to a power management system for a
vehicle. The system comprises a battery pack that supplies current to an electric motor of the vehicle. The system comprises a sensing
unit to determine rotational speed and torque of the electric motor, a current ride mode of the vehicle, throttle input, and the State of
Charge (SoC) associated with the battery pack. The system comprises a vehicle control unit that receives the determinations by the
sensing unit and subsequently, determines a functional current setpoint based on the SoC and ride mode. The setpoint is associated
with a maximum current that can be supplied from the battery pack to the electric motor. The system detects operation of the vehicle
on a gradient and employs the detection with the setpoint, ride mode, and measurements of speed and torque to control the supply of
current to the electric motor. Fig. 1

(19) INDIA
(54) Title of the invention : AI-DRIVEN ANALYTICAL TOOLS FOR ASSESSING AND ENHANCING PEDAGOGICAL
STRATEGIES
1)Dr. P. Harini
Address of Applicant :Professor and HoD, Department of CSE, St. Ann’s
College of Engineering and Technology, Chirala, Andhra Pradesh, India, Pincode:
523187 ----------- -----------
2)Dr. Nellore Manoj Kumar
3)Ms. Sandiri Swetha
4)Mr. Lokesh K
5)Mrs. E. Vidhya
6)Dr. M. Sailaja
7)Dr. P. Tarangani
:G06Q0050200000, G06N0020000000, Address of Applicant : NA
G09B0019000000, G06N0005040000,
classification 1)Dr. P. Harini
G06K0009620000
Address of Applicant :Professor and HoD, Department of CSE, St. Ann’s College
(86) International of Engineering and Technology, Chirala, Andhra Pradesh, India, Pincode: 523187 -
:NA
Application No ---------- -----------
:NA 2)Dr. Nellore Manoj Kumar
Filing Date
Address of Applicant :Independent Researcher, Infinite-Research Organization,
(87) International
: NA Founder and CEO, B.O. 15-225, Gollapalem, Venkatagiri, Tirupati District,
Publication No Andhra Pradesh, India, Pincode: 524132 ----------- -----------
(61) Patent of Addition 3)Ms. Sandiri Swetha
:NA Address of Applicant :Assistant Professor, Department of ECE, St Peter’s
:NA Engineering College, Hyderabad, India, Pincode: 500100 ----------- -----------
Filing Date
4)Mr. Lokesh K
(62) Divisional to Address of Applicant :Research Scholar, Business Administration, Swiss School of
:NA
Application Number Business and Management, Geneva, Switzerland, Postal Code: 1213 ----------- -----
:NA ------
Filing Date
5)Mrs. E. Vidhya
Address of Applicant :Assistant Professor, Department of ECE, Roever
Engineering College, Elambalur, Perambalur, Tamilnadu, India, Pincode: 621220 -
---------- -----------
6)Dr. M. Sailaja
Address of Applicant :Assistant Professor, Department of English, Institute of
Aeronautical Engineering (IARE), Dundigal, Hyderabad, Telangana, India,
Pincode: 500043 ----------- -----------
7)Dr. P. Tarangani
Address of Applicant :Professor, Department of MBA, Sri Venkateswara College
of Engineering (Autonomous), Tirupati, Andhra Pradesh, Pincode: 517507 ---------
-- -----------
(57) Abstract :
The present invention relates to an artificial intelligence (AI)-driven analytical tool designed to assess and enhance pedagogical
strategies within educational settings. The system collects a wide range of educational data and utilizes advanced machine learning
algorithms to analyze and interpret this data to provide insights into the effectiveness of teaching methods. The tool is adaptive,
scalable, and capable of providing real-time personalization of education based on individual learner data. It can predict educational
outcomes, support holistic student development, and offer recommendations for educational policy and strategy. Additionally, the
system is designed with a focus on data privacy and ethical AI practices, ensuring the security and integrity of student information.
This invention represents a significant advancement in the field of educational technology, offering the potential to improve teaching
strategies and student learning outcomes through data-driven analysis and insights.

(19) INDIA
(54) Title of the invention : INVITRO CYTOTOXICITY STUDIES ON ANTI-CANCER ACTIVITY ON GYNMEMA
SLYVESTRAE, AEGLE MARMELEOUS, CISSUS QUADRANGULARIS BY USING MCF7 &A549 CELL LINES.
1)Dr. Swetha Madamala
Address of Applicant :Dr. Swetha Madamala, Department of
Chemistry, Assistant Professor, MVJ College of Engineering,
Bangalore 9966263111 swethamadamala31@gmail.com
:G01N0033500000, C07J0063000000, swetha@mvjce.edu.in ----------- -----------
(51) International
A61P0035000000, A61P0019100000, 2)Dr. Aravinda T
classification
A61K0036270000 3)MVJ College of Engineering, Bangalore
:NA
:NA
(87) International 1)Dr. Swetha Madamala
: NA
Publication No Address of Applicant :Dr. Swetha Madamala, Department of
(61) Patent of Addition Chemistry, Assistant Professor, MVJ College of Engineering,
:NA
to Application Number Bangalore 9966263111 swethamadamala31@gmail.com
:NA
Filing Date swetha@mvjce.edu.in ----------- -----------
(62) Divisional to 2)Dr. Aravinda T
:NA
Application Number Address of Applicant :Dr. Aravinda T, Department of Chemistry,
:NA
Filing Date Associate Professor, Nitte Meenakshi Institute of Technology,
Yelahanka, Bangalore- 560064. aravindachem@gmail.com
9986038391 ----------- -----------
3)MVJ College of Engineering, Bangalore
Address of Applicant :MVJ College of Engineering, Bangalore
swetha@mvjce.edu.in ----------- -----------
(57) Abstract :
ABSTRACT OF THE INVENTION To evaluate the cytotoxicity effects of Ursolic Acid, 6 methyl chromone and Gymnemic Acid on
A549 and MCF7 cell lines. We studied, In-vitro cytotoxicity of the test substances Standard Gymnemic acid and M S Extract were
tested by MTT assay against MCF-7 (Human Breast Cancer) and A549 (Human Lung Carcinoma) cell lines. The test substances
Standard Gymnemic acid and M S Extract were taken at concentrations ranging from 1000 µg/ml to 62.5 µg/ml to determine the
percentage growth inhibition on the cell lines MCF-7 and A549.

(19) INDIA
(54) Title of the invention : A TWIST TESTING APPARATUS AND A TESTING METHOD THEREOF
1)Dr. K.M.Pachiyappan
Costume Design and Fashion, PSG College of Arts & Science, ----
------- -----------
2)Dr. N.Gokerneshan
3)K.V. Arunkumar
4)P.Dhanusya
5)P.Gracy
6)Dr.P.Mohanraj
:G01N0003080000, G01N0003560000,
G01N0019040000, A61B0005110000,
classification 1)Dr. K.M.Pachiyappan
G01N0003040000
(86) International
:NA Costume Design and Fashion, PSG College of Arts & Science, ----
Application No
:NA ------- -----------
Filing Date
2)Dr. N.Gokerneshan
(87) International
: NA Address of Applicant :Professor and Head, Department of Textile
Publication No
chemistry, SSM College of Engineering, Komarapalayam ----------
:NA - -----------
:NA 3)K.V. Arunkumar
Filing Date
Address of Applicant :Ph.D Scholar, Department of Costume
(62) Divisional to
:NA Design and Fashion, PSG College of Arts & Science, Coimbatore
Application Number
:NA ----------- -----------
Filing Date
4)P.Dhanusya
Design and Fashion, PSG College of Arts & Science, Coimbatore
----------- -----------
5)P.Gracy
Design and Fashion, PSG College of Arts & Science, Coimbatore
----------- -----------
6)Dr.P.Mohanraj
Address of Applicant :Professor, National Institute of Fashion
Technology, Vikram Sarabhai Instronics Estate, Tharamani,
Chennai, ----------- -----------
(57) Abstract :
The present invention discloses a testing instrument to test the number of twists present in a yarn made up of staple fibres and also
discloses a testing method for measuring the number of twists present in the unit length of a yarn and to evaluate the twist cohesion
values. Said Twist cohesion testing apparatus (1) consists of a frame (2) vertically mounted on a platform (3). A driving means (4) is
mounted in the upper part of the frame (2). A specimen holder (5) is rotatably mounted on the motor shaft (6) and a twist measuring
device (7) mounted in the upper portion of the said frame (2) and connected to the motor (4). A control switch (8) mounted below the
said twist measuring device (7). Said specimen holder (5) consists of a circular clamp (11) with a fastening means (12) and a dead
weight.

(19) INDIA
(54) Title of the invention : ELECTRICALLY OPERATED FISH DE-SCALER
1)Dr. P.Vijayakumar
Address of Applicant :Assistant Professor (SG) Department of Aeronautical Engineering Nehru Institute of
Technology, (Autonomous) Coimbatore – 641105 ----------- -----------
2)Dr.Nickhil C
3)Dr. Nisha R
4)V.Guru
5)Dr.R.Sowmya
6)Ms. J. Joylin Mary
7)Dr.D.F.Jingle Jabha
8)A.ARAVINDHAN
9)Dr.S.SatheeshKumar
10)Dr.M.ArunKumar
1)Dr. P.Vijayakumar
Address of Applicant :Assistant Professor (SG) Department of Aeronautical Engineering Nehru Institute of
Technology, (Autonomous) Coimbatore – 641105 ----------- -----------
(51) International classification :A22C25/02, B26B7/00, H02P7/00 2)Dr.Nickhil C
(86) International Application No :NA Address of Applicant :Assistant Professor Department of Food Engineering and Technology Tezpur
Filing Date :NA University, Assam- 784028 ----------- -----------
(87) International Publication No : NA 3)Dr. Nisha R
(61) Patent of Addition to Application Number :NA Address of Applicant :Assistant Professor Department of Agricultural Engineering, Nehru Institute of
Filing Date :NA Technology, Coimbatore- 641105 ----------- -----------
(62) Divisional to Application Number :NA 4)V.Guru
Filing Date :NA Address of Applicant :Assistant Professor, Department Of Mechanical Engineering, Muthyammal Engineering
College (Autonomous). Rasipuram. Namakkal(Dt). 636351. ----------- -----------
5)Dr.R.Sowmya
Address of Applicant :Assistant professor Department of Electrical and Electronics Engineering SRM TRP
Engineering College, Trichy - 621105 ----------- -----------
6)Ms. J. Joylin Mary
Address of Applicant :Assistant Professor Department of Electrical and Electronics Engineering SRM TRP
Engineering College, Trichy - 621105 ----------- -----------
7)Dr.D.F.Jingle Jabha
Address of Applicant :Associate Professor Electrical and Electronics engineering Department SRM TRP
Engineering college, Trichy-621105 ----------- -----------
8)A.ARAVINDHAN
Address of Applicant :Lecturer Department Of Mechanical Engineering, Mahendra Polytechnic College .
Mallasamudram, Namakkal(Dt). 637503 ----------- -----------
9)Dr.S.SatheeshKumar
Address of Applicant :Assistant Professor Department of Mechatronics Engineering Hindusthan College of
Engineering and Technology, Coimbatore- 641032 ----------- -----------
10)Dr.M.ArunKumar
Address of Applicant :Associate Professor Department of Mechatronics Engineering Hindusthan College of
Engineering and Technology (Autonomous), Coimbatore- 641032 ----------- -----------
(57) Abstract :
In the past, various products have been found to de-scale fish, but till not much importance has been given to the idea of developing an efficient product with a reasonable cost. Now there are various machines available in the
market to de-scale a fish but a system ascertaining both cost and quality has not been produced for a domestic purpose. In fish processing, de-scaling is traditionally carried out by knife. This process takes more time and is
cumbersome .This may also lead to injury to the person who carried out the process. This machine was actually designed for de-scaling operations of fish processing and also for making it available in both domestic and large
scale usage. The machine also reduces the drudgery in operation and also reduces the time required for de-scaling.

(19) INDIA
(54) Title of the invention : METAL-ORGANIC FRAMEWORKS (MOFS) FOR SELECTIVE CAPTURE AND RELEASE OF
GASEOUS POLLUTANTS
1)Dr. Ganji Saidulu
Chemistry, J. B. Institute of Engineering and Technology, Bhaskar
Nagar, Yenkapally (V), Moinabad(M), R.R. District, Hyderabad,
Telangana, India -500075 ----------- -----------
2)Dr. Surapaneni Krishna Mohan
3)Dr. Manisha Atul Bora
4)Dr. B. Padma
5)Dr. Ramudu Pochamoni
:B01J0020220000, B01D0053020000,
B01J0020280000, B01J0031160000,
B01J0020300000
1)Dr. Ganji Saidulu
(86) International
:NA Address of Applicant :Associate Professor, Department of
Application No
:NA Chemistry, J. B. Institute of Engineering and Technology, Bhaskar
Filing Date
(87) International
: NA Telangana, India -500075 ----------- -----------
Publication No
:NA Address of Applicant :Professor, Department of Biochemistry,
:NA Panimalar Medical College, Hospital & Research Institute,
Filing Date
Varadharajapuram, Poonamallee, Chennai - 600123, Tamil Nadu,
(62) Divisional to
:NA India ----------- -----------
Application Number
:NA 3)Dr. Manisha Atul Bora
Filing Date
Chemistry, Bharatiya Jain Sanghtana's Arts, Science and
Commerce College, Wagholi, Pune, 412207 ----------- -----------
4)Dr. B. Padma
Chemistry, University Post Graduate College, Osmania
University, Telangana, Secunderabad, India - 500003 ----------- ---
--------
Chemistry, Palamuru University, 509001 ----------- -----------
(57) Abstract :
The invention presents a Metal-Organic Frameworks (MOFs) for Selective Capture and Release of Gaseous Pollutants. The present
invention comprising of a structured arrangement resulting from the coordination of metal nodes with organic ligands, wherein the
Metal-Organic Framework (MOF) demonstrates notable affinity and specificity for distinct gaseous pollutants. The metal nodes,
encompassing zinc, copper, iron, and aluminium, synergize with organic ligands selected to confer specificity for gaseous pollutants
like sulphur dioxide, nitrogen oxides, carbon dioxide, methane, or volatile organic compounds. A technique for producing Metal-
Organic Frameworks (MOFs) geared toward selectively trapping gaseous pollutants, involving the steps of selecting metal nodes and
organic ligands based on their coordination chemistry, and subjecting them to controlled synthesis conditions, resulting in the
formation of a crystalline MOF structure hosting specific binding sites for targeted gaseous pollutants. The post-synthetic modification
to heighten the MOF's selectivity and affinity for particular gaseous pollutants. A regeneration module where the MOF undergoes
conditions conducive to pollutant removal, ensuring its reusability for subsequent capture-release cycles. Accompanied Drawing [FIG.
1-2]

(19) INDIA
(54) Title of the invention : CATALYTIC SYSTEM FOR EFFICIENT CONVERSION OF METHANE TO LIQUID
HYDROCARBONS
1)Dr. Ganji Saidulu
Chemistry, J. B. Institute of Engineering and Technology, Bhaskar
Telangana, India -500075 ----------- -----------
3)Dr. P. Muralikrishna
4)Dr. B. Padma
:B01J0035000000, B01J0037080000,
B01J0029460000, B01J0008020000,
C02F0001000000
1)Dr. Ganji Saidulu
(86) International
Application No
:NA Chemistry, J. B. Institute of Engineering and Technology, Bhaskar
Filing Date
(87) International
: NA Telangana, India -500075 ----------- -----------
Publication No
:NA Address of Applicant :Professor, Department of Biochemistry,
:NA Panimalar Medical College, Hospital & Research Institute,
Filing Date
Varadharajapuram, Poonamallee, Chennai - 600123, Tamil Nadu,
(62) Divisional to
:NA India ----------- -----------
Application Number
:NA 3)Dr. P. Muralikrishna
Filing Date
Chemistry, Chaitanya Bharathi Institute of Technology, Gandipet,
Hyderabad, 500075 ----------- -----------
4)Dr. B. Padma
Chemistry, University Post Graduate College, Osmania
University, Telangana, Secunderabad, India - 500003 ----------- ---
--------
Chemistry, Palamuru University, 509001 ----------- -----------
(57) Abstract :
The invention presents a Catalytic System for Efficient Conversion of Methane to Liquid Hydrocarbons. The present invention
comprising of initiating interaction between methane and a catalyst matrix containing transition metal nanoparticles and zeolite
particles and modifying temperature and pressure conditions to facilitate the conversion of methane into liquid hydrocarbons. The
transition metal nanoparticles consist of ruthenium or platinum. The catalytic process involving the separation and recovery of liquid
hydrocarbons from the resultant reaction products. A catalyst matrix is engineered to reduce undesired by-products and amplify
selectivity toward the formation of liquid hydrocarbons. The catalyst matrix containing zeolite particles and transition metal
nanoparticles. A specifically engineered reaction chamber to enhance the interplay between methane and the catalyst matrix and a unit
for controlling temperature and pressure to fine-tune reaction conditions. The zeolite particles are chosen from the selection of ZSM-5,
HZSM-5, and ferrierite. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : AN INVESTIGATION OF CYBER SECURITY FRAMEWORK FOR HUMAN BEHAVIOR
PREDICTION
1)D Kalpana, Malla Reddy Engineering College (Autonomous)
Address of Applicant :Assistant Professor Department of CSE-Data Science
Malla Reddy Engineering College (Autonomous), Maisammaguda, Dhulapally,
Secunderabad -500100, Telangana, India Hyderabad ----------- -----------
2)Dr. P Chandra Shaker Reddy, Lovely Professional University
3)Saptarshi Mukherjee,Maulana Abul Kalam Azad University of
Technology
:G06F0021570000, H04L0067120000, 4)Dr. R Natchadalingam, R. L. Jalappa Institute of Technology
(51) International 5)S Asif, Marri Laxman Reddy Institute of Technology and Management
G06F0021550000, G05D0001020000, Name of Applicant : NA
classification
G08G0001160000 Address of Applicant : NA
:NA 1)D Kalpana, Malla Reddy Engineering College (Autonomous)
Application No
:NA Address of Applicant :Assistant Professor Department of CSE-Data Science Malla
Filing Date Reddy Engineering College (Autonomous), Maisammaguda, Dhulapally,
(87) International Secunderabad -500100, Telangana, India Hyderabad ----------- -----------
: NA 2)Dr. P Chandra Shaker Reddy, Lovely Professional University
Publication No
Address of Applicant :Professor, School of Computer Science and Engineering,
:NA Lovely Professional University, Phagwara-144411, Punjab, India Phagwara --------
to Application Number --- -----------
:NA
Filing Date 3)Saptarshi Mukherjee,Maulana Abul Kalam Azad University of
(62) Divisional to Technology
:NA Address of Applicant :Assistant Professor, Department of Bioinformatics(M.Tech),
Application Number
:NA Maulana Abul Kalam Azad University of Technology, Bidhannagar-700064,
Filing Date Kolkata, West Bengal, India. Kolkata ----------- -----------
4)Dr. R Natchadalingam, R. L. Jalappa Institute of Technology
Address of Applicant :Professor &HOD (DATA SCIENCE), R. L. Jalappa Institute
of Technology, Doddaballapur, Bengaluru, Karnataka-561203, India
Doddaballapur ----------- -----------
5)S Asif, Marri Laxman Reddy Institute of Technology and Management
Address of Applicant :Assistant Professor Computer Science and Engineering
(Data Science), Marri Laxman Reddy Institute of Technology and Management,
Dundigal, Hyderabad, Telangana , INDIA, 500043 Hyderabad ----------- -----------
(57) Abstract :
An improved method for analyzing computer network security has been developed. The method first establishes multiple nodes,
where each node represents an actor, an event, a condition, or an attribute related to the network security. Next, an estimate is created
for each node that reflects the ease of realizing the event, condition, or attribute of the node. Attack paths are identified that represent a
linkage of nodes that reach a condition of compromise of network security. Next, edge probabilities are calculated for the attack paths.
The edge probabilities are based on the estimates for each node along the attack path. Next, an attack graph is generated that identifies
the easiest conditions of compromise of network security and the attack paths to achieving those conditions. Finally, attacks are
detected with physical sensors on the network that predict the events and conditions. When an attack is detected, security alerts are
generated in response to the attacks.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR REMOVAL OF INVASIVE PLANT SPECIES
501401, India. Hyderabad ----------- -----------
:B32B0038000000, B32B0037000000,
A61B0018140000, A01M0021040000,
A61B0018000000
(86) International
Application No
Filing Date
(87) International
: NA 1)Dr. M Suresh
Publication No
:NA 501401, India. ----------- -----------
Filing Date
2)Dr. B Premalatha
(62) Divisional to
Application Number
Filing Date
501401, India. ----------- -----------
501401, India. ----------- -----------
(57) Abstract :
Exemplary embodiments of the present disclosure are directed towards a system and method for removal of invasive plant species. A
system and method for removal of invasive plant species comprises of a long height adjustable handle that connects the pair of
removable blade with the electric motor. Furthermore, a pair of removable blades, connected to the long handle at the bottom end,
configured to cut the invasive plant species. Finally, an electric motor, connected to the long handle at the upper end, configured to run
the blades. FIG. 1

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR WATER DISTRIBUTION AND LASER BOUNDARY IN PADDY
FIELDS
:A01G0025160000, A61B0005145500, Address of Applicant :CMR College of Engineering &
(51) International
G08B0021020000, F24F0110100000, Technology, Kandlakoya, Medchal Road, Hyderabad, Telangana-
classification
G05B0023020000 501401, India. ----------- -----------
(86) International 2)Abdul Subhani Shaik
:NA
Application No 3)Dr. M Suresh
:NA
: NA
(61) Patent of Addition 1)Abdul Subhani Shaik
:NA
to Application Number Address of Applicant :CMR College of Engineering &
:NA
Filing Date Technology, Kandlakoya, Medchal Road, Hyderabad, Telangana-
(62) Divisional to 501401, India. ----------- -----------
:NA
Application Number 2)Dr. M Suresh
:NA
Filing Date Address of Applicant :CMR College of Engineering &
501401, India. ----------- -----------
(57) Abstract :
Exemplary embodiments of the present disclosure are directed towards a system and method for water distribution and laser boundary
in paddy fields. The system includes a plurality of sensors that measure various parameters and send data to a microcontroller. A WiFi
module integrated with the microcontroller enables remote monitoring and control; a laser generator and detector system that
establishes a protective laser boundary around the paddy field, alerting the microcontroller to animal presence; an LCD display screen
linked to the microcontroller presents real-time sensor data to users; a buzzer, connected to the microcontroller, generates sound alerts
in response to detected signals; a relay switch, linked to a motor, controls water flow through the irrigation system, ensuring precise
water distribution in the paddy fields, collectively enhancing efficiency and crop protection. FIG. 1

(19) INDIA
(54) Title of the invention : DYNAMIC TWO-WAY MARKETING OF PRODUCTS AND SERVICES ON THE GO

(51) International
G06Q0040040000, G09F0027000000, 1)Navina Kumar Bhairi
classification
H04W0004230000 Address of Applicant :Freserveien 7, 0195, Oslo, Norway -----
(86) International ------ -----------
:NA
Application No 2)Chandan Saxena
:NA
: NA
(61) Patent of Addition 1)Navina Kumar Bhairi
:NA
to Application Number Address of Applicant :Freserveien 7, 0195, Oslo, Norway ----------
:NA
Filing Date - -----------
(62) Divisional to 2)Chandan Saxena
:NA
Application Number Address of Applicant :9317 Almar Pl, Pittsburgh, PA 15237,
:NA
Filing Date United States. ----------- -----------
(57) Abstract :
A system and method for two-way communication interface for products and services. The system and method are based on a concept
centric algorithm which powers a user to buy or sell products and/or services that are purely based on the user intelligence and needs.
A recommendation engine is built which binds with the current location of the user to recommend him with a list of probable options
for go after, such buying and selling. Henceforth, a list of providers and options to sell is displayed to a consumer who is a registered
user and who chose to be a consumer. The consumer can drill down the list based on his/her preferences. The preferences of the
consumer are prestored and further given as an option to the consumer to filter out the list. The prestored options are such as price,
distance, availability, stock, rating, pictures, genuineness, and contact information. The information presented to the consumer is a
direct upload of the provider, the system does not interfere with the content of the provider. The information is relayed to the
consumer as is.

(19) INDIA
(54) Title of the invention : AGRICULTURAL INNOVATION: IOT-ENHANCED SMART IRRIGATION SYSTEM WITH CROP
PROTECTION
1)Anil D
Address of Applicant :CMR Institute of Technology, Bengaluru ----------- ------
-----
2)Dr. UJWAL U.J
3)Dr. SMITHA M.L
4)Dr. Savitha C K
5)BALAPRADEEP K.N
6)VENKATESH U.C
7)KISHOR KUMAR K
:A01G0025160000, G06Q0050020000,
G06Q0010060000, A01G0025000000,
classification 1)Dr. UJWAL U.J
A01G0025020000
Address of Applicant :Department of Computer Science & Engineering, KVG
(86) International
:NA COLLEGE OF ENGINEERING, KURUNJIBHAG, SULLIA (D.K), Karnataka
Application No
:NA 574327 ----------- -----------
Filing Date
2)Dr. SMITHA M.L
(87) International
: NA Address of Applicant :Department of Computer Science & Engineering, KVG
Publication No
COLLEGE OF ENGINEERING, KURUNJIBHAG, SULLIA (D.K), Karnataka
:NA 574327 ----------- -----------
Application Number
:NA 3)Dr. Savitha C K
Filing Date
(62) Divisional to
:NA COLLEGE OF ENGINEERING, KURUNJIBHAG, SULLIA (D.K), Karnataka
Application Number
:NA 574328 ----------- -----------
Filing Date
4)BALAPRADEEP K.N
574329 ----------- -----------
5)VENKATESH U.C
574330 ----------- -----------
6)KISHOR KUMAR K
574330 ----------- -----------
(57) Abstract :
Abstract: The agricultural sector in India plays a pivotal role in the livelihood of a majority of the population, and its significance cannot be overstated. This patent
revolves around the development of an IoT-based smart irrigation system that offers substantial benefits to farmers by reducing manual labor and saving valuable time.
The system's primary focus is to monitor and enhance environmental conditions critical for optimizing crop yield, especially for seasonal crops. It achieves this by
automating the assessment of moisture levels, humidity, water availability, and temperature in the cultivated land. Moreover, the patent introduces advanced
communication technology to improve the efficiency of smart irrigation and protect crops from animal intrusions, such as cows, goats, elephants, and other wildlife,
which farmers struggle to safeguard round the clock. The core functionality of the system involves the installation of various sensors that continuously monitor
environmental parameters and transmit the collected data to an Arduino board. Farmers can access this invaluable information through a dedicated mobile application
via a Wi-Fi module. Furthermore, the innovation provides an automatic irrigation feature, ensuring that crops receive water precisely when needed, optimizing resource
utilization and crop health. This IoT-enhanced smart irrigation system promises to revolutionize the agricultural landscape in India, facilitating better crop management,
enhancing productivity, and offering a solution to the challenges posed by environmental factors and wildlife intrusions. Its potential for widespread adoption and
substantial positive impact on farmers' livelihoods make it a significant and innovative contribution to the agricultural industry.

(19) INDIA
(54) Title of the invention : SECURE COMMUNICATION SYSTEM WITH NON-SENSITIVE IDENTIFIERS
1)Dr.Piyush Kumar Pareek
Address of Applicant :Dr.Piyush Kumar Pareek Professor and
Head (AI-ML & IPR CELL), Nitte Meenakshi Institute of
Technology, Yelahanka, Bengaluru-560064, Karnataka, India -----
------ -----------
2)Dr. Ramya Thatikonda
3)Reshmi Tatikonda
:H04L0009320000, G06F0021620000, 4)Nitte Meenakshi Institute of Technology
(51) International
G06Q0020380000, H04L0009000000, Name of Applicant : NA
classification
H04L0009080000 Address of Applicant : NA
:NA
Application No 1)Dr.Piyush Kumar Pareek
:NA
Filing Date Address of Applicant :Dr.Piyush Kumar Pareek Professor and
(87) International Head (AI-ML & IPR CELL), Nitte Meenakshi Institute of
: NA
Publication No Technology, Yelahanka, Bengaluru-560064, Karnataka, India -----
:NA
to Application Number 2)Dr. Ramya Thatikonda
:NA
Filing Date Address of Applicant :Dr. Ramya Thatikonda, Software Engineer,
(62) Divisional to PhD in Information technology at University of the Cumberlands,
:NA
Application Number Ramya.t0211@gmail.com ----------- -----------
:NA
Filing Date 3)Reshmi Tatikonda
Address of Applicant :Reshmi Tatikonda, Lead Software
Engineer, Masters in Computer Information systems at University
of the Central Missouri Email: reshmi.t03@gmail.com ----------- --
---------
Address of Applicant :Nitte Meenakshi Institute of Technology,
P.B.No.6429. Yelahanka, Bangalore 560064, Karnataka, India.
piyush.kumar@nmit.ac.in ----------- -----------
(57) Abstract :
The invention discloses a System Communications with Non-Sensitive Identifiers, presenting a paradigm shift in digital
communication to prioritize user privacy, security, and control. This innovative system introduces a unique architecture comprising a
Non-Sensitive Identifier Generator, Secure Communication Protocol, Decentralized Authentication Mechanism, Dynamic Identifier
Mapping System, Anonymous Communication Options, Multi-Factor Authentication (MFA), User Management Interface, Cross-
Platform Compatibility Layer, and Continuous Security Auditing System. The working principle ensures the generation of privacy-
focused identifiers, end-to-end encryption, decentralized user authentication, dynamic mapping for enhanced privacy, anonymous
communication choices, and a user-centric interface. This invention revolutionizes digital communication by providing a secure,
flexible, and user-controlled environment, safeguarding user anonymity and fostering trust in online interactions.

(19) INDIA
(54) Title of the invention : BLOCKCHAIN-ENABLED BUSINESS PROCESS EXECUTION PLATFORM
------ -----------
3)Reshmi Tatikonda
:H04L0009320000, G06Q0010060000, 4)Nitte Meenakshi Institute of Technology
(51) International
H04L0009080000, G06Q0020400000, Name of Applicant : NA
classification
:NA
:NA
: NA
:NA
:NA
:NA
:NA
---------
(57) Abstract :
The Blockchain-Enabled Business Process Execution Platform is a revolutionary system designed to transform traditional business
process management by harnessing the power of blockchain technology. This platform introduces a decentralized and transparent
approach to executing business processes, leveraging smart contracts and cryptographic security. Key features include a permissioned
access control mechanism, tokenization for asset management, and seamless integration with external systems. The platform ensures a
tamper-proof audit trail, fostering trust and accountability. Real-time monitoring and analytics empower stakeholders to make data-
driven decisions, enhancing overall business efficiency. With a focus on security, transparency, and efficiency, this invention paves
the way for a new era in business process management.

(19) INDIA
(54) Title of the invention : HYBRID PUBLIC-PRIVATE BLOCKCHAIN LEDGER IMPLEMENTATION SYSTEM AND
METHOD
------ -----------
3)Reshmi Tatikonda
:H04L0009320000, G06F0021620000, 4)Nitte Meenakshi Institute of Technology
(51) International
H04L0009060000, H04L0009140000, Name of Applicant : NA
classification
:NA
:NA
: NA
:NA
:NA
:NA
:NA
---------
(57) Abstract :
The invention discloses a Hybrid Public-Private Blockchain Ledger Implementation System and Method, presenting a novel approach
to address the challenges posed by traditional blockchain architectures. This innovative system seamlessly integrates the transparency
of public blockchains with the controlled access of private blockchains, offering a versatile solution for a broad spectrum of enterprise
applications. Key features include a sophisticated consensus mechanism, interoperability for seamless data exchange, and a
customizable privacy model. The method encompasses transaction initiation, smart contract execution, and real-time monitoring,
ensuring scalability, security, and adaptability to evolving technological landscapes. With a focus on optimizing performance while
preserving data privacy, this invention pioneers a balanced and efficient approach to blockchain implementation, fostering trust and
innovation across diverse industries.

(19) INDIA
(54) Title of the invention : WHEELCHAIR DELIVERY ROBOT SYSTEM AND METHOD THEREOF
Karnataka, India. Manipal ----------- -----------
:B25J0009160000, A61G0005100000,
B25J0011000000, H04W0072120000,
A61G0005040000
1)MURALIKRISHNA S.N
(86) International
:NA Address of Applicant :Assistant Professor Senior Scale,
Application No
:NA Department of Computer Science and Engineering, Manipal
Filing Date
Institute of Technology, Manipal Academy of Higher Education,
(87) International
: NA Manipal, 576104, Karnataka, India. Manipal ----------- -----------
Publication No
2)RAGHURAMA HOLLA
:NA Address of Applicant :Assistant Professor, Department of Data
:NA Science and Computer Applications, Manipal Institute of
Filing Date
Technology, Manipal Academy of Higher Education, Manipal,
(62) Divisional to
:NA 576104, Karnataka, India. Manipal ----------- -----------
Application Number
:NA 3)RAGHAVENDRA GANIGA
Filing Date
Address of Applicant :Assistant Professor Senior Scale,
Department of Information and Communication Technology,
Manipal Institute of Technology, Manipal Academy of Higher
Education, Manipal, 576104, Karnataka, India. Manipal -----------
-----------
(57) Abstract :
The present disclosure relates generally to the field of robotics. More specifically the present disclosure relates to a wheelchair
delivery robot system. The system (100) includes a wheelchair robot device (102) comprising an imaging unit (104), one or more
wireless fidelity (WiFi) enabled processing boards (106), atleast one sensor (108), one or more direct current (DC) motors (110) and
an intelligence module (IM) (112), processor (114), a database (118), one or more access points (120) placed on a predefined
environment and a memory (116) coupled to the processor (114). The IM (112) comprising a vision module (VM) (112-1) and an
indoor positioning module (IPM) (112-2). The present disclosure further relates to a method of operating a wheelchair delivery robot
system. Advantageously the present invention relates to a cost-effective wheelchair delivery robot system and can be extended to
existing motor-based wheelchairs as an add-on module.

(19) INDIA
(54) Title of the invention : SYSTEM FOR CLUSTERING AND ROUTING IN WIRELESS SENSOR NETWORKS FOR DATA
TRANSMISSION, AND METHOD THEREOF
:H04W0084180000, H04W0072040000, 1)VIT-AP University
(51) International
H04W0052020000, H04W0040100000, Address of Applicant :Inavolu, Amaravati, Andhra Pradesh -
classification
G06N0020000000 522237, India. Amaravati ----------- -----------
:NA
:NA
(87) International 1)RAMESH BABU PEDDITI
: NA
Publication No Address of Applicant :Research Scholar, SCOPE, School of
(61) Patent of Computer Science and Engineering, VIT-AP University, Inavolu,
Addition to :NA Amaravati, Andhra Pradesh - 522237, India. Amaravati ----------- -
Application Number :NA ----------
Filing Date 2)KUMAR DEBASIS
(62) Divisional to Address of Applicant :Assistant Professor, SCOPE, School of
:NA
Application Number Computer Science and Engineering, VIT-AP University, Inavolu,
:NA
----------
(57) Abstract :
The present disclosure relates generally to field of wireless sensor network. More specifically the present disclosure relates to a system
for clustering and routing in wireless sensor networks for data transmission. The system (102) includes one or more nodes (104), a
base station (BS) (106), one or more processors (108), a wireless sensor network (WSN) (116), an internet of things (IOT) cloud
server (110) and a memory (112) coupled to the one or more processors (108). A set of data is sent to the base station (106) by the
cluster head and the base station (106) sends the set of periodic data to the IoT Cloud server (110). Further, the present disclosure
relates to a method for clustering and routing in wireless sensor networks for data transmission using the system. Advantageously the
present disclosure relates to an energy efficient cluster head selection & routing in WSN by using machine learning.

(19) INDIA
(54) Title of the invention : HEMOSTATIC DEVICE TO AVOID EXCESSIVE BLEEDING DURING MINOR ORAL SURGERY
:A61B17/24, A61C19/00, 1)Manipal Academy of Higher Education
A61C3/00, A61C5/00 Address of Applicant :Madhav Nagar, Manipal, 576104,
(86) International Application Karnataka, India. Manipal ----------- -----------
:NA
No Name of Applicant : NA
:NA
(87) International Publication (72)Name of Inventor :
: NA
No 1)P KALYANA CHAKRAVARTHY
(61) Patent of Addition to Address of Applicant :Associate Professor, Department of Public
:NA
Application Number Health Dentistry, Manipal Academy of Higher Education,
:NA
Filing Date Manipal, 576104, Karnataka, India. Manipal ----------- -----------
(62) Divisional to Application 2)SRIKANTH G
:NA
Number Address of Applicant :Professor, Department of Oral and
:NA
Filing Date Maxillofacial Surgery, Manipal Academy of Higher Education,
Manipal, 576104, Karnataka, India. Manipal ----------- -----------
(57) Abstract :
The present disclosure relates generally to field of medical instruments. More specifically the present disclosure relates to a hemostatic
device to avoid excessive bleeding during minor oral surgery. The device (100) includes one or more flanges (102) comprising a
superior flange (102-1) and an inferior flange (102-2) and a spring (104). The flanges (102) are provided with a holder for holding a
dressing material. The device (100) is configured to compress using the one or more flanges (102) and is placed in an oral cavity of
one or more users and release to deliver a constant pressure through the dressing material. Advantageously the present invention
relates to a device that can help deliver constant pressure required for hemostasis without patient compliance.

(19) INDIA
(54) Title of the invention : A METHOD TO PRODUCE A FOOD SUPPLEMENT FOR REGULATING BLOOD SUGAR LEVEL
1)BOTANIC HEALTHCARE PVT. LTD.
Address of Applicant :TSIIC INDUSTRIAL DEVELOPMENT AREA, PLOT – 16/1/12 &
13, NACHARAM (V), UPPAL (M), HYDERABAD, TELANGANA – 500076, INDIA.
Hyderabad ----------- -----------
1)GAURAV SONI
Address of Applicant :BOTANIC HEALTHCARE PVT. LTD., TSIIC INDUSTRIAL
DEVELOPMENT AREA, PLOT – 16/1/12 & 13, NACHARAM (V), UPPAL (M),
HYDERABAD, TELANGANA – 500076, INDIA Hyderabad ----------- -----------
2)MADHU KRISHNAMANI
3)HEBBANI NAGARAJAPPA SHIVAPRASAD
(51) International classification :A61K36/48 DEVELOPMENT AREA, PLOT – 16/1/12 & 13, NACHARAM (V), UPPAL (M),
(86) International Application No :NA HYDERABAD, TELANGANA – 500076, INDIA Hyderabad ----------- -----------
Filing Date :NA 4)SHARANABASAPPA GUNDAPPA KINNI
(87) International Publication No : NA Address of Applicant :BOTANIC HEALTHCARE PVT. LTD., TSIIC INDUSTRIAL
(61) Patent of Addition to Application Number :NA DEVELOPMENT AREA, PLOT – 16/1/12 & 13, NACHARAM (V), UPPAL (M),
Filing Date :NA HYDERABAD, TELANGANA – 500076, INDIA Hyderabad ----------- -----------
(62) Divisional to Application Number :NA 5)GARAGA MACHIRAJU
Filing Date :NA Address of Applicant :BOTANIC HEALTHCARE PVT. LTD., TSIIC INDUSTRIAL
6)THIMMANNAGARI SRAVANI
7)DIVANJI MANOHAR SHRIRANGA
8)ARNAB CHATTERJEE
9)SRIVALLI SUSMITHA GHATTI
HYDERABAD, TELANGANA – 500076, INDIA. Hyderabad ----------- -----------
(57) Abstract :
The method (10) includes mixing guar gum powder and ethanol to obtain a first mixture. The method includes mixing hydrochloric acid and the first mixture to obtain a second mixture. The
method includes stirring the second mixture to obtain a stirred mixture and cooling the stirred mixture to obtain a cooled mixture. The method includes neutralizing the cooled mixture to obtain
a neutralized mixture and filtering the neutralized mixture to obtain a solid residue. The method includes washing the solid residue to obtain a cleaned residue and drying the cleaned residue to
obtain a dried residue. The method includes mixing the dried residue with water to obtain a third mixture and stirring the third mixture to obtain a stirred mixture. The method includes filtering
the stirred mixture to obtain a filtrate and distilling the filtrate to obtain a distilled extract concentrate. The method includes spray drying the distilled extract concentrate. FIG. 1

(19) INDIA
(54) Title of the invention : A CONTINUOUS POSITIVE AIR PRESSURE (CPAP) SYSTEM FOR QUALITY SLEEP AND A
METHOD THEREOF
1)SRM INSTITUTE OF SCIENCE AND TECHNOLOGY
Address of Applicant :Kattankulathur, Chennai-603203, Tamil
Nadu, India Chennai ----------- -----------
:A61B0005000000, A61M0016000000, Address of Applicant : NA
(51) International
A61M0016060000, A61M0016100000, (72)Name of Inventor :
classification
A61B0005110000 1)JAYANTHI THIRUVENGADAM
(86) International Address of Applicant :Department of Biomedical Engineering,
:NA
Application No SRM IST, Kattankulathur, Chennai-603203, Tamil Nadu, India
:NA
Filing Date Chennai ----------- -----------
(87) International 2)DELPHA JACOB
: NA
Publication No Address of Applicant :Department of Biomedical Engineering,
(61) Patent of Addition SRM IST, Kattankulathur, Chennai-603203, Tamil Nadu, India
:NA
to Application Number Chennai ----------- -----------
:NA
Filing Date 3)SUBRAMANIAN SURIYAN
(62) Divisional to Address of Applicant :Department of Respiratory Medicine, SRM
:NA
Application Number Medical College Hospital and Research Centre, Kattankulathur,
:NA
Filing Date Chennai-603203, Tamil Nadu, India Chennai ----------- -----------
4)PRIYANKA KOKIL
Communication Engineering, Indian Institute of Information
Technology Design and Manufacturing, Kancheepuram, Chennai-
600127, Tamil Nadu, India Chennai ----------- -----------
(57) Abstract :
ABSTRACT A CONTINUOUS POSITIVE AIR PRESSURE (CPAP) SYSTEM FOR QUALITY SLEEP AND A METHOD
THEREOF The present disclosure discloses a continuous positive air pressure system(100) for quality sleep and a method(200)
thereof. The system(100) comprises a face mask device(102) for a subject, further comprises a plurality of sensors(104) to measure
input sensor data in real-time; a blower (106) having an air inlet and an air outlet to pump air; a power supply(108) to provide power
supply to the face mask device (102); BLDC drive(110) to control and energize the blower 106 based on the control signal the
microcontroller(112) comprises a pre-processing module(112a) to convert input sensor data to generate a respiratory signal; a
correction module(112b) to generate a pre-processed signal; a signal processing module(112c) to measure one or more control
parameters; an analysis module(112d) to analyze and validate measured one or more control and determine the subject’s state; a
communication module(112e) to receive one or more control parameters and store the control parameters to cloud storage(112f). The
system is designed to make the CPAP therapy cordless and enhance the sleep quality of the subject.

(19) INDIA
(54) Title of the invention : A WEARABLE DEVICE FOR THE HEALTH MONITORING OF A USER
:A61B0005000000, A61B0005110000,
G16H0040670000, A61B0005020500,
A61B0005021000
1)SHREY NAGORI
(86) International
:NA Address of Applicant :Department of Networking and
Application No
:NA Communication, SRM IST, Kattankulathur, Chennai-603203,
Filing Date
Tamil Nadu, India Chennai ----------- -----------
(87) International
: NA 2)KANAK SHILLEDAR
Publication No
:NA Tamil Nadu, India Chennai ----------- -----------
Filing Date
3)ARNAV AGGARWAL
(62) Divisional to
:NA Address of Applicant :Department of Networking and
Application Number
Filing Date
4)LAKSHYA KISHNANI
Communication, SRM IST, Kattankulathur, Chennai-603203,
(57) Abstract :
ABSTRACT A WEARABLE DEVICE FOR THE HEALTH MONITORING OF A USER The present disclosure introduces a
wearable device (100) for the health monitoring of the user with sensors (1040) to track real-time vital physical parameters. A sensing
module (106) converts vital physical parameters measurements into values and an evaluation module (108) compares them to
predefined optimum threshold values for vital physical parameters. If any vital parameter exceeds its threshold, the wearable device
(100) generates an alert signal through an output module (110). This signal, along with precise data, is transmitted to a remote server
(116) via a transceiver module (112), and it's then relayed to a wireless transceiver (118) to alert the user's family. The device (100)
also has a data repository (102) to store necessary rules and values, with a processor (104) to execute instructions and display vital
parameter data on a display module (1040). The present disclosure aims to provide continuous health monitoring and timely alerts to
ensure the user's well-being.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR MANAGING CROP WATER RESOURCES
501401, India. Hyderabad ----------- -----------
:A01G0025160000, G01N0033240000,
G01M0003280000, G01N0027220000,
G05B0019042000
(86) International
Application No
Filing Date
(87) International
: NA 1)Dr. M Suresh
Publication No
:NA 501401, India. ----------- -----------
Filing Date
2)Dr. B Premalatha
(62) Divisional to
Application Number
Filing Date
501401, India. ----------- -----------
501401, India. ----------- -----------
(57) Abstract :
Exemplary embodiments of the present disclosure are directed towards a system and method for managing crop water resources. The
system incorporates modern technologies such as soil moisture sensors, data analysis, and automation to optimize water usage,
increase crop yield, and conserve water resources. The soil moisture sensors are positioned within the soil, whereby, the soil moisture
sensors are configured to measure gauge moisture content and deliver immediate data on soil moisture levels. Monitoring water flow
rates to detect leaks or inefficiencies in the irrigation system, preventing water loss and ensuring even distribution. Integrating the
system with crop models and growth simulations for predicting water requirements based on factors such as crop type, planting
density, and local climate conditions. Issuing alerts and notifications to farmers in the event of anomalies, such as sudden drops in soil
moisture or equipment malfunctions resulting in automated irrigation system using sensor technology to efficiently utilize water for
irrigation. Fig. 1 and Fig. 2

(19) INDIA
(54) Title of the invention : ADDITIVE MANUFACTURING OF ACTIVE DEVICES USING DIELECTRIC, CONDUCTIVE AND
MAGNETIC MATERIALS
1)M. Chandra Sekhara Reddy
Address of Applicant :Professor, Department of Mechanical Engineering, Sri
Venkateswara College of Engineering, Opp.LIC Training Center, Karkambadi Road, Tirupati,
2)Vamsi Krishna Mamidi
3)Jagath Narayana Kamineni
4)Gadhamsetty Guru Mahesh
5)ALURI VENU GOPAL
6)D ANJAN KUMAR REDDY
7)E. VENKATA KONDAIAH
8)DONNAPUGARI RAJU
1)M. Chandra Sekhara Reddy
Address of Applicant :Professor, Department of Mechanical Engineering, Sri Venkateswara
:B33Y0010000000, B33Y0030000000, B29C0064209000, College of Engineering, Opp.LIC Training Center, Karkambadi Road, Tirupati, 517507,
B33Y0050020000, B29C0064118000 Andhra Pradesh, India. ----------- -----------
(86) International Application 2)Vamsi Krishna Mamidi
:NA
No Address of Applicant :Professor, Department of Mechanical Engineering, Sri Venkateswara
:NA
Filing Date College of Engineering, Opp.LIC Training Center, Karkambadi Road, Tirupati, 517507,
(87) International Publication Andhra Pradesh, India. ----------- -----------
: NA
No 3)Jagath Narayana Kamineni
(61) Patent of Addition to Address of Applicant :Associate Professor, Department of Mechanical Engineering, Sri
:NA
Application Number Venkateswara College of Engineering, Opp.LIC Training Center, Karkambadi Road, Tirupati,
:NA
Filing Date 517507, Andhra Pradesh, India. ----------- -----------
(62) Divisional to Application 4)Gadhamsetty Guru Mahesh
:NA
Number Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Sri
:NA
Filing Date Venkateswara College of Engineering, Opp.LIC Training Center, Karkambadi Road, Tirupati,
5)ALURI VENU GOPAL
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Sri
6)D ANJAN KUMAR REDDY
7)E. VENKATA KONDAIAH
Address of Applicant :Associate Professor, Department of Mechanical Engineering, Sri
8)DONNAPUGARI RAJU
(57) Abstract :
ADDITIVE MANUFACTURING OF ACTIVE DEVICES USING DIELECTRIC, CONDUCTIVE AND MAGNETIC MATERIALS A method for the development of a multi-material
additive manufacturing process, system, and apparatus comprising: extruding an extrudable material through a nozzle capable of moving along one or more axes and concurrently extruding one
or more filaments, wherein the filament is embedded in, on, or around the extrudable material from the nozzle. A piercing opening is generated by irradiating a light-transmitting insulating
layer with a high-intensity laser light with a high-repetition-frequency pulse. The mobile additive manufacturing apparatus may incorporate communication methods into an improved roadway
for use in a variety of communications, including communications to and from autonomous vehicles. The joining methods and accompanying systems for additive manufacturing are described.
A joiner of a second material is bulk deposited in a receptacle in a body of a first material by an additive manufacturing tool head. An array of anodes, a cathode, a positioning system, a fluid
handling system for an electrolytic solution, communications circuitry, control circuitry, and software control comprise an apparatus for stereo-electrochemical deposition of metal layers.
FIG.1

(19) INDIA
(54) Title of the invention : IOT-BASED HEALTHCARE-MONITORING SYSTEM TOWARDS IMPROVING QUALITY OF
LIFE
1)Dr. A. Manju
Engineering, SRM Institute of Science and Technology, Bharathi salai, Ramapuram, Chennai
Pin – 600089 District – Kanchipuram State – Tamilnadu Country - India ----------- -----------
2)Dr. M. Mahasree
3)Mr. R. Kingsly Stephen
:A61B0005000000, G16H0040670000, G16H0050200000, 4)Ms. M. Sneha Priya
A61B0005024000, A61B0005021000 Name of Applicant : NA
(86) International Application Address of Applicant : NA
:NA
:NA
Filing Date 1)Dr. A. Manju
(87) International Publication Address of Applicant :Assistant Professor, Department of Computer Science and Engineering,
: NA
No SRM Institute of Science and Technology, Bharathi salai, Ramapuram, Chennai Pin – 600089
(61) Patent of Addition to District – Kanchipuram State – Tamilnadu Country - India ----------- -----------
:NA
Application Number 2)Dr. M. Mahasree
:NA
Filing Date Address of Applicant :Assistant Professor, Department of Computer Science and Engineering,
(62) Divisional to Application SRM Institute of Science and Technology, Bharathi salai, Ramapuram, Chennai Pin – 600089
:NA
Number District – Kanchipuram State – Tamilnadu Country - India ----------- -----------
:NA
Filing Date 3)Mr. R. Kingsly Stephen
SRM Institute of Science and Technology, Bharathi salai, Ramapuram, Chennai Pin – 600089
District – Kanchipuram State – Tamilnadu Country - India ----------- -----------
4)Ms. M. Sneha Priya
SRM Institute of Science and Technology, Bharathi salai, Ramapuram, Chennai Pin – 600089
District – Kanchipuram State – Tamilnadu Country - India ----------- -----------
(57) Abstract :
IOT-BASED HEALTHCARE-MONITORING SYSTEM TOWARDS IMPROVING QUALITY OF LIFE Abstract: In the big data environment, we develop personalized information of
college libraries based on big data from three aspects: the overall architecture of the system model, the functional model of the system, and the design of system interface modules according to
the design principles and requirements of the personalized information service system of the university library Service system design. In terms of the functional design of the platform, the
service platform is divided into four levels: accurate identification of user needs based on big data, personalized customized services based on artificial intelligence, academic research and
discussion space based on integrated media, and fine-grained subject resource aggregation based on knowledge. On this basis, a centralized model of individualized services of university
libraries including internal and external personnel, information resources, technology, services, processes, platforms, and environment has been constructed Arti?cial intelligence (AI) is one of
the emerging trends and applications of computing in libraries. It involves programming computers to do things, which if done by humans, would be said to require intelligence. The ultimate
promise of arti?cial intelligence in libraries is to develop computer systems or machines that think, behave, and in fact rival human intelligence, and this clearly has major implications on
librarianship. The application of arti?cial intelligence in the library has become pervasive. They include expert systems for reference services, book reading and shelf-reading robots, virtual
reality for immersive learning among others. Although the incorporation of arti?cial intelligence in libraries can be perceived to alienate librarians from their users, it will probably help
libraries do more rather than taking over the jobs of librarians. It will enhance their services delivery. Arti?cial intelligence will greatly improve library operations and services and will upgrade
and heighten the relevance of libraries in an ever-changing digital society Several studies have focused on investigating methods to improve the monitoring capabilities based on the IoT. The
Internet of Things has shown its potential in connecting various medical devices, sensors, and industry professionals to provide efficient healthcare for patients located in remote places.
Consequently, there has been an improvement in patient safety, a decrease in healthcare costs, increased convenience of accessing services, and optimisation of healthcare operations.
Technology is essential in the healthcare industry, not only for the creation of sensory devices. Furthermore, it is employed for the purposes of recording and communication. Ensuring the
protection of medical data and the period immediately after a surgical procedure is of utmost importance. The Internet of Things is the latest advancement in healthcare communication devices.
The Internet of Things is already extensively utilised in various aspects of healthcare, and its usage is expected to further escalate in the future. The microcontroller assumes the responsibility
of establishing connectivity among all components in this undertaking. This system presents an internet-based patient health monitoring system that alerts family members or clinicians and use
sensors to monitor a patient's condition. The controller is equipped with a buzzer that alerts the caretaker of any changes in the detector's output. The sensors are linked to a microcontroller for
the purpose of monitoring the patient's condition. The CPU is connected to an LCD monitor and a wireless LAN connection to transmit alarms. If the system detects any abnormality in the
patient's pulse rate or blood pressure, it will promptly send a notification to the physician through the internet. The patient's temperature, heart rate, and blood pressure will be relayed
instantaneously over the internet without any delay. An patient health monitoring system use internet connectivity to monitor the health of patients and, if necessary, save lives. Therefore, this
approach demonstrates remarkable effectiveness in the prompt administration of necessary drugs. This system demonstrates high efficiency and quick adaptability to dynamic settings. In
addition to that, the setup process is simple.

(19) INDIA
(54) Title of the invention : SMART AIRPORT CART
1)Dr. Swapna H R
Address of Applicant :Professor, School Of Commerce, Jain (Deemed-To-Be
University), 44/4, District Fund Road, Behind Big Bazaar, Jayanagara 9th Block,
Bengaluru - 560069 Karnataka ----------- -----------
2)Anujhna B
3)Nana Georges Dembele
4)Sidharth P H
5)Lakshmanan Sk
6)Joseph Aanjal M
7)Shahila Parveen S
:H04W0004020000, A61B0050130000, Address of Applicant : NA
G08B0021240000, B64F0001360000, 1)Dr. Swapna H R
classification
A45C0013280000 Address of Applicant :Professor, School Of Commerce, Jain (Deemed-To-Be
(86) International University), 44/4, District Fund Road, Behind Big Bazaar, Jayanagara 9th Block,
:NA Bengaluru - 560069 Karnataka ----------- -----------
Application No
:NA 2)Anujhna B
Filing Date Address of Applicant :Student, Mca Jain (Deemed-To-Be University), 44/4,
(87) International District Fund Road, Behind Big Bazaar, Jayanagara 9th Block, Bengaluru - 560069
: NA Karnataka ----------- -----------
Publication No
(61) Patent of Addition 3)Nana Georges Dembele
:NA Address of Applicant :Student, Mca, Jain (Deemed-To-Be University), 44/4,
to Application Number District Fund Road, Behind Big Bazaar, Jayanagara 9th Block, Bengaluru - 560069
:NA
Filing Date Karnataka ----------- -----------
(62) Divisional to 4)Sidharth P H
:NA Address of Applicant :Student, M.Com Jain (Deemed-To-Be University), 44/4,
Application Number
:NA District Fund Road, Behind Big Bazaar, Jayanagara 9th Block, Bengaluru - 560069
Filing Date Karnataka ----------- -----------
5)Lakshmanan Sk
Address of Applicant :Student, M.Com, Jain (Deemed-To-Be University), 44/4,
District Fund Road, Behind Big Bazaar, Jayanagara 9th Block, Bengaluru - 560069
Karnataka ----------- -----------
6)Joseph Aanjal M
Address of Applicant :Student, M.Sc. Animation Jain (Deemed-To-Be University),
44/4, District Fund Road, Behind Big Bazaar, Jayanagara 9th Block, Bengaluru -
560069 Karnataka ----------- -----------
7)Shahila Parveen S
Address of Applicant :Student, M.Sc. Animation Jain (Deemed-To-Be University),
44/4, District Fund Road, Behind Big Bazaar, Jayanagara 9th Block, Bengaluru -
560069 Karnataka ----------- -----------
(57) Abstract :
SMART AIRPORT CART ABSTRACT The invention is an airport cart equipped with a weighing system for the luggage, a charging
point, and a sensor that connects to the owner's phone to autonomously follow them and rearrange itself to its original position. This
smart cart provides a convenient and hassle-free solution for travelers, eliminating the need to manually weigh their luggage or worry
about their cart getting lost or misplaced. The charging point allows travelers to recharge their devices while on the go, and the sensor
ensures that the cart stays close to its owner at all times.

(19) INDIA
(54) Title of the invention : ARTIFICIAL INTELLIGENCE-BASED FRAMEWORK FOR SMART SENTENCE GENERATION IN
MULTIPLE LANGUAGES IN EMAIL IN GENERATING AUTOSUGGEST RESPONSE
1)Dr. A. Bharathi
Address of Applicant :Assistant Professor Department: Information Technology Institute:
VELS Institute of Science, Technology and Advanced Studies (VISTAS) District : Chennai
State -Tamil Nadu ----------- -----------
2)Dr. D.Helen
3)Dr. V. Divya
4)Dr. S. Arunarani
5)Dr. U. Hemamalini
6)Mrs.J.Saranya
7)Mrs. M Girija
8)Mr. M Santhoshkumar
9)Dr.S.Kamalakkannan
10)Dr.P.Kavitha
1)Dr. A. Bharathi
Address of Applicant :Assistant Professor Department: Information Technology Institute:
VELS Institute of Science, Technology and Advanced Studies (VISTAS) District : Chennai
State -Tamil Nadu ----------- -----------
:G06Q0010100000, G06N0003040000, G06F0040253000,
(51) International classification 2)Dr. D.Helen
G06N0003080000, H04L0051000000
Address of Applicant :Assistant Professor Department Of Computer Applications Srmist
:NA Kattankullathur. District : Chennai State -Tamil Nadu ----------- -----------
No
:NA 3)Dr. V. Divya
Filing Date
Address of Applicant :Assistant Professor Department of Information Technology VELS
: NA Institute of Science, Technology and Advanced Studies (VISTAS) District : Chennai State -
No
Tamil Nadu ----------- -----------
:NA 4)Dr. S. Arunarani
Application Number
:NA Address of Applicant :Assistant Professor Department Of Computer Applications Srmist
Filing Date
Kattankullathur District : Chennai State -Tamil Nadu ----------- -----------
:NA 5)Dr. U. Hemamalini
Number
:NA Address of Applicant :Assistant Professor Department of Information Technology VELS
Filing Date
Institute of Science, Technology and Advanced Studies (VISTAS) District : Chennai State -
Tamil Nadu ----------- -----------
6)Mrs.J.Saranya
Address of Applicant :Assistant Professor Department of Computer Applications Chevalier
T.Thomas Elizabeth College for Women,Chennai. District : Chennai State -Tamil Nadu --------
--- -----------
7)Mrs. M Girija
Address of Applicant :Assistant Professor Department of Computer Science Valliammal
College for Women,Chennai. District : Chennai State -Tamil Nadu ----------- -----------
8)Mr. M Santhoshkumar
Address of Applicant :Assistant Professor Department of Computer Science Sri
Venkateshwaraa Arts & Science College, Dharmapuri. District : Dharmapuri State -Tamil
Nadu ----------- -----------
9)Dr.S.Kamalakkannan
Address of Applicant :Associate Professor Department of Information Technology VELS
Institute of Science, Technology and Advanced Studies (VISTAS) District : Chennai State -
Tamil Nadu ----------- -----------
10)Dr.P.Kavitha
Address of Applicant :Assistant Professor Department of Computer Applications VELS
Institute of Science, Technology and Advanced Studies (VISTAS). District : Chennai State -
Tamil Nadu ----------- -----------
(57) Abstract :
ARTIFICIAL INTELLIGENCE-BASED FRAMEWORK FOR SMART SENTENCE GENERATION IN MULTIPLE LANGUAGES IN EMAIL IN GENERATING AUTOSUGGEST
RESPONSE Abstract: The objective of this project is to create a model that, given the first few words in a series, can make accurate predictions about the subsequent words in the sequence.
This is a task that essentially involves language modelling. When given a lexicon of words, a language model can determine the likelihood of what word will come next. Therefore, the issue
can alternatively be viewed as a multi-class classification work that needs to be completed. The language models are able to function either at the character level or the word level. In recent
years, the field of language modelling has shifted its focus more towards the application of neural networks. Encoder-Decoder models and Transformer-based models are among the most
prominent types of models. Email has quickly emerged as one of the most widely used forms of communication in every region of the world. Messages and data can be easily distributed to
several recipients at once throughout a group of individuals via email. It is expected that the number of individuals who use email will continue to rise as internet access becomes more
widespread around the globe. The major email service providers, such as Gmail, Yahoo Mail, and Outlook, among others, continue to place a high premium on making the writing process
easier in order to improve the overall user experience. One of the activities that, when performed, has the potential to be of great use to the user is the completion of sentences in emails. The
user can benefit from the ideas provided when drafting the email by reducing the amount of repeated writing that they do.

(19) INDIA
(54) Title of the invention : FACE DETECTION AND IDENTIFICATION IN NETWORKEDVIDEO SURVEILLANCE SYSTEMS
USING ADAPTIVE LEARNING ALGORITHM
1)Mrs. MAMATHA POREDDY
Address of Applicant :Assistant Professor, Department of CSE(IoT), ACE Engineering
College(A), Ankushapur, Ghatkesar, Telangana - 501301 Hyderabad ----------- -----------
2)Dr.M.V.VIJAYA SARADHI
3)Dr. P. SUMITHABHASHINI
4)Mrs. ESARAPU UMARANI
5)Mrs. NEELOJU. SWATHI
6)Mrs. ROHINI RUSTUM TALEKAR
7)Mr. RAMESH ALLADI
8)Mr. SAMUDRALA VENUGOPAL
9)Mr. M.Siva Kumar
10)Mr. B. Mohan
11)ACE ENGINEERING COLLEGE
1)Mrs. MAMATHA POREDDY
:G08B0013196000, H04N0007180000, H04N0007140000,
(51) International classification Address of Applicant :Assistant Professor, Department of CSE(IoT), ACE Engineering
H04N0005232000, G06K0009620000
:NA 2)Dr.M.V.VIJAYA SARADHI
No
:NA Address of Applicant :Professor, HOD CSE & CSE(IoT) Department of CSE, ACE
Filing Date
Engineering College(A), Ankushapur, Ghatkesar, Telangana - 501301 Hyderabad ----------- ----
: NA -------
No
3)Dr. P. SUMITHABHASHINI
:NA Address of Applicant :Professor Department of ECE, Holy Mary Institute of Technology &
Application Number
:NA Science(A), Bogaram (V), Keesara. Telangana - 501301 Hyderabad ----------- -----------
Filing Date
4)Mrs. ESARAPU UMARANI
:NA Address of Applicant :Assistant Professor Department of CSE, ACE Engineering College(A),
Number
:NA Ankushapur, Ghatkesar, Telangana - 501301 Hyderabad ----------- -----------
Filing Date
5)Mrs. NEELOJU. SWATHI
Address of Applicant :Assistant professor Department of CSE(IoT), ACE Engineering
6)Mrs. ROHINI RUSTUM TALEKAR
Address of Applicant :Assistant professor Department of CSE(IoT), ACE Engineering
7)Mr. RAMESH ALLADI
Address of Applicant :Associate Professor Department of CSE, ACE Engineering College(A),
Ankushapur, Ghatkesar, Telangana - 501301 Hyderabad ----------- -----------
8)Mr. SAMUDRALA VENUGOPAL
Address of Applicant :Assistant professor Department of IT, ACE Engineering College(A),
9)Mr. M.Siva Kumar
Address of Applicant :Assistant professor Department of IT, ACE Engineering College(A),
10)Mr. B. Mohan
Address of Applicant :Assistant professor Department of CSE(IOT), ACE Engineering
(57) Abstract :
7. ABSTRACT The present invention is a real-time face detection and identification system (100) powered by Open CV and hardware
like IP cameras and Raspberry Pi. This innovation excels in accurately identifying human faces from live video feeds and still images.
5 The system's uniqueness lies in its adaptive learning algorithms, constantly evolving to enhance accuracy across diverse scenarios.
Rigorous performance analysis benchmarks it against commercial alternatives, while its open-source foundation promotes
accessibility and collaboration. The invention holds promise for applications spanning security, surveillance, and image analysis,
ushering in an era of intelligent, adaptable 10 face recognition technology. The figure associated with the abstract is Fig. 1. 15

(19) INDIA
(54) Title of the invention : GRID-TIE PHOTOVOLTAIC SYSTEM USING FPGA BASED MPPT
:H02J0003380000, H02J0003010000, (71)Name of Applicant :

(51) International
H02J0007350000, H02S0050000000, 1)Dr.B.Pragathi
classification
H02J0003460000 Address of Applicant :Associate Professor, DVR & Dr.HS
(86) International MIC COLLEGE OF TECHNOLOGY, NH 9, Vijayawada –
:NA
Application No Hyderabad Hwy, Kanchikacherla, Andhra Pradesh 521180.
:NA
Filing Date Krishna ----------- -----------
: NA
:NA
to Application Number 1)Dr.B.Pragathi
:NA
Filing Date Address of Applicant :Associate Professor, DVR & Dr.HS MIC
(62) Divisional to COLLEGE OF TECHNOLOGY, NH 9, Vijayawada – Hyderabad
:NA
Application Number Hwy, Kanchikacherla, Andhra Pradesh 521180. Krishna -----------
:NA
(57) Abstract :
7. ABSTRACT The invention presents a Grid-Tie Photovoltaic System Power Quality Improvement through a Neuro-Fuzzy Control
Algorithm. This innovative system integrates solar panels with adaptive Perturb and Observe tracking, an adaptive boost converter,
and a grid-tie inverter. Control pulses generated by a zed-board FPGA kit optimize real-time power generation and synchronize with
the grid. The Neuro-Fuzzy Control Algorithm dynamically adjusts system parameters, enhancing efficiency and stability. Operating in
photovoltaic, battery, and grid-connected modes, this invention significantly improves power quality. The hardware model, simulated
in SIMULINK and VIVADO, showcases real-world viability. This technology marks a substantial advancement in grid-tie
photovoltaic systems, contributing to sustainable energy solutions. The figure associated with abstract is Fig. 1.

(19) INDIA
(54) Title of the invention : TECHNIQUE FOR APPROXIMATING SOLUTIONS TO NONLINEAR DIFFERENTIAL
EQUATIONS WITH BOUNDARY LAYER PHENOMENA
1)Dr. B.V.Swarnalathamma
Address of Applicant :Associate Professor, Department of S&H (Mathematics), J.B.
Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R.
2)Mrs. B.N.Pradeepa
3)Mr. K.Mallesh Kumar
4)Mr. G.Nagadhar
5)Mrs. Tasleem Sultana
6)Mrs. B.Rajeshwari
7)Mr. K. Laxmi Narayana
8)Mrs. M. Radha
1)Dr. B.V.Swarnalathamma
Address of Applicant :Associate Professor, Department of S&H (Mathematics), J.B. Institute
:G06F0030230000, G06F0017130000, G06F0111100000, of Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R. District,
F01D0001360000, G05B0013040000 Hyderabad, Telangana, India -500075 ----------- -----------
(86) International Application 2)Mrs. B.N.Pradeepa
:NA
No Address of Applicant :Assistant Professor, Department of S&H (Mathematics), J.B. Institute of
:NA
(87) International Publication Hyderabad, Telangana, India -500075 ----------- -----------
: NA
No 3)Mr. K.Mallesh Kumar
(61) Patent of Addition to Address of Applicant :Assistant Professor, Department of S&H (Mathematics), J.B. Institute of
:NA
Application Number Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R. District,
:NA
Filing Date Hyderabad, Telangana, India -500075 ----------- -----------
(62) Divisional to Application 4)Mr. G.Nagadhar
:NA
Number Address of Applicant :Assistant Professor, Department of S&H (Mathematics), J.B. Institute of
:NA
5)Mrs. Tasleem Sultana
Address of Applicant :Assistant Professor, Department of S&H (Mathematics), J.B. Institute of
Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R. District,
6)Mrs. B.Rajeshwari
7)Mr. K. Laxmi Narayana
8)Mrs. M. Radha
(57) Abstract :
[027] The invention presents a Technique for Approximating Solutions to Nonlinear Differential Equations with Boundary Layer Phenomena. The present invention comprising of defining a
nonlinear differential equation containing boundary layer terms, Discretizing the domain of the differential equation into multiple grid points. Utilizing a numerical scheme to approximate the
solution within the boundary layer region and implementing a perturbation technique to approximate the solution in the outer domain region. The numerical scheme employs finite difference,
finite element, or spectral methods to discretize the domain. The perturbation technique involves the application of matched asymptotic expansions or singular perturbation methods. The
boundary layer terms consist of elements that prevail in a specific domain region, necessitating specialized treatment for accurate approximation. The perturbation technique encompasses
expanding the solution in a series of powers of a small parameter representing the thickness of the boundary layer. Further, the validation of the accuracy of the approximated solutions through
comparisons with established analytical solutions or benchmark numerical results. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : PREDICTIVE ANALYTICS FOR MULTI-MODEL ENSEMBLE WEATHER FORECASTING
:G01W0001100000, G06N0020000000, (71)Name of Applicant :

(51) International
G06F0011360000, G01W0001000000, 1)NMAM Institute of Technology (NITTE Deemed to be
classification
G06N0007020000 University)
:NA
:NA
: NA
(61) Patent of 1)Mr. Devidas
Addition to :NA Address of Applicant :Assistant Professor, Department of
Application Number :NA Information Science and Engineering, NMAM Institute of
Filing Date Technology (NITTE Deemed to be University), Nitte, Karkala,
(62) Divisional to Udupi District, Karnataka, Pincode 574110, India ----------- --------
:NA
:NA
Filing Date
(57) Abstract :
The present invention relates to a predictive analytics system for multi-model ensemble weather forecasting. The system integrates
meteorological data from various sources, employing machine learning algorithms to analyze and process the data for the generation
of accurate weather forecasts. The synthesized forecasts are refined using historical weather data, providing a probabilistic framework
to account for uncertainties in weather prediction. A key feature of the system is the use of high-performance computing to handle
large datasets efficiently, coupled with advanced visualization tools to present the forecasts in a user-friendly manner. The invention
enables users to make informed decisions based on reliable weather predictions, catering to the needs of various sectors including
agriculture, aviation, and disaster management. This innovation promises significant improvements in the field of meteorology
through its advanced computational techniques and user-centric design.

(19) INDIA
(54) Title of the invention : SMART INFILL OPTIMIZATION FOR THE GENERATIVE DESIGN 3D PRINTING COMPONENTS
USING GRAPH THEORY
1)Dr. S. Karthikeyan
:B33Y0050020000, B33Y0030000000,
B33Y0010000000, B29C0064118000,
classification Mathematics, KPR Institute of Engineering and Technology,
B29C0064393000
Arasur, Coimbatore Coimbatore ----------- -----------
(86) International
:NA 2)Dr. D. Balaji
Application No
Filing Date
(87) International
Publication No
1)Dr. S. Karthikeyan
:NA Mathematics, KPR Institute of Engineering and Technology,
Filing Date
Arasur, Coimbatore Coimbatore ----------- -----------
(62) Divisional to
:NA 2)Dr. D. Balaji
Application Number
Filing Date
Mechanical Engineering, KPR Institute of Engineering and
Technology, Arasur, Coimbatore Coimbatore ----------- -----------
(57) Abstract :
The present invention is a smart infill optimization for the generative design 3D printing components using graph theory, comprises
of, a computer program product comprising code embodied on computer-readable storage and configured so as when run on one or
more processing units to perform the method of controlling an additive manufacturing system. This code may comprise instructions
for a 3D printing device to manufacture a 3D object by way of additive manufacturing. The code may be communicated to and/or
stored onto the 3D printing device as G-code in order to move the extruder head relative to the build surface along the determined
toolpaths. A computer program product using graph theory.

(19) INDIA
(54) Title of the invention : SELF-HEALING NETWORK ARCHITECTURES WITH INTEGRATED AI-BASED ANOMALY
DETECTION
1)Dr.Kalyankumar Dasari
Address of Applicant :HOD & Associate Professor, Department of CSE-CS, Chalapathi
Institute of Technology, A.R.Nagar, Mothadaka, Guntur District, Andhra Pradesh, India. Pin
Cod:522016 ----------- -----------
2)Dr.Aruna Kumari Manda
3)Dr.K.V.R.B. Prasad
4)Dr.Karthikeyan Palaniappan
5)Dr.K.Hari Krishna
6)Dr.Jatothu Brahmaiah Naik
7)Dr.J.Srinu Naick
8)Dr.Urlam Devee Prasan
9)Dr. D. Rajendra Prasad
10)Mr.G.Kiran Kumar
1)Dr.Kalyankumar Dasari
Address of Applicant :HOD & Associate Professor, Department of CSE-CS, Chalapathi
Institute of Technology, A.R.Nagar, Mothadaka, Guntur District, Andhra Pradesh, India. Pin
Cod:522016 ----------- -----------
:G06N0020000000, G06K0009620000, G06N0003080000, 2)Dr.Aruna Kumari Manda
H04L0041160000, G06N0003040000 Address of Applicant :Assistant Professor, Department of Mathematics, KKR & KSR Institute
(86) International Application of Technology & Sciences, Guntur, Andhra Pradesh, India. Pin Code:522004 ----------- ---------
:NA
No --
:NA
Filing Date 3)Dr.K.V.R.B. Prasad
(87) International Publication Address of Applicant :Professor in the Department of E.E.E, Chadalawada Ramanamma
: NA
No Engineering College (Autonomous), Chadalawada Nagar, Renigunta Road, Tirupati, Tirupati
(61) Patent of Addition to District, Andhra Pradesh, India. Pin Code:517 506 ----------- -----------
:NA
Application Number 4)Dr.Karthikeyan Palaniappan
:NA
Filing Date Address of Applicant :Associate Professor, Department of CSE, Center for System Design,
(62) Divisional to Application Chennai Institute of Technology, Chennai, Tamil Nadu, India. Pin Code: 600069 ----------- -----
:NA
Number ------
:NA
Filing Date 5)Dr.K.Hari Krishna
Address of Applicant :Professor and HOD, Department of EEE, Kallam Haranadhareddy
Institute of Technology, Guntur, Andhra Pradesh, India. Pin Cod:522019 ----------- -----------
6)Dr.Jatothu Brahmaiah Naik
Address of Applicant :Professor, Electronics and Communication Engineering, Narasaraopet
Engineering College, Palanadu District, Andhra Pradesh, India. Pin Code: 522616 ----------- ---
--------
7)Dr.J.Srinu Naick
Address of Applicant :Professor, Department of Electrical and electronics Engineering,
Chadalawada Ramanamma Engineering College, Tirupati, Chittoor, Andhra Pradesh, India.
Pin Code:517520 ----------- -----------
8)Dr.Urlam Devee Prasan
Address of Applicant :Professor & HOD, Department of Computer Science and Engineering,
Aditya Institute of Technology and Management, Tekkali, Srikakulam District, Andhra
Pradesh, India. Pin Code:532201 ----------- -----------
9)Dr. D. Rajendra Prasad
Address of Applicant :Professor, Department of Electronics & Communication Engineering,
St,Ann’s College of Engineering & Technology, Chirala, Bapatla District, Andhra Pradesh,
India. Pin Code:523187 ----------- -----------
10)Mr.G.Kiran Kumar
Address of Applicant :Assistant Professor, Department of ECE, Institute of Aeronautical
Engineering, Hyderabad, Telangana, India. Pin Code:500043 ----------- -----------
(57) Abstract :
The invention relates to a self-healing network architecture that incorporates an integrated AI-based system for anomaly detection. The system provides a method and apparatus for real-time
network monitoring and management, leveraging artificial intelligence and machine learning to detect, analyze, and respond to network anomalies. The system is designed to autonomously
execute corrective actions to mitigate issues, such as rerouting traffic or isolating affected nodes, thereby maintaining network integrity and performance with minimal human intervention. The
network's AI capabilities are dynamic, evolving from continuous learning and adaptation to improve the detection and response processes. This scalable system ensures robust and efficient
operation of network infrastructures of varying sizes and complexities, paving the way for more resilient digital ecosystems.

(19) INDIA
(54) Title of the invention : AI BASED AUTOMATED TRAFFIC SIGN DETECTION TO AVOID VEHICLE COLLISION
SYSTEM
1)Dr.C.Anuradha
Address of Applicant :Assistant Professor, Department of Electrical &
Electronics Engg, Faculty of Engineering and Technology, SRM Institute
of Science and Technology, Kattankulathur, Chengalpattu district,
pincode-603203 ----------- -----------
2)Dr.V.Padmajothi
3)Dr.M.Shobana
4)Dr.S.Vijayalakshmi
:B60W0040040000, G08G0001160000, Name of Applicant : NA
(51) International
G06K0009620000, B60W0040060000, Address of Applicant : NA
classification
(86) International 1)Dr.C.Anuradha
:NA
Application No Address of Applicant :Assistant Professor, Department of Electrical &
:NA
Filing Date Electronics Engg, Faculty of Engineering and Technology, SRM Institute
(87) International of Science and Technology, Kattankulathur, Chengalpattu district,
: NA
Publication No pincode-603203 ----------- -----------
(61) Patent of Addition 2)Dr.V.Padmajothi
:NA
to Application Number Address of Applicant :Assistant Professor, Department of Electrical 8.
:NA
Filing Date Electronics Engg, Faculty of Engineering and Technology, SRM Institute
(62) Divisional to of Science and Technology, Kattankulathur, Chengalpattu district,
:NA
Application Number pincode-603203. ----------- -----------
:NA
Filing Date 3)Dr.M.Shobana
Address of Applicant :Assistant Professor, Department of Networking
and Communications, Faculty of Engineering and Techhology,SRM
Institute of Science and Technology, Kattankulathur, Chengalpattu
district,pincode-603203. ----------- -----------
4)Dr.S.Vijayalakshmi
Address of Applicant :Assistant Professor, Department of Electrical &
Electronics Engg, Faculty of Engineering and Technology, SRM Institute
of Science and Technology, Kattankulathur, Chengalpanu district,
pincode-603203. ----------- -----------
(57) Abstract :
Transportation in road is widely used mode of transportation in our daily 'life, generating a significant and increasing traffic around the world. A
traffic sign provides information to drivers, to adjust their driving speed. Traffic Sign Detection (TSD) system is most used in current automobile
industries to avoid vehicle collision. The traffic sign detection methods are mainly based on inherent information, such as the color and shape of
traffic signs, which accurately extracts traffic sign candidate’s areas from the actual road scenes. The challenges for fast and efficient road
recognition in real scenes are enormous and complex when thé vehicle is moving at a random speed. This technology can able to recognize road
signs placed on the road with the help of computer vision and Convolutional Neural Networks (CNN). This Network architecture is based on
LeNetS using Keras and Tensor flow library. The CNN is trained using the GTSRB (German Traffic Sign Recognition Benchmark) dataset and
obtained results of 95% of accuracy in recognizing traffic signs

(19) INDIA
(54) Title of the invention : SEA WEED AS ENHANCED POWER SOURCE USING IOT
1)Dr.Venkatesh Kondaveti
Address of Applicant :Assistant professor, Department of Computer
science Engineering, Ramachandra college of engineering, NH-16 Bypass
Road, Vatluru, Eluru Eluru ----------- -----------
2)Mr. Bhavanarayana.K
3)Ms. L L S Maneesha
4)Dr. Ikram Qureshi
5)Dr. Rahul Kumar Budania
6)Dr. Pragatibhutoria
:E21B0041000000, B01D0053620000,
E21C0050000000, H04B0007060000,
classification 1)Dr.Venkatesh Kondaveti
A01G0009020000
(86) International
:NA science Engineering, Ramachandra college of engineering, NH-16 Bypass
Application No
:NA Road, Vatluru, Eluru Eluru ----------- -----------
Filing Date
2)Mr. Bhavanarayana.K
(87) International
: NA Address of Applicant :Assistant professor Ramachandra college of
Publication No
engineering, NH-16 Bypass Road, Vatluru, Eluru Eluru ----------- ----------
:NA -
:NA 3)Ms. L L S Maneesha
Filing Date
(62) Divisional to
:NA science Engineering, Ramachandra college of engineering, NH-16 Bypass
Application Number
:NA Road, Vatluru, Eluru Eluru ----------- -----------
Filing Date
4)Dr. Ikram Qureshi
Address of Applicant :Asso. Prof., Department Of Bio Technology, Shri
jagdishprasad jhabarmal tibrewala university,vidyanagari, churela,
jhunjhunu churela ----------- -----------
5)Dr. Rahul Kumar Budania
Address of Applicant :Assistant Professor, Department of Electronics and
Communication Engineering, Shri jagdishprasad jhabarmal tibrewala
university,vidyanagari, churela,jhunjhunu churela ----------- -----------
6)Dr. Pragatibhutoria
Address of Applicant :Assistant Professor, Department of yoga, Shri
jagdishprasad jhabarmal tibrewala university, vidyanagari, churela,
jhunjhunu churela ----------- -----------
(57) Abstract :
ABSTRACT The present invention is a sea weed as enhanced power source using IoT a method comprising a specially designed marine plantation,
comprising of plurality of planting units and is employed to remove the residual carbon dioxide from the sequestering, to alleviate the global
warming, to serves as an abundant source of renewable energy, and as a huge sink for carbon. It could provide a profusion of less-polluted seafood
and the operations of mining methane, sequestering carbon dioxide and marine plantation are fully integrated and optimized, thereby, using the
methane harvest power with aid internet of things (IoT) for quantification and quality.

(19) INDIA
(54) Title of the invention : BIOCOMPOSITE PANEL, PROCESS FOR PREPARING THEREOF AND IMPLEMENTATION
THEREOF
(IIT Madras)
:B32B15/14, B32B27/12, B32B3/26, Address of Applicant :The Dean, Industrial Consultancy &
(51) International
B32B37/12, B32B5/02, B32B5/18, Sponsored Research [IC&SR], Indian Institute of Technology
classification
B32B5/26, B32B7/12 Madras, Sardar Patel Road, IIT P.O, Chennai, Tamil Nadu, India -
(86) International 600 036 Chennai ----------- -----------
:NA
:NA
: NA
Publication No 1)Velmurugan, R
(61) Patent of Addition Address of Applicant :Room No. 202, Composite Technology
:NA
to Application Number Centre, First Floor, Department of Aerospace Engineering, Indian
:NA
Filing Date Institute of Technology Madras, Chennai, Tamil Nadu 600036,
(62) Divisional to India Chennai ----------- -----------
:NA
Application Number 2)Sharma, Ankush
:NA
Filing Date Address of Applicant :Room No. 101, Materials Testing Lab,
Composite Technology Centre, Department of Aerospace
Engineering, Indian Institute of Technology Madras, Chennai,
Tamil Nadu 600036, India Chennai ----------- -----------
(57) Abstract :
BIOCOMPOSITE PANEL, PROCESS FOR PREPARING THEREOF AND IMPLEMENTATION THEREOF The present invention
provides a biocomposite panel comprising at least two layers of face sheets comprising synthetic fiber and three or more layers of a
core material sandwiched between the face sheets. The present invention also provides a process for preparing the biocomposite panel.
Also provided herein is an article comprising the biocomposite panel as described herein.

(19) INDIA
(54) Title of the invention : SYSTEM FOR GENERATING RECOMMENDATION LISTS TO AN END-USER IN REAL-TIME,
AND METHOD THEREOF
:H04N0019159000, H04N0021466000, 1)VIT-AP University
(51) International
A61B0005055000, G06Q0050300000, Address of Applicant :Inavolu, Amaravati, Andhra Pradesh -
classification
G06N0003040000 522237, India. Amaravati ----------- -----------
:NA
:NA
(87) International 1)V LAKSHMI CHETANA
: NA
Publication No Address of Applicant :Research Scholar, School of Computer
(61) Patent of Addition Science and Engineering, VIT-AP University, Inavolu, Amaravati,
:NA
to Application Number Andhra Pradesh - 522237, India. Amaravati ----------- -----------
:NA
Filing Date 2)HARI SEETHA
(62) Divisional to Address of Applicant :Professor and Director, Centre of
:NA
Application Number Excellence, A.I and Robotics, VIT-AP University, Inavolu,
:NA
----------
(57) Abstract :
The present disclosure relates to a system (102) for generating recommendation lists to an end-user in real-time. The system (102)
receives one or more data packets from at least one computing device (102) associated with the at least one end-user, where the one or
more data packets include at least one of an implicit data matrices and explicit data matrices. The system (102) combines the one or
more implicit data matrices and the one or more explicit data matrices by an embedding module (212) to obtain one or more
reconstructed implicit matrices and one or more reconstructed explicit matrices. The system (102) transmit the one or more
reconstructed implicit and explicit matrices to a deep collaborative filtering module (214) to determine accurate predictions and
recommendations. The system (102) generates recommendation lists to the at least one end-user by a recommendation module (216)
based on the accurate predictions and recommendations.

(19) INDIA
(54) Title of the invention : CONTENT DISTRIBUTION AND OPTIMIZATION SYSTEM AND METHOD FOR LOAD
BALANCING TRAFFIC FOR DISTRIBUTING NETWORKS
1)Dr. K R K V Prasad
Address of Applicant :Assoc. Professor Department Of Eee,
Acet(P3), Surampalem, Adb Road, East Godavari Dist, Andhra
Pradesh, India, Pincode - 533437 ----------- -----------
2)Dr. N. Sirisha
3)Mrs. Koneti Vara Lakshmi
4)Mr. Srinivas Rayudu
5)Mrs. Vemana U.P.Lavanya
6)Mr. Kurra Venkateswara Rao
:G06Q0050300000, G06F0040197000,
H04L0051043000, G06F0003048170,
classification 1)Dr. K R K V Prasad
H04L0009320000
(86) International
:NA Acet(P3), Surampalem, Adb Road, East Godavari Dist, Andhra
Application No
:NA Pradesh, India, Pincode - 533437 ----------- -----------
Filing Date
2)Dr. N. Sirisha
(87) International
: NA Address of Applicant :Assoc. Professor Department Of Eee,
Publication No
:NA 3)Mrs. Koneti Vara Lakshmi
Filing Date
(62) Divisional to
:NA Acet(P3), Surampalem, Adb Road, East Godavari Dist, Andhra
Application Number
Filing Date
4)Mr. Srinivas Rayudu
5)Mrs. Vemana U.P.Lavanya
Address of Applicant :Sr.Asst. Professor Department Of Eee,
6)Mr. Kurra Venkateswara Rao
Address of Applicant :Sr.Asst. Professor Department Of Eee,
(57) Abstract :
Abstract [017] In this invention a description of a system or process related to content distribution and optimization, particularly in the
context of handling event traffic bursts from a first client computing device on a messaging bus. The system receives a multitude of
event traffic bursts from a first client computing device located in a first pod. These bursts are generated from a partition of a
messaging bus, and the bus itself is divided based on a device identifier (ID) associated with the first client computing device. The
messaging bus contains a series of application launch timestamps. A filtering rule is configured specifically for the device ID of the
first client computing device. The filtering rule checks the rate limit of each event traffic burst. The system blocks the first set of event
traffic bursts if the number of events in a burst exceeds a predefined threshold value for the rate limit. This blocking continues until a
new fixed window is assigned, suggesting a periodic resetting of the rate limit. Event traffic that passes the rate limit check is
communicated to a metrics aggregation controller. The communication to the controller is limited to a predefined rate for the first
client computing device.

(19) INDIA
(54) Title of the invention : GREEN ASSISTED SYNTHESIS OF MOLYBDENUM OXIDE NANOPARTICLES: EXPLORING
BIOLOGICAL, AND ELECTROCHEMICAL ACTIVITIES.
1)Dr. Mahadevaswamy M
Address of Applicant :Assistant Professor, PG Department of Chemistry, JSS
College of Arts, Commerce and Science, Ooty Road, Mysuru, Pin: 570 025,
Karnataka, India. ----------- -----------
2)Dr. Prashanth G K
3)Dr. Mallikarjun B Chougala
4)Dr. Srilatha Rao
5)Dr. Sowmyashree A S
6)Mr. Mutthuraju M
7)Dr. Prashanth P A
8)Dr. Dileep M S
:H01L0051000000, C23C0018160000, 1)Dr. Mahadevaswamy M
(51) International
C01G0039020000, H01M0010052500, Address of Applicant :Assistant Professor, PG Department of Chemistry, JSS
classification
B01J0023280000 College of Arts, Commerce and Science, Ooty Road, Mysuru, Pin: 570 025,
(86) International Karnataka, India. ----------- -----------
:NA
Application No 2)Dr. Prashanth G K
:NA
Filing Date Address of Applicant :Associate Professor, Department of Chemistry, Sir M.
(87) International Visvesvaraya Institute of Technology, Hunasamaranahalli, Bengaluru, Pin: 562
: NA
Publication No 157, Karnataka, India. ----------- -----------
(61) Patent of Addition to 3)Dr. Mallikarjun B Chougala
:NA
Application Number Address of Applicant :Assistant Professor, Department of PG Bio-Technology JSS
:NA
Filing Date College of Arts, Commerce and Science, Ooty Road, Mysuru, Pin: 570 025,
(62) Divisional to Karnataka, India. ----------- -----------
:NA
Application Number 4)Dr. Srilatha Rao
:NA
Filing Date Address of Applicant :Professor, Nitte Meenakshi Institute of Technology, Nitte
Campus, Govindapura, Gollahalli, Yelahanka, Bangalore, Pin: 560 064, Karnataka,
India. ----------- -----------
5)Dr. Sowmyashree A S
Address of Applicant :Associate professor, Nitte Meenakshi Institute of
Technology, Department of Chemistry, Govindapura, Gollahalli, Bangalore, Pin:
560 064, Karnataka, India. ----------- -----------
6)Mr. Mutthuraju M
Address of Applicant :Assistant Professor, Sai Vidya Institute of Technology,
Rajanukunte, Bengaluru, Pin: 560 064, Karnataka, India. ----------- -----------
7)Dr. Prashanth P A
Address of Applicant :Associate Professor, Department of Chemistry, PES College
of Engineering, Mandya, Pin: 571 401, Karnataka, India. ----------- -----------
8)Dr. Dileep M S
Address of Applicant :Assistant Professor, R V College of Engineering, Mysore
Road, Bangalore, Pin: 560 059, Karnataka, India. ----------- -----------
(57) Abstract :
Green Assisted Synthesis of Molybdenum Oxide Nanoparticles: Exploring Biological, and Electrochemical Activities. Abstract: In the last few decades, transition metal
oxides have attracted the research community in great deal due to their diversified applications. Among them, molybdenum oxide has been found to be one of the most
fascinating materials due to its unique structural, optical, electrical, and mechanical properties and multidirectional applications such as gas sensing, photo catalysis,
field emission (FE), capacitors, resistive switching, solar cells, light emitting diodes, hole transport materials, etc., The metallic conductivity of MoO3 makes it a
material of interest for many applications, including catalysis. Most recently it has been studied as a possible anode for lithium-ion batteries. Soxhlet’s apparatus was
used to Leucasaspera medicinal plant extract and synthesis of MoO3 NPs. The prepared compound was confirmed by various characterisation techniques, such as XRD,
SEM, EDX and Elemental Mapping.

(19) INDIA
(54) Title of the invention : A METHOD OF ENHANCING HAIR GROWTH WITH ENDOPHYTIC BACTERIUM BACILLUS
CEREUS
:A61K0036280000, A61Q0007000000, 1)Sreelakshmi Rajesh
(51) International
A61B0090000000, C12N0001200000, Address of Applicant :CHETTIYARUPARAMBIL HOUSE
classification
A61P0017140000 NEERICODE P O KODUVAZHANGA ----------- -----------
(86) International 2)Dr. M ANILKUMAR
:NA
:NA
: NA
Publication No 1)SREELAKSHMI RAJESH
(61) Patent of Addition Address of Applicant :CHETTIYARUPARAMBIL HOUSE
:NA
to Application Number NEERICODE P O KODUVAZHANGA, ALUVA, ERNAULAM,
:NA
Filing Date KERALA, PIN-683511 Aluva ----------- -----------
(62) Divisional to 2)Dr. M ANILKUMAR
:NA
Application Number Address of Applicant :SREEGANESH (H), MALAYATTOOR
:NA
Filing Date ROAD, MEKALADY, KALADY P O, ERNAKULAM,
KERALA Kalady ----------- -----------
(57) Abstract :
ABSTRACT A METHOD OF ENHANCING HAIR GROWTH WITH ENDOPHYTIC BACTERIUM BACILLUS CEREUS A
method for producing a hair growth agent using endophytic bacterial extract is disclosed (200). The Cell free extract (107) of the
endophytic bacteria (103), Bacillus cereus, isolated from Eclipta prostrata has proved its antioxidant property (109). The cell free
endophytic bacterial extract prepared in virgin coconut oil (203) was used for improving hair growth. The formulation was topically
applied in BALB/c mice for thirty days. They were sacrificed and found that the hair growth by length was in the range of 1.000 to
1.367 cm and width was in the range of 44.333 to 47.000 µm, the trimmed hair weight was in the range of 43.333 to 47.000 mg, the
weight of dorsal skin is in the range of 0.373 to 0.446 mg, and the hair follicle average count was in the range of 38.2 to 51.4 with
respect to control, standard and vehicle groups. The relative gene expression values were 1.548 for Wnt5a, 1.458 for Wnt10b, 1.522
for IGF and 1.823 for VEGF with respect to control and standard treated groups (Figure 2).

(19) INDIA
(54) Title of the invention : DESIGN AND COMPOSITION OF MRNA BASED HUMAN AND VETERINARY VACCINE
AGAINST RABIES VIRUS THEREOF
:C07K0014005000, A61P0031140000, (71)Name of Applicant :

(51) International
A61K0039000000, A61K0039120000, 1)LYSINE BIOTECH PRIVATE LIMITED
classification
A61P0037040000 Address of Applicant :No. 906, 9th Floor, TICEL BIOPARK
(86) International LIMITED Phase II, No.5, CSIR, Road, Taramani, Chennai
:NA
Application No 600113, Tamil Nadu, India Chennai ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Ananda Gopu Perumal
:NA
to Application Number Address of Applicant :LYSINE BIOTECH PRIVATE LIMITED,
:NA
Filing Date No. 906, 9th Floor, TICEL BIOPARK LIMITED Phase II, No.5,
(62) Divisional to CSIR, Road, Taramani, Chennai 600113, Tamil Nadu, India
:NA
Application Number Chennai ----------- -----------
:NA
Filing Date
(57) Abstract :
To design mRNA sequence comprises of 21 amino acids signal peptide at N-terminus, 21 amino acid transmembrane domains and 43
amino acid cytoplasmic domains. In the present invention mRNA sequence comprises a coding region encoding at least one antigenic
protein for treatment and prevention of rabies virus infection. Present invention relates to an mRNA sequence consisting of at least
one open reading frame and one or more modified rabies virus proteins which increases the expression of mRNA sequence encoded
proteins.

(19) INDIA
(54) Title of the invention : NANOSTRUCTURED MATERIALS CONSTRUCTED USING CLICK CHEMISTRY TECHNIQUES
1)Dr. Santhi M George
Science and Humanities, RMK Engineering College,
Kavaraipettai, Tiruvallur District, 601206 ----------- -----------
2)Dr. Priyanka Bhatnagar
3)Dr. Saurabh Dave
4)Dr. Bhojaraja B.E
5)Dr. A. Kistan
6)Dr. M Anusuya
:C09K0011060000, A61L0027180000, (72)Name of Inventor :
(51) International
B82Y0030000000, B82Y0025000000, 1)Dr. Santhi M George
classification
C12P0005000000 Address of Applicant :Associate Professor, Department of Science
(86) International and Humanities, RMK Engineering College, Kavaraipettai,
:NA
Application No Tiruvallur District, 601206 ----------- -----------
:NA
Filing Date 2)Dr. Priyanka Bhatnagar
(87) International Address of Applicant :Associate Professor, School of Basic &
: NA
Publication No Applied Sciences, IILM University, Greater Noida, Uttar Pradesh,
(61) Patent of Addition 201308 ----------- -----------
:NA
to Application Number 3)Dr. Saurabh Dave
:NA
Filing Date Address of Applicant :Professor, Department of Chemistry,
(62) Divisional to JECRC University, Ramchandrapura Industrial Area Jaipur,
:NA
Application Number Sitapura, Vidhani, Rajasthan 303905 ----------- -----------
:NA
Filing Date 4)Dr. Bhojaraja B.E
Address of Applicant :Associate Professor, Department of Civil
Engineering, NITTE (Deemed to be University), NMAM Institute
of Technology, Nitte -574110, Karnataka, India ----------- ----------
-
5)Dr. A. Kistan
Chemistry, Panimalar Engineering College, Chennai 123, India ---
-------- -----------
6)Dr. M Anusuya
Address of Applicant :Professor, Department of Physics, Indra
Ganesan College of Engineering, Manikandam, Trichy,
Tamilnadu, 620012 ----------- -----------
(57) Abstract :
The invention presents Nanostructured Materials Constructed Using Click Chemistry Techniques. The present invention comprising
of supplying precursor molecules featuring reactive click chemistry groups, catalysing the reaction between the precursor molecules
through click chemistry processes to produce a nanostructured material, and regulating the reaction parameters to achieve specific
structural characteristics in the nanostructured material. The reactive click chemistry groups encompass, but are not confined to,
azides, alkynes, thiols, and maleimides. The precursor molecules are chosen from a category encompassing polymers, nanoparticles,
organic molecules, and biomolecules. Further, involving the adjustment of the composition and ratio of precursor molecules to
customize the physical, chemical, or biological attributes of the resultant nanostructured material. It involving subsequent surface
functionalization of the nanostructured material after click chemistry, aiming to incorporate particular functionalities or ligands. The
nanostructured material is configured to exhibit biocompatibility, thereby facilitating its utilization in biomedical and pharmaceutical
domains. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : BUSINESS PROCESS MANAGEMENT SYSTEM AND METHOD
1)Mr. V. Hari Krishnan
Commerce, Sri Krishna Adithya College of Arts & Science,
Coimbatore - 641042 ----------- -----------
2)Dr. G. Thiyagarajan
3)Dr. V.O.Kavitha
4)Adv. Vishal A. Ingole
5)Ms. N.Subha
6)Mrs. T.Ilakkiyai
:G06Q0010060000, G06Q0010100000,
G06T0013200000, G06F0011360000,
classification 1)Mr. V. Hari Krishnan
H04B0001709700
(86) International
:NA Commerce, Sri Krishna Adithya College of Arts & Science,
Application No
:NA Coimbatore - 641042 ----------- -----------
Filing Date
2)Dr. G. Thiyagarajan
(87) International
: NA Address of Applicant :Assistant Professor, School of
Publication No
Management, S. A. College of Arts & Science, Chennai - 600077
:NA ----------- -----------
:NA 3)Dr. V.O.Kavitha
Filing Date
Address of Applicant :Assistant Professor, School of
(62) Divisional to
:NA Management, S.A.College of Arts & Science, Chennai - 600077 --
Application Number
:NA --------- -----------
Filing Date
4)Adv. Vishal A. Ingole
Address of Applicant :Assistant Professor, P. R. Pote Patil College
of Engineering and Management, Pote Patil Road, Kathora Bk,
Amravati - 444604 ----------- -----------
5)Ms. N.Subha
Address of Applicant :Assistant Professor (SG), Department of
Management Studies, Nehru Institute of Technology, Coimbatore
- 641105 ----------- -----------
6)Mrs. T.Ilakkiyai
Management Studies, Sri Sairam Institute of Technology, West
Tambaram, Chennai - 600044 ----------- -----------
(57) Abstract :
[028] The invention presents a Business Process Management System and Method. The present invention comprising of receiving data
inputs pertaining to organizational workflows, examining the input data to pinpoint inefficiencies within the organizational workflows
and creating streamlined workflow models tailored to enhance efficiency, drawing insights from the analysis. Further, deploying and
supervising the execution of the refined organizational workflow models. Gathering and evaluating performance metrics linked to the
implemented organizational workflows. Furthermore, involving an iterative process of refining and updating the streamlined
organizational workflow models based on real-time performance feedback. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : A TUNGSTEN-CARBIDE TOOL TO REDUCE CONSUMPTION OF WORKPIECES IN FRICTION
STIR WELDING (FSW)
1)Velammal Institute of Technology
Address of Applicant :Chennai - Kolkata Highway, Ponneri, Chennai
- 601204 ----------- -----------
1)Dr. D. Magesh Babu
Address of Applicant :Professor, Department of Mechatronics
Engineering, Velammal Institute of Technology, Chennai - Kolkata
:B23K0020120000, C22C0038440000, Highway, Ponneri, Chennai - 601204 ----------- -----------
(51) International
B33Y0010000000, C09D0011030000, 2)Dr. Madhu Balasubramanian
classification
C22C0038480000 Address of Applicant :Associate Professor, Department of Mechatronics
(86) International Engineering, Velammal Institute of Technology, Chennai - Kolkata
:NA Highway, Ponneri, Chennai - 601204 ----------- -----------
Application No
:NA 3)Dr. V Ramasamy
Filing Date
Address of Applicant :Assistant Professor, Department of Mechatronics
(87) International
: NA Engineering, Velammal Institute of Technology, Chennai - Kolkata
Publication No Highway, Ponneri, Chennai - 601204 ----------- -----------
(61) Patent of Addition 4)Mr. G.M.Pradeep
:NA
to Application Number Address of Applicant :Assistant Professor, Department of Mechatronics
:NA
Filing Date Engineering, Velammal Institute of Technology, Chennai - Kolkata
(62) Divisional to Highway, Ponneri, Chennai - 601204 ----------- -----------
:NA 5)Mr. S Vijayan
Application Number
:NA Address of Applicant :Assistant Professor, Department of Mechatronics
Filing Date
Highway, Ponneri, Chennai - 601204 ----------- -----------
6)Mr. R. Ohmsakthi Vel
7)Mr. S.Dharaga Vineeth
(57) Abstract :
[027] The invention presents a tungsten-carbide tool to reduce consumption of workpieces in friction stir welding (FSW). The present
invention comprising of a Tungsten-carbide is incorporated on its functional surfaces, delivering elevated hardness, resistance to wear,
and diminished workpiece utilization in the welding process, a specific arrangement of tungsten-carbide elements intended to curtail
material consumption in the friction stir welding procedure, ensuring effectiveness and eco-friendly operation and an adaptable
lubrication system that responds to welding conditions, delivering efficient cooling and mitigating wear caused by friction on both the
tool and workpieces. The FSW tool, enhances heat dissipation during welding, thereby reducing wear on both the tool and workpieces.
The FSW tool provides flexibility in tungsten-carbide grades across various sections of its structure, enabling customized hardness and
wear resistance in specific areas and further diminishing workpiece consumption. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : E-WASTE RECYCLE FACILITY LOCATOR
1)Sri Eshwar College of Engineering
Address of Applicant :Sri Eshwar College of Engineering,
Kondampatti (Post), Vadasithur (Via), Kinathukadavu,
Coimbatore – 641 202, Tamil Nadu. Coimbatore ----------- ---------
--
:C22B0007000000, C22B0011000000,
C22B0003020000, B09B0003000000,
classification 1)Mr.S.Yuvaraj
B29B0017020000
(86) International
:NA Engineering, Sri Eshwar College of Engineering, Kondampatti
Application No
:NA (post), Vadasithur (via), Kinathukadavu, Coimbatore – 641 202,
Filing Date
(87) International
: NA 2)Mr. M. Praveen Kumar
Publication No
Filing Date
(62) Divisional to
:NA 3)Mr S. Mithul Bharathi
Application Number
Filing Date
Engineering, Sri Eshwar College of Engineering, Kondampatti
(post), Vadasithur (via), Kinathukadavu, Coimbatore – 641 202,
4)Mr S. Naveen
(57) Abstract :
E-waste facility locator leverages the power of technology to tackle the e-waste problem head-on. We have developed a user-friendly
online platform that connects individuals, businesses, and communities with responsible e-waste disposal solutions. E-Waste
Collection Locator: E-waste facility locator features an up-to-date database of e-waste collection and recycling facilities. Users can
easily find the nearest disposal centers, reducing the hassle of figuring out where to take their old devices. Educational Resources: E-
waste facility locator provides informative content about the environmental and health hazards of e-waste. Users can learn about the
importance of proper disposal and the benefits of recycling.Incentivizing Responsible Disposal: To motivate users to dispose of their
e-waste properly, E-waste facility locator offer a credit system. Users can input the details of their old devices, and based on the
estimated recovery of precious metals and components, they earn credits that can be used for various purposes. Environmental Impact
Tracking: E-waste facility locator track the impact of our platform, reporting on the number of e-waste items collected, the reduction
in environmental pollution, and the positive contributions to recycling efforts.

(19) INDIA
(54) Title of the invention : AN INTELLIGENT STAGE CARRIAGE SERVICE MONITORING SYSTEM BY NAVIC
Coimbatore – 641202, Tamil Nadu Coimbatore ----------- ----------
-
:G06Q0050300000, G07B0015020000,
G07B0015060000, G08G0001130000,
classification 1)Dr.S.K.HARIKARTHIK
H04L0067102900
(86) International
Application No
Filing Date
(87) International
: NA 2)Dr. S. SAMPATH KUMAR
Publication No
Filing Date
(62) Divisional to
:NA 3)Dr. S. ANANTHI
Application Number
Filing Date
4)Ms.B.SUCHITHRA
(57) Abstract :
An intelligent stage carriage service monitoring system using NavIC, which is used to monitor the stage carriage service provided to
the public. This system will monitor the vehicle serving for the stage carriage permit, whether the vehicle is serving to the public as
per the route and timings given by the Regional Transport Authority. If any violation in the serving route and the timing then fine will
be calculated based on the information received from the NavIC device fixed in the corresponding vehicle. And the fine amount will
be updated in the PariVahan Application databases, then the fine amount will be added with vehicle quarterly tax. This system will
lead the stage carriage operator to serve the public without any cancelation of trip, change in timings etc. With this system,public
transport service will be provided effectively to the public. It will increase the use of public transport.

(19) INDIA
(54) Title of the invention : NUMERICAL INVESTIGATION OF UNSTEADY HYDROMAGNETIC STOKES FREE-
CONVECTIVE FLUID FLOW PAST AN INFINITE VERTICAL POROUS PLATE WITH VARIABLE SUCTION IN A
ROTATING SYSTEM
:G06Q0050200000, G06Q0030020000, 1)Dr. R. Srilatha

Address of Applicant :Assistant Professor, Department Of Mathematics (Humanities & Sciences) Vallurupalli Nageswar Rao Vignana Jyothi Institute Of Engineering And Technology Bachupally, Hyderabad, Medchal, Pin: 500090, Telangana, India. ----------- -----------
2)Ms. V. Kavitha
(51) International 3)Dr.A.Neeraja

4)Dr.A.Manshath
G06F0030230000, G06Q0050260000, 5)Dr. Babu A

6)Gajendran Chellaiah
7)E.Paramanathan
classification 8)Arun Kumar Bandlamudi

9)Dr. R.L.V. Renuka Devi
G99Z0099000000 10)Dr.R.Praveena
11)Dr.V.Vidhya
12)Bandham Saidulu

1)Dr. R. Srilatha
Address of Applicant :Assistant Professor, Department Of Mathematics (Humanities & Sciences) Vallurupalli Nageswar Rao Vignana Jyothi Institute Of Engineering And Technology Bachupally, Hyderabad, Medchal, Pin: 500090, Telangana, India. ----------- -----------
:NA 2)Ms. V. Kavitha

Address of Applicant :Associate Professor, Vardhaman College Of Engineering, Kacharam(Village), Shamshabad, Hyderabad, Pin: 501218, Telangana, India. ----------- -----------
Application No 3)Dr.A.Neeraja
Address of Applicant :Professor, Department Of Mathematics Aditya College Of Engineering, Surampalem, Peddapuram Taluk, Kakinada District, Peddapuram, Kakinada, Pin: 533437, Andhra Pradesh, India, ----------- -----------
4)Dr.A.Manshath
:NA Address of Applicant :Assistant Professor(Senior Grade) Department Of Mathematics & Acturial Science, B.S.Abdur Rahman Crescent Institute Science And Technology, Vandallur, Tambaram, Kanchipuram, Pin:600068, Tamilnadu, India. ----------- -----------
5)Dr. Babu A
Filing Date Address of Applicant :Assistant Professor, Department Of Mathematics, St. Joseph’s Institute Of Technology, Old Mamallapuram Road, Semmancheri, Kanchipuram, Chennai, Pin: 600 119, Tamilnadu, India. ----------- -----------
6)Gajendran Chellaiah
Address of Applicant :Professor And Senior Innovator, Department Of Civil Engineering, Sns College Of Technology, Sns Kalvi Nagar, Saravanampatti Post, Coimbatore, Pin: 641 035 Tamilnadu, India. ----------- -----------
7)E.Paramanathan
Address of Applicant :Assistant Professor, Department Of Mathematics, Easwari Engineering College, Srm Ramapuram Campus, Ramapuram, Chennai, Kanchipuram, Pin:600089 Tamilnadu, India. ----------- -----------
(87) International 8)Arun Kumar Bandlamudi

Address of Applicant :Assistant Professor, Department Of Cse (H), Kl University, Green Fields, Vaddeswaram, Mangalagiri, Guntur District, Pin: 522302 Andhra Pradesh, India. ----------- -----------
9)Dr. R.L.V. Renuka Devi
: NA Address of Applicant :Assistant Professor (C), Department Of Mathematics, Sri Venkateswara University, Tirupati , Pin : 517502 Andhra Pradesh, India. ----------- -----------
10)Dr.R.Praveena
Publication No Address of Applicant :Assistant Professor Department Of Mathematics Ppg College Of Arts And Science, Viswasapuram, Saravanampatti, Coimbatore, Pin: 641035, Tamilnadu, India ----------- -----------
11)Dr.V.Vidhya
Address of Applicant :Associate Professor, Department Of Department Of Mathematics, Vellore Institute Of Technology, Vandalur-Kelambakkam Road, Chennai, Kanchipuram, Pin: 600127, Tamilnadu, India. ----------- -----------
12)Bandham Saidulu
Address of Applicant :Research Scholar, Department Of Department Of Mathematics, University College Of Science, Osmania University, Hyderabad, Pin: 500007, Telangana, India. ----------- -----------

:NA
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
NUMERICAL INVESTIGATION OF UNSTEADY HYDROMAGNETIC STOKES FREE-CONVECTIVE FLUID FLOW PAST
AN INFINITE VERTICAL POROUS PLATE WITH VARIABLE SUCTION IN A ROTATING SYSTEM ABSTRACT: In the big
data environment, we develop personalized information of college libraries based on big data from three aspects: the overall
architecture of the system model, the functional model of the system, and the design of system interface modules according to the
design principles and requirements of the personalized information service system of the university library Service system design. In
terms of the functional design of the platform, the service platform is divided into four levels: accurate identification of user needs
based on big data, personalized customized services based on artificial intelligence, academic research and discussion space based on
integrated media, and fine-grained subject resource aggregation based on knowledge. On this basis, a centralized model of
individualized services of university libraries including internal and external personnel, information resources, technology, services,
processes, platforms, and environment has been constructed Arti?cial intelligence (AI) is one of the emerging trends and applications
of computing in libraries. It involves programming computers to do things, which if done by humans, would be said to require
intelligence. The ultimate promise of arti?cial intelligence in libraries is to develop computer systems or machines that think, behave,
and in fact rival human intelligence, and this clearly has major implications on librarianship. The application of arti?cial intelligence in
the library has become pervasive. They include expert systems for reference services, book reading and shelf-reading robots, virtual
reality for immersive learning among others. Although the incorporation of arti?cial intelligence in libraries can be perceived to
alienate librarians from their users, it will probably help libraries do more rather than taking over the jobs of librarians. It will enhance
their services delivery. Arti?cial intelligence will greatly improve library operations and services and will upgrade and heighten the
relevance of libraries in an ever-changing digital society The present article examines the initial obstacle put forth by Stokes, which
entails the evaluation of erratic hydromagnetic free convective flow through an infinite vertical porous plate utilising a viscous
incompressible fluid. A rotating system applies a variable suction to the plate. The fluid flow under consideration is hydromagnetic
and unstable, and it is distinguished by its unconstrained convection. In order to generate the dimensionless iterations of the governing
equations, non-dimensionalization is applied to the individual equations that govern the flow. Using the finite difference method, the
governing partial differential equations, which lack dimensions, are numerically resolved. Based on the forward-time central-space
scheme, this method operates. In order to simulate the generated numerical schemes and acquire the profiles of flow variables
including velocity, temperature, species concentration, and magnetic induction, the MATLAB software is utilised. According to the
study's main findings, an increase in the joule heating parameter causes the temperature and velocity profiles in the vicinity of the
plate to rise uniformly. These profiles, however, continue to disseminate uniformly as they depart from the plate. This finding suggests
that the magnitude of joule heating exerts a significant impact on the fluid flow, both in the vicinity of the plate and throughout the
majority of the fluid. Particularly in industrial water treatment systems that rely on physical forces to aid in the elimination of
contaminants from the water, the results may be of great value. Moreover, the findings can be implemented in the process of isolating
isotopes present in a mixture of gases characterised by varying molecular weights, including nitrogen and air, as well as exceptionally
low molecular weights (e.g., hydrogen and helium).

(19) INDIA
(54) Title of the invention : NON CORRODED BASE STAND FOR PRABHAVALI
1)K. S. Rangasamy College of Technology
Address of Applicant :KSR Kalvi Nagar Tiruchengode-637
215 TIruchengode ----------- -----------
1)Dr. A. Murugesan
Address of Applicant :Professor Dept of Mechanical Engineering,
K.S.Rangasamy College of Technology Tiruchengode ----------- --
---------
2)Mr. C. Ramesh
:C08L0027060000, B29K0027060000,
(51) International Address of Applicant :Assistant Professor Dept of Mechanical
C09D0127060000, E04H0009020000,
classification Engineering, K.S.Rangasamy College of Technology
F16L0058040000
Tiruchengode ----------- -----------
(86) International
:NA 3)Dr.A.Kumaravel
Application No
:NA Address of Applicant :Professor Dept of Mech K.S.Rangasamy
Filing Date
College of Technology Tiruchengode ----------- -----------
(87) International
: NA 4)Mr. R. Prakash
Publication No
Address of Applicant :Assistant Professor Dept of Mechanical
:NA Engineering, K.S.Rangasamy College of Technology
:NA Tiruchengode ----------- -----------
Filing Date
5)Ms. S. Srinithi
(62) Divisional to
:NA Address of Applicant :Assistant Professor Dept of Mechanical
Application Number
:NA Engineering, K.S.Rangasamy College of Technology
Filing Date
Tiruchengode ----------- -----------
6)Dr. R. Gopalakrishnan
Address of Applicant :Professor Dept of EEE K.S.Rangasamy
College of Technology Tiruchengode ----------- -----------
7)Dr. C. Vijayakumar
Address of Applicant :Associate Professor Dept of Mechatronics
Engineering, K.S.Rangasamy College of Technology
Tiruchengode ----------- -----------
8)Dr. B. Mythili Gnanamangai
Address of Applicant :Assistant Professor Dept of Biotechnology,
K.S.Rangasamy College of Technology Tiruchengode ----------- --
---------
(57) Abstract :
The Prabhavali’s are made up of bronze or brass materials and base stand made up on mild steel plate. The chemical composition
makes brass a highly durable and corrosion-resistant material. But in the temples “sprinkling” was done thrice a time of everyday
increases the positive energy of the God. In this reason the base of the Prabhavali was corrupted within a short time. To overcome this
issue, we developed novel PVC stand for inserting the mild steel plate inside the stand to prevent the corrosion. PVC is resistant to
weathering, chemical rotting, corrosion, shock, and abrasion. It is the preferred choice for many long-life and outdoor products.
Because of its high chlorine content, PVC products are self-extinguishing. So that the base material of the prabhavali was changed
with the poly vinyl Chloride (PVC) pipe for the existing material of mils streel.

(19) INDIA
(54) Title of the invention : A CEILING FAN WITH AUTOMATIC CLEANING UNIT AND METHOD OF OPERATING THE
SAME
1)Aditya Engineering College
Address of Applicant :ADB Road, Aditya Nagar, Surampalem, East Godavari –
533437, Andhra Pradesh, India. Surampalem ----------- -----------
2)Aditya College of Engineering and Technology
3)Aditya College of Engineering
4)Aditya College of Pharmacy
5)Aditya Pharmacy College
6)Aditya Degree College
:F04D0025080000, G05D0001020000, Address of Applicant : NA
F04D0029340000, H02S0040100000,
classification 1)B. Veeranarayana
F24S0040200000
Address of Applicant :Senior Assistant Professor, Dept of Electrical and
(86) International Electronics Engineering, Aditya Engineering College, ADB Road, Aditya Nagar,
:NA
Application No Surampalem, East Godavari-533437, Andhra Pradesh, India. Surampalem ----------
:NA - -----------
Filing Date
(87) International 2)George Fernandez Raj
: NA Address of Applicant :Assistant Professor, Dept of Civil Engineering, Aditya
Publication No College of Engineering and Technology, ADB Road, Aditya Nagar, Surampalem,
(61) Patent of Addition East Godavari-533437, Andhra Pradesh, India. Surampalem ----------- -----------
:NA 3)M. Kishore Kumar
:NA Address of Applicant :Associate Professor, Dept of Electronics & Communication
Filing Date
Engineering, Aditya College of Engineering, ADB Road, Aditya Nagar,
(62) Divisional to Surampalem, East Godavari-533437, Andhra Pradesh, India. Surampalem ----------
:NA
Application Number - -----------
:NA 4)Dr. J. Bhargav Narendra
Filing Date
Address of Applicant :Associate Professor, Aditya Pharmacy College, ADB Road,
Aditya Nagar, Surampalem, East Godavari-533437, Andhra Pradesh, India
Surampalem ----------- -----------
5)Harani Avasarala
Address of Applicant :Assistant Professor, Aditya College of Pharmacy, ADB
Road, Aditya Nagar, Surampalem, East Godavari-533437, Andhra Pradesh, India.
Surampalem ----------- -----------
6)M. Janaki Ram
Address of Applicant :Lecturer, Dept of CSE, Aditya Degree College, Shanti
Nagar, Kakinada-533003, Andhra Pradesh, India. Kakinada ----------- -----------
(57) Abstract :
ABSTRACT: Title: A Ceiling Fan with Automatic Cleaning Unit and Method of Operating the Same The present disclosure proposes
a ceiling fan (100) performs cleaning operation, thereby assisting a user to collect the obtained dust without any burden. The ceiling
fan (100) with cleaning function comprises a primary hub (102) and an automatic cleaning unit (108). In specific, the automatic
cleaning unit (108) comprises a secondary hub (110), plurality of cleaning members (114), a pair of electro-active bellows (116) and
an electro-active grip member (118). In particular, a controller (124) activates the pair of electro-active bellows (116) for extending
the electro-active grip member (118) for gripping the edge of the fan blade (106). Later, the electro-active grip member (118) cleans
the surface of the fan blade (106) for dispensing the accumulated dust into the plurality of cleaning members (114), thereby passing in
a closure lid (128). The proposed ceiling fan (100) consumes less power by eliminating the usage of additional purifiers.

(19) INDIA
(54) Title of the invention : AUTOMATIC WIRE MESH BENDING MACHINE TO PRODUCE CUSTOMIZED WIRE MESHES
AND METHOD THEREOF
:B32B0015020000, B21D0011120000, Address of Applicant : NA
E04H0017160000, B21F0023000000, 1)S. Anjani Devi
classification
B21D0005000000 Address of Applicant :Assistant Professor, Dept of Mechanical Engineering,
(86) International Aditya Engineering College, ADB Road, Aditya Nagar, Surampalem, East
:NA Godavari-533437, Andhra Pradesh, India. Surampalem ----------- -----------
Application No
:NA 2)Dr. B Rajani
Filing Date Address of Applicant :Associate Professor, Dept of Electrical & Electronics
(87) International Engineering, Aditya College of Engineering and Technology, ADB Road, Aditya
: NA Nagar, Surampalem, East Godavari-533437, Andhra Pradesh, India. Surampalem --
Publication No
--------- -----------
:NA 3)A. Hanumantharao
to Application Number Address of Applicant :Assistant Professor, Dept of Computer Science &
:NA
Filing Date Engineering, Aditya College of Engineering, ADB Road, Aditya Nagar,
(62) Divisional to Surampalem, East Godavari-533437, Andhra Pradesh, India. Surampalem ----------
:NA - -----------
Application Number
:NA 4)V. Santhi Swaroopa
Filing Date Address of Applicant :Assistant Professor, Aditya Pharmacy College, ADB Road,
Aditya Nagar, Surampalem, East Godavari-533437, Andhra Pradesh, India.
Surampalem ----------- -----------
5)Sadha Amala
Surampalem ----------- -----------
6)N. Kiran Kumar
Address of Applicant :Lecturer, Dept of Electronics, Aditya Degree College,
Shanti Nagar, Kakinada-533003, Andhra Pradesh, India. Kakinada ----------- -------
----
(57) Abstract :
ABSTRACT: Title: Automatic Wire Mesh Bending Machine to Produce Customized Wire Meshes and Method Thereof The present
disclosure proposes a wire mesh bending machine (100) for customizing different sizes of wire mesh gaps according to a user
requirement. The wire mesh bending machine (100) comprises a primary shaft (102), at least two bending wheels (108) and a pair of
transmission units (112, 114). The flexible and efficient wire mesh bending machine (100) reduces human labor for customizing wire
mesh gaps. The proposed wire mesh bending machine (100) satisfies specific needs of customers by customizing different wire mesh
gaps. The wire mesh bending machine (100) can bend a wire mesh to a specific shape with a high degree of accuracy and precision for
ensuring a strong and durable fence. The proposed wire mesh bending machine (100) can reduce waste of money for a user by
producing precise bends of a wire mesh.

(19) INDIA
(54) Title of the invention : A DEGASSER MACHINE FOR COLLECTING GASES FROM A DRILLING FLUID AND METHOD
THEREOF
:B01D0019000000, E21B0021060000, Name of Applicant : NA
G01N0021050000, C02F0001200000, (72)Name of Inventor :
classification
C21C0007100000 1)Dr. V. Ravi Kishore
(86) International Address of Applicant :Associate Professor, Dept of Computer Science &
:NA Engineering, Aditya Engineering College, ADB Road, Aditya Nagar, Surampalem,
Application No
:NA East Godavari-533437, Andhra Pradesh, India. Surampalem ----------- -----------
Filing Date 2)Siddani Durga Prasad
(87) International Address of Applicant :Assistant Professor, Dept of Electronics & Communication
: NA Engineering, Aditya College of Engineering and Technology, ADB Road, Aditya
Publication No
Nagar, Surampalem, East Godavari-533437, Andhra Pradesh, India. Surampalem --
:NA --------- -----------
to Application Number 3)N. Raveendra Reddy
:NA
Filing Date Address of Applicant :Assistant Professor, Dept of Mechanical Engineering,
(62) Divisional to Aditya College of Engineering, ADB Road, Aditya Nagar, Surampalem, East
:NA Godavari-533437, Andhra Pradesh, India. Surampalem ----------- -----------
Application Number
:NA 4)Dr. M. Karthik
Filing Date Address of Applicant :Assistant Professor, Aditya Pharmacy College, ADB Road,
Aditya Nagar, Surampalem, East Godavari-533437, Andhra Pradesh, India.
Surampalem ----------- -----------
5)Kruthiventi Sai Priyanka
Surampalem ----------- -----------
6)V S N Kumar
Address of Applicant :HOD, Dept of CSE, Aditya Degree College, Shanti Nagar,
Kakinada-533003, Andhra Pradesh, India. Kakinada ----------- -----------
(57) Abstract :
ABSTRACT: Title: A Degasser Machine for Collecting Gases from a Drilling Fluid and Method Thereof The present disclosure
proposes a degasser machine (100) that removes dissolved gases from a drilling fluid (12) by creating a high turbulence, vacuum, and
buoyancy. The degasser machine (100) comprises a feeding unit (104), a driving unit (128), an enclosed vessel (110), and a vacuum
chamber (118). The proposed degasser machine (100) that utilizes at least one motor (105) to effectively operate of the degasser
machine (100) for the extraction of the dissolved gases. The proposed degasser machine (100) that generates high turbulence, vacuum,
and buoyancy within the enclosed vessel (110) for extracting the gasses from the drilling fluid (12). The proposed degasser machine
(100) that provided with the vacuum chamber (118) for effectively collecting the dissolved gases that are extracted from the drilling
fluid (12).

(19) INDIA
(54) Title of the invention : AN EFFECTIVE WALL-MOUNTED UMBRELLA DEWATERING DEVICE AND METHOD OF
OPERATING THE SAME
Address of Applicant :ADB Road, Aditya Nagar, Surampalem, East
Godavari – 533437, Andhra Pradesh, India. Surampalem ----------- --------
---
:A45B0025280000, A47G0025120000, (72)Name of Inventor :
(51) International 1)S D V V S Bhimeshwar Reddy
G06N0003063000, F26B0005080000,
classification Address of Applicant :Senior Assistnant Professor, Dept of Mechanical
A45B0019040000 Engineering, Aditya Engineering College, ADB Road, Aditya Nagar,
(86) International Surampalem, East Godavari-533437, Andhra Pradesh, India. Surampalem
:NA
Application No ----------- -----------
:NA
Filing Date 2)Gummarekula Satti Babu
(87) International Address of Applicant :Assistant Professor, Dept of Electronics &
: NA Communication Engineering, Aditya College of Engineering and
Publication No
(61) Patent of Addition Technology, ADB Road, Aditya Nagar, Surampalem, East Godavari-
:NA 533437, Andhra Pradesh, India. Surampalem ----------- -----------
:NA 3)Y. Suresh Kumar
Filing Date
Address of Applicant :Assistant Professor, Dept of Artificial Intelligence
(62) Divisional to & machine learning, Aditya College of Engineering, ADB Road, Aditya
:NA
Application Number Nagar, Surampalem, East Godavari-533437, Andhra Pradesh, India.
:NA
Filing Date Surampalem ----------- -----------
4)V. Prasanna Sai Sri
Address of Applicant :Assistant Professor, Aditya Pharmacy College,
ADB Road, Aditya Nagar, Surampalem, East Godavari-533437, Andhra
Pradesh, India. Surampalem ----------- -----------
5)Bodapati Raju
Address of Applicant :Assistant Professor, Aditya College of Pharmacy,
6)Dr. B E V L Naidu
Address of Applicant :Academic Director, Dept of CSE, Aditya Degree
College, Shanti Nagar, Kakinada-533003, Andhra Pradesh, India.
Kakinada ----------- -----------
(57) Abstract :
ABSTRACT: Title: An Effective Wall-mounted Umbrella Dewatering Device and Method of Operating the Same The present
disclosure proposes an effective wall-mounted umbrella dewatering device (100) that aids people in wiping water from umbrellas (10)
easily and effectively using a telescopically extendable rotating spring mechanism without any human intervention. The proposed
effective wall-mounted umbrella dewatering device (100) consumes less power and is cost-effective. The proposed effective wall-
mounted umbrella dewatering device (100) comprises a housing (102), a dewatering unit (106), a storage unit (132), a controller
(144), a power source (146), a power button (148) and an alerting unit (150). The proposed effective wall-mounted umbrella
dewatering device (100) eliminates the use of plastic bag dispensers and reduces plastic waste. The proposed effective wall-mounted
umbrella dewatering device (100) eliminates the waste of resources and reduces environmental pollution. The proposed effective wall-
mounted umbrella dewatering device (100) eliminates damage to the umbrella cloth during the wiping of water from the umbrella
(10).

(19) INDIA
(54) Title of the invention : A DUAL-CHAMBERED WHEELBARROW WITH A TILTING CONTROL SYSTEM AND METHOD
OF OPERATING THE SAME
Address of Applicant :ADB Road, Aditya Nagar, Surampalem, East
Godavari – 533437, Andhra Pradesh, India. Surampalem ----------- --------
---
:B62B0001180000, B62B0001200000, (72)Name of Inventor :
(51) International 1)S. Jagadeesh
H04N0005232000, H04L0012180000,
classification Address of Applicant :Senior Assistant Professor, Dept of Electronics &
A61H0001000000 Communication Engineering, Aditya Engineering College, ADB Road,
(86) International Aditya Nagar, Surampalem, East Godavari-533437, Andhra Pradesh,
:NA
Application No India. Surampalem ----------- -----------
:NA
Filing Date 2)Kurra Venkateswara Rao
(87) International Address of Applicant :Assistant Professor, Dept of Electrical &
: NA Electronics Engineering, Aditya College of Engineering and Technology,
Publication No
(61) Patent of Addition ADB Road, Aditya Nagar, Surampalem, East Godavari-533437, Andhra
:NA Pradesh, India. Surampalem ----------- -----------
:NA 3)Rudrala Siva Prasad
Filing Date
Address of Applicant :Assistant Professor, Dept of Mechanical
(62) Divisional to Engineering, Aditya College of Engineering, ADB Road, Aditya Nagar,
:NA
Application Number Surampalem, East Godavari-533437, Andhra Pradesh, India. Surampalem
:NA
Filing Date ----------- -----------
4)Dr. P.V. M. Deepika
Address of Applicant :Assistant Professor, Aditya Pharmacy College,
5)Siriki Thirumala Devi
Address of Applicant :Assistant Professor, Aditya College of Pharmacy,
6)N B C N Murthy
Address of Applicant :Lecturer, Dept of CSE, Aditya Degree College,
Shanti Nagar, Kakinada-533003, Andhra Pradesh, India. Kakinada --------
--- -----------
(57) Abstract :
ABSTRACT: Title: A Dual-Chambered Wheelbarrow with a Tilting Control System and Method of Operating the Same The present
disclosure proposes a dual chambered wheel barrow (100). The dual chambered wheel barrow (100) comprises a frame (102), plurality
of barrows (106, 108), a lever (112), a lifting system (118), at least one control lever (134), and at least one pedal (132). The plurality
of barrows (106, 108) are configured to collect and store one or more materials. The pivotal lever (112) is operated manually by a user
to adjust the plurality of wheel barrows (106, 108) in at least one position. The pair of lifting units (119A, 119B) is configured to
reciprocate and tilt the plurality of barrows (106, 108) in multiple angles to dump one or materials at different stations. The lifting
system (118) is configured to be operated manually to generate relative motion to the pair of lifting units (119A, 119B).

(19) INDIA
(54) Title of the invention : IMPACT OF OUTSOURCING DECISION ON MATERIAL AVAILABILITY
1)Dr.R REENA
Address of Applicant :ASSOCIATE PROFESSOR & HEAD, COMMERCE (IB & AF), SRI KRISHNA ARTS AND SCIENCE COLLEGE , COIMBATORE ,
TAMILNADU -641008 Coimbatore ----------- -----------
2)Dr.G.THIYAGARAJAN
3)Dr.V.O.KAVITHA
4)Dr. S.KALYAN
5)Mr. CS. ANKIT SHAH
6)Dr. RAJESH VERMA
7)Mr. REZASHKUMAR RAMESHBHAI MISTRY
:G06Q0010060000, G06Q0010080000, 8)Dr.V.LAVANYA
(51) International 9)Dr.S.POUGAJENDY

10)Dr. NEELAM RAUT
G06Q0050280000, G06Q0030020000, 11)Dr.SUDHA AROGYA MARY CHINTHAMANI
classification 12)MR.J LOGESHWARAN
(86) International 1)Dr.R REENA
:NA Address of Applicant :ASSOCIATE PROFESSOR & HEAD, COMMERCE (IB & AF), SRI KRISHNA ARTS AND SCIENCE COLLEGE , COIMBATORE ,
Application No TAMILNADU -641008 Coimbatore ----------- -----------
2)Dr.G.THIYAGARAJAN
:NA Address of Applicant :ASSOCIATE PROFESSOR, SCHOOL OF MANAGEMENT, S.A. COLLEGE OF ARTS SCIENCE, CHENNAI,TAMILNADU-600077,
Filing Date INDIA Chennai ----------- -----------
3)Dr.V.O.KAVITHA
(87) International Address of Applicant :ASSISTANT PROFESSOR, SCHOOL OF MANAGEMENT, S.A. COLLEGE OF ARTS & SCIENCE, CHENNAI, TAMILNADU-600077,
INDIA Chennai ----------- -----------
: NA 4)Dr. S.KALYAN
Publication No Address of Applicant :ASSISTANT PROFESSOR, DEPT OF BS & H - MANAGEMENT STUDIES , BVRITHYDERABAD COLLEGE OF ENGINEERING FOR
WOMEN , HYDERABAD, TELANGANA -500090, INDIA Hyderabad ----------- -----------
(61) Patent of Addition 5)Mr. CS. ANKIT SHAH
Address of Applicant :ASSISTANT PROFESSOR, MANAGEMENT, SCHOOL OF LIBERAL ARTS AND MANAGEMENT STUDIES, P P SAVANI
:NA UNIVERSITY, SURAT, GUJARAT- 394125 Surat ----------- -----------
to Application Number 6)Dr. RAJESH VERMA
:NA Address of Applicant :ASSOCIATE PROFESSOR, SCHOOL OF BUSINESS & MANAGEMENT, CHRIST( DEEMED TO BE UNIVERSITY), DELHI/NCR
Filing Date CAMPUS, GHAZIABAD:201003, UTTAR PRADESH-201003 Ghaziabad ----------- -----------
7)REZASHKUMAR RAMESHBHAI MISTRY
Address of Applicant :AD-HOC LECTURER, ACCOUNTANCY , S. B. GARDA COLLEGE (ARTS) & P. K. PATEL COLLEGE OF COMMERCE, NAVSARI ,
(62) Divisional to GUJARAT -396445, INDIA Navsari ----------- -----------
:NA 8)Dr.V.LAVANYA
Application Number Address of Applicant :ASSISTANT PROFESSOR, MANAGEMENT , JNTUA COLLEGE OF ENGINEERING KALIKIRI,, ANDHRA PRADESH -517234, INDIA
Kalikiri ----------- -----------
:NA 9)Dr.S.POUGAJENDY
Filing Date Address of Applicant :PROFESSOR, MANAGEMENT STUDIES, SRI MANAKULA VINAYAGAR ENGINEERING COLLEGE, PONDICHERRY- 605008
Pondicherry ----------- -----------
10)Dr. NEELAM RAUT
Address of Applicant :ASSISTANT PROFESSOR, SCHOOL OF BUSINESS, DR VISHWANATH KARAD’S WORLD PEACE UNIVERSITY – SCHOOL OF
BUSINESS, PUNE, MAHARASHTRA-411038, INDIA Pune ----------- -----------
11)Dr.SUDHA AROGYA MARY CHINTHAMANI
Address of Applicant :ASSISTANT PROFESSOR, SCHOOL OF MANAGEMENT –MBA, S.A. COLLEGE OF ARTS & SCIENCE, CHENNAI, TAMILNADU-
600077, INDIA. Chennai ----------- -----------
12)J LOGESHWARAN
Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING, SRI ESHWAR COLLEGE OF
ENGINEERING, COIMBATORE- TAMIL NADU Coimbatore ----------- -----------
(57) Abstract :
ABSTRACT IMPACT OF OUTSOURCING DECISION ON MATERIAL AVAILABILITY Outsourcing is a popular business
strategy that can yield many advantages for organizations, such as cost savings, increased efficiency, and access to new technologies.
However, the impact of outsourcing decisions on material availability is often overlooked or minimized when business decisions are
evaluated in terms of ROI. The long-term availability of materials can be critical to the successful execution of a supply chain
strategy. This is true for both contracted and in-house production. The implications of an outsourcing decision for material availability
can be far-reaching, and so should not be taken lightly. Depending on the particular characteristics of the product, critical materials for
the associated production processes may be less available through their suppliers, as more is being produced for the companies they
have chosen to partner with. This in turn can affect costs, lead times, and ultimately quality. Insufficient or unreliable material
availability can also result in production bottlenecks and shutdowns. In extreme cases, this can lead to the closure of a business.
Therefore, when making the decision to outsource, businesses should take into consideration not just the financial aspect but also the
potential for serious long-term impacts on material availability. To ensure success, organizations should always establish a
comprehensive risk assessment and put in place strategies to mitigate any risks associated with material availability. Companies
should also consider the location of their suppliers, in order to maximize the availability of quality materials. Taking all of these
factors into consideration can help ensure a stable and reliable supply chain.

(19) INDIA
(54) Title of the invention : A LEAF FOOD SUPPLYING SYSTEM IN INTRA HOTELS USING DRONE
1)M.KUMARASAMY COLLEGE OF ENGINEERING
Address of Applicant :The Principal, M.Kumarasamy College of
Engineering, Thalavapalayam, Karur, Tamil Nadu, India - 639113 karur -
---------- -----------
1)Dr.Meivel Sadasivam
Address of Applicant :Assistant Professor, M.Kumarasamy College of
Engineering, Thalavapalayam, Karur, Tamil Nadu- 639113, India Karur -
---------- -----------
2)Varshini Umasankar
Address of Applicant :M.Kumarasamy College of Engineering,
:B64C0039020000, G06Q0050120000, Thalavapalayam, Karur, Tamil Nadu, India- 639113 Karur ----------- ------
G05D0001020000, G05D0001100000,
classification 3)Srinithi Padmanaban
A47J0047000000
(86) International Address of Applicant :M.Kumarasamy College of Engineering,
:NA Thalavapalayam, Karur, Tamil Nadu, India- 639113 Karur ----------- ------
Application No
:NA -----
Filing Date
(87) International 4)Suganthraj Palanisamy
: NA Address of Applicant :M.Kumarasamy College of Engineering,
Publication No
(61) Patent of Addition Thalavapalayam, Karur, Tamil Nadu, India- 639113 Karur ----------- -----------
:NA
5)Sridhara n Sivas ubramani
Address of Applicant :M.Kumarasamy College of Engineering, Thalavapalay am, Karur, Tamil Nadu, India- 639113 Karur ----------- -----------
6)Subhika D uraisa my
Address of Applicant :M.Kumarasamy College of Engineering, Thalavapalay am, Karur, Tamil Nadu, India- 639113 Karur ----------- -----------
7)Srinithi pa la nivel
to Application Number Address of Applicant :M.Kumarasamy College of Engineering,

:NA
Filing Date Thalavapalayam, Karur, Tamil Nadu, India- 639113 Karur ----------- ------
(62) Divisional to -----
:NA
Application Number 8)Subhaharini palaniyappan
:NA
Filing Date Address of Applicant :M.Kumarasamy College of Engineering,
Thalavapalayam, Karur, Tamil Nadu, India- 639113 Karur ----------- ------
-----
9)Subasree palanisamy
-----
10)Subiksha kumar
-----
11)Srisaran kalimuthu
-----
(57) Abstract :
ABSTRACT A LEAF FOOD SUPPLYING SYSTEM IN INTRA HOTELS USING DRONE The present invention discloses a leaf food supplying
system (10) in intra hotels using drone for reducing the waiting time of the customer and to reduce the labours effort. The leaf food supplying system
(10) comprises a multi rotor drone, IoT controller, communication module (17), fibre box (18) and a scanner module. The IoT controller (14) is
configured to operate the drone autonomously using one or more sensors and controllers. The display screen (16) is configured to take the food
orders from the customer. The obstacle avoidance module (15) detects the one or more obstacles in the desired path using IoT controller for
preventing the accidents while food supply. The communication module (17) sends the food orders received from the customers to the cook for to
prepare and pack the food at the kitchen end. The fibre box (18) supplies the ordered food items from kitchen to dining table by means of the
autonomous navigation system. The box holder angle (3) prevents the vibration of the fibre box to prevent the damages. The solar cell management
system (19) generates the electricity from sunlight. The scanner provides the digital payment options to the customer through the drone’s IoT
controller (14) for paying the amount with respect to the ordered food by the customer. The present invention will reduce the labour effort and time
taken in an effective manner. FIG 1

(19) INDIA
(54) Title of the invention : A METHOD FOR SYNTHESIS OF GALLIUM NITRIDE-GRAPHITIC CARBON NITRIDE-
TUNGSTEN DISULFIDE NANOCOMPOSITE FOR AMMONIA GAS SENSING
1)Dr. M. Balaji
Materials Science, University of Madras, Guindy Campus
:B01J0027240000, B01J0035000000,
(51) International Chennai ----------- -----------
H01L0029200000, C01B0021060000,
classification 2)University of Madras
C01G0041000000
(86) International
Application No
Filing Date
1)Dr. M. Balaji
(87) International
: NA Address of Applicant :Assistant Professor, Department of
Publication No
Materials Science, University of Madras, Guindy Campus
:NA Chennai ----------- -----------
:NA 2)B.R. Sivasankaran
Filing Date
Address of Applicant :Research Scholar, Department of Materials
(62) Divisional to
:NA Science, University of Madras, Chennai - 600025 Chennai ---------
Application Number
:NA -- -----------
Filing Date
3)S. Surya
Address of Applicant :Research Scholar, Department of Materials
Science, University of Madras, Chennai - 600025 Chennai ---------
-- -----------
(57) Abstract :
The present invention relates to a method of synthesis of gallium nitride (GaN) – graphitic carbon nitride (g-C3N4) – tungsten
disulfide (WS2) nanocomposite for ammonia gas sensing. The gallium nitride-graphitic carbon nitride-tungsten disulfide (GCW)
nanocomposite has been synthesized using sonication, ammonolysis and sulphurization methods. The structural, morphological, and
chemical properties of GCW nanocomposite have been studied using X-ray diffraction, Raman spectroscopy, scanning electron
microscopy with energy dispersive X-ray spectroscopy (EDAX), high resolution transmission electron microscopy with EDAX. The
GCW nanocomposite has uniform distribution of GaN nanoparticles over both the two-dimensional materials, g-C3N4 and WS2. The
GCW nanocomposite is coated on copper based interdigitated electrodes for the detection of ammonia gas. The various sensing
parameters have been studied and it has been found that the sensing response of GCW nanocomposite has been increased above 90%.
Additionally, GCW nanocomposite shows good stability and selectivity towards ammonia gas.

(19) INDIA
(54) Title of the invention : AI INTEGRATED SMART IOT SOLUTION FOR AUTOMATIC ACCESS CONTROL
:G06K0009620000, G07C0009000000, (71)Name of Applicant :

(51) International
G08G0001010000, G06N0020000000, 1)CVR COLLEGE OF ENGINEERING
classification
G08G0001017000 Address of Applicant :CVR College of Engineering
(86) International Vasthunagar, Mangalpalli(V), Ibrahimpatan(M), RangaReddy
:NA
Application No District, Telangana Ibrahimpatnam ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Swapna.T
:NA
to Application Number Address of Applicant :kukatpally, hyderabad kukatpally -----------
:NA
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Artificial Intelligence is ubiquitous, it can be embedded into any application to enhance the performance and to improve human-
machine interaction. One such application which got widely popular is usage of AI in IoT, i.e., in smart access control applications.
Usage of Artificial intelligence in smart access applications improves human-machine interaction as well as enhances the data
management. The raising security concerns at various places like hotels, institutions, hospitals and various private and public
organizations need monitoring of the vehicle’s movement 24*7. In this regard, we propose an AI integrated intelligent edge /cloud
based IoT system which can automatically open the gate. The proposed system uses license plate recognition based on various image
processing and also uses machine learning classification algorithms. The proposed invention also focuses on storage of data related to
the vehicles entered, the record of all vehicle’s images along with timings, which are captured at the gate. Integration of IoT helps to
access the vehicle entry report remotely. The system is preprogrammed, has all the registered vehicle no.s in the database, the gate
gets open automatically to all the vehicle numbers registered without any human intervention.

(19) INDIA
(54) Title of the invention : A SYSTEMATIC APPROACH TO ANALYZING THE ADVANCEMENTS OF HEAT EXTRACTION
METHODOLOGIES FOR ENHANCING THE PERFORMANCE OF PHOTOVOLTAIC/THERMAL (PV/T) SYSTEMS
1)Dr. P. Sangaiya
Address of Applicant :Assistant Professor of Physics, V.S.B. Engineering College, Karur-639111,
Tamilnadu, India. ----------- -----------
2)Radhika Krishnan
3)Dr. S. Narasimha Kumar
4)Dr. S. Renukadevi
5)D Y Kiran Kumar
6)Dr.K. Ramesh
7)Dr. Pravin P. Pawar
8)Prem Chandra
9)K. Buvaneswari
10)Mohd Reyaz Ur Rahim
11)V Sumalatha
12)Dr. Pasupuleti Subrahmanya Ranjit
:H02S0040440000, G05F0001670000, Address of Applicant : NA
G01W0001100000, H02S0050100000,
classification 1)Dr. P. Sangaiya
H02S0050000000 Address of Applicant :Assistant Professor of Physics, V.S.B. Engineering College, Karur-639111, Tamilnadu,
India. ----------- -----------
(86) International 2)Radhika Krishnan
:NA Address of Applicant :Assistant professor, department of agricultural engineering, SNS college of Technology,
Application No
:NA Coimbatore, Tamilnadu, India. ----------- -----------
Filing Date 3)Dr. S. Narasimha Kumar
Address of Applicant :Asst. Prof, Mechanical, CBIT, Hyderabad, Telangana, India. ----------- -----------
(87) International 4)Dr. S. Renukadevi
: NA Address of Applicant :Assistant Professor, Department of Physics, K. S. R. College of Engineering,
Publication No Tiruchengode-637215, Namakkal, Tamilnadu, India. ----------- -----------
(61) Patent of Addition 5)D Y Kiran Kumar
:NA Address of Applicant :Research Scholar, Department of EEE, Amrita Vishwa Vidyapeetham, Bangalore-
to Application Number 560035, Karnataka, India. ----------- -----------
:NA 6)Dr.K. Ramesh
Filing Date Address of Applicant :Head, PG and Research, Department of Physics, Vivekanandha College of Arts And
(62) Divisional to Sciences For Women(Autonomous), Elayampalayam, Tiruchengode-Tk, Namakkal-637 205, Tamil Nadu,
:NA India. ----------- -----------
Application Number 7)Dr. Pravin P. Pawar
:NA Address of Applicant :Assistant Professor, Department of Physics, Thakur College of Science and Commerce,
Filing Date University of Mumbai,Kandivali(East),Mumbai-400101, Maharashtra, India. ----------- -----------
8)Prem Chandra
Address of Applicant :Flat-201, Plot-2/96, Sector-2, Rajendra Nagar, Sahibabad, Ghaziabad, Uttar Pradesh,
India. ----------- -----------
9)K. Buvaneswari
Address of Applicant :Assistant Professor/ KCG College of Technology, Chennai-600 097, Tamil Nadu, India.
----------- -----------
10)Mohd Reyaz Ur Rahim
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Integral University,
Lucknow, 226003, Uttar Pradesh, India. ----------- -----------
11)V Sumalatha
Address of Applicant :Lecturer in Chemistry JMJ College for women, Tenali,522002, Guntur, Andhra Pradesh,
India. ----------- -----------
12)Dr. Pasupuleti Subrahmanya Ranjit
Address of Applicant :Professor, Dept. of Mechanical Engineering, Aditya Engineering College (A),
Surampalem- 533437, Kakinada, Andhra Pradesh, India. ----------- -----------
(57) Abstract :
A SYSTEMATIC APPROACH TO ANALYZING THE ADVANCEMENTS OF HEAT EXTRACTION METHODOLOGIES FOR
ENHANCING THE PERFORMANCE OF PHOTOVOLTAIC/THERMAL (PV/T) SYSTEMS A method for the development of a
heat harvester is used to capture thermal energy from geological formations. The heat harvester in some implementations is a once-
through, closed loop, subsurface heat harvester formed by directionally drilling through hot rock. A system and a technique provide a
photovoltaic system that regenerates the solar output characteristics with high precision under all environmental conditions. An AC-
type solar cell module that improves the output performance of the photovoltaic device by including a high frequency resonant power
conversion device attached to the solar cell module at a predefined interval. This methodology describes how to quantify the impact of
qualitative weather observations on solar irradiance, as well as how to include this methodology into solar irradiance estimating
models. Operating the system in power output mode with a power output level intermediately between 0% and 100% of the system's
maximum output level. FIG.1

(19) INDIA
(54) Title of the invention : IMPLEMENTATION OF REAL-TIME CHATBOT HARDWARE USING ANDROID
1)N M Jothi Swaroopan
Address of Applicant :R.S.M. Nager Kavaraipettai R.M.K.
Engineering College ----------- -----------
2)R.M.K. Engineering College
:H04L0051020000, G06N0005040000, 3)Dr. T. Gnanasekaran
(51) International
G06F0009500000, G06N0003000000, 4)K.R.Chairma Lakshmi
classification
G10L0015220000 Name of Applicant : NA
:NA
:NA
Filing Date 1)N M Jothi Swaroopan
(87) International Address of Applicant :R.S.M. Nager Kavaraipettai R.M.K.
: NA
Publication No Engineering College ----------- -----------
(61) Patent of Addition 2)R.M.K. Engineering College
:NA
to Application Number Address of Applicant :206, Taluk, Gummidipoondi, Kavaraipettai,
:NA
Filing Date Tamil Nadu 601206 Chennai ----------- -----------
(62) Divisional to 3)Dr. T. Gnanasekaran
:NA
Application Number Address of Applicant :R.M.K Engineering College RSM Nagar,
:NA
Filing Date Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206
Chennai ----------- -----------
4)K.R.Chairma Lakshmi
Address of Applicant :R.M.K Engineering College RSM Nagar,
Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206
Chennai ----------- -----------
(57) Abstract :
The Present invention relates to a Implementation of Real-time Chatbot Hardware using Android a Chatbot [10] which received input
from Speaker [11] and Servomotor [12], an arduino microcontroller [13] which monitor and control the connected actions through
servomotor [12], a bluetooth receiver in which PIC Microcontroller interface to the Arduino [13]; a voice module [15] connected
along with Arduino[13] along with mp3 card to store answers, which make more smarter ,more effective, more interact to people and
use mp3 devices to activate dynamic responses via a chat-bot.

(19) INDIA
(54) Title of the invention : ORGANIC WET AND DRY WIPES MADE OUT OF COMPOSITE CONSTITUENT MATERIALS
FROM BANANA AND COTTON FIBRES WITH ADEQUATE MIXING OF EUCALYPTUS AND TULSI ( OCIMUM
SANCTUM) OILS AND A METHOD FOR MAKING THE SAME
1)K S R College of Arts and Sciences for women
Address of Applicant :K.S.R Kalvi Nagar Thokkavadi,
Tiruchengode Namakkal Dt, TamilNadu Tiruchengode ----------- -
----------
1)Dr. V Mahalakshmi
:A61K0036530000, A61K0036610000, ----------
(51) International
A47K0010320000, A01N0065280000, 2)Vinitha T
classification
A61Q0019000000 Address of Applicant :K.S.R Kalvi Nagar Thokkavadi,
(86) International Tiruchengode Namakkal Dt, TamilNadu Tiruchengode ----------- -
:NA
Application No ----------
:NA
Filing Date 3)Sugasra S
(87) International Address of Applicant :K.S.R Kalvi Nagar Thokkavadi,
: NA
Publication No Tiruchengode Namakkal Dt, TamilNadu Tiruchengode ----------- -
(61) Patent of Addition ----------
:NA
to Application Number 4)Dharani K
:NA
Filing Date Address of Applicant :K.S.R Kalvi Nagar Thokkavadi,
(62) Divisional to Tiruchengode Namakkal Dt, TamilNadu Tiruchengode ----------- -
:NA
:NA
Filing Date 5)Sowmiya S
----------
6)Syamini S
----------
7)Kokilavani G
----------
(57) Abstract :
Most of the wet wipes commercially available and used by people today are made of synthetic fibers moistened with chemicals. Only
few brands use biodegradable fibers and some are flushable wet wipes that degrades in the water. Wet wipes finished with pure herbal
extracts are only at the research stage and not being commercialized. Both the manufacturers and consumers need to be made aware of
the necessity for sustainable wet wipes for the benefit of the current consumers and the future environment. Hence, the approach here
is to use cotton and banana fibres as basic materials for preparation of the wet wipes and also, Eucalyptus oil is used as another main
ingredient. Further, Herbal Oils are also used viz:- Tulsi (Ocimum sanctum) oil- Eucalyptus(eucalyptus globulus) oil - At 10%, 25%
and 50% concentrations,- pH to maintain: Citric acid(0.1- 0.5%). - Preservative: Sodium Benzoate (1- 4%), Skin softener: Glycerin
(0.02 – 0.5%)

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR GENRE-BASED STORY GENERATION AND STORYTELLING
1)VIT-AP University
:G06N0003080000, G06N0003040000,
G10L0013080000, G06N0020000000,
G10L0015020000
(86) International
Application No
:NA 1)GUDLURI SARANYA
Filing Date
Address of Applicant :Undergraduate Student, SCOPE, VIT-AP
(87) International
: NA University, Inavolu, Amaravati, Andhra Pradesh - 522237, India.
Publication No
Amaravati ----------- -----------
:NA 2)SAGAR DHANRAJ PANDE
:NA Address of Applicant :Assistant Professor Sr. Grade 1, SCOPE,
Filing Date
VIT-AP University, Inavolu, Amaravati, Andhra Pradesh -
(62) Divisional to
:NA 522237, India. Amaravati ----------- -----------
Application Number
:NA 3)SURENDRA REDDY VINTA
Filing Date
Address of Applicant :Associate Professor Sr. Grade 1, SCOPE,
522237, India. Amaravati ----------- -----------
(57) Abstract :
Present disclosure discloses a system (102) for genre-based story generation and storytelling. System (102) receives data packet
comprises of plurality of images and one or more textual data from one or more computing devices (108) associated with one or more
users (106). System (102) perform pre-processing techniques on the images with textual data to separate the images and the textual
data and to transform the textual data into numerical representations. System (102) extracts features related to the images by a first set
of deep neural network to transform the images into numerical representations. System (102) trains and tests a second set of deep
neural network based on the images with textual data transformed to numerical representations using the features extracted and
generates story sequence. System (102) converts the story sequence generated into speech using at least one text-to-speech (TTS)
technique.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR TRACKING OBJECTS IN A CONTAINER USING RFID TECHNOLOGY
1)VELLORE INSTITUTE OF TECHNOLOGY, CHENNAI
Address of Applicant :Vandalur - Kelambakkam Road
Chennai, Tamil Nadu - 600127, India. Chennai ----------- -----------
:G06K0007100000, H04N0021410000, Name of Applicant : NA
(51) International
H04W0004800000, G06Q0020320000, Address of Applicant : NA
classification
(86) International 1)E. UMAMAHESWARI
:NA
Application No Address of Applicant :Professor-Grade-1, Centre for Cyber
:NA
Filing Date Physical Systems, Vellore Institute of Technology, Chennai,
(87) International Vandalur - Kelambakkam Road, Chennai, Tamil Nadu – 600127,
: NA
Publication No India. Chennai ----------- -----------
(61) Patent of Addition 2)KANCHANA DEVI V
:NA
to Application Number Address of Applicant :Associate Professor Senior, SCOPE,
:NA
Filing Date Vellore Institute of Technology, Chennai, Vandalur -
(62) Divisional to Kelambakkam Road, Chennai, Tamil Nadu – 600127, India.
:NA
:NA
Filing Date 3)KUMBUM VAISHNAVI REDDY
Address of Applicant :Student, CSE with Specialization in
Artificial Intelligence & Machine Learning, Vellore Institute of
Technology, Chennai, Vandalur - Kelambakkam Road, Chennai,
Tamil Nadu – 600127, India. Chennai ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relate to a system for GPS tracking of one or more objects tagged with RFID tags in a smart
valise. The system (100) comprises an RFID card reader (102) to detect information stored in an RFID tag attached to the one or more
objects in the container. Further, the system (100) comprises a fingerprint scanner (104) to detect fingerprints of a user to allow
accessibility to the one or more objects, a GPS unit (106) to detect a current location of the container, and a display unit (108) to
display information to the user and a Bluetooth unit (110) to establish connectivity to a mobile device of the user. The system (100)
further comprises an alarm unit (112) configured to notify the user of missing objects and a microcontroller (114) to enable constant
tracking of the one or more objects in the container.

(19) INDIA
(54) Title of the invention : POLYMER-BASED NANOCOMPOSITE MEMBRANE FOR PROTON CONDUCTIVITY IN
ELECTROCHEMICAL SYSTEM AND METHOD FOR PRODUCING THE SAME
Address of Applicant :VELLORE INSTITUTE OF
TECHNOLOGY, KATPADI, VELLORE - 632014,
TAMILNADU, INDIA Vellore ----------- -----------
:H01M0008160000, B01D0067000000, (72)Name of Inventor :
(51) International
B01D0071340000, C08K0003040000, 1)Mohammed Rizwan
classification
C25B0001000000 Address of Applicant :School of Chemical Engineering
(86) International (SCHEME), SMV G-26, VIT, KATPADI, VELLORE- 632014,
:NA
Application No TAMILNADU, INDIA Vellore ----------- -----------
:NA
Filing Date 2)Dr. Mohammed Rehaan Chandan
(87) International Address of Applicant :School of Chemical Engineering
: NA
Publication No (SCHEME), SMV - G20, VIT, KATPADI, VELLORE- 632014,
(61) Patent of Addition TAMILNADU, INDIA Vellore ----------- -----------
:NA
to Application Number 3)Dr. Aabid Hussain Shaik
:NA
Filing Date Address of Applicant :School of Chemical Engineering
(62) Divisional to (SCHEME), SMV – G20, VIT, KATPADI, VELLORE- 632014,
:NA
Application Number TAMILNADU, INDIA Vellore ----------- -----------
:NA
Filing Date 4)Jenani R
Address of Applicant :School of Chemical Engineering
(SCHEME), SMV – G26, VIT, KATPADI, VELLORE- 632014,
5)Dr. A Babuponnusami
Address of Applicant :School of Chemical Engineering
(SCHEME), SMV – G26, VIT, KATPADI, VELLORE- 632014,
(57) Abstract :
A polymer-based nanocomposite membrane for proton conductivity in electrochemical system is provided. The polymer-based
nanocomposite membrane includes 96% to 99.9% weight by weight (w/w) of a polymer material, 0.05%-2% w/w of an MXene
material, and 0.05%-2% w/w of a carbon nanoplatelet material. The MXene material (titanium carbide) and the carbon nanoplatelet
material (graphene) are blended together to form an MXene-nanoplatelet complex and the MXene-nanoplatelet complex is dispersed
into the polymer material (polyvinylidene fluoride (PVDF)) to form the polymer-based nanocomposite membrane. The polymer-based
nanocomposite membrane of the present disclosure provides enhanced hydrophilic properties and anti-biofouling properties, thereby
facilitating improved proton conductivity in the electrochemical system (for example microbial fuel cell (MFC)). FIG. 1

(19) INDIA
(54) Title of the invention : PROTEIN-BASED HAIR-CARE COMPOSITION FOR PROMOTING OPTIMAL HAIR HEALTH
AND METHOD FOR PRODUCING THE SAME
:A61Q0005000000, A61K0008978900, Address of Applicant :VELLORE INSTITUTE OF
(51) International
A61Q0007000000, A61Q0005020000, TECHNOLOGY, KATPADI, VELLORE - 632014, TAMIL
classification
A61K0008979400 NADU, INDIA Vellore ----------- -----------
:NA
:NA
(87) International 1)Dr. Suneetha Vuppu
: NA
Publication No Address of Applicant :Science, Innovation and Society Biotech
(61) Patent of Addition Reasearch Group 115 A, School of Biosciences and Technology,
:NA
to Application Number Department of Biotechnology, VIT University, Vellore,
:NA
Filing Date Tamilnadu, India - 632014 Vellore ----------- -----------
(62) Divisional to 2)Sathvika. K
:NA
Application Number Address of Applicant :Science, Innovation and Society Biotech
:NA
Filing Date Reasearch Group 115 A, School of Biosciences and Technology,
Department of Biotechnology, VIT University, Vellore,
Tamilnadu, India - 632014 Vellore ----------- -----------
(57) Abstract :
A protein-based hair-care composition for promoting optimal hair health is provided. The composition includes 0.1%-0.5% volume by
volume (v/v) of a protein extract (feather keratin extract); 2% to 7% weight by volume (w/v) of a conditioning agent (chebe powder);
2% to 7% w/v of a cleansing agent (ambunu powder); 2% to 7% w/v of a foaming agent (soap nut powder); 0.5%-2.5% w/v of a
thickening agent (xanthan gum); 1%-3% v/v of a preservative agent (rosemary oil); and 1%-3% w/v of a fragrance agent (Vetiveria
zizanioides root powder). The protein-based hair-care composition of the present disclosure provides essential amino acids and non-
essential amino acids for growth of hair. Further, the protein-based hair-care composition of the present disclosure provides
antimicrobial activity for inhibiting scalp infecting bacteria. Therefore, promoting optimal hair health. FIG. 1

(19) INDIA
(54) Title of the invention : CONTENT MANAGEMENT IN PORTABLE ELECTRONIC DEVICES
1)ANNA ALPHONSA DIAS
Address of Applicant :691, 8TH CROSS, HAL 2ND STAGE,
BANGALORE 560008, INDIA BANGALORE ----------- ----------
:G06Q0010100000, G06F0021620000, -
(51) International
H04M0001724360, G06F0003048420, 2)ANDREA NEHA DIAS
classification
H04L0051100000 3)DR. ERIC W B DIAS
:NA
:NA
(87) International 1)ANNA ALPHONSA DIAS
: NA
Publication No Address of Applicant :691, 8TH CROSS, HAL 2ND STAGE,
(61) Patent of Addition BANGALORE 560008, INDIA BANGALORE ----------- ----------
:NA
to Application Number -
:NA
Filing Date 2)ANDREA NEHA DIAS
(62) Divisional to Address of Applicant :691, 8TH CROSS, HAL 2ND STAGE,
:NA
Application Number BANGALORE 560008, INDIA BANGALORE ----------- ----------
:NA
Filing Date -
3)DR. ERIC W B DIAS
Address of Applicant :691, 8TH CROSS, HAL 2ND STAGE,
BANGALORE 560008, INDIA BANGALAORE ----------- --------
---
(57) Abstract :
Embodiments of the present disclosure relates to a method and system for content management on a device, and in particular smart
mobile phones. An embodiment includes receiving as input content on a device. A further embodiment relates to determining if the
content received is authentic and/or duplicated on the device, wherein the duplication can occur across multiple messaging application
on the device or on a single messaging application across different users and/or groups on the single messaging application on the
device. A further embodiment relates to providing an intimation to a user based on the determination of the content being authentic
and/or duplicated, so that the user of the device can take appropriate action with respect to the message received on the device

(19) INDIA
(54) Title of the invention : RFID ENABLED SMART TRASH CAN WITH WASTE SEGREGATION MECHANISM FOR
SUSTAINABLE WASTE MANAGEMENT
1)G. Narayanamma Institute of Technology and Science
:G06K0007100000, B65F0001060000,
(51) International (For Women)
B65F0001160000, G05D0001020000,
classification Address of Applicant :Shaikpet Road, Ambedkar Nagar,
G06K0019070000
Shaikpet, Hyderabad, Telangana, India-500104 Hyderabad --------
(86) International
:NA --- -----------
Application No
Filing Date
(87) International
Publication No
1)Dr. C. Padmaja
:NA Address of Applicant :H. No. 501, Sree Rama Krishna Nilayam,
:NA beside Dr. KKR Gowtham School, Sri Sai Nagar Colony,
Filing Date
Kukatpally - 500085 Hyderabad ----------- -----------
(62) Divisional to
:NA 2)Bashetty Shravani
Application Number
:NA Address of Applicant :H. No. 1-1-370/35/7, Shiridi Sai Krupa
Filing Date
Nagar Colony Road no. 1, 100 Feet Road, Vinayak Nagar -
503003 Nizamabad ----------- -----------
(57) Abstract :
A RFID ENABLED SMART TRASH CAN FOR SUSTAINABLE WASTE MANAGEMENT A smart trashcan 100 for segregation
of the waste characterised in that at least 3 compartments for dumping the segregated waste configured to be read by RFID Card 12
comprising a housing (8) alongwith display; a RFID tag 10 coupled to the said housing; a pair of sensors (18, 20); a power source 14;
a microcontroller 16 coupled to the housing (8) configured to perform operation of segregating waste; by obtaining real time
information about the waste dumped in the said smart trashcan via at least one sensor; processing and analyzing the moisture content
of waste dumped via at least one sensor; a servo motor 22 coupled to the housing configured to open the lid based on the kind of waste
dumped; a LED Indicator 24 configured to display the real time information on the compartment in which segregated waste is
dumped; a GSM Module 26; and a wifi module 28. [To be published with FIG. 2]

(19) INDIA
(54) Title of the invention : VOICE AUTOMATED BED WITH MOVEMENT ASSISTANCE FOR BEDRIDDEN INDIVIDUALS
1)G. Narayanamma Institute of Technology and Science
(For Women)
Address of Applicant :Shaikpet Road, Ambedkar Nagar,
Shaikpet, Hyderabad, Telangana, India-500104 ----------- -----------
:G10L0015220000, A61H0001020000,
A61G0007100000, A61G0005040000,
A61G0007057000
(86) International
:NA 1)Dr. M. Seetha
Application No
:NA Address of Applicant :Employed at G. Narayanamma Institute of
Filing Date
Technology and Science (For Women), Professor of CSE and
(87) International
: NA Dean R&D, Shaikpet Road, Ambedkar Nagar, Shaikpet,
Publication No
Hyderabad, Telangana, India - 500104 Hyderabad ----------- -------
:NA ----
:NA 2)Dr. A. Sharada
Filing Date
Address of Applicant :G. Narayanamma Institute of Technology
(62) Divisional to
:NA and Science (For Women), Professor & HOD, CSE, Shaikpet
Application Number
:NA Road, Ambedkar Nagar, Shaikpet, Hyderabad, Telangana, India -
Filing Date
500104 Hyderabad ----------- -----------
3)Farah Anjum
Address of Applicant :8-4-68/10/463 Opp. Masjid Osman Ghani,
Alinagar, Bandlaguda, Milardevpally, Hyderabad Telangana,
India 500005 Hyderabad ----------- -----------
(57) Abstract :
VOICE AUTOMATED BED WITH MOVEMENT ASSISTANCE FOR BEDRIDDEN INDIVIDUALS The Voice Automated Bed
100) is a novel solution designed for bedridden individuals, featuring voice automation and movement assistance. Equipped with a
microphone (6) for user commands, a voice recognition module (8) verifies and analyzes commands. The flat bodyrest, supported by
four rotatable members, accommodates the upper and lower body parts and enables lateral movement. Supporting panels (18) enhance
structural integrity, while a microcontroller (22), ultrasonic sensors (24), and motors (26a-d) facilitate responsive and controlled
movement. The bed's motor driver module (28) ensures precise coordination, and openings (30) allow wheel installation for increased
mobility.

(19) INDIA
(54) Title of the invention : ARTIFICIAL INTELLIGENCE BASED SYSTEM TO PREDICT PEDIATRIC DISORDERS
1)Dr. A. Anbarasi
Address of Applicant :Assistant Professor, Department of Computing Technologies, School of Computing,
SRM Institute of Science and Technology, Chennai, Tamilnadu- 603203 ----------- -----------
2)Dr.N.Deepa
3)Mr. U.M.Prakash
4)Dr.D.Prabakar
5)Dr. Pon Arul Murugan
6)Dr.M.Revathi
7)Dr. S. Jagadeesan
8)Mr.D.Abdus Subhahan
9)Dr. M. Prabhu
10)Mr. S.Prabhakaran
1)Dr. A. Anbarasi
2)Dr.N.Deepa
(51) International classification :A61M15/00
Address of Applicant :Assistant Professor, Department of Networking and Communications, School of
Computing, SRM Institute of Science and Technology, Chennai, Tamilnadu- 603203 ----------- -----------
Filing Date :NA
3)Mr. U.M.Prakash
Filing Date :NA
4)Dr.D.Prabakar
Address of Applicant :Assistant Professor, Department of Data Science and Business Systems, School of
Filing Date :NA
Computing, Faculty of Engineering and Technology, SRM Institute of Science and Technology, SRM Nagar,
Kattankulathur, India ----------- -----------
5)Dr. Pon Arul Murugan
6)Dr.M.Revathi
Address of Applicant :Assistant Professor, Department of Computing Technologies, SRM Institute of Science
and Technology, Chennai, Tamilnadu- 603203 ----------- -----------
7)Dr. S. Jagadeesan
Address of Applicant :Assistant Professor, Department of Computing Technologies, SRM Institute of Science
and Technology, Chennai, Tamilnadu- 603203 ----------- -----------
8)Mr.D.Abdus Subhahan
Address of Applicant :Department of CSE, B V Raju Institute of Technology, Naraspur, Medak District –
502313, Telangana, India ----------- -----------
9)Dr. M. Prabhu
Address of Applicant :Associate Professor, Department of ECE, Saveetha School of Engineering, Saveetha
Institute of Medical and Technical Sciences, Chennai ----------- -----------
10)Mr. S.Prabhakaran
Address of Applicant :Assistant Professor, Department of CINTEL, SRM Institute of Science and Technology,
Chennai ----------- -----------
(57) Abstract :
Paediatric diseases are those that affect children. Children are less worried about their health than adults, which makes them more susceptible to numerous maladies. Artificial intelligence has the potential to overcome
variability issues that may arise during the study of growth data. Paediatric growth disorders create a substantial problem for people afflicted, their parents/caregivers, and healthcare providers. Early detection of irregular
growth enables for early referral and diagnosis of growth abnormalities that, if ignored, will result in subnormal adult height. This invention proposes a smart device for pediatric asthma. Childhood asthma causes high
morbidity and expenses, putting a major strain on families and healthcare systems. When compared to higher income households, low-income and culturally diverse paediatric populations have greater rates of illness and
mortality. AI reminds users when to take their next medication and seeks to make respiratory disorders measurable and treatable with its Aria software, which delivers customised treatment recommendations based on the
children’s state to parents. It uses ultrasensitive H2S gas sensor. By analysing the H2S content in exhaled breaths, it can roughly distinguish asthmatic sufferers from healthy ones. A portable H2S sensing device can be
bought, allowing asthmatic patients quick access to this equipment and making asthma severity monitoring more convenient, particularly for youngsters and the elderly.

(19) INDIA
(54) Title of the invention : A COMPLETE DIGITAL EVALUATION SYSTEM
1)Likewin Thomas
Address of Applicant :Dr. Likewin Thomas, Associate
Professor, Department of Artificial Intelligence and Machine
Learning, PES Institute of Technology and Management -----------
-----------
2)Manu A P
:G09B0007020000, G09B0007000000,
(51) International 3)Manjunath Patel G C
G06Q0050200000, G16H0010600000,
G06K0009620000
(86) International
Application No
:NA 1)Likewin Thomas
Filing Date
Address of Applicant :Dr. Likewin Thomas, Associate Professor,
(87) International
: NA Department of Artificial Intelligence and Machine Learning, PES
Publication No
Institute of Technology and Management ----------- -----------
:NA 2)Manu A P
Filing Date
and Engineering, PES Institute of Technology and Management,
(62) Divisional to
:NA Shivamogga, Guddada Arakere, Kotegangoor Post, NH 206, Sagar
Application Number
:NA Road, Shivamogga, Karnataka 577204, India Shivamogga ---------
Filing Date
-- -----------
3)Manjunath Patel G C
Mechanical Engineering, PES Institute of Technology and
Management, Shivamogga, Guddada Arakere, Kotegangoor Post,
NH 206, Sagar Road, Shivamogga, Karnataka 577204, India
Shivamogga ----------- -----------
(57) Abstract :
This disclosure is about a digital exam system that significantly automates and safeguards the process of giving and reviewing exams
for academic credit. The design incorporates biometric IDs and secure user authentication to guarantee that only authorized users can
start and finish exams. Examinees are guided through the procedure using an easy-to-use interface that makes it easier to digitally
input, review, and submit their answers. It also provides tools like a calculator, engineering drawing, drawing tools, coding platform,
equation editor, eraser, engineering formula/ data sheet book, graph and worksheet to accommodate diverse exam needs. To ensure the
integrity of the exam materials, a secure data repository with cutting-edge encryption guards against illegal access and question paper
leaking. The system uses optical character recognition (OCR) to digitize handwritten responses. When appropriate Furthermore, the
system is built to support upgrades in the future, including automatic answer evaluation with artificial intelligence. As a result, the
manual processes of producing, disseminating, and gathering paper question papers and response scripts and manually transporting
them to the evaluation centre are no longer necessary. This all-inclusive digital exam system increases security, decreases manual
labour, simplifies the exam cycle, and boosts the dependability and efficiency of the examination procedure.

(19) INDIA
(54) Title of the invention : V - OCTOPUS
1)JAIN(Deemed-to-be University)
Address of Applicant :Faculty of Engineering and Technology,
JAIN(Deemed-to-be-university),45th km, NH -
209,JakkasandraPost,Bengaluru -Kanakapura Rd,
Bengaluru,Karnataka Kanakapura ----------- -----------
:G06F0030130000, G06Q0050080000, 1)Dr.Hariprasad S A
(51) International
G06Q0010060000, G06Q0050160000, Address of Applicant :Professor, Department of Electronics and
classification
E04H0001020000 Communication Engineering, Faculty of Engineering and
(86) International Technology, JAIN(Deemed-to-be University),Bangalore,
:NA
Application No Karnataka. Bengaluru ----------- -----------
:NA
Filing Date 2)Dr.Raghavendra Prasad H D
(87) International Address of Applicant :Assistant Professor, Department of Civil
: NA
Publication No Engineering, Faculty of Engineering and Technology,
(61) Patent of Addition Jain(Deemed-to-be University) Bengaluru ----------- -----------
:NA
to Application Number 3)Sunil M P
:NA
(62) Divisional to Electronics and Communication Engineering, Faculty of
:NA
Application Number Engineering and Technology, JAIN (Deemed-to-be University)
:NA
Filing Date Bengaluru ----------- -----------
4)Keerthana H Magadi
Electronics and Communication Engineering, Faculty of
Engineering and Technology, JAIN (Deemed-to-be University)
Bengaluru ----------- -----------
5)Neha Chaudhary
Address of Applicant :UG Student, Department of Civil
Engineering, Faculty of Engineering and Technology,
Jain(Deemed-to-be University) Bengaluru ----------- -----------
(57) Abstract :
Vastu - OCTOPUS Vastu is an ancient Indian system of architecture that is based on the belief that the design of a building can have a
significant impact on the well-being of the people who live or work in it. Vastu-compliant building design can be a complex and time-
consuming process, especially for large or complex structures. This is because it requires a deep understanding of Vastu principles, as
well as the ability to apply them to the specific needs of the building. An octopus-themed instrument that images the dimension of an
allotted land using the 8 arms in 8 directions and gives a layout plan of a building based on Vastu could be useful for architects and
builders. It could help them to quickly and easily create a plan that is both efficient and aesthetically pleasing. The instrument would
work by using the eight arms to measure the dimensions of the land in all directions. This information would then be fed into a
computer, which would generate a layout plan based on the principles of Vastu. The layout plan would show the optimal location for
each room in the building and the best way to orient the building concerning the sun and the other planets. It would also consider the
client's specific needs, such as the number of bedrooms and bathrooms required, and the desired style of the building.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR SECURE ACCESS SYSTEM USING RFID AND INTERNET OF
THINGS
1)Girish H
Address of Applicant :147, Sri Gangadhareshwara Nilaya, 3rd
Cross, Nagasandra Post, Nelagadaranahalli, Bengaluru-560073 ---
-------- -----------
2)Dr. Anitha S Sastry
3)Dr. Shazia sulthana
4)Dr. Seema Srinivas
5)Sushma K Sattigeri
:H04W0004700000, H04W0012060000,
H04L0067120000, G06K0007100000,
G16H0040630000
(86) International
:NA 1)Girish H
Application No
:NA Address of Applicant :147, Sri Gangadhareshwara Nilaya, 3rd
Filing Date
Cross, Nagasandra Post, Nelagadaranahalli, Bengaluru-560073 ---
(87) International
: NA -------- -----------
Publication No
2)Dr. Anitha S Sastry
(61) Patent of
Addition to :NA
Electronics & Communication Engineering,, Global Academy of
Technology Bangalore ----------- -----------
Filing Date
3)Dr. Shazia sulthana
(62) Divisional to
Application Number
:NA Electronics & Communication Engineering, Global Academy of
Filing Date
Technology Bangalore Karnataka India ----------- -----------
4)Dr. Seema Srinivas
Electronics & Communication Engineering, Global Academy of
Technology Bangalore Karnataka India ----------- -----------
5)Sushma K Sattigeri
Electronics & Communication Engineering, Global Academy of
Technology Bangalore Karnataka ----------- -----------
(57) Abstract :
This initiative revolves around the IoT concept, emphasizing the integration of physical networks embedded with sensors, software,
and various technological devices. This connectivity facilitates data exchange among devices and systems through the Internet. In
today's context, IoT devices play a pivotal role in simplifying tasks, particularly in monitoring both private and public spaces. The
widespread adoption of IoT has contributed significantly to the development of smart cities, enhancing the safety and security of
businesses and homes. The versatility of IoT applications knows no bounds, inspiring the creation of our project. Our research centers
on the design of an RFID-based remote access security system utilizing components such as the Node MCU ESP8266 Wifi module,
EM18 RFID reader, and software applications like Blynk, integrated with the Arduino IDE. This innovative system enables the remote
monitoring of door locks from any location worldwide, leveraging the convenience of smartphones. The Node MCU serves as the
central component, governing the RFID module and coordinating with other elements, acting as a crucial interface between the
hardware modules. All functionalities are orchestrated through the Blynk Android mobile app, providing a user-friendly and
comprehensive control interface.

(19) INDIA
(54) Title of the invention : GREEN SYNTHESIS AND CHARACTERIZATION OF ZINC OXIDE NANOPARTICLES USING
VICOA INDICA LEAF EXTRACT AS UV-PROTECTION AND ANTIBACTERIAL ACTIVITY ON TEXTILE FABRICS
1)Dr.K.CHRISTIE JENNIFER
Address of Applicant :Head Of the Department, Department of Textile and Fashion Designing, Excel
College for Commerce and Science, Komarapalayam, Namakkal -Dt,637 303, Tamilnadu, India. ----------- -----
------
2)S N PRIYADHARSHINI
3)V.VANIPRIYA
4)M.DEEPIKA
5)P.RAMAPRIYA
6)P.GOWRI
7)SHRIMATHI V A
8)G KUMARESAN
9)S.GOPIKRISHNA
10)K.PUNITHA
11)K.P.THEEPIKA
12)G.RAMYA
1)Dr.K.CHRISTIE JENNIFER
Address of Applicant :Head Of the Department, Department of Textile and Fashion Designing, Excel College
for Commerce and Science, Komarapalayam, Namakkal -Dt,637 303, Tamilnadu, India. ----------- -----------
:C01G0009020000, D06M0101060000, B82Y0030000000, 2)S N PRIYADHARSHINI
B01J0035020000, A61Q0017040000 Address of Applicant :Assistant Professor/Department of Textile and Fashion Designing, Excel College for
(86) International Application No :NA Commerce and Science, Komarapalayam, Namakkal Dt-637303, Tamilnadu, India. ----------- -----------
Filing Date :NA 3)V.VANIPRIYA
(87) International Publication No : NA Address of Applicant :Assistant Professor/Textile and Fashion Designing, Excel College for Commerce and
(61) Patent of Addition to Science, Komarapalayam, Namakkal,637303, Tamilnadu, India. ----------- -----------
:NA
Application Number 4)M.DEEPIKA
:NA
Filing Date Address of Applicant :Assistant Professor/Costume Design and Fashion, Excel College for Commerce and
(62) Divisional to Application Science, Komarapalayam, Namakkal-637303, Tamilnadu, India. ----------- -----------
:NA
Number 5)P.RAMAPRIYA
:NA
Filing Date Address of Applicant :Assistant Professor/Department of Textile and Fashion Designing, Excel College for
Commerce and Science, Komarapalayam, Namakkal Dt-637303, Tamilnadu, India. ----------- -----------
6)P.GOWRI
Address of Applicant :Assistant Professor, Department of Costume Design and Fashion, Excel College for
Commerce and Science, Komarapalayam, Namakkal District - 637303, Tamilnadu, India. ----------- -----------
7)SHRIMATHI V A
Address of Applicant :Assistant Professor, Department of Costume Design and Fashion, Excel College for
8)G KUMARESAN
Address of Applicant :Assistant Professor, Department of Textile and Fashion Designing, Excel College for
9)S.GOPIKRISHNA
Address of Applicant :Student/Textile and Fashion Designing, SSM College of Arts and Science,
Komarapalayam, -638183, Tamilnadu, India. ----------- -----------
10)K.PUNITHA
Address of Applicant :Assistant Professor & Head/Costume Design and Fashion, Trinity College for Women,
Namakkal,637002, Tamilnadu, India. ----------- -----------
11)K.P.THEEPIKA
Address of Applicant :Assistant Professor/Costume Design and Fashion, Trinity College for Women,
Namakkal-637002, Tamilnadu, India. ----------- -----------
12)G.RAMYA
Address of Applicant :Assistant Professor/Costume Design and Fashion, Vivekanandha Arts and Science
College for Women, Sankari, Salem-637303, Tamilnadu, India. ----------- -----------
(57) Abstract :
GREEN SYNTHESIS AND CHARACTERIZATION OF ZINC OXIDE NANOPARTICLES USING VICOA INDICA LEAF EXTRACT AS UV-PROTECTION AND ANTIBACTERIAL ACTIVITY ON TEXTILE
FABRICS A method for the development of the synthesis and characterization of Nano sized Zinc Oxides particles and their application on cotton fabric have been studied for the protection against UV- radiation and
antibacterial activity. The effectiveness of the treatment of green synthesis of ZnO nanoparticles by Vicoa Indica leaf extract treated on cotton fabrics. As prepared and green synthesized ZnO structure morphology changed
by calcined at three different temperatures with three different plant concentration [2g:1000C, 4g:3000C and 6g:600 0C]. This paper mainly focuses on how to ZnO structure morphology influence in textile and antibacterial
activities. This three different calcined ZnO Nano particle’s structure morphology analyzed by scanning electron microscopy (SEM) and transmission electron microscopy (TEM), crystallites analyzed by X-ray diffraction
(XRD), particle size analyzed by particle analyzer. The three different temperatures calcined ZnO nanoparticles coated on cotton fabric and subjected to UV protection and antibacterial studies.

(19) INDIA
(54) Title of the invention : HYGIENE DENTFLOW
:G16H0040200000, G08B0021240000, 1)KMCT DENTAL COLLEGE
(51) International
A61L0002180000, A61C0001000000, Address of Applicant :Medical campus Manassery Kozhikode
classification
A61G0015140000 Kerala India 673602 ----------- -----------
:NA
:NA
(87) International 1)NIKITHA RAJEEV
: NA
Publication No Address of Applicant :Medical campus Manassery Kozhikode
(61) Patent of Addition Kerala India 673602 KOZHIKODE ----------- -----------
:NA
to Application Number 2)SARIN KOROTH
:NA
Filing Date Address of Applicant :Medical campus Manassery Kozhikode
(62) Divisional to Kerala India 673602 KOZHIKODE ----------- -----------
:NA
Application Number 3)ELSY P SIMON
:NA
Kerala India 673602 KOZHIKODE ----------- -----------
(57) Abstract :
The present invention, titled "HYGIENE DENTFLOW," is a novel system and method designed to enhance hygiene in dental
practices by automating the post-procedure cleaning of dental spittoons. The system utilizes advanced sensors to detect the conclusion
of a dental procedure, triggering the automatic release of a predetermined volume of flush solution into the spittoon. This innovation
significantly reduces the risk of cross-contamination, ensures a swift and thorough cleaning process, and contributes to the overall
cleanliness of the dental workspace. The "HYGIENE DENTFLOW" system represents a valuable addition to dental equipment,
addressing a critical aspect of infection control in dental healthcare settings.

(19) INDIA
(54) Title of the invention : EFFICIENT DRAINAGE CONICAL TANK FOR RESIDENTIAL WATER STORAGE
:A61P0001000000, A61P0001040000, (71)Name of Applicant :

(51) International
E03B0007070000, F28D0020000000, 1)SAKTHIVEL RAMADOSS
classification
G07C0005000000 Address of Applicant :49, RAJEMBAL ST, PORAIYAR
(86) International 609307 ----------- -----------
:NA
:NA
: NA
Publication No 1)SAKTHIVEL RAMADOSS
(61) Patent of Addition Address of Applicant :49, RAJEMBAL ST, PORAIYAR 609307 -
:NA
to Application Number ---------- -----------
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present invention discloses a water storage system designed for residential applications, introducing a novel approach to optimize
space utilization, sediment management, and maintenance efficiency. The system comprises a conical-shaped tank with a bottom apex,
featuring a center drain box with a box-type structure positioned at the apex. The drain box is equipped with openings on all four
sides, allowing for the attachment of drain pipes for the removal of sediment and impurities. The conical tank is affixed to a
supporting stand, providing stability and incorporating a provision space for the organized placement of drain pipes. This inventive
configuration enables the efficient removal of accumulated sediment, reducing the need for frequent cleaning and enhancing overall
system performance. The disclosed water storage system represents a significant advancement in residential water storage solutions,
addressing challenges related to space constraints, sediment control, and maintenance ease.

(19) INDIA
(54) Title of the invention : STRAW SUCTION
:A47G0021180000, B31D0005000000, 1)KMCT DENTAL COLLEGE
(51) International
A61C0017080000, C12N0015820000, Address of Applicant :Medical campus Manassery Kozhikode
classification
A61M0001000000 Kerala India 673602 ----------- -----------
:NA
:NA
(87) International 1)SNEHA CHANDRAN
: NA
Publication No Address of Applicant :Medical campus Manassery Kozhikode
(61) Patent of Addition Kerala India 673602 KOZHIKODE ----------- -----------
:NA
to Application Number 2)ELSY P SIMON
:NA
(62) Divisional to Kerala India 673602 KOZHIKODE ----------- -----------
:NA
Application Number 3)MOHAMMED ASHIK P
:NA
Kerala India 673602 KOZHIKODE ----------- -----------
(57) Abstract :
The cellulose and lignin reinforced paper straw described herein is designed as a biodegradable and durable suction tip for use in
dental procedures. The innovative combination of cellulose fibers and lignin, both natural components of plant cell walls, results in a
paper straw with enhanced strength, structural integrity, and moisture resistance, making it suitable for efficient liquid and debris
removal during dental treatments.

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF PORTATIVE ANALYZER FOR DETERMINATION OF HONEY QUALITY
1)Dr. JOBIL J ARACKAL
Address of Applicant :Department of Food Technology, Saintgits
College of Engineering, Kottayam (Dt), Kerala - 686532 ----------- --------
---
2)ABHI SHEK A
3)AMBILY JOLLY
4)MOHAMMED SHAFIN SHA
:A61K0035644000, G01N0033020000, 5)NANDU V M
(51) International
G01N0021530000, A23L0021250000, Name of Applicant : NA
classification
G06Q0030020000 Address of Applicant : NA
:NA 1)Dr. JOBIL J ARACKAL
Application No
:NA Address of Applicant :Department of Food Technology, Saintgits College
Filing Date
of Engineering, Kottayam (Dt), Kerala - 686532 ----------- -----------
(87) International
: NA 2)ABHI SHEK A
Publication No Address of Applicant :Department of Food Technology, Saintgits College
(61) Patent of Addition of Engineering, Kottayam (Dt), Kerala-686532 ----------- -----------
:NA
to Application Number 3)AMBILY JOLLY
:NA
Filing Date Address of Applicant :Department of Food Technology, Saintgits College
(62) Divisional to of Engineering, Kottayam (Dt), Kerala-686532 ----------- -----------
:NA 4)MOHAMMED SHAFIN SHA
Application Number
:NA Address of Applicant :Department of Food Technology, Saintgits College
Filing Date
of Engineering, Kottayam (Dt), Kerala-686532 ----------- -----------
5)NANDU V M
Address of Applicant :Department of Food Technology, Saintgits College
of Engineering, Kottayam (Dt), Kerala - 686532 ----------- -----------
6)VEERAPANDI L
Address of Applicant :Department of Food Technology, Nehru Institute
of Technology, 6� M" vwapand� L Kaliyapuram, Coimbatore, Tamil
Nadu, 641105, India ----------- -----------
(57) Abstract :
Honey, a natural biological product evolved from nectar, is of great benefit to human beings as medicine and food are consumed in
every country of the world in some form. The major constituents of honey are sugars, water, proteins, enzymes, acids, and minerals,
while the major causes of quality deterioration include heating at high temperatures, high moisture content, adulteration, poor
packaging, and poor storage conditions. For this study, the objectives are 1. To investigate the processing, and marketing and
determine the quality state of honey based on [he survey.2. To design and fabricate a multi-parameter-based quality detection analyzer
using biosensors for the quality detection of honey.3.To calculate estimate cost analysis of the equipment. Methodology: The working
principle 9f the equipment is that raw honey whose quality must be analyzed will be taken inside a beaker and kept above the load
cell. Further, this beaker wiil be kept below the crane support. When the button is switched on this crane will be dipping the honey
inside the beaker. The values obtained afier analysis will be displayed in the digital meter that is fitted on the top of the analyzer
Values of parameters such as moisture content, temperature (DSB18B20), turbidity (turbidity sensor), and pH (pH meter) will be
determined. For this work including rapid advances, electrochemical biosensors have enabled significant gains in qualitative detection.
This (public and Industry) demand for faster, more reliable, and cost-efficient analysis of food samples, has driven investment into
biosensor design.

(19) INDIA
(54) Title of the invention : HAPTIC SENSOR BASED INTELLIGENT WEARABLE WRIST BAND FOR EARLY DETECTION
OF SEIZURES
1)S.Balamurugan
Address of Applicant :No.21, Kalloori Nagar, Peelamedu, Coimbatore-641004, Tamilnadu, India -----------
-----------
2)Dr Priya Arundhati
3)Dr.G.Ganesh Kumar
4)Dr.Bharati Wukkadada
5)Dr.D.Ramya Dorai
6)Dr Riaz Shaik
7)Dr.D.Kalaivani
8)Mrs.S.Ramya M.Sc.,
9)Dr.A.Selvi
10)Yallapragada Ravi Raju
11)Sivudu Macherla
1)S.Balamurugan
Address of Applicant :No.21, Kalloori Nagar, Peelamedu, Coimbatore-641004, Tamilnadu, India ----------- ----
-------
2)Dr Priya Arundhati
Address of Applicant :Sai Vidya Institute of Technology, Rajanukunte, Bengaluru - 560 064 Karnataka, India -
:A61B5/00, A61B5/024, A61B5/053, A61B5/0531, A61B5/11,
(51) International classification ---------- -----------
G06N20/00, G06N3/0442, G06N3/08
3)Dr.G.Ganesh Kumar
Address of Applicant :Hindusthan Institute of Technology, Coimbatore-641032, Tamilnadu, India ----------- ---
Filing Date :NA
--------
:NA Address of Applicant :Associate Professor, Data Science & Technology, K J Somaiya Institute of
Application Number
:NA Management, Somaiya Vidyavihar University, Vidyavihar, Mumbai-400077, Maharashtra, India ----------- -----
Filing Date
------
:NA 5)Dr.D.Ramya Dorai
Number
:NA Address of Applicant :Associate Professor, Faculty of Engineering and Technology, JAIN (Deemed-to-be
Filing Date
University), Bengaluru, Karnataka India - 560069 ----------- -----------
6)Dr Riaz Shaik
Address of Applicant :Associate professor, CSE, KL University, Green Fields, Vaddeswaram, Guntur District,
Andra Pradesh-522 502, INDIA ----------- -----------
7)Dr.D.Kalaivani
Address of Applicant :Associate Professor and Head, Department of Computer Technology, Dr.SNS
Rajalakshmi College of Arts and Science, Thudiyalur - Saravanampatti Road, Post, Chinnavedampatti,
Coimbatore, Tamil Nadu 641049 ----------- -----------
8)Mrs.S.Ramya M.Sc.,
Address of Applicant :Research Scholar (Full-time), Computer Science, Dr.SNS Rajalakshmi College of Arts
and Science, Thudiyalur - Saravanampatti Road, Post, Chinnavedampatti, Coimbatore, Tamil Nadu 641049 ----
------- -----------
9)Dr.A.Selvi
Address of Applicant :Assistant Professor, Dept of Computer Science and Engineering, M.Kumarasamy
College of Engineering, Karur, Thalavapalayam, Tamil Nadu 639113, India ----------- -----------
10)Yallapragada Ravi Raju
Address of Applicant :Assistant Professor, Department of Computer Science and Technology, Madanapalle
Institute Of Technology And Science, Kadiri Road, Angallu (Village), Madanapalle Chittoor Dist. Pincode:
517325 ----------- -----------
11)Sivudu Macherla
Address of Applicant :Assistant Professor, Dept.of Computer Science and Engineering, Koneru Lakshmaiah
Education Foundation, Vaddeswaram, Guntur Dist., Andhra Pradesh - 522502,India ----------- -----------
(57) Abstract :
Recent days have witnessed a steep rise in the advent of devices to predict seizures. Early detection of seizures can prevent the patient from facing further complications and death. Non-invasive methods are necessary to
detect the occurrence of seizures, especially in an outpatient setting. Proposed is a Haptic Sensor Based Intelligent Wearable Wrist Band for Early Detection of Seizures. Sensors are employed to capture body temperature,
Electrodermal Activity (EDA), Blood Volume Pulse (BVP) and Accelerometery (ACC). Captured data are subject to Data Fusion and later to Random under sampling. Sampled data is classified by Long Short-Term Memory
(LSTM) Convolutional Neural Networks designed with a series of Convolutional and Pooling layers followed by a Global Average Pooling Layer. Sigmoid functions are activated for successful seizure detection and possible
seizure prediction scenarios.

(19) INDIA
(54) Title of the invention : A LIGHTWEIGHT ATTRIBUTE ROLE-BASED ENCRYPTION IN MOBILE

CLOUDENVIRONMENT
1)V.SUREKA
Address of Applicant :S.A. Engineering college, Department
:H04L0009060000, G06F0021720000,
(51) International of CSE, Veeraragavapuram, Chennai-77 ----------- -----------
H04L0009080000, H04L0009000000,
classification 2)K.B.ARUNA
G06Q0010100000
3)L.SUDHA
(86) International
:NA 4)S.A ENGINEERING COLLEGE
Application No
Filing Date
(87) International
Publication No
1)V.SUREKA
:NA Address of Applicant :S.A. Engineering college, Department of
:NA CSE, Veeraragavapuram, Chennai-77 ----------- -----------
Filing Date
2)K.B.ARUNA
(62) Divisional to
:NA Address of Applicant :S.A. Engineering college, Department of
Application Number
:NA CSE, Veeraragavapuram, Chennai-77 ----------- -----------
Filing Date
3)L.SUDHA
Address of Applicant :S.A. Engineering college, Department of
CSE, Veeraragavapuram, Chennai-77 ----------- -----------
(57) Abstract :
With the rapid usage of cloud computing and the headway of today's portable figuring, it is unavoidable that mobile phones are
utilized to get and send information through the portable cloud stage. This builds the comfort and adaptability of information access
over cloud computing since information clients can get to the common information whenever any place employs mobile clouds.
However, using mobile phones in getting to shared information in a cloud where the sensitive information is encrypted is not useful in
the mobile devices have restricted figuring assets in making due to weighty cryptographic operations. Data outsourcing service in the
cloud has been getting a lot more adoption by many enterprises for their information-sharing arrangement. The method for storing,
recovering, viewing, and controlling the information will be finished by different sorts of smart mobile computing terminals like
mobile phones, and tablets. For the most part, mobile phones have restricted registering assets, particularly storage and computing
power. In the authentication framework, first, the received plain password from a user is hashed through a cryptographic hash function
(e.g., SHA-256) after that encrypt this password through the AES. The essential idea of the CP-ABE model is utilized as a core
cryptographic module in our proposed plot. Then, we give the meaning of fundamental components laying out the access control
policy extended from the first CPABE access tree. We proposed LW-C-CP-ARBE supporting write access with lightweight
decryption with SHA-256 encryption the password for outsourced data in collaborative mobile cloud computing.

(19) INDIA
(54) Title of the invention : AUTOMATED MANHOLE DETECTOR
(51) International :E03F5/00, G01F23/28,
(Dist), Telangana 501510, India. Hyderabad ----------- -----------
classification G06V20/58, G08B21/00, H04B1/38
No
Filing Date
1)Singaraju Suguna Mallika
: NA Address of Applicant :CVR COLLEGE OF ENGINEERING,
No
:NA (Dist), Telangana 501510, India. Hyderabad ----------- -----------
Application Number
:NA 2)Ch. Sarada
Filing Date
:NA Vastunagar, Mangalpalli (V), Ibrahimpatnam (M), Rangareddy
Number
:NA (Dist), Telangana 501510, India. Hyderabad ----------- -----------
Filing Date
3)G. Swetha
(Dist), Telangana 501510, India. Hyderabad ----------- -----------
(57) Abstract :
According to the National Commission for Safai Karamcharis (NCSK), an estimated 3,722 people died in India due to covered
manhole-related incidents between 1993 to 2018. Of these, 1,622 people died due to falling into uncovered manholes, 1,707 people
died due to inhalation of poisonous gases, and 393 people died due to other manhole incidents. Poor maintenance of underground
drainage systems is a major factor, as uncovered manholes are often left unrepaired for long periods of time. Additionally, many of
these deaths occur due to people falling into uncovered manholes while walking or working in the dark and especially during the rainy
season where the manhole is not visible being covered with rainwater. There are currently solutions based on IoT in place for handling
the uncovered manholes issue. However, the solutions are relying on placing sensors at the openings of the manholes and having a
remote monitoring system which collects data continuously from these sensors and triggering the alarm systems in case of a failure. It
is to be noted that these solutions rely on heavy infrastructural setup involving finances. Despite the best efforts and installation of the
hardware setup needed to implement the solution, the weather conditions, and technological failures are a set back to a fool proof
implementation of the solutions. In addition to this, the cost of maintenance is significant since the sensors need to be replaced owing
to their frequent withering away from natural calamities. Most of the accidental deaths in manholes pertain to the lack of visibility of
the uncovered manholes. The device in this proposal is aimed at working in places and times where the manhole is covered with
rainwater or dirty water and not visible to the human naked eye.

(19) INDIA
(54) Title of the invention : A METHOD AND SYSTEM FOR LEARNING BASED DIABETIC RETINOPATHY DETECTION
1)Dr. G Uday Kiran
Address of Applicant :Associate Professor Department of CSE(AI & ML), B.V. Raju
Institute of Technology is an engineering college, Vishnupur, Narsapur, Tuljaraopet,
Telangana 502313. ----------- -----------
2)Dr. M. Chandra Sekhar
3)Dr. Abdul Rahiman Sheik
4)Murali Dova
5)B.HARISH GOUD
6)Dr N RAMANA
7)Dr. Gandikota Ramu
1)Dr. G Uday Kiran
:G06N3/045, G06N3/0464, G06T7/00, G06V10/764,
(51) International classification Address of Applicant :Associate Professor Department of CSE(AI & ML), B.V. Raju Institute
G06V10/82
of Technology is an engineering college, Vishnupur, Narsapur, Tuljaraopet, Telangana 502313.
----------- -----------
Filing Date :NA
2)Dr. M. Chandra Sekhar
Address of Applicant :Professor, Department of CSE, Presidency University Bengaluru,
:NA Itgalpur Rajanakunte, Yelahanka, Bengaluru, Karnataka 560064 ----------- -----------
Number
:NA 3)Dr. Abdul Rahiman Sheik
Filing Date
Address of Applicant :Associate Professor, Department of ECE, NRI Institute of Technology,
Agiripalli, Krishna-Dist, Andhra Pradesh, India ----------- -----------
Filing Date :NA
4)Murali Dova
Address of Applicant :Associate Professor, Department of ECE, NRI Institute of Technology,
Agiripalli, Krishna-Dist, Andhra Pradesh, India ----------- -----------
5)B.HARISH GOUD
Address of Applicant :ASSISTANT PROFESSOR,IT DEPARTMENT,CHAITANYA
BHARATHI INSTITUTE OF TECHNOLOGY (CBIT), Osman Sagar Rd, Kokapet, Gandipet,
Hyderabad, Telangana 500075 ----------- -----------
6)Dr N RAMANA
Address of Applicant :mail2psr@gmail.com Associate Professor, Department of CSE,
Kakatiya University , NH-563, Vidyaranyapuri, Hanamkonda, Warangal, Telangana 506009 --
--------- -----------
7)Dr. Gandikota Ramu
Address of Applicant :Professor, Department of Computer Science and Engineering, Koneru
Lakshmaiah Education Foundation, Bowrampet, Hyderabad-500043, Telangana, India. ---------
-- -----------
(57) Abstract :
Diabetes is a chronic disease that occurs when body is not effectively using insulin produced or does not produce sufficient insulin. Insulin, as an essential hormone, regulates blood glucose.
Uncontrolled diagnosis leads to raised blood sugar which is also known as Hyperglycaemia. This condition over a period of time causes damage to systems in the body particularly blood
vessels and nerves. According to World Health Organization (WHO) “Diabetes is a major cause of blindness, kidney failure, heart attacks, stroke and lower limb amputation”. Diabetic
retinopathy (DR) is the diabetes induced vision impairment and blindness. Due to emergence of AI, it is indispensable to exploit AI for early diagnosis of DR so as to help doctors in course of
diagnosis and treatment. The current invention is meant for automatic and early detection of DR using deep learning techniques. An enhanced Convolutional Neural Network (CNN) model is
proposed as part of the current invention for automatic DR diagnosis. The invention has mechanisms to have training and testing phases. In the former, the CNN model learns from training
samples which are labelled while in the latter it takes care of diagnosis of DR when an unlabelled input image is given. This invention is beneficial to many stakeholders such as healthcare
units, healthcare professionals, diabetologists, ophthalmologists researchers and academia.

(19) INDIA
(54) Title of the invention : VOICE CONTROL ENABLED BIKE FOR MOBILITY DISABLED PEOPLE
1)Binu K Mathew
Address of Applicant :Kulakkattusseril House Kurichy P.O ---
-------- -----------
2)Dr. Anju Pratap
3)Neeraj R Sagar
4)Neeredha P Arun
5)Nikhil Chandran
6)Nikhil Puthumana
:B62K0003000000, H04W0004020000, (72)Name of Inventor :
(51) International
H04W0004800000, G02B0027010000, 1)Dr. Anju Pratap
classification
G06Q0050180000 Address of Applicant :Professor Department of Computer Science
(86) International and Engineering SAINTGITS College of Engineering Kottukulam
:NA
Application No Hills Pathamuttom Kottayam ----------- -----------
:NA
Filing Date 2)Neeraj R Sagar
(87) International Address of Applicant :Student, B Tech (Computer Science and
: NA
Publication No Engineering) Department of Computer Science and Engineering
(61) Patent of Addition SAINTGITS College of Engineering Kottukulam Hills
:NA
to Application Number Pathamuttom Kottayam ----------- -----------
:NA
Filing Date 3)Neeredha P Arun
(62) Divisional to Address of Applicant :Student, B Tech (Computer Science and
:NA
Application Number Engineering) Department of Computer Science and Engineering
:NA
Filing Date SAINTGITS College of Engineering Kottukulam Hills
Pathamuttom Kottayam ----------- -----------
4)Nikhil Chandran
Address of Applicant :Student, B Tech (Computer Science and
Engineering) Department of Computer Science and Engineering
SAINTGITS College of Engineering Kottukulam Hills
5)Nikhil Puthumana
Address of Applicant :Student, B Tech (Computer Science and
Engineering) Department of Computer Science and Engineering
SAINTGITS College of Engineering Kottukulam Hills
(57) Abstract :
The aim of this project is to design and develop a system to control a four-wheeled mobility scooter using both voice commands and
buttons via a mobile phone. This system is intended to provide a more efficient means of transportation for mobility disabled people.
The system comprises an Arduino board, Bluetooth module and relay modules. It is intended to control scooter operations such as
starting the scooter, turning on the ignition, sounding the horn, and turning off the scooter. The user gives commands through a mobile
application. The connection between the android app and the vehicle is facilitated with Bluetooth technology. The bike is controlled
by the spoken commands of the user as well as the buttons provided on the application. The Arduino will receive the decisions in
order to carry out the user's instructions. The recorded voice is processed in order to get some features which later be used as input to
the proposed system. Voice controlled bike is to perform the required tasks of the user by listening to the instructions given by the
user. The project primarily targets those with mobility limitations who need more accessible transportation options. It focuses on
promoting greater independence and self-sufficiency. This can help to reduce the reliance on others for transportation and enable them
to take an active role in their own lives The system offers a more efficient and convenient means of transportation for individuals with
mobility challenges, and can be further improved in future iterations.

(19) INDIA
(54) Title of the invention : AN APPARATUS FOR WASTEWATER TREATMENT AND A PROCESS THEREOF
:C02F0001000000, C02F0009000000,
(51) International 1)SRM INSTITUTE OF SCIENCE AND TECHNOLOGY
C02F0001280000, C02F0001320000,
classification Address of Applicant :Kattankulathur, Chennai-603203, Tamil
C02F0001440000
(86) International
Application No
Filing Date
(87) International
: NA 1)SEKARAN GANESAN
Publication No
Address of Applicant :2/3, Gopal Street, Sathya Garden,
:NA Saligramam, Chennai-600093, Tamil Nadu, India Chennai ---------
:NA -- -----------
Filing Date
2)RAMANI KANDASAMY
(62) Divisional to
:NA Address of Applicant :4/255, South Street Lalgudi, Peruvalappur,
Application Number
:NA Tiruchirappalli-621651, Tamil Nadu, India Chennai ----------- -----
Filing Date
------
(57) Abstract :
ABSTRACT AN APPARATUS FOR WASTEWATER TREATMENT AND A PROCESS THEREOF The present disclosure relates
to an apparatus for wastewater treatment and a process for wastewater treatment. The apparatus of the present disclosure can be used
for the treatment of industrial and municipal wastewater. The apparatus can replace the units for solvent stripping, sand filtration,
activated carbon filtration and de-foaming used in conventional reactors, which makes the apparatus cost effective.

(19) INDIA
(54) Title of the invention : APPLATOR; AI ENABLED APPLICATION TO CONVERT BRAHMI SCRIPT TO KANNADA
LANGUAGE
1)Dr. M S Ganesha Prasad
Address of Applicant :Sai Vidya Institute of Technology,
Rajanukunte, Bengaluru Bengaluru ----------- -----------
2)Dr. Nagashree N
3)Dr. A M Padma Reddy
1)Dr. Divyashri
:G06F0040400000, G06F0040284000,
(51) International Address of Applicant :Associate Professor, Dept., of CSE(Data
G06N0005020000, G06F0040530000,
classification Science) Sai Vidya Institute of Technolgy, Rajanukunte,
G06F0008510000
Bengaluru – 64 Bengaluru ----------- -----------
(86) International
:NA 2)Prof. Smitha B N
Application No
:NA Address of Applicant :Assisstant Professor, Dept., of CSE, Sai
Filing Date
Vidya Institute of Technolgy, Rajanukunte, Bengaluru – 64
(87) International
: NA Bengaluru ----------- -----------
Publication No
3)Dr. Shantakumar Patil
:NA Address of Applicant :Professor, HOD Dept., of CSE, Sai Vidya
:NA Institute of Technolgy, Rajanukunte, Bengaluru – 64 Bengaluru ---
Filing Date
-------- -----------
(62) Divisional to
:NA 4)Dr. T. G. Manjunath
Application Number
:NA Address of Applicant :Professor,HOD Dept., of CSE(AIML) Sai
Filing Date
Vidya Institute of Technolgy, Rajanukunte, Bengaluru – 64
Bengaluru ----------- -----------
5)Dr. Nagashree N
Address of Applicant :Associate Professor, HOD Dept., of
CSE(Data Science) Sai Vidya Institute of Technolgy,
Rajanukunte, Bengaluru – 64 Bengaluru ----------- -----------
6)Prof. Anitha C S
Address of Applicant :Assisstant Professor, Dept., of CSE(Data
Science) Sai Vidya Institute of Technolgy, Rajanukunte,
Bengaluru – 64 Bengaluru ----------- -----------
(57) Abstract :
Our country is rich in heritage and the need for preserving our ancient scripts which are written on various religious monuments must
be taken care. For our next future generations, its mandatory to preserve our heritage. There are many AI based intelligent systems
come into action to translate ancient language into many modern and classical languages. There are many ancient languages such as
Brahmi, Sanskrit, Greek, Arabic etc which must be preserved for the existence of our future generations. The paper throws limelight
on conversion from ancient Brahmi script to Indian regional language. The proposed method uses mixture of NLP based modern
algorithms such as stemming algorithm and ANN based method to identify the language and while converting it uses a novel AI based
translator called region-based tokenizer. The method has given efficient results compared to that of other existing language translators
using in google translate.

(19) INDIA
(54) Title of the invention : APPARATUS FOR AN ANTERIOR NASAL SPINE RETRACTOR
Address of Applicant :Madhav Nagar, Manipal, 576104, Karnataka,
India. Manipal ----------- -----------
1)SINGH, Anupam
Address of Applicant :Dept. of Oral & Maxillofacial Surgery, Manipal
College of Dental Sciences, Manipal Academy of Higher Education,
2)G., Srikanth
Address of Applicant :Dept. of Oral & Maxillofacial Surgery, Manipal
:A61B1/32, A61B17/02, Manipal, 576104, Karnataka, India. Manipal ----------- -----------
A61B17/24 3)PRAKASH, Lavanya
(86) International Application No :NA Address of Applicant :Manipal College of Dental Sciences, Manipal
Filing Date :NA Academy of Higher Education, Manipal, 576104, Karnataka, India.
(87) International Publication No : NA Manipal ----------- -----------
(61) Patent of Addition to 4)BHUWANIA, Aashana
:NA Address of Applicant :Manipal College of Dental Sciences, Manipal
Application Number
:NA Academy of Higher Education, Manipal, 576104, Karnataka, India.
Filing Date
(62) Divisional to Application Manipal ----------- -----------
:NA 5)MAHATO, Palak
Number Address of Applicant :Manipal College of Dental Sciences, Manipal
:NA
Filing Date Academy of Higher Education, Manipal, 576104, Karnataka, India.
Manipal ----------- -----------
6)MOHAN, Aakansha
Address of Applicant :Manipal College of Dental Sciences, Manipal
Academy of Higher Education, Manipal, 576104, Karnataka, India.
Manipal ----------- -----------
7)PARIHAR, Soumya Raj
Address of Applicant :Manipal College of Dental Sciences, Manipal
Academy of Higher Education, Manipal, 576104, Karnataka, India.
Manipal ----------- -----------
8)SMRITI, Komal
Address of Applicant :Dept. of Oral Medicine and Radiology, Manipal
(57) Abstract :
The present disclosure provides an apparatus for an anterior nasal spine retractor. The apparatus includes a first end of a flexible
segment and an opposing end of the flexible segment. The opposing end includes one or more engaging elements, where the one or
more engaging elements are configured to operate on a nasal tissue in one or more directions to simultaneously extract nasal mucosa
from an anterior nasal vestibule (ANV) and a lateral nasal wall of the nasal tissue. The first end and the opposing end are connected by
an intermediate segment that is tapered to secure the opposing end. The one or more engaging elements configured to operate in a first
direction without causing excessive pressure on the ANV and the lateral nasal wall and in a second direction to extract the nasal
mucosa from the ANV and the lateral nasal wall.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR THREAT DETECTION USING REAL TIME AUDIO RECORDING
:G06N0003080000, G08B0021020000, Name of Applicant : NA
(51) International
G10L0015020000, H04M0003220000, Address of Applicant : NA
classification
G10L0015260000 (72)Name of Inventor :
(86) International 1)GAYATHRI R
:NA
Application No Address of Applicant :Associate Professor, School of Computer
:NA
Filing Date Science and Engineering, Vellore Institute of Technology,
(87) International Chennai, Vandalur - Kelambakkam Road, Chennai, Tamil Nadu –
: NA
Publication No 600127, India. Chennai ----------- -----------
(61) Patent of Addition 2)SHOLA USHA RANI
:NA
to Application Number Address of Applicant :Associate Professor, School of Computer
:NA
Filing Date Science and Engineering, Vellore Institute of Technology,
(62) Divisional to Chennai, Vandalur - Kelambakkam Road, Chennai, Tamil Nadu –
:NA
Application Number 600127, India. Chennai ----------- -----------
:NA
Filing Date 3)AMRIT SEN
Address of Applicant :Student, School of Computer Science and
Engineering, Vellore Institute of Technology, Chennai, Vandalur -
Kelambakkam Road, Chennai, Tamil Nadu – 600127, India.
Chennai ----------- -----------
(57) Abstract :
Present invention discloses a system (102) and a method for threat detection using real time audio recording. System (102) receive at
least one audio data packet from one or more computing device associated with one or more users (110). System (102) perform a data-
cleaning process for generating a mono-channel audio data based on audio data, and execute a training process on the audio data to
obtain a trained mono-channel audio data. System (102) record the audio data in real time to identify incidents associated with the
user, and store the audio data in a pre-defined format. System (102) identify the class associated with the audio data and detect the
audio data as a suspicious event by deep learning model selected by the user based on the trained mono-channel audio data. System
(102) generate and transmit an alert message to registered contact list through communication platforms based on detection of
suspicious event.

(19) INDIA
(54) Title of the invention : AN EFFECTIVE INDOOR SOLAR COOKING SYSTEM AMALGAMATED WITH A
THERMOSYPHON HEAT TRANSPORT DEVICE
:F28D0020000000, F03G0006060000,
F28D0020020000, H05B0006120000,
B41J0011000000
(86) International
:NA 1)ARUNACHALA U C
Application No
:NA Address of Applicant :Renewable Energy Centre, Department of
Filing Date
Mechanical & Industrial Engineering, Manipal Institute of
(87) International
: NA Technology, Manipal Academy of Higher Education, Manipal,
Publication No
576104, Karnataka, India. Manipal ----------- -----------
:NA 2)VIJAYAN P K
:NA Address of Applicant :Department of Chemical Engineering,
Filing Date
Indian Institute of Technology Jammu Jagti, Nagrota, Jammu -
(62) Divisional to
:NA 181221, Jammu & Kashmir, India. Jammu ----------- -----------
Application Number
:NA 3)VARUN K
Filing Date
Address of Applicant :Renewable Energy Centre, Department of
Mechanical & Industrial Engineering, Manipal Institute of
(57) Abstract :
The present disclosure relates to a system (400) for indoor solar cooking, the system includes a lens (402) configured to concentrate
solar energy onto a conical receiver. One or more heating devices (200 or 300) with a flat surface and equipped with longitudinal fins,
configured to heat a container with items, wherein the one or more heating devices include tube-in-tube structure is filled with a heat
transfer fluid (HFT). A ground storage tank (406) contains energy storage fluid (408), where the receiver (404) is configured to
receive heat flux from the lens, wherein the heat is transferred from the energy storage fluid to one or more heating devices resulting
in the upward flow of the HTF in the annulus section facilitating the transfer of heat from the one or more heating devices to the
container.

(19) INDIA
(54) Title of the invention : VIRTUAL ASSISTANT DEVICE FOR ASSISTING DURING EMERGENCIES
:G06N0003040000, G06F0003160000, 1)VIT-AP University
(51) International
G08B0027000000, H04W0004020000, Address of Applicant :Inavolu, Amaravati, Andhra Pradesh -
classification
G06F0021320000 522237, India. Amaravati ----------- -----------
:NA
:NA
(87) International 1)NARASINGA SAI SATWIK TENNETI
: NA
Publication No Address of Applicant :VIT-AP University, Inavolu, Amaravati,
(61) Patent of Addition Andhra Pradesh - 522237, India. Amaravati ----------- -----------
:NA
to Application Number 2)SNEHA EDUPUGANTI
:NA
Filing Date Address of Applicant :VIT-AP University, Inavolu, Amaravati,
(62) Divisional to Andhra Pradesh - 522237, India. Amaravati ----------- -----------
:NA
Application Number 3)S. GOPIKRISHNAN
:NA
(57) Abstract :
A virtual assistant device (100) for assisting during emergencies comprising a microphone (102), a positioning unit (104), a control
unit (106) in communication with microphone (102) and positioning unit (104), wherein control unit (106) comprising processors
coupled to a database 118 storing instructions executable by processors to monitor, using microphone (102), acoustic signals in
predefined area; identify, using first learning engine, voice associated with user from monitored acoustic signals; monitor, using
positioning unit 104, a location of device 100; record and store, in database 118, identified voice and monitored location of device
100; detect, using second learning engine, code words from recorded voice; analyse, using second learning engine, detected code
words with prestored code words and correspondingly classify code words into emergency situations; and transmit, to mobile devices
110 associated with user and predefined entities, alert signal of classified emergency situations, real-time location, and real-time
acoustic signals captured.

(19) INDIA
(54) Title of the invention : SPRINGLESS SUSPENSION INNOVATION
1)FRANCIS XAVIER ENGINEERING COLLEGE,
Tirunelveli
Address of Applicant :103/G2, Bypass Road, Vannarpettai,
Tirunelveli - 627003, Tamil Nadu, India Tirunelveli ----------- -----
------
1)Dr. K. Robinston Jeyasingh Swikker
:B60N0002540000, B60N0002500000, Address of Applicant :Assistant Professor, Department of
(51) International
B60G0017016500, G01M0017040000, Mechanical Engineering & Unmanned Aerial Vehicles - Applied
classification
B60G0017000000 Lab, Francis Xavier Engineering College, Tirunelveli - 627003,
(86) International Tamilnadu, India Tirunelveli ----------- -----------
:NA
Application No 2)Lewish Festus Graceton. J
:NA
(87) International Mechanical Engineering & Unmanned Aerial Vehicles - Applied
: NA
Publication No Lab, Francis Xavier Engineering College, Tirunelveli - 627003,
(61) Patent of Addition Tamilnadu, India Tirunelveli ----------- -----------
:NA
to Application Number 3)Udaya Mani
:NA
(62) Divisional to Mechanical Engineering & Unmanned Aerial Vehicles - Applied
:NA
Application Number Lab, Francis Xavier Engineering College, Tirunelveli - 627003,
:NA
Filing Date Tamilnadu, India Tirunelveli ----------- -----------
4)Pratheep Addrin. A
Mechanical Engineering & Unmanned Aerial Vehicles - Applied
Lab, Francis Xavier Engineering College, Tirunelveli - 627003,
Tamilnadu, India Tirunelveli ----------- -----------
5)Peer Mohamed Asif. A
Address of Applicant :IV Year Mechanical Students, Department
of Mechanical Engineering & Unmanned Aerial Vehicles -
Applied Lab, Francis Xavier Engineering College, Tirunelveli -
627003, Tamilnadu, India Tirunelveli ----------- -----------
(57) Abstract :
Improved comfort and smoother rides for everyday passenger cars. Elevated luxury experience with a more refined ride for luxury
vehicles. Better efficiency and performance for electric vehicles, contributing to a smoother drive. Enhanced stability and safety for
passengers in autonomous vehicles, ensuring a comfortable ride during automated journeys. Complies with safety laws and standards,
offering a dependable and consistent method of guaranteeing passenger convenience and safety inside the railway network. Finally, as
a potential advance in the field of vehicle suspension systems, the concept of spring less automobile suspension using bevel gears
shows promise. The use of bevel gears as a mechanical suspension mechanism without the use of normal springs or dampers has
benefits such as weight savings, easier design, and improved performance under specified conditions. However, there are barriers and
limits to overcome, such as the required precision in gear design and construction, potential noise and vibration issues, and the need
for thorough testing and validation. More research and development is required to fully study the possibilities of springless suspension
using bevel gears, including research on various gear configurations, materials, lubrication methods, and real-world performance.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR CALCULATING THE FRICTION COEFFICIENT OF A FIBER AND A METHOD
THEREOF.
1)Indian Institute Of Technology Madras (IIT Madras)
Madras, Sardar Patel Road, IIT Post, Chennai Chennai ----------- --
---------
(51) International classification :G01N19/02
Filing Date :NA
1)Rajappa Gnanamoorthy
Address of Applicant :Department of Mechanical Engineering, IIT
Madras, Sardar Patel Road, IIT Post, Chennai- 600 036 Chennai --
Filing Date :NA
--------- -----------
2)Sumanta Prasad Dewri
Filing Date :NA
Madras, Sardar Patel Road, IIT Post, Chennai-600 036 Chennai ---
-------- -----------
3)Garimalla Venkatesan Balakrishna
Madras, Sardar Patel Road, IIT Post, Chennai- 600 036 Chennai --
--------- -----------
(57) Abstract :
The present invention discloses a system calculating the friction coefficient of a fiber and a method thereof. The system comprises a
fiber (102), to be tested, comprising two ends are operatively connected to at least one of a load sensor (106) and a deadweight (108);
a mating material (104) configured to receive the fiber (102) at a predefined angle; one or more motors (110, 112, 114), operatively
connected to the mating material (104), configured to perform at least one of a mating material rotation, twisting the fiber (102), and
transferring the twist in the fiber (102) to the other end of the fiber (102) by linear reciprocating motion; and an input/output unit
(116), operatively connected to a data acquisition unit (118) and a microcontroller (120), configured to execute at least one of control
one or more operations of the system, and calculate friction coefficient of the fiber (102).

(19) INDIA
(54) Title of the invention : TECHNIQUE FOR EFFICIENT ENERGY STORAGE IN PIEZOELECTRIC NANOGENERATORS
1)Dr. K.Venkatesham
S&H (Physics), J. B. Institute of Engineering and Technology,
2)Mr. J.Venkat Reddy
3)Mrs. Lam Sam Prashanti
(51) International classification :H02N2/18 Address of Applicant : NA
Filing Date :NA 1)Dr. K.Venkatesham
(87) International Publication No : NA Address of Applicant :Assistant Professor, Department of S&H
(61) Patent of Addition to Application Number :NA (Physics), J. B. Institute of Engineering and Technology, Bhaskar
Filing Date :NA Nagar, Yenkapally (V), Moinabad(M), R.R. District, Hyderabad,
(62) Divisional to Application Number :NA Telangana, India -500075 ----------- -----------
Filing Date :NA 2)Mr. J.Venkat Reddy
Address of Applicant :Assistant Professor, Department of S&H
(Physics), J. B. Institute of Engineering and Technology, Bhaskar
Telangana, India -500075 ----------- -----------
3)Mrs. Lam Sam Prashanti
(Physics), J. B. Institute of Engineering and Technology, Bhaskar
Telangana, India -500075 ----------- -----------
(57) Abstract :
The invention presents a Technique for Efficient Energy Storage in Piezoelectric Nanogenerators. The present invention comprising of
a piezoelectric nanogenerator designed to convert mechanical energy into electrical energy, an energy storage component linked to the
output of the piezoelectric nanogenerators and a control circuitry responsible for overseeing the charging and discharging procedures
of the energy storage components. A user interface for the monitoring and control of the energy storage system. The control circuitry
features an adaptive charging mechanism that optimizes the charging rate based on the mechanical energy input to the piezoelectric
nanogenerators. The energy storage components encompass multifunctional materials capable of efficient energy storage and rapid
discharge for diverse applications. Further, the energy storage system further includes a wireless communication module designed to
transmit energy storage status and performance data to external devices or a central monitoring system. Accompanied Drawing [FIG.
1-2]

(19) INDIA
(54) Title of the invention : MINIMIZING STANDBY POWER LEAKAGE AND OPTIMIZING EFFICIENCY THROUGH
CURRENT MONITORING IN CMOS NANOSCALE CIRCUITS
:H04L0027260000, H02M0001000000, 1)Koneru Lakshmaiah Education Foundation
(51) International
B24B0037013000, A61M0060500000, Address of Applicant :Koneru Lakshmaiah Education
classification
G01R0019250000 Foundation, Department of ECE, Vaddeswaram, 522302, Andhra
(86) International Pradesh ----------- -----------
:NA
:NA
: NA
Publication No 1)Mrs. R.Shashikala
(61) Patent of Addition Address of Applicant :Reserach Scholor, Department of ECE,
:NA
to Application Number Koneru Lakshmaiah Education Foundation, Vaddeswaram,
:NA
Filing Date 522302, Andhra Pradesh ----------- -----------
(62) Divisional to 2)Dr. G.V.Ganesh
:NA
Application Number Address of Applicant :Associate Professor, Department of ECE,
:NA
Filing Date Koneru Lakshmaiah Education Foundation, Vaddeswaram,
522302, Andhra Pradesh ----------- -----------
(57) Abstract :
[027] The invention presents a Minimizing Standby Power Leakage and Optimizing Efficiency through Current Monitoring in CMOS
Nanoscale Circuits. The present invention comprising of a current monitoring module, seamlessly integrated into the CMOS nanoscale
circuit, designed to measure and oversee current flow throughout standby and operational modes, and connected to the current
monitoring module, a control circuitry to receive up-to-the-minute current data and dynamically regulate power states within the
CMOS nanoscale circuit based on the monitored current. Further, employing a current monitoring module to scrutinize current flow
within the CMOS nanoscale circuit during both standby and operational modes, analysing real-time current data to discern optimal
power states aimed at minimizing standby power leakage. Adjusting power states dynamically in response to the analysed current
data, thereby optimizing overall efficiency. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : 5. A HIGH-EFFICIENCY MINIMUM QUANTITY LUBRICATION (MQL) SYSTEM AND A
METHOD FOR MACHINING PROCESSES
1)Mohan Babu University
Address of Applicant :IPR Cell, Mohan Babu University
(Erstwhile Sree Vidyanikethan Engineering College), Sree Sainath
Nagar, A. Rangampet, Tirupati, Andhra Pradesh, India - Tirupati -
---------- -----------
1)Mr. Chemuru Saikumar Reddy
:B23Q0011100000, B24C0007000000,
(51) International Address of Applicant :UG Scholar Department of Mechanical
C10M0169040000, B24B0055020000,
classification Engineering, Mohan Babu University, Tirupati - 517102, Andhra
C10N0040220000
Pradesh, INDIA. Tirupati ----------- -----------
(86) International
:NA 2)Mr. Tarakananda Reddy
Application No
:NA Address of Applicant :UG Scholar Department of Mechanical
Filing Date
Engineering, Mohan Babu University, Tirupati - 517102, Andhra
(87) International
: NA Pradesh, INDIA. Tirupati ----------- -----------
Publication No
3)Mr. P. Vamsi krishna
:NA Engineering, Mohan Babu University, Tirupati - 517102, Andhra
Filing Date
Pradesh, INDIA Tirupati ----------- -----------
(62) Divisional to
:NA 4)Ms. Thappeta Pranusha
Application Number
Filing Date
5)Mr. Vallagi Rajkumar
Address of Applicant :UG Scholar Department of Mechanical
6)Dr. K. Lakshmi Narasimhamu
Address of Applicant :Professor Department of Mechanical
(57) Abstract :
The present invention relates a high-efficiency Minimum Quantity Lubrication (MQL) system and a method for machining processes.
The system includes a compressor to generate compressed air, a mixing chamber with a pressure gauge for air pressure regulation, and
a gravity-driven mechanism for delivering coolant oil into the mixing chamber. A flow control valve manages the flow of the coolant
and compressed air mixture to a high-pressure nozzle, which expels the mixture into the cutting zone during machining. This ensures
effective lubrication and cooling, enhancing cutting performance. The pressure gauge maintains the required air pressure. The nozzle
provides a uniform and high-pressure spray, improving lubrication and cooling. The system's simple yet efficient design offers
advantages in machining processes, making it a valuable innovation in the field.

(19) INDIA
(54) Title of the invention : A PROCESS OF PREPARATION OF HERBAL BASED NANO-SELENIUM GEL FORMULATION
FOR TISSUE REGENERATION AND PRODUCT THEREOF
:A61K0036540000, A61K0009060000, (71)Name of Applicant :

(51) International
A61K0009000000, A61K0047320000, 1)SREE BALAJI MEDICAL COLLEGE AND HOSPITAL
classification
A61K0008920000 Address of Applicant :NO 7, WORKS ROAD,
(86) International CHROMEPET, CHENGALPATTU CHENNAI TAMIL NADU
:NA
Application No INDIA 600 044 Chennai ----------- -----------
:NA
: NA
(61) Patent of Addition 1)DR. PRIYANKA .G
:NA
to Application Number Address of Applicant :SREE BALAJI MEDICAL COLLEGE
:NA
Filing Date AND HOSPITAL NO 7, WORKS ROAD, CHROMEPET,
(62) Divisional to CHENGALPATTU CHENNAI TAMIL NADU INDIA 600044
:NA
:NA
Filing Date
(57) Abstract :
TITLE: A PROCESS OF PREPARATION OF HERBAL BASED NANO- SELENIUM GEL FORMULATION FOR TISSUE
REGENERATION AND PRODUCT THEREOF APPLICANT: SREE BALAJI MEDICAL COLLEGE AND HOSPITAL
ABSTRACT The present invention discloses a process of preparation of herbal based nanoselenium gel formulation for tissue
regeneration. The process of the present invention comprising; a. preparation of bioactive extract comprises of mixing Cinnamomum
cassia bark powder, cumin seed powder and clove flower bud powder and adding to distilled water and boiling to form bioactive
extract; b. preparation of herbal based nanoselenium comprises of dissolving sodium selenite in distilled water and adding the
bioactive extract and keeping in an orbital shaker and centrifuged to obtain pellet and washing the pellet with distilled water to form
herbal based nanoselenium; c. preparation of gel base comprises of mixing Carbopol 941 and methyl cellulose and warming with
continuous slow stirring to form gel base; d. preparation of herbal based nanoselenium gel formulation comprises of adding the herbal
based nanoselenium to the warm gel base and stirring to form herbal based nanoselenium gel formulation.

(19) INDIA
(54) Title of the invention : A NOVEL METHOD TO TRACK EFFICIENCY OF MEMANTINE TREATMENT FOR
ALZHEIMER'S DISEASE
:A61P0025280000, A61K0031130000, (71)Name of Applicant :

(51) International
G01N0033680000, G06Q0050200000, 1)SREE BALAJI MEDICAL COLLEGE AND HOSPITAL,
classification
G01N0033530000 BIHER
(86) International Address of Applicant :NO 7, WORKS ROAD,
:NA
Application No CHROMEPET, CHENGALPATTU CHENNAI TAMIL NADU
:NA
Filing Date INDIA 600 044 Chennai ----------- -----------
: NA
:NA
to Application Number 1)DR. THANGAVEL MUTHUSAMY
:NA
Filing Date Address of Applicant :SREE BALAJI MEDICAL COLLEGE
(62) Divisional to AND HOSPITAL, BIHER, NO 7, WORKS ROAD,
:NA
Application Number CHROMEPET, CHENGALPATTU CHENNAI TAMIL NADU
:NA
Filing Date INDIA 600044 Chennai ----------- -----------
(57) Abstract :
TITLE: A NOVEL METHOD TO TRACK EFFICIENCY OF MEMANTINE TREATMENT FOR ALZHEIMER'S DISEASE
APPLICANT: SREE BALAJI MEDICAL COLLEGE AND HOSPITAL, BIHER ABSTRACT The present invention discloses an
invitro non-diagnostic assay for tracking efficiency of Memantine treatment for Alzheimer’s disease comprises of following steps; a.
collecting serum sample of subject; b. characterized in detection of NGF specific IgE antibodies of SEQ ID No 1 by western blot
method wherein presence of NGF specific IgE antibodies of SEQ ID No 1 indicates the optimistic prognosis of treatment and absence
of NGF specific IgE antibodies of SEQ ID No 1 indicates need for change of treatment.

(19) INDIA
(54) Title of the invention : PREDICTING GENETIC DISORDERS USING MULTILAYER PERCEPTRON AND DEEP BELIEF
NETWORKS
1)R.Vinoth
Address of Applicant :Assistant Professor, CSE Department,
SRM Institute of Science and Technology, Ramapuram, Chennai,
Tamilnadu ----------- -----------
2)D.Samson
:G06N0003080000, G06N0003040000, 3)M.Briskilla
(51) International
G06N0020000000, A61P0043000000, 4)S.Geerthik
classification
A61B0005000000 Name of Applicant : NA
:NA
:NA
Filing Date 1)M.Briskilla
(87) International Address of Applicant :Lecturer, DMI Group of Institution, St
: NA
Publication No Thomas Mount, Chennai, Tamilnadu ----------- -----------
(61) Patent of Addition 2)R.Vinoth
:NA
to Application Number Address of Applicant :Assistant Professor, CSE Department, SRM
:NA
Filing Date Institute of Science and Technology, Ramapuram, Chennai,
(62) Divisional to Tamilnadu ----------- -----------
:NA
Application Number 3)S.Geerthik
:NA
Filing Date Address of Applicant :Associate Professor, Information
Technology Department, Agni College of Technology Old
Mahabalipuram Road, Thalambur Rd, Chengalpattu - 600130,
Tamilnadu ----------- -----------
4)D.Samson
Address of Applicant :Lecturer, DMI Group of Institution, St
Thomas Mount, Chennai, Tamilnadu ----------- -----------
(57) Abstract :
Predicting genetic disorders is a challenging task, but it is essential for developing effective diagnostic and treatment strategies.
Multilayer perceptron (MLPs) and deep belief networks (DBNs) are two types of machine learning models that have been shown to be
effective for predicting genetic disorders in a variety of settings. A methodology that combines MLPs and DBNs has the potential to
improve the accuracy and efficiency of genetic disorder prediction. MLPs are well-suited for learning complex relationships between
inputs and outputs, while DBNs are able to learn complex representations of data. The proposed methodology can leverage the
strengths of both models to achieve better performance.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR AUTOMATING A CLINICAL TRIAL USING BLOCKCHAIN AND
EXPLAINABLE ARTIFICIAL INTELLIGENCE (XAI)
Address of Applicant :VELLORE INSTITUTE OF
TECHNOLOGY, KATPADI, VELLORE-632014,
TAMILNADU, INDIA. VELLORE ----------- -----------
:G06N0003080000, G16H0010200000,
G06N0003040000, H04L0009320000,
G16H0040670000
(86) International
:NA 1)Chintalapudi VNU Bharathi Murthy
Application No
:NA Address of Applicant :School of Computer Science Engineering
Filing Date
and Information Systems, SCORE school, SJT, VIT, KATPADI,
(87) International
: NA VELLORE,Tamil Nadu, India - 632014 VELLORE ----------- -----
Publication No
------
:NA 2)Idiga Giddaiahgari Sree Harsha
:NA Address of Applicant :School of Computer Science Engineering
Filing Date
(62) Divisional to
:NA VELLORE,Tamil Nadu, India - 632014 VELLORE ----------- -----
Application Number
:NA ------
Filing Date
3)Dr. M. Lawanya Shri
Address of Applicant :School of Computer Science Engineering
VELLORE, Tamil Nadu, India - 632014 VELLORE ----------- ----
-------
(57) Abstract :
A system 100 for automating a clinical trial by storing and sharing clinical trial data of a volunteer 110 using blockchain with data
security and classifying the clinical trial data using deep learning and explainable Artificial Intelligence (XAI) 108. The processor 104
of the system automatically classifies, using a trained Recurrent Neural Network (RNN) 106, whether a volunteer 110 is eligible for
participation in a clinical trial by analysing personal details, health parameters, and pre-existing health conditions of the volunteer 110
stored in the public blockchain 112. The processor 104 transforms, using the XAI 108, an output of the classification to a human-
understandable format by comprehending and interpreting the output of the classification. The processor 104 executes a smart contract
208 on a private blockchain 114 with the eligible volunteer 110. The processor 104 automatically determines an outcome of the
clinical trial by classifying clinical trial data including the at least one health parameter of the eligible volunteer 110 in the ledger of
the private blockchain 114 using the RNN 106 and enabling remote patient monitoring to increase the successful outcome of the
clinical trial and the rate of volunteer 110 enrolment for the clinical trial. FIG. 1

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR SECURING PRIVATE DATA OF AN INTERNET USER WHILE
INTERACTING WITH A THIRD-PARTY DEVICE FOR TARGETED DIGITAL ADVERTISEMENT
:G06F0021620000, G06Q0030020000, (71)Name of Applicant :

(51) International
H04L0009320000, H04L0009080000, 1)SIMULATE INTELLIGENCE PRIVATE LIMITED
classification
H04W0004020000 Address of Applicant :36, EMAMI NEST, FLAT #302, 8TH
(86) International MAIN 16TH CROSS RD BENGALURU KARNATAKA INDIA
:NA
Application No 560055 BENGALURU ----------- -----------
:NA
: NA
(61) Patent of Addition 1)RAVI KIRAN KAUSHIK
:NA
to Application Number Address of Applicant :36, EMAMI NEST, FLAT #302, 8TH
:NA
Filing Date MAIN, 16TH CROSS RD, BENGALURU KARNATAKA
(62) Divisional to INDIA 560055 BENGALURU ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
A method that focuses on securing a user's private data for targeted digital advertising is provided. The method creates a digital
identity and encrypted user database on the user's device 102. The third-party device 108 authenticates the user device through a smart
contract-based blockchain 104, ensuring secure access. A user consent process allows controlled sharing of encrypted private data.
The third-party device 108 extracts data with user consent via an API 110 without compromising privacy. Peer-to-peer communication
is established through the blockchain. Privacy-preserving AI 114 categorizes raw encrypted data, generating segmented privacy-
preserved data reflecting user interests and behaviour. Finally, targeted digital advertisements are enabled on the user device based on
available segmented data with user consent and advertiser relevance analysis. This comprehensive method prioritizes user privacy
while facilitating effective digital advertising. FIG. 1

(19) INDIA
(54) Title of the invention : A MODULAR DESIGNED BALANCING FRAMEWORK FOR FIXATING AGRICULTURAL TOOLS

(51) International
A01M0007000000, A61B0017000000, 1)THAHA HUSSAIN
classification
A01B0059000000 Address of Applicant :S/O Koya Kutty Muttanisseril House,
(86) International Eruva, Pathiyoor, Alappuzha, Kareelakulangara, Kerala- 690572 -
:NA
Application No ---------- -----------
:NA
: NA
(61) Patent of Addition 1)THAHA HUSSAIN
:NA
to Application Number Address of Applicant :S/O Koya Kutty Muttanisseril House,
:NA
Filing Date Eruva, Pathiyoor, Alappuzha, Kareelakulangara, Kerala- 690572 -
(62) Divisional to ---------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
A MODULAR DESIGNED BALANCING FRAMEWORK FOR FIXATING AGRICULTURAL TOOLS A balancing framework for
any type of agricultural implement. The framework comprises at least one movable shaft(s) that can be extended at an angle to balance
the weight of the implement affixed on at least one shaft of the framework. The framework further comprises wheel(s) and a
supporting stand to facilitate the standing and balancing of agricultural implement attached to the framework. The framework also
comprises a height adjustable mechanism such that the implement can reach the desired height above the ground surface. Fig 2 is the
modular designed balancing framework for fixating agricultural tools.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD OF DETECTION OF BOVINE SERUM ALBUMIN (BSA) USING
CANTILEVER BEAM MAGNETOMETER
1)INDIAN INSTITUTE OF TECHNOLOGY
:B33Y0030000000, G01H0009000000, HYDERABAD
(51) International
B23K0026080000, G01N0023207000, Address of Applicant :Kandi, Sangareddy, Telangana, India -
classification
B66C0011100000 502284, India Sangareddy ----------- -----------
:NA
:NA
(87) International 1)S. NARAYANA JAMMALAMADAKA
: NA
Publication No Address of Applicant :Magnetic Materials and Device Physics
(61) Patent of Addition Laboratory, Department of Physics, Indian Institute of Technology
:NA
to Application Number Hyderabad, Kandi, Sangareddy, Telangana – 502 284, India
:NA
Filing Date Hyderabad ----------- -----------
(62) Divisional to 2)BIBHUTIBHUSAN NAYAK
:NA
Application Number Address of Applicant :Magnetic Materials and Device Physics
:NA
Filing Date Laboratory, Department of Physics, Indian Institute of Technology
Hyderabad, Kandi, Sangareddy, Telangana – 502 284, India
Hyderabad ----------- -----------
(57) Abstract :
The invention relates to a system (100) and method (200) of for detection of Bovine Serum Albumin (BSA).The system(100)
comprises of an optical table (7) to support mounting of the system (100), a sample holder (4) mounted at a center of the optical table
(7) along vertical direction, a cantilever beam (1), with one end of the cantilever beam (1) being connected to tip of the sample holder
(4).A laser beam (5) is directed from a supporting stand (6) to direct laser beam angularly towards the cantilever beam (1) from a first
end. A position-sensitive detector (PSD) (3) is detect reflections of the laser beam (5) by the cantilever beam (1) and an electromagnet
(2) placed in proximity to the cantilever beam (1) to generate dc magnetic field. A processing unit (8) is coupled with the position-
sensitive detector (3) to process input detected by the position-sensitive detector (3). [TO BE PUBLISHED WITH FIG 1]

(19) INDIA
(54) Title of the invention : HIV DETECTION AND MONITORING USING SPECTROMETRY
1)Dhaanish Ahmed Institute of Technology
Address of Applicant :Verappanur, K.G Chavadi, Coimbatore-641105. ----------- -----------
1)Dr. Parthiban .K.G
Address of Applicant :Principal & Professor, Department of Bio Medical Engineering, Dhaanish Ahmed
:A61P0031180000, G01N0033569000, Institute of Technology, Verappanur, K.G Chavadi, Coimbatore-641105. ----------- -----------
(51) International 2)Thasnim .T .A
G16H0010600000, A61B0005000000,
classification Address of Applicant :Student, Department of Bio Medical Engineering, Dhaanish Ahmed Institute of
G01N0033490000 Technology, Verappanur, K.G Chavadi, Coimbatore-641105. ----------- -----------
3)Nishath Aprosa .R
(86) International Address of Applicant :Student, Department of Bio Medical Engineering, Dhaanish Ahmed Institute of
:NA Technology, Verappanur, K.G Chavadi, Coimbatore-641105. ----------- -----------
Application No
:NA 4)Mukilarani .E
Filing Date Address of Applicant :Student, Department of Bio Medical Engineering, Dhaanish Ahmed Institute of
Technology, Verappanur, K.G Chavadi, Coimbatore-641105. ----------- -----------
(87) International 5)A. Nandhakumar
: NA Address of Applicant :Assistant Professor, Department of Bio Medical Engineering, Dhaanish Ahmed Institute
Publication No of Technology, Verappanur, K.G Chavadi, Coimbatore-641105. ----------- -----------
(61) Patent of Addition 6)A.H. Jainab Ruxana
:NA Address of Applicant :Assistant Professor, Department of Bio Medical Engineering, Dhaanish Ahmed Institute
to Application Number of Technology, Verappanur, K.G Chavadi, Coimbatore-641105. ----------- -----------
:NA 7)Dr N. Aparna
Filing Date Address of Applicant :Associate Professor, Department of Bio Medical Engineering, Dhaanish Ahmed
(62) Divisional to Institute of Technology, Dhaanish Avenue, Veerappanur, K G Chavadi, Coimbatore-641105. ----------- ---------
:NA --
Application Number 8)V. Savitha
:NA Address of Applicant :Assistant professor, Department of Bio Medical Engineering, Dhaanish Ahmed Institute
Filing Date of Technology, Dhaanish Avenue, Veerappanur, K G Chavadi, Coimbatore-641105. ----------- -----------
9)Swaminathan .P
Address of Applicant :Associate Professor, Department of Bio Medical Engineering, Dhaanish Ahmed
Institute of Technology, Dhaanish Avenue,Veerappanur, K G Chavadi, Coimbatore-641105. ----------- ----------
-
10)Justilin .J .R
Address of Applicant :Assistant Professor, Department of Bio Medical Engineering, Dhaanish Ahmed Institute
of Technology, Dhaanish Avenue,Veerappanur, K G Chavadi, Coimbatore-641105. ----------- -----------
(57) Abstract :
HIV DETECTION AND MONITORING USING SPECTROMETRY Human immunodeficiency virus (HIV) is an infection that
attacks the body’s immune system. Acquired immunodeficiency syndrome (AIDS) is the most advanced stage of the disease. HIV
targets the body’s white blood cells, weakening the immune system. This makes it easier to get sick with diseases like tuberculosis,
infections and some cancers. HIV is spread from the body fluids of an infected person, including blood, breast milk, semen and
vaginal fluids. It is not only spread by kisses, hugs or sharing food. It can also spread from a mother to her baby. Untreated HIV can
progress to AIDS, often after many years. WHO now defines Advanced HIV Disease (AHD) as cd4 cell count less than 200cells/mm3
or WHO stage 3 or 4 in adult and adolescent. All children with HIV younger than 5 years of age are considered to have advanced HIV
disease. Globally 38.4 million people are affected by HIV at the end of 2021 and till counting. In India 2.4 million people are affected
as per 2017 census and till now there is no equipment were designed to detect and monitor the cd4 count in patient’s blood by non-
invasive method. HIV patient should be alternatively monitored by taking cd4 count test monthly which costs around 1000-2000 INR,
there is also a chance to spread to doctor and pharmaceuticals since it was an invasive method. For diagnosing the HIV virus ELISA
(enzyme linked immune sorbent assay) is an efficient method prescribed by the physician, but for monitoring purpose we go for cd4
counting by a normal blood test which is basically an invasive method. Our idea is to introduce a non-invasive device to detect the cd4
count using spectrometer and monitor the progression in treatment. In healthcare domain many diseases can be predicted using the
spectrometry as blood components like RBC (Erythrocytes), WBC (Leukocytes) etc has different characteristics when exposed to
light. cd4 count is represented in the device as well as monthly (periodic)progression or results is sent to the concern doctors which is
now common in telemedicine application. The dignity of the patient is maintained throughout the testing process as a person need not
to go for testing in the hospital as it is confidential disease. FIG.1

(19) INDIA
(54) Title of the invention : SYNTHESIS OF SUSTAINABLE GRANITE SLUDGE DUST COMPOSITION FOR PAVEMENT
CONSTRUCTION BASED APPLICATIONS
1)National Institute of Technology-Warangal
Address of Applicant :National Institute of Technology,
:C04B0028180000, C04B0041000000, Warangal, Telangana State, India-506004 Warangal ----------- -----
(51) International
C04B0018080000, A61P0031040000, ------
classification
C04B0018140000 Name of Applicant : NA
:NA
:NA
Filing Date 1)KOLA VIKAS
(87) International Address of Applicant :Research Scholar, Department of Civil
: NA
Publication No Engineering, NIT-Warangal, Warangal, Telangana-506004
(61) Patent of Addition Warangal ----------- -----------
:NA
to Application Number 2)DR. GONDU VENKATA RAMANA
:NA
Filing Date Address of Applicant :Assistant Professor, Department of Civil
(62) Divisional to Engineering, NIT-Warangal, Warangal, Telangana-506004.
:NA
Application Number Warangal ----------- -----------
:NA
Filing Date 3)DR. V. RAMANA MURTHY
Address of Applicant :Professor, Department of Civil
Engineering, NIT-Warangal, Warangal,Telangana-506004.
Warangal ----------- -----------
(57) Abstract :
TITLE: SYNTHESIS OF SUSTAINABLE GRANITE SLUDGE DUST COMPOSITION FOR PAVEMENT CONSTRUCTION
BASED APPLICATIONS A granite sludge dust composition (GSD) has been proposed in the present invention using granite sludge
dust with admixtures of clay soil, lime and fly ash as shown in the figure below. The GSD composition of the present invention is used
for low-volume roads. The GSD composition provides necessary cohesion that can be imparted which results in the reduction of its
erosion potential and dust nuisance. The fly ash used in the present invention aids in inducing cementation and strength. These
admixtures will induce pozzolanic reactivity to the non-reactive GSD, so that it remains as a stable bulk material. The unconfined
compression strength (UCS), durability index test and microstructural analysis were performed to identify the strength and durability
of the GSD composition. The GSD along with admixtures of 5% lime, 10% fly ash 10% clay resulted in a favourable mix combination
in terms of strength gain and durability. The XRD indicates the formation of calcite (CaCO3), calcium silicate hydrate (CSH) and
calcium aluminate hydrate (CAH) minerals that are responsible for cementation. The SEM analysis indicates the formation of
cementitious gels due to pozzolanic reactions.

(19) INDIA
(54) Title of the invention : EFFICIENT CARDIOVASCULAR DISEASE IDENTIFICATION BY MACHINE LEARNING
:A61B0005000000, G06K0009620000, 1)Vel Tech Rangarajan Dr. Sagunthala R&D Institute of
(51) International
G16H0050200000, G06N0020000000, Science and Technology
classification
G16H0040670000 Address of Applicant :No.42, Avadi – Vel Tech Road, Avadi,
(86) International Chennai - 600 062 Tamil Nadu, India. Avadi ----------- -----------
:NA
:NA
: NA
Publication No 1)Dr B.Venkataramanaiah
(61) Patent of Addition Address of Applicant :Plot No.155, Thanigachalam Nagar G-
:NA
to Application Number Block 7th Main Road, Ponniammanmedu, Chennai – 600110
:NA
(62) Divisional to 2)K Giridhar reddy
:NA
Application Number Address of Applicant :3-1-141,2nd Floor New Yaksiri Building,
:NA
Filing Date Rajagopala Puram, Naidupeta, Tirupati Dt, Andhra Pradesh-
524126 Tirupati ----------- -----------
(57) Abstract :
ABSTRACT EFFICIENT CARDIOVASCULAR DISEASE IDENTIFICATION BY MACHINE LEARNING The present invention
addresses the critical issue of cardiovascular disease identification by disclosing a method that leverages machine learning algorithms
for efficient analysis of Electrocardiogram (ECG) data. Focusing on the early detection of abnormalities, the method employs a
combination of Naive Bayes, k-Nearest Neighbor, Random Forest, and Decision Tree classifiers, ensuring higher accuracy than
single-model approaches. The instant invention includes a systematic data collection process, dataset balancing, and attribute selection
for training and testing. By integrating machine learning into biomedical signal processing, the invention provides a comprehensive
solution for timely cardiovascular disease identification.

(19) INDIA
(54) Title of the invention : A SINGLE COAXIAL PROBE-FED CIRCULAR POLARIZATION RECONFIGURABLE PATCH
ANTENNA FOR GPS SATELLITE SYSTEMS
:H01Q0009040000, H01Q0001380000, Science and Technology
(51) International
H01Q0021060000, G01S0019360000, Address of Applicant :No.42, Avadi – Vel Tech Road, Avadi,
classification
H01Q0015240000 Chennai - 600 062 Tamil Nadu, India. Avadi ----------- -----------
:NA
:NA
(87) International 1)Dr Harikrishna Paik
: NA
Publication No Address of Applicant :Vel Tech Rangarajan Dr. Sagunthala R&D
(61) Patent of Addition Institute of Science and Technology (Deemed to be University),
:NA
to Application Number Avadi, Chennai-600062 Tamil Nadu, India. Avadi ----------- -------
:NA
Filing Date ----
(62) Divisional to 2)Dr Bikash Ranjan Behera
:NA
Application Number Address of Applicant :Vel Tech Rangarajan Dr. Sagunthala R&D
:NA
Filing Date Institute of Science and Technology (Deemed to be University),
Avadi, Chennai-600062 Tamil Nadu, India. Avadi ----------- -------
----
(57) Abstract :
ABSTRACT A Single Coaxial Probe-Fed Circular Polarization Reconfigurable Patch Antenna for GPS Satellite Systems This
invention discloses a circularly polarized reconfigurable patch antenna for GPS satellite systems, featuring two concentric circular
rings and a single coaxial probe. Incorporating PIN diodes (D1, D2, D3, D4), the antenna achieves diversity in circular polarization,
with biasing states determining left-hand CP (LHCP) or right-hand CP (RHCP) operation. Operating at 1.176 GHz (L5) and 1.575
GHz (L1), the antenna is tailored for global positioning system (GPS) applications. Printed on an FR4 substrate, the design optimally
balances stability and frequency control. The antenna demonstrates notable impedance bandwidths, axial ratio bandwidths, and peak
gains, making it a superior candidate for civilian GPS receivers, providing widespread coverage, rapid positioning, and interference
resilience in modern satellite systems. Fig.2

(19) INDIA
(54) Title of the invention : POWER GENERATION FROM SLUDGE USING A MICROBIAL FUEL CELL
:H01M0008160000, C02F0003000000,
(51) International 1)Chithras.T
C02F0003340000, H01M0008061200,
classification Address of Applicant :No 42, Avadi - Vel Tech Road, Avadi,
H01M0008180000
Chennai -600062 Tamil Nadu, India Avadi ----------- -----------
(86) International
:NA 2)MRITYUNJAY ATREYA REMELLA
Application No
:NA Address of Applicant :No 42, Avadi - Vel Tech Road, Avadi,
Filing Date
(87) International
: NA 3)SHAIK LAILA
Publication No
Address of Applicant :No 42, Avadi - Vel Tech Road, Avadi,
:NA Chennai -600062 Tamil Nadu, India Avadi ----------- -----------
:NA 4)SUSHMITHA R
Filing Date
(62) Divisional to
:NA Chennai -600062 Tamil Nadu, India Avadi ----------- -----------
Application Number
:NA 5)B.V. HAREESH
Filing Date
6)K. BHAVANA
7)LAHARI SREE K
(57) Abstract :
ABSTRACT POWER GENERATION FROM SLUDGE USING A MICROBIAL FUEL CELL The present invention relates to a
Microbial Fuel Cell (MFC) system and method harnessing microbial activity in sludge for power generation and wastewater treatment.
The MFC comprises an airtight anode half-cell with sludge, microbes, and a nutrient solution, connected to an oxygenated water-filled
cathode half-cell via a salt bridge. Microbial metabolic reactions in the anode produce electrons, harvested for power generation or
wastewater treatment. The invention is adaptable, allowing for direct connection of half-cells for integrated waste-water treatment. An
LM358 Amplification Module amplifies the voltage output, enabling the MFC to power low voltage appliances or potentially produce
high voltage and current. The instant invention aligns with sustainability principles, providing an environmentally friendly solution for
dual applications, addressing energy needs, and contributing to wastewater remediation.

(19) INDIA
(54) Title of the invention : AN EPOXY-BASED HYBRID POLYMER COMPOSITE FOR PRINTED CIRCUIT BOARD
APPLICATION
:A61K0036486000, C08J0005040000,
(51) International 1)Presidency University
C08K0003380000, C08K0007020000,
classification Address of Applicant :Itgalpur, Rajanakunte, Bengaluru,
C08K0007140000
(86) International
Application No
Filing Date
(87) International
: NA 1)Dr.Arpitha G R
Publication No
Address of Applicant :Presidency University Itgalpur,
:NA Rajanakunte, Bengaluru, Karnataka – 560064, India Bengaluru ---
:NA -------- -----------
Filing Date
2)MD. Mathenulla shariff
(62) Divisional to
:NA Address of Applicant :Presidency University Itgalpur,
Application Number
:NA Rajanakunte, Bengaluru, Karnataka – 560064, India Bengaluru ---
Filing Date
-------- -----------
(57) Abstract :
ABSTRACT An epoxy-based hybrid polymer Composite for Printed Circuit Board Application The invention discloses an epoxy-
based hybrid polymer composite tailored for printed circuit board applications. This composite integrates Millettia pinnata leaf
powder, alumina/boron nitride particles, and glass sheets as reinforcing agents in optimum weight fractions. The fabrication method
involves applying a releasing gel on a mould, placing glass sheets, blending thermosetting polymer with hardener, and reinforcing
agents, pouring, and curing. The Millettia pinnata leaf fiber imparts eco-friendliness to the composite. The advantages lie in the
composite's enhanced mechanical properties, including tensile strength, flexural strength, impact strength, and hardness. This
innovation addresses the growing demand for superior materials in the electronics industry, providing a greener alternative with
improved performance for printed circuit board applications.

(19) INDIA
(54) Title of the invention : IOT-INTEGRATED SYSTEM AND METHOD FOR REAL-TIME BIOMEDICAL SIGNAL
PROCESSING AND PREDICTIVE HEALTH ANALYSIS
1)GITAM Deemed to be University
Address of Applicant :GandhiNagar Campus, Rushikonda,
Visakhapatnam-530045, Andhra Pradesh, India. Visakhapatnam --
--------- -----------
:A61B0005000000, A61B0005024000, (72)Name of Inventor :
(51) International
G16H0040670000, A61B0005020500, 1)Dr.K.Renu
classification
G16H0050300000 Address of Applicant :Assistant Professor, EECE Department, GIT, GITAM,
(86) International Visakhapatnam-530045, Andhra Pradesh, India. ----------- -----------
:NA 2)Dr.G.Anitha
Application No
:NA Address of Applicant :Assistant Professor, EECE Department, GIT, GITAM,
Filing Date Visakhapatnam-530045, Andhra Pradesh, India. ----------- -----------
(87) International 3)Dr.B.Kanthamma
: NA
Publication No Address of Applicant :Assistant Professor, EECE Department, GIT, GITAM,
(61) Patent of Addition Visakhapatnam-530045, Andhra Pradesh, India. ----------- -----------
:NA 4)DURGA PRASAD TUMULA
to Application Number Address of Applicant :Assistant Professor, EECE Department, GIT, GITAM,
:NA
Filing Date Visakhapatnam-530045, Andhra Pradesh, India. ----------- -----------
(62) Divisional to 5)Das Prakash Chennamsetty
:NA Address of Applicant :Assistant Professor, EECE Department, GIT, GITAM,
Application Number
:NA Visakhapatnam-530045, Andhra Pradesh, India. ----------- -----------
Filing Date 6)Dr.S.Silas
Address of Applicant :Assistant Professor, EECE Department, GIT, GITAM,
Visakhapatnam-530045, Andhra Pradesh, India. ----------- -----------
7)Dr.P. RAJU
8)Praveen Mande
(57) Abstract :
Exemplary embodiments of present disclosure are directed towards IoT-integrated system and method for real-time biomedical signal
processing and predictive health analysis, comprising: health monitoring sensors configured to collect biological signals from a user,
whereby the health monitoring sensors configured to transmit the collected biological signals to a cloud server over a network. the
cloud server configured to receive biological signals from the one or more health monitoring sensors, whereby the cloud server
comprises a healthcare analysis module, wherein the health healthcare analysis module configured to process biological signals, the
health healthcare analysis module configured to perform predictive healthcare analysis, the health healthcare analysis module
configured to securely store the processed health data on the cloud server. A computing device comprises a health monitoring module,
wherein the health monitoring module configured to enable the user and authorized healthcare professionals to access the processed
health data from the cloud server. Fig. 1

(19) INDIA
(54) Title of the invention : A SYSTEM AND A METHOD FOR PREDICTING A FALSE SMUT DISEASE
:G06N0020000000, G16H0050300000,
(51) International Nadu, India Chennai ----------- -----------
G06T0007000000, G06K0009620000,
H04N0007180000
(86) International
Application No
:NA 1)SIVAKUMAR BANGAR
Filing Date
Address of Applicant :Department of Data Science and Business
(87) International
: NA Systems, School of Computing, SRM IST, Kattankulathur,
Publication No
Chennai-603203, Tamil Nadu, India Chennai ----------- -----------
:NA 2)ARCHANA KULANDAITHEVAR SETHURAMAN
:NA Address of Applicant :Department of Data Science and Business
Filing Date
Systems, School of Computing, SRM IST, Kattankulathur,
(62) Divisional to
:NA Chennai-603203, Tamil Nadu, India Chennai ----------- -----------
Application Number
:NA 3)LAKSHMI MOHANDOSS
Filing Date
Address of Applicant :Department of Computing Technologies,
School of Computing, SRM IST, Kattankulathur, Chennai-
603203, Tamil Nadu, India Chennai ----------- -----------
(57) Abstract :
ABSTRACT A SYSTEM AND A METHOD FOR PREDICTING A FALSE SMUT DISEASE The present disclosure discloses a
system (100) and a method(200) for predicting a false smut disease. The system(100) comprises an inputting device(102) having a
plurality of cameras(102a) to capture a live video streaming of a plant; a pre-processing module(104) to receive said live video
streaming through the Internet of Things (IoT) network and generate at least one image frame; a segmentation module(106) to receive
said at least one image frame and identify a region of interest (ROI) from said image frame; a feature extractor module(108) to extract
at least one feature from said ROI of said image frame by means of a set of feature extractor rules; a classifier module(110) to receive
said at least one extracted feature and further classify said at least one extracted feature as a healthy plant or unhealthy plant by means
of a set of classification rules, so as to predict the false smut disease. Figure 1

(19) INDIA
(54) Title of the invention : PORTABLE OPTICAL SYSTEM AND SPECTROSCOPIC ADDUCTS FOR POINT OF USE
APPLICATIONS
:G01N0021030000, G01N0021640000, Address of Applicant : NA
(51) International
G01N0021310000, G01J0003020000, (72)Name of Inventor :
classification
G01J0003280000 1)TADI SAI RATNAKAR
(86) International Address of Applicant :H. No. 8-3-231/493/A, Sri Krishna Nagar,
:NA
Application No Khairatabad, Yousufguda, Hyderabad, Telangana - 500045, India.
:NA
Filing Date Hyderabad ----------- -----------
(87) International 2)POOJA NAG
: NA
Publication No Address of Applicant :Flat No. 12, Joy Ma Tara Housing
(61) Patent of Addition Complex, Durgapur - 713212, West Bengal, India. Durgapur ------
:NA
to Application Number ----- -----------
:NA
Filing Date 3)KAPIL SADANI
(62) Divisional to Address of Applicant :Flat No. 12, Joy Ma Tara Housing
:NA
Application Number Complex, Durgapur - 713212, West Bengal, India. Durgapur ------
:NA
Filing Date ----- -----------
4)VALLURI SAISINHU
Address of Applicant :Department of Mechatronics Engineering,
-----------
(57) Abstract :
The present disclosure relates to a portable optical system and spectroscopic adducts for point of use applications. The portable optical
system includes an optical assembly having a holder for a light source, a cuvette holder for holding a sample, and a holder for a light
detector, wherein a height of the cuvette holder is adjusted based on at least one of a sampling angle associated with the light source or
a state of a sample. The spectroscopic adduct includes a base to hold a spectrophotometer and one or more legs attached to the base,
wherein a height of the one or more legs are adjusted based on at least one of a sampling angle associated with the spectrophotometer
or a state of a sample.

(19) INDIA
(54) Title of the invention : METHOD FOR MINIATURIZED RADIATOR FOR 5G MICROWAVE COMMUNICATIONS
:H01Q0001360000, H04W0004700000,
H01Q0001240000, H01Q0001380000,
H01Q0001500000
1)MANISH VARUN YADAV
(86) International
:NA Address of Applicant :Assistant Professor - Senior Scale,
Application No
:NA Department of Aeronautical and Automobile Engineering,
Filing Date
(87) International
: NA Education, Manipal, 576104, Karnataka, India. Manipal -----------
Publication No
-----------
:NA 2)CHANDRU KUMAR.R
:NA Address of Applicant :Department of Aeronautical and
Filing Date
Automobile Engineering, Manipal Institute of Technology,
(62) Divisional to
:NA Manipal Academy of Higher Education, Manipal, 576104,
Application Number
:NA Karnataka, India. Manipal ----------- -----------
Filing Date
3)SWATI VARUN YADAV
Instrumentation and Control Engineering, Manipal Institute of
(57) Abstract :
The present disclosure relates to a method (100) for miniaturized radiator for 5G microwave communication. The proposed method
(100) exhibits enhanced radiation characteristics, including high gain, wide bandwidth, and improved beam steering capabilities. The
features are essential for achieving reliable and high-capacity 5G communication, particularly in dense urban environments and
scenarios with varying propagation conditions. The proposed method (100) of antenna structure includes a substrate, and also includes
an octagonal radiating geometry used with a ground plane on the substrate. The proposed method (100) of designed antenna is in
compactable size of 12*14*1.6 mm3 and has a gain of 4.6dB. And has an efficiency of 89%. The antenna is suitable for diverse
applications including 5G-II band and its use for multiple communications applications. Furthermore, the miniaturized radiator’s
compact form factor allows for seamless integration into multiple devices but not limited to smartphones, Internet of Things (IoT)
sensors, and wearable technology.

(19) INDIA
(54) Title of the invention : SYSTEM FOR LOCALIZATION OF VEHICLES USING ADAPTIVE DEEP LEARNING
TECHNIQUE AND METHOD THEREOF
:G06N0003080000, G05D0001020000,
(51) International Address of Applicant :Madhav Nagar, Manipal, 576104,
G06N0020100000, G06N0003040000,
classification Karnataka, India. Manipal ----------- -----------
G06Q0020400000
(86) International
Application No
Filing Date
1)NAVYA THIRUMALESHWAR HEGDE
(87) International
Publication No
Aeronautical and Automobile Engineering, Manipal Institute of
:NA technology, Manipal Academy of Higher Education, Manipal,
:NA 576104, Karnataka, India. Manipal ----------- -----------
Filing Date
2)VISHNU G NAIR
(62) Divisional to
Application Number
:NA Aeronautical and Automobile Engineering, Manipal Institute of
Filing Date
technology, Manipal Academy of Higher Education, Manipal,
(57) Abstract :
The present disclosure relates generally to field of deep learning technique in vehicles. More specifically the present disclosure relates
to a system for localization of vehicles using adaptive deep learning technique. The system (102) includes one or more cameras (104)
installed on a vehicle (112), one or more processors (106) and a memory (110) coupled to the one or more processors (106). The
camera (104) detects one or more landmarks from one or more image sequences, enabling the vehicle (112) to autonomously navigate
from one location to another. Further, the present disclosure relates to a method for localization of vehicles using adaptive deep
learning technique using the system. Advantageously the present invention relates to a system and method for updating the position
and the orientation of vehicle at every frame even in the absence of GPS information or communication with the base station.

(19) INDIA
(54) Title of the invention : SYSTEM FOR GENERATING CODE FOR USER AUTHENTICATION, AND METHOD THEREOF
:G06F0021320000, G06F0021360000, Name of Applicant : NA
(51) International
G06Q0030020000, G11B0020000000, Address of Applicant : NA
classification
H04N0021435000 (72)Name of Inventor :
(86) International 1)K, Kalaivanan
:NA
Application No Address of Applicant :School of Electronics Engineering, Vellore
:NA
Filing Date Institute of Technology, Chennai, Vandalur - Kelambakkam Road,
(87) International Chennai, Tamil Nadu – 600127, India. Chennai ----------- ----------
: NA
Publication No -
(61) Patent of Addition 2)TRIPATHI, Anurag
:NA
to Application Number Address of Applicant :School of Electronics Engineering, Vellore
:NA
(62) Divisional to Chennai, Tamil Nadu – 600127, India. Chennai ----------- ----------
:NA
Application Number -
:NA
Filing Date 3)GROVER, Naman
Address of Applicant :School of Computer Science and
Engineering, Vellore Institute of Technology, Chennai, Vandalur -
Kelambakkam Road, Chennai, Tamil Nadu – 600127, India.
Chennai ----------- -----------
(57) Abstract :
The present disclosure relates generally to field of user authentication. More specifically the present disclosure relates to a system for
generating code for user authentication. The system (102) includes a counter device (104) comprising a front end camera (104A), a
card reader (104B), a display unit (104C), a key pad (104D) and a biometric device (104E), one or more processors (110), a server
(106) and a memory (114) coupled to the one or more processors (110). The code is generated and embedded based on a
preconfigured fingerprint and numerical value of one of one or more users. Further, the present disclosure relates to a method for
generating code for user authentication. Advantageously the present disclosure relates to a method that provides multi-fold security
and ensures that only the respective person can get the rights to do the financial transaction.

(19) INDIA
(54) Title of the invention : SYSTEM FOR INTEGRATING BIG DATA STORAGE WITH QUANTUM-SAFE ENCRYPTION
TECHNOLOGIES AND METHOD THEREOF
1)KAPOOR, Khushee
Address of Applicant :Department of Data Science and Computer
Applications (DSCA), MIT, Manipal, Manipal Academy of
Higher Education, Manipal, 576104, Karnataka, India. Manipal ---
-------- -----------
:H04L0009300000, G06N0010000000,
(51) International 2)ROSITA, Supriti
H04L0009060000, H04L0009080000,
classification Address of Applicant :Department of Data Science and Computer
G06F0021620000
(86) International
:NA Higher Education, Manipal, 576104, Karnataka, India. Manipal ---
Application No
:NA -------- -----------
Filing Date
3)AKURATHI, Shreya
(87) International
: NA Address of Applicant :Department of Data Science and Computer
Publication No
:NA Higher Education, Manipal, 576104, Karnataka, India. Manipal ---
:NA -------- -----------
Filing Date
4)DAS, Shreeyanka
(62) Divisional to
:NA Address of Applicant :Department of Information and
Application Number
:NA Communication Technology (ICT), MIT, Manipal, Manipal
Filing Date
Academy of Higher Education, Manipal, 576104, Karnataka,
India. Manipal ----------- -----------
5)RAO, Vidya
-------- -----------
6)KUNDAPUR, Poornima Panduranga
-------- -----------
(57) Abstract :
A system (100) is that seamlessly integrates powerful big data analytics ecosystem (e.g. Hadoop framework) with advanced quantum-
safe encryption technologies. The system (100) is configured to create a comprehensive, highly secure, scalable, and future-proof
approach to preserving the confidentiality and integrity of voluminous sensitive data. Uniquely designed to remain invulnerable
against potential threats from quantum computers, the technique offers unparalleled resistance, ensuring the safeguarding of
substantial sensitive data against cryptographic attacks that may leverage quantum techniques. By seamlessly integrating the
innovative techniques, the algorithm delivers a holistic and avant-garde solution at the forefront of modern cryptography. The system
data encryption scheme employs a dual hashing methodology with a novel Hadoop master-slave replication architecture-based
technique for private key and nonce generation, providing a sophisticated three-tier security structure.

(19) INDIA
(54) Title of the invention : CLEARING THE WATERS THROUGH INNOVATIVE SLUDGE DEWATERING TECHNIQUES
USING BAMBOO CHARCOAL
1)Dr. T Jagadish, Assistant Professor of Chemistry / Department of H&S, CVR College of
Engineering.
Address of Applicant :CVR College of Engineering, Vastunagar, Mangalpalli, Ibrahimpatnam,
Rangareddy, Telangana-501510. ----------- -----------
2)Dr. P Geetha Swarupa, Assistant Professor / Department of Chemistry, Muffakham Jah College of
3)Dr.Srinu.Bhoomandla, Assistant Professor in Chemistry / Department of Freshman Engineering,
Geethanjali College of Engineering and Technology.
4)M. Sudha, Associate Professor / Department of Chemistry, Nalla Narsimha Reddy Educational
Society’s Group of Institutions.
5)Pandu Naidu.chilla, Department of Chemistry, Dr. B.R. Ambedkar University.
6)B.Sravanthi, Assistant Professor / Department of Chemistry, Institute of Aeronautical Engineering.
:C02F0001000000, C02F0001280000, G01N0033180000, Name of Applicant : NA
C02F0001720000, B01J0020200000 Address of Applicant : NA
Filing Date :NA 1)Dr. T Jagadish, Assistant Professor of Chemistry / Department of H&S, CVR College of
(87) International Publication No : NA Engineering.
(61) Patent of Addition to Address of Applicant :CVR College of Engineering, Vastunagar, Mangalpalli, Ibrahimpatnam, Rangareddy,
:NA
Application Number Telangana-501510. ----------- -----------
:NA
Filing Date 2)Dr. P Geetha Swarupa, Assistant Professor / Department of Chemistry, Muffakham Jah College of
(62) Divisional to Application Engineering and Technology.
:NA
Number Address of Applicant :Muffakham Jah College of Engineering and Technology, BanjaraHills, Hyderabad,
:NA
Filing Date Telangana-500034. ----------- -----------
3)Dr.Srinu.Bhoomandla, Assistant Professor in Chemistry / Department of Freshman Engineering,
Geethanjali College of Engineering and Technology.
Address of Applicant :Geethanjali College of Engineering and Technology, Cheeryal, Keesara, Medchal,
Telangana-501301. ----------- -----------
4)M. Sudha, Associate Professor / Department of Chemistry, Nalla Narsimha Reddy Educational
Society’s Group of Institutions.
Address of Applicant :Nalla Narsimha Reddy Educational Society’s Group of Institutions, Narapally,
Ghatkesar, Telangana-500088. ----------- -----------
5)Pandu Naidu.chilla, Department of Chemistry, Dr. B.R. Ambedkar University.
Address of Applicant :Dr. B.R. Ambedkar University, Srikakulam, A.P-532410. ----------- -----------
6)B.Sravanthi, Assistant Professor / Department of Chemistry, Institute of Aeronautical Engineering.
Address of Applicant :Institute of Aeronautical Engineering, Dundigal, Hyderabad, Telangana-500043. ---------
-- -----------
(57) Abstract :
Abstract There is a growing need for efficient and effective dewatering methods due to the widespread pollution of water sources by industrial sludge. This study introduces a new way of dewatering sludge using bamboo
charcoal (BC), an eco-friendly and renewable material. This study strictly followed the Water Act of 1974 and the regulations set forth by India's Central Pollution Control Board (CPCB) to guarantee the integrity of the
results. Traditional dewatering methods and the BC approach were compared using a variety of measures, such as water content, turbidity, and chemical oxygen demand (COD). The study found that the BC method was able
to reduce water content significantly (by 45%), turbidity (by 60%), and COD levels (by 50%). However, the approach showed a high adsorption capacity, which enhanced the quality of the treated water. According to the
study's findings, Bamboo Charcoal is an alternate method for sludge dewatering that is feasible, environmentally friendly, and economical, and it may have potential applications in wastewater treatment plants. This research
makes a substantial contribution to the body of previously accumulated knowledge. In accordance with the judgements handed down as a result of the National Green Tribunal Act of 2010, it provides a workable solution for
reducing water pollution.

(19) INDIA
(54) Title of the invention : IMPLEMENTING LIGHTWEIGHT HASH FUNCTIONS EFFICIENTLY ON GRAPHICS
PROCESSING UNITS AND QUANTUM COMPUTERS FOR THE INTERNET OF THINGS (IOT)
1)Dr Aswini.J
Address of Applicant :Professor, Saveetha Engineering College, Sriperumbadur Taluk, Kanchipuram -
Chennai Rd, Chennai, Pin:602105, Tamilnadu, India. ----------- -----------
2)Mr. S. Saravanakumar
3)Dr.P.Shivaranjani
4)Dr. Rajendra Pujari
5)Dr. Anil Kumar Singh
6)R. Vijayaganth
7)Dr.B.G.Obula Reddy
8)V.Kalpana
9)K.Sangeetha
10)Dr. Namrata Tripathi
1)Dr Aswini.J
Address of Applicant :Professor, Saveetha Engineering College, Sriperumbadur Taluk, Kanchipuram -
Chennai Rd, Chennai, Pin:602105, Tamilnadu, India. ----------- -----------
2)Mr. S. Saravanakumar
:H04L0009060000, H04W0004700000, G06F0016953500, Address of Applicant :Assistant Professor/Csbs Kit - Kalaignar Karunanidhi Institute Of Technology,
G06N0010000000, G06F0021570000 Pappampatti Pirivu, Coimbatore, Pin: 641 402 Tamilnadu, India. ----------- -----------
(86) International Application No :NA 3)Dr.P.Shivaranjani
Filing Date :NA Address of Applicant :Academic Coordinator, Department Of Graphics And Creative Design & Data
(87) International Publication No : NA Analytics, Dr.Sns Rajalakshmi College Of Arts And Science, Coimbatore, Pin: 641049 Tamilnadu, India. ------
(61) Patent of Addition to ----- -----------
:NA
Application Number 4)Dr. Rajendra Pujari
:NA
Filing Date Address of Applicant :Assistant Professor, Bharati Vidyapeeth (Deemed To Be University) Institude Of
(62) Divisional to Application Management And Rural Development Administration, Rajwada Chowk, Sangli, Pin : 416416, Maharashtra,
:NA
Number India. ----------- -----------
:NA
Filing Date 5)Dr. Anil Kumar Singh
Address of Applicant :Associate Professor, College Of Computing Science, Teerthanker Mahaveer University,
Moradabad. Pin:244001 Utter Pradesh India ----------- -----------
6)R. Vijayaganth
Address of Applicant :Assistant Professor, M.Kumarasamy College Of Engineering, Thalavapalayam, Karur,
Pin: 639113, Tamilnadu, India. ----------- -----------
7)Dr.B.G.Obula Reddy
Address of Applicant :Professor(Cse) Sri Indu Institute Of Engineering & Technology Main Road, Sheriguda
Village, Ragannaguda Post, Ibrahimpatnam Mandal,, Ibrahimpatnam, Ranga Reddy, Pin: 501510 Telangana,
India. ----------- -----------
8)V.Kalpana
Address of Applicant :Assistant Professor, K.Ramakrishnan College Of Technology, Samayapuram,
Tiruchirappalli, Pin: 621 112 Tamil Nadu, India. ----------- -----------
9)K.Sangeetha
Address of Applicant :Assistant Professor Sns College Of Technology Coimbatore, Pin: 641035 Tamilnadu,
India. ----------- -----------
10)Dr. Namrata Tripathi
Address of Applicant :Assistant Professor, Govt. College Fanda, Bhopal (Sehore Road), Pin: 462030, Madhya
Pradesh, India. ----------- -----------
Address of Applicant :Director And Professor, Manipur International University, Ghari, Imphal, Imphal West,
Imphal, Pin: 795140, Manipur, India. ----------- -----------
(57) Abstract :
IMPLEMENTING LIGHTWEIGHT HASH FUNCTIONS EFFICIENTLY ON GRAPHICS PROCESSING UNITS AND QUANTUM COMPUTERS FOR THE INTERNET OF THINGS (IOT) ABSTRACT: In the big data
environment, we develop personalized information of college libraries based on big data from three aspects: the overall architecture of the system model, the functional model of the system, and the design of system interface
modules according to the design principles and requirements of the personalized information service system of the university library Service system design. In terms of the functional design of the platform, the service
platform is divided into four levels: accurate identification of user needs based on big data, personalized customized services based on artificial intelligence, academic research and discussion space based on integrated media,
and fine-grained subject resource aggregation based on knowledge. On this basis, a centralized model of individualized services of university libraries including internal and external personnel, information resources,
technology, services, processes, platforms, and environment has been constructed Arti?cial intelligence (AI) is one of the emerging trends and applications of computing in libraries. It involves programming computers to do
things, which if done by humans, would be said to require intelligence. The ultimate promise of arti?cial intelligence in libraries is to develop computer systems or machines that think, behave, and in fact rival human
intelligence, and this clearly has major implications on librarianship. The application of arti?cial intelligence in the library has become pervasive. They include expert systems for reference services, book reading and shelf-
reading robots, virtual reality for immersive learning among others. Although the incorporation of arti?cial intelligence in libraries can be perceived to alienate librarians from their users, it will probably help libraries do more
rather than taking over the jobs of librarians. It will enhance their services delivery. Arti?cial intelligence will greatly improve library operations and services and will upgrade and heighten the relevance of libraries in an ever-
changing digital society The emergence of the Internet of Things (IoT) has enabled billions of devices that collect large amounts of data to be connected. Therefore, IoT security has fundamental requirements. One critical
aspect of IoT security is data integrity. Cryptographic hash functions are cryptographic primitives that provide data integrity services. However, due to the limitations of IoT devices, existing cryptographic hash functions are
not suitable for all IoT environments. This paper introduces a lightweight cryptography hash function for big data and IoT applications. The proposed design employs S-Box, linear transformation, and bit permutation
functionalities. Conventional hash functions require memory and time to process big data and IoT applications. Therefore, a secure and quick lightweight cryptography protocol is needed. This design provides the security
requirements of the conventional hash functions and the specifications of the lightweight cryptography protocols. The proposed design is tested and verified using three of the lightweight requirements: speed, memory and
power consumption. The results show that the proposed design outperforms other lightweight protocols in terms of speed, memory and power consumption. Moreover, the security analysis shows that this design posses the
general security requirements of the conventional hash protocols.

(19) INDIA
(54) Title of the invention : NOVEL FREQUENCY BASED FEATURE EXTRACTION TECHNIQUE FOR CLASSIFICATION OF
CORONAVIRUS GENOME AND DISCOVERY OF COVID-19 REPEAT PATTERN
1)Dr. Muthulakshmi Murugaiah
Address of Applicant :Kalasalingam Academy of Research and Education, Department of
Computer Science and Engineering, Srivilliputhur - 626125, Tamil Nadu, India ----------- ------
-----
2)Dr. Murugeswari Ganesan
3)Dr. Suruliandi Andavar
4)Dr. P. Arockia Jansi Rani
5)Mrs. Vijaya Maheswari MuthuKumara Samy
6)Mrs. Venkatalakshmi Kulasekaran
7)Mrs. A. Sahaya Arthy
8)Dr. M. Yogasini
1)Dr. Muthulakshmi Murugaiah
:G16B0030100000, G06N0020000000, G16B0030000000, Address of Applicant :Kalasalingam Academy of Research and Education, Department of
G16B0040000000, C12Q0001700000 Computer Science and Engineering, Srivilliputhur - 626125, Tamil Nadu, India ----------- ------
(86) International Application -----
:NA
No 2)Dr. Murugeswari Ganesan
:NA
Filing Date Address of Applicant :Associate Professor, Department of Computer Science and Engineering,
(87) International Publication Manonmaniam Sundaranar University, Tirunelveli - 627012, Tamil Nadu, India ----------- ------
: NA
No -----
(61) Patent of Addition to 3)Dr. Suruliandi Andavar
:NA
Application Number Address of Applicant :Professor, Department of Computer Science and Engineering,
:NA
Filing Date Manonmaniam Sundaranar University, Tirunelveli - 627012, Tamil Nadu, India ----------- ------
(62) Divisional to Application -----
:NA
Number 4)Dr. P. Arockia Jansi Rani
:NA
Filing Date Address of Applicant :Associate Professor, Department of Computer Science and Engineering,
Manonmaniam Sundaranar University, Tirunelveli - 627012, Tamil Nadu, India ----------- ------
-----
5)Mrs. Vijaya Maheswari MuthuKumara Samy
Address of Applicant :Assistant Professor, Department of Criminology and Criminal Justice,
-----
6)Mrs. Venkatalakshmi Kulasekaran
Address of Applicant :Research Scholar, Department of Computer Science and Engineering,
-----
7)Mrs. A. Sahaya Arthy
Address of Applicant :Assistant Professor, Department of Computer Science, A.P.C.
Mahalaxmi College for Women, Thoothukudi - 628002, Tamil Nadu, India ----------- -----------
8)Dr. M. Yogasini
Address of Applicant :Assistant Professor, Department of Computer Science, St. John’s
College, Tirunelveli – 627002, Tamil Nadu, India ----------- -----------
(57) Abstract :
Abstract : The invention presents a revolutionary method for classifying coronavirus genomes, emphasizing the identification of
unique features specific to COVID-19 through advanced signal processing. Genomic sequences are subjected to detailed frequency
analysis, employing techniques such as Fourier Transform or Wavelet Transform, to extract discriminative features. Machine learning
algorithms enable rapid and accurate genome classification based on these features. Beyond classification, the method delves into
repeat pattern discovery, offering insights into COVID-19's genetic architecture. This innovation contributes to accurate diagnostics
and therapeutic development by uncovering intricate genomic nuances. The versatile approach supports comprehensive analysis
across diverse coronavirus strains, signifying a pivotal advancement in genomics, molecular biology, and bioinformatics. The
invention's applications extend to diagnostic tools, therapeutics, and fundamental research, underscoring its significance in addressing
global health challenges posed by emerging viral threats.

(19) INDIA
(54) Title of the invention : SPATIAL- SAMPLING - BASED CLUSTERING FOR DATA LAKE
1)Chennai Institute of Technology
Address of Applicant :Chennai Institute of Technology, Sarathy Nagar, Pudupper Village,
Nandampakkam Post, Kundrathur, Chennai - 600069, Tamil Nadu, India. ----------- -----------
1)Dr.N. Kirubakaran
Address of Applicant :Professor, Department of Computer Science and Business Systems,
Chennai Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam Post,
Kundrathur, Chennai – 600069, Tamil Nadu, India. ----------- -----------
:G06K0009620000, G06N0020000000, G06F0011340000, 2)Dr. R. Ponnusamy
H04L0065800000, G06F0016350000 Address of Applicant :Professor, Department of Computer Science and Engineering, Chennai
(86) International Application Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam Post, Kundrathur,
:NA
No Chennai – 600069, Tamil Nadu, India. ----------- -----------
:NA
Filing Date 3)Dr. E. Bhuvaneswari
(87) International Publication Address of Applicant :Professor, Department of Computer Science and Engineering (Cyber
: NA
No Security), Chennai Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam
(61) Patent of Addition to Post, Kundrathur, Chennai – 600069, Tamil Nadu, India. ----------- -----------
:NA
Application Number 4)Dr. R. Gowri
:NA
Filing Date Address of Applicant :Professor, Department of Computer Science and Engineering (AI &
(62) Divisional to Application ML), Chennai Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam
:NA
Number Post, Kundrathur, Chennai – 600069, Tamil Nadu, India. ----------- -----------
:NA
Filing Date 5)Dr. E. Kodhai
Address of Applicant :Professor, Department of Computer Science and Engineering, Chennai
Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam Post, Kundrathur,
Chennai – 600069, Tamil Nadu, India. ----------- -----------
6)Dr. R. Janarthanan
7)Dr. B. Sundarambal
(57) Abstract :
[06] A data lake is a central repository that can store multi-structured data. Clustering is an important task in data lake analysis. In order to obtain valuable insights from the massive volume
and variety in data lake, efficient and effective modified clustering methods are emerged as machine learning tools due to the limitations of conventional clustering algorithms. These methods
are based on sampling, parallelization and reduction techniques to improve the clustering task within reasonable accuracy and time. Nevertheless, some sampling problems still exist when
facing some complex datasets. To tackle the scalability issue of these conventional clustering methods, this work develops a spatial-sampling technique for clustering approach. Rather than
attempting to construct a random sampling, this work proposed a novel sampling strategy that computes plausible centroid points of the final clusters based on their data spatio-structure.
Moreover, it suggests a parallelization issue in conjunction with a Spark platform. An analysis of proposed approach to evaluate performance gains with respect to the most popular k-means
algorithm is presented which reveals that our spatio- sampling technique is more effective in terms of both quality and stability. Accompanied Drawing [FIG. 1] [FIG. 2] [FIG. 3] [FIG. 4]
[FIG. 5] [FIG. 6]

(19) INDIA
(54) Title of the invention : A SYSTEM FOR OPTIMIZING STATISTICAL METHODS FOR BIG DATA AND RELIABILITY
ANALYSIS
1)Dr. M. Ayyappan
Address of Applicant :Associate Professor, Department of Mathematics, Francis Xavier Engineering College (An Autonomous
Institution), Tirunelveli, Tamilnadu, India, Pincode: 627003 ----------- -----------
2)Dr. Karthik Chinnasamy
3)Dr. Sathish S
4)Dr. Atchuta Rao Sadu
5)Mr. T.Ch. Anil Kumar
6)Dr. K. Selvakumari
7)Dr. Siddesha M S
9)Dr. P. Srilatha
10)Mr. Veeresh Malagi
1)Dr. M. Ayyappan
Address of Applicant :Associate Professor, Department of Mathematics, Francis Xavier Engineering College (An Autonomous
Institution), Tirunelveli, Tamilnadu, India, Pincode: 627003 ----------- -----------
:G06Q0020400000, G06F0016250000, G06F0016270000, G06K0009620000,
(51) International classification 2)Dr. Karthik Chinnasamy
G06F0016220000
Address of Applicant :Assistant Professor, Department of Mathematics, Faculty of Engineering and Technology, SRM Institute of
Science and Technology (Deemed to be University), Kattankulathur Campus, Chengalpattu, Tamilnadu, India, Pincode: 603203 ------
Filing Date :NA
----- -----------
3)Dr. Sathish S
:NA Address of Applicant :Assistant Professor Senior Scale, Department of Mathematics, Presidency University, Bangalore, Karnataka,
Number
:NA India, Pincode: 560064 ----------- -----------
Filing Date
4)Dr. Atchuta Rao Sadu
Address of Applicant :Associate Professor, Department of Data Engineering, MVGR College of Engineering (A), Vizianagaram,
Filing Date :NA
Andhra Pradesh, India, Pincode: 535005 ----------- -----------
5)Mr. T.Ch. Anil Kumar
Address of Applicant :Head & Assistant Professor, Department of Mechanical Engineering, Vignan's Foundation for Science
Technology and Research, Vadlamudi, Guntur, Andhra Pradesh, India, Pincode: 522213 ----------- -----------
6)Dr. K. Selvakumari
Address of Applicant :Associate Professor and Head, Department of Mathematics, Saveetha School of Engineering, Saveetha
Institute of Medical and Technical Sciences, Chennai, Tamilnadu, India, Pincode: 602105 ----------- -----------
7)Dr. Siddesha M S
Address of Applicant :Assistant Professor, Department of Mathematics, Faculty of Engineering and Technology, Jain Deemed-to-be-
University, Global Campus, Ramanagara, Karnataka, India, Pincode: 562112 ----------- -----------
Address of Applicant :Assistant Professor, Department of Mathematics, Faculty of Science and Technology, The ICFAI University,
Raipur, Chhattisgarh, India Pincode: 492001 ----------- -----------
9)Dr. P. Srilatha
Address of Applicant :Associate Professor, Department of Mathematics, Institute of Aeronautical Engineering, Hyderabad,
Telangana, India, Pincode: 500043 ----------- -----------
10)Mr. Veeresh Malagi
Address of Applicant :Assistant Professor, Mathematics Department, FET-Jain (Deemed to be University), Kanakapura Road,
Kanakapura, Ramanagara, Karnataka, India, Pincode: 562112 ----------- -----------
(57) Abstract :
The proposed system, titled "A System for Optimizing Statistical Methods for Big Data and Reliability Analysis," is a comprehensive solution designed to address the challenges associated with the analysis of large-scale data. This system integrates advanced algorithms
for efficient data processing, including Principal Component Analysis for dimensionality reduction and methods for calculating Mean Time Between Failures in reliability analysis. It features dynamic scalability to adjust to different data volumes and complexities, and
processes various data types including structured, unstructured, and real-time data. The user-friendly interface makes advanced data analysis accessible to a wider range of users. Additionally, the system includes real-time data processing capabilities, robust security
protocols, and mechanisms to reduce environmental impact. It is also equipped to facilitate research and development across different fields. This system is adaptable for integration into various industry infrastructures, enhancing data-driven decision-making processes
and offering significant advancements in the field of data analytics.

(19) INDIA
(54) Title of the invention : A SUPERVISED LEARNING AND MULTI AGENT SYSTEMS FOR FAULT TOLERANCE IN
CLOUD COMPUTING
Address of Applicant :Chennai Institute of Technology, Sarathy Nagar,
Pudupper Village, Nandampakkam Post, Kundrathur, Chennai - 600069, Tamil
Nadu, India. ----------- -----------
1)Dr. R. Gowri
Engineering (AI & ML), Chennai Institute of Technology, Sarathy Nagar,
Nadu, India. ----------- -----------
:G06F0011200000, H04L0067100000, 2)Dr. E. Kodhai
(51) International Address of Applicant :Professor, Department of Computer Science and
G06F0009480000, G06F0011140000,
classification Engineering, Chennai Institute of Technology, Sarathy Nagar, Pudupper Village,
G06N0003000000
Nandampakkam Post, Kundrathur, Chennai - 600069, Tamil Nadu, India. -----------
:NA
Application No 3)Dr. R. Janarthanan
:NA Address of Applicant :Professor, Department of Computer Science and
Filing Date
Engineering, Chennai Institute of Technology, Sarathy Nagar, Pudupper Village,
(87) International
: NA Nandampakkam Post, Kundrathur, Chennai - 600069, Tamil Nadu, India. -----------
Publication No -----------
(61) Patent of Addition 4)Dr. B. Sundarambal
:NA Engineering, Chennai Institute of Technology, Sarathy Nagar, Pudupper Village,
Filing Date
:NA
Application Number 5)Dr. N. Kirubakaran
:NA Address of Applicant :Professor, Department of Computer Science and Business
Filing Date
Systems, Chennai Institute of Technology, Sarathy Nagar, Pudupper Village,
-----------
6)Dr. R. Ponnusamy
-----------
7)Dr. E. Bhuvaneswari
Engineering (Cyber Security), Chennai Institute of Technology, Sarathy Nagar,
Nadu, India. ----------- -----------
(57) Abstract :
[06] Cloud Computing is composed of a set of services distributed over a global communication network. These services offer a real-
time system and a virtual environment with immense computing capacities. Most of real-time systems are critical to security and
require high reliability and a very high level of fault tolerance for their execution. In this work, we propose a fault-tolerance model
that allows making an appropriate decision in the event of a breakdown. The proposed model is based on supervised learning
techniques and multiagent systems (MAS). Thus, our system is composed of three types of agents: the Supervisor Agent (SA) which is
responsible for the calculation of the reliability threshold of the nodes, using the "decision tree" technique. The Replica tor Agent
(RA) has as a main role the manager of the provisional replication of Cloud Service alternatives. The Monitoring Agent (MA) which
can detect changes in the reliability of different nodes. Accompanied Drawing [FIG. 1-6]

(19) INDIA
(54) Title of the invention : EVALUATION AND DEVELOPMENT OF AN HERBAL TOPICAL FORMULATION FOR THE
TREATMENT OF PSORIASIS
1)Dr. Vijetha Pendyala
Address of Applicant :Associate Professor, Department of Pharmacognosy & Phytochemistry, Chebrolu
Hanumaiah Institute of Pharmaceutical Sciences, Chowdavaram, Guntur, Andhra Pradesh, Pin Code:- 522019 -
---------- -----------
2)Dr. Sameer Shafi
3)Dr. Mayuri Gurav
4)Mrs. Pallavi Pandurang Sambarkar
5)Dr. Trupti Tuse
6)Dr. R.C. Mishra
7)Prof. Dr. Rajesh Kumar Dubey
8)Mr. Nagendra Shukla
9)Dr. Bhasker Jyoti
10)Dr. Deepak B Somavanshi
11)Mr. Bachhav Uday L
12)Dr. Hitesh Vishwanath Shahare
1)Dr. Vijetha Pendyala
Address of Applicant :Associate Professor, Department of Pharmacognosy & Phytochemistry, Chebrolu
Hanumaiah Institute of Pharmaceutical Sciences, Chowdavaram, Guntur, Andhra Pradesh, Pin Code:- 522019 -
---------- -----------
:A61K0036484000, A61K0036906600, A61K0008978900,
(51) International classification 2)Dr. Sameer Shafi
A61P0017060000, A61K0008979400
Address of Applicant :Professor, Shivlingeshwar College of Pharmacy, Almala, Ausa, Latur, Pin Code:-
413512 ----------- -----------
Filing Date :NA
3)Dr. Mayuri Gurav
Address of Applicant :Assistant Professor, IVM's Krishnarao Bhegade Institute of Pharmaceutical Education
:NA and Research, Pune, Maharashtra, Pin Code:- 410507 ----------- -----------
Application Number
:NA 4)Mrs. Pallavi Pandurang Sambarkar
Filing Date
Address of Applicant :Lecturer, SDMVM'S Diploma in Pharmacy Institute, Gevrai Tanda, Chhatrapati
:NA Sambhajinagar, Maharashtra, Pin Code:- 431001 ----------- -----------
Number
:NA 5)Dr. Trupti Tuse
Filing Date
Address of Applicant :Principal, Abhinav Education Society's College of Pharmacy, Pune, Maharashtra, Pin
Code:- 431010 ----------- -----------
6)Dr. R.C. Mishra
Address of Applicant :Vice Chancellor, Mahakaushal University, Aithakheda, Mukunwara Road, Tilwara,
Jabalpur, Madhya Pradesh, Pin Code:- 482003 ----------- -----------
7)Prof. Dr. Rajesh Kumar Dubey
Address of Applicant :Professor & Director, UGC Human Resource Development Centre (UGC-HRDC), JNV
University, Jodhpur, Rajasthan, Pin Code:- 342011 ----------- -----------
8)Mr. Nagendra Shukla
Address of Applicant :Assistant Professor, Faculty of B. Pharmacy, CSM Group of Institutions, Prayagraj,
Uttar Pradesh, India, Pin Code:- 212110 ----------- -----------
9)Dr. Bhasker Jyoti
Address of Applicant :Head IPR, Mahakaushal University, Aithakheda, Mukunwara Road, Tilwara, Jabalpur,
Madhya Pradesh, Pin Code:- 482003 ----------- -----------
10)Dr. Deepak B Somavanshi
Address of Applicant :Associate Professor, KBHSS Trust Institute of Pharmacy, Bhaygaon Road, Malegaon,
Nashik, Maharashtra, Pin Code:- 423303 ----------- -----------
11)Mr. Bachhav Uday L
Address of Applicant :Assistant Professor, KVPS's Institute of Pharmaceutical Education, Boradi, Shirpur,
Dhule ----------- -----------
12)Dr. Hitesh Vishwanath Shahare
Address of Applicant :Associate Professor, SNJB's Shriman Sureshdada Jain College of Pharmacy, Chandwad,
Nashik, Maharashtra, India, Pin Code:- 423101 ----------- -----------
(57) Abstract :
[027] The invention presents an Evaluation and Development of an Herbal Topical Formulation for the Treatment of Psoriasis. The
present invention comprising of a base composition consisting of one or more pharmaceutically acceptable carriers, an amalgamation
of herbal extracts carefully chosen for their anti-inflammatory, anti-proliferative, and skin-soothing attributes and a variety of
additional active components recognized for their effectiveness in addressing psoriasis. The herbal extracts encompass derivatives
from botanical sources like Aloe vera, Turmeric, Neem, and Licorice, acknowledged for their anti-psoriatic qualities. Further,
dispensing the herbal topical formulation to a patient clinically determined with psoriasis, administering the formulation to affected
skin regions in compliance with recommended dosage and application directives. The methodology incorporating the evaluation of the
herbal topical formulation's efficacy by monitoring the amelioration of psoriatic symptoms, encompassing indicators like redness,
scaling, and itching. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : A SHOE RACK MONITORING SYSTEM
1)K.RAMAKRISHNAN COLLEGE OF TECHNOLOGY
Address of Applicant :The Principal, K.Ramakrishnan College
of Technology, Kariyamanickam Road, Samayapuram, Trichy,
Tamil Nadu, India- 621112 Trichy ----------- -----------
1)Dr.V.VIJAYAN
Address of Applicant :Professor, Department of Mechanical
Engineering, K.Ramakrishnan College of Technology,
Samayapuram, Trichy, Tamil Nadu, India- 621112 Trichy ---------
:A47B0061040000, A47F0007080000,
(51) International -- -----------
G06T0019000000, A47G0025840000,
classification 2)SASI R
A47L0023200000
Address of Applicant :Student, K.Ramakrishnan College of
(86) International
:NA Technology, Samayapuram, Trichy, Tamil Nadu, India- 621112
Application No
:NA Trichy ----------- -----------
Filing Date
3)MOHAMED IBRAHIM S
(87) International
: NA Address of Applicant :Student, K.Ramakrishnan College of
Publication No
Technology, Samayapuram, Trichy, Tamil Nadu, India- 621112
:NA Trichy ----------- -----------
:NA 4)LOKESH L
Filing Date
(62) Divisional to
:NA Technology, Samayapuram, Trichy, Tamil Nadu, India- 621112
Application Number
:NA Trichy ----------- -----------
Filing Date
5)SANJEEVI G
Trichy ----------- -----------
6)JERIN J
Trichy ----------- -----------
7)MURALIKRISHNA N
Trichy ----------- -----------
(57) Abstract :
ABSTRACT A SHOE RACK MONITORING SYSTEM The present invention discloses a shoe rack monitoring system (50) for
controlling the infections due to odor and regulating the environment to increase the user experience. The system comprises a power
source (57), door (51), plurality of racks, an IoT controller, a wifi module (59) and a coil mechanism. The IoT controller (58) is
configured to identify the intake and outflow of shoes from the individual racks using motion sensor (53) and LED light (55). The wifi
module (59) is configured to share the odor and temperature levels which was measured by the odor sensor (54) and temperature
sensor (56), to one or more handheld devices for alerting the users to remove the shoe from the rack or adjust the temperature of the
rack. The coil mechanism (60) is configured to regulate the internal environment of the shoe rack by maintaining the temperature
using the actions of refrigerant or heat passes through the coil based on the instruction of user. The present invention (50) will reduce
the infections due to odor and increase the life of shoes by maintaining in a controlled environment. Fig 1

(19) INDIA
(54) Title of the invention : IOT-BASED BMS AND DRIVER SAFETY MANAGEMENT SYSTEM FOR EV
1)PSNA COLLEGE OF ENGINEERING AND
TECHNOLOGY DINDIGUL
Address of Applicant :PSNA COLLEGE OF ENGINEERING
AND TECHNOLOGY DINDIGUL ----------- -----------
2)Dr N SOUNDIRARAJ
3)Mr K PALANIVEL RAJAN
4)Dr K ARUL JEYARAJ
5)Mr I SAYED MOHAMMED
:B60L3/12, B60L58/10, G01R31/36, (72)Name of Inventor :
(51) International
G07C5/08, G08G1/16, G16Y10/35, 1)PSNA COLLEGE OF ENGINEERING AND
classification
G16Y40/10, H01M10/42 TECHNOLOGY DINDIGUL
(86) International Address of Applicant :PSNA COLLEGE OF ENGINEERING
:NA
Application No AND TECHNOLOGY DINDIGUL ----------- -----------
:NA
Filing Date 2)Dr N SOUNDIRARAJ
(87) International Address of Applicant :ASSISTANT PROFESSOR,
: NA
Publication No ELECTRONICS AND COMMUNICATION ENGINEERING,
(61) Patent of Addition PSNA COLLEGE OF ENGINEERING AND TECHNOLOGY
:NA
to Application Number DINDIGUL ----------- -----------
:NA
Filing Date 3)Mr K PALANIVEL RAJAN
(62) Divisional to Address of Applicant :ASSISTANT PROFESSOR,
:NA
Application Number ELECTRONICS AND COMMUNICATION ENGINEERING,
:NA
Filing Date PSNA COLLEGE OF ENGINEERING AND TECHNOLOGY
DINDIGUL ----------- -----------
4)Dr K ARUL JEYARAJ
Address of Applicant :ASSOCIATE PROFESSOR,
ELECTRONICS AND COMMUNICATION ENGINEERING
PSNA COLLEGE OF ENGINEERING AND TECHNOLOGY
DINDIGUL ----------- -----------
5)Mr I SAYED MOHAMMED
ELECTRONICS AND COMMUNICATION ENGINEERING
PSNA COLLEGE OF ENGINEERING AND TECHNOLOGY
DINDIGUL ----------- -----------
(57) Abstract :
Thus, the idea uses an electronic control unit to prevent the battery of an electric vehicle from being entirely depleted (ECU). The
battery parameters are organized by the Battery Management System (BMS). The software application shows information about the
EV in real time. When an accident occurs, the driver safety management system detects it and alerts the designated emergency
number. As a result, the entire system safeguards the driver as well as prevents the automobile from stopping in the middle of a turn.

(19) INDIA
(54) Title of the invention : DEVELOPMENT AND OPTIMIZATION OF A DEEP LEARNING NEURAL NETWORK
FRAMEWORK FOR ADVANCED IMAGE AND SPEECH RECOGNITION APPLICATIONS
1)Dr. Jesudas Thangaraju
Address of Applicant :Professor & Head, Department of
Mechatronics Engineering, Mahendra Engineering College,
Mallasamudram West, Namakkal, Tamil Nadu, Pin: 637503, India
----------- -----------
2)Dr. Shobana Padmanabhan
3)Dr. Sheila Mahapatra
4)Dr. Satish Menon
5)Prof. Swetha Shekarappa G
6)Dr. Senbagavalli Marimuthu
:G06N0003040000, G06N0003080000, (72)Name of Inventor :
(51) International
G06K0009620000, G06N0007000000, 1)Dr. Jesudas Thangaraju
classification
G10L0015220000 Address of Applicant :Professor & Head, Department of
(86) International Mechatronics Engineering, Mahendra Engineering College,
:NA
Application No Mallasamudram West, Namakkal, Tamil Nadu, Pin: 637503, India
:NA
Filing Date ----------- -----------
(87) International 2)Dr. Shobana Padmanabhan
: NA
Publication No Address of Applicant :Associate Professor and Head, Dhee Center
(61) Patent of Addition for Al and Data Science, M.Tech Data Science, School of
:NA
to Application Number Computer Science, RV University, Bangalore, Pin: 560059,
:NA
Filing Date Karnataka, India ----------- -----------
(62) Divisional to 3)Dr. Sheila Mahapatra
:NA
Application Number Address of Applicant :Professor and Head, Department of EEE,
:NA
Filing Date Alliance University, Bangalore, Pin: 562106, Karnataka, India ----
------- -----------
4)Dr. Satish Menon
Address of Applicant :Professor, ISOM, Alliance University,
Bangalore, Pin: 562106, Karnataka, India ----------- -----------
5)Prof. Swetha Shekarappa G
Electrical and Electronics Engineering, Alliance University,
Bangalore, Pin: 562106, Karnataka, India ----------- -----------
6)Dr. Senbagavalli Marimuthu
Address of Applicant :Associate Professor, Department of CSE &
IT, Alliance College of Engineering and Design, Alliance
University, Bangalore, Pin: 562106, Karnataka, India ----------- ---
--------
(57) Abstract :
This invention presents a revolutionary deep learning neural network framework meticulously designed for advancing image and
speech recognition technologies. The framework incorporates sophisticated architectures, including convolutional and recurrent
layers, alongside adaptive learning mechanisms, allowing dynamic parameter adjustments for continual improvement in recognition
accuracy. Noteworthy for its multimodal integration capabilities, processing both image and speech data concurrently, the framework
leverages complementary information to enhance overall recognition performance. With a focus on real-time processing, self-
optimization, and efficient resource utilization, this invention sets a new standard in artificial intelligence, promising transformative
applications across diverse industries.

(19) INDIA
(54) Title of the invention : ADVANCED MICELLE DELIVERY SYSTEMS FOR TARGETED DRUG ADMINISTRATION AND
RELEASE
1)Mr. Gande Ravi Kumar
Chemistry, Vardhaman College of Engineering, Kacharam,
Shamshabad-501218, Hyderabad, Telangana ----------- -----------
2)Ms. K. Vinetha
3)Mrs. Prasanna Parchuri
4)Ms. Ch. Jahnavi
(51) International
A61K0009000000, G01N0033580000, Address of Applicant : NA
classification
A61P0025000000 (72)Name of Inventor :
(86) International 1)Mr. Gande Ravi Kumar
:NA
Application No Address of Applicant :Assistant Professor, Department of
:NA
Filing Date Chemistry, Vardhaman College of Engineering, Kacharam,
(87) International Shamshabad-501218, Hyderabad, Telangana ----------- -----------
: NA
Publication No 2)Ms. K. Vinetha
(61) Patent of Addition Address of Applicant :Assistant Professor, Department of S&H
:NA
to Application Number (Chemistry), J. B. Institute of Engineering and Technology,
:NA
Filing Date Bhaskar Nagar, Yenkapally (V), Moinabad(M), R.R. District,
(62) Divisional to Hyderabad, Telangana, India -500075 ----------- -----------
:NA
Application Number 3)Mrs. Prasanna Parchuri
:NA
Filing Date Address of Applicant :Assistant Professor, Department of S&H
(Chemistry), J. B. Institute of Engineering and Technology,
4)Ms. Ch. Jahnavi
(Chemistry), J. B. Institute of Engineering and Technology,
(57) Abstract :
[027] The invention presents an Advanced Micelle Delivery Systems for Targeted Drug Administration and Release. The present
invention comprising of a Micelles created through the autonomous assembly of amphiphilic molecules, enclosing therapeutic agents,
targeting ligands positioned on the micelle surface to selectively identify specific biological markers, and a regulated drug release
mechanism inherent in the micelles, facilitating precise control over drug delivery. The amphiphilic molecules encompass polymers
like polyethylene glycol (PEG), polyethylene oxide (PEO), and poly (lactic-co-glycolic acid) (PLGA) and targeting ligands
encompass antibodies, peptides, aptamers, and small molecules. The micelle delivery system addressing particular medical conditions,
including, but not confined to, cancer, cardiovascular disorders, and neurological ailments. The controlled drug release mechanism
responds to external stimuli, such as pH, temperature, or enzymatic triggers. Further, generating micelles through the autonomous
assembly of amphiphilic molecules in a suitable solvent. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : A PIPELINE APPROACH FOR AUTOMATIC SEGMENTATION OF FREE - TEXT MEDICAL
REPORTS,
Address of Applicant :Chennai Institute of Technology, Sarathy Nagar, Pudupper Village,
Nandampakkam Post, Kundrathur, Chennai - 600069, Tamil Nadu, India. ----------- -----------
Address of Applicant :Professor, Department of Computer Science and Engineering (Cyber
Security), Chennai Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam
Post, Kundrathur, Chennai - 600069, Tamil Nadu, India. ----------- -----------
:G16H0015000000, G06F0040289000, G06T0007110000, 2)Dr. R. Gowri
G06N0020000000, G06T0007120000 Address of Applicant :Professor, Department of Computer Science and Engineering (AI &
(86) International Application ML), Chennai Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam
:NA
No Post, Kundrathur, Chennai - 600069, Tamil Nadu, India. ----------- -----------
:NA
Filing Date 3)Dr. E. Kodhai
(87) International Publication Address of Applicant :Professor, Department of Computer Science and Engineering, Chennai
: NA
No Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam Post, Kundrathur,
(61) Patent of Addition to Chennai - 600069, Tamil Nadu, India. ----------- -----------
:NA
Application Number 4)Dr. R. Janarthanan
:NA
Filing Date Address of Applicant :Professor, Department of Computer Science and Engineering, Chennai
(62) Divisional to Application Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam Post, Kundrathur,
:NA
Number Chennai - 600069, Tamil Nadu, India. ----------- -----------
:NA
Filing Date 5)Dr. B. Sundarambal
Chennai - 600069, Tamil Nadu, India. ----------- -----------
6)Dr. N. Kirubakaran
Address of Applicant :Professor, Department of Computer Science and Business Systems,
Chennai Institute of Technology, Sarathy Nagar, Pudupper Village, Nandampakkam Post,
Kundrathur, Chennai - 600069, Tamil Nadu, India. ----------- -----------
7)Dr. R. Ponnusamy
Chennai - 600069, Tamil Nadu, India. ----------- -----------
(57) Abstract :
[06] One of the major challenges in precision medicine is to guide the research of specific therapeutic solutions through the extraction
of knowledge from medical reports. This could help physicians identify the most appropriate diagnosis among many possible choices.
These data are often unstructured and maintained in free-text form. Therefore, the use of Natural Language Processing techniques
combined to text segmentation methods became obvious to identify the parts that are of great interest. In this article, we propose and
implement our pipeline approach for automatic section segmentation of medical reports, which consists of two components. First, a
rule-based algorithm to detect sections using our titles identification method. The second part focuses on sentence classification into
predefined categories. This last task is based on machine learning algorithms since it is considered complex to be apprehended only by
rules. This system was evaluated on 500 reports and achieved more than 94% classification accuracy. Accompanied Drawing [FIG. 1-
4]

(19) INDIA
(54) Title of the invention : COMMUNITY DETECTION IN SOCIAL CONTEXT BASED ON OPTIMIZED CLASSIFICATION
Address of Applicant :Chennai Institute of Technology, Sarathy Nagar,
Nadu, India. ----------- -----------
1)Dr. R. Ponnusamy
Nandampakkam Post, Kundrathur, Chennai – 600069, Tamil Nadu, India. ----------
- -----------
:G06K0009620000, G06Q0050000000,
(51) International Engineering (Cyber Security), Chennai Institute of Technology, Sarathy Nagar,
G06N0003000000, G06F0040300000,
classification Pudupper Village, Nandampakkam Post, Kundrathur, Chennai – 600069, Tamil
G06F0016350000
Nadu, India. ----------- -----------
(86) International
:NA 3)Dr. R. Gowri
Application No
Filing Date
Engineering (AI & ML), Chennai Institute of Technology, Sarathy Nagar,
(87) International
: NA Pudupper Village, Nandampakkam Post, Kundrathur, Chennai – 600069, Tamil
Publication No
Nadu, India. ----------- -----------
:NA 4)Dr. E. Kodhai
Application Number
Filing Date
(62) Divisional to
:NA Nandampakkam Post, Kundrathur, Chennai – 600069, Tamil Nadu, India. ----------
Application Number
:NA - -----------
Filing Date
5)Dr. R. Janarthanan
- -----------
6)Dr. B. Sundarambal
- -----------
7)Dr. N. Kirubakaran
Address of Applicant :Professor, Department of Computer Science and Business
Systems, Chennai Institute of Technology, Sarathy Nagar, Pudupper Village,
- -----------
(57) Abstract :
The development of web2.0 and social media has generated an important volume of data on the web. New challenges and issues are araised regarding the management
of this data. We focus in this work on the identification of groups of members who share similar tastes and preferences in the context of social networks. We address the
need of community detection in this context based on an optimized classification algorithm. Our approach applies the K-means algorithm as an initial classification
solution, and then optimizes this classification by using two different meta-heuristics: the Tabu Search (employing local search methods to explore the solution space
beyond local optimality) and the Bee Colony Optimization algorithm (a population- based search algorithm). Experiments and comparisons carried out on different
datasets show that the results obtained are promising. Accompanied Drawing [FIG. 1-3]

(19) INDIA
(54) Title of the invention : METHOD AND SYSTEM FOR MONITORING PATIENT ABNORMALITIES AND GENERATING
RECOMMENDATIONS
1)Cloudphysician Healthcare Pvt Ltd
:G16H0050200000, A61B0005000000,
(51) International Address of Applicant :7, Bellary Road, Ganganagar,
G06N0020000000, G16H0050300000,
classification Bangalore- 560032, INDIA Bangalore ----------- -----------
G16H0010600000
(86) International
Application No
Filing Date
1)Jitesh Sekar
(87) International
: NA Address of Applicant :#968, 2nd F Cross 3rd Stage, 3rd Block,
Publication No
Basaveshwaranagar Bengaluru Karnataka India 560079 Bangalore
:NA ----------- -----------
:NA 2)Dr. Dileep Raman
Filing Date
Address of Applicant :Apt 1041, Shobha Petunia Bengaluru
(62) Divisional to
:NA Karnataka India 560045 Bangalore ----------- -----------
Application Number
:NA 3)Dhruv Sud
Filing Date
Address of Applicant :E-1504 Mantri Lithos, Manyata Tech Park,
Bengaluru Karnataka India 560045 Bangalore ----------- -----------
(57) Abstract :
A method (300) and system (100) for monitoring patient abnormalities and generating recommendations is disclosed. In some
embodiments, the method (300) includes identifying (302) at least one patient abnormality based on data associated with a patient
(402) and a corresponding ventilator (404); upon identification of the at least one patient abnormality, classifying (304) the at least one
patient abnormality into a category from a plurality of abnormality categories through a trained Machine Learning (ML) model;
analyzing (306) the classified patient abnormality based on values corresponding to a plurality of predefined parameters through the
ML model; and providing (308) recommendations to resolve the at least one patient abnormality based on the analysis.

(19) INDIA
(54) Title of the invention : ATTENTIVE GENERATIVE ADVERSARIAL NETWORKS FOR BRAIN TUMOR DETECTION
AND CLASSIFICATION
1)S.Balamurugan
Address of Applicant :No.21, Kalloori Nagar, Peelamedu, Coimbatore-641004, Tamilnadu,
India ----------- -----------
2)Dr Eldho K J
3)Dr.V.Kathiresan
4)Dr. Tegil J John
5)Ms.Anupama KN
7)Dr.D.Kalaivani
8)Mr.N.Selva Kumar
9)Dr. Saurav Verma
1)S.Balamurugan
:A61P0035000000, G06T0007000000, G06K0009620000, Address of Applicant :No.21, Kalloori Nagar, Peelamedu, Coimbatore-641004, Tamilnadu,
G01R0033560000, G06N0003040000 India ----------- -----------
(86) International Application 2)Dr Eldho K J
:NA
No Address of Applicant :Mary Matha Arts and Science College, Affiliated to Kannur University,
:NA
Filing Date Vemom P.O, Mananthavady Wayanad, Pincode-670645, Kerala, India ----------- -----------
(87) International Publication 3)Dr.V.Kathiresan
: NA
No Address of Applicant :Principal, A.V.P. College of Arts and Science, Chettipalayam, T.M
(61) Patent of Addition to Poondi [P.O], Tiruppur – 641 652. Tamil Nadu ----------- -----------
:NA
Application Number 4)Dr. Tegil J John
:NA
Filing Date Address of Applicant :Assistant Professor, St Joseph’s College (Autonomous), Devagiri,
(62) Divisional to Application Kerala; India 673008 ----------- -----------
:NA
Number 5)Ms.Anupama KN
:NA
Filing Date Address of Applicant :Faculty Associate, Amrita Vishwa Vidyapeetham, School of computing,
Kochi campus, Edappally North P.O., Kochi – 682024, Kerala, India ----------- -----------
Address of Applicant :Associate Professor, Data Science & Technology, K J Somaiya Institute
of Management, Somaiya Vidyavihar University, Vidyavihar, Mumbai-400077, Maharashtra,
India ----------- -----------
7)Dr.D.Kalaivani
Address of Applicant :Associate Professor and Head, Department of Computer Technology,
Dr.SNS Rajalakshmi College of Arts and Science, Thudiyalur - Saravanampatti Road, Post,
Chinnavedampatti, Coimbatore, Tamil Nadu 641049 ----------- -----------
8)Mr.N.Selva Kumar
Address of Applicant :Research Scholar (Full-time), Computer Science, Dr.SNS Rajalakshmi
College of Arts and Science, Thudiyalur - Saravanampatti Road, Post, Chinnavedampatti,
Coimbatore, Tamil Nadu 641049 ----------- -----------
9)Dr. Saurav Verma
Address of Applicant :Assistant Professor, MPSTME, NMIMS University, Mumbai- 400 056,
Maharashtra, India ----------- -----------
(57) Abstract :
One of the major causes for cancer-related death is due to Brain Tumour. According to the Cancer Editorial Board, Brain Tumour
contributes to 10th major reason for deaths due to cancer. Statistics show that nearly 2 million people worldwide are dying every year
because of Brain Tumour. Also, the survival rate among people with Brain Tumour decreases with increase in age. Hence proper
mechanisms are needed for early prediction and detection of brain tumour. Proposed is an Attentive Generative Adversarial Networks
for Brain Tumour Detection and Classification. Generative Adversarial Networks consists of densely connected 3-dimensional u-net
and classification network for segmentation and segregation. Original Brain MRI images are subject to generate synthetic brain MR
images with novel realistic images with tumours and geometrically transformed images. Generator performs Random up sampling and
down sampling. Feature Extraction is carried out using Random Forest Tree algorithm. Image is classified to categorize the tumour as
Malignant or Benign, Gliomas or Meningioma.

(19) INDIA
(54) Title of the invention : ENHANCING NIGHTTIME VISIBILITY AND SAFETY ON TWO-WHEELERS IN INDIA
THROUGH ADVANCED AUTOMATIC PROJECTOR HEADLIGHTS
1)KARTHICK
Address of Applicant :SSM Institute of Engineering and Technology ----------- -----------
2)Dr.M.Mahendran
3)T.Karthickmunisamy
4)ANBARASAN P
5)Dr. Elangovan Thangapandian
6)Dr. A.VEERAKUMAR
7)GUNASEKAR S
8)V.GURU
:B60Q0001140000, B60Q0001080000, A41D0013010000, B60Q0001120000, 1)KARTHICK
B60Q0001240000 Address of Applicant :SSM Institute of Engineering and Technology ----------- -----------
(86) International Application No :NA 2)Dr.M.Mahendran
Filing Date :NA Address of Applicant :Assistant Professor, DEPARTMENT OF MECHANICAL ENGINEERING, MUTHYAMMAL
(87) International Publication No : NA ENGINEERING COLLEGE RASIPURAM. NAMAKKAL(DT). 636351. ----------- -----------
(61) Patent of Addition to Application 3)T.Karthickmunisamy
:NA
Number Address of Applicant :Assistant Professor, DEPARTMENT OF MECHANICAL ENGINEERING, MUTHYAMMAL
:NA
Filing Date ENGINEERING COLLEGE RASIPURAM. NAMAKKAL(DT). 636351. ----------- -----------
(62) Divisional to Application Number :NA 4)ANBARASAN P
Filing Date :NA Address of Applicant :ASSISTANT PROFESSOR DEPARTMENT OF MECHATRONICS ENGINEERING MUTHAYAMMAL
ENGINEERING COLLEGE ----------- -----------
5)Dr. Elangovan Thangapandian
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, SRM Institute of Science and Technology,
Ramapuram, Chennai - 600089. ----------- -----------
6)Dr. A.VEERAKUMAR
Address of Applicant :Associate Professor Associate Professor, Department of Mechanical Engineering, Coimbatore Institute of
Engineering and Technology, Coimbatore - 641109 ----------- -----------
7)GUNASEKAR S
Address of Applicant :ASSISTANT PROFESSOR DEPARTMENT OF MECHATRONICS ENGINEERING MUTHAYAMMAL
ENGINEERING COLLEGE ----------- -----------
8)V.GURU
Address of Applicant :ASSISTANT PROFESSOR, DEPARTMENT OF MECHANICAL ENGINEERING, MUTHYAMMAL
ENGINEERING COLLEGE (AUTONOMOUS). RASIPURAM. NAMAKKAL(DT). 636351. ----------- -----------
(57) Abstract :
Driving two-wheelers at night in India can be challenging due to various factors, including limited visibility, insufficient illumination, poor road quality, lack of street lighting, glare from oncoming vehicles, overloaded electrical systems, inadequate visibility for others,
inadequate rear lighting, and poorly maintained lights. These challenges can lead to accidents and unsafe driving conditions. Improving the focus of the two-wheeler's headlight can be a practical and safe way to enhance nighttime visibility. In our proposed work, we
will be replacing the conventional headlights with advanced automatic projector headlights that are equipped with sensors and technology to adjust the beam pattern and intensity based on the surrounding conditions. These headlights will utilize Light Dependent
Resistor (LDR) and photoresistor components to automatically turn on and adjust the beam pattern when it gets dark. Automatic projector headlights offer a seamless and adaptive lighting experience for two-wheeler riders, optimizing visibility while reducing glare and
distractions to other road users. They are designed to enhance safety and comfort, particularly in low-light or changing road conditions, making night riding more secure and convenient. While manually operated projector headlights can be a useful feature for improving
visibility and reducing glare, the effectiveness of these lights ultimately depends on the rider's ability to use them responsibly and considerately. A two-wheeler equipped with projector headlights outperforms its counterpart with a normal lighting system by providing
superior visibility with a focused, well-defined beam pattern, reducing glare to oncoming vehicles through manual or adaptive control, and enhancing safety in challenging road conditions.

(19) INDIA
(54) Title of the invention : EVALUATING THE EFFECTIVENESS OF AN ACADEMIC TEACHER'S PHYSIOLOGICAL AND
SELF-REPORTED STRESS, TEACHING PRACTICES, AND STUDENTS' LEARNING OUTCOMES
1)Dr. R. Murugesan
Address of Applicant :Assistant Professor, Department of Physical Education and Yoga, Pondicherry University Community College, Lawspet, Puducherry,
Pincode-605008, India ----------- -----------
2)Dr. Nila A Chotai
4)Dr.Pradeep Devendra Gaikwad
5)Dr.Raju Challa
6)R Vani
7)Dr. Malathi Devi Parne
8)Prem Chandra
11)Ms. Angela Jean Mary E.
12)Rudresh S
1)Dr. R. Murugesan
Address of Applicant :Assistant Professor, Department of Physical Education and Yoga, Pondicherry University Community College, Lawspet, Puducherry, Pincode-
(51) International classification :A61B0005000000, G09B0007000000, A61B0005020500, G06Q0050200000, G09B0007020000 605008, India ----------- -----------
(86) International Application No :NA 2)Dr. Nila A Chotai
Filing Date :NA Address of Applicant :Academic Director, ISBR Business School, Bangalore, Karnataka, India ----------- -----------
(87) International Publication No : NA 3)Dr. Mohd Asif Shah
(61) Patent of Addition to Application Number :NA Address of Applicant :Department of Economics, Kebri Dehar University, Kebri Dehar, Somali, 250, Ethiopia ----------- -----------
Filing Date :NA 4)Dr.Pradeep Devendra Gaikwad
(62) Divisional to Application Number :NA Address of Applicant :Associate Professor, Department of Physics, R.B.Attal Art's, Science and Commerce College, Georai, Beed, Maharashtra, India ----------- -------
Filing Date :NA ----
5)Dr.Raju Challa
Address of Applicant :Associate Professor, Aurora Deemed to be University, Peerzadiguda, Medchal, Telangana, India ----------- -----------
6)R Vani
Address of Applicant :Assistant Professor, Department of Computer Science, Dr SNS Rajalakshmi College of Arts and Science (Autonomous), 486, Thudiyalur-
Saravanampatti Road, Chinnavedampatti Post, Coimbatore -641049, Tamilnadu, India ----------- -----------
7)Dr. Malathi Devi Parne
Address of Applicant :Assistant Professor, Department of Management, Aurora's PG College, Hyderabad, 500013, Medchal Malkangiri, Telangana, India ----------- ---
--------
8)Prem Chandra
Address of Applicant :Flat-201, Second Floor, Plot-2/96, Sector-2, Rajendra Nagar, Sahibabad, Ghaziabad, Uttar Pradesh, India ----------- -----------
Address of Applicant :Associate Professor, School of Commerce and Management, Aurora Higher Education and Research Academy, D eemed to be University,
Uppal, Hyderabad-500082, Telangana, India ----------- -----------
Address of Applicant :Assistant Professor, Department of Management, St. Claret College, Bangalore, 560013, Karnataka, India ----------- -----------
11)Ms. Angela Jean Mary E.
Address of Applicant :Head of the Department, Department of Humanities, St. Claret College, Bangalore, 560013, Karnataka, India ----------- -----------
12)Rudresh S
Address of Applicant :Assistant Professor, Department of Management-UG, St Claret College, Jalahalli Village, MES Road, Bengaluru-560013, Karnataka, India -----
------ -----------
(57) Abstract :
The present invention introduces a transformative system and method for evaluating academic teachers, leveraging a comprehensive
approach that integrates real-time physiological monitoring, self-reporting tools, and advanced data analytics. Utilizing physiological
sensors, teachers' stress levels are continuously measured during instructional sessions, while self-reporting tools capture their
subjective assessments. Classroom surveillance systems observe and record teaching practices, and student performance tracking
mechanisms collect data on learning outcomes. The collected information is seamlessly integrated and analyzed using sophisticated
machine learning algorithms, unveiling intricate patterns and correlations among physiological indicators, teaching practices, and
students' academic achievements. The invention facilitates a dynamic, real-time feedback mechanism that empowers teachers with
actionable insights, fostering adaptive and personalized teaching strategies. This groundbreaking approach aims to revolutionize
teacher assessment, contributing to enhanced educational quality and the ongoing evolution of effective teaching methodologies.

(19) INDIA
(54) Title of the invention : MACHINE LEARNING BASED APPARATUS FOR CARBON CAPTURE AND STORAGE (CCS) OF
FLUE GAS DISCHARGED FROM MARINE FACILITIES
---------
:G06N0020000000, B01D0053140000,
B01D0053620000, B01D0053180000,
classification 1)DR. M. MURALI
C01B0003340000
Address of Applicant :Dept. of Chemistry RVR & JC COLLEGE
(86) International
:NA OF ENGINEERING CHANDRAMOULIPURAM,
Application No
Filing Date
---------
(87) International
: NA 2)DR. K. KALYANI
Publication No
:NA OF ENGINEERING CHANDRAMOULIPURAM,
Filing Date
---------
(62) Divisional to
:NA 3)DR. P. VENKATESWARA RAO
Application Number
:NA Address of Applicant :Dept. of Chemistry RVR & JC COLLEGE
Filing Date
OF ENGINEERING CHANDRAMOULIPURAM,
---------
4)DR. N. SRINIVASA RAO
OF ENGINEERING CHANDRAMOULIPURAM,
---------
(57) Abstract :
MACHINE LEARNING BASED APPARATUS FOR CARBON CAPTURE AND STORAGE (CCS) OF FLUE GAS
DISCHARGED FROM MARINE FACILITIES ABSTRACT The present invention discloses an innovative apparatus 100 leveraging
machine learning (ML) technology for efficient and adaptive carbon capture and storage (CCS) of flue gas emissions emanating from
marine facilities. The apparatus 100 integrates a sophisticated sensor system 102 to monitor the composition of flue gas in real-time. A
machine learning module 104, trained on comprehensive datasets, analyzes and predicts carbon capture requirements based on the
monitored emissions, allowing for dynamic adjustments to capture parameters. The apparatus 100 includes a capture unit 106,
employing various carbon capture technologies, to selectively extract carbon dioxide from the flue gas. The captured carbon dioxide is
then securely stored in a designated storage system 108. This ML-based approach ensures optimal and adaptive CCS performance,
contributing to the mitigation of greenhouse gas emissions from marine operations.

(19) INDIA
(54) Title of the invention : DEEP MONITORING SYSTEM TO FORECAST DEFECTS IN A BUILDING AND PROVIDE
ALERTS TO BUILDERS
---------
:G06Q0010060000, G06Q0010080000,
G05B0023020000, G01M0005000000,
classification 1)Dr. L.N.K. SAI MADUPU
G06N0003040000
Address of Applicant :Dept. of Civil Engineering RVR & JC
(86) International
:NA COLLEGE OF ENGINEERING CHANDRAMOULIPURAM,
Application No
Filing Date
---------
(87) International
: NA 2)Mr. B. Krishna Chaitanya
Publication No
:NA COLLEGE OF ENGINEERING CHANDRAMOULIPURAM,
Filing Date
---------
(62) Divisional to
:NA 3)Mrs. Tejaswini
Application Number
:NA Address of Applicant :Dept. of Civil Engineering RVR & JC
Filing Date
COLLEGE OF ENGINEERING CHANDRAMOULIPURAM,
---------
4)Mrs. P. Sri Lakshmi
COLLEGE OF ENGINEERING CHANDRAMOULIPURAM,
---------
(57) Abstract :
DEEP MONITORING SYSTEM TO FORECAST DEFECTS IN A BUILDING AND PROVIDE ALERTS TO BUILDERS
ABSTRACT The present invention discloses a Deep Monitoring System designed to forecast defects in buildings and provide timely
alerts to builders. The system integrates a diverse array of sensors, including structural health monitors, environmental sensors, and
operational detectors, to collect comprehensive data. A sophisticated deep learning module, employing artificial intelligence and
machine learning techniques, analyzes this data to identify patterns indicative of potential defects in real time. A defect forecasting
component generates forecasts based on the analyzed data, and an alert generation system promptly notifies builders of forecasted
defects. The invention enhances accuracy by incorporating historical data, employs probabilistic models for severity assessment, and
features a feedback loop for continuous improvement. By prioritizing alerts and integrating with building management systems, the
Deep Monitoring System contributes to proactive defect mitigation, ensuring the structural integrity of buildings.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR DETECTING DRIVER’S DROWSINESS FOR AVOIDING VEHICLE
COLLISION
:A61B0005000000, B60K0028060000,
B60W0030090000, A61B0005024000,
G06N0003080000
522237, India. Amaravati ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)JAIVERDHAN
Publication No
Address of Applicant :Assistant Professor Senior Grade-1,
:NA SENSE, VIT-AP University, Inavolu, Amaravati, Andhra Pradesh
:NA - 522237, India. Amaravati ----------- -----------
Filing Date
2)LAKHAN DEV SHARMA
(62) Divisional to
:NA Address of Applicant :Associate Professor Senior Grade-2,
Application Number
:NA SENSE, VIT-AP University, Inavolu, Amaravati, Andhra Pradesh
Filing Date
- 522237, India. Amaravati ----------- -----------
(57) Abstract :
Present disclosure discloses driver drowsiness detection and collision avoidance system (102) and method thereof. System (102)
receives at least one multimodal signal from one or more sensors (108) associated with at least one user (106) driving at least one
vehicle, wherein the at least one multimodal signal comprises of at least one a physiological signal and a visual signal associated with
the at least one user. System (102) processes the at least one multimodal signal and enable detection of at least one symptom pertains
to the at least one user’s drowsiness based on the at least one multimodal signal after processing using a trained dataset by a pre-
programmed microcontroller. System (102) activates a collision avoidance module and generate at least one instruction to avoid
collision of the at least one vehicle based on the at least one symptom pertains to the at least one user’s drowsiness.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR CONVERTING ORTHOPEDIC WASTES INTO FERTILIZERS AND
INDUSTRIAL PRODUCTS
:A61F0005010000, G06T0011000000, Name of Applicant : NA
(51) International
A61L0011000000, A61B0017880000, Address of Applicant : NA
classification
H04L0009320000 (72)Name of Inventor :
(86) International 1)K. RAMACHANDRA KAMATH
:NA
Application No Address of Applicant :Professor and HOU, Department of
:NA
Filing Date Orthopaedics, Kasturba Medical College, Mangalore, Manipal
(87) International Academy of Higher Education, Manipal, 576104, Karnataka,
: NA
Publication No India. Manipal ----------- -----------
(61) Patent of Addition 2)KEERTHAN RANGA NAYAK.U
:NA
to Application Number Address of Applicant :Assistant Professor, Department of
:NA
Filing Date Orthopaedics, Kasturba Medical College, Mangalore, Manipal
(62) Divisional to Academy of Higher Education, Manipal, 576104, Karnataka,
:NA
Application Number India. Manipal ----------- -----------
:NA
Filing Date 3)ATMANANDA S HEGDE
Address of Applicant :Professor and HOD, Department of
Orthopaedics, Kasturba Medical College, Mangalore, Manipal
Academy of Higher Education, Manipal, 576104, Karnataka,
India. Manipal ----------- -----------
(57) Abstract :
The present disclosure relates generally to the field of medical wastes. More specifically the present disclosure relates to a system for
converting orthopedic wastes into fertilizers and industrial products. The system (100) includes one or more orthopedic wastes (102), a
shredding machine (104), a tank (106) and a chemical agent (108). The orthopedic wastes (102) are collected and included into the
shredding machine (104). The orthopedic wastes (102) are shredded into small pieces and are treated with the chemical agent (108) in
the tank (106). The orthopedic wastes (102) are converted into fertilizers (110), industrial products (112) and cotton and bits of cloth
when treated with the chemical agent (108). The present disclosure further relates to a method for converting orthopedic wastes into
fertilizers and industrial products. Advantageously the present invention relates to a cost-effective simple system and method for
converting orthopedic wastes into fertilizers and industrial products.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR MONITORING AND DETECTING SMART HELMET IN REAL-
TIME
:A42B0003040000, H04N0007180000, 1)VIT-AP University
(51) International
A63B0024000000, G06F0003010000, Address of Applicant :Inavolu, Amaravati, Andhra Pradesh -
classification
A61B0005110000 522237, India. Amaravati ----------- -----------
:NA
:NA
(87) International 1)SYED KHASIM
: NA
Publication No Address of Applicant :VIT-AP University, Inavolu, Amaravati,
(61) Patent of Addition Andhra Pradesh - 522237, India. Amaravati ----------- -----------
:NA
to Application Number 2)VALLEM ESWAR REDDY
:NA
(62) Divisional to Andhra Pradesh - 522237, India. Amaravati ----------- -----------
:NA
Application Number 3)NELLORE VENKATA SRAVANI
:NA
(57) Abstract :
The present disclosure relates to a system (102) for monitoring and detecting a smart helmet (202) in real-time. The said system (102)
includes a plurality of sensors (204) monitors a plurality of parameters of the smart helmet (202), the plurality of sensors (204)
includes at least one of an accelerometer sensor (204-1), a flex sensor (204-2), and an infrared sensor (204-3). The plurality of sensors
(204) operatively coupled with a microcontroller (206-1), where the microcontroller (206-1) receives the plurality of parameters from
the plurality of sensors (204) and analyses the plurality of parameters to detect sensor data, where the sensor data pertains to at least
one position of the smart helmet (202) aligned with user’s head. The microcontroller (206-1) transmits one or more signals to trigger a
visual indicator (304) upon detecting the at least one position of the smart helmet (202) aligned with the user’s head.

(19) INDIA
(54) Title of the invention : PORTABLE HANDLE ROTATION COUPLED LIGHT DEVICE AND METHOD THEREOF
:F21Y0115100000, F21V0023000000, (71)Name of Applicant :

(51) International
F21S0004280000, A01K0089015000, 1)Manipal Academy of Higher Education
classification
F21Y0103100000 Address of Applicant :Madhav Nagar, Manipal, 576104,
(86) International Karnataka, India. Manipal ----------- -----------
:NA
:NA
: NA
Publication No 1)KRISHNANANDA PRABHU RV
(61) Patent of Addition Address of Applicant :Department of Biochemistry, Kasturba
:NA
to Application Number Medical College, Manipal, Manipal Academy of Higher
:NA
Filing Date Education, Manipal, 576104, Karnataka, India. Manipal -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present disclosure relates generally to the field of lighting devices. More specifically, the present disclosure relates to a portable
handle rotation coupled light device. The device (100) includes one or more light-emitting diode (LED) strips (102), a dynamo (104)
linked to one or more LED strips (102), one or more handles (106), a toothed wheel (108), one or more reflectors (110) and one or
more enclosures (112). The rotational handle (106-1) is rotated clockwise or anti-clockwise by a user, which results in the rotation of a
spindle wheel (104-4) of the dynamo spindle (104) generating electrical power to the one or more LED strips (102). The present
disclosure further relates to a method of operating a portable handle rotation coupled light device. Advantageously the present
invention relates to a portable cost-effective handle rotation coupled light device that does not radiate heat to the environment.

(19) INDIA
(54) Title of the invention : MOBILE CLOUD-BASED E-HEALTH SYSTEMS
1)BATHINI RAVINDER
Address of Applicant :RESEARCH SCHOLAR,
DEPARTMENT OF COMPUTER SCIENCE AND
ENGINEERING, KONERU LAKSHMAIAH EDUCATION
:G16H0010600000, H04L0009080000,
(51) International FOUNDATION, VADDESWARAM, GUNTUR DISTRICT, AP,
H04L0009320000, G06F0021620000,
classification INDIA-522302 ----------- -----------
G06F0021600000
2)Dr. NARESH VURUKONDA
(86) International
Application No
Filing Date
(87) International
: NA 1)BATHINI RAVINDER
Publication No
Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT
:NA OF COMPUTER SCIENCE AND ENGINEERING, KONERU
:NA LAKSHMAIAH EDUCATION FOUNDATION,
Filing Date
VADDESWARAM, GUNTUR DISTRICT, AP, INDIA-522302 -
(62) Divisional to
:NA ---------- -----------
Application Number
:NA 2)Dr. NARESH VURUKONDA
Filing Date
Address of Applicant :ASSOCIATE PROFESSOR,
DEPARTMENT OF COMPUTER SCIENCE AND
ENGINEERING, KONERU LAKSHMAIAH EDUCATION
FOUNDATION, VADDESWARAM, GUNTUR DISTRICT, AP,
INDIA-522302 ----------- -----------
(57) Abstract :
ABSTRACT Mobile Cloud-Based E-Health Systems The current innovation gives a protected and versatile EHR sharing framework
for portable cloud-based e-wellbeing frameworks. The framework uses blockchain and IPFS to store and share EHRs without the
requirement for an incorporated server safely. This framework offers various benefits over customary EHR sharing frameworks,
including further developed security, versatility, and information protection. In this development , we propose an original EHRs
sharing construction that joins blockchain and the decentralized interplanetary record system (IPFS) on a flexible cloudstage.
Specifically, we plan a trustworthy access control part using canny arrangements to achieve secure EHRs splitting between different
patients and clinical providers. Wepresent a model execution using Ethereum blockchain in a certified data imparting circumstance on
a compact application to Amazon disseminated figuring. Perception all results show that our suggestion offers an effective response
for depend capable data exchanges on convenient fogs while protecting sensitive prosperity information against likelydangers. The
structure appraisal and security assessment furthermore show execution redesigns in lightweight access control plan, least association
idleness with high security and data assurance levels, diverged from existing data sharing models.

(19) INDIA
(54) Title of the invention : ARTIFICIAL INTELLIGENCE AND MACHINE LEARNING-BASED APPROACHES FOR
ESTIMATING THE COST AND PERFORMANCE OF PRESTRESSED STEEL IN CONCRETE BRIDGE CONSTRUCTION
1)Deekshith Jain
Address of Applicant :Assistant Professor, Department of Construction Technology and Management,
College of Engineering and Technology, Bule Hora University ----------- -----------
2)Dr.M.Chittaranjan
3)B.Suresh
4)T.Vijayashankar
5)Sateesh Devanga Yerra
6)Christina
7)Mr Chitte Anil
8)Dr.P.Sampath
9)Dr.Maaz Allah Khan
10)Madhuri Ganesh Pagale
11)Priyank Udaybhai Trivedi
12)Ruthra R
1)Deekshith Jain
Address of Applicant :Assistant Professor, Department of Construction Technology and Management, College
of Engineering and Technology, Bule Hora University ----------- -----------
2)Dr.M.Chittaranjan
:E01D0021000000, G06K0009620000, G06N0020000000,
(51) International classification Address of Applicant :Professor & Head, Department of Civil Engineering, Sri Venkateswara College of
E01D0101280000, G06N0003080000
Engineering,Tirupati-517507 Tirupati ----------- -----------
3)B.Suresh
Filing Date :NA
Address of Applicant :Assistant Professor, Department of Civil, K.S.R College of Engineering -637215
Tiruchengode ----------- -----------
:NA 4)T.Vijayashankar
Application Number
:NA Address of Applicant :Assistant Professor, Department of Civil Engineering,K.S.R. College of Engineering
Filing Date
(Autonomous) ,Tiruchengode Namakkal ----------- -----------
:NA 5)Sateesh Devanga Yerra
Number
:NA Address of Applicant :: Engineer - II, Qualcomm India Private Limited (J Building), Carina West tower,
Filing Date
Bagmane constellation, Bangalore, Karnataka- 560037. Bangalore ----------- -----------
6)Christina
Address of Applicant :Assistant Professor /ECE SNS College of Technology Coimbatore 641035 Coimbatore -
---------- -----------
7)Mr Chitte Anil
Address of Applicant :Assistant professor, cse(data science), Institute of Aeronautical Engineering, 500043.
Hyderabad ----------- -----------
8)Dr.P.Sampath
Address of Applicant :Assistant professor/civil engineering, PERI institute of technology, Mannivakkam,
Chennai-600048 Chennai ----------- -----------
9)Dr.Maaz Allah Khan
Address of Applicant :Department of Civil Engineering, Babasaheb Bhimrao Ambedkar University (A Central
University), Lucknow UP Lucknow ----------- -----------
10)Madhuri Ganesh Pagale
Address of Applicant :Pimpri Chinchwad College of Engineering, Nigdi, pune-411044. Pune ----------- ---------
--
11)Priyank Udaybhai Trivedi
Address of Applicant :Research Student, Institute of Infrastructure Technology Research And management,
Near Khokhra Circle,Maninagar Ahmedabad ----------- -----------
12)Ruthra R
Address of Applicant :Assistant Professor, Civil Engineering Department, St. Joseph's College of Engineering,
OMR, Chennai-119 Chennai ----------- -----------
(57) Abstract :
Artificial Intelligence and Machine learning-based approaches for estimating the Cost and Performance of Prestressed Steel in Concrete Bridge Construction is the proposed invention. The proposed invention focuses on
studying the functions of Performance of Prestressed Steel. The invention focuses on analyzing the parameters of estimation of Cost in Concrete Bridge Construction using algorithms of Artificial Intelligence.

(19) INDIA
(54) Title of the invention : PREPARATION, CHARACTERISATION, AND IN VITRO-IN SILICO ANTI-CANCER ACTIVITY
OF VINCA ROSA EXTRACT-LOADED CHITOSAN NANOPARTICLES
1)Dr Nithya Varadarajan
Address of Applicant :Associate Professor Department of Pharmacy Practice Saveetha College of Pharmacy, No. 1 Saveetha Nagar, SIMATS, Thandalam,
Chennai - 602105. Chennai ----------- -----------
2)Dr Saranya Punniyakotti
3)Dr.Anthati Sreenivasulu
4)Dr. S. Srinivasan
5)Ms. Arnica F Lal
6)Dr. Ravichandra Sharabu
7)Dr. M. MARIAPPAN
8)Mr. Sreedhar Ranjan Das
9)Dr. Ramaiah Maddi
10)Mr. Mohit Agrawal
11)Dr. Nabeel Ahmad
12)Dr. Nirjara Singhvi
1)Dr Nithya Varadarajan
Address of Applicant :Associate Professor Department of Pharmacy Practice Saveetha College of Pharmacy, No. 1 Saveetha Nagar, SIMATS, Thandalam, Chennai -
602105. Chennai ----------- -----------
(51) International classification :A61P0035000000, A61K0009510000, A61P0043000000, A61K0047680000, A61P0011000000
2)Dr Saranya Punniyakotti
Address of Applicant :Professor and Head Department of Pharmacy Practice Faculty of Pharmacy, Sree Balaji Medical College and Hospital Campus, Bharath
Filing Date :NA
Institute of Higher Education and Research, Chromepet, Chennai -600044. Chennai ----------- -----------
3)Dr.Anthati Sreenivasulu
Address of Applicant :Associate professor of chemistry Institute Address: Nagarjuna Government College (A) Nalgonda, Telangana PIN: ,508001 Nalgonda -----------
Filing Date :NA
-----------
4)Dr. S. Srinivasan
Filing Date :NA
Address of Applicant :Assistant Professor Shree Chandraprabhu Jain College (Affiliated to the University of Madras), Kattur Road, Minjur Pincode: 601203 Minjur --
--------- -----------
5)Ms. Arnica F Lal
Address of Applicant :Assistant professor Integral University 225003 Lucknow ----------- -----------
Address of Applicant :Associate professor, Chebrolu Hanumaiah Institute of Pharmaceutical Sciences, Chowdavaram, Guntur-522 019. Andhra pradesh. Guntur -------
---- -----------
7)Dr. M. MARIAPPAN
Address of Applicant :Assistant Professor, Government Arts College, Melur PINCODE: 625106 Melur ----------- -----------
8)Mr. Sreedhar Ranjan Das
Address of Applicant :Associate Professor, Santoshi Institution Of Pharmaceutical Education And Research, Cuttack, Odisha, Pin-754025 Cuttak ----------- -----------
9)Dr. Ramaiah Maddi
Address of Applicant :Professor & HOD, Hindu College of Pharmacy, Guntur, A.P., India Guntur ----------- -----------
10)Mr. Mohit Agrawal
Address of Applicant :Assistant Professor School of Medical & Allied Sciences, K.R. Mangalam University, Gurugram 122103, India Gurugram ----------- -----------
11)Dr. Nabeel Ahmad
Address of Applicant :Professor & Dean Department of Biotechnology Dev Bhoomi Uttarakhand University Dehradun District: Dehradun Pin code: 248007 State:
Uttarakhand Dehradun ----------- -----------
12)Dr. Nirjara Singhvi
Address of Applicant :Assistant Professor Department of Zoology Dev Bhoomi Uttarakhand University Dehradun District: Dehradun Pin code: 248007 State:
Uttarakhand Dehradun ----------- -----------
(57) Abstract :
ABSTRACT This invention belongs to the field of Pharmacy. The invention provides a novel and effective approach for delivering vinca rosa extract to cancer cells, leveraging the advantages of chitosan nanoparticles. This formulation holds promise for further development as a targeted anti-cancer therapy. The vinca rosa extract-
loaded chitosan nanoparticles demonstrate significant anti-cancer activity in both in vitro and in silico assays. The formulation exhibits enhanced cytotoxic effects against cancer cells compared to conventional treatments. The present invention relates to a novel pharmaceutical composition comprising vinca rosa extract-loaded chitosan
nanoparticles and methods for its preparation, characterization, and evaluation of anti-cancer activity. The inventive approach combines the synergistic effects of vinca rosa extract and chitosan nanoparticles for enhanced therapeutic efficacy against cancer cells.

(19) INDIA
(54) Title of the invention : SYNTHESIS OF NITROGEN AND OXYGEN-CONTAINING HETEROCYCLIC COMPOUNDS
USING NANOCATALYST AND PHARMACOLOGICAL EVALUATION FOR ANTIDIABETIC ACTIVITY
1)Dr. SUBA. K
Address of Applicant :Assistant Professor, Sri Sairam Engineering College, Sai Leo Nagar, West
Tambaram, Chennai – 600 044. Tamil Nadu. India. Chennai ----------- -----------
2)Ms. Jyoti kirar
3)Ms. Sarita Singh Ahirwar
4)Dr.Ramesh Petchi Rajendran
5)Dr.Devika.G.S
6)Mohd.Faarooq Khan
7)Ms. Pdiangmon Kyndait
8)Ms. Revathi N
9)Dr. Pankaj Tiwari
10)Mr Arpan Kumar Tripathi
12)Dr. Sajith. S
:B01J0035000000, A61P0017000000, Address of Applicant : NA
(51) International
A61P0035000000, C07D0487040000, (72)Name of Inventor :
classification 1)Dr. SUBA. K
A61P0003100000 Address of Applicant :Assistant Professor, Sri Sairam Engineering College, Sai Leo Nagar, West Tambaram,
Chennai – 600 044. Tamil Nadu. India. Chennai ----------- -----------
(86) International 2)Ms. Jyoti kirar
:NA
Application No Address of Applicant :Assistant professor, INRI Institute of Pharmacy, Bhopal, Pin- 462022 Bhopal ----------- -
:NA ----------
Filing Date 3)Ms. Sarita Singh Ahirwar
Address of Applicant :Associate Professor, NRI Institute of Pharmacy, Bhopal, Madhya Pradesh Bhopal -------
(87) International ---- -----------
: NA
Publication No 4)Dr.Ramesh Petchi Rajendran
Address of Applicant :Professor, Department of Pharmacology, cherraans college of pharmacy,
(61) Patent of Addition Coimbatore,Tamil Nadu.pin code. 641008 Coimbatore ----------- -----------
:NA 5)Dr.Devika.G.S
to Application Number Address of Applicant :Professor, Department of Pharmaceutical Analysis, cherraans college of pharmacy,
:NA
Filing Date Coimbatore, Tamil Nadu,pin code 641008 Coimbatore ----------- -----------
6)Mohd.Faarooq Khan
(62) Divisional to Address of Applicant :Associate Professor, R.D.Memorial College of Pharmacy and Research, Indore, Pin:-
:NA 452020 Indore ----------- -----------
Application Number 7)Ms. Pdiangmon Kyndait
:NA
Filing Date Address of Applicant :Assistant professor, Assam down town University,Gandhinagar,Panikhaiti,Guwahati Pin
- 781026 Guwahati ----------- -----------
8)Ms. Revathi N
Address of Applicant :High School Teacher (Biotechnologist), Sri bhairaveshwara vidya samasthe, Kaiwara
Cross( Chintamani Talk, Karnataka) Kaiwara-563128 Kaiwara ----------- -----------
9)Dr. Pankaj Tiwari
Address of Applicant :Professor Department of pharmacology, Oriental college of pharmacy Bhopal Madhya
Pradesh Bhopal ----------- -----------
10)Mr Arpan Kumar Tripathi
Address of Applicant :Associate Professor, KIPS, SSPU, Bhilai, Chhattisgarh Bhilai ----------- -----------
Address of Applicant :Associate professor, Chebrolu Hanumaiah Institute of Pharmaceutical Sciences,
Chowdavaram,Guntur-522019.Andhra pradesh. Guntur ----------- -----------
12)Dr. Sajith. S
Address of Applicant :Associate Professor of Chemistry, Government Polytechnic College, Attingal
Thiruvananthapuram, Kerala, PIN- 695101 Thiruvananthapuram ----------- -----------
(57) Abstract :
ABSTRACT This invention belongs to the field of Pharmacy. Its utility is to develop Synthesis of nitrogen and oxygen-containing
heterocyclic compounds using nanocatalyst and pharmacological evaluation for antidiabetic activity. The synthesis of nitrogen and
oxygen-containing heterocyclic compounds using nanocatalysts is an interesting and evolving field in organic chemistry. Such
compounds often exhibit diverse biological activities, and in this case, specifically interested in their potential antidiabetic activity.
Design a reaction pathway that involves the nanocatalyst to facilitate the formation of the desired heterocyclic compounds. Common
reactions include cyclization, oxidation, or a combination of these processes. the toxicity profile of the compounds using appropriate
assays to ensure safety for potential therapeutic applications.

(19) INDIA
(54) Title of the invention : DESIGN, ANALYSIS, AND INTEGRATION OF A PIEZOELECTRIC MICROBRIDGE IN
PRESSURE SENSOR FOR CONTINUOUS GLUCOSE MONITORING SYSTEM
Address of Applicant :Koneru Lakshmaiah Education
:A61B0005000000, A61B0005145000, Foundation Green fields, Vaddeswaram, Guntur Andhra Pradesh,
(51) International
A61P0003100000, A61P0003000000, India, 522302 Vaddeswaram ----------- -----------
classification
:NA
:NA
Filing Date 1)G. Sai Lakshmi
(87) International Address of Applicant :Department of ECE Koneru Lakshmaiah
: NA
Publication No Education Foundation Andhra Pradesh India 522302
(61) Patent of Addition Vaddeswaram ----------- -----------
:NA
to Application Number 2)K. Srinivasa Rao
:NA
Filing Date Address of Applicant :Department of ECE Koneru Lakshmaiah
(62) Divisional to Education Foundation Andhra Pradesh India 522302
:NA
Application Number Vaddeswaram ----------- -----------
:NA
Filing Date 3)K. Girija Sravani
Address of Applicant :Department of ECE Koneru Lakshmaiah
Education Foundation Andhra Pradesh India 522302
Vaddeswaram ----------- -----------
(57) Abstract :
Diabetes is a metabolic disorder, if a person is once diagnosed it’s not resolvable and is identified by variations in glucose
concentration levels. We are designing an osmotic pressure sensor for the continuous glucose monitoring system. For this, Optimized
piezoelectric microbridge is integrated to pressure sensor by using FEM tool, the performance analysis of the pressure sensor are
analyzed on the aspects of sensitivity and non-linearity.

(19) INDIA
(54) Title of the invention : DESIGN OF A LABEL-FREE BIOSENSOR EMPLOYING AN H-SHAPED CHANNEL DM DPDG-
TFET CONFIGURATION
Address of Applicant :Koneru Lakshmaiah Education
:H01L0029739000, G06F0030367000, Foundation Green fields, Vaddeswaram, Guntur Andhra Pradesh,
(51) International
H01L0029660000, H01L0029060000, India, 522302 Vaddeswaram ----------- -----------
classification
H01L0029780000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Rapolu Anil Kumar
(87) International Address of Applicant :Department of ECE Koneru Lakshmaiah
: NA
Publication No Education Foundation Andhra Pradesh India 522302
(61) Patent of Addition Vaddeswaram ----------- -----------
:NA
to Application Number 2)K. Girija Sravani
:NA
Filing Date Address of Applicant :Department of ECE Koneru Lakshmaiah
(62) Divisional to Education Foundation Andhra Pradesh India 522302
:NA
Application Number Vaddeswaram ----------- -----------
:NA
Filing Date 3)K. Srinivasa Rao
Address of Applicant :Department of ECE Koneru Lakshmaiah
Education Foundation Andhra Pradesh India 522302
Vaddeswaram ----------- -----------
(57) Abstract :
The present study presents an innovative idea: an original design for a label-free biosensor utilizing H-shape channel configuration
within a dielectrically modulated (DM) double-gate TFET (DGTFET) framework, which includes the incorporation of a drain pocket
(DP). This design concept is introduced In this study, an analytical model for the DM DPDG-TFET has been created for the first time
was formulated and subsequently verified through comparison with industry-standard simulation software (Silvaco TCAD). In this
paper we have examine both the biosensor's sensitivity and its effectiveness when employed as a tunnel field-effect transistor (TFET)
device. A comprehensive analysis of the device's performance has been conducted. The innovative configuration of the suggested
TFET results in heightened sensitivity. Incorporating a drain pocket (DP) at the junction between the drain and channel effectively
eliminates ambipolarity, showcasing a successful approach. The H-shape DM DPDGTFET design demonstrates its superiority over
various devices documented in the literature. The presence or lack of electric charge in various biomolecules is examined in order to
evaluate the device's sensitivity as a label-free biosensor.

(19) INDIA
(54) Title of the invention : AUTOMATED REAL-TIME TRAFFIC SURVEILLANCE AND EVIDENCE MANAGEMENT
SYSTEM USING DEEP LEARNING, BLOCKCHAIN, AND EDGE COMPUTING
1)Abin Oommen Philip
Address of Applicant :Assistant Professor Department of CSE – Cyber security Indian
Institute of Information Technology, Kottayam (IIIT-Kottayam) Kerala, India Kottayam --------
--- -----------
2)Sreela Sreedhar
3)Sreeja M U
4)Vishwanath N
5)Saira Varghese
6)Elsaba Jacob
7)Sajith P J
8)Divya K B
9)Rosebell Paul
:H04N0007180000, G08G0001017000, (72)Name of Inventor :
(51) International 1)Abin Oommen Philip
G08B0013196000, G06T0007246000, Address of Applicant :Assistant Professor Department of CSE – Cyber security Indian Institute
classification
H04L0043082300 of Information Technology, Kottayam (IIIT-Kottayam) Kerala, India Kottayam ----------- ------
-----
(86) International 2)Sreela Sreedhar
:NA
Application No Address of Applicant :Associate Professor Department of Computer Science and Engineering
:NA Toc H Institute of Science & Technology, Arakkunnam Ernakulam- 682313 Kerala, India
Filing Date Ernakulam ----------- -----------
(87) International 3)Sreeja M U
: NA Address of Applicant :CMN Post Doc Fellow Department of Electronics Cochin University of
Publication No
Science and Technology, Kochi-682022 Ernakulam ----------- -----------
(61) Patent of Addition 4)Vishwanath N
:NA
to Application Number Address of Applicant :Professor Department of Computer Science and Engineering Toc H
:NA Institute of Science and Technology Arakkunnam Ernakulam 682313 Kerala India Ernakulam -
Filing Date ---------- -----------
(62) Divisional to 5)Saira Varghese
:NA Address of Applicant :Associate Professor Department of Computer Science and Engineering,
Application Number
:NA Toc H Institute of Science & Technology, Arakkunnam Ernakulam- 682313, Kerala, India
Filing Date Ernakulam ----------- -----------
6)Elsaba Jacob
Address of Applicant :Assistant Professor Department of Computer Science and Engineering,
Toc H Institute of Science & Technology, Arakkunnam Ernakulam- 682313 Kerala, India
Ernakulam ----------- -----------
7)Sajith P J
Ernakulam ----------- -----------
8)Divya K B
Ernakulam ----------- -----------
9)Rosebell Paul
Address of Applicant :Assistant Professor Department of CSE SCMS School of Engineering
and Technology Kerala, India Ernakulam ----------- -----------
(57) Abstract :
The system comprises an edge device(102) integrated with night vision surveillance cameras(106) and one or more microphones(104)
for capturing CCTV footage and audio recording data; a training processor(130) for training a query-based vehicle search detection,
tracking and localization model(108) employs one or more optimization techniques for detecting collision and hit-and-run events on
the roads, monitoring stolen or counterfeit cars, monitoring traffic violation and over-speeding detection, and detecting Helmetless
riding and overloading; a central processing unit(120) for generating a report and generating an alert notification for warning the
driver/owner and a control room; and a graphical user interface(124) engaging an interactive dashboard capable of exhibiting
advanced real-time traffic analytics comprising of vehicle statistics, and traffic congestion and supports user query-based detections in
real-time which is an additional aid to the normal man and police officers to take decisions based on current traffic scenarios and to
take necessary steps for rescue operations.

(19) INDIA
(54) Title of the invention : ANIOT-ENABLED COLLAR DEVICE FOR MONITORING ACTIVITY AND ILLICIT USAGE OF
CAPTIVE ANIMALS
1)Dr. Abin Oommen Philip
Address of Applicant :Assistant Professor Department of CSE
– Cybersecurity Indian Institute of Information Technology,
Kottayam (IIIT-Kottayam) Kerala, India Kottayam ----------- ------
-----
:G06N0020000000, A61B0005000000,
(51) International 2)Dr. Panchami V
H04N0007180000, A01K0029000000,
classification 3)Dr. M Radhakrishnan
A01K0011000000
(86) International
Application No
Filing Date
1)Dr. Abin Oommen Philip
(87) International
: NA Address of Applicant :Assistant Professor Department of CSE –
Publication No
Cybersecurity Indian Institute of Information Technology,
:NA Kottayam (IIIT-Kottayam) Kerala, India Kottayam ----------- ------
:NA -----
Filing Date
2)Dr. Panchami V
(62) Divisional to
:NA Address of Applicant :Assistant Professor Department of CSE –
Application Number
:NA Cybersecurity Indian Institute of Information Technology,
Filing Date
Kottayam (IIIT-Kottayam) Kerala, India Kottayam ----------- ------
-----
3)Dr. M Radhakrishnan
Address of Applicant :Registrar, Indian Institute of Information
Technology, Kottayam (IIIT-Kottayam) Kerala, India Kottayam --
--------- -----------
(57) Abstract :
The device comprises a collar band(102)containing a Sense HAT(102A) to measure the animal's physical parameters, a GPS tracking
device(102B) to track the real-time geo-location and movement of the animal, a microphone(102C) to capture audio signals, and a
controlling unit(102D) to collect sensed and calculated data and store it in a storage unit;a graphical user interface(104)synchronizes
with the timestamped sensor data from the device to create a labeled dataset for machine learning techniques; a plurality of CCTV
cameras(108) to remotely monitor the animal's activities and behaviors; a central processing unit(110)to generateanoptimized machine
learning model to classify each animal activity classifying daily activities of the animaland monitoring health and onset of Musth in
captive animals to determine violations on the animals; and an alert unit(112) to sendalerts to designated officials upon determining
violations on the animals,thereby helping to prevent illicit usage of animals.

(19) INDIA
(54) Title of the invention : AN IOT-BASED SMART FLEXIBLE AIR PURIFIER SYSTEM
1)Dr. Harish Kumar N S
Address of Applicant :Assistant Professor Department of Mechanical Engineering, Atria
Institute of Technology, Bangalore – 560024 Bangalore Urban ----------- -----------
1)Dr. Harish Kumar N S
Institute of Technology, Bangalore – 560024 Bangalore Urban ----------- -----------
2)Dr. Mangalpady Aruna
Address of Applicant :Professor Department of Mining Engineering National Institute of
Technology, Surathkal– 575025 DAKSHINA KANNADA ----------- -----------
3)Dr. Harsha Vardhan
Address of Applicant :Professor and Head Department of Mining Engineering National
Institute of Technology, Surathkal - 575025 DAKSHINA KANNADA ----------- -----------
:G01N0033000000, B01D0046000000, F24F0110400000,
(51) International classification 4)Dr. Harish Hanumanthappa
B01D0039160000, B01D0046440000
Address of Applicant :Assistant Professor Department of Mining Engineering RV Institute of
:NA Technology and Management, Bangalore – 560076 BANGALORE RURAL ----------- ----------
No
:NA -
Filing Date
5)Prof. Prem Chand R
: NA Address of Applicant :Assistant Professor Department of Robotics & Artificial Intelligence
No
Bangalore Institute of Technology-560004 BANGALORE URBAN ----------- -----------
:NA 6)Dr. Praveen N
Application Number
:NA Address of Applicant :Assistant Professor Department of Mechanical Engineering. Siddaganga
Filing Date
Institute of Technology, Tumakuru- Karnataka 572103 Tumakuru ----------- -----------
:NA 7)Dr. N V Sararthbabu Goriparti
Number
:NA Address of Applicant :Associate Professor Department of Electrical and Electronics
Filing Date
Engineering, Ramachandra College of Engineering, Eluru - 534001 West Godavari ----------- --
---------
8)Dr. Manjunatha C J
Institute of Technology, Bangalore – 560024 BENGALURU URBAN ----------- -----------
9)Dr. Srikumar Biradar
Institute of Technology, Bangalore – 560024 BENGALURU URBAN ----------- -----------
10)Dr. Bharath Kumar Shanmugam
Address of Applicant :Assistant Professor Department of Mechanical Engineering, RNS
Institute of Technology, Rajarajeshwari Nagar, Bengaluru, Karnataka 560098 BENGALURU
URBAN ----------- -----------
11)Dr. Durga Prasad Channabasavaiah
Address of Applicant :Assistant Professor Department of Mechanical Engineering, RVInstitute
of Technology and Management, Bengaluru, Karnataka 560076 BENGALURU URBAN ------
----- -----------
(57) Abstract :
The air purifier IoT-based Smart Flexible Air Purifier system presented here addresses the challenges of maintaining air quality in mining environments. The system consists of a housing
equipped with sensors for real-time air quality detection, including the identification of high dust concentration areas. These sensors interface with a communication module, transmitting data
to a remote monitoring system.A control unit generates command signals, initiating the suction unit's operation. The suction unit, incorporating a motor-integrated pump, creates a vacuum
within the housing, efficiently drawing in dust particles from mines. To enhance filtration, the system employs a filtering unit with specialized filters capable of capturing particles below five
microns. A centrifugal fan, synchronized with the motor, propels air forward, creating a partial vacuum within the housing and facilitating continuous air circulation. This system offers a
dynamic solution for targeted dust removal, contributing to improved air quality in mining environments.

(19) INDIA
(54) Title of the invention : REVOLUTIONIZING CANCER TREATMENT: A NOVEL APPROACH USING BIOSYNTHESIZED
NANOPARTICLES
1)G.Smilarubavathy
Address of Applicant :Assistant Professor, St.Joseph's Institute of Technology, OMR Road, Semmancherry, Chennai, Tamil
Nadu, India. ----------- -----------
2)Dr Subhashini Swaminathan
3)Dr.N.Rangarajan
4)Mr.V. Sampath
5)Shweta Kailash Pal
6)Saranya Sivakumar
7)Darla Srinivasarao
8)Dr Amit chauhan
9)Dr SS Subramanian
10)Dr. Gandhi N
11)Dr Sherafin Jancy Vincy
12)Dr M Chandrasekar
1)G.Smilarubavathy
Address of Applicant :Assistant Professor, St.Joseph's Institute of Technology, OMR Road, Semmancherry, Chennai, Tamil Nadu,
India. ----------- -----------
2)Dr Subhashini Swaminathan
Address of Applicant :Associate Professor, Department of Biotechnology, School of Bioengineering, College of Engineering and
Technology, SRM Institute of Science and Technology, Kattangulathur, Chengalpattu - 603 203, Tamil Nadu, India. ----------- --------
:A61P0035000000, A61K0009127000, A61K0009000000, A61K0009510000,
(51) International classification ---
A61K0041000000
3)Dr.N.Rangarajan
Address of Applicant :Associate Professor and Head, Department of Biochemistry, Sri Sankara Arts and Science College, Enathur,
Filing Date :NA
Kanchipuram, 631561, Tamil Nadu, India. ----------- -----------
4)Mr.V. Sampath
:NA Address of Applicant :Assistant Professor, Department of Biochemistry, Sri Sankara Arts and Science College, Enathur,
Number
:NA Kanchipuram-631 561, Tamil Nadu, India. ----------- -----------
Filing Date
5)Shweta Kailash Pal
Address of Applicant :Research Scholar, Department of Biotechnology, School of Bioengineering, College of Engineering and
Filing Date :NA
Technology, SRM Institute of Science and Technology, Kattangulathur, Chennai, Chengalpattu - 603 203, Tamil Nadu, India. --------
--- -----------
6)Saranya Sivakumar
Address of Applicant :Research Scholar, Department of Biotechnology, School of Bioengineering, College of Engineering and
Technology, SRM Institute of Science and Technology, Kattangulathur, Chennai, Chengalpattu - 603 203, Tamil Nadu, India. --------
--- -----------
7)Darla Srinivasarao
Address of Applicant :Assistant Professor, Department of Medical Laboratory Technology, Galgotias University, Greater Noida,
203201, Gautam Buddha Nagar, Uttar Pradesh, India. ----------- -----------
8)Dr Amit chauhan
Address of Applicant :Department of life sciences, school of sciences, CHRIST (Deemed to be university), Bengaluru, Karnataka,
India, 560029. ----------- -----------
9)Dr SS Subramanian
Address of Applicant :Dean, Sree Balaji College of Physiotherapy, Bharath Institute of Higher Education and Research, Chennai,
Tamil Nadu, India. ----------- -----------
10)Dr. Gandhi N
Address of Applicant :Chief scientific officer, Research and Development wing, Metagro pvt ltd, Hyderabad, Telangana, India. -------
---- -----------
11)Dr Sherafin Jancy Vincy
Address of Applicant :Director, Scientific Advanced Learning Technologies (SALT), Chennai 600053, Tamil Nadu, India. -----------
-----------
12)Dr M Chandrasekar
Address of Applicant :Director, Scientific Advanced Learning Technologies (SALT), Chennai 600 053, Tamil Nadu, India. -----------
-----------
(57) Abstract :
REVOLUTIONIZING CANCER TREATMENT: A NOVEL APPROACH USING BIOSYNTHESIZED NANOPARTICLES A
method for the development the steps of administering a plurality of antibody or aptamer-conjugated nanoparticles, liposomes, and/or
micelles containing a medication and/or gene to a patient in need, at least some of the antibody or aptamer-conjugated nanoparticles,
liposomes, and/or micelles attaching to surface antigens of tumor cells of the tumor to form a tumor cell/nanoparticle/lip The body
cavity cancer therapy device produces a magnetic field for use in a combined "cold hyperthermia" and ionizing radiation and/or
chemotherapy cancer therapy protocol. A polymeric conjugation of a moiety to a biocompatible polymer could be one or more of the
macromolecules. A medication may be present in some nanoparticles. Other parts of the invention concern methods for employing
nanoparticle libraries. A glyceryl monooleate or monolinoleate; chitosan; and a cancer therapy agent such as gemcitabine, taxanes, or
hydrophobic cancer therapeutic agents are included in the nanoparticles. The developed tailored gold nanoparticles greatly enhance
conventional therapy methods at the cellular level after reaching the cancer targets. FIG.1

(19) INDIA
(54) Title of the invention : HANDS-FREE WHEELCHAIR CONTROL SYSTEM WITH BRAIN-COMPUTER INTERFACE FOR
QUADRIPLEGIC INDIVIDUALS
1)Stella Mary’s College of Engineering
Address of Applicant :Aruthenganvilai, Kallukkatti Junction,
Azhikal Post, Kanyakumari District 629202, TamilNadu, India ----
------- -----------
:G06F0003010000, A61G0005040000, (72)Name of Inventor :
(51) International
A61B0005000000, A61G0005100000, 1)Mrs.S.Berlin Shaheema
classification
A61B0005291000 Address of Applicant :Stella Mary’s College of Engineering,
(86) International Aruthenganvilai, Kallukkatti Junction, Azhikal Post, Kanyakumari
:NA
Application No District 629202, TamilNadu, India ----------- -----------
:NA
Filing Date 2)Dr. M. Anugraha
(87) International Address of Applicant :Stella Mary’s College of Engineering,
: NA
Publication No Aruthenganvilai, Kallukkatti Junction, Azhikal Post, Kanyakumari
(61) Patent of Addition District 629202, TamilNadu, India ----------- -----------
:NA
to Application Number 3)ALCIYA S
:NA
Filing Date Address of Applicant :Stella Mary’s College of Engineering,
(62) Divisional to Aruthenganvilai, Kallukkatti Junction, Azhikal Post, Kanyakumari
:NA
Application Number District 629202, TamilNadu, India ----------- -----------
:NA
Filing Date 4)Dr. M. Supriya
Address of Applicant :Stella Mary’s College of Engineering,
Aruthenganvilai, Kallukkatti Junction, Azhikal Post, Kanyakumari
District 629202, TamilNadu, India ----------- -----------
5)Ms.R.Shirley Jeeva Malar
Address of Applicant :Stella Mary’s College of Engineering,
Aruthenganvilai, Kallukkatti Junction, Azhikal Post, Kanyakumari
District 629202, TamilNadu, India ----------- -----------
(57) Abstract :
HANDS-FREE WHEELCHAIR CONTROL SYSTEM WITH BRAIN-COMPUTER INTERFACE FOR QUADRIPLEGIC
INDIVIDUALS The represents a groundbreaking project that leverages cutting-edge neurotechnology to enhance the mobility and
independence of individuals with severe quadriplegia. This innovative system integrates state-of-the-art brain-computer interface
(BCI) technology with a motorized wheelchair, allowing users to control the wheelchair's movement using their thoughts alone.
Quadriplegic individuals, often facing profound limitations in physical mobility, regain a newfound sense of freedom and autonomy
through this hands-free control system. By harnessing the power of neural signals, captured through non-invasive
electroencephalography (EEG) sensors, and translating them into precise wheelchair commands, the project not only facilitates
seamless navigation but also fosters a sense of empowerment and inclusion. Through extensive user trials and refinements, the system
optimizes its accuracy, responsiveness, and ease of use. This project redefines the boundaries of assistive technology, offering a life-
changing solution that promotes mobility, social engagement, and a higher quality of life for individuals who have long grappled with
the limitations of quadriplegia. It exemplifies the remarkable potential of BCI technology in addressing complex physical challenges
and underscores the profound impact of innovation on the lives of those with disabilities, ultimately promoting inclusivity and
independence in our society. FIG.1

(19) INDIA
(54) Title of the invention : MULTI-ORGAN CANCER DETECTION SYSTEM AND METHOD THEREOF
:A61P0035000000, A61B0005000000, (71)Name of Applicant :

(51) International
A61B0005055000, G06N0003080000, 1)Sandeep Konatham Hari Babu
classification
C07D0513200000 Address of Applicant :1931b, I-block,38th Street,Anna Nagar
(86) International West,Chennai:600040,Tamil Nadu Chennai ----------- -----------
:NA
:NA
: NA
Publication No 1)Sandeep Konatham Hari Babu
(61) Patent of Addition Address of Applicant :1931b, I-block,38th Street,Anna Nagar
:NA
to Application Number West,Chennai:600040,Tamil Nadu Chennai ----------- -----------
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
A system and method to identify cancer in lungs, colon and brain from MRI and biopsy images are disclosed. The system includes a
module to acquire these images. The images are then processed. The system includes a machine learning module to acquire and
process the images and to train the module for identification of the type of cancer. The system has a cancer detection module that uses
the machine learning module and detects the type of cancer. The system is cost effective and replaces use of multiple equipment for
the detection of all the three types of cancers.

(19) INDIA
(54) Title of the invention : AUTOMATIC OBJECT DETECTION USING HYBRID DEEP LEARNING
Coimbatore – 641 202, Tamil Nadu Coimbatore ----------- ----------
-
:G01S0007410000, G06Q0010060000,
G06K0009620000, H04N0007180000,
classification 1)Mrs. R.Megala
F41H0011000000
Address of Applicant :Department of Computer &
(86) International
:NA Communication Engineering, Sri Eshwar College of Engineering,
Application No
:NA Kondampatti (Post), Vadasithur (Via),Kinathukadavu, Coimbatore
Filing Date
– 641202. Coimbatore ----------- -----------
(87) International
: NA 2)Mrs.N.Banupriya
Publication No
Filing Date
– 641202. Coimbatore ----------- -----------
(62) Divisional to
:NA 3)Dr.Anju Asokan
Application Number
:NA Address of Applicant :Department of Computer &
Filing Date
Communication Engineering, Sri Eshwar College of Engineering,
Kondampatti (Post), Vadasithur (Via),Kinathukadavu, Coimbatore
– 641202. Coimbatore ----------- -----------
4)Dr.S.Dhamodharan
– 641202. Coimbatore ----------- -----------
(57) Abstract :
Automatic Target detection using hybrid deep learning is a fast and effective way to predict an object’s. Target Detection is an
significantly transform military operations and provide a strategic advantage on the battlefield. Proposed Systems employ advanced
algorithms and deep learning techniques to autonomously recognize and classify various targets, including vehicles, aircraft, and
personnel. This capability reduces the burden on human operators, allowing them to focus on more critical tasks and make informed
decisions quickly. Applied in the fields of military, transportation, forest survey, security monitoring, disaster monitoring. This
technology enables militaries to detect enemy targets before they become aware of their presence. It helps mitigate threats to those on
the ground by providing participants with a significant head start. Though target identification has long played a key role in military
operations (radar detection systems), ATR’s speed and complex capabilities promise to drastically reduce human intervention in the
process, making weapons systems more efficient, accurate and effective. To obtain high accuracy with less processing time.Real-time
and accurate detection of battlefield targets will help us grasp the battlefield environment faster, search and track enemy units. The
planned work automatically helps in the detection of the target easily with high accuracy and low error rate.

(19) INDIA
(54) Title of the invention : DRUG CANDIDATE IDENTIFICATION BASED ON MOLECULAR INTERACTION PREDICTION
USING DEEP LEARNING MODELS
-
:G06N0003040000, G06N0003080000,
G01N0033500000, G16C0020300000,
classification 1)Mrs.G.G.Sreeja
C12Q0001180000
(86) International
Application No
Filing Date
– 641202. Coimbatore ----------- -----------
(87) International
: NA 2)Mrs.N.Banupriya
Publication No
Filing Date
– 641202. Coimbatore ----------- -----------
(62) Divisional to
:NA 3)Mrs. P.Megala
Application Number
Filing Date
– 641202. Coimbatore ----------- -----------
4)Dr. C. Babitha Lincy
– 641202. Coimbatore ----------- -----------
(57) Abstract :
The pharmaceutical industry faces significant challenges in discovering new drug candidates efficiently. Traditional methods for
predicting molecular interactions and identifying potential drug candidates are time-consuming and resource-intensive. In this project,
we propose a novel approach that leverages deep learning techniques to accelerate the drug discovery process. Our deep learning
models are trained on large-scale molecular data to predict molecular interactions with high accuracy. The molecular sequence of
different drug candidates can be identified by using Convolutional Neural Networks(CNN). This model can be trained on diverse
datasets of molecular structures, biological activity and chemical properties. Using this trained model, an effective predictive model
can be developed accurately by assessing interactions between small molecules and their target proteins, enzymes or receptors. These
predictions are then used to identify promising drug candidates, reducing the time and cost associated with drug development. These
predicted interactions can be used to identify potential drug candidates with high affinities and therapeutic potential. This innovative
approach has the potential to revolutionize drug discovery by expediting the identification of new treatments for various diseases.By
analyzing the predictions, various compounds with the highest likelihood of success can be predicted, thereby reducing the cost and
time associated with experimental testing. This in turn provide insights into the molecular features and factors that contribute to the
prediction accuracy.

(19) INDIA
(54) Title of the invention : IDENTIFICATION AND CLASSIFICATION OF THYROID DISORDER USING HYBRID DEEP
LEARNING TECHNIQUE
Address of Applicant :Sri Eshwar College of Engineering
-
:G06N0003080000, G06N0003040000,
A61P0005140000, A61P0009060000,
classification 1)Mrs. G.Dency Flora
A61P0005160000
(86) International
Application No
Filing Date
– 641202. Coimbatore ----------- -----------
(87) International
: NA 2)Dr. Anju Asokan
Publication No
Filing Date
– 641202. Coimbatore ----------- -----------
(62) Divisional to
:NA 3)Mrs. G.G.Sreeja
Application Number
Filing Date
– 641202. Coimbatore ----------- -----------
4)Mrs.R.Megala
– 641202. Coimbatore ----------- -----------
(57) Abstract :
The thyroid gland in our body acts as chemical messengers for travelling through the cells and tissues in our body maintaining the
speed at which our body works starting from digestion to energy, which is also called ‘metabolism’. Generally, visual examination of
X-Rays and manual techniques are used for these types of thyroid disease diagnosis There are the two main types of thyroid disease.
Hypothyroidism causes the body's metabolism to slow down. Weight gain, weariness, memory issues, movements and thoughts,
sluggish speech, anxiety, and concentration problems are all possible symptoms. Hyperthyroidism, on the other hand, causes the
body's metabolism to speed up. This causes a variety of symptoms, including a racing heartbeat, weight loss, diarrhoea, thirst, feeling
sweaty and trembling, feeling excessively hot, and so on. Thus, in this research work, we apply deep learning algorithms to detect
thyroid diseases and their presence without the need for several consultations from different doctors. This leads to the earlier
prediction of the presence of the disease and allows us to take prior actions immediately to avoid further consequences effectively and
cheaply avoiding the human error rate. The main aim of the research work is to find a novel accuracy which could be used by the
researchersusing deep neural network.

(19) INDIA
(54) Title of the invention : MULTI-MODAL DEPRESSION ASSESSMENT AND DEEP LEARNING-ENHANCED THERAPY
RECOMMENDATION SYSTEM VIA IOT
Kondampatti (Post), Vadasithur (Via), Kinathukadavu, Coimbatore – 641
202, Tamil Nadu Coimbatore ----------- -----------
(51) International
G16H0020700000, G06K0009620000, 1)Dr. C.Ganesh
classification
G06F0016350000 Address of Applicant :Department of Computer & Communication
(86) International Engineering, Sri Eshwar College of Engineering, Kondampatti (Post),
:NA
Application No Vadasithur (Via),Kinathukadavu, Coimbatore – 641202. Coimbatore -----
:NA
Filing Date ------ -----------
(87) International 2)Dr.C.Vivek
: NA
Publication No Address of Applicant :Department of Computer & Communication
(61) Patent of Addition Engineering, Sri Eshwar College of Engineering, Kondampatti (Post),
:NA
to Application Number Vadasithur (Via),Kinathukadavu, Coimbatore – 641202. Coimbatore -----
:NA
Filing Date ------ -----------
(62) Divisional to 3)Dr.S.R.Ashokkumar
:NA
Application Number Address of Applicant :Department of Computer & Communication
:NA
Filing Date Engineering, Sri Eshwar College of Engineering, Kondampatti (Post),
Vadasithur (Via),Kinathukadavu, Coimbatore – 641202. Coimbatore -----
------ -----------
4)Dr. S.Dhamodharan
Address of Applicant :Department of Computer & Communication
Engineering, Sri Eshwar College of Engineering, Kondampatti (Post),
Vadasithur (Via),Kinathukadavu, Coimbatore – 641202. Coimbatore -----
------ -----------
(57) Abstract :
In today’s world several people across the globe suffer from depression and anxiety related issues that keep on increasing daily. It’s difficult for the
medical personnel to identify the depression at an early stage so that effective treatment could be possible to cure the people from depression. The
proposed system employs BERT (Bidirectional Encoder Representations from Transformers) for multimodal depression analysis and therapy
recommendation with data obtained from IoT devices. The first step is to gather data from various IoT devices, such as wearable sensors, smartphone
apps, social media activity, voice recordings, and other relevant sources. This data should encompass text, images, audio, and sensor readings. The
next step is to Clean and preprocess the collected data to make it suitable for analysis. The process of Normalization of data, handling missing values,
and ensuring data consistency across different modalities are also handled in this step. The BERT model is utilized for processing text-based data,
such as text messages, social media posts, or transcripts of voice recordings. The text data is tokenized and encoded using pre-trained BERT models,
and the contextual embeddings for text-based features is obtained. The specialized deep learning models like Convolutional Neural Networks
(CNNs) for images and Recurrent Neural Networks (RNNs) for audio are employed to extract relevant features from image and audio data.
Multimodal fusion networks are utilized to merge these features effectively. This step integrates the features extracted from different data modalities
into a unified representation. A suitable therapy recommendation system is developed which takes into account the depression assessment results.
Rule based or Machine learning models are built that would recommend appropriate interventions based on the user's mental health status and
preferences. These recommendations could include therapy sessions, meditation exercises, lifestyle changes, or medication suggestions. This system
also gives maximum priority to user privacy and data security, adhering to relevant data protection regulations and ethical guidelines. Using BERT in
conjunction with deep learning and IoT data allows for a comprehensive assessment of an individual's mental and emotional state and personalized
therapy recommendations.

(19) INDIA
(54) Title of the invention : IOT BASED FAST TICKET SYSTEM USING MACHINE LEARNING AND DEEP LEARNING
Coimbatore – 641202, Tamil Nadu Coimbatore ----------- ----------
-
:G06Q0030020000, G06N0003080000,
G06N0020000000, G06Q0010060000,
classification 1)Mrs.P.Megala
G06Q0010020000
(86) International
Application No
Filing Date
– 641202. Coimbatore ----------- -----------
(87) International
: NA 2)Mrs.G.Dency Flora
Publication No
Filing Date
– 641202. Coimbatore ----------- -----------
(62) Divisional to
:NA 3)Dr.C.Vivek
Application Number
Filing Date
– 641202. Coimbatore ----------- -----------
4)Dr.R.Babitha Lincy
– 641202. Coimbatore ----------- -----------
(57) Abstract :
The IoT-based Fast ticket System, seamlessly integrating Machine Learning and Deep Learning technologies, redefines the ticketing
landscape by capitalizing on real-time data from IoT sensors to predict demand patterns and enhance ticket purchasing across diverse
domains. This innovative system employs Machine Learning for dynamic pricing and personalized recommendations, while Deep
Learning offers advanced security measures like facial recognition and voice commands. Beyond elevating the customer experience, it
aids event organizers and transportation authorities in optimizing resources and bolstering safety. Representing the future of ticketing,
this system promises convenience, operational efficiency, and revenue maximization, making it a transformative solution for both
customers and service providers.The IoT-based Fast ticket System not only offers unparalleled convenience and efficiency but also
adapts to environmental conditions, providing up-to-date information for weather-dependent events and transportation services. Its
innovative approach positions it as a catalyst for sustainability within the ticketing industry, minimizing waste and maximizing
resource allocation. By continuously collecting and analyzing data from IoT sources, this system represents a dynamic shift in
ticketing paradigms, one that prioritizes customer satisfaction, profitability, and environmental adaptability. As it continues to evolve
and mature, it holds the promise of revolutionizing ticketing experiences across multiple sectors, offering a glimpse into a more data-
driven, efficient, and customer-centric future.

(19) INDIA
(54) Title of the invention : IOT BASED SMART SYSTEM FOR ANOMALY DETECTION IN FARMING
Address of Applicant :Sri Eshwar College of Engineering
-
:G06Q0050020000, G16Y0010050000,
G01N0021355400, A01G0025160000,
classification 1)Dr. Anju Asokan
A01B0079000000
(86) International
Application No
Filing Date
– 641202. Coimbatore ----------- -----------
(87) International
: NA 2)Mrs.G.Dency Flora
Publication No
Filing Date
– 641202. Coimbatore ----------- -----------
(62) Divisional to
:NA 3)Mrs.G.G.Sreeja
Application Number
Filing Date
– 641202. Coimbatore ----------- -----------
4)Mrs. R.Megala
– 641202. Coimbatore ----------- -----------
(57) Abstract :
Agriculture is considered as one of the most important occupations which benefit humanity. Improved farming requires that
appropriate technological backup and government initiatives support them in attaining it so that it will help in farmers in improving
the overall yield and serve as a method of livelihood for them. It is essential that the better throughput is attained at minimum cost and
effort. With the continuous changes in parameter centered around agriculture, Internet of things is the technology on which the entire
sector is dependent upon. The addition of machine learning can further improve the yield and give better results. By making use of this
technology, it is easier to integrate to online platforms and is reliant and affordable and less costlier. Making use of the intelligence
with this technology, it is easier for farmers to track and regularly monitor the changing agricultural parameters so that human
intervention can be reduced to give better yield. By collecting the varying data from sensors such as moisture level, fertilizer level,
water content etc and monitoring them , the state of the crop can be analyzed. The crop output gets affected by the varying amount of
these factors and the changes in these factors change the yield the farmer gets. Hence controlling these factors and monitoring them is
of extreme importance. Also a large amount of the data need to be maintained which can affect the data security. Also unwanted data
need to be avoided so that accuracy in result can be guaranteed.

(19) INDIA
(54) Title of the invention : FACE RECOGNITION USING DEEP LEARNING NETWORK UNDER ADVERSE WEATHER
CONDITIONS IN FRONTIER SURVEILLANCE SYSTEMS
-
:G06K0009620000, G06T0005000000,
G06N0003040000, G08B0013196000,
classification 1)Mrs. N.Banupriya
G06N0020100000
(86) International
Application No
Filing Date
– 641202. Coimbatore ----------- -----------
(87) International
: NA 2)Dr. C.Ganesh
Publication No
Filing Date
– 641202. Coimbatore ----------- -----------
(62) Divisional to
:NA 3)Mrs. P.Megala
Application Number
Filing Date
– 641202. Coimbatore ----------- -----------
4)Dr. C. Babitha Lincy
– 641202. Coimbatore ----------- -----------
(57) Abstract :
In the realm of surveillance technology, inclement weather conditions pose a formidable challenge to efficient and effective
monitoring. This proposal introduces an innovative method and system specifically designed to address the complexities of
surveillance in foggy weather conditions. The approach hinges on an automated evaluation of image frames, intelligently determining
the degree of haze present. When the determined haze degree exceeds a predefined threshold, the system applies a cutting-edge dark
channel prior dehazing algorithm, substantially enhancing visibility. Conversely, when the haze is below the threshold, the system
seamlessly transitions to face detection and recognition processes, employing Histogram of Oriented Gradient (HOG) and Support
Vector Machine (SVM) techniques for identifying human faces. Notably, face recognition is accomplished with a Convolutional
Neural Network (CNN) harnessing the power of VGG Net architecture and a swish activation function, guaranteeing robustness to
distortions and geometric transformations. Ensuring a minimization of manpower requirements, the proposed system leverages GPU
cloud servers for parallelized processing and delivers real-time notifications and images of unauthorized individuals to relevant
personnel through Web APIs. This innovation promises to revolutionize surveillance capabilities, particularly in adverse weather
conditions, providing enhanced security and real-time decision support for a variety of applications.

(19) INDIA
(54) Title of the invention : EXPERIMENTAL AND FINITE ELEMENT ANALYSIS OF ROBUST SPLICED JOINT
CONNECTIONS IN GLASS FIBRE REINFORCED POLYMER SHORT COLUMN
1)REVA University
Address of Applicant :Rukmini Knowledge Park,
:G06F0030230000, C04B0028020000,
(51) International Kattigenahalli, Yelahanka, Bangalore 560064 Bangalore -----------
E04B0002840000, E04C0003040000,
classification -----------
E04B0001240000
2)Srujan MJ
(86) International
:NA 3)Dr. Seelam Srikanth
Application No
Filing Date
(87) International
Publication No
1)Srujan MJ
:NA Address of Applicant :School of Civil engineering, REVA
:NA University, Rukmini Knowledge Park, Kattigenahalli, Yelahanka,
Filing Date
Bangalore, Karnataka Bangalore ----------- -----------
(62) Divisional to
:NA 2)Dr. Seelam Srikanth
Application Number
:NA Address of Applicant :School of Civil engineering, REVA
Filing Date
University, Rukmini Knowledge Park, Kattigenahalli, Yelahanka,
Bangalore, Karnataka, India, 560064 Bangalore ----------- ----------
-
(57) Abstract :
The strength of a connection is an important design criterion for establishing stable structural design, Glass Fibre Reinforce Polymer
(GFRP) is a structural material that is popular in the aerospace industry for producing strong and lightweight structures. This material
holds various advantages when compared to traditional structural steel that is used in the construction industry but due to its abrupt
failure and lack of design codes, it is not commonly used in the construction of buildings. This study establishes a concept based on
robustness to make GFRP a usable material for the construction of buildings by designing a connection of an H-section short column
using a splicing joint from Euro Code 3. The failure mode of GFRP with linear load versus displacement behavior of the material as a
structural element is explained in comparison with the required type of failures and non-linear behavior of spliced joints used in this
study. Eight connection designs are established in the study, and they are tested using the manual testing method and using Finite
Element Analysis (FEA). The concept of robustness is established in the study and two connections that can be used for connecting
two GFRP H-section short columns are established in this study.

(19) INDIA
(54) Title of the invention : IMPLANTABLE PORTS
:A61M0039020000, A61M0001160000, (71)Name of Applicant :

(51) International
C12M0001340000, A61M0039040000, 1)Manipal Academy of Higher Education
classification
A61M0039100000 Address of Applicant :Madhav Nagar, Manipal, 576104,
(86) International Karnataka, India. Manipal ----------- -----------
:NA
:NA
: NA
Publication No 1)GURUPRASAD D RAI
(61) Patent of Address of Applicant :G-02, Shambhavi Sovereign,
Addition to :NA Vidyarathnanagar, Shivalli, Manipal, Udupi – 576104, Karnataka,
Application Number :NA India. Manipal ----------- -----------
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
The present disclosure provides for an implantable port (100) that includes a chamber (102) with one or more septum (104) that allow
needles (302) of a cannula (300) to be inserted for fluid communication. The port (100) also includes a catheter (110) connected to the
chamber (102), which is inserted into the patient (400)’s venous system. Fluids may be supplied and removed through the needles
(302) inserted into the septum (104). The septum (104) is made of self-sealing silicone, and may partition the chamber (102) into
separate portions (103) for holding fluids. The catheter (110) has passages connected to the chamber (102) for fluid flow, and may be
linear or coaxial. A dialysis kit is also provided, which includes the implantable port (100), the cannula (300) with non-coring needles,
and a dialysis device.

(19) INDIA
(54) Title of the invention : INFORMATION RETRIEVAL SYSTEM AND METHOD THEREOF
:G06N0003040000, G06N0003080000, 1)Manipal Academy of Higher Education
(51) International
G10L0015220000, G06F0040295000, Address of Applicant :Madhav Nagar, Manipal, 576104,
classification
G06N0003063000 Karnataka, India. Manipal ----------- -----------
:NA
:NA
(87) International 1)RATERIA, Shubham
: NA
Publication No Address of Applicant :74 Narkeldanga Main Road, Block 4, Flat
(61) Patent of Addition 5E Lake District, Kolkata – 700054, West Bengal, India. Kolkata -
:NA
to Application Number ---------- -----------
:NA
Filing Date 2)SINGH, Sanjay
(62) Divisional to Address of Applicant :Department of Information and
:NA
Application Number Communication Technology, Manipal Institute of Technology,
:NA
Filing Date Manipal Academy of Higher Education, Manipal, 576104,
Karnataka, India. Karnataka ----------- -----------
(57) Abstract :
The present disclosure relates generally to the field of Context-Aware Information Retrieval. More specifically the present disclosure
relates to an information retrieval system. The system (100) includes a multi-layered neural network (112) comprising a bidirectional
encoder representation from transformers (BERT) unit (112-1), a conversational unit (112-2) and a branched neural network unit (112-
3), a state machine manager (102) comprising one or more sub state machines (102-1), a web interface (108), a database (110), a
dialogue manager (104) comprising an intent extraction (104-1) and an entity extraction (104-2) and a computing device. The present
disclosure further relates to a method for retrieving information using the information retrieval system. Advantageously the present
disclosure relates to a retrieval system with simplified training infrastructure.

(19) INDIA
(54) Title of the invention : “SLEEPING APPARATUS WITH AMBIENT CONTROL FOR OPTIMAL REST AND RECOVERY”
1)Prof. M.Elayaraja
Address of Applicant :Professor and Director , Department of
Physical Education and Sports, Pondicherry University, Puducherry,
India- 605014 Puducherry ----------- -----------
2)Dilpreet kaur
3)Dr Vikas Mehta
4)Dr. S.Jayasingh Albert Chandrasekar
5)Karuppasamy Govindasamy
6)Dr. Nitin sehgal
7)Vaishali Parde
:A61B0005000000, A61M0021000000, 1)Prof. M.Elayaraja
(51) International
A61M0021020000, A61B0005110000, Address of Applicant :Professor and Director , Department of Physical
classification Education and Sports, Pondicherry University, Puducherry, India- 605014
A61B0005024000
(86) International Puducherry ----------- -----------
:NA 2)Dilpreet kaur
Application No
:NA Address of Applicant :Assistant Professor; Director of Physical Education
Filing Date
Suryadatta Group of Institutes, Pune, Maharashtra, India- 411030 Pune ---
(87) International -------- -----------
: NA
Publication No 3)Dr Vikas Mehta
(61) Patent of Addition Address of Applicant :Associate Professor in Physical Education, Sri
:NA
to Application Number Guru Hari Singh College, Sri Jiwan Nagar, Sirsa, Haryana, India- 125075
:NA
Filing Date Sirsa ----------- -----------
(62) Divisional to 4)Dr. S.Jayasingh Albert Chandrasekar
:NA Address of Applicant :Associate Professor & Head Department of
Application Number
:NA Physical Education and Sports Sciences Faculty of Science and
Filing Date
Humanities, SRM Institute of Science and Technology, Kattankulathur,
Tamilnadu, India- 603203 Kattankulathur ----------- -----------
5)Karuppasamy Govindasamy
Address of Applicant :Department of Physical Education and Sports
Sciences, College of Science and Humanities, SRM Institute of Science
and Technology, Kattankulathur, Tamilnadu, India- 603203
Kattankulathur ----------- -----------
6)Dr. Nitin sehgal
Address of Applicant :Assistant Professor, Department of Physical
Education SD COLLEGE , AMBALA CANTT, Haryana, India- 133001
Ambala Cantt ----------- -----------
7)Vaishali Parde
Address of Applicant :Physical Education teacher, Suryadatta Group of
Institutes, Pune, Maharashtra, India- 411030. Pune ----------- -----------
(57) Abstract :
The present invention provides a sleeping apparatus with ambient control for optimal rest and recovery. The apparatus includes a bed
with a built-in temperature control system, a lighting system that can be programmed to emit different colors and intensities of light, a
sound system that can play a variety of soothing sounds, an air filtration system to remove allergens and pollutants from the air, an
aromatherapy diffuser to release essential oils, a biofeedback module to provide the user with real-time feedback on their stress levels
and sleep patterns, a cognitive-behavioral therapy (CBT) module to provide the user with access to CBT-based sleep interventions,
smart home integration to allow the user to control the lighting, temperature, music, air quality, aromatherapy, and biofeedback from a
single device, and a sensor that monitors the user's sleep patterns and can adjust the lighting, temperature, music, air quality,
aromatherapy, biofeedback, and CBT accordingly.

(19) INDIA
(54) Title of the invention : Internet-Of-Things (IoT) enabled Fire Safety System with enhanced Emergency Response Features
:G08B0025140000, G08B0025000000, (71)Name of Applicant :

(51) International
G06Q0030020000, A61B0005020500, 1)PES University
classification
G08B0007060000 Address of Applicant :PES University Ring Road Campus,
(86) International 100 Feet Ring Road, Banshankari 3rd Stage, Bangalore – 560085,
:NA
Application No Karnataka, India Bangalore ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Mr. Pranav V Shastry
:NA
to Application Number Address of Applicant :E407, Golden Magic Block, Brigade
:NA
Filing Date Gardenia, J.P.Nagar 7th Phase, RBI Layout, Bangalore – 560078,
(62) Divisional to Karnataka, India Bangalore ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Internet-Of-Things (IoT) enabled Fire Safety System with enhanced Emergency Response Features [0065] The present invention
relates to a fire safety system integrating fire alarm control panels (101,103) with an IoT-enabled public addressing control panel
(102), for advanced communication and emergency response. This interconnected system features a dedicated communication
mechanism, facilitating precise zone mapping of manual call points (107) through a two-way serial communication link. A signaling
mechanism ensures that the public addressing control panel (102) displays specific indications only when a manual call point (107) is
activated. The inclusion of an emergency evacuation unit enhances safety by initiating an evacuation relay module (401) mechanism.
Furthermore, the public addressing control panel (102) allows two-way audio communication, with automatic phone call initiation in
case of non-acknowledgment. (Figure 1)

(19) INDIA
(54) Title of the invention : WATER QUALITY MONITORING AND AWARENESS MESSAGE SYSTEM MODEL IN SMART
CITIES
1)Dr. A. Beatrice Dorothy
Address of Applicant :Assistant Professor, Department of Data Science, St. Joseph’s College (Autonomous), Tiruchirappalli –
620002, Tamil Nadu, India. Tiruchirappalli ----------- -----------
2)C. Ambika Bhuvaneswari
3)Dr. Baishakhi Dutta
4)Dr. Ronakkumar K. Panchal
5)M. P. Karthik
6)Dr. Prajakta Jadhav
7)Ms. Suganya A
:G06Q0010060000, G01N0033180000, 8)Mr. Vikkram R
(51) International 9)Dr. Parita Jain
G06Q0050060000, G06Q0050260000, 10)Dr. Puneet Kumar Aggarwal
C02F0001000000 Address of Applicant : NA
(86) International 1)Dr. A. Beatrice Dorothy
:NA Address of Applicant :Assistant Professor, Department of Data Science, St. Joseph’s College (Autonomous), Tiruchirappalli –
Application No 620002, Tamil Nadu, India. Tiruchirappalli ----------- -----------
:NA 2)C. Ambika Bhuvaneswari
Filing Date Address of Applicant :Assistant Professor, Department of Electronics and Communication Engineering, Vel Tech Rangarajan Dr.
Sagunthala R&D Institute of Science and Technology, 42, Avadi Vel Tech road, Avadi, Chennai-600062, Tamil Nadu, India.
: NA 3)Dr. Baishakhi Dutta
Publication No Address of Applicant :Associate Professor, Department of Geography, R J College of Arts Science and Commerce, Ghatkopar
Station west, Mumbai – 400086, Maharashtra, India. Mumbai ----------- -----------
(61) Patent of Addition 4)Dr. Ronakkumar K. Panchal
:NA Address of Applicant :Adjunct Professor, RNGPTIT College of Engineering, Bardoli, Surat-394601, Gujarat, India. Surat ----------- -
to Application Number ----------
:NA 5)M. P. Karthik
Filing Date Address of Applicant :Assistant Professor, Department of Civil Engineering, SSM Institute of Engineering and Technology, Palani
Highway, Sindalagundu Post, Dindigul, Tamil Nadu, India. Dindigul ----------- -----------
(62) Divisional to 6)Dr. Prajakta Jadhav
:NA Address of Applicant :Assistant Professor, Department of Environment Studies and Foundation course, Thakur College of Science
Application Number and Commerce, Mumbai, Maharashtra, India. Mumbai ----------- -----------
:NA 7)Ms. Suganya A
Filing Date Address of Applicant :Assistant Professor, Department of Information Technology, Karpagam College of Engineering, Coimbatore,
Tamil Nadu, India. Coimbatore ----------- -----------
8)Mr. Vikkram R
Address of Applicant :Assistant professor, Department of Information Technology, Karpagam College of Engineering, Coimbatore,
Tamil Nadu, India. Coimbatore ----------- -----------
9)Dr. Parita Jain
Address of Applicant :Associate Professor, Department of Computer Science and Engineering, KIET Group of Institutions,
Ghaziabad, Delhi-NCR, India. Delhi ----------- -----------
10)Dr. Puneet Kumar Aggarwal
Address of Applicant :Associate Professor, Department of Information Technology, ABES Engineering College, Ghaziabad, Delhi-
NCR, India. Delhi ----------- -----------
(57) Abstract :
WATER QUALITY MONITORING AND AWARENESS MESSAGE SYSTEM MODEL IN SMART CITIES ABSTRACT In the
rapidly urbanizing landscape of smart cities, ensuring the quality and availability of water resources is paramount for the well-being of
citizens and the sustainable development of communities. This invention proposes a comprehensive model for a Smart Water Quality
Monitoring and Awareness System (SWQMAS) designed to address the challenges associated with water quality in urban
environments. The system integrates advanced sensor technologies, data analytics, and a robust communication infrastructure to
enable real-time monitoring and dissemination of water quality information. The overarching goal is to enhance public awareness,
promote responsible water usage, and facilitate timely responses to potential water contamination events. The proposed invention aims
to empower citizens with knowledge about their water sources, fostering a sense of responsibility towards sustainable water
management. By leveraging technology to monitor and communicate water quality information in real-time, smart cities can enhance
environmental stewardship, encourage civic engagement, and contribute to the overall well-being of their residents. The
implementation of such a system represents a crucial step towards achieving the goals of sustainable urban development and ensuring
access to clean water for current and future generations.

(19) INDIA
(54) Title of the invention : PRODUCT AUTHENTICITY ASSURANCE SYSTEM
:H04L0009320000, G06Q0030000000,
(51) International 1)Poorani Marimuthu
G06Q0020380000, G06Q0030060000,
classification Address of Applicant :105, Kumari Lotus Apartments,
G06Q0020400000
Junnasandra, Sarjapur Road ----------- -----------
(86) International
:NA 2)Aparna N
Application No
Filing Date
(87) International
Publication No
1)Poorani Marimuthu
:NA Address of Applicant :105, Kumari Lotus Apartments,
:NA Junnasandra, Sarjapur Road ----------- -----------
Filing Date
2)Aparna N
(62) Divisional to
:NA Address of Applicant :Assistant Professor, Information Science
Application Number
:NA and Engineering, CMR Institute of Technology, AECS Layout
Filing Date
Bengaluru Karnataka 560037 India Bangalore ----------- -----------
(57) Abstract :
The worldwide advancement of a product or technology is invariably accompanied by various risk factors, including counterfeiting
and replication, which can significantly impact a company's reputation, financial performance, and customer well-being. Within the
supply chain, numerous items are involved, and differentiating the authenticity of these products from their duplicates presents a
substantial challenge for manufacturers, leading to considerable losses resulting from counterfeit or fraudulent goods. Blockchain
technology can be used to determine the authenticity of a product. Blockchain serves as a security mechanism for data, rendering it
resistant to unauthorised modification, hacking, or manipulation. Essentially, a blockchain is a digital ledger of transactions that is
duplicated and shared across a network of blockchain-enabled computers. Every block within this chain contains multiple transactions,
and with each new transaction on the blockchain, a permanent record of it is appended to the records of all participants. Distributed
Ledger Technology (DLT) denotes a decentralised database managed by a vast number of individuals. Blockchain, as a subtype of
distributed ledger technology, captures transactions using an unchangeable cryptographic signature known as a hash. When a product
is placed on the network, a hash code is created and utilised for that particular product. All transaction histories related to the product,
along with its present owner, will be consolidated into a string representing these product transactions. These transaction records are
preserved within the blockchain as individual blocks. In the proposed system, NFT tokenization can be applied for transforming the
products into non-fungible tokens (NFTs) on a blockchain. This process establishes a verifiable ownership system and thus can verify
the genuinity of the product. Also a unique QR code will be allocated to each product, allowing end-users to scan the QR code to
access comprehensive product details. Upon scanning the QR code, the authenticity of the products can be verified, distinguishing
between genuine and counterfeit items.

(19) INDIA
(54) Title of the invention : THIN FILM IN CROSS FLOW (TFCF) NOZZLE FOR DRONE SPRAYING
Address of Applicant :C V Raman Road, Bangalore – 560012,
Karnataka, India. Bangalore ----------- -----------
:A01C23/04, B05B1/02,
B05B7/10, B64D1/18
1)MAHULKAR, Suyog V
:NA Address of Applicant :Indian Institute of Science, C V Raman
No
:NA Road, Bangalore - 560012, Karnataka, India. Bangalore -----------
Filing Date
-----------
2)DASH, Susmita
Application Number
:NA Road, Bangalore - 560012, Karnataka, India. Bangalore -----------
Filing Date
-----------
:NA 3)BOBJI, M. S.
Number
Filing Date
Road, Bangalore - 560012, Karnataka, India. Bangalore -----------
-----------
4)ARAKERI, Jaywant H
Address of Applicant :Indian Institute of Science, C V Raman
Road, Bangalore - 560012, Karnataka, India. Bangalore -----------
-----------
(57) Abstract :
The present discloses relates to a Thin Film in Cross Flow (TFCF) nozzle (200) designed for efficient and precise liquid droplet
generation. The nozzle (200) includes a liquid outlet (102) directing a controlled liquid jet onto a surface disc (104), creating a thin,
uniform liquid film (106). A circumferential air nozzle (200) generates an air jet, rupturing the liquid film (106) into droplets. The
nozzle (200) incorporates mechanisms for adjusting a distance between the surface disc (104) and a nozzle exit, ensuring optimal
droplet formation. Integrated into unmanned aerial vehicles via robotic telescopic arms, the TFCF nozzle (200) allows targeted
spraying of agrochemicals near the crop without using the rotor's downwash, minimizing wastage and drift. Real-time sensors and
feedback mechanisms adapt droplet generation based on environmental conditions.

(19) INDIA
(54) Title of the invention : A METHOD FOR CONTROLLED DATA ANONYMIZATION FOR MACHINE LEARNING IN
CLOUD COMPUTING
1)A.PRASHANTHI
Address of Applicant :ASSISTANT PROFESSOR, Department of CSE, Nalla Narasimha Reddy
Education Society's Group of Institutions, Hyderabad, Hyderabad, Telangana 500088, India. Hyderabad --------
--- -----------
2)Anitha Yajjala
3)Dr N Ramesh Babu
:G06F0021620000, G06F0021600000, 4)Mohammed Inayathulla
(51) International 5)S.Meghana
G06N0020000000, G16H0010600000,
classification 6)MANKALI PRIYADARSHINI
H04W0012020000 7)Dr. K. Bhargavi
Application No
:NA 1)A.PRASHANTHI
Filing Date Address of Applicant :ASSISTANT PROFESSOR, Department of CSE, Nalla Narasimha Reddy Education
Society's Group of Institutions, Hyderabad, Hyderabad, Telangana 500088, India. Hyderabad ----------- ---------
: NA 2)Anitha Yajjala
Publication No Address of Applicant :CSE dept, Asst.Prof, Nalla Malla Reddy engineering college,Autonomous, Ghatkesar
(61) Patent of Addition Mandal, Medchal District- 500088, Hyderabad,Telangana, India. ----------- -----------
:NA 3)Dr N Ramesh Babu
to Application Number Address of Applicant :Associate Professor,Dept of Computer science and Engineering, School of engineering
:NA and Applied Technology, BEST INNOVATION UNIVERSITY, Andhra Pradesh, India. ----------- -----------
Filing Date 4)Mohammed Inayathulla
(62) Divisional to Address of Applicant :ASSISTANT PROFESSOR, Department of CSE,Gates Institute of Technology, Gooty,
:NA Andhra Pradesh, India. Gooty ----------- -----------
Application Number 5)S.Meghana
:NA Address of Applicant :ASSISTANT PROFESSOR, Department of CSE, NGIT Engineering College,
Filing Date Hyderabad , Telangana, India. ----------- -----------
6)MANKALI PRIYADARSHINI
Address of Applicant :ASSISTANT PROFESSOR, Department of CSE, Kakatiya institute of technology and
science, Warangal, Telangana, India. ----------- -----------
7)Dr. K. Bhargavi
Address of Applicant :Associate Professor & HOD, Dept of Computer science and Engineering, PVKK
Institute of Technology, Anantapur, Andhra Pradesh- 515001, India. ----------- -----------
(57) Abstract :
Big data and its usage has become an important aspect due to availability of cloud computing platforms and distributed programming
frameworks like Hadoop. Organizations are relying more on cloud storage and also mining services provided by third parties. In this
case, if the data is given to third party without anonymization, it may be subjected to privacy attacks. Therefore, for content owner, it
is indispensable to anonymize sensitive data before giving it for mining. However, the anonymization techniques available such as k-
Anonymity, l-Diversity and t-Closeness have no provision for controlled anonymization. This will result in anonymized data losing its
utility for the sake of privacy. To overcome this problem and to strike the balance between data privacy and utility, the current
invention is meant for controlled anonymization of data based on its sensitivity. The data sensitivity is estimated by using a measure
which returns misuse probability score. Based on this score, it is possible to determine the level of anonymization. Thus the current
invention has provision to anonymize data and ensure that it does not lose its utility for data mining. The current invention, therefore,
can be used as Controlled Anonymization as a Service (CAaaS) in cloud platforms. It makes use of MapReduce programming
paradigm to process big data efficiently. The current invention is beneficial to stakeholders such as cloud service providers, owners of
big data, organizations, governments, researchers and academia.

(19) INDIA
(54) Title of the invention : AN INTEGRATED MONITORING SYSTEM FOR COAL MINE SAFETY
:E21F0017180000, G01N0033000000,
G08B0021120000, G08B0021140000,
E21F0011000000
(86) International
:NA 1)RIDH MALLICK
Application No
:NA Address of Applicant :Vel Tech Rangarajan Dr.Sagunthala R&D
Filing Date
Institute of Science and Technology No 42, Avadi - Vel Tech
(87) International
: NA Road, Avadi, Chennai -600062 Tamil Nadu, India Avadi -----------
Publication No
-----------
:NA 2)HARSH CHOURASIA
:NA Address of Applicant :Vel Tech Rangarajan Dr.Sagunthala R&D
Filing Date
(62) Divisional to
Application Number
:NA -----------
Filing Date
3)Chithras.T
Address of Applicant :Vel Tech Rangarajan Dr.Sagunthala R&D
Road, Avadi, Chennai -600062 Tamil Nadu, India Avadi -----------
-----------
(57) Abstract :
ABSTRACT An integrated monitoring system for coal mine safety The present invention discloses an Internet of Things (IoT)-based
integrated monitoring system and method for coal mine safety that addresses the pressing issue of hazardous gas exposure in coal
mines. The system employs a specialized surveillance vehicle equipped with advanced sensors, including MQ-9 and MQ-135 gas
detectors, heat sensors, and air quality monitors. The vehicle, controlled by an Arduino Mega 2560, navigates challenging mine
terrains, continuously analyzing the environment. In semi-automatic mode, it detects harmful gases, measures temperature using
LM35, and transmits real-time data via an HC05 Bluetooth module. The instant invention aims to significantly contribute to accident
prevention, emergency response, and the overall well-being of coal mine workers by providing early warnings and ensuring a safer
working environment.

(19) INDIA
(54) Title of the invention : PLANT ME- SUSTAINABLE SEED-EMBEDDED PAPER BAGS
1)Dr N MALARVIZHI
:A01G0023000000, A01G0009029000,
(51) International Institute of Scince and Technology No 42, Avadi - Vel Tech
A61B0005021000, A01G0022000000,
classification Road, Avadi, Chennai -600062 Tamil Nadu, India Avadi -----------
H04N0021810000
-----------
(86) International
:NA 2)KOMMA VISHWESHWAR REDDY
Application No
:NA Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D
Filing Date
(87) International
: NA Road, Avadi, Chennai -600062 Tamil Nadu, India Avadi -----------
Publication No
-----------
:NA 3)RONANKI DASARADH
:NA Address of Applicant :Vel Tech Rangaraj Dr. Sagunthala R& D
Filing Date
(62) Divisional to
Application Number
:NA -----------
Filing Date
4)VASANTH SHIVANNA
-----------
5)SREERAM MANDAATI
-----------
(57) Abstract :
ABSTRACT PLANT ME- Sustainable Seed-Embedded Paper Bags The present invention discloses an innovative solution to
environmental challenges, offering an eco-friendly alternative to traditional plastic bags. The bags are crafted from biodegradable
materials and embedded with various seeds, enabling users to contribute to reforestation efforts after use. The invention introduces a
unique zigzag or bridge-like structure at the bottom, enhancing the bag's load-bearing capacity and overall durability. By moistening
the bag post-use and planting it in a suitable location, the embedded seeds germinate, promoting biodiversity and sustainable practices.
The instant invention combines practical functionality with environmental consciousness, addressing the detrimental impact of plastic
pollution while encouraging active participation in fostering a greener planet. The inventive design and dual-purpose nature of the
instant invention make it a promising contribution to the quest for sustainable and responsible packaging solutions.

(19) INDIA
(54) Title of the invention : LOW COST SINGLE PHASE ENERGY METER
:G01R21/00, G01R21/133,
G06Q50/06, G08C17/00, G16Y10/35,
G16Y40/10
1)Dr.G.R.KANGACHIDAMBARESAN
(86) International
:NA Address of Applicant :224, Jawahar ayya nagar, Adhanur,
Application No
:NA Kanchipuram (Dist) Tamil Nadu, 603202. Kanchipuram -----------
Filing Date
-----------
(87) International
: NA 2)GUNDA UDAY NATH
Publication No
Address of Applicant :8-129, mormina baad,Guntakal,Anantapur,
:NA Andhra Pradesh-515801. Anantapur ----------- -----------
Application Number
:NA 3)Dr.ARUN.C.A
Filing Date
Address of Applicant :No:2/17 A, Kallangulam, R.Puduppalayam,
(62) Divisional to
:NA Rasipuram- 637 408. Rasipuram ----------- -----------
Application Number
:NA 4)DURAIRAJ T S
Filing Date
Address of Applicant :29a, Sankarapuram Main Road,
Kallakurichi, Kallakurichi (Dist), Tamil Nadu,606202.
Kallakurichi ----------- -----------
5)JALDU KRISHNA MAITREYA
Address of Applicant :28/366, Cicle Peta, Machilipatnam, Krishna
(Dist), Andhra Pradesh-521001. Krishna ----------- -----------
(57) Abstract :
ABSTRACT LOW COST SINGLE PHASE ENERGY METER The invention discloses a low-cost single-phase energy meter,
integrating the ADE7753 integrated circuit and ESP8266 D1 Mini microcontroller for precise energy measurements. Addressing the
challenges of traditional meters, it boasts a compact design (111 x 35 mm) and IoT connectivity, enabling real-time monitoring via a
user-friendly dashboard. The system incorporates a non-contact current transformer, 10MHz crystal oscillator, and safety features such
as a 10A fuse. The IoT dashboard displays current, voltage, frequency, power, and power factor, fostering efficient energy
consumption tracking. Additionally, the method involves calculating active and reactive energy, voltage, current, and power factor,
ensuring accuracy and safety. This invention revolutionize energy monitoring in industrial settings, offering cost-effectiveness, space
efficiency, and IoT-enabled remote accessibility.

(19) INDIA
(54) Title of the invention : IOT- BASED HEALTHCARE MONITORING AND REMOTE PATIENT CAR
1)Dr. ANJAY KUMAR MISHRA
Address of Applicant :RESEARCH PROFESSOR, RESEARCH, KATHMANDU COLLEGE OF MANAGEMENT,
KATHMANDU, BAGMATI, NEPAL ----------- -----------
2)Dr. NAYEEMUDDIN
3)Dr. ELANGOVAN GURUVA REDDY
4)Mr.J LOGESHWARAN
5)Mr.R.RADHAKRISHNAN
6)Dr. AADESH KUMAR ARYA
8)Dr. MOHD. AMJAD
9)Dr.SANDEEP KUMAR HEGDE
10)Dr.V. KARTHI
11)MENDA SREEVANI
1)Dr. ANJAY KUMAR MISHRA
Address of Applicant :RESEARCH PROFESSOR, RESEARCH, KATHMANDU COLLEGE OF MANAGEMENT,
KATHMANDU, BAGMATI, NEPAL ----------- -----------
2)Dr. NAYEEMUDDIN
:G16H0040670000, G16H0010600000, A61B0005000000, G06Q0010100000,
(51) International classification Address of Applicant :H.O.D MECHANICAL ENGINEERING, MECHANICAL ENGINEERING, KHAJA BANDANAWAZ
G16H0040200000
UNIVERSITY, KALABURAGI, KARNATAKA-585105 Kalaburagi ----------- -----------
3)Dr. ELANGOVAN GURUVA REDDY
Filing Date :NA
Address of Applicant :ASSOCIATE PROFESSOR, COMPUTER SCIENCE AND ENGINEERING, KONERU LAKSHMAIAH
EDUCATION FOUNDATION, VIJAYAWADA, ANDHRAPRADESH-522302, INDIA Vijayawada ----------- -----------
:NA 4)Mr.J LOGESHWARAN
Number
:NA Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT OF ELECTRONICS AND COMMUNICATION
Filing Date
ENGINEERING, SRI ESHWAR COLLEGE OF ENGINEERING, COIMBATORE- TAMIL NADU Coimbatore ----------- -----------
5)Mr.R.RADHAKRISHNAN
Filing Date :NA
Address of Applicant :ASSISTANT PROFESSOR, CSE-DATA SCIENCE, NAGARJUNA COLLEGE OF ENGINEERING AND
TECHNOLOGY, BENGALURU, KARNATAKA-562164, INDIA Bengaluru ----------- -----------
6)Dr. AADESH KUMAR ARYA
Address of Applicant :DIRECTOR (ACADEMICS) , ELECTRICAL ENGINEERING, OM GROUP OF COLLEGES, ROORKEE,
UTTRAKHAND-247667, INDIA Roorkee ----------- -----------
Address of Applicant :PHD SCHOLAR, COMPUTER ENGINEERING, JAMIA MILLIA ISLAMIA, NEW DELHI-110025, INDIA
New Delhi ----------- -----------
8)Dr. MOHD. AMJAD
Address of Applicant :PROFESSOR, COMPUTER ENGINEERING, JAMIA MILLIA ISLAMIA, NEW DELHI-110025 New Delhi
----------- -----------
9)Dr.SANDEEP KUMAR HEGDE
Address of Applicant :ASSOCIATE PROFESSOR, CSE, NMAM INSTITUTE OF TECHNOLOGY,-AFFILIATED TO NITTE
(DEEMED TO BE UNIVERSITY), NITTE, 574110, KARKALA TALUK, UDUPI DISTRICT, KARNATAKA, INDIA Udupi -----
------ -----------
10)Dr.V. KARTHI
Address of Applicant :ASSISTANT PROFESSOR, MECHANICAL, SNS COLLEGE OF TECHNOLOGY, COIMBATORE,
TAMILNADU Coimbatore ----------- -----------
11)MENDA SREEVANI
Address of Applicant :DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING, INSTITUTE OF
AERONAUTICAL ENGINEERING, DUNDIGAL- 500043, HYDERABAD, INDIA Hyderabad ----------- -----------
(57) Abstract :
ABSTRACT IOT- BASED HEALTHCARE MONITORING AND REMOTE PATIENT CAR The Internet of Things (IoT)-based Healthcare Monitoring and Remote Patient Care (RPC) systems are a new, cutting-edge technology that enables the remote identification,
monitoring, and management of patients’ health conditions. It allows for both the efficient delivery of medical services and the assured well-being of patients while reducing costs and workloads. The technology uses medical devices and other sensors connected to a
healthcare provider's secure network, which allows for real-time tracking of data – such as vital signs, vital signs trends, trends in medications, and more. This data is used to build a comprehensive picture of the patient's health and to provide personalized care. It also
helps healthcare professionals monitor, diagnose, with insights into a patient's condition to identify any changes or early warning signs. The application of IoT-based Healthcare Monitoring and Remote Patient Care systems have been shown to improve patient care in
various ways, such as reducing healthcare costs, while improving treatment outcomes, streamlining medical visits, reducing hospital admissions, and enhancing patient engagement and satisfaction. Additionally, the technology enables flexible care models and increased
access to healthcare services for both patients and providers. Overall, the IoT-based Healthcare Monitoring and Remote Patient Care systems offer numerous benefits for healthcare providers, including improved care and greater efficiency. Further, by using innovative
technology to actively monitor and manage patient health, providers can ensure that they are delivering the best care possible to their patients – with reduced costs, improved outcomes, and increased satisfaction for everyone. Remote patient cars are one of the many
applications of the IoT in healthcare. By leveraging a connected medical device installed in a vehicle, healthcare providers can monitor patient conditions from afar. A patient’s vital signs and any symptoms can be monitored in real-time and relevant information can be
shared with the patient’s healthcare provider. This can enable physicians to more quickly respond to changes in the patient’s condition, diagnose diseases, and adjust treatment quickly. These cars can also provide a convenient way for patients to access healthcare
services, such as connecting with a physiotherapist or doctor, or providing transportation to and from appointments. In addition to remote patient cars, the IoT can be used to monitor and streamline healthcare processes. By linking multiple healthcare devices, healthcare
providers can streamline and automate processes, leading to improved administration, patient care, and communication. The IoT allows for greater visibility into patient health and allows healthcare providers to access information from any location. This allows for more
efficient and cost-effective operations. The use of the IoT in healthcare provides many benefits, including reduced costs, improved quality of care, and improved patient satisfaction.

(19) INDIA
(54) Title of the invention : ANALYSIS OF HOW ECOMMERCE AI IS TRANSFORMING INTO BUSINESS
1)Dr.VIJAYAKUMAR.N
Address of Applicant :ASSISTANT PROFESSOR (SR.GR),
COMMERCE, B S ABDUR RAHMAN CRESCENT
INSTITUTE OF SCIENCE AND TECHNOLOGY, CHENNAI,
TAMIL NADU-600 048, INDIA Chennai ----------- -----------
2)Dr.M.THAIYALNAYAKI
:G06Q0030020000, G06Q0030060000, 3)Dr.V.ANDAL
(51) International 4)Mrs. MONALISA PATTANAYAK
G06Q0030000000, G06N0020000000,
classification 5)Dr. VINIT SIKKA
G06Q0010100000
6)AMIT KUMAR
(86) International
:NA 7)Dr. JITENDRA SHARMA
Application No
:NA 8)Dr. SHRUTI AVADHOOT REGE
Filing Date
(87) International 9)Mrs.MENDA SREEVANI
: NA 10)Ms. PRIYANKA TORNE
Publication No
(61) Patent of Addition 11)Dr . Asst. Prof. SHRADDHA S.MANDHARE
:NA 12)Dr . Asst. Prof. SWATI V. DHONDE[KALE]
Filing Date
(62) Divisional to Address of Applicant : NA
:NA 1)Dr.VIJAYAKUMAR.N
Application Number Address of Applicant :ASSISTANT PROFESSOR (SR.GR), COMMERCE, B S ABDUR RAHMAN CRESCENT INSTITUTE OF SCIENCE AND TECHNOLOGY, CHENNAI, TAMIL NADU-600 048, INDIA Chennai
----------- -----------
:NA 2)Dr.M.THAIYALNAYAKI
Address of Applicant :PROFESSOR, B.COM (ACCOUNTS AND FINANCE), VELS INSTITUTE OF SCIENCE, TECHNOLOGY AND ADVANCED STUDENTS , CHENNAI, TAMILNADU-600043, INDIA Chennai
Filing Date ----------- -----------
3)Dr.V.ANDAL
Address of Applicant :ASSOCIATE PROFESSOR,B.COM (ACCOUNTS AND FINANCE), VELS INSTITUTE OF SCIENCE, TECHNOLOGY AND ADVANCED STUDENTS , CHENNAI, TAMILNADU-600043,
INDIA Chennai ----------- -----------
4)Mrs. MONALISA PATTANAYAK
Address of Applicant :ASSISTANT PROFESSOR, DEPARTMENT OF BASIC SCIENCE AND HUMANITIES (BSH) , MAJHIGHARIANI INSTITUTE OF TECHNOLOGY AND SCIENCE (MITS), RAYAGADA,
ODISHA, INDIA- 765017 Rayagada ----------- -----------
5)Dr. VINIT SIKKA
Address of Applicant :ASSOCIATE PROFESSOR, SCHOOL OF LEADERSHIP AND MANAGEMENT, MANAV RACHNA INTERNATIONAL INSTITUTE OF RESEARCH AND STUDIES, FARIDABAD,
HARYANA-121010 Faridabad ----------- -----------
6)AMIT KUMAR
Address of Applicant :ASSISTANT PROFESSOR, SCHOOL OF LEADERSHIP AND MANAGEMENT, MANAV RACHNA INTERNATIONAL, INSTITUTE OF RESEARCH AND STUDIES, FARIDABAD,
HARYANA-121010 Faridabad ----------- -----------
7)Dr. JITENDRA SHARMA
Address of Applicant :PROFESSOR, BUSINESS MANAGEMENT SANKALCHAND PATEL COLLEGE OF ENGINEERING, SANKALCHAND PATEL UNIVERSITY, VISNAGAR, MEHSANA, GUJARAT,
384315 Mehsana ----------- -----------
8)Dr. SHRUTI AVADHOOT REGE
Address of Applicant :VICE-PRINCIPAL , COMPUTER SCIENCE , AAER'S ASIAN COLLEGE OF SCIENCE AND COMMERCE, PUNE , MAHARASHTRA -411041 Pune ----------- -----------
9)Mrs.MENDA SREEVANI
Address of Applicant :DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING, INSTITUTE OF AERONAUTICAL ENGINEERING, DUNDIGAL- 500043, HYDERABAD, INDIA Hyderabad
----------- -----------
10)Ms. PRIYANKA TORNE
Address of Applicant :ASSISTANT PROFESSOR, ELECTRONICS, SANCHETI COLLEGE OF ARTS, COMMERCE AND SCIENCE, PUNE, MAHARASHTRA-411033 INDIA Pune ----------- -----------
11)Dr . Asst. Prof. SHRADDHA S.MANDHARE
Address of Applicant :ASST. PROFESSOR , COMMERCE AND MANAGEMENT, ASIAN COLLEGE OF SCIENCE AND COMMERCE , PUNE, MAHARASHTRA-411041 Pune ----------- -----------
12)Dr . Asst. Prof. SWATI V. DHONDE[KALE]
Address of Applicant :ASST. PROFESSOR , COMMERCE AND MANEGMENT, ASIAN COLLEGE OF SCIENCE AND COMMERCE, PUNE,- 411041, MAHARASHTRA Pune ----------- -----------
(57) Abstract :
ABSTRACT Analysis of How Ecommerce AI is transforming into Business Ecommerce Artificial Intelligence (AI) is a rapidly
growing field of technology, allowing businesses to improve their customer service, interactiveness, and efficiency through the
utilization of AI-driven services. AI provides businesses with the ability to improve customer service by monitoring customer
behavior and providing personalized experiences for each customer. AI-powered platforms allow businesses to interact with customers
more efficiently and quickly, while also providing a more organized way to process transactions. Additionally, AI-driven services can
enhance the customer experience through personalization, allowing businesses to tailor their services in order to optimize the
customer’s experience with the business. Furthermore, AI can improve operational efficiency through automation, serving as a
foundation for streamlined processes that are more efficient and less labor-intensive. In summary, AI has the capability to
revolutionize ecommerce and business as a whole, transforming the way businesses interact with customers, process transactions, and
ultimately make more money. This paper provides an analysis of how ecommerce AI is transforming businesses, focusing on three
key areas: customer segmentation, automated operations, and targeted advertising. It is shown that ecommerce AI can effectively
enhance customer segmentation by allowing organizations to better understand their customer bases. Automated operations free up
employee time for more customer-facing activities, allowing businesses to better meet the needs of their customers. Finally,
ecommerce AI can increase advertising performance through the use of machine learning algorithms to customize the ad experience
for each customer. Overall, ecommerce AI is transforming businesses by helping organizations to better understand and serve their
customers, manage operations, and increase advertising performance.

(19) INDIA
(54) Title of the invention : ANALYSIS OF NUMBER OF CUSTOMER VISIT IN FESTIVAL SALE OF MYNTRA E-
COMMERCE BUSINESS IN INDIA
1)Dr.ILA NAKKEERAN
Address of Applicant :ASSISTANT PROFESSOR, DEPARTMENT OF B.COM CS & AF, SRM INSTITUTE OF SCIENCE AND TECHNOLOGY KATTANKULATHUR , CHENNAI, TAMILNADU -603203,
INDIA Chennai ----------- -----------
2)Dr.SAURABH VERMA
3)Dr. GUNA SANKAR DOGUPARTHY
4)PROF. ADITYA KHANDWE
5)Mr. MAKARAND THAKOOR
6)Mrs. R PREETHA
7)Ms.REENA CATHERINE
8)Dr. DEVADUTTA INDORIA
9)Dr . LILA SIMON
10)Y.ANJANI KUMARI
11)Ms. RADHA .T
12)Mr.J. LOGESHWARAN
(51) International classification :G06Q0030020000, G06Q0030060000, G06Q0030000000, G06Q0010040000, G06F0016953500 1)Dr.ILA NAKKEERAN
(86) International Application No :NA Address of Applicant :ASSISTANT PROFESSOR, DEPARTMENT OF B.COM CS & AF, SRM INSTITUTE OF SCIENCE AND TECHNOLOGY KATTANKULATHUR , CHENNAI, TAMILNADU -603203, INDIA
Filing Date :NA Chennai ----------- -----------
(87) International Publication No : NA 2)Dr.SAURABH VERMA
(61) Patent of Addition to Application Number :NA Address of Applicant :ASSOCIATE PROFESSORS, DEPARTMENT OF BUSINESS ADMINISTRATION, MJPRU BAREILLY , UTTER PRADESH- 243122 Bareilly ----------- -----------
Filing Date :NA 3)Dr. GUNA SANKAR DOGUPARTHY
(62) Divisional to Application Number :NA Address of Applicant :PROFESSOR, DEPT. OF MANAGEMENT COLLEGE OF BUSINESS & ECONOMICS, DEBRE BERHAN UNIVERSITY, DEBRE BERHAN ETHIOPIA ----------- -----------
Filing Date :NA 4)PROF. ADITYA KHANDWE
Address of Applicant :ASSISTANT PROFESSOR , FINANCE, LALA LAJPATRAI INSTITUTE OF MANAGEMENT, MUMBAI, MAHARASHTRA -400034 Mumbai ----------- -----------
5)Mr. MAKARAND THAKOOR
Address of Applicant :ASSISTANT PROFESSOR, FINANCE, LALA LAJPATRAI INSTITUTE OF MANAGEMENT, MAHALAXMI, MUMBAI, MAHARASHTRA - 400034 Mumbai ----------- -----------
6)Mrs. R PREETHA
Address of Applicant :ASSISTANT PROFESSOR II, MATHEMATICS, BANNARI AMMAN INSTITUTE OF TECHNOLOGY, SATHYAMANGALAM, TAMIL NADU- 638401 Erode ----------- -----------
7)Ms.REENA CATHERINE
Address of Applicant :ASSISTANT PROFESSOR , COMMERCE, DR.SNS RAJALAKSHMI COLLEGE OF ARTS AND SCIENCE , COIMBATORE , TAMILNADU - 641030 Coimbatore ----------- -----------
8)Dr. DEVADUTTA INDORIA
Address of Applicant :ASSISTANT PROFESSOR IN COMMERCE, VIKRAM DEV UNIVERSITY, JEYPORE, ODISHA Koraput ----------- -----------
9)Dr . LILA SIMON
Address of Applicant :PROFESSOR, MANAGEMENT, THE BHOPAL SCHOOL OF SOCIAL SCIENCES, BHEL,HABIBGANJ P.O , BHOPAL, MADHYA PRADESH-462024. INDIA Bhopal ----------- -----------
10)Y.ANJANI KUMARI
Address of Applicant :ASSISTANT PROFESSOR, COMMERCE, LOYOLA ACADEMY, HYDERABAD , TELANGANA- 500010, INDIA Hyderabad ----------- -----------
11)Ms. RADHA .T
Address of Applicant :ASSISTANT PROFESSOR, COMMERCE, ST. CLARET COLLEGE, BANGALORE, KARNATAKA-560013, INDIA Bangalore ----------- -----------
12)Mr.J. LOGESHWARAN
Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING, SRI ESHWAR COLLEGE OF ENGINEERING, COIMBATORE- TAMIL NADU
Coimbatore ----------- -----------
(57) Abstract :
ABSTRACT Analysis of number of customer visit in festival sale of Myntra e- commerce Business in India Myntra is an e-commerce
business that operates in India and specializes in fashion products. As part of their annual festival sale promotion, they use various
sales channels including digital media, search, and offline marketing campaigns to drive sales and increase customer visits. This study
aims to analyze the customer visits during the festival sale period at Myntra to understand the effectiveness of their promotional
strategies. Data was collected using web analytics tools to track visits to Myntra's website and app during the festival sale period. The
data was analyzed to identify trends and insights on customer visits, including total visits, visits per day, peak times of visits, and the
relative proportion of visits from different sales channels. This study is an analysis of the number of customer visits to the Myntra e-
commerce business during the festival sale in India. The goal of this analysis was to identify factors that impact the number of
customer visits to the Myntra website during the festival sale. Data was collected from the Myntra website and Facebook page using
web scraping and text analytics tools, which included information on customer demographics, browsing and purchasing habits. These
data were then analyzed using regression and ANOVA tests to identify the predictor variables that have the most impact on the
number of customer visits. The results indicated that the promotional activities on Myntra’s website such as discounts, flash sales and
offers have a positive correlation with customer visits; while the availability of new product lines and product variations, and the
Myntra customer loyalty program also have an impact on the number of customer visits. Additionally, the type of customers, the
availability of customer service and product support, and the speed and ease of purchasing on the platform were also found to be
significant factors in influencing the number of customer visits. The results of this study provide key insights into the success of
Myntra’s festival sale and suggest potential strategies for further increasing customer visits in the future.

(19) INDIA
(54) Title of the invention : INSECT EGG STERILIZATION DEVICE
1)Dr. Y.S.R. Horticultural University-Horticultural
Research Station Ambajipeta
:A61L0002070000, A61L0002240000,
(51) International Address of Applicant :Ambajipeta-533214, Dr. B.R.
H03K0019177360, A61L0002100000,
classification Ambedkar Konaseema District, Andhra Pradesh, India
A01K0067033000
Amalapuram ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)Dr. N. B. V. Chalapathi Rao
Publication No
Address of Applicant :Dr. Y.S.R. Horticultural University-
:NA Horticultural Research Station Ambajipeta, Ambajipeta-533214,
:NA Dr. B.R. Ambedkar Konaseema District, Andhra Pradesh, India
Filing Date
Amalapuram ----------- -----------
(62) Divisional to
:NA 2)Dr. V. Anoosha
Application Number
:NA Address of Applicant :Dr. Y.S.R. Horticultural University-
Filing Date
Horticultural Research Station Ambajipeta, Ambajipeta-533214,
Dr. B.R. Ambedkar Konaseema District, Andhra Pradesh, India
Amalapuram ----------- -----------
(57) Abstract :
TITLE: “INSECT EGG STERILIZATION DEVICE” 7. ABSTRACT The present invention pertains to an egg sterilization device
(100) tailored for insect eggs, designed to meet the unique requirements of bio control labs. The device features a wooden sterilization
chamber (102), integrating a UV light source (104) for comprehensive sterilization. Its user-friendly interface allows both manual and
electronic control, ensuring adaptability to various user preferences. With a modular and scalable design, the device accommodates up
to 2 lakh eggs per cycle. Real-time monitoring enhances the precision of sterilization, while the wooden construction provides
insulation for optimal conditions. Cost-effective and environmentally friendly, the device is expressly crafted for egg sterilization. The
figure associated with the abstract is Fig. 1.

(19) INDIA
(54) Title of the invention : ANALYSIS OF MACHINE LEARNING INTEGRATED FRAMEWORK FOR ENGLISH
COMMUNICATION IMPROVEMENT
1)Mrs. ADHISAKTHI P K
Address of Applicant :ASST. PROF, ENGLISH, M S RAMAIAH COLLEGE OF ARTS, SCIENCE AND
COMMERCE, BENGALURU, KARNATAKA- 560054, INDIA Bengaluru ----------- -----------
2)Mrs. MOHAMMAD ALIFA FIRDHOS FARHEEN
3)Dr.D.DEVI
4)Mrs.PUSHPALATHA B V
5)Dr. PADMALOCHANA R
6)M. RANJU P
7)Dr.R.JEYANTHI
8)Dr. K.SHEEBA
9)MENDA SREEVANI
10)Dr. S.POONGUZHALI
11)Mr.J LOGESHWARAN
1)Mrs. ADHISAKTHI P K
Address of Applicant :ASST. PROF, ENGLISH, M S RAMAIAH COLLEGE OF ARTS, SCIENCE AND
COMMERCE, BENGALURU, KARNATAKA- 560054, INDIA Bengaluru ----------- -----------
2)Mrs. MOHAMMAD ALIFA FIRDHOS FARHEEN
Address of Applicant :ASSISTANT PROFESSOR , BASIC SCIENCE , VISHNU INSTITUTE OF
TECHNOLOGY , BHIMAVARAM . ANDHRA PRADESH – 534201, INDIA Bhimavaram ----------- ---------
:G06F0040300000, G06N0020000000, G06N0003040000,
(51) International classification --
G06N0003080000, G09B0019060000
3)Dr.D.DEVI
Address of Applicant :ASSOCIATE PROFESSOR, ENGLISH, SRI MANAKULA VINAYAGAR
Filing Date :NA
ENGINEERING COLLEGE,, PUDUCHERRY, PUDUCHERRY- 605014, INDIA Puducherry ----------- ------
-----
:NA 4)Mrs.PUSHPALATHA B V
Application Number
:NA Address of Applicant :ASST. PROF, ENGLISH, M S RAMAIAH COLLEGE OF ARTS, SCIENCE AND
Filing Date
COMMERCE, BENGALURU, KARNATAKA,- 560054, INDIA Bengaluru ----------- -----------
:NA 5)Dr. PADMALOCHANA R
Number
:NA Address of Applicant :PROFESSOR, PRESIDENCY UNIVERSITY, BENGALURU,, KARNATAKA-
Filing Date
560064, INDIA Bengaluru ----------- -----------
6)M. RANJU P
Address of Applicant :LECTURER, ENGLISH STUDIES, BAYAN COLLEGE, MUSCAT, 112, OMAN -----
------ -----------
7)Dr.R.JEYANTHI
Address of Applicant :ASSISTANT PROFESSOR, EDUCATION, VELS INSTITUTE OF SCIENCE,
TECHNOLOGY AND ADVANCED STUDIES (VISTAS), CHENNAI, TAMILNADU- 600117. INDIA
Chennai ----------- -----------
8)Dr. K.SHEEBA
Address of Applicant :ASSOCIATE PROFESSOR, SCHOOL OF EDUCATION, VELS INSTITUTE OF
SCIENCE, TECHNOLOGY AND ADVANCED STUDEIS, PALLAVARAM, CHENNAI, TAMIL NADU-
600 117 Chennai ----------- -----------
9)MENDA SREEVANI
Address of Applicant :DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING,
INSTITUTE OF AERONAUTICAL ENGINEERING, DUNDIGAL- 500043, HYDERABAD, INDIA
Hyderabad ----------- -----------
10)Dr. S.POONGUZHALI
Address of Applicant :ASSISTANT PROFESSOR, EDUCATION, VELS INSTITUTE OF SCIENCE
TECHNOLOGY &ADVANCED STUDIES, CHENNAI, TAMILNADU- 600117 Chennai ----------- -----------
11)Mr.J LOGESHWARAN
Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT OF ELECTRONICS AND
COMMUNICATION ENGINEERING, SRI ESHWAR COLLEGE OF ENGINEERING, COIMBATORE-
TAMIL NADU, INDIA Coimbatore ----------- -----------
(57) Abstract :
ABSTRACT ANALYSIS OF MACHINE LEARNING INTEGRATED FRAMEWORK FOR ENGLISH COMMUNICATION IMPROVEMENT This paper presents an analysis of a Machine Learning integrated framework
for English Communication improvement. The proposed framework utilizes a combination of Natural Language Processing (NLP) techniques and supervised learning algorithms to create a system that can identify the type of
English communication errors with high accuracy. The main objectives of the system are to detect spoken language errors, categorize them, and automatically make corrections to the uttered sentence. To accomplish these
objectives, a series of NLP modules were integrated into the proposed framework. These include tokenization, part of speech (POS) tagging, syntax analysis and measurement of syntactic and semantic relationships.
Additionally, supervised learning algorithms were employed in the feature selection of the identified language errors. The performance of the system was evaluated using a corpus of English conversation transcripts collected
from users and was found to achieve an error detection accuracy (EDA) of 0.90. This demonstrates the effectiveness of the proposed framework in helping English language speakers improve their communication skills. In
addition, the proposed system also includes an interactive feedback model that can generate personalized feedback based on the end-user's verbal performance. An experimental evaluation was conducted on a real-world
conversational dataset to evaluate the performance of the proposed model. The evaluation results show that the proposed model achieved significant performance improvements compared to generic deep learning models, and
its feedback model was able to provide personalized motivating comments to enhance users' English communication and speaking skills

(19) INDIA
(54) Title of the invention : ANALYZING THE EMERGING TRENDS IN COMMERCE APPLICATIONS
1)DR. A. THILAGARAJ
Address of Applicant :ASSOCIATE PROFESSOR, COMMERCE, FACULTY OF SCIENCE AND HUMANITIES, SRMIST,
CHENNAI, TAMIL NADU-603203, INDIA Chenna ----------- -----------
2)DR.SUDHIR K. PODE
3)DR. RAJESH R
4)DR.V.O.KAVITHA
5)DR. B. PREM ANAND
6)MRS.SUNMATHI.N
7)DR. BIJOY KARMAKAR
8)DR.SUDHA AROGYA MARY CHINTHAMANI
9)MS. A. MENAKA
10)PROF. JACOB DAVIS K
11)DR. SHIV JAGGARWAL
12)DR. SHIKHA CHAUHAN
1)DR. A. THILAGARAJ
Address of Applicant :ASSOCIATE PROFESSOR, COMMERCE, FACULTY OF SCIENCE AND HUMANITIES, SRMIST,
CHENNAI, TAMIL NADU-603203, INDIA Chenna ----------- -----------
2)DR.SUDHIR K. PODE
Address of Applicant :ASSOCIATE PROFESSOR & HOD, MBA, BALLARPUR INSTITUTE OF TECHNOLOGY, BALLARPUR
:G06Q0030060000, G16H0050200000, A61B0005083000, G16H0050500000,
(51) International classification ,CHANDRAPUR, MAHARASHTRA- 440701 Ballarpur ----------- -----------
G06N0005040000
3)DR. RAJESH R
Address of Applicant :ASSISTANT PROFESSOR AND HEAD, VISUAL COMMUNICATION, COLLEGE OF SCIENCE AND
Filing Date :NA
HUMANITIES, SRMIST, CHENNAI, TAMILNADU-603203 Chennai ----------- -----------
4)DR.V.O.KAVITHA
:NA Address of Applicant :ASSISTANT PROFESSOR, SCHOOL OF MANAGEMENT, S.A. COLLEGE OF ARTS & SCIENCE,
Number
:NA CHENNAI, TAMILNADU-600077, INDIA Chennai ----------- -----------
Filing Date
5)DR. B. PREM ANAND
Address of Applicant :ASSISTANT PROFESSOR, COMMERCE, FACULTY OF SCIENCE AND HUMANITIES, SRMIST,
Filing Date :NA
CHENNAI, TAMIL NADU-603203, INDIA Chennai ----------- -----------
6)MRS.SUNMATHI.N
Address of Applicant :ASSISTANT PROFESSOR, COMMERCE DIGITAL MARKETING AND DATA MINING , DR SNS
RAJALAKSHMI COLLEGE OF ARTS AND SCIENCE , COIMBATORE , TAMIL NADU – 641017, INDIA Coimbatore ----------
- -----------
7)DR. BIJOY KARMAKAR
Address of Applicant :ASSISTANT PROFESSOR, DEPARTMENT OF MANAGEMENT STUDIES, D.P.VIPRA
COLLEGE,BILASPUR,CG, BILASPUR, CHHATTISGARH-495001, INDIA Bilaspur ----------- -----------
8)DR.SUDHA AROGYA MARY CHINTHAMANI
Address of Applicant :ASSISTANT PROFESSOR, SCHOOL OF MANAGEMENT –MBA, S.A. COLLEGE OF ARTS &
SCIENCE, CHENNAI, TAMILNADU-600077, INDIA. Chennai ----------- -----------
9)MS. A. MENAKA
Address of Applicant :ASSISTANT PROFESSOR, COMMERCE, SHREE CHANDRAPRABHU JAIN COLLEGE, CHENNAI,
TAMIL NADU-601203, INDIA Chennai ----------- -----------
10)PROF. JACOB DAVIS K
Address of Applicant :ASSISTANT PROFESSOR, CORPORATE SECRETARYSHIP, LOYOLA COLLEGE, CHENNAI, TAMIL
NADU- 600011 Chennai ----------- -----------
11)DR. SHIV JAGGARWAL
CHHATTISGARH-493225, INDIA Raipur ----------- -----------
12)DR. SHIKHA CHAUHAN
CHHATTISGARH- 493225, INDIA Raipur ----------- -----------
(57) Abstract :
ABSTRACT ANALYZING THE EMERGING TRENDS IN COMMERCE APPLICATIONS The emergence of digital technologies
has created an environment where commerce applications are in a state of constant evolution and innovation. This has caused e-
Commerce to become a realm of continually changing dynamics, presenting businesses with both opportunities and challenges. The
past several years have seen advancements in user experience, product decision support, and data and analytics capabilities become
commonplace in modern commerce applications, highlighting the need for organizations to understand and leverage emerging trends
in e-Commerce to remain competitive. This paper examines emerging trends in commerce applications, focusing on product-level data
decision support, user-centered experience design, and data-driven optimization. By analyzing research in these areas, we identify the
current drivers of the digital commerce ecosystem and discuss potential patterns of future evolution. We conclude that digital
commerce is quickly transitioning away from traditional constructions of commerce and is instead moving towards data-driven
customization and targeted experiences. Though these trends require the implementation of sophisticated technology, they can yield
powerful benefits for organizations looking to maintain a competitive edge.

(19) INDIA
(54) Title of the invention : NOVEL OPTIMIZED RF MEMS SWITCH FOR SATELLITE AND WIRELESS
COMMUNICATIONSYSTEMS
1)NALLURI SIDDAIAH
Address of Applicant :Sri Chakra Residency,D-
block,Plot.No:D213,Navodaya Colony,Tadepalli,Guntur(dt) -------
---- -----------
:H01H0059000000, G06F0030230000,
H04B0007185000, H01H0001000000,
classification 1)Dr. Nalluri.Siddaiah
H01L0029660000
Address of Applicant :Department of ECE, Koneru Lakshmaiah
(86) International
:NA Education Foundation, Vaddeswaram, Guntur, Andhra Pradesh,
Application No
:NA India 522302 guntur ----------- -----------
Filing Date
2)P. Durgaprasadarao
(87) International
: NA Address of Applicant :Department of Electronics and
Publication No
Instrumentation Engineering, V.R.Siddhartha Engineering
:NA College, Vijayawada, Andhra Pradesh, India vijayawada -----------
:NA -----------
Filing Date
3)CH. Jaya Prakash
(62) Divisional to
:NA Address of Applicant :Department of ECE, Sir C R Reddy College
Application Number
:NA of Engineering, Eluru, India eluru ----------- -----------
Filing Date
4)Surendra Babu Velagaleti
Address of Applicant :Dept. of Electronics and Communication
Engineering, Sir C.R. Reddy Engineering College, Eluru, India.
eluru ----------- -----------
5)Dr.P.Pardhasaradhi
Address of Applicant :Department of ECE, Koneru Lakshmaiah
Education Foundation, Vaddeswaram, Guntur, Andhra Pradesh,
India 522302. guntur ----------- -----------
(57) Abstract :
The design and optimization of a novel cantilever-based RF MEMS switch structure for use in Ka-Band frequency applications in
satellite and mobile communication systems. The goal of the research is to reduce the pull-in voltage and enhance the overall
performance of the RF MEMS switch. The primary objective of the research is to improve the performance of the RF MEMS switch
by optimizing its dimensions and reducing losses. The goal is to achieve a lower pull-in voltage to make the device suitable for
satellite and mobile communication applications. The researchers conducted parametric analysis to optimize the dimensions of the RF
MEMS switch. By varying different parameters, they aimed to identify the most efficient configuration that meets the desired
performance requirements. The electromechanical analysis involves studying the switch's behavior under applied voltages and
mechanical forces. Key aspects of the analysis include pull-in voltage, capacitance, switching time, and stress analysis to ensure the
device's mechanical reliability. The selection of appropriate materials for the RF MEMS switch through the electromechanical
parametric analysis. Choosing suitable materials is crucial as it can significantly impact the device's performance and reliability.The
finite element analysis tool, to study the designed structure's electromechanical, capacitive, and RF performance parameters. FEM
analysis is a powerful simulation technique used to understand complex behaviors of mechanical and electrical systems. The Ansys
HFSS simulator tool was employed to analyze the losses of the RF MEMS switch. This helps in determining the frequency range
where the device exhibits better performance.

(19) INDIA
(54) Title of the invention : WOMAN SAFETY BAND INTEGRATED WITH AI
1)FRANCIS XAVIER ENGINEERING COLLEGE
Address of Applicant :103/g2, Bypass Road, Vannarpettai,
Tirunelveli - 627003, Tamilnadu, India Tirunelveli ----------- ------
-----
:H04W0004900000, G08B0025010000,
A61B0005000000, G08B0025100000,
classification 1)Mr. Sri Hari Seenivasan S
G08B0021040000
Address of Applicant :Student, Department of Computer Science
(86) International
:NA And Engineering, Francis Xavier Engineering College, 103/g2,
Application No
:NA Bypass Road, Vannarpettai, Tirunelveli - 627003, Tamilnadu,
Filing Date
India Tirunelveli ----------- -----------
(87) International
: NA 2)Mr. Rahul Raja P
Publication No
Address of Applicant :Student, Department of Computer Science
(61) Patent of
And Engineering, Francis Xavier Engineering College, 103/g2,
Addition to :NA
Bypass Road, Vannarpettai, Tirunelveli - 627003, Tamilnadu,
Filing Date
3)Mr. Saffin Vargesh B
(62) Divisional to
:NA Address of Applicant :Student, Department of Computer Science
Application Number
:NA And Engineering, Francis Xavier Engineering College, 103/g2,
Filing Date
Bypass Road, Vannarpettai, Tirunelveli - 627003, Tamilnadu,
4)Mrs.J. Priskilla Angle Rani
Address of Applicant :Assistant Professor, Computer Science And
Engineering, Francis Xavier Engineering College, 103/g2, Bypass
Road, Vannarpettai, Tirunelveli - 627003, Tamilnadu, India
Tirunelveli ----------- -----------
(57) Abstract :
The Women Safety Band is an innovative wearable device designed to enhance the safety and security of women in various situations.
This patent brief outlines the key features, functionalities, and potential applications of the Women Safety Band, highlighting its
unique contributions to improving women's safety. Women's safety remains a critical concern, and technology has a pivotal role to
play in addressing this issue. This abstract introduces a novel solution, the Women Safety Band, designed to enhance the safety and
security of women using AI integration and cross-hand sign recognition technology. The Women Safety Band is a wearable device
equipped with AI-powered sensors and machine learning algorithms that can detect and recognize predefined hand signs, particularly
the cross-hand sign. This hand sign is widely recognized as a distress signal and can be used to alert authorities and loved ones in case
of an emergency.

(19) INDIA
(54) Title of the invention : SPHERICAL CAGE-GIMBAL SYSTEM FOR DRONE’S PROTECTION AND MOBILITY
1)Dayananda Sagar College of Engineering
Address of Applicant :Shavige Malleswara Hills, Kumaraswamy Layout,
Bangalore Bangalore ----------- -----------
1)Sudhagara Rajan S
Address of Applicant :Department of Aeronautical Engineering, Dayananda Sagar
College of Engineering, Bengaluru – 560078 Bengaluru ----------- -----------
:B64C0039020000, H04W0036140000, 2)Rudresh M
(51) International
G05D0001000000, G08G0005000000, Address of Applicant :Department of Aeronautical Engineering, Dayananda Sagar
classification
G08G0005040000 College of Engineering, Bengaluru – 560078 Bengaluru ----------- -----------
(86) International 3)Prathik Jain S
:NA
Application No Address of Applicant :Department of Aeronautical Engineering, Dayananda Sagar
:NA
Filing Date College of Engineering, Bengaluru – 560111 Bengaluru ----------- -----------
(87) International 4)Srikanth Salyan
: NA
Publication No Address of Applicant :Department of Aeronautical Engineering, Dayananda Sagar
(61) Patent of Addition to College of Engineering, Bengaluru – 560078 Bengaluru ----------- -----------
:NA
Application Number 5)Sundaramahalingam A
:NA
Filing Date Address of Applicant :Department of Aeronautical Engineering, Dayananda Sagar
(62) Divisional to College of Engineering, Bengaluru – 560078 Bengaluru ----------- -----------
:NA
Application Number 6)Tanveer Azam
:NA
Filing Date Address of Applicant :Department of Aeronautical Engineering, Dayananda Sagar
7)Shaik Hyder Pasha
8)Amit Munnoli
9)Sagar S Chougala
(57) Abstract :
The present invention introduces a Spherical Cage-Gimbal System designed to enhance the mobility, protection, and versatility of drones in various environments. This
system comprises a gimbal assembly with independent rings, and a protective outer sphere. The spherical enclosure not only shields the drone from collisions with
obstacles but also enables seamless ground-based movement, mimicking the behavior of a rolling ball. The innovative gimbal assembly allows for independent
movement of the drone and the spherical cage, ensuring stability during collisions and controlled navigation both in air and land. This dynamic integration of aerial and
ground mobility, coupled with advanced collision resilience, establishes a new paradigm in drone technology, enabling safe and efficient operations in confined spaces
and challenging terrains across diverse industries.

(19) INDIA
(54) Title of the invention : A REAL-TIME OBJECT RECOGNITION METHOD FOR INDOOR, OUTDOOR, AND MOVING
OBJECTS
1)Mohan Babu University(Erstwhile Sree Vidyanikethan
Engineering College)
Address of Applicant :IPR Cell, Mohan Babu University (Erstwhile
Sree Vidyanikethan Engineering College),SreeSainath Nagar, A.
Rangampet, Tirupati, Andhra Pradesh, India Tirupati ----------- -----------
1)Ms. A.Akshaya
Address of Applicant :UG Scholar, Department of Data Science, School
of Computing, Mohan Babu University (Erstwhile Sree Vidyanikethan
:G06N0003080000, G06K0009620000, Engineering College), A. Rangampet, Tirupati-517102, INDIA Tirupati --
(51) International
G06N0003040000, A61F0002360000, --------- -----------
classification
H04L0069220000 2)Ms. K.Bhavana
(86) International Address of Applicant :UG Scholar, Department of Data Science, School
:NA of Computing, Mohan Babu University (Erstwhile Sree Vidyanikethan
Application No
:NA Engineering College), A. Rangampet, Tirupati-517102, INDIA Tirupati --
Filing Date
--------- -----------
(87) International
: NA 3)Ms. K.Sai Harshita
Publication No Address of Applicant :UG Scholar, Department of Data Science, School
(61) Patent of Addition of Computing, Mohan Babu University (Erstwhile Sree Vidyanikethan
:NA
to Application Number Engineering College), A. Rangampet, Tirupati-517102, INDIA Tirupati --
:NA
Filing Date --------- -----------
(62) Divisional to 4)Mr. C.R. Thoran Kumar
:NA Address of Applicant :UG Scholar, Department of Data Science, School
Application Number
:NA of Computing, Mohan Babu University (Erstwhile Sree Vidyanikethan
Filing Date
Engineering College), A. Rangampet, Tirupati-517102, INDIA Tirupati --
--------- -----------
5)Mr.M.Srikanth
Address of Applicant :UG Scholar, Department of Data Science, School
of Computing, Mohan Babu University (Erstwhile Sree Vidyanikethan
Engineering College), A. Rangampet, Tirupati-517102, INDIA Tirupati --
--------- -----------
6)Mrs.Chengamma Chitteti
Address of Applicant :Assistant Professor, Department of Data Science,
School of Computing, Mohan Babu University (Erstwhile Sree
Vidyanikethan Engineering College), A. Rangampet, Tirupati-517102,
INDIA Tirupati ----------- -----------
(57) Abstract :
The present invention relates to a method for real-time object detection utilizing the YOLOv5/YOLOv4 algorithm. This approach
emphasizes the prioritization of real-time detection and the training of the algorithm on a single CPU, leading to improved accuracy
and speed when compared to two-stage detectors like R-CNN and Fast R-CNN. It introduces the usage of a single-stage object
detection technique, enhancing both accuracy and speed. The method also focuses on selecting the appropriate backbone network for
the algorithm, with YOLOv5 utilizing CSPDarknet-53, an improved version of Darknet-53. Furthermore, it elaborates on the role of
the neck component, employing Spatial Pyramid Pooling and Path-Aggregation techniques for feature gathering, followed by the head
component responsible for predictions. Additionally, the integration of a Focus layer in YOLOv5 is highlighted, which reduces
memory requirements and enhances efficiency.

(19) INDIA
(54) Title of the invention : ELECTROMAGNETIC UAV LAUNCH SYSTEM
Address of Applicant :Shavige Malleswara Hills,
Kumaraswamy Layout, Bangalore Bangalore ----------- -----------
1)Dr. Sundaramahalingam A
Address of Applicant :Department of Aeronautical Engineering,
Dayananda Sagar College of Engineering, Shavige Malleswara
Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
---- -----------
:B64F0001060000, B64F0001040000,
(51) International 2)Dr. Prathik Jain S
B64F0001000000, B64C0039020000,
classification Address of Applicant :Department of Aeronautical Engineering,
B63G0011000000
(86) International
:NA Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
Application No
:NA ---- -----------
Filing Date
3)Dr. Sudhagara Rajan S
(87) International
: NA Address of Applicant :Department of Aeronautical Engineering,
Publication No
:NA ---- -----------
Filing Date
4)Dr. Rudresh M
(62) Divisional to
:NA Address of Applicant :Department of Aeronautical Engineering,
Application Number
:NA Dayananda Sagar College of Engineering, Shavige Malleswara
Filing Date
---- -----------
5)Dr. Srikanth Salyan
---- -----------
6)Dr. Hareesha N G
---- -----------
(57) Abstract :
Unmanned Aerial Vehicles (UAVs) refer to an aircraft that does not need to be driven by a person but by the radio equipment or pre-
installed procedures control. In military, the UAV system has been an important equipment for air strike and surveillance. An
integrated system called the Electromagnetic Aircraft Launch System (EMALS) accelerates naval aircraft off the aircraft carrier deck.
An electromagnetic UAV launch system has been proposed to combine the benefits of electromagnetic launchers and UAVs.
Comparing the technology to traditional launchers, there are several benefits. It obtains vital reductions in weight, size, and labor
requirements. UAV airframes are also under less stress. The invention focuses on a rail system launcher that utilizes the interaction
between magnets and the electromagnetic field generated by solenoids. To propel the cart forward, an electromagnetic field (EMF) iss
activated at a specified interval using a hall effect sensor using a timed analog approach.

(19) INDIA
(54) Title of the invention : A GAS-SENSING DEVICE AND A METHOD FOR FABRICATING GAS SENSORS TO DETECT
NH3 GAS
1)Mrs. B. Himabindu
Address of Applicant :Department of Engineering Physics,
Koneru Lakshmaiah Educational Foundation, Guntur, Andhra
Pradesh-522502, India. Guntur ----------- -----------
2)Dr. N.S.M.P. Latha Devi
3)Dr. P. Nagaraju
:H01B0001220000, G01N0033000000,
(51) International 4)Dr. B. Rajini Kanth
G01N0027120000, G01N0027407000,
G01N0021350400
(86) International
Application No
:NA 1)Mrs. B. Himabindu
Filing Date
Address of Applicant :Department of Engineering Physics,
(87) International
: NA Koneru Lakshmaiah Educational Foundation, Guntur, Andhra
Publication No
Pradesh-522502, India. Guntur ----------- -----------
:NA 2)Dr. N.S.M.P. Latha Devi
:NA Address of Applicant :Department of Engineering Physics,
Filing Date
Koneru Lakshmaiah Educational Foundation, Guntur, Andhra
(62) Divisional to
:NA Pradesh- 522502, India. Guntur ----------- -----------
Application Number
:NA 3)Dr. P. Nagaraju
Filing Date
Address of Applicant :Department of Physics, Sreenidhi Institute
of Science & Technology, Ghatkesar, Yamnampet, Hyderabad –
501301. Hyderabad ----------- -----------
4)Dr. B. Rajini Kanth
Address of Applicant :SMS, Department of Physical Sciences,
TKR College of Engineering and Technology, Hyderabad-500097,
Telangana, India. Hyderabad ----------- -----------
(57) Abstract :
The gas-sensing device comprises a glass substrate coated with ZnO or CZO nanoparticles mixed with methanol; a conductive silver
paste applied to both ends of the substrate, creating ohmic connections; a heater inside a gas chamber for heating the applied paste at a
temperature of approximately 100°C to dry; a plurality of electrical connections from a gas chamber to a monitoring apparatus,
connected to a high-resistance electrometer; a metallic tube connected to the heater within the gas chamber; a chromatographic syringe
for injecting an appropriate concentration (ppm) of a target gas into the metallic tube; and a control unit coupled with the electrical
connections for detecting a change in resistance of the sensing device upon exposure to the target gas, whereby a resistance in ambient
air (Ra) and in the presence of the target gas (Rg) is measured by the electrometer.

(19) INDIA
(54) Title of the invention : DISEASE IDENTIFICATION USING COMPOSITION TOOL
Address of Applicant :Department of Engineering
Mathematics, College of Engineering, Koneru Lakshmaiah
Education Foundation, Green Fields, Vaddeswaram, Guntur (Dt),
Andhra Pradesh,522302 Guntur ----------- -----------
:G16B0025000000, G06N0007020000,
G16H0050200000, G06N0005040000,
classification 1)K. Hemabala
G01N0030060000
(86) International
:NA Engineering Mathematics, College of Engineering, Koneru
Application No
:NA Lakshmaiah Education Foundation, Vaddeswaram, Andhra
Filing Date
Pradesh, India,522302 Guntur ----------- -----------
(87) International
: NA 2)B. Srinivasa Kumar
Publication No
:NA Engineering Mathematics, College of Engineering, Koneru
:NA Lakshmaiah Education Foundation, Vaddeswaram, Andhra
Filing Date
Pradesh, India,522302 Guntur ----------- -----------
(62) Divisional to
:NA 3)Dr. V. K. Somasekhar Srinivas
Application Number
Filing Date
Mathematics, Mohan Babu University (Sree Vidyanikethan
Engineering College) Tirupathi, Andhra Pradesh - 517501 Guntur
----------- -----------
4)Dr. R. Vijayalakshmi
Mathematics, Sri Venkateswara College of Engineering
(Autonomous), Karakambodi road, Opp LIC training Centre,
Tirupathi, Andhra Pradesh -517507 Guntur ----------- -----------
(57) Abstract :
The objective of the paper is to implement and validate diagnosis in medical field via refined neutrosophic multi fuzzy logic
(RNMFL). As such, a Max Min composition (MMC) algorithm via RNMFL has been established. This method deals with the
diagnosis under certain constraints like uncertainty and indeterminacy. Further, the diagnosis problems to validate the sensitivity
analysis of the novel multi attribute decision making technique. Finally, the graphical representations and compared the obtained
results with other existing measures in refined neutrosophic multi fuzzy sets.

(19) INDIA
(54) Title of the invention : MEAGER - A NOTIFICATION FILTER FOR CHAT APPLICATIONS USING TEXT
CLASSIFICATION
:G06F0016350000, H04L0051040000,
(51) International Address of Applicant :Shavige Malleswara Hills,
H04W0004120000, H04L0051520000,
classification Kumaraswamy Layout, Bangalore Bangalore ----------- -----------
G06Q0050000000
(86) International
Application No
Filing Date
1)Dr. Archudha A
(87) International
Publication No
Artificial Intelligence & Machine Learning, Dayananda Sagar
:NA College of Engineering, Shavige Malleswara Hills, Kumaraswamy
:NA Layout, Bangalore-560111 Bangalore ----------- -----------
Filing Date
2)Kavya D N
(62) Divisional to
:NA Address of Applicant :Department of Artificial Intelligence &
Application Number
:NA Machine Learning , Dayananda Sagar College of Engineering,
Filing Date
Shavige Malleswara Hills, Kumaraswamy Layout, Bangalore-
560111 Bangalore ----------- -----------
(57) Abstract :
Chat applications have permeated our daily lives. With their user-friendly interfaces and burgeoning popularity, instant messaging
applications facilitate communication with a broad spectrum of individuals, ranging from family members and professional colleagues
to social acquaintances. According to statistical data, an average person receives approximately 106 messages per day. With the
proliferation of smart devices, these chat messages not only appear on smartphones but also on various other devices such as
smartwatches, laptops, and even in smart car connections. Consequently, a single incoming message can trigger multiple notifications
across different devices. To address this issue effectively, the implementation of a filtering module is imperative, one that can discern
between important and less significant messages. This module would only push notifications for messages deemed of high
importance. Achieving this can be accomplished through the integration of a text classification module within the chat application.

(19) INDIA
(54) Title of the invention : IMAGE SEQUENCE CHARACTERIZATION FOR OBJECT TRACKING TEST RESULT
INTERPRETATION
:G06F0011360000, G06T0007246000, Name of Applicant : NA
(51) International
G06K0007000000, H04N0017000000, Address of Applicant : NA
classification
(86) International 1)Dr. Vindhya P Malagi
:NA
Application No Address of Applicant :Professor and Head Department of
:NA
Filing Date Artificial Intelligence and Machine Learning Dayananda Sagar
(87) International College of Engineering Shavige Malleswara Hills, Kumaraswamy
: NA
Publication No Layout, Bangalore-560111 Bangalore ----------- -----------
(61) Patent of Addition 2)Dr. Krishnan Rangarajan
:NA
to Application Number Address of Applicant :Professor Department of Computer Science
:NA
Filing Date and Engineering Dayananda Sagar College of Engineering
(62) Divisional to Shavige Malleswara Hills, Kumaraswamy Layout, Bangalore-
:NA
Application Number 560111 Bangalore ----------- -----------
:NA
Filing Date 3)Dr. Ramesh Babu D R
Address of Applicant :Professor and Head Department of
Computer Science and Engineering Shavige Malleswara Hills,
Kumaraswamy Layout, Bangalore-560111 Dayananda Sagar
College of Engineering Bangalore ----------- -----------
(57) Abstract :
There are many applications like object tracking, video change detection etc. which involve handling image sequences. Considering
Object tracking, even though object movement, object identification and association/labelling of identified objects is the key focus in
testing of these algorithms, the complexity of the test cases is decided by the imaging conditions as well as the movement of the object
of interest. Each test image sequence may bring in specific challenges based on imaging conditions. These imaging conditions get
documented in the descriptions associated with the corresponding test case. We present a specific way of capturing this information
through the values of select attributes. The values of these attributes can be used for naming the image sequence file as well. This
naming nomenclature for naming the images will help in analysing and interpreting test results, especially that of the failed test cases,
when the performance of the algorithm on different test cases are to be analysed.

(19) INDIA
(54) Title of the invention : APPROACH TO TEST OCCLUSION HANDLING IN TRACKING ALGORITHMS
:G06T0007246000, G01S0017660000, Name of Applicant : NA
(51) International
A61B0006000000, A61B0006030000, Address of Applicant : NA
classification
A63F0013235000 (72)Name of Inventor :
(86) International 1)Dr. Krishnan Rangarajan
:NA
Application No Address of Applicant :Professor Department of Computer Science
:NA
Filing Date and Engineering Dayananda Sagar College of Engineering
(87) International Shavige Malleswara Hills, Kumaraswamy Layout, Bangalore-
: NA
Publication No 560111 Bangalore ----------- -----------
(61) Patent of Addition 2)Dr. Vindhya P Malagi
:NA
to Application Number Address of Applicant :Professor and Head Department of
:NA
Filing Date Artificial Intelligence and Machine Learning Dayananda Sagar
(62) Divisional to College of Engineering Shavige Malleswara Hills, Kumaraswamy
:NA
Application Number Layout, Bangalore-560111 Bangalore ----------- -----------
:NA
Filing Date 3)Dr. Ramesh Babu D R
Address of Applicant :Professor and Head Department of
Computer Science and Engineering Shavige Malleswara Hills,
Kumaraswamy Layout, Bangalore-560111 Dayananda Sagar
College of Engineering Bangalore ----------- -----------
(57) Abstract :
The present invention relates to an approach to test handling of occlusion in multiple object tracking algorithms. Occlusion is hiding
of a part or whole of an object from the view of the camera and hence in the registered image. Occlusion can be caused by one or more
moving or stationary objects in the background. When occlusion happens, tracking of the target object which is occluded becomes
difficult as it is visible only partially and the tracker may lose track of the target. Evaluating the performance of the algorithms used
for tracking objects in handling occlusion is very useful in: a. Selecting the tracking algorithm to be used in a system b. Improving the
tracking algorithm for handling occlusion

(19) INDIA
(54) Title of the invention : PLASMA SPRAYED FLYASH-ALUMINA COMPOSITE COATINGS ON PISTON CROWN OF
SINGLE CYLINDER DIESEL ENGINE
:F02B0003060000, F02D0041060000, Name of Applicant : NA
(51) International
F02F0001420000, F02B0037000000, Address of Applicant : NA
classification
F02B0075280000 (72)Name of Inventor :
(86) International 1)Naveena Bettahalli Eswaregowda
:NA
Application No Address of Applicant :Associate Professor, Department of
:NA
Filing Date Automobile Engineering, Dayananda Sagar College of
(87) International Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
: NA
Publication No Bangalore-560111 Bangalore ----------- -----------
(61) Patent of Addition 2)Keshavamurthy Ramaiah
:NA
to Application Number Address of Applicant :Professor and Head, Department of
:NA
Filing Date Mechanical Engineering, Dayananda Sagar College of
(62) Divisional to Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
:NA
Application Number Bangalore-560111 Bangalore ----------- -----------
:NA
Filing Date 3)Solomon Jenoris Muthiya
Automobile Engineering, Dayananda Sagar College of
Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
Bangalore-560111 Bangalore ----------- -----------
(57) Abstract :
Plasma Sprayed Flyash and Alumina coatings were developed on the piston crown of a single cylinder diesel engine under optimized
conditions to enhance its efficiency and emission characteristics. The invention focuses on protecting high temperature components
with an insulating coating to function as a low heat dissipation engine. This reduces heat transfer through the engine, allowing more
energy to be generated and improving efficiency. The focus of the invention leads to specified application improvement, development
of coating compositions and the methodology of coating.

(19) INDIA
(54) Title of the invention : SWITCHABLE BATTERY TECHNOLOGY FOR SOLAR-POWERED ELECTRIC VEHICLES
1)Dr. S. Jenoris Muthiya
Address of Applicant :Assistant Professor, Department of Automobile
Engineering, Dayananda Sagar College of Engineering, Shavige Malleswara Hills,
Kumaraswamy Layout, Bangalore-560111 Bangalore ----------- -----------
2)P MABUBASHA
Address of Applicant :Department of Automobile Engineering, Dayananda Sagar
:H02J0007000000, A61F0013490000,
(51) International College of Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
B60K0016000000, B60L0053800000,
classification Bangalore-560111 Bangalore ----------- -----------
A61F0013496000
3)DHEERAJ J
(86) International
:NA Address of Applicant :Department of Automobile Engineering, Dayananda Sagar
Application No
:NA College of Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
Filing Date
(87) International
: NA 4)CHAITANYA M PATIL
Publication No
Address of Applicant :Department of Automobile Engineering, Dayananda Sagar
Application Number
:NA Bangalore Bangalore ----------- -----------
Filing Date
5)AJITH KUMAR S N
(62) Divisional to
:NA Address of Applicant :Department of Automobile Engineering, Dayananda Sagar
Application Number
Filing Date
6)Dr. Naveena B.E
Address of Applicant :Associate Professor, Department of Automobile
7)Dr. Nandakumar M.B
Address of Applicant :Associate Professor, Department of Automobile
8)Dr. Mahesh B.R
Address of Applicant :Assistant Professor, Department of Automobile
(57) Abstract :
The preference for e-bikes is increasing, in India compared with the year 2022 in 2023 the sales of e-bikes have increased more than
50%. The present E-bikes cannot be used for long-distance travel due to limited battery capacity and range anxiety. Charging the E-
bike battery using conventional electricity is increasing the carbon footprint of the vehicle.The current design is focus of finding
solution of the mentioned problem stattements.SBT is a viable option to reduce the mentioned problems. In this system, dual batteries
(B1 and B2) are used to operate the EV. The SBT system is designed in such a way that it will select the battery with maximum
charge to operate the EV. By that time other batteries will be charged in solar. In this, switching of the battery will be done
automatically.

(19) INDIA
(54) Title of the invention : PREPARATION OF A NOVEL STICKER TO SLOW DOWN FRUIT RIPENING
Address of Applicant :,Shavige Malleswara Hills,
:A23B0007152000, A23B0007154000, Address of Applicant : NA
(51) International
A23B0007040000, A01N0059000000, (72)Name of Inventor :
classification
A23B0007144000 1)Dr.Hema Kumar C
(86) International Address of Applicant :Dept. of Biotechnology, Dayananda Sagar
:NA
Application No College of Engineering, Shavige Malleswara Hills, Kumaraswamy
:NA
Filing Date Layout, Bangalore-560111 Bangalore ----------- -----------
(87) International 2)Shivani Papanna
: NA
Publication No Address of Applicant :No 254, GuruKrupa,13th cross road,
(61) Patent of Addition Wilson Garden, Bengaluru 560068 Bengaluru ----------- -----------
:NA
to Application Number 3)Apeksha Ganapati Patagar
:NA
Filing Date Address of Applicant :Shri Manjunath Nilya, opposite petrol bunk,
(62) Divisional to Alvekodi, Kumta, Uttara Kannada Bengaluru ----------- -----------
:NA
Application Number 4)Sushmitha S
:NA
Filing Date Address of Applicant :#21, Kanakapura Main Road, Near
Thalaghattapura Police Station, Thalaghattapura, Bangalore -
560062 Bengaluru ----------- -----------
5)Yogitha P N
Address of Applicant :54/1,4th cross Lakshmi Layout GB Palya,
Bengaluru 560068 Bengaluru ----------- -----------
(57) Abstract :
Food security is an arising issue due to massive waste production from the agricultural sector to final household consumption. The UN
estimates that 42% of the fruits and vegetables produced worldwide are wasted each year and in India 40% of it gets wasted. Fruits are
wasted at various levels from harvest to consumer due to improper storage, transportation and fast ripening. Ripening, is a normal
phase in the maturation process of fruits and vegetables. Upon its onset, it only takes about a few days before the fruit or vegetable is
considered inedible. The present invention provides a sticker containing natural formulation helps in fruit ripening slowly. Design of
the sticker is spherical in shape, contains natural formulations, thereby during the storage or even during the transportation process, the
effect of slow-release of ethylene may be achieved, and the fruit is gradually ripened.

(19) INDIA
(54) Title of the invention : IOT-MICRO CONTROLLER BASED WAKE-UP ALARM SYSTEM
Address of Applicant :Vellore Institute of Technology, Near
Katpadi Road, Vellore, Tamil Nadu, India - 632014 Vellore -------
---- -----------
1)Ayushi Sinha
:A61M21/00, G04G13/02,
(51) International classification Address of Applicant :SCOPE, Vellore Institute of Technology,
G16Y40/30
Katpadi Road, Vellore, Tamil Nadu 632014, India Vellore ---------
-- -----------
Filing Date :NA
2)Dr. Sumit Kumar Jindal
Address of Applicant :SENSE, Vellore Institute of Technology,
:NA Katpadi Road, Vellore, Tamil Nadu 632014, India Vellore ---------
Application Number
:NA -- -----------
Filing Date
3)Devanshi Mahendra
:NA Address of Applicant :SCOPE, Vellore Institute of Technology,
Number
:NA Katpadi Road, Vellore, Tamil Nadu 632014, India Vellore ---------
Filing Date
-- -----------
4)Lakshit Pardeshi
Address of Applicant :SCOPE, Vellore Institute of Technology,
-- -----------
5)Dr. Hemprasad Yashwant Patil
-- -----------
(57) Abstract :
IoT-micro controller-based wake-up alarm system. The system comprising of a microcontroller unit (110) interfaced with a smart
alarming IoT application platform (120) via. a network (Wi-Fi network) (130) wherein the smart alarming application (120) interfaces
with microcontroller (110) to trigger an alarm signal. The smart alarming IoT application platform (120) comprising of a button (130)
wherein the user can set a wake-up alarm using the smart alarming IoT application platform (120) which triggers the user to press the
button (130) for a random number of times using virtual pins (140) of the smart alarming IoT application platform (120). The smart
alarming IoT application platform (120) requires the user to press the button (130) for a number of times pre-set to deactivate the
alarm which thereby provide tangible, physical and mental interaction that can expedite the awakening process, potentially prolonging
the time required to achieve full consciousness and alertness.

(19) INDIA
(54) Title of the invention : QUAD LOOPED PUMP BASED WATER BORNE PEST CONTROL SYSTEM
:G08B0021080000, B60G0017016500, Katpadi Road, Vellore, Tamil Nadu, India - 632014 Vellore -------
(51) International
H04N0005262000, H03D0007140000, ---- -----------
classification
:NA
:NA
Filing Date 1)Dev Pandey
(87) International Address of Applicant :SCOPE, Vellore Institute of Technology,
: NA
Publication No Katpadi Road, Vellore, Tamil Nadu 632014, India Vellore ---------
(61) Patent of Addition -- -----------
:NA
to Application Number 2)Dr. Hemprasad Yashwant Patil
:NA
Filing Date Address of Applicant :SENSE, Vellore Institute of Technology,
(62) Divisional to Katpadi Road, Vellore, Tamil Nadu 632014, India Vellore ---------
:NA
Application Number -- -----------
:NA
Filing Date 3)Dr. Sumit Kumar Jindal
-- -----------
(57) Abstract :
Quad looped pump-based water borne pest control system. The system comprising a water depth sensor unit (110) for sensing the
depth of the water to ensure that the system (100) is immersed completely into the water before operating the quad looped pumps
(120, 130, 140 and 150) of the pest control system (100). The quad looped pumps (120, 130, 140 and 150) are arranged on the four
sides of the control system (100) and is connected to a control unit (160) that is triggered by the water depth sensor unit (110) upon
immersion into the water wherein the quad looped pumps (120, 130, 140 and 150) are used to fire small amounts of water pellets away
from the main body of the device to increase its effective range. A gyroscopic sensor (170) for monitoring the orientation and stability
of the pest control system (100).

(19) INDIA
(54) Title of the invention : FORCE FIELD 360-DEGREE SENSOR FOR AUTOMOBILES
:G06F0003044000, B60R0011020000,
(51) International Address of Applicant :Vellore Institute of Technology, Near
H02H0001000000, H04R0001020000,
classification Katpadi Road, Vellore, Tamil Nadu, India - 632014 Vellore -------
G01D0005241000
---- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)Dr.Sumaiya Thaseen
Publication No
Address of Applicant :SITE, VIT, Tiruvalam Rd, Katpadi,
:NA Vellore, Tamil Nadu 632014, India Vellore ----------- -----------
:NA 2)Apoorv Goyal
Filing Date
Address of Applicant :510-A, Nirman Nagar AB, Kings Road,
(62) Divisional to
:NA Jaipur, Rajasthan-302019, India Jaipur ----------- -----------
Application Number
:NA 3)Kashish Jain
Filing Date
Address of Applicant :H-24, FF, M2K Whitehouse Sec-57,
Gurgaon, Haryana-122003, India Gurugram ----------- -----------
(57) Abstract :
Force field 360-degree sensor for automobiles. The system (100) comprising a metal body (110) comprising of a capacitive sensor
grid plates (120) wherein the metal body (110) with capacitive sensor grid plates (120) is used for sensing the force field of the
automobile in 360-degrees. a signal processing unit (130) for receiving the signals from the sensor grid plates (120) wherein the
multiplexer of the signal processing unit (130) collects the data and performs the calculations on data of every individual sensor grid
plate (120) in real time. A driver assistance unit (140) for receiving the digital signals from the signal processing unit (130) and
converting the data received into alert signals such as audio-visual alerts to the user on the dashboard of the automobile.

(19) INDIA
(54) Title of the invention : INNOVATIVE METHOD OF DEVULCANIZING WASTE RUBBER FROM THE AUTOMOTIVE
INDUSTRY
1)Dr. Deepa H A
Chemical Engineering, Dayananda Sagar College of Engineering,
560111 Bangalore ----------- -----------
:C08J0011100000, B29B0017040000,
(51) International 2)Chandini N V
B29B0017000000, C08C0019080000,
classification Address of Applicant :Department of Chemical Engineering,
C10B0053070000
(86) International
Application No
:NA ---- -----------
Filing Date
3)Himanshu Mishra
(87) International
: NA Address of Applicant :Department of Chemical Engineering,
Publication No
:NA ---- -----------
Filing Date
4)Priyanka Sahu
(62) Divisional to
Application Number
Filing Date
---- -----------
5)R Neelesh
---- -----------
6)Dr. Ravishankar R
Address of Applicant :Professor & Head of the Department,
Department of Chemical Engineering, Dayananda Sagar College
of Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
(57) Abstract :
The automotive industry generates a significant amount of waste rubber mainly in the form of used tires. Chemical devulcanization of
vulcanized waste rubber from the automotive industry carried out using benzoyl peroxide as devulcanizing agent and, toluene as
solvent, interferes with the sulphur cross-links present in rubber. Thus, the resulting devulcanized rubber can be blended with virgin
rubber and on revulcanizing the mixture, it becomes possible to reuse waste rubber and give it a new life. This recycling method is
environmentally friendly, as it reduces the amount of rubber waste that ends up in landfills and conserves natural resources by
incorporating recycled materials into new rubber products.

(19) INDIA
(54) Title of the invention : “A MULTI-FUNCTIONAL WIRELESS SOLAR DATA STORAGE PORTABLE POWER BANK”
1)Dr. Vivekanand Mishra
Address of Applicant :Department of Basic Science Alliance
University, Anekal, Bengaluru, India. Bangalore ----------- -----------
2)Dr.Rashmi
3)Dr.Chitrakara Hegde
4)Mr. Indra Vijay Singh
5)Mr. Dharmendra Dhadhal
6)Mr. Ruturaj Bipin bhai Thummar
7)Mr.Amiras Jerambhai Donga
8)Dr. Sukriti
:H02J0007000000, H02J0007350000, Address of Applicant : NA
(51) International
A45C0015000000, H02J0050100000, (72)Name of Inventor :
classification
G07F0017000000 1)Dr. Vivekanand Mishra
(86) International Address of Applicant :Department of Basic Science Alliance University,
:NA Anekal, Bengaluru, India. Bangalore ----------- -----------
Application No
:NA 2)Dr.Rashmi
Filing Date
Address of Applicant :Department of Basic Science Alliance University,
(87) International
: NA Anekal, Bengaluru, India. Bangalore ----------- -----------
Publication No 3)Dr.Chitrakara Hegde
(61) Patent of Addition Address of Applicant :Department of Basic Science Alliance University,
:NA
to Application Number Anekal, Bengaluru, India. Bangalore ----------- -----------
:NA
Filing Date 4)Mr. Indra Vijay Singh
(62) Divisional to Address of Applicant :ICMR project, MGMIHS, Navi Mumbai,
:NA Maharashtra, India. Mumbai ----------- -----------
Application Number
:NA 5)Mr. Dharmendra Dhadhal
Filing Date
Address of Applicant :C.U Shah University, Surendranagar, Gujarat,
India. Surendranagar ----------- -----------
6)Mr. Ruturaj Bipin bhai Thummar
Address of Applicant :C.U Shah University, Surendranagar, Gujarat,
India. Surendranagar ----------- -----------
7)Mr.Amiras Jerambhai Donga
Address of Applicant :Department of Physics, Saurashtra University,
Rajkot,India. Rajkot ----------- -----------
8)Dr. Sukriti
Address of Applicant :Department of Physics, Institute of Applied
Sciences and Humanities, GLA University,17km Stone, NH-19, Mathura-
Delhi Road P.O. Chaumuhan, Mathura mathura ----------- -----------
(57) Abstract :
The Present invention is related to the multi-function of solar wireless data storage portable power bank is used to charge electronic
devices. The important and essential feature of this invention is disclosure of the portable power bank having feature of wireless
charging pad and solar plane to supply the electricity to the batteries which are assembled to supply the current through the electric
circuit board to the USB ports placed at external location of the power bank. In this invention it is also developed a data storage
capacity unit to exchange data to through the USB port exclusively used for the data storage exchange activities.

(19) INDIA
(54) Title of the invention : DUAL PURPOSE BATCH REACTOR FOR WASTE PLASTIC PYROLYSIS PROCESS
:C10G0001000000, C10G0001100000, Kumaraswamy Layout, Bangalore Bangalore ----------- -----------
(51) International
C10G0001080000, B01D0053860000, Name of Applicant : NA
classification
B09B0003000000 Address of Applicant : NA
:NA
Application No 1)Dr. Roopa Farshi
:NA
Filing Date Address of Applicant :Department of Chemical Engineering,
(87) International Dayananda Sagar College of Engineering, Shavige Malleswara
: NA
Publication No Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
:NA
to Application Number 2)Dr. Ravishankar R
:NA
Filing Date Address of Applicant :Professor and Head, Department of
(62) Divisional to Chemical Engineering, Dayananda Sagar College of Engineering,
:NA
Application Number Shavige Malleswara Hills, Kumaraswamy Layout, Bangalore-
:NA
Filing Date 560111 Bangalore ----------- -----------
3)Dr. M. A. Lourdu Antony Raj
Address of Applicant :Professor, Department of Chemical
Engineering, MVJCE Bangalore ----------- -----------
(57) Abstract :
This innovation, introduces a novel reactor design that addresses the limitations of previous research on converting waste plastics into
value-added products through thermal and catalytic pyrolysis processes. Previous approaches either operated in a single liquid phase,
where catalyst and plastics were mixed together, or in a two-step vapor phase, involving separate heating systems for plastic
vaporization and catalytic degradation. The proposed innovative reactor allows either liquid phase or vapor phase pyrolysis in a single
unit, utilizing a single heating source. This unique reactor design segregates catalysts and plastic waste within the reactor, with waste
materials positioned at the bottom. Heating is efficiently achieved through a band heater, simplifying the process with a single heating
source. Notably, an easily accessible and cost-effective catalyst is employed, which proves highly efficient in producing liquid yields
rich in diesel-grade hydrocarbons while minimizing gas production

(19) INDIA
(54) Title of the invention : AN ADVANCED AND EFFICIENT SENTIMENT ANALYSIS FRAMEWORK FOR MEDIA-DRIVEN
INVESTIGATIONS
1)Manasa Gowda
Address of Applicant :Assistant Professor, School of Media
Studies, Garden City University, Kithaganur Main Road,
Battarahalli, Bengaluru - 560049, Karnataka, India. Bengaluru ----
------- -----------
:G06F0040300000, G06N0020000000, 2)Joemon K J
(51) International
G06Q0030020000, G06N0003080000, 3)Kusuma R
classification
:NA
:NA
Filing Date 1)Manasa Gowda
(87) International Address of Applicant :Assistant Professor, School of Media
: NA
Publication No Studies, Garden City University, Kithaganur Main Road,
(61) Patent of Addition Battarahalli, Bengaluru - 560049, Karnataka, India. Bengaluru ----
:NA
to Application Number ------- -----------
:NA
Filing Date 2)Joemon K J
(62) Divisional to Address of Applicant :Head, Department of Forensic Science,
:NA
Application Number Garden City University, Kithaganur Main Road, Battarahalli,
:NA
Filing Date Bengaluru - 560049, Karnataka, India. Bengaluru ----------- --------
---
3)Kusuma R
Address of Applicant :Assistant Professor, School of Humanities,
St. Francis de Sales Degree College, 24, NH44, VeerSandra
Hebbagodi, Bengaluru - 560100, Karnataka, India. Bengaluru -----
------ -----------
(57) Abstract :
With the surge in digital media's influence on public opinion, a pressing need arises for sophisticated tools to aid investigators in
discerning sentiment within media content. This invention introduces a comprehensive framework tailored for sentiment analysis in
the context of media-driven investigations. The system integrates modules for efficient data acquisition, preprocessing, event/topic
identification, and sentiment analysis. Utilizing cutting-edge machine learning algorithms, including deep learning models, the
framework classifies sentiments within media content, offering valuable insights into public reactions, opinions, and potential
connections pertaining to specific events or topics. The accompanying data visualization module generates graphical representations,
facilitating the interpretation of sentiment trends. The system's user interface empowers investigators to interact seamlessly, input
specific queries, and visualize sentiment analysis results in real-time, thereby enhancing investigative processes and enriching
analyses in the dynamic landscape of digital media.

(19) INDIA
(54) Title of the invention : EEG MOTOR IMAGERY CLASSIFICATION SYSTEM USING SPECTROGRAM IMAGES AND
DEEP LEARNING METHOD FOR REHABILITATION APPLICATIONS
1)KARUNYA INSTITUTE OF TECHNOLOGY AND SCIENCES
Address of Applicant :KARUNYA INSTITUTE OF TECHNOLOGY AND
SCIENCES, KARUNYA NAGAR, COIMBATORE COIMBATORE TAMIL
NADU INDIA 641114 Coimbatore ----------- -----------
1)MRS. A. ANANTHI
Address of Applicant :RESEARCH SCHOLAR, DEPARTMENT OF ROBOTICS
:A61B0005000000, A61B0005369000,
(51) International ENGINEERING, KARUNYA INSTITUTE OF TECHNOLOGY AND
A61B0005291000, A61B0005316000,
classification SCIENCES, KARUNYA NAGAR COIMBATORE COIMBATORE TAMIL
A61B0005374000
(86) International
:NA 2)DR. M. S. P. SUBATHRA
Application No
:NA Address of Applicant :PROFESSOR, DEPARTMENT OF ROBOTICS
Filing Date
ENGINEERING, KARUNYA INSTITUTE OF TECHNOLOGY AND
(87) International
: NA SCIENCES, KARUNYA NAGAR COIMBATORE COIMBATORE TAMIL
Publication No
:NA 3)MR. S. R. SUBIN
Application Number
:NA Address of Applicant :UNDERGRADUATE – SECOND YEAR, DEPARTMENT
Filing Date
OF COMPUTER SCIENCE ENGINEERING, KARUNYA INSTITUTE OF
(62) Divisional to
:NA TECHNOLOGY AND SCIENCES, KARUNYA NAGAR COIMBATORE
Application Number
:NA COIMBATORE TAMIL NADU INDIA 641114 Coimbatore ----------- -----------
Filing Date
4)MR. ASHWALA RAVI TEJA
Address of Applicant :UNDERGRADUATE – SECOND YEAR, DEPARTMENT
OF COMPUTER SCIENCE ENGINEERING, KARUNYA INSTITUTE OF
TECHNOLOGY AND SCIENCES, KARUNYA NAGAR COIMBATORE
COIMBATORE TAMIL NADU INDIA 641114 Coimbatore ----------- -----------
5)DR. S. THOMAS GEORGE
Address of Applicant :PROFESSOR AND HEAD, DEPARTMENT OF
BIOMEDICAL ENGINEERING, KARUNYA INSTITUTE OF TECHNOLOGY
AND SCIENCES, KARUNYA NAGAR COIMBATORE COIMBATORE
TAMIL NADU INDIA 641114 Coimbatore ----------- -----------
(57) Abstract :
TITLE: EEG MOTOR IMAGERY CLASSIFICATION SYSTEM USING SPECTROGRAM IMAGES AND DEEP LEARNING
METHOD FOR REHABILITATION APPLICATIONS APPLICANT: KARUNYA INSTITUTE OF TECHNOLOGY AND
SCIENCES ABSTRACT The present invention discloses an EEG motor imagery classification system for neuro-rehabilitation of
stroke patients. The system of the present invention comprises of an EEG device coupled to a processing device and an output device,
characterized in that • the EEG device comprises of 64-electrode adapted to be placed on scalp and configured to acquire
electroencephalogram (EEG) signals; • the processing device adapted to receive EEG signals and o inbuilt with Short Term Fourier
Transform (STFT) configured to extract spectrogram images; o inbuilt with Inception v3 network model adapted configured to
classify left fist and right fist from the spectrogram images; • the output device adapted to display the spectrogram images and the
classified images of left fist/right fist received from the processing device for assisting neuro-rehabilitation of stroke patients.

(19) INDIA
(54) Title of the invention : A PROCESS OF PREPARATION OF HERBAL TOOTHPASTE FORMULATION FROM IPOMEA
MARGINATA AND PRODUCT THEREOF
1)SRI BALAJI VIDYAPEETH
:A61K0031045000, A61Q0011000000,
(51) International Address of Applicant :SRI BALAJI VIDYAPEETH
A61K0036340000, A61K0036530000,
classification PONDICHERRY-CUDDALORE MAIN ROAD,
A61K0036390000
PILLAIYARKUPPAM PUDUCHERRY PUDUCHERRY
(86) International
:NA PUDUCHERRY INDIA 607 402 Puducherry ----------- -----------
Application No
:NA 2)INDIRA GANDHI INSTITUTE OF DENTAL SCIENCES
Filing Date
(87) International
Publication No
:NA 1)DR. VANDANA
:NA Address of Applicant :PROFESSOR AND HEAD,
Filing Date
DEPARTMENT OF ORAL MEDICINE AND RADIOLOGY,
(62) Divisional to
:NA INDIRA GANDHI INSTITUTE OF DENTAL SCIENCES SRI
Application Number
:NA BALAJI VIDYAPEETH PILLIYARKUPPAM, PUDUCHERRY
Filing Date
PUDUCHERRY PUDUCHERRY INDIA 607 402 Puducherry ---
-------- -----------
(57) Abstract :
TITLE: A PROCESS OF PREPARATION OF HERBAL TOOTHPASTE FORMULATION FROM IPOMEA MARGINATA AND
PRODUCT THEREOF APPLICANT: SRI BALAJI VIDYAPEETH AND INDIRA GANDHI INSTITUTE OF DENTAL SCIENCES
ABSTRACT The present invention discloses a process of preparation of herbal tooth paste formulation from Ipomea marginata
exhibiting antibacterial and anti-inflammatory activity. The process of the present invention comprises of a. preparation of
hydroalcoholic extract of Ipomea marginata comprising of extracting shade dried and coarsely powdered leaves of Ipomea marginata
with 70% ethyl alcohol by soxhlet and concentrated under vacuum dryer and redissolved in ethanol; b. preparation of tooth paste base
comprising of dissolving calcium hydrogen phosphate, himalayan salt, potassium phosphate dibasic, sodium bi carbonate, SDS,
glycerol, tri ethanolamine, polyethylene glycol, saccharine, mentholum and calcium carbonatein water followed by filter sterilizing
and solubilization; c. preparation of herbal toothpaste formulation comprising of mixing hydroalcoholic extract of Ipomea marginata
in water and the tooth paste base under magnetic stirrer at100rpm at room temperature for 10min period of time in a biosafety cabinet
and storing in amber bottle.

(19) INDIA
(54) Title of the invention : A PROCESS OF PREPARATION OF MANGIFERA INDICA L. BIOACTIVE TOPICAL
FORMULATION FOR WOUND HEALING
1)LEELA KARUNAKARAN
Address of Applicant :RESEARCH SCHOLAR, PG AND
:A61K0009000000, A61K0009060000, RESEARCH DEPARTMENT OF BIOTECHNOLOGY,
(51) International
A61K0036220000, A61P0017020000, WOMEN’S CHRISTIAN COLLEGE, CHENNAI CHENNAI
classification
A61P0031040000 TAMIL NADU INDIA 600 006 Chennai ----------- -----------
(86) International 2)ANITA ROSEMARIE JOSEPH SINGH
:NA
:NA
: NA
Publication No 1)LEELA KARUNAKARAN
(61) Patent of Addition Address of Applicant :RESEARCH SCHOLAR, PG AND
:NA
to Application Number RESEARCH DEPARTMENT OF BIOTECHNOLOGY,
:NA
Filing Date WOMEN’S CHRISTIAN COLLEGE, CHENNAI CHENNAI
(62) Divisional to TAMIL NADU INDIA 600 006 Chennai ----------- -----------
:NA
Application Number 2)ANITA ROSEMARIE JOSEPH SINGH
:NA
Filing Date Address of Applicant :ASSOCIATE PROFESSOR, PG AND
RESEARCH DEPARTMENT OF BIOTECHNOLOGY,
WOMEN’S CHRISTIAN COLLEGE, CHENNAI CHENNAI
(57) Abstract :
TITLE: A PROCESS OF PREPARATION OF MANGIFERA INDICA L. BIOACTIVE TOPICAL FORMULATION FOR WOUND
HEALING APPLICANT: LEELA KARUNAKARAN AND ANITA ROSEMARIE JOSEPH SINGH ABSTRACT The present
invention discloses a process of preparation of Mangifera indica L. bioactive topical gel formulation for wound healing comprises of
a. preparation of Mangifera indica L. leaf ethanol crude extract; b. preparation of silver nanoparticles; c. preparation of Mangifera
indica L. leaf infused oil; d. preparation of bioactive mix; d. preparation of polymeric blends; e. encapsulation of bioactive mix onto
polymeric blends; f. preparation of gel base; g. preparation of Mangifera indica L. bioactive topical gel formulation.

(19) INDIA
(54) Title of the invention : A PROCESS OF PREPARATION OF LAWSONIA INERMIS L. BIOACTIVE TOPICAL
FORMULATION FOR WOUND HEALING
1)LEELA KARUNAKARAN
(51) International
classification
A61K0008978900 TAMIL NADU INDIA 600 006 Chennai ----------- -----------
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(57) Abstract :
TITLE: A PROCESS OF PREPARATION OF LAWSONIA INERMIS L. BIOACTIVE TOPICAL FORMULATION FOR WOUND
invention discloses a process of preparation of Lawsonia inermisL. bioactive topical ointment formulation for wound healing
comprises of a. preparation of Lawsonia inermisL. leaf ethanol crude extract; b. preparation of silver nanoparticles; c. preparation of
Lawsonia inermis L. leaf infused oil; preparation of bioactive mix; d. preparation of polymeric blends; e. encapsulation of bioactive
mix onto polymeric blends; f. preparation of an ointment base; g. preparation of Lawsonia inermis L. bioactive topical ointment
formulation.

(19) INDIA
(54) Title of the invention : A PROCESS OF PREPARATION OF PIPER BETLE L. BIOACTIVE TOPICAL FORMULATION FOR
WOUND HEALING
1)LEELA KARUNAKARAN
(51) International
classification
A61K0009700000 TAMIL NADU INDIA 600 006 Chennai ----------- -----------
:NA
:NA
: NA
:NA
:NA
:NA
:NA
(57) Abstract :
TITLE: A PROCESS OF PREPARATION OF PIPER BETLE L. BIOACTIVE TOPICAL FORMULATION FOR WOUND
invention discloses a process of preparation of Piper betle L. bioactive topical film formulation for wound healing comprises of a.
preparation of Piper betle L. leaf ethanol crude extract; b. preparation of silver nanoparticles; c. preparation of Piper betle L. leaf
infused oil; d. preparation of bioactive mix; e. preparation of polymeric blends; f. encapsulation of bioactive mix onto polymeric
blends; g. preparation of Piper betle L. bioactive topical film formulation.

(19) INDIA
(54) Title of the invention : A BLOCK CHAIN BASED NOVEL MACHINE LEARNING APPROACH FOR SMART HEALTH
CARE FRAMEWORK
Address of Applicant :MIT (Massachusetts Institute of Technology), CTO Candidate, Enterprise Architect,
USA ----------- -----------
2)R.Augasthega
3)Dr. Purnendu Shekhar Pandey
4)Ms. Shivani Chinmay Pathak
5)Dr. V.Janakiraman
6)Dr. Pravin Badhe
7)Dr. R.Rajavignesh
8)R. Yamini
9)M.Saravanakumar
10)Dr. G.Vijaiprabhu
Address of Applicant :MIT (Massachusetts Institute of Technology), CTO Candidate, Enterprise Architect,
:G16H0010600000, H04L0009320000, G16H0050200000, USA ----------- -----------
G06N0020000000, G16H0040670000 2)R.Augasthega
(86) International Application No :NA Address of Applicant :Assistant Professor, Department of Information Technology, St.Joseph's Institute of
Filing Date :NA Technology, Chennai, Tamil Nadu, India ----------- -----------
(87) International Publication No : NA 3)Dr. Purnendu Shekhar Pandey
(61) Patent of Addition to Address of Applicant :Associate Professor, Department of Business Analytics, Jaipuria Institute of
:NA
Application Number Management, Vineet Khand, Gomtinagar, Lucknow-226010 ----------- -----------
:NA
Filing Date 4)Ms. Shivani Chinmay Pathak
(62) Divisional to Application Address of Applicant :Department of Health Data Science, University of Birmingham, Edgbaston,
:NA
Number Birmingham, B15 2TT ----------- -----------
:NA
Filing Date 5)Dr. V.Janakiraman
Address of Applicant :Department of ECE, Saveetha School of Engineering, Saveetha Institute of Medical and
Technical Sciences, Chennai, Tamil Nadu, India ----------- -----------
6)Dr. Pravin Badhe
Address of Applicant :Associate Professor, Department of Pharmacology, Sinhgad College of Pharmacy and
Swalife Biotech, Pune, India ----------- -----------
7)Dr. R.Rajavignesh
Address of Applicant :Professor, Department of Computer Science and Engineering, K.S.K College of
Engineering and Technology, Kumbakonam-612702, Tamil Nadu, India ----------- -----------
8)R. Yamini
Address of Applicant :Assistant Professor, Department of Computing Technologies, Faculty of Engineering
and Technology, SRM Institute of Science and Technology, Kattankulathur-603203, Chengalpattu District,
Tamil Nadu, India ----------- -----------
9)M.Saravanakumar
Address of Applicant :Senior Faculty, Department of Information Technology, Rathinam College of Arts and
Science, Coimbatore-21, Tamil Nadu, India ----------- -----------
10)Dr. G.Vijaiprabhu
Address of Applicant :Assistant Professor, PG & Research, Department of Computer Science, Erode Arts and
Science College (Autonomous), Erode, Tamil Nadu, India ----------- -----------
(57) Abstract :
This invention presents a novel healthcare framework that integrates blockchain technology with machine learning algorithms to enhance data security, improve patient care, and optimize healthcare processes. The framework
ensures secure storage and sharing of patient data through a decentralized blockchain database, addressing data security and privacy concerns. Concurrently, it utilizes advanced machine learning algorithms to analyze health
data for accurate diagnostics, personalized treatment plans, and predictive healthcare insights. This system is adaptable to various digital health tools and is instrumental in managing public health data, making it a versatile
solution for modern healthcare challenges.

(19) INDIA
(54) Title of the invention : SMART WEARABLE DEVICE FOR DETECTING DEPRESSION
1)SR University
(51) International :A61B5/16, A61B5/291, A61B5/369, Address of Applicant :SR University, Ananthasagar,
classification G06N20/00, G06N3/08, G16H40/00 Warangal, Telangana-506371, India (IN) Email ID:
(86) International patent@sru.edu.in Mb: 08702818333 Warangal ----------- ----------
:NA
Application No -
:NA
: NA
(61) Patent of Addition to 1)Dr. N. Sharmila Banu
:NA
Application Number Address of Applicant :Department of Computer Science, S R
:NA
Filing Date University, Warangal, Telangana, India. 506375 Warangal ---------
(62) Divisional to -- -----------
:NA
Application Number 2)Dr. K. Deepa
:NA
Computer Science, S R University, Warangal, Telangana, India.
506376 Warangal ----------- -----------
(57) Abstract :
SMART WEARABLE DEVICE FOR DETECTING DEPRESSION ABSTRACT A smart wearable device (100) for detecting
depression is disclosed. The smart wearable device (100) comprising a housing (104) housing essential component. These include a
sensor (106) for measuring user's vital signs, a display unit (108) for presenting measured data, and a controller (112) in
communication with the sensor. The controller (112) is configured to receive and process vital sign data, employing a machine
learning algorithm for analysis. By extracting features from the analyzed data, it classifies the user's vital signs, subsequently
identifying a severity of depression. Notably, when the detected depression severity surpasses a predefined threshold, an alert unit
(114) is activated to transmit alerts to a user device (116). Claims: 10, Figures: 3 Figure 1 is selected.

(19) INDIA
(54) Title of the invention : INFLATABLE WEARABLE DEVICE
1)SR University
Address of Applicant :SR University, Ananthasagar,
Warangal, Telangana-506371, India (IN) Email ID:
patent@sru.edu.in Mb: 08702818333 Warangal ----------- ----------
-
1)Sandip Bhattacharya
Address of Applicant :SR University, Ananthasagar, Warangal,
Telangana-506371, India Warangal ----------- -----------
2)L.M.I.Leo Joseph
:G06F0001160000, A61B0005000000,
(51) International Address of Applicant :SR University, Ananthasagar, Warangal,
A61B0005110000, A41D0013018000,
classification Telangana-506371, India Warangal ----------- -----------
G06F0003010000
3)Ajayan
(86) International
:NA Address of Applicant :SR University, Ananthasagar, Warangal,
Application No
:NA Telangana-506371, India Warangal ----------- -----------
Filing Date
4)Sreedhar Kollem
(87) International
: NA Address of Applicant :SR University, Ananthasagar, Warangal,
Publication No
:NA 5)Sheshikala Martha
Filing Date
(62) Divisional to
:NA 6)R. Archana Reddy
Application Number
Filing Date
7)V. Mahesh
8)Dr. Ravichander Janapati
9)Syed Musthak Ahmed
10)Dr. Ch. Rajendra Prasad
(57) Abstract :
INFLATABLE WEARABLE DEVICE ABSTRACT An inflatable wearable device (100) for safeguarding body parts is disclosed.
The wearable device (100) comprises a gyroscope sensor (102) strategically positioned on the wearable, tasked with detecting the
wearer's orientation in three-dimensional space. Additionally, a balloon (104) is located on the outer surface of the device, capable of
inflation through the controlled release of gas stored in an electronic gas cartridge (106). A control unit (108), in communication with
the gyroscope sensor (102). The control unit (108) is programmed to receive and analyze the sensed orientation of the wearer to a
predefined falling condition. Upon detection of a falling condition, the control unit (108) activates the electronic gas cartridge (106),
initiating the inflation of the balloon (104). The wearable device (100) significantly enhances protective capabilities in the event of a
fall. Claims: 10, Figures: 3 Figure 1A is selected.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR ESTABLISHING AN ENTREPRENEURIAL ECOSYSTEM AT
HIGHER EDUCATION INSTITUTIONS
:G06Q0010060000, H04W0012040000,
(51) International 1)SR University
G06Q0050200000, H04W0008020000,
classification Address of Applicant :SR University, Ananthasagar,
G07C0005080000
(86) International
:NA patent@sru.edu.in Mb: 08702818333 Warangal ----------- ----------
Application No
:NA -
Filing Date
(87) International
Publication No
:NA 1)Dr. N. Suman Kumar
:NA Address of Applicant :1-7-1827, Balasamudram, Hanamkonda,
Filing Date
Telangana India Hanamkonda ----------- -----------
(62) Divisional to
:NA 2)Mr. P. Vinay Kumar
Application Number
Filing Date
(57) Abstract :
SYSTEM AND METHOD FOR ESTABLISHING AN ENTREPRENEURIAL ECOSYSTEM AT HIGHER EDUCATION
INSTITUTIONS ABSTRACT A system (100) for establishing an entrepreneurial ecosystem at higher education institutions is
disclosed. The system (100), hosted on an application server (108), comprises a processor (110) and a storage medium (112) housing
executable programming instructions. Notably, the storage medium (112) encompasses four key modules. Firstly, a registration
module (114) facilitates user enrollment via a computer application (104), gathering pertinent user information via a user device (102).
Subsequently, an idea germination module (116) empowers users to cultivate startup concepts sourced from predefined outlets.
Following this, a pre incubation module (118) nurtures the germinated idea. Lastly, an incubation module (120) orchestrates the
further development of the pre-incubated idea, involving collaboration with third-party entities. The system (100) revolutionizes the
process of nurturing entrepreneurial endeavors within higher education, offering a streamlined and effective approach for transforming
concepts into viable, impactful startups. Claims: 10, Figures: 3 Figure 1A is selected.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR NAVIGATING ROVER TYPE ROBOT IN PREMISE
:G01C0021200000, G05D0001020000, (71)Name of Applicant :

(51) International
B25J0009160000, G06F0003048830, 1)SR University
classification
G01C0021340000 Address of Applicant :SR University, Ananthasagar,
(86) International Warangal, Telangana-506371, India (IN) Email ID:
:NA
Application No patent@sru.edu.in Mb: 08702818333 Warangal ----------- ----------
:NA
Filing Date -
: NA
:NA
to Application Number 1)Dr. K. Rajchandar
:NA
Filing Date Address of Applicant :55-1-244, Ramaram, Bheemaram,
(62) Divisional to Warangal, Telangana- 506015, India Warangal ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
SYSTEM AND METHOD FOR NAVIGATING ROVER TYPE ROBOT IN PREMISE ABSTRACT A system (100) for navigating a
rover type robot (102) in a premise (124) is disclosed. The system (100) comprises an application server (110) and a storage medium
(114). The storage medium (114) comprises executable programming instructions in form of modules. The storage medium (114)
comprises a registration module (116), facilitating user enrollment through a computer application (106) and user device (104) input.
Additionally, a navigation module (118) empowers users to designate a destination point for the robot (102) within the premise (124).
A path generation module (120) employs a specialized Quadrant Selection Algorithm (QSA) to ascertain the optimal movement
direction from the starting point to the designated destination. Subsequently, a traversing module (122) orchestrates the robot (102)
movement along the determined path, ensuring it reaches the destination point within the premise (124). The system (100)
revolutionizes indoor navigation for rover-type robot (102), enhancing efficiency and user experience. Claims: 10, Figures: 4 Figure
1A is selected.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR MANAGING FILE EXTENSIONS
1)SR University
-
:H04L0067109700, H04L0067060000,
G06F0016100000, H04W0084040000,
G06F0021310000
1)Pallapu Rajkumar
(86) International
Application No
Filing Date
2)S. Dharma Teja
(87) International
: NA Address of Applicant :SR University, Ananthasagar, Warangal,
Publication No
:NA 3)Dr. N. Suman Kumar
Filing Date
(62) Divisional to
:NA 4)P. Nithya
Application Number
Filing Date
5)K. Archana
6)Pothula. Vinay Kumar
(57) Abstract :
SYSTEM AND METHOD FOR MANAGING FILE EXTENSIONS ABSTRACT A system (100) for managing file extensions is
disclosed. The system (100) comprises a user interface (104) enabling file uploads, and a processor (108) installed on an application
server (106). The processor (108), upon detecting the uploaded file's extension, identifies its type and, if an uploaded file, searches for
a program string. The system (100) deduces the programming language and utilizes an artificial intelligence algorithm to convert the
program string based on a user-selected extension. The system (100) further transforms the detected extension of the uploaded file into
the user-selected extension, allowing storage or sharing on a storage medium (110) or a user device (102). The system (100)
streamlines file handling and conversion across diverse extensions, enhancing user convenience and versatility. Claims: 10, Figures: 2
Figure 1 is selected.

(19) INDIA
(54) Title of the invention : CARDIAC ARREST DETECTION SYSTEM WITH CARDIOPULMONARY RESUSCITATION AND
METHOD THEREOF
1)SR University
Address of Applicant :SR University, Ananthasagar, Warangal, Telangana-
506371, India (IN) Email ID: patent@sru.edu.in Mb: 08702818333 Warangal ------
----- -----------
Address of Applicant :S R University, Warangal, Ananthasagar, Telangana-
506371, India Warangal ----------- -----------
2)L. M. I. Leo Joseph
506371, India Warangal ----------- -----------
:A61B5/339, A61N1/00, A61N1/36,
(51) International classification 3)Ajayan
A61N1/39, G06N3/08
506371, India Warangal ----------- -----------
Filing Date :NA
4)Sreedhar Kollem
:NA 506371, India Warangal ----------- -----------
Application Number
:NA 5)Sandip Bhattacharya
Filing Date
:NA 506371, India Warangal ----------- -----------
Number
:NA 6)Alladi Tanmayi
Filing Date
506371, India Warangal ----------- -----------
7)Kolipaka Rishwanth
506371, India Warangal ----------- -----------
8)Bathoju Shritha
506371, India Warangal ----------- -----------
9)Boda Shilpa
506371, India Warangal ----------- -----------
10)Mustafa
506371, India Warangal ----------- -----------
(57) Abstract :
CARDIAC ARREST DETECTION SYSTEM WITH CARDIOPULMONARY RESUSCITATION AND METHOD THEREOF ABSTRACT A cardiac arrest
detection system (100) with cardiopulmonary resuscitation (CPR) is disclosed. The system (100) comprises a wearable device (102), housing an electrocardiogram
(ECG) sensor (104) for measuring the heart's electrical activity. An activation unit (106) is included to trigger a first defibrillation unit (108), facilitating remediation. A
control unit (110), linked to the electrocardiogram (ECG) sensor (104) and the activation unit (106), performs crucial functions. It receives and assesses the measured
heart signals, determining their potential value. If this value falls below a defined threshold, the first defibrillation unit (108) is activated. Additionally, the control unit
(110) alerts a medical practitioner if remediation isn't achieved within a specified timeframe. Furthermore, the control unit (110) initiates a second defibrillation unit
(114), allowing manual intervention by the medical practitioner. The system (100) represents a significant advancement in cardiac emergency response. Claims: 10,
Figures: 2 Figure 1 is selected.

(19) INDIA
(54) Title of the invention : METHOD FOR IMPROVING CONSISTENCY LIMIT OF SOIL
:B09C0001100000, A47L0015420000,
A61P0003100000, G01N0021356300,
C09K0017080000
(86) International
Application No
:NA -
Filing Date
(87) International
Publication No
:NA 1)R. Gobinath
Filing Date
(62) Divisional to
:NA 2)Dr. Nigitha D
Application Number
Filing Date
(57) Abstract :
METHOD FOR IMPROVING CONSISTENCY LIMIT OF SOIL ABSTRACT A method (300) for improving consistency limit of
soil. The method (300) involves a series of steps, including collecting raw soil from a source and incorporating fillers (100)
comprising polypropylene fiber into the collected soil within a proportionate amount of 0.1%. Additionally, stabilizers (102) such as
Ecosand and Metakaolin are introduced in the collected soil in specific proportions. The fillers (100) and stabilizers (102) are mixed
manually, incorporating a controlled amount of water gradually to create a sample mixture. Further, an optimum moisture content for
the sample mixture is determined by assessing change in properties of the soil, and the consistency limit of the sample mixture at the
optimum moisture content is evaluated. Claims: 8, Figures: 4 Figure 3 is selected.

(19) INDIA
(54) Title of the invention : METHOD AND COMPOSITION FOR STABILIZING SOIL USING ASBESTOS-FREE FIBER
POWDER AND SILICA GRIT
:D06M0011790000, C30B0029060000,
E02D0003120000, C04B0111000000,
B09C0001080000
(86) International
Application No
:NA -
Filing Date
(87) International
Publication No
:NA 1)R. Gobinath
Filing Date
Telangana-506371, India (IN) Warangal ----------- -----------
(62) Divisional to
:NA 2)Dr. Nigitha D
Application Number
Filing Date
Telangana-506371, India (IN) Warangal ----------- -----------
(57) Abstract :
METHOD AND COMPOSITION FOR STABILIZING SOIL USING ASBESTOS-FREE FIBER POWDER AND SILICA GRIT
ABSTRACT A method (200) for stabilizing soil using asbestos-free fiber powder (100) and silica grit (102) is disclosed. The method
(200) comprising steps of: performing a sieve analysis on pre-defined quantity of the soil using a sieve (104) with a mesh of a pre-
defined size; adding a fixed proportion of additives selected from the Asbestos-free fiber powder (100) and the silica grit (102) to the
soil; mixing the additives thoroughly with the soil for a pre-defined duration; incrementally adding water to the mixture following the
thorough mixing of the additives with the soil; and conducting tests at each incremental stage with a gradually increasing amount of
water to determine a point at which limits of the soil undergo significant changes. Claims: 10, Figures: 4 Figure 2 is selected.

(19) INDIA
(54) Title of the invention : DEVICE FOR TEXT TO SPEECH SYNTHESIS
1)SR University
----- -----------
1)Rajeshwarrao Arabelli
Address of Applicant :3-40, Bhawsingpally, Chityal, Bhupalpally Dist-506356,
India Bhupalpally ----------- -----------
2)Pittala Rajesham
:G09B0021000000, G10L0013080000, Address of Applicant :11-52, Bheemaram, Manchiryal Dist-504231, India
(51) International
G10L0013000000, H04M0001570000, Manchiryal ----------- -----------
classification
G10L0015260000 3)R. Haripriya
(86) International Address of Applicant :SR University, Ananthasagar, Warangal, Telangana, India
:NA
Application No Warangal ----------- -----------
:NA
Filing Date 4)S. Siri
(87) International Address of Applicant :SR University, Ananthasagar, Warangal, Telangana, India
: NA
Publication No Warangal ----------- -----------
(61) Patent of Addition to 5)T. Bhavana
:NA
Application Number Address of Applicant :SR University, Ananthasagar, Warangal, Telangana, India
:NA
Filing Date Warangal ----------- -----------
(62) Divisional to 6)B. Santhosh
:NA
Application Number Address of Applicant :SR University, Ananthasagar, Warangal, Telangana, India
:NA
Filing Date Warangal ----------- -----------
7)M. Chandan
Address of Applicant :SR University, Ananthasagar, Warangal, Telangana, India
Warangal ----------- -----------
8)Dr. P. Venkata Ramana Rao
Address of Applicant :2-7-1075, Kanakadurga colony, Waddelally road,
Hanumakonda- 506370, India Hanumakonda ----------- -----------
9)Durgam Rajababu
Address of Applicant :2-7-999, Kanakadurga colony, Hanamkonda – 506001, India
Hanumakonda ----------- -----------
10)Srinivas. D
Address of Applicant :2-7-999, Kanakadurga colony, Hanamkonda – 506001, India
Hanumakonda ----------- -----------
(57) Abstract :
DEVICE FOR TEXT TO SPEECH SYNTHESIS ABSTRACT A device (100) for text to speech synthesis for visually impaired users is disclosed. The device (100)
incorporates an image capturing unit (102) designed to photograph text upon user-initiated button (104) press. This captured image undergoes Optical Character
Recognition (OCR) via a connected controller (106). Subsequently, the recognized text is converted to audio through a sound unit (108) linked to the controller. This
innovative device (100) offers a real-time solution for visually impaired users individuals, facilitating immediate access to printed material. By seamlessly integrating
image capture, OCR, and speech synthesis technologies, this device (100) represents a significant advancement in enhancing accessibility and independence for the
visually impaired community. Claims: 10, Figures: 2 Figure 2 is selected.

(19) INDIA
(54) Title of the invention : JAUNDICE DETECTION SYSTEM AND METHOD
1)SR University
----- -----------
Address of Applicant :SR University, Ananthasagar, Warangal, Telangana-506371,
India Warangal ----------- -----------
2)L.M.I. Leo Joseph
India Warangal ----------- -----------
:A61B5/01, A61N5/06, G06N20/00,
(51) International classification 3)Ajayan
G06N3/08, G16H50/20
India Warangal ----------- -----------
Filing Date :NA
4)Sreedhar Kollem
:NA India Warangal ----------- -----------
Application Number
:NA 5)Sandip Bhattacharya
Filing Date
Number
:NA 6)Keerthi Shravan Kumar
Filing Date
India Warangal ----------- -----------
7)Bathini Karthik
India Warangal ----------- -----------
8)Gudiboina Rahul Sai
India Warangal ----------- -----------
9)Mohammed Abdul Adnan Mathin
India Warangal ----------- -----------
10)Mustafa
India Warangal ----------- -----------
(57) Abstract :
JAUNDICE DETECTION SYSTEM AND METHOD ABSTRACT A jaundice detection system (100) is disclosed that enhances a
management of neonatal jaundice. The system (100) comprises an input device (102) capable of gathering real-time health data from
neonates, and processing unit (106) connected to the input device (102). The processing unit (106) receives the health data collected
from the input device (102). The processing unit (106) employs advanced artificial intelligence (AI) algorithms for in-depth analysis
of the received health data. This analysis serves as the foundation for predicting health trends, changes in bilirubin levels, and vital
sign fluctuations, enabling timely and personalized care for neonates. This system (100) represents a significant advancement in
neonatal jaundice management by providing real-time insights and tailored treatment plans, thus minimizing the unpredictability in
patient outcomes. Claims:10, Figures: 3 Figure 1 is selected

(19) INDIA
(54) Title of the invention : FLEXIBLE PAVEMENT AND METHOD FOR PRODUCING THE SAME
:C08L0095000000, D21C0009100000,
D21H0011120000, D21C0005000000,
E01C0007180000
(86) International
Application No
:NA -
Filing Date
(87) International
Publication No
:NA 1)Dr. K. Rajesh Kumar
Filing Date
(62) Divisional to
:NA 2)Dr. G. Shyamala
Application Number
Filing Date
(57) Abstract :
FLEXIBLE PAVEMENT AND METHOD FOR PRODUCING THE SAME ABSTRACT A flexible pavement (100) is disclosed,
providing a versatile and sustainable solution for road construction. The flexible pavement 100 may be prepared using bitumen (102)
with a penetration grade in the range of 60 to 70, an asphalt mixer (104) containing a balanced mixture of aggregates, and sugarcane
fiber (106) derived from sugarcane bagasse. The sugarcane fiber (106) is incorporated in the bitumen (102) at 3% by weight,
enhancing the fatigue resistance and rutting performance of the resulting composition. This innovative approach in pavement design
leverages the advantageous properties of sugarcane fiber (106) to achieve superior structural stability, reduced dead load, and
improved thermal conductivity. The composition offers a sustainable and eco-friendly alternative for road construction, aligning with
evolving environmental standards and demonstrating a potential for a greener infrastructure. Claims: 10, Figures:2 Figure 1 is
selected.

(19) INDIA
(54) Title of the invention : EQUIPMENT EXTENSION SYSTEM
:A01M0007000000, B62K0025080000, (71)Name of Applicant :

(51) International
A01B0069040000, A01D0041120000, 1)SR University
classification
A01C0023000000 Address of Applicant :SR University, Ananthasagar,
:NA
:NA
Filing Date -
: NA
:NA
to Application Number 1)Janga Rohith Reddy
:NA
Filing Date Address of Applicant :Reddigudem, Tadvai, Mulugu, Telangana-
(62) Divisional to 506347, India Mulugu ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
EQUIPMENT EXTENSION SYSTEM ABSTRACT An equipment extension system (100). The system (100) comprising telescopic
rods (106a-106b) to establish a connection between an agricultural vehicle (102) and an equipment (104) for allowing for extension
within a pre-set range. An actuator (108) actuates the telescopic rods (106a-106b) for enabling controlled extension and contraction
operations. A control panel (110) interfaces with the actuator (108) for transmitting signals for extension or contraction. The system
(100) redefines the agricultural vehicle (102) functionality, providing a dynamic approach to modify a range for functioning of the
equipment (104). The system (100) enables rapid adjustments for enhancing an operational efficiency, contributing to heightened
productivity and cost-effectiveness in modern agricultural practices. Claims: 10, Figures: 5 Figure 1A is selected.

(19) INDIA
(54) Title of the invention : SMART HYDROPONICS IRRIGATION SYSTEM
:A01G0031020000, A01G0025160000,
A01G0031000000, A01G0031060000,
A01G0027000000
(86) International
Application No
:NA -
Filing Date
(87) International
Publication No
:NA 1)Dr. R. Shashank
Filing Date
(62) Divisional to
:NA 2)B. Girirajan
Application Number
Filing Date
(57) Abstract :
SMART HYDROPONICS IRRIGATION SYSTEM ABSTRACT A smart hydroponics irrigation system (100) is disclosed. The
system (100) comprises a hydroponics tower (102) designed for cultivating hydroponic plants. The hydroponics tower (102) is
compartmentalized, with each compartments (104a-104n) featuring an inlet (108) with a valve (106) to receive water. A water level
sensors (110a-110n) are arranged within each compartment to measure water levels. A control unit (112) is in communication with the
water level sensors (110a-110n). The control unit (112) is configured to receive and process the water level data from the sensors, and
compare this data with a predefined threshold level. If the water level in any compartment falls below this threshold, the control unit
(112) activates a motor (114) to actuate the corresponding valve (106), thereby replenishing the water supply. The system (100)
ensures precise and automated control over water levels, optimizing hydroponic plant growth. Claims: 10, Figures: 3 Figure 1A is
selected.

(19) INDIA
(54) Title of the invention : COMPOSITION AND METHOD FOR PREPARING ENGINEERED CEMENTITIOUS COMPOSITE
MIXTURE
:C04B0028020000, C04B0028040000, (71)Name of Applicant :

(51) International
B32B0027120000, G06F0011100000, 1)SR University
classification
C04B0103320000 Address of Applicant :SR University, Ananthasagar,
(86) International Warangal, Telangana, India (IN) Email ID: patent@sru.edu.in Mb:
:NA
Application No 08702818333 Warangal ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Dr. K. Poongodi
:NA
to Application Number Address of Applicant :109, Periyar Nagar, Nehru Nagar (East),
:NA
Filing Date Coimbatore – 14 India Coimbatore ----------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
COMPOSITION AND METHOD FOR PREPARING ENGINEERED CEMENTITIOUS COMPOSITE MIXTURE ABSTRACT A
method (300) for preparing an Engineered Cementitious Composite (ECC) mixture (200) is disclosed. The method (300) comprising
steps of: selecting a specific type of cement (100) for the Engineered Cementitious Composite (ECC) mixture (200); selecting a
lightweight aggregate (102) to be incorporated into the Engineered Cementitious Composite (ECC) mixture (200); adding
superplasticizers (104) into the Engineered Cementitious Composite (ECC) mixture (200); adding fibers (106) into the Engineered
Cementitious Composite (ECC) mixture (200); and mixing and homogenizing the cement (100), the lightweight aggregate (102),
water, the superplasticizers (104), and the fibers (106) to create the well-blended Engineered Cementitious Composite (ECC) mixture
(200). Claims: 10, Figures: 6 Figure 2 is selected.

(19) INDIA
(54) Title of the invention : FORMULATION OF FINE AGGREGATE USING DEMOLISHED MATERIALS AND METHOD OF
PREPARING THE SAME
:C04B0028040000, C04B0018020000, (71)Name of Applicant :

(51) International
C04B0028020000, C04B0111340000, 1)SR University
classification
B28C0007040000 Address of Applicant :SR University, Ananthasagar,
(86) International Warangal, Telangana, India (IN) Email ID: patent@sru.edu.in Mb:
:NA
Application No 08702818333 Warangal ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Dr. P. Murthi
:NA
to Application Number Address of Applicant :109, Periyar Nagar Nehru Nagar (East),
:NA
Filing Date Coimbatore - 14, India Coimbatore ----------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
FORMULATION OF FINE AGGREGATE USING DEMOLISHED MATERIALS AND METHOD OF PREPARING THE SAME
ABSTRACT A method (200) for preparing fine aggregates using demolished materials (104) is disclosed. The method (200)
comprises steps of preparing a concrete material (102) by incorporating the demolished materials (104). The method (200) further
comprises a step of adding a fiber (106) as an additive to the concrete material (102). The method further comprises a step of mixing
the concrete material (102), the demolished materials (104), and the fiber (106) to obtain the formulation (100). The obtained
formulation (100) may be characterized for a durability and a micro-characterization test. The obtained formulation (100) contribute to
sustainable and environmentally responsible construction practices. Claims: 8; Figures: 2 Figure 1A is selected.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR THREE-DIMENSIONAL MEASUREMENT OF PREMISE
:G01B0011250000, G01S0017890000, (71)Name of Applicant :

(51) International
G01B0011020000, G06F0003048150, 1)SR University
classification
A61B0005148600 Address of Applicant :SR University, Ananthasagar,
:NA
:NA
Filing Date -
: NA
:NA
to Application Number 1)Sumit Gupta
:NA
Filing Date Address of Applicant :F-2 Sector H.NO-10, Swadesh Nagar
(62) Divisional to Ashoka harden Bhopal(M.P), India Bhopal ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
SYSTEM AND METHOD FOR THREE-DIMENSIONAL MEASUREMENT OF PREMISE ABSTRACT A system (100) for three-
dimensional measurement of a premise is disclosed. The system (100) comprises a sensor (102) designed to measure a first set of
dimensions, encompassing aspects such as height, width, breadth, depth, or combinations thereof. A motor (104) facilitates sensor
(102) movement, enabling measurements from varied angles. A pivotal component, the control unit (106), receives and processes the
initial dimensions obtained by the sensor (102). The system (100) adeptly computes this data to derive a comprehensive second set of
dimensions. These refined measurements are then showcased on a display unit (108). The system (100) revolutionizes premise
measurement by providing a dynamic and accurate portrayal of spatial dimensions, offering invaluable applications in fields such as
architecture, interior design, and engineering. Claims: 10, Figures: 2 Figure 1 is selected.

(19) INDIA
(54) Title of the invention : SMART GLASS AND METHOD FOR PROFILE ANALYSIS
1)SR University
Warangal, Telangana, India (IN) Email ID: patent@sru.edu.in Mb:
08702818333 Warangal ----------- -----------
1)Naresh Kumar Sripada
:G02F0001133300, G02B0027010000, Address of Applicant :SR University, Ananthasagar, Warangal,
(51) International
A61B0005110000, G06F0016248000, Telangana, India Warangal ----------- -----------
classification
G06F0001160000 2)Sirikonda Shwetha
(86) International Address of Applicant :Kakatiya University, Warangal, Telangana,
:NA
Application No India Warangal ----------- -----------
:NA
Filing Date 3)P. Pramod Kumar
(87) International Address of Applicant :SR University, Ananthasagar, Warangal,
: NA
Publication No Telangana, India Warangal ----------- -----------
(61) Patent of Addition 4)V. Thirupathi
:NA
to Application Number Address of Applicant :SR University, Ananthasagar, Warangal,
:NA
Filing Date Telangana, India Warangal ----------- -----------
(62) Divisional to 5)K. Shiva Kiran
:NA
Application Number Address of Applicant :SR University, Ananthasagar, Warangal,
:NA
Filing Date Telangana, India Warangal ----------- -----------
6)S. Abhi Ram
Telangana, India Warangal ----------- -----------
7)P. Sai Preetham
8)T. Abhilash
(57) Abstract :
SMART GLASS FOR PROFILE ANALYSIS ABSTRACT A smart glass (100) for profile analysis is disclosed. The smart glass
(100) encompasses an image capturing unit (102) for photographing individuals before a wearer. A connected control unit (104)
distinguishes itself by its capacity to receive and process the captured image. It excels in facial feature extraction and analysis. By
comparing these features with a stored dataset, the control unit (104) accurately derives the individual’s profile. The results are
displayed on an integrated display unit (108). The smart glass (100) revolutionizes real-time profile analysis, empowering wearers
with immediate, actionable insights in dynamic scenarios. Claims: 10, Figures: 2 Figure 1 is selected.

(19) INDIA
(54) Title of the invention : ELECTRONIC ATTENDANCE SYSTEM AND METHOD THEREOF
1)SR University
-
:G07C0001100000, H04W0004800000,
H04B0005000000, G06Q0010100000,
H04W0012060000
(86) International
:NA 1)Mohammed Ashraf
Application No
:NA Address of Applicant :11-22-811 Madina Street Lb Nagar
Filing Date
Warangal, Telangana-506371, India Warangal ----------- -----------
(87) International
: NA 2)Md. Ahmed Khan
Publication No
Address of Applicant :35-7-25 Maruthi Colony Jawahar Colony
:NA Road Gopalpur, Hanumakonda, Warangal, Telangana-506371,
Filing Date
3)Shaik Sufiyaan
(62) Divisional to
:NA Address of Applicant :11-23-1105 L.B Nagar, Warangal,
Application Number
Filing Date
4)Yakub Pasha
5)Naredla Suman Kumar
Address of Applicant :1-7-1827, Balasamudram, Warangal,
(57) Abstract :
ELECTRONIC ATTENDANCE SYSTEM AND METHOD THEREOF ABSTRACT An electronic attendance system (100) is
disclosed. The system (100) comprising a terminal (102) with a receiving Near Field Communication (NFC) chip (106), in
communication with a transmitting Near Field Communication (NFC) chip (110) on a user device (104). A control unit (108), linked
to the receiving Near Field Communication (NFC) chip (106), is configured to activate receipt of data packets, facilitating attendance
marking when received within a predefined time duration. This system (100) leverages Near Field Communication (NFC) technology
to ensure secure and real-time attendance tracking, effectively addressing proxy attendance concerns. Claims: 10, Figures: 2 Figure 1
is selected.

(19) INDIA
(54) Title of the invention : LIFTING SYSTEM AND METHOD FOR TRANSFERRING PATIENT TO OR FROM HOSPITAL
BED
1)SR University
:A61G0007100000, A61M0005142000, -
(51) International
G16H0080000000, G16H0040670000, Name of Applicant : NA
classification
A61G0001020000 Address of Applicant : NA
:NA
Application No 1)Gundreddy Varsha
:NA
Filing Date Address of Applicant :S R University, Warangal, Ananthasagar,
(87) International Telangana- 506371, India Warangal ----------- -----------
: NA
Publication No 2)T. Swarthika
(61) Patent of Addition Address of Applicant :S R University, Warangal, Ananthasagar,
:NA
to Application Number Telangana- 506371, India Warangal ----------- -----------
:NA
Filing Date 3)Baddam Nikitha
(62) Divisional to Address of Applicant :S R University, Warangal, Ananthasagar,
:NA
Application Number Telangana- 506371, India Warangal ----------- -----------
:NA
Filing Date 4)Vemula Sreeja
Address of Applicant :S R University, Warangal, Ananthasagar,
Telangana- 506371, India Warangal ----------- -----------
5)Naredla Suman Kumar
Address of Applicant :S R University, Warangal, Ananthasagar,
Telangana- 506371, India Warangal ----------- -----------
(57) Abstract :
LIFTING SYSTEM AND METHOD FOR TRANSFERRING PATIENT TO OR FROM HOSPITAL BED ABSTRACT A lifting
system (100) for transferring a patient to or from a hospital bed (102) is disclosed. The lifting system (100) comprises a specialized
platform (104) tailored to comfortably accommodate the patient. A set of rollers (106a-106n) is integrated to facilitate seamless
movement of the platform (104), enabling efficient patient transfer. The key innovation lies in the incorporation of a user-friendly
handle (108) mechanism, which initiates the rolling motion of the set of rollers (106a-106n). The lifting system (100) addresses the
challenges associated with manual patient transfers, providing a safe, efficient, and ergonomic solution for healthcare professionals.
Claims: 10, Figures: 3 Figure 1A is selected.

(19) INDIA
(54) Title of the invention : SHAKER FOR PREVENTING MOISTURE CONTAMINATION IN POWDERED FOOD
1)SR University
:B65D0085804000, A23L0033220000, Warangal, Telangana-506371, India (IN) Email ID:
(51) International
A47G0019240000, A47J0043270000, patent@sru.edu.in Mb: 08702818333 Warangal ----------- ----------
classification
A23L0002000000 -
:NA
:NA
(87) International 1)Damarla Ramesh Babu
: NA
Publication No Address of Applicant :Associate Professor, School of Business,
(61) Patent of Addition SR University, Warangal, India 506371 Warangal ----------- -------
:NA
to Application Number ----
:NA
Filing Date 2)Dr. Sandeep Chauhan
(62) Divisional to Address of Applicant :Scientist E/Additional Director, CS-II
:NA
Application Number Division, Ministry of Environment, Forest & Climate Change, Jor
:NA
Filing Date Bag, New Delhi 1100003 Delhi ----------- -----------
3)Dr. Rakesh Sengupta
Address of Applicant :Director, Centre for Creative cognition, SR
University, Warangal, India 506371 Warangal ----------- -----------
(57) Abstract :
SHAKER FOR PREVENTING MOISTURE CONTAMINATION IN POWDERED FOOD ABSTRACT A shaker (100) for
preventing moisture contamination in powdered food is disclosed. The shaker (100) comprises a container (102) to accommodate a
liquid beverage and the powdered food. A cork (104) is situated at the base of the container (102), comprising spring-loaded plates
(106) to facilitate an upward movement of the cork (104) towards the shaker (100) opening. An adjustable spindle (108) is linked to
the spring-loaded plates (106), ensuring a consistent tension in the plates to elevate the cork (104) and effectively prevent any
moisture from affecting the powdered food. The shaker (100) provides a reliable solution for maintaining the quality and integrity of
powdered food products. Claims: 10, Figures: 2 Figure 1 is selected.

(19) INDIA
(54) Title of the invention : ROBOTIC SYSTEM FOR MULTI-LEVEL FAULT DETECTION AND SAFETY ENHANCEMENT IN
ICY ENVIRONMENTS
1)Abhishek Koti, CSED, MVSREC
Address of Applicant :Maturi Venkata Subba Rao (MVSR)
Engineering College, Hyderabad Hyderabad ----------- -----------
2)Sri Lasya Koti, CSED, MVSREC
3)Karthikeya Kolluri, CSED, MVSREC
4)Dr. Akhil Khare, CSED, MVSREC
5)Dr. Pallavi Khare, ECED, MEC
6)Dr. G. Kanaka Durga, ECED, MVSREC
:H01M0010052000, A61B0005000000,
(51) International 7)Maturi Venkata Subba Rao (MVSR) Engineering College
H04N0005330000, A61B0001000000,
G01J0005000000
(86) International
Application No
:NA 1)Abhishek Koti, CSED, MVSREC
Filing Date
(87) International
: NA Engineering College, Hyderabad Hyderabad ----------- -----------
Publication No
2)Sri Lasya Koti, CSED, MVSREC
:NA Address of Applicant :Maturi Venkata Subba Rao (MVSR)
:NA Engineering College, Hyderabad Hyderabad ----------- -----------
Filing Date
3)Karthikeya Kolluri, CSED, MVSREC
(62) Divisional to
:NA Address of Applicant :Maturi Venkata Subba Rao (MVSR)
Application Number
:NA Engineering College, Hyderabad Hyderabad ----------- -----------
Filing Date
4)Dr. Akhil Khare, CSED, MVSREC
5)Dr. Pallavi Khare, ECED, MEC
Address of Applicant :Matrusri Engineering College, Hyderabad
Hyderabad ----------- -----------
6)Dr. G. Kanaka Durga, ECED, MVSREC
(57) Abstract :
ABSTRACT The present invention relates to a robotic system (100) designed to address safety and hazard assessment challenges
posed by icy and frozen terrains. The system integrates a range of advanced technologies, including LiDAR and SONAR sensors (1.1)
for crack and crevasse detection, an Infrared (IR) imaging system for thermal data analysis, and a high-speed System-on-Chip (SoC)
for data processing. It incorporates environment sensing and region analysis modules, depth-sensing and thickness recognition
modules (107), and melting alerts modules to provide a holistic understanding of the surroundings and potential hazards. Real-time
communication is facilitated through a wireless sensor RF module (105) and a GSM module, ensuring timely feedback and alerts to
remote operators and users. Safety features include high-duty speakers for audible alerts and a lightweight high-capacity lithium
polymer rechargeable battery pack powered by solar energy. This robotic system offers a comprehensive solution for early fault
detection, enhanced situational awareness, and improved safety in challenging icy environments. Figure associated with Abstract is
Fig. 1

(19) INDIA
(54) Title of the invention : FOUR-AXES PLC CONTROLLED SPECIAL PURPOSE CARTESIAN WELDING ROBOT WITH
ROTARY TORCH FOR WAAM
1)NMAM Institute of Technology
Address of Applicant :NMAM Institute of Technology, Nitte
:B33Y0010000000, B23K0009040000, Pademane, SH1, Karkala, Karnataka 574110. India Karkala -------
(51) International
B33Y0030000000, B33Y0080000000, ---- -----------
classification
:NA
:NA
Filing Date 1)Raghavendra Pai K
(87) International Address of Applicant :Department of Mechanical Engineering,
: NA
Publication No NMAM Institute of Technology, Nitte Pademane, SH1, Karkala,
(61) Patent of Addition Karnataka 574110. India Karkala ----------- -----------
:NA
to Application Number 2)Dr Vijeesh V
:NA
Filing Date Address of Applicant :Department of Mechanical Engineering,
(62) Divisional to NMAM Institute of Technology, Nitte Pademane, SH1, Karkala,
:NA
Application Number Karnataka 574110. India Karkala ----------- -----------
:NA
Filing Date 3)Dr. K Narayan Prabhu
Address of Applicant :NMAM Institute of Technology, Nitte
Pademane, SH1, Karkala, Karnataka 574110. India Karkala -------
---- -----------
(57) Abstract :
The objective of the present invention is to design and fabricate a four-Axes PLC controlled special purpose cartesian welding robot
with rotary torch for Wire Arc Additive Manufacturing. This device can be used to additively manufacture products made up of alloys
of Al, Steel, MS etc. with simple part programming. It can be also used for variety of purposes such as for research on additive
manufacturing techniques involving WAAM. Easy to re-program shape and size of the metal component to be manufactured.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR WATER LEVEL CONTROLLING UTILIZING LORA (LONG
RANGE) WIRELESS COMMUNICATION
:A01G0025160000, A47J0031560000,
A61J0003000000, G05D0009120000,
G01B0007140000
522237, India. Amaravati ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)KAMALESH KUMAR K
Publication No
Address of Applicant :Student, SENSE, School of Electronics
:NA Engineering, VIT-AP University, Inavolu, Amaravati, Andhra
:NA Pradesh - 522237, India. Amaravati ----------- -----------
Filing Date
2)KHAIRNAR VIKAS VISHNU
(62) Divisional to
:NA Address of Applicant :Assistant Professor Sr. Grade 2, School of
Application Number
:NA Electronics Engineering, VIT-AP University, Inavolu, Amaravati,
Filing Date
(57) Abstract :
A system (100) and method (500) for water level controlling utilizing LoRa (long range) wireless communication. The system (100)
includes an overhead tank unit (102) positioned near a tank above a buildingto measure water levels present in a tank at predefined
intervals, and a ground unit (108) wirelessly connected to the overhead tank unit (102) and configured to gauge electricity supply
quality to run a motor operation based on voltage levels and water levels. The system (100) provides accurate and real-time
monitoring of water levels in overhead tanks, sumps, or wells, thereby eliminating the need for manual measurements, reducing errors
and saving time and effort. The system (100) incorporates automated control features, allowing for timely and precise control of water
levels.

(19) INDIA
(54) Title of the invention : DEVICE FOR ENABLING UNDERWATER DATA COMMUNICATION BY USING
JUNCTIONLESS TUNNELFET (JLTFET)
:H01L0029200000, H01L0029778000, Address of Applicant :Vandalur - Kelambakkam Road,
(51) International
G05B0023020000, H01L0033320000, Chennai, Tamil Nadu - 600127, India. Chennai ----------- -----------
classification
:NA
:NA
Filing Date 1)LAKSHMI B
(87) International Address of Applicant :Professor, Centre for Nano-Electronics &
: NA
Publication No VLSI Design and School of Electronics Engineering, Vellore
(61) Patent of Addition Institute of Technology, Chennai, Vandalur - Kelambakkam Road,
:NA
to Application Number Chennai, Tamil Nadu – 600127, India. Chennai ----------- ----------
:NA
Filing Date -
(62) Divisional to 2)LOKESH BOGGARAPU
:NA
Application Number Address of Applicant :School of Electronics Engineering, Vellore
:NA
Chennai, Tamil Nadu – 600127, India. Chennai ----------- ----------
-
(57) Abstract :
Present invention discloses device(100) which is capable of withstanding both temperature and pressure at deepwater level, the device
in the present disclosure offers a noveldevicefor deep water communication (JLTFET). The device (100) is designed with deep water
specifications takingtemperature and stress analysis as a major constraint. The temperature and pressureconstraints are removed by
using Gallium Nitride (GaN) material for the device,considering the underwater & submarine electronic equipment conditions:
Temperatureranging from 0 ° C to 200 ° C, and the device can be subjected to a maximum of 3 MPaof stress. This retains the
functionality of the entire communication device withacceptable performance parameters.

(19) INDIA
(54) Title of the invention : IN SITU GEL FOR OCULAR ADMINISTRATION
1)Al Shifa College of Pharmacy
Address of Applicant :Poonthavanam, Kizhattur P.O., Perintalmanna, Malappuram Dt.,
Kerala, India - 679325 Poonthavanam ----------- -----------
1)Abeesha Jumana V A
Address of Applicant :Al Shifa College of Pharmacy Poonthavanam Kizhattur P.O.
Perintalmanna Malappuram Dt. Kerala, India - 679325 Poonthavanam ----------- -----------
2)Junise V
3)Preetha S Panicker
4)Ajith Chandran
:A61K0009000000, A61P0027020000, A61P0031040000,
(51) International classification Address of Applicant :Al Shifa College of Pharmacy Poonthavanam Kizhattur P.O.
A61K0036185000, A61P0029000000
:NA 5)Afnan K V
No
:NA Address of Applicant :Al Shifa College of Pharmacy Poonthavanam Kizhattur P.O.
Filing Date
: NA 6)Aswathy C
No
:NA Perintalmanna Malappuram Dt. Kerala, India - 679325 Poonthavanam ----------- -----------
Application Number
:NA 7)Raheena K A
Filing Date
:NA Perintalmanna Malappuram Dt. Kerala, India - 679325 Poonthavanam ----------- -----------
Number
:NA 8)Naseena U
Filing Date
9)Lameesa Banu V P
10)Shafin P
11)Swathi H
12)Safa Muhammad
Perintalmanna Malappuram Dt. Poonthavanam ----------- -----------
13)Sheron Joseph
(57) Abstract :
Abstract The present invention provides a herbal ophthalmic in-situ gel of Boerhavia diffusa for the treatment of conjunctivitis with
good anti- inflammatory and antibacterial activity. A new herbal formula was developed from the ethanolic extract of Boerhavia
diffusa which have proven anti-inflammatory and antibacterial activities. A pH triggered in-situ ophthalmic gel was prepared by
simple dispersion method using Carbopol 934 along with HPMC K4M and then evaluated for pH, gelling capacity, viscosity,
antimicrobial studies and ocular irritation studies. The formulation shows antimicrobial activity against Staphylococcus aureus and
that is comparable that of Gentamicin eye drops. The in-situ gelling system will get good patient acceptance because it is easy to instil
and gradually erodes by dissolution of the gel, avoiding the need for removal. Hence, it can be concluded that in-situ gels are a viable
alternative to conventional eye drops by providing increased residence time resulting in decreased frequency of administration leading
to better patient acceptance.

(19) INDIA
(54) Title of the invention : ARTIFICIAL INTELLIGENCE (AI) BASED HIGH-EFFICIENCY DC-DC CONVERTER FOR
DYNAMICALLY CHARGING ELECTRIC VEHICLES
---------
(51) International :B60L53/00, B60L58/00, (72)Name of Inventor :
classification G06N20/00, H02J7/00, H02M3/00 1)Dr. K RADHA RANI
(86) International Application Address of Applicant :ELECTRICAL & ELECTRONICS
:NA
No ENGINEERING RVR & JC COLLEGE OF ENGINEERING
:NA
Filing Date CHANDRAMOULIPURAM, CHOWDAVARAM, GUNTUR
(87) International Publication PIN - 522 019 Guntur ----------- -----------
: NA
No 2)Dr. N. CHAITANYA
(61) Patent of Addition to Address of Applicant :ELECTRICAL & ELECTRONICS
:NA
Application Number ENGINEERING RVR & JC COLLEGE OF ENGINEERING
:NA
Filing Date CHANDRAMOULIPURAM, CHOWDAVARAM, GUNTUR
(62) Divisional to PIN - 522 019 Guntur ----------- -----------
:NA
Application Number 3)Dr. A. RAMA KOTESWARA RAO
:NA
Filing Date Address of Applicant :ELECTRICAL & ELECTRONICS
ENGINEERING RVR & JC COLLEGE OF ENGINEERING
PIN - 522 019 Guntur ----------- -----------
4)Dr. G. V.P ANJANEYULU
Address of Applicant :ELECTRICAL & ELECTRONICS
ENGINEERING RVR & JC COLLEGE OF ENGINEERING
PIN - 522 019 Guntur ----------- -----------
(57) Abstract :
ARTIFICIAL INTELLIGENCE BASED HIGH-EFFICIENCY DC-DC CONVERTER FOR DYNAMICALLY CHARGING
ELECTRIC VEHICLES ABSTRACT The present invention discloses an Artificial Intelligence (AI) Based High-Efficiency DC-DC
Converter 102 designed for dynamically charging electric vehicles. The system 200 comprises a power input stage for receiving
electrical power from a source and an AI control unit 204 employing machine learning algorithms to optimize converter parameters in
real-time. A feedback loop 206 collects data on electric vehicle characteristics, charging requirements, and environmental conditions,
facilitating continuous adjustment of the converter for maximum efficiency during dynamic charging scenarios. The AI control unit
204 utilizes a neural network trained on historical charging data, environmental conditions, and predictive data from external systems,
including electric vehicle management, weather monitoring, and power grid information systems. The system's bidirectional
communication interface enables data exchange with electric vehicles, enhancing charging efficiency by considering real-time
charging status and battery information.

(19) INDIA
(54) Title of the invention : AI-DRIVEN PREDICTIVE ANALYTICS FOR MARKET TRENDS AND INVESTMENT DECISION
MAKING
1)Ms. Padmashree. P
Address of Applicant :Assistant Professor, Department of Management (BBA), CMS JAIN
(Deemed to be University), #133, Lalbagh Road, Bangalore-560027, Karnataka ----------- ------
-----
2)Dr. Jerry John
3)Dr. Supriya Gupta Bani
4)Mrs. Manjushree G S
5)Dr. V Deepa
6)Ms. Sridevi M
7)Mr. S. Joshua Benaiah
8)Dr. M.Prakash
9)Ms. Aparna Mathapathi
10)Dr. Narayan Vinod Kadubal
:G06Q0040060000, G06Q0040040000, 1)Ms. Padmashree. P
(51) International Address of Applicant :Assistant Professor, Department of Management (BBA), CMS JAIN
G06N0020000000, G06N0005040000,
classification (Deemed to be University), #133, Lalbagh Road, Bangalore-560027, Karnataka ----------- ------
G06Q0030020000
-----
(86) International 2)Dr. Jerry John
:NA
Application No Address of Applicant :Professor & Program Director, One School of Business, #23/1, Opposite
:NA
Filing Date to Manyata Tech Park, Nagawara, Bangalore-560024, Karnataka ----------- -----------
(87) International 3)Dr. Supriya Gupta Bani
: NA Address of Applicant :Assistant Professor, Department of Computer Science and Engineering
Publication No
(61) Patent of Addition to (Data Science), Shri Ramdeobaba College of Engineering and Management, Ramdeo Tekdi,
:NA Gittikhadan, Katol Road, Nagpur-440013, Maharashtra, India ----------- -----------
Application Number
:NA 4)Mrs. Manjushree G S
Filing Date Address of Applicant :Assistant Professor, Department of Commerce, Surana College,
(62) Divisional to Basavangudi, Banglaore-560004, Karnataka ----------- -----------
:NA
Application Number 5)Dr. V Deepa
:NA
Filing Date Address of Applicant :Assistant Professor, One school of Business, #23/1, Opposite to
Manyata Tech Park, Nagawara, Bangalore-560024, Karnataka ----------- -----------
6)Ms. Sridevi M
Address of Applicant :Assistant Professor, Department of Commerce and Management,
Administrative Management College (AMC), Bannerghatta Main Road, Bangalore -560083,
Karnataka ----------- -----------
7)Mr. S. Joshua Benaiah
Address of Applicant :Assistant Professor, Department of Management Studies (MBA),
OASYS Institute of Technology, Pulivalam, Trichy-621006, Tamilnadu ----------- -----------
8)Dr. M.Prakash
Address of Applicant :Assistant Professor & Head, Department of Corporate Secretaryship,
Salem Sowdeswari College, Salem-636010, Tamilnadu ----------- -----------
9)Ms. Aparna Mathapathi
Address of Applicant :Assistant Professor, Department of Commerce, Surana College,
Basavangudi, Banglaore-560004, Karnataka ----------- -----------
10)Dr. Narayan Vinod Kadubal
Address of Applicant :Assistant Professor & HOD, Department of Commerce, Sambhajirao
Kendre Mahavidyalaya, Jalkot, Latur-413532, Maharashtra ----------- -----------
(57) Abstract :
The proposed invention is an AI-driven predictive analytics tool for market trends analysis and investment decision-making. This tool utilizes advanced algorithms to
analyze a vast array of data sources, including market indicators, financial reports, and global economic factors. It is designed to provide real-time insights and
personalized investment recommendations, catering to the needs of individual investors and financial institutions. The tool features an intuitive interface, adaptive
learning capabilities, and a focus on ethical considerations and regulatory compliance. It offers a unique combination of real-time analysis, personalization, and
accessibility, revolutionizing the approach to financial market analysis and investment strategy formulation.

(19) INDIA
(54) Title of the invention : ADVANCED ENERGY STORAGE SYSTEM USING LITHIUM-SULFUR (LI-S) BATTERIES
1)Dr. M.Karthikeyan
Address of Applicant :Associate Professor, Centre for Advanced Wireless Integrated Technology, Chennai
Institute of Technology, Chennai- 600069, Tamilnadu, India ----------- -----------
2)Dr. G.Meerimatha
3)K. Umamaheswari
4)Dr. J. Vijay Anand
5)Mrs. Uma Rathore
6)Dr. Aniket Bhanudas Kolekar
7)Ms. Jamuna Kaushik
8)Dr. S. Srinivasan
9)Dr. S. Thirumurugaveerakumar
10)Dr. D. Prabha
1)Dr. M.Karthikeyan
Address of Applicant :Associate Professor, Centre for Advanced Wireless Integrated Technology, Chennai
Institute of Technology, Chennai- 600069, Tamilnadu, India ----------- -----------
:H01M0010052000, H01M0004620000, H01M0010052500, 2)Dr. G.Meerimatha
H01M0004380000, H01M0004580000 Address of Applicant :Associate Professor, Department of Electrical and Electronics Engineering, Srinivasa
(86) International Application No :NA Ramanujan Institute of Technology, Rotary Puramu Village, BKS Mandal, Anantapur- 515701, Andhra
Filing Date :NA Pradesh, India ----------- -----------
(87) International Publication No : NA 3)K. Umamaheswari
(61) Patent of Addition to Address of Applicant :Assistant Professor & Head, Department of Chemistry, Muthayammal College of
:NA
Application Number Engineering, Kakaveri, Rasipuram, Namakkal- 637407, Tamilnadu, India ----------- -----------
:NA
Filing Date 4)Dr. J. Vijay Anand
(62) Divisional to Application Address of Applicant :Assistant Professor, Department of Electronics and Communication Engineering, J.N.N
:NA
Number Institute of Engineering, 90, Ushaa Garden, Kannigaipair, Chennai- 601102, Tamilnadu, India ----------- --------
:NA
Filing Date ---
5)Mrs. Uma Rathore
Address of Applicant :Assistant Professor, Department of Electrical Engineering, Government Engineering
College, Bilaspur- 495009, Chhattisgarh, India ----------- -----------
6)Dr. Aniket Bhanudas Kolekar
Address of Applicant :Associate Professor, Department of Mechanical Engineering, Dr. D Y Patil Institute of
Engineering, Management & Research, Akurdi- 411044, Pune, Maharashtra, India ----------- -----------
7)Ms. Jamuna Kaushik
Address of Applicant :Assistant Professor, Department of Electronics and Telecommunication, Government
Engineering College, Bilaspur- 495009, Chhattisgarh, India ----------- -----------
8)Dr. S. Srinivasan
Address of Applicant :Assistant Professor, Department of Agriculture Engineering, Nehru Institute of
Technology, Jawahar Gardens, Kaliapuram, Thirumalayampalayam (Po), Coimbatore- 641105, Tamilnadu,
India ----------- -----------
9)Dr. S. Thirumurugaveerakumar
Address of Applicant :Associate Professor, Department of Mechanical Engineering, Kumaraguru College of
Technology, Coimbatore- 641049, Tamilnadu, India ----------- -----------
10)Dr. D. Prabha
Address of Applicant :Professor, Department of Computer Science and Engineering, Sri Krishna College of
Engineering and Technology, Coimbatore- 641008, Tamilnadu, India ----------- -----------
(57) Abstract :
This invention relates to an advanced energy storage system utilizing Lithium-Sulfur (Li-S) batteries. It focuses on improving energy
density, efficiency, longevity, and safety of the batteries. Key innovations include novel electrode materials and electrolyte solutions
to mitigate the polysulfide shuttle effect, enhanced sulfur cathodes for better conductivity and volume management, as well as
advanced safety features for thermal management and stability. The system is designed for scalability and environmental
sustainability, with applications ranging from electric vehicles and grid storage to portable electronics. This technology represents a
significant advancement in the field of energy storage, offering a sustainable, high-performance alternative to traditional lithium-ion
batteries.

(19) INDIA
(54) Title of the invention : NOVEL ALGORITHM FOR RAPID PRIME NUMBER FACTORIZATION USING QUANTUM
COMPUTING
1)Dr. Y. Sherlin Nisha
Address of Applicant :Associate Professor, Department of Mathematics, Sri Sairam Institute of
Technology, West Tambaram, Chennai-600044 ----------- -----------
2)Dr. R.Suganya
3)Mr. APCV Gopala Rao
4)Dr. T. Manimaran
5)Mr. T. Selvaganesh
6)Dr. R. Saravanakumar
7)Mrs. G.Devi
8)K.P.Senthil
9)Dr. G. Kannan
10)Mrs. Swathi Sundari
1)Dr. Y. Sherlin Nisha
Address of Applicant :Associate Professor, Department of Mathematics, Sri Sairam Institute of Technology,
:G06N0010000000, G06F0011100000, B82Y0010000000, West Tambaram, Chennai-600044 ----------- -----------
H04L0009300000, G06F0003060000 2)Dr. R.Suganya
(86) International Application No :NA Address of Applicant :Associate Professor, Department of Mathematics, M.A.M.B School, Siruganur, Trichy-
Filing Date :NA 621216 ----------- -----------
(87) International Publication No : NA 3)Mr. APCV Gopala Rao
(61) Patent of Addition to Address of Applicant :Assistant Professor, Department of Mathematics, Chalapathi Institute of Technology,
:NA
Application Number Mothadaka, Guntur-522016 ----------- -----------
:NA
Filing Date 4)Dr. T. Manimaran
(62) Divisional to Application Address of Applicant :Associate Professor, Department of Mathematics, Ramco Institute of Technology, North
:NA
Number Venganallur Village, Rajapalayam, Virudhunagar District, Tamil Nadu-626117, India ----------- -----------
:NA
Filing Date 5)Mr. T. Selvaganesh
Address of Applicant :Assistant Professor, Department of Mathematics, Ramco Institute of Technology, North
Venganallur Village, Rajapalayam, Virudhunagar District, Tamil Nadu-626117, India ----------- -----------
6)Dr. R. Saravanakumar
7)Mrs. G.Devi
Address of Applicant :Assistant Professor, Department of Mathematics, Sri Sairam Engineering College,
Chennai-44 ----------- -----------
8)K.P.Senthil
Address of Applicant :Assistant Professor, Department of Computer Science and Engineering, Dhanalakshmi
Srinivasan College of Engineering and Technology, East Coast Road, Mamallapuram, Chennai-603104 --------
--- -----------
9)Dr. G. Kannan
10)Mrs. Swathi Sundari
Address of Applicant :Assistant Professor, Department of Mathematics, V.V. Vanniaperumal College for
Women (Autonomous), Virudhunagar District, Tamil Nadu-626001, India ----------- -----------
(57) Abstract :
The invention introduces a groundbreaking algorithm for prime number factorization using quantum computing. This algorithm exploits quantum mechanical principles, such as superposition and entanglement, to achieve
rapid and efficient factorization of large prime numbers. Its novel approach significantly surpasses the capabilities of classical computers in this domain. The algorithm is versatile, designed to be compatible with various
quantum computing architectures, and incorporates advanced quantum error correction techniques to ensure accuracy and reliability. Its application extends beyond the realm of computational mathematics, offering profound
implications for cryptography, secure communications, and complex problem-solving across multiple scientific disciplines.

(19) INDIA
(54) Title of the invention : GSM BASED VOICE AND VIDEO RECORDER USING MICROCONTROLLER
1)RATHINAM ANGAMUTHU
Address of Applicant :50/41.No.1.Pandarinathan Street, Ammapet ----------- ---
--------
2)PAAVAI ENGINEERING COLLEGE
3)S. SUGANYA
4)Dr.G.BALAJI
5)Dr.C.ARULKUMAR
6)M. SARAN KANTH
7)R. SUGANESH
8)R. GOWSICK RAJ
9)S. KAVINTH
:G08B0013196000, H04N0007180000, Name of Applicant : NA
G07C0009000000, H04M0011040000, (72)Name of Inventor :
classification
G08B0019000000 1)RATHINAM ANGAMUTHU
(86) International Address of Applicant :50/41.No.1.Pandarinathan Street, Ammapet ----------- --------
:NA ---
Application No
:NA 2)PAAVAI ENGINEERING COLLEGE
Filing Date Address of Applicant :Paavai Engineering College, Paavai Institutions, Paavai
(87) International Nagar, NH-44, Pachal ----------- -----------
: NA 3)S. SUGANYA
Publication No
Address of Applicant :Assistant Professor, Paavai Engineering College, Namakkal
:NA ----------- -----------
to Application Number 4)Dr.G.BALAJI
:NA
Filing Date Address of Applicant :Professor, Department of EEE Paavai Engineering College,
(62) Divisional to Namakkal ----------- -----------
:NA 5)Dr.C.ARULKUMAR
Application Number
:NA Address of Applicant :Associate Professor, Department of EEE, Paavai
Filing Date Engineering College, Namakkal ----------- -----------
6)M. SARAN KANTH
Address of Applicant :Student, Department of EEE, Paavai Engineering College,
Namakkal ----------- -----------
7)R. SUGANESH
Namakkal ----------- -----------
8)R. GOWSICK RAJ
Namakkal ----------- -----------
9)S. KAVINTH
Namakkal ----------- -----------
(57) Abstract :
The aim of this project is to design and develop a home security system to identify the access to homes by burglars and other potential
home intruders from remote locations. In the current scenario, security monitoring plays a vital role in homes, offices, etc. The
proposed system employs an innovative design that incorporates a simple Arduino-based home security system using a GSM module
and a PIR sensor. Indications of intrusion will be analyzed by the sensor. The error will be sent as an alert to the authenticated user’s
mobile number through SMS and a phone call. This project proposes a GSM-based voice and video recorder system implemented
using a microcontroller and Raspberry Pi. The system utilizes GSM technology for remote control and communication. A
microcontroller manages the recording process, while Raspberry Pi handles storage and processing. The integration of voice and video
recording enhances surveillance capabilities. This abstract outline the design and functionality of the proposed system, offering a
comprehensive solution for remote monitoring and recording.

(19) INDIA
(54) Title of the invention : INTELLIGENT ELECTRIFICATION HARNESSING AI FOR OPTIMAL ELECTRIC FIELD
MANAGEMENT
1)The Principal, FRANCIS XAVIER ENGINEERING
COLLEGE
Tirunelveli - 627003, Tamilnadu, India Tirunelveli ----------- ------
-----
:G06Q0030060000, G06N0003000000,
G06N0003020000, G06F0021320000,
classification 1)S. Selvakumar
G06N0020000000
(86) International
:NA Electrical and Electronics Engineering, Francis Xavier
Application No
:NA Engineering College, Vannarpettai - 627003, Tamilnadu, India
Filing Date
Vannarpettai ----------- -----------
(87) International
: NA 2)J. Sajeevan
Publication No
Address of Applicant :Third year EEE student, Department of
:NA Electrical and Electronics Engineering, Francis Xavier
:NA Engineering College, Vannarpettai - 627003, Tamilnadu, India
Filing Date
Vannarpettai ----------- -----------
(62) Divisional to
:NA 3)S. S. Mohamed Safwan
Application Number
:NA Address of Applicant :Third year EEE student, Department of
Filing Date
Electrical and Electronics Engineering, Francis Xavier
Engineering College, Vannarpettai - 627003, Tamilnadu, India
Vannarpettai ----------- -----------
4)S. Rahul
Address of Applicant :Third year EEE student, Department of
Electrical and Electronics Engineering, Francis Xavier
Engineering College, Vannarpettai - 627003, Tamilnadu, India
Vannarpettai ----------- -----------
(57) Abstract :
Artificial intelligence is everywhere in our lives, from powering search engines, through product recommendations, to phone
unlocking by facial recognition…So how can artificial intelligence be defined? “In its simplest form, artificial intelligence is a field
that combines computer science and robust datasets to enable problem-solving” (IBM). This concept and its use are becoming
increasingly popular in the field of energy management, in spite of some doubts and misconceptions. Indeed, while some professionals
are still skeptical about AI’s effectiveness, others may be reluctant to share their data or are still hesitant to take the leap because it
seems too complex. The use of Artificial Intelligence in the energy sector is very diverse and can be applied to any industry. There is
an enormous potential for Energy Services Companies to benefit from technology and help clients achieve their energy efficiency
goals.

(19) INDIA
(54) Title of the invention : METHOD FOR FABRICATION OF PLASMONIC BASED GREEN POLYMER PHOTONIC
CRYSTAL FIBER SENSOR
:G02B0006020000, G02B0006122000, Katpadi Road, Vellore, Tamil Nadu, India – 632014 Vellore -------
(51) International
B82Y0020000000, G01N0021770000, ---- -----------
classification
G02B0001000000 Name of Applicant : NA
:NA
:NA
Filing Date 1)M. Parthiban
(87) International Address of Applicant :School of Electronics Engineering, TT-144,
: NA
Publication No Optical Communication Lab, VIT, Vellore, Tamil Nadu-632014
(61) Patent of Addition Vellore ----------- -----------
:NA
to Application Number 2)Dr. S. Revathi
:NA
Filing Date Address of Applicant :School of Electronic Engineering, CBMR-
(62) Divisional to 102E, VIT, Vellore, Tamil Nadu-632014 Vellore ----------- --------
:NA
:NA
Filing Date 3)P. Harikrishnan
Address of Applicant :School of Computer Science and
Information Systems, SJT-207, VIT, Vellore, Tamil Nadu-632014
Vellore ----------- -----------
(57) Abstract :
Method for fabrication of plasmonic based green polymer photonic crystal fiber sensor. The invention teaches an ultra-simple method
for fabricating the low- loss, high-sensitivity polymer Photonic Crystal fiber biochemical sensor probe with a plasmonic effect. The
method comprising of 1. Designing and fabricating the structure nozzle using 3D printing technology. 2. Extruding the polymer-PCF
via structured nozzle using a filament extruder. 3. Coating the thin film using Chemical Vapor deposition (CVD). 4. Experimental
Investigation of the sensor probe using portable optical fiber test bed.

(19) INDIA
(54) Title of the invention : HYBRID SUPPORT VECTOR MACHINE (SVM)-RANDOM FOREST (RF) BASED HEART
HEALTH TRACKING SYSTEM AND METHOD
:G06K0009620000, A61B0005000000, (71)Name of Applicant :

(51) International
G06N0020100000, G16H0015000000, 1)VELLORE INSTITUTE OF TECHNOLOGY
classification
G16H0050500000 Address of Applicant :Vellore Institute of Technology, Near
(86) International Katpadi Road, Vellore, Tamil Nadu, India – 632014 Vellore -------
:NA
Application No ---- -----------
:NA
: NA
(61) Patent of Addition 1)DR.K.UMA
:NA
to Application Number Address of Applicant :SCORE, Vellore Institute of Technology,
:NA
Filing Date Vellore-632014, Tamil Nadu, India Vellore ----------- -----------
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Hybrid Support Vector Machine (SVM)-Random Forest (RF) model-based heart health tracking and predicting system and method.
The data sets relating to the medical parameters of a subject (patient) is collected over the network wherein the data sets collected are
relating to the physiological and medical parameters with respect to the subjects in the network and stored into the UCI data set unit
(110) wherein the data sets are pre-processed into pre-defined abnormality classification of data sets using a pre-processing unit (120).
A hybrid computing model (130) comprising of a Support Vector Machine (SVM) model (140) and Random Forest (RF) model (150)
is used for processing of data sets providing accurate tracking and predictions relating to the health of the heart of the subject wherein
the SVM model (140) is used for classification of the data set into accurate abnormality data sets and RF model (150) is used fort
handling huge range of data sets on the network.

(19) INDIA
(54) Title of the invention : DYNAMIC GESTURE RECOGNITION SYSTEM
1)Dr. Deepak. G
Computer Science & Engineering, Dayananda Sagar College of
:G06F0003010000, G06F0003030000,
(51) International 2)Dr. Ramya R S
G09B0021000000, A61B0005000000,
classification Address of Applicant :Associate Professor, Department of
H04N0021422000
Computer Science & Engineering, Dayananda Sagar College of
(86) International
:NA Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
Application No
:NA Bangalore-560111 Bangalore ----------- -----------
Filing Date
3)Mownika Reddy K A
(87) International
: NA Address of Applicant :Department of Computer Science &
Publication No
Engineering, Dayananda Sagar College of Engineering, Shavige
:NA Malleswara Hills, Kumaraswamy Layout, Bangalore-560111
:NA Bangalore ----------- -----------
Filing Date
4)Prajna Harish
(62) Divisional to
:NA Address of Applicant :Department of Computer Science &
Application Number
:NA Engineering, Dayananda Sagar College of Engineering, Shavige
Filing Date
Malleswara Hills, Kumaraswamy Layout, Bangalore-560111
Bangalore ----------- -----------
5)Sambhrama K
Address of Applicant :Department of Computer Science &
Bangalore ----------- -----------
6)Vinayak Bhat
Address of Applicant :Department of Computer Science &
Bangalore ----------- -----------
(57) Abstract :
The subject matter of the present invention relates to Body language, that includes hand gestures, arm movements and facial emotions,
is an essential component of nonverbal communication. These modes of expression are essential to human connection and are utilized
to communicate information. Hand gesture recognition systems have made an appearance in the field of human-computer interaction
(HCI) as a creative, easy, and natural method of communicating with computers. The approach of the invention is to create and apply
into use of real-time dynamic gesture recognition system that can accurately identify and interpret gestures in real-time using hand
movements of different sign language. Users should be able to fluidly engage through speech and text formats, and the system should
be able to deliver results with high accuracy and efficiency. The major goal is to develop a solid and dependable system that can
recognise hand gestures and convert them into actionable instructions or actions, improving user experience and enabling easy and
intuitive human-computer interaction.

(19) INDIA
(54) Title of the invention : PERSISTENT STAY FIT AND PHYSIOTHERAPY IN VIRTUAL ENVIRONMENT
:A63B0021000000, G16H0020300000, Name of Applicant : NA
(51) International
A63B0069000000, A63B0021160000, Address of Applicant : NA
classification
A63B0021060000 (72)Name of Inventor :
(86) International 1)Dr. C. Vinothini
:NA
Application No Address of Applicant :Associate Professor, Department of CSE,
:NA
Filing Date Dayananda Sagar College of Engineering, Shavige Malleswara
(87) International Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
: NA
Publication No ---- -----------
(61) Patent of Addition 2)Dr. Ramya RS
:NA
to Application Number Address of Applicant :Associate Professor, Department of CSE,
:NA
(62) Divisional to Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
:NA
:NA
Filing Date 3)S.Keerthi
Address of Applicant :Assistant Professor , Department of CSE ,
---- -----------
(57) Abstract :
Our technique encourage the children and adults to engage in physical activity while aiming to develop effective and pleasurable
exercise regimes. They can accomplish it by employing online technologies and having simple access to the Internet to select proper
exercise. The users who have been injured in an accident and have sustained minor injuries virtually always require physiotherapy
following hand or leg surgery to aid in their recovery. The users will need to do various exercises at home as part of this. Our
invention also focuses on E-physiotherapy, which is more convenient and user- friendly for both doctors and patients. The doctors can
actually view the user's virtual environment and help them solve problems within it, as well as provide real-time technique
suggestions. As a result, the suggested architecture helps users save time, have fun with training, and stay in shape. This invention also
recommends safe, low-cost, and practicable treatment to mitigate the harmful effects of the SB pandemic, improve users' health, and
lower the higher rate of death associated with regular fitness activities among adults. On the other hand, users may not always
complete the exercises correctly or may forget to do them. Our system remind the user to continue the activity regularly to stay fit.

(19) INDIA
(54) Title of the invention : SUSTAINABLE MUD BLOCKS USING BAGASSE
:H01L0021311000, C04B0018080000, Name of Applicant : NA
(51) International
C12P0007040000, C04B0018040000, Address of Applicant : NA
classification
C04B0033135000 (72)Name of Inventor :
(86) International 1)Tahera
:NA
Application No Address of Applicant :Assistant Professor, Department of Civil
:NA
Filing Date Engineering, Dayananda Sagar College of Engineering, Shavige
(87) International Malleswara Hills, Kumaraswamy Layout, Bengaluru-560111
: NA
Publication No Bengaluru ----------- -----------
(61) Patent of Addition 2)Meghashree M
:NA
to Application Number Address of Applicant :Assistant Professor, Department of Civil
:NA
(62) Divisional to Malleswara Hills, Kumaraswamy Layout, Bengaluru-560111
:NA
Application Number Bengaluru ----------- -----------
:NA
Filing Date 3)Dr. Neethu Urs
Address of Applicant :Professor, Department of Civil
Malleswara Hills, Kumaraswamy Layout, Bengaluru-560111
Bengaluru ----------- -----------
(57) Abstract :
Sugarcane bagasse ash and bagasse fiber represent the primary waste products generated by the sugar industry. Cement manufacturing
contributes to environmental issues due to increased carbon dioxide emissions. To mitigate this impact, fly ash and bagasse ash are
being used to partially replace cement. The innovation is to reintroduce traditional construction methods that promote eco-friendliness.
This involves creating stabilized mud blocks using locally available resources like red mud, fly ash, and agricultural waste such as
sugarcane bagasse ash and sugarcane bagasse fiber. Importantly, these changes are made without compromising the material's
mechanical properties. Two sets of blocks were produced: one from red mud, fly ash, and bagasse fiber, and the other from red mud,
fly ash, bagasse ash, and bagasse fiber. These blocks were subjected to various tests, including wet and dry compressive strength,
water absorption, efflorescence, and scanning electron microscopy. The results demonstrate that embracing new technologies to
repurpose and convert waste or surplus materials into reusable resources plays a significant role in safeguarding the environment and
promoting sustainable societal development.

(19) INDIA
(54) Title of the invention : SELF HEALING CONCRETE
:C04B0040060000, C12N0015750000, Name of Applicant : NA
(51) International
C04B0028020000, E04B0005380000, Address of Applicant : NA
classification
(86) International 1)Meghashree M
:NA
Application No Address of Applicant :Assistant Professor , Department of Civil
:NA
(87) International Malleswara Hills, Kumaraswamy Layout, Bangalore-560111
: NA
Publication No Bangalore ----------- -----------
(61) Patent of Addition 2)Dr. Neethu Urs
:NA
to Application Number Address of Applicant :Professor, Department of Civil
:NA
(62) Divisional to Malleswara Hills, Kumaraswamy Layout, Bangalore-560111
:NA
Application Number Bangalore ----------- -----------
:NA
Filing Date 3)Tahera
Address of Applicant :Assistant Professor , Department of Civil
Bangalore ----------- -----------
(57) Abstract :
Self-healing concrete is designed to repair and close cracks autonomously, the bacteria present in the concrete are activated when
cracks occur. The size and width of the crack can affect the rate of healing. Smaller cracks heal more quickly than larger ones. After
giving a healing period of 14 days again when the loading was given, the healed crack took up the load and crack developed at a
different place from previous crack. The invention relates to the development of concrete in which the crack heals on its own. The
concrete was mixed with BACILLUS SUBTILIS which is a GRAM POSITIVE bacterium to the mixture. Repetitive loading is given
on the specimen to check for the strength of the healing site. This concrete is especially helpful in the structural elements that are
submerged in water.

(19) INDIA
(54) Title of the invention : NATURAL POLYMER EXTRACT AS COATING FOR DRUG ELUTING TUBULAR STENTS
Address of Applicant :Shavige Malleshwara Hills,
Kumaraswamy layout, Bengaluru Bengaluru ----------- -----------
:A61L0031160000, A61L0031100000,
A61K0009000000, A61L0031140000,
classification 1)Dr. Hemavathi B
B82Y0005000000
Address of Applicant :Department of Chemistry, Dayananda
(86) International
:NA Sagar College of Engineering, Shavige Malleshwara Hills,
Application No
:NA Kumaraswamy layout, Bengaluru -560111 Bengaluru ----------- ---
Filing Date
--------
(87) International
: NA 2)Dr. Shashank Tidke
Publication No
:NA Shavige Malleshwara Hills, Kumaraswamy layout, Bengaluru -
:NA 560111 Bengaluru ----------- -----------
Filing Date
3)Dr. Vidya G
(62) Divisional to
:NA Address of Applicant :Dayananda Sagar College of Engineering,
Application Number
:NA Shavige Malleshwara Hills, Kumaraswamy layout, Bengaluru -
Filing Date
560111 Bengaluru ----------- -----------
4)Dr. Deepa H A
Address of Applicant :Department of Chemical engineering,
Dayananda Sagar College of Engineering, Shavige Malleshwara
Hills, Kumaraswamy layout, Bengaluru -560111 Bengaluru -------
---- -----------
(57) Abstract :
The invention presents the biopolymers matrix incorporated with active drug aimed at treating restenosis. The polymer matrix
essentially comprises of the blend of biopolymer extracted from natural sources such as fruit pulp or peel and biocompatible polymer.
The other biocompatible polymer may encompass polyacrylate, polyglycolic acid, polylactic acid, cellulose, polycaprolactone,
polyethylene glycol, polyphosphoester urethane, starch or a combination of them. The blend of biopolymer and the biocompatible
polymer with optimal property is incorporated with therapeutic amount of the active drug by solution processing technique. Polymer
loaded with the drug will be prepared by dissolving the drug in appropriate solvent and incorporated in the polymer blend solution in
calculated v/v ratios. The polymer incorporated with the drug will be then coated on the stent using dip coating method. Then the stent
coated will be baked to remove the solvent and to obtain a better polymer films uniformly coated over the stent. Baking is essential to
remove the solvents completely which is otherwise can lead to other unprecedented outcomes. The active therapeutic drug essentially
immiscible in the polymer matrix for controlled and sustained release. The rate of elution of the active drug when in contact with the
body fluid will be contemplated to ascertain the therapeutic efficiency in the treatment of restenosis.

(19) INDIA
(54) Title of the invention : IMPROVING THE CIRCUIT PERFORMANCE OF GATE ALL AROUND MOSFET
:H01L0029660000, H01L0029786000,
H01L0029780000, G06F0030367000,
H01L0029423000
(86) International
Application No
Filing Date
1)Nithin Kumar NR
(87) International
: NA Address of Applicant :Department of Electronics &
Publication No
Communication Engineering, Dayananda Sagar College of
:NA Engineering, Shavige Malleshwara Hills, Kumaraswamy Layout,
Filing Date
2)Dr. Dinesha P
(62) Divisional to
:NA Address of Applicant :Professor, Department of Electronics &
Application Number
:NA Communication Engineering, Dayananda Sagar College of
Filing Date
Engineering, Shavige Malleshwara Hills, Kumaraswamy Layout,
(57) Abstract :
In this invention we have developed TCAD Simulation results of a novel device structure for Gate All around (GAA) Metal Oxide
Semiconductor Field Effect Transistor (MOSFET). The functionality of an Integrated Circuit (IC) has been enhanced by
semiconductor devices, since billions of transistors are accumulated in an IC. To overcome the short-channel effects incurred by the
Bulk MOSFETs, Multi-gate MOSFETs gained researcher’s interest. FinFETs being the most common FETs which are employed in all
ICs. GAA FETs, being the most promising device in future technology of ICs. The circuit performance of the GAA FETs has been
evaluated by the ON Current and ION to IOFF ratio (ION/IOFF), threshold voltage (Vt) and sub threshold swing (SS). The claimed
novel device promises to enhance the ON current and ION/IOFF with lesser Vt.

(19) INDIA
(54) Title of the invention : IOT BASED NFT HYDROPONICS SYSTEM
1)P. Usha
Address of Applicant :Department of Electrical and Electronics
:A01G0031020000, A01G0031000000,
(51) International Engineering, Dayananda Sagar College of Engineering, Bangalore
A01G0029000000, C05G0003700000,
classification Bangalore ----------- -----------
A01G0009020000
2)Suganthi N
(86) International
:NA Address of Applicant :Department of Electrical and Electronics
Application No
:NA Engineering, Dayananda Sagar College of Engineering, Bangalore
Filing Date
Bangalore ----------- -----------
(87) International
: NA 3)Sanjay C K
Publication No
:NA Bangalore ----------- -----------
Filing Date
4)Yashwanth Reddy V
(62) Divisional to
Application Number
Filing Date
Bangalore ----------- -----------
5)Uday Malagar
Engineering, Dayananda Sagar College of Engineering, Bangalore
Bangalore ----------- -----------
6)Vishnu Prasad
Engineering, Dayananda Sagar College of Engineering, Bangalore
Bangalore ----------- -----------
(57) Abstract :
The primary goal of the invention is to create a hydroponic system based on NFT in which plant roots are covered by a thin layer of
nutrient-rich water. Particularly for leafy greens and herbs, it encourages optimal nutrient absorption and root growth. As the entire
system is connected to IOT technology, managing hydroponic systems is more automated, controlled, and effective. Hydroponic NFT
systems may distribute water and nutrients precisely to the roots of plants using IOT technology integrated with a variety of sensors,
which lowers the amount of water needed to support healthy plant growth. By ensuring that water is only utilized where it is
necessary, this targeted delivery system lowers overall water use.

(19) INDIA
(54) Title of the invention : FIVE STAGE CONSTANT CURRENT CHARGING TECHNIQUE FOR LITHIUM-ION BATTERY
:G01R31/36, G01R31/382, G05F1/10, Name of Applicant : NA
(51) International
H01M10/44, H02J7/00, H02M1/00, Address of Applicant : NA
classification
H02M3/155 (72)Name of Inventor :
(86) International 1)Dr. Soni M
:NA
Application No Address of Applicant :Electrical and Electronics Engineering,
:NA
: NA
(61) Patent of Addition 2)Dr. Abraham George
:NA
to Application Number Address of Applicant :Electrical and Electronics Engineering,
:NA
:NA
:NA
Filing Date 3)Dr. Roopa M S
Address of Applicant :Computer Science Engineering, Dayananda
Sagar College of Engineering, Shavige Malleswara Hills,
Kumaraswamy Layout, Bangalore-560111 Bangalore ----------- ---
--------
(57) Abstract :
Lithium-ion batteries play vital role in supplying electricity to charge electric vehicles. A battery is deceptive and does not exhibit
changes in usage of it; a battery looks the same when it is empty or fully charged, old or new, and it is in need or to be replaced.
Battery life is measured by its number of charging or discharging cycles. However, these batteries are more sensitive to overcharging,
deep discharging, and temperature. Hence it is essential to use an optimal charging pattern to charge the battery to keep it safe.
Multistage (Five-stages) constant current pattern is considered for charging Li-ion battery, as it gives better results than three-stages or
more than five-stages. The optimal five-stage constant current charging pattern is estimated from battery parameters obtained by High
Pulse Power Characterization (HPPC) test. The proposed method can charge the battery to 100% of its capacity. Compared to the
conventional constant current constant voltage (CCCV) charging pattern, it takes 15% less charging time and 0.6% higher charging
efficiency

(19) INDIA
(54) Title of the invention : NAVIGATION SYSTEM ON AR HEADSET
Address of Applicant :Shavigemalleshwara Hills,
1)Dr Abhishek M.B
:G01C0021340000, G06T0019000000, Electronics and Communication, Dayananda Sagar College of
(51) International
G01C0021360000, G06T0011000000, Engineering, Shavigemalleshwara Hills, Kumaraswamy Layout,
classification
G01C0021200000 Bangalore-560111 Bangalore ----------- -----------
(86) International 2)Samarth D.S
:NA
Application No Address of Applicant :Department of Electronics and
:NA
Filing Date Communication, Dayananda Sagar College of Engineering,
(87) International Shavigemalleshwara Hills, Kumaraswamy Layout, Bangalore-
: NA
Publication No 560111 Bangalore ----------- -----------
(61) Patent of Addition 3)Samarth Kolekar
:NA
to Application Number Address of Applicant :Department of Electronics and
:NA
Filing Date Communication, Dayananda Sagar College of Engineering,
(62) Divisional to Shavigemalleshwara Hills, Kumaraswamy Layout, Bangalore-
:NA
Application Number 560111 Bangalore ----------- -----------
:NA
Filing Date 4)Shantanu Rao
Communication, Dayananda Sagar College of Engineering,
Shavigemalleshwara Hills, Kumaraswamy Layout, Bangalore-
560111. Bangalore ----------- -----------
5)Vinaykumar V Hiremath
Communication, Dayananda Sagar College of Engineering,
Shavigemalleshwara Hills, Kumaraswamy Layout, Bangalore-
560111 Bangalore ----------- -----------
(57) Abstract :
Points of interest are identified within the area of study and are marked as the reference points. These reference points serve to be the
location points within the framework of a navigation system. The navigation system then uses a predefined framework to successfully
calculate the shortest distance between these points and display the route obtained on the Augmented Reality Headset in the form of
visual cues. NavigatAR is a cutting-edge project that introduces a revolutionary navigation system through the integration of
augmented reality (AR) technology into AR headsets. This innovation aims to redefine traditional navigation experiences by providing
users with an immersive and intuitive wayfinding interface. Leveraging real-time data, the system incorporates dynamic route
adjustments and location-based information, enhancing the overall navigation experience. NavigatAR not only represents a significant
advancement in navigation technology but also serves as a pioneering example of the potential for augmented reality applications to
transform and elevate everyday tasks.

(19) INDIA
(54) Title of the invention : FUEL AUTOMATA ON AUTOMOTIVE APPLICATIONS
1)Dr. M. Premkumar
:G07F0013020000, G06Q0010060000, Electrical and Electronics Engineering, Dayananda Sagar College
(51) International
G06Q0030060000, G06Q0030020000, of Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
classification
B67D0007040000 Bangalore 560111 Bangalore ----------- -----------
(86) International 2)Ms. Chandana S
:NA
Application No Address of Applicant :Department of Electrical and Electronics
:NA
: NA
(61) Patent of Addition 3)Dhanyashree C J
:NA
to Application Number Address of Applicant :Department of Electrical and Electronics
:NA
:NA
:NA
Filing Date 4)Ashwini K L
Bangalore ----------- -----------
5)Harini R
Bangalore ----------- -----------
(57) Abstract :
In an era where time is of the essence, delays in daily tasks are unwelcome. Traditional fuel stations, which often require significant
time and manpower, are becoming less efficient as the number of vehicles and devices grows in our technologically advanced society.
With long queues at these stations, there's a pressing need for a shift from manual to automated fuel dispensing systems to
accommodate the busy lives of fuel station patrons. To tackle these challenges, we introduce a cutting-edge fuel dispenser system that
not only automates fuel stations but also incorporates charging stations for electric vehicles. This initiative leverages RFID technology
to streamline the fueling process, significantly reducing wait times compared to manual operations. Furthermore, we've developed an
Android app to oversee the flow of transactions for both consumers and station operators. This system, integrated with NodeMCU,
utilizes the Internet-of-Things (IoT) platform to facilitate seamless communication between the system, users, and dealers.

(19) INDIA
(54) Title of the invention : KNEE PHYSIOTHERAPY SYSTEM
1)Dr V S Krushnasamy
Address of Applicant :Associate Professor, Dept of EIE,
(51) International classification :A63B24/00 Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
(86) International Application No :NA ---- -----------
Filing Date :NA 2)Aakash Bhattacharjee
(87) International Publication No : NA Address of Applicant :Department of EIE, Dayananda Sagar
(61) Patent of Addition to Application Number :NA College of Engineering, Shavige Malleswara Hills, Kumaraswamy
Filing Date :NA Layout, Bangalore-560111 Bangalore ----------- -----------
(62) Divisional to Application Number :NA 3)Anusha TA
Filing Date :NA Address of Applicant :Department of EIE, Dayananda Sagar
College of Engineering, Shavige Malleswara Hills, Kumaraswamy
Layout, Bangalore-560111 Bangalore ----------- -----------
4)Prithwish Roy
Address of Applicant :Department of EIE, Dayananda Sagar
5)Siri Ranganath
Address of Applicant :Department of EIE, Dayananda Sagar
(57) Abstract :
The IoT-based Knee Physiotherapy System is a ground breaking innovation that aims to revolutionize knee injury rehabilitation,
osteoarthritis treatment, and neuromuscular disability management. By harnessing interconnected devices and advanced technology,
this system offers a range of transformative benefits for individuals recovering from knee-related issues. Traditional knee replacement
programs and physiotherapy sessions often require clinic visits or home-based prescriptions, lacking critical elements like real-time
monitoring, feedback mechanisms, and self-guided exercises, resulting in prolonged and less effective recovery periods. However, the
IoT-based knee physiotherapy system effectively addresses these limitations by seamlessly integrating IoT devices and users into a
centralized network. Comprising portable equipment and a mobile application, it enables users to input vital information such as
name, age, BMI, and more, facilitating wireless transmission to the Arduino device for seamless hardware-software interfacing. This
innovation empowers patients with at-home treatment options, reducing complications and expediting recovery while bridging the gap
between patients and healthcare providers through IoT technology. Moreover, it holds the potential to enhance patient well-being by
providing personalized therapy sessions, increasing treatment efficiency, and ultimately lowering healthcare costs. Through improved
quality, efficiency, and personalized physical therapy, the IoT-based Knee Physiotherapy System represents a transformative approach
to achieving improved knee health and recovery.

(19) INDIA
(54) Title of the invention : A 4-PORT ORGANIC MIMO ANTENNA FOR RF-ENERGY HARVESTING APPLICATION
1)Dr. Ravikanti Swetha
Telecommunication Engineering, Dayananda Sagar College of
:H01Q0001520000, H01L0051000000,
(51) International Bangalore-560111 Bangalore ----------- -----------
H01L0051420000, H01Q0001380000,
classification 2)Dr. P. Aruna
H01L0051050000
Address of Applicant :Dept. Of applied physics, Dayananda Sagar
(86) International
Application No
Filing Date
3)Dr. Anju Kulkarni
(87) International
: NA Address of Applicant :Dept. of Electronics and
Publication No
:NA Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
Filing Date
4)Dr. C. M. Joseph
(62) Divisional to
:NA Address of Applicant :Dept. of Applied Physics, Dayananda Sagar
Application Number
Filing Date
5)Dr. Vinod B Durdi
Address of Applicant :Dept. of Electronics and
6)Dr. Preeti Khanwalkar
Address of Applicant :Department of Dept. of Electronics and
(57) Abstract :
The present invention focuses on the design of a multiple-input multiple-output (MIMO) antenna along with organic materials to be
used in radio frequency (RF) electronics for RF-energy harvesting applications. In this work, a poly (3, 4-ethylenedioxythiophene)
(P3HT MIMO) antenna is presented. P3HT is a conjugated semiconducting polymer that has been shown to be well-suited for use in
organic antennas. Organic materials can also be used to fabricate the antenna in addition to regular materials to improve the
performance of the antenna. In this 4 input MIMO antenna, isolation was optimized which is a key factor for radio wave propagation.
After the design and simulation of the antenna using High Frequency Structure Simulator (HFSS) software, the antenna is fabricated
and tested. In order to improvise the performance of the proposed antenna, P3HT was coated. With addition of P3HT, it was observed
that the return loss and gain improved, after fabrication of the proposed design, the antenna will be tested and the results will be
compared with the simulated results. So we propose the usage of organic material P3HT in the fabrication of MIMO antennas which
can be adopted for RF-energy Harvesting.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR PREDICTIVE ANALYSIS OF SOFTWARE TESTING
PRODUCTIVITY ENHANCEMENT USING SUPPORT VECTOR REGRESSION
:G06F0011360000, G06Q0010060000,
G06Q0040080000, G06K0009620000,
G01R0031280000
(86) International
:NA 1)Bindu Bhargavi S M
Application No
:NA Address of Applicant :Department of Information Science and
Filing Date
(87) International
: NA Malleswara Hills, Kumaraswamy Layout, Bangalore-560111
Publication No
Bangalore ----------- -----------
:NA 2)Dr. Suma V
Filing Date
Design, Dayananda Sagar College of Engineering, Shavige
(62) Divisional to
:NA Malleswara Hills, Kumaraswamy Layout, Bangalore-560111
Application Number
:NA Bangalore ----------- -----------
Filing Date
3)Dr. Sharon Christa
Engineering, School of Computing, MIT, ADT University, Pune
Bangalore ----------- -----------
(57) Abstract :
Software Testing is the validation of the functionalities of the software based on the requirements specified. Testing can be performed
manually / through automation or both. Any changes in the functionality of the software would require the entire process of testing to
be repeated to ensure the conformance of the functionality of the software. If the number of test cases is large, it is tedious to repeat
the entire testing process. This is simplified by using test automation to speed up the process of testing and thereby achieving optimum
test coverage. Test data related to several real time projects is collected and analysis is performed on the details related to each project.
The data related to the project includes the technology used, number of developers and testers employed, cost estimation and project
duration in terms of months. The analysis obtained would facilitate further formulation of factors which contribute to achieve
productivity gain in automation testing. The effectiveness of productivity gain is predicted using a Support Vector Regression
Technique. For predicting the productivity gain, linear regression is used in the industry. In this work a support vector machine is
integrated.

(19) INDIA
(54) Title of the invention : KKT SHEAR DEFORMATION METHOD ON BUCKLING OF POROUS FUNCTIONALLY
GRADED BEAM
:G06F0030230000, F16F0007120000,
G06F0119140000, A61B0003120000,
G06F0113260000
1)Dr. Geetha N K
(86) International
:NA Address of Applicant :Department of Mathematics, Dayananda
Application No
:NA Sagar College of Engineering, Bangalore-560111 Bangalore -------
Filing Date
---- -----------
(87) International
: NA 2)Dr. B. Vivekanandam
Publication No
Address of Applicant :Deputy Dean, Faculty of Computer Science
:NA and Multimedia Lincoln University College , Malaysia ----------- -
:NA ----------
Filing Date
3)Dr Radha Gupta
(62) Divisional to
:NA Address of Applicant :Professor & HOD, Department of
Application Number
:NA Mathematics, Dayananda Sagar College of Engineering,
Filing Date
4)Dr Kirthiga M
Address of Applicant :Department of Mathematics, Dayananda
Sagar College of Engineering, Bangalore-560111 Bangalore -------
---- -----------
(57) Abstract :
Pores have a significant impact on materials that have been functionally graded. Numerous features can be introduced by gradually
increasing the dispersion of pores from the surface to the interior. The materials are affected by the quantity and distribution of
porosity. Young's modulus as well as tensile power. Using a third-order shear deformation theory, several sets of boundary conditions
are applied to 2D functionally graded porous beams. The material's properties of the beam fluctuate in both the axial and thickness
directions, according to the power-law distribution. To compute the buckling load, axial and transverse deflections within the cross
sections could be stated in polynomial formulas. To satisfy the boundary criteria, auxiliary functions are mixed with displacement
functions. The three boundary conditions simply-supported, clamped-free, and clamped-clamped are considered. Comparisons are
made between the outcomes and earlier attempts at convergence and verification investigations. The influence of various aspect ratios,
boundary conditions, and gradient indices on buckling reactions of 2D-functionally graded porous beams is investigated.

(19) INDIA
(54) Title of the invention : BENDING ANALYSIS OF FUNCTIONALLY GRADED POROUS BEAM ADAPTING HIGHER
ORDER SHEAR DEFORMATION THEORY
:G06F0030230000, B21C0023000000,
(51) International 1)Dr. Geetha N K
G06F0030170000, G06F0017100000,
classification Address of Applicant :Department of Mathematics, Dayananda
B22F0003110000
Sagar College of Engineering, Bengaluru-560111 Bengaluru ------
(86) International
:NA ----- -----------
Application No
:NA 2)Dr. B. Vivekanandam
Filing Date
Address of Applicant :Deputy Dean, Faculty of Computer Science
(87) International
: NA and Multimedia Lincoln University College , Malaysia ----------- -
Publication No
----------
:NA 3)Dr. Seshibe Makgato
Filing Date
College of Science, Engineering and Technology, University of
(62) Divisional to
:NA South Africa (UNISA) C/o Christiaan de Wet & Pioneer Avenue,
Application Number
:NA Florida Campus, 1710, Johannesburg, South Africa. ----------- -----
Filing Date
------
4)Dr. P. Bridjesh
College of Science, Engineering and Technology, University of
South Africa (UNISA) C/o Christiaan de Wet & Pioneer Avenue,
Florida Campus, 1710, Johannesburg, South Africa. ----------- -----
------
(57) Abstract :
Functionally graded materials with spatially varying properties have gained traction in engineering applications due to their tailored
characteristics. To maximize structural performance, improve energy absorption, and enhance the overall efficiency and safety of
engineered systems, customized material properties can be helpful. Porous structures, on the other hand, find utility in various
domains such as in the light weight structures. An innovative approach that extends the applicability of higher order shear deformation
theory to functionally graded beams in introduced in this invention. In this invention, the bending behavior of two-directional
functionally graded porous beams is investigated. This is accomplished by adapting the higher order shear deformation theory. The
mathematical model that takes into account the qualities of the material in beam, which are distributed according to a power law, as
well as polynomial functions for axial and transverse deflections. The proposed method offers a comprehensive solution for accurately
analysing the bending response of beams that feature spatially varying material properties and porosity.

(19) INDIA
(54) Title of the invention : COMPOSITIONS OF PHYLLANTHUS NIRURI ROOT PHYTOCONSTITUENTS EVALUATION BY
INSILICO AND INVITRO METHODS FOR ANTIUROLIATHIC ACTIVITY
1)PATNAM. NAGESWARI
Address of Applicant :Department of Pharmacology, Sri
:A61K0036470000, H04L0067120000, Padmavati Mahila Visvavidyalayam, Tirupati-517101,Andhra
(51) International
H04W0004700000, H04Q0009000000, Pradesh,, India. Tirupati ----------- -----------
classification
H04W0040240000 Name of Applicant : NA
:NA
:NA
Filing Date 1)PATNAM. NAGESWARI
(87) International Address of Applicant :Department of Pharmacology, Sri
: NA
Publication No Padmavati Mahila Visvavidyalayam, Tirupati-517101,Andhra
(61) Patent of Addition Pradesh,, India. Tirupati ----------- -----------
:NA
to Application Number 2)Konda. Swathi
:NA
Filing Date Address of Applicant :Department of Pharmaceutical chemistry,
(62) Divisional to Sri Padmavati Mahila Visvavidyalayam, Tirupati-517101,Andhra
:NA
Application Number Pradesh,, India. Tirupati ----------- -----------
:NA
Filing Date 3)Preethi Alekhya. Kusampudi
Address of Applicant :Department of Pharmaceutical chemistry,
Sri Padmavati Mahila Visvavidyalayam, Tirupati-517101,Andhra
Pradesh,, India. Tirupati ----------- -----------
(57) Abstract :
ABSTRACT The present invention relates to the composition of Phyllanthus niruri root phytoconstituents evaluated for its
antiuroliathic activity by insilico and invivo methods.

(19) INDIA
(54) Title of the invention : IOT BASED EYE-GAZE CONTROLLED WHEELCHAIR
1)Dr.Vaidehi M
Address of Applicant :Department of Information Science and
:G06F0003010000, A61B0003113000, Engineering, Dayananda Sagar College of Engineering, Shavige
(51) International
G02B0027010000, A61G0005100000, Malleswara Hills, Kumaraswamy Layout, Bangalore-560111
classification
G02B0027000000 Bangalore ----------- -----------
(86) International 2)Jagruti Gajanan Bhat
:NA
Application No Address of Applicant :Department of Information Science and
:NA
: NA
(61) Patent of Addition 3)D Keerthana
:NA
to Application Number Address of Applicant :Department of information Science and
:NA
Filing Date Engineering , Dayananda Sagar College of Engineering, Shavige
:NA
:NA
Filing Date 4)Lavanya M Chinchani
Address of Applicant :Departmentof Information Science and
Bangalore ----------- -----------
5)Konjeti Nidhi
Address of Applicant :Department of Information Science and
Bangalore ----------- -----------
(57) Abstract :
An eye-gaze controlled wheelchair system provides an intuitive and accessible interface for individuals with severe motor disabilities
to navigate their surroundings with freedom and confidence. The system utilizes eye-tracking technology to detect and interpret the
user's eye movements, which are then used to control the wheelchair's movement. This allows users to steer the wheelchair simply by
looking in the desired direction. The system comprises an eye-tracking camera that is mounted on the wheelchair. The camera
captures images of the user's eyes and uses image processing and machine learning algorithms to track the pupil and corneal
reflection. The eye-tracking data is then used to determine the user's gaze direction. The gaze direction is then mapped to the
wheelchair's movement controls. For example, if the user looks forward, the wheelchair will move forward. If the user looks left, the
wheelchair will turn left. The mapping of gaze direction to wheelchair movement can be customized to meet the individual user's
needs. The eye-gaze controlled wheelchair system has the potential to significantly enhance the independence and mobility of
individuals with severe motor disabilities. By allowing users to control their wheelchair with their eyes, the system empowers them to
navigate their surroundings with freedom and confidence, leading to a better quality of life.

(19) INDIA
(54) Title of the invention : IMPROVED ANALOG TO DIGITAL CONVERTERS (IADC)
:H03M0001120000, H03M0001460000,
(51) International 1)Dayananda Sagar College of Engineering
H03M0003000000, H03M0001360000,
classification Address of Applicant :Shavige Malleswara Hills,
H03M0001100000
(86) International
Application No
Filing Date
(87) International
: NA 1)Devaraju Ramakrishna
Publication No
(61) Patent of
Telecommunication, Dayananda Sagar College of Engineering,
Addition to :NA
560111 Bangalore ----------- -----------
Filing Date
2)Vinod Kumar Agrawal
(62) Divisional to
:NA Address of Applicant :Senior IEEE Member, No. 1, 9th Cross, 1st
Application Number
:NA Main, ISRO Layout, Bangalore-560111 Bangalore ----------- -------
Filing Date
----
(57) Abstract :
We present a novel way of combining the speed of flash Analog to digital converters (ADCs) and the resolution of sigma delta and
successive approximation ADCs. In the iADC IP, a single flash ADC can be used in conjunction with other components to improve
the resolution of the ADC. This achieves it by a trade-off in the conversion time, in-spite of which it is still faster than other sigma
delta and successive approximation ADCs.

(19) INDIA
(54) Title of the invention : ADVANCED 6G INFRASTRUCTURE AND DEVICES FOR HIGH-SPEED GLOBAL
CONNECTIVITY AND AUGMENTED REALITY INTEGRATION
1)Dr. B. Ramana Kumar
Address of Applicant :Professor, Department of ECE, Swarnandhra
College of Engineering and Technology, Sitaramapuram, Narsapur, West
Godavari, Andhra Pradesh, India, Pincode: 534280 ----------- -----------
2)Dr. Sajja Suneel
3)Dr. Manoj Kumar Merugumalla
4)Dr. M. Kalyana Raju
5)Dr. Y. Venkata Krishna Reddy
6)Dr. Shaik Rafi Kiran
:H04L0051480000, A61K0008190000, (72)Name of Inventor :
(51) International
A61K0008670000, H04W0004380000, 1)Dr. B. Ramana Kumar
classification
C09C0001400000 Address of Applicant :Professor, Department of ECE, Swarnandhra
(86) International College of Engineering and Technology, Sitaramapuram, Narsapur, West
:NA Godavari, Andhra Pradesh, India, Pincode: 534280 ----------- -----------
Application No
:NA 2)Dr. Sajja Suneel
Filing Date
Address of Applicant :Assistant Professor, Department of CSE (Data
(87) International
: NA Science), Institute of Aeronautical Engineering, Dundigal, Hyderabad,
Publication No Telangana, India, Pincode: 500043 ----------- -----------
(61) Patent of Addition 3)Dr. Manoj Kumar Merugumalla
:NA
to Application Number Address of Applicant :Professor, Department of EEE, Bharat Institute of
:NA
Filing Date Engineering & Technology, Mangalpally Village, Ibrahimpatnam
(62) Divisional to Mandal, Hyderabad, Telangana, India, Pincode: 501510 ----------- ---------
:NA --
Application Number
:NA 4)Dr. M. Kalyana Raju
Filing Date
Address of Applicant :Associate Professor, Department of Physics,
Humanities & Basic Science, Wellfare Institute of Science, Technology &
Management, Pinagadi (V), Pendurthy (M), Visakhapatnam (D), Andhra
5)Dr. Y. Venkata Krishna Reddy
Address of Applicant :Associate Professor, Department of EEE, Sri
Venkateswara College of Engineering (Autonomous), Tirupati, Andhra
6)Dr. Shaik Rafi Kiran
Address of Applicant :Professor, Department of EEE, Sri Venkateswara
College of Engineering (Autonomous), Tirupati, Andhra Pradesh, India,
Pincode: 517507 ----------- -----------
(57) Abstract :
The proposed invention is a novel telecommunications system that introduces an advanced 6G infrastructure, integrated with
augmented reality (AR) technology, to establish a new benchmark in global connectivity and digital interaction. This system is
designed to deliver ultra-fast data speeds, near-zero latency, and comprehensive global coverage, significantly enhancing the usability
and effectiveness of AR applications. The 6G network is uniquely engineered to support terabyte-level data transmission, facilitating
real-time digital overlays onto the physical world and revolutionizing various sectors, including education, healthcare, and
entertainment. Emphasizing sustainability, the system incorporates energy-efficient designs and advanced cybersecurity measures,
addressing the environmental and security challenges of modern digital networks. This invention not only represents a significant
advancement in wireless communication technology but also serves as a catalyst for innovation, economic growth, and global
development in the digital era.

(19) INDIA
(54) Title of the invention : Advanced Silicon-Based Composite Electrodes with Enhanced Stability for Next-Gen Lithium-Ion
Batteries
1)Dr. G. Ramanathan
Address of Applicant :Associate Professor, Department of Physics,
Sri Sai Ram Engineering College, Sai Leo Nagar, West Tambaram,
Chennai, Tamilnadu, India, Pincode: 600044 ----------- -----------
2)Dr. Sajimol George
4)Dr. Santosh Kumar Nathsharma
5)Ms. Mamta Bulla
6)Ms. Raman Devi
:H01M0010052500, H01M0004380000, Name of Applicant : NA
(51) International
H01M0004620000, H01M0004360000, Address of Applicant : NA
classification
H01M0050200000 (72)Name of Inventor :
(86) International 1)Dr. G. Ramanathan
:NA Address of Applicant :Associate Professor, Department of Physics, Sri
Application No
:NA Sai Ram Engineering College, Sai Leo Nagar, West Tambaram, Chennai,
Filing Date
(87) International Tamilnadu, India, Pincode: 600044 ----------- -----------
: NA 2)Dr. Sajimol George
Publication No Address of Applicant :Assistant Professor, Department of Chemistry,
(61) Patent of Hislop College, Nagpur, Maharashtra, India, Pincode: 440015 ----------- --
Addition to :NA ---------
Application Number :NA 3)Dr. Nellore Manoj Kumar
Filing Date Address of Applicant :Independent Researcher, Founder and CEO,
(62) Divisional to Infinite Research, B.O. 15-225, Gollapalem, Venkatagiri, Tirupati
:NA District, Andhra Pradesh, India, Pincode: 524132 ----------- -----------
Application Number
:NA 4)Dr. Santosh Kumar Nathsharma
Filing Date
Address of Applicant :Lecturer in Chemistry, Stewart Science College,
Cuttack, Odisha, India, Pincode: 753001 ----------- -----------
5)Ms. Mamta Bulla
Address of Applicant :Research Scholar, Department of Physics, College
of Basic Science & Humanities, CCS HAU, Hisar, Haryana, India,
Pincode: 125004 ----------- -----------
6)Ms. Raman Devi
Address of Applicant :Research Scholar, Department of Physics, College
of Basic Science & Humanities, CCS HAU, Hisar, Haryana, India,
Pincode: 125004 ----------- -----------
(57) Abstract :
This invention pertains to the development of advanced silicon-based composite electrodes for lithium-ion batteries, aiming to
significantly enhance their performance, stability, and longevity. The proposed electrodes comprise a composite material integrating
nanostructured silicon with conductive additives and advanced binders. This unique composition allows the electrodes to
accommodate substantial volume changes during charge and discharge cycles, thus minimizing mechanical degradation and capacity
fading. The inclusion of conductive additives improves electron transport, enhancing the battery's overall efficiency. Advanced
binders are employed to maintain the structural integrity and electrical connectivity of the electrode. This innovation not only
increases the energy density of lithium-ion batteries but also ensures their safety and durability, making them suitable for various
applications, including electric vehicles, portable electronics, and renewable energy storage systems. The invention represents a
significant advancement in lithium-ion battery technology, offering a sustainable and efficient solution for energy storage challenges.

(19) INDIA
(54) Title of the invention : MULTIPURPOSE AGRICULTURAL MACHINE
1)Thiagarajar College of Engineering
Address of Applicant :Thiagarajar College of Engineering
Madurai Madurai ----------- -----------
:A01M0007000000, C02F0001200000,
(51) International 1)G. S. GOKULA PRASANNA
A01B0069040000, A01B0071020000,
classification Address of Applicant :THIAGARAJAR COLLEGE OF
H02S0020300000
ENGINEERING, THIRUPARANKUNDRAM, MADURAI
(86) International
:NA Madurai ----------- -----------
Application No
:NA 2)S. KARTHIKEYAN
Filing Date
Address of Applicant :THIAGARAJAR COLLEGE OF
(87) International
: NA ENGINEERING, THIRUPARANKUNDRAM, MADURAI
Publication No
Madurai ----------- -----------
:NA 3)S. GUHAN
:NA Address of Applicant :THIAGARAJAR COLLEGE OF
Filing Date
(62) Divisional to
:NA Madurai ----------- -----------
Application Number
:NA 4)T. GOKULA KRISHNAN
Filing Date
Madurai ----------- -----------
5)B. ABDULLAH
Madurai ----------- -----------
(57) Abstract :
The main object of the present invention is to provide a cost-effective semi-automated agricultural machine for processing post-
agricultural products. Another object of the present invention is to fabricate a multipurpose agricultural machine that can perform
more than one operations-cutting, stripping and dehusking. Yet another object of the present invention is to fabricate a multipurpose
agricultural machine comprises of polyhedral shaped structural frame with four wheels, a solar panel on top of the frame, and housing
a groundnut stripper, a paddy stripper, a straw/corn leaf cutter, a coconut de-husker, a sugarcane node cutter and a motor. Further
object of the present invention is to utilize the fabricated multipurpose agricultural machine for processing post-agricultural products
thereby reducing the processing time and labor cost. The present invention is a considerably potential one to greatly reduce the labor
costs and labor crises as it can perform more than one operation individually and simultaneously and as well it is economical.

(19) INDIA
(54) Title of the invention : AN IOT-BASED COMPREHENSIVE ENVIRONMENTAL MONITORING SYSTEM USING
DRONES AND A METHOD FOR THE SAME
1)Rathinam College of Arts and Science
Address of Applicant :Rathinam College of Arts and Science
Rathinam Tech Zone, Eachanari Coimbatore - 641 021, Tamil
Nadu, India Coimbatore ----------- -----------
:B64C0039020000, G01N0033000000, (72)Name of Inventor :
(51) International
H04L0067120000, B01D0053040000, 1)Dr. S. Dinakaran
classification
G08B0021120000 Address of Applicant :Dept. of Computer Science Rathinam
(86) International College of Arts and Science Rathinam Tech Zone, Eachanari
:NA
Application No Coimbatore - 641 021, Tamil Nadu Mobile: 7708002445 E-Mail:
:NA
Filing Date rcas.coe@rathinam.in Coimbatore ----------- -----------
(87) International 2)Mr. Boominath
: NA
Publication No Address of Applicant :Dept. of Computer Science Rathinam
(61) Patent of Addition College of Arts and Science Rathinam Tech Zone, Eachanari
:NA
to Application Number Coimbatore - 641 021, Tamil Nadu Mobile: 9677796727 Email:
:NA
Filing Date boominath@rathinam.in Coimbatore ----------- -----------
(62) Divisional to 3)Dr. R. Manickam
:NA
Application Number Address of Applicant :Dept. of Computer Science Rathinam
:NA
Filing Date College of Arts and Science Rathinam Tech Zone, Eachanari
Coimbatore - 641 021, Tamil Nadu Mobile: 9894616026 Email:
ceo@rathinam.in Coimbatore ----------- -----------
4)Dr. K. P. V. Sabareesh
Address of Applicant :Dept. of Physics Rathinam College of Arts
and Science Rathinam Tech Zone, Eachanari Coimbatore - 641
021, Tamil Nadu Mobile: 6379334067 Email:
dean.rd@rathinam.in Coimbatore ----------- -----------
(57) Abstract :
The present invention introduces an advanced environmental monitoring system, specifically designed for compatibility with drone
platforms. It features an extensive array of sensors, such as Carbon Dioxide, Carbon Monoxide, Nitrogen Dioxide, Sulfur Dioxide,
Ozone, Ammonia, Methane, Volatile Organic Compounds, Hydrogen Gas, Hydrogen Sulfide, Particulate Matter Sensors, and a
LiDAR Sensor, all integrated with Primary and Secondary Environmental Data Controllers for enhanced data processing. Tailored to
leverage Internet of Things (IoT) and Long Range (LoRa) communication technologies, the system transmits data efficiently to a
cloud server, which in turn relays it to an IoT dashboard, enabling rapid analysis and decision-making. This modular and adaptable
design makes it a versatile solution for a wide range of drones, significantly advancing the capabilities of aerial environmental
monitoring and analysis.

(19) INDIA
(54) Title of the invention : AN IOT-ENABLED ADAPTIVE TRAFFIC LIGHT SYSTEM FOR PEDESTRIAN SAFETY AND A
METHOD FOR THE SAME
1)Rathinam College of Arts and Science
Address of Applicant :Rathinam Tech Zone, Eachanari
Coimbatore - 641 021, Tamil Nadu, India ----------- -----------
:G08G0001080000, G08G0001095000,
(51) International 1)Dr. S. Raja
G08G0001005000, G08G0001010000,
classification Address of Applicant :Dept. of Computer Science Rathinam
G08G0001070000
College of Arts and Science Rathinam Tech Zone, Eachanari
(86) International
:NA Coimbatore - 641 021, Tamil Nadu Mobile: 9944080994 Email:
Application No
:NA hod.ct@rathinam.in Coimbatore ----------- -----------
Filing Date
2)Mr. A. Uthiramoorthy
(87) International
: NA Address of Applicant :Dept. of Computer Science Rathinam
Publication No
:NA Coimbatore - 641 021, Tamil Nadu Mobile: 9865018954 Email:
:NA hod.ca@rathinam.in Coimbatore ----------- -----------
Filing Date
3)Dr. N. Bhuvaneswari
(62) Divisional to
:NA Address of Applicant :Dept. of Physics Rathinam College of Arts
Application Number
:NA and Science Rathinam Tech Zone, Eachanari Coimbatore - 641
Filing Date
021, Tamil Nadu Mobile: 9952752111 Email:
bhuvaneswari.phy@rathinam.in Coimbatore ----------- -----------
4)Dr. R. Manickam
Address of Applicant :Dept. of Computer Science Rathinam
Coimbatore - 641 021, Tamil Nadu Mobile: 9894616026 Email:
ceo@rathinam.in Coimbatore ----------- -----------
(57) Abstract :
The present disclosure relates to an innovative IoT-based adaptive traffic light system designed to enhance pedestrian safety in urban
environments. This advanced system integrates a comprehensive Sensor Array Block, consisting of thermal imaging sensors, RADAR
sensors, pressure-sensitive tiles, motion detectors, and AI-powered visual recognition systems. These components work
collaboratively to detect and analyze pedestrian and vehicular movements under varying conditions. The Data Processing and Control
Unit Block serves as the system's brain, employing real-time data integration, machine learning algorithms, and traffic signal control
algorithms to process and interpret the collected data. The Traffic Light Control Block, equipped with adaptive traffic signals,
pedestrian crossing signals, and vehicular traffic signals, dynamically adjusts signalization in response to real-time traffic demands.
Additionally, the system includes a Notification and Display Block, featuring pedestrian display systems and auditory signals,
specifically tailored to assist visually impaired pedestrians and to keep all stakeholders informed about traffic and crossing statuses.
This system exemplifies a significant leap in urban traffic management, prioritizing pedestrian safety, and optimizing traffic flow
through state-of-the-art technology and intelligent design.

(19) INDIA
(54) Title of the invention : COMPOSITE LOCALIZATION RETINAL VASCULATURE SEGMENTATION FROM RETINAL
IMAGES THROUGH PIXEL LEVEL CLASSIFICATION AND CIRCULAR HOUGH TRANSFORM
:G06T0007000000, A61B0003120000,
(51) International 1)Koneru Lakshmaiah Education Foundation
A61B0006000000, G06N0020000000,
classification Address of Applicant :Green Fields, Vaddeswaram, Andhra
G06T0007110000
Pradesh, 522302 ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)Azra Fatima
Publication No
Address of Applicant :Research Scholar, Department of ECE,
:NA Koneru Lakshmaiah Education Foundation, Green Fields,
:NA Vaddeswaram, Andhra Pradesh, 522302 ----------- -----------
Filing Date
2)Dr. E. Kiran Kumar
(62) Divisional to
:NA Address of Applicant :Associate Professor, Department of ECE,
Application Number
:NA Koneru Lakshmaiah Education Foundation, Green Fields,
Filing Date
Vaddeswaram, Andhra Pradesh, 522302 ----------- -----------
(57) Abstract :
[027] The invention presents a Composite Localization Retinal Vasculature Segmentation from Retinal Images through Pixel Level
Classification and Circular Hough Transform. The present invention comprises of utilizing techniques at the pixel level to discern
regions corresponding to retinal vasculature within retinal images, employing the Circular Hough Transform to identify and localize
circular structures within the identified regions associated with retinal vasculature, and generating a composite localization of retinal
vasculature by leveraging the information from the identified circular structures. The pixel-level classification techniques involve the
application of machine learning algorithms trained on a dataset of retinal images to differentiate between regions containing retinal
vasculature. The Circular Hough Transform is executed with adaptive parameters to precisely detect circular structures indicative of
retinal vasculature. Additionally encompassing a refinement step for the composite localization process, incorporating geometric
features derived from the identified circular structures. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : SYNERGISTIC INTEGRATION OF DATA ANALYTICS MODELS FOR SUSTAINABLE
AGRICULTURE: AN APPROACH TO PESTICIDE APPLICATION, RESIDUE MANAGEMENT, AND WATER-SOIL
CONSERVATION IN CROP PRODUCTION
Address of Applicant :Academic Consultant Department of Zoology
Sri Venkateswara University Tirupati-517502 Andhra Pradesh, India
Email id: Tirupati ----------- -----------
2)DR. SRIDHAR DUMPALA
4)DR. AKEPOGU JAYARAJU
5)DR. V. KRISHNA REDDY
6)Dr. KOTESWARA RAO CHINTA
:G06Q0010060000, G06Q0050020000, (72)Name of Inventor :
(51) International
G06N0020000000, A01M0007000000, 1)DR. VIVEK CHINTADA
classification
A01G0022000000 Address of Applicant :Academic Consultant Department of Zoology Sri
(86) International Venkateswara University Tirupati-517502 Andhra Pradesh, India Email
:NA id: Tirupati ----------- -----------
Application No
:NA 2)DR. SRIDHAR DUMPALA
Filing Date
Address of Applicant :Assistant Professor Department of Aquaculture
(87) International
: NA University College of Science and Technology Adikavi Nannaya
Publication No University Rajamahendravaram Andhra Pradesh, India ,533296 Email ID:
(61) Patent of Addition Rajamahendravaram ----------- -----------
:NA
to Application Number 3)Prof. K. RAMANESWARI
:NA
Filing Date Address of Applicant :Professor Department of Zoology University
(62) Divisional to College of Science and Technology Adikavi Nannaya University
:NA Rajamahendravaram Andhra Pradesh, India ,533296 Email ID:
Application Number
:NA Rajamahendravaram ----------- -----------
Filing Date
4)DR. AKEPOGU JAYARAJU
Address of Applicant :Guest faculty Department of Chemistry
Rayalaseema University, Kurnool Andhra Pradesh-518007 Email:
Kurnool ----------- -----------
5)DR. V. KRISHNA REDDY
Address of Applicant :Academic Consultant Department of Chemistry
Dravidian University, Kuppam SRINIVASA VANAM KUPPAM Andhra
Pradesh--517426 Email: Kuppam ----------- -----------
6)Dr. KOTESWARA RAO CHINTA
Address of Applicant :Microbiology & Herbal Consultant Mahaa Siddha
Vaidya Chikitsalayam No: 6-3-347/13, Plot No: 177 Dwarakapuri Colony
Panjagutta Hyderabad-500082 Email: Hyderabad ----------- -----------
(57) Abstract :
SYNERGISTIC INTEGRATION OF DATA ANALYTICS MODELS FOR SUSTAINABLE AGRICULTURE: AN APPROACH
TO PESTICIDE APPLICATION, RESIDUE MANAGEMENT, AND WATER-SOIL CONSERVATION IN CROP PRODUCTION
ABSTRACT The present invention discloses a comprehensive system and method for sustainable agriculture. The system involves the
integration of advanced data analytics models that analyze real-time environmental and crop data to optimize various facets of
agricultural practices. This includes determining optimal pesticide application rates, implementing residue management strategies for
minimal environmental impact and enhanced soil health, and employing water conservation techniques through optimized irrigation
practices. The system further dynamically adjusts soil conservation measures based on the insights derived from the data analytics
models, ensuring long-term soil fertility and health. Utilizing machine learning algorithms, the system continuously adapts and refines
these strategies based on evolving environmental conditions and crop-specific requirements. The invention represents a holistic and
proactive approach to sustainable agriculture, leveraging technology to enhance efficiency, minimize environmental impact, and
promote long-term viability in crop production.

(19) INDIA
(54) Title of the invention : METHOD AND SYSTEM FOR PROVIDING EFFICIENT 5G COMMUNICATION PROTOCOL
WITH DYNAMIC CHANNEL ALLOCATION FOR MOBILE NETWORKS
1)ADITYA INSTITUTE OF TECHNOLOGY AND
MANAGEMENT
Address of Applicant :K. KOTTURU, TEKKALI-
532201,SRIKAKULAM DISTRICT, ANDHRA PRADESH,
INDIA Srikakulam ----------- -----------
:H04L0001000000, H04W0072080000,
H04W0072040000, H04W0072120000,
classification 1)Dr. M. V. H. Bhaskara Murthy
H04W0024100000
Address of Applicant :Professor in ECE Aditya Institute of
(86) International
:NA Technology and Management, K.Kotturu, Tekkali-
Application No
:NA 532201,Srikakulam District, Andhra Pradesh, India Srikakulam ---
Filing Date
-------- -----------
(87) International
: NA 2)Dr. G. Sateeshkumar
Publication No
Address of Applicant :Professor in ECE Aditya Institute of
(61) Patent of
Technology and Management, K.Kotturu, Tekkali-
Addition to :NA
532201,Srikakulam District, Andhra Pradesh, India
sateeshkumargudla@gmail.com Srikakulam ----------- -----------
Filing Date
3)Dr. G. S. S. S. S. V. Krishna Mohan
(62) Divisional to
:NA Address of Applicant :Associate Professor in ECE Aditya Institute
Application Number
:NA of Technology and Management, K.Kotturu, Tekkali-
Filing Date
532201,Srikakulam District, Andhra Pradesh, India
gandrapu.krishnamohan@gmail.com Srikakulam ----------- --------
---
4)G. Usandra Babu
Electronics and Communication Engineering, Aditya Engineering
College, East Godavari, Surampalem, Andhra Pradesh, India
usandrababu.g@gmail.com Srikakulam ----------- -----------
(57) Abstract :
METHOD AND SYSTEM FOR PROVIDING EFFICIENT 5G COMMUNICATION PROTOCOL WITH DYNAMIC CHANNEL
ALLOCATION FOR MOBILE NETWORKS ABSTRACT The present invention discloses a method and system for enhancing 5G
communication protocols in mobile networks through dynamic channel allocation. The system comprises a dynamic channel
allocation module, an adaptive modulation and coding module, and a communication controller. The dynamic channel allocation
module dynamically assigns communication channels based on real-time network conditions, optimizing spectral efficiency. The
adaptive modulation and coding module adjusts modulation and coding schemes dynamically, further enhancing communication
performance. The communication controller facilitates coordination among base stations, implementing load balancing and
interference avoidance strategies. Additionally, a machine learning-based prediction module predicts network conditions, contributing
to proactive channel allocation. The invention creates a closed-loop system, where real-time feedback refines channel allocation
strategies. This innovative approach significantly improves the efficiency and responsiveness of 5G communication protocols in
mobile networks, addressing the challenges posed by varying network conditions and enhancing overall network performance.

(19) INDIA
(54) Title of the invention : AN ELECTRONIC DEVICE FOR CONVEYING VEHICLE AND DRIVER INFORMATION
:G08G1/005, G08G1/017, (71)Name of Applicant :

H04W4/80 1)MACHKG ICT LLP
(86) International Application No :NA Address of Applicant :9B, Ganapathy Street, Thirumalai
Filing Date :NA Nagar, Thirumullaivoyal, Chennai Chennai ----------- -----------
(61) Patent of Addition to Address of Applicant : NA
:NA
Application Number (72)Name of Inventor :
:NA
Filing Date 1)Kuganathan Subramani
(62) Divisional to Application Address of Applicant :9B, Ganapathy Street, Thirumalai Nagar,
:NA
Number Thirumullaivoyal Chennai - 600062 Chennai ----------- -----------
:NA
Filing Date
(57) Abstract :
ABSTRACT An electronic device for conveying vehicle and driver information comprising a peeling sticker that needs to be pasted in
the windshield of the three, four and six-wheelers and doom mask or doom light of the two-wheelers. The said electronic device
transmits the vehicle and driver information to the traffic police via light signal when the vehicles are on the move. The present
invention simplifies and automates the process of verification of documents of both the vehicle and the driver by automated light
signal verification process.

(19) INDIA
(54) Title of the invention : MECHANICALLY COMPLIANT SPONGY SCAFFOLD AND ITS PREPARATION THEREOF
:A61L0027580000, E04G0005000000, Address of Applicant :Vellore Institute of Technology, Near
(51) International
A61K0047180000, A61K0038000000, Katpadi Road, Vellore, Tamil Nadu, India – 632014 Vellore -------
classification
A61L0027460000 ---- -----------
:NA
:NA
(87) International 1)Dr. Amit Kumar Jaiswal
: NA
Publication No Address of Applicant :Centre for Biomaterials, Cellular &
(61) Patent of Addition Molecular Theranostics (CBCMT), Vellore Institute of
:NA
to Application Number Technology (VIT), Vellore-632014, Tamil Nadu. Vellore ----------
:NA
(62) Divisional to 2)Anupama Devi V K
:NA
Application Number Address of Applicant :Centre for Biomaterials, Cellular &
:NA
Filing Date Molecular Theranostics (CBCMT), Vellore Institute of
Technology (VIT), Vellore-632014, Tamil Nadu. Vellore ----------
- -----------
(57) Abstract :
Mechanically compliant spongy scaffold and its preparation thereof. The spongy scaffold is fabricated using components comprising
of PVA, PEG and HAp. The scaffold has been fabricated using freeze-thaw cycles followed by freeze-drying, which as such does not
require any chemicals which are otherwise needed for ionic or chemical crosslinking methods, thus making the scaffold non-cytotoxic.
The unique property of the scaffold is that, in its dry state the scaffold has higher mechanical strength.

(19) INDIA
(54) Title of the invention : CNN NETWORK BASED DRONE SYSTEM FOR DISASTER RESCUE OPERATIONS
:B64C0039020000, G06N0003040000, Katpadi Road, Vellore, Tamil Nadu, India – 632014 Vellore -------
(51) International
G06N0003080000, G05D0001000000, ---- -----------
classification
G01S0007481000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Dr.R.Senthil Kumar
(87) International Address of Applicant :School of Electrical Engineering, Vellore
: NA
Publication No Institute of Technology, Chennai – 600127, Tamil Nadu, India
(61) Patent of Addition Chennai ----------- -----------
:NA
to Application Number 2)Dr.V.Indragandhi
:NA
Filing Date Address of Applicant :School of Electrical Engineering, Vellore
(62) Divisional to institute of Technology, Vellore- 632014, Tamil Nadu, India
:NA
Application Number Vellore ----------- -----------
:NA
Filing Date 3)Dr.Balakumar P
Address of Applicant :School of Electrical Engineering, Vellore
Institute of Technology, Chennai – 600127, Tamil Nadu, India
Chennai ----------- -----------
(57) Abstract :
CNN network-based drone system for disaster rescue operations. The system comprising of a drone unit (110) configured with a
Convolution Neural Network (CNN) based object detection and segmentation unit (120) wherein the CNN based object detection and
segmentation unit (120) accurately detects the survivors and victims in the event of a disaster based on the object detection and
segmentation protocol configured with the CNN based object detection and segmentation unit (120). The drone unit (110) comprises a
3-axis camera and ultrasonic sensor unit (130), triple axis gyro accelerometer (140), flight controller (150), LIDAR device (160) and
IMU (170) wherein the drone unit (110) is configured with solar panels (210) for increased flight time in the disaster situations.

(19) INDIA
(54) Title of the invention : HYDROGEL LOADED 3D PRINTED CONSTRUCT
:A61L0027540000, B33Y0070000000, Address of Applicant :Vellore Institute of Technology, Near
(51) International
B33Y0010000000, B33Y0080000000, Katpadi Road, Vellore, Tamil Nadu, India – 632014 Vellore -------
classification
D01F0001100000 ---- -----------
:NA
:NA
(87) International 1)Dr. Amit Kumar Jaiswal
: NA
Publication No Address of Applicant :Centre for Biomaterials, Cellular &
(61) Patent of Addition Molecular Theranostics (CBCMT), Vellore Institute of
:NA
to Application Number Technology (VIT), Vellore-632014, Tamil Nadu Vellore -----------
:NA
(62) Divisional to 2)Anupama Devi V K
:NA
Application Number Address of Applicant :Centre for Biomaterials, Cellular &
:NA
Filing Date Molecular Theranostics (CBCMT), Vellore Institute of
Technology (VIT), Vellore-632014, Tamil Nadu Vellore -----------
-----------
(57) Abstract :
Hydrogel loaded 3D printed construct. A hydrogel loaded 3D printed construct using a thermoplastic polymer which is a trabeculae
bone like 3D-printed synthetic thermoplastic polymer (polycaprolactone) providing required mechanical strength to the construct.
Hydrogel is loaded into the thermoplastic polymer construct in order to provide a microenvironment for cellular growth and
proliferation hydrogel loaded 3D printed construct with lower degradation rate and dual drug delivery showing two different release
profiles and aiding in bone regeneration.

(19) INDIA
(54) Title of the invention : STOCHASTIC PROGRAMMING MODEL IN LEAST COST FEED FORMULATION FOR
LACTATING CATTLE
:G06Q0010060000, A23K0020158000, 1)Dr. Radha Gupta
(51) International
A23K0050100000, A23K0020147000, Address of Applicant :Professor & Head, Department of
classification
A23K0020174000 Mathematics, Dayananda Sagar College of Engineering,
(86) International Bengaluru-560111 Bengaluru ----------- -----------
:NA
Application No 2)Dr. Vishal Patil
:NA
Filing Date Address of Applicant :Mathematics, JAIN (Deemed-to-be
(87) International University), NH - 209 Kanakapura Road Jakkasandra, Post,
: NA
Publication No Bengaluru, Karnataka 562112 Bengaluru ----------- -----------
(61) Patent of Addition 3)Dr. Ravinder Singh Kuntal
:NA
to Application Number Address of Applicant :Mathematics, School of Engineering-
:NA
Filing Date Dayananda Sagar University, Hosur Road, Kudlu Gate Srinivas
(62) Divisional to Nagar HAL Layout, singasandra, Bangalore-560068 Bengaluru ---
:NA
Application Number -------- -----------
:NA
Filing Date 4)Dr. Anita Chaturvedi
Address of Applicant :Mathematics, JAIN (Deemed-to-be
University), NH - 209 Kanakapura Road Jakkasandra, Post,
Bengaluru, Karnataka 562112 Bengaluru ----------- -----------
5)Dr. Kokila Ramesh
Address of Applicant :Mathematics, JAIN (Deemed-to-be
University), NH - 209 Kanakapura Road Jakkasandra, Post,
Bengaluru, Karnataka 562112 Bengaluru ----------- -----------
(57) Abstract :
A conventional linear programming model (LPM) for feed formulation of lactating cattle will overlook the variation in feed
components. Due to the fact that LPM only considers the mean composition of feed values, regardless of variations, the confidence in
satisfying the nutrient need falls to 50%. The formulation of the feed, on the other hand, can be done using the stochastic model (SM),
which takes into account both the mean and variation of feed composition and provides 90-99 percent confidence in meeting the
nutrient need. In present work, we have proposed stochastic programming model for least-cost feed formulation of lactating cattle
where the variation in the composition of nutrients like crude protein (CP), Calcium (Ca) and Phosphorus (P) in the feedstuff are
considered. These stochastic models are resolved using M.S. Excel's Generalized Reduced Gradient (GRG) nonlinear and LINGO's
Nonlinear solver, and the results are compared to LPM; the feed formulated by SM (90 % and 99 %) has the lowest cost when
compared to LPM. Nutrients estimated by LPM, SM by GRG nonlinear, and SM by Nonlinear solver utilized for feed formulation had
no significant differences as (p>0.05). When compared to LPM, the stochastic model is a better technique, particularly when dealing
with nutrient variation, which is one of LPM's drawbacks. As a result, the SM model can be used to formulate low-cost feed for
lactating cattle.

(19) INDIA
(54) Title of the invention : THE BLOCKCHAIN TECHNOLOGY TO PROTECT DATA USABILITY AND ACCESSIBILITY ON
IOT ECOSYSTEM USING A SMART CONTRACT MECHANISM & DISTRIBUTED LEDGER TECHNOLOGY
:G06F0021620000, H04L0009320000, (71)Name of Applicant :

(51) International
G06Q0040020000, G06Q0040060000, 1)Dayananda Sagar College of Engineering
classification
H04L0067100000 Address of Applicant :Shavige Malleswara Hills,
(86) International Kumaraswamy Layout, Bangalore Bangalore ----------- -----------
:NA
:NA
: NA
Publication No 1)Mahendra Kumar B
(61) Patent of Addition Address of Applicant :Assistant Professor, Department of MCA,
:NA
to Application Number Dayananda Sagar College of Engineering, Shavige Malleswara
:NA
Filing Date Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
(62) Divisional to ---- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Over the coming decades, the growing quantity of wireless equipment connected by broadband could reach millions. While computers
are currently being increasingly presented offer possible methods for processing enormous information, privacy issues can be solved
simply by massive techniques. By embracing the business paradigm, security issues would only get worse, particularly in the area of
confidential information. But more financial information also health information acquired through highly complex interconnected
gadgets. Therefore, the new fully distributed and highly private mentoring solution required dealing with these issues. Given the
private characteristics of the entire industry, the innovation of the distributed ledger offers another potential option. This work shows
an experimental infrastructure based on blockchain as well as a unique methodology for information accessibility based on smart deals
with a single publishing company system.

(19) INDIA
(54) Title of the invention : SUSTAINABLE PRODUCTION OF BRICKS BY INCORPORATING E-WASTE
1)V GOWRISHANKAR
Address of Applicant :10/6-7, Balaji Garden,
Thattangkattupudur, Sanarpalayam (Post), Ekkattampalayam,
Perundurai Taluk ----------- -----------
2)V.Sasi Kumar
3)Dr.S.Srividhya
:C22B0007000000, B09B0003000000, 4)S.Satheesh Kumar
(51) International
C22B0003020000, C04B0033132000, 5)A.Madhan
classification
B09B0005000000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Dr.S.Srividhya
(87) International Address of Applicant :1/331, Perumal kovil, Mambady, Harur,
: NA
Publication No Dharmapuri- 636908 8056785153 Dharmapuri ----------- -----------
(61) Patent of Addition 2)V.Sasi Kumar
:NA
to Application Number Address of Applicant :11,KOOTHAMPATTI(P.O)
:NA
Filing Date ARACHALUR(VIA) ERODE Erode ----------- -----------
(62) Divisional to 3)A.Madhan
:NA
Application Number Address of Applicant :138,Indira Nagar, Mukasi Anumanpalli,
:NA
Filing Date Erode-638101 Erode ----------- -----------
4)V.Gowrishankar
Address of Applicant :10/6-7, Balaji Garden, Thattangkattupudur,
Sanarpalayam (Post), Ekkattampalayam, Perundurai Taluk Erode -
---------- -----------
5)S.Satheesh Kumar
Address of Applicant :42 Achaiyan thottam Kandha nagar
Paramathivellur,Namkkal namakkal ----------- -----------
(57) Abstract :
India is one of the largest importers and generators of e-waste. To eradicate the problem of disposing e-waste in landfills many
researches has been under gone and some identified successful recycling methods to utilize in the sustainable method. The current
project employed E-waste in manufacturing of brick, by replacing stone dust in the fly ash bricks with proportions of 10%, 20%, 30%
of e-waste crushed powder. Standard tests such as compressive strength, water absorption and Efflorescence has been conducted and
the optimum percentage of e-waste has been identified. From the experimental investigation the optimum dosage of 10% e-waste
enhanced the compressive strength of bricks by 12.78% compare to clay bricks. Thereby addition of e-waste in the production of
brick, leads to the pathway to make sustainable product and reduce the contamination in the landfill

(19) INDIA
(54) Title of the invention : FREELANCE MARKETPLACE WEBSITE WITH REVERSE BIDDING SYSTEM
:G06Q0010100000, G06Q0030080000, 1)R.M.K. Engineering College
(51) International
H04L0051046000, G06Q0030060000, Address of Applicant :R.M.K. Engineering College, RSM
classification
A23L0005000000 Nagar, Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu
(86) International 601206. Chennai ----------- -----------
:NA
:NA
: NA
Publication No 1)Mr. B. Mithun
(61) Patent of Addition Address of Applicant :R.M.K. Engineering College, RSM Nagar,
:NA
to Application Number Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
:NA
Filing Date chennai ----------- -----------
(62) Divisional to 2)Dr. K. Chidambarathanu
:NA
Application Number Address of Applicant :R.M.K. Engineering College, RSM Nagar,
:NA
Filing Date Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
chennai ----------- -----------
(57) Abstract :
A freelancing platform that utilizes a reverse bidding system to prioritize the interests and needs of freelancers over clients. By
offering freelancers the ability to choose from a range of project proposals submitted by interested clients, the platform can create a
more fair and equitable marketplace for freelancers, while also providing clients with a pool of high-quality talent to choose from. The
platform would focus on creating a user-centric approach that prioritizes simplicity, trust, and credibility, while ensuring financial
sustainability and scalability over the long term. The proposed freelancing platform disrupts the traditional system by prioritizing the
interests of freelancers and offering a reverse bidding system, which is not commonly seen in the existing freelance market.

(19) INDIA
(54) Title of the invention : IDENTITY VERIFICATION SYSTEM WITH USER PRIVACY PROTECTION
Address of Applicant :R.M.K. Engineering College, RSM
Nagar, Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu
601206. India Gummidipoondi ----------- -----------
:G06Q0030060000, G06K0019070000, Address of Applicant : NA
(51) International
G06K0017000000, H04L0001000000, (72)Name of Inventor :
classification
G06K0019077000 1)S Devkhishan
(86) International Address of Applicant :No. 15/8, 17th West Cross Street,
:NA
Application No M.K.B.Nagar, Vyasarpadi, Chennai - 600 039 Chennai ----------- -
:NA
(87) International 2)E Akash
: NA
Publication No Address of Applicant :No. 1,Kamaraj Street, Sivanandha Nagar,
(61) Patent of Addition Thiruvalam, Vellore - 632 515 Vellore ----------- -----------
:NA
to Application Number 3)P.Malini Anand Raj
:NA
Filing Date Address of Applicant :FA G-18, Happinest, Paruthipattu,
(62) Divisional to Avadi,Chennai - 600071 Chennai ----------- -----------
:NA
Application Number 4)Dr.D.Sudha
:NA
Filing Date Address of Applicant :32, Dhanalakshmi street, Reddiar Garden,
Kamaraj Nagar, Avadi, Chennai-600 071 Chennai ----------- -------
----
5)Dr.A.Pavaiadheswari
Address of Applicant :R.M.K. Engineering College, RSM Nagar,
Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206, India
Gummidipoondi ----------- -----------
(57) Abstract :
In today's world, it is crucial to confirm someone's identity before allowing them to do any public act. The "Aadhar card," which
contains all of your information, including your name and address, is the most extensively used method of confirming a person's
identity in nations like India. Because this information is so vital, it may be disastrous if it falls into the wrong person's hands. We
respect user privacy while also offering verification here using “VERIF CARD”. In order to prevent their service from falling into the
wrong hands, services only request ID verification when absolutely necessary. If discovered, to investigate more and track back. So,
this is our VERIF card. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : THIRD EYE FOR BLIND
601206. Gummidipoondi ----------- -----------
1)Dr. M. SHEERIN BANU
(51) International :A61H3/06, G01S15/66,
classification G01S15/93, G08B21/02, G08B6/00
Chennai ----------- -----------
:NA 2)S.Dhanalakshmi
No
:NA Address of Applicant :R.M.K. Engineering College, RSM Nagar,
Filing Date
: NA Chennai ----------- -----------
No
3)M.Dharshini
Application Number
:NA Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206
Filing Date
Chennai ----------- -----------
(62) Divisional to
:NA 4)U.Hema shree
Application Number
Filing Date
Chennai ----------- -----------
5)M.Arifa Banu
Chennai ----------- -----------
6)Hasin Shifa M
Chennai ----------- -----------
(57) Abstract :
The third eye for people who are blind is an innovation that helps the blind people to navigate with speed and confidence by detecting
the nearby obstacles using the help of ultrasonic waves and notify them with buzzer sound or vibration. They only need to wear this
device as a band or a complete top. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : BLOCKCHAIN-BASED DECENTRALIZED DEVELOPER COMMUNITY FORUM
601206. Chennai ----------- -----------
1)DEVKHISHAN S
Address of Applicant :No. 15/8, M.K.B. Nagar, Vyasarpadi,
:G06Q0010100000, G06Q0030020000,
(51) International Chennai - 600039. Chennai ----------- -----------
G06Q0050000000, G06F0003048200,
classification 2)HEMITH NAAG O V
H04L0067306000
Address of Applicant :#387, Diya Apts, 2nd Floor, Golden George
(86) International
:NA Nagar, Mogappair East, Chennai. Chennai ----------- -----------
Application No
:NA 3)E AKASH
Filing Date
Address of Applicant :No. 1, Kamaraj street,sivanandha
(87) International
: NA nagar(north),thiruvalam,katpadi thaluk, Vellore-632515 Vellore --
Publication No
--------- -----------
:NA 4)Dr.S. Thanga Ramya
:NA Address of Applicant :Professor, R.M.K. Engineering College,
Filing Date
Kavaraipettai – 601206. Vellore ----------- -----------
(62) Divisional to
:NA 5)Ms.Divya J
Application Number
:NA Address of Applicant :Assistant Professor, R.M.K. Engineering
Filing Date
College, Kavaraipettai –601206 Chennai ----------- -----------
6)Ms.U.Archana
Address of Applicant :Assistant Professor, R.M.K. Engineering
College, Kavaraipettai –601206. Chennai ----------- -----------
7)Ms.S.Mahalakshmi
8)Ms.S.Sudha Mercy
(57) Abstract :
The novel feature of the present invention is its minimal user interface, which aims to increase users' productivity and keep them
focused on their desired topic of discussion. Unlike current social media platforms that often distract users with irrelevant content, the
present invention is specifically designed to help users connect and communicate with each other on common topics of interest. The
platform allows users to ask and answer questions and also offers a reward system to incentivize participation. In addition, the present
invention includes messaging and file-sharing features that are tailored to the needs of developers. By offering a streamlined and
focused user experience, the present invention aims to provide a more efficient and effective online community platform for
knowledge sharing and collaboration. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : TOUCH AND VOICE BASED SMART MIRROR USING IOT
601206. India Gummidipoondi ----------- -----------
:G06F0003060000, H04L0012280000,
(51) International 1)ANBARASU K
H04N0021431000, A61K0048000000,
classification Address of Applicant :897,11th central cross street MKB nagar ,
H04N0021478000
vyasarpadi Chennai-39 Chennai ----------- -----------
(86) International
:NA 2)KARTHIK K
Application No
:NA Address of Applicant :122/2 , Puzhal to Ambattur main road ,R-
Filing Date
Block F2 ,Pavani Palms,Surapet,Chennai-66 Chennai ----------- ---
(87) International
: NA --------
Publication No
3)BALAJI G C
:NA Address of Applicant :No. 36 old post office street Veerapuram,
:NA Avadi , Chennai-55 Chennai ----------- -----------
Filing Date
4)SANKARA NARAAYANAN M S
(62) Divisional to
:NA Address of Applicant :No.473,22nd Street, Tvk nagar, sembium,
Application Number
:NA Perambur, chennai-11. Chennai ----------- -----------
Filing Date
5)S. NAGENDIRAN
Address of Applicant :R.M.K. ENGINEERING COLLEGE ,RSM
NAGAR,KAVARAIPETTAI-601206. Chennai ----------- ----------
-
6)S.SRIJAYANTHI
Address of Applicant :R.M.K. ENGINEERING COLLEGE ,RSM
NAGAR,KAVARAIPETTAI-601206. Chennai ----------- ----------
-
(57) Abstract :
The Smart Mirror system we have developed combines the concepts and methodologies that have been implemented in other systems
like smartphones. The architecture has been adapted for the development and deployment of various services which all use web
service communication mechanisms. These services of the Smart Mirror can be further extended to support future enhancements and
developments. This means that features such as extended home automation and additional applications and widgets can be
implemented. A user’s personalized data such as calendar, news feeds, and other information relevant to their lifestyle have been
implemented and displayed. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : HUMAN FOLLOWING ROBOT USING ARDUINO UNO
601206. Chennai ----------- -----------
1)K. Udhayan
Address of Applicant :C-16,Bull dozer Street, Block-24, Neyveli,
Tamil Nadu, India Neyveli ----------- -----------
2)B. Sri Madhava
Address of Applicant :No.6, Padaiyachi street,
Gangainagar,Kallikuppam Chennai-53 Chennai ----------- ----------
-
:A61B0005000000, B25J0009160000, 3)T. Vishnu Varthan
(51) International
A61B0005110000, G06F0001160000, Address of Applicant :No.46 VenkateshwaranNagar 1st Cross
classification
A47L0011400000 street Sembiam, Perambur, Chennai-600011 Chennai ----------- ---
(86) International --------
:NA
Application No 4)A. Syed Ibrahim
:NA
Filing Date Address of Applicant :4/56, North Street, Patemanagaram,
(87) International Tuticorin Dist. Tuticorin ----------- -----------
: NA
Publication No 5)A.Tharun
(61) Patent of Addition Address of Applicant :Plot No.1, Door No.12/267, Ganapathy
:NA
to Application Number Nagar, Ayanputhur, Guntur Taluk, Mathur,Trichy Mathur ----------
:NA
(62) Divisional to 6)T. Charan
:NA
Application Number Address of Applicant :72, Bajanai Koil Street,Samanthavada
:NA
Filing Date Village &Post,Pallipat,Tiruvallur Dist.631207 Chennai ----------- -
----------
7)Dr.P.S.Latha Mageshwari
Address of Applicant :R.M.K. Engineering College R.S.M Nagar,
Kavaraipettai 601206.
GummidipoondiTaluk,TiruvallurDistrict,TamilNadu,India
Chennai ----------- -----------
8)Dr.S.Radhika
Address of Applicant :R.M.K. Engineering College R.S.M Nagar,
Kavaraipettai 601206.
GummidipoondiTaluk,TiruvallurDistrict,TamilNadu,India
Chennai ----------- -----------
9)Dr.S.PavaiMadheswari
Address of Applicant :Plot No.1, Door No.12/267, Ganapathy
Nagar, Ayanputhur, Guntur Taluk, Mathur,Trichy Mathur ----------
- -----------
(57) Abstract :
The human following robot using Arduino Uno has the additional tracking and the following ability along with detection capability.
The tracking is basically performed on the tag and the human is followed based on that detection. The following capability of the
robot should be as efficient as imaginable few tests were performed on the different conditions to pinpoint the mistakes in the
algorithm and the same is rectified. The different sensors integrated with the robot added an additional advantage. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : EXPLORING THE POTENTIAL OF ARTIFICIAL INTELLIGENCE AND MACHINE LEARNING
FOR STRESS DETECTION IN THE OFFICE ENVIRONMENT
1)Dr. S. Prabakar
Address of Applicant :Associate Professor, Department of Finance and Accounting, ISBR Business
School, Electronic City Phase I, Bangalore - 560100, Karnataka Bangalore ----------- -----------
2)Dr. Swathi Yandamuri
3)Kamakolanu Priyanka
4)Dr Ashutosh Narayan Misal
5)R Karthikeyan
6)Dr.K.Ramesh
7)Prof N L Mishra
9)Dr. A. Geetha
10)Dr. Devulapalli Raghava
11)Dr. U D Prasan
12)Mrs.Dhanya Krishnan
:G06K0009620000, G06N0020000000, Name of Applicant : NA
G06N0003080000, H04W0004029000, (72)Name of Inventor :
classification 1)Dr. S. Prabakar
C12N0015100000 Address of Applicant :Associate Professor, Department of Finance and Accounting, ISBR Business School,
(86) International Electronic City Phase I, Bangalore - 560100, Karnataka Bangalore ----------- -----------
:NA 2)Dr. Swathi Yandamuri
Application No Address of Applicant :Associate professor, department of Humanities and Basics Sciences, WISTM,
:NA Visakhapatnam-531173 Visakhapatnam ----------- -----------
Filing Date 3)Kamakolanu Priyanka
(87) International Address of Applicant :Assistant Professor, Department of CSE(AI&ML), Malla Reddy College of
: NA Engineering, Hyderabad Hyderabad ----------- -----------
Publication No 4)Dr Ashutosh Narayan Misal
Address of Applicant :Indira Institute of Management, Pune 411033 Pune ----------- -----------
(61) Patent of Addition 5)R Karthikeyan
:NA
to Application Number Address of Applicant :Assistant Professor/Department of Mechanical Engineering, SNS College of
:NA Technology, Coimbatore, 641035 Coimbatore ----------- -----------
Filing Date 6)Dr.K.Ramesh
Address of Applicant :Head,PG and Research, Department of Physics, Vivekanandha College of Arts and
(62) Divisional to Sciences For Women (Autonomous), Elayampalayam, Tiruchengode, Namakkal-Dt,637 205 Tiruchengode ----
:NA
Application Number ------- -----------
:NA 7)Prof N L Mishra
Filing Date Address of Applicant :M G Gramodaya University Chitrakoot Satna Chitrakoot ----------- -----------
Address of Applicant :Engineer - II, Qualcomm India Private Limited (J Building), Carina West tower,
Bagmane constellation, Bangalore, Karnataka- 560037. Bangalore ----------- -----------
9)Dr. A. Geetha
Address of Applicant :Associate Professor and Head, Department of Business Administration, Bharath institute
of higher education and research, Chennai -73 Chennai ----------- -----------
10)Dr. Devulapalli Raghava
Address of Applicant :Associate Professor, Vishwa Vishwani School Of Business, Boston House, Thumkunta
(Po), Hakimpet, Hyderabad-500078 Hyderabad ----------- -----------
11)Dr. U D Prasan
Address of Applicant :Professor, Department of CSE. Aditya Institute of Technology and Management,
Tekkali, 532201 Tekkali ----------- -----------
12)Mrs.Dhanya Krishnan
Address of Applicant :Assistant Professor, School of Management,S.A.College of Arts & Science,
Chennai,600077 Chennai ----------- -----------
(57) Abstract :
Exploring the Potential of Artificial Intelligence and Machine Learning for Stress Detection in the Office Environment is the proposed
invention. The proposed invention focuses on studying the functions of Stress Detection in the Office Environment. The invention
focuses on analyzing the parameters of stress in the company faced by employees using algorithms of Artificial Intelligence.

(19) INDIA
(54) Title of the invention : DESIGN OF IOT-DRIVEN CROP RECOMMENDATION SYSTEM FOR SMART AGRICULTURE
USING MACHINE LEARNING
601206. Chennai ----------- -----------
1)Dr. B. JAISON
Address of Applicant :Professor, Department of Computer Science
:G06N0020000000, G06Q0050020000,
(51) International and Engineering, R.M.K. Engineering College, RSM Nagar,
G01N0033240000, C05D0001000000,
classification Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206
A61P0025140000
Chennai ----------- -----------
(86) International
:NA 2)Mr. Vel Murugesh Kumar
Application No
Filing Date
and Engineering, R.M.K. Engineering College, RSM Nagar,
(87) International
: NA Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206
Publication No
Chennai ----------- -----------
:NA 3)Dr. Ramesh T
Filing Date
(62) Divisional to
:NA Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206
Application Number
:NA Chennai ----------- -----------
Filing Date
4)Mr. Ramalingam D
Address of Applicant :Professor, Department of Computer Science
Chennai ----------- -----------
5)Mr. Kirubakaran D
Computer Science and Engineering, R.M.K. Engineering College,
RSM Nagar, Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu
601206 Chennai ----------- -----------
(57) Abstract :
The main objective is with the help of the Internet of Things and Machine Learning, we may determine the soil type for cash-crops,
flower, fruit, grain, herbs, shrubs, spices, trees, and vegetables as well as the average temperature and rainfall. By analysing the soil on
a specific plot of land and using the FC-CNN algorithm, which displays the properties of that soil and suggests suitable crops for that
soil type thus assisting the farmers in choosing a proposed crop. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : DUAL POWER GENERATION FROM BIKE SILENCER
601206. Chennai ----------- -----------
1)K.Sengottaiyan
(51) International classification :F01N5/00 Address of Applicant :Asst.Prof., Dept. of Mechanical
(86) International Application No :NA Engineering, PLM-CoE,Kavaraipettai, , R.M.K. Engineering
Filing Date :NA College, RSM Nagar, Gummidipoondi, Taluk, Kavaraipettai,
(87) International Publication No : NA Tamil Nadu 601206. Chennai ----------- -----------
(61) Patent of Addition to Application Number :NA 2)Dr.R.Suresh Kumar
Filing Date :NA Address of Applicant :R.M.K. Engineering College, RSM Nagar,
(62) Divisional to Application Number :NA Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
Filing Date :NA Chennai ----------- -----------
3)Dr.M.Mudhu Krishnan
Address of Applicant :Asso.Prof., Dept. of Mechanical
Engineering,, R.M.K. Engineering College, RSM Nagar ,
Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
Chennai ----------- -----------
4)Dr.K.R.Senthil Kumar
Address of Applicant :R.M.K. Engineering College, RSM Nagar ,
Chennai ----------- -----------
(57) Abstract :
The objective of the present invention is to design and develop a dual power generation system from bike silencer which helps to
generate electricity using the exhaust gas of the vehicle with the help of generator and also with thermoelectric modules. It can also be
used for the power production from the exhaust gas of the industrial engines. The present invention uses efficient turbo charging.
(Refer Fig. 1)

(19) INDIA
(54) Title of the invention : POWER GENERATION FROM CHIMNEYS
601206. Chennai ----------- -----------
1)Raghunandan J
:B01J0019000000, H02N0011000000, Chennai ----------- -----------
(51) International
H01L0035000000, F01N0005020000, 2)Manojkumar M
classification
H01L0035300000 Address of Applicant :R.M.K. Engineering College, RSM Nagar,
(86) International Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
:NA
Application No Chennai ----------- -----------
:NA
Filing Date 3)Viswesvaran K R S
(87) International Address of Applicant :R.M.K. Engineering College, RSM Nagar,
: NA
Publication No Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
:NA
to Application Number 4)Shaik Rahil
:NA
Filing Date Address of Applicant :R.M.K. Engineering College, RSM Nagar,
(62) Divisional to Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
:NA
:NA
Filing Date 5)Ms. N. Meenatchi
Chennai ----------- -----------
6)Dr.S. Meenakshi
Chennai ----------- -----------
7)Dr.P.Kavitha
Chennai ----------- -----------
(57) Abstract :
The objective of the present invention is to utilize every waste that is generated. First there will be a Thermoelectric Generator placed
on the walls of chimney which will harness the waste heat energy released from the chimneys. Second there will be a turbine which
will harness the kinetic energy of gases and convert them into electrical energy. Lastly there will be a catalytic converter which
consists of Hydrophobic membrane and a mist sprayer is used where the mist sprayer sprays chemicals like Potassium Hydroxide or
Mono Ethanol Amine which will react with the Carbon Dioxide and the hydrophobic layer will prohibit the chemical from dropping
down rather the chemicals will be collected and sequestrated. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : LOAD LIFTING WHEELS
601206. Chennai ----------- -----------
1)DHARANKUMAR.N
Address of Applicant :149, Kambar street, ST. JosephNagar,
Kondur, Cuddalore-607006 Cuddalore ----------- -----------
2)AKASH RAJ.J
Address of Applicant :6/2, KANCHIPURAM MUNUSAMY ST,
:F24F0011300000, F28D0015020000,
(51) International CHOOLAI, CHENNAI-600112 Chennai ----------- -----------
H02G0003030000, B65G0001040000,
classification 3)A.Jenifer
H04L0012640000
(86) International
:NA Engineering, RSMNagar, Kavaraipettai,Gummidipoondi Taluk,
Application No
:NA Thiruvallur District, Tamil Nadu, Pin code:601 206 Chennai -------
Filing Date
---- -----------
(87) International
: NA 4)Y Sukhi
Publication No
:NA Engineering, RSMNagar, Kavaraipettai,Gummidipoondi Taluk,
:NA Thiruvallur District, Tamil Nadu, Pin code:601 206 Chennai -------
Filing Date
---- -----------
(62) Divisional to
:NA 5)Geetha Ramadas
Application Number
Filing Date
Engineering, RSMNagar, Kavaraipettai,Gummidipoondi Taluk,
Thiruvallur District, Tamil Nadu, Pin code:601 206 Chennai -------
---- -----------
6)A Fayaz Ahamed
---- -----------
7)L Annie Isabella
---- -----------
(57) Abstract :
The objective of the present invention is to design and develop a load lifting wheels which will help to carry loads from one place to
another place with the help of remote control or by smartphone. Its looks like trolly wheels with remote control and we can operate or
set destination by using the remote or by your phone itself. This wheel is useful to carry and shift the load from one place to another in
our home or for some small-scale industry application purpose, without human interference. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : SOLAR POWERED IOT DEVICE FOR GEO-TAGGING OF PHYSICAL ASSETS
601206. Chennai ----------- -----------
:G06N0020000000, G06F0011360000, Name of Applicant : NA
(51) International
A61B0005000000, G06Q0010060000, Address of Applicant : NA
classification
(86) International 1)B.Sarala
:NA
Application No Address of Applicant :R.M.K. Engineering College, RSM Nagar,
:NA
: NA
Publication No 2)J.Jasmine Hepzhipah
(61) Patent of Addition Address of Applicant :R.M.K. Engineering College, RSM Nagar,
:NA
to Application Number Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
:NA
(62) Divisional to 3)M Perarasi
:NA
Application Number Address of Applicant :R.M.K. Engineering College, RSM Nagar,
:NA
Chennai ----------- -----------
4)Dr T Suresh
Chennai ----------- -----------
(57) Abstract :
The present solar powered IoT device for geo-tagging of physical assets can be used to track and monitor the physical assets under
CSR projects. Other than that, this method can be used with the camera module attached in the hospital or camps, using machine
learning the objects and persons are detected. The maintenance of the assets is done using test cases. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : MIGRATION TECHNIQUE FROM TRADITIONAL DATABASE TO BLOCKCHAIN DATABASE
:H04L0009320000, G06F0016280000, Nagar, Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu
(51) International
G06F0016270000, H04L0009060000, 601206. Chennai ----------- -----------
classification
:NA
:NA
Filing Date 1)Hareesh R
(87) International Address of Applicant :R.M.K. Engineering College, RSM Nagar,
: NA
Publication No Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
:NA
to Application Number 2)Dr.T.Sethukarasi
:NA
Filing Date Address of Applicant :R.M.K. Engineering College, RSM Nagar,
(62) Divisional to Gummidipoondi, Taluk, Kavaraipettai, Tamil Nadu 601206.
:NA
:NA
Filing Date 3)Dr.A.Thilagavathy
Chennai ----------- -----------
(57) Abstract :
The objective of the present invention is to develop a software solution that will enable us to move away from traditional, less secure
databases and toward blockchain databases. Because they run on a single or multiple clusters, either within a single system or in a
distributed system, traditional relational databases and NoSQL databases are vulnerable to cyberattacks. There is no way to obtain data
from a blockchain database without necessary authorization because each block in a blockchain is isolated and authenticated for each
transaction. Even though transaction fees in blockchain are often greater, we can employ chains like Solana Smart Contract, Stellar as
known as XLM, and Litecoin as known as LTC. In other words, the proposal would consist of an overall idea of creating a new
migration tool which will help us to achieve the migration from normal databases to blockchain databases. (Refer Fig. 1)

(19) INDIA
(54) Title of the invention : A 3U CUBESAT FOR DISRUPTING ENEMY SATELLITE COMMUNICATION IN WARTIME
SITUATIONS
1)Dr.Ravikanti Swetha
:H04B0007185000, G06Q0010060000, Telecommunication Engineering, Dayananda Sagar College of
(51) International
B64G0001100000, H04K0003000000, Engineering ,Shavige Malleswara Hills, Kumaraswamy Layout,
classification
F41H0005007000 Bangalore-560111 Bangalore ----------- -----------
(86) International 2)Dr.Aruna.P
:NA
Application No Address of Applicant :Dept. Of Applied Physics, Dayananda
:NA
Filing Date Sagar College of Engineering, Shavige Malleswara Hills,
(87) International Kumaraswamy Layout, Bangalore-560111 Bangalore ----------- ---
: NA
(61) Patent of Addition 3)Devesh Chandra
:NA
to Application Number Address of Applicant :Department of Electronics &
:NA
Filing Date Telecommunications Engineering, Dayananda Sagar College of
(62) Divisional to Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
:NA
Application Number Bangalore-560111 Bangalore ----------- -----------
:NA
Filing Date 4)S Sameed Pasha
---- -----------
5)C Varun
Address of Applicant :, Department of Electrical & Electronics
Bangalore ----------- -----------
(57) Abstract :
In the modern era of warfare, where satellite communication plays a pivotal role in strategic coordination, surveillance and
reconnaissance, the vulnerability of these systems to disruption possesses a significant challenge and opportunity for defence
strategies. As reliance on satellite communication system grows, the potential to disrupt enemy satellite communication during
wartime emerges as a critical consideration, necessitating as in-depth examination of the underlying technologies, ethical implications,
strategic advantages and countermeasures associated with such disruptive actions. This project aims to investigate the multifaceted
dimensions of disrupting enemy satellite communication using a 3U CUBESAT, offering insights into the potential impacts, risks, and
benefits of these strategies in the context of contemporary defence.

(19) INDIA
(54) Title of the invention : IONIC WIND POWERED BOAT
1)Vivek Bhandarkar V N
:B33Y0010000000, H01T0023000000, Dayananda Sagar College of Engineering, Shavige Malleswara
(51) International
F03D0001060000, B33Y0030000000, Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
classification
F03H0001000000 ---- -----------
(86) International 2)Fardin Mustaque Ali
:NA
Application No Address of Applicant :Department of Mechanical Engineering,
:NA
: NA
(61) Patent of Addition 3)Saksham Nagar
:NA
to Application Number Address of Applicant :Department of Mechanical Engineering,
:NA
:NA
:NA
Filing Date 4)Achukatla Wasim Bari
---- -----------
5)Harsh Jain
---- -----------
(57) Abstract :
This innovation is a boat using an Ionic wind generator with lightweight materials by additive manufacturing 3D printing technology
to fabricate boat and the support members which uses a grid of knife edged copper wires as sharp points acting as the anode and grid
of blunt edge copper tubes acting as cathode arranged in multiple stages. High voltage electricity provided to the positive terminal
ionizes the air around the sharp edges resulting in flow of ionized air towards the negative edge thus producing thrust. Two ionic wind
generators are mounted on both sides of a boat which propels the boat using only electricity replacing fuel and mechanical engines.

(19) INDIA
(54) Title of the invention : AN AIRFLOW CONTROLLER IN A PNEUMATIC VACUUM ELEVATOR AND A METHOD TO
OPERATE THE SAME
:B66B11/02, 1)RUPHAVATHY VISHAL
B66B9/04 Address of Applicant :NO 20, 8TH CROSS STREET,
(86) International Application No :NA SHASTRINAGAR, ADYAR, CHENNAI, TAMIL NADU-
Filing Date :NA 600020, INDIA CHENNAI ----------- -----------
(61) Patent of Addition to Application Address of Applicant : NA
:NA
Number (72)Name of Inventor :
:NA
Filing Date 1)RUPHAVATHY VISHAL
(62) Divisional to Application Number :NA Address of Applicant :NO 20, 8TH CROSS STREET,
Filing Date :NA SHASTRINAGAR, ADYAR, CHENNAI, TAMIL NADU-
600020, INDIA CHENNAI ----------- -----------
(57) Abstract :
An airflow controller (100) in a pneumatic vacuum elevator is disclosed. The airflow controller includes a bottom portion (102) and an
upper portion (110). The bottom portion is adapted as a hollow stepped cylindrical structure (104) and includes a plurality of plates
(108) disposed on a bottom surface of the hollow stepped cylindrical structure. The upper portion includes a cylindrical protrusion
(112) configured substantially at a centre portion of the top portion with a projection on an outer face of the cylindrical protrusion, a
metal plate (114) incorporated by the upper portion, and a disc (116) including a hollow circular structure (118) with an upper face
(116a) and a bottom face (116b) and includes a plurality of extensions (120) positioned on the upper face at predetermined positions
and a solenoid valve (122) accommodated by the hollow circular structure (118) and configured to open based on a timer. FIG. 1

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR OPTIMIZING ENERGY IN CHLOR-ALKALI INDUSTRY USING
DIGITAL TRANSFORMATION
1)BERT LABS PRIVATE LIMITED
Road, Banglore-560076, Karnataka, INDIA Bangalore ----------- --
---------
:G06N0003080000, G06N0003000000,
G06N0020000000, G05B0013020000,
classification 1)Rohit Kochar
G06N0003040000
(86) International
:NA Road, Bengaluru, Karnataka, India – 560076 Bangalore -----------
Application No
:NA -----------
Filing Date
2)Abhay Raina
(87) International
: NA Address of Applicant :24, Shanti Apartment, Shanti Road, Shanti
Publication No
Nagar, Bengaluru, Karnataka, India – 560027 Bangalore -----------
:NA -----------
:NA 3)Manish Nair
Filing Date
Address of Applicant :108, Saikrupa Gardens, Gangamma Temple
(62) Divisional to
:NA Road, Behind Gangamma Temple, Mahadevapura, Bengaluru,
Application Number
:NA Karnataka, India – 560048 Bangalore ----------- -----------
Filing Date
4)Proteek Chaudhuri
Address of Applicant :1203, T7, bestech parkview residency,
palam vihar, Gurugram, Haryana, India – 122017 Gurugram -------
---- -----------
5)Jai Prakash
Address of Applicant :# 125, BTM Lane Bhiwani, Haryana, India
– 127021 Bhiwani ----------- -----------
(57) Abstract :
A system and method for optimizing a caustic chlorine electrolyser process is disclosed. The system includes a digital twin (112) and a
reinforcement learning (RL) agent (202). The digital twin (112) simulates electrolysers associated with the process. The RL agent
(202) receives training and learns control strategies for predicting input voltage and temperature associated with the electrolysers
through interaction with at least one of the digital twin or the environment models. The RL agent (202) outputs at least one control
strategy including at least a predicted input voltage and a predicted input temperature. The predicted input voltage and temperature
may be applied simultaneously to the electrolysers that leads to energy savings in the caustic chlorine electrolyser process.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR RECOGNIZING HUMAN ACTIONS BY APPLYING OBJECT
DETECTION FRAMEWORK TO VIDEOS
1)VIT-AP University
:A61B0005000000, H04N0021234000,
G06K0009620000, B25J0009160000,
A61B0005024000
(86) International
Application No
:NA 1)GUDALA LAVANYA
Filing Date
(87) International
Publication No
Amaravati ----------- -----------
Filing Date
(62) Divisional to
Application Number
Filing Date
522237, India. Amaravati ----------- -----------
(57) Abstract :
Embodiments of the present disclosure relates to a system (102) and method (200) for classifying and recognizing different human
actions in running athletes based on various factors such as movements, posture, speed, distance, velocity, biomechanical features and
temporal dynamics by video action recognition by applying YOLOv7 framework. The system (102) comprises a processor (104)
coupled to a memory (106). The memory (106) stores processor-executable instructions. The processor (104) is configured receive a
plurality of video frames of the human actions. Next, the processor (104) is configured to extract individual frames and frames at
predetermined intervals from the video frames.Thereafter, the processor (104) is configured to apply YOLOv7 framework to the
extracted video frames to find and localize pertinent objects in the video frames. In the end, the processor (104) is configured to
predict a winner based on the applied YOLO V7 framework to the human actions.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR EARLY DETECTION OF BLOOD COAGULATION IN USERS
1)VIT-AP University
:G06N0003080000, A61B0005000000,
G06N0003040000, G16H0050200000,
G01N0033490000
(86) International
Application No
:NA 1)BAYYA MOHITH
Filing Date
(87) International
Publication No
Amaravati ----------- -----------
Filing Date
(62) Divisional to
Application Number
Filing Date
522237, India. Amaravati ----------- -----------
(57) Abstract :
A system (100) and method (200) for early detection of blood coagulation in users is provided. The system (100) utilizes deep learning
algorithms such as a convolutional neural network (CNN) and “You Only Look Once version 8” (YOLO v8) for early detection of
blood coagulation. The system (100) identifies the presence of clots in their early stages to enable timely medical intervention. By
training the model on diverse datasets and incorporating advanced algorithms, the system (100) minimizes false positives and
negatives, thereby improving the overall performance of clot detection. The system (100) enables early intervention by accurately
identifying blood clots at their initial stages, thereby helping in providing appropriate medical treatment and minimizing the risk of
complications.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD TO DETECT DISEASE IN POTATO LEAVES
1)VIT-AP University
:G06K0009620000, G06N0003040000,
G06N0003080000, G06N0020000000,
G16H0050200000
(86) International
Application No
:NA 1)AMBATI LEENA REDDY
Filing Date
Address of Applicant :Under Graduate Student, SCOPE, VIT-AP
(87) International
Publication No
Amaravati ----------- -----------
:NA Address of Applicant :Associate Professor Sr. Grade 1, SCOPE,
Filing Date
(62) Divisional to
Application Number
Filing Date
Address of Applicant :Assistant Professor Sr. Grade 1, SCOPE,
522237, India. Amaravati ----------- -----------
(57) Abstract :
The present disclosure introduces a system (102) and method for early detection of diseases in potato leaves, emphasizing the
significance of early-stage identification to mitigate crop yield losses and adapt to environmental changes. By utilizing advanced
machine learning techniques, particularly the integration of Convolutional Neural Network (CNN) and YOLOv8, the system excels in
feature extraction and image classification, ensuring a high level of accuracy in disease classification. Proposed system performs
activities, including classification, object detection, and segmentation, facilitating a thorough analysis of potato leaf health. The
system's capability to identify disease stages, based on a dataset encompassing stages such as Healthy, Early Blight, and Late Blight,
underscores its precision. The integration of CNN and YOLOv8 not only ensures precise disease identification but also minimizes
errors in categorizing potato leaf diseases, offering unprecedented advancements in crop management and yield optimization.

(19) INDIA
(54) Title of the invention : A DEVICE FOR MEASURING GLUCOSE IN BLOOD
:A61B5/145, G01N27/26, (71)Name of Applicant :

G01N33/49, G01N33/66 1)VIT-AP University
(86) International Application Address of Applicant :Inavolu, Amaravati, Andhra Pradesh -
:NA
No 522237, India. Amaravati ----------- -----------
:NA
: NA
(61) Patent of Addition to 1)G.MUNEESWARI
:NA
Application Number Address of Applicant :Professor, School of Computer Science and
:NA
Filing Date Engineering, VIT-AP University, Inavolu, Amaravati, Andhra
(62) Divisional to Application Pradesh - 522237, India. Amaravati ----------- -----------
:NA
Number
:NA
Filing Date
(57) Abstract :
A device (100) for measuring glucose in blood comprising a measuring strip (102) comprising one or more electrodes, measuring strip
(102) configured to receive blood sample of a user at a first end (102-1) and correspondingly generate electrical impulses upon
reacting with received blood sample; an electrochemical sensor enclosed in housing (104) defining shape of device (100), wherein
housing (104) is configured to receive a second end (102-2) of measuring strip (102) such that one or more electrodes gets connected
to electrochemical sensor and correspondingly transmit generated electrical impulses from measuring strip (102) to electrochemical
sensor; and a control unit in communication with electrochemical sensor, wherein control unit is configured to: measure glucose level
of user based on received electrical impulses using electrochemical sensor; display, on a display module (106), the measured glucose
level of user and audibly relay, using an audio module (108), the measured glucose level to user.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR ENHANCING ROUTING DECISIONS IN WIRELESS SENSOR
NETWORKS USING CENTRALITY METRICS AND ATTACK GRAPHS
:H04W0084180000, G05B0023020000,
(51) International Address of Applicant :Koneru Lakshmaiah Education
G10L0021020800, H04L0051080000,
classification Foundation, Vaddeswaram, Guntur-522302, Andhra Pradesh,
H04W0012630000
India. Guntur ----------- -----------
(86) International
Application No
Filing Date
(87) International
: NA 1)Amara. S. A. L. G. Gopala Gupta
Publication No
Address of Applicant :Research Scholar, Department of Computer
(61) Patent of
Science and Engineering, Koneru Lakshmaiah Education
Addition to :NA
Foundation, Vaddeswaram Guntur-522302, Andhra Pradesh,
India. Guntur ----------- -----------
Filing Date
2)Praveen Tumuluru
(62) Divisional to
Application Number
:NA Computer Science and Engineering, Koneru Lakshmaiah
Filing Date
Education Foundation, Vaddeswaram Guntur-522302, Andhra
Pradesh, India. Guntur ----------- -----------
(57) Abstract :
ABSTRACT: Title: System and Method for Enhancing Routing Decisions in Wireless Sensor Networks Using Centrality Metrics and
Attack Graphs The present disclosure proposes a system (100) that enhances security in wireless sensor networks using clustering
methodology with attack graph. The proposed system (100) enhances understanding and analysis of multiple factors that influence the
wireless sensor networks. The proposed system (100) reduces time complexity and produces more precise results. The proposed
system (100) enhances the data confidentiality and data integrity by protecting the wireless sensor networks. The proposed system
(100) can be used in variety of applications, including military surveillance, health care, monitoring buildings and smart homes with
enhanced security. The proposed system (100) comprises a computing device (102) having a processor (104) and a memory (106) for
storing and executing plurality of instructions and plurality of modules (108). The system (100) enhances accuracy and decision
making process using attack graphs.

(19) INDIA
(54) Title of the invention : CAREFUL QUALITY AGRICULTURE (CQA) FIELD
1)Chaitanya Bharathi Institute of Technology
Address of Applicant :Vidya Nagar, Proddatur, YSR Kadapa
(Dist.), Andhra Pradesh 516360 Proddatur ----------- -----------
1)Dr.C.Gangaiah Yadav
Address of Applicant :Associate Professor, ECE Department,
Chaitanya Bharathi Institute of Technology, Proddatur YSR
Kadapa (Dist.), Andhra Pradesh 516360 Proddatur ----------- -------
:A01M0029180000, A01M0029160000, ----
(51) International
A01M0029100000, G06F0021550000, 2)Dr.M.Lakshmi Kiran
classification
A01N0031020000 Address of Applicant :Associate Professor, ECE Department,
(86) International Chaitanya Bharathi Institute of Technology, Proddatur YSR
:NA
Application No Kadapa (Dist.), Andhra Pradesh 516360 Proddatur ----------- -------
:NA
Filing Date ----
(87) International 3)Mr.J.Raja Kullayappa
: NA
Publication No Address of Applicant :Assistant Professor, ECE Department,
(61) Patent of Chaitanya Bharathi Institute of Technology, Proddatur YSR
Addition to :NA Kadapa (Dist.), Andhra Pradesh 516360 Proddatur ----------- -------
Application Number :NA ----
Filing Date 4)Mr.S.Ramasubba Reddy
(62) Divisional to Address of Applicant :Assistant Professor, ECE Department,
:NA
Application Number Chaitanya Bharathi Institute of Technology, Proddatur YSR
:NA
Filing Date Kadapa (Dist.), Andhra Pradesh 516360 Proddatur ----------- -------
----
5)Mr.V.Srinivasan
Address of Applicant :Assistant Professor, ECE Department,
----
6)Mr.C.Md.Aslam
Address of Applicant :Associate Professor, ECE Department,
----
(57) Abstract :
Agriculture is the backbone of economies worldwide, ensuring food supply and contributing significantly to stability. However,
persistent animal interference poses a severe threat, leading to substantial crop losses and financial setbacks for farmers. To address
this challenge, our invention introduces a smart and eco-friendly system for crop protection. The system utilizes ultrasonic and sonic
electronic repellents, emitting sound waves to deter animals without causing harm. An integrated camera enhances precision by
detecting potential threats in real-time. Additionally, a GSM module sends immediate alerts to farmers, ensuring timely responses to
potential crop damage. Unlike traditional methods, our approach is cost-effective, environmentally friendly, and minimizes harm to
both humans and animals. Key components include the Arduino Uno as the central processing unit, the GSM module for
communication, a buzzer for audible alerts, and a camera for animal detection. A robust power supply ensures continuous
functionality. This innovative system not only safeguards crops effectively but also promotes a sustainable coexistence between
agriculture and the environment. By offering a comprehensive solution to the pervasive issue of animal interference, our invention
strives to bolster the agricultural sector, ensuring food security and economic stability.

(19) INDIA
(54) Title of the invention : ADVANCING AGRICULTURAL PRACTICES BY INTEGRATING THE ROCKER BOGIE
MECHANISM INTO SPRAYER TECHNOLOGY
:A01M0007000000, G06Q0010040000, (72)Name of Inventor :
(51) International 1)Dr. MOHAN DAS A N
B64D0001180000, A01M0021040000, Address of Applicant :Department of Mechanical Engineering, Dayananda Sagar
classification
G06Q0050020000 College of Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
:NA 2)SHREYAS H N
Application No
:NA Address of Applicant :Department of Mechanical Engineering, Dayananda Sagar
Filing Date College of Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
: NA
Publication No 3)SAMPATH P
(61) Patent of Address of Applicant :Department of Mechanical Engineering, Dayananda Sagar
College of Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
Addition to :NA Bangalore-560111 Bangalore ----------- -----------
Application Number :NA 4)RAVIKUMAR H N
Filing Date Address of Applicant :Department of Mechanical Engineering, Dayananda Sagar
(62) Divisional to College of Engineering, Shavige Malleswara Hills, Kumaraswamy Layout,
Application Number 5)DARSHANGOWDA B
:NA
Filing Date Address of Applicant :Department of Mechanical Engineering, Dayananda Sagar
6)Dr. HASEEBUDDIN M R
Address of Applicant :Department of Mechanical Engineering, Dayananda Sagar
(57) Abstract :
The Rocker Bogie Mechanism with sprayer technology is to advance agricultural practices. The Rocker Bogie Mechanism, initially
developed for space rovers, offers enhanced mobility and stability on uneven terrains. By incorporating this mechanism into sprayers,
farmers can overcome the limitations of conventional sprayer systems and improve the efficiency and effectiveness of crop spraying
operations. The primary objective of this innovation is to address the challenges faced by farmers in navigating rough and undulating
terrains during spraying activities. The Rocker Bogie Mechanism enables sprayers to traverse uneven surfaces easily, maintaining
stability and preventing crop damage. This technology also enhances maneuverability, allowing farmers to access hard-to-reach areas
and optimize spray coverage. To bring this integration into existence, several parameters need to be considered. Firstly, the design and
engineering of the sprayer must be modified to accommodate the Rocker Bogie Mechanism. This involves ensuring compatibility,
structural integrity, and ease of operation. These algorithms should consider factors such as path planning to ensure efficient and safe
operation. Integrating the Rocker Bogie Mechanism into sprayer technology offers significant potential for advancing agricultural
practices. This integration can improve the efficiency and effectiveness of crop spraying operations by overcoming terrain limitations
and enhancing maneuverability.

(19) INDIA
(54) Title of the invention : DECENTRALIZED CLEAN HYDROGEN PRODUCTION THROUGH ADVANCED PLASTIC
WASTE DECOMPOSITION
1)Ms. M. Suganya
Address of Applicant :Associate Professor, Department of Chemistry, Sri Sairam
Engineering College, West Tambaram, Chennai, Tamilnadu, India, Pincode: 600044 -----------
-----------
2)Dr. N. Pallavi
4)Dr. G. Raja
5)Dr. K.A. Emmanuel
6)Dr. Suresh Kumar
7)Dr. Ritu
:C25B0001040000, C01B0032500000, Name of Applicant : NA
(51) International
G06Q0010100000, C10G0001000000, Address of Applicant : NA
C12P0003000000 1)Ms. M. Suganya
(86) International Address of Applicant :Associate Professor, Department of Chemistry, Sri Sairam Engineering
:NA College, West Tambaram, Chennai, Tamilnadu, India, Pincode: 600044 ----------- -----------
Application No
:NA 2)Dr. N. Pallavi
Filing Date Address of Applicant :Associate Professor, Department of Environmental Science, JSS
(87) International Academy of Higher Education & Research, Mysuru, Karnataka, India, Pincode: 570015 --------
: NA --- -----------
Publication No 3)Dr. Nellore Manoj Kumar
(61) Patent of Addition Address of Applicant :Independent Researcher, Infinite Research, Founder and CEO, B.O. 15-
:NA 225, Gollapalem, Venkatagiri, Tirupati District, Andhra Pradesh, India, Pincode: 524132 -------
to Application Number ---- -----------
:NA
Filing Date 4)Dr. G. Raja
Address of Applicant :Professor, Department of Chemistry, Paavai Engineering College
(62) Divisional to
:NA (Autonomous), Pachal Post, Namakkal District, Tamilnadu, India, Pincode: 637018 ----------- -
:NA 5)Dr. K.A. Emmanuel
Filing Date Address of Applicant :Professor, Department of Chemistry, Y.V.N.R. Government Degree
College, Kaikaluru, Eluru, Andhra Pradesh, India, Pincode: 521333 ----------- -----------
6)Dr. Suresh Kumar
Address of Applicant :Assistant Professor, Department of Chemistry, Government (P.G.)
College, Kotdwar, Pauri Garhwal, Uttarakhand, India, Pincode: 246149 ----------- -----------
7)Dr. Ritu
Address of Applicant :Associate Professor, Department of Chemistry, Chhotu Ram Arya
College, Sonipat, Haryana, India, Pincode: 131001 ----------- -----------
Address of Applicant :Professor, Department of Applied Sciences & Humanities, Institute of
Engineering and Technology, Lucknow, Uttar Pradesh, India, Pincode: 226021 ----------- -------
----
(57) Abstract :
The present invention discloses a decentralized system for clean hydrogen production through advanced plastic waste decomposition.
The system leverages state-of-the-art technologies in catalysis, chemical engineering, and material science to efficiently convert
plastic waste into hydrogen gas. Designed for adaptability, the method accommodates varying waste compositions and geographical
contexts, ensuring versatile applicability. By repurposing plastic waste as a sustainable feedstock for hydrogen production, the
invention contributes to global decarbonization efforts and fosters a circular economy model. The decentralized nature of the waste-to-
hydrogen production process provides strategic advantages in logistics, scalability, and community engagement. Positioned as a
transformative force in waste management and energy production, the invention aligns with international sustainability goals,
showcasing adaptability to diverse socio-economic contexts and the potential to stimulate economic growth and job creation. This
collaborative endeavor exemplifies the interdisciplinary nature of its development, representing the transformative potential of human
innovation in creating a sustainable future.

(19) INDIA
(54) Title of the invention : SERPENT ROVE FOR UNEVEN TERRAIN EXPLORATION
:A61K0035583000, B64G0001160000, (72)Name of Inventor :
(51) International
B25J0009060000, C07K0014460000, 1)Dr Manjunath B T
classification
A63F0003000000 Address of Applicant :Mechanical Engineering, Dayananda Sagar
(86) International College of Engineering, Shavige Malleswara Hills, Kumaraswamy
:NA
Application No Layout, Bangalore-560111 Bangalore ----------- -----------
:NA
Filing Date 2)Abhinav G
(87) International Address of Applicant :Department of Mechanical Engineering,
: NA
Publication No Dayananda Sagar College of Engineering, Shavige Malleswara
(61) Patent of Addition Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
:NA
:NA
Filing Date 3)Charan Chavan
(62) Divisional to Address of Applicant :Department of Mechanical Engineering,
:NA
Application Number Dayananda Sagar College of Engineering, Shavige Malleswara
:NA
Filing Date Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
---- -----------
4)Hemchandan
---- -----------
(57) Abstract :
Snake is an animal which can almost move through any terrain, by building a rover with snake like motion for propulsion can help to
explore the all types of uneven terrains, due to this ability it can be used for Martian surface exploration, search and rescue and
military applications. In this innovation we are focusing on analyzing the anatomy of snake and its motion.

(19) INDIA
(54) Title of the invention : AUGMENTED REALITY-BASED SUPPLY CHAIN MANAGEMENT SIMULATION FOR MBA
COURSES
1)Dr. Danda Udaya Shekhar
Address of Applicant :Associate Professor, Department of Master of Business
Administration, J. B. Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally
(V), Moinabad(M), R.R. District, Hyderabad, Telangana, India -500075 ----------- -----------
2)Dr. Subramanyam
3)Mr. Fasi Ur Rehaman
4)Mr. Sama Venkat Reddy
5)Mrs. D. Mounika
6)Mrs. P. Nivedita
7)Mrs. M.A. Sharmila
1)Dr. Danda Udaya Shekhar
:G06Q0010060000, G06Q0010100000, G06T0019000000,
(51) International classification Address of Applicant :Associate Professor, Department of Master of Business Administration,
G09B0007020000, G06F0003010000
J. B. Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M),
:NA R.R. District, Hyderabad, Telangana, India -500075 ----------- -----------
No
:NA 2)Dr. Subramanyam
Filing Date
Address of Applicant :Associate Professor, Department of Master of Business Administration,
: NA J. B. Institute of Engineering and Technology, Bhaskar Nagar, Yenkapally (V), Moinabad(M),
No
R.R. District, Hyderabad, Telangana, India -500075 ----------- -----------
:NA 3)Mr. Fasi Ur Rehaman
Application Number
:NA Address of Applicant :Assistant Professor, Department of Master of Business Administration,
Filing Date
:NA R.R. District, Hyderabad, Telangana, India -500075 ----------- -----------
Number
:NA 4)Mr. Sama Venkat Reddy
Filing Date
Address of Applicant :Assistant Professor, Department of Master of Business Administration,
5)Mrs. D. Mounika
6)Mrs. P. Nivedita
7)Mrs. M.A. Sharmila
(57) Abstract :
[027] The invention presents an Augmented Reality-based Supply Chain Management Simulation for MBA Courses. The present invention comprising of enabling participation of multiple
MBA students in a shared augmented reality environment to collaboratively make decisions in supply chain scenarios, facilitating real-time communication and coordination among students
immersed in the augmented reality simulation, providing collaborative challenges and objectives to bolster teamwork and sharpen problem-solving skills. The collaborative augmented reality-
based simulation incorporates functionalities for peer-to-peer feedback and evaluation to foster a collaborative learning environment. Further, a user interface tailored for augmented reality-
based supply chain management simulation in MBA courses, incorporating a Visual representations of supply chain elements seamlessly displayed through AR devices, an interactive decision-
making interface empowering users to input and execute pivotal supply chain decisions, a real-time performance dashboard offering insights into outcomes and key metrics of the simulated
supply chain processes. The user interface further integrating collaborative features such as chat functionalities, collaborative decision boards, and shared visualizations, thereby enriching
interaction and communication among MBA students. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : ENERGY EFFICIENT HYGIENIC COOKING UNIT CUM THERMAL STORAGE SYSTEM
:A47J0037120000, F28D0020000000,
(51) International 1)Dayananda Sagar College of Engineering
A23L0005100000, H05B0003740000,
classification Address of Applicant :Shavige Malleswara Hills,
A47J0037100000
(86) International
Application No
Filing Date
(87) International
: NA 1)P. Sudhakar
Publication No
Address of Applicant :Mechanical Engineering, Dayananda Sagar
Filing Date
2)Seetharam. K. S
(62) Divisional to
:NA Address of Applicant :Mechanical Engineering, Dayananda Sagar
Application Number
Filing Date
(57) Abstract :
The present invention describes about the operation of an energy efficient hygienic cooking unit for Indian conditions. The single
cooking unit consists of a cooking pan especially for frying food items, integrated storage unit with sensible heat storage (SHS) media
such as pebbles or basalt rocks etc. for storing thermal energy and to maintain the purity level of cooking oil used. The whole cooking
unit is placed in a burner. The heat source from the burner transfers the heat to the SHS media; this heat stored in the storage media is
used to heat the oil below its cracking point. Once the oil reaches a temperature near to its cracking point the burner is switched off,
then the cooking unit is used to fry the food stuff. The idea of using this hygienic cooking unit is to maintain the quality of fried food
stuff. The current innovation is used as a cooking unit as well as storage of energy in the form of heat. Usually after preparation of
food, it is stored in container with electrical heating dining of any hotel or in any occasion to serve the meals hot. In this view, the
developed cooking unit can also serve as a heating source for food in dining of hotel or for any occasion. The system consists of
following components, i. Multi Cooking pan area for frying food stuff effectively. ii. The thermal energy storage unit is filled with
SHS media such as pebbles or rocks with thermic fluid that provides a temperature up to 170 °C for cooking. iii. Burner is used to give
heat supply to the cooking unit. iv. Necessary control systems are integrated to achieve the targeted operation that yields higher energy
efficiency.

(19) INDIA
(54) Title of the invention : VOICE-ENABLED PATIENT ASSISTANCE SYSTEM USING IOT AND ARTIFICIAL
INTELLIGENCE
1)Dr. Priyanka R
Address of Applicant :Assistant Professor, Department of Information Science and Engineering,
Cambridge Institute of Technology, K R Puram, Bangalore, Karnataka, India ----------- -----------
2)Prof. Ashwini S
3)Dr. Nanda Ashwin
4)Prof. Sudha V
5)Prof. Bhavani H R
6)Dr. Yashaswini S
7)Prof. Shruthi N M
8)Prof. Tejaswini N
9)Mr. Sanjay J
10)Mr. Sachin Samuel R
1)Dr. Priyanka R
Address of Applicant :Assistant Professor, Department of Information Science and Engineering, Cambridge
:G06Q0010100000, G16H0040200000, G16H0040670000,
(51) International classification Institute of Technology, K R Puram, Bangalore, Karnataka, India ----------- -----------
G10L0015220000, G16H0010600000
2)Prof. Ashwini S
Address of Applicant :Assistant Professor, Department of Computer Science and Engineering, Dr. A.P. J.
Filing Date :NA
Abdul Kalam School of Engineering, Garden City University, Bangalore, Karnataka, India ----------- -----------
3)Dr. Nanda Ashwin
:NA Address of Applicant :Professor, Department of Information Science and Engineering, East Point College of
Application Number
:NA Engineering and Technology, Bangalore, Karnataka, India. ----------- -----------
Filing Date
4)Prof. Sudha V
:NA Address of Applicant :Professor, Department of Computer Science and Engineering, Garden City University,
Number
:NA Bangalore, Karnataka, India. ----------- -----------
Filing Date
5)Prof. Bhavani H R
Address of Applicant :Lecturer, Department of Computer Science and Engineering, Al-Khateeb Government-
Aided Polytechnic, Bangalore, Karnataka, India ----------- -----------
6)Dr. Yashaswini S
Address of Applicant :Assistant Professor, Department of Computer Science and Engineering, Cambridge
Institute of Technology, Bangalore, Karnataka, India. ----------- -----------
7)Prof. Shruthi N M
Address of Applicant :Assistant Professor, Department of CS&E, JSS Science & Technology University,
Mysore, Karnataka, India. ----------- -----------
8)Prof. Tejaswini N
Address of Applicant :Assistant Professor, Department of CS&E, JSS Science & Technology University,
Mysore, Karnataka, India. ----------- -----------
9)Mr. Sanjay J
Address of Applicant :Systems Test Manager, Automotive Digital E-Cockpit, Bluebinaries India Pvt. Ltd.,
Bangalore, Karnataka, India ----------- -----------
10)Mr. Sachin Samuel R
Address of Applicant :Technical Solutions Consultant, Information Technology, HPE, Bangalore, Karnataka,
India ----------- -----------
(57) Abstract :
VOICE-ENABLED PATIENT ASSISTANCE SYSTEM USING IOT AND ARTIFICIAL INTELLIGENCE All healthcare personnel prioritize providing patient assistance in hospitals and clinics with the ultimate goal of
maximizing patient happiness. Patients can engage with multilingual voice-enabled patient assistance systems to obtain information and schedule appointments. The suggested work offers a way to have a fully functional
system that automates all patient monitoring tasks using artificial intelligence in order to minimize manual work and mistakes caused by human error, to offer a smooth framework for patient engagement, and to have remote
virtual queue management. The patient support system proposed in this study will have several key advantages, including enhanced patient experience, faster workflow, less manual labor, and interaction with efficient queue
management. Additionally, an application for managing appointments remotely is being created. FIG.1

(19) INDIA
(54) Title of the invention : HETRO PASSENGER VEHICLE DEHUMIDIFIER
:F24F0110200000, F24F0003140000, 1)Dewteq Technologies Private limited (OPC)
(51) International
B60H0001000000, G05D0022020000, Address of Applicant :No 354, First Floor, Chennapura Road,
classification
G05D0027020000 Kote, Chikmagalur – 577101, Karnataka, India. Chikmagalur -----
(86) International ------ -----------
:NA
:NA
: NA
Publication No 1)Koripalli Appajee
(61) Patent of Addition Address of Applicant :Dewteq Technologies Private limited
:NA
to Application Number (OPC), No 354, First Floor, Chennapura Road, Kote, Chikmagalur
:NA
Filing Date – 577101, Karnataka, India. Chikmagalur ----------- -----------
(62) Divisional to 2)Koripalli Kushal Kumar
:NA
Application Number Address of Applicant :Dewteq Technologies Private limited
:NA
Filing Date (OPC), No 354, First Floor, Chennapura Road, Kote, Chikmagalur
– 577101, Karnataka, India. Chikmagalur ----------- -----------
(57) Abstract :
HETRO PASSENGER VEHICLE DEHUMIDIFIER The present invention Hetro passenger vehicle dehumidifier(18) relates to
reducing the excess humidity for maintaining the human comfort humidity levels in a Passenger vehicle compartment(20). The Hetro
passenger vehicle dehumidifier(18) contains mainly Heater(12), Air circulation fan(13), Humidity sensor(6), Temperature sensor(7),
Air filter(14), Digital display(1), Front panel keys(4), Humidistat and control circuits(5) and IR Remote control(2). Below FIG 1
shows main parts of the Hetro passenger vehicle dehumidifier(18), it works only when Passenger vehicle compartment(20) is air-
conditioned, because humidity is reduced by the function of Air-conditioner(17) while it is cooling the Passenger vehicle
compartment(20). For reducing the humidity in a Passenger vehicle compartment(20), sequence of steps shown in FIG 3 which shows
the algorithm flowchart of Hetro passenger vehicle dehumidifier(18) operation. In brief Hetro passenger vehicle dehumidifier(18)
measures the Passenger vehicle compartment(20) humidity with Humidity sensor(6), if humidity is more than the set humidity and
temperature is less than the set temperature then Hetro passenger vehicle dehumidifier(18) Turns ON(26) the Heater(12) or else it will
Turns OFF(25) the Heater(12). This process will continue until the excess humidity is removed to the set humidity value. FIG. 1 :
HETRO PASSENGER VEHICLE DEHUMIDIFIER(18) MAIN PARTS

(19) INDIA
(54) Title of the invention : CYBIORG - A VIRTUAL REALITY BASED THERAPEUTIC DEVICE FOR MONOPLEGIA
PATIENTS
Address of Applicant :Shavige Malleswara Hills, Kumaraswamy
Layout, Bangalore Bangalore ----------- -----------
1)Dr. A. R. Aswatha
Address of Applicant :Department of Medical Electronics Engineering,
Dayananda Sagar College of Engineering, Shavige Malleswara Hills,
Kumaraswamy Layout, Bangalore-560111 Bangalore ----------- -----------
:A61F2/54, A61F2/72,
(51) International classification 2)Dr. S. Hema Priyadarshini
B25J9/00
Address of Applicant :Medical Electronics Engineering, Dayananda
Sagar College of Engineering, Shavige Malleswara Hills, Kumaraswamy
Filing Date :NA
3)David Simon T
:NA Address of Applicant :Medical Electronics Engineering, Dayananda
Number
:NA Sagar College of Engineering, Shavige Malleswara Hills, Kumaraswamy
Filing Date
4)Nagashree Hanumanthappa
Filing Date :NA
5)Ume Maveya
6)Rachana Priya N
(57) Abstract :
Realizing the idea of Virtual Reality in aiding individuals with monoplegia, the innovation proposes is a device that allows
monoplegia patients to access their paralyzed forelimb and use their active motor neurons to achieve movement and therapy.
Exoskeletons act as amplifiers that augment, reinforce, or restore human performance. We wish to address the Monoplegia condition
and design an Arm Exoskeleton interfacing the same with virtual reality for therapy via Bluetooth. The arm consists of a 3D-printed
Arm Exoskeleton model that uses load cell as a sensor and controls the movement of the same via feedback control (PID controller)
and servo motor. The VR box enables to visualize games that are used to gamify Rehabilitation. The model is designed using a CAD
tool like On Shape. The model comprises of a Biceps, Motor holder, forearm, and cuffs. The microcontroller used here is Arduino
Nano. The software or work environment required is Arduino IDE. The goal of virtual reality game movement therapy is to effectively
motivate patients by presenting simple games on an audiovisual display. VR can include games that aid in forearm locomotion. Games
can be task-oriented, incorporating activities of daily living (ADLs). The innovation intends to provide a simple pong game for
rehabilitation therapy.

(19) INDIA
(54) Title of the invention : GLOVE PUNCTURE DETECTION SYSTEM
1)Nanditha H.G
Address of Applicant :Medical Electronics Engineering,
---- -----------
:A61B0005053300, A61B0005160000,
(51) International 2)Dr. Padma C.R
A61B0005000000, A61B0042000000,
classification Address of Applicant :Medical Electronics Engineering,
A41D0019000000
(86) International
Application No
:NA ---- -----------
Filing Date
3)Sanjana Sampige
(87) International
: NA Address of Applicant :Medical Electronics Engineering,
Publication No
:NA ---- -----------
Filing Date
4)Shreya S.N
(62) Divisional to
:NA Address of Applicant :Medical Electronics Engineering,
Application Number
Filing Date
---- -----------
5)Samyutha Bhaskar
---- -----------
6)Anusha G.N
---- -----------
(57) Abstract :
Protective Personal Equipment (PPE) is worn to reduce dangers that pose major occupational hazards to medical staff. Gloves are an
important element of the PPE gear because they establish a barrier between the patient and the carer, preventing infections from
passing through. The complete glove will protect the surgeon from blood borne antibodies and the surgical incision from
microorganisms on the skin during surgical operations. Incisions on the surface of the gloves are very likely while executing these
procedures using sharp instruments. This frequently results in glove perforation. The suggested method is unique in that it employs the
electrical activity of the skin as a key parameter to identify any puncture, rupture, or failure in the glove, such as the galvanic skin
response and skin hindrance. In addition to performing surgical procedures, this gadget may be utilised for forensic investigations,
laboratory testing, and other duties. Sewage cleaners can also utilise it. This innovation is to provide therapy to medical workers who
are exposed to a variety of microorganisms while conducting procedures on patients. The physicians are alerted to the puncture after
discovering it in a glove, allowing them to take the necessary steps.

(19) INDIA
(54) Title of the invention : ARTIFICIAL INTELLIGENCE-DRIVEN DEFENSE: ENHANCING COMPUTER SECURITY
SYSTEMS
1)Francis Xavier Engineering College
Address of Applicant :Francis Xavier Engineering College, Tirunelveli 103/G2,
By pass Road, Vannarpet, Tirunelveli, Tamil Nadu 627003 Tirunelveli ----------- --
---------
2)Mrs.Bagya Lakshmi.M, Francis Xavier Engineering College
3)Ms.Nancy Lydia, Francis Xavier Engineering College
4)Ms.M.Jeniga Gemsy Thepora, Francis Xavier Engineering College
5)Ms.Mariammal.M,Francis Xavier Engineering College
6)Ms.Euodial, Francis Xavier Engineering College
7)Mr.Ragavendran.N, Francis Xavier Engineering College
:G06N0020000000, G06F0021550000, 1)Francis Xavier Engineering College
(51) International
G06N0003040000, G06N0020100000, Address of Applicant :Francis Xavier Engineering College, Tirunelveli 103/G2, By
classification
G06K0009620000 pass Road, Vannarpet, Tirunelveli, Tamil Nadu 627003 Tirunelveli ----------- -------
(86) International ----
:NA
Application No 2)Mrs.Bagya Lakshmi.M, Francis Xavier Engineering College
:NA
Filing Date Address of Applicant :Assistant Professor, Department of CSE, Francis Xavier
(87) International Engineering College, Tirunelveli 103/G2, By pass Road, Vannarpet, Tirunelveli,
: NA
Publication No Tamil Nadu 627003 Tirunelveli ----------- -----------
(61) Patent of Addition to 3)Ms.Nancy Lydia, Francis Xavier Engineering College
:NA
Application Number Address of Applicant :Assistant Professor, Department of IT, Francis Xavier
:NA
Filing Date Engineering College, Tirunelveli 103/G2, By pass Road, Vannarpet, Tirunelveli,
(62) Divisional to Tamil Nadu 627003 Tirunelveli ----------- -----------
:NA
Application Number 4)Ms.M.Jeniga Gemsy Thepora, Francis Xavier Engineering College
:NA
Filing Date Address of Applicant :Assistant Professor, Department of CSE, Francis Xavier
Engineering College, Tirunelveli 103/G2, By pass Road, Vannarpet, Tirunelveli,
Tamil Nadu 627003 Tirunelveli ----------- -----------
5)Ms.Mariammal.M,Francis Xavier Engineering College
Address of Applicant :Assistant Professor, Department of CSE, Francis Xavier
6)Ms.Euodial, Francis Xavier Engineering College
7)Mr.Ragavendran.N, Francis Xavier Engineering College
(57) Abstract :
The application of NSL-KDD, a benchmark dataset in cybersecurity, alongside machine learning (ML) approaches, in fortifying computer security systems through an
AI-driven defense paradigm. The NSL-KDD dataset, renowned for its diverse and realistic network traffic scenarios, serves as a foundational element in training and
evaluating Machine Learning models for intrusion detection and defense mechanisms. Leveraging the capabilities of Machine Learning algorithms such as decision
trees, support vector machines, and neural networks, this approach demonstrates a proactive stance in identifying and mitigating various types of network intrusions and
cyber threats. By harnessing AI's adaptability and learning from nuanced patterns within the NSL-KDD dataset, the proposed defense system showcases enhanced
resilience against sophisticated attacks. This abstract emphasizes the amalgamation of NSL-KDD's comprehensive scenarios with Machine Learning methodologies as a
catalyst for bolstering computer security, paving the way for robust and adaptive defense strategies against modern cyber threats.

(19) INDIA
(54) Title of the invention : IOT-BASED INTRUSION DETECTION SYSTEM FOR SMART HOMES USING MACHINE
LEARNING ALGORITHMS
1)Dr. Shajahan Basheer, Jain (Deemed to-be University)
Address of Applicant :Professor, Department of CSE-Cyber Security, Jain
(Deemed to-be University), Global Campus, Karnataka. Bangalore ----------- -------
----
2)Dr. Gnanaprakasam Thangavel, Jain (Deemed to-be University)
3)Dr. Shivi sharma, Jain (Deemed to-be University)
4)Dr Kuppala Saritha, Presidency University, Bangalore
5)Dr Vignesh Janarthanan, Marri Laxman Reddy Institute of Technology
and Management
6)Dr.Gowrishankar J, JAIN (Deemed to-be University)
7)Mr.Karthikeyan M P, JAIN (Deemed-to-be University)
(51) International
G06F0021550000, H04L0012280000, 1)Dr. Shajahan Basheer, Jain (Deemed to-be University)
classification
H04L0067120000 Address of Applicant :Professor, Department of CSE-Cyber Security, Jain
(86) International (Deemed to-be University), Global Campus, Karnataka. Bangalore ----------- -------
:NA
Application No ----
:NA
Filing Date 2)Dr. Gnanaprakasam Thangavel, Jain (Deemed to-be University)
(87) International Address of Applicant :Associate Professor, Department of CSE-Cyber security,
: NA
Publication No Jain (Deemed to-be University), Global Campus, Karnataka. Bangalore ----------- --
(61) Patent of Addition to ---------
:NA
Application Number 3)Dr. Shivi sharma, Jain (Deemed to-be University)
:NA
Filing Date Address of Applicant :Assistant Professor, Department of CSE-Cyber Security,
(62) Divisional to Jain (Deemed to-be University), Bangalore. Global Campus, Karnataka. Bangalore
:NA
:NA
Filing Date 4)Dr Kuppala Saritha, Presidency University, Bangalore
Address of Applicant :Associate Professor - Selection Grade, School of
Information Science, Presidency University, Bangalore. Bangalore ----------- -------
----
5)Dr Vignesh Janarthanan, Marri Laxman Reddy Institute of Technology
and Management
Address of Applicant :Professor, Marri Laxman Reddy Institute of Technology and
Management, Hyderabad. Hyderabad ----------- -----------
6)Dr.Gowrishankar J, JAIN (Deemed to-be University)
Address of Applicant :Department of CSE-AI JAIN (Deemed to-be University),
Bangalore Global Campus, Karnataka. Bangalore ----------- -----------
7)Mr.Karthikeyan M P, JAIN (Deemed-to-be University)
Address of Applicant :Assistant Professor, School of CS and IT, JAIN (Deemed-
to-be University), Bangalore Global Campus, Karnataka. Bangalore ----------- ------
-----
(57) Abstract :
The present invention relates to an IoT-based intrusion detection system for smart homes using machine learning algorithms. The system is designed to detect and alert
homeowners of potential security breaches in real-time, leveraging the power of IoT and machine learning technologies. The system comprises a network of sensors
strategically placed throughout the home, including door and window sensors, motion detectors, and acoustic sensors. These sensors are connected to a central hub or
gateway, which processes data from the sensors and uses machine learning algorithms to identify patterns and anomalies that may indicate an intrusion. The system
utilizes various techniques such as supervised and unsupervised learning, deep learning, and reinforcement learning to continuously learn and improve its accuracy.
Additionally, the system can be integrated with other smart home devices, such as cameras and alarm systems, to provide a comprehensive security solution. The
system provides real-time alerts to homeowners through a mobile application or web interface upon detection of any suspicious activity. Homeowners can also
customize the system's settings and receive notifications based on their specific preferences.

(19) INDIA
(54) Title of the invention : SYNERGIZING ARTIFICIAL INTELLIGENCE AND BLOCKCHAIN: FORGING THE FUTURE OF
CYBERSECURITY
Address of Applicant :Francis Xavier Engineering College, Tirunelveli 103/G2, By pass
Road, Vannarpet, Tirunelveli, Tamil Nadu 627003 Tirunelveli ----------- -----------
2)Mrs.M.Sharon Nisha, Francis Xavier Engineering College
3)Mrs.P.Jenifer, Francis Xavier Engineering College
4)Mrs.N.Raja Priya, Francis Xavier Engineering College
5)Mrs.J.Doulas, Francis Xavier Engineering College
6)Mrs.A.Euodial, Francis Xavier Engineering College
7)Mrs.A.Muthulakshmi, Francis Xavier Engineering College
:H04L0009320000, H04L0009060000, G06N0020000000,
(51) International classification Address of Applicant :Francis Xavier Engineering College, Tirunelveli 103/G2, By pass Road,
G06F0021640000, G06F0021620000
Vannarpet, Tirunelveli, Tamil Nadu 627003 Tirunelveli ----------- -----------
:NA 2)Mrs.M.Sharon Nisha, Francis Xavier Engineering College
No
:NA Address of Applicant :Assistant Professor, Department of CSE, Francis Xavier Engineering
Filing Date
College, Tirunelveli 103/G2, By pass Road, Vannarpet, Tirunelveli, Tamil Nadu 627003
: NA Tirunelveli ----------- -----------
No
3)Mrs.P.Jenifer, Francis Xavier Engineering College
Application Number
:NA College, Tirunelveli 103/G2, By pass Road, Vannarpet, Tirunelveli, Tamil Nadu 627003
Filing Date
Tirunelveli ----------- -----------
:NA 4)Mrs.N.Raja Priya, Francis Xavier Engineering College
Number
Filing Date
Tirunelveli ----------- -----------
5)Mrs.J.Doulas, Francis Xavier Engineering College
Address of Applicant :Assistant Professor, Department of CSE, Francis Xavier Engineering
Tirunelveli ----------- -----------
6)Mrs.A.Euodial, Francis Xavier Engineering College
Tirunelveli ----------- -----------
7)Mrs.A.Muthulakshmi, Francis Xavier Engineering College
Tirunelveli ----------- -----------
(57) Abstract :
In the rapidly evolving landscape of digital security, the convergence of Artificial Intelligence (AI) and Blockchain technology represents a pioneering approach to fortifying cybersecurity
measures. This paper explores the fusion of AI's adaptive intelligence and Blockchain's decentralized ledger to create a novel paradigm in safeguarding digital assets and systems. The
integration of AI algorithms with Blockchain's immutable and distributed ledger system holds the promise of revolutionizing cybersecurity practices. AI, with its ability to analyze intricate
patterns, detect anomalies, and adapt in real-time, enhances the predictive capabilities necessary for preempting and mitigating emerging cyber threats. Concurrently, Blockchain's decentralized
architecture ensures data integrity, transparency, and tamper-proof transactions, thus augmenting the overall security infrastructure. This work delves into the synergistic relationship between
AI and Blockchain technologies, emphasizing their collaborative potential in thwarting cyber attacks, securing data transactions, and fortifying privacy measures. It discusses the implications
of this fusion in creating resilient systems capable of adapting to dynamic threat landscapes while maintaining a high level of trust in digital interactions. The envisioned integration not only
seeks to mitigate existing cybersecurity challenges but also aims to proactively address future threats, offering a robust framework for businesses and individuals to navigate the increasingly
complex digital realm with confidence and resilience.

(19) INDIA
(54) Title of the invention : DOUBLE WAY AUTHENTICATION SYSTEM USING FINGERPRINT FOR AUTHORIZED
ATTENDANCE DATABASE
1)Dr.D.Jagadiswary
Address of Applicant :Department of Artificial Intelligence and Machine
Learning, TKR College of Engineering and Technology, Hyderabad, Telangana,
India, 500097 ----------- -----------
1)Dr. D. Jagadiswary
:G06F0021320000, G07C0009370000, Address of Applicant :Professor, Department of Artificial Intelligence and
(51) International
G06F0021340000, G06F0021350000, Machine Learning, TKR College of Engineering and Technology. Hyderabad,
classification
H04W0012082000 Telangana-500097, India ----------- -----------
(86) International 2)Mrs. V. Pravalika
:NA
Application No Address of Applicant :Assistant Professor, Department of Artificial Intelligence
:NA
Filing Date and Machine Learning, TKR College of Engineering and Technology. Hyderabad,
(87) International Telangana-500097, India ----------- -----------
: NA
Publication No 3)D. Honey Reddy
(61) Patent of Addition to Address of Applicant :Student, Department of Artificial Intelligence and Machine
:NA
Application Number Learning, TKR College of Engineering and Technology. Hyderabad, Telangana-
:NA
Filing Date 500097, India ----------- -----------
(62) Divisional to 4)P. Harsha Vardhan
:NA
Application Number Address of Applicant :Student, Department of Artificial Intelligence and Machine
:NA
Filing Date Learning, TKR College of Engineering and Technology. Hyderabad, Telangana-
500097, India ----------- -----------
5)P. Varun Teja
Address of Applicant :Student, Department of Artificial Intelligence and Machine
Learning, TKR College of Engineering and Technology. Hyderabad, Telangana-
500097, India ----------- -----------
6)S. Nandini Priya
Address of Applicant :Student, Department of Artificial Intelligence and Machine
Learning, TKR College of Engineering and Technology. Hyderabad, Telangana-
500097, India ----------- -----------
(57) Abstract :
DOUBLE-WAY AUTHENTICATION SYSTEM USING FINGERPRINT FOR AUTHORISED ATTENDANCE DATABASE
ABSTRACT Attendance management systems use authentication to verify the identity of the user to mark attendance. Traditional
methods of attendance authentication, such as manual or electronic, are time-consuming, error-prone, and insecure. In addition to this,
unauthorized access to the attendance database creates a security breach for personal assets of an organisation. To overcome these
challenges, an authorized two-way authentication mechanism using fingerprints is proposed. This application validates the user's
enrolled fingerprint or credentials to permit them to mark attendance. Once the user is authorized to interface, attendance is recorded
upon confirmation of identity. Users who are unable to use their fingerprint must request permission from the administrator to access
the interface through a username and password for an allowed duration. The flexibility between fingerprints and credentials, provides
a convenient way for users to login and mark attendance. Therefore, this leads a high level of security, convenience and prevention of
unauthorized users from accessing the attendance database with less time complexity and space complexity. Keywords: Employee
Attendance Database Management Systems, Android Application, Fingerprint, time complexity.

(19) INDIA
(54) Title of the invention : ANTIVIRAL KEPEL LEAVES COMPOUNDS AGAINST MONKEY POX PROTEIN PROCESS
THEREOF
1)VETRIVEL AGALYA
Address of Applicant :Dr. Agalya V Professor and Associate
Head R&D(IPR Cell) New Horizon College of Engineering New
Horizon Knowledge Park Outer Ring Road,Near Marathalli
Bellandur(P), Bangalore- 560103 ----------- -----------
2)ANITHA J
1)ANITHA J
Address of Applicant :ANITHA J,Assistant Professor, PG and
Research Department of Biotechnology, Kongunadu Arts and
:G06N0003120000, G16C0020500000, Science College, Coimbatore, Tamilnadu. Coimbatore ----------- --
(51) International
G06F0011360000, C23C0016520000, ---------
classification
G16B0015300000 2)KS. Krishna Priya
(86) International Address of Applicant :KS. Krishna Priya,PG Student, Department
:NA
Application No of Biochemistry (PG and research), Kongunadu Arts and Science
:NA
Filing Date College (Autonomous), Coimbatore-641029. Coimbatore ----------
(87) International - -----------
: NA
Publication No 3)C. Rithcik
(61) Patent of Addition Address of Applicant :C. Rithcik,PG Student, Department of
:NA
to Application Number Biochemistry (PG and research), Kongunadu Arts and Science
:NA
Filing Date College (Autonomous), Coimbatore-641029 Coimbatore -----------
:NA
Application Number 4)PJ Sherin
:NA
Filing Date Address of Applicant :PJ Sherin,Research Scholar, Department of
Biochemistry (PG and research), Kongunadu Arts and Science
College (Autonomous), Coimbatore-641029 Coimbatore -----------
-----------
5)T. Kiruthika
Address of Applicant :T. Kiruthika,Research Scholar, Department
of Biochemistry (PG and research), Kongunadu Arts and Science
College (Autonomous), Coimbatore-641029. Coimbatore ----------
- -----------
6)S. Ranjani
Address of Applicant :S. Ranjani ,Research Scholar, Department
of Biochemistry (PG and research), Kongunadu Arts and Science
College (Autonomous), Coimbatore-641029. Coimbatore ----------
- -----------
(57) Abstract :
The given input parameters are analysed using a Lamarckian Genetic Algorithm (LGA) and set 100 runs for each compound is chosen
to search for the best conformers. During the docking process, the best pose with lowest binding energy with a greater number of
hydrogen bonds are selected for competent results.

(19) INDIA
(54) Title of the invention : A METHOD FOR DIAGNOSING AND TREATING CANCER BASED ON NANO-ROBOTS
1)Mr. Polepogu Rajesh
Address of Applicant :Assistant Professor, Department of Electronics & Instrumentation Engineering,
Velagapudi Ramakrishna Siddhartha Engineering College (Autonomous), Kanuru, Vijayawada, Krishna
District, Andhra Pradesh, India. Pin Code:520007 ----------- -----------
2)Dr. K.Parish Venkata Kumar
3)Mr. Kaja Nagarjuna
4)Mr. Santhi Babu Mamidi
5)Mr. Abdul Ahad
6)Mr. Birudukota Hemanth Sri Satya Sai
7)Mr. Bommakani Siva Ganesh
8)Ms. Cherukuneedi Deepika Yasaswini
9)Mr. Shaik Tameem Ansari
10)Ms. Masanam Jaya Naga Sai Harshika
:A61P0035000000, G01N0033574000, 1)Mr. Polepogu Rajesh
(51) International Address of Applicant :Assistant Professor, Department of Electronics & Instrumentation Engineering,
C12Q0001688600, G16H0050200000,
classification Velagapudi Ramakrishna Siddhartha Engineering College (Autonomous), Kanuru, Vijayawada, Krishna
G16H0050700000 District, Andhra Pradesh, India. Pin Code:520007 ----------- -----------
2)Dr. K.Parish Venkata Kumar
(86) International Address of Applicant :Assistant Professor, Department of Computer Applications, Velagapudi Ramakrishna
:NA Siddhartha Engineering College (Autonomous), Kanuru, Vijayawada, Krishna District, Andhra Pradesh, India.
Application No
:NA Pin Code:520007 ----------- -----------
Filing Date 3)Mr. Kaja Nagarjuna
Address of Applicant :Assistant Professor, Department of Information Technology, Stanley College of
(87) International Engineering & Technology for Women, Hyderabad, Telangana, India. Pin Code:500001 ----------- -----------
: NA 4)Mr. Santhi Babu Mamidi
Publication No Address of Applicant :Assistant Professor, Department of Computer Science & Applications, KBN Degree and
(61) Patent of Addition PG College (Autonomous), Kottapet, Vijayawada, NTR District, Andhra Pradesh, India. Pin Code:520001 -----
:NA ------ -----------
to Application Number 5)Mr. Abdul Ahad
:NA Address of Applicant :III/IV B.Tech Student, Department of Electrical & Electronics Engineering, Siddhartha
Filing Date Engineering College (Autonomous), Kanuru, Vijayawada, Krishna District, Andhra Pradesh, India. Pin
(62) Divisional to Code:520007 ----------- -----------
:NA 6)Mr. Birudukota Hemanth Sri Satya Sai
Application Number Address of Applicant :III/IV B.Tech Student, Department of Electrical & Electronics Engineering, Siddhartha
:NA Engineering College (Autonomous), Kanuru, Vijayawada, Krishna District, Andhra Pradesh, India. Pin
Filing Date Code:520007 ----------- -----------
7)Mr. Bommakani Siva Ganesh
Address of Applicant :III/IV B.Tech Student, Department of Electronics & Instrumentation Engineering,
8)Ms. Cherukuneedi Deepika Yasaswini
Address of Applicant :II/IV B.Tech Student, Department of Electronics & Instrumentation Engineering,
9)Mr. Shaik Tameem Ansari
10)Ms. Masanam Jaya Naga Sai Harshika
(57) Abstract :
The present invention relates to a method for diagnosing and treating cancer utilizing nano-robots. These nano-robots are designed to
operate at a cellular level, identifying cancer cells with high precision and delivering targeted treatments directly to these cells. This
method provides a more effective and less invasive alternative to traditional cancer therapies, significantly reducing side effects.
Additionally, it offers the capability for early detection of cancer, enhancing treatment success. The invention's adaptability allows it
to be programmed for various types of cancer, making it a versatile tool in oncology. Beyond cancer treatment, the technology has
potential applications in personalized medicine and other medical conditions.

(19) INDIA
(54) Title of the invention : AN EARLY DETECTION AND CLASSIFICATION MODEL OF SKIN CANCER USING DEEP
LEARNING ALGORITHMS
:G06T0007000000, G06K0009620000, (71)Name of Applicant :

(51) International
G06N0003080000, G06N0003040000, 1)Institute of Aeronautical Engineering
classification
A61B0005000000 Address of Applicant :Institute of Aeronautical Engineering,
(86) International Dundigal, Hyderabad-500043,Telangana Hyderabad ----------- ----
:NA
Application No -------
:NA
: NA
(61) Patent of Addition 1)Dr. P. Ashok Babu
:NA
to Application Number Address of Applicant :Professor, Department of CSE(AI&ML),
:NA
Filing Date Institute of Aeronautical Engineering, Dundigal, Hyderabad-
(62) Divisional to 500043,Telangana p.ashokbabu@iare.ac.in Hyderabad ----------- --
:NA
:NA
Filing Date
(57) Abstract :
ABSTRACT [1] Skin cancer is one of the most prevalent and potentially life-threatening types of cancer worldwide. Early detection
and accurate classification of skin lesions are critical for improving patient outcomes and reducing mortality rates. In this study, we
propose a deep learning-based approach for the detection and classification of skin cancer using digital dermoscopic images. The
innovation involves two main stages: lesion detection and lesion classification. In the detection stage, a convolution neural network
(CNN) is trained to identify and localize potential skin lesions within the dermoscopic images. The detection network utilizes transfer
learning on a pre-trained CNN architecture, leveraging features learned from large-scale image datasets. After lesion detection, the
localized regions are extracted and fed into another CNN for classification. The classification network is designed to differentiate
between different types of skin cancer, including melanoma, basal cell carcinoma, and squamous cell carcinoma, as well as benign
lesions. The classification model is trained from scratch, allowing it to learn distinctive features specific to skin cancer subtypes. To
evaluate the performance of our proposed method, we use a dataset consisting of thousands of dermoscopic images with expert
annotations. The trained detection and classification models are tested on an independent validation set, and their accuracy, sensitivity,
specificity, and F1 score are computed. Preliminary results show that our deep learning-based approach achieves promising
performance in both lesion detection and classification tasks. The detection model demonstrates high sensitivity in identifying skin
lesions, while the classification model exhibits robustness in distinguishing between malignant and benign lesions. The overall system
demonstrates potential as an effective tool for early skin cancer detection and risk stratification. In conclusion, this study presents a
novel deep learning-based methodology for the detection and classification of skin cancer from dermoscopic images. The innovation
shows promising results in accurately identifying and categorizing skin lesions, thus holding the potential to aid dermatologists and
clinicians in making timely and informed decisions for skin cancer diagnosis and treatment planning. Further validation on larger and
diverse datasets and clinical trials are needed to establish its clinical utility and ensure its integration into real-world healthcare
settings.

(19) INDIA
(54) Title of the invention : INNOVATIVE TELEPRESENCE SYSTEM FOR HYBRID TRAINING ROOMS & CLASSROOMS
1)InstaVC Technologies Private Limited
:G09B0007000000, G09B0019000000, Address of Applicant :InstaVC Technologies Private Limited
(51) International
G09B0005020000, H04N0007140000, ,Q3-A2, 4th Floor, Cyber Towers, Hi-Tech City, Madhapur,
classification
G06F0003140000 Telangana 500081 Madhapur ----------- -----------
:NA
:NA
(87) International 1)Amit Chowdry
: NA
Publication No Address of Applicant :Director, Insta VC Technologies Private
(61) Patent of Addition Limited, amit@instavc.com InstaVC Inc,Q3-A2, 4th Floor, Cyber
:NA
to Application Number Towers, Hi-Tech City, Madhapur, Telangana 500081 Email ID-
:NA
Filing Date amit@instavc.com Madhapur ----------- -----------
(62) Divisional to 2)Raj Pratap
:NA
Application Number Address of Applicant :Software Director, Insta VC Technologies
:NA
Filing Date Private Limited, rp@instavc.com InstaVC Inc,Q3-A2, 4th Floor,
Cyber Towers, Hi-Tech City, Madhapur, Telangana 500081 Email
ID- rp@instavc.com Madhapur ----------- -----------
(57) Abstract :
ABSTRACT Our Invention “Innovative Telepresence system for Hybrid Training Rooms & Classrooms” is the education system, the
challenges of hybrid learning are like navigating a maze. First off, not all students have the same access to technology, so there's a risk
of creating a divide between those with and without reliable internet or devices.Then there's the issue of maintaining a sense of
community. It's easy to feel isolated in a virtual space, and building those important student-teacher and student-student connections
becomes a bit of a tightrope act. Lastly, educators might find it challenging to adapt their teaching methods to suit both online and in-
person formats. However, the concept of hybrid learning environments has become increasingly popular, especially in response to the
integration of technology in education. The objective of the invention is to provide multi-display telepresence system in hybrid
training rooms and classrooms is to enhance the overall learning experience by providing a more immersive and collaborative
environment. Here are some specific objectives This helps foster a sense of connection and engagement among students and educators
. This can include displaying high-quality visuals, simulations, 3D models, or other content that enhances the educational content and
makes it more engaging for learners. The other objective of the invention is to provide a multi-display setups can support interactive
elements, allowing participants to share content, annotate presentations, and engage in hands-on activities, whether they are present in
the physical classroom or participating remotely. The other objective of the invention is to provide system facilitates the sharing of
various types of content on different displays simultaneously. This could include presentations, documents, videos, or collaborative
workspaces, providing flexibility in how information is presented and accessed. A method for establishing a synchronized multi-
display telepresence system, comprising multiple displays connected with codecs, wherein a central codec initiates and synchronizes
the system's operation. An automated telepresence initiation method utilizing a central codec to activate and coordinate the
functionalities of multiple codecs based on a predetermined algorithm.A system allowing user manipulation of display arrangements
within a telepresence setup, enabling dynamic movement of users across multiple screens and control over the number of tiles
displayed.

(19) INDIA
(54) Title of the invention : HTAP INSTRUMENT AND BLENDING PROCESS DEVELOPED FOR BLENDING OF WASTE
PLASTIC WITH ASPHALT USING PET MODIFIER
1)Dr. Avinash Mahadevrao Potdar
Address of Applicant :H.N.3-756,Gazipura Near Laxshmi Temple Kalburgi 585101 Karnataka Kalburgi ----------- -----------
2)Dr Vilas V Karjinni
3)Prof. Ashok Digamberrao Chavan
4)Dr Vivek Madhukar Shete
5)Dr Pramod Vishnupant Mulik
6)Mr Nandkishore Bapurao Jadhav
7)Mrs Patil Shilpa Sarjerao
8)Mr Nitin Bhalchandra Naik
9)Mr Chidanada H
10)Mr Sunil Mahamuni
11)Dr Jayenendra Kumar
12)Dr Fenil C Panawala
13)Mr Nitish Mallesh Gurave
14)Dr. (Mrs) Jagadamba G
15)Mrs K M Mamatha (PhD)
16)Mohmmad Mazhar Hussain
:C08L0095000000, C04B0026260000, 17)Mrs Spurti G
(51) International 18)Dr S V Dinesh

19)Vikas Mahadevrao Potdar
C04B0111000000, E01C0007260000, 20)Dr Jagadish Ganjigatti

21)Dr Daniel Kebbede
classification 22)Dr Fitsum Tesfaye
C08L0023080000 23)Dr Elias Gazannen Woldu

24)Dr Eleyas Assefa Amera
25)Dr Tesfy Alemu Mohammad

1)Dr. Avinash Mahadevrao Potdar
Application No Address of Applicant :H.N.3-756,Gazipura Near Laxshmi Temple Kalburgi 585101 Karnataka Kalburgi ----------- -----------
2)Dr Vilas V Karjinni
:NA Address of Applicant :Res. Jahnavi-Sindhuja Plot No.2038, SectorIX Mal-Maruti Extension BELGAVI 590017 Belgavi ----------- -----------
Filing Date 3)Prof. Ashok Digamberrao Chavan

Address of Applicant :Sagar Co-operative Housing Society F-27,1:2, Sector-10, Airoli Navi Mumbai 400708 Mumbai ----------- -----------
4)Dr Vivek Madhukar Shete
Address of Applicant :Plot Number 251, Trimurti Mandir Third Lane At Post Nagaon phata Taluka Hatkangale District Kolhapur 416122 Maharashtra Kolhapur ----------- -----------
(87) International 5)Dr Pramod Vishnupant Mulik
: NA Address of Applicant :At Post Kurlap Tal Walwa, District Sangli Maharashtr Pin 415411 Sangli ----------- -----------
6)Mr Nandkishore Bapurao Jadhav
Publication No Address of Applicant :A1 Vishwanath Park Arutnagar Phata, Bahirewadi, Tal Panhala Dist-Kolhapur Mharastra 416113 Kolhapur ----------- -----------
7)Mrs Patil Shilpa Sarjerao
Address of Applicant :606, A/P- Tasgaon Tal- Hatkangale, Dist- Kolhapur Pin:- 416122 Kolhapur ----------- -----------
(61) Patent of Addition 8)Mr Nitin Bhalchandra Naik

Address of Applicant :Gururaj Plot No.3 Rajbhag Colony Vidyanagar Lane VishrambhagSangli Maharastra 416416 Sangli ----------- -----------
:NA 9)Mr Chidanada H

Address of Applicant :c/o Narashimhamurthy, Ragalahalli post Karekyathanahalli Sira Taluka Tumkuru District Karnataka 572113 Taluka ----------- -----------
to Application Number 10)Mr Sunil Mahamuni
:NA Address of Applicant :H No 8, First Floor 18th Lane Rammaoorthy Nagar, Krishna reddy Layout Banglore 560016 Banglore ----------- -----------
11)Dr Jayenendra Kumar
Filing Date Address of Applicant :Village – Hariapur, Post – Banarasi, Dist Fathepur, Uttar Pradesh, PIN 212601 Fathepur ----------- -----------
12)Dr Fenil C Panawala
Address of Applicant :A-2/Anupam Bunglows, Near Bus St Thomas School, New Citylight road, Surat 395001 Surat ----------- -----------
(62) Divisional to 13)Mr Nitish Mallesh Gurave

Address of Applicant :Flat No 201 Fiorella Housing Society Near Ganesh Mandir Sukgwani Campphase 2 opp Vallabhnagar S T Stand Pimpri Pune 411018 Pune ----------- -----------
:NA 14)Dr. (Mrs) Jagadamba G

Address of Applicant :Tejas Nilay 6th Cross Shree Nagar Near Urban Resort, Tumkuru Karanataka 572104 Tumkuru ----------- -----------
Application Number 15)Mrs K M Mamatha (PhD)
:NA Address of Applicant :W/o B C Renuka Prasad A G Street Tumkur Karanataka 572101 Tumkur ----------- -----------
16)Mohmmad Mazhar Hussain
Filing Date Address of Applicant :House Number 11+1596 Vidyanagar Colony Kalburgi 585103 Kulbargi ----------- -----------
17)Mrs Spurti G
Address of Applicant :C/o G R Rangaswamaiaih Srisannidhi 11th cross SIT extension Tumkuru District Karnataka 572113 Tumkur ----------- -----------
18)Dr S V Dinesh
Address of Applicant :Professor and Principal, Siddaganga Institute of Technology, B-H Road Tumakuru, Karnataka 572101 Tumkur ----------- -----------
19)Vikas Mahadevrao Potdar
Address of Applicant :H.N.3-754,Gazipura Near Laxshmi Temple Kalburgi 585101 Karnataka Kalburgi ----------- -----------
20)Dr Jagadish Ganjigatti
Address of Applicant :Professor in the Department of Industrial Production and Electronics Engineering, Siddaganga Institute of Technology, B-H Road Tumakuru, Karnataka 572101 Tumkur ----------- -----------
21)Dr Daniel Kebbede
Address of Applicant :Words 04(Gelan Condeminium area) Addis Ababa,Ethiopia ----------- -----------
22)Dr Fitsum Tesfaye
Address of Applicant :Lemmi Kura Sub City 72 Area, Dafar Block H No.002 Addis Ababa Ethiopia ----------- -----------
23)Dr Elias Gazannen Woldu
Address of Applicant :Akberet and Elias Milk Sale P/Ship Words 04(Gelan Condeminium area) Addis Ababa,Ethiopia ----------- -----------
24)Dr Eleyas Assefa Amera
Address of Applicant :Koye feche B02/15, Shagar City Addis Ababa Ethiopia ----------- -----------
25)Dr Tesfy Alemu Mohammad
Address of Applicant :Koye feche B02/15 Shagar City Addis Ababa Ethiopia ----------- -----------
(57) Abstract :
ABSTRACT [500] Our Invention “HTAP Instrument and blending process developed for blending of waste plastic with Asphalt using
PET Modifier” is a present invention discloses the improved catalytic blending and amalgamation action for discarded Low Linear
Density Polyethylene (LLDP) and High Density Polyethylene(HDPE), Polypropylene, Polyethylene, Ethylene-vinyl acetate (EVA),
Ethylene-butyl acrylate (EBA)) and thermoplastic elastomers will improve binding rate with mineral aggregate and reduce fatigue and
thermal cracks in Cement Concrete and Asphalt modified HMA Concrete of Pavements. According to invention there is innovative
blending process in the absence of oxygen of modifiers with better rheological and morphological characteristics, involving the reuse
of recycled discarded plastics for better performances of highway pavement with Hot bitumen asphalt concrete. Rural roads, Rural
Highways and the perpetual pavements require modified bitumen that is less susceptible to high and low temperature rutting and
cracking respectively. The advent of multipurpose multidimensional use of plastics has the associated challenge of disposal of the
discarded waste plastics in municipality dumps yards, creating havoc in the realms of health and hygiene. Bitumen age hardening is
one of the principal factors causing the permanent structural damage and surface deterioration of asphalt pavements. The invention
includes process Automated with IoT monitoring.

(19) INDIA
(54) Title of the invention : A NOVEL AI BASED DESIGN AND ANALYSIS OF LOW-COST ELECTROENCEPHALOGRAPHY
ELECTRODES FOR SPECIFIC MOTOR CONTROL SIGNAL ACQUISITION FROM BRAIN.

(51) International
A61B0005369000, G06F0003010000, 1)CVR COLLEGE OF ENGINEERING
classification
G06N0003020000 Address of Applicant :CVR COLLEGE OF ENGINEERING,
(86) International Vastunagar, Mangalpalli (V), Ibrahimpatnam (M), Rangareddy
:NA
Application No (Dist), Telangana 501510, India. Hyderabad ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Swathi Agarwal
:NA
to Application Number Address of Applicant :Assistant Professor, Department of
:NA
Filing Date Information Technology, CVR COLLEGE OF ENGINEERING,
(62) Divisional to Vastunagar, Mangalpalli (V), Ibrahimpatnam (M), Rangareddy
:NA
Application Number (Dist), Telangana 501510, India. Hyderabad ----------- -----------
:NA
Filing Date
(57) Abstract :
This groundbreaking invention is centered on harnessing the power of artificial intelligence (AI) to both conceptualize and
meticulously scrutinize the development of low-cost electroencephalography (EEG) electrodes, meticulously tailored to the singular
purpose of acquiring motor control signals from the intricate realms of the human brain. Within the expansive landscape of
neuroscience and neuro engineering, EEG has undeniably risen to the forefront as an indispensable instrument, offering profound
glimpses into the enigmatic electrical activity transpiring within the human brain. However, a formidable hurdle persists: the
formidable cost and relative inaccessibility of high-caliber EEG electrodes, a stumbling block of considerable magnitude, particularly
when one considers their indispensable role in the precision acquisition of motor control signals. Through the judicious utilization of
AI-fueled design and analytical methodologies, this invention embarks on a transformative odyssey, intent on birthing cost-effective
EEG electrodes that not only exhibit fiscal frugality but, more crucially, demonstrate a prodigious capacity to faithfully apprehend the
intricate neural symphonies harmonizing within the brain's motor control centers. Our pioneering methodology melds AI algorithms
with the art of electrode optimization, a process that navigates through the labyrinth of electrode materials, geometric contours, and
intricate configurations, all the while delicately balancing the pivotal factors of signal-to-noise ratio, comfort, and affordability.
Furthermore, the scope of this ambitious endeavor extends its purview to encompass the development of avant-garde AI-powered
signal processing paradigms, designed with the express intention of elevating the art of extracting motor-related insights from the
intricate tapestry of EEG data. The apotheosis of this visionary invention is encapsulated in the form of a groundbreaking EEG
electrode system, one that harbors the audacious ambition of democratizing access to the rarefied world of advanced brain-computer
interfaces, tailor-made for the nuanced realm of motor control applications. In doing so, this innovative venture holds the potential to
catalyze a cascade of transformative breakthroughs in the realms of assistive technology, rehabilitation, and cutting-edge neuroscience
research, all while administering a resounding blow to the pervasive economic impediments that have, for far too long, encumbered
the accessibility of high-fidelity EEG acquisitions.

(19) INDIA
(54) Title of the invention : GAIT AND DYNAMIC BALANCE MEASURING DEVICE
1)Nanditha H.G
:G06Q0010060000, A61B0005000000, Dayananda Sagar College of Engineering, Shavige Malleswara
(51) International
A61B0005110000, G16H0040670000, Hills, Kumaraswamy Layout, Bangalore-560111 Bangalore -------
classification
C02F0001280000 ---- -----------
(86) International 2)Dr.Krishnan Bandyopadhyay
:NA
Application No Address of Applicant :Medical Electronics Engineering,
:NA
: NA
(61) Patent of Addition 3)Likhith L
:NA
to Application Number Address of Applicant :Medical Electronics Engineering,
:NA
:NA
:NA
Filing Date 4)Shree Vignesh
---- -----------
5)Venkatesh Perumal
---- -----------
(57) Abstract :
The present invention pertains to a multifunctional gait and balance assessment device designed to address a wide spectrum of
applications in healthcare, sports performance analysis, and research domains. This innovative device offers real-time data collection
and analysis capabilities, making it highly adaptable and user-friendly. It caters to the needs of physiotherapists, orthopedic specialists,
senior care facilities, coaches, athletes, researchers, and pharmaceutical trials. The device's uniqueness lies in its ability to serve
multiple purposes while maintaining accuracy and accessibility. Its market potential is significant, and it exhibits strong economic and
environmental sustainability due to its versatility and eco-friendly design. This invention represents a groundbreaking advancement in
gait and balance assessment technology with potentially far-reaching impacts on various industries.

(19) INDIA
(54) Title of the invention : DEMAND TYPE OXYGEN CONSERVATION DEVICE FOR CLINICAL OXYGEN
ADMINISTRATION
Address of Applicant :Shavige Malleshwara Hills, Kumaraswamy Layout,
1)Dr. Padma C.R
Address of Applicant :Department of Medical Electronics Engineering, Dayananda
:A61M0016000000, A61P0011000000,
(51) International Sagar College of Engineering, Shavige Malleshwara Hills, Kumaraswamy Layout,
A61M0016100000, A61M0016060000,
classification Bengaluru-560111 Bengaluru ----------- -----------
A61B0005000000
2)Nanditha Krishna
(86) International
:NA Address of Applicant :Department of Medical Electronics Engineering, Dayananda
Application No
:NA Sagar College of Engineering, Shavige Malleshwara Hills, Kumaraswamy Layout,
Filing Date
Bengaluru-560111 Bengaluru ----------- -----------
(87) International
: NA 3)Pratyay Das
Publication No
:NA Sagar College of Engineering, Shavige Malleshwara Hills, Kumaraswamy Layout,
Application Number
:NA Bengaluru-560111 Bengaluru ----------- -----------
Filing Date
4)Tanavi Kulkarni
(62) Divisional to
:NA Address of Applicant :Department of Medical Electronics Engineering ,
Application Number
:NA Dayananda Sagar College of Engineering, Shavige Malleshwara Hills,
Filing Date
Kumaraswamy Layout, Bengaluru-560111 Bengaluru ----------- -----------
5)Sahana S
Sagar College of Engineering, Shavige Malleshwara Hills, Kumaraswamy Layout,
6)Thrisha P
Sagar College of Engineering, Shavige Malleshwara Hills, Kumaraswamy Layout,
(57) Abstract :
Oxygen therapy can assist people with acute respiratory distress syndrome, chronic obstructive pulmonary disease, COVID-19, emphysema, sleep apnea, and other
respiratory problems to provide them with enough oxygen for regular function and well-being. Patients with severe respiratory disorders may need to receive
supplemental oxygen for up to twenty-four hours a day, the duration depending on the severity and nature of their disorder. Continuous flow oxygen devices are the
most common means to deliver oxygen for the long term to patients. However, continuous-flow oxygen devices used in oxygen therapy cannot titrate oxygen according
to the patient’s breathing pattern. A considerable amount of oxygen is wasted when oxygen is delivered to the patient during exhalation. Additionally, since 2020,
nations all around the globe witnessed a high oxygen demand due to the COVID-19 pandemic. Governments all over the world are expanding their current
infrastructure to meet the oxygen demand to expand the availability of clinical oxygen. Traditional delivery systems can hence be integrated with an oxygen
conservation device that can administer oxygen in harmony with the patient’s breathing. It can significantly enhance the effectiveness of continuous flow devices by
controlling the supply of oxygen to patients based on their needs and hence conserve oxygen. By conserving oxygen in this way, our device aims to maximize the
utilization of available resources and provide a more efficient and effective oxygen therapy experience for patients with chronic respiratory diseases.

(19) INDIA
(54) Title of the invention : SUSPO EMULSION COMPOSITION OF SULFENTRAZONE, PENDIMETHALIN AND
OXYFLUORFEN
1)COROMANDEL INTERNATIONAL LIMITED
Address of Applicant :COROMANDEL HOUSE, 1-2-10,
SARDAR PATEL ROAD, SECUNDERABAD-500003
Secunderabad ----------- -----------
:A01N0033180000, A01N0043653000, Name of Applicant : NA
(51) International
A01N0043800000, A01N0047360000, Address of Applicant : NA
classification
A01N0057200000 (72)Name of Inventor :
(86) International 1)Vishwanath GADE
:NA
Application No Address of Applicant :COROMANDEL HOUSE, 1-2-10,
:NA
Filing Date SARDAR PATEL ROAD, SECUNDERABAD-500003
(87) International Secunderabad ----------- -----------
: NA
Publication No 2)Sanket PATIL
(61) Patent of Addition Address of Applicant :COROMANDEL HOUSE, 1-2-10,
:NA
to Application Number SARDAR PATEL ROAD, SECUNDERABAD-500003
:NA
Filing Date Secunderabad ----------- -----------
(62) Divisional to 3)Srinivas ALURU
:NA
Application Number Address of Applicant :COROMANDEL HOUSE, 1-2-10,
:NA
Filing Date SARDAR PATEL ROAD, SECUNDERABAD-500003
Secunderabad ----------- -----------
4)Balram BHAVANI
Address of Applicant :COROMANDEL HOUSE, 1-2-10,
SARDAR PATEL ROAD, SECUNDERABAD-500003
Secunderabad ----------- -----------
(57) Abstract :
ABSTRACT SUSPO EMULSION COMPOSITION OF SULFENTRAZONE, PENDIMETHALIN AND OXYFLUORFEN The
present invention relates to a kind of synergistic herbicide composition that contains herbicidal active compounds, and it is suitable for
preventing unwanted plants in the crops like soybean, paddy rice and sugarcane.

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF PORTLAND LIMESTONE CEMENT WITH NANO CALCIUM CARBONATE
1)Dr. G. Sree Lakshmi Devi
Address of Applicant :Assistant Professor, Department of Civil Engineering, Nalla Malla Reddy
Engineering College (Autonomous), Divyanagar, Kachivanisingaram, near Narapally, Ghatkesar Mandal,
Medchal District, Hyderabad, Telangana, India, PIN-500088 Hyderabad ----------- -----------
2)Mr. Anubhav Rai
3)Devendra Dohare
4)Mr. Riyaz Syed
5)Dr. K. M. Gopalakrishnan
6)L. Periyasamy
7)Dr. Ketaki Hanamant Kulkarni
8)Mr. Bollam Mahesh
9)K. Muniswamy
10)Dr. Shamal Doifode
Address of Applicant :Assistant Professor, Department of Civil Engineering, Nalla Malla Reddy Engineering
:C04B0028040000, C04B0111200000, C01F0011180000,
(51) International classification College (Autonomous), Divyanagar, Kachivanisingaram, near Narapally, Ghatkesar Mandal, Medchal District,
C08K0003260000, B01D0053620000
Hyderabad, Telangana, India, PIN-500088 Hyderabad ----------- -----------
2)Mr. Anubhav Rai
Filing Date :NA
Address of Applicant :Assistant Professor & Head, Department of Civil Engineering, Gyan Ganga Institute of
Sciences & Technology, Jabalpur, Madhya Pradesh, India Jabalpur ----------- -----------
:NA 3)Devendra Dohare
Application Number
:NA Address of Applicant :Associate Professor, Civil Engineering and Applied Mechanics Department, Shri G. S.
Filing Date
Institute of Technology and Science, Indore-452003, Madhya Pradesh, India Indore ----------- -----------
:NA 4)Mr. Riyaz Syed
Number
:NA Address of Applicant :Assistant Professor, Department of Civil Engineering, Vaagdevi College of
Filing Date
Engineering, Bollikunta, Warangal-506005, Telangana, India Warangal ----------- -----------
5)Dr. K. M. Gopalakrishnan
Address of Applicant :Associate Professor and Head, Department of Civil Engineering, Erode Sengunthar
Engineering College Thudupathi, Perundurai-638057, Tamil Nadu, India Erode ----------- -----------
6)L. Periyasamy
Address of Applicant :Assistant Professor, Tamilnadu College of Engineering Coimbatore, Tamil Nadu, India,
PIN- 641659 Coimbatore ----------- -----------
7)Dr. Ketaki Hanamant Kulkarni
Address of Applicant :Associate Professor, Department of Civil Engineering, Dr. Vishwanath Karad MIT
World Peace University, Pune, Maharashtra, India Pune ----------- -----------
8)Mr. Bollam Mahesh
Address of Applicant :Assistant Professor, Department of Civil Engineering, Vaagdevi College of
Engineering, Warangal, Telangana, India Warangal ----------- -----------
9)K. Muniswamy
Address of Applicant :Assistant Professor, Department of Civil Engineering, Sri Venkateswara College of
Engineering-Tirupati, Tirupati-517507, Andhra Pradesh, India Tirupati ----------- -----------
10)Dr. Shamal Doifode
Address of Applicant :Associate Professor, Government College of Engineering, Amravati- 444604,
Maharashtra, India Amravati ----------- -----------
(57) Abstract :
ABSTRACT OF THE INVENTION DEVELOPMENT OF PORTLAND LIMESTONE CEMENT WITH NANO CALCIUM
CARBONATE The present invention relates to development of Portland limestone cement with nano calcium carbonate. Despite
lower environmental impacts, the use of Portland Limestone Cement (PLC) concrete has been limited due to its reduced later age
strength and compromised durability properties. The study follows a series of experiments on the fresh, hardened, and durability
properties of PLC concrete with different replacement rates of nano CaCO3. Incorporation of 1% nano CaCO3 into PLC concrete
provided the optimal performance, where the 56 days compressive strength was increased by approximately 7%, and the permeability
was reduced by approximately 13% as compared to Ordinary Portland Cement (OPC) concrete. Further, improvements were observed
in other durability aspects such as Alkali-Silica Reaction (ASR) and scaling resistance. Additionally, nano CaCO3 has the potential to
be produced within the cement plant while utilizing the CO2 emissions from the cement industries. The integration of nanotechnology
in PLC concrete will help produce a more environment-friendly concrete with enhanced performance. Figure of abstract: FIG. 1

(19) INDIA
(54) Title of the invention : A DISPENSING DEVICE TO DISCHARGE A LARGE QUANTITY OF GEL
1)TAMILNADU VETERINARY AND ANIMAL
SCIENCES UNIVERSITY
Address of Applicant :VETERINARY COLLEGE AND
RESEARCH INSTITUTE, NAMAKKAL, TAMILNADU
NAMAKKAL ----------- -----------
:A01M0001200000, A45D0040240000, Address of Applicant : NA
(51) International
A61B0010000000, B05B0005053000, (72)Name of Inventor :
classification
H01M0050543000 1)Dr. M. SELVARAJU
(86) International Address of Applicant :VETERINARY COLLEGE AND
:NA
Application No RESEARCH INSTITUTE, NAMAKKAL TAMILNADU
:NA
Filing Date Namakkal ----------- -----------
(87) International 2)M.K. SOUNDRAPANDIYAN
: NA
Publication No Address of Applicant :VETERINARY COLLEGE AND
(61) Patent of RESEARCH INSTITUTE, NAMAKKAL TAMILNADU
Addition to :NA Namakkal ----------- -----------
Application Number :NA 3)Dr. D. GOPIKRISHNAN
Filing Date Address of Applicant :VETERINARY COLLEGE AND
(62) Divisional to RESEARCH INSTITUTE, NAMAKKAL, TAMILNADU
:NA
Application Number Namakkal ----------- -----------
:NA
Filing Date 4)Dr. G. SATHRIYAN
RESEARCH INSTITUTE, NAMAKKAL TAMILNADU
Namakkal ----------- -----------
5)D. MONIKA
RESEARCH INSTITUTE, NAMAKKAL, TAMILNADU
Namakkal ----------- -----------
(57) Abstract :
ABSTRACT A DISPENSING DEVICE TO DISCHARGE A LARGE QUANTITY OF GEL A dispensing device to discharge relates
to a low cost simple device for dispensing large volume of gel, which comprises a large outer cylindrical container, enclosing an inner
pump with dispensing end and a pumping end guided by the rubber plunger capable of moving axially within the container. The outer
cylindrical container is filled with the gel to be dispensed by a replaceable cap at its one end and tilted upside down to force out the
liquid with pressure. The flow of the gel can be interrupted by means of the tap at the dispensing end.

(19) INDIA
(54) Title of the invention : THE IMPACT OF DEMOGRAPHIC STRUCTURE, HUMAN CAPITAL, MIGRATION AND
ENVIRONMENTAL DEGRADATION ON ECONOMIC GROWTH IN INDIA
1)Dr. D. Muniswamy
Address of Applicant :Assistant Professor, Department of Economics, B. J. R. Government Degree
College, Narayanaguda, Hyderabad-500029, Telangana, India. Hyderabad ----------- -----------
2)Dr. S. Sekar
3)Dr. Prem Latha Soundarraj
4)Mr. T. Rajamanickam
5)Dr. D. Sanjeeva Rao
6)Dr. Baby Niviya Feston
7)Dr. Akshaya Kumar Mohanty
1)Dr. D. Muniswamy
:G06Q0010060000, G06Q0030020000, G06Q0010100000, Address of Applicant :Assistant Professor, Department of Economics, B. J. R. Government Degree College,
G06Q0040080000, G06Q0040000000 Narayanaguda, Hyderabad-500029, Telangana, India. Hyderabad ----------- -----------
(86) International Application No :NA 2)Dr. S. Sekar
Filing Date :NA Address of Applicant :Guest Lecturer, Department of Commerce (CA), Government Arts College
(87) International Publication No : NA (Autonomous) Salem-636007, Tamil Nadu, India. Salem ----------- -----------
(61) Patent of Addition to 3)Dr. Prem Latha Soundarraj
:NA
Application Number Address of Applicant :Professor, Department of MBA, School of Business and Management, Christ ( Deemed
:NA
Filing Date to be University), Lavasa Campus, 30 Valor Court, Dasve Lavasa ,Mulshi, Pune-412112, Maharashtra, India.
(62) Divisional to Application Pune ----------- -----------
:NA
Number 4)Mr. T. Rajamanickam
:NA
Filing Date Address of Applicant :Head and Assistant Professor, PG Department of Commerce and Department of
Commerce (CA), Sengunthar Arts and Science College, Tiruchengode-637209, Namakkal, Tamil Nadu, India.
Namakkal ----------- -----------
5)Dr. D. Sanjeeva Rao
Address of Applicant :Assistant Professor, Department of Commerce, Bhavan's Vivekananda College of
Science, Humanities and Commerce, Sainikpuri, Secunderabad-500026, Telangana, India. Secunderabad -------
---- -----------
6)Dr. Baby Niviya Feston
Address of Applicant :Associate Professor, School of Commerce and Management, Garden City University,
16th km, Old Madras Road, Bangalore-560049, Karnataka, India. Bangalore ----------- -----------
7)Dr. Akshaya Kumar Mohanty
Address of Applicant :Associate Professor, Department of Economics, Mizoram University, Tanhril, Post Box
no- 190, Aizawl -796004, Odisha, India. Aizawl ----------- -----------
Address of Applicant :Assistant Professor, Department of Earth Science – Geography, E. S. Divekar College
Varvand, Pune-412215, Maharashtra, India. Pune ----------- -----------
(57) Abstract :
THE IMPACT OF DEMOGRAPHIC STRUCTURE, HUMAN CAPITAL, MIGRATION AND ENVIRONMENTAL DEGRADATION ON ECONOMIC GROWTH IN INDIA ABSTRACT We employ econometric models
and robustness tests that are based on panel data that was collected over a period of more than three decades in this work in order to estimate the economic advantages that have been brought about by changes in India's
population. To begin, it is estimated that India's demographic dividend was responsible for around 1.9 percentage points of the average annual growth rate of 12% in per capita income. The findings of our empirical invention
lend credence to the argument that the actualization of the demographic dividend is contingent on the existence of an enabling policy environment that includes factors such as high-quality education and healthcare, decent
employment possibilities, well-developed physical infrastructure, and gender equality. This is because the results of our empirical invention lend credence to the contention that the actualization of the demographic dividend is
dependent on the existence of an enabling policy environment. Therefore, in order for India to make the most of the benefits that can be derived from the demographic window of opportunity that is currently open, the nation
needs to place a primary emphasis on enhancing the quality of its educational and healthcare systems, as well as its infrastructure, its efforts to empower women, and the employment opportunities that it offers to its growing
population of people of working age. This will allow India to maximize the benefits that can be derived from the demographic window of opportunity that is currently open.

(19) INDIA
(54) Title of the invention : PROCESS FOR SYNTHESIS OF LANTHANUM OXIDE SHEETS USING GRAPHENE OXIDE
Address of Applicant :Vellore Institute of Technology, Near Katpadi Road,
Vellore, Tamil Nadu, India – 632014 Vellore ----------- -----------
1)Dr. Andrews Nirmala Grace
Address of Applicant :Center for Nanotechnology and Research, Room no. 102,
Center for Nanotechnology and Research, Vellore Institute of Technology,
Vellore-632014, Tamil Nadu, India Vellore ----------- -----------
:B82Y0040000000, C03C0003068000,
(51) International 2)G.Tamil selvi
C02F0101100000, C04B0035500000,
classification Address of Applicant :Centre for Nanotechnology Research (CNR), Room no. 027,
B82Y0030000000
(86) International
:NA Vellore-632014, Tamil Nadu, India Vellore ----------- -----------
Application No
:NA 3)Jaimson T. James
Filing Date
Address of Applicant :School of Advanced Sciences, Technology Tower, 027,
(87) International
: NA Vellore Institute of Technology, Vellore-632014, Tamil Nadu, India Vellore -------
Publication No
---- -----------
:NA 4)S. Shriswaroop
Application Number
:NA Address of Applicant :Centre for Nanotechnology Research (CNR), Technology
Filing Date
Tower – 102, Vellore Institute of Technology, Vellore-632014, Tamil Nadu, India
(62) Divisional to
:NA Vellore ----------- -----------
Application Number
:NA 5)N. Suruthi Priya
Filing Date
Address of Applicant :Centre for Nanotechnology Research (CNR), Room no. 27,
6)Sathish Marimuthu
7)Bharath Gunaseelan
(57) Abstract :
Process for synthesis of lanthanum oxide sheets using graphene oxide. The process teaches synthesizing sheet-like lanthanum oxides
by annealing an rGO-La complex. Initially, an rGO-La complex is formed by the adsorption of La³? ions onto the surface of GO at
different pH values using standard buffers such as succinic acid buffer (pH = 5 and 6), citrate phosphate buffer (pH = 7), and glycine
buffer (pH = 8.5). The formed rGO-La complex is annealed at its degradation temperature, as determined by TGA analysis for the
conversion of rare earth metal oxides (La2O3). Further, the morphology of the prepared and annealed rGO-La complex is studied
using SEM analysis which shows a sheet like morphology with different dimensions of La2O3 with different buffers. The present
invention discloses a new process for synthesizing La2O3 sheets using corresponding buffers across an acidic, neutral and basic pH
ranges, which enables the synthesized La2O3 for various applications.

(19) INDIA
(54) Title of the invention : PROCESS FOR OBTAINING ADHESIVE FROM LEATHER WASTES
:C09J0011060000, H01L0023000000, Address of Applicant :Vellore Institute of Technology, Near
(51) International
C09H0001040000, C09J0011080000, Katpadi Road, Vellore, Tamil Nadu, India – 632014 Vellore -------
classification
C07K0014780000 ---- -----------
:NA
:NA
: NA
Publication No Address of Applicant :School of Biosciences and Technology
(61) Patent of Addition (SBST), Science and Innovation Research Lab-115, Hexagon
:NA
to Application Number Building, VIT, Vellore, Tamil Nadu-632014 Vellore ----------- ----
:NA
Filing Date -------
(62) Divisional to 2)Nikita Sharma
:NA
Application Number Address of Applicant :School of Biosciences and Technology
:NA
Filing Date (SBST), Science and Innovation Research Lab-115, Hexagon
Building, VIT, Vellore, Tamil Nadu-632014 Vellore ----------- ----
-------
(57) Abstract :
Process for obtaining adhesive from leather wastes. The leather wastes such as animal hides, skins, pelts, shavings are obtained into an
adhesive/glue material by collagen hydrolysis wherein the collagen is transited into glue-gelatine by using sulphuric acid and sodium
hydroxide as agents at low concentrations wherein the parameters of temperature (60-80°C), extraction duration (120- 180 minutes),
sulphuric acid concentration (1.5%), and sodium hydroxide concentration (1.5%) are optimized to obtain adhesive/glue from the
leather wastes. Cross-linking agents are used to enhance the static bending and bonding strength qualities of the adhesive owing to its
intrinsic gap-filling properties.

(19) INDIA
(54) Title of the invention : PROCESS FOR PREPARING GECKO REPELLENT FROM FLORAL WASTE
:A61K0035583000, A61K0036258000, Address of Applicant :Vellore Institute of Technology, Near
(51) International
C09J0007000000, A61K0036068000, Katpadi Road, Vellore, Tamil Nadu, India – 632014 Vellore -------
classification
A01N0061000000 ---- -----------
:NA
:NA
: NA
Publication No Address of Applicant :School of Biosciences and Technology
(61) Patent of Addition (SBST), Science and Innovation Research Lab-115, Hexagon
:NA
to Application Number Building, VIT, Vellore, Tamil Nadu-632014 Vellore ----------- ----
:NA
Filing Date -------
(62) Divisional to 2)Swati Punetha
:NA
Application Number Address of Applicant :School of Biosciences and Technology
:NA
Filing Date (SBST), Science and Innovation Research Lab-115, Hexagon
Building, VIT, Vellore, Tamil Nadu-632014 Vellore ----------- ----
-------
(57) Abstract :
Process for preparing gecko repellent from floral waste. The gecko repellent contains the active constituents of floral waste, plant
products and gases released from bacteria during degradation of floral waste and plant products altogether. Ammonia (40%), Methyl
mercaptan (30%), hydrogen sulfide (20%), methane and other gases (10%) makes up the gecko repellent sprayer.

(19) INDIA
(54) Title of the invention : ONLINE HOSPITAL BED BOOKING SYSTEM
1)VETRIVEL AGALYA
Address of Applicant :Dr. Agalya V Professor and Associate Head R&D(IPR
Cell) New Horizon College of Engineering New Horizon Knowledge Park Outer
Ring Road,Near Marathalli Bellandur(P), Bangalore- 560103 ----------- -----------
2)SR University
1)Dr.S.M.Kamali
Address of Applicant :Dr.S.M.Kamali, Professor, Department Electrical and
Electronics Engineering, Annapoorana Engineering College(Autonomous),
Dr.S.M.Kamali, Periyaseeragapadi, Salem, Tamilnadu,Indiap 636308 Salem -------
---- -----------
2)Dr.R.Anand
:A61G0007050000, G06Q0010020000,
(51) International Address of Applicant :Dr.R.Anand, Associate Professor, Department Electrical and
G08G0001140000, A61C0005640000,
classification Electronics Engineering, Mahendra College of Engineering, KannanKuruchi,
A61G0007000000
Salem, Tamilnadu,India 636308 Salem ----------- -----------
(86) International
:NA 3)Mrs.T.Muthamil
Application No
:NA Address of Applicant :Mrs.T.Muthamil, Assistant Professor, Department Electrical
Filing Date
and Electronics Engineering, Annapoorana Engineering College(Autonomous),
(87) International
: NA Periyaseeragapadi, Salem, Tamilnadu,India 636308 Salem ----------- -----------
Publication No
4)Dr.A.Balamurugan
:NA Address of Applicant :Dr.A.Balamurugan, Associate Professor, Dept of Electrical
Application Number
:NA and Electronics Engineering, Vinayaka Missions Kirupananda Variyar Engineering
Filing Date
College, Vinayaka Missions Research Foundation (Deemed to be university),
(62) Divisional to
:NA Periyaseeragapadi, Salem, Tamilnadu,India 636308 Salem ----------- -----------
Application Number
:NA 5)Dr.K.Rajkumar
Filing Date
Address of Applicant :Dr.K.Rajkumar, Associate Professor , Department of
Electronics and Communication Engineering SR UNIVERSITY Warangal,
Telangana,India-506371 Warangal ----------- -----------
6)Dr. M. Anand
Address of Applicant :Dr. M. Anand, PROFESSOR, Department of Electronics
and Communication Engineering Dr. M.G.R. Educational and Research Institute
Chennai Tamilnadu Chennai ----------- -----------
7)N.Shilpa
Address of Applicant :N.Shilpa, Assistant Professor , Department of Electronics
and Communication Engineering SR University Warangal, Telangana, India-
506371 Warangal ----------- -----------
8)Dr.V.Malathy
Address of Applicant :Dr.V.Malathy, Assistant Professor, Department of
Electronics and Communication Engineering SR UNIVERSITY Warangal,
Telangana,India-506371 Warangal ----------- -----------
(57) Abstract :
The implementation of a hospital bed reservation program helps to reserve or allocate a room without delay in front of a nearby area
and this will be a beneficial part of reducing mortality. This system helps people to know the availability of hospital beds accurately

(19) INDIA
(54) Title of the invention : A SYSTEM AND A METHOD FOR MANAGING AN AUTONOMOUS HEALTHCARE ROBOT
:H04N0021218700, H04L0065600000,
(51) International Nadu, India Chennai ----------- -----------
G05D0001000000, G06F0040580000,
G16H0040670000
(86) International
Application No
:NA 1)RAJALAKSHMI THOZHUVUR SUCHINDRABABU
Filing Date
Address of Applicant :SRMIST, Kattankulathur, Chennai-603203,
(87) International
: NA Tamil Nadu, India Chennai ----------- -----------
Publication No
2)AJITH KUMAR JAYARAMAN
:NA Address of Applicant :SRMIST, Kattankulathur, Chennai-603203,
Filing Date
3)NAVEEN KUMAR PICHAI
(62) Divisional to
:NA Address of Applicant :SRMIST, Kattankulathur, Chennai-603203,
Application Number
Filing Date
4)AADHAVAN GOVINDASWAMY VENKATESH
Address of Applicant :SRMIST, Kattankulathur, Chennai-603203,
(57) Abstract :
ABSTRACT A SYSTEM AND A METHOD FOR MANAGING AN AUTONOMOUS HEALTHCARE ROBOT The present
disclosure discloses a system(100) and a method(200) for managing an autonomous healthcare robot. The system(100) comprises an
autonomous robot(102) with one or more remote devices(120) over a communication network; a plurality of sensors(104) generating
at least one sensor data; a plurality of cameras(106) to capture live video streams; a pre-processing module(108) to receive said sensor
data and said live video stream, and detect one or more obstacles from the environment, and process said live video stream to detect at
least one user in real-time; an interface module(110) to receive an input response from the user on successful detection of the user; a
computing module(112) to receive said input response from the user and compute said input response to generate at least one user
report; an alerting module (114) to receive said user report and generate an alert notification for said report and communicate with said
remote devices(104).

(19) INDIA
(54) Title of the invention : DEEP LEARNING-BASED MEDICAL DIAGNOSTICS PLATFORM FOR EARLY DISEASE
DETECTION
1)Dr. S. Santhosh Baboo
Address of Applicant :Principal, Dwaraka Doss Goverdhan Doss Vaishnav
College, Arumbakkam, Chennai – 106, Tamilnadu, India ----------- -----------
2)Dr. V J Chakravarthy
3)Dr. M. Seenivasan
4)Dr. A. Vijayalakshmi
5)Dr. K. Angayarkkani
6)Dr. N. Jayashri
:G16H0010600000, G16H0050200000,
G06N0003080000, G16H0050700000,
classification 1)Dr. S. Santhosh Baboo
A61B0005000000
Address of Applicant :Principal, Dwaraka Doss Goverdhan Doss Vaishnav
(86) International
:NA College, Arumbakkam, Chennai – 106, Tamilnadu, India ----------- -----------
Application No
:NA 2)Dr. V J Chakravarthy
Filing Date
Address of Applicant :Professor, Department of Computer Applications, Dr. MGR
(87) International
: NA Educational and Research Institute, Maduravoyal, Chennai – 600095, Tamilnadu,
Publication No
India ----------- -----------
:NA 3)Dr. M. Seenivasan
Application Number
:NA Address of Applicant :Associate Professor / Deputy Director, Department of
Filing Date
Mathematics, Annamalai University, Annamalainagar – 608002, Tamilnadu, India
(62) Divisional to
:NA ----------- -----------
Application Number
:NA 4)Dr. A. Vijayalakshmi
Filing Date
Address of Applicant :Head, Department of Data Science, Dwaraka Doss
Goverdhan Doss Vaishnav College, Arumbakkam, Chennai – 106, Tamilnadu,
India ----------- -----------
5)Dr. K. Angayarkkani
Address of Applicant :Head, PG Department of Information Technology & BCA,
Dwaraka Doss Goverdhan Doss Vaishnav College, Arumbakkam, Chennai – 106,
Tamilnadu, India ----------- -----------
6)Dr. N. Jayashri
Address of Applicant :Associate Professor, Faculty of Computer Applications, Dr.
M.G.R Educational and Research Institute, Chennai, Tamilnadu, India ----------- ---
--------
(57) Abstract :
The proposed invention is an advanced Deep Learning-Based Medical Diagnostics Platform specifically designed for the early detection of diseases. This platform
harnesses the power of deep learning algorithms to analyze a wide array of medical data, including but not limited to medical images, electronic health records, and
patient-specific information such as genetics. The core functionality of this system lies in its ability to efficiently process and interpret complex datasets, identifying
patterns and indicators of diseases at their earliest stages. The platform is distinguished by its integration capabilities with existing medical imaging technologies and
healthcare systems, ensuring seamless operation in various clinical environments. Additionally, it features an intuitive user interface for ease of use by healthcare
professionals, alongside robust data privacy and security measures. The platform's predictive analytics capability further enhances its utility in proactive healthcare
management. This invention represents a significant step forward in the field of medical diagnostics, offering potential improvements in patient outcomes through early
and accurate disease detection.

(19) INDIA
(54) Title of the invention : “A GLOVE SYSTEM FOR TWO-WAY COMMUNICATION AND AN APPARATUS THEREOF ”
1)AMRITA VISHWA VIDYAPEETHAM
Address of Applicant :Amrita Vishwa Vidyapeetham,
Bengaluru Campus Kasavanahalli, Carmelaram P.O. Bangalore –
560035, India ----------- -----------
:G06N0003080000, G06F0003010000, Name of Applicant : NA
(51) International
G06K0009620000, G06N0003040000, Address of Applicant : NA
classification
(86) International 1)KULANGARAVALIPPIL, H Akhil
:NA
Application No Address of Applicant :No. 60, Anukhil, 2nd Cross, BSV Park, ,
:NA
Filing Date Bileshivale, Doddagubbi PO, Bangalore Karnataka 560077
(87) International Bileshivale ----------- -----------
: NA
Publication No 2)SREEJESH, Rhethika
(61) Patent of Addition Address of Applicant :No. 60, 6th Main, 2nd Cross, 2nd Phase,
:NA
to Application Number Amrita Nagar, Kasavanahalli, Bangalore 560035 Kasavanahalli, --
:NA
Filing Date --------- -----------
(62) Divisional to 3)THARAYIL, H Hrithik
:NA
Application Number Address of Applicant :No. 25, Shree Hari Tharayil, Behind
:NA
Filing Date Apoorva Apartment, D.B.S, Vidyaranyapura, Bangalore-97
Karnataka 560097 Vidyaranyapura ----------- -----------
4)KALIYAPERUMAL, Deepa
Address of Applicant :424, 4th floor , Sri Sai Acropolis, Hosa
Road, Naganathapura Bangalore, Karnataka 560100
Naganathapura ----------- -----------
(57) Abstract :
The present invention discloses a glove system (S) for two-way communication and an apparatus thereof. The invention utilizes flex
sensors (SM1), 3-axis accelerometer (SM2), and gyroscope sensor (SM3), to accurately detect hand and finger movements. The said
system (S) and apparatus comprises a micro processing unit (MPU), Machine Learning - Random Forest Algorithm and speech
synthesizer (SC3) to generate speech output to communicate with normal people. The said system (S) also employs an array of
microphones (HC2), and Deep Learning Algorithm for readable text output on LCD display (HC1). The glove features Deep Learning
Model to identify the direction of sound, based on wake word detection to visually displayed using LEDs (HC3) for user. The present
glove system and apparatus enables effective communication between the speech and hearing impaired community and the general
public, leveraging technology such as data analysis, and Machine Learning Algorithm. Figure 4

(19) INDIA
(54) Title of the invention : SMARTWELL: PERSONALIZED WELLNESS INSIGHTS POWERED BY MACHINE LEARNING
:G09B0019000000, G06F0003048200,
A61B0005110000, G16H0020300000,
G06Q0030020000
(86) International
Application No
Filing Date
1)Dr. Archudha A
(87) International
: NA Address of Applicant :Department of Artificial Intelligence &
Publication No
Machine Learning, Dayananda Sagar College of Engineering,
:NA Shavige Malleswara Hills, Kumaraswamy Layout, Bangalore-
:NA 560111 Bangalore ----------- -----------
Filing Date
2)Kavya D N
(62) Divisional to
:NA Address of Applicant :Department of Artificial Intelligence &
Application Number
:NA Machine Learning , Dayananda Sagar College of Engineering,
Filing Date
560111 Bangalore ----------- -----------
(57) Abstract :
This innovative recommendation app serves as a comprehensive guide, bridging the gap between awareness and actionable
knowledge, empowering individuals to make informed choices about their exercise routines. By aligning exercise recommendations
with the unique physical and mental states of users, the app strives to optimize the benefits of regular physical activity, ultimately
contributing to a healthier and more resilient lifestyle.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FACILITATING DATA BROADCASTING
:H04N0021431000, H04W0004060000, (71)Name of Applicant :

(51) International
H04N0021482000, G06F0013400000, 1)Rajesh Kanngal Satyanarayan
classification
H04L0067060000 Address of Applicant :No:05 h.no:35-75/4 Brindavan colony,
(86) International sainikpuri, Secunderabad 500094, India Secunderabad ----------- --
:NA
Application No ---------
:NA
: NA
(61) Patent of Addition 1)Rajesh Kanngal Satyanarayan
:NA
to Application Number Address of Applicant :No:05 h.no:35-75/4 Brindavan colony,
:NA
Filing Date sainikpuri, Secunderabad 500094, India Secunderabad ----------- --
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT SYSTEM AND METHOD FACILITATING DATA BROADCASTING The present disclosure provides a system for
data broadcasting. The system comprising a control system for receiving one or more parameters from one or more remote devices
and a processor for configuring a broadcast message from the received one or more parameters. The one or more messages are
configured in one or more formats, and the one or more broadcast messages are created along with one or more control commands to
control display of the one or more broadcast messages. The one or more broadcast messages along with one or more control
commands controlling display of the broadcast message are transmitted through a transceiver to one or more computing devices. The
system further comprises a platform for receiving the transmitted broadcast messages from the one or more computing devices. The
platform is configured to display the broadcast message according the one or more control commands through electronic devices.
(Figure 2)

(19) INDIA
(54) Title of the invention : SYSTEM FOR SENSOR FUSION IN UNIDIRECTIONAL VEHICLE PLATOONING BETWEEN
DIFFERENT VEHICLES AND METHOD THEREOF
:G08G0001000000, G05D0001020000,
(51) International Address of Applicant :Madhav Nagar, Manipal, 576104,
G01S0013931000, G07C0009000000,
classification Karnataka, India. Manipal ----------- -----------
B60W0030165000
(86) International
Application No
Filing Date
1)SANDESH R S
(87) International
: NA Address of Applicant :Department of Instrumentation and Control,
Publication No
:NA Education, Manipal, 576104, Karnataka, India. Manipal -----------
:NA -----------
Filing Date
2)SANTHOSH KV
(62) Divisional to
:NA Address of Applicant :Department of Instrumentation and Control,
Application Number
:NA Manipal Institute of Technology, Manipal Academy of Higher
Filing Date
-----------
(57) Abstract :
The present disclosure relates generally to the field of automobiles. More specifically the present disclosure relates to a system for
sensor fusion in unidirectional vehicle platooning between different vehicles. The system (100) includes a host vehicle (102)
comprising an embedded controller (104), a wireless network (106), one or more on board sensors (108), an actuator, a control unit, a
switch and a visual display, and a secondary vehicle (102-1) comprising similar embedded controller (104-1), a wireless network
(106-1) and one or more one board sensors (108-1), a control unit, switch and visual display. The present disclosure further relates to a
method for sensor fusion in unidirectional vehicle platooning between different vehicles. Advantageously the present invention relates
to a system with embedded controller that allows to configure inbuilt sensors and has option to create or configure to a wireless
network is used to reduce additional hardware for vehicle platooning is required.

(19) INDIA
(54) Title of the invention : EMPLOYING A PHARMACEUTICAL DOSAGE FORM OF N- ACETYL L-TRYPTOPHAN IN
ALZHEIMER’S DISEASE
:A61K0031537700, A61K0009160000,
(51) International 1)MADHAVAN NAMPOOTHIRI G
A61K0047380000, A61K0009280000,
classification Address of Applicant :Associate Professor, Department of
A61K0009200000
Pharmacology, Manipal College of Pharmaceutical Sciences,
(86) International
Application No
Filing Date
2)JAYESH MUDGAL
(87) International
: NA Address of Applicant :Associate Professor, Department of
Publication No
Pharmacology, Manipal College of Pharmaceutical Sciences,
Filing Date
3)SHAILA ANGELA LEWIS
(62) Divisional to
:NA Address of Applicant :Professor, Department of Pharmaceutics,
Application Number
:NA Manipal College of Pharmaceutical Sciences, Manipal Academy
Filing Date
of Higher Education, Manipal, 576104, Karnataka, India. Manipal
----------- -----------
4)SAIRAJ SATARKER
Address of Applicant :ICMR-Senior Research Fellow, Department
of Pharmacology, Manipal College of Pharmaceutical Sciences,
Manipal Academy of Higher Education, Manipal, 576104,
(57) Abstract :
The present invention relates to a pharmaceutical dosage form comprising a marketed peptide, a suspending agent in a range of 0.20-
0.30%; and a pharmaceutically acceptable carrier or excipient, wherein said amino acid is selected from N acetyl L tryptophan (NAT)
and suspending agent is Carboxymethylcellulose. The pharmaceutical composition is formulated for intraperitoneal administration and
facilitates memory improvement, enhancement in cholinergic and CREB signaling, along with a reduction in Tau and inflammatory
markers in the conditions of AD induced by Aß 1-42. The present invention also discloses a method of preparing the pharmaceutical
dosage form.

(19) INDIA
(54) Title of the invention : AN EFFICIENT TEST AUTOMATIONS APPROACH TOWARDS TRANSLATION OF TULU
WRITTEN LETTERS TO KANNADA CHARACTER BASED ON OPTICAL CHARACTER RECOGNITION
1)IYER MANIMOZHI
Address of Applicant :No 46, 6th cross, Srimunishwara
Layout, varanasi, Near Mother Terasa School, K R Puram ---------
-- -----------
:G10L0015220000, A01H0001040000, 2)Neha Gopal
(51) International
A61K0036740000, A23L0002520000, 3)S Senthil Murugan
classification
A61K0036540000 4)Dr Ganesh Kumar R
:NA
:NA
(87) International 1)IYER MANIMOZHI
: NA
Publication No Address of Applicant :No 46, 6th cross, Srimunishwara Layout,
(61) Patent of Addition varanasi, Near Mother Terasa School, K R Puram ----------- --------
:NA
to Application Number ---
:NA
Filing Date 2)Neha Gopal
(62) Divisional to Address of Applicant :Assistant Professor East Point College of
:NA
Application Number Engineering and Technology ----------- -----------
:NA
Filing Date 3)S Senthil Murugan
Address of Applicant :Research Scholar Engineering CSE,
CHRIST (Deemed to be University) Karnataka ----------- -----------
4)Dr Ganesh Kumar R
Address of Applicant :Associate Professor of Engineering CSE,
CHRIST (Deemed to be University) Karnataka ----------- -----------
(57) Abstract :
The sole motivation behind this work is to create software that can proficiently perceive handwritten Tulu characters and produce
yield in Kannada characters. Tulu Kannada characters include parts of combination focuses, which makes them hard to recognize
when they are manually written. In addition, the interpretation of the South Dravidian language (TULU) is the least investigated in
research field. The southwest of Karnataka state and northern Kerala, with some Maharashtra state, speak around 5 million TULU
speakers in India. The programmed acknowledgment of transcribed characters from filtered pictures assists with changing over
characters in a picture into helpful, editable, and comprehensible structures. This framework is utilized to map TULU to Classical
Kannada, perceive the Tulu characters, re-acquaint the precious data, and store it in automatic recognitions for future generations.

(19) INDIA
(54) Title of the invention : RETROFIT SYSTEM AND METHOD FOR IMPROVED STRUCTURAL PERFORMANCE OF
TRADITIONAL COMPOSITE FLOORS
(51) International :E04B1/41, E04B5/16, E04F15/02, Address of Applicant :The Dean, Industrial Consultancy &
classification E04F15/04, E04F15/10 Sponsored Research (IC&SR), Indian Institute of Technology
(86) International Application Madras, Sardar Patel Road, IIT Post, Chennai 600036, Tamil
:NA
No Nadu, India Chennai ----------- -----------
:NA
: NA
(61) Patent of Addition to 1)SETHUMADHAVAN, Krishnachandran
:NA
Application Number Address of Applicant :Department of Civil Engineering Indian
:NA
Filing Date Institute of Technology Madras, Sardar Patel Road, IIT P.O.
(62) Divisional to Application Chennai 600 036, Tamil Nadu, India Chennai ----------- -----------
:NA
Number 2)MENON, Arun
:NA
Filing Date Address of Applicant :Department of Civil Engineering Indian
Institute of Technology Madras, Sardar Patel Road, IIT P.O.
Chennai 600 036, Tamil Nadu, India Chennai ----------- -----------
(57) Abstract :
RETROFIT SYSTEM AND METHOD FOR IMPROVED STRUCTURAL PERFORMANCE OF TRADITIONAL COMPOSITE
FLOORS ABSTRACT 5 The invention discloses a retrofit system (100) for improving structural performance of traditional composite
floors (300), also known as Madras terrace floors. The layers of composite floor (300) include wooden rafters(301), brick masonry
with traditional mortar (302) and overlay with brick bat lime concrete(303). The system (100) may comprise a 10 number of
connecting structures(101), wherein the connecting structures(101) include anchor rods (101a), grouted anchors (101b) or steel
angles(101c) with anchor bolts (101d). In various embodiments, the structures (101) are configured to improve both the gravity and
lateral capacity of the floor (300) through integrating the layers of the floor (300), to produce composite action thereby. Methods (200)
of retrofitting the system to strengthen 15 traditional floors are also discussed. The invention aims to improve the shear capacity of the
floor (300) to four times the nominal value or more. FIG. 1 & 2.

(19) INDIA
(54) Title of the invention : SMART ELEVATOR
1)SR University
:A61B0005000000, B66B0001460000, -
(51) International
G06Q0010080000, B66B0011020000, Name of Applicant : NA
classification
:NA
Application No 1)Arun Sekar Rajasekaran
:NA
Filing Date Address of Applicant :Department Of ECE , SR University,
(87) International Ananthasagar, Warangal, Telanganna, India Warangal ----------- --
: NA
Publication No ---------
(61) Patent of Addition 2)L.M.I. Leo Joseph
:NA
to Application Number Address of Applicant :SR University, Ananthasagar, Warangal,
:NA
Filing Date Telanganna-506371, India Warangal ----------- -----------
(62) Divisional to 3)Ajayan
:NA
Application Number Address of Applicant :S R Engineering College, Ananthasagar
:NA
Filing Date (V), Hasanparthy (M), Warangal, Telangana 506371, India
Warangal ----------- -----------
4)Kalyan Sundar Kola
Address of Applicant :S R Engineering College, Ananthasagar
(V), Hasanparthy (M), Warangal, Telangana 506371, India
Warangal ----------- -----------
(57) Abstract :
SMART ELEVATOR ABSTRACT A smart elevator (100) is disclosed. This smart elevator (100) comprises a biometric sensor set
(106) positioned at the entrance, designed to capture the biometric features of users. Upon receiving this data, the smart elevator (100)
dispatches a cab (102) to the user's designated source floor. Within the cab (102), a microphone (108) is installed to receive vocal
instructions indicating the desired destination floor. A central control unit (110), linked to both the biometric sensor set (106) and the
microphone (108), is uniquely configured. It processes the vocal input, converting it into a binary format, and subsequently extracts
the intended destination floor. Finally, the control unit (110) initiates the elevator cab (102) journey to the specified floor, streamlining
the vertical transportation experience for physically abled and elderly users. Claims: 10, Figures: 4 Figure 1A is selected.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR PRESERVING NUTRITIONAL VALUES IN FOOD SAMPLE
1)SR University
:G01N0033020000, G16H0020600000,
(51) International Address of Applicant :SR University, Ananthasagar,
G01N0001280000, G01N0033120000,
classification Warangal, Telangana-506371, India (IN) Email ID:
A23L0023000000
(86) International
:NA -
Application No
Filing Date
(87) International
Publication No
1)Dr. Tithli Sadhu
:NA Address of Applicant :House No. 1-1-40/2, Road No. 7/1, 1st
:NA Floor, Chaitanyapuri Colony, Warangal, Telangana 506004, India
Filing Date
Warangal ----------- -----------
(62) Divisional to
:NA 2)Dr. Jagannath Roy
Application Number
:NA Address of Applicant :Room No. MA814, 1st Floor, Department
Filing Date
of Mathematics, Mathematics Annex Building, Warangal,
Telangana 506004, India Warangal ----------- -----------
(57) Abstract :
SYSTEM AND METHOD FOR PRESERVING NUTRITIONAL VALUES IN FOOD SAMPLE ABSTRACT A system (100) for
preserving nutritional values in a food sample is disclosed. This system (100), hosted on an application server (108), incorporates a
storage medium (112) housing executable programming instructions for its operation. Notably, the storage medium (112)
encompasses a selection module (114) that empowers users to designate the parameter for the food sample being prepared from a
Pareto set. A sensory evaluation module (116) evaluates diverse sensory attributes to gauge overall user acceptance. Finally, an
optimization module (118) transmits optimized cooking parameters tailored to the selected food sample type and sensory attributes,
thereby meeting multi-objective criteria. The system (100) offers a comprehensive solution for preserving the nutritional values of
cooked food samples while ensuring a superior culinary experience. Claims: 10, Figures: 3 Figure 1A is selected.

(19) INDIA
(54) Title of the invention : CAP FOR PREVENTING LUMP FORMATION IN POWDERED EDIBLES
1)SR University
:A23G0003340000, E21B0041000000, Warangal, Telangana-506371, India (IN) Email ID:
(51) International
F01D0011000000, B65D0051240000, patent@sru.edu.in Mb: 08702818333 Warangal ----------- ----------
classification
A23G0003540000 -
:NA
:NA
(87) International 1)Damarla Ramesh Babu
: NA
Publication No Address of Applicant :Associate Professor, School of Business,
(61) Patent of Addition SR University, Warangal, India 506371 Warangal ----------- -------
:NA
to Application Number ----
:NA
Filing Date 2)Dr. Sandeep Chauhan
(62) Divisional to Address of Applicant :Scientist E/Additional Director, CS-II
:NA
Application Number Division, Ministry of Environment, Forest & Climate Change, Jor
:NA
Filing Date Bag, New Delhi 1100003 Warangal ----------- -----------
3)Dr. Rakesh Sengupta
Address of Applicant :Director, Centre for Creative cognition, SR
University, Warangal, India 506371 Warangal ----------- -----------
(57) Abstract :
CAP FOR PREVENTING LUMP FORMATION IN POWDERED EDIBLES ABSTRACT A cap (100) for preventing lump
formation in powdered edibles is disclosed. This cap (100) comprises a first disk (104), a second disk (106), and adjustable spindle
(108). The second disk (106) is engineered to suspend slightly above the powdered edibles, effectively isolating it from direct contact
with air. The adjustable spindle (108) connects the first disk (104) and the second disk (106) with a spring (110) mechanism to uphold
a tension between them. The cap (100) serves as a barrier for preventing moisture-laden air from affecting the powdered contents and
ultimately mitigating lump formation. The cap (100) provides versatility in accommodating various powdered edibles containers.
Claims: 10, Figures: 2 Figure 1 is selected.

(19) INDIA
(54) Title of the invention : SELF-INFLATABLE TIRE ARRANGEMENT IN VEHICLE
1)SR University
:B60C0023000000, B60C0023160000,
(51) International patent@sru.edu.in Mb: 08702818333 Warangal ----------- ----------
F02C0006160000, B60C0023100000,
classification -
B60G0017052000
(86) International
Application No
Filing Date
1)Damarla Ramesh Babu
(87) International
: NA Address of Applicant :Associate Professor, School of Business,
Publication No
SR University, Warangal, India 506371 Warangal ----------- -------
:NA ----
:NA 2)Dr. Sandeep Chauhan
Filing Date
Address of Applicant :Scientist E/Additional Director, CS-II
(62) Divisional to
:NA Division, Ministry of Environment, Forest & Climate Change, Jor
Application Number
:NA Bag, New Delhi 1100003 Warangal ----------- -----------
Filing Date
3)Dr. Usha Desai
Address of Applicant :Professor, Electronics and Communication
Engineering, SR University, Warangal, Telangana, India 506371.
Warangal ----------- -----------
(57) Abstract :
SELF-INFLATABLE TIRE ARRANGEMENT IN VEHICLE ABSTRACT A self-inflatable tire arrangement (100) arrangement in a
vehicle is disclosed. The self-inflatable tire arrangement (100) comprises a trunk (102). The trunk (102) houses a first compressed air
tank (104) storing air at 50 pounds per square inch (psi) pressure. A second compressed air tank (106) receives air from the first
compressed air tank (104) via a pneumatic steel pipeline (108). Control is facilitated by a first control valve (110) regulating air flow
between tanks. A flexible pneumatic pipeline (116) conveys compressed air from the second compressed air tank (106) to the
vehicle’s tire (112). A second control valve (118) moderates the air flow from the second compressed air tank (106) to the tire (112),
activating in response to negative pressure within the tire (112). The self-inflatable tire arrangement (100) ensures automatic tire
inflation, enhancing vehicle safety and performance. Claims: 10, Figures: 2 Figure 1 is selected.

(19) INDIA
(54) Title of the invention : SYSTEM FOR MONITORING AND REMOTELY CONTROLLING EGG HATCHER
1)SR University
-
:A01K0041000000, F24F0011300000,
A01K0041040000, A01K0041020000,
G05D0027020000
(86) International
:NA 1)Sreedhar Kollem
Application No
:NA Address of Applicant :H. No: 35-7-6/11, Vishwasai colony,
Filing Date
Gopalpur, Hanamkonda, Telangana-506370 Warangal ----------- --
(87) International
: NA ---------
Publication No
2)Ch. Rajendra Prasad
:NA Address of Applicant :H. No:55-3-160/1, Road No.3,
:NA Rudramadevi colony, Bheemaram, Warangal, Telangana, India-
Filing Date
506015 Warangal ----------- -----------
(62) Divisional to
:NA 3)Yalabaka Srikanth
Application Number
:NA Address of Applicant :53-1-131, Yellapur, Hasanparthy,
Filing Date
Hanamkonda, Telangana, India-506371 Hanamkonda ----------- ---
--------
4)Srinivas Samala
Address of Applicant :H.No:3-14-609/1, Vinayaka Nagar,
Hanamkonda, Warangal, Telangana, India – 506001 Hanamkonda
----------- -----------
(57) Abstract :
SYSTEM FOR MONITORING AND REMOTELY CONTROLLING EGG HATCHER ABSTRACT A system (100) for monitoring
and remotely controlling an egg hatcher (102) is disclosed. In this system (100), a temperature sensor (104) and a humidity sensor
(106) are strategically placed within the egg hatcher (102), dedicated to gauging internal conditions. These sensors relay their
measurements to a computing unit (108). The computing unit (108) processes the received temperature and humidity levels,
comparing them against predefined safe ranges. In cases of deviation from these ranges, the unit triggers a first relay (110) to activate
a fan (112) for temperature regulation, and a second relay (114) to activate a bulb (116) for humidity control. The system (100)
ensures precise environmental conditions for optimal egg hatching, offering a reliable and automated solution for poultry farming.
Claims: 10, Figures: 2 Figure 1 is selected.

(19) INDIA
(54) Title of the invention : SMART WATCH FOR DEPRESSION DETECTION
1)SR University
:A61B0005000000, G04G0021000000,
(51) International Address of Applicant :SR University, Ananthasagar,
A61P0025240000, G16H0040670000,
classification Warangal, Telangana-506371, India (IN) Email ID:
A61B0005145000
(86) International
:NA -
Application No
Filing Date
(87) International
Publication No
1)Dr. N. Sharmila Banu
:NA Address of Applicant :Department of Computer Science, S R
:NA University, Warangal, Telangana, India. 506375 Waramgal --------
Filing Date
--- -----------
(62) Divisional to
:NA 2)Dr. K. Deepa
Application Number
Filing Date
Computer Science, S R University, Warangal, Telangana,
India.506376 Waramgal ----------- -----------
(57) Abstract :
SMART WATCH FOR DEPRESSION DETECTION ABSTRACT A smart watch (100) for depression detection is disclosed. The
smart watch (100) comprising a casing (104) housing essential component. These include a sensor (106) for measuring user's vital
signs, a display unit (108) for presenting measured data, and a controller (112) in communication with the sensor. The controller (112)
is configured to receive and process vital sign data, employing a machine learning algorithm for analysis. By extracting features from
the analyzed data, it classifies the user's vital signs, subsequently identifying their level of depression. Notably, when the detected
depression level surpasses a predefined threshold, an alert unit (114) is activated to transmit alerts to a user device (116). Claims: 10,
Figures: 3 Figure 1 is selected.

(19) INDIA
(54) Title of the invention : SYSTEM FOR PLANTING SEEDS IN AGRICULTURAL FIELD
1)SR University
:A01C0007200000, A01B0079000000, Address of Applicant :SR University, Ananthasagar,
(51) International
A01C0015000000, A01C0021000000, Warangal, Telangana-506371, India (IN) Email ID:
classification
A01B0049060000 patent@sru.edu.in Mb: 08702818333 Warangal ----------- ----------
(86) International -
:NA
:NA
: NA
Publication No 1)Nagireddy Praveena Devi
(61) Patent of Addition Address of Applicant :F 306, GMR Brindhavan Apartments,
:NA
to Application Number Waddepally, Warangal-506370 Warangal ----------- -----------
:NA
Filing Date 2)K Kiran Kumar
(62) Divisional to Address of Applicant :F 306, GMR Brindhavan Apartments,
:NA
Application Number Waddepally, Warangal-506370 Warangal ----------- -----------
:NA
Filing Date 3)Chikka Naveen
Address of Applicant :16-10-789, Shivanagar, Warangal,
Telangana-506002 Warangal ----------- -----------
(57) Abstract :
SYSTEM FOR PLANTING SEEDS IN AGRICULTURAL FIELD ABSTRACT A system (100) for planting seeds in an agricultural
field is disclosed. The system (100) comprises a seed storage tanker (102) for seed storage and supply to a seed hopper (104). A wheel
(106), linked to the seed hopper (104) through a chain drive (110), imparts rotational motion to the seed hopper (104) through linear
movement. A seed discharging tube (112) receives seeds from the seed hopper (104) and conveys them to a funnel (114). Finally, a
seed dribbler (116) is employed to sow seeds at a substantial depth within the agricultural field's soil, utilizing the seeds received in
the funnel (114). The system (100) streamlines the seed planting process, enhancing precision and efficiency in agricultural
operations. Claims: 10, Figures: 5 Figure 1A is selected.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR CONVERTING ALTERNATING CURRENT (AC) TO DIRECT
CURRENT (DC)
Address of Applicant :Indian Institute of Science, C.V. Raman
:H02M1/00, H02M1/42,
(51) International classification Road, Bangalore - 560012, Karnataka, India Bangalore ----------- -
H02M1/4208
----------
Filing Date :NA
:NA 1)Vishnu Mahadeva Iyer
Application Number
:NA Address of Applicant :Indian Institute of Science, C.V. Raman
Filing Date
Road, Bangalore - 560012, Karnataka, India Bangalore ----------- -
:NA ----------
Number
:NA 2)Himanshu Bhusan Sandhibigraha
Filing Date
Address of Applicant :Indian Institute of Science, C.V. Raman
Road, Bangalore - 560012, Karnataka, India Bangalore ----------- -
----------
(57) Abstract :
SYSTEM AND METHOD FOR CONVERTING ALTERNATING CURRENT (AC) TO DIRECT CURRENT (DC) ABSTRACT A
system for converting Alternating Current (AC) to Direct Current (DC) is disclosed. The system includes a converter (100), a plurality
of voltage sensors (602), a plurality of current sensors (604), and a controller unit (300). The converter (100) includes a primary stage
(104a) and a secondary stage (104b), each stage (104a,104b) includes switches (Sa106a, Sb106b, Sc106c, Sd106d, S1108a, S2108b,
S3108c, S4108d, S5110a, S6110b, S7110c, S8110d, Saux112). The converter (100) is configured to convert AC to DC with power
factor correction (PFC) and allow regulation of range of DC output voltages and powers and the primary stage (104a) is galvanically
isolated from the secondary stage (104b) using a high-frequency transformer (120). The voltage sensors (602) configured to measure
voltage levels at nodes associated with the converter (100). The current sensors (604) configured to measure current levels through
circuit elements associated with the converter (100). The controller unit (300), communicatively coupled to the converter (100). FIG. 1

(19) INDIA
(54) Title of the invention : INFLUENCE OF POST-TRANSITION METAL ON THE ELECTROCHEMICAL TETRYZOLINE
SENSING PERFORMANCE OF ZIRCONATE NANOMATERIAL
1)Dr. Surendra B S
Address of Applicant :Department of Chemistry, Dayananda Sagar College of
Engineering, Shavige Malleshwara Hills, Kumaraswamy layout, Bengaluru -
560111 Bengaluru ----------- -----------
2)Dr. Rudresh M
:G01N0027327000, G01N0027300000, College of Engineering, Shavige Malleshwara Hills, Kumaraswamy layout,
(51) International
G01N0027480000, G01N0027260000, Bengaluru -560111 Bengaluru ----------- -----------
classification
A61K0009000000 3)Dr. H.C. Ananda Murthy
(86) International Address of Applicant :Department of Applied Sciences, Papua New Guinea
:NA
Application No University of Technology, Lae, Morobe Province, 411, Papua New Guinea Morobe
:NA
Filing Date Province ----------- -----------
(87) International 4)Dr. Tan Kar Ban
: NA
Publication No Address of Applicant :Department of Chemistry, Faculty of Science, Universiti
(61) Patent of Addition to Putra Malaysia, 43400 UPM Serdang, Selangor, Malaysia ----------- -----------
:NA
Application Number 5)Dr Kiran T
:NA
Filing Date Address of Applicant :Department of Chemistry, SJB Institute of technology,
(62) Divisional to Bangalore Bangalore ----------- -----------
:NA
Application Number 6)Dr Shamantha kumar
:NA
Filing Date Address of Applicant :Department of Chemistry, SJB Institute of technology,
7)Chethana MV
Address of Applicant :Department of Chemistry, SJB Institute of technology,
8)Dr. S Giridhar Reddy
Address of Applicant :Department of Chemistry, Amrita School of Engineering,
Bengaluru, Amrita Vishwa Vidyapeetham, 560035 Bangalore ----------- -----------
9)Dr N. Basavaraju
Address of Applicant :Department of Chemistry, East West Institute of
Technology, Bangalore Bangalore ----------- -----------
10)Dr N. Raghavendra
Address of Applicant :Department of Chemistry, East West Institute of
Technology, Bangalore Bangalore ----------- -----------
(57) Abstract :
The sensitive electrochemical detection technique for Eye drop (Tetryzoline) present in acidic electrolyte, while efficient potentially
eliminating the hindrance of other chemicals has been lacking at the present time. We found that the interfacial barrier of Mg doped
ZrO4 hetero-nanoparticle had powerful physical effects on electrochemical sensor investigation. As based on the interfacial physical
barrier, it could avoid the existing problem of the traditional electrochemical sensing mechanism and apply in more interfering
environment. High sensitivity and specificity towards sensitive detection of Eye drop (Tetryzoline) in acidic electrolyte (0.1M HCl)
was achieved by employing the modified electrode of graphite-MgZrO4 hetero-nanoparticle. The interfacial barrier effect provides a
chance to develop sensors used in more interfering environment. The achieved method allows various types of nanostructured
materials to be developed with good stability and high sensitivity towards detection of Eye drop (Tetryzoline).

(19) INDIA
(54) Title of the invention : ALL-IN-ONE DISCRIMINATOR
:G06Q0050000000, G02F0001330000, Name of Applicant : NA
(51) International
C21C0007068000, G06F0016245700, Address of Applicant : NA
classification
(86) International 1)Dr. Suma V
:NA
Application No Address of Applicant :Head of the Department, Computer Science
:NA
Filing Date and Design, Dayananda Sagar College of Engineering, Shavige
: NA
(61) Patent of Addition 2)Kausthub Kannan
:NA
to Application Number Address of Applicant :Computer Science and Design, Dayananda
:NA
(62) Divisional to Kumaraswamy Layout, Bangalore-560111 Bangalore ----------- ---
:NA
:NA
Filing Date 3)Aditya Awati
Address of Applicant :Artificial Intelligence and Machine
Learning, Dayananda Sagar College of Engineering, Shavige
Bangalore ----------- -----------
(57) Abstract :
The invention introduces the AOD (All In One Discriminator), a comprehensive regulatory framework developed to address the
evolving challenges presented by AI-generated data in the digital realm. In an era marked by the rapid progression of AI technology,
concerns regarding the veracity and trustworthiness of content disseminated on social media and web platforms are on the rise. The
AOD framework endeavors to offer a resilient solution by effectively identifying and filtering content that remains concealed lacks
authorization from genuine users, or is generated by AI models. This invention explores the key features and significance of the AOD
framework in safeguarding the integrity of digital information.

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF PVA-CHITOSAN BASED SUTURES FOR SURGICAL LIGATURE & OTHER
WOUND HEALING APPLICATIONS.
1)Dr. Blessy Baby Mathew
:C08L0005080000, D01D0005060000, Biotechnology, Dayananda Sagar College of Engineering, Shavige
(51) International
A61L0031040000, A61L0015280000, Malleswara Hills, Kumaraswamy Layout, Bangalore-560111
classification
A61L0017120000 Bangalore ----------- -----------
(86) International 2)M Monisha
:NA
Application No Address of Applicant :Department of Biotechnology, Dayananda
:NA
(87) International Kumaraswamy Layout, Bangalore-560111 Bangalore ----------- ---
: NA
(61) Patent of Addition 3)Hanskritha Singh U
:NA
to Application Number Address of Applicant :Department of Biotechnology, Dayananda
:NA
(62) Divisional to Kumaraswamy Layout, Bangalore-560111 Bangalore ----------- ---
:NA
:NA
Filing Date 4)Poorvika BP
Address of Applicant :Department of Biotechnology, Dayananda
Sagar College of Engineering, Shavige Malleswara Hills,
Kumaraswamy Layout, Bangalore-560111 Bangalore ----------- ---
--------
5)Dr. Anantharaju K.S
Chemistry, Dayananda Sagar College of Engineering, Shavige
Bangalore ----------- -----------
(57) Abstract :
Chitosan individually as a biopolymer does not have enough good properties to make sutures. Hence, an attempt to make a Poly-Vinyl
Alcohol (PVA) and Chitosan based sutures were carried out, owing to good mechanical properties of PVA for producing sutures.
These sutures can be used as ligature mat that can be used to cover the wound or else could be used for ligature purpose as it possesses
antimicrobial properties and can dissolve in blood after wound healing. Chitosan was successfully extracted from Clam shells after
which the PVA was added in varied concentrations. After standardization of different ratios in which solvents were used and post
optimization of process parameters, the percentage of chitosan and PVA was fixed to get the most preferred and desirable sutures.
Initially, the PVA-Chitosan based sutures were produced by syringe propulsion method which resulted in dis-continuous and hard
sutures, and later the wet-spinning process was used to make continuous and soft sutures that were flexible in nature. The sutures were
characterized using FTIR, XRD and SEM. The sutures were tested to analyze its tensile strength and elongation property. Young’s
modulus was also estimated to check the ductility and degradability index of the produced sutures. The developed sutures prove to be
a safer alternative to conventional ligatures that may result in threats such as biological magnification of toxic substances and other
adverse effects on environment due to lack of degradability and interaction with non-target organisms including human health.

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF ZIRCONIUM DOPED CHITIN TETRAPODS FOR DETOXIFICATION OF
PHARMACEUTICALS
1)Dr. Blessy Baby Mathew
:C02F0001280000, G01N0033180000,
C02F0101300000, B01J0020320000,
classification Biotechnology, Dayananda Sagar College of Engineering, Shavige
B01J0020280000
(86) International
:NA Bangalore ----------- -----------
Application No
:NA 2)Dr. Anantharaju K.S
Filing Date
(87) International
: NA Chemistry, Dayananda Sagar College of Engineering, Shavige
Publication No
Malleswara Hills, Kumaraswamy Layout, Bangalore Bangalore ---
:NA -------- -----------
:NA 3)Shreya Kispotta
Filing Date
(62) Divisional to
:NA Shavige Malleswara Hills, Kumaraswamy Layout, Bangalore-
Application Number
:NA 560111 Bangalore ----------- -----------
Filing Date
4)Srijea Roy
560111 Bangalore ----------- -----------
5)Saumya Jaiswal
560111 Bangalore ----------- -----------
(57) Abstract :
Water pollution is at high alert with an increase in population of India. Pharmaceutical effluent is an emerging class of effluent that is
affecting the water bodies in recent times. Antibiotics, cytotoxins, birth control pills, synthetic hormones, anti-inflammatories,
synthetic hormone analogues, and statins are only a few of the varied chemical compounds that make up Pharmaceutical Active
Compound. When these effluents are released into the water stream, they have genotoxic, mutagenic, and ecotoxicological effects on
people, animals, plants, and other organisms. The consumption of antibiotics have increased up to 39% in India, due to improper
discard of these medicines they are accumulating in river bodies and contaminating the water. Zirconium has been found to be helpful
in the removal of fluoride and arsenic from aqueous solutions due to its tetravalent nature. Tetrapods have the ability to take up heavy
metals, which has been shown to be advantageous when heavy metals are taken up from water bodies, which is a possible effluent. In
this study Zirconium doped Chitin adsorbents are synthesized for the uptake of antibiotics from water samples. Chitin was extracted
from biowaste that is shrimp shells and further doped with Zirconyl Chloride along with Polyvinyl butryl (PVB) as a crossliner using
the Hydrothermal method. The synthesized doped adsorbent uptake efficiency was checked on three different synthetic water samples.
Therefore, employing X-ray diffraction analysis (XRD), scanning electron microscopy (SEM), and (FTIR) Fourier transform infrared,
the morphological and chemical characteristics of the adsorbents were extensively characterized and the uptake ability was verified
using UV-vis Spectrophotometer. The analysis was done at three different pH. The optimal uptake of Sulfamethoxazole was at pH 4 at
265 nm, for Ibuprofen it was at pH 2 at 200 nm and for Pentids it was at pH 6 at 200 nm. The synthesized doped adsorbent has a lot of
potential adsorption ability for uptake of these antibiotics, and it may be thoroughly investigated on a broader scale by incorporating
them into gel beads and introducing them in real time samples.

(19) INDIA
(54) Title of the invention : NOVEL SYSTEM, DESIGN, DEVELOPMENT AND ANALYSIS OF 1U CUBESAT STRUCTURE
SUITABLE FOR LEO AND CLASS ROOM SATELLITES
1)Cambridge Institute of Technology, Bengaluru
Address of Applicant :KR Puram, Bengaluru Bengaluru ----------- -----------
1)Dr. K. Gopalakrishnan
Address of Applicant :Cambrian Consultancy Center and Industrial Research (CCCIR), Cambridge Institute of
Technology (CIT), Bengaluru Bengaluru ----------- -----------
2)Dr. D. Antony Louis Piriyakumar
Address of Applicant :Cambrian Consultancy Center and Industrial Research (CCCIR), CIT, Krishnarajapura,
Bengaluru Bengaluru ----------- -----------
3)Dr. P. Cyril Prasanna Raj
:B64G0001100000, H01Q0001120000, Address of Applicant :https://sites.ecse.rpi.edu//frisc/theses/ErnestThesis-MS/ErnestThesis.htmlCambrian
(51) International Consultancy Center and Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- --
H04B0007185000, H01Q0001280000,
classification ---------
B64G0001640000 4)Dr. S. Shankar
Address of Applicant :https://sites.ecse.rpi.edu//frisc/theses/ErnestThesis-MS/ErnestThesis.htmlCambrian
(86) International Consultancy Center and Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- --
:NA ---------
Application No
:NA 5)Dr. Sudha Joseph
Filing Date Address of Applicant :https://sites.ecse.rpi.edu//frisc/theses/ErnestThesis-MS/ErnestThesis.htmlCambrian
Consultancy Center and Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- --
(87) International ---------
: NA 6)Dr. Kavitha Joseph
Publication No Address of Applicant :https://sites.ecse.rpi.edu//frisc/theses/ErnestThesis-MS/ErnestThesis.htmlCambrian
(61) Patent of Addition Consultancy Center and Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- --
:NA ---------
to Application Number 7)Prof. Jenita Subash
:NA Address of Applicant :https://sites.ecse.rpi.edu//frisc/theses/ErnestThesis-MS/ErnestThesis.htmlCambrian
Filing Date Consultancy Center and Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- --
:NA 8)Prof. Syed Hayath
Application Number Address of Applicant :https://sites.ecse.rpi.edu//frisc/theses/ErnestThesis-MS/ErnestThesis.htmlCambrian
:NA Consultancy Center and Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- --
9)Prof. Asma Taj H A
Address of Applicant :https://sites.ecse.rpi.edu//frisc/theses/ErnestThesis-MS/ErnestThesis.htmlCambrian
Consultancy Center and Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- --
---------
10)Mr. Vishwa Gopalakrishnan
Address of Applicant :New York University, New York, USA Bengaluru ----------- -----------
11)Ms. Inbisat Yousuf Nath
Address of Applicant :Central University of Kashmir, Kashmir, India Bengaluru ----------- -----------
12)Ms. Bhavana Savanth
Address of Applicant :Carnegie Mellon University, Pennsylvania, USA Bengaluru ----------- -----------
13)Ms. Kajol Shamdasani
Address of Applicant :University of Southern California, USA Bengaluru ----------- -----------
(57) Abstract :
This patent disclosure covers Novel System, Design, Development and Analysis of 1U CubeSat Structure Suitable for Low Earth
Orbit (LEO) and Class Room Satellites’ Experiments and Applications as described in Fig 1 to 14. 1U CubeSat or Cube Satellite or
Qube Satellite is a conventional satellite in which all subsystems are integrated into a small cube (100 mm x 100 mm x 100 mm) in
terms of volume and shape with a volume of 1000 cubic meters. The design includes all important subsystems such as the electrical
power system (EPS) and on-board computer (OBC), telemetry/antenna, including antenna mounting/deployment mechanism,
respectively manufactured and stacked in a vertically machined 1U cube structure as shown in Figures 1-4. The condensed volume
(form factor) of the 1U CubeSat (100 mm x 100 mm) offers the possibility of having a small satellite with all the functional elements
within the structure. The antenna can also be easily mounted next to the 1U CubeSat structure as needed.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR SMART BIN
Address of Applicant :KR Puram, Bengaluru Bengaluru ----------- -----------
1)Dr. Varalatchoumy M
:B30B0009300000, B65F0001140000,
(51) International Address of Applicant :Professor and Department of AI & ML Cambridge Institute
B65F0001060000, G06Q0010080000,
classification of Technology Krishnarajapura Bangalore - 560 036 Bengaluru ----------- -----------
B65F0001000000
2)R. Vishnu Das
(86) International
:NA Address of Applicant :Cambridge Institute of Technology Krishnarajapura
Application No
:NA Bangalore - 560 036 Bengaluru ----------- -----------
Filing Date
3)Bharath Raj.B
(87) International
: NA Address of Applicant :Cambridge Institute of Technology Krishnarajapura
Publication No
Bangalore - 560 036 Bengaluru ----------- -----------
:NA 4)Abhishek.A
Application Number
Filing Date
(62) Divisional to
:NA 5)Ajay.N
Application Number
Filing Date
6)Dr. Indumathi G
Address of Applicant :Principal Cambridge Institute of Technology
Krishnarajapura Bangalore - 560 036 Bengaluru ----------- -----------
7)Dr. Girish H
Address of Applicant :Professor, Department of ECE Cambridge Institute of
Technology Krishnarajapura Bangalore - 560 036 Bengaluru ----------- -----------
(57) Abstract :
This paper introduces an innovative approach to waste management through an Automatic Trash Compactor that leverages hydraulics and Internet of Things (IoT)
technology for enhanced efficiency and automation. Traditional waste disposal methods are often plagued by inefficiencies and environmental concerns. The proposed
system integrates advanced features for waste compaction, autonomous garbage bag filling, and IoT-enabled sealing mechanisms.The core components of the system
include a hydraulically-operated trash compactor, a self-filling module, and an IoT-driven sealing mechanism. The hydraulically-powered compactor employs hydraulic
pressure to drastically reduce the volume of waste, optimizing the use of available waste storage space. This compaction process not only decreases the frequency of
waste collection but also reduces transportation costs and associated carbon emissions. The self-filling module introduces a new level of automation by detecting the
trash container's fill level and autonomously initiating the waste transfer into garbage bags. Utilizing an array of sensors, microcontrollers, and actuators, this module
ensures accurate waste transfer while minimizing spillage and sensor inaccuracies. The automated waste transfer enhances user convenience while minimizing the need
for manual intervention. Furthermore, the incorporation of IoT technology elevates the system's capabilities. The IoT-enabled sealing mechanism monitors the fill level
of garbage bags and triggers the sealing process when bags reach capacity. This real-time monitoring enhances waste containment, prevents odors, and mitigates
environmental pollution. Users can also receive notifications and updates on their waste disposal status through a mobile app or web interface, adding a layer of
transparency and control. The amalgamation of hydraulics, automation, and IoT technology in this Automatic Trash Compactor presents a comprehensive solution to
contemporary waste management challenges. The utilization of IoT-driven sealing mechanisms enables real-time tracking and control, fostering a more sustainable
waste disposal approach. Further advancements and refinements of this system hold the potential to revolutionize waste management practices in various settings, from
households to commercial establishments, contributing to a cleaner and greener environment.

(19) INDIA
(54) Title of the invention : CREATING E-BOOKS USING LARGE LANGUAGE MODELS AND TEXT TO IMAGE
GENERATIVE ARTIFICIAL INTELLIGENCE.
Address of Applicant :KR Puram, Bengaluru Bengaluru -------
---- -----------
:G06N0020000000, G06F0040169000,
G06F0016930000, G06F0040242000,
G06N0005020000
(86) International
:NA Address of Applicant :Professor and Department of AI & ML
Application No
:NA Cambridge Institute of Technology Krishnarajapura Bangalore -
Filing Date
560 036 Bengaluru ----------- -----------
(87) International
: NA 2)Meghdeep Mondal
Publication No
Address of Applicant :Cambridge Institute of Technology
:NA Krishnarajapura Bangalore - 560 036 Bengaluru ----------- ---------
:NA --
Filing Date
3)Dr. Indumathi G
(62) Divisional to
:NA Address of Applicant :Principal Cambridge Institute of
Application Number
:NA Technology Krishnarajapura Bangalore - 560 036 Bengaluru ------
Filing Date
----- -----------
4)Dr. Girish H
Address of Applicant :Professor, Department of ECE Cambridge
Institute of Technology Krishnarajapura Bangalore - 560 036
Bengaluru ----------- -----------
(57) Abstract :
The digital age has ushered in a transformative era for the creation of e-books, with advancements in artificial intelligence (AI)
playing a pivotal role. This paper delves into the synergistic potential of large language models and text-to-image generative AI in the
realm of e-book production. Large language models, exemplified by GPT-3.5, have redefined the boundaries of natural language
processing, offering unprecedented capabilities in generating high-quality written content. This paper explores how these models
empower authors and content creators to streamline e-book creation, producing engaging narratives and informative texts across a
spectrum of genres. Complementing these language models, text-to-image generative AI introduces a visual dimension to e-books. By
translating textual descriptions into vibrant illustrations and infographics, this technology enriches the reader's experience and caters to
diverse learning preferences, particularly in educational e-books.This paper provides a comprehensive overview of the methodology
involved in integrating these cutting-edge technologies, offering practical insights and addressing potential challenges. Moreover, it
investigates the broader implications of this convergence for authors, publishers, and readers, emphasizing the potential for heightened
creativity, enhanced accessibility, and the democratization of e-book production. As digital reading continues to shape the future of
knowledge dissemination and entertainment, the fusion of large language models and text-to-image generative AI emerges as a
groundbreaking approach to creating e-books that captivate, educate, and inspire readers across the digital landscape. This innovation
promises to reshape the e-book industry, opening new frontiers for content creators and consumers, and ushering in a new era of e-
book production.

(19) INDIA
(54) Title of the invention : SYSTEM, DESIGN, DEVELOPMENT AND ORBITAL ANALYSIS USING SMART VIRTUAL
TOOLS OF 3D PRINTED CUBESAT STRUCTURE FOR CLASS ROOM 1U CUBESAT AND POCKET CUBE SATELLITES
Address of Applicant :KR Puram, Bengaluru ----------- -----------
1)Mr. MOHAMMAD YOUSUF NATH
Address of Applicant :Cambrian Consultancy Center and Industrial Research
:B33Y0080000000, B64G0001100000, (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- -----------
(51) International
B33Y0050020000, B64G0001640000, 2)Dr. K. GOPALAKRISHNAN
classification
B64G0001660000 Address of Applicant :Cambrian Consultancy Center and Industrial Research
(86) International (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- -----------
:NA
Application No 3)Prof. ASMA TAJ H A
:NA
Filing Date Address of Applicant :Cambrian Consultancy Center and Industrial Research
(87) International (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- -----------
: NA
Publication No 4)Prof. SYED HAYATH
(61) Patent of Addition to Address of Applicant :Cambrian Consultancy Center and Industrial Research
:NA
Application Number (CCCIR), CIT, Krishnarajapura, Bengaluru Bengaluru ----------- -----------
:NA
Filing Date 5)Dr. Girish H
(62) Divisional to Address of Applicant :Professor, Department of ECE, Cambridge Institute of
:NA
Application Number Technology, KR puram, Bengaluru Bengaluru ----------- -----------
:NA
Filing Date 6)Ms. BHAVANA SAVANTH
Address of Applicant :Carnegie Mellon University, Pennsylvania, USA ----------- --
---------
7)Dr. KHALID SULTAN
Address of Applicant :Department of Physics, School of Physical & Chemical
Sciences, Central University of Kashmir, Kashmir, India kathua ----------- -----------
8)Ms. INBISAT YOUSUF NATH
Address of Applicant :Department of Physics, School of Physical & Chemical
Sciences, Central University of Kashmir, Kashmir, India kathua ----------- -----------
(57) Abstract :
This patent disclosure covers System, Design, Development and Orbital Analysis Using Smart Virtual Tools of 3D Printed CubeSat Structure for Class Room 1U
CubeSat and Pocket Cube Satellites’ Experiments and Applications as described below in Fig 1 to 14. 1U Cambridge Class Room CubeSat (CI Tech C3Sat) or Cube
Satellite or Qube Satellite (Qube Sat) is a conventional satellite in which all subsystems are integrated into a small cube (10 cm Cube) in terms of volume and shape
with a volume of 1000 cm3. Sizes of 1U CubeSat: 10cm x 10cm x 10cm and Pocket QubeSat/Pocket CubeSat: 5cm x 5cm x 5cm. STL and OBJ file formats were used
for 3D printing and computer-aided design (CAD). OBJ format is a used whenever 3D models with color and texture information are to be printed in 3D. The 3D
Printed 1U CubeSat and/or Pocket CubeSat Structures are designed and manufactured through additive manufacturing process as Class Room Satellites and/or for
Engineering Model for near space launches using drones or helium balloons etc. 3D Printed 1U and/or Pocket Cube Satellite Structures shown in Fig 6 to 9, when used
for Class Room Satellite or as near space launched satellite, it will use inbuilt battery power and will have provision for external power (tethered power supply as near
space launched satellite) and test probes for performing various routine exercises to train the students on “Class Room Satellite”. Either 10 cm Cube or 5cm Cube can
be 3D Printed using any Additive Manufacturing Techniques, as per the end use of 1U or Pocket CubeSat! Orbital Analysis has been done with simulation of all
subsystems and their masses along with Centre of Gravity has been validated with fabricated engineering model for qualification tests Vs designed parameters through
FEA and CFD Analysis. Also validated the results with our own or any Open Source “Orbital Analysis Software”! The design includes all important subsystems such as
the electrical power system (EPS) and on-board computer (OBC), telemetry/antenna, including antenna mounting/ deployment mechanism, respectively manufactured
and stacked in a vertically inside the 3D Printed 1U cube satellite structure as shown in Figures 1 to 9. The condensed volume (form factor) of the 1U CubeSat and/or
Pocket CubeSat offers the possibility of having a small satellite with all the functional elements within the structure. The antenna can also be easily mounted next to the
1U CubeSat structure as needed. Being a class room satellite, adequate instrumentation and test probes are added it.

(19) INDIA
(54) Title of the invention : SYSTEM, DESIGN, DEVELOPMENT AND ANALYSIS OF 3D PRINTED 1U CUBESAT
STRUCTURE FOR CLASS ROOM SATELLITES
Address of Applicant :KR Puram, Bengaluru ----------- ---------
--
1)Dr. S. SHANKAR
Address of Applicant :Cambrian Consultancy Center and
Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru
Bengaluru ----------- -----------
2)Dr. P. CYRIL PRASANNA RAJ
:B64G0001100000, H01Q0001120000,
(51) International Address of Applicant :Cambrian Consultancy Center and
B64G0001640000, B64G0001440000,
classification Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru
B64G0001420000
Bengaluru ----------- -----------
(86) International
:NA 3)Dr. K. GOPALAKRISHNAN
Application No
:NA Address of Applicant :Cambrian Consultancy Center and
Filing Date
(87) International
: NA Bengaluru ----------- -----------
Publication No
4)Mr. N. MADHU SUDHAN
:NA Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru
Filing Date
Bengaluru ----------- -----------
(62) Divisional to
:NA 5)Mr. N. PARAMESH KUMAR
Application Number
Filing Date
Bengaluru ----------- -----------
6)Ms. Bhavana Savanth
Address of Applicant :Carnegie Mellon University, Pennsylvania,
USA ----------- -----------
7)Dr. Girish H
Address of Applicant :professor, Department of ECE, Cambridge
Institute of Technology, KR Puram, Bengaluru Bengaluru ---------
-- -----------
Address of Applicant :Central University of Kashmir, Kashmir,
India Bengaluru ----------- -----------
(57) Abstract :
This patent disclosure covers System, Design, Development and Analysis of 3D Printed 1U CubeSat Structure for Class Room
Satellites’ Experiments and Applications as described below in Fig 1 to 14. 1U Cambridge Class Room CubeSat (CI Tech C3Sat) or
Cube Satellite or Qube Satellite (Qube Sat) is a conventional satellite in which all subsystems are integrated into a small cube (100
mm x 100 mm x 100 mm) in terms of volume and shape with a volume of 1000 cubic meters. The design includes all important
subsystems such as the electrical power system (EPS) and on-board computer (OBC), telemetry/antenna, including antenna mounting/
deployment mechanism, respectively manufactured and stacked in a vertically inside the 3D Printed 1U cube satellite structure as
shown in Figures 1 to 9. The condensed volume (form factor) of the 1U CubeSat (100 mm x 100 mm) offers the possibility of having
a small satellite with all the functional elements within the structure. The antenna can also be easily mounted next to the 1U CubeSat
structure as needed. Being a class room satellite, adequate instrumentation and test probes are added it.

(19) INDIA
(54) Title of the invention : HYDROFICKLE6.
1)cambridge Institute of Technology, Bengaluru
Address of Applicant :K R Puram, Bengaluru ----------- --------
---
Address of Applicant :Professor and HOD AI & ML, Cambridge
:G09B0019000000, C02F0001680000, Institute of Technology, KR puram, Bengaluru Bengaluru ----------
(51) International
A23L0002520000, A23L0033105000, - -----------
classification
G16H0040630000 2)PADMANABHUNI ANUPAMA
(86) International Address of Applicant :Cambridge Institute of Technology 4, 12th
:NA
Application No Cross, Manjunatha Layout, Krishnarajapura Bangalore - 560 036
:NA
(87) International 3)V SADHANA
: NA
Publication No Address of Applicant :Cambridge Institute of Technology 4, 12th
(61) Patent of Addition Cross, Manjunatha Layout, Krishnarajapura Bangalore - 560 036
:NA
to Application Number Bengaluru ----------- -----------
:NA
Filing Date 4)VIDYA BHARTI
(62) Divisional to Address of Applicant :Cambridge Institute of Technology 4, 12th
:NA
Application Number Cross, Manjunatha Layout, Krishnarajapura Bangalore - 560 036
:NA
5)Dr. Indumathi G
Address of Applicant :Principal Cambridge Institute of
Technology 4, 12th Cross, Manjunatha Layout, Krishnarajapura
6)Dr. Girish H
Institute of Technology 4, 12th Cross, Manjunatha Layout,
Krishnarajapura Bangalore - 560 036 Bengaluru ----------- ---------
--
(57) Abstract :
The smart water bottle represents a significant advancement in promoting proper hydration and overall well-being. This innovative
device not only ensures that individuals consume an adequate amount of water but also delivers it at an ideal and comfortable
temperature. Its adoption is not limited to personal health benefits; it extends to fostering technological innovation, creating
educational opportunities, and driving positive changes in behavior towards more sustainable and eco-conscious lifestyles. By
accommodating a wide range of preferences and individual needs, the smart water bottle stands as a compelling symbol of progress
towards a greener and more conscientious society. In essence, it combines the essential elements of health, technology, education, and
sustainability to create a positive and lasting impact on our lives and the environment.

(19) INDIA
(54) Title of the invention : NOVEL SYSTEM, DESIGN AND DEVELOPMENT OF HYBRID CAREER TRILOGY FOR CAREER
DESIGN STUDIO
Address of Applicant :KR Puram, Bengaluru-36 ----------- -----
------
1)Dr. Kanapathy Gopalakrishnan
:G06Q0010060000, G06Q0010100000, Bengaluru ----------- -----------
(51) International
A63F0003000000, G06F0030000000, 2)Dr. Kanapathy Raja
classification
G06F0111100000 Address of Applicant :Cambrian Consultancy Center and
(86) International Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru
:NA
Application No Bengaluru ----------- -----------
:NA
Filing Date 3)Dr. Sudha Joseph
(87) International Address of Applicant :Cambrian Consultancy Center and
: NA
Publication No Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru
(61) Patent of Addition Bengaluru ----------- -----------
:NA
to Application Number 4)Dr. Kavitha Joseph
:NA
Filing Date Address of Applicant :Cambrian Consultancy Center and
(62) Divisional to Industrial Research (CCCIR), CIT, Krishnarajapura, Bengaluru
:NA
Application Number Bengaluru ----------- -----------
:NA
Filing Date 5)Mr. Vishwa Gopalakrishnan
Bengaluru ----------- -----------
6)Mr. Uthayakumar Gowtham
Address of Applicant :PhD Research Scholar, Gandhigram Rural
Institute (Deemed University), Gandhigram, Tamilnadu Bengaluru
----------- -----------
Address of Applicant :Department of Physics, Central University
of Kashmir, Kashmir, India Bengaluru ----------- -----------
(57) Abstract :
This patent disclosure covers Novel System, Design and Development of Hybrid Career Trilogy for Career Design Studio as described
in Fig 1 to 7. This invention proposes various tools to choose the right career choice, using Hybrid Career Trilogy (HCT), such as
Psychometric Test-Validated by DMIT/Astrology/ Horoscope/Numerology/Ki/Job Shadowing/Career Maps/ Happiness Index etc. The
design of HCT as a mathematical model based on the case study spanning over three decades of experiments, in real life! In summary,
the goal of this optimization problem is to find values for ????, ????, ????, HI, and WoL that maximize the objective function HCT
while satisfying the constraints related to ????, HI, and WoL. The exact mathematical form of the objective function and constraints
would require specific equations and coefficients for each variable, which are not provided in the given information. To solve this
problem, you would need to define these equations and coefficients and then use optimization techniques to find the optimal values of
the variables that maximize HCT. Career Choice Should Match One’s Own Core Competency/Passion/Interests (Swadharma).

(19) INDIA
(54) Title of the invention : REVOLUTIONIZING MOBILE ROBOTICS: A CUTTING-EDGE FUSION OF ADVANCED
COMPUTER VISION, CONTROL ALGORITHMS, AND AI/ML/DNN TECHNOLOGIES
1)cambridge Institute of Technology, Bengaluru
Address of Applicant :KR Pura , Bengaluru ----------- ----------
-
:G06N0003080000, G06N0003040000,
G06Q0010060000, G06N0020000000,
G06N0003020000
1)Dr. Cyril Prasanna Raj P
(86) International
:NA Address of Applicant :Director, CCCIR, Cambridge Institute of
Application No
Filing Date
----- -----------
(87) International
: NA 2)Dr. Antony Louis Piriya kumar
Publication No
Address of Applicant :Dean R & D, CCCIR, Cambridge Institute
:NA of Technology Krishnarajapura Bangalore - 560 036 Bengaluru ---
:NA -------- -----------
Filing Date
3)Dr. Indumathi G
(62) Divisional to
:NA Address of Applicant :Principal Cambridge Institute of
Application Number
Filing Date
----- -----------
4)Dr. Girish H
Institute of Technology Krishnarajapura Bangalore - 560 036
Bengaluru ----------- -----------
(57) Abstract :
In the rapidly evolving landscape of mobile robotics, this paper introduces a ground breaking approach to revolutionize the field
through the seamless integration of advanced computer vision, sophisticated control algorithms, and cutting-edge Artificial
Intelligence (AI), Machine Learning (ML), and Deep Neural Network (DNN) technologies. The synergistic fusion of these elements
aims to elevate the capabilities of mobile robots, enabling them to navigate and interact with their environment with unprecedented
precision and adaptability. The core of this innovation lies in the incorporation of advanced computer vision systems that empower
robots with a heightened awareness of their surroundings. Through the integration of state-of-the-art control algorithms, these robots
gain the ability to execute complex maneuvers, respond dynamically to environmental changes, and optimize their performance in
real-time scenarios. Furthermore, the infusion of AI, ML, and DNN technologies introduces a cognitive dimension to mobile robotics.
The robots are equipped with learning capabilities, allowing them to acquire knowledge from experience, make intelligent decisions,
and continually enhance their operational efficiency. This cognitive layer also facilitates adaptive responses to diverse situations,
making the robots versatile companions in various applications, from industrial settings to everyday life. The paper provides a
comprehensive overview of the technical intricacies involved in this fusion, offering insights into the design, development, and
implementation of these integrated systems. Practical applications and case studies demonstrate the transformative impact of this
approach on the capabilities of mobile robots, showcasing enhanced navigation, interactive abilities, and adaptability. As the
convergence of advanced computer vision, control algorithms, and AI/ML/DNN technologies reshapes the landscape of mobile
robotics, this paper foresees a future where robots seamlessly integrate into our daily lives, contributing to efficiency, safety, and
innovation across a spectrum of industries and societal domains.

(19) INDIA
(54) Title of the invention : “NON-WORKER’S MODE CHOICE FOR SHORTER DISTANCE”
1)REVA University
:G06Q0030020000, G16B0005000000, Address of Applicant :Rukmini Knowledge Park,
(51) International
A61K0038000000, G06Q0010060000, Kattigenahalli, Yelahanka, Bangalore 560064 Bangalore -----------
classification
A61P0003120000 -----------
(86) International 2)Kanimozhee S
:NA
Application No 3)Dr. Srikanth Reddy
:NA
: NA
(61) Patent of Addition 1)Kanimozhee S
:NA
to Application Number Address of Applicant :School of Civil engineering, REVA
:NA
Filing Date University, Rukmini Knowledge Park, Kattigenahalli, Yelahanka,
(62) Divisional to Bangalore 560064 Bangalore ----------- -----------
:NA
Application Number 2)Dr. Srikanth Reddy
:NA
Filing Date Address of Applicant :School of Civil engineering, REVA
Bangalore 560064 Bangalore ----------- -----------
(57) Abstract :
The study's primary goal is to comprehend the mode choice behavior of non-workers (retired/housewives) in Bengaluru City's
northern region. To analyze the relevance of choosing a mode, numerous human aspects were taken into account. Data was gathered
using the questionnaire survey approach via interviews as well as web-based surveys for the purposes of analyzing and modeling this
criterion. The mathematical modeling was carried out using the SPSS V25 program, and the importance of each independent human
aspect was recognized. The most favoured method of transport for the non-worker for a short distance was determined using the
Multinomial Linear Regression model (MNLR). The study revealed that human characteristics including gender, age, car ownership,
and driving privileges have a major impact in influencing the mode of transportation chosen for specific activities. The most popular
method of transportation for non-workers, particularly for activities like picking up and dropping off kids and shopping, is a non-
motorized vehicle.

(19) INDIA
(54) Title of the invention : BOROPHENE QUANTUM DOTS SCAFFOLDED TIO2 NANOPARTICLES TOWARDS EFFICIENT
PHOTO ELECTRO CATALYST FOR HYDROGEN GENERATION
1)REVA University
Address of Applicant :Rukmini knowledge park,
Kattigenahalli, Yelahanka, Bangalore 560064 Bangalore -----------
-----------
2)Jayachandra
3)Dr. Yashwanth H J
:B01J0035000000, C01B0003040000, 4)Dr. Madhukara Naik M
(51) International
B01J0021060000, B01J0037080000, 5)Dr. Hareesh K
classification
:NA
:NA
Filing Date 1)Jayachandra
(87) International Address of Applicant :School of Civil Engineering, REVA
: NA
Publication No University, Rukmini knowledge park, Kattigenahalli, Yelahanka,
(61) Patent of Addition Bangalore 560064 Bangalore ----------- -----------
:NA
to Application Number 2)Dr. Yashwanth H J
:NA
Filing Date Address of Applicant :Department of Physics, Acharya Institute of
(62) Divisional to Technology, Soladevanahally, Bangalore-560107 Bangalore -------
:NA
:NA
Filing Date 3)Dr. Madhukara Naik M
Chemistry, Acharya Institute of Technology, Soladevanahalli,
Karnataka 560107 Bangalore ----------- -----------
4)Dr. Hareesh K
Address of Applicant :Manipal Academy of Higher Education,
-
(57) Abstract :
The photocatalytic splitting of water would be an almost ideal process for converting earth abundant solar energy into a usable fuel
ecologically acceptable. In the hunt for effective photocatalysts, here in, we reported borophene quantum dots-TiO2 nanocomposite
photocatalysts preparation method and its photocatalytic hydrogen production activity. The photocatalysts consist of TiO2 scaffolding
with 2.5wt% to 5wt% of borophene quantum dots and its optical properties and hydrogen production activity were disclosed

(19) INDIA
(54) Title of the invention : BLACK FRIDAY SALES PREDICTION FRAMEWORK USING MACHINE LEARNING
TECHNIQUES
1)Balaraju G
Address of Applicant :(a). NAME: Balaraju G (b). NATIONALITY: INDIAN (c). ADDRESS: School of
Computing and Information Technology, REVA University, Bangalore, Karnataka, India, 560064 Email:
Balaraju.g@reva.edu.in Phone: +918074077403 Bengaluru ----------- -----------
2)Pratap M S
3)Dr. Dharmanna Lamani
4)Pavan Kumar Naik
5)Manjunath S R
6)Dr. Gururaj Murtugudde
7)Ramachandra H V
8)Dr. Asha
9)Ravi B K
10)REVA University
1)Balaraju G
Address of Applicant :(a). NAME: Balaraju G (b). NATIONALITY: INDIAN (c). ADDRESS: School of
Balaraju.g@reva.edu.in Phone: +918074077403 Bengaluru ----------- -----------
:G06Q0030020000, G06N0020000000, G06Q0010080000, 2)Pratap M S
G06N0005000000, G06N0020200000 Address of Applicant :(a). NAME: Pratap M S (b). NATIONALITY: INDIAN (c). ADDRESS: School of
(86) International Application No :NA Computing and Information Technology, REVA University, Bangalore, Karnataka, India, 560064 Email:
Filing Date :NA balaraju.g@reva.edu.in Phone: +91 94801 01741 Bengaluru ----------- -----------
(87) International Publication No : NA 3)Dr. Dharmanna Lamani
(61) Patent of Addition to Address of Applicant :(a). NAME: Dr. Dharmanna Lamani (b). NATIONALITY: INDIAN (c). ADDRESS:
:NA
Application Number School of Computing and Information Technology, REVA University, Bangalore, Karnataka, India, 560064
:NA
Filing Date Email: dharmanna.lamani@reva.edu.in Phone: +91 74111 45120 Bengaluru ----------- -----------
(62) Divisional to Application 4)Pavan Kumar Naik
:NA
Number Address of Applicant :(a). NAME: Pavan Kumar Naik (b). NATIONALITY: INDIAN (c). ADDRESS: School
:NA
Filing Date of Computing and Information Technology, REVA University, Bangalore, Karnataka, India, 560064 Email:
pavankumar.naik@reva.edu.in Phone: +91 98448 82881 Bengaluru ----------- -----------
5)Manjunath S R
Address of Applicant :(a). NAME: Manjunath S R (b). NATIONALITY: INDIAN (c). ADDRESS: School of
manjunathsr.sr@reva.edu.in Phone: +91 93539 13758 Bengaluru ----------- -----------
6)Dr. Gururaj Murtugudde
Address of Applicant :(a). NAME: Dr. Gururaj Murtugudde (b). NATIONALITY: INDIAN (c). ADDRESS:
School of Computer Science and Engineering, REVA University, Bangalore, Karnataka, India, 560064 Email:
gururaj.murtugudde@reva.edu.in Phone: +91 9611196628 Bengaluru ----------- -----------
7)Ramachandra H V
Address of Applicant :(a). NAME: Ramachandra H V (b). NATIONALITY: INDIAN (c). ADDRESS: School
of Computer Science and Engineering, REVA University, Bangalore, Karnataka, India, 560064 Email:
ramachandra.hv@reva.edu.in Phone: +91 8087744394 Bengaluru ----------- -----------
8)Dr. Asha
Address of Applicant :(a). NAME: Dr. Asha (b). NATIONALITY: INDIAN (c). ADDRESS: School of
Computer Science and Engineering, REVA University, Bangalore, Karnataka, India, 560064 Email:
asha.pn@reva.edu.in Phone: +91 9620347575 Bengaluru ----------- -----------
9)Ravi B K
Address of Applicant :(a). NAME: Ravi B K (b). NATIONALITY: INDIAN (c). ADDRESS: School of
ravi.bk@reva.edu.in Phone: +91 98448 82881 Bengaluru ----------- -----------
(57) Abstract :
Understanding the purchase behavior of various customers (dependent variable) against different products using their demographic information (IS features where most of the features are self -explanatory. This dataset consist
of null values, redundant and unstructured data. Machine learning is the most common applications in the domain retail industry. This concept helps to develop a predictor that has a distinct commercial value to the shop
owners as it will help with their inventory management, financial planning, advertising and marketing. This entire process of developing a model includes preprocessing, modelling, training testing and evaluating. Hence,
frameworks will be developed to automate few of this process and its complexity will be reduced. The algorithm we proposed was Random Forest regressor that performed an average accuracy of 83.6% and with minimum
RMSE (Root Mean Squared Error) value of 2829 on tire Black Friday sales dataset.

(19) INDIA
(54) Title of the invention : HYBRID PEROVSKITE MATERIAL AND ITS APPLICATION IN SOLAR CELL
1)Burri Ankaiah
Address of Applicant :(a). NAME: Burri Ankaiah (b).
NATIONALITY: INDIAN (c). ADDRESS: School of Electrical
and Electronics Engineering, REVA University, Rukmini
Knowledge Park, Kattigenahalli, Yelahanka, Bengaluru,
Karnataka 560064 Phone: 9177917821 Email:
:G06Q0010060000, H01L0051420000,
(51) International burri.ankaiah@reva.edu.in Bengaluru ----------- -----------
C01G0021000000, H01L0051000000,
classification 2)Dr. Santoshkumar Hampannavar
B05D0001380000
3)REVA University
(86) International
Application No
Filing Date
(87) International
: NA 1)Burri Ankaiah
Publication No
:NA NATIONALITY: INDIAN (c). ADDRESS: School of Electrical
:NA and Electronics Engineering, REVA University, Rukmini
Filing Date
(62) Divisional to
:NA Karnataka 560064 Phone: 9177917821 Email:
Application Number
:NA burri.ankaiah@reva.edu.in Bengaluru ----------- -----------
Filing Date
2)Dr. Santoshkumar Hampannavar
Address of Applicant :(a). NAME: Dr. Santoshkumar
Hampannavar (b). NATIONALITY: INDIAN (c). ADDRESS:
Dean Department of Electrical and Electronics Engineering &
Dean (R&D), SDMCET Dharwad , Karnataka 580009 Phone:
8217201955 Email: santoshkumar777@yahoo.com dharwad ------
----- -----------
(57) Abstract :
Crossover perovskite materials stand out enough to be noticed lately for their possible applications in sun based cells. In this review,
we investigate the primary organization and electrical properties of half breed perovskite materials and their consequences for sunlight
based cell execution. In the first place, to combine a progression of half breed perovskite materials with shifting sytheses. The
underlying portrayal of these materials is performed utilizing X-beam diffraction and checking electron microscopy. By fluctuating
the creation, the impacts of various cations and anions on the gem design of the crossover perovskite. Then, to examine the electrical
properties of the integrated crossover perovskite materials. This incorporates estimating the electrical conductivity, charge transporter
versatility, and recombination elements. Through the portrayal of the compositional underlying and electrical properties, to figure out
the connection between the material's design and its electrical presentation. This understanding will direct us in upgrading the
combination cycle and planning new crossover perovskite materials with further developed sun based cell effectiveness. At long last,
the manufacture of sunlight based cells utilizing the incorporated crossover perovskite materials and assess execution to gauge the
power transformation productivity, open-circuit voltage, impede, and fill element of the sun oriented cells. To think about the
presentation of the different mixture perovskite materials to distinguish the organization that yields the most elevated proficiency.
Generally, this examination is critical in propelling the turn of events and commercialization of mixture perovskite materials and their
applications in the environmentally friendly power area. With high effectiveness, minimal expense, and tunable properties, half and
half perovskite materials can possibly reform the sunlight based cell industry and add to a greener and more manageable future.

(19) INDIA
(54) Title of the invention : FUNDING FOR COMMERCIAL REAL ESTATE A STUDY WITH REFERENCE TO REAL ESTATE
INVESTMENT TRUST (REITS)
1)Dr. Venu Gopala Rao Chowdary
Address of Applicant :(a). NAME: Dr. Venu Gopala Rao
:G06Q0050160000, G06Q0040060000,
(51) International Chowdary (b). NATIONALITY: INDIAN (c). ADDRESS:
G06Q0040000000, G06Q0040040000,
classification Associate Professor REVA Business School, REVA University,
G06Q0030020000
Rukmini Knowledge Park, Kattigenahalli ,Yelahanka ,Bengaluru
(86) International
:NA ,Karnataka , 560 064 Phone: 9440710959 Email:
Application No
:NA venugopala.aro@reva.edu.in Bengaluru ----------- -----------
Filing Date
2)REVA University
(87) International
Publication No
:NA 1)Dr. Venu Gopala Rao Chowdary
Filing Date
Address of Applicant :(a). NAME: Dr. Venu Gopala Rao
(62) Divisional to
:NA Chowdary (b). NATIONALITY: INDIAN (c). ADDRESS:
Application Number
:NA Associate Professor REVA Business School, REVA University,
Filing Date
Rukmini Knowledge Park, Kattigenahalli ,Yelahanka ,Bengaluru
,Karnataka , 560 064 Phone: 9440710959 Email:
venugopala.aro@reva.edu.in Bengaluru ----------- -----------
(57) Abstract :
Real estate investment trusts, or REITs, are defined as businesses that hold and manage real estate with the intention of making
money. Real estate properties built for the purposes of offices, commercial services, trade purposes, Information Technology Parks,
shops, entertainment centres, educational institutions, hospitals, hotels, etc are categorized as commercial real estate properties. Cash
flows and requirement of funds case is different for commercial projects since usually commercial projects would not have any
intermediate sales and therefore the equity requirement would be relatively much higher. In this analysis, we examine the leading
REIT types, funding methods, valuation methods and available for Investment in India with market capitalization and their
geographical focus. This study tries to focus on REITs peer comparison based on various parameters and financial comparison based
on margins profile and various important ratios.

(19) INDIA
(54) Title of the invention : EMERGENCY CALLING SIREN FOR METHOD AND SYSTEM TO DETECT AND ALTER
VEHICLES WITHIN CLOSED PROXIMITY
1)Ms. Dhamini.R
Address of Applicant :(a). NAME : Ms. Dhamini.R (b).
NATIONALITY: INDIAN (c). ADDRESS: Postgraduate Student
Department of Physics School of Applied Sciences ,REVA
University, Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka
,Bengaluru ,Karnataka 560 064 Phone: 8217208436 Email:
:G08G0001096500, G08G0001087000,
(51) International dhaminir07@gmail.com Bengaluru ----------- -----------
A61G0003000000, A61B0005000000,
classification 2)Dr. D. V. Sunitha
G08G0001090000
3)REVA University
(86) International
Application No
Filing Date
(87) International
: NA 1)Ms. Dhamini.R
Publication No
Address of Applicant :(a). NAME : Ms. Dhamini.R (b).
:NA NATIONALITY: INDIAN (c). ADDRESS: Postgraduate Student
:NA Department of Physics School of Applied Sciences ,REVA
Filing Date
University, Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka
(62) Divisional to
:NA ,Bengaluru ,Karnataka 560 064 Phone: 8217208436 Email:
Application Number
:NA dhaminir07@gmail.com Bengaluru ----------- -----------
Filing Date
2)Dr. D. V. Sunitha
Address of Applicant :(a). NAME: Dr. D. V. Sunitha (b).
NATIONALITY: INDIAN (c). ADDRESS: Associate Professor
and Assistant Director, Department of Physics, School of Applied
sciences, REVA university, Kattigenahalli, Yelahanka Bangalore-
560064 Phone: 7760884884 Email: sunitha.dv@reva.edu.in
Bengaluru ----------- -----------
(57) Abstract :
Time is everything for an individual during crisis condition. It accordingly becomes essential to save every single second. As there is a
new expansion in clog of traffic and vehicles in colossal spike. Each from that point forward, many individuals have lost their lives as
a result of postpone in rescue vehicle that wouldn't reach to objective on time. Authorized driver don't know about giving approach to
the ambulance. Which brings about defer in emergency vehicle because of traffic and experience the deficiency of vital season of
saving an existence of a patient. This it becomes fundamental imperative to furnish an emergency calling alarm with legitimate sign
framework to direct them in close by nearness medical clinics. a light transmitting device;a sound discharging contraption; a battery
adjusted to drive the light producing device and the sound radiating contraption; what's more a causing which conveys the light and
sound radiating contraption, and the battery.

(19) INDIA
(54) Title of the invention : MRI COMPRESSION USING KRONECKER PRODUCT & CNN
1)Aarthy G
:G06N0003040000, A61B0005055000,
(51) International Address of Applicant :(a). NAME: Aarthy G (b).
A61B0005000000, G06N0003080000,
classification NATIONALITY: INDIAN (c). ADDRESS: School of Computing
G06K0009620000
and Information Technology, REVA University, Bangalore,
(86) International
:NA Karnataka, India, 560064 Email: aarthy.g@reva.edu.in Phone:
Application No
:NA +919790579672 Bengaluru ----------- -----------
Filing Date
2)REVA University
(87) International
Publication No
:NA 1)Aarthy G
Filing Date
Address of Applicant :(a). NAME: Aarthy G (b).
(62) Divisional to
:NA NATIONALITY: INDIAN (c). ADDRESS: School of Computing
Application Number
:NA and Information Technology, REVA University, Bangalore,
Filing Date
Karnataka, India, 560064 Email: aarthy.g@reva.edu.in Phone:
+919790579672 Bengaluru ----------- -----------
(57) Abstract :
Magnetic Resonance Imaging (MRI) is a crucial medical imaging modality that generates vast amounts of data, presenting challenges
in storage and transmission. This abstract explores a novel approach for MRI compression, combining the mathematical concept of the
Kronecker product with Convolutional Neural Networks (CNNs). By leveraging the Kronecker product, we break down high-
dimensional MRI data into manageable components, while CNNs extract relevant spatial features. This hybrid approach aims to
efficiently compress MRI images, offering significant benefits, including the preservation of critical diagnostic information. The
methodology involves data preprocessing, feature extraction, compression, and reconstruction, allowing scalable and adaptable
compression ratios. Challenges include the complexity of implementation, data requirements for CNN training, and the delicate
balance between image quality and compression ratio. This promising technique has the potential to revolutionize the handling of MRI
data, enhancing both storage and interpretation in medical applications.

(19) INDIA
(54) Title of the invention : PEROVSKITE SOLAR CELLS WITH ELECTRON AND HOLE TRANSPORT ABSORBER LAYERS
OF HIGH-POWER CONVERSION EFFICIENCY
1)BURRI ANKAIAH
:H01L0051420000, H01L0051000000,
(51) International burri.ankaiah@reva.edu.in Bengaluru ----------- -----------
H01L0031032000, H01L0051440000,
G06N0003080000
3)REVA University
(86) International
Application No
Filing Date
(87) International
: NA 1)Dr. Santoshkumar Hampannavar
Publication No
:NA Hampannavar (b). NATIONALITY: INDIAN (c). ADDRESS:
:NA Dean Department of Electrical and Electronics Engineering &
Filing Date
(62) Divisional to
:NA 8217201955 Email: santoshkumar777@yahoo.com Dharwad ------
Application Number
:NA ----- -----------
Filing Date
2)BURRI ANKAIAH
burri.ankaiah@reva.edu.in Bengaluru ----------- -----------
(57) Abstract :
The proposed perovskite solar cell structure concert was improved by electron and hole transport absorber layers which was found to
be 1.2 micrometers. With these conceptualizations the highpower conversion efficiency extends 25.82%. The numerical simulations
results procure in this work obvious the most likely of auspicious technology. The proposed structure numerical simulation gives a
new thought of notable attention to the perovskite solar cells designers with very effortless producing process, cost of production also
low and with high coherent to work out the energy issues.

(19) INDIA
(54) Title of the invention : PEROVSKITE SOLAR CELLDEVICE MODELING AND PERFORMANCE BASED ON
RESEMBLANCEWITH THIN FILM INORGANIC SOLAR CELLS STRUCTURE
1)BURRI ANKAIAH
:H01L0051420000, H01L0051000000,
(51) International burri.ankaiah@reva.edu.in BENGALURU ----------- -----------
H02S0050100000, H01L0031032000,
H01L0031180000
3)REVA University
(86) International
Application No
Filing Date
(87) International
: NA 1)BURRI ANKAIAH
Publication No
:NA NATIONALITY: INDIAN (c). ADDRESS: School of Electrical
:NA and Electronics Engineering, REVA University, Rukmini
Filing Date
(62) Divisional to
:NA Karnataka 560064 Phone: 9177917821 Email:
Application Number
:NA burri.ankaiah@reva.edu.in BENGALURU ----------- -----------
Filing Date
2)Dr. Santoshkumar Hampannavar
Hampannavar (b). NATIONALITY: INDIAN (c). ADDRESS:
Dean Department of Electrical and Electronics Engineering &
8217201955 Email: santoshkumar777@yahoo.com
BENGALURU ----------- -----------
(57) Abstract :
The structure proposed of the solar perovskite cell employs resemblance with supplementary solar inorganic cells like CdTe,Cu (In,
Ga) Se2 and CIGS.CH3NH3PbI3- xCl3 is layer absorber preowned as extremely efficacious absorberfor its great attention. The open
circuit voltage for a condition is 1.112 V obtain and more than the efficiency value is 25%. The outcome of work, purpose of contacts
like forepart and rear has a significant effect on top of the fill factor and efficiency also. By varied the parameter of thickness in layers
of divergent bestoutcome has been attained and also shown quantum efficiency (QE) and I-V characteristics.

(19) INDIA
(54) Title of the invention : INCORPORATION OF BACKSURFACE FIELD TO ENHANCE DEVICE EFFICIENCY OF METAL
OXIDE SOLAR CELL, APPROACHING 33%.
1)REVA University
:H01L0031022400, H01L0031180000, Kattigenahalli, Yelahanka, Bengaluru, Karnataka, 560 064
(51) International
H01L0031032000, H01L0031023600, Bangalore ----------- -----------
classification
H01L0051500000 2)Dr. Prem Kumar D S
(86) International 3)Mr. Puneeth Kumar P
:NA
:NA
: NA
Publication No 1)Dr. Prem Kumar D S
(61) Patent of Addition Address of Applicant :School of Applied Sciences (Physics),
:NA
to Application Number REVA University, Rukmini Knowledge Park, Kattigenahalli,
:NA
Filing Date Yelahanka, Bengaluru, Karnataka, 560 064 Bangalore ----------- --
:NA
Application Number 2)Mr. Puneeth Kumar P
:NA
Filing Date Address of Applicant :School of Applied Sciences (Physics),
REVA University, Rukmini Knowledge Park, Kattigenahalli,
Yelahanka, Bengaluru, Karnataka, 560 064 Bangalore ----------- --
---------
(57) Abstract :
The present disclosure pertains to a CuBi2O4 Metal Oxide based solar cell (100). The solar cell (100) includes a nickel oxide (NiO)
layer (104) incorporated as Back Surface Field (BSF) for a CuBi2O4 layer (105), where the CuBi2O4 absorber layer (105) fabricated
above nickel oxide (NiO) layer (104) followed with tin sulphide (SnS2) buffer layer (106). The solar cell (100) includes a zinc oxide
(i-ZnO) layer (107) and Al-doped zinc oxide (AZO) layer (108) above the SnS2 (108) layer. The back-surface field generated due to
the NiO layer (104) facilitates the restricting flow of a set of electrons direct towards the absorber layer, which reduces carrier
recombination and enhance smooth transport of photo-generated carriers towards metal contacts, increasing the power conversion
efficiency of the solar cell (100).

(19) INDIA
(54) Title of the invention : SMART DUSTBIN-GARBAGE SEGREGATION AND TRASH LEVEL INDICATOR USING IOT
1)REVA UNIVERSITY
Kattigenahalli, Yelahanka, Bangalore, Karnataka, India, 560064
Bangalore ----------- -----------
2)Ms. A SANDHYA
:G06Q0010060000, G06Q0050260000, 3)Ms. ANJALI N
(51) International
G06Q0010000000, B65F0001140000, 4)Dr. M PRABHAKAR
classification
B65F0001000000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Ms. A SANDHYA
(87) International Address of Applicant :School of Computer Science and Engg,
: NA
Publication No REVA University, Rukmini Knowledge Park, Kattigenahalli,
(61) Patent of Addition Yelahanka, Bangalore, Karnataka, India, 560064 Bangalore -------
:NA
:NA
Filing Date 2)Ms. ANJALI N
(62) Divisional to Address of Applicant :School of Computer Science and Engg,
:NA
Application Number REVA University, Rukmini Knowledge Park, Kattigenahalli,
:NA
Filing Date Yelahanka, Bangalore, Karnataka, India, 560064 Bangalore -------
---- -----------
3)Dr. M PRABHAKAR
Address of Applicant :School of Computer Science and Engg,
Yelahanka, Bangalore, Karnataka, India, 560064 Bangalore -------
---- -----------
(57) Abstract :
India ranks number two in terms of population which is one of the causes for major production of waste. Due to an increase in
urbanization, there is an equal raise in the waste generation. The problem in this scenario is with waste management. In most of the
cities, overflowing dustbins are creating filthy environment which leads to the raise of different types of diseases even where the
names of such diseases are not known. An efficient smart dustbin which requires no human interaction can be used for managing the
waste being disposed . Several design models were proposed and designed which had both pros and cons. The major functions
concentrated in this project includes level-check, automatic opening of the lid, waste collection, waste detection and segregation. The
designed system is very cost-effective and energy efficient.

(19) INDIA
(54) Title of the invention : A WEB BASED APPLICATION FOR CROP PREDICTION
1)REVA UNIVERSITY
Kattigenahalli, Yelahanka, Bangalore, Karnataka, India, 560064
Bangalore ----------- -----------
2)Mr. Aashutosh Singh Gautam
3)Mr. Akshay Anand
4)Mr. Ashutosh Singh Rathore
5)Dr. Priyanka Bharti
:G06Q0050020000, G06K0009620000,
G06N0005040000, G06Q0010060000,
G06N0020000000
(86) International
:NA 1)Mr. Aashutosh Singh Gautam
Application No
:NA Address of Applicant :School of Computer Science and Engg,
Filing Date
(87) International
: NA Yelahanka Bangalore, Karnataka, India, 560064 Bangalore --------
Publication No
--- -----------
:NA 2)Mr. Akshay Anand
:NA Address of Applicant :School of Computer Science and Engg,
Filing Date
(62) Divisional to
:NA Yelahanka, Bangalore, Karnataka, India, 560064 Bangalore -------
Application Number
:NA ---- -----------
Filing Date
3)Mr. Ashutosh Singh Rathore
Address of Applicant :School of Computer Science and Engg,
Yelahanka, Bangalore, Karnataka, India, 560064 Bangalore -------
---- -----------
4)Dr. Priyanka Bharti
Address of Applicant :School of CSE, REVA University, Rukmini
Knowledge Park, Kattigenahalli, Yelahanka Bangalore,
Karnataka, India, 560064 Bangalore ----------- -----------
(57) Abstract :
Around 50% of India's population depends on agriculture for their livelihood, but the productivity of crops like rice and wheat has
been impacted by frequent droughts and floods. To address this issue, a study has proposed a model and system design to predict the
optimal crop for farmers based on soil parameters. The study used Lazy Predict as the basic model training and employed five
classification algorithms. The results showed that Random Forest (RF) predicted crops with higher precision than other algorithms.
This invention provides a valuable tool for farmers to make informed decisions about their farming practices, potentially leading to
higher crop yields. The system can be integrated with other farming technologies and data sources to further enhance its predictive
power. Overall, the invention offers an innovative and effective approach to crop prediction, which can be patented under the patent
laws of different jurisdictions

(19) INDIA
(54) Title of the invention : OPTIMIZING RESOURCE LOAD BALANCING ACROSS VARIOUS CLOUD SERVICE
PROVIDERS IN CLOUD COMPUTING
1)Mrs. Rashmi D
Address of Applicant :School of Computing and Information Technology , REVA
University, Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka ,Bengaluru , Karnataka ,560
064 Bangalore ----------- -----------
2)Mrs. Sindhu S
3)Dr. Poorani M
4)Mrs. Kavya T C
5)Mr.Pavankumar Naik
6)Mr.Pratap M S
7)REVA University
:G06F0009500000, G06F0009480000, H04L0067100000, Name of Applicant : NA
H04L0067100100, G06F0009455000 Address of Applicant : NA
(86) International Application (72)Name of Inventor :
:NA
No 1)Mrs. Rashmi D
:NA
Filing Date Address of Applicant :School of Computing and Information Technology , REVA University,
(87) International Publication Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka ,Bengaluru , Karnataka ,560 064
: NA
No Bangalore ----------- -----------
(61) Patent of Addition to 2)Mrs. Sindhu S
:NA
Application Number Address of Applicant :CSE, Dayananda Sagar University, Bengaluru ,Karnataka , 560068
:NA
Filing Date Bangalore ----------- -----------
(62) Divisional to Application 3)Dr. Poorani M
:NA
Number Address of Applicant :School of Electrical & Electronics Engineering, CMR Institute of
:NA
Filing Date Technology, Bengaluru, Karnataka ,560037 Bangalore ----------- -----------
4)Mrs. Kavya T C
Address of Applicant :School of Electrical & Electronics Engineering, JSS Academy of
Technical Education, Bengaluru, Karnataka, 560060 Bangalore ----------- -----------
5)Mr.Pavankumar Naik
Address of Applicant :School of Computing and Information Technology , REVA University,
Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka ,Bengaluru , Karnataka ,560 064
Bangalore ----------- -----------
6)Mr.Pratap M S
Address of Applicant :School of Computing and Information Technology , REVA University,
Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka ,Bengaluru , Karnataka ,560 064
Bangalore ----------- -----------
(57) Abstract :
In the realm of distributed computing, cloud computing stands out as an emerging technology that offers a flexible pay-per-use model
to meet the specific demands and requirements of users. The cloud comprises a multitude of virtual machines that cater to both
computational and storage needs. Within the domain of cloud computing, we encounter two significant challenges: scheduling and
load balancing, which deserve our attention. Scheduling entails the management of the sequence in which tasks are executed within a
computer system. Meanwhile, load balancing plays a pivotal role in enhancing the performance of cloud computing. Effective load
balancing not only increases efficiency but also enhances user satisfaction. It provides a means to handle multiple requests within the
cloud computing environment. Achieving comprehensive load balancing involves two primary tasks: resource provisioning and task
scheduling across the system. In our proposed research paper, we introduce a hybrid algorithm that combines elements of the First-
Come-First-Serve (FCFS) and Round Robin algorithms. The Round Robin algorithm is favored for its simplicity, as it merely requires
a list of nodes. However, in our solution, we address the limitations of the basic Round Robin algorithm by introducing dynamic time
slice assignment based on task priorities. This innovation promises to optimize task execution within the cloud computing
environment.

(19) INDIA
(54) Title of the invention : CHRONIC DISEASES PREDICTION OVER BIGDATA BY USING MACHINE LEARNING
1)Mr. Shivalingappa
Address of Applicant :School of Computing and Information Technology ,
REVA University, Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka
,Bengaluru , Karnataka ,560 064 Bangalore ----------- -----------
2)Mr. Muthuraju V
3)Mr. Vinay T R
4)Mr.E G Satish
5)Mrs. Sandhya L
6)Mr. Arun Kumar S
7)Mr. Pavankumar Naik
8)REVA University
:G06N0020000000, G16H0050300000,
G16H0050200000, G16H0050700000,
classification 1)Mr. Shivalingappa
G16H0050800000
(86) International
:NA University, Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka ,Bengaluru ,
Application No
:NA Karnataka ,560 064 Bangalore ----------- -----------
Filing Date
2)Mr. Muthuraju V
(87) International
: NA Address of Applicant :Computer Science and Engineering University : Presidency
Publication No
University , ITGALPUR, RAJANAKUNTE, YELANKA, BANGALORE- 560064
:NA Bangalore ----------- -----------
Application Number
:NA 3)Mr. Vinay T R
Filing Date
Address of Applicant :Ramaiah institute of Technology. Bengaluru,560054
(62) Divisional to
:NA Bangalore ----------- -----------
Application Number
:NA 4)Mr.E G Satish
Filing Date
Address of Applicant :Nitte Meenakshi Institute of Technology 560064 Bangalore
----------- -----------
5)Mrs. Sandhya L
Address of Applicant :Computer Science and Engineering Presidency University ,
ITGALPUR, RAJANAKUNTE, YELANKA, BANGALORE- 560064 Bangalore -
---------- -----------
6)Mr. Arun Kumar S
Address of Applicant :Computer Science and Engineering University : Presidency
University , ITGALPUR, RAJANAKUNTE, YELANKA, BANGALORE- 560064
Bangalore ----------- -----------
7)Mr. Pavankumar Naik
University, Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka ,Bengaluru ,
Karnataka Bangalore ----------- -----------
(57) Abstract :
The rapid expansion of biomedical and healthcare data, particularly in the realm of big data, holds immense potential for enhancing early disease detection, improving
patient care, and bolstering community services. However, the reliability of medical data analysis is compromised when dealing with incomplete data. Additionally,
different geographic regions often present unique characteristics related to specific diseases, which can undermine the accuracy of disease outbreak predictions. In this
research, we have refined machine learning algorithms to enhance the effectiveness of forecasting chronic disease outbreaks in regions with a high disease incidence.
We conducted experiments using these modified prediction models on real-world hospital data collected from central China between 2020 and 2021. To tackle the
challenge of incomplete data, we employed a latent factor model to reconstruct the missing information. Our experimentation focused on predicting the occurrence of
regional chronic diseases, with a specific emphasis on cerebral infarction. To the best of our knowledge, prior work in the field of medical big data analytics did not
comprehensively address both types of data. Comparing our proposed algorithm with several conventional prediction methods, we achieved a remarkable prediction
accuracy of 94.8%. Moreover, our algorithm exhibited faster convergence compared to the CNN-based unimodal disease risk prediction (CNN-UDRP) algorithm.

(19) INDIA
(54) Title of the invention : AI-POWERED HIP HOP HEALING AND RECOVERY FOR ADULTS WITH PTSD
1)Dr. Vijaya Supriya Samnoel
Address of Applicant :(a). NAME : Dr. Vijaya Supriya Samnoel (b). NATIONALITY: INDIAN (c). ADDRESS: Assistant
Professor School of Arts,Humanities & Social Sciences , REVA University, Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka
,Bengaluru ,Karnataka 560 064 Phone: 7806994685 Email: vijaya.samnoel@reva.edu.in Bengaluru ----------- -----------
2)Dr. Anand Siddaiah
3)Mr. Sumukh Mysore
4)Mr. Joeraj S. Noel
5)Ms.Jessie S. Noel
6)Ms. Sri Raksha Siva
7)Mr.Bharath B
8)Mr. Abinesh
9)Mr. Nived Suthahar
10)Mr. Aswinthmani
11)REVA University
1)Dr. Vijaya Supriya Samnoel
Address of Applicant :(a). NAME : Dr. Vijaya Supriya Samnoel (b). NATIONALITY: INDIAN (c). ADDRESS: Assistant Professor
School of Arts,Humanities & Social Sciences , REVA University, Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka ,Bengaluru
,Karnataka 560 064 Phone: 7806994685 Email: vijaya.samnoel@reva.edu.in Bengaluru ----------- -----------
2)Dr. Anand Siddaiah
Address of Applicant :(a). NAME: Dr. Anand Siddaiah (b). NATIONALITY: INDIAN (c). ADDRESS: Associate Professor School
:G16H0010200000, A61B0005000000, A61B0005160000, A61N0002000000, of Arts, Humanities and Social Sciences, REVA University, Rukmini Knowledge Park ,Kattigenahalli ,Yelahanka ,Bengaluru ,
A61N0002020000 Karnataka ,560 064 Phone: 9902068231 Email: anand0619@yahoo.co.in Bengaluru ----------- -----------
(86) International Application No :NA 3)Mr. Sumukh Mysore
Filing Date :NA Address of Applicant :(a). NAME: Mr. Sumukh Mysore (b). NATIONALITY: INDIAN (c). ADDRESS: Muse Diagnostics 251, 7th
(87) International Publication No : NA Main Rd, Hampi Nagar, RPC Layout, Vijayanagar, Bengaluru, Karnataka 560104 Phone : 96201 97043 Email: sumukh@museinc.in
(61) Patent of Addition to Application Bengaluru ----------- -----------
:NA
Number 4)Mr. Joeraj S. Noel
:NA
Filing Date Address of Applicant :(a). NAME: Mr. Joeraj S. Noel (b). NATIONALITY: INDIAN (c). ADDRESS: Student Sri Ramachandra
(62) Divisional to Application Number :NA Institute of Higher Education and Research, 1, Mount Poonamallee Rd, Sri Ramachandra Nagar, Chennai, India 600116 Phone :
Filing Date :NA 9042080160 Email: joerajsamnoel@gmail.com chennai ----------- -----------
5)Ms.Jessie S. Noel
Address of Applicant :(a). NAME: Ms.Jessie S. Noel (b). NATIONALITY: INDIAN (c). ADDRESS: Student Sri Ramachandra
Institute of Higher Education and Research, 1, Mount Poonamallee Rd, Sri Ramachandra Nagar, Chennai, India 600116 Phone:
9025165040 Email: jessiesamnoel9@gmail.com chennai ----------- -----------
6)Ms. Sri Raksha Siva
Address of Applicant :(a). NAME: Ms. Sri Raksha Siva (b). NATIONALITY: INDIAN (c). ADDRESS: Student Sri Ramachandra
9940536939 Email: sriraksha17.siva@gmail.com chennai ----------- -----------
7)Mr.Bharath B
Address of Applicant :(a). NAME: Mr.Bharath B (b). NATIONALITY: INDIAN (c). ADDRESS: Student Sri Ramachandra Institute
of Higher Education and Research, 1, Mount Poonamallee Rd, Sri Ramachandra Nagar, Chennai, India 600116 Phone: 9940560675
Email: kvimala2020@gmail.com chennai ----------- -----------
8)Mr. Abinesh
Address of Applicant :(a). NAME: Mr. Abinesh (b). NATIONALITY: INDIAN (c). ADDRESS: Student Sri Ramachandra Institute
of Higher Education and Research, 1, Mount Poonamallee Rd, Sri Ramachandra Nagar, Chennai, India 600116 Phone: 7010681546
Email: abinesh2003.s@gmail.com chennai ----------- -----------
9)Mr. Nived Suthahar
Address of Applicant :(a). NAME: Mr. Nived Suthahar (b). NATIONALITY: INDIAN (c). ADDRESS: Student Sri Ramachandra
9952907976 Email: nivedsuthahar75@gmail.com chennai ----------- -----------
10)Mr. Aswinthmani
Address of Applicant :(a). NAME: Mr. Aswinthmani (b). NATIONALITY: INDIAN (c). ADDRESS: Student Sri Ramachandra
7358348418 Email: aswinthmani10@gmail.com chennai ----------- -----------
(57) Abstract :
This patent application pertains to a groundbreaking invention designed to alleviate and manage Post-Traumatic Stress Disorder
(PTSD) in adults through the innovative fusion of artificial intelligence (AI) technology and hip-hop lyrics. PTSD is a debilitating
mental health condition affecting countless adults worldwide, and this novel approach aims to provide an effective and accessible
means of support and therapy. It has been reported that one out of 11 people are usually diagnosed as having PTSD. Hence, the
objective of this proposal is to create an AI-powered program that utilizes hip-hop lyrics to support adults with PTSD. The program
will be designed to help adults cope with their symptoms and promote healing using Hip-Hop lyrics and language.

(19) INDIA
(54) Title of the invention : PAVEMENT QUALITY CONCRETE DEVELOPED WITH PROCESSED RECLAIMED ASPHALT
PAVEMENT
1)Dr. Avinash.H.T
Address of Applicant :School of Civil Engg, REVA
:E01C0019100000, C04B0040000000, -
(51) International
C04B0018160000, G01N0033380000, 2)Dr. Raghuram.K.C
classification
B28C0005420000 3)Lovely Sabat
(86) International 4)REVA University
:NA
:NA
: NA
Publication No 1)Dr. Avinash.H.T
(61) Patent of Addition Address of Applicant :School of Civil Engg, REVA University,
:NA
to Application Number Rukmini Knowledge Park, Kattigenahalli, Yelahanka, Bangalore,
:NA
Filing Date Karnataka, India, 560064 Bangalore ----------- -----------
(62) Divisional to 2)Dr. Raghuram.K.C
:NA
Application Number Address of Applicant :Department of Civil Engg, JNNCE,
:NA
Filing Date Shivamogga, Karnataka, India, 577204 Shimoga ----------- ---------
--
3)Lovely Sabat
Address of Applicant :School of Civil Engg, REVA University,
Rukmini Knowledge Park, Kattigenahalli, Yelahanka, Bangalore,
Karnataka, India, 560064 Bangalore ----------- -----------
(57) Abstract :
Reclaimed Asphalt Pavement (RAP) is the material freshly milled from a flexible pavement during rehabilitation and construction. A
novel alkali-abrasive technique (A&AT) has been adopted to remove the asphalt film adhered to the RAP material. The utilization of
processed RAP as aggregate for concrete is a viable alternative; however a material characterization is required to ensure concrete
performance. The effect of incorporating alkali-abrasive processed RAP, on the fresh and mechanical properties of concrete are also
investigated and compared with other mixes including control mix. The outcomes revealed a methodology adopted for RAP material
surface treatment improved the concrete properties in comparison to unprocessed RAP. The test result showed that replacement full of
processed RAP produced strength in comparison with the control mix. Several studies reported drastically reduced concrete properties
with untreated type, whereas utilization of A&AT does not compromise with strength characteristics

(19) INDIA
(54) Title of the invention : SMALL FRYING PAN WITH INTEGRAL INDUCTION HEATER
1)KALASALINGAM ACADEMY OF RESEARCH AND
EDUCATION
Address of Applicant :ANAND NAGAR, KRISHNANKOIL,
:A47J0027000000, H05B0006120000,
(51) International SRIVILLIPUTTUR(VIA), VIRUDUNAGAR(DT),
A47J0037100000, A47J0043070000,
classification TAMILNADU, INDIA-626126 ----------- -----------
G09F0009330000
(86) International
Application No
Filing Date
1)Dr.S. SHASI ANAND
(87) International
: NA Address of Applicant :KALASALINGAM ACADEMY OF
Publication No
RESEARCH AND EDUCATION ANAND NAGAR,
:NA KRISHNANKOIL, SRIVILLIPUTTUR(VIA),
:NA VIRUDUNAGAR(DT), TAMILNADU, INDIA-626126. ----------
Filing Date
- -----------
(62) Divisional to
:NA 2)Dr.P. JAYAKUMAR
Application Number
:NA Address of Applicant :KALASALINGAM ACADEMY OF
Filing Date
RESEARCH AND EDUCATION ANAND NAGAR,
KRISHNANKOIL, SRIVILLIPUTTUR(VIA),
VIRUDUNAGAR(DT), TAMILNADU, INDIA-626126. ----------
- -----------
(57) Abstract :
The titled invention "Small frying pan with integral induction heater" discloses an invention of a kitchen appliance that redefines
cooking convenience and efficiency. comprising an encapsulated induction heater(1) within the bottom bowl of the frying pan(6),
eliminating the need for external heat sources. The induction coil (7) is perfectly positioned on an insulated pad (8), ensuring safety
and optimal heat transfer. A ceramic base plate (9) enhances even heat distribution, preventing hotspots for consistent cooking results.
The Bakelite handle (3), designed for comfort and functionality, houses electronic components for temperature control, with a LED
display (4) and set/reset knobs(5) for precise temperature adjustments. The VVVVV inclusion of a transparent glass lid~(2) allows
users to monitor tfié éofikih‘g‘phaess and acts as a shield against splattering, enhancing safety and cleanliness. This integrated
solution represents a leap forward in kitchenware, offering users an efficient, controlled, and safe cooking experience.

(19) INDIA
(54) Title of the invention : IOT-ENHANCED ALTERNATE PAIR FURROW IRRIGATION SYSTEM FOR SUSTAINABLE
WATER MANAGEMENT IN SUGARCANE CULTIVATION
1)Soppahalli Gopinath Rao Subramanya
:A01G0025020000, A01G0025160000, Address of Applicant :REVA University, Rukmini Knowledge
(51) International
A01G0025000000, A01G0025090000, Park, Kattigenahalli Yelahanka, Bangalore 560064 ----------- ------
classification
A01C0005060000 -----
(86) International 2)Prof. Priyanka K
:NA
Application No 3)Dr. Dadadahalli Ramu Umesh
:NA
: NA
(61) Patent of Addition 1)Prof. Priyanka K
:NA
to Application Number Address of Applicant :Assistant Professor, Department of ISE,
:NA
Filing Date NMIT, Bengaluru 560064, Karnataka, India. Bengaluru -----------
:NA
Application Number 2)Dr. Dadadahalli Ramu Umesh
:NA
Filing Date Address of Applicant :Professor, Dept. of CSE, PES College of
Engineering, Mandya -571401, Karnataka, India Mandya ----------
- -----------
(57) Abstract :
Sugarcane is a vital commercial crop, but its growth demands ample water. However, excessive water use can harm yields,
emphasizing the need for the right irrigation method. In water-rich regions, traditional channel-fed irrigation prevails due to cost
constraints, making advanced systems like drip irrigation less common. Small-scale farmers with limited land often opt for
conventional furrow irrigation, with alternate pair furrow irrigation being a cost-effective choice that offers efficient water distribution
and ease of monitoring. In regions prioritizing cost-efficiency, alternate pair furrow irrigation proves a practical and economically
viable approach for sugarcane cultivation.

(19) INDIA
(54) Title of the invention : A COMPARATIVE STUDY ON THE IMPACT OF NULLITY AND SELF – LOOPS ON THE
ENERGIES OF SIMPLE AND MULTI GRAPHS
:G06F0016901000, A61K0031454000, (71)Name of Applicant :

(51) International
A61K0035320000, A61K0038300000, 1)Dr. M. Antony Arockiasamy
classification
G16B0020000000 Address of Applicant :Assistant Professor, PG & Research
(86) International Department of Mathematics, Sacred Heart College (Autonomous),
:NA
Application No Tirupattur- 635601, Tamilnadu ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Dr. M. Antony Arockiasamy
:NA
to Application Number Address of Applicant :Assistant Professor, PG & Research
:NA
Filing Date Department of Mathematics, Sacred Heart College (Autonomous),
(62) Divisional to Tirupattur- 635601, Tamilnadu ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Graph Theory as a branch of Mathematics has its own many sub-branches such as Graph Labeling, Algebraic Graph Theory, Graph
coding, Graph Energy etc. The contribution of Graph Theory in Chemistry is overwhelming and all-encompassing as almost all the
researches in organic chemistry need the Mathematical Modeling that Graph Theory provides. In this regard Graph theory has been
the backbone of chemical graph theory. The main objective of the proposed invention is to find how nullity of a graph affects the
energy of simple graphs, multi graphs and pseudo graphs. Even though dependence of energy on the nullity is a well-known fact, we
propose to characterize the set of graphs as to find the effect and level of impact of n0 on the energy E. The proposed disclosure will
generate a new and efficient Mathematical tool to analyze these existing molecular structures and to generate new molecules.

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF FRACTURE BEHAVIOUR OF FIBER REINFORCED CONCRETE USING
ARTIFICIAL INTELLIGENCE (AI) TECHNIQUES
Address of Applicant :Assistant Professor, Department of Civil Engineering, Nalla Malla
Reddy Engineering College (Autonomous), Divyanagar, Kachivanisingaram, near Narapally,
Ghatkesar Mandal, Medchal District, Hyderabad, Telangana, India, PIN-500088 Hyderabad ---
-------- -----------
2)Samrendra Kumar Singh
3)Devendra Dohare
4)M. Khyatin Vivek
5)Raghuveer Narsing
6)B. Rajashekharam
7)V. R. Sai Devayani
8)Chandrakanth Rama Naik
9)J. Harish
10)Prof. M. Vadivel
Address of Applicant :Assistant Professor, Department of Civil Engineering, Nalla Malla
Reddy Engineering College (Autonomous), Divyanagar, Kachivanisingaram, near Narapally,
Ghatkesar Mandal, Medchal District, Hyderabad, Telangana, India, PIN-500088 Hyderabad ---
:G06K0009620000, G06N0020000000, G06N0003080000, -------- -----------
G06N0005000000, G06N0003040000 2)Samrendra Kumar Singh
(86) International Application Address of Applicant :Assistant Professor & Head, Department of Civil Engineering, RR
:NA
No Institute of Modern Technology, Lucknow, Uttar Pradesh, India Lucknow ----------- -----------
:NA
Filing Date 3)Devendra Dohare
(87) International Publication Address of Applicant :Associate Professor, Civil Engineering and Applied Mechanics
: NA
No Department, Shri G. S. Institute of Technology and Science, Indore-452003, Madhya Pradesh,
(61) Patent of Addition to India Indore ----------- -----------
:NA
Application Number 4)M. Khyatin Vivek
:NA
Filing Date Address of Applicant :Student, Department of Computer Science Engineering, IIIT Dharwad,
(62) Divisional to Application Sattur colony, Hubli-Dharwad, Karnataka, India Dharwad ----------- -----------
:NA
Number 5)Raghuveer Narsing
:NA
Filing Date Address of Applicant :Assistant Professor, Civil Engineering Department Guru Nanak
Institutions Technical Campus, Ibrahimpatnam-501506, Ranga Reddy District, Telangana,
India Hyderabad ----------- -----------
6)B. Rajashekharam
Address of Applicant :Assistant Professor, Civil Engineering Department Guru Nanak
Institutions Technical Campus, Ibrahimpatnam-501506, Ranga Reddy District, Telangana,
India Hyderabad ----------- -----------
7)V. R. Sai Devayani
Address of Applicant :Assistant Professor, Department of Civil Engineering, Sri Venkateswara
College of Engineering –Tirupati, Tirupati-517507, Andhra Pradesh, India Tirupati ----------- --
---------
8)Chandrakanth Rama Naik
Address of Applicant :Ad hoc (Guest Faculty) Assistant Professor, Government Engineering
College, Huvinahadagali (Tq), Vijaynagar (Dist), Karnataka, India Vijaynagar ----------- --------
---
9)J. Harish
Address of Applicant :Assistant Professor, Department of Civil Engineering, Sri Venkateswara
College of Engineering –Tirupati, Tirupati-517507, Andhra Pradesh, India Tirupati ----------- --
---------
10)Prof. M. Vadivel
Address of Applicant :Head of the Department, Department of civil Engineering, Nehru
Institute of Technology, Coimbatore-641105, Tamil Nadu India Coimbatore ----------- ----------
-
(57) Abstract :
DEVELOPMENT OF FRACTURE BEHAVIOUR OF FIBER REINFORCED CONCRETE USING ARTIFICIAL INTELLIGENCE (AI) TECHNIQUES The present invention relates to
development of fracture behaviour of fiber reinforced concrete using artificial intelligence (AI) techniques. The present invention aims to construct a machine learning model capable of
predicting the fracture behavior of all conceivable fiber reinforced concrete subclasses, especially strain hardening engineered cementitious composites. This present invention evaluates 15x
input parameters that include the ingredients of the mixed design and the fiber properties. As a result, it predicts, for the first time, the post-peak fracture behavior of fiber-reinforced concrete
matrices. Five machine learning models are developed, and their outputs are compared. These include artificial neural networks, the support vector machine, the classification and regression
tree, the Gaussian process of regression, and the extreme gradient boosting tree. Due to the small size of the available dataset, this article employs a unique technique called the generative
adversarial network to build a virtual data set to augment the data and improve accuracy. Figure of abstract: FIG. 1

(19) INDIA
(54) Title of the invention : DESIGN AND DEVELOPMENT OF ALGORITHM TO IDENTIFY APRAXIA OF SPEECH USING
AUTOMATIC SPEECH RECOGNITION METHODS FOR REAL-TIME APPLICATIONS
Address of Applicant :REVA University, Rukmini Knowledge
Park, Kattigenahalli Yelahanka, Bangalore 560064 ----------- ------
-----
:G06N0003040000, G06N0003080000,
(51) International 2)Prof. Ashwini P
G06N0020000000, G09B0019000000,
classification 3)REVA University
G10L0025660000
4)Dr. Bharathi S.H.
(86) International
Application No
Filing Date
(87) International
: NA 1)REVA University
Publication No
Address of Applicant :REVA University, Bangalore, Karnataka,
:NA India 560064. Bengaluru ----------- -----------
:NA 2)Prof. Ashwini P
Filing Date
Address of Applicant :Assistant Professor, School of ECE, REVA
(62) Divisional to
:NA University, Bengaluru, Karnataka, India 560064. Bengaluru -------
Application Number
:NA ---- -----------
Filing Date
3)Dr. Bharathi S.H.
Address of Applicant :Professor and HoD School of Robotics and
Automation, PG-DCN, PG VLSI and ES, School of ECE, REVA
University, Bengaluru, Karnataka, India. Bengaluru ----------- -----
------
(57) Abstract :
Children who struggle to move their speech-producing muscles are said to have childhood apraxia of speech (CAS), a form of speech-
stuttering disorder. Children with apraxia who exhibit a variety of symptoms will be particularly impacted in terms of their
development of motor skills and cognitive function. Because apraxia is so severe, it is imperative to identify it in children at an early
age in order to prevent the disorder's progression. Nonetheless, a lot of research has been done to use deep learning and machine
learning architectures to automatically identify infantile apraxia of speech. These models, although having many advantages, are
unable to address the problems of overfitting and underfitting when it comes to the categorization of speech disorders. This study
proposes a new prediction paradigm called CASNET, which is constructed of long short-term memory and recurrent neural network
architectures to analyze the speech therapy dataset's visual and audio features concurrently. The goal of CASNET is to lessen such
challenges. The suggested model can distinguish between the various symptoms of speech apraxia on the audio dataset from therapy
sessions with a high degree of scalability and accuracy. Accurate identification of childhood apraxia of speech lessens the prognosis of
the condition and enhances treatment options.

(19) INDIA
(54) Title of the invention : SECURE EDGE AI PROCESSING FOR SENSITIVE DATA APPLICATIONS IN IOT DEVICES
1)Jasmine J.C Sheeja
Address of Applicant :8/29, Neduvilai, Kotticode, Kumarapuram, Kanyakumari, Tamil Nadu-629164 ------
----- -----------
2)Dr.T.Sudarson Rama Perumal
3)N.Kirthika
4)Dr. PRABHA R
5)Dr. N. R. DHINESHBABU
6)Julanta Leela Rachel J
7)Renswick S
1)Jasmine J.C Sheeja
:G06N0020000000, G06F0021620000, H04L0009320000, Address of Applicant :Assistant Professor, ECE Department, Rohini College of Engineering and Technology,
H04L0009080000, H04L0067120000 Kanyakumari main road, Palkulam, Anjugramam-629401 Kanyakumari, Tamil Nadu. Anjugramam ----------- -
(86) International Application No :NA ----------
Filing Date :NA 2)Dr.T.Sudarson Rama Perumal
(87) International Publication No : NA Address of Applicant :Associate Professor, Electronics and Communication Engineering Department, Rohini
(61) Patent of Addition to College of Engineering and Technology, Paulkulam, Anjugramam, Kanyakumari Tamilnadu- 629401
:NA
Application Number Anjugramam ----------- -----------
:NA
Filing Date 3)N.Kirthika
(62) Divisional to Application Address of Applicant :Assistant Professor, Electronics and Communication Engineering Department, Sri
:NA
Number Krishna College of Technology, Golf Road, Arivoli Nagar, Kovaipudur, Coimbatore-641 042, Tamil Nadu.
:NA
Filing Date Kovaipudur ----------- -----------
4)Dr. PRABHA R
Address of Applicant :Associate Professor, Department of Computer Science and Engineering, T. John
Institute of Technology, Gottigere, Bannerghatta road, Bangalore-560083, Karnataka. Gottigere ----------- ------
-----
5)Dr. N. R. DHINESHBABU
Address of Applicant :Associate Professor, Department of Electronics and Communication Engineering, T.
John Institute of Technology, Gottigere, Bannerghatta road, Bangalore-560083. Gottigere ----------- -----------
6)Julanta Leela Rachel J
Address of Applicant :Assistant Professor, Department of Information Science and Engineering, T. John
Institute of Technology, Gottigere, Bannerghatta road, Bangalore-560083. Gottigere ----------- -----------
7)Renswick S
Address of Applicant :Assistant Professor, Electronics and Communication Engineering Department, JCT
COLLEGE OF ENGINEERING AND TECHNOLOGY, Pichanur, COIMBATORE-641105, Tamil Nadu.
Pichanur ----------- -----------
(57) Abstract :
The proliferation of Internet of Things (IoT) devices has resulted in a substantial increase in the generation of sensitive data at the
edge of networks. This patent focuses on the intersection of IoT and artificial intelligence (AI), where AI is increasingly employed for
real-time data processing and decision-making. Given the sensitivity of the data involved, establishing robust security measures is
imperative. The patent presents a comprehensive exploration of secure edge AI processing techniques designed specifically for
applications handling sensitive data within IoT environments. One of the key challenges addressed by the proposed framework is the
decentralized nature of edge computing. In this context, the framework aims to find a delicate balance between computational
efficiency and data security. Recognizing the significance of processing sensitive information locally at the edge, the framework
incorporates advanced cryptographic protocols, secure enclaves, and machine learning algorithms. This integrated approach ensures
the confidentiality and integrity of critical data throughout both the processing and transmission phases. The patent delves into the
practical implementation of the secure edge AI processing framework across diverse IoT device scenarios. Through case studies, the
adaptability of the proposed solution to various application domains, such as healthcare, smart cities, and industrial automation, is
highlighted. The evaluation encompasses key performance metrics, including latency, throughput, and resource utilization, providing
evidence of the feasibility and efficiency of the approach in real-world deployments. The work makes a significant contribution to the
evolving landscape of secure edge computing by offering a principled approach to AI processing for sensitive data in IoT devices. The
findings pave the way for improved privacy and security measures, instilling trust in the deployment of IoT technologies across
critical sectors. Ultimately, this work underscores the importance of ensuring the security of data at the edge, where the proliferation
of IoT devices and the integration of AI present both challenges and opportunities for enhancing the overall efficacy and reliability of
IoT applications.

(19) INDIA
(54) Title of the invention : A SMART ENERGY MANAGEMENT SYSTEM
:H04L0012280000, H04W0004800000, (71)Name of Applicant :

(51) International
A61B0005147700, H04W0084120000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
A61B0005000000 TECHNOLOGY
(86) International Address of Applicant :Yamnampet (Village), Ghatkesar
:NA
Application No (Mandal), Hyderabad-501301, Telangana ----------- -----------
:NA
: NA
(61) Patent of Addition 1)SREENIDHI INSTITUTE OF SCIENCE AND
:NA
to Application Number TECHNOLOGY
:NA
Filing Date Address of Applicant :Yamnampet (Village), Ghatkesar (Mandal),
(62) Divisional to Hyderabad-501301, Telangana ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed herein is a smart energy management system (100) that comprises a housing (102) and a sensor unit (104) installed within
the housing (102), the sensor unit (104) including plurality of sensors configured to sense the environmental conditions. A controlling
unit (106) installed in the housing (102) and connected to the senor unit (104) configured to control plurality of connected devices. A
wi-fi module (108), attached to the housing (102) and connected to the controller unit (106) configured for external communication.
An external cloud services (110), connected via wi-fi module (108) configured for data processing and optimization (112).

(19) INDIA
(54) Title of the invention : A SMART SHOPPING CART SYSTEM AND METHOD THEREOF
:G06K0007100000, G06Q0030060000, (71)Name of Applicant :

(51) International
B62B0003140000, B62B0005000000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
G07G0001000000 TECHNOLOGY
:NA
:NA
: NA
:NA
:NA
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed herein is a smart shopping cart system (100) comprising, a shopping cart (102), having product tagged with a RFID tag
(104) placed in the shopping cart (102), the RFID tag (104) configured to contain product details. A casing (106) attached to the
shopping cart (102), comprising a RFID reader module (108) installed in the casing (106) configured to read the RFID tag (104)
placed in the shopping cart (102), a controller unit (110) connected to RFID reader module (106) configured as a processor and a
display unit (112) attached to the casing (106) and connected to the controller unit (110) configured to display product pricing
information and bill amount. An external database (114) and a graphical (116) connected via the controller unit (110). A power unit
(120) supplying power to the RFID reader module (108), the controller unit (110) and the display unit (112) via a push button (118).

(19) INDIA
(54) Title of the invention : SMART SURVEILLANCE ROBOT
:G08B0013196000, G08B0003100000, (71)Name of Applicant :

(51) International
G08B0025140000, G01D0021020000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
G01S0019140000 TECHNOLOGY
:NA
:NA
: NA
:NA
:NA
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed herein is a smart surveillance robot specifically engineered for efficient and secure operations in hazardous and radiation-
affected areas. This invention comprises a sturdy chassis with [DC] motors for mobility, controlled by an Arduino uno board,
facilitating seamless integration and intelligent decision-making. Equipped with RF transmitters and receivers, the robot ensures
wireless communication with a remote-control station, allowing real-time command execution and data transmission. The robot’s
sensory capabilities include [DHT11] sensor for monitoring temperature and humidity levels, an electromagnetic radiation circuit for
precise radiation detection, and a [GPS] tracker for accurate location monitoring. These sensors, along with an integrated wireless
camera, feed real-time data to the central processing unit, enabling comprehensive environmental analysis. An [LCD] display provides
immediate visual feedback while a buzzer delivers audible alerts. The integration of [L239D H] bride IC ensures precise motor
control, enhancing the robot’s mobility in complex terrains.

(19) INDIA
(54) Title of the invention : INTRUSION DETECTION METHOD USING VOTING-BASED NEURAL NETWORK

(51) International
G06F0021550000, G06N0003020000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
G06K0009000000 TECHNOLOGY
:NA
:NA
: NA
:NA
:NA
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed herein is a unique voting-based neural network approach, used in the intrusion detection system as well as claims for the
specific methods of feature extraction, voting mechanism, and anomaly scoring. Furthermore, the method demonstrates adaptability to
emerging threats, rendering it highly efficient in practical cybersecurity scenarios. Intrusion detection system using voting-based
neural network, which include components that are network traffic data (101), that collected and preprocessed the network traffic data,
and a voting based neural network (103), (vnn) combines the decisions of multiple neural networks and feature extraction algorithms
(105) anomaly scoring mechanism (107) is to combined output is scored to detect intrusions and each trained with a different
perspective.

(19) INDIA
(54) Title of the invention : POWER GENERATION SYSTEM USING ELECTROMAGNETIC SHOCK ABSORBER
:H02J0007000000, H02K0007180000, (71)Name of Applicant :

(51) International
H02K0035020000, H02K0035040000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
F02B0063040000 TECHNOLOGY
(86) International Address of Applicant :YAMNAMPET (VILLAGE),
:NA
Application No GHATKESAR (MANDAL), HYDERABAD-501301,
:NA
Filing Date TELANGANA ----------- -----------
: NA
:NA
to Application Number 1)SREENIDHI INSTITUTE OF SCIENCE AND
:NA
Filing Date TECHNOLOGY
(62) Divisional to Address of Applicant :YAMNAMPET (VILLAGE),
:NA
Application Number GHATKESAR (MANDAL), HYDERABAD-501301,
:NA
Filing Date TELANGANA ----------- -----------
(57) Abstract :
This invention presents an innovative electromagnetic linear generator (102) and regenerative electromagnetic shock absorber 104
designed to convert variable frequency, repetitive intermittent linear displacement motion into useful electrical power. The present
invention describes a power generation system comprising electromagnetic shock absorber (100), the essential components used in the
system, comprising a rack and pinion mechanism (202), translates the linear motion from the shock absorber into rotational motion,
driving the generator, a generator (204), the electromagnetic linear generator comprises a coil winding array and multiple magnets, a
charging circuit (206), the charging circuit manages the electrical energy produced by the generator, regulating voltage and current to
charge batteries or power accessories, a battery (208) stores the electrical energy generated by the system, a light-emitting diodes
(LEDs) (210), are one of the potential applications for the generated electrical power, serving as a demonstration of the system's
capabilities.

(19) INDIA
(54) Title of the invention : AN EMERGENCY VEHICLE TRAFFIC MANAGEMENT SYSTEM
:G08G0001096500, G08G0001087000, (71)Name of Applicant :

(51) International
B60Q0001260000, G08G0001000000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
B60Q0001500000 TECHNOLOGY
:NA
:NA
: NA
:NA
:NA
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed herein is an emergency vehicle traffic management system (100) designed to efficiently manage the traffic for unhinged
pathway for emergency vehicles. The system (100) comprising of a camera module (104) is configured for capturing images and
visually analysing of bar codes (112) affixed to or applied on an emergency vehicle, at least two microcontrollers (114a) and (114b), a
Wi-Fi module (106) is configured to facilitate seamless communication between different components of the system (100), LEDs
Module(108) is configured to provide visual signals, turning red for regular vehicles to stop them and green for an emergency vehicle
to allow it to pass freely when directed by a microcontroller (114a), a bar code (112) is configured for attachment to emergency
vehicles, serving as a key identification element for the system, an alarm module (110) is configured to alert nearby vehicles and
pedestrians when an emergency vehicle approaches nearby.

(19) INDIA
(54) Title of the invention : SMART ENTRY SYSTEM
:G07C0009000000, H04L0012280000, (71)Name of Applicant :

(51) International
H04L0041000000, E05F0015730000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
B60R0025240000 TECHNOLOGY
:NA
:NA
: NA
:NA
:NA
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed herein is a smart entry system (100) in the domain of access control and security technologies. The system integrates a
raspberry pi model B3 single board computer(101), a PIR sensor (102), a high- resolution camera module (103) and a telegram bot
integration (104) to create a comprehensive and intelligent solution for managing access to premises. In this system, anytime a person
approaches the door, the PIR sensor detects their presence, activates the camera, records a 5-second video of the individual, and sends
a notification to the user via telegram. The system will open the door if the owner permits entry, and the door remains locked if the
owner forbids entry using command sent through telegram bot. Through seamless integration and advanced software algorithm, the
system offers reliable access control, allowing users to remotely monitor premises, verify visitor identities, and receive instant
notifications, all in real- time.

(19) INDIA
(54) Title of the invention : INTERNET OF THINGS BASED PORTABLE ENERGY MONITORING DEVICE
1)Karunya Institute of Technology and Sciences
Address of Applicant :Karunya Institute of Technology and
:H02J0013000000, H04L0012280000, Sciences, Karunya Nagar, Coimbatore. Coimbatore ----------- ------
(51) International
H04L0012400000, H02J0007000000, -----
classification
:NA
:NA
Filing Date 1)Dr. J Jayakumar
(87) International Address of Applicant :Karunya Institute of Technology and
: NA
Publication No Sciences, Karunya Nagar, Coimbatore-641114. Coimbatore -------
:NA
to Application Number 2)Jeffin Samuel A
:NA
Filing Date Address of Applicant :Karunya Institute of Technology and
(62) Divisional to Sciences, Karunya Nagar, Coimbatore-641114. Coimbatore -------
:NA
:NA
Filing Date 3)John Jaison
Address of Applicant :Karunya Institute of Technology and
Sciences, Karunya Nagar, Coimbatore-641114. Coimbatore -------
---- -----------
(57) Abstract :
INTERNET OF THINGS BASED PORTABLE ENERGY MONITORING DEVICE The present invention relates to an Internet of
things based portable energy monitoring device [100], comprising a microcontroller [1]; an inbuilt display [2]; a sensor [3]; a relay [4]
for remote switching; a power supply [5]; a power transformer [6]; and an AC power input [7]. The device [100] monitors energy
parameters of a connected appliance and display said parameters in real-time. The device [100] detects and protects voltage
fluctuation to ensure safe operation. The device [100] remotely switches ON or OFF the connected appliance, either manually under
normal conditions or automatically under abnormal conditions. Said device [100] is configured to set working time of the connected
appliance and to automatically switch OFF the connected appliance after certain energy usage. Figure 1

(19) INDIA
(54) Title of the invention : MANAGEMENT OF WASTE USING OBJECT DETECTION
1)New Horizon College of Engineering,
Address of Applicant :New Horizon College of Engineering,
New Horizon Knowledge Park, Outer Ring Road, Near
Marathalli, Bellandur(P), Bangalore-560103 Bangalore ----------- -
----------
2)Prof. K.S.Shashikala
1)Prof. K.S.Shashikala
Address of Applicant :Prof. K.S.Shashikala, Senior Assistant
Professor, Dept. of Artificial Intelligence and Machine Learning ,
New Horizon College of Engineering, Marathahalli outer ring
road, Bengaluru- 560103. Bangalore ----------- -----------
:G06K0009620000, G06F0009300000,
(51) International 2)New Horizon College of Engineering,
B65F0003000000, G06N0003080000,
classification Address of Applicant :New Horizon College of Engineering, New
H04W0004180000
Horizon Knowledge Park, Outer Ring Road, Near Marathalli,
(86) International
:NA Bellandur(P), Bangalore-560103 Bangalore ----------- -----------
Application No
:NA 3)Dr. Thiyagarajan V S
Filing Date
Address of Applicant :Dr. Thiyagarajan V S, 67, Pottinaidu Street
(87) International
: NA Vandavasi-604408 Thiruvannamalai District, Tamilnadu.
Publication No
Vandavasi ----------- -----------
:NA 4)Dr. M.Gurupriya,
:NA Address of Applicant :Dr. M.Gurupriya, Senior Assistant
Filing Date
Professor, Dept. of Artificial Intelligence and Machine Learning,
(62) Divisional to
:NA New Horizon College of Engineering, Marathahalli outer ring
Application Number
:NA road, Bengaluru- 560103. Bangalore ----------- -----------
Filing Date
5)Mr. Prajwal T S,
Address of Applicant :Mr. Prajwal T S, Student of 2nd year, Dept.
of Artificial Intelligence and Machine Learning, New Horizon
College of Engineering, Marathahalli outer ring road, Bengaluru-
560103 Bangalore ----------- -----------
6)Mr. Jashwanth S
Address of Applicant :Mr. Jashwanth S, Student of 2nd year,
Dept. of Artificial Intelligence and Machine Learning, New
Horizon College of Engineering, Marathahalli outer ring road,
Bengaluru- 560103. Bangalore ----------- -----------
7)Mr. Vasanth S
Address of Applicant :Mr. Vasanth S Student of 2nd year, Dept. of
Artificial Intelligence and Machine Learning, New Horizon
College of Engineering, Marathahalli outer ring road, Bengaluru-
560103. Bangalore ----------- -----------
(57) Abstract :
This invention relates to the field of object detection using AI in particular to detecting and classifying waste into different categories
(114). Our invention comprises of image processing modules, object classification Libraries, Object Detection, Convoluted Neural
Network to detect and classify waste based on the predefined, trained data. If a new class or undefined class is recognised by the feed
then model uses the new recognised waste to add it to the trained set with a defined set of images.

(19) INDIA
(54) Title of the invention : SUSTAINABLE ORGANIC FARMING USING HYDROPONIC SYSTEM
1)New Horizon College of Engineering
New Horizon Knowledge Park Outer Ring Road, Near Marathalli,
Bellandur (P), Bangalore-560103 Bangalore ----------- -----------
2)Mamta B Savadatti
:A01G0031020000, A61K0036000000,
A01G0022000000, A61K0036530000,
A23F0003340000
(86) International
:NA 1)Mamta B Savadatti
Application No
:NA Address of Applicant :Senior Assistant Professor Department of
Filing Date
Electronics & Communication, New Horizon College of
(87) International
: NA Engineering New Horizon Knowledge Park Outer Ring Road,
Publication No
Near Marathalli Bellandur(P), Bangalore- 560103 Bangalore ------
:NA ----- -----------
:NA 2)Ajay Sudhir Bale
Filing Date
Address of Applicant :Assistant Professor Department of
(62) Divisional to
:NA Electronics & Communication, New Horizon College of
Application Number
:NA Engineering New Horizon Knowledge Park Outer Ring Road,
Filing Date
----- -----------
3)Naveen Ghorpade
Address of Applicant :35/1, Dodda Gubbi Post, Hennur-Bagalur
Road, Bengaluru, Karnataka 560077 Bangalore ----------- ----------
-
(57) Abstract :
In many parts of the world, medicinal plants represent the sole option for treatment and prevention of illness for millions of people.
Many medicinal plants are in danger because of unsustainable harvesting practices driven by increased demand. Despite the fact that
many species have been successfully cultivated in soil, the final product often contains fewer medicinally active components than
plants which have been harvested from the wild. Hydroponic cultivation of medicinal plants has been shown to result in a larger
secondary metabolism content compared to wild or soil-grown cultivation of the same plants. There is a wide variety of hydroponic
systems and techniques to choose from, each with its own set of advantages and disadvantages. Since therapeutic compounds are often
confined inside certain plant organs, it is vital to choose hydroponic systems that optimize the supply of the needed organs and
metabolites. In this work, we take a look at how hydroponic systems may be used to grow medicinal plants, with special attention paid
to how the system employed differs depending on the plant organ required. It also draws attention to research that have made
groundbreaking discoveries that might help move the discipline forward.

(19) INDIA
(54) Title of the invention : AN INNOVATIVE FIRE SUPPRESSION SYSTEM UTILIZING LOW-FREQUENCY ACOUSTIC
WAVES
Address of Applicant :Dr Agalya V, Associate Head R&D (IPR Cell),, IPR Cell,
Department of Research & Development, New Horizon College of Engineering, New Horizon
Knowledge Park Outer Ring Road, Near Marathalli, Bellandur (P), Bangalore-560103
Bangalore ----------- -----------
2)Gundlapalle Rajesh .
1)Gundlapalle Rajesh
Address of Applicant :Gundlapalle Rajesh Associate Professor/Department of Electronics &
Communication, New Horizon College of Engineering, New Horizon KnowledgePark
OuterRingRoad , Near Marathalli, Bellandur (P), Bangalore – 560103. Bangalore ----------- ----
-------
2)Gurulakshmi A B
Address of Applicant :Gurulakshmi A B Associate Professor/Department of Electronics &
Communication, New Horizon College of Engineering, New HorizonKnowledgePark
:A62C0099000000, A62C0003000000, A62C0003020000,
(51) International classification OuterRingRoad , Near Marathalli, Bellandur (P), Bangalore – 560103 Bangalore ----------- -----
C09D0005180000, A62D0001020000
------
:NA 3)Nagendra R
No
:NA Address of Applicant :Nagendra R Assistant Professor/Department of Electronics &
Filing Date
: NA OuterRingRoad , Near Marathalli, Bellandur (P), Bangalore – 560103. Bangalore ----------- ----
No
-------
:NA 4)Aravinda K
Application Number
:NA Address of Applicant :Aravinda K Associate Professor/Department of Electronics &
Filing Date
:NA OuterRingRoad , Near Marathalli, Bellandur (P), Bangalore – 560103. Bangalore ----------- ----
Number
:NA -------
Filing Date
5)BhawnaKhokher
Address of Applicant :BhawnaKhokher Assistant Professor/Department of Electronics &
OuterRingRoad , Near Marathalli, Bellandur (P), Bangalore – 560103 Bangalore ----------- -----
------
6)Sanjeev Sharma
Address of Applicant :Sanjeev Sharma Professor/Department of Electronics &
Communication, New Horizon College of Engineering, New Horizon Knowledge Park
OuterRingRoad , Near Marathalli, Bellandur (P), Bangalore – 560103. Bangalore ----------- ----
-------
7)Kevin Anthony
Address of Applicant :Kevin Anthony Department of Electronics & Communication, New
Horizon College of Engineering, New Horizon Knowledge Park OuterRingRoad , Near
Marathalli, Bellandur (P), Bangalore – 560103. Bangalore ----------- -----------
8)Hari Rohith
Address of Applicant :Hari Rohith Department of Electronics & Communication, New
Horizon College of Engineering, New Horizon Knowledge Park OuterRingRoad , Near
Marathalli, Bellandur (P), Bangalore – 560103. Bangalore ----------- -----------
(57) Abstract :
The design of Fire Extinguisher Based on Sound Waves is related to a novel fire extinguisher technique. It has been investigated to
use sound waves, commonly referred to as acoustic waves, to put out fires. The idea behind utilizing acoustic waves to put out fires is
based on the idea that by upsetting the stability of the flame, it will eventually go out. It is crucial to keep in mind that acoustic waves
are not a generally accepted way of firefighting and that research and development into their efficacy in the suppression of fires is
currently ongoing. When a fire is just getting started and producing the least amount of heat and flame, it is important to put it out. The
system’s intended result is to put out the fire before it spreads, improving human safety and protection.

(19) INDIA
(54) Title of the invention : A NOVEL MOSQUITO REPELLENT MACHINE USING BMS FOR POWER OUTAGES
Address of Applicant :New Horizon College of Engineering, New Horizon Knowledge
Park, Outer Ring Road, Near Marathalli, Bellandur(P), Bangalore-560103, Karnataka
Bangalore ----------- -----------
Address of Applicant :Gundlapalle Rajesh Associate Professor/Department of Electronics &
Communication, New Horizon College of Engineering, New Horizon Knowledge Park Outer
Ring Road , Near Marat halli, Bellandur (P), Bangalore – 560103. Bangalore ----------- ---------
--
2)Gurulakshmi A B
Address of Applicant :Gurulakshmi A B Associate Professor/Department of Electronics &
:A01N0065000000, H02J0007000000, H02K0011330000, Ring Road , Near Marat halli, Bellandur (P), Bangalore – 560103. Bangalore ----------- ---------
G06Q0040080000, F21S0009020000 --
(86) International Application 3)Nagendra R
:NA
No Address of Applicant :Nagendra R Assistant Professor/Department of Electronics &
:NA
Filing Date Communication, New Horizon College of Engineering, New Horizon Knowledge Park Outer
(87) International Publication Ring Road , Near Marat halli, Bellandur (P), Bangalore – 560103. Bangalore ----------- ---------
: NA
No --
(61) Patent of Addition to 4)Jayanthi M
:NA
Application Number Address of Applicant :Jayanthi M Associate Professor/Department of Electronics &
:NA
Filing Date Communication, New Horizon College of Engineering, New Horizon Knowledge Park Outer
(62) Divisional to Application Ring Road , Near Marat halli, Bellandur (P), Bangalore – 560103. Bangalore ----------- ---------
:NA
Number --
:NA
Filing Date 5)Santhosh B V S
Address of Applicant :Santhosh B V S Associate Professor/Department of Computer science
and Engineering, New Horizon College of Engineering, New Horizon Knowledge Park Outer
--
6)Sanjeev Sharma
Address of Applicant :Sanjeev Sharma Professor/Department of Electronics &
--
7)Darwin Noel
Address of Applicant :Darwin Noel Department of Electronics & Communication, New
Horizon College of Engineering, New Horizon Knowledge Park Outer Ring Road , Near Marat
halli, Bellandur (P), Bangalore – 560103. Bangalore ----------- -----------
8)J Romina Sophia
Address of Applicant :J Romina Sophia Department of Electronics & Communication, New
Horizon College of Engineering, New Horizon Knowledge Park Outer Ring Road , Near Marat
halli, Bellandur (P), Bangalore – 560103. Bangalore ----------- -----------
(57) Abstract :
The main objective of the mosquito machine is to effectively repel mosquitoes in a specific area. However, the conventional mosquito
repellent will not work during power off as the heating coils get heats only with AC voltage sources. To ensure the working of
mosquito replants during power off, an inverter is being integrated with a charging module for a 12V battery. This setup allows the
mosquito machine to operate using the main power supply when the battery is not needed or when it is being charged. By
incorporating advanced technology, this innovative mosquito machine provides a comprehensive solution for reducing mosquito
populations and minimizing the risks associated with mosquito-borne diseases. However, further research, field testing, and
refinement of the machine are crucial to validate its effectiveness and optimize its performance in various environments and scenarios.

(19) INDIA
(54) Title of the invention : IMPROVED SHAPE MEMORY ALLOY-BASED MEMS PERFORATED SWITCH FOR RF
APPLICATIONS
1)new Horizon College of Engineering
Marathalli, Bellandur(P), Bangalore-560103, Karnataka Bangalore
----------- -----------
:H01H0059000000, H01H0001000000, 2)Ajay Sudhir Bale
(51) International
H03H0009240000, F03G0007060000, Name of Applicant : NA
classification
C01B0032174000 Address of Applicant : NA
:NA
Application No 1)Ajay Sudhir Bale
:NA
Filing Date Address of Applicant :Assistant Professor Department of
(87) International Electronics & Communication, New Horizon College of
: NA
Publication No Engineering New Horizon Knowledge Park Outer Ring Road,
(61) Patent of Addition Near Marathalli Bellandur(P), Bangalore- 560103 Bangalore ------
:NA
to Application Number ----- -----------
:NA
Filing Date 2)Mamta B Savadatti
(62) Divisional to Address of Applicant :Mamta B Savadatti Senior Assistant
:NA
Application Number Professor Department of Electronics & Communication, New
:NA
Filing Date Horizon College of Engineering New Horizon Knowledge Park
Outer Ring Road, Near Marathalli Bellandur(P), Bangalore-
560103 Bangalore ----------- -----------
3)Naveen Ghorpade
Address of Applicant :35/1, Dodda Gubbi Post, Hennur- Bagalur
-
(57) Abstract :
In order to better implement RF-based MEMS switches, this invention analyses the SMA actuation mechanism and how it might be
improved. When an input voltage of 0.2V is applied to the Nitinol beam, a deflection of 1.2 m is measured. The actuation of the
switch is enhanced by evenly perforating the cantilever beam, and the resulting deflection, for a given input voltage, is 3E-5m. Joule
heating's effect on the model's actuator is analysed, and the results for the revised version are provided. This article describes the
modeling of a SMA-based RF MEMS switch that has a wide range of potential applications, including those in the aerospace industry.

(19) INDIA
(54) Title of the invention : SMART ROAD SAFETY AND VEHICLE ACCIDENT PREVENTION SYSTEM FOR MOUNTAIN
TERRAINS
1)New Horizon COllege of Engineering
----------- -----------
:E01F0015040000, G08G0001160000, 2)Mamta B Savadatti
(51) International
E01C0001020000, G01S0019470000, Name of Applicant : NA
classification
A41D0013010000 Address of Applicant : NA
:NA
Application No 1)Mamta B Savadatti
:NA
Filing Date Address of Applicant :Mamta B. Savadatti Senior Assistant
(87) International Professor Department of Electronics & Communication, New
: NA
Publication No Horizon College of Engineering New Horizon Knowledge Park
(61) Patent of Addition Outer Ring Road, Near Marathalli Bellandur(P), Bangalore-
:NA
to Application Number 560103 Bangalore ----------- -----------
:NA
Filing Date 2)Ajay Sudhir Bale
(62) Divisional to Address of Applicant :Assistant Professor Department of
:NA
Application Number Electronics & Communication, New Horizon College of
:NA
Filing Date Engineering New Horizon Knowledge Park Outer Ring Road,
----- -----------
3)Naveen Ghorpade
Address of Applicant :35/1, Dodda Gubbi Post, Hennur-Bagalur
-
(57) Abstract :
Ghats Roads are access roads to the mountains with numerous hairpin curves; they are much riskier than regular roads. Therefore, the
likelihood of accidents in the Ghats region is higher due to the low road size, steep turns, poor camber, and valley side, among other
factors. Road Accident in the Ghats section Many drivers have accidents while driving on the roads in the Ghats region, which can
lead to fatalities or major injuries. The main cause of these accidents is the way the roadways curve and bend when turning in the
Ghats. It becomes challenging to observe cars turning and entering the other lane. One of the main causes of accidents in the Ghats
portion is that only one car can turn at a time at the turnings. Drivers typically have to assume a way for turning at such a crucial part,
which greatly increases the risk of death. Turning two vehicles into each other increases the risk of accidents and makes handling the
situation more challenging. In this idea, better efficient answer for automation has been mentioned which are a game changer in field
of automation on road safety. There are so many proposed on this area technologies like GSM and GPS but Arduino based solution
was much simpler in its architecture and provide the best possible solution on the economic and safety side of a vehicle.

(19) INDIA
(54) Title of the invention : ROBO CLEANER DESIGN FOR BLACK BOARD
1)NEW HORIZON COLLEGE OF ENGINEERING
:B43L0021020000, B43L0021000000, ----------
(51) International
C09D0013000000, G09B0005020000, Name of Applicant : NA
classification
B43L0001080000 Address of Applicant : NA
:NA
Application No 1)Dr. T.Kavitha
:NA
Filing Date Address of Applicant :Professor Department of Computer
(87) International Engineering, New Horizon College of Engineering New Horizon
: NA
Publication No Knowledge Park Outer Ring Road, Near Marathalli Bellandur(P),
(61) Patent of Addition Bangalore-560103 Bangalore ----------- -----------
:NA
to Application Number 2)Dr. G. Senbagavalli
:NA
Filing Date Address of Applicant :A-004,RVS Residency, Hatimi street,
(62) Divisional to Bohra Layout, Gottigere, Bangalore -560 083. Bangalore -----------
:NA
Application Number -----------
:NA
Filing Date 3)Ms Chandra Prabha N
Address of Applicant :Research Scholar Faculty of Electrical and
Electronics Engineering Sciences, New Horizon College of
Engineering New Horizon Knowledge Park Outer Ring Road,
Near Marathalli Bellandur(P), Bangalore-560103 Bangalore -------
---- -----------
(57) Abstract :
Blackboards in classrooms are one of the classic methods that the learning process is carried out. Classrooms are unimaginable
without a blackboard and chalk. As a result, breathing in chalk dust over an extended length of time might have certain negative
effects on human health. As a result, an effort has been made to provide a blackboard cleaner that can be managed by an application
on any mobile device. It lessens the possible workload for the person who cleans the board and the amount of time needed to do so.
Additionally, it keeps chalk dust from entering the air and contributes to a dust-free learning environment.

(19) INDIA
(54) Title of the invention : ENHANCED RAPID RESPONSE SYSTEM FOR TRAFFIC NAVIGATION AND EFFICIENT
EMERGENCY SERVICES
----------- -----------
2)Jisha P K
:G06Q0040080000, A61P0025280000,
G16C0020300000, A61K0031520000,
classification 1)Jisha P K
G01C0021340000
Address of Applicant :Jisha P K, Associate Professor/ Department
(86) International
:NA of Physics, New Horizon College of Engineering, New Horizon
Application No
:NA Knowledge Park, Outer Ring Road, Near Marathalli,
Filing Date
Bellandur(P), Bangalore-560103 Bangalore ----------- -----------
(87) International
: NA 2)REVATHI V
Publication No
Address of Applicant :REVATHI V, Professor , New Horizon
:NA College of Engineering, New Horizon Knowledge Park, Outer
:NA Ring Road, Near Marathalli Bellandur(P), Bangalore-560103 ------
Filing Date
----- -----------
(62) Divisional to
:NA 3)Nivetha Madhavan
Application Number
:NA Address of Applicant :Nivetha Madhavan, Student of Computer
Filing Date
Science Engineering, New Horizon College of Engineering New
Bellandur(P), Bangalore-560103 Bangalore ----------- -----------
4)Harshitha M Anil Kumar
Address of Applicant :Harshitha M Anil Kumar, Student of
Computer Science Engineering, New Horizon College of
Engineering, New Horizon Knowledge Park, Outer Ring Road,
Near Marathalli Bellandur(P), Bangalore-560103 Bangalore -------
---- -----------
(57) Abstract :
Experimental trial and error-based research for the efficient navigation of rapid response vehicles are time consuming and costly, in
terms of lives and property. Interactive traffic navigation can accelerate the development of navigation systems by helping identify the
most problematic areas and avoid them, and learning to manage crowds in an effective manner. So, there is a need to integrate
predictive, known traffic predictions with interactive technology to accelerate emergency responses. .This method will greatly reduce
casualty rates and loss of money and property, and suggests novel solutions.

(19) INDIA
(54) Title of the invention : POSTURE CORRECTION EXERCISE PERFORMANCE SMART APPLICATION PROCESS
THEREOF
1)New Horizon College Of Engineering
Address of Applicant :New Horizon College Of Engineering, New
Horizon Park, Marathalli outer ring road, Bengaluru-560103. Bengaluru -
---------- -----------
2)M Nirmala
1)M Nirmala
Address of Applicant :M Nirmala, Associate Professor Computer Science
:G06N0020000000, A61B0005110000, and Engineering, New Horizon College Of Engineering, Marathalli outer
(51) International ring road, Bengaluru- 560103. Bengaluru ----------- -----------
G16H0020600000, G06K0009620000,
classification 2)B Rajalakshmi
A61B0005000000 Address of Applicant :B Rajalakshmi,Professor Computer Science and
(86) International Engineering, New Horizon College Of Engineering, Marathalli outer ring
:NA
Application No road, Bengaluru- 560103. Bengaluru ----------- -----------
:NA
Filing Date 3)M Dhanalakshmi
(87) International Address of Applicant :M Dhanalakshmi Professor Computer Science and
: NA Engineering, New Horizon College Of Engineering, Marathalli outer ring
Publication No
(61) Patent of Addition road, Bengaluru- 560103. Bengaluru ----------- -----------
:NA 4)Ashok K
:NA Address of Applicant :Ashok K, Associate Professor Computer Science
Filing Date
and Engineering, New Horizon College Of Engineering, Marathalli outer
(62) Divisional to ring road, Bengaluru- 560103. Bengaluru ----------- -----------
:NA
Application Number 5)Mr. Bhaskar S V
:NA
Filing Date Address of Applicant :Mr. Bhaskar S V, Senior Assistant Professor,
Computer Science and Engineering New Horizon College Of
Engineering, Marathalli outer ring road, Bengaluru- 560103 Bengaluru ---
-------- -----------
6)Mr.Manik Gupta
Address of Applicant :Mr.Manik Gupta, Computer Science and
Engineering, New Horizon College Of Engineering, Marathalli outer ring
road, Bengaluru- 560103. Bengaluru ----------- -----------
7)Mr. Nischith T N
Address of Applicant :Mr. Nischith T N, Computer Science and
Engineering, New Horizon College Of Engineering, Marathalli outer ring
road, Bengaluru- 560103. Bengaluru ----------- -----------
(57) Abstract :
Poor posture is a growing concern that can lead to numerous health problems. This invention aims to develop a web-based platform
that uses a machine learning model to improve posture while exercising through video analysis. The model will identify areas that
require correction and provide real-time feedback, personalized recommendations, and techniques for correcting postural imbalances.
The application can be accessed from home or work, making it a powerful tool for short-term and long-term posture correction goals.
The invention aims to promote healthy habits and mitigate posture-related problems by deploying machine learning models for
posture correction.

(19) INDIA
(54) Title of the invention : REAL TIME MOBILE THEFT WARNING ALARM USING A LOUD NOISE AND A FLASHING
LIGHT
1)New Horizon College of Engineering,
:G06F0021320000, G06N0003040000,
(51) International New Horizon Park, Marathalli outer ring road, Bengaluru-560103.
G06N0003080000, G06F0021570000,
classification Bangalore ----------- -----------
G06Q0010080000
2)Prof. Shashikala K S
(86) International
Application No
Filing Date
(87) International
: NA 1)Prof. Shashikala K S
Publication No
Address of Applicant :Prof. Shashikala K S, Senior Assistant
:NA Professor, Dept. of Artificial Intelligence and Machine Learning
:NA Engineering, New Horizon College of Engineering, Marathalli
Filing Date
outer ring road, Bengaluru-560103. Bangalore ----------- -----------
(62) Divisional to
:NA 2)Mr. Anand P K
Application Number
:NA Address of Applicant :Mr. Anand P K, Student of 3rd year, Dept.
Filing Date
of Artificial Intelligence and Machine Learning Engineering, New
Horizon College of Engineering, Marathahalli outer ring road,
Bengaluru-560103. Bangalore ----------- -----------
(57) Abstract :
The present invention relates to the field of biometric-based navigation, in particular to a smartphone fingerprint detecting system for
authorised users. The system produces a loud noise with a flashing light (107) if it detects and recognizes any unauthorized fingerprint
(106). The invention comprises of fingerprint recognition library (102) and a neural network to detect fingerprints.

(19) INDIA
(54) Title of the invention : SUBSTRATE INTEGRATED WAVEGUIDE NATENNA FOR 5G

COMMUNICATIONAPPLICATIONS
1)NEW HORIZON COLLEGE OF ENGINEERING,
Address of Applicant :New Horizon College of Engineering, New
Bellandur(P), Bangalore-560103, Karnataka BANGALORE ----------- ----
-------
2)GURULAKSHMI A.B.
1)GURULAKSHMI A.B.
Address of Applicant :Professor/ Department of Electronics &
Communication, New HorizonCollege of Engineering New Horizon
Knowledge Park Outer Ring Road, Near Marathalli Bellandur(P),
Bangalore- 560103 bangalore ----------- -----------
2)bhawna khokher
:H01P0003120000, H01Q0021000000, Address of Applicant :Assistant Professor/ Department of Electronics &
(51) International
A61P0025180000, H01P0005107000, Communication, New Horizon College of Engineering New Horizon
classification
A61P0025000000 Knowledge Park Outer Ring Road, Near Marathalli Bellandur(P),
(86) International Bangalore- 560103 bangalore ----------- -----------
:NA
Application No 3)Rajesh G
:NA
Filing Date Address of Applicant :Associate Professor/ Department of Electronics &
(87) International Communication, New Horizon College of Engineering New Horizon
: NA
Publication No Knowledge Park Outer Ring Road, Near Marathahalli Bellandur(P),
(61) Patent of Addition to Bangalore- 560103 bangalore ----------- -----------
:NA
Application Number 4)Sanjeev Sharma
:NA
Filing Date Address of Applicant :Professor & Dean QASDC New Horizon College
(62) Divisional to of Engineering New Horizon Knowledge Park Outer Ring Road, Near
:NA
Application Number Marathahalli Bellandur(P), Bangalore-560103 bangalore ----------- --------
:NA
Filing Date ---
5)Somara Meghana
Address of Applicant :Student New Horizon College of Engineering New
Horizon Knowledge Park Outer Ring Road, Near Marathahalli
Bellandur(P), Banglore-560103 bangalore ----------- -----------
6)Yennam Veni
Bellandur(P), Bangalore-560103 bangalore ----------- -----------
7)Siddapu Bhavisya
8)Y R Leela Vara Prasad Reddy
(57) Abstract :
Substrate Integrated Waveguide (SIW) technology has gained significant attention in recent years due to its unique ability to combine the benefits of
traditional waveguides and planar transmission lines. The versatility of SIW technology is showcased through real-world applications in
communication systems, radar systems, and sensing devices. This comprehensive review underscores the significance of SIW as a key enabling
technology in modern microwave and millimeter-wave engineering, paving the way for innovative and efficient circuit designs.

(19) INDIA
(54) Title of the invention : EHEALTHRX: EMPOWERING PATIENTS WITH SMART MEDICINE DELIVERY
Marathalli, Bellandur(P), Bangalore-560103, Karnataka
BANGALORE ----------- -----------
2)BHAWNA KHOKHER
1)BHAWNA KHOKHER
Address of Applicant :Assistant Professor/ Department of
:G16H0010600000, G16H0050200000, Near Marathalli Bellandur(P), Bangalore- 560103 bangalore -------
(51) International
G16H0020100000, G16H0040670000, ---- -----------
classification
G16H0040200000 2)Gurulakhsmi A.B.
(86) International Address of Applicant :Professor/ Department of Electronics &
:NA
Application No Communication, New Horizon College of Engineering New
:NA
Filing Date Horizon Knowledge Park Outer Ring Road, Near Marathalli
(87) International Bellandur(P), bangalore ----------- -----------
: NA
Publication No 3)Rajesh G
(61) Patent of Addition Address of Applicant :Associate Professor/ Department of
:NA
to Application Number Electronics & Communication, New HorizonCollege of
:NA
Filing Date Engineering New Horizon Knowledge Park Outer Ring Road,
(62) Divisional to Near MarathahalliBellandur(P), Bangalore- 560103 bangalore -----
:NA
:NA
Filing Date 4)Sanjeev sharma
Address of Applicant :Professor & Dean QASDC New Horizon
College of Engineering New Horizon Knowledge Park Outer Ring
Road, Near Marathahalli Bellandur(P), Bangalore-560103
bangalore ----------- -----------
5)Yennam Veni
Address of Applicant :Student New Horizon College of
Near Marathahalli Bellandur(P), Bangalore-560103 bangalore -----
------ -----------
6)Somara Meghana
Address of Applicant :Student New Horizon College of
Near Marathahalli Bellandur(P), Banglore-560103 bangalore ------
----- -----------
(57) Abstract :
EHealthRx is an innovative healthcare solution aimed at empowering patients through smart medicine delivery. With the increasing
reliance on technology in healthcare, the integration of digital platforms and intelligent systems has the potential to revolutionize
patient care and improve medication adherence. This innovation is the key features and benefits of eHealthRx in enhancing patient
empowerment and medication management.

(19) INDIA
(54) Title of the invention : DUAL AXIS SOLAR TRACKER
Address of Applicant :New Horizon College of Engineering, New Horizon Knowledge
Park, Outer Ring Road, Near Marathalli, Bellandur(P), Bangalore-560103 Bengaluru -----------
-----------
1)Vinod Kumar S
Address of Applicant :Vinod Kumar S, Senior Assistant Professor, Department of Electrical
and Electronics Engineering, New Horizon College of Engineering, New Horizon Knowledge
Park, Outer Ring Road, Near Marathalli, Bellandur(P), Bangalore-560103 Bengaluru -----------
-----------
2)R Mohandas
Address of Applicant :R.Mohandas, Associate Professor, Department of Electrical and
Electronics Engineering, New Horizon College of Engineering, New Horizon Knowledge Park,
Outer Ring Road, Near Marathalli, Bellandur(P), Bangalore-560103 Bengaluru ----------- -------
(51) International classification :F24S30/45, G05F1/67, H02S20/32, H02S50/15
----
3)Meghana I K
Filing Date :NA
Address of Applicant :Meghana I K, UG Scholar, Department of Electrical and Electronics
Engineering, New Horizon College of Engineering, New Horizon Knowledge Park, Outer Ring
Road, Near Marathalli, Bellandur(P), Bangalore-560103 Bengaluru ----------- -----------
Filing Date :NA
4)Prathvi Devanand Gonkar
Address of Applicant :Prathvi Devanand Gonkar, UG Scholar, Department of Electrical and
Filing Date :NA
----
5)Purvi Samanvitha S
Address of Applicant :Purvi Samanvitha S, UG Scholar, Department of Electrical and
----
6)Rahul B
Address of Applicant :Rahul B, UG Scholar, Department of Electrical and Electronics
Engineering, New Horizon College of Engineering, New Horizon Knowledge Park, Outer Ring
Road, Near Marathalli, Bellandur(P), Bangalore-560103 Bengaluru ----------- -----------
7)Shivashankar A Mugali
Address of Applicant :Shivashankar A Mugali, UG Scholar, Department of Electrical and
----
(57) Abstract :
Solar photovoltaic system is in demand these days due to its efficient and clean energy. Setting up a solar panel that tracks the sun for
the whole day can give power to any building for general utilities. The placing of solar panels at exact angles and directions according
to the motion of sun can maximize the efficiency of the system. This research work implements the solar tracking system which tracks
the sun in both the axis i.e. horizontal and vertical. Proposed in this report is a system that controls the movement of a solar array so
that it is constantly aligned toward the direction of the sun. Solar modules are devices that cleanly convert sunlight into electricity and
offer a practical solution to the problem of power generation in remote areas. The implementation of such a system is done by
controlling motor and sensor or circuits.

(19) INDIA
(54) Title of the invention : CYBORG ALERT SYSTEM FOR DETECTION OF RADIATION LEVELS & AIR QUALITY USING
AI.
----------
:A61K0038000000, G08B0021120000, 1)SHASHIKIRAN S
(51) International
A62B0017000000, G01T0007000000, Address of Applicant :Assistant Professor/ Department of
classification
C08L0005000000 Electronics & Communication, New Horizon College of
(86) International Engineering New Horizon Knowledge Park Outer Ring Road,
:NA
Application No Near Marathalli Bellandur(P), Bangalore-560103 Bangalore -------
:NA
Filing Date ---- -----------
(87) International 2)SRINIVAS BABU N
: NA
Publication No Address of Applicant :Assistant Professor/ Department of
(61) Patent of Addition Electronics & Communication, New Horizon College of
:NA
to Application Number Engineering New Horizon Knowledge Park Outer Ring Road,
:NA
Filing Date Near Marathalli Bellandur(P), Bangalore-560103 Bangalore -------
(62) Divisional to ---- -----------
:NA
Application Number 3)Aravinda Koithyar
:NA
Filing Date Address of Applicant :Professor & HOD/Department of
Engineering New Horizon Knowledge Park Outer RingRoad, Near
Marathalli Bellandur(P), Bangalore-560103 Bangalore ----------- --
---------
4)Sanjeev Sharma
Address of Applicant :Professor & Dean QASDC New Horizon
College of Engineering New Horizon Knowledge Park Outer Ring
Road, Near Marathalli Bellandur(P), Bangalore-560103 Bangalore
----------- -----------
(57) Abstract :
Plants naturally exhibit physiological responses when exposed to basic stimuli like light and temperature, but also under some
circumstances to touch, chemicals, pests, and infections. Emerging molecular and modeling approaches might make it possible to
reprogram these detection and reporting abilities to respond to a range of stimuli, opening up new intelligence1gathering possibilities
and reducing the risks and costs associated with both humans and conventional sensors. The Cyborg Alert System (CAS) is designed
to control plant physiology in order to recognize electromagnetic signals as well as chemical, biological, radiological, and/or nuclear
threats. The program's plant sensors will recognize specific stimuli and send these messages simultaneously. Instead of being a plant's
natural function, these stimuli should be related to human action (for instance, a purposeful or accidental chemical or biological
release). Examples of DoD-relevant stimuli include biological pathogens (like spores, viruses, germs, and poisons), chemicals (like
organic and inorganic compounds), and radioactive signals (like EM, RF, and particle decay). The employment of alternative stimuli
that are comparable to current national security threats but less toxic or dangerous while remaining equally difficult to detect is
preferred. This CAS will be interconnected with the plant so that it can accept information, process it through the application, and
display the electromagnetic radiation levels and air quality.

(19) INDIA
(54) Title of the invention : MOTOR SPEED CONTROL USING FUZZY LOGIC
----------
:B60W0050000000, G05B0013020000,
G05B0011420000, B60W0030160000,
F02D0031000000
1)Kavita Avinash Pati
(86) International
:NA Address of Applicant :Kavita Avinash Patil Assistant
Application No
:NA Professor/Department of Electronics & Communication, New
Filing Date
Horizon College of Engineering New Horizon Knowledge Park
(87) International
: NA Outer Ring Road, Near Marathahalli Bellandur(P), Bangalore-
Publication No
560103 Bangalore ----------- -----------
:NA 2)Avinash N J
:NA Address of Applicant :Avinash N J Assistant
Filing Date
Professor/Department of Electronics &Communication, New
(62) Divisional to
:NA Horizon College of Engineering New Horizon Knowledge Park
Application Number
:NA Outer Ring Road, Near Marathahalli Bellandur(P), Bangalore-
Filing Date
560103 Bangalore ----------- -----------
3)Salna Joy
Address of Applicant :Salna Joy Assistant Professor/Department
of Electronics &Communication, New Horizon College of
Near Marathahalli Bellandur(P), Bangalore- 560103 Bangalore ---
-------- -----------
(57) Abstract :
The present invention relates to a speed control system for brushless DC (BLDC) motors using fuzzy logic. Traditional speed control
systems for BLDC motors, such as proportional-integral-derivative (PID) controllers, are not always optimal for nonlinear systems.
Fuzzy logic-based control systems, on the other hand, are more robust and efficient for nonlinear systems. The invention proposes a
BLDC motor speed control system that utilizes fuzzy logic-based controllers to achieve precise and efficient speed control. The
system uses fuzzy logic to determine the appropriate input voltage to the motor, based on the desired speed and the current speed of
the motor. The fuzzy logic-based controller can adapt to changes in the load on the motor, making it more suitable for a wider range of
applications. The proposed invention offers improved efficiency and reliability compared to traditional PID-based controllers, and is
suitable for a variety of industrial, automotive, and consumer electronics applications.

(19) INDIA
(54) Title of the invention : A PROCESS OF FOOD GRADE BIODEGRADABLE PAPER COATING WITH CELLULOSE
ACETATE COMPOSITES
:B01D0071160000, C08J0007040000, (71)Name of Applicant :

(51) International
B01D0067000000, A24D0003100000, 1)SURESH MUDALIAR
classification
C08J0007043000 Address of Applicant :VRITHI DOOR NO X, KURUNJI
(86) International NAGAR EXTN, 1ST STREET, SHERIFF COLONY ----------- ---
:NA
Application No --------
:NA
: NA
(61) Patent of Addition 1)SURESH MUDALIAR
:NA
to Application Number Address of Applicant :VRITHI DOOR NO X, KURUNJI
:NA
Filing Date NAGAR EXTN, 1ST STREET, SHERIFF COLONY ----------- ---
(62) Divisional to --------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT OF THE INVENTION The present invention relates to a process for the coating of paper using cellulose acetate
composites. The present invention more particularly relates to a process for coating papers with biodegradable food grade coating
using cellulose acetate with solvent, plasticizer, metal nanoparticle, cross-linking, and slip agents, co-polymers, Pelletizing and
applying composites on paper using extrusion coating.

(19) INDIA
(54) Title of the invention : EFFECT OF FUEL INJECTION PRESSURE ON PERFORMANCE AND EMISSION
CHARACTERISTICS OF DI - CI ENGINE WITH SHEA OLEIN BIODIESEL
1)Dr. K.Bhaskar Mutyalu
Address of Applicant :Associate Professor, Department of Mechanical Engineering, Sai
Spurthi Institute of Technology, B- Gangaram, Sathupally, Khammam, Telangana- 507303. ---
-------- -----------
2)Mr. V.Venkatrami Reddy
3)Mr. K.V.Jawahar
4)Mr. K.Lakshmi Prasad
5)Dr. Gopala Rao Thellaputta
6)Dr. Kiran Kumar Billa
7)Seelam Umamaheswara Reddy
8)K. Sai Babu
9)Mr. K.Ramprasad
10)Vidya Sagari K
1)Dr. K.Bhaskar Mutyalu
Address of Applicant :Associate Professor, Department of Mechanical Engineering, Sai
Spurthi Institute of Technology, B- Gangaram, Sathupally, Khammam, Telangana- 507303. ---
-------- -----------
:F02D0041140000, F02D0041000000, C10L0001020000, 2)Mr. V.Venkatrami Reddy
F02D0019080000, C10L0001182000 Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Sai Spurthi
(86) International Application Institute of Technology, B- Gangaram, Sathupally, Khammam, Telangana-507303. ----------- --
:NA
No ---------
:NA
Filing Date 3)Mr. K.V.Jawahar
(87) International Publication Address of Applicant :Professor, Department of Mechanical Engineering, Sai Spurthi Institute
: NA
No of Technology, B- Gangaram, Sathupally, Khammam, Telangana-507303. ----------- -----------
(61) Patent of Addition to 4)Mr. K.Lakshmi Prasad
:NA
Application Number Address of Applicant :Sr.Assistant Professor, Department of Mechanical Engineering,
:NA
Filing Date Lakireddy Bali Reddy College of Engineering (Autonomous), Mylavaram, Krishna, Andhra
(62) Divisional to Application Pradesh-521230. ----------- -----------
:NA
Number 5)Dr. Gopala Rao Thellaputta
:NA
Filing Date Address of Applicant :Professor, Department of Mechanical Engineering, St. Ann's College of
Engineering & Technology (Autonomous), Nayunipalli Village, Challareddy Palem Post,
Vetapalem Mandal, Chirala, Bapatla District, Andhra Pradesh-523187. ----------- -----------
6)Dr. Kiran Kumar Billa
Address of Applicant :Associate Professor & Faculty in Research, Sasi Institute of Technology
& Engineering, Near Aerodrome, Tadepalligudem, West Godavari District, Andhra Pradesh -
534101. ----------- -----------
7)Seelam Umamaheswara Reddy
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Lakireddy
Bali Reddy College of Engineering (Autonomous), Mylavaram, Krishna, Andhra Pradesh-
521230. ----------- -----------
8)K. Sai Babu
Address of Applicant :Professor, Department of Mechanical Engineering, Lakireddy Bali
Reddy College of Engineering (Autonomous), Mylavaram, Krishna, Andhra Pradesh-521230. -
---------- -----------
9)Mr. K.Ramprasad
Address of Applicant :Assistant Professor, Department of Mechanical Engineering, Nadimpalli
Satyanarayana Raju Institute of Technology, Sontyam, Pendurthi-Anandapuram Highway,
Visakhapatnam – 531173. ----------- -----------
10)Vidya Sagari K
Address of Applicant :Research Scholar, Department of Mechanical Engineering, Jawaharlal
Nehru Technological University, Kakinada, Andhra Pradesh – 533003. ----------- -----------
(57) Abstract :
[05] The use of diesel engines day by day increased because of their low fuel consumption and high efficiencies. Several attempts were made for search of alternative fuels due to increased
environmental pollution and exhaustion of conventional fossil fuels and succeeded in the development of Biodiesel as an alternative fuel. An attempt was made on DI- CI engine using shea
olein methyl ester blended with diesel in various proportions to study the engine performance and emissions at different injection pressures. The tests were conducted at constant load at
different injection pressures (190, 200, 210, 220, 230 bars ). In the present work performance characteristics like Brake thermal efficiency, Specific fuel consumption, exhaust gas temperature
and emission characteristics like CO, NOX, HC had been investigated. From the results it is observed that 210 bar injection pressure causes better performance and improved emission
characteristics, for all the fuel blends. Accompanied Drawing [FIG. 1] [FIG. 2] [FIG. 3] [FIG. 4] [FIG. 5] [FIG. 6] [FIG. 7] [FIG. 8] [FIG. 9]

(19) INDIA
(54) Title of the invention : SMART SENSING TECHNOLOGY FOR REAL TIME LOAD ANALYSIS IN LARGE STRUCTURES
1)T Seethalakshmi
Address of Applicant :Assistant Professor, Department of Civil Engineering, Government College of
Engineering, Tirunelveli-627007 ----------- -----------
2)R.Priya
3)M.Sheik Mohamed Anas
4)G.S.Anurekha
5)J.S.Minimol
6)K.Saranya
7)Dr. S.D.Anitha Selvasofia
8)Mrs. Padmaja P Kumar
9)A. Balkees Bee M.E
10)H.B. Mohammed Bilal M.E.
11)Abinaya Rajakumari R
12)Maria Teena A
1)T Seethalakshmi
Address of Applicant :Assistant Professor, Department of Civil Engineering, Government College of
Engineering, Tirunelveli-627007 ----------- -----------
2)R.Priya
Address of Applicant :Assistant Professor, Department of Civil Engineering, SNS College of Technology,
:G01M0005000000, B64F0005600000, G01N0029140000,
(51) International classification Sathy Main Road, Saravanampatty Post, Coimbatore-641035, Tamil Nadu ----------- -----------
A61B0005000000, G01N0029440000
3)M.Sheik Mohamed Anas
Address of Applicant :Assistant Professor, Department of Civil Engineering, Akshaya College of Engineering
Filing Date :NA
and Technology, Kinathukadavu, Coimbatore-642109, 57/15, Pallivasal Street, Nagal Nagar, Dindigul-624003,
Tamil Nadu, India ----------- -----------
:NA 4)G.S.Anurekha
Application Number
:NA Address of Applicant :Assistant Professor, Department of Civil Engineering, SNS College of Technology,
Filing Date
Sathy Main Road, Saravanampatty Post, Coimbatore-641035, Tamil Nadu ----------- -----------
:NA 5)J.S.Minimol
Number
:NA Address of Applicant :Assistant Professor, Department of Civil Engineering, SNS College of Technology,
Filing Date
Sathy Main Road, Saravanampatty Post, Coimbatore-641035, Tamil Nadu ----------- -----------
6)K.Saranya
Address of Applicant :Assistant Professor, Department of Civil Engineering, Sri Ramakrishna Engineering
College, Vattaimalaipalayam, Coimbatore-641022 ----------- -----------
7)Dr. S.D.Anitha Selvasofia
Address of Applicant :Assistant Professor (Sl.Gr), Department of Civil Engineering, Sri Ramakrishna
Engineering College, Vattaimalaipalayam, Coimbatore-641022 ----------- -----------
8)Mrs. Padmaja P Kumar
Address of Applicant :Assistant Professor, Department of Civil Engineering, Akshaya College of Engineering
and Technology, Kinathukadavu, Coimbatore-642109 ----------- -----------
9)A. Balkees Bee M.E
Address of Applicant :Assistant Professor, Department of AI&DS, SRM TRP Engineering College, Irungular,
Trichy-621105 ----------- -----------
10)H.B. Mohammed Bilal M.E.
Address of Applicant :Assistant Professor, Department of Civil Engineering, Dhanalakshmi Srinivasan
Engineering College, Perambalur-621212 ----------- -----------
11)Abinaya Rajakumari R
Address of Applicant :Assistant Professor, Department of Civil Engineering, NPR College of Engineering &
Technology, NPR Nagar, Natham, Dindigul-624401 ----------- -----------
12)Maria Teena A
Address of Applicant :Student, Department of Civil Engineering, SNS College of Technology, SNS Kalvi
Nagar, Sathy Main Road, NH-209, Vazhiyampalayam, Saravanampatti, Coimbatore-641035, Tamil Nadu ------
----- -----------
(57) Abstract :
The invention relates to a smart sensing system for real-time load analysis in large structures. It integrates advanced sensor technology, sophisticated data processing algorithms, and Internet of Things (IoT) connectivity to
continuously monitor and analyze structural health. This system enhances safety, reduces maintenance costs, and increases the lifespan of structures by providing proactive, real-time insights into structural integrity.

(19) INDIA
(54) Title of the invention : MACHINE LEARNING APPROACHES FOR FAST AND ACCURATE PREDICTION OF
NANOPARTICLE DESIGN EFFICACY IN CANCER TREATMENT
1)Dr. Jampala Raghuram
Address of Applicant :Associate Professor Department of
Pharmacology, Sultan-ul-Uloom College of Pharmacy, Banjara
Hills, Hyderabad - 500034 Hyderabad ----------- -----------
2)Damineni Saritha
3)Preethy Ani Jose
4)Dr. P.Srikanth Reddy
5)Vadduri Swathi
6)P. Subhash Chandra Bose
:A61P0035000000, G06N0020000000,
G06N0003080000, G06K0009620000,
classification 1)Dr. Jampala Raghuram
A61N0005100000
Address of Applicant :Associate Professor Department of
(86) International
:NA Pharmacology, Sultan-ul-Uloom College of Pharmacy, Banjara
Application No
:NA Hills, Hyderabad - 500034 Hyderabad ----------- -----------
Filing Date
2)Damineni Saritha
(87) International
: NA Address of Applicant :Department of Pharmaceutics, Sultan-ul-
Publication No
Uloom College of Pharmacy, Hyderabad-500034 Hyderabad ------
:NA ----- -----------
:NA 3)Preethy Ani Jose
Filing Date
(62) Divisional to
:NA Pharmaceutics, MNR College of Pharmacy, Sangareddy,
Application Number
:NA Telangana 502294 Sangareddy ----------- -----------
Filing Date
4)Dr. P.Srikanth Reddy
Address of Applicant :Department of Pharmaceutics, MNR
College of Pharmacy, Sangareddy-502294 Hyderabad ----------- --
---------
5)Vadduri Swathi
College of Pharmacy, Sangareddy-502294 Sangareddy ----------- -
----------
6)P. Subhash Chandra Bose
College of Pharmacy, Sangareddy-502294 Sangareddy ----------- -
----------
(57) Abstract :
Machine Learning approaches for fast and accurate prediction of nanoparticle design efficacy in cancer treatment is the proposed
invention. The proposed invention focuses on studying the nanoparticle design efficacy in cancer treatment. The invention focuses on
analyzing the parameters of accurate prediction in cancer treatment using algorithms of Machine Learning.

(19) INDIA
(54) Title of the invention : SMART FLEET MANAGEMENT SYSTEM
:H04W0004800000, G06F0003120000, (71)Name of Applicant :

(51) International
F02P0017120000, A61B0005010000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
B67D0007320000 TECHNOLOGY
:NA
:NA
: NA
:NA
:NA
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed herein is a smart fleet management system (100) that comprises an enclosure panel (102) further comprising a sensor unit
(104) configured to sense environmental conditions; a controller unit (106) configured as a processor, and a display unit (108)
configured to display information. The system (100) also comprising an external management hub (110) connected to the controller
unit (106) and configured to communicate with the management. The system (100) also comprising an emergency trigger (112)
connected to the external management hub (110) and configured to transmit current driver location. The system (100) also comprising
a driver management unit (114) connected to the external management hub (110) and configured for driver verification. The system
(100) also comprising a vehicle ignition control (116) connected to the driver management system (114) and vehicle ignition control
(116) configured to allow or prohibit vehicle ignition.

(19) INDIA
(54) Title of the invention : DRONE-BASED MONITORING SYSTEM WITH ADVANCED SENSORS
:B64C0039020000, G05D0001000000, (71)Name of Applicant :

(51) International
H04N0007180000, G01S0017931000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
G05D0001020000 TECHNOLOGY
:NA
:NA
: NA
:NA
:NA
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed herein is a drone-based monitoring system (100) with advanced sensors that comprises a frame or chassis (101), a plurality
of sensors (102), a motor (103), propellers (104), a high-resolution camera (105), a global positioning module (106), batteries for
power (107), a flight controller (108), electronic speed controllers (109) and transmitter/receiver (110). It represents a groundbreaking
advancement in aerial surveillance and data collection technologies. This innovative system integrates state-of-the-art components,
like light and detection ranging (LiDAR) sensors, thermal imaging sensors, global positioning system (GPS) modules, obstacle
detection sensors and a user-friendly (Fly Sky FS-i6) transmitter/receiver interface. By harnessing the power of sensor fusion, the
system enables simultaneous capture of visual, spatial, and thermal data, providing comprehensive insights for applications ranging
from environmental monitoring and agriculture to disaster management and infrastructure inspection.

(19) INDIA
(54) Title of the invention : AN AUTONOMOUS ROBOTIC FLOATING TRASH COLLECTING BOAT SYSTEM AND
METHOD THEREOF
:B65F0001140000, A61B0005110000, (71)Name of Applicant :

(51) International
E02B0015100000, E02B0003060000, 1)SREENIDHI INSTITUTE OF SCIENCE AND
classification
C02F0103000000 TECHNOLOGY
:NA
:NA
: NA
:NA
:NA
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Disclosed herein is an autonomous robotic floating trash collecting boat system designed to address the pressing issue of floating
debris in urban drainage systems. The system (100) comprising a microcontroller (102) configured to process ultrasonic sensor (104)
data, optimizing real-time decision-making for precise control, an ultrasonic sensors system (104) is configured to enhance trash
collection accuracy by accurately detecting and locating floating debris, atleast two BO motors (106a) & (106b) are configured to
provide exceptional maneuverability, reaching various water body areas, an L298D motor driver (108) is configured to enable precise
motor control, optimizing efficient movements for trash collection, a power supply unit (112) configured to supply uninterrupted
electrical energy supply to the system (100) ensuring uninterrupted operation, a caster wheel (116) configured to enhance stability
during trash retrieval, and a buoyant hull (114) configured to create buoyancy for the system (100) to facilitate movement in water
bodies.

(19) INDIA
(54) Title of the invention : EDIBLE AND BIODEGRADABLE PACKAGES FOR SHELF-LIFE EXTENSION OF FOOD
PRODUCTS
1)Kesavan Devarayan
Address of Applicant :121 B/1, Vedigoundar colony, By-pass
road, Suramangalam Post ----------- -----------
1)Kesavan Devarayan
Address of Applicant :Assistant Professor & Head Department of
Basic Sciences College of Fisheries Engineering Tamil Nadu
Dr.J.Jayalalithaa Fisheries University, Nagapattinam – 611 002.
Nagapattinam ----------- -----------
:B65D0065460000, C08J0005180000,
(51) International 2)Anand Theivasigamani
C08G0063685000, B82Y0030000000,
classification Address of Applicant :Directorate of Sustainable Aquaculture,
B32B0007120000
Tamil Nadu Dr.J.Jayalalithaa Fisheries University, Nagapattinam
(86) International
:NA – 611 002. Nagapattinam ----------- -----------
Application No
:NA 3)Monikandon Sukumaran
Filing Date
Address of Applicant :Assistant Professor & Head Department of
(87) International
: NA Energy and Environmental Engineering College of Fisheries
Publication No
Engineering Tamil Nadu Dr.J.Jayalalithaa Fisheries University,
:NA Nagapattinam – 611 002. Nagapattinam ----------- -----------
:NA 4)Yazhiniyan Palanisamy
Filing Date
Address of Applicant :College of Fisheries Engineering Tamil
(62) Divisional to
:NA Nadu Dr.J.Jayalalithaa Fisheries University, Nagapattinam – 611
Application Number
:NA 002 Nagapattinam ----------- -----------
Filing Date
5)Praveena Balasubramanian
Nadu Dr.J.Jayalalithaa Fisheries University, Nagapattinam – 611
002 Nagapattinam ----------- -----------
6)Cathrine Leenus Leon
002 Nagapattinam ----------- -----------
7)Ida Stella Grace Joseph
002 Nagapattinam ----------- -----------
(57) Abstract :
The present disclosure relates to fabrication of edible and biodegradable active packages useful for packaging food products. The
method employs formulation of active ingredients and blending of polymer composites to develop packages. The color changes
exhibited by the packages are indicators of the degradation of the food products.

(19) INDIA
(54) Title of the invention : IOT-ENABLED FOOD DISPENSER FOR POULTRY FARMING: NURTURING WELLNESS AND
ENSURING FOOD SAFETY
Address of Applicant :REVA University, Rukmini Knowledge
Park, Kattigenahalli Yelahanka, Bangalore 560064 ----------- ------
-----
2)Prof. Priyanka K
3)Prof. Rakheeba Taseen
4)Prof. Bibiana Jenifer Johnlouis
5)Prof. Shruthi Gejjalagere Ramakrishna
6)Prof. Rama Bansidhar Dan
7)Dr. Rajlakshmi Ghatkamble
:A01K0029000000, A01K0067020000, Address of Applicant : NA
(51) International
A01K0039012000, A01K0005010000, (72)Name of Inventor :
classification
A01K0039020000 1)Prof. Priyanka K
(86) International Address of Applicant :Assistant Professor, Department of ISE,
:NA
Application No NMIT, Bengaluru 560064, Karnataka, India. Bengaluru -----------
:NA
(87) International 2)Prof. Rakheeba Taseen
: NA
Publication No Address of Applicant :Assistant Professor, School of Computer
(61) Patent of Addition Science and Engineering, Presidency university, Bengaluru,
:NA
to Application Number Karnataka, India Bengaluru ----------- -----------
:NA
Filing Date 3)Prof. Bibiana Jenifer Johnlouis
(62) Divisional to Address of Applicant :Assistant Professor, Department of ISE,
:NA
Application Number New Horizon college of Engineering, Bengaluru, Karnataka,
:NA
Filing Date India. Bengaluru ----------- -----------
4)Prof. Shruthi Gejjalagere Ramakrishna
Address of Applicant :Sr. Assistant Professor, Department of ISE,
New Horizon college of Engineering, Bengaluru 560103,
Karnataka, India Bengaluru ----------- -----------
5)Prof. Rama Bansidhar Dan
Address of Applicant :Assistant Professor, Department of ISE,
New Horizon college of Engineering, Bengaluru, Karnataka, India
Bengaluru ----------- -----------
6)Dr. Rajlakshmi Ghatkamble
Address of Applicant :Associate Professor, Department of ISE,
New Horizon college of Engineering, Bengaluru, Karnataka, India
Bengaluru ----------- -----------
(57) Abstract :
The proposed system presents a novel poultry farming method using IoT, WSN, and edge computing. Our innovative system tracks
the hygiene of the food and water dispenser in real time using a network of intelligent sensors, unlike manual monitoring systems.
Sensor data is fed into an edge computing framework to autonomously control farm actuators. This autonomous control optimizes
poultry health and production. Our approach emphasizes poultry food and water hygiene. The system uses precise food measurement
mechanisms for chick age to prevent contamination and disease spread. This meticulous approach ensures that each feeding cycle
contains the right amount of fresh, uncontaminated food, maintaining feeder hygiene. Our proactive system protects poultry health and
boosts farm productivity by focusing on disease control. Our proposed system produces strong, healthy chickens that meet consumer
standards by implementing these health-conscious practices. It also transforms poultry farming by improving sustainability and
efficiency.

(19) INDIA
(54) Title of the invention : AUTOMATED WATER CURING DEVICE FOR CONSTRUCTION
------
:C04B0040020000, C08L0083040000, (72)Name of Inventor :
(51) International
G01W0001100000, C04B0040000000, 1)Dr. P. Krishna Kumar
classification
B28B0011240000 Address of Applicant :Assistant Professor, Department of Civil
(86) International Engineering, Francis Xavier Engineering College, 103/G2, Bypass
:NA
Application No Road, Vannarpettai, Tirunelveli - 627003, Tamil Nadu, India
:NA
Filing Date Tirunelveli ----------- -----------
(87) International 2)Mr. L. Ragland Solomon
: NA
Publication No Address of Applicant :Student, Department of Civil Engineering,
(61) Patent of Addition Francis Xavier Engineering College, 103/G2, Bypass Road,
:NA
to Application Number Vannarpettai, Tirunelveli – 627003, Tamil Nadu, India Tirunelveli
:NA
Filing Date ----------- -----------
(62) Divisional to 3)Mr. M. Kathiravan Muthu
:NA
Application Number Address of Applicant :Student, Department of Civil Engineering,
:NA
Filing Date Francis Xavier Engineering College, 103/G2, Bypass Road,
Vannarpettai, Tirunelveli - 627003, Tamil Nadu, India Tirunelveli
----------- -----------
4)Mr. J. Aakash Stephen
Address of Applicant :Student, Department of Civil Engineering,
Francis Xavier Engineering College, 103/G2, Bypass Road,
Vannarpettai, Tirunelveli - 627003, Tamil Nadu, India Tirunelveli
----------- -----------
(57) Abstract :
This device can be effectively used in ongoing construction sites. A sophisticated system that streamlines and improves the curing
process for construction materials is the proposed solution for an automated water-curing device in the construction industry. By
integrating automation and sensors, this technology closely monitors and controls the curing conditions. The system delivers the exact
quantity of water required for proper curing of the materials, thereby ensuring that the construction components attain their desired
strength and durability. This solution is distinguished by its adaptability; it can account for environmental factors and changing
weather conditions using real-time data from sensors and weather forecasts. Through its ability to substantially diminish the
requirement for manual labor and optimize water consumption, this innovation not only enhances the efficiency of construction
procedures but also fosters financial savings and environmental sustainability. The figure shows the schematic picture of the proposed
automated water curing machine.

(19) INDIA
(54) Title of the invention : IOT ENABLED FOAM GENERATOR FOR CELLULAR LIGHTWEIGHT CONCRETE BLOCK
MANUFACTURE
------
:G06Q0050280000, B28C0005380000,
G08B0013196000, B28C0007040000,
C04B0111400000
1)Dr. P. Krishna Kumar
(86) International
:NA Address of Applicant :Assistant Professor, Department of Civil
Application No
:NA Engineering, Francis Xavier Engineering College, 103/G2, Bypass
Filing Date
Road, Vannarpettai, Tirunelveli - 627003, Tamil Nadu, India
(87) International
: NA Tirunelveli ----------- -----------
Publication No
2)Mr. R. Jairus Felix
:NA Address of Applicant :Student, Francis Xavier Engineering
:NA College, Tirunelveli - 627003, Tamil Nadu, India Tirunelveli ------
Filing Date
----- -----------
(62) Divisional to
:NA 3)Ms. S. Ancy Nisha Blessintha
Application Number
:NA Address of Applicant :Student, Francis Xavier Engineering
Filing Date
College, Tirunelveli - 627003, Tamil Nadu, India Tirunelveli ------
----- -----------
4)Ms. B. Blessy
Address of Applicant :Student, Francis Xavier Engineering
College, Tirunelveli - 627003, Tamil Nadu, India Tirunelveli ------
----- -----------
(57) Abstract :
This apparatus is capable of being employed to its full potential in all the companies, which manufactures cellular lightweight concrete
blocks. The IR sensor is of critical importance in an IoT-enabled foam generator as it precisely measures the volume of the concrete
mixture contained within the container. By employing infrared technology, this sensor generates IR light and subsequently ascertains
the quantity of the concrete mixture by detecting its reflection. Through ongoing surveillance of the container's contents, it furnishes
up-to-date information regarding the volume of the concrete mixture, thereby guaranteeing that the foam generation procedure
sustains the exact proportions necessary. The data is effectively incorporated into the Internet of Things (IoT) infrastructure, enabling
immediate adjustments, remote monitoring, and control to ensure optimal production conditions are maintained. Fundamentally, the
infrared (IR) sensor is an indispensable element in ensuring the efficient and consistent production of foam during the manufacturing
process of CLC blocks.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR FRAUD DETECTION IN CREDIT TRANSFER, TRANSCRIPT
VERIFICATION, AND EMPLOYMENT CANDIDACY IDENTIFICATION
1)Woxsen University
Sangareddy District, Hyderabad, Telangana, India – 502345
Hyderabad ----------- -----------
1)Revathi T
Address of Applicant :Assistant professor, School of Business,
:G06Q0010100000, H04L0009320000, Woxsen University, Kamkole Village, Sadasivpet, Sangareddy
(51) International
G06Q0020400000, G06Q0020380000, District, Hyderabad, Telangana, India – 502345 Hyderabad --------
classification
H04L0009060000 --- -----------
(86) International 2)Hemachandran K
:NA
Application No Address of Applicant :Professor, School of Business, Woxsen
:NA
Filing Date University, Kamkole Village, Sadasivpet, Sangareddy District,
(87) International Hyderabad, Telangana, India – 502345 Hyderabad ----------- -------
: NA
Publication No ----
(61) Patent of Addition 3)Rajesh Kumar KV
:NA
to Application Number Address of Applicant :Assistant professor, School of Business,
:NA
Filing Date Woxsen University, Kamkole Village, Sadasivpet, Sangareddy
(62) Divisional to District, Hyderabad, Telangana, India – 502345 Hyderabad --------
:NA
Application Number --- -----------
:NA
Filing Date 4)Somdip Dey
Address of Applicant :CEO, Nosh Technologies, 14 Miranda
Walk, Colchester CO4 3SL, United Kingdom ----------- -----------
5)Manjeet Rege
Address of Applicant :Professor and Chair of the Department of
Software Engineering and Data Science, University of St.
Thomas, MN 55105, United States ----------- -----------
6)Tarun Kotagiri
Address of Applicant :AI Engineer, Woxsen University, Kamkole
Village, Sadasivpet, Sangareddy District, Hyderabad, Telangana,
India – 502345 Hyderabad ----------- -----------
(57) Abstract :
The system comprises a registration processing unit(102) to issue an educational document or transcript to register within an Ethereum
Blockchain; a smart-contract mapping unit(104) to map each registered educational document or transcript with a one-to-one
correspondence against a Unique Blockchain ID Code; a graphical user interface(108) to allow students from universities to get
registered on the Ethereum Blockchain to apply for credit transfer applications or job applications; a verification unit(110) to enable
universities or employers to cross-reference the provided Unique Blockchain ID Code against a Smart Contract Centralized System to
retrieve and validate applicant’s details; a feedback mechanism(112) to permit the information transfer upon successful validation of
the information thereby send an error message to the candidate; a control unit(114) to restrict unauthorized access to the Smart
Contract Centralized System; and an alert unit(116) to notify candidates, universities, or employers of any mismatch or anomalies
detected during the verification process. Figure 1.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR MONITORING HYGIENIC CONDITIONS OF A KITCHEN AND A METHOD FOR
THE SAME
1)Woxsen University
:G08B0025000000, G06Q0050120000, Sangareddy District, Hyderabad, Telangana, India – 502345
(51) International
G06Q0050260000, G06N0003080000, Hyderabad ----------- -----------
classification
H04N0005225000 Name of Applicant : NA
:NA
:NA
Filing Date 1)Dr. Revathi T
(87) International Address of Applicant :School of Business, Woxsen University,
: NA
Publication No Kamkole Village, Sadasivpet, Sangareddy District, Hyderabad,
(61) Patent of Addition Telangana, India – 502345 Hyderabad ----------- -----------
:NA
to Application Number 2)Dr. Rajesh Kumar K V
:NA
Filing Date Address of Applicant :School of Business, Woxsen University,
(62) Divisional to Kamkole Village, Sadasivpet, Sangareddy District, Hyderabad,
:NA
Application Number Telangana, India – 502345 Hyderabad ----------- -----------
:NA
Filing Date 3)Dr. Hemachandran K
Address of Applicant :School of Business, Woxsen University,
(57) Abstract :
The system comprises a sensing node(102) having a plurality of cameras(102A) and sensors(102B) to capture comprehensive video
feeds or images of a kitchen environment; an edge AI inspection model to process the captured images and video frames in real time;
a central processing unit(106) equipped with a deep learning model trained to detect and recognize the presence of insects in a kitchen,
non-wearing of hair caps and hand gloves by personnel, and stale vegetables and meat within kitchen premises; a control unit(108) to
initiate a timer upon detection of any unhygienic conditions; an alert unit(110) to send notifications to kitchen in-charge and, if
necessary, escalate to higher officials through SMS or email communication after a user-defined time frame; and a data logging
unit(114) to keep track of detected issues, their frequency, locations, and stores information about detected hygiene issues, their
frequency, and locations, allowing for periodic analysis and insights. Figure 1.

(19) INDIA
(54) Title of the invention : METHOD FOR REDUCING THE HARMFUL RADIATION OF THE MOBILE DEVICES
1)Dr. M.J Carmel Mary Belinda
Address of Applicant :Professor, Department of CSE,
Saveetha School of Engineering, Saveetha Institute of Medical
and Technical Sciences, Chennai, Tamil Nadu, India Pin: 602105
Chennai ----------- -----------
2)Mrs. R.Bhuvanya
3)Dr. Naveen Kumar G. N
4)Mr. Rambabu Nalagandla
5)CMR Institute of Technology
6)Dr. Balachandra Pattanaik
:H04W0024080000, H04W0072120000, Address of Applicant : NA
(51) International
H04W0048160000, H04B0001382700, (72)Name of Inventor :
classification
H04W0072080000 1)Dr. M.J Carmel Mary Belinda
(86) International Address of Applicant :Professor, Department of CSE, Saveetha
:NA
Application No School of Engineering, Saveetha Institute of Medical and
:NA
Filing Date Technical Sciences, Chennai, Tamil Nadu, India Pin: 602105
: NA
Publication No 2)Mrs. R.Bhuvanya
(61) Patent of Address of Applicant :Assistant Professor (SG), Department of
Addition to :NA CSE, Saveetha School of Engineering, Saveetha Institute of
Application Number :NA Medical and Technical Sciences, Chennai, Tamil Nadu, India Pin:
Filing Date 602105 Chennai ----------- -----------
(62) Divisional to 3)Dr. Naveen Kumar G. N
:NA
Application Number Address of Applicant :Associate Professor, Department of
:NA
Filing Date Electronics and Communication Engineering, CMR Institute of
Technology, Bengaluru, Karnataka, India Pin: 560037 Bengaluru -
---------- -----------
4)Mr. Rambabu Nalagandla
Address of Applicant :Technical Program Manager, Solution
Architect. HSBC Technology Services, USA ----------- -----------
5)Dr. Balachandra Pattanaik
Address of Applicant :Professor, School of Electrical and
Computer Engineering, Wallaga University, Nekemte, Ethiopia,
Africa (Post Box:395) and Adjunct Faculty, Saveetha School of
Engineering, Saveetha Institute of Medical and Technical
Sciences, Chennai, Tamil Nadu India Pin: 602105 Chennai --------
--- -----------
(57) Abstract :
To minimize this impact of the radio signals on the human body we have to reduce the intensity of the radiation emitted by the mobile
devices and we have to prefer the frequencies that are less harmful to the human tissue. Also to offer good quality of service the
network providers generally implements multiple base stations for enabling overlapped cells. This overlapped cells use dissimilar
frequency range to minimize the interference. In this overlapped cells scenario the mobile device can select any one of the base station
among the available base stations for getting the services. Based on the selected base station, the uplink frequency and intensity of the
signal being generated by the mobile for communication will get change. This invention develops a method for selecting the right base
station among the available base stations of the 4G LTE networks such that the impact of the radio signal generated by the 4G mobile
device on the human body will be minimized. Thus this invention will be helpful in protecting the human health.

(19) INDIA
(54) Title of the invention : DETECTION OF COVID-19 USING DEEP CONVOLUTIONAL NEURAL NETWORKS BASED ON
CHEST X-RAY IMAGES
1)Prof. Karthik Pai B H
Address of Applicant :S/o Ganesh Pai B H, Professor, Department of Information Science
and Engineering, NMAM Institute of Technology (NITTE Deemed to be University), NITTE-
574110, Karkala Taluk, Udupi, Karnataka, India. Udupi ----------- -----------
2)Dr. B. Sathiyamoorthy
3)Dr. N. Venkatesan
4)Prof. V. Kathirvel
5)Dr. M. Sathish Kumar
6)Dr. Santosh Kumar
7)Dr. P. Kavitha
8)Prof. A. Sahaya Jenitha
9)Prof. M. Kasi Mayan
10)Dr. T. Suresh
1)Prof. Karthik Pai B H
Address of Applicant :S/o Ganesh Pai B H, Professor, Department of Information Science and
Engineering, NMAM Institute of Technology (NITTE Deemed to be University), NITTE-
574110, Karkala Taluk, Udupi, Karnataka, India. Udupi ----------- -----------
:G06N0003040000, G06N0003080000, A61B0006000000, 2)Dr. B. Sathiyamoorthy
G06T0007000000, G16H0050200000 Address of Applicant :S/o RM. Bose, Assistant Professor & Head, Department of Tamilology,
(86) International Application Madurai Kamaraj University, Madurai-625021, Tamil Nadu, India. Madurai ----------- ----------
:NA
No -
:NA
Filing Date 3)Dr. N. Venkatesan
(87) International Publication Address of Applicant :S/o Nallu, Assistant Professor, Department of Commerce, Faculty of
: NA
No Science And Humanities, SRM Institute of Science And Technology, Tiruchirapalli-621105,
(61) Patent of Addition to Tamil Nadu, India. Tiruchirappalli ----------- -----------
:NA
Application Number 4)Prof. V. Kathirvel
:NA
Filing Date Address of Applicant :S/o K. Veluchamy, Lecturer, PG Department of Computer Science,
(62) Divisional to Application Government Arts College, Melur, Madurai - 625106, Tamil Nadu, India. Madurai ----------- ----
:NA
Number -------
:NA
Filing Date 5)Dr. M. Sathish Kumar
Address of Applicant :S/o S. Muthu Karuppan, Assistant Professor, Department of Computer
Science, Sourashtra College, Madurai-625004, Tamil Nadu, India. Madurai ----------- -----------
6)Dr. Santosh Kumar
Address of Applicant :S/o Amar Singh, Assistant Professor, Department of Political Science,
Geeta University, Panipat, Haryana-132145, India. Panipat ----------- -----------
7)Dr. P. Kavitha
Address of Applicant :D/o V. Perumal, Assistant Professor, Department of Computer
Applications, Dhanalakshmi Srinivasan College of Arts and Science for Women, Perambalur-
621212, Tamil Nadu, India. Perambulur ----------- -----------
8)Prof. A. Sahaya Jenitha
Address of Applicant :D/o A. Anandaraj, Associate Professor, Computer Science, Cauvery
College for Women, Annamalainagar, Tiruchirapalli-620018, Tamil Nadu, India.
Tiruchirappalli ----------- -----------
9)Prof. M. Kasi Mayan
Address of Applicant :S/o Mayan, Assistant Professor, Department of Mathematics, Saiva
Bhanu Kshatriya College, Aruppukottai, Virudhunagar-626101, Tamil Nadu, India.
Virudhunagar ----------- -----------
10)Dr. T. Suresh
Address of Applicant :S/o T. Thiyagarajan, Assistant Professor, Department of Artificial
Intelligence & Machine Learning, K. Ramakrishnan College of Engineering, Tiruchirappalli-
621112, Tamil Nadu, India. Tiruchirappalli ----------- -----------
(57) Abstract :
DETECTION OF COVID-19 USING DEEP CONVOLUTIONAL NEURAL NETWORKS BASED ON CHEST X-RAY IMAGES ABSTRACT The pandemic illness coronavirus disease
(COVID-19) has already claimed thousands of lives and infected millions of people globally. Any technical technique that enables quick and accurate COVID-19 infection screening can be
extremely beneficial to medical professionals. RT-PCR, which is costly, less sensitive, and needs trained medical professionals, is the primary clinical method currently used for the diagnosis
of COVID-19. One accessible technology that can be a great replacement for the COVID-19 diagnosis is X-ray imaging. The goal of this invention was to determine whether deep learning
techniques could be used to quickly and accurately identify COVID-19 in chest X-ray images. The purpose of this invention is to suggest a reliable method for maximising detection accuracy
when using pre-trained deep-learning algorithms to detect COVID-19 pneumonia from chest X-ray images. The experimental outcomes on the available chest X-ray dataset show that the
extracted features by ResNet50 framework and trained by a deep CNN give very good predictions of 99.21% in regard to accuracy in classification.

(19) INDIA
(54) Title of the invention : ENSEMBLE LEARNING FOR EFFICIENT HUMAN ACTIVITY RECOGNITION USING MACHINE
LEARNING
:G06K0009620000, A61B0005000000, (71)Name of Applicant :

(51) International
A61B0005110000, G06N0020000000, 1)Mr. Chitra Sabapathy Ranganathan
classification
H04L0067120000 Address of Applicant :S/o Ranganathan Natarajan, Associate
(86) International Vice President, Mphasis Corporation, Chandler, Arizona, 85226,
:NA
Application No USA. ----------- -----------
:NA
: NA
(61) Patent of Addition 1)Mr. Chitra Sabapathy Ranganathan
:NA
to Application Number Address of Applicant :S/o Ranganathan Natarajan, Associate Vice
:NA
Filing Date President, Mphasis Corporation, Chandler, Arizona, 85226, USA.
(62) Divisional to ----------- -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ENSEMBLE LEARNING FOR EFFICIENT HUMAN ACTIVITY RECOGNITION USING MACHINE LEARNING ABSTRACT
Human Activity Recognition (HAR) systems have advanced significantly in recent years thanks to interconnected sensing devices and
intelligent technologies such as Artificial Intelligence (AI), the Internet of Things (IoT), and sensors. Wearable IoT devices with
sensors are crucial for tracking and analysing human body motions. The method of detecting an activity carried out by a single person
or a group of people using spatial and temporal information is known as human activity recognition (HAR). Applications include
smart home support, medical and healthcare service monitoring software, and security cameras require a HAR solution. In this
invention, an ensembling method is proposed. This approach combines dimensionality reduction (PCA), ensemble learning (RF), and
two different classification algorithms (SVM and KNN) to improve the accuracy and reliability of HAR. Through the capture of the
most important patterns and features, PCA aids in the reduction of data complexity. When identifying complex activity patterns, RF
might be useful in capturing the complex interactions between features. Each of the two distinct classification techniques, SVM and
KNN, has advantages. When activities are evenly spaced out in the feature space, SVM's ability to identify the best decision
boundaries in that space can prove useful. Because KNN can handle noisy data and makes predictions based on instance similarity, it
is a good choice in scenarios where activities may overlap in the feature space.

(19) INDIA
(54) Title of the invention : SENTCNN: DEEP LEARNING MODEL FOR NATURAL LANGUAGE PROCESSING
1)Mr. Chitra Sabapathy Ranganathan
:G06F0016350000, G06N0003040000,
(51) International Address of Applicant :S/O Ranganathan Natarajan, Associate
G06N0003080000, G06F0040300000,
classification Vice President, Mphasis Corporation, Arizona, 85226, USA. ------
G06F0040289000
----- -----------
(86) International
:NA 2)Mr. Palaniraj Rajidurai Parvathy
Application No
Filing Date
(87) International
Publication No
:NA Address of Applicant :S/O Ranganathan Natarajan, Associate Vice
:NA President, Mphasis Corporation, Arizona, 85226, USA. ----------- -
Filing Date
----------
(62) Divisional to
:NA 2)Mr. Palaniraj Rajidurai Parvathy
Application Number
:NA Address of Applicant :S/O Rajidurai Gopal, Project Manager,
Filing Date
Mphasis Corporation, Chandler, Arizona 85225, United States. ---
-------- -----------
(57) Abstract :
SentCNN: DEEP LEARNING MODEL FOR NATURAL LANGUAGE PROCESSING ABSTRACT Deep learning models have
been used far more frequently in natural language processing (NLP) during the past few years, which has greatly advanced the field.
In NLP, text classification is a basic issue. Text classification problems include subject categorization, sentiment analysis, and relation
extraction, among many more studies. Deep neural networks have been employed extensively in text classification problems because,
in contrast to standard bag-of-words/n-grams models, they can capture more semantic data and make use of word order information.
In this invention, SentCNN is proposed which is a Convolutional Neural Network (CNN) specifically tailored to Natural Language
Processing (NLP) sentence categorization applications. SentCNN provides a quick and easy way to automatically classify input
sentences into predetermined groups by utilising CNNs' ability to capture local features and patterns. SentCNN is a viable option for
sentence categorization in a variety of NLP applications because of its simplified architecture and strong performance, demonstrating
the promise of convolutional neural networks in handling challenging linguistic problems. By ensuring a thorough representation of
syntactic and semantic elements, this method helps the model function well in a variety of language circumstances.

(19) INDIA
(54) Title of the invention : INTELLIGENT DECISION SUPPORT SYSTEMS USING MACHINE LEARNING FOR TRAFFIC
MANAGEMENT
:G08G0001010000, G06N0020000000,
(51) International Address of Applicant :S/o Ranganathan Natarajan, Associate
G06N0003080000, G06Q0010040000,
classification Vice President, Mphasis Corporation, Arizona, 85226, USA -------
G06N0003040000
---- -----------
(86) International
:NA 2)Mr. Gurumoorthi Gurulakshmanan
Application No
Filing Date
(87) International
Publication No
:NA Address of Applicant :S/o Ranganathan Natarajan, Associate Vice
:NA President, Mphasis Corporation, Arizona, 85226, USA ----------- --
Filing Date
---------
(62) Divisional to
:NA 2)Mr. Gurumoorthi Gurulakshmanan
Application Number
:NA Address of Applicant :S/o G.Gurulakshmanan, Project Manager,
Filing Date
Mphasis Quality Assurance, Mphasis Corporation, Texas 75068,
USA ----------- -----------
(57) Abstract :
INTELLIGENT DECISION SUPPORT SYSTEMS USING MACHINE LEARNING FOR TRAFFIC MANAGEMENT ABSTRACT
Urban regions face a constant problem with traffic congestion, which calls for creative ways to improve the effectiveness of
transportation networks. This study investigates how to optimise traffic management through the use of Intelligent Decision Support
Systems (IDSS) driven by machine learning algorithms. In order to improve overall traffic flow and lessen congestion, the project
focuses on utilising data-driven methodologies to predict, analyse, and adapt to dynamic traffic situations in real time. Machine
learning (ML) models are being developed and put into use for a number of traffic management applications, such as route planning,
parking management, public transit optimisation, traffic flow prediction, and adaptive signal control. These models incorporate real-
time sensor data, meteorological data, and historical traffic data to give a thorough picture of the intricate and dynamic urban traffic
environment. The model can help traffic management make wise choices that will enhance traffic control.

(19) INDIA
(54) Title of the invention : A CARBON NANOTUBE (CNT) AND ETHYLENE GLYCOL (EG) NANOFLUID COMPOSITION
FOR HEAT CONVECTION IN COMPLEX HEATING SYSTEMS AND METHOD THEREOF
1)Dr. V.Arunprasad
Engineering, Theni Kammavr Sangam College of Technology, Koduvilarpatti,
Theni-625534, Tamil Nadu, India. ----------- -----------
2)Dr. D.Premnath
3)Dr. Amit Porwal
4)Dr. G.Ramya
5)Dr. G. Padmanaban
6)B.Madhubabu
:C01B0032174000, B82Y0030000000,
B82Y0040000000, C09K0005100000,
classification 1)Dr. V.Arunprasad
C09K0005060000
(86) International
:NA Engineering, Theni Kammavr Sangam College of Technology, Koduvilarpatti,
Application No
:NA Theni-625534, Tamil Nadu, India. ----------- -----------
Filing Date
2)Dr. D.Premnath
(87) International
: NA Address of Applicant :Assistant Professor, Department of Mechanical Engineering,
Publication No
SRM Institute of Science and Technology, Faculty of Engineering and
:NA Technology, Kattankulathur- 603203, Chengalpattu District, Tamil Nadu, India. ---
Application Number
:NA -------- -----------
Filing Date
3)Dr. Amit Porwal
(62) Divisional to
:NA Address of Applicant :Assistant Professor, Department of Mechanical Engineering,
Application Number
:NA Feroze Gandhi Institute of Engineering and Technology, Raebareli, Uttar Pradesh,
Filing Date
India. ----------- -----------
4)Dr. G.Ramya
Engineering, Rajalakshmi Engineering College, Thandalam, Chennai, Tamil Nadu,
India. ----------- -----------
5)Dr. G. Padmanaban
Address of Applicant :Professor, Department of Mechanical Engineering,
Karpagam College of Engineering, Coimbatore, Tamil Nadu, 641032. ----------- ---
--------
6)B.Madhubabu
Address of Applicant :Assistant Professor, Department of Mechanical Engineering,
JNTUACEA, Ananthapur-515002, Andhra Pradesh. ----------- -----------
(57) Abstract :
The invention presents a Carbon Nanotube (CNT) and Ethylene Glycol (EG) Nanofluid Composition for Heat Convection in Complex
Heating Systems and Method thereof. The present invention comprising of an ethylene glycol (EG) nanofluid composition featuring a
multitude of dispersed carbon nanotubes (CNTs), showcasing heightened thermal conductivity and enhanced efficiency in heat
transfer within intricate heating environments. The carbon nanotubes undergo functionalization to amplify their dispersion and
interaction with ethylene glycol, thereby fostering stability and uniformity throughout the nanofluid. The carbon nanotubes
characterized by either multi-walled or single-walled structures, offering versatility and adaptability to diverse heating system
prerequisites. Further, a method for fabricating the nanofluid composition involves dispersion of carbon nanotubes in ethylene glycol
via a suitable dispersion technique, functionalization of carbon nanotubes to augment their interaction with ethylene glycol, and
ensuring uniform dispersion to attain a stable nanofluid endowed with superior thermal properties. Accompanied Drawing [FIG. 1-2]

(19) INDIA
(54) Title of the invention : WATERJET PROPULSION SYSTEM FOR UNMANNED UNDERWATER VEHICLES
1)PSG COLLEGE OF TECHNOLOGY
Address of Applicant :THE PRINCIPAL, PSG COLLEGE OF
TECHNOLOGY, AVINASHI ROAD, PEELAMEDU,
COIMBATORE-641004, TAMILNADU, INDIA ----------- --------
---
1)Dr.B.Vinod
:B63H0011113000, B63H0011080000, Address of Applicant :Head of Department, Department of
(51) International
B63H0011110000, B63H0011103000, Robotics and Automation Engineering, PSG College of
classification
H01M0010040000 Technology, Coimbatore-641004, TamilNadu, India ----------- -----
(86) International ------
:NA
Application No 2)S. Viswa
:NA
Filing Date Address of Applicant :Student, Department of Robotics and
(87) International Automation Engineering, PSG College of Technology,
: NA
Publication No Coimbatore-641004, TamilNadu, India ----------- -----------
(61) Patent of Addition 3)lmmanueI George Winston
:NA
to Application Number Address of Applicant :Student, Department of Robotics and
:NA
Filing Date Automation Engineering, PSG College of Technology,
(62) Divisional to Coimbatore-641004, TamilNadu, India ----------- -----------
:NA
Application Number 4)Manoranjann N
:NA
Filing Date Address of Applicant :Student, Department of Robotics and
Automation Engineering, PSG College of Technology,
Coimbatore-641004, TamilNadu, India ----------- -----------
5)Sibi Raja P
Address of Applicant :Student, Department of Robotics and
6)Pragatheesh RJ
Address of Applicant :Student, Department of Robotics and
(57) Abstract :
The present disclosure relates to the waterjet propulsion system used in UUV (1). This disclosure introduces the novel design of
waterjet propulsion with two inlet ports (6) connecting together into an axial flow pump (7)‘ The steering nozzle (5) with multiple
degrees of freedom is used in the 3D space for controlling the direction of thrust to direct the UUV (1) in the desired direction‘ The
waterjet drive is powered by an electric motor (9), The design of this propulsion system is framed as per the standard formulations of a
UUV design. The hull consisting of nose (2), midsection (3), tail (4) are optimized designs. The design of UUV also has me battery
assembly (8) as per the power requirement of the vehicles considering its operational parameters theoretically. This invention aims in
bringing a higher operational maneuverability with the help of a single thrust from the main propulsion system‘ The invention can be
used in all commercial UUVs which need higher impeller efficiency, more maneuverability and reduced cavitation.

(19) INDIA
(54) Title of the invention : EFFECTS OF SORET ON UNSTEADY MHD MIXED OSCILLATORY FLOW THROUGH A TWO-
PHASE CHANNEL
1)Dr. S. LAKSHMIPRIYA
Address of Applicant :SRM Institute of Science and
Technology Dept of Mathematics and Statistics, Faculty of
science and Humanities Kattankulathur - 603203, Tamil Nadu
Chengalpattu District. ----------- -----------
2)S. KESAVARANI
:C08F0210160000, H01M0008040290,
G06Q0010060000, B32B0005260000,
H04L0065800000
(86) International
Application No
:NA 1)Dr. S. LAKSHMIPRIYA
Filing Date
Address of Applicant :SRM Institute of Science and Technology
(87) International
: NA Dept of Mathematics and Statistics, Faculty of science and
Publication No
Humanities Kattankulathur - 603203, Tamil Nadu Chengalpattu
:NA District. ----------- -----------
:NA 2)S. KESAVARANI
Filing Date
Address of Applicant : SRM INSTITUTE OF SCIENCE AND
(62) Divisional to
:NA TECHNOLOGY, DEPT OF MATHEMATICS AND
Application Number
:NA STATISTICS, FACULTY OF SCIENCE AND HUMANITIES,
Filing Date
KATTANKULATHUR-603203, TAMILNADU,
CHENGALPATTU DISTRICT ----------- -----------
Address of Applicant :DEPT OF MATHEMATICS AND
STATISTICS, FACULTY OF SCIENCE AND HUMANITIES,
CHENGALPATTU DISTRICT ----------- -----------
(57) Abstract :
Abstract: This anicle delves into a comprehensive analysis ofthe Sore: effect within an unstable MHD mixed oscillating flow in a
biphasic channel. This exploration encompasses a multifaceted study involving heat, electricity, and chemical influences. The crux
ofthc study involves the translbrmution of goveming equations into a dimensionless system, thereby allowing for a nuanced
cxaminzllion of varied media types, temperatures, and humidity within the constraints of the research parameters. Subsequently,
employing the perturbation method, the set ofequations is rigorously solved. Utilizing illustrative charts, this study facilitates the
calculation of cmcial variables such as density, temperature. as well as Gr, Co, SC, Sr, and other pertinent parameters characterizing
the flowing water. The dynamic interplay between these factors significantly impacts the aforementioned variables, thereby shedding
light on their intricate relationships and effects.

(19) INDIA
(54) Title of the invention : MHD FREE CONVECTIVE HEAT AND MASS TRANSFER EFFECTS OVER AN INCLINED PLATE
1)Dr. L. SIVAKAMI
Address of Applicant :SRM INSTITUTE OF SCIENCE AND
TECHNOLOGY, DEPT OF MATHEMATICS AND
:G06F0030230000, G06F0016903200, KATTANKULATHUR-603203, TAMILNADU,
(51) International
G06F0119080000, G06F0111100000, CHENGALPATTU DISTRICT, INDIA ----------- -----------
classification
H01L0023467000 2)A. DEVI
:NA
:NA
: NA
Publication No 1)Dr. L. SIVAKAMI
(61) Patent of Addition Address of Applicant :SRM INSTITUTE OF SCIENCE AND
:NA
to Application Number TECHNOLOGY, DEPT OF MATHEMATICS AND
:NA
Filing Date STATISTICS, FACULTY OF SCIENCE AND HUMANITIES,
(62) Divisional to KATTANKULATHUR-603203, TAMILNADU,
:NA
Application Number CHENGALPATTU DISTRICT, INDIA ----------- -----------
:NA
Filing Date 2)A. DEVI
Address of Applicant :SRM INSTITUTE OF SCIENCE AND
TECHNOLOGY, DEPT OF MATHEMATICS AND
CHENGALPATTU DISTRICT, INDIA ----------- -----------
(57) Abstract :
This study analyzes the effect of heat and mass transfer parameters of magneto hydrodynamic free convection flow of an
incompressible electrically conducting fluid over an inclined plate. The governing equations are converted into ordinary differential
equations by using the non dimensional quantities, and then they are solved by using the regular perturbation techniques. We obtained
the expressions for velocity, temperature, and concentration by using the regular perturbation method. Also, we obtained the results
for the 'various parameters, including Schmidt number, thermal Grashof number, singular Grashof number, angle of inclination, under
velocity, temperature and concentration through graphs using. Matlab.

(19) INDIA
(54) Title of the invention : AN EFFICIENT 3-D MODEL FOR EARLY PREDICTION OF BREAST CANCER BASED ON
HYBRID ANN-FUZZY MODEL THROUGH
1)Dr. Nalini S
DEPARTMENT OF COMPUTING TECHNOLOGIES, SRM
INSTITUTE OF SCIENCE AND TECHNOLOGY,
KATTANKULATHUR CAMPUS, CHENGALPATTU
DISTRICT-603203, INDIA ----------- -----------
2)Dr.Tamizhselvi S P
3)Dr.Manogar E
4)Dr. Vaishnavi S
5)Dr. Ajanthaa Lakkshmanan
:A61B0005000000, A61P0035000000,
G06N0005040000, A61B0005145500,
classification 1)Dr. Nalini S
G16H0030400000
(86) International
:NA DEPARTMENT OF COMPUTING TECHNOLOGIES, SRM
Application No
:NA INSTITUTE OF SCIENCE AND TECHNOLOGY,
Filing Date
KATTANKULATHUR CAMPUS, CHENGALPATTU
(87) International
: NA DISTRICT-603203, INDIA ----------- -----------
Publication No
2)Dr.Tamizhselvi S P
:NA Address of Applicant :Assistant Professor (Sr.Grade level 1),
:NA School of Computer Science and Engineering , Vellore Institute of
Filing Date
technology, Vellore Campus - 632014 ----------- -----------
(62) Divisional to
:NA 3)Dr.Manogar E
Application Number
:NA Address of Applicant :Assistant Professor , Department of
Filing Date
Computer Applications, B.S. Abdur Rahman Crescent Institute of
Science And Technology, Chennai, Tamilnadu, India-600048 -----
------ -----------
4)Dr.Vaishnavi S
Address of Applicant :Assistant Professor Sr.Grade-1, School of
Computer Science and Engineering, VIT University, Vellore,
Tamilnadu, India. ----------- -----------
5)Dr. Ajanthaa Lakkshmanan
DEPARTMENT OF COMPUTING TECHNOLOGIES, SRM
INSTITUTE OF SCIENCE AND TECHNOLOGY,
KATTANKULATHUR CAMPUS-603203, TAMILNADU,
CHENGALPATTU DISTRICT, INDIA ----------- -----------
(57) Abstract :
An Efficient 3-D Model for Early Prediction of Breast Cancer based on Hybrid ANN — Fuzzy Model through Lossless Medical MR
Images Rapid advancements in technology has aided in early prediction of 5 Breast cancer which is a high mortality rate characterized
condition. Fuzzy and Neural network-based models have been effective in prediction of early occurrences of breast cancer. Any
method now in use must be able to detect breast cancer in women at an early stage to effectively bring down the mortality rate. The
major goal of the 10 suggested approach is to apply 3-D picture lossless compression in NN to determine the tissue size from an MRI
breast scanning image. The application of the NN approach to determine the degree of breast cancer accuracy are the primary features
of this work.

(19) INDIA
(54) Title of the invention : OPTIMIZED NANO GENERATOR USING PIEZOELECTRIC METHOD IN ENERGY
APPLICATION
1)VEL TECH MULTI TECH DR. RANGARAJAN DR. SAKUNTHALA ENGINEERING COLLEGE
Address of Applicant :VEL TECH MULTI TECH DR. RANGARAJAN DR. SAKUNTHALA
ENGINEERING COLLEGE, #42, VEL TECH ROAD, VEL NAGAR, AVADI, CHENNAI, TAMILNADU,
INDIA, 600062 ----------- -----------
2)Alagu sundara pandian
3)Dr. M. Selvam
4)Dr. K. A. Harish
5)M.R. Shukeash
6)N. Mohammed mubeen
7)N. Dravid
8)M. Dinesh
9)P. MATHESH
10)V. Yazhisairajan
1)Alagu sundara pandian
Address of Applicant :FACULTY, DEPARTMENT OF MECHANICAL ENGINEERING, VEL TECH
MULTI TECH DR. RANGARAJAN DR. SAKUNTHALA ENGINEERING COLLEGE, #42, VEL TECH
:H02N0002180000, H01L0041113000, ROAD, VEL NAGAR, AVADI, CHENNAI, TAMILNADU, INDIA, 600062 9094595693
(51) International alagusundarapandia@veltechmultitech.org ----------- -----------
H02K0007180000, H02K0035020000,
classification 2)Dr. M. Selvam
H05K0007200000 Address of Applicant :FACULTY, DEPARTMENT OF MECHANICAL ENGINEERING, VEL TECH
(86) International ROAD, VEL NAGAR, AVADI, CHENNAI, TAMILNADU, INDIA, 600062 9094595693
:NA alagusundarapandia@veltechmultitech.org ----------- -----------
Application No
:NA 3)Dr. K. A. Harish
Filing Date Address of Applicant :FACULTY, DEPARTMENT OF MECHANICAL ENGINEERING, VEL TECH
(87) International ROAD, VEL NAGAR, AVADI, CHENNAI, TAMILNADU, INDIA, 600062 9094595693
: NA alagusundarapandia@veltechmultitech.org ----------- -----------
Publication No 4)M.R. Shukeash
(61) Patent of Addition Address of Applicant :UG STUDENTS, DEPARTMENT OF MECHANICAL ENGINEERING, VEL TECH
:NA MULTI TECH DR. RANGARAJAN DR. SAKUNTHALA ENGINEERING COLLEGE, (AN
to Application Number AUTONOMOUS INSTITUTION) #42, VEL TECH ROAD, VEL NAGAR, AVADI, CHENNAI,
:NA TAMILNADU, INDIA, 600062 8056093678 Shukeash0304@gmail.com ----------- -----------
Filing Date 5)N. Mohammed mubeen
(62) Divisional to Address of Applicant :UG STUDENTS, DEPARTMENT OF MECHANICAL ENGINEERING, VEL TECH
:NA MULTI TECH DR. RANGARAJAN DR. SAKUNTHALA ENGINEERING COLLEGE, (AN
Application Number AUTONOMOUS INSTITUTION) #42, VEL TECH ROAD, VEL NAGAR, AVADI, CHENNAI,
:NA TAMILNADU, INDIA, 600062 8056093678 Shukeash0304@gmail.com ----------- -----------
Filing Date 6)N. Dravid
Address of Applicant :UG STUDENTS, DEPARTMENT OF MECHANICAL ENGINEERING, VEL TECH
MULTI TECH DR. RANGARAJAN DR. SAKUNTHALA ENGINEERING COLLEGE, (AN
AUTONOMOUS INSTITUTION) #42, VEL TECH ROAD, VEL NAGAR, AVADI, CHENNAI,
TAMILNADU, INDIA, 600062 8056093678 Shukeash0304@gmail.com ----------- -----------
7)M. Dinesh
TAMILNADU, INDIA, 600062 6379167129 mohammedmubeen24032001@gmail.com ----------- -----------
8)P. MATHESH
TAMILNADU, INDIA, 600062 6379167129 mohammedmubeen2403200l@gmail.com ----------- -----------
9)V. Yazhisairajan
TAMILNADU, INDIA, 600062 6379167129 mohammedmubeen24032001@gmail.com ----------- -----------
(57) Abstract :
The significant purpose of Name Generator was used for conversion. of Mechanical energy to Electrical energy from the effective
utilization of Piezoelectric Material and Dynamo. These Materials generate voltage when subjected to Mechanical stress. The simple
integration of necessary components into a small device, there evolves the possibility of harvesting energy from vibrations,
movements, rotations and other Mechanical forces at the Nano scale level. The Generated electrical energy can be stored or used to
power small electronic devices. The primary purpose was to use rack and pinion for-the transfer of rotary energy to linear motion. The
piezoelectric effect was produced by the tapping of the piezoelectric material. Dynamo would be utilized as the supporting factor for
the improved power output. This work will give the necessary insights in designing high-performance Nano generator which acts as
the energy ‘ harvester and accelerate the development of power-generating technologies in real time applications.

(19) INDIA
(54) Title of the invention : DESIGN AND DEVELOPMENT OF IOT-BASED SMART TOOTH BRUSH DEVICE FOR
MONITORING AND SUGGESTING DENTAL
1)Ramesh M. Kagalkar
Address of Applicant :DEPARTMENT OF INFORMATION SCIENCE AND
ENGINEERING, NAGARJUNA COLLEGE OF ENGINEERING AND
TECHNOLOGY, MUDUGURKI, VENKATAGIRI KOTE, POST,
DEVANAHALLI, BANGALORE-562110, KARNATAKA. ----------- -----------
2)Sanjeevakumar M. Haflure
3)Rashmi P. Karchi
4)Nandini Sidnal
:A46B0015000000, A46B0009040000, Name of Applicant : NA
(51) International
A61C0017220000, G09B0019000000, Address of Applicant : NA
classification
(86) International 1)Ramesh M. Kagalkar
:NA
Application No Address of Applicant :DEPARTMENT OF INFORMATION SCIENCE AND
:NA
Filing Date ENGINEERING, NAGARJUNA COLLEGE OF ENGINEERING AND
(87) International TECHNOLOGY, MUDUGURKI, VENKATAGIRI KOTE, POST,
: NA
Publication No DEVANAHALLI, BANGALORE-562110, KARNATAKA. ----------- -----------
(61) Patent of Addition to 2)Sanjeevakumar M. Haflure
:NA
Application Number Address of Applicant :DEPARTMENT OF INFORMATION SCIENCE AND
:NA
Filing Date ENGINEERING, NAGARJUNA COLLEGE OF ENGINEERING AND
(62) Divisional to TECHNOLOGY, MUDUGURKI, VENKATAGIRI KOTE, POST,
:NA
Application Number DEVANAHALLI, BANGALORE-562110, KARNATAKA. ----------- -----------
:NA
Filing Date 3)Rashmi P. Karchi
Address of Applicant :DEPARTMENT OF INFORMATION SCIENCE AND
ENGINEERING, NAGARJUNA COLLEGE OF ENGINEERING AND
TECHNOLOGY, MUDUGURKI, VENKATAGIRI KOTE, POST,
DEVANAHALLI, BANGALORE-562110, KARNATAKA. ----------- -----------
4)Nandini Sidnal
Address of Applicant :Sr learning facilitator and National course coordinator of
Master of IT (adv), Master of Software Engg (Artificial Intelligence (adv), Cloud
Computing (adv),46-52 Mountain Street, Ultimo 2007, University
Australia,Ultimo,New South Wales (NSW),Australia. ----------- -----------
(57) Abstract :
The dentistry field has greatly revolutionized diagnosis and treatment mechanics through a variety of IoT applications. loT has altered
the way that the medica! sector views its philosophy and biomechanics treatment. Similar to medical science, dentistry has long relied
on sensors. However, compared to medical science. which has a much larger range of sensors that are not used in tandem with the
Internet of Denta Things (IoDT) and IoT, dentistry has far fewer available sensors. In other words, even though the loT is expanding
daily, there is still a gap in this field. Brushing teeth for a minimum of two minutes is advised by the dentist to thoroughly clean all
surfaces and get rid of food particles and plaque. But a lot of people do not follow this advice since they are too lazy or do not have
enough time. Who has not struggled to get ready in the morning, wake the kids, wash their teeth, check their emails. and do thousands
of other tasks? People consistently prioritize other tasks over good oral hygiene, which may result in gum problems and gradual tooth
decay. In proposed smart toothbrush device, we have considered a more advanced design that uses embedded sensors in the head to
send pressure-related information to the app via Bluetooth, allowing users to control it and also track their tooth-brushing habits.
These sensors analyze brush head pressure on the teeth, coverage, brushing duration, and other inputs in real-time. They send that data
to a connected device, where it is analyzed. Ideally, users learn from their smart toothbrush data to improve their teeth-brushing habits,
which over time will improve their oral health. It uses smart sensor technology to track and show you brushing data in real time, and it
also rewards you with smile points for brushing. It is equipped with a timer, which sends notifications during tooth brushing. Thus, as
users brush their teeth, they can check whether the process is correct and change it if necessary. Our developed Android app is
excellent for visualizing the data through animation. Along with this, we also plan to give information in the mobile app to help people
follow the dentist's guidelines as well as receive feedback on our brushing behavior.

(19) INDIA
(54) Title of the invention : TO DEVELOP AN EXPERT SYSTEM TO DETERMINE THE FRESHNESS OF CHICKEN EGGS
AND CLASSIFY CHICKEN EGGS AS
1)N.Gopinath
Address of Applicant :B.S.Abdur Rahman Crescent Institute
of Science & Technology, GST Road, Vandalur, Chennai — 600
048. Tamil Nadu. ----------- -----------
:A23K0050750000, G06K0009620000, (72)Name of Inventor :
(51) International
A22C0021000000, G06Q0010060000, 1)Priti Prakash Patil
classification
G06N0003080000 Address of Applicant :SVPM's College of Engineering Malegaon
(86) International BK Baramati. Savitribai Phule Pune University Pune, Maharashtra
:NA
Application No , India ----------- -----------
:NA
Filing Date 2)V. N.Patil
(87) International Address of Applicant :SVPM's College of Engineering Malegaon
: NA
Publication No BK Baramati. Savitribai Phule Pune University Pune, Maharashtra
(61) Patent of Addition , India ----------- -----------
:NA
to Application Number 3)Umesh Devsing Shirale
:NA
Filing Date Address of Applicant :National Institute of Electronics and
(62) Divisional to Information Technology(NIELIT),Dr. Babasaheb Ambedkar
:NA
Application Number Marathwada University, Aurangabad. ----------- -----------
:NA
Filing Date 4)Ajij Dildar Sayyad
Address of Applicant :Professor,Electronics and Computer
Engineering. Maharashtra Institute of Technology, Aurangabad. --
--------- -----------
5)N.Gopinath
Address of Applicant :B.S.Abdur Rahman Crescent Institute of
Science & Technology, GST Road,Vandalur, Chennai _ 600 048.
Tamil Nadu. ----------- -----------
(57) Abstract :
Consumption of eggs has been rising rapidly in recent years. Hens are contributing to a rise in the egg business. Production volume is
uncountable every day. Additionally, there are numerous varieties of hens in me same plant. The primary challenge facing the poultry
industry today is assessing egg quality, which is done by looking for freshness and cleanliness. Another issue that is utilized to
separate eggs depending on breeds is the classification of egg breads. In the poultry industry, the look, size, and weight of poultry
meat and eggs are crucial for production economics. Their market price and the preferences and choices of consumers are influenced
by the_se external factors. The use and significance of vision systems in agriculture are growing as a result of technological
advancements. The real-time automation of poultry processing systems has made computer vision a promising technology. Computer
vision systems can be used in the size, mass, and volume determination as well as the sorting and grading of chicken products due to
their noninvasive and nonintrusive nature and their ability to presecleant a wide variety of information. This suggested approach
provides a thorough overview of the most recent developments in measuring the internal and external properties of poultry products
using computer vision systems. The use of computer vision-based systems for evaluating poultry meat and eggs, including weight and
volume estimates, sorting, and classification, was presented in detail. In the proposed work, we created a system with the aid of an
artificial intelligence tool that classifies eggs based on the breeds of hens and uses machine learning and deep learning techniques to
determine the quality of the eggs based on size, color, and weight of the egg. This will offer automated techniques for the poultry
industries.

(19) INDIA
(54) Title of the invention : IOT BASED CLEAN CAMPUS MAINTENANCE WITH AUTOMATED DUSTBIN MANAGEMENT
SYSTEM
1)N.GOPINATH
Address of Applicant :B.S.Abdur Rahman Crescent Institute of Science & Technology, 651‘ Road,
Vandalur, Chennai — 600 048. Tamil Nadu. ----------- -----------
1)S.Vinothkumar
Address of Applicant :Assistant Professor, Atria Institute of Technology, Bengaluru-24. ----------- -----------
2)Shridhar P. Saptale
Address of Applicant :Department-Engineering science Address-Sinhgad Academy of Engineering, Kondhwa,
Pune-411048, Maharashtra ----------- -----------
3)Santosh Kumar
Address of Applicant :Department of Electrical and Electronics Engineering, Gaya College of Engineering,
Bihar, Pin Code-823001. ----------- -----------
:B65F0001140000, B65F0001000000, G06Q0050200000,
(51) International classification 4)Pavithra Babu
H04W0088020000, B65F0003040000
Address of Applicant :Assistant Professor /CSE Sathyabama Institute of Science and Technology, Chennai. ---
-------- -----------
Filing Date :NA
5)Dr.N.Gopinath
Address of Applicant :B.S.Abdur Rahman Crescent Institute of Science & Technology, GST Road, Vandalur,
:NA Chennai — 600 048. Tamil Nadu. ----------- -----------
Application Number
:NA 6)Manisha Bhende
Filing Date
Address of Applicant :Dr D. Y. Patil School of Science and Technology, Dr D. Y. Patil Vidyapeeth, Pune No.
:NA 87-1, 88, Mumbai-Bangalore Express Highway, Tathawade, Pune— 411033, Maharashtra, India. ----------- ----
Number
:NA -------
Filing Date
7)Poi Tamarakar
87-1, 88, Mumbai-Bangalore Express Highway, Tathawade, Pune— 411033, Maharashtra, India.. ----------- ---
--------
8)Mily Lal
87-1, 88, Mumbai-Bangalore Express Highway, Tathawade, Pune— 411033, Maharashtra, India ----------- -----
------
9)Akanksha Goel
87-1, 88, Mumbai Bangalore Express Highway, Tathawade, Pune— 411033, Maharashtra, India. ----------- ----
-------
10)P.Nandhini
Address of Applicant :Assistant Professor, Department of Computer Science and Engineering, Sathyabama
Institute of Science and Technology, Chennai. ----------- -----------
(57) Abstract :
All across the world, dustbins are utilized as containers to collect domestic waste. We dispose of a range of waste items in our daily lives, including household, industrial, sewage wastes and university . The items utilized for
household rubbish collection are placed in dustbins. Household waste is gathered in indoor dustbins and disposed of in the outdoor dustbins that are looked after by me Corporation or Municipality. Indoor trash cans are often
smaller than outside municipal trash cans because the outdoor containers must hold the waste from numerous households in the neighborhood. Thus, in an effort to maintain a clean environment, we are primarily concerned
with the dustbins that are positioned outside of every street comer. Most of the time, roadside trash cafis are not‘ adequately cleaned or inspected. In this study, we suggest a novel waste management method for smart
campus. Modern Smart Campus (MSC) are thought to require this effective waste disposal or management system. The Internet of Things (IoT) can be used to create a fully developed concept for future operations in both IS
and MSC. The technology utilized in our waste management system to provide high Quality of Service (QoS) can be improved by using specific techniques. In particular, for effective waste management, IoT components like
sensors, detectors, and actuators are incorporated with Intelligent Systems (IS) and Inspection systems. For effective waste management in Smart Campus, we advise implementing a comprehensive IS. The suggested system
is a monitored dustbin or garbage collection system that operates on an automatic alarm system to notify local waste disposal teams or corporations. This allows us to efficiently monitor the entire trash disposal process.

(19) INDIA
(54) Title of the invention : ENHANCE THE LEVEL OF CROP YIELD BY AUTOMATED DISEASE PREDICTION AND
REMEDIES USING IOT AND AI
1)N.GOPINATH
Address of Applicant :B.S.Abdur Rahman Crescent Institute
of Science & Technology, GST Road, Vandalur, Chennai — 600
048. Tamil Nadu. ----------- -----------
:G06N0003080000, G06T0007000000, (72)Name of Inventor :
(51) International
A61K0047220000, G06Q0050020000, 1)Umesh Devsing Shirale
classification
G06N0020000000 Address of Applicant :National Institute of Electronics and
(86) International Information Technology(NlELlT), Dr. Babasaheb Ambedkar
:NA
Application No Marathwada University, Aurangabad ----------- -----------
:NA
Filing Date 2)Ajij Dildar Sayyad
(87) International Address of Applicant :Professor, Electronics and Computer
: NA
Publication No Engineering. Maharashtra Institute of Technology, Aurangabad. --
(61) Patent of Addition --------- -----------
:NA
to Application Number 3)Priti Prakash Patil
:NA
Filing Date Address of Applicant :SVPM‘s College of Engineering Malegaon
(62) Divisional to BK Baramati. Savitribai Phule Pune University Pune, Maharashtra
:NA
Application Number , India ----------- -----------
:NA
Filing Date 4)V. N.Patil
Address of Applicant :SVPM‘s College of Engineering Malegaon
BK Baramati. Savitribai Phule Pune University Pune,lndia Tal.
Shrigonda, Dist. Ahmednagar ,lndia ----------- -----------
5)N.Gopinath
Address of Applicant :B.S.Abdur Rahman Crescent Institute of
Science & Technology, GST Road, Vandalur, Chennai — 600
048. Tamil Nadu. ----------- -----------
(57) Abstract :
In recent years all counties facing the primary issue and burgeoning topic is agriculture automation. The need for food is rising quickly
along with the world's population, which is growing at an extremely rapid rate. With its 15% GDP share, the agricultural sector in
Morocco continues to be a major driver of the country's economy Disease outbreaks pose a continual threat to agriculture and severely
harm the national economy. Early detection can therefore lessen the severity of diseases and safeguard crops. On the other hand,
manual disease identification needs in-depth knowledge of plant pathogens and is laborious and prone to error. Automated techniques,
on the other hand, save time and effort. The methods used in the past ten years to identify crop diseases utilizing machine learning;
deep learning, image processing techniques, the Internet of Things, and hyper spectral image analysis are presented in this research.
This approach also addresses the various obstacles that need to be overcome as well as potential fixes. Then, a number of
recommendations are made to deal with these issues. This method predicts crop diseases and recommends farmers apply pesticides
based on those predictions. This helps fannérs prevent crop diseases in their early stages and increases crop yields.

(19) INDIA
(54) Title of the invention : PROCESS FOR PREPARING MICRO SPHERICAL CALCIUM ALGINATE BEADS
ENCAPSULATING MULTIPLE DRUGS LOADED EUGENOL BASED NANOEMULSION
Katpadi Road, Vellore, Tamil Nadu, India - 632014 Vellore -------
---- -----------
(51) International
A61K0008060000, A61K0036610000, Address of Applicant : NA
classification
C11D0017000000 (72)Name of Inventor :
(86) International 1)Dr. Natarajan Chandrasekaran
:NA
Application No Address of Applicant :Centre for Nanobiotechnology, PRP 415,
:NA
Filing Date Vellore Institute of Technology, Katpadi Road, Vellore, Tamil
(87) International Nadu 632014, India Vellore ----------- -----------
: NA
Publication No 2)Dr. George Priya Doss C
(61) Patent of Addition Address of Applicant :School of Biosciences and Technology,
:
to Application Number SMV-107, Vellore Institute of Technology, Katpadi Road,
:01/01/1900
Filed on Vellore, Tamil Nadu 632014, India Vellore ----------- -----------
(62) Divisional to 3)Parvathy Mohan Menon
:NA
Application Number Address of Applicant :School of Bioscience and Technology,
:NA
Filing Date SMV-107, Vellore Institute of Technology, Katpadi Road,
Vellore, Tamil Nadu 632014, India Vellore ----------- -----------
4)Mohanraj Gopikrishnan
Address of Applicant :School of Bioscience and Technology,
SMV-107, Vellore Institute of Technology, Katpadi Road,
Vellore, Tamil Nadu 632014, India Vellore ----------- -----------
(57) Abstract :
Process for preparing micro spherical calcium alginate beads encapsulating multiple drugs loaded eugenol based nanoemulsion for
treatment of extra-pulmonary tuberculosis. The formulation of calcium alginate microspheres encapsulating three optically clear
aqueous-based oil-in-water nanoemulsions comprising of three eugenol based essential oils, including cinnamon oil, clove oil, and
eugenol loaded with multiple drugs for treatment of extra-pulmonary tuberculosis.

(19) INDIA
(54) Title of the invention : NET KNITTING APPARATUS AND POSITION ADJUSTER
:B65H79/00,
1)AMITA COMPANY
(51) International classification D04G1/02,
Address of Applicant :1-3, Aza Mujinayama, Hara-cho,
D04G1/08
Toyohashi-shi, Aichi-ken 441-3111 Japan ----------- -----------
:2023-
(31) Priority Document No Name of Applicant : NA
067948
(32) Priority Date :18/04/2023
(33) Name of priority country :-----------
1)YAMAMOTO Yoshiji
Address of Applicant :c/o AMITA COMPANY, 1-3, Aza
Filing Date :NA
Mujinayama, Hara-cho, Toyohashi-shi, Aichi-ken 441-3111 Japan
----------- -----------
2)YAMAMOTO Masako
Filing Date :NA
Address of Applicant :c/o AMITA COMPANY, 1-3, Aza
Mujinayama, Hara-cho, Toyohashi-shi, Aichi-ken 441-3111 Japan
Filing Date :NA
----------- -----------
(57) Abstract :
A net knitting apparatus that prevents a failure to form a knot and a position adjuster attached to the net knitting apparatus for use are
provided. A net knitting apparatus (10) includes shuttles (80) each holding a bobbin (70) on which a weft (WE) is wound and being
arranged in a row in a plate thickness direction (SD), a reed (31)with reed holes (31H) through which warps (WA) pass, winding
hooks (41) each having a winding hooked portion (41M) for winding the warp (WA) to form a warp loop (WAL), and rod-shaped
pulling hooks (51) each having a pulling hooked portion (51F) at a tip end. The net knitting apparatus (10) is configured to draw a
warp wound on the winding hooked portion (41M) through the warp loop (WAL) to form a U-shaped warp (WAU), and bring this U-
shaped warp (WAU) into contact with a distributing part (81) of an upper part (80U) of the shuttle (80) to distribute a first-side warp
portion (WAU1) to one side (SD1) and a second-side warp portion (WAU2) to the other side (SD2). The net knitting apparatus (10)
further includes a position adjuster (90) including adjusting parts (92) which are placed between the shuttles (80) to adjust the position
of a distributing part (81) of each shuttle (80) in a plate thickness direction (SD) with respect to the U-shaped warp (WAU) at a
distribution timing of the U-shaped warp (WAU). [Figure 19]

(19) INDIA
(54) Title of the invention : DETERGENT POWDER COMPRISING LACCASE
1)Novozymes A/S
:C12N0009020000,
Address of Applicant :Krogshoejvej 36 DK-2880 Bagsvaerd
C11D0011020000,
Denmark ----------- -----------
(51) International classification C11D0003386000,
C11D0003370000,
C11D0011000000
(31) Priority Document No :PA 2023 30021
1)Ramanand, Sidharth
Address of Applicant :Krogshoejvej 36 2880 Bagsvaerd Denmark
(33) Name of priority country :-----------
----------- -----------
2)Doneria, Sanjoli
Filing Date :NA
Address of Applicant :Plot No. 32, 47-50 EPIP Area, Whitefield,
Bangalore 560066 KARNATAKA, INDIA Bangalore ----------- --
---------
Filing Date :NA
3)Ramani, Shilpa
Address of Applicant :Plot No. 32, 47-50 EPIP Area, Whitefield,
Filing Date :NA
Bangalore 560066 KARNATAKA, INDIA Bangalore ----------- --
---------
(57) Abstract :
The invention provides new detergent composition where phosphate partly or fully can be replaced by laccases, which leads to a
reduced environmental impact compared to traditional phosphate-based detergents while maintaining wash performance.


(19) INDIA
(54) Title of the invention : RECLAMATION AND LIFE ENHANCEMENT OF SINTER BREAKER SPIKE BY ATTACHING
COMPOSITE CAST BLOCK TO THE TIP OF SINTER BREAKER SPIKE
1)KRISHAN KUMAR KASHYAP
:C23C0002060000, B22D0019000000,
(51) International Address of Applicant :DUPLEX NO. 9, MOHINI COMPLEX,
B22D0019160000, B60C0011160000,
classification ANIL SUR PATH, ULIYAN, JAMSHEDPUR 831005
A43C0015160000
JAMSHEDPUR ----------- -----------
(86) International
:NA 2)ADITYA KASHYAP
Application No
Filing Date
(87) International
Publication No
1)KRISHAN KUMAR KASHYAP
:NA Address of Applicant :DUPLEX NO. 9, MOHINI COMPLEX,
:NA ANIL SUR PATH, ULIYAN, JAMSHEDPUR 831005
Filing Date
JAMSHEDPUR ----------- -----------
(62) Divisional to
:NA 2)ADITYA KASHYAP
Application Number
:NA Address of Applicant :DUPLEX NO. 9, MOHINI COMPLEX,
Filing Date
ANIL SUR PATH, ULIYAN, JAMSHEDPUR 831005
JAMSHEDPUR ----------- -----------
(57) Abstract :
Reclamation and life enhancement of sinter breaker spike by attaching composite cast block to the tip of sinter breaker spike. The
composite cast block is made of steel base and blocks of alloy deposit with complex carbides which retains hardness at elevated
temperature. The process is ideal for reclamation of worn out spikes and at the same time enhances the life of the spikes by 2 to 3
times. The spikes can be reclaimed at least 5 to 6 times till the hex shape of the mounting is not damaged.

(19) INDIA
(54) Title of the invention : REAL-TIME DENTAL CARIES DETECTION USING IoT AND DEEP LEARNING
1)Kalinga Institute of Industrial Technology
Address of Applicant :KIIT Deemed to be University,
:A61B1/24, G06N3/08, Bhubaneswar Bhubaneswar ----------- -----------
G06V10/82, G16H50/30 2)Shakti Swarup Panda
(86) International Application 3)Dr. Hrudaya Kumar Tripathy
:NA
No 4)Dr. Sushruta Mishra
:NA
: NA
(61) Patent of Addition to 1)Shakti Swarup Panda
:NA
Application Number Address of Applicant :UG Scholar School of Computer
:NA
Filing Date Engineering KIIT University Bhubaneswar ----------- -----------
(62) Divisional to Application 2)Dr. Hrudaya Kumar Tripathy
:NA
Number Address of Applicant :Associate Professor, School of Computer
:NA
Filing Date Engineering KIIT University Bhubaneswar ----------- -----------
3)Dr. Sushruta Mishra
Address of Applicant :Assistant Professor School of Computer
Engineering KIIT University Bhubaneswar ----------- -----------
(57) Abstract :
In today's world, dental caries is one of the greatest threats to oral health and dental hygiene. Chronic dental illness is one of the most
common conditions in humans[1]. No matter whether teeth are deciduous or permanent, it can cause demineralization of dental hard
tissue (enamel, dentine, and cementum). It is possible to prevent and reverse dental caries if it is treated in a timely manner. Four
factors contribute to the development of dental caries. Dental hard tissue, fermentable carbohydrates, and bacterial biofilms are among
the components. Additionally, personal and oral environmental variables have a significant influence on the disease's origin and
progression. Caries prevention, early detection, and diagnosis based on risk indicators and factors are some of the most recent practical
techniques. Additionally, the novel management options, as described in minimally invasive dentistry, retain healthy tissue and pulp
vitality.[2] Internet of Things (IoT) is a network of physical items connected to the internet globally; it simplifies data gathering and
distribution among a large number of connected devices. The Internet of Medical Things (IoMT) refers to the internet of things
relevant to the healthcare sector [3]. The devices produce the data needed for better decision-making while also ensuring that
healthcare operations run smoothly with minimal expense, mistakes, and waste[4]. Dentistry is an important branch of medicine that
has embraced the digital age. Among the technologies used to support digital dentistry are the Internet of Things, artificial
intelligence, augmented reality, and virtual reality, as well as mathematical algorithms. These numerous technology applications in
dentistry not only assist to streamline the supply of oral healthcare to patients but also helps to maximize dental care at current costs; it
also relieves dentists and support personnel of different tiresome jobs[5].

(19) INDIA
(54) Title of the invention : METHOD FOR PREDICTIVE MAINTENANCE USING MACHINE LEARNING
1)Trident Academy of Creative Technology
Address of Applicant :F2/B, Chandaka Industrial Estate,
Chandrasekharpur, Bhubaneswar, Odisha-751024. ----------- -------
----
:G06N0020000000, G05B0023020000, (72)Name of Inventor :
(51) International
G06N0003080000, G06N0003040000, 1)Mr Kaustuva Chandra Dev
classification
G06K0009620000 Address of Applicant :Asso. Professor Trident Academy of
(86) International Creative Technology F2/B, Chandaka Industrial Estate,
:NA
Application No Chandrasekharpur, Bhubaneswar-751024 ----------- -----------
:NA
Filing Date 2)Sumati Baral
(87) International Address of Applicant :Asst. Professor Trident Academy of
: NA
Publication No Creative Technology F2/B, Chandaka Industrial Estate,
(61) Patent of Addition Chandrasekharpur, Bhubaneswar-751024 ----------- -----------
:NA
to Application Number 3)Choudhury Biswaranjan Nanda
:NA
Filing Date Address of Applicant :Asst. Professor Trident Academy of
(62) Divisional to Creative Technology F2/B, Chandaka Industrial Estate,
:NA
Application Number Chandrasekharpur, Bhubaneswar-751024 ----------- -----------
:NA
Filing Date 4)Mr. Basudev Nath
Address of Applicant :Asst. Professor Trident Academy of
Creative Technology F2/B, Chandaka Industrial Estate,
Chandrasekharpur, Bhubaneswar-751024 ----------- -----------
5)Prof. Rabinarayan Satpathy
Address of Applicant :Advisor, Trident Academy of Creative
Technology F2/B, Chandaka Industrial Estate, Chandrasekharpur,
Bhubaneswar-751024 ----------- -----------
(57) Abstract :
ABSTRACT METHOD FOR PREDICTIVE MAINTENANCE USING MACHINE LEARNING The present disclosure relates to a
method for predictive maintenance using machine learning. The method for predictive maintenance of a machine using machine
learning comprises steps of, receiving a set of sensor data generated from sensors associated with equipment, selecting a subset of
sensor data, the subset of sensor data comprising data generated from the sensors, storing the subset of sensor data into a machine-
learning model to generate predicted sensor values of the target sensor, reading each set of sensor values from a plurality of sensors in
a database, determining differences between the predicted sensor values of the target sensor and the measured values of the target
sensor, generating an anomaly score for the equipment based on the differences, and creating an alert signal for the equipment. Figure
1 shall be reference figure.

(19) INDIA
(54) Title of the invention : Artificial Intelligence based system for prediction and prevention of kidney disease using machine
learning algorithms
1)Dr. Manash Chanda
Address of Applicant :Associate Professor & HOD, Department of Electronics and
Communication Engineering, Meghnad Saha Institute of Technology, Kolkata, West Bengal,
India ----------- -----------
2)Prof. Indrajit Das
3)Dr. Papiya Debnath
4)Dr. Swapnadip De
5)Prof. Sudipta Ghosh
6)Dr. Swarnil Roy
7)Prof. Subhrapratim Nath
8)Prof. Papiya Das
9)Prof. Joyanto Roychoudhary
1)Dr. Manash Chanda
Address of Applicant :Associate Professor & HOD, Department of Electronics and
:G06N0020000000, G16H0050200000, G16H0050300000, Communication Engineering, Meghnad Saha Institute of Technology, Kolkata, West Bengal,
G16H0010600000, G06N0005040000 India ----------- -----------
(86) International Application 2)Prof. Indrajit Das
:NA
No Address of Applicant :Assistant Professor, Meghnad Saha Institute of Technology, Kolkata,
:NA
Filing Date West Bengal, India ----------- -----------
(87) International Publication 3)Dr. Papiya Debnath
: NA
No Address of Applicant :Associate Professor, Department of Basic Science and Humanities
(61) Patent of Addition to (Mathematics), Techno International New Town, Kolkata, West Bengal, India ----------- --------
:NA
:NA
Filing Date 4)Dr. Swapnadip De
(62) Divisional to Application Address of Applicant :Associate Professor, Department of Electronics and Communication
:NA
Number Engineering, Meghnad Saha Institute of Technology, Kolkata, West Bengal, India ----------- ---
:NA
Filing Date --------
5)Prof. Sudipta Ghosh
Engineering, Meghnad Saha Institute of Technology, Kolkata, West Bengal, India ----------- ---
--------
6)Dr. Swarnil Roy
--------
7)Prof. Subhrapratim Nath
Address of Applicant :Assistant Professor, Meghnad Saha Institute of Technology, Kolkata,
West Bengal, India ----------- -----------
8)Prof. Papiya Das
Address of Applicant :Assistant Professor, Meghnad Saha Institute of Technology, Kolkata,
West Bengal, India ----------- -----------
9)Prof. Joyanto Roychoudhary
--------
(57) Abstract :
The present invention relates to provide an Artificial Intelligence based system for prediction and prevention of kidney disease using machine learning algorithms. The sysrem represents a
transformative system to healthcare. By harnessing the power of machine learning algorithms, this system empowers healthcare providers to predict kidney diseases with greater accuracy,
intervene earlier, and personalize treatment plans. As technology continues to advance, such AI-driven solutions hold the promise of not only enhancing patient outcomes but also contributing
to the overall efficiency and effectiveness of healthcare systems worldwide.

(19) INDIA
(54) Title of the invention : IMPROVING THE ABILITY OF BISMUTH FERRITE (BIFEO3) SUPERCAPACITOR ELECTRODES
TO STORE ELECTROCHEMICAL ENERGY BY INTRODUCING OXYGEN VACANCIES INTO THE CRYSTAL
STRUCTURE
1)Dr.Raj Kumar Gupta
Address of Applicant :Assistant Professor, Physics Department, Sardar Vallabhbhai Patel College, Bhabua
( Veer Kuwar Singh University, Ara, Bihar) Bhabua ----------- -----------
2)Dr. Jaidev Kumar
3)Dr. Priya Singh
4)Dr.Meenakshi Singh
5)Praveen Kumar
6)Prof. Basant Kumar Das
7)P Anjaiah
8)Dr. Rajeev Ranjan
9)Rajni Kant Verma
10)Mazharul Islam
11)Dr Uday Nandlal Trivedi
12)Sanjay Kumar Singh
1)Dr.Raj Kumar Gupta
Address of Applicant :Assistant Professor, Physics Department, Sardar Vallabhbhai Patel College, Bhabua (
Veer Kuwar Singh University, Ara, Bihar) Bhabua ----------- -----------
:C01G0049000000, B01J0023843000, C04B0035260000,
(51) International classification 2)Dr. Jaidev Kumar
H01G0011460000, C04B0035640000
Address of Applicant :Assistant Professor, Department of Chemistry, Hariom Saraswati P. G. College
Dhanauri, Haridwar, Uttarakhand, Pin-247667 Roorkee ----------- -----------
Filing Date :NA
3)Dr. Priya Singh
Address of Applicant :Assistant Professor/Medi-Caps University, 453331 Indore ----------- -----------
:NA 4)Dr.Meenakshi Singh
Application Number
:NA Address of Applicant :Professor of Chemistry, School Of Basic Sciences, Galgotias University,
Filing Date
Gr.Noida,201310 Noida ----------- -----------
:NA 5)Praveen Kumar
Number
:NA Address of Applicant :Research Scholar-Department of Physical Sciences, Mahatma Gandhi Chitrakoot
Filing Date
Gramodaya Vishwavidyalaya, Chitrakoot, Satna 485334 Chitrakoot ----------- -----------
6)Prof. Basant Kumar Das
Address of Applicant :Professor Physics & Principal KSS'S College of Arts, Commerce and Science,
Shikarpur, Pune Pune ----------- -----------
7)P Anjaiah
Address of Applicant :Assistant Professor, Department of Computer Science, Institute of Aeronautical
Engineering,Dundigal, Hyderabad, Telangana,India.Pin500043 Malkangiri ----------- -----------
8)Dr. Rajeev Ranjan
Address of Applicant :Assistant Professor, University Department of Chemistry, DSPM University, Ranchi
834008 Ranchi ----------- -----------
9)Rajni Kant Verma
Address of Applicant :Research Scholar, Department of Physics and Computer Science, Faculty of Science,
Dayalbagh Educational Institute (Deemed to be University), Dayalbagh, Agra-282005 Agra ----------- -----------
10)Mazharul Islam
Address of Applicant :Department of Chemistry, Shahjalal University of Science and Technology, Sylhet,
Bangladesh. ----------- -----------
11)Dr Uday Nandlal Trivedi
Address of Applicant :G.P. ,Ambavadi, 380015 Ahmedabad ----------- -----------
12)Sanjay Kumar Singh
Address of Applicant :Professor, Department of Applied Sciences and Humanities, Institute of Engineering
and Technology Lucknow ----------- -----------
(57) Abstract :
Improving the ability of Bismuth Ferrite (BiFeO3) Supercapacitor Electrodes to store Electrochemical Energy by Introducing Oxygen
Vacancies into the Crystal Structure is the proposed invention. The proposed invention focuses on studying the ability of Bismuth
Ferrite (BiFeO3) Supercapacitor Electrodes. The invention focuses on storing Electrochemical Energy by Introducing Oxygen
Vacancies into the Crystal Structure.

(19) INDIA
(54) Title of the invention : SMART ILLUMINATION CONTROLLER (SMARTIC).
1)R&D Wing, NORTH EASTERN ELECTRIC POWER
:H05B0047110000, H05B0047115000,
(51) International CORPORATION LTD.
H05B0047105000, H05B0047160000,
classification Address of Applicant :Brookland Compound, Lower New
F21V0021220000
Colony, East Khasi Hills District, Shillong, Meghalaya India
(86) International
:NA Shillong ----------- -----------
Application No
Filing Date
(87) International
Publication No
1)Pankaj Datta Choudhury
:NA Address of Applicant :DGM (E/M), NEEPCO Ltd., Brookland
:NA Compound, Lower New Colony, East Khasi Hills District,
Filing Date
Shillong, Meghalaya India Shillong ----------- -----------
(62) Divisional to
:NA 2)Kanchan Bhushan Paul
Application Number
:NA Address of Applicant :GM (C), R&D, NEEPCO Ltd., Brookland
Filing Date
Compound, Lower New Colony, East Khasi Hills District,
Shillong, Meghalaya India Shillong ----------- -----------
(57) Abstract :
The present invention relates to a system which can automatically turn ON and/or OFF the streetlights, powerhouse lights, switchyard
lights etc. depending on actual requirement of lighting. More specifically, the present invention is directed to provide a smart
illumination controlling system involving modified photo sensor-based controller which turn on the lights by detecting low ambient
light and turned off the lights selectively either by detecting high ambient light or off-timer. It includes an incident light averaging
mechanism that eliminates false triggering by transient lights like passing car headlights and also includes a time delay off-timer
circuit that allows the lights to be switched off after a preset time, adjustable by a potentiometer. It is suitable for both indoor and
outdoor use.

(19) INDIA
(54) Title of the invention : A SMART TOILET SYSTEM USING ARTIFICIAL INTELLIGENCE
1)Bindu Agarwalla
Address of Applicant :Assistant Professor, School of Computer Engineering ,
KIIT University, Bhubaneswar , India -751024 ----------- -----------
2)Mahua Sinha Chakraborty
3)Amitava Chakraborty
4)Soumen Prakash Kabi
5)Subhas Chandra Nath
6)Anup Kumar Mukhopadhyay
7)Apurba Chatterjee
8)Debabrata Maity
9)Sumit Singha
:H02N0001040000, G06N0020000000, 10)Sejuti Majumdar
(51) International
A61B0010000000, G06Q0020320000, Name of Applicant : NA
classification
A61B0005110000 Address of Applicant : NA
:NA
Application No 1)Bindu Agarwalla
:NA
Filing Date Address of Applicant :Assistant Professor, School of Computer Engineering , KIIT
(87) International University, Bhubaneswar , India -751024 ----------- -----------
: NA
Publication No 2)Mahua Sinha Chakraborty
(61) Patent of Addition to Address of Applicant :Assistant Profesor, Microbiology, BB College, G T Road,
:NA
Application Number Asansol, West Bengal, PIN-713301 ----------- -----------
:NA
Filing Date 3)Amitava Chakraborty
(62) Divisional to Address of Applicant :Assistant Profesor, Computer Application, Asansol
:NA
Application Number Engineering College, Vivekananda Sarani, Asansol, Dist: Paschim Bardhaman,
:NA
Filing Date West Bengal, PIN- 713305, INDIA ----------- -----------
4)Soumen Prakash Kabi
Address of Applicant :Assistant Profesor, Computer Application, Asansol
Engineering College, Vivekananda Sarani, Asansol, Dist: Paschim Bardhaman,
West Bengal, PIN- 713305, INDIA ----------- -----------
5)Subhas Chandra Nath
Address of Applicant :Assistant Profesor, Computer Application, Asansol
6)Anup Kumar Mukhopadhyay
Address of Applicant :Hod, Department of Information Technology, Asansol
(57) Abstract :
ABSTRACT A SMART TOILET SYSTEM USING ARTIFICIAL INTELLIGENCE The present invention discloses the plurality of triboelectric pressure sensors
(100) fixed to toilet seat to record duration of each toilet session. The camera sensor (101) for capturing urine and stool samples. The cloud storage (102) for storing
data from the plurality of triboelectric pressure sensors and the camera sensor (101) and the microprocessor (103) for analysing data from the plurality of triboelectric
pressure sensors (100) and the camera sensor (101). The microprocessor using artificial intelligence technology from the time-series data collected by the triboelectric
pressure sensors (100) and analyse data from camera sensor (101) by comparing with pre stored images, detect presence of diseases. The microprocessor (103) send
output data to a mobile application (105) installed in user device using a wireless communication module (104).

(19) INDIA
(54) Title of the invention : INTEGRATION OF IMAGE PROCESSING WITH MACHINE LEARNING BASED APPROACHES
FOR PLANT HEALTH AND DISEASE DETECTION
1)JITENDRA KUMAR
Address of Applicant :PHD SCHOLAR/CSE, NIT
ROURKELA, ROURKELA, 769008 ROURKELA ----------- ------
-----
:G06K0009620000, G06N0020000000,
(51) International 2)RAVI KUMAR
G06T0007000000, G06N0003080000,
classification 3)V RAMANJANEYULU YANNAM
G01N0015020000
(86) International
Application No
Filing Date
1)JITENDRA KUMAR
(87) International
: NA Address of Applicant :PHD SCHOLAR/CSE, NIT ROURKELA,
Publication No
ROURKELA, 769008 ROURKELA ----------- -----------
:NA 2)RAVI KUMAR
:NA Address of Applicant :ASSISTANT PROFESSOR/CSE-
Filing Date
DS,MALLA REDDY COLLEGE OF ENGINEERING,
(62) Divisional to
:NA MAISAMMAGUDA DHULAPALLY,
Application Number
:NA SECUNDERABAD,500100 MAISAMMAGUDA ----------- -------
Filing Date
----
3)V RAMANJANEYULU YANNAM
Address of Applicant :ASSISTANT PROFESSOR, SCHOOL OF
TECHNOLOGY, WOXSEN UNIVERSITY, SANGAREDDY,
502345 HYDERABAD ----------- -----------
(57) Abstract :
Integration of image processing with machine learning based approaches for plant health and disease detection is the proposed
invention. The proposed invention focuses on studying the plant health and disease detection. The invention focuses on analyzing the
parameters of plant health and disease detection using algorithms of Machine Learning and Image processing.

(19) INDIA
(54) Title of the invention : APPARATUS AND METHOD FOR FOXNUT SEPARATION AND PACKAGING
1)Sushmita Kumari
Address of Applicant :C/o Mithilesh Kumar Mandal, Rahar
Pranpur, Dharhan, Katihar, Bihar, 854116 Dharhan ----------- ------
-----
2)Suman Kumar
3)Saurabh Kumar
4)Saurabh Kumar
:B41J0002045000, A61L0002040000, 5)Shubham Kumar
(51) International
B29B0017000000, A61B0090700000, Name of Applicant : NA
classification
:NA
Application No 1)Sushmita Kumari
:NA
Filing Date Address of Applicant :C/o Mithilesh Kumar Mandal, Rahar
(87) International Pranpur, Dharhan, Katihar, Bihar, 854116 Dharhan ----------- ------
: NA
Publication No -----
(61) Patent of Addition 2)Suman Kumar
:NA
to Application Number Address of Applicant :S/o Sunil Kumar, Ward No 3, Khairwa,
:NA
Filing Date Sitamarhi, Riga, Bihar 843327 Riga ----------- -----------
(62) Divisional to 3)Saurabh Kumar
:NA
Application Number Address of Applicant :P O Dharhan, Pakaria, Mahadevpur,
:NA
Filing Date Katihar, Bihar 854116 mahadevpur ----------- -----------
4)Saurabh Kumar
Address of Applicant :C/o Mithilesh Kumar Mandal, Rahar Thana
Pranpur, Dharhan, Katihar, Bihar, 854116 Dharhan ----------- ------
-----
5)Shubham Kumar
Address of Applicant :S/o Ashok Kumar Chaudhary, a ward no
08, raghopur, Samastipur, Bihar, 848211 Raghopur ----------- ------
-----
(57) Abstract :
The apparatus for automated foxnut harvesting is disclosed, the apparatus being operated by an integrated control comprising: a first
hopper to receive a plurality of mature foxnut pods, the first hopper being configured to transfer the received plurality of foxnut pods
to a first conveyor. A cleaner, the cleaner being configured to receive the plurality of mature foxnut pods from the first conveyor and
clean the received plurality of mature foxnut pods by a jet stream of water and transfer the cleaned plurality of mature foxnut pods into
a luggage compartment. The apparatus is configured to automatically, clean, dry and heat the plurality of foxnuts after separation from
the pods and a packing chamber operatively coupled with a pressing part that receives the foxnuts from the final drop-off point to
generate packaged foxnut packets. A method for separation and packaging of the foxnuts is disclosed.

(19) INDIA
(54) Title of the invention : A GRAPHITE-BASED QUANTUM RECEPTOR FOR SOLAR ENERGY HARVESTING
:B82Y0010000000, H01M0004587000, (71)Name of Applicant :

(51) International
C08K0007240000, H01M0004133000, 1)NATIONAL INSTITUTE OF TECHNOLOGY, PATNA
classification
G10K0011172000 Address of Applicant :Patna-800005, Bihar, India Patna -------
(86) International ---- -----------
:NA
:NA
: NA
Publication No 1)GAURAV VARSHNEY
(61) Patent of Addition Address of Applicant :Department of Electronics and
:NA
to Application Number Communication Engineering, National Institute Of Technology,
:NA
Filing Date Patna, Ashok Rajpath, Patna – 800005, Bihar, India Patna ----------
(62) Divisional to - -----------
:NA
Application Number
:NA
Filing Date
(57) Abstract :
ABSTRACT “A GRAPHITE-BASED QUANTUM RECEPTOR FOR SOLAR ENERGY HARVESTING” The present invention
provides a graphite-based quantum receptor for solar energy harvesting, wherein at least one hollow cylindrical structure for offering
an impedance matching over a narrow band; and at least one flaring layer (2) over which said hollow cylindrical structure is placed for
providing an impedance matching over a wide frequency band and an incident electromagnetic wave is trapped on the hollow
cylindrical structure and is absorbed due to destructive interference and said flaring layer (2) assists in exciting a plurality of resonance
and increase the impedance matching to offer a broad absorption band. Figure 1 and Figure 2 on sheet no. 1 of the drawings may
accompany the abstract when published.

(19) INDIA
(54) Title of the invention : EMPIRICAL ANALYSIS OF EMPLOYEE'S PSYCHOLOGICAL CONTRACT ON

ORGANIZATION'S SUSTAINABILITY AND REVENUE
1)Dr Smruti Rekha Sahoo
Address of Applicant :Assistant Professor School of
Management Studies GIET University ----------- -----------
2)Girija Sankar Pradhan
3)Dr Jagadeesha M
:G06Q0010060000, G06Q0010100000, 4)Tapaswini Panda
(51) International
A61K0047600000, A23F0003140000, 5)Udaya Sankar Patro
classification
:NA
:NA
Filing Date 1)Dr Smruti Rekha Sahoo
(87) International Address of Applicant :Assistant Professor School of Management
: NA
Publication No Studies GIET University ----------- -----------
(61) Patent of Addition 2)Girija Sankar Pradhan
:NA
to Application Number Address of Applicant :Assistant Professor School of Management
:NA
Filing Date Studies GIET University ----------- -----------
(62) Divisional to 3)Dr Jagadeesha M
:NA
Application Number Address of Applicant :Professor and Dean School of Management
:NA
Filing Date Studies GIET University ----------- -----------
4)Tapaswini Panda
Address of Applicant :Lecturer Model Degree College Vikram
Deb University ----------- -----------
5)Udaya Sankar Patro
Address of Applicant :Lecturer Rayagada Autonomous College
Vikram Deb University ----------- -----------
(57) Abstract :
Abstract: This invention presents a pioneering methodology for the empirical analysis of the employee's psychological contract's
impact on an organization's sustainability and revenue. The psychological contract represents the unspoken yet vital mutual
expectations between employees and their employers, significantly shaping the employment relationship. The methodology involves
comprehensive data collection, advanced statistical analysis, and relationship identification, enabling a profound understanding of the
intricate connections between the psychological contract and key organizational performance indicators. This analysis reveals direct
and indirect influences on sustainability and revenue, highlighting the dynamic nature of the employee-employer relationship. Armed
with data-driven insights, organizations can optimize their strategies to enhance employee engagement, productivity, and retention,
ultimately driving revenue growth and ensuring long-term sustainability. By bridging the gap between employee expectations,
perceived obligations, and organizational performance, this invention offers a robust tool for organizations seeking to thrive in a
competitive business landscape.

(19) INDIA
(54) Title of the invention : A Probiotic Composition and a Method of Obtaining the Same
:A23C 9/12, A23L 2/60, A23L 33/135, (71)Name of Applicant :

(51) International
A61K 35/644, A61K 35/747, A61K 1)Vastu Vihar Biotech Private Limited
classification
36/53 Address of Applicant :Flat no.-303,Nutan Tower, Kankarbagh
(86) International Main road,PATNA,BIHAR ----------- -----------
:NA
:NA
: NA
Publication No 1)Vinay Kumar Tiwary
(61) Patent of Addition to Address of Applicant :Flat no.-303,Nutan Tower, Kankarbagh
:NA
Application Number Main road,PATNA, BIHAR-800020 PATNA ----------- -----------
:NA
Filing Date
(62) Divisional to
:NA
Application Number
:NA
Filing Date
(57) Abstract :
Abstract A Probiotic Composition and a Method of Obtaining the Same The present application discloses a probiotic composition
comprising; milk, sweetener, clarified butter, curd, osmium extract, and probiotic factor wherein the probiotic factor comprises ex-
RNA encapsulated within extracellular vesicle

(19) INDIA
(54) Title of the invention : LOW-COST NUTRITIONAL WEANING FOOD FOR MALNOURISHED CHILDREN
1)INDIAN COUNCIL OF AGRICULTURAL RESEARCH
(INSTITUTE: ATARI, KOLKATA)
Address of Applicant :Bhumi Vihar Complex, Block- GB,
Sector- III, Salt Lake, Kolkata- 700097, West Bengal, India
Kolkata ----------- -----------
:A23L0033105000, A61K0036899000,
(51) International 1)HALDAR, Avijit
A23K0010300000, G10D0013120000,
classification Address of Applicant :ICAR- Agricultural Technology
A23K0010370000
Application Research Institute (ATARI), Bhumi Vihar Complex,
(86) International
:NA Block- GB, Sector- III, Salt Lake, Kolkata - 700097, West Bengal,
Application No
:NA India Kolkata ----------- -----------
Filing Date
2)SHARMA, Anjali
(87) International
: NA Address of Applicant :Uttar Dinajpur Krishi Vigyan Kendra, Uttar
Publication No
Banga Krishi Viswavidyalaya, Chopra, Uttar Dinajpur - 733207,
:NA West Bengal, India Chopra ----------- -----------
:NA 3)SARKAR, Surajit
Filing Date
Address of Applicant :Uttar Dinajpur Krishi Vigyan Kendra, Uttar
(62) Divisional to
:NA Banga Krishi Viswavidyalaya, Chopra, Uttar Dinajpur - 733207,
Application Number
:NA West Bengal, India Chopra ----------- -----------
Filing Date
4)PAL, Prabhat Kumar
Address of Applicant :Uttar Banga Krishi Viswavidyalaya,
Pundibari, Coochbehar – 736165, West Bengal, India Pundibari --
--------- -----------
5)DEY, Pradip
Address of Applicant :ICAR-Agricultural Technology Application
Research Institute, Zone –V, Bhumi Vihar Complex, Salt Lake,
Sector III, Kolkata – 700097, West Bengal, India Kolkata ----------
- -----------
(57) Abstract :
The present invention provides a weaning food formulation comprising local ingredients like dry roasted seeds powder of Triticum
aestivum (wheat) and Zea mays (maize); malted and roasted seed powder of Eleusine coracana (ragi); shade dried leaf powder of
Moringa oleifera (drumstick) and stem juice of jaggery. The weaning food formulation comprises Maize (25-30% wt.),wheat (34-40%
wt.) malted ragi (10-20% wt.), drumstick leaf powder (1-1.5% wt.) and jaggery (15-25% wt.) The weaning food formulation is
effective for 6 months-3 years age children. The formulation is very cost effective, nutrient rich and good in taste, easy to prepare and
increases the body weight of malnourished children.

(19) INDIA
(54) Title of the invention : A FIN AND TUBE TYPE HEAT EXCHANGER
1)BIRLA INSTITUTE OF TECHNOLOGY MESRA
Address of Applicant :P.O. Mesra, Ranchi, Jharkhand- 835215
:F28F0001320000, B64C0023060000,
(51) International Ranchi ----------- -----------
B64C0009220000, F28F0001260000,
F24S0010400000
(86) International
Application No
:NA 1)BRAR, Dr. Lakhbir Singh
Filing Date
(87) International
: NA Birla Institute of Technology Mesra, Ranchi- 835215, Jharkhand
Publication No
Ranchi ----------- -----------
:NA 2)PRAKASH, Dr. Om
Filing Date
Birla Institute of Technology Mesra, Ranchi- 835215, Jharkhand
(62) Divisional to
:NA Ranchi ----------- -----------
Application Number
:NA 3)SHARMA, Rishikesh
Filing Date
Birla Institute of Technology, Mesra, Ranchi- 835215, Jharkhand
Ranchi ----------- -----------
(57) Abstract :
Disclosed herein is a fin and tube type heat exchanger, wherein each fin (2, 3) is having a plurality of asymmetrically arranged curved
winglets (6) extending around at least two sides of each tube (4), wherein said winglet is having a leading and trailing edge, wherein
said leading edge lies on a vertical line passing through a centre of the tube (4) in proximity to its winglet (6). The disclosed fin and
tube type heat exchanger is having increased enhancement factor, increased heat transfer rate, and reduced pressure losses.

Publication After 18 Months:
The following Patent Applications have been published under Section 11A (3) of The Patents (Amendment) Act, 2005. Any
Person may file representation by way of opposition to the Controller of Patents at the appropriate office against the grant of
the patent in the prescribed manner under section 25(1) of the Patents (Amendment) Act, 2005 read with the rule 55 of The
Patents (Amendment) Rules, 2006:

(19) INDIA
(54) Title of the invention : A PROCESS FOR THE PREPARATION OF ANTIFUNGAL BIOACTIVE EXTRACT FROM
LINUMUSITATISSIMUM (LU)
:C12Q0001180000, (71)Name of Applicant :

A61Q0019020000, 1)AMITY UNIVERSITY
(51) International classification C12N0001000000, Address of Applicant :AMITY UNIVERSITY CAMPUS,
C12Q0001040000, SECTOR-125, NOIDA UTTAR PRADESH-201313, INDIA Uttar
A61K0031045000 Pradesh India
(31) Priority Document No :NA (72)Name of Inventor :
(32) Priority Date :NA 1)V POOJA
(33) Name of priority country :NA 2)SEEMA BHATNAGAR
(86) International Application No :NA 3)HINA SANWAL
Filing Date :NA 4)ASHWANI K SRIVASTAVA
Filing Date :NA
(62) Divisional to Application Number :1627/DEL/2011
Filed on :09/06/2011
(57) Abstract :
The present invention provides a process of preparation of antifungal bioactive extract of Linumusitatissimum (LU) (Flaxseeds) to
reduce the melanin content of the pathogen. The antifungal activities are analyzed by various methods using agar disc diffusion,
minimum inhibitory concentration. The extracts are tested for their phytochemical constitution. The colony and cell wall analysis have
shown drastic reduction in conidial and melanin formation as seen by microscopic and spectro-photometrically.


(19) INDIA
(54) Title of the invention : NEW DISSOLUTION PROCEDURES FOR RABEPRAZOLE SODIUM (EC) PELLETS +
LEVOSULPIRIDE (SR) PELLETS COMBINED DOSAGE FORM
:A61K0031443900, (71)Name of Applicant :

C07D0401120000, 1)MAHARISHI MARKANDESHWAR (DEEMED TO BE
(51) International classification B24C0001000000, UNIVERSITY)
G01N0013000000, Address of Applicant :MAHARISHI MARKANDESHWAR
A61K0009500000 (DEEMED TO BE UNIVERSITY), MULLANA, AMBALA,
(31) Priority Document No :NA HARYANA 133207 Haryana India
(32) Priority Date :NA (72)Name of Inventor :
(33) Name of priority country :NA 1)PROF. VIPIN SAINI
(86) International Application No :NA 2)MR. LAKHWINDER SINGH
Filing Date :NA 3)DR. JS SANDHU
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
NEW DISSOLUTION PROCEDURES FOR RABEPRAZOLE SODIUM (EC) PELLETS + LEVOSULPIRIDE (SR) PELLETS
COMBINED DOSAGE FORM This invention relates to New dissolution procedures for RABEPRAZOLE SODIUM (EC) Pellets +
LEVOSULPIRIDE (SR) pellets combined dosage form. Disclosed a dissolution procedure for RABEPRAZOLE SODIUM (EC)
Pellets + LEVOSULPIRIDE (SR) pellets combined dosage form comprising the steps of Standard preparation: Weight accurately
(83.0 mg of Levosulpiride.) working standard into a 100 ml Volumetric flask, dissolve and dilute to volume with methanol; and
Transfer 5.0 ml of this solution to 50 ml of volumetric flask and dilute with Phosphate Buffer pH-6.8 to volume.

(19) INDIA
(54) Title of the invention : NOVEL DISSOLUTION METHODS FOR RABEPRAZOLE SODIUM(EC) + DOMPERIDONE (SR)
PELLETS

A61K0031443900, 1)MAHARISHI MARKANDESHWAR (DEEMED TO BE
(51) International classification C07D0401120000, UNIVERSITY)
A61K0031445000, Address of Applicant :MAHARISHI MARKANDESHWAR
A61K0009480000 (DEEMED TO BE UNIVERSITY), MULLANA, AMBALA,
Filing Date :NA 3)DR. MANISH KUMAR
(87) International Publication No : NA 4)DR. JS SANDHU
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
NOVEL DISSOLUTION METHODS FOR RABEPRAZOLE SODIUM(EC) + DOMPERIDONE (SR) PELLETS This invention
relates to Novel Dissolution methods for RABEPRAZOLE SODIUM(EC) + DOMPERIDONE (SR) pellets.

(19) INDIA
(54) Title of the invention : NEW ASSAY PROCEDURES FOR RABEPRAZOLE SODIUM (EC) PELLET + LEVOSULPIRIDE
(SR) PELLETS DOSAGE FORM

(51) International classification G01N0033538000, UNIVERSITY)
C07K0014470000 (DEEMED TO BE UNIVERSITY), MULLANA, AMBALA,
(33) Name of priority country :NA 1)MR. LAKHWINDER SINGH
(86) International Application No :NA 2)PROF. VIPIN SAINI
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
NEW ASSAY PROCEDURES FOR RABEPRAZOLE SODIUM (EC) PELLET + LEVOSULPIRIDE (SR) PELLETS DOSAGE
FORM This invention relates to New Assay procedures for RABEPRAZOLE SODIUM (EC) Pellet + LEVOSULPIRIDE (SR) pellets
dosage form. Disclosed herein Assay procedures for RABEPRAZOLE SODIUM (EC) Pellet + LEVOSULPIRIDE (SR) pellets
dosage form comprises Standard preparation: Take the standard drug equiv. to 20 mg of Rabeprazole Sodium RS and 75 mg of
Levosulpiride RS in 100 ml of volumetric flask and dissolve and make the volume with methanol. Now take 5 ml of above solution &
make up to 50 ml with the Mobile Phase.

(19) INDIA
(54) Title of the invention : INNOVATIVE EXAMINE TECHNIQUE FOR RABEPRAZOLE SODIUM (EC) FROM PELLETS
FORMULATIONS

(51) International classification H04W0040240000, UNIVERSITY)
G11B0005000000, Address of Applicant :MAHARISHI MARKANDESHWAR
C12N0009640000 (DEEMED TO BE UNIVERSITY), MULLANA, AMBALA,
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
INNOVATIVE EXAMINE TECHNIQUE FOR RABEPRAZOLE SODIUM (EC) FROM PELLETS FORMULATIONS This
invention relates to Innovative examine technique for Rabeprazole sodium (EC) from pellets formulations. Disclosed Rabeprazole
sodium (EC) from pellets formulations comprises Standard preparation: Take the standard drug equiv. to 20 mg of Rabeprazole
Sodium RS in 100 ml of volumetric flask and dissolve and make the volume with methanol; Now take 5 ml of above solution & make
up to 25 ml with the Mobile Phase.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR AUTOMATIC CAPTURING AND PLACEMENT OF DIGITAL
SIGNATURE
:G06N0020000000, (71)Name of Applicant :

G06Q0020320000, 1)SAURAV RAAJ
(51) International classification H04L0009320000, Address of Applicant :122, Tower F, DLF SkyCourt, Sector
G06F0021640000, 86, Gurugram - 122004, Haryana, India. Haryana India
G06F0016432000 2)SMRITI CHAUDHRY
(32) Priority Date :NA 1)SAURAV RAAJ
(33) Name of priority country :NA 2)SMRITI CHAUDHRY
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present disclosure provides a system and a method for optimal positioning of digital signatures using artificial intelligence (AI)
during an e-signature process. The system utilizes an AI engine to identify various locations for placement of digital signatures on a
document. Once these locations are determined, the system matches the names of the persons signing the document. Further, once the
signatures are captured, the system updates the document to place the captured signature, signer details, and timestamps at the
identified location. The system places the digital signature at the correct places automatically as it was marked during the creation of
the document.

(19) INDIA
(54) Title of the invention : VEHICLE BATTERY PACK DOCKING SYSTEM
:H01M0002100000, (71)Name of Applicant :

H01M0010625000, 1)Creatara Mobility Pvt. Ltd
(51) International classification B60K0001040000, Address of Applicant :Plot no. 245, MG Road, Ghitorni, New
B60L0050640000, Delhi -110030, India Delhi India
(31) Priority Document No :NA 1)PAMEI, Ringlarei
(32) Priority Date :NA
(33) Name of priority country :NA
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT VEHICLE BATTERY PACK ASSEMBLY, DOCKING SYSTEM AND ELECTRIC VEHICLE The present invention
provides a battery pack assembly (101) comprising a casing (101a), a battery enclosed in the battery cell inside the casing; a
retractable telescopic handle (102) provided on the rear surface of the casing, a fixed handle (103) provided on the top of the casing, at
least two moving wheels (104) rotatably installed under casing; a connection port on one side to electrically connect with the vehicle
and a docking and undocking system in a vehicle for storing the same. The present invention also provides an electric vehicle having
the same.

(19) INDIA
(54) Title of the invention : AN ECOFRIENDLY METHOD FOR HISTOPATHOLOGICAL TECHNIQUE
:G06K0009000000, (71)Name of Applicant :

C09K0008035000, 1)Rajasthan University of Veterinary & Animal Sciences
(51) International classification C10M0177000000, Address of Applicant :Vijay Bhawan Palace Complex,
A61Q0019000000, Veterinary University Road, Near Deen Dayal Upadhyay Circle,
A61K0047380000 Bikaner – 334001, Rajasthan, India Rajasthan India
(32) Priority Date :NA 1)Dr. Mamta Kumari
(33) Name of priority country :NA 2)Dr. Poonam
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
AN ECOFRIENDLY METHOD FOR HISTOPATHOLOGICAL TECHNIQUE An ecofriendly method for histopathological
technique, said method comprises clearing of dehydrated tissues with a natural clearing agent and deparaffinization for tissue section
with a natural oil. The clearing agent is selected from natural oil or mineral oil. The natural oil is selected from coconut oil, groundnut
oil, mustard oil, sesame oil or a combination thereof. The mineral oil is liquid paraffin.

(19) INDIA
(54) Title of the invention : PHARMACEUTICAL COMPOSITIONS OF POSACONAZOLE
:C07D0405140000, (71)Name of Applicant :

A61K0031496000, 1)Birla Institute Of Technology & Science (BITS), Pilani
(51) International classification C07D0405060000, Address of Applicant :Pilani Campus, Vidya Vihar, Pilani,
A61K0009160000, Jhunjunu District, Rajasthan – 333031, India. Rajasthan India
(31) Priority Document No :NA 1)Akash Chaurasiya
(32) Priority Date :NA 2)Kanan Panchal
(33) Name of priority country :NA 3)Sumeet Katke
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to an oil-based formulation of posaconazole comprising posaconazole of a concentration from the range
of 1 to 10 weight %; an essential oil selected from the group consisting of clove oil, anise oil, cinnamon oil, nutmeg oil, and a
combination thereof; a surfactant being a non-ionic surfactant; and a co-surfactant. The present invention also relates to a method of
preparing the present oil-based formulation of posaconazole and a pharmaceutical composition comprising the formulation. The
present non-aqueous posaconazole formulation shows high stability across different temperature conditions and is easy to prepare.

(19) INDIA
(54) Title of the invention : METHOD AND SEARCH SYSTEM WITH METADATA DRIVEN APPLICATION PROGRAMMING
INTERFACE (API)
:G06F0009540000, (71)Name of Applicant :

G06F0016951000, 1)Honeywell International Inc.
(51) International classification G06F0016240000, Address of Applicant :855 S. Mint Street, Charlotte, NC
G06F0016130000, 28202, USA U.S.A.
(31) Priority Document No :NA 1)RADHAKRISHNAN Vyas
(32) Priority Date :NA 2)BHARGAVA Ankur
(33) Name of priority country :NA 3)KARKARA Rahul
(86) International Application No :NA 4)GROSS Klaus
Filing Date :NA 5)GOPALAN Murugan
(87) International Publication No : NA 6)TARANATH Manu
(61) Patent of Addition to Application Number :NA 7)SRIVASTAVA Abhinav
Filing Date :NA
Filing Date :NA
(57) Abstract :
A computer-implemented method that includes causing display of a search user interface configured for searching visual
representations of assets of a relational model comprising information indexed by an application programming interface (API);
receiving one or more requests in the search user interface to update the visual representations; comparing, by the API, the one or
more requests with the indexed information of the relational model; based on the comparing, determining whether a respective case of
one or more cases of one or more assets is in a relationship with the one or more requests; and causing display of the respective case of
the one or more cases of the one or more assets in the relationship in the visual representations.

(19) INDIA
(54) Title of the invention : A METHOD FOR DECONTAMINATION OF ARSENIC USING LOW-COST MAGNETIC
FURFURALDEHYDE CROSS-LINKED CELLULOSE BIO COMPOSITE
:C02F0001280000, (71)Name of Applicant :

B01J0020280000, 1)AMITY UNIVERSITY
(51) International classification C02F0101200000, Address of Applicant :AMITY UNIVERSITY CAMPUS,
C01G0028000000, SECTOR-125, NOIDA-201313, INDIA Uttar Pradesh India
C02F0101100000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Surbhi Sinha
(32) Priority Date :NA 2)Rachana Singh
(33) Name of priority country :NA 3)Kavya Bisaria
(86) International Application No :NA 4)Swato Solanki
Filing Date :NA 5)Sonal Nigam
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT A METHOD FOR DECONTAMINATION OF ARSENIC USING LOW-COST MAGNETIC FURFURALDEHYDE
CROSS-LINKED CELLULOSE BIO COMPOSITE The present invention relates to a low cost magnetic furfuraldehyde cross linked
cellulose bio composite is developed for rapid decontamination of arsenic. In the present invention, 0.6 g of synthesized bio composite
was added in 50 ml solution containing 1 mg/l of arsenic. The adsorption efficiency of the bio composite was studied every half hour.
The concentration of the arsenic in the solution was measured using digital arsenator. Within 2 h of exposure time, the arsenic
concentration was reduced to 100 µg/l, corresponding to 90% reduction. The entire process is eco-friendly, cheap and rapid making it
apt for arsenic removal. Accompanied Drawing [Fig. 1] Dated this 12th day of January, 2023 AMITY UNIVERSITY Name of
Applicant Signature: Name: Dr. B. L. Arya

(19) INDIA
(54) Title of the invention : HOT WATER BOTTLE WITH INSERTABLE HEATING SYSTEM
:A61F0007080000, (71)Name of Applicant :

F24D0003100000, 1)ENKAY (INDIA) RUBBER CO. PVT. LTD
(51) International classification F24D0019100000, Address of Applicant :B-3, S.M.A. Industrial Estate, G.T.
F24H0001200000, Karnal Road, Delhi-110033, India. Delhi India
C23C0016460000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Satish Jain
(32) Priority Date :NA 2)Naresh Jain
(33) Name of priority country :NA 3)Anil Jain
(86) International Application No :NA 4)Vipin Jain
Filing Date :NA 5)Jinesh Jain
Filing Date :NA
Filing Date :NA
(57) Abstract :
Abstract “HOT WATER BOTTLE WITH INSERTABLE HEATING SYSTEM” The present invention relates to rubber hot water
bottle with insertable heating means with improved sealing system and to a method of manufacturing such insertable means. By the
use of the said insertable heating means, the water in the bottle can be reused by heating it using the heating means with the process as
described. Fig:2

(19) INDIA
(54) Title of the invention : NOVEL ASSAY METHODS FOR RABEPRAZOLE SODIUM(EC) + DOMPERIDONE (SR) PELLETS

A61K0031443900, 1)MAHARISHI MARKANDESHWAR (DEEMED TO BE
(51) International classification C07D0401120000, UNIVERSITY)
G01N0033860000 (DEEMED TO BE UNIVERSITY), MULLANA, AMBALA,
Filing Date :NA 3)DR. MANISH KUMAR
(87) International Publication No : NA 4)DR. JS SANDHU
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
NOVEL ASSAY METHODS FOR RABEPRAZOLE SODIUM(EC) + DOMPERIDONE (SR) PELLETS This invention relates to
Novel Assay methods for RABEPRAZOLE SODIUM(EC) + DOMPERIDONE (SR) pellets. Disclosed herein Assay method for
RABEPRAZOLE SODIUM(EC) + DOMPERIDONE (SR) pellets comprising the steps of comprising the steps of: Take powder
equiv. to 20 mg of Rabeprazole Sodium and 30 mg of Domperidone in the 100 ml volumetric flask and dissolve and make up to the
volume with Methanol. Now take 5 ml of above solution & make up to 25 ml with the M.P.

(19) INDIA
(54) Title of the invention : NOVEL PROCEDURES FOR ASSESSMENT OF RABEPRAZOLE SODIUM (EC) FROM PELLETS
PREPARATIONS

(51) International classification B24C0001000000, UNIVERSITY)
A23L0007135000, Address of Applicant :MAHARISHI MARKANDESHWAR
G21C0007100000 (DEEMED TO BE UNIVERSITY), MULLANA, AMBALA,
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
NOVEL PROCEDURES FOR ASSESSMENT OF RABEPRAZOLE SODIUM (EC) FROM PELLETS PREPARATIONS This
invention relates to Novel procedures for assessment of Rabeprazole sodium (EC) from Pellets preparations. Disclosed herein A
process for assessment of Rabeprazole sodium (EC) from Pellets preparations comprising the steps for Standard preparation Weight
accurately (20.0 mg of Rabeprazole Sodium) working standard into a 100 ml volumetric flask, dissolve and dilute to volume with
0.1M sodium hydroxide solution and mix. Further dilute to 5 ml to 50 ml with Buffer solution.

(19) INDIA
(54) Title of the invention : POWER TRANSFER SYSTEM AND METHOD FOR OPTIMIZING MISALIGNMENT FACTORS IN
THEREOF
:H02J0007020000, (71)Name of Applicant :

H02J0050400000, 1)INDIAN INSTITUTE OF TECHNOLOGY ROPAR
(51) International classification H04B0005000000, Address of Applicant :INDIAN INSTITUTE OF
H02J0050120000, TECHNOLOGY ROPAR, Birla Farms, Rupnagar - 140001,
H01F0038140000 Punjab, India Punjab India
(32) Priority Date :NA 1)SRIVASTAVA, Vivek Kumar
(33) Name of priority country :NA 2)SHARMA, Ashwani
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Disclosed is a transmitter antenna (100) for a power transfer system (1000) and a method (500) for optimizing misalignment factors in
the power transfer system (1000). The transmitter antenna (100) configured with a plurality of coils. Each coil of the plurality of coils
comprise a main coil (102) and a supporting coil (104). The main coil (102) and the supporting coil (104) are separated at a predefined
distance. A source of excitation (200) configured for supplying power to the plurality of coils. A plurality of switches (106) for
controlling direction of current circulation through the plurality of coils. A controller (300) configured for controlling the switching
sequence and switching duration for the plurality of switches (106).

(19) INDIA
(54) Title of the invention : RF MEMS-based smart impedance tuner module for Radio Frequency Front End (RF-FE)
:H03H0007380000, (71)Name of Applicant :

H04N0021426000, 1)Council of Scientific and Industrial Research
(51) International classification H04B0001180000, Address of Applicant :Anusandhan Bhawan 2 Rafi Marg New
H04B0001040000, Delhi India 110001 Delhi India
H01P0005040000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Deepak Bansal
(32) Priority Date :NA 2)Maninder Kaur
(33) Name of priority country :NA 3)Amit Kumar
(86) International Application No :NA 4)Prem Kumar
Filing Date :NA 5)Mahanth Prasad
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Abstract The present invention provides a method of design and manufacturing of a high-quality factor, high linearity and low loss RF
MEMS-based smart impedance tuner module for radio frequency front end (RFFE) to minimize loss and better matching. The
proposed design for the RF tuner is unique and reliable which covers the multiband spectra starting from 2G to 5G applications. The
complexity of the fabrication process for the nonlinear beam is removed using an innovative step height of the transmission line. For
smooth patterning of transmission layer, an innovative hot & cold shock method is explored and executed. The concept of floating
metal is used for reliable and fixed capacitance values. The fabrication method of this tuner has been designed so that the capacitor
and inductor can be fabricated in the same step to reduce the process complexity. The proposed tuner is also compatible with the post
standard CMOS fabrication technology.

(19) INDIA
(54) Title of the invention : “A PUMPED TWO-PHASE COOLING SYSTEM FOR THERMAL MANAGEMENT OF BATTERY-
ARRAY FOR ELECTRIC VEHICLES”
:H05K0007200000, (71)Name of Applicant :

H01M0010613000, 1)AMITY UNIVERSITY
(51) International classification H01M0010625000, Address of Applicant :AMITY UNIVERSITY CAMPUS,
H01M0010617000, SECTOR-125, NOIDA, UTTAR PRADESH, INDIA, 201313
H01M0010655500 Uttar Pradesh India
(32) Priority Date :NA 1)Basant Singh Sikarwar
(33) Name of priority country :NA 2)Kunal Mehta
(86) International Application No :NA 3)Ishaan Dalmia
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT “A PUMPED TWO-PHASE COOLING SYSTEM FOR THERMAL MANAGEMENT OF BATTERY-ARRAY FOR
ELECTRIC VEHICLES” The present invention relates to the thermal management of battery packs for electric vehicles. The pumped
two-phase cooling system for thermal management of battery array comprises a pump for two fluid circulations, a condenser, an
accumulator, and a cooling plate. The refrigerant stored in the accumulator is flowed using a pump through the cooling plates of the
batteries which have grooves designed such that the cooling is enhanced and the two-phase fluid from the plates containing liquid and
vapor is cooled when it passes through the condenser and then it is cooled down and again stored in the accumulator. Accompanied
Drawing [FIG. 1] Dated this 12th day of January, 2023

(19) INDIA
(54) Title of the invention : REAR UNDER-PROTECTION DEVICE FOR HEAVY-DUTY VEHICLE
:B60Q0009000000, (71)Name of Applicant :

G01S0013931000, 1)UNO Minda Limited
(51) International classification H02J0007140000, Address of Applicant :Village Nawada, Fatehpur, P.O.
B60T0017080000, Sikanderpur Badda, District-Gurgaon, Haryana-122004, India.
G08G0005060000 Haryana Haryana India
(32) Priority Date :NA 1)JAIN, Amit
(33) Name of priority country :NA 2)PACHAIYAPPAN, Rengasamy
(86) International Application No :NA 3)VENKATASUBRAMANIAN, Saminathan
Filing Date :NA 4)AASETTY, Pandu Ranga Malleswara Rao
(87) International Publication No : NA 5)NIMGULKAR, Milind Sahebrao
(61) Patent of Addition to Application Number :NA 6)RAVICHANDRAN, Pradeep Chander
Filing Date :NA 7)RANE, Vivek
(62) Divisional to Application Number :NA 8)ANANTHARAMAN, Naveen
Filing Date :NA 9)VENKATACHALAM, Ganesh
(57) Abstract :
A Rear Underbody Protection Device (RUPD) for a vehicle (100) is disclosed which includes an impact body (300) and a plurality of
sensor units (106). The impact body (300) is adapted to be disposed of on a chassis (104) of the vehicle (100) and a plurality of sensor
units (106) are disposed on the impact body. Further, each sensor unit (106) is adapted to detect the distance between the impact body
(300) and an object behind the vehicle (100), wherein the plurality of sensor units (106) is installed at a predefined angle (A) with
respect to the horizontal axis (A1) of the impact body (300).

(19) INDIA
(54) Title of the invention : A Novel synbiotic hydrogel beads comprising of polysaccharide, probiotic bacterium encapsulated in
alginate for effective iron delivery with enhanced bioavailability and improved gut health.

C12N0015115000, 1)National Agri-Food Biotechnology Institute
(51) International classification G01N0033569000, Address of Applicant :National Agri-Food Biotechnology
C12Q0001040000, Institute (NABI) (An autonomous Institute of Department of
C12N0015100000 Biotechnology, Govt. of India) Sector-81 (Knowledge City), PO
(31) Priority Document No :NA Manauli, S.A.S. Nagar, Mohali-140306, Punjab, India. Punjab
(32) Priority Date :NA India
(33) Name of priority country :NA (72)Name of Inventor :
(86) International Application No :NA 1)NITIN KUMAR SINGHAL
Filing Date :NA 2)RITIKA GUPTA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Food-borne illnesses pose a serious threat to human health that are caused by food-borne bacteria, viruses, pathogens, or any chemical
substances entering the body1,2. Most common foodborne illnesses are caused by foodborne bacteria such as Salmonella
Typhimurium, E.coli, or Clostridium sp., etc. to avail healthy food without contamination, it is necessary to detect these bacteria on
time. Conventional methods of detection such as culturing and plating, PCR, enzyme-based, biochemical tests. These tests are time-
consuming, tedious, and costly so there is a need for cost-effective and fast detection methods. Aptamers are single-stranded
molecules with strong affinity and specific binding to target bacteria. Aptamers are generated against whole-cell bacteria through Cell-
SELEX method and aptamers were further used for developing fluorescent-based detection assays3. Aptamers are novel as it is
generated from a random nucleotide library. The specific binding characters provide new, efficient and rapid detection platforms for
the detection of bacteria in food and water samples.

(19) INDIA
(54) Title of the invention : METHOD OF MANUFACTURING INSTANT NOODLES
:A23L0007109000, (71)Name of Applicant :

A23L0007113000, 1)A-SHA REPUBLIC INC.
(51) International classification A23L0005100000, Address of Applicant :6F., No.68, Sec.5, Zhongxiao E. Rd.,
A23L0011000000, Xinyi Dist., Taipei City 11065, Taiwan Taiwan
A23L0007170000 (72)Name of Inventor :
(31) Priority Document No :NA 1)LO, TA-WEI
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
2. TITLE: METHOD OF MANUFACTURING INSTANT NOODLES The method of manufacturing instant noodles includes:
mixing a noodle base material, water, and salt into a mixture; extruding the mixture into noodles of appropriate width, thickness, and
shape; steaming the noodles; cutting the noodles after the noodles are steamed; half-puff or fully puff drying the noodles after they are
cut, based on the thickness of the noodles and the expected cook or soak time. Finally, instant noodles that are easy to cook and soak
are formed. The noodle base material includes flour, semolina or durum wheat flour.

(19) INDIA
(54) Title of the invention : A FLYING SCREEN-EQUIPPED UNMANNED AERIAL VEHICLE FOR REAL-TIME VIDEO
TRANSMISSION AND BROADCASTING

B64C0039020000, 1)Mr. Pallav Thareja
(51) International classification G09G0003320000, Address of Applicant :Entrepreneur, Co-Founder, Jruma, New
G09F0009302000, Delhi 8 Delhi India
E06B0009680000 2)Dr. Reema Thareja
(31) Priority Document No :NA 3)Dr. Rashi Thareja
(32) Priority Date :NA 4)Dr. Kimi Thareja
(33) Name of priority country :NA 5)Mr. Goransh Thareja
Filing Date :NA 1)Mr. Pallav Thareja
(87) International Publication No : NA 2)Dr. Reema Thareja
(61) Patent of Addition to Application Number :NA 3)Dr. Rashi Thareja
Filing Date :NA 4)Dr. Kimi Thareja
(62) Divisional to Application Number :NA 5)Mr. Goransh Thareja
Filing Date :NA
(57) Abstract :
The Flying Screen The idea behind the Flying Screen is to view the video on the big screen in the open sky with the help of the drone. This can be done by installing the LED screen on the drone and then using the USB drive
or the WIFI connection to play the content on the screen. The power backup for the LED Screen can be provided with the help of Lithium batteries. These gadgets could easily be moved and installed anywhere especially in
the remote areas or the areas with limited infrastructure (Roads, Electricity, Power supply) development in less time and efforts. This Gadget would prove to be a very valuable gadget to serve the humanitarian in various
sectors, the few of them are discussed in detail underneath. 1. Mining As all of us know that Real time-monitoring and data analysis can ensure to avoid potential mining related accidents by stopping production or shifting
mining activities to different part of the mining site where hazardous outflows of mining resources escaping the site can be avoided. Thus, the importance of the live information is very vital during the mining process. The
success in mining mainly depends on the successful dissemination of the accurate and timely information to the mining team with accurate facts and at affordable cost. This is where the Flying Screen can be positioned to
solve the most critical mining challenges by real-time monitoring of the equipment’s, work force, production advancement without the need of any power or wired infrastructure. This Gadget will prove to be an independent
system for continuous monitoring of critical yet often overlooked piece of information in the challenging environment. 2. Research Video Monitoring in the research area has always been an under-utilized as a data collection
tool due to the confidentiality and privacy concerns. But today with the new technological improvements, video-based observation is becoming more promising in the research field over the traditional observations methods
by introducing new research areas and approaches. However direct observation is not always a best choice for analyzing as it is difficult for the researchers to capture all the details particularly when the components occurs
simultaneously whereas live monitoring would eliminate some of these challenges to an extend as it accurately displays the events and encourages the professional teams to verify their observations for the collection of
systematic feedback by means of strategic participant review. It gives the researchers an insight into the consistency of the self-assessment and the observational behavior. Using Flying screen during the research can help
researchers to gather information related to the processing, standardization, technology acceptance, usability etc. and depending on these observations the researchers can take timely decision and proceed their research
progressively. Therefore, the Flying screen can play a major role in improving the overall primary research efficacy and also the Live video monitoring using the Flying Screen, on-site will help the research team to anticipate
and overcome the potential obstacles and its recording and experiences would help them in future studies and to explore new findings. 3. Marketing The Flying Screen will prove to be a blessing for the marketing
professionals especially while marketing the product or the company among the large audience especially in exhibitions or large public gathering in a most cost1effective manner by covering the maximum area of the venue.
It will broadcast a high-quality distraction free stream to attract the great potential audience towards the marketing content. It will help markets to broadcast to enhance and maximize direct communication with its potential
customers and community partners. It will help marketing professionals to reach and interact with large audience at the same time with cost efficiency. 4. Emergencies During emergencies the information and cooperation
among the people involved on both sides (Victims and Rescue Team) plays an important role. In such situation the timely and accurate information plays a vital role by better understanding the situation and improving
emergency response and recovery timing and to implement effective loss avoidance strategies and regulations. In such situation the Flying Screen will prove to be a blessing by bridging the gap between the information and
response time and speeding up the effective rescue operations. It will also boost the confidence and cooperation among the persons involved in the rescue operations. In support of the above explanation, we can discuss the
one of the realistic situations along with the importance of the Flying Screen: a. 2013 Disaster in the Kedarnath valley (Uttrakhand) Due to the Cloud Burst, the emergency situation that arose in the valley when the entire
basic infrastructure (Roads, Electricity, Houses, etc.) collapsed and the helicopters were the only mode to reach and rescue the victims, the Flying Screen could have been of the great help to reach the site in few minutes and
helping the rescue team by controlling the panic situation by easily informing the large number of gathering regarding the current situation and arrangements and operations being carried out by the concern authorities and
educating them to follow temporary preventive measures. Thus, like above the Flying Screen could be of great help in various situations to discuss few among them is during the train derail or accidents incidents in remote
areas, after earthquakes, during riots situations, during army gorilla war operations, etc. 5. Entertainment Physical events are usually limited to the space constraint at a given venue. Whereas Flying Screen is the solution to
overcome this limitation as it can be mobilized to any venue depending upon its gathering capacity to entertain its audience. Therefore, this Gadget could be used for the video monetization. One of the simplest methods to do
so is by setting up an open theatre where viewers are charged to watch movies on the Flying Screen in various exciting ambiances with a completely new experience and more over in the cost-effective manner. The Flying
Screen can prove to be useful in organizing special events for viewing the live (Republic Day Parade, 15th August PM speech etc.) by connecting and entertaining the people in remote parts of the country where the basic
infrastructure like power, mobile signals, road infrastructure are still weak. Conducting such events using the Flying Screen would boost the moral and confidence among the local population of such areas. 6. Security
Surveillance Since the physical security has always been a challenge for the security concerns, the Flying Screen will be capable of ensuring an on-site 360 Degree view of the highly sensitive sites that are vulnerable to the
criminal targets by displaying each and every inch of the location for identifying the intruders and deter the crime by showing each footage of the incidents in progress. It will leave no blind spot for the criminals to exploit. It
will prove to be the third eye of the security forces and would help them to carry proactive deterrence action or to carry out precise and effective retaliation operations in any kind of emergency situation. Live view will
increase the participation and reach of the security forces during the emergencies. Conclusion: The above discussed prospective benefits of the Gadget ‘The Flying Screen’ are just few but in reality, its benefit could be
endless in various other fields too. It can also be stated as ‘It is Just the being of the whole new journey.’ Where we will learn many new things as we move On. Created by: Dr. Reema Thareja Rashi Thareja Pallav Thareja

(19) INDIA
(54) Title of the invention : BUOYANCY POWERED ELEVATORS (BPE)
:E04B0001350000, (71)Name of Applicant :

B66B0001180000, 1)Chandra Prakash Arora
(51) International classification F24F0005000000, Address of Applicant :Tarin Jalal Nagar, Near A.Z. Khan Inter
B66B0009040000, College Uttar Pradesh India
E04B0001340000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Chandra Prakash Arora
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
When we travel in a metropolitan city we saw many multistory building having elevators for transferring human & goods from ground
floor to top floor which may be at any height may be 830mtr of Burj khalifa tower at Dubai or any tower. In today’s elevators we use
heavy electric motor high tension wires , traction motors, hydraulic motors & many other device that consume lots of energy in lifting
human being or any load from ground level to top level. And heavy accident may cause in these modern elevators because of electric
& mechanical failures. But think if it’s possible that no energy is required for this elevator application. I mean to say that I have
invented an elevator that requires almost zero energy to lift any load from ground level to any height. This is practically possible
without violating any physics & nature laws with best use of our natural resources, I can say best use of combination of solid , liquid ,
gas & some energy not for lifting but for running other devices available in today’s modern lift like lights & fan for human comfort. I
can give one more clue that no energy is required for falling a body from top floor to ground floor & think if no energy is required in
doing the same opposite process of lifting from ground floor to top floor without using any energy source.

(19) INDIA
(54) Title of the invention : SECURITY OF NETWORK TRAFFIC IN A CONTAINERIZED COMPUTING ENVIRONMENT
:H04L0029120000, (71)Name of Applicant :

H04L0029060000, 1)Sophos Limited
(51) International classification H04W0008260000, Address of Applicant :The Pentagon, Abingdon Science Park,
H04L0012240000, Abingdon, Oxfordshire OX14 3YP (GB) U.K.
(31) Priority Document No :NA 1)KAIMAL, Biju Ramachandra
(32) Priority Date :NA 2)GREEN, Jeffrey Martin
(33) Name of priority country :NA 3)Shwetank
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A method comprises monitoring a computing environment including a plurality of containers, determining, for one of the containers, a
service type and an IP address, assigning the IP address of the container having the determined service type to a first list of IP
addresses, assigning an IP address of each of the containers to a second list of IP addresses, applying a first security policy for a first
source of network traffic for processing by the container having the determined service type and the IP address assigned to the first list
of IP addresses, and applying a second security policy for a second source of network traffic for processing by the containers having
the IP addresses assigned to the second list of IP addresses.

(19) INDIA
(54) Title of the invention : ADMISSION CONTROL IN A CONTAINERIZED COMPUTING ENVIRONMENT

H04L0012911000, 1)Sophos Limited
(51) International classification G06F0021620000, Address of Applicant :The Pentagon, Abingdon Science Park,
H04W0048020000, Abingdon, Oxfordshire OX14 3YP (GB) U.K.
(31) Priority Document No :NA 1)KAIMAL, Biju Ramachandra
(32) Priority Date :NA 2)GREEN, Jeffrey Martin
(33) Name of priority country :NA 3)Shwetank
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A method for performing admission control in a containerized computing environment includes deploying, by one or more processors
of a computer system, the containerized computing environment, receiving, by the containerized computing environment, constraints
associated with admission control for containers, the constraints related to container security and receiving, by the containerized
computing environment, a request for creating a container. The method includes determining, by an admission controller of the
containerized computing environment, a quality metric of the container associated with the received request, performing, by the
admission controller of the containerized computing environment, admission control prior to the creating of the container by applying
the constraints using the determined quality metric, and allowing or disallowing, by the admission controller of the containerized
computing environment, creation of the container based on the performing the admission control.

(19) INDIA
(54) Title of the invention : LAYER BASED FARMING
:H04N0019463000, (71)Name of Applicant :

C05F0003000000, 1)Galgotias University
(51) International classification C05B0007000000, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
C05C0003000000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
H04N0019500000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(31) Priority Document No :NA vcoffice@galgotiasuniversity.edu.in Mb No. : 91-1204806813
(32) Priority Date :NA Uttar Pradesh India
(86) International Application No :NA 1)Dr. Preeti Bajaj
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A method (200) for layer-based farmland (100), wherein the method (200) comprising of: digging a pit (102) based on a maximum
root size of crop (108) in the farmland (100) for plantation; unrolling a non-porous layer (104) at a bottom of the pit (102) for water
retention; adding a fertilizer mixture (106) on the non-porous layer (104) in the pit (102); and planting the crop (108) in the fertilizer
mixture (106) for the layer-based farmland (100).

(19) INDIA
(54) Title of the invention : Clutch Assemblies And Method(s) Of Manufacturing Aluminium-Based Clutch Housings

C25D0011160000, 1)Chairman, Defence Research & Development
(51) International classification F16D0013680000, Organisation (DRDO)
C25D0005440000, Address of Applicant :Ministry of Defence, Govt. of India,
C25D0011180000 Defence Research & Development Organisation, DRDO Bhawan,
(31) Priority Document No :NA Rajaji Marg, New Delhi 110 011, India Delhi India
(33) Name of priority country :NA 1)VALLIAPPAN, Uma
(86) International Application No :NA 2)SINGAMPALLI, Srinivasa Rao
Filing Date :NA 3)GAUTAM, Manish
(87) International Publication No : NA 4)MOHAMED, Khader Basha
(61) Patent of Addition to Application Number :NA 5)VENKATESAN, Balamurugan
Filing Date :NA
Filing Date :NA
(57) Abstract :
A clutch assembly and a method of manufacturing an Aluminium-based clutch housing of the clutch assembly are disclosed. The
method includes forging the Aluminium-based clutch housing at a predefined heat-treated condition using an Aluminium alloy.
Further, the method includes masking the Aluminium-based clutch housing with a wax-based material to avoid a surface treatment of
at least one of surfaces other than a plurality of splines of the Aluminium-based clutch housing. The method includes performing a
surface treatment process on the Aluminium-based clutch housing with a sodium hydroxide solution. Further, the method includes
performing a hard anodization process, on the Aluminium-based clutch housing, in an acidic solution with a predefined concentration
and at a constant current. A hard-anodized layer is formed on the plurality of internal splines of the Aluminium-based clutch housing.

(19) INDIA
(54) Title of the invention : AN IMPROVED WHEEL OF A VEHICLE
:B60C0023040000, (71)Name of Applicant :

B60B0003040000, 1)STEEL STRIPS WHEELS LIMITED
(51) International classification B60B0003100000, Address of Applicant :Steel Strips Wheels Limited, S.C.O. 49-
F16F0015320000, 50, Sector-26, Madhya Marg, Chandigarh - 160 019, India.
B60C0029060000 Chandigarh India
(32) Priority Date :NA 1)Vimal P Anand
(33) Name of priority country :NA 2)Salil Bhatnagar
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to an improved wheel (100) of a vehicle. The improved wheel (100) of a vehicle includes, a rim (102)
and a disc (106). The disc (106) includes a plurality of spokes (108-a, 108-b, 108-c, 108-d) and a plurality of scallops (110-a, 110-b,
110-c, 110-d) arranged circumferentially on its surface. Further, there is an air valve (202) mounted in a valve hole (104) present in
the rim (102) for injecting air into a tyre with a tyre pressure measuring device (206) integrated with the air valve (202). There is
provided a slot (302) in at least one of the scallops of the plurality of scallops (110-a, 110-b, 110-c, 110-d) to compensate an overall
weight unbalance of the wheel (100) due to the tyre pressure measuring device (206). The slot (302) can be of different shapes
including trapezoidal (302-1), dual-trapezoidal (302-2), rectangular (302-3), dual-rectangular (302-4), oval (302-5) and dual-oval
shape (302-6).

(19) INDIA
(54) Title of the invention : FAIL-SAFE MECHANISM FOR BUS COUPLER AND BUS RISER
:A61B0090110000, (71)Name of Applicant :

G01N0001200000, 1)Schneider Electric India Private Limited
(51) International classification H01R0013460000, Address of Applicant :C-56, Mayapuri Industrial Area, Phase
H01H0011000000, II, Delhi - 110064, India. Delhi India
H02J0013000000 (72)Name of Inventor :
(31) Priority Document No :NA 1)SINGH, Rakesh Kumar
(32) Priority Date :NA 2)RAJHANS, Rupesh Subhashrao
(33) Name of priority country :NA 3)BEHURA, Rajesh Kumar
(86) International Application No :NA 4)DACHEWAR, Kshitij Rajesh
Filing Date :NA 5)PATIL, Yash Sunil
(87) International Publication No : NA 6)AHIRE, Pritesh Bhila
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present disclosure relates to a fail-safe mechanism for a bus coupler (200) and a bus riser (300). The fail-safe mechanism includes
a first locking arrangement configured with the bus coupler. The first locking arrangement includes a push-button (102), operatively
configured with a voltage circuit breaker (VCB) of the bus coupler. The push-button is slidably configured with a lock plate (104),
such that a distal end facilitates, after the push-button is pushed, switching the VCB between an electrically closed position and an
electrically open position. A key adapted to be removably configured with a first cavity (106) in a fascia of the bus coupler. Rotating
the key to a first position aligns the distal end and a second profile of a longitudinal slot of the lock plate and thus allow operation of
the VCB. When the VCB is electrically closed/open the key is not allowed/allowed to be rotated.

(19) INDIA
(54) Title of the invention : Safe Disposal of Municipal Solid
:F23G0005080000, (71)Name of Applicant :

C10K0001020000, 1)Council of Scientific and Industrial Research
(51) International classification C10J0003200000, Address of Applicant :Anusandhan Bhawan 2 Rafi Marg New
C10J0003180000, Delhi India Delhi India
B09B0003000000 (72)Name of Inventor :
(31) Priority Document No :NA 1)AMIT GANGULY
(32) Priority Date :NA 2)PRIYABRATA BANERJEE
(33) Name of priority country :NA 3)PARTHA DAS
(86) International Application No :NA 4)SUBHO SAMANTA
Filing Date :NA 5)SAIKAT DAS
(87) International Publication No : NA 6)PRADIP KUMAR CHATTERJEE
(61) Patent of Addition to Application Number :NA 7)HARISH HIRANI
Filing Date :NA
Filing Date :NA
(57) Abstract :
A prototype of a process plant has been developed for disposal of Municipal Solid Waste and systematic utilization of produced syn
gas for energy harvesting. A dual plasma arc driven technology comprising of Plasma torch and electrode are being used to gasify
municipal solid waste (MSW) feed stock to produce synthetic natural gas (syn gas). The produced gas is being passed through a series
of mechanical and chemical process treatment path (starting from Catalytic convertor, redox reactor, cyclone separator, scrubber, to
cooling tower) to improve the quality of gas in terms of cleanliness, calorific value and low level of semi-volatile organic compounds
particularly dioxin and furan. The gas is being stored into gas holder using compressor and is being fed into gas engine to generate
electricity. In some embodiment the syn gas is fed directly to gas turbine. The collected slag from bottom of the plasma cracker is
hereby used in a variety of construction material development or for other civil applications.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD OF MOBILE GAME PLAY

H04M0001725000, 1)Sonika Jain
(51) International classification G06Q0050100000, Address of Applicant :1/8, Navsheel Apartment, Kanpur Cantt,
A63F0013920000, Kanpur Uttar Pradesh India
A63F0013214500 2)Ashish Jain
(32) Priority Date :NA 1)Ashish Jain
(33) Name of priority country :NA 2)Sonika Jain
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The invention discloses a system 100 for providing a mobile game, said system 100 comprising: a processor 102; a computer readable
medium 104; a display 106; a user interface 108; an external device 110; a communication network 112; and a memory. The memory
stores processor instructions, which, on execution, causes the processor to run said ‘fate of earth’ in each external device of the
players. The method of playing said mobile game- fate of earth comprises: providing login access to each player; allotting a random
avatar to each player; displaying a map on the screen with real time location of human avatar and zombie avatar; targeting human
avatar player and zombie avatar player to each other; making king of human avatar and king of zombie avatar for a predefined time;
targeting king of human avatar and king of zombie avatar to each other. A method of playing a mobile game by multiplayers on a real-
world location platform without creating any virtual world is also disclosed.

(19) INDIA
(54) Title of the invention : Method for Desensitizing Nitrate Esters
:C06B0045100000, (71)Name of Applicant :

B09B0003000000, 1)Chairman, Defence Research & Development
(51) International classification C08L0065000000, Organisation (DRDO)
C07C0203040000, Address of Applicant :Ministry of Defence, Government of
A61K0031573000 India, Room No. 348, B – Wing, DRDO Bhawan, Rajaji Marg,
(31) Priority Document No :NA New Delhi- 110011, India Delhi India
(33) Name of priority country :NA 1)DEBDAS BHOWMIK
(86) International Application No :NA 2)VAIBHAV SURESH SADAVARTE
Filing Date :NA 3)SYAM SUNDARA NAGA MURALI SANTOSH MADA
(87) International Publication No : NA 4)VIKLESH DILIP CHARBHE
(61) Patent of Addition to Application Number :NA 5)SHRIKANT MADHUKAR PANDE
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to a method for desensitizing nitrate ester plasticizers. The method comprises the steps of first melting a
binder within a pre-heated water jacketed vessel, at a temperature of 80 to 90°C; followed by cooling the binder, that is by maintaining
the temperature to 65 to 70°C.; nitrate ester plasticizer is added to the cooled binder to obtain a homogeneous mixture, which is cooled
to room temperature. The present invention provides a simple method of desensitization of sensitive energetic nitrate ester plasticizers
for safe handling during transportation and storage and processing of propellants.

(19) INDIA
(54) Title of the invention : A Hazard Switch Assembly For A Vehicle

B60R0013080000, 1)UNO Minda Limited
(51) International classification E05B0015000000, Address of Applicant :Village Nawada, Fatehpur, P.O.
H01H0003120000, Sikanderpur Badda, District-Gurgaon, Haryana-122004, India
H01H0013500000 Gurugram Haryana India
(32) Priority Date :NA 1)MEHLA, Ravinder
(33) Name of priority country :NA 2)GOYAL, Rishi Kumar
(86) International Application No :NA 3)SINGH, Nitin Kumar
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A switch assembly (100) is provided for a vehicle, including a bracket (120). A cover (106) is disposed on the bracket (120) and
includes a neck portion (106A). The cover (106) encapsulates the bracket (120). A carrier (122) is positioned orthogonally with
respect to the bracket (120), inside neck portion (106A) of the cover (106). The carrier (122) moves downwards towards the bracket
(120) upon transmission of a force (F) on the carrier (122). A knob (102) is internally interlocked with the carrier (122) and receives
and transmits the force (F) onto the carrier (122). An actuator unit (138) attached to the carrier (122) receives the force from the carrier
(122) to actuate the switch assembly (100). A base (116) is slidably disposed inside a base slot (142) in the bracket (120) and protects
the switch assembly (100) from seepage of a liquid therein.

(19) INDIA
(54) Title of the invention : SCARF/MUFFLER/NECKGAITER CUM TRANSPARENT MASK

D04B0001240000, 1)MANIK GARG
(51) International classification G06F0012020000, Address of Applicant :HOUSE NO.175,WARD NO.4,NEAR
A61L0002280000, JAURA KHOO,SUNAM,DIST;SANGRUR,PUNJAB Punjab
A61K0047060000 India
(32) Priority Date :NA 1)MANIK GARG
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
????? ?? ?? ??? ?? ??????? , ???? ?? ???? ????? ?? ?? ???, ?????? , ????? ??? ????? ?? ?????? ?? ????? ?? ??? ?? ?????? ??? ?? ??????
???? ??? ????? ????? ??????? ?? ???? ??? ???????? ????? ???? ??? ?? ??????? ??? ??? ?????, ??? ??? ????? ??? ????? ?? ????? ????? ???
?? ?? ???? ??? ??? ??? ?? ????? ??? ???? ?? ???????? ????? ?? ????? ??? ????? ????? ??? ???? ?? ???? ??? ???????? ????? ????? ???

(19) INDIA
(54) Title of the invention : Green Power Production Model

H01L0029417000, 1)Jagjeet Arora
(51) International classification F03D0013200000, Address of Applicant :F-37, Radhey Mohan Drive, Chattarpur
C02F0001140000, Delhi India
C10L0003080000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Jagjeet Arora
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Producing power with the help of solar energy and gravity to create hydro energy/hydropower creating a total green energy process
with/without the need of storage.

(19) INDIA
(54) Title of the invention : THERMALLY ACTIVATED DELAYED FLUORESCENT SOLVENT-FREE ORGANIC LIQUID
:C09K0011060000, (71)Name of Applicant :

H01L0051000000, 1)COUNCIL OF SCIENTIFIC AND INDUSTRIAL
(51) International classification H01L0051500000, RESEARCH
H01M0010052000, Address of Applicant :Anusandhan Bhawan, 2-Rafi Marg,
C07D0487040000 New Delhi-110001 Delhi India
(32) Priority Date :NA 1)Goudappagouda
(33) Name of priority country :NA 2)Aakash Deepakarao Nidhankar
(86) International Application No :NA 3)Santhosh Babu Sukumaran
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT THERMALLY ACTIVATED DELAYED FLUORESCENT SOLVENT-FREE ORGANIC LIQUID The present
disclosure discloses thermally activated delayed fluorescent solvent-free organic liquid compound of formula (I) for tunable emission
and 3D-printing applications. The present disclosure also discloses a method of preparation of compound of formula (I). (I).

(19) INDIA
(54) Title of the invention : SYSTEMS AND METHODS FOR IDENTIFYING AND RESOLVING INCIDENTS IN A SYSTEM
USING AN ARTIFICIAL INTELLIGENCE MODEL

G06F0016583000, 1)Fidelity Information Services, LLC
(51) International classification G01J0003460000, Address of Applicant :601 Riverside Avenue, Jacksonville, FL
A61M0025010000, 32204, United States of America U.S.A.
(31) Priority Document No :NA 1)DUMA Gary
(32) Priority Date :NA 2)SPARKE Geoffrey Allan
(33) Name of priority country :NA 3)WYNKOOP Andrew
(86) International Application No :NA 4)SHUKLA Sudhanshu
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A method for identifying and handling related incidents using a machine-learning based model, includes, performing by one or more
processors, operations including: clustering a sub-group of incident records from among a plurality of incident records using the
machine-learning based model based on a rolling time window and a number of records in the sub-group of incident records; creating
a problem record based on the clustered incident records; populating the problem record with information related to the clustered
incident records; linking the clustered incident records to the problem record; providing a notification that the problem record has been
created; receiving a resolution for the problem record; and updating, based on the resolution, the machine-learning based model to
learn an association between extracted features of the resolution and extracted features of the clustered incident records.

(19) INDIA
(54) Title of the invention : AN ARTIFICIAL INTELLIGENCE SYSTEM FOR DETECTING, RECORDING, ANALYZING AND
PREDICTING EVENTS AND ITS METHOD THEREOF

A63B0024000000, 1)KAUBAN PRIVATE LIMITED
(51) International classification G06K0009000000, Address of Applicant :I-1632, 3RD FLOOR,
G01N0033543000, CHITTARANJAN PARK, New Delhi-110019 Delhi India
(31) Priority Document No :NA 1)Kinshuk Sunil
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
AN ARTIFICIAL INTELLIGENCE SYSTEM FOR DETECTING, RECORDING, ANALYZING AND PREDICTING EVENTS
AND ITS METHOD THEREOF The present invention relates to an artificial intelligence system and method for detecting, recording,
analyzing and predicting events of human performances. The artificial intelligence system provide a 360 degree human performance
perform specially sports-tech platform that enables users to imagine, create, transact, record, archive, broadcast and monetize their
human performances specially sports experiences. Fig. 3

(19) INDIA
(54) Title of the invention : Method For Manufacturing An Electrode From Biochar Obtained From Pyrolysis Of Rice Straw
:B01J0020200000, (71)Name of Applicant :

A23L0007196000, 1)Indian Institute of Technology Delhi
(51) International classification C10B0053020000, Address of Applicant :Indian Institute of Technology Delhi,
H01M0010052000, Hauz Khas, New Delhi- 110016, India Delhi India
(31) Priority Document No :NA 1)SAROHA, Anil K.
(32) Priority Date :NA 2)BHATIA, Drishti
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Abstract of the Invention Method For Manufacturing An Electrode From Biochar Obtained From Pyrolysis Of Rice Straw Disclosed is
a method (100) for manufacturing an electrode from biochar obtained from pyrolysis of rice straw. The method (100) includes a step
(102), the dried rice straws are chopped to reduce a length of the rice straw to a predefined length. The method (100) also includes a
step (104), the dried rice straws are treated with concentrated electrolytic solution. The method (100) also includes a step (106), the
cleaned rice straws are pyrolyzed at a predefined temperature in an inert environment to produce biochar. The method (100) also
includes a step (108), the biochar is dried to remove moisture content to prepare the electrode.

(19) INDIA
(54) Title of the invention : A COIN CELL MODULE AND METHOD OF MANUFACTURING THE SAME
:G04C0010000000, (71)Name of Applicant :

H01M0008046640, 1)CHAIRMAN, DEFENCE RESEARCH AND
(51) International classification H01M0010625000, DEVELOPMENT ORGANIZATION
H01R0013620000, Address of Applicant :Ministry of Defence, Govt of India,
H01M0008024300 Room no: 348, B-wing, DRDO Bhawan, Rajaji Marg, New Delhi-
(31) Priority Document No :NA 110011, India Delhi India
(32) Priority Date :NA 2)THE DIRECTOR GENERAL, CENTRE FOR
(33) Name of priority country :NA MATERIALS FOR ELECTRONICS TECHNOLOGY
(86) International Application No :NA (CMET)
(87) International Publication No : NA 1)Seema Ansari
(61) Patent of Addition to Application Number :NA 2)Muralidharan Malamal Neelanchery
Filing Date :NA 3)Jimmy Joy Pulikottil
(62) Divisional to Application Number :NA 4)Praveen Kumar Balu
Filing Date :NA
(57) Abstract :
ABSTRACT A COIN CELL MODULE AND METHOD OF MANUFACTURING THE SAME The present disclosure envisages a
coin cell module (100) and method (200) of manufacturing the same. An operative first conductive plate (110) forms a negative
terminal of the module (100). A plurality of coin cells (101) are stacked inside a housing (102) arranged conductively in series where
the negative terminal of the lower- most coin cell (101) is in a conductive relationship with the operative first conductive plate (110).
The positive terminal of the uppermost coin cell (101) is in a conductive relationship with an operative second conductive plate (111).
At least one tensioned coiled spring (106) is attached between the operative second conductive plate (111) and an inner surface of a
roof (104). Wire leads (108) are secured to the operative first conductive plate (110) and the operative second conductive plate (111)
respectively, and leading to the outside of the module (100) through the perforations in the roof (104).

(19) INDIA
(54) Title of the invention : METHOD OF A VEHICLE TELEMATICS DEVICE, METHOD OF AN ACCESS CONTROLLER,
VEHICLE TELEMATICS DEVICE, VEHICLE, IN PARTICULAR UTILITY VEHICLE, ACCESS CONTROLLER, COMPUTER
PROGRAM

G07C0009000000, 1)ZF CV Systems Global GmbH
(51) International classification G08G0001000000, Address of Applicant :GIACOMETTISTR. 1, BERN
H04W0004440000, SWITZERLAND 3006 Switzerland
B60N0002020000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Mohammed Sagheer Thazhathethil Musthafa
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A Method (100) of a vehicle telematics device (200) of a vehicle (300a), in particular utility vehicle (300b), comprises the following
steps: creating (810) an identification information element (101), wherein the identification information element (101) comprises a
service set identifier, 8810, of an access point (400), a timestamp and a positioning information relating to a location (203) of the
vehicle telematics device (200); transmitting (820) the identification information element (101) to an access controller (500); receiving
(830), from the access controller (500), a response information element (1 02), based on the identification information element (1 01 );
initiating (840) a connection (120) between the vehicle telematics device (200) and the access point (400); receiving (846), from the
access point (400), a resource identifier (1 06) being provided by the access controller (500) to the access point (400); transmitting
(847) a resource validation request (107) based on the resource identifier (106) to the access controller (500); receiving (848), from the
access controller (500), a resource validation response (108), based on the resource validation request (107); transmitting (S49) an
authentication request (109) based on the response information element (1 02) and on the resource validation response (1 08) to the
access controller (500). Fig.

(19) INDIA
(54) Title of the invention : A device for cashless transactions enabling all kinds of currency users and method thereof”
:G06Q0020100000, (71)Name of Applicant :

G06Q0020320000, 1)Vinod Kumar
(51) International classification G06Q0020280000, Address of Applicant :G-3/458, Shalimar Garden Extension -
G06Q0020380000, 1, Sahibabad Ghaziabad-201005. Uttar Pradesh India
G06Q0020340000 2)Hema Yadav
(32) Priority Date :NA 1)Vinod Kumar
(33) Name of priority country :NA 2)Hema Yadav
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT A DEVICE FOR CASHLESS TRANSACTIONS ENABLING ALL KINDS OF CURRENCY USERS AND METHOD
THEREOF [043] The present invention relates to the banking industry, specifically to an online money transaction system. The
invention combines an electronic device with an advanced mobile application to enable uneducated, blind, and phoneless users to
conduct online/cashless transactions. The invention's main key component is an individual hardware device called the RUPISTICK,
which displays the user's live account balance value instantly and only has the function of displaying or displaying and audibly telling
live account balance status. The device can be used for making a payment at any conventional payment system, such as via prepaid,
debit, or credit card. Additionally, the invention includes mobile app that enables users to make payments at any conventional UPI-
based payment system and unique function of getting payment from illiterate and blind individuals who do not have a mobile device
by using preconfigured security data matching, such as fingerprint, PIN, OTP, Eye-scan, voice sample, or any combination of these.

(19) INDIA
(54) Title of the invention : “A CIRCUIT FOR DETERMINING SAMPLING POINT OF AN INDUCTOR CURRENT AND
METHOD FOR DETERMINING THE SAME”

H02M0003156000, 1)Amit Kumar Singha
(51) International classification H02M0003155000, Address of Applicant :A-11-04-14, North Campus, IIT Mandi,
H01Q0009300000, Mandi, Himachal Pradesh -175005, India Himachal Pradesh India
(31) Priority Document No :NA 1)Amit Kumar Singha
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A CIRCUIT FOR DETERMINING SAMPLING POINT OF AN INDUCTOR CURRENT AND METHOD FOR DETERMINING
THE SAME Disclosed herein is a circuit and method for determining sampling point of an inductor current of the converter circuit.
The method comprising computing a duty cycle of the circuit based on input voltage and output voltage of the circuit. The method
further comprising generating a first intermediate signal based on the duty cycle provided to a gain calculator and mode of current
control of the circuit. Further, the method comprising receiving a second intermediate signal from a sawtooth wave generator and
comparing the first and second intermediate signals to generate a control signal for an analog-to-digital converter, wherein the control
signal determines the sampling point of the inductor current in the converter circuit.

(19) INDIA
(54) Title of the invention : IMPACT LOAD ABSORBING ASSEMBLY FOR VEHICLES
:B62D0021150000, (71)Name of Applicant :

B60N0002420000, 1)Mercedes-Benz Group AG
(51) International classification B60R0019340000, Address of Applicant :Mercedesstraße 120, Stuttgart, 70372,
H02K0015095000, Germany. Germany
F16F0007000000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Bhanuprasad Puttaswamayya
(32) Priority Date :NA 2)Shobhit Nagaich
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
An impact load absorbing assembly 100 for a vehicle is disclosed. The impact load absorbing assembly 100 includes a cross member
102 configured between right side and left side front long members of the vehicle, and a pair of spring-loaded slider mechanisms 108
coupled to the front long members. Each slider mechanism 108 includes a sliding member 114 configured to slide along a longitudinal
direction of the vehicle. The proposed impact load absorbing assembly 100 further includes a pair of connecting rods 118 coupled
between the cross member 102 and the sliding members 114. The connecting rods 118 are configured to transfer impact load from the
cross member 102 to the spring-loaded slider mechanisms 108 during an event of frontal pole collision of the vehicle and absorption
thereof by the pair of slider mechanisms 108.

(19) INDIA
(54) Title of the invention : PREPARATION OF BIFUNCTIONAL Ru-Fe/CeO2-SBA-15 CATALYST FOR THE PRODUCTION
OF HYDROCARBON FUELS FROM INDUSTRIAL EFFLUENTS

H04N0019610000, 1)Chairman, Defence Research & Development
(51) International classification B01J0029030000, Organisation
B01J0037030000, Address of Applicant :Ministry of Defence, Govt. of India,
H04N0019105000 DRDO Bhawan, Rajaji Marg, New Delhi - 110011, India. Delhi
(31) Priority Document No :NA India
(33) Name of priority country :NA 1)ROY, Shyamal
(86) International Application No :NA 2)MANDAL, Subhas
Filing Date :NA 3)ROY, Debmalya
(87) International Publication No : NA 4)PRASAD, Namburi Eswara
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present disclosure discloses a method (800) for the preparation of bifunctional Ru-Fe/CeO2-SBA-15 catalyst by adding, at block
(802), salts of Cerium, Ruthenium, and Ferrous to SBA-15 support along with water, and forming a solution. Further, the method
(800) includes stirring, at block (804), the solution for a given time-period and at a given pH value, and then removing, at block (806),
the water at least partially from the stirred solution. Furthermore, the method (800) includes drying, at block (808), the solution, and
obtaining corresponding solution; and then carrying out, at block (810), in presence of oxygen, calcination of the dried. The method
(800) also includes cooling, at block (812), the calcined material at an ambient temperature, and then reducing, at block (814), in
presence of hydrogen, the calcined material, and thereby preparing the bifunctional Ru-Fe/CeO2-SBA-15 catalyst facilitating the
production of hydrocarbon fuels.

(19) INDIA
(54) Title of the invention : SENSATION INDUCING MEDITATION DEVICE
:B65G0021200000, (71)Name of Applicant :

A44B0011260000, 1)BML Munjal University
(51) International classification F21Y0115100000, Address of Applicant :67 KM Milestone, National Highway -
F21V0007000000, 8, Gurugram, Haryana- 122413, India. Haryana India
(31) Priority Document No :NA 1)Meenakshi Agarwal
(32) Priority Date :NA 2)Amarnath Bheemaraju
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to a sensation inducing meditation device including multiple units 1 further attached with multiple belt 2
to align the units 1 on the specified meditation points, a pair of side release buckle 3 and bi-glide slide clip 4 fixed at first and second
portion of each of the units 1 to adjust the length of the units 1 in a user defined manner in accordance with the height of user, a pair of
holes fabricated on each of the side release buckle 3 to prevent displacement of the clips 4 and aid in appropriate adjustment of the
units 1 and a heating unit 6 and pressure inducing unit 7 fabricated on each of the units 1 to produce heat and apply pressure on the
locations for a pre-defined period of time in a sequential manner creating a sensation on each of the points while meditating.

(19) INDIA
(54) Title of the invention : Smart Light Energy Management (SLEM)
:F21V0023060000, (71)Name of Applicant :

F21Y0115100000, 1)Pratikshat Solutions LLP
(51) International classification G09G0003200000, Address of Applicant :A-79, 2nd Floor, Okhla Industrial Area
H05B0047100000, Phase-2, New Delhi Delhi India
(31) Priority Document No :NA 1)Ankit Agarwal
(32) Priority Date :NA 2)Harish Singh Negi
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Smart Light Energy Management System (SLEM) module is based on the embedded system & it is used for saving power &
providing better regulation of power supply in the LED Bulbs, Incandescent lights, CFL lights etc. Bulbs installed at station premises.
This is an automated system coupled with the light provides an efficient solution for power wastage problem. It provides reduced
power consumption for the entire set of light with our controller. This is the need of the hour as energy prices shooting up the overall
cost of electricity bills & maintenance cost of running load especially light bulbs increases

(19) INDIA
(54) Title of the invention : Water/any liquid operated vehicles
:G05D0001000000, (71)Name of Applicant :

G05D0001020000, 1)Jagjeet Arora
(51) International classification B60L0053650000, Address of Applicant :F-37, Radhey Mohan Drive, Chattarpur
B61L0003220000, Delhi India
B64G0001420000 (72)Name of Inventor :
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Using water/any other liquid as a fuel to operate vehicles.

(19) INDIA
(54) Title of the invention : In vitro anticancer potency of PTPase from Piper nigrum, against human breast adenocarcinoma (MDA-
MB-231) cells and method thereof

G01N0033500000, 1)AMITY UNIVERSITY
(51) International classification C12N0009160000, Address of Applicant :AMITY UNIVERSITY CAMPUS,
A61K0031381000, SECTOR-125, NOIDA, UTTAR PRADESH, INDIA, 201313
G01N0033574000 Uttar Pradesh India
(32) Priority Date :NA 1)Nidhee Chaudhary
(33) Name of priority country :NA 2)S. Kanagarethinam
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT In vitro anticancer potency of PTPase from Piper nigrum, against human breast adenocarcinoma (MDA-MB-231) cells
and method thereof The present invention relates to an in vitro anticancer potency of PTPase from Piper nigrum, against human breast
adenocarcinoma (MDA-MB-231) cells and method thereof. The present invention reports the in vitro anticancer potency of Protein
Tyrosine Phosphatase (PTPase) isolated from Piper nigrum-an Ayurvedic herb; against human breast adenocarcinoma cancer cells
(MDA-MB-231). PTPases could impart positive or negative effect on cell proliferation. Perturbation in PTPase is intimately linked to
aberrant cell proliferation, death, DNA damage and replication, as well as tumor invasion and metastasis, thereby indicating PTPases
as novel therapeutic targets for human diseases. The present invention has been primarily concerned with the prevention and treatment
of cancer. The present invention is based on the study of a novel, stable PTPase isolated from Piper nigrum and its effect on the
migration and cell proliferation of MDA-MB-231 cancer cells. The apparently homogeneous, novel, and thermostable PTPase
demonstrated significant in vitro anticancer potency against the human breast adenocarcinoma cancer cells (MDA-MB-231).

(19) INDIA
(54) Title of the invention : Originality distinction & identification of products

G09F0003000000, 1)Jagjeet Arora
(51) International classification G06K0009180000, Address of Applicant :F-37, Radhey Mohan Drive, Chattarpur
G06Q0030020000, Delhi India
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Using QR code QR (Quick response) code or similar/another form of identification on products in the consumer goods/fashion
industry as identification of originality/recognition of brand/company.

(19) INDIA
(54) Title of the invention : Tandem Ball Bearing
:F16C0019180000, (71)Name of Applicant :

F16C0033580000, 1)National Engineering Industries
(51) International classification F16D0003223000, Address of Applicant :Khatipura Road, Jaipur, Rajasthan,
H01L0023310000, India, 302006 Rajasthan India
F16C0033600000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Gurkirat Singh
(32) Priority Date :NA 2)Raj Kumar Singhal
(33) Name of priority country :NA 3)Kailash Chand Ajmera
(86) International Application No :NA 4)Vimlesh Jayantilal Patel
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Abstract A Tandem Ball Bearing. [0044] The present invention provides a tandem ball bearing (38). A tandem ball bearing (38)
includes an outer ring (36) and an inner ring (34). The tandem ball bearing (38) includes a plurality of outer balls (37) disposed
between the outer ring (36) and the inner ring (34) to form an outer ball row (2). The tandem ball bearing (38) includes a plurality of
inner balls (35) disposed between the outer ring (36) and the inner ring (34) to form an inner ball row (4). The plurality of outer balls
(37) and the plurality of inner balls (35) are configured such that a plurality of external tangent apex (10) (12) (14) (16) associated
with the plurality of outer balls (37) and the plurality inner balls (35) meet at a common point (18) on a bearing central axis (20).
[Figure 1]

(19) INDIA
(54) Title of the invention : A SYSTEM FOR CONTACTLESS DISINFECTION OF SURFACES

C11D0003480000, 1)PARTH MALIK
(51) International classification A61L0002220000, Address of Applicant :WZ 1402, RANIBAGH, DELHI-
H02J0005000000, 110034 INDIA Delhi India
(31) Priority Document No :NA 1)PARTH MALIK
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A System for Contactless Disinfection of Surfaces The present invention is related to a system for contactless cleaning and
disinfecting surfaces, mainly flat surfaces such as desks, tables, platforms, etc. The said system (100) comprises: a Capacitive Sensor,
a Spraying unit, a Cleaning Unit, and a Collection tray.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR REGULATING THE POWER GENERATED BY A THREE-PHASE SQUIRREL-
CAGE INDUCTION GENERATOR (SCIG)

H02J0003010000, 1)INDIAN INSTITUTE OF TECHNOLOGY DELHI
(51) International classification H03H0011120000, Address of Applicant :Hauz Khas, New Delhi-110016, India
H02M0001120000, Delhi India
(31) Priority Document No :NA 1)BHIM SINGH
(32) Priority Date :NA 2)Chandrakala Devi Sanjenbam
(33) Name of priority country :NA 3)Priyank Mukeshkumar Shah
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Described herein provides a system (100) for regulating the power generated by a three-phase squirrel-cage induction generator
(SCIG) (200), the system (100) comprising a three-phase universal power active filter (UPAF) (102) configured to receive power from
the three-phase squirrel-cage induction generator (SCIG) (200), wherein said universal power active filter (102) further comprises a
series power active filter (SEPAF) (102) being connected in series with the three-phase squirrel-cage induction generator (SCIG)
(200); and a shunt power active filter (104) being connected in series with the series power active filter (SEPAF) (102) through a set
of interfacing inductors (106); a plurality of R-C ripple filters (108) receiving an input power from the shunt power active filter (104)
through a set of interfacing conductors (110) and supplying an output power to the attached load (112).

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR DETECTION OF OBSTRUCTIVE SLEEP APNEA

H05K0003240000, 1)AMITY UNIVERSITY
(51) International classification G01N0033000000, Address of Applicant :AMITY UNIVERSITY CAMPUS,
G01N0027414000, SECTOR-125, NOIDA , UTTAR PRADESH, INDIA, 201313
(32) Priority Date :NA 1)BOSE SUDEEP
(33) Name of priority country :NA 2)NAYAK RANU
(86) International Application No :NA 3)GUPTA KUMAR NEERAJ
Filing Date :NA 4)ISH PRANAV
(87) International Publication No : NA 5)CHUGH VIBHAS
(61) Patent of Addition to Application 6)KHURANA SARTAJ
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present invention provides a rapid, affordable, portable, and precise solution to Obstructive Sleep Apnea (OSA) detection and a
synchronized monitoring of severity of the disease. An electrochemical biosensor on a low-cost nanostructured gold-plated copper
electrode is developed. The low-cost fabrication method for the electrode uses an affordable commercial grade copper cladded
electronic circuit board that was electroplated with a thin gold layer using Industrial grade gold electrolyte. The final stage of
modification includes texturing the gold/copper circuit surface with dense nanostructures of gold. The fabricated sensor is selective in
sensing target microRNAs from clinical samples of RNA extract from blood serum. The sensitivity of detection is as low as 0.7
picomolar. The shelf life of the sensor is 45 days at 4°C storage and three times more with storage at -20°C. Accompanied drawing
[FIG.1]

(19) INDIA
(54) Title of the invention : BISMUTH OXIDE NANORODS FOR H2S SENSING IN AIR AND MEAT PACKAGING

G01N0033000000, 1)AMITY UNIVERSITY
(51) International classification G01N0021640000, Address of Applicant :AMITY UNIVERSITY CAMPUS,
B82Y0015000000, SECTOR-125, NOIDA, UTTAR PRADESH, INDIA, 201313
(32) Priority Date :NA 1)Monica Jaiswal
(33) Name of priority country :NA 2)Robin Kumar
(86) International Application No :NA 3)Ravi mani Tripathi
Filing Date :NA 4)Jagjiwan Mittal
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT BISMUTH OXIDE NANORODS FOR H2S SENSING IN AIR AND MEAT PACKAGING The present invention
provides Bismuth oxide nanorods for H2S sensing in air and meat packaging. The present invention a reversible H2S gas sensor based
on optical detection method for detecting low amount of H2S gas in air and meat packages, and further, meat packaging sensor for
room temperature and at 4?. Highly selective for H2S gas among other gases and VOCs. Bismuth oxide (Bi2O3) nanorods synthesized
by green method. Rapid response in 25 s for sensing 1 ppm H2S gas. Limit of detection 410ppb. H2S gas exposure led to colour
change in the Bi2O3 nanorods from white to brown. Flexible (paper, fabric etc) and pellet-based sensor for meat packaging is
fabricated and used for H2S gas sensing. The sensor is reversible and can be recovered by a short cycle (3 min) of heat treatment at
300°C. Sensor works in temperature range of -20? to 100?.

(19) INDIA
(54) Title of the invention : A process of generating pectic oligosaccharides from pectin biomass by employing a novel
endopolygalacturonase

C12N0009240000, 1)Center of Innovative and Applied Bioprocessing
(51) International classification C08B0037060000, Address of Applicant :Center of Innovative and Applied
C12N0005078300, Bioprocessing (A national institute under Dept. of Biotechnology,
A23L0029231000 Govt. of India), Sector-81 (Knowledge City), SAS Nagar Mohali-
(31) Priority Document No :NA 140306, India Punjab India
(33) Name of priority country :NA 1)SUDHIR PRATAP SINGH
(86) International Application No :NA 2)NITISH SHARMA
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention reports a process of pectin depolymerization generating pectic oligosaccharides from pectin or prctin containing
biomass by employing a novel endopolygalacturonase variant (EPHM) identified from an acidic copper mine metagenome origin.
EPHM enzyme exhibited a pectin hydrolytic activity at 10 °C to 80 °C temnperature and 3.0 to 10.0 pH range. EPHM enzyme showed
tolerance to the presence of different mono and divalent metal ions in the reaction. EPHM showed hydrolysing activity on pectins of
varying degrees of methylation, obtained from different plant biomass sources. The pectin depolymerisation using EPHM leads to the
generation of oligosaccharides with different degrees of polymerization. EPHM treatment causes substantial increase in transmittance,
reduction in viscosity, and increase in reducing sugar content in the fruit juices. Thus, EPHM is a promising biocatalyst for the
generation of pectic oligosaccharides using biomass pectin as feed stock and plant juice clarification.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR SIGNATURE-BASED TEXT RECOGNITION FOR TRIGGERS AND
ALERTS GENERATION

G06K0009320000, 1)ARCTERN HEALTHCARE PRIVATE LIMITED
(51) International classification G06F0003000000, Address of Applicant :402, Tower-14, Close North Nirwana
G06F0003035400, Country Near Fresco Apartment, Gurgaon Haryana India
G07C0009240000 (72)Name of Inventor :
(31) Priority Document No :NA 1)SINGH, Randeep
(32) Priority Date :NA 2)JAIN, Pawan
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present disclosure relates to a signature-based handwritten text recognition system includes a writing pad, that receives written
input from user, a camera captures an image on the writing pad and further communicates with an image storage, that stores the
captured image, an image processor connected with the signature identifying engine that identifies a signature and a text identifying
engine that identifies a text in the captured image, a signature authenticating engine, that receives identified signature from the
signature identifying engine, compares the identified signature with specimen signature stored in signature specimen database, a text
authenticating engine that compares an identified text in the captured image with prestored text stored in a text database, and a
transmitter, that receives authenticated signature data and text data, and further communicates the text data with a number of output
engines. The present disclosure also relates to a method for recognizing text based on signature.

(19) INDIA
(54) Title of the invention : A BLINKER SWITCH FOR A VEHICLE
:B60Q0001140000, (71)Name of Applicant :

B60Q0001400000, 1)UNO Minda Limited
(51) International classification B60K0023080000, Address of Applicant :Village Nawada Fatehpur, P.O.
B60Q0001380000, Sikanderpur Badda, Distt. Gurgaon, Haryana – 122004, India.
H01H0013060000 Haryana Haryana India
(32) Priority Date :NA 1)Ravinder Mehla
(33) Name of priority country :NA 2)Rishi Kumar Goyal
(86) International Application No :NA 3)Nitin Kumar Singh
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Present disclosure relates to a blinker module (100) for a vehicle. The blinker module (100) comprises a housing (2) and at least one
pair of micro-switches (8) fixedly mounted within the housing (2) along an axis A-A. Each microswitch (8a, 8b) of the at least one
pair of microswitches (8) are positioned opposite to each other. A carrier member (10) is movably disposed within the housing (2).
The carrier member (10) is configured to be selectively actuated to be in continuous contact with at least one microswitch. A lever
support (20) is pivotally coupled to the carrier member and is operable in a first direction and in a second direction. The lever support
(20) in the first direction displaces the carrier member (10) to the first position to contact a microswitch (8a) and in the second
direction displaces the carrier member to the second position to contact the micro-switch (8b). Fig. 1 is a representative figure.

(19) INDIA
(54) Title of the invention : LOOP MEDIATED ISOTHERMAL AMPLIFICATION PRIMERS FOR SIMULTANEOUS
DETECTION OF MULTIPLE HUMAN PLASMODIUM SPECIES

C12Q0001689300, 1)Indian Council of Medical Research
(51) International classification C07D0487200000, Address of Applicant :V. Ramalingaswami Bhawan, P.O. Box
A61K0039000000, No. 4911, Ansari Nagar, New Delhi - 110029, India Delhi India
(31) Priority Document No :NA 1)SHARMA, Supriya
(32) Priority Date :NA 2)KUMAR, Sandeep
(33) Name of priority country :NA 3)AHMED, Mohammad Zohaib
(86) International Application No :NA 4)ANVIKAR, Anupkumar
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present inventionprovides a method and kit for simultaneous detection and identification of 5 different human Plasmodium
(P.falciparum, P.vivax, P. malariae, P. ovale and P. knowlesibased on multiplex loop mediated isothermal amplification loop-mediated
isothermal amplification (LAMP). The disclosure also relates to novel and inventive primers and use thereof for simultaneous
detection of multiple human plasmodium species through LAMP.

(19) INDIA
(54) Title of the invention : CITRUS JUICE EXTRACTOR
:A47J0019020000, (71)Name of Applicant :

A23N0001000000, 1)CHITKARA INNOVATION INCUBATOR
(51) International classification B30B0009020000, FOUNDATION
A23N0001020000, Address of Applicant :SCO: 160-161, SECTOR – 9C,
A23L0002060000 MADHYA MARG, CHANDIGARH – 160009, INDIA Email-
(31) Priority Document No :NA sachin.ahuja@chitkara.edu.in Mobile No. – 9217730035
(32) Priority Date :NA Chandigarh India
(86) International Application No :NA 1)Singh Gurdyal
Filing Date :NA 2)Kumar Sunil
(87) International Publication No : NA 3)Jain Gaurav
(61) Patent of Addition to Application Number :NA 4)Kalra Sushil
Filing Date :NA 5)Bhogal Sachin
Filing Date :NA
(57) Abstract :
A citrus juice extractor (100), wherein the juice extractor (100) comprising: a lower portion (102) having a cavity (106) at a first end
and a first handle (110) at a second end, wherein the cavity (106) is adapted to accommodate a citrus fruit to be squeezed for
extracting juice; and an upper portion (104) having a second handle (112) at a first end, and a squeezing head (114) at a second end
such that the squeezing head (114) comprises: inbuilt spikes (116a-116m) adapted to be inserted into the citrus fruit accommodated
inside the cavity (106) to extract the juice when a pressure is applied on the citrus fruit by pressing the first handle (110) and the
second handle (112) together.

(19) INDIA
(54) Title of the invention : A FOOD MIXER WITH BASE AND JAR LOCK ARRANGEMENT USING ELECTROMAGNETS

F16D0001100000, 1)HAVELLS INDIA LIMITED
(51) International classification A47J0043046000, Address of Applicant :904, 9th Floor, Surya Kiran Building,
B23B0031107000, KG Marg, Connaught Place, New Delhi-110001, Delhi, India
F21Y0107300000 Delhi India
(32) Priority Date :NA 1)GAUTAM AGARWAL
(33) Name of priority country :NA 2)AJAY BHALLA
(86) International Application No :NA 3)MAYANK GUPTA
Filing Date :NA 4)DIWAN SINGH KHOLIA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present disclosure relates to a food mixer with base and jar locking arrangement. The food mixer comprises a base having a
polygonal receiving bore at its top/upper end, to receive a jar, wherein the base has a plurality of flat surfaces ‘a’ in the inner periphery
of the receiving bore, placed adjacent to each to define the polygonal shape, where at least one flat surface having an electromagnet
Ma. The jar with a polygonal bottom to be affixed with the base, wherein the jar has a plurality of flat surfaces ‘b’ at the outer
periphery of the bottom, placed adjacent to each to define the polygonal shape to get received by the polygonal receiving bore. The
polygonal shape of base restrict the rotational motion of jar. Also in jar, each of the flat surfaces “b” having a magnet conducting strip
Mb to get engaged securely with the receiving bore against turbulence caused due to moving ingredients present in the jar. Figure 2

(19) INDIA
(54) Title of the invention : A FOOD MIXER WITH BASE AND JAR LOCK ARRANGEMENT USING SOLENOID AND
PLUNGER
:F16D0001100000, (71)Name of Applicant :

A47J0043070000, 1)HAVELLS INDIA LIMITED
(51) International classification B23B0031107000, Address of Applicant :904, 9th Floor, Surya Kiran Building,
A47J0043046000, KG Marg, Connaught Place, New Delhi-110001, Delhi, India
A63H0033040000 Delhi India
Filing Date :NA
Filing Date :NA
(57) Abstract :
of the receiving bore, placed adjacent to each to define the polygonal shape, where at least one flat surfaces having an opening
connected with a solenoid and plunger arrangement. The jar with a polygonal bottom to be affixed with the base, wherein the jar has a
plurality of flat surfaces ‘b’ at the outer periphery of the bottom, placed adjacent to each to define the polygonal shape to get received
by the polygonal receiving bore. The polygonal shape of base restricts the rotational motion of jar. Also in jar, each of the flat surfaces
“b” having a cavity to receive the plunger from the solenoid and plunger arrangement of the base to get engaged securely with the
receiving bore against turbulence caused by the rotation of the ingredients in the jar. Figure 2

(19) INDIA
(54) Title of the invention : A FOOD MIXER WITH BASE AND JAR LOCK ARRANGEMENT USING BALL CATCHER
MECHANISM

F16D0001100000, 1)HAVELLS INDIA LIMITED
(51) International classification A47J0043046000, Address of Applicant :904, 9th Floor, Surya Kiran Building,
B23B0031107000, KG Marg, Connaught Place, New Delhi-110001, Delhi, India
F21Y0105160000 Delhi India
Filing Date :NA
Filing Date :NA
(57) Abstract :
of the receiving bore, placed adjacent to each to define the polygonal shape, where at least one flat surfaces having a protruding
portion. The jar with a polygonal bottom to be affixed with the base, wherein the jar has a plurality of flat surfaces ‘b’ at the outer
periphery of the bottom, placed adjacent to each to define the polygonal shape to get received by the polygonal receiving bore. The
polygonal shape of base restricts the rotational motion of jar. Also in jar, each of the flat surfaces “b” having a groove to receive the
protruding portion provided on the flat surfaces ‘a’ of the base to get engaged securely with the receiving bore against turbulence
caused due to moving ingredients present in the jar. Figure 2

(19) INDIA
(54) Title of the invention : System And Method Of Managing Events Of Temporal Data
:G08G0005000000, (71)Name of Applicant :

G06N0003080000, 1)UST Global (Singapore) Pte. Limited
(51) International classification H04N0005440000, Address of Applicant :31 Cantonment Road, Singapore
H04W0004029000, 089747 (SG) Singapore
(31) Priority Document No :NA 1)SANGASHETTY, Manjunath Shantappa
(32) Priority Date :NA 2)SUGAVANESWARAN, Jyothi Rupa
(33) Name of priority country :NA 3)KURUR, Nisha Parameswaran
(86) International Application No :NA 4)NAIR, Ranjith Mohanakumaran
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT OF THE INVENTION SYSTEM AND METHOD OF MANAGING EVENTS OF TEMPORAL DATA The present
invention provides a system and method of managing events of temporal data. The method may include receiving, by a receiving
module 510, at least one current event related to the temporal data. The method may include identifying, by an identification module
512, at least one predefined feature of interest of the at least one current event. The method may include correlating, by a correlation
module514, the at least one current event with one or more clusters of events based on the at least one predefined feature of interest, in
one of a real-time manner and a scheduled manner. Subsequently, the method may include predicting at least one future event in one
of a real-time manner and a scheduled manner

(19) INDIA
(54) Title of the invention : Neural Network Architecture For Classifying Documents

G06N0003080000, 1)UST Global (Singapore) Pte. Limited
(51) International classification G06K0009320000, Address of Applicant :31 Cantonment Road, Singapore
G06K0009460000, 089747 (SG) Singapore
(31) Priority Document No :NA 1)KRISHNAMURTHY, Dasaprakash
(32) Priority Date :NA 2)VALLE, José Pablo Romero
(33) Name of priority country :NA 3)HERNÁNDEZ, Álvaro Hernández
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A system (400) to classify image (302) of a document using neural network architecture is provided. The system (400) includes a
storage device (402) storing the image (302) derived from the document having text information. The system (400) includes a
document importer (112) operable to perform optical character recognition to convert image data in the image (302) to machine
readable data. The system (400) includes a neural network (102) that perform semantic enrichment and positional context for the terms
of interest present in the image (302). The neural network (102) is configured to take as input the machine-readable data and the image
(302) and combine both the machine-readable data and the image (302) to classify the image (302) of the document based on the
positional context of the terms of interest.

(19) INDIA
(54) Title of the invention : DISINFECTANT AND CLEANING AGENT FORMULATION AND USE THEREOF
:A01N0033120000, (71)Name of Applicant :

C08K0003220000, 1)Uday Didar Singh Paul
(51) International classification C11D0003480000, Address of Applicant :C/o Cedrus Bio-Products Pvt. Limited,
A01N0059160000, D-31-B, Focal Point, Dera Bassi, District S.A.S. Nagar, Punjab –
A01N0037360000 140201 Punjab India
(31) Priority Document No :NA 2)Dr. Narinder Singh
(33) Name of priority country :NA 1)Uday Didar Singh Paul
(86) International Application No :NA 2)Dr. Narinder Singh
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The invention relates to formulation of a non-volatile, non-flammable, long lasting surface disinfectant and cleaning agent and its
methods of preparation thereof. In particular, the invention relates to a formulation of didecyldimethylammonium chloride and metal
oxide in silicone base. The formulation has both anti-microbial and anti-viral properties and used for surface cleaning and disinfection.

(19) INDIA
(54) Title of the invention : A METHOD FOR SYNTHESIZING NICKEL DOPED COBALT FERRITE SYNTHESIZED USING
GREEN SYNTHESIS PROCESS

C01G0051000000, 1)AMITY UNIVERSITY
(51) International classification C01G0049000000, Address of Applicant :E-27, DEFENCE COLONY, NEW
C01G0053000000, DELHI – 110024, INDIA Delhi India
H01F0001340000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Neetu Gahlawat
(32) Priority Date :NA 2)Preeti Thakur
(33) Name of priority country :NA 3)Atul Thakur
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT A METHOD FOR SYNTHESIZING NICKEL DOPED COBALT FERRITE SYNTHESIZED USING GREEN
SYNTHESIS PROCESS The present invention describes a method for synthesizing Nickel doped cobalt ferrite synthesized using
green synthesis process. The nickel doped cobalt ferrites are synthesized by using green synthesis process with the use of aloe –vera
plant extract. For making aloe vera extract, the leave of aloe vera plant are separated from the plant and ished properly then cut into
the small pieces. Take 25 gm of aloe vera pieces into 100 ml of distilled water and heat it for 3 hours and then cool down at room
temperature and filter using whatman filter paper. The filtrate is using the synthesis process. Take the 60 ml of aloe vera extract and
40 ml of distilled water and the stoichiometric amount of Cobalt nitrate hexahydrate (Co(NO3)2.6H2O, Thomas Baker; 99.0-102.0%
purity), Nickel nitrate hexahydrate (Ni(NO3)2.6H2O, Thomas Baker; 99.0% purity), Ferric nitrate nonahydrate (Fe(NO3)3.9H2O,
SRL; 98% purity) mix in the solution and then put on the hot plate for 2 or 3 hours until nanoparticles obtained. Then sintering is done
at 700°C for 3 hours. Then obtained powder pressed into the pellet form and again sintering is done at 800°C for 3 hours.

(19) INDIA
(54) Title of the invention : AN ASYMMETRICAL 31-LEVEL INVERTER SYSTEM

H02M0007480000, 1)INDIAN INSTITUTE OF TECHNOLOGY DELHI
(51) International classification H02M0007539500, Address of Applicant :Hauz Khas, New Delhi – 110016,
H02M0007487000, Delhi, India Delhi India
(31) Priority Document No :NA 1)MISHRA, Sukumar
(32) Priority Date :NA 2)DAS, Madan Kumar
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
An asymmetrical 31-level inverter system is disclosed. The system comprising: a main circuit (a1-a2); a control circuit (1); a plurality
series combination of uni-directional power switches (T1-T8); a pair of bi-directional switches (S1-S2); and a plurality of dc-power
sources (C0-C2u). The main circuit (a1, a2) is coupled to the power switches (T1-T8) in series with the asymmetrical dc-power
sources (C0-C2u). The control circuit (1) is coupled to a digital controller (1) for generating a gate pulse by using level shifted pulse
width modulation (LSPWM) technique and the generated gate pulses (g1-g10) are input to the power switches (T1-T8). Thedc-power
sources (C0-C2u) are of asymmetrical type to generate a 31 level stepped output voltage (Vinv) and output current (Iinv) is obtained
with reduced components and low total harmonic distortion value. Fig. 1

(19) INDIA
(54) Title of the invention : “METHOD AND DEVICE FOR CONTROLLING MANUAL TRANSMISSION VEHICLE”
:B60W0010080000, (71)Name of Applicant :

F16H0059020000, 1)HYUNDAI MOTOR COMPANY
(51) International classification B60W0010060000, Address of Applicant :12, Heolleung-ro, Seocho-gu, Seoul
G05B0019415500, 06797, Republic of Korea Republic of Korea
B60L0007100000 2)KIA CORPORATION
(32) Priority Date :NA 1)KUMAR, Mohnish S
(33) Name of priority country :NA 2)RAJASEKARAN, Vignesh
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT METHOD AND DEVICE FOR CONTROLLING MANUAL TRANSMISSION VEHICLE A method for controlling a
manual transmission vehicle includes: determining, by a controller, whether a condition for preventing unintentional braking during
gear shifting of a transmission of the manual transmission vehicle is satisfied; and when the condition is satisfied, controlling, by the
controller, a brake pedal not to be operated by operating a valve so that vacuum is not supplied to a brake booster.

(19) INDIA
(54) Title of the invention : “AN INTEGRATED SERVICE AND PARKING BRAKE SYSTEM”

B60T0017160000, 1)HYUNDAI MOTOR COMPANY
(51) International classification B60T0017080000, Address of Applicant :12, Heolleung-ro, Seocho-gu, Seoul
B60T0001000000, 06797, Republic of Korea Republic of Korea
B60T0013580000 2)KIA CORPORATION
(32) Priority Date :NA 1)AHAMED, Ejaz
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT AN INTEGRATED SERVICE AND PARKING BRAKE SYSTEM An integrated service and parking brake system
comprising- a chamber (100), a diaphragm(200) located inside the chamber, a piston rod (300) fixed at one end with the chamber and
free at the other penetrate the diaphragm, a spring(400) formed behind the diaphragm coiling around the piston rod and a cam
mechanism (500) fixed behind the closed end of the chamber. figure 2

(19) INDIA
(54) Title of the invention : AN IMPROVED PROCESS FOR THE PREPARATION OF REMIMAZOLAM

C07C0237120000, 1)FRESENIUS KABI ONCOLOGY LTD.
(51) International classification C07D0489100000, Address of Applicant :B-310, Som Dutt Chambers-1, Bhikaji
C07C0067300000, Cama Place, New Delhi India 110066 Delhi India
(31) Priority Document No :NA 1)DHAVARIA, Sandeep
(32) Priority Date :NA 2)BHOYAR, Anil Shamraj
(33) Name of priority country :NA 3)KUMAR, Rohit
(86) International Application No :NA 4)GUPTA, Chandan Kumar
Filing Date :NA 5)SINGH, Hemant Kumar
(87) International Publication No : NA 6)GUPTA, Nitin
(61) Patent of Addition to Application Number :NA 7)SINGH, Govind
Filing Date :NA 8)CABRI, Walter
Filing Date :NA
(57) Abstract :
ABSTRACT The present invention relates to an improved process for the preparation of a compound of formula V or a salt thereof,
Formula V The present invention also provides a process for the preparation of a compound of formula I, used in the synthesis of the
compound of formula V, Formula I wherein Formula I is Formula Ia, when R is H wherein Formula I is Formula Ib, when R is
CH2COCH3

(19) INDIA
(54) Title of the invention : MULTIPLE-INPUT MULTIPLE-OUTPUT (MIMO) RADIO UNIT RADIO FREQUENCY FRONT
END (RFFE) ARCHITECTURE
:H04B0001400000, (71)Name of Applicant :

H04B0001000000, 1)STERLITE TECHNOLOGIES LIMITED,
(51) International classification H05K0001020000, Address of Applicant :STERLITE TECHNOLOGIES
H04B0001380000, LIMITED, IFFCO Tower, 3rd Floor, Plot No.3, Sector 29,
H04B0001040000 Gurgaon 122002, Haryana, India Haryana India
(32) Priority Date :NA 1)Anand Bhardwaj
(33) Name of priority country :NA 2)Anand Kumar
(86) International Application No :NA 3)Nitesh Kumar
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT MULTIPLE-INPUT MULTIPLE-OUTPUT (MIMO) RADIO UNIT RADIO FREQUENCY FRONT END (RFFE)
ARCHITECTURE [0001] The present disclosure provides an RFFE architecture of a MIMO radio unit (200) including a plurality of
components in a radio frequency (RF) circuit distributed among two types of printed circuit boards (PCBs) (204, 206) to handle a heat
issue generated by at least one power amplifier (PA) (268). A PA section (206) is divided into a plurality of PCBs with each PCB
comprising a plurality of PAs (268). Two single pole double throw (SPDT) switches (214) are arranged to feedback forward and
reflected powers from all transceiver chains to a field programmable gate array (FPGA) (202), wherein the FPGA (202) and at least
one memory device perform functions related to the MIMO radio unit (200), wherein the functions correspond to digital signal
processing on a digital board (204). The MIMO radio unit (200) further comprises a power supply board (208). FIG. 2a-FIG. 2d

(19) INDIA
(54) Title of the invention : SYNTHESIS OF NEW ORGANIC-INORGANIC HYBRID MATERIALS AS LIGHT-EMITTING
LUMOPHORES, AND DESIGNING OLED DEVICES USING THE SAME

H01L0051000000, 1)Indian Institute of Technology Delhi
(51) International classification H01L0051500000, Address of Applicant :Hauz Khas, New Delhi - 110016, India.
C07C0015380000, Delhi India
C08G0077040000 (72)Name of Inventor :
(31) Priority Document No :NA 1)HAZRA, Chinmoy Kumar
(32) Priority Date :NA 2)SINGH, Madhusudan
(33) Name of priority country :NA 3)MAHATO, Rina
(86) International Application No :NA 4)AKHTAR, Parvez
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to new organic-inorganic hybrid materials as light-emitting lumophores. Specifically, the present
invention relates to synthesizing the light-emitting fluorene pyrene (FPy)-based chromophores (lumophores) and its incorporation with
polyhedral oligomeric silsesquioxane (POSS) core in reduced number of steps; and their potential application in organic light-emitting
diodes (OLEDs).

(19) INDIA
(54) Title of the invention : POWER SOURCE SELECTION AND CONTROL IN AN APPARATUS

H04J0003060000, 1)GENERAL ELECTRIC COMPANY
(51) International classification G06Q0050060000, Address of Applicant :1 River Road Schenectady, New York
H04L0012761000, 12345, USA U.S.A.
B60W0010060000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Viswanathan, Kanakasabai
(32) Priority Date :NA 2)Ganesh, Jayanti
(33) Name of priority country :NA 3)Tatikonda, Subbarao
(86) International Application No :NA 4)Narayana Bhat, Suma Memana
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT POWER SOURCE SELECTION AND CONTROL IN AN APPARATUS This disclosure provides systems, methods
and apparatuses for selectively utilizing wired power or wireless power in an apparatus. The apparatus may include a wired power
circuit associated with the wired power and a wireless power circuit configured to receive wireless power from a wireless power
transmitter. The apparatus may include a power source switch configured to selectively couple a load to the wired power circuit or the
wireless power circuit. A controller may control the power source switch based on availability of the wired power or the wireless
power. In some implementations, the load includes a heating element and a temperature switch. The controller also may control a
wireless power transfer state of the wireless power transmitter based on a status of the temperature switch

(19) INDIA
(54) Title of the invention : ANTI-SKID CERAMIC FLOOR TILE.
:E04F0015020000, (71)Name of Applicant :

E04F0015100000, 1)SOMANY CERAMICS LIMITED
(51) International classification C08K0003010000, Address of Applicant :F-36 Sector 6, Noida, Uttar Pradesh-
E01C0011240000, 201301 Uttar Pradesh India
E04F0015080000 (72)Name of Inventor :
(31) Priority Document No :NA 1)SOMANY, Shreekant
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT ANTI-SKID CERAMIC FLOOR TILE 5 The present invention discloses an anti-skid ceramic floor tile comprising an
anti-skid slip coating providing the tile a dynamic coefficient of friction in wet and dry conditions in the range 0.65 to 0.8. The anti-
skid slip coating composition comprises quartz, fused mullite, feldspar, sintered powder and barium carbonate. The sintered powder
composition comprises potassium oxide, sodium oxide, calcium oxide, magnesium oxide, iron oxide, 10 alumina and silica. The anti-
skid composition is introduced into the process of manufacturing of tile just before the firing stage by a spraying application.

(19) INDIA
(54) Title of the invention : DUAL SENSORS EQUIPPED TEACHING LARYNGOSCOPE
1)TANVIR SAMRA
:A61B0001267000,
Address of Applicant :POSTGRADUATE INSTITUTE OF
A61B0001000000,
MEDICAL EDUCATION AND RESEARCH (PGIMER),
(51) International classification A61B0005103000,
SECTOR 12, CHANDIGARH 160012, UT CHANDIGARH,
A63B0069360000,
INDIA Chandigarh India
G09B0023280000
2)SURINDER SINGH
(31) Priority Document No :NA
3)BRITISH SONTAKKE
4)GOVERDHAN DUTT PURI
5)DIVYA JAIN
6)JASPREET SINGH
Filing Date :NA
1)TANVIR SAMRA
2)SURINDER SINGH
Filing Date :NA
3)BRITISH SONTAKKE
4)GOVERDHAN DUTT PURI
Filing Date :NA
5)DIVYA JAIN
6)JASPREET SINGH
(57) Abstract :
The invention relates to dual sensors teaching laryngoscopes to teach and train intubation procedures to residents and other clinical
staff. The dual sensors are capable of sensing the force of laryngoscopy and simultaneously measuring and displaying the forces
exerted on the maxillary teeth during intubation. The invention further includes a method of teaching and training intubation
procedures.

(19) INDIA
(54) Title of the invention : DRIVE ASSIST SYSTEM FOR A VEHICLE AND METHOD TO OPERATE A DRIVE ASSIST
SYSTEM
:B60R0001000000, (71)Name of Applicant :

A61M0001100000, 1)ZF CV Systems Global GmbH
(51) International classification B60W0050140000, Address of Applicant :GIACOMETTISTR. 1, BERN
B60K0035000000, SWITZERLAND 3006 Switzerland
F01N0003100000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Pierre de Rochambeau
(32) Priority Date :NA 2)Aslam Syed
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The invention regards to drive assist system for a vehicle. A drive assist system, that works reliably and error-free in as many wind-
influenced traffic situations as possible, comprises an evaluation module (3) which is designed to evaluate wind information (vw; Wcr,
WT) and at least one current status information (VF) of the vehicle (11) and to control at least one of several function systems (13, 14,
18) of the vehicle (11) depending on the evaluation to stabilize the vehicle (11) against a wind acting on the vehicle (11). Fig. 1

(19) INDIA
(54) Title of the invention : INTERLOCK ARRANGEMENT FOR EARTHING OF DISCONNECTOR

B65H0001140000, 1)Schneider Electric India Private Limited
(51) International classification B65H0005260000, Address of Applicant :C-56, Mayapuri Industrial Area, Phase
B65H0029500000, II, Delhi - 110064, India. Delhi India
(31) Priority Document No :NA 1)SINGH, Rakesh Kumar
(32) Priority Date :NA 2)RAJHANS, Rupesh Subhashrao
(33) Name of priority country :NA 3)AHIRE, Pritesh Bhila
(86) International Application No :NA 4)BEHURA, Rajesh Kumar
Filing Date :NA 5)DACHEWAR, Kshitij Rajesh
(87) International Publication No : NA 6)PATIL, Yash Sunil
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present disclosure relates to an interlock arrangement to be configured with the disconnector mechanism of the switchgear. The
interlock arrangement includes a horizontal member, having a first end and a second end, orthogonally configured with a circular
member of the disconnector mechanism. Moving the horizontal member at a second position, in a first direction, facilitates sliding the
first end into a slot of the rotational plate. Moving the horizontal member at a first position, in a second direction, facilitates sliding the
first end out of the slot of the rotational plate. An electromagnetic coil has a movable member configured to move between a third
position and a fourth position relative to the horizontal member. The movable member at the fourth position restricts the movement of
the horizontal member in the second direction to slide out the first end from the slot.

(19) INDIA
(54) Title of the invention : METHOD FOR SYNTHETICALLY PRODUCING HONEY

C12N0015100000, 1)Galgotias University
(51) International classification A23L0021250000, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
A61K0008980000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
C07K0014470000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(86) International Application No :NA 1)Syed Habeeb Ahmed
Filing Date :NA 2)Dr. Pratichi Singh
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A method (200) for synthetically producing honey (100), wherein the method (200) comprising steps of: analyzing a bee for
predefined properties using a genome analysis method; identifying a gene involved in the honey (100) production in the analyzed bee;
isolating the identified gene involved in the honey (100) production using a gene isolation technique; incorporating the isolated genes
in a model organism for synthetic production of the honey (100) using a gene-transfer method; and treating the synthetically produced
honey (100) using a treatment method to reduce a moisture level.

(19) INDIA
(54) Title of the invention : METHOD FOR SYNTHETICALLY PRODUCING CHITIN
:C12N0015100000, (71)Name of Applicant :

C12N0015820000, 1)Galgotias University
(51) International classification C07K0014470000, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
C08B0037080000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
E21B0033130000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(86) International Application No :NA 1)SWETANSHU
Filing Date :NA 2)Dr. Pratichi Singh
Filing Date :NA
Filing Date :NA
(57) Abstract :
A method (200) for synthetically producing chitin (100), wherein the method (200) comprising steps of: analyzing an organism for
first predefined properties using an analysis method; identifying a gene involved in the chitin (100) production in the analyzed
organism; isolating the identified gene involved in the chitin (100) production using a gene isolation technique; incorporating the
isolated genes in a model organism for synthetic production of the chitin (100) using a gene-transfer method; and treating the
synthetically produced chitin (100) using a treatment method to manufacture value-added products.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD TO DETERMINE IMPORTANT METRICS OF AN INDIVIDUAL
USING RATIONAL AND EMOTIONAL ASPECTS OF LIFE

G16H0010200000, 1)Yogesh Kocchar
(51) International classification H04L0012580000, Address of Applicant :Panchvati cottages, Rakkar Road,
A63B0102220000, Dharamsala, Himachal Pradesh, 176057 (India) Himachal Pradesh
G06N0005020000 India
(32) Priority Date :NA 1)Yogesh Kocchar
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to a system (100) to determine important metrics of an individual using rational (104) and emotional
aspects (105) of life. The system evaluates the Happiness Index on the scale of 1-100 percentage, 100 being the state of bliss (101). It
also creates the MindMap (102) of the user based on the inputs provided by him and determines his MindShare (103) based on the
number of posts updated by the user. The system helps an individual to calibrate his thinking ability and also displays the gaps left
unaddressed by him, thus helping him to focus on holistic aspects of his life, that in turn helps him in expanding his spatial, temporal,
and cognitive awareness. It also provides the user with a Creativity Quotient that helps him to analyze his originality of thought and
his ability to innovate and create.

(19) INDIA
(54) Title of the invention : COMPOSITION AND METHOD OF PRODUCING BIODEGRADABLE POLYMER

C08F0010000000, 1)MAZUMDAR, Aryaman
(51) International classification A61B0008000000, Address of Applicant :K 1/46 C.R. Park, 2nd Floor Delhi India
H01M0004800000, (72)Name of Inventor :
B32B0027360000 1)MAZUMDAR, Aryaman
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present disclosure relates to a composition of bio-enzymes contains peptides range from 2 - 6% volume by volume, amino acid
ranges from 0.2 - 1.5% volume by volume, povidone ranges from 50 - 80% weight by volume, alpha olefine sulphate ranges from 5 -
15% weight by volume, optical brightener ranges from 2-6% weight by weight, and fructose ranges from 20-30% volume by volume.
The present disclosure also relates to a method of preparing biodegradable polymer.

(19) INDIA
(54) Title of the invention : OPERATING PHASES IN A WIRELESS POWER TRANSFER (WPT) SYSTEM

H02J0007020000, 1)GENERAL ELECTRIC COMPANY
(51) International classification H02J0050400000, Address of Applicant :1 River Road Schenectady, New York
B60L0053120000, 12345, USA U.S.A.
(31) Priority Document No :NA 1)Viswanathan, Kanakasabai
(32) Priority Date :NA 2)Ganesh, Jayanti
(33) Name of priority country :NA 3)Tatikonda, Subbarao
(86) International Application No :NA 4)Narayana Bhat, Suma Memana
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
This disclosure provides systems, methods and apparatuses for managing phase transitions of a wireless power transfer (WPT) system.
For example, transitions between a connected phase and a power transfer phase may be coordinated in relation to changing a
protective switch (one or more switches) in a power receiver. The protective switch may decouple or couple a secondary coil of the
power receiver with a power reception circuit (such as a load or a rectifier). A first position of the protective switch may open a circuit
that includes the secondary coil and the power reception circuit. A second position of the protective switch may close the circuit such
that the secondary coil can receive the wireless power and provide the wireless power to the load during the power transfer phase. This
disclosure also describes how a WPT system may temporarily pause wireless power transfer while remaining in a power transfer
phase FIG. 1

(19) INDIA
(54) Title of the invention : A WATER PURIFICATION SYSTEM AND A PROCESS THEREOF

C02F0003060000, 1)HAVELLS INDIA LIMITED
(51) International classification C02F0001520000, Address of Applicant :904, 9th Floor, Surya Kiran Building,
A61K0008260000, K.G. Marg, Connaught Place, New Delhi-110001, India Delhi
C02F0001780000 India
(32) Priority Date :NA 1)SURESH SISODIA
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention provides a system (1) and a process for purification of fluids, particularly water, to get a constant or desired
output quality of water irrespective of the variations in the input quality of water. The water purification system of the present
invention employs a microcontroller designed to set purification parameters (current/ voltage/etc.) or the desired quality of water that
is needed, for working of the operative cell.

(19) INDIA
(54) Title of the invention : A NOVEL METHOD FOR SYNTHESIS AND CHARACTERIZATION OF CA SUBSTITUTED NI-ZN
NANO-FERRITES
:C01G0049000000, (71)Name of Applicant :

H01M0004505000, 1)AMITY UNIVERSITY
(51) International classification B01J0023000000, Address of Applicant :E-27, DEFENCE COLONY, NEW
C25D0003560000, DELHI – 110024, INDIA Delhi India
(31) Priority Document No :NA 1)THAKUR PREETI
(32) Priority Date :NA 2)THAKUR ATUL
(33) Name of priority country :NA 3)PUNIA PINKI
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT A NOVEL METHOD FOR SYNTHESIS AND CHARACTERIZATION OF Ca SUBSTITUTED Ni-Zn NANO-
FERRITES The present invention describes a novel method for synthesis and Characterization of Ca substituted Ni-Zn nano-ferrites
Microstructural, Magnetic and Dielectric analysis. A series of cubic spinel structured, nanocrystalline and monophasic Ca doped Ni-
Zn ferrite powder samples is obtained via citrate precursor chemical route. Raman and XRD investigations established the
configuration as single phase cubic spinel of CaxNi0.4Zn0.6-xFe2O4 (x=0.1, 0.2, 0.3, 0.4, 0.5 and 0.6) samples exposed to high heat
at 700°C. Further, the spinel structure of developed samples with minute structural disorder as petite values were estimated for of
lattice strain, e, (0.003×10 -3-1.66×10-3) and dislocation density, d, (0.665×10 -3-1.73×10 -3) for different Ca concentrations. The
exposure of Ca doped Ni-Zn nanocomposites to high applied field under VSM examinations established these materials as highly
magnetic in nature. Nano-ferrite composition with x=0.4 exhibited the maximum magneto-crystalline anisotropy constant (11452),
remnant magnetization (22 emu/g) and coercivity (199.91 Oe) while maximum saturation magnetization (65.27 emu/g) and magnetic
moment (2.756 µB) were found in the Ca0.1Ni0.4Zn0.5Fe2O4 composition.

(19) INDIA
(54) Title of the invention : A CABLE TRANSIT MODULE SYSTEM FOR ELECTROMAGNETIC COMPATIBILITY
:F16L0005080000, (71)Name of Applicant :

H02G0003220000, 1)WallMax India enterprises Private Limited
(51) International classification B32B0025040000, Address of Applicant :E-28,2nd Floor,Connaught Place,New
B32B0015060000, Delhi-110001 Delhi India
(31) Priority Document No :NA 1)Avinash Kumar
(32) Priority Date :NA 2)Manoj Kumar
(33) Name of priority country :NA 3)Mehar Singh
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A cable transit module system(100) for electromagnetic compatibility. The present invention includes a rubber block(102), a
conductive metal insert(110), a peelable rubber layer(112), and a center plug(120). The rubber block(102) is U-shaped cross section
rubber block having semi-cylindrical axial groove. A rubber block front portion(104) is non- conductive. A rubber block rear
portion(106) is non- conductive. A rubber block center portion(108) is conductive. The conductive metal insert(110) is metal strap is
molded around the rubber block center portion(108). The outer diameter of the peelable rubber layer(112) perfectly fits on the semi-
cylindrical axial groove of the rubber block(102). A peelable rubber layer center portion(118) is conductive and peelable. The cable
perfectly fits on the peelable rubber layer(112) that is peeled out to adjust the outer diameter of cable. The cable transit module system
(100) is used to counter electromagnetic interference.

(19) INDIA
(54) Title of the invention : LACTO-FERMENTED FUNCTIONAL METABIOTIC TURMERIC BEVERAGE AND SALAD
DRESSING FROM FERMENTED POWDER

A23L0027600000, 1)PUNJAB AGRICULTURAL UNIVERSITY
(51) International classification B65D0081320000, Address of Applicant :PUNJAB AGRICULTURAL
A23L0002840000, UNIVERSITY, FEROZPUR ROAD, LUDHIANA Punjab India
A47J0043240000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Dr. (Mrs.) Param Pal Sahota
(32) Priority Date :NA 2)Ritika Modi
(33) Name of priority country :NA 3)Ishwerpreet Kaur
(86) International Application No :NA 4)Dr. (Mrs.) Gulab Pandove
Filing Date :NA 5)Dr. Nitin Dev Singh
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Embodiments of the present invention provides a method of preparation of lactic acid fermented turmeric powder developed to be
used (after reconstitution with water) as an instant functional metabiotic turmeric beverage and salad dressing. The lactic acid
fermented turmeric beverage composition is optimized with turmeric powder (4%), lemon juice (10%) and ginger (3%), dilution ratio
(1:3), salt (1.5%), pasteurized at 82ºC for 15 sec and fermented using potential novel compatible consortia of ten functional lactic acid
bacterial cultures (7% v/v). Further, the fermented powder is reconstituted at 10% w/v for preparing a novel functional turmeric salad
dressing. The functional food beverage and salad dressing is tested for its antagonistic efficacy against recurring food borne pathogens
as promising remedial measure in this post-antibiotic era. The ready-touse metabiotic freeze-dried turmeric powder, providing
nutritional and functional valueadded beverage and salad dressing throughout the year with greater shelf-life. Figure 1

(19) INDIA
(54) Title of the invention : A METHOD FOR INTERFUSING FUNGAL MELANIN AND ANTIOXIDATIVE CERIUM OXIDE
NANOMATERIALS
:A61Q0019020000, (71)Name of Applicant :

A61P0035000000, 1)AMITY UNIVERSITY
(51) International classification C12P0017000000, Address of Applicant :E-27, DEFENCE COLONY, NEW
C12N0001140000, DELHI – 110024, INDIA Delhi India
C12R0001645000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Sushant Singh
(32) Priority Date :NA 2)Arunima Sur
(33) Name of priority country :NA 3)Shalini Pandey
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT A METHOD FOR INTERFUSING FUNGAL MELANIN AND ANTIOXIDATIVE CERIUM OXIDE
NANOMATERIALS The present invention relates to a method for interfusing fungal melanin and antioxidative cerium oxide
nanomaterials. The present invention is focusing on the potent fungal strain isolated from soil sample for production of melanin. The
potential fungal strain shall be extensively characterized and optimized for high melanin production. To enhance the therapeutic
activity of fungal melanin, antioxidative rich cerium oxide nanomaterial will be synthesized for conjugation of melanin and cerium
oxide. The present invention conjugate shall achieve synergistic effect for potential biomedical application in antioxidative
therapeutics and can also be applied further in cosmetic industries. Accompanied Drawing [FIG. 1] Dated this 4th day of May 2023
AMITY UNIVERSITY Name of Applicant Signature: Name: Prof. Dr. Kamal Kant Dwivedi

(19) INDIA
(54) Title of the invention : APPARATUS AND METHOD FOR WINDOW REGULATOR RAIL ADJUSTMENT

E05F0011380000, 1)INTEVA PRODUCTS, LLC
(51) International classification E05F0015689000, Address of Applicant :1401 Crooks Road, Troy, Michigan
E06B0009388000, 48084, United States of America U.S.A.
E05F0015697000 (72)Name of Inventor :
(31) Priority Document No :NA 1)RAMESH, Santosh
(32) Priority Date :NA 2)KREHER, Karl-Heinz
(33) Name of priority country :NA 3)SIDDAPPA, Raju
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT 5 An apparatus (14) for adjusting a location of a rail of a window regulator (12) with respect to a vehicle door panel (10),
the apparatus including: a jack-screw (24) secured to a gear (26), the gear (26) and the jack-screw (24) being rotatably secured to the
vehicle door panel (10); a worm (28) rotatably secured to the vehicle door panel (10), the worm (28) being configured to meshingly
engage the gear (26); and a nut (30) 10 secured to the rail (16), the jack-screw (24) threadingly engaging the nut (30), wherein when
the worm (28) is rotated the jack-screw (24) will rotate in either a clockwise or counter clockwise direction which will cause the rail
(16) to move in a direction with respect to the vehicle door panel (10).

(19) INDIA
(54) Title of the invention : A SYSTEM AND A METHOD FOR REAL TIME GAIT EVENT DETECTION AND ANALYSIS

A61B0005000000, 1)CHAIRMAN, DEFENCE RESEARCH AND
(51) International classification A63F0013212000, DEVELOPMENT ORGANIZATION
A63B0024000000, Address of Applicant :Ministry of Defence, Govt of India,
G01P0015000000 Room no: 348, B-wing, DRDO Bhawan, Rajaji Marg, New Delhi-
(31) Priority Document No :NA 110011, India Delhi India
(33) Name of priority country :NA 1)SAKSHI AGARWAL
(86) International Application No :NA 2)VINUTHA SAMPAATH
Filing Date :NA 3)AMRIT ROY
(87) International Publication No : NA 4)DR. JAYANTH DANIEL
(61) Patent of Addition to Application Number :NA 5)MOHANAVELU KALATHE
Filing Date :NA 6)Dr. UPENDRA KUMAR SINGH
Filing Date :NA
(57) Abstract :
ABSTRACT TITLE: A SYSTEM AND A METHOD FOR REAL TIME GAIT EVENT DETECTION AND ANALYSIS A system
for real time gait event detection and analysis for a user, the system comprising a first repository, a sensing unit, an amplifying unit, a
transmitting module, a receiving module, a processing module, a result generation module. The first repository store a plurality of first
pre-set rules. The sensing unit to sense analog signals generated by the user’s soles while performing any activity. The amplifying unit
is configured to amplify each of the data to a pre-defined threshold value. The transmitting module is configured to transmit the data.
The receiving module receive the data. The processing module is configured to convert data into a binary data using the first pre-set
rules. The result generation module is configured generate a gait event value based on a pre-set truth table and the binary data.

(19) INDIA
(54) Title of the invention : A NOVEL GENETIC BIOMARKER FOR DILATED CARDIOMYOPATHY

C12Q0001688300, 1)Banaras Hindu University
(51) International classification C07K0014705000, Address of Applicant :Varanasi - 221 005, Uttar Pradesh, India
G01N0033564000, Uttar Pradesh India
C12N0015820000 2)Indian Council of Medical Research
(32) Priority Date :NA 1)Dr. Bhagyalaxmi Mohapatra
(33) Name of priority country :NA 2)Prerna Giri
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT TITLE: A NOVEL GENETIC BIOMARKER FOR DILATED CARDIOMYOPATHY The present invention relates to a
novel biomarker for identification for cardiomyopathies, particularly Dilated Cardiomyopathy (DCM).The worldwide frequency of
genetic variants inmost of the genes has been reported to be 2-10 %. However, we observed a high burden (24%) of ZDisc gene
mutation in Indian population. With such a high mutation frequency, Z-Disc gene forges ahead of other genes to be used as a marker.

(19) INDIA
(54) Title of the invention : A PROCESS FOR INCREASING THE CALORIFIC VALUE OF THE BIOGAS AND SYSTEM
THEREOF
:C12M0001000000, (71)Name of Applicant :

C12M0001107000, 1)INDIAN INSTITUTE OF SCIENCE EDUCATION AND
(51) International classification C12P0005020000, RESEARCH MOHALI (IISER MOHALI)
C02F0003000000, Address of Applicant :Knowledge city, Sector 81, SAS Nagar,
G01N0033220000 Manauli PO 140306, Punjab, India Punjab India
(32) Priority Date :NA 1)SUNIL ANIL PATIL
(33) Name of priority country :NA 2)MOUMITA ROY
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present invention pertains to a process for the upgradation of biogas by enhancing the methane content by converting CO2 into
acetic acid through electro-acetogenesis, characterized in that the crude biogas is provided to the catholyte in two phases, wherein, in
the first phase, biogas is provided in batch mode of two to three cycles to develop and establish a stable performing microbial
community, and in the second phase, the biogas is provided in a continuous flow mode at feed rates in the range of 0.1- 1.0 mL/min
using the mass flow controllers. The present invention also discloses a bio-electrochemical system for increasing the calorific value of
biogas by enhancing the methane content and for sequestering CO2 into acetic acid through the electro-acetogenesis process.

(19) INDIA
(54) Title of the invention : TOOL AND METHOD FOR MEASURING BRAKE FRICTION MATERIAL

F16D0069000000, 1)ArvinMeritor Technology, LLC
(51) International classification F16D0069040000, Address of Applicant :2135 West Maple Road, Troy,
C09K0003140000, Michigan 48084, United States of America U.S.A.
F16H0061040000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Ramachandra, Vishwanath
(32) Priority Date :NA 2)Kulkarni, Sanjeev
(33) Name of priority country :NA 3)Nagaraju, Sathyanarayanaraju
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT A tool and method of measuring friction material of a brake pad assembly. The tool includes a sleeve and a plunger that
is received in the sleeve. The plunger may have a probe that extends through a sleeve slot and a ground plate that is moveably
disposed on the sleeve.

(19) INDIA
(54) Title of the invention : METHOD AND SYSTEM FOR PROVIDING FAAS BASED FEATURE LIBRARY USING DAG

H04B0017270000, 1)Innovaccer Inc.
(51) International classification G11B0015680000, Address of Applicant :101 Mission Street, Suite 1950, San
G06F0016270000, Francisco, California, CA, 94105, USA U.S.A.
(31) Priority Document No :NA 1)GUPTA, Shubham
(32) Priority Date :NA 2)DUTTA, Sparsh
(33) Name of priority country :NA 3)KHANDELWAL, Rishika
(86) International Application No :NA 4)GUPTA, Paras
Filing Date :NA 5)AGRAWAL, Vibhuti
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT A method and a system for generating required feature output by providing a FaaS (Function-as-a-Service) based feature
library using a DAG (Directed Acyclic Graph), are disclosed. A library is configured to store logic codes being generated for a
plurality of 10 features and the library is then deployed on a FaaS engine. At least one feature selection configuration from a user is
received by the FaaS engine. The DAG implements at least one transformation based on the at least one feature selection
configuration, and the FaaS engine thereby generates the required feature output for the user.

(19) INDIA
(54) Title of the invention : PROPELLANT COMPOSITION WITHOUT ACTIVATED COPPER CHROMITE HAVING A HIGH
BURN RATE AND ITS USE THEREOF IN PYROGEN IGNITERS FOR LARGE ROCKET MOTORS

C06B0045100000, 1)Chairman, Defence Research & Development
(51) International classification C06B0045000000, Organisation (DRDO)
B01J0023860000, Address of Applicant :Ministry of Defence, Govt. of India,
C06B0021000000 Room No. 348, B-Wing, DRDO Bhawan, Rajaji Marg, New Delhi
(31) Priority Document No :NA 110011, Delhi, India Delhi India
(33) Name of priority country :NA 1)ISAAC, Kingstone Lesley Jabez
(86) International Application No :NA 2)DAS, Urmila
Filing Date :NA 3)NAKKA, Sudarshan
(87) International Publication No : NA 4)GURUSAMY, Ramaguru
(61) Patent of Addition to Application Number :NA 5)MULAKALURI, Rama Manohara Babu
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT PROPELLANT COMPOSITION WITHOUT ACTIVATED COPPER CHROMITE HAVING A HIGH BURN RATE
AND ITS USE THEREOF IN PYROGEN IGNITERS FOR LARGE ROCKET MOTORS The present invention relates to propellant
composition free from Activated Copper Chromite (ACR) having a high burn rate comprising only 0.1-0.25% of Iron oxide (Fe2O3)
as burn rate catalyst. Particularly, it relates to the use of propellant composition for use in pyrogen igniters for large rocket motors.
The propellant composition is devoid of Activated Copper Chromite catalyst, achieves a high burn rate, fulfils requirements of
physical, mechanical and ballistic properties, has stable combustion and ensures reliable performance of the pyrogen igniters of large
Rocket Motors.

(19) INDIA
(54) Title of the invention : A METHOD FOR SEPARATING CADMIUM AND CHROMIUM HEAVY METALS BY NI-ZN
NANOFERRITES
:C02F0001280000, (71)Name of Applicant :

C02F0101200000, 1)AMITY UNIVERSITY
(51) International classification B01J0020220000, Address of Applicant :E-27, DEFENCE COLONY, NEW
C02F0101220000, DELHI – 110024, INDIA Delhi India
B01J0020280000 (72)Name of Inventor :
(31) Priority Document No :NA 1)THAKUR PREETI
(32) Priority Date :NA 2)THAKUR ATUL
(33) Name of priority country :NA 3)SHARMA P.B.
(86) International Application No :NA 4)PUNIA PINKI
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT “A METHOD FOR SEPARATING CADMIUM AND CHROMIUM HEAVY METALS BY NI-ZN
NANOFERRITES” The present invention describes a method of separating cadmium and chromium heavy metals by Zi-Zn
nanoferrites. The potentials of NixZn1-xFe2O4 (x=0.0, 0.2, 0.4, 0.6, 0.8 and1.0) nanoadsorbents are investigated for removal of Cd
and Cr from contaminated water. The specific surface area (SSA) of nanoadsorbents perceived to vary in a range 35.75-45.29 cm2/g
and was calculated from the XRD data. Kinetic studies were conducted within a time range of 2-10 min with rapid adsorption of
cadmium and chromium ions onto Ni0.2Zn0.8Fe2O4 nanoadsorbents. The maximum adsorption efficiency values observed for Cd
and Cr were 51.4 mg/g and 40.12 mg/g, respectively for different compositions of prepared series of nanoadsorbents. The removal
percentage of Cd and Cr was found to vary in a range of 47.7%-95.25% and 21%-50% respectively. The prepared series of nanoferrite
found to be suitable enough for adsorption of both heavy metal ions.

(19) INDIA
(54) Title of the invention : A SYSTEM FOR TILES MOUNTING WITH TAPER LOCKING METHOD
:H02S0020230000, (71)Name of Applicant :

H02S0030100000, 1)Arka Energy Inc.
(51) International classification F16B0005060000, Address of Applicant :5064 Sloan Way, Union City, CA
H04N0009310000, 94587, United States of America. U.S.A.
(31) Priority Document No :NA 1)OMPRAKASH SINGH
(32) Priority Date :NA 2)MAHADEVA PRASAD
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A system for mounting roof tiles, is disclosed. comprising: a plurality of base clamp assemblies 500 and a plurality of fork clamp
assemblies 600 fixed by adhesive on back side along a ridge-side side 504 and eave-side side 506 of the tiles 500 respectively. Base
clamp assembly 500 and the fork clamp assembly 600 include base clamp 100 and fork clamp 200 respectively that lock by sliding to
respective self-clocking housings 300/400. Fork clamp 200 includes a projecting portion 202 that can slide in an aperture 108 of a base
clamp 100 fixed to an adjacent tile to lock the two tiles 500 with each other. Thereafter, the base clamp 100 fixed to the opposite side
of the tile is fixed to the rood deck by self-tapping screws.

(19) INDIA
(54) Title of the invention : SYSTEM FOR MOUNTING ROOF TILES

H04N0009310000, 1)Arka Energy Inc.
(51) International classification C04B0111000000, Address of Applicant :5064 Sloan Way, Union City, CA
G01R0001073000, 94587, United States of America. U.S.A.
E04D0001340000 (72)Name of Inventor :
(31) Priority Document No :NA 1)OMPRAKASH SINGH
(32) Priority Date :NA 2)MAHADEVA PRASAD
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A system for mounting roof tiles, is disclosed. comprising: a plurality of bottom clamps 100 and a plurality of top clamps 200 fixed by
adhesive on back side along a ridge-side side 302 and eave-side side 304 of the tiles 300 respectively. Top clamp 200 includes an
engaging portion 204 that can slide in a recess 110 of a corresponding bottom clamp 100 fixed to an adjacent tile 300-1 to lock the two
tiles 300 with each other. Thereafter, the bottom clamp 100 that is fixed to the opposite side of the tile 300-2 can be fixed to the roof
deck 400 by self-tapping screws.

(19) INDIA
(54) Title of the invention : A NOVEL VACCINE FORMULATION TO PREVENT SARS-COV-2 INFECTION IN ANIMALS

A61K0039390000, 1)Indian Council of Agricultural Research
(51) International classification A61K0039120000, Address of Applicant :1, Krishi Bhavan, Dr. Rajendra Prasad
A61K0039205000, Road, New Delhi 110001, India Delhi India
C12N0007000000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Dr. NAVEEN KUMAR
(32) Priority Date :NA 2)Dr. SANJAY BARUA
(33) Name of priority country :NA 3)Dr. BHUPENDRA NATH TRIPATHI
(86) International Application No :NA 4)YASH PAL
Filing Date :NA 5)Baldev R. Gulati
(87) International Publication No : NA 6)Dr. NITIN KHANDELWAL
(61) Patent of Addition to Application 7)Dr. RAM KUMAR
:NA
Number 8)YOGESH CHANDER
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Abstract A NOVEL VACCINE FORMULATION TO PREVENT SARS-COV-2 INFECTION IN ANIMALS 5 A vaccine based on a
SARS-CoV-2 (Delta) strain (GenBank Accession Number OL966477.1) wherein the SARS-CoV-2 (Delta) strain has 20-point
mutations in its genome besides having all the signature mutations typical to a SARS-CoV-2 Delta variant.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD TO DERIVE AND STREAM SECOND ORDER INFORMATION FROM
DISCRETE STREAMING DEVICES IN A SINGLE COMMUNICATION CHANNEL
:A63H0033040000, (71)Name of Applicant :

G06F0016310000, 1)WhiteTree Devices Private Limited
(51) International classification C07K0014705000, Address of Applicant :416, City Center, 4th Floor, Ashok
C07K0014540000, Nagar Main Road, Udaipur - 313001, Rajasthan , India Rajasthan
G06F0040242000 India
(32) Priority Date :NA 1)Amit Kumar Sharma
(33) Name of priority country :NA 2)Dr. Nitin Kothari
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Systems, methods, and other embodiments relates to an associated block for communication using multiple streams of data from
discrete media sources to derive streaming data with predictive data capture with adaptive control over a single communication
channel includes First Order Event Generator and Second Order Event Generator are described herein. In an embodiment, continuous
flow of data i.e., a stream coming from a device, such as sensor data or other types of data. Each stream is uniquely identified by a
UUID, which stands for Universally Unique Identifier, to distinguish it from other streams. The UUID is automatically generated and
assigned by the system to ensure that each stream has a unique identifier. The stream also includes a timestamp to record the time
when the data was collected. This allows for synchronization of data from different devices and enables accurate analysis of the data
over time.The data in the stream can be in various formats, such as binary, text, or JSON, depending on the type of data being
collected. The data is usually transmitted in packets or frames, which contain the actual data as well as additional information such as
the UUID, timestamp, and other metadata.

(19) INDIA
(54) Title of the invention : FIBER BEND CONTROL FIXTURE

G02B0023240000, 1)STERLITE TECHNOLOGIES LIMITED
(51) International classification H01J0029860000, Address of Applicant :STERLITE TECHNOLOGIES
H03H0003080000, LIMITED, IFFCO Tower, 3rd Floor, Plot No.3, Sector 29,
H01R0012710000 Gurgaon 122002, Haryana, India Haryana India
(32) Priority Date :NA 1)Sadek EL ALLAM
(33) Name of priority country :NA 2)Emanuele Pietro CIRISANO
(86) International Application No :NA 3)Sebastiano ZUCCARELLO
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT FIBER BEND CONTROL FIXTURE [0001] Disclosed is a fiber bend control fixture (100). The fiber bend control
fixture (100) has a body (102). The body (102) has a first region (104) and a second region (106) such that the first region (104) has a
first length (L1) and a first curved shape and the second region (106) has a second length (L2) and a second curved shape that is
capable of mating with the first curved shape. The first region (104) has an outer surface (112) and an inner surface (114) having a
substantially 180-degree curvature. The second region (106) has an outer surface (116) and an inner surface (118) having a
substantially 180-degree curvature. The body (102) further has a fin (120) radially attached to the outer surface (116) of the second
region (106). FIG. 1A.

(19) INDIA
(54) Title of the invention : FIBRE OPTIC CLOSURE
:G02B0006440000, (71)Name of Applicant :

G02B0006380000, 1)STERLITE TECHNOLOGIES LIMITED
(51) International classification A61B0018220000, Address of Applicant :STERLITE TECHNOLOGIES
B29C0048050000, LIMITED, IFFCO Tower, 3rd Floor, Plot No.3, Sector 29,
G02B0006080000 Gurgaon 122002, Haryana, India Haryana India
(32) Priority Date :NA 1)CAMMAROTA FERDINANDO
(33) Name of priority country :NA 2)CIRISANO EMANUELE
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT FIBRE OPTIC CLOSURE [0001] Disclosed is a fibre optic closure. The fibre optic closure has a splicing tray support
unit. Further, the fibre optic closure has a fiber guiding unit disposed in the splicing tray support unit. The fiber guiding unit
comprising first and second set of guide structures adapted to route one or more incoming optical fibers and one more outgoing optical
fiber, respectively, passing through the fiber guiding unit. Furthermore, the fibre optic closure has one or more wings pivotally
mounted on the splicing tray support unit, and adapted to allow passage of the one or more fiber cables in one or more routing
configurations. FIG. 1A.

(19) INDIA
(54) Title of the invention : COOLING SYSTEM TO SAFEGUARD A BATTERY PACK OF A VEHICLE IN CASE OF
COOLANT LEAKAGE

H01M0010625000, 1)Mercedes-Benz Group AG
(51) International classification B60L0058260000, Address of Applicant :Mercedesstraße 120, Stuttgart, 70372,
H01M0010656800, Germany Germany
B60H0001000000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Goutham Sagar
(32) Priority Date :NA 2)Vineela Nukala
(33) Name of priority country :NA 3)Mohammad Kashan
(86) International Application No :NA 4)Ananya Ravi
Filing Date :NA 5)Pushkin Mittal
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A cooling system for an electric vehicle is disclosed, including a battery cooling circuit 102 for cooling a battery pack 108 and having
a sensor 112 configured to sense coolant liquid in a reservoir 110, a motor cooling circuit 104 configured for cooling electric motors
118 and 120 of the electric vehicle, and a connecting circuit 134 configured to fluidically connect the motor cooling circuit 104 to the
battery cooling circuit. When the sensor 112 senses a level of the coolant liquid below a threshold level in the reservoir 110, a flow
control valve 136 of the connecting circuit 134 is opened to allow the flow of the coolant liquid from the motor cooling circuit 104 to
the battery cooling circuit 102 for cooling the battery pack 108, thereby avoding heating of the battery pack 108 even in case of
coolant leakage in the battery cooling circuit 102.

(19) INDIA
(54) Title of the invention : DEVICE FOR RESTRICTING SOOT DEPOSITION IN NITROGEN SENSOR
:F01N0011000000, (71)Name of Applicant :

G01N0027407000, 1)Mercedes-Benz Group AG
(51) International classification G01M0015100000, Address of Applicant :Mercedesstraße 120, Stuttgart, 70372,
F01N0003200000, Germany. Germany
(31) Priority Document No :NA 1)Dhananjay Vinayak Gokarn
(32) Priority Date :NA 2)Radhika Sankannavar
(33) Name of priority country :NA 3)Sreeharsha Jayaramu
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present disclosure provides an improved nitrogen oxide (NOx) sensor (200) and a device for restricting soot deposition within the
NOx sensor (200). The device includes a wedge (212) having a curved profile that is adapted to be removably coupled to an inner
surface of an outer cover (204) of the NOx sensor (200) such that the curved profile of the wedge (212) is facing and positioned
adjacent to an inner hole (206) provided between the outer cover (204) and an inner cover (202) of the NOx sensor (200). The curved
profile of the wedge (212) facilitates the smooth passing of soot particles along with exhaust gas, from the outer cover (204) into the
inner cover (202), through the inner hole (206), which restricts the deposition of the soot particles near a clearance area (208) between
the inner cover (202) and the outer cover (204). The wedge (212) is resistant to oxidizing sulphuric gases and withstands up to 1000
degrees Celsius.

(19) INDIA
(54) Title of the invention : THE MULTIPLE RESONANT LENGTH DESIGN FOR DECOYS MADE UP OF MICROWAVE
SCATTERERS TO ENHANCE THE RCS RESPONSE

G01R0033380000, 1)CHAIRMAN, DEFENCE RESEARCH &
(51) International classification F16D0121240000, DEVELOPMENT ORGANISATION
G11B0005000000, Address of Applicant :Ministry of Defence, Govt. of India,
A61N0005100000 Room No. 348, B – Wing, DRDO Bhawan, Rajaji Marg, New
(31) Priority Document No :NA Delhi - 110011, India Delhi India
(33) Name of priority country :NA 1)KUMAR, Verandra
(86) International Application No :NA 2)SINGH, Ajit Kumar
Filing Date :NA 3)SHARMA, Pramod Kumar
(87) International Publication No : NA 4)BASITA, Alok
(61) Patent of Addition to Application Number :NA 5)VASISTHA, Prashant
Filing Date :NA 6)KUMAR, Ravindra
Filing Date :NA
(57) Abstract :
According to aspects of the present subject matter, a Microwave Scatterer Bunch (MSB) is disclosed. The MSB comprises a plurality
of Microwave Scatterer Elements (MSEs) stacked together to form the MSB, where the MSB comprises at least one cut extending
from a surface of the MSB to at least a fraction of a cross section of the MSB.

(19) INDIA
(54) Title of the invention : POWER TAKE-OFF UNIT FOR A POWERTRAIN OF AN ELECTRIC VEHICLE
:B60K0017350000, (71)Name of Applicant :

F16H0063340000, 1)Mercedes-Benz Group AG
(51) International classification B60K0023080000, Address of Applicant :Mercedesstraße 120, Stuttgart, 70372,
F16H0048080000, Germany. Germany
B60K0017344000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Chandrakant Palve
(32) Priority Date :NA 2)Kiran Rao
(33) Name of priority country :NA 3)Rangarajan Venkatapathy
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A PTU 104 for a powertrain 102 of an electric vehicle is disclosed, including a clutch piston assembly 114 splined to a parking lock
hub 116 that is coupled to a first differential assembly 110 through a parking lock gear 112, the first differential assembly 110 being
coupled to front wheels 120, a first bevel gear 122 configured on the parking lock hub 116 through a bearing 124, a friction plate
assembly 126 configured on the first bevel gear 122, and a second bevel gear 128 being in engagement with the first bevel gear 122.
The second bevel gear 128 coupled to a rear differential assembly 132 through a propeller shaft 130. The PTU 104 is configured to,
based on actuation of the clutch piston assembly 114, enable selective operation of the electric vehicle in a two-wheel drive
configuration and a four-wheel drive configuration.

(19) INDIA
(54) Title of the invention : AN EXTERNAL REPAIRABLE SNAP-FIT LED DRIVER FOR LED STREETLIGHT
:F21Y0115100000, (71)Name of Applicant :

F21W0131103000, 1)SNM Electronics Pvt. Ltd.
(51) International classification F21S0008080000, Address of Applicant :578, Udyog Vihar, Phase 5, Gurgaon-
H05B0047190000, 122016, Haryana, India Haryana India
H05B0047105000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Navendu Mittal
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention is an external snap-fit repairable LED driver for LED streetlight that includes an LED driver with input and
output unit, and a base plate with an input and an output mode to connect with the LED drive input and output cord. The external LED
driver is encapsulated in one cabinet into another cabinet along with a unique heat sink design that distributes the heat and signals the
IC (Integrated Circuit).

(19) INDIA
(54) Title of the invention : A METHOD OF REMOVING AND SAFE DISPOSAL OF ELECTROLYTE FROM SPENT LITHIUM-
ION BATTERIES

H01M0010540000, 1)ATTERO RECYCLING PVT. LTD.ATTERO
(51) International classification H01M0010056800, RECYCLING PVT. LTD.
C22B0026120000, Address of Applicant :173, Raipur Industrial Area,
G01N0021710000 Bhagwanpur, Roorkee, Haridwar Uttarakhand - 247661, India
(31) Priority Document No :NA Uttarakhand India
(33) Name of priority country :NA 1)NITIN GUPTA
(86) International Application No :NA 2)SMRUTI PRAKASH BARIK
Filing Date :NA 3)RAJIV RANJAN SRIVASTAVA
(87) International Publication No : NA 4)BHUVNESH KUMAR
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT “A METHOD OF REMOVING AND SAFE DISPOSAL OF ELECTROLYTE FROM SPENT LITHIUM-ION
BATTERIES” The present invention relates to a method of removing and safe disposal of electrolyte from all types of spent lithium
ion batteries in a commercially feasible manner. Electrolyte, lithium hexafluorophosphate (LiPF6) is highly soluble in water and thus
is removed from the spent LIBs during shredding in presence of water. In aqueous solution, LiPF6 is greatly dissociated into its ions
and formation of HF is more likely. This method is simple to operate and easy to scale up. This method provides greater recovery
yielding 99.7%, 63.4% and 75.5% for fluorine (F), lithium (Li) and phosphorous (P), respectively. Additionally, the method is clean,
green and environment friendly. Figure 1 on sheet no. 1 of the drawings may accompany the abstract when published.

(19) INDIA
(54) Title of the invention : A METHOD FOR RECOVERING HIGH PURE GRAPHITE FROM WASTE LITHIUM-ION
BATTERIES

C22B0003000000, 1)ATTERO RECYCLING PVT. LTD.
(51) International classification H01M0010540000, Address of Applicant :173, Raipur Industrial Area,
C22B0007000000, Bhagwanpur, Roorkee, Haridwar Uttarakhand - 247661, India
B82Y0030000000 Uttarakhand India
(32) Priority Date :NA 1)NITIN GUPTA
(33) Name of priority country :NA 2)SMRUTI PRAKASH BARIK
(86) International Application No :NA 3)RAJIV RANJAN SRIVASTAVA
Filing Date :NA 4)BHUVNESH KUMAR
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT “A METHOD FOR RECOVERING HIGH PURE GRAPHITE FROM WASTE LITHIUM-ION BATTERIES” The
present invention relates to a method for recovering highly pure graphite from the anode material of waste lithium-ion batteries via
two-stage leaching process using practiced hydrometallurgical process. Additionally, the present invention utilizes an oxidizing
environment instead of dissolving all metals/metal oxides as well as the process if operated at a moderate temperature. Moreover, the
method is commercially feasible method for recovering highly pure and battery grade graphite from waste lithium-ion batteries and
this method of recovering is clean, green and environment friendly. Figure 1 on sheet no. 1 of the drawings may accompany the
abstract when published.

(19) INDIA
(54) Title of the invention : AN IOT BASED SYSTEM FOR PROVIDING CLOTHING MEASUREMENT OF A PERSON

B23P0019040000, 1)AMITY UNIVERSITY
(51) International classification G01N0029220000, Address of Applicant :E-27, DEFENCE COLONY, NEW
G06T0015000000, DELHI – 110024, INDIA Delhi India
(31) Priority Document No :NA 1)Priyanshu Patel
(32) Priority Date :NA 2)Ramgopal Kashyap
(33) Name of priority country :NA 3)Surendra Rahamatkar
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to a novel IoT based system for a tailor or a fashion designer to take a proper measurement of a person to
achieve perfect fitting and method thereof. The present invention comprising, but not limited to, a rectangular panel, which has
aluminum rods placed horizontally, integrated with ultrasonic sensor which helps to get the accurate distance (i.e., 0.5 inch) from the
aluminum rod to the parts of the body. Multiple aluminum rods with ultrasonic sensors are placed together with the gap 0.5 inch and
all have motors in it to get them adjust properly. This will help to measure the depth of various parts of the person's body and create a
perfect 3-dimensional anthropometry of a person. The panel will be connected to the Raspberry Pi board, and further, it will process
the output data of rectangular panel.

(19) INDIA
(54) Title of the invention : A MOUNTABLE APPARATUS FOR TREATING WASTEWATER AT POINT SOURCES

B29D0030000000, 1)INDIAN INSTITUTE OF SCIENCE EDUCATION AND
(51) International classification G01M0017020000, RESEARCH MOHALI (IISER MOHALI)
C02F0001280000, Address of Applicant :Knowledge city, Sector 81, SAS Nagar,
G01N0023046000 Manauli PO 140306 Punjab India Punjab India
(32) Priority Date :NA 1)Sunil Anil Patil
(33) Name of priority country :NA 2)Ravi Kumar Yadav
(86) International Application No :NA 3)Siddhant Sahoo
Filing Date :NA 4)Asheesh Kumar Yadav
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT “A MOUNTABLE APPARATUS FOR TREATING WASTEWATER AT POINT SOURCES” 5 A present disclosure
relates to a mountable apparatus (1) for treating wastewater at the point sources, comprising a reservoir (20) fluidly connected to a
storage tank (10) and mounted at a first height (FH) above a ground surface (GS). A plurality of filter units (35) fluidly is coupled with
the reservoir (20) and mounted at a second height (SH) less than the first height (FH) of the reservoir. Each succeeding filter unit of
the plurality of 10 filter units (35) is mounted at a height less than the height of the preceding filter unit of the plurality of filter units
and configured to receive wastewater from the preceding filter unit by gravity flow. The plurality of filter units comprises light-
weighted bed matrix components as cocopeat (42) and granular activated charcoal (44). The modular filter units (35) are mounted on
the upright structure and made of recyclable light15 weighted material.

(19) INDIA
(54) Title of the invention : A SYSTEM AND A METHOD FOR IDENTIFYING LIVESTOCK IN REAL-TIME

G06K0009000000, 1)MoooFarm Pvt Ltd.
(51) International classification G06K0009620000, Address of Applicant :32nd milestone, Galaxy Hotel, NH-8,
G06N0003080000, Sector 15 Part 2, Gurugram, Haryana 122001 Haryana India
G07G0001000000 (72)Name of Inventor :
(31) Priority Document No :NA 1)SINGH, Parampreet
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present disclosure provides a method (300) and a system (100) for automatically identifying livestock in real time, using a neural
network. The method being performed on a server (120) having a memory (126) and at least one processor (127) and utilizes fine-
tuned pre-trained neural networks for identification of the livestock. The method (300) comprising steps of receiving (301) any one of
at least one image and a video of a livestock from at least one user device (101), determining (303) at least one facial feature in the at
least one image or the video of the livestock, and identifying (305) the livestock in real time based on determined at least one facial
feature. The neural network of the present disclosure identifies the livestock in real time with high accuracy and less time. The method
(300) is entirely automated with no manual intervention required. FIG. 1

(19) INDIA
(54) Title of the invention : MULTIMODE WIRELESS CHARGING TRANSMITTER CONTROL

H02J0050100000, 1)Cypress Semiconductor Corporation
(51) International classification H04W0088060000, Address of Applicant :198 Champion Court, San Jose,
H02J0050600000, California 95134, United States of America U.S.A.
(31) Priority Document No :NA 1)VIJAYAKUMAR, Prasanna Venkateswaran
(32) Priority Date :NA 2)RAMANUJAM, Jegannathan
(33) Name of priority country :NA 3)BHOGINENI, Satishbabu
(86) International Application No :NA 4)WU, Jhong Yang
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Systems, methods, and devices improve wireless charging devices. Systems include an input configured to receive an input signal for
wireless charging of a wireless device, a transmitter configured to generate a power transfer signal based, at least in part, 5 on the
input signal and a plurality of transmission parameters, and a controller configured to determine a power transfer mode of the
transmitter based, at least in part, on a plurality of operational parameters of the transmitter and a plurality of configuration parameters
of the transmitter.

(19) INDIA
(54) Title of the invention : CONDUIT CLAMP ASSEMBLY FOR A FIBER CLOSURE
:F16L0003240000, (71)Name of Applicant :

A61M0039280000, 1)Sterlite Technologies Limited
(51) International classification F16L0003220000, Address of Applicant :3rd Floor, Plot No. 3, IFFCO Tower,
F16L0003100000, Sector – 29, Gurugram, Haryana, 122002 Haryana India
F16L0041060000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Borrelli Ottavio
(32) Priority Date :NA 2)Emanuele Pietro Cirisano
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT “CONDUIT CLAMP ASSEMBLY FOR A FIBER CLOSURE” [0001] Disclosed is a conduit clamp assembly such that
the conduit clamp assembly have a conduit clamp body. The conduit clamp body is adapted to be engaged with a port of one or more
ports of a fiber closure. The conduit clamp body have a fin that is circumferentially disposed on the conduit clamp body such that the
fin allows insertion of a predefined length of the conduit clamp body into the port of one or more ports, a bracket having a bracket
base and an elongated structure that is substantially perpendicular to the bracket base, such that the bracket is adapted to be mounted
between the conduit clamp body and a base of the fiber closure. The conduit clamp assembly further have one or more screws that are
adapted to couple the bracket to the conduit clamp body. FIG. 1A.

(19) INDIA
(54) Title of the invention : A TRACTOR POWERED MULCH LAYING AND CHANNEL MAKING DEVICE.
:A01G0013020000, (71)Name of Applicant :

A61K0031198000, 1)Chaudhary Dinesh
(51) International classification H04N0021472000, Address of Applicant :C/o Nirmal Engineering Works, Infront
H02G0001060000, of Krushi Vibhag, Dandai Road, Dhamdha, PO: Dhamdha, Dist.-
A01G0023040000 Durg (Chhattisgarh) Chandigarh India
(32) Priority Date :NA 1)Chaudhary Dinesh
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A TRACTOR POWERED MULCH LAYING AND CHANNEL MAKING DEVICE. A tractor powered mulch laying and channel
making device which is economical and easily accessible to farmers which promotes better plant growth and health by laying soil over
the roots and providing better irrigation channels. A tractor (1) powered mulch laying and channel making device comprising a solid
frame (3) and a power-take off (PTO) shaft; rotating and conveying blades (7); a pair of ploughs (10) on either side of the frame at the
frontal end; a chain and sprocket (8) for power transmission from the PTO with a universal joint (9).

(19) INDIA
(54) Title of the invention : A FLOWER PETALS DISPENSING MACHINE

A01H0005020000, 1)Baltej Singh Matharu
(51) International classification A01G0005000000, Address of Applicant :Po-Shodhi Nagar, At & PS-Kulgari,
F16K0001200000, Firozpur to Zira Road. Punjab India
A41G0001000000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Baltej Singh Matharu
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT A FLOWER PETALS DISPENSING MACHINE A flower petal dispensing machine that is compact, easy to operate
with a good dispensing range. The portability and the range covered by the dispensing machine for dispensing of flowers provides
better accessibility. The flower petals dispensing machine comprises a centrifugal fan enclosed in a fan blower case (9); a flexible
outlet pipe (1); an input zone (4) for input of flower petals for dispensing the same through the said flexible outlet pipe (1); a knob
accelerator (5) to control the air rate / flow of dispensing of petals and the said knob accelerator (5) activates the arc twisting motions
of the pulley (11) to ignites the engine.

(19) INDIA
(54) Title of the invention : A URINAL PROTOTYPE FOR CANCER SCREENING BY QUANTITATION OF NATIVE NUCLEIC
ACIDS IN URINE USING UV SPECTROSCOPY
:E03D0013000000, (71)Name of Applicant :

G01N0021357700, 1)Swami Rama Himalayan University
(51) International classification A47K0011120000, Address of Applicant :Swami Ram Nagar, Jolly Grant
G01N0033493000, Dehradun Uttarakhand India 248016 Uttarakhand India
C12Q0001700000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Dr. Neeraj Gupta
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention provides a urinal prototype for cancer screening by quantitation of native nucleic acids in urine using UV
spectroscopy which is developed to perform a spot analysis of the native urine nucleic acids by UV spectroscopy and communicate the
results to the subject a few minutes after the natural call. The results will serve as a wake-up call for the subject to follow up further
with a clinical consultation. These urinals can be easily deployed at the community level and the health benefits can reach the general
masses.

(19) INDIA
(54) Title of the invention : A PORTABLE UNDERWATER MINE CONTAINMENT SYSTEM

H04R0001440000, 1)INDIAN NAVY
(51) International classification H01M0002100000, Address of Applicant :Technology Development Acceleration
G05D0001020000, Cell (TDAC), Room no. 217, 2nd Floor “D” Block, Defence
H01L0025110000 office complex, Africa Avenue, Sarojini Nagar-110023, New
(31) Priority Document No :NA Delhi, India Delhi India
(33) Name of priority country :NA 1)SHARMA, Mayank
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present subject matter discloses a portable underwater mine containment system (100). The system (100) is structured as a
composite module (102). The composite module (102) includes an acoustic shield (104), a magnetic shield (106), a pressure shield
(108), at least two anchors (112) and a buoyancy chamber (110). The present disclosure provides an affordable, self-reliant,
expendable and effective underwater mine containment system for rendering the underwater mine safe for navigation by ships.

(19) INDIA
(54) Title of the invention : SECURE STORAGE AND PROCESSING OF SIM DATA

G06F0021780000, 1)APPLE INC.
(51) International classification A61J0007000000, Address of Applicant :One Apple Park Way Cupertino,
G06F0021760000, California 95014, United States of America U.S.A.
(31) Priority Document No :NA 1)DASH, Deepak
(32) Priority Date :NA 2)SOLIMAN, Ahmed M.
(33) Name of priority country :NA 3)KUPPELUR, Nitin
(86) International Application No :NA 4)MOUSTAFA, Ahmed
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT SECURE STORAGE AND PROCESSING OF SIM DATA This application describes techniques for managing
subscriber identity module (SIM) 5 data for a wireless device, including secure storage and processing of SIM data. Select SIM data is
encrypted using an encryption key by a processor external to a secure element, e.g., a universal integrated circuit card (UICC) or
electronic UICC (eUICC), and at least a portion of the select SIM data is stored in the secure element. The select SIM data can be
divided into multiple parts, where a first part of the encrypted SIM 10 data is stored in the secure element, while a second part of the
encrypted SIM data is stored external to the secure element, such as in a non-volatile memory (NVM) of the wireless device. The
encryption key is stored in a secure NVM of the wireless device. The encrypted SIM data and the encryption key are required to
decrypt and recover the SIM data.

(19) INDIA
(54) Title of the invention : EMERGENCY SWITCH FOR USE IN AUTOMOBILES

H01H0013020000, 1)NAPINO AUTO & ELECTRONICS LTD.
(51) International classification G08B0025120000, Address of Applicant :Sec – 3, Plot No. 7, Sector 3, IMT
H01H0003120000, Manesar Distt Gurgaon Haryana India 122050 Haryana India
H01H0015100000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Dinesh Singh
(32) Priority Date :NA 2)Rakesh Ranjan
(33) Name of priority country :NA 3)Gaurav Rana
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT EMERGENCY SWITCH FOR USE IN AUTOMOBILES The present invention relates to an emergency switch (100)
comprising a first chamber (102) defined by a casing (104) and a cover element (106); a switching element (108) disposed within the
first chamber (102); a cap (110) joined to the casing (104) and being pivotable between a first position where the cap (110) provides
access for actuating the switching element (108) and a second position where the cap (110) at least partially restricts access for
actuating the switching element (108); the cap (110) defining a first detent profile (112); and a ball-spring-ball mechanism (114)
adapted to co-operate with the detent profile (112) to hold the cap (110) in the second position; the ball-spring-ball mechanism (114)
being positioned within a second chamber (116) formed on a top surface (118) of the casing (104). FIGURE 1

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR SOC RECALIBRATION OF HV BATTERY FOR ELECTRIC
VEHICLE IN DRIVE MODE

G01R0031389000, 1)Daimler Truck AG
(51) International classification H02J0007000000, Address of Applicant :Fasanenweg 10, Leinfelden-
H01M0010420000, Echterdingen, 70771, Germany. Germany
G01R0031392000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Ashish Ranjan
(32) Priority Date :NA 2)Susanta Minz
(33) Name of priority country :NA 3)Karuna Mudliyar
(86) International Application No :NA 4)Md Saif Ahmad
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Present disclosure relates generally to field of automobiles. In particular, it pertains to an improved, efficient, and reliable system and
method for State of Charge (SOC) recalibration of High Voltage (HV) battery for electric vehicle in drive mode. The system
determines conditions of electric vehicle, and allow pre-defined relaxation time for High Voltage (HV) battery, based on determining
conditions of electric vehicle. The system transmits to Controllable Energy Drain (CED), command for constant power drain of HV
battery after pre-defined relaxation time. The system measures voltage drop using voltage sensor at HV battery, for periodic interval
and calculate internal resistance for different time pulse. System calculates State of Charge (SOC) from calculated internal resistance,
discharge pulse time, State of health (SOH) and cell temperature of HV battery. The system recalibrates SOC of battery, when
deviation in the SOC calculation due to noise/error in current sensor at HV battery.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR DETERMINING REMAINING OPERATIONAL LIFE OF A CLUTCH
IN AN AUTOMOBILE

G05B0023020000, 1)Schaeffler Technologies AG & Co. KG
(51) International classification B60W0020000000, Address of Applicant :Industriestraße 1-3, 91074
B60W0030186000, Herzogenaurach (DE) Germany
(31) Priority Document No :NA 1)MAGBOOL ABDUL AKBAR, Abdul Azarrudin
(32) Priority Date :NA 2)ALAVILLI, Satya Pavan
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A system (100) for determining a remaining operational life of a clutch (106) in an automobile including a sensor (108) adapted to
measure a rotation speed of an engine flywheel (204) and a power transmission shaft (206) at a time instant ‘t’. A controller (110) in
communication with the sensor (108) and adapted to calculate a slipping value based on the rotation speed. The controller (110)
determines an energy dissipated value based on the slipping component for comparing the energy dissipated component with at least
one predefined threshold value for the energy dissipated. The predefined threshold value is associated with the remaining operational
life of the clutch (106). The controller (110) estimates a remaining operational life of the clutch (106) based on the comparison.

(19) INDIA
(54) Title of the invention : GOAT MILK PRODUCTS & MEDICINES

A47J0031360000, 1)Rajender Kumar
(51) International classification A61B0005151000, Address of Applicant :Shri Krishan Pranami Mandir, Gali
A47J0031400000, No.4, Haryana India
(31) Priority Document No :NA 1)Rajender Kumar
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
All Product which will make by use of Goat Milk and Use of Blood and Skin in making of Medicines in public interest.

(19) INDIA
(54) Title of the invention : A METHOD TO FORM LARGE AREA LONG RANGE ORDERED HIGHLY CONDUCTING AND
TRANSPARENT GRAPHENE FILM FROM GRAPHITE
:H01B0001040000, (71)Name of Applicant :

C01B0032184000, 1)AMITY UNIVERSITY
(51) International classification C01B0032190000, Address of Applicant :E-27, DEFENCE COLONY, NEW
H01B0001240000, DELHI – 110024, INDIA Delhi India
(31) Priority Document No :NA 1)Uddipan Dasgupta
(32) Priority Date :NA 2)Malabika Ghosh
(33) Name of priority country :NA 3)Rama Ranjan Bhattacharjee
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT A METHOD TO FORM LARGE AREA LONG RANGE ORDERED HIGHLY CONDUCTING AND
TRANSPARENT GRAPHENE FILM FROM GRAPHITE The present invention relates to a novel method to form large area long
range ordered highly conducting and transparent graphene film from graphite. The present invention relates to a method by which
flexible, stretchable, and large area thin films of graphene carbon can be obtained from graphitic carbon through a simple pyrolysis
followed by liquid-phase exfoliation through stirring in water. The graphene film of any dimension can then be fished out on any
given surface of any given dimensions and stabilized through annealing. It is a two-step method in which first graphite is mixed with
sugar and a polyelectrolyte and pyrolyzed. The sample is then simultaneously converted into thin graphene film by stirring in water.
The process is very fast and within a few minutes thin film of graphene is deposited on the surface of water which then can be fished
out on any surface including glass, plastic or paper. The material has high conductivity, good transparency and easy fabrication ability.

(19) INDIA
(54) Title of the invention : A SYSTEM AND METHOD FOR PHASE IMAGING AND ABSOLUTE REFRACTIVE INDEX
MEASUREMENT
:G03H0001040000, (71)Name of Applicant :

A61B0005000000, 1)Indian Council of Medical Research
(51) International classification G01N0015100000, Address of Applicant :V. Ramalingaswami Bhawan, P.O. Box
G01N0021450000, No. 4911, Ansari Nagar, New Delhi-110029, India New Delhi
G01B0009020000 Delhi India
(31) Priority Document No :NA 2)Council of Scientific and Industrial Research
(33) Name of priority country :NA 1)GUPTA, Pooja
(86) International Application No :NA 2)VAIRAGI, Kaushal
Filing Date :NA 3)MONDAL, Samir Kumar
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present invention provides a lensless optical coherence phase microscopy (LOCPM) system for phase imaging and absolute
refractive index measurement of a biological material. The method includes illuminating the biological material using a
superluminescent diode source (104). The method includes generating a Bessel beam using a negative axicon probe (114). The method
may include obtaining, a biological material beam. The method includes obtaining interferometric data by an optical circulator(106)
after superimposing the obtained biological material beam and the generated reference beam. The method includes detecting, by a
spectrometer (108), the obtained interferometric data. Subsequently, the method includes processing, by a processor (110), of the
detected interferometric data by applying a Hilbert transform of each detected interferometric data to obtain phase images and a fast
Fourier transform to determine the reflected power from the interfaces to determine the refractive index of the biological material
using Fresnel’s relation.

(19) INDIA
(54) Title of the invention : A FEED SUPPLEMENT FORMULATION FOR DAIRY CATTLE IN THE PREPARTUM PERIOD

A61K0031455000, 1)Indian Council of Agricultural Research
(51) International classification A23K0020158000, Address of Applicant :Krishi Bhawan, Dr. Rajendra Prasad
A23K0020240000, Road, New Delhi - 110001, India. Delhi India
(31) Priority Document No :NA 1)BANDLA SRINIVAS
(32) Priority Date :NA 2)KAMBHAM SUDHA RANI
(33) Name of priority country :NA 3)K. P. RAMESHA
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present disclosure relates generally to a complete feed supplement formulation for the prepartum cows as a supplement before 3
to 4 weeks of an expected date of calving. More specifically, the disclosure is directed to a feed supplement formulation comprising
hygroscopic polyol energy source, one or more minerals, vitamin B3 (also referred to as vitamin B3 or Niacin), and an intrinsic source
of omega-3 fatty acid (also referred to as ?-3 Fatty Acid) for increasing feed intake, increasing birth weight of calves, increasing milk
yield, increasing milk protein yield, reducing foetal membrane expulsion time, enhancing immunity of calves born from cattle, and
improving the blood and serum profiles of the cattle.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR VALIDATING FALSE POSITIVE LANE CHANGE SIGNAL IN A
VEHICLE
:B60W0030180000, (71)Name of Applicant :

G08G0001160000, 1)Mercedes-Benz Group AG
(51) International classification B62D0015020000, Address of Applicant :Mercedesstraße 120, Stuttgart, 70372,
H04N0005247000, Germany. Germany
(31) Priority Document No :NA 1)Battagiri Mallikarjuna Reddy
(32) Priority Date :NA 2)Deepak Panda
(33) Name of priority country :NA 3)Florian Ries
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present disclosure discloses a system and method which involves monitoring (902) a lane on which an ego vehicle is running;
extracting (906) temporal attributes associated with the monitored lane; and then predicting (908) a lane change taking into
consideration the temporal attributes. Further, it involves triggering (910) lane change signals, in accordance with the predicted lane
change; and checking (912) whether sensors are in sync. If the sensors are in sync, and first lane change signals, pertaining to data
received from first sensors, differ from second lane change signals, pertaining to data received from second sensors, it involves
validating (914) false positive lane change signals by matching the temporal attributes corresponding to the first and second sensors;
and applying (916) an error correction factor to the predicted lane change in case the temporal attributes corresponding to the first
sensors do not match with that corresponding to the second sensors.

(19) INDIA
(54) Title of the invention : A METHOD AND A SYSTEM FOR MODIFYING AUDIO CONTENT FOR A LISTENER

H04S0003000000, 1)Samsung Electronics Co., Ltd.
(51) International classification H04R0003120000, Address of Applicant :129, Samsung-ro, Yeongtong-gu,
G06F0003160000, Suwon-si, Gyeonggi-do, 16677, Republic of Korea Republic of
G10L0019200000 Korea
(32) Priority Date :NA 1)MEENA, Natasha
(33) Name of priority country :NA 2)SINGH, Avinash
(86) International Application No :NA 3)AGGARWAL, Mayur
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT OF THE INVENTION A METHOD AND A SYSTEM FOR MODIFYING AUDIO CONTENT FOR A LISTENER A
method for modifying audio content for a listener is disclosed. The method includes, determining a crisp emotion value defining an
audio object emotion for each audio object amongst a plurality of audio objects associated with the audio content. The method
includes determining a composition factor representing one or more basic emotions in the crisp emotion value of each audio object
amongst a plurality of basic emotions. The method includes calculating a probability of the listener associating with each of the one or
more basic emotions represented in the composition factor. The method includes calculating a priority value associated with each
audio object based on the probability of the listener associating with each of the one or more basic emotions represented in the
composition factor of each audio object and the composition factor of each audio object. The method further includes generating a list
comprising the plurality of audio objects arranged in a specified order with respect to the priority value associated with each audio
object amongst the plurality of audio objects. The method also includes modifying the audio content by adjusting a gain associated
with at least one audio object amongst the plurality of audio objects in the list.

(19) INDIA
(54) Title of the invention : FORTIFIED FOOD COMPOSITION AND A PROCESS FOR PREPARATION THEREOF

A23L0029231000, 1)Shoolini University of Biotechnology and Management
(51) International classification A23L0033000000, Sciences
A23G0003360000, Address of Applicant :Bajhol, PO – Sultanpur Solan,
A23L0033105000 Himachal Pradesh INDIA - 173229 Sultanpur Himachal Pradesh
(31) Priority Document No :NA India
(33) Name of priority country :NA 1)Dr. Amita Kumari
(86) International Application No :NA 2)Jyoti Dhatwalia
Filing Date :NA 3)Prof. Somesh Sharma
(87) International Publication No : NA 4)Dr. Rakesh Kumar Shukla
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT Fortified Food Composition and a Process for Preparation Thereof Fortified food composition comprises 40 – 50 % by
weight R. ellipticus fruits, 40 – 50 % by weight sugar, 0.20 – 0.30 % by weight citric acid, 0.0004 – 0.0013 % by weight Ru-ZnO-NPs
(R. ellipticus fruits extract zinc oxide nanoparticles), and 0.6 – 0.7 % by weight pectin. Further, a process for the preparation of the
fortified food composition comprises of steps: Collecting the R. ellipticus fruits and crushing the same to obtain pulps of the fruits.
Taking 40 – 50 % by weight pulp of R. ellipticus fruits, and 40 – 50 % by weight sugar in a container and heating the same at a
temperature of 100 – 110 0C for 5 – 15 minutes. Adding 0.2 – 0.3 % by weight citric acid in the heated mixture and heating the same
at a temperature of 100 – 110 0C for 3 – 7 minutes, Adding 0.0004 – 0.0013 % by weight Ru-ZnO-NPs, and 0.6 – 0.7 % by weight
pectin in the heated mixture and stirring the same till the Brix level of the mixture reached 60 – 75 and/or 14 – 20 to obtain the
fortified food.[Fig.2]

(19) INDIA
(54) Title of the invention : INTERACTING SKILLS

G08B0025010000, 1)pallavthareja
(51) International classification H04B0001382700, Address of Applicant :21/46 West Patel Nagar, New Delhi-
G09B0007000000, 110008 Delhi India
G10L0017000000 2)Dr. Reema Thareja
(31) Priority Document No :NA 3)Rashi Thareja
(32) Priority Date :NA 4)Goransh R. Thareja
(86) International Application No :NA 1)Dr. Reema Thareja
Filing Date :NA 2)Rashi Thareja
(87) International Publication No : NA 3)Goransh R. Thareja
Filing Date :NA
Filing Date :NA
(57) Abstract :
Interacting Skill Today it’s quite common to hear people complaining about an inappropriate conversation with their counterparts or
the use of upsetting or distressing voices from their corresponding communicating partner which can lead to spoil relations, harmony
among them or the intolerance. PROBLEM BEING ADDRESSED BY THE IDEA Most of the times such clashes can be intentional
but many times it might be unintentional or accidental and when it is intentional, then such events hurt a lot mentally as well as
socially. BACKGROUND FOR THE IDEA Frequently, communicating in such manner can become a daily habit or the personality of
an individual thereby making him indecent or unacceptable in the society. To overcome such a problem or to polish one’s personality
with its impressive communication skills and become a clear winner in his life we propose to come out with the solution to this
problem. SOLUTION AND AN IDEA FOR THE PATENT To keep a check on how a person speaks and interact vocally with other
people, an App can be designed that uses the voice recorder of the phone to track the phone conversation and then the App’s pre-
defined parameters can use this recording to interpretate his voice pitch, kind of words he uses in his conversation, time he spends in
conversation and other vital parameters, etc. These findings would help us to conclude the overall personality and emotional level of a
person. This App would be capable enough to judge one’s temperament, knowledge, emotional level, behavior, etc. Main features of
this App are as follows: 1. To check your communication app can be designed as a module in the smart watch. 2. The module will
record the voice of 8-10 people who are supposed to be very close to the user. 3. The module will monitor how much time in a day,
the user talks to that particular person. 4. The module will also keep a track of the tone and pitch in which the communication is done.
5. The module will also maintain a count of communication a user makes with strangers. 6. Users can set a time range (in minutes) to
specify how much he interacts with that person normally in a day. 7. The module can also record number of times a child uses abusive
words. This can be monitored to see what language the child is using while he/she is communicating with others or with oneself.
OTHER KEY BENEFITS OF THIS APP Outliers detected in this data can be tracked and an alert message can be sent to the parents
or guardians of the culprit child or to an individual. This will help them to have an effective communication with their children. For
example, today, they have not talked much to their children. So, talk to them for some time. Or today, they had shouted at them, calm
down and have a peaceful talk. Even friends can be contacted in a similar way. Keeping a count and time spent on talking to strangers
can again be used as a security tool. Parents can be notified when the child is talking too much to strangers. Claimants: 1. Dr. Reema
Thareja 2. Rashi Thareja 3. Goransh R. Thareja

(19) INDIA
(54) Title of the invention : AN EXHAUST SYSTEM

B60K0013040000, 1)Hero MotoCorp Limited
(51) International classification F01N0013180000, Address of Applicant :The Grand Plaza, Plot No.2, Nelson
F01N0003280000, Mandela Road, Vasant Kunj- Phase -II, New Delhi DELHI Delhi
F01N0003200000 India
(32) Priority Date :NA 1)QURESHI, Mohd Waquar Sheikh Umar
(33) Name of priority country :NA 2)GAUTAM, Lalit Prakash
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
An exhaust system (200) of an engine (119) of a vehicle (100), the exhaust system (200) comprising a first section (201) configured to
fluidically couple with an exhaust port (202) of the engine (119). The first section (201) defined with a profile (203) having an arc; an
exhaust after treatment unit (206) disposed downstream of the first section (201). A second section (204) disposed downstream of the
exhaust after treatment unit (206) and configured to coupled to a muffler (118) of the vehicle (100). An oxygen sensor (130) mounted
to the first section (201) such that the oxygen sensor (130) disposed on that side of the neutral axis (207) of the first section (201)
which is away from the engine (119).

(19) INDIA
(54) Title of the invention : VEHICLE

B62J0099000000, 1)Hero MotoCorp Limited
(51) International classification F01N0013200000, Address of Applicant :The Grand Plaza, Plot No.2, Nelson
B62J0045400000, Mandela Road, Vasant Kunj- Phase -II, New Delhi, India Delhi
F01N0011000000 Delhi India
(32) Priority Date :NA 1)KUMAR, Yogesh
(33) Name of priority country :NA 2)KUMAR, Ram
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT VEHICLE A vehicle (100) having a body frame (102), an electronic coupler (410), at-least one exhaust gas sensor (320)
and an exhaust gas power cable (350). The body frame (102) having a second down tube (145), a first down tube (135) and at-least
portion of the right rear tube (129a) for forming a triangular section (250). The tray (159) is mounted to the body frame (102). The
electronic coupler (410) disposed to one of the tray (159) and the body frame (102). The at-least one exhaust gas sensor (320)
mounted to the exhaust pipe (304). The exhaust gas power cable (350) having a second end (354) detachably connected to the
electronic coupler (410) in such a manner that connection point of the second end (354) and the electronic coupler (410) lies within the
triangular section (250). With present invention, the exhaust gas power cable (350) is placed at the optimum position in the vehicle
(100). To be published with Figure 6

(19) INDIA
(54) Title of the invention : WALNUT PEELER

A23L0027100000, 1)Mohd. Shafi Ahanger
(51) International classification A47J0017020000, Address of Applicant :Kapran, Verinag, Po: Verinag, District:
A47J0043260000, Anantnag, Jammu & Kashmir- 192212, India Anantnag Jammu &
A23N0005080000 Kashmir India
(32) Priority Date :NA 1)Mohd. Shafi Ahanger
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Agents for the Applicants ABSTRACT WALNUT PEELER A peeling machine comprises a hopper (1), a chain conveyor belt (4), and
a channel top plate (3). The hopper (1) is bifurcated into three controlled nut channels (2) that are positioned above a chain conveyor
belt (4) to receive nuts in green form. The chain conveyor belt (4) comprises conveyor rods positioned along the belt and the nuts
traverse along length of the belt (4). The channel top plate (3) is positioned adjacent to the belt (4) and the nuts are engaged in gaps
formed between the conveyor rods and the nuts contacts the channel top plate (3) and the nuts experience impact force and shredding.
The nuts are dislocated from original form causing the nuts to rotate and further be subjected impact forces created due to high
conveyor velocity and friction of the nut channel (2) walls, causing the outer layer of the nuts to be peeled off.

(19) INDIA
(54) Title of the invention : GROUNDNUT DECORTICATOR CUM GRADER

E02F0003815000, 1)Kishan Lal Suthar
(51) International classification E02F0003760000, Address of Applicant :S/o Shri Purkharamji Suthar, C/o
E02F0009280000, Vishwakarma Work Shop, Vill. Dulchasar, Tq. Shri Dungargarh,
H04N0021440000 Dist. Bikaner, Rajasthan - 331811, India Bikaner Rajasthan India
(32) Priority Date :NA 1)Kishan Lal Suthar
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT GROUNDNUT DECORTICATOR CUM GRADER A groundnut decorticating machine comprising a main frame (1), a
hopper (5), and a decorticating unit (6). The hopper (5) is mounted on the main frame (1), wherein groundnut pods are fed into the
groundnut decorticating machine through the hopper (5), from where the groundnut pods are conveyed to a decorticating unit (6). The
decorticating unit (6) comprises a shelling chamber that includes cylinders and a concave member (13), wherein the decorticating
action on the groundnut pods occur when the groundnut pods are entrapped in between the cylinder and concave member (13), and
shells of the groundnut pods fall out of the concave member (13).

(19) INDIA
(54) Title of the invention : FOG PREVENTIVE SYSTEM IN A VEHICLE AND METHOD THEREOF

H04N0019124000, 1)Mercedes-Benz Group AG
(51) International classification H04N0019174000, Address of Applicant :Mercedesstraße 120, Stuttgart, 70372,
H04L0029080000, Germany Germany
(31) Priority Document No :NA 1)Pradheep Ganesan
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present disclosure discloses a system and method for preventing fog, where the system and method involves detecting, at block
1202, pre-defined conditions associated with the vehicle; and then determining, at block 1204, based on detection of at least one pre-
defined, probability of occurrence of fog at a windshield of the vehicle. Further, it involves matching, at block 1206, the determined
probability of occurrence of fog with a pre-defined probability threshold range; and then triggering, at block 1208, sets of control
signals when the determined probability of occurrence of fog exceeds the pre-defined probability threshold range, wherein the
triggered sets of control signals facilitate prevention of fog by controlling any or a combination of a recirculation door, a set-point of
an evaporator, and a temperature of the windshield of the vehicle.

(19) INDIA
(54) Title of the invention : AN UNMANNED AERIAL VEHICLE(UAV) SYSTEM TO MONITOR THE CULTIVATION OF
CROPS PATTERNS BASED ON SOIL FERTILITY USING DEEP LEARNING TECHNIQUES
1)DR SURENDRA KUMAR YADAV
Address of Applicant :ADVOCATE & SCIENTIFIC
CONSULTANT, 37, OLD ROSHAN PURA EXTENSION, A-
BLOCK, NAJAFGARH, NEW DELHI-110043, INDIA Najafgarh
Delhi India
2)KONDA HARI KRISHNA
:G06K0009620000, 3)DHANANJAY MANCHAKRAO KADAM
B64C0039020000, 4)DR A ARUL PETER
(51) International classification G01N0021880000, 5)DR. ADITYA NITINBHAI CONTRACTOR
G06N0003080000, 6)DR.P.P.PATIL,
G06N0003040000 7)DR HARISHCHANDER ANANDARAM
(31) Priority Document No :NA 8)DR. SHALINI GUPTA
(32) Priority Date :NA 9)NEELAXI PANDEY
(33) Name of priority country :NA 10)DR. DEVVRET VERMA
(86) International Application No :NA 11)DR DEVABALAN POUNRAJ
Filing Date :NA 12)SONU KUMAR
(87) International Publication No : NA (72)Name of Inventor :
(61) Patent of Addition to Application 1)DR SURENDRA KUMAR YADAV
:NA
Number 2)KONDA HARI KRISHNA
:NA
Filing Date 3)DHANANJAY MANCHAKRAO KADAM
(62) Divisional to Application Number :NA 4)DR A ARUL PETER
Filing Date :NA 5)DR. ADITYA NITINBHAI CONTRACTOR
6)DR.P.P.PATIL,
7)DR HARISHCHANDER ANANDARAM
8)DR. SHALINI GUPTA
9)NEELAXI PANDEY
10)DR. DEVVRET VERMA
11)DR DEVABALAN POUNRAJ
12)SONU KUMAR
(57) Abstract :
An Unmanned Aerial Vehicle(UAV) system to Monitor the Cultivation of Crops Patterns based on Soil Fertility using Deep Learning
techniques is the proposed invention. The invention focuses on designing a framework of artificial intelligence to predict & detect the
possible diseases that may attack a crop. The proposed invention utilizes smart devices such as High-resolution camera & data sets of
precious year crop rotation to predict the quality of crop production.

(19) INDIA
(54) Title of the invention : A SMARTPHONE BASED ORAL CANCER DETECTION DEVICE USING COMBINED
TECHNIQUES OF FLUORESCENCE SPECTROSCOPY AND IMAGING

A61B0005000000, 1)Photospimedx Pvt. Ltd.
(51) International classification A61B0001040000, Address of Applicant :Southern Labs-111, Academic Area, IIT
G01N0033574000, Kanpur, Kalyanpur, Kanpur-208016, India. Kanpur Uttar Pradesh
A61B0001060000 India
(32) Priority Date :NA 1)Amar Nath Sah
(33) Name of priority country :NA 2)Shivam Shukla
(86) International Application No :NA 3)Shikha Ahirwar
Filing Date :NA 4)Asima Pradhan
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT A SMARTPHONE BASED ORAL CANCER DETECTION DEVICE USING COMBINED TECHNIQUES OF
FLUORESCENCE SPECTROSCOPY AND IMAGING The present invention relates to the field of detection of oral cancer. The
Invention particularly provides an efficient smartphone based oral cancer detection device based on integrated functioning of
fluorescence spectroscopy and imaging.

(19) INDIA
(54) Title of the invention : A NOVEL COMPOSITION OF MG-ZN NANOFERRITE BY USING A CITRATE PRECURSOR
METHOD

B82Y0030000000, 1)AMITY UNIVERSITY
(51) International classification G01J0003453000, Address of Applicant :E-27, DEFENCE COLONY, NEW
C01G0053000000, DELHI – 110024, INDIA New Delhi Delhi India
(31) Priority Document No :NA 1)PREETI THAKUR
(32) Priority Date :NA 2)SONAM KUMARI
(33) Name of priority country :NA 3)ATUL THAKUR
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT A NOVEL COMPOSITION OF Mg-Zn NANOFERRITE BY USING A CITRATE PRECURSOR METHOD The
present invention describes a novel composition of Mg-Zn nanoferrite by using a citrate precursor method. Mg-Zn nanoferrites of
composition Mg0.4Zn0.6Fe2O4 have been prepared by using a citrate precursor method. A detailed structural analysis was performed
on Mg-Zn nanoferrites wherein, crystallite size, lattice parameter, X-ray density, bulk density, porosity were calculated using XRD
data. Further, strain on the sample was calculated by plotting Williamson – Hall (W-H) plot. Scanning electron microscopy (SEM) and
Fourier transform infrared spectroscopy (FTIR) were performed to study morphological and optical properties. The spinel structure
was confirmed by XRD with the crystallite size of 38nm. SEM micrograph of the sample showed almost spherical shape
nanoparticles. Fourier-transform infrared (FTIR) spectra disclosed two characteristic bands showing tetrahedral and octahedral site
occupancies.

(19) INDIA
(54) Title of the invention : AN IMAGING PROBE FOR DETECTION OF KEY BIOMARKERS IN ALZHEIMER DISEASE
1)Indian Institute of Technology (BHU)
:G01N0033680000,
Address of Applicant :Department Of Pharmaceutical
A61K0049000000,
Engineering & Technology, Indian Institute Of Technology
(51) International classification A61B0003120000,
(BHU), Varanasi - 221005, India Varanasi Uttar Pradesh India
A61B0003100000,
2)All India Institute of Medical Sciences (AIIMS)
A61B0003140000
3)National Institute of Immunology
4)Banaras Hindu University
5)Indian Council of Medical Research
1)MODI, Gyan Prakash
Filing Date :NA
2)RAI, Himanshu
3)SINGH, Rishab
:NA 4)KUMAR, Saroj
Number
:NA 5)SHANKAR, Gauri
Filing Date
6)SINGH, Brijesh
7)GUPTA Sarika
Filing Date :NA
8)SRIKRISHNA, Saripella
9)KRISHNAMURTHY, Sairam
(57) Abstract :
The present invention provides several novel small, neutral, and moderately lipophilic near infrared imaging probes and a novel
method for synthesis of 2H-chromen-2-one or quinolin-2(1H)-one derivatives and 3-methoxybenzylidene derivatives which are used
for the detection of key biomarkers including amyloid beta (Aß) aggregates by targeting Aß plaques in retina using low-cost near
infrared fluorescence for the purpose of imaging in Alzheimer Disease (AD). The specific and reliable imaging probes provides
complete understanding of the dynamics of the progression of the AD. It also provides the ideal quantitative end point for evaluating
therapeutics aimed at removing the pathological lesions hypothesized to cause the disease.

(19) INDIA
(54) Title of the invention : NOVEL PROCESS FOR THE PREPARATION OF CISATRACURIUM OR ITS SALT THEREOF

A61K0031460000, 1)Mankind Pharma Ltd.
(51) International classification C07D0217200000, Address of Applicant :208, Okhla Industrial Estate Phase III,
C08L0063000000, New Delhi India Delhi India
(31) Priority Document No :NA 1)CHAUHAN, Gaurav
(32) Priority Date :NA 2)SAHU, Surendra
(33) Name of priority country :NA 3)ATRI, Shubham
(86) International Application No :NA 4)VERMA, Prabhat
Filing Date :NA 5)PANDEY, P Vivek
(87) International Publication No : NA 6)CHATURVEDI, Vivek
(61) Patent of Addition to Application 7)KUMAR, Neeraj
:NA
Number 8)Kumar, Anil
:NA
Filing Date
Filing Date :NA
(57) Abstract :
NOVEL PROCESS FOR THE PREPARATION OF CISATRACURIUM OR ITS SALT THEREOF ABSTRACT The present
invention relates to process of preparation of Cisatracurim or its salt of Formula IIa by involving use of novel compound of Formula I
. where X- is an anion selected from chloride, bromide, iodide, tetrafluoroborate, sulfate, hydrogensulfate, methanesulfonate,
benzenesulfonate, p-toluenesulfonate, naphthalene-1-sulfonate, naphthalene-2-sulfonate, oxalate, and tartrate. Dated this, 6th Day of
May, 2022 For Mankind Pharma Ltd. Dr. Anil Kumar Chief Scientific Officer

(19) INDIA
(54) Title of the invention : LOW POLLUTION STUBBLE CUM WASTE BURNER AND POWER GENERATION
:F23J0015020000, (71)Name of Applicant :

F23G0007100000, 1)Dronacharya Group of Institutions
(51) International classification F23G0005027000, Address of Applicant :Dronacharya Group of Institutions 27,
F23G0005200000, Knowledge Park-III, Greater Noida, U.P. Greater Noida Uttar
F23G0005460000 Pradesh India
(32) Priority Date :NA 1)Dr. Bishub Choudhury
(33) Name of priority country :NA 2)Mr. Shyam Ji
(86) International Application No :NA 3)Mr. Harindra Nau
Filing Date :NA 4)Mr. Akshaj Jumde
Filing Date :NA
Filing Date :NA
(57) Abstract :
Stubble burning is the technique of burning stubble (parali), an agricultural waste left over after harvesting grains such as paddy and
wheat. Stubble burning happens everywhere, but mainly in India, the world's largest rice producer, where it creates significant air
pollution and has a detrimental impact on air quality. According to Indian government meteorologists, burning stubble in areas such as
Punjab, western Uttar Pradesh, and Haryana can contribute up to 45% of Delhi's pollution. As a result, a low-polluting stubble-burning
system is essential. With this goal in mind, a low pollution stubble cum waste burner is proposed, whose objective is to burn stubble
quickly while producing the least amount of pollution feasible. This technology also has the ability to generate power using the heat
generated during stubble burning. Another advantage of this proposed technology is that it is not limited to stubble but can be applied
to any type of degradable or bio-degradable waste. Initially, stubble or waste was burned in a closed chamber, known as a
"stubble/waste disposal chamber," which was connected to a filtration unit. The filtration unit is capable of filtering pollutants with a
diameter of up to 2 microns. The stubble disposal chamber also has a boiler with a ready-to-use water supply in it. The heat generated
during stubble disposal will be used by the boiler to generate steam, which will then be delivered to a mini power production unit
connected to the burner for power generation. This will help in reducing the load of thermal power plants in the states of India. Since
India is experiencing a severe coal shortage, the establishment of these plants will help significantly to lower the country's coal load.
Keywords: Stubble, Degradable waste, Stubble/waste burning, Pollution prevention, Power Generation

(19) INDIA
(54) Title of the invention : AUTOMATED TROLLEY AND METHOD TO OPERATE THE SAME

G06F0003041000, 1)Galgotias University
(51) International classification B60B0033000000, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
A61H0003040000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
A47D0015000000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(32) Priority Date :NA Noida Uttar Pradesh India
(86) International Application No :NA 1)Sarthak Singh
Filing Date :NA 2)Ritik Solanki
(87) International Publication No : NA 3)Lokesh Varshney
Filing Date :NA
Filing Date :NA
(57) Abstract :
An automated trolley (100), the trolley (100) comprising: a frame (102) arranged at a base of an object (104) by using an attachment
means (106a-106n), wherein the frame (102) is configured to provide support to components of the trolley (100); a pair of wheels
(108a-108b) arranged underneath the frame (102), and configured to enable a movement of the trolley (100) by inducing a rolling
motion into the object (104); and buttons (110a-110b) arranged on the object (104) by using a fastening means, wherein the buttons
(110a-110b) are operated to enable contraction and retraction of the pair of wheels (108a-108b).

(19) INDIA
(54) Title of the invention : METHOD FOR PREPARATION OF RAW PULP FOR MANUFACTURING OF COSMETICS AND
SKIN CARE PRODUCTS

G01N0001400000, 1)Galgotias University
(51) International classification C12N0005077500, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
A23L0002720000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
G01N0001340000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(86) International Application No :NA 1)Dr. Pinki Chakraborty
Filing Date :NA 2)Monisha Singh
(87) International Publication No : NA 3)Mrs. Anupama Singh
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A method (200) for preparation of raw pulp for manufacturing of cosmetics and skin care products, comprising steps of: collecting
sugarcane extract and bagasse fibers (100) as sample; clarifying and removing impurities from the collected sample; drying the
collected sample at a temperature in a range of 60 degrees Celsius to 80 degrees Celsius; grinding the collected sample in a form of
fine powder; blending the fine powder with benzene and toluene solvent to create an intermediate pulp mixture; transferring the
intermediate pulp mixture into a Soxhlet apparatus (102); centrifuging the intermediate pulp mixture to remove any remaining
particulate matter; collecting and distilling the intermediate pulp mixture through a filter paper (106); concentrating the filtered
solution in an evaporator (108); and dissolving the filtered solution in an ethanol solution and heating the dissolved solution upto a
temperature of 70 degree Celsius to achieve the final raw pulp.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR DEVELOPING SNAKE GAME

A63F0013420000, 1)Galgotias University
(51) International classification G06F0008510000, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
G06F0009440000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
A63F0013870000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(86) International Application No :NA 1)Priyavrat Pandey
Filing Date :NA 2)Varsha Gautam
(87) International Publication No : NA 3)Deiborme Kyndait
(61) Patent of Addition to Application 4)Manish Kapruwan
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A system (100) for developing a snake game, the system (100) comprising: a snake game application (104) installed within a
computing device (102), wherein the snake game application (104) is created by using: a first programming language (106) configured
to define a visual structure of the snake game application (104); a second programming language (108) configured to map and enhance
a user interface of the snake game application (104); and a third programming language (110) configured to enable a functioning of
the snake game application (104).

(19) INDIA
(54) Title of the invention : MOOD ENHANCING DEVICE

A61L0009140000, 1)Galgotias University
(51) International classification A61L0009030000, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
A61L0009120000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
D06F0058200000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(32) Priority Date :NA Noida Uttar Pradesh India
(86) International Application No :NA 1)Nikhil Sinha
Filing Date :NA 2)Nadeem Sarwar
(87) International Publication No : NA 3)Shashi Ranjan
(61) Patent of Addition to Application 4)Lokesh Varshney
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A mood-enhancing device (100), wherein the device (100) comprising: fragrance tubes (108a-108n) positioned horizontally in a body
(102) of the device (100), wherein each of the fragrance tubes (108a-108n) is capable to store different types of fragrances to be
released in an indoor environment; a sprayer (112) connected to the fragrance tubes (108a-108n), wherein the sprayer (112) is adapted
to spray a required fragrance in the indoor environment through a nozzle (114); a controller (118) configured to receive a type of
mood of a user as an input from a computing device (120); determine a name of the fragrance stored corresponding to the received
type of mood in a database; and enable the sprayer (112) to spray the determined fragrance through the nozzle (114) into the indoor
environment such that the determined fragrance is released from one of, the fragrance tubes (108a-108n) having the determined
fragrance.

(19) INDIA
(54) Title of the invention : A METHOD OF DETECTING LEAK IN A TANK OF A VOLATILE LIQUID
:G01M0003040000, (71)Name of Applicant :

B66C0023780000, 1)PADMINI VNA MECHATRONICS LTD.
(51) International classification B65D0088120000, Address of Applicant :Plot No. 100-101, Sector 35, Phase VII,
G01M0003320000, Udyog Vihar, Gurgaon-122001, Haryana, India Haryana India
(31) Priority Document No :NA 1)KABIR BHANDARI
(32) Priority Date :NA 2)SANDEEP ANTIL
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT “A METHOD OF DETECTING LEAK IN A TANK OF A VOLATILE LIQUID” The present invention provides a
method of detecting leak in a tank (1) of a volatile liquid (2) comprising steps of installing a vertical tower (3’) having a sealed volume
A (3) inside said tank (1), wherein the volume B (4) of said tank (1) is much larger than volume A (3) of said vertical tower (3’),
volume A (3) of vertical tower (3’) allows fluid to enter from the lower part of the tower (3’) wherein top of said vertical tower (3’) is
close to top of said tank (1), thereby enabling leakage measurement to be made when said tank (1) is nearly empty by completely
immersing vertical tower (3’) at bottom close to bottom of said tank (1) and installing at least two pressure sensors P1 (6) and P2 (7),
wherein pressure sensor P1 (6) shows the vapour pressure in larger volume B (4) of said tank (1). Figure 1 on sheet no. 1 of the
drawings may accompany the abstract when published.

(19) INDIA
(54) Title of the invention : MEDSGEN

G16H0020100000, 1)Dronacharya Group of Institutions
(51) International classification G06Q0030060000, Address of Applicant :Dronacharya Group of Institutions 27,
G06Q0010100000, Knowledge Park-III, Greater Noida, U.P. Greater Noida Uttar
G07F0017000000 Pradesh India
(32) Priority Date :NA 1)Bipin Pandey
(33) Name of priority country :NA 2)Aayushya Verma
(86) International Application No :NA 3)Chirag Gupta
Filing Date :NA 4)Vikrant Kumar Tanwar
(87) International Publication No : NA 5)Ayush Rawat
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A generic drug is one that has been produced to be the same as a previously approved medicine; that is, it has the same composition
but is less expensive. Most consumers choose non-generic medicine instead of generic medicine since they are unaware of the generic
medicines, resulting in them purchasing more expensive treatment. So, in order to address this issue, we intend to develop an online
platform that informs us of the generic name of the prescription recommended by the doctor as well as the location of the nearest drug
shop. Because uncontrolled usage might be dangerous, generic pharmaceuticals and drugstores will only be added to the site after
verification. We can connect a web platform inventory so that clients may locate the proper medicine in the right spot. It would be
tough for the user to remember the names of all the drugs when going to buy them. As a result, consumers will utilise our web
platform to seek for the needed medications and receive generic salts of the meds. Simply click on the add to list button to add the
medications to the list. You may even download, distribute, and forward the list to a nearby medical pharmacy. If the user has
difficulty finding a nearby drug store, our web platform will provide a live interface where users can find the nearest drugstore as well
as get the relevant details about the store as well as about the person in charge within the store, so that the user can make a call at the
store and share the list of medicines generated by the platform previously. There are people who are unable to type and search because
they do not know how to type or for other reasons, thus we intend to implement an OCR tool to address this issue. OCR (Optical
Character Recognition) is a technique that analyses a page's text and converts the letters into code that may be used to process data.
OCR is a technology used to recognise printed or handwritten text characters inside digital pictures of paper files, such as when
scanning paper records. We created the OCR using several Python packages. We have also integrated the functionality of a chatbot,
which will be in the lower-right portion of our platform, so that any user who wants to know about the platform can easily access it,
and if he/she encounters any issues with the searching part or any other functionality within the platform, they can directly
communicate with the technical department.

(19) INDIA
(54) Title of the invention : WATER-BASED CONTACT KILLING FORMULATION TO INHIBIT MICROBIAL GROWTH AND
METHOD FOR PREPARATION THEREOF

A61K0036534000, 1)Ruhvenile Biomedical OPC Pvt. Ltd.
(51) International classification A61K0047120000, Address of Applicant :104B/9, Kishangarh Vasant Kunj, New
A61K0008250000, Delhi, New Delhi Delhi India 110070 New Delhi Delhi India
(31) Priority Document No :NA 1)Dr. Rajkumar Halder
(32) Priority Date :NA 2)Ms. Mridula Bharti
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Water-based contact killing formulation to inhibit microbial growth and method for preparation thereof The present invention relates
to a formulation, which comprises i) Copper-cerium nanoparticles in the range of 0.003 – 0.03% w/w; ii) Isosorbide nitro derivatives
(0.01 – 0.3% w/w, iii) Benzalkonium Chloride in the range of 0.03 – 0.3% w/w; iv) Sodium metasilicate in the range of 0.1 -0.5%
w/w; v) Sodium benzoate in the range of 0.1 – 0.3% w/w; vi) Oleic acid in the range of 0.01 – 0.03% w/v; vii) Turpentine oil/mint oil
in the range of 0.1 –0.3% w/w; viii) Glycerol in the range of 0.1 - 2% w/v; ix) Adipic acid in the range of 0.005 – 0.5% w/v; x)
Hydrogen peroxide in the range of 0.1-0.125% w/v; xi) Carbopol 940 in the range of 0.01 -0.5% w/v; xii) Polyvinyl pyrrolidone in the
range of 0.001 – 0.2% w/w; and xiii) Water. The method for preparation of the formulation involves mixing of the ingredients
mentioned above.

(19) INDIA
(54) Title of the invention : GREEN TEA EXTRACT EFFERVESCENT TABLET

A61K0036906400, 1)PSYCHOCARE HEALTH PRIVATE LIMITED
(51) International classification A61K0009200000, Address of Applicant :34-35, NEW SUNNY ENCLAVE
A61K0009460000, MARKET, SECTOR 125,GREATER MOHALI PUNJAB 140301
A61K0036230000 INDIA Mohali Punjab India
(32) Priority Date :NA 1)JAGDEEP SINGH GANDHOKE
(33) Name of priority country :NA 2)SUPREET SINGH
(86) International Application No :NA 3)UPENDER KUMAR
Filing Date :NA 4)LEENA KUMARI
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Provided herein is a Green Tea Extract composition, process for preparing the composition and formulation of Green Tea Extract as
an Effervescent tablet. The composition comprising: (i) Green Tea leaves extract, (ii) Ginger, (iii) Tulsi extract, (iv) Cinnamon, (v)
Nutmeg, (vi) Hing (Ferula asafoetida), (vii) Clove, (viii) Cardamom (Elettaria cardamomum), and (ix) Black Pepper. The Green Tea
Extract is formulated into an effervescent tablet. the effervescent Green Tea extract tablet is used for weight loss, and to reduce
inflammatory skin conditions.

(19) INDIA
(54) Title of the invention : NOVEL SPLIT PARKING PAWL MECHANISM
:F16H0063340000, (71)Name of Applicant :

B60T0001000000, 1)Mercedes-Benz Group AG
(51) International classification F16D0063000000, Address of Applicant :Mercedesstraße 120, Stuttgart, 70372,
F16D0125400000, Germany. Germany
(31) Priority Document No :NA 1)Saurabh Samant
(32) Priority Date :NA 2)Harish Sonawane
(33) Name of priority country :NA 3)Haneesh Haridasan
(86) International Application No :NA 4)Saswat Purohit
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The parking lock mechanism 200 for a vehicle is disclosed, including a parking gear 202 with internal teeth 204 and a parking pawl
206 movably configured on a shaft 208 and having a plurality of sleeves 212 with external locking teeth 214. The parking pawl is
movable between an engaged position towards the parking gear 202 in which the external locking tooth 214 of at least one of the
sleeves 212 is in engagement with the parking gear 202 to block movement of the parking gear 202, and a disengaged position away
from the parking gear 202 in which the external locking tooth 214 of each sleeve 122 is disengaged with the parking gear 202 to allow
movement of the parking gear 202. The parking pawl 206 is selectively actuated through a hydraulic arrangement to enable movement
of the parking pawl 206 between the engaged position and the disengaged position.

(19) INDIA
(54) Title of the invention : AN ELECTROLYTE COMPOSITION FOR A HIGHLY STABLE AND REVERSIBLE SODIUM-
METAL ANODE FOR HIGH-ENERGY RECHARGEABLE BATTERIES

H01M0004580000, 1)Indian Institute of Technology Delhi
(51) International classification H01M0004380000, Address of Applicant :Indian Institute of Technology Delhi,
H01M0010390000, Hauz Khas, New Delhi-110016, India Hauz Khas Delhi India
(31) Priority Document No :NA 1)KUMAR, Vipin
(32) Priority Date :NA 2)SONI, Chhail Bihari
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT OF THE INVENTION AN ELECTROLYTE COMPOSITION FOR A HIGHLY STABLE AND REVERSIBLE
SODIUM-METAL ANODE FOR HIGH-ENERGY RECHARGEABLE BATTERIES The present invention discloses an electrolyte
composition comprising an additive, and an electrolyte salt in an ether-based solvent, for high energy sodium-metal anode batteries.
Further, the additive comprises an aromatic organic compound and the electrolyte salt is preferably sodium salt. Particularly, the
invention provides an electrolyte composition that enables highly stable and reversible operation of sodium-metal anode in
rechargeable batteries. The invention also provides a process of preparation of the electrolyte composition.

(19) INDIA
(54) Title of the invention : FAULT TRACING OF WIRING HARNESSES USING AUGMENTED REALITY

G01R0031110000, 1)Dronacharya Group of Institutions
(51) International classification G01R0031000000, Address of Applicant :Dronacharya Group of Institutions 27,
C22C0038000000, Knowledge Park-III, Greater Noida, U.P. Greater Noida Uttar
C03C0003068000 Pradesh India
(32) Priority Date :NA 1)Pranay Bhadauria
(33) Name of priority country :NA 2)Afaque Wasim
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Electrical cables of all types are exposed to harsh environments that can cause defects or hasten the ageing process. A wide range of
application fields necessitate diagnostic methodologies and instruments. Reflectometry has shown to be the greatest choice among
several, since it can be simply used to the detection and localization of hard faults with only one wire access point. Soft faults, on the
other hand, are more difficult to trace and necessitate the development of new, more sophisticated technologies. Digitalization of the
manufacturing environment is presently one of the hottest issues in university and corporate computer science departments.
Augmented reality is one of the most important subjects in this field (AR). These wireless, see-through glasses provide a very natural
human-machine interface, with the ability to present certain necessary information as 3D virtual objects right in front of the user's
eyes, in parallel with the observation of the real world, and the ability to communicate with the system using simple gestures and
speech. In this study, the fault tracing of wiring harnesses is transitioned.

(19) INDIA
(54) Title of the invention : INTERIOR REAR-VIEW MIRROR ASSEMBLY
:F16C0011060000, (71)Name of Applicant :

A47L0011400000, 1)Mercedes-Benz Group AG
(51) International classification B60R0001074000, Address of Applicant :Mercedesstraße 120, Stuttgart, 70372,
B62D0057032000, Germany. Germany
(31) Priority Document No :NA 1)Rohan Devan
(32) Priority Date :NA 2)Vikas Khot
(33) Name of priority country :NA 3)Vinod Babaleshwar
(86) International Application No :NA 4)Abhay Ghorpade
Filing Date :NA 5)Jigar Ghedia
(87) International Publication No : NA 6)Harsha Ganesh
(61) Patent of Addition to Application Number :NA 7)Sudharshan Srinath
Filing Date :NA 8)Vaibhav Nandkhile
(62) Divisional to Application Number :NA 9)Anushekhar Grandhi
Filing Date :NA
(57) Abstract :
An improved IRVM assembly is disclosed, having a foot assembly 204 and a mirror head assembly coupled to the foot assembly 204
through a ball-socket joint. A ball stud 202 of the ball-socket joint includes external threads 206 and is fixed to the foot assembly 204
through internal threads 210 in the foot assembly 204. Using a ball stud with distance L from the center of ball 214 to a proximal end
208 of the external threads 206 corresponding to a desired height of the mirror 106 enables achieving different mirror heights from
ground on different car lines.

(19) INDIA
(54) Title of the invention : AUTOMATIC CONFIGURATION OF CAMERA SETTINGS USING RADAR

H04N0005235000, 1)Honeywell International Inc.
(51) International classification H04L0012240000, Address of Applicant :855 S. Mint Street, Charlotte, NC
G01S0013860000, 28202, USA U.S.A.
G01S0013880000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Bhattacharjee, Arnab
(32) Priority Date :NA 2)K, Karthikeyan
(33) Name of priority country :NA 3)Dhayalan, Sivasanthanam
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Abstract A system includes a camera having a field of view, a radar sensor having a field of view that at least partially overlaps the
field of view of the camera, and a controller operatively coupled to the camera and the radar sensor. The controller is configured to
receive one or more signals from the radar sensor, identify an object of interest moving toward the camera based at least in part on the
one or more signals from the radar sensor, determine a speed of travel of the object of interest, determine a projected track of the
object of interest, and determine a projected image capture window within the field of view of the camera at which the object of
interest is projected to arrive. The controller may then send one or more camera setting commands to the camera

(19) INDIA
(54) Title of the invention : DEVELOPMENT OF HYBRID-POWERED UAV FOR EXTENDED FLIGHT TIME

H02J0007350000, 1)Dronacharya Group of Institutions
(51) International classification G05D0001000000, Address of Applicant :Dronacharya Group of Institutions 27,
B64D0047080000, Knowledge Park-III, Greater Noida, U.P. Greater Noida Uttar
B64D0027240000 Pradesh India
(32) Priority Date :NA 1)Dr. Hari Mohan Rai
(33) Name of priority country :NA 2)Sumit Sinha
(86) International Application No :NA 3)Kaushal Sharma
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A Drone is a unmanned aerial vehicle which is remotely controlled. A drone is used where human reach is neither safe nor easy.
Drone is developed with a balanced ratio of its payload to its utility (accepts up to 2.3kg with flight time of 40 – 60 min). A compact
design enough to hold monitoring sensors, customizable med-kit and small oxygen container all together controlled by hospital. Drone
makes use of solar energy by onsite charging and it consists of a motor and generator charging setup, backed with a small battery. The
energy produced is use to power sensors and other electronic components involved in making both treatment and journey smoother.
Through this hospital can start monitoring patient very early and the probability of survival increases while ambulance comes.

(19) INDIA
(54) Title of the invention : CUSTOMIZED 3D PRINTED HOLLOW CAPSULAR DEVICE, USES AND METHOD OF
FABRICATING THEREOF

A61K0009500000, 1)Indian Council Of Medical Research
(51) International classification A61K0009200000, Address of Applicant :V. Ramalingaswami Bhawan, P.O. Box
B33Y0070000000, No. 4911, Ansari Nagar, New Delhi - 110029, India New Delhi
A61K0009480000 Delhi India
(31) Priority Document No :NA 2)National Institute of Pharmaceutical Education and
(32) Priority Date :NA Research (NIPER)
(86) International Application No :NA 1)SURYAVANSHI, Purushottam
Filing Date :NA 2)BANERJEE, Subham
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The fields of pharmacology and pharmacogenomics focus on the development of patient centric drug delivery systems (DDS). Three-
dimensional printing (3DP) technology having ability to prepare patient centric DDS. Stereolithography (SLA) 3DP technology-
mediated hollow capsular device with a standard size of 09 was fabricated & filled with pristine NOR and NOR-loaded micropellets
(MPs) and characterized in terms of in vitro and in vivo means. MPs with particle size distribution of 1540.0±26 µm showed
95.63±2.0 % NOR content. The in vitro release profile showed an initial lag phase of approximately 30 min, followed by sustained
release of NOR. The prolonged pharmacokinetic parameters, and evidence of good RBA of NOR in comparison to pure NOR after a
single oral administration in an experimental animal model. Based on results, the SLA 3DP technology can be utilized to prepare
customized, controlled release solid unit dosage carrier that can be filled with pure NOR-and NOR-loaded MPs.

(19) INDIA
(54) Title of the invention : COMPLIANCE EVALUATION SYSTEM FOR AN ORGANIZATION

G06Q0010100000, 1)People Center, Inc.
(51) International classification G06F0021620000, Address of Applicant :55 Second Street, San Francisco, CA
G06Q0030000000, 94105, United States of America. San Francisco U.S.A.
(31) Priority Document No :NA 1)SURYANARAYANA, Sachin Aralasurali
(32) Priority Date :NA 2)SCHWARTZ, Tomer
(33) Name of priority country :NA 3)JEYARAM, Parthasarathy
(86) International Application No :NA 4)AGARWAL, Prateek
Filing Date :NA 5)CHOUDHARY, Shubham
(87) International Publication No : NA 6)SINGHAL, Sanket
(61) Patent of Addition to Application 7)BHAVNANI, Sanjay
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A computing system that determines employee and organizational compliance includes one or more databases that store organizational
data and one or more processors to execute instructions to perform various operations. The operations include accessing, from the
organizational data, employee information associated with a first employee object, accessing, from the organizational data,
jurisdictional information associated with a first jurisdiction object, importing one or more compliance parameters relating to the first
jurisdiction object to generate one or more compliance rules parameterized for the first jurisdiction object, determining compliance
with the one or more compliance rules parameterized for the first jurisdiction object with respect to the first employee object, based on
the employee information and the one or compliance parameters, and providing an output indicating whether the one or more
compliance rules parameterized for the first jurisdiction object are being complied with, with respect to the first employee object.

(19) INDIA
(54) Title of the invention : DESIGN AND DEVELOPMENT OF AUTOMATED WASTE PAPER RECYCLING MACHINE FOR
SUSTAINABLE MANUFACTURING
:D21C0005020000, (71)Name of Applicant :

B02C0018000000, 1)Dronacharya Group of Institutions
(51) International classification B02C0018220000, Address of Applicant :Dronacharya Group of Institutions 27,
B02C0018160000, Knowledge Park – III, Greater Noida, U.P. Greater Noida Uttar
B02C0018240000 Pradesh India
(32) Priority Date :NA 1)Dronacharya Group of Institutions
(33) Name of priority country :NA 2)Yamika Patel
(86) International Application No :NA 3)Gautam Jha
Filing Date :NA 4)Kaushal Jha
(87) International Publication No : NA 5)Aniket Kumar
Filing Date :NA
Filing Date :NA
(57) Abstract :
The current work reports the design and fabrication of a waste paper recycling machine that is efficient in tackling the challenges of
waste paper disposal. The traditional methods of disposing of waste papers have proven to be relatively expensive and unhealthy in
many developing nations across the globe. Therefore, the provision of a low technological and cost-effective machine to recycle these
biodegradable wastes in more economical, healthy and safe for the environment is needed. Thus, the objective of this work was to
design and fabricate a motorized waste paper recycling machine. The machine was designed to use rotary blades rotated by a high-
speed electric motor, followed by a performance evaluation of the machine to determine its efficiency. It has an AC motor of
3000rpm. Blades are used to produce a centrifugal force inside the cylindrical block. These blades are connected to the motor by a
shaft. The motor rotates the shaft at 3000rpm, and this power is transferred to the blades. Bearing is used in the shaft to provide
constant rotations. We add 50% water, 50% paper, alum, and starch to this cylindrical block. Now we start the motor with 230V AC
supply. Blades start rotating. We use alum and starch for deinking of paper. Due to centrifugal force and the sharpness of blades, the
paper is converted into paper pulp. The pulp was used to produce waste paper-based composite samples with the addition of suitable
binders. Keywords: design, fabrication, waste papers, recycling machine, pulp, medium scale

(19) INDIA
(54) Title of the invention : UNSUPERVISED HYDROPONIC SYSTEM

A01G0031060000, 1)Dronacharya College of Engineering
(51) International classification A01G0031000000, Address of Applicant :CORPORATE OFFICE # 76 P, Part –
C05D0009000000, III,Sector – 5, Gurgaon,Haryana Gurugram Haryana India
(31) Priority Document No :NA 1)NEHA VERMA
(32) Priority Date :NA 2)Dimple Saproo
(33) Name of priority country :NA 3)Vivek Singh
(86) International Application No :NA 4)Devansh Sharma
Filing Date :NA 5)Vineet Gahlan
(87) International Publication No : NA 6)Nitin Kumar
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Hydroponic farming is a method of growing crops using mineral solutions, in water, without soil. The plants thrive on the nutrient
solution alone; the medium merely acts as a support for the plants and their root systems. Generally, Hydroponic Farming requires
continuous human attention because of its high sensitivity to the environmental conditions. The primary objective of this project is to
completely automate a hydroponic system that will function using sensor given feedback and IOT which in turn will significantly
reduce human involvement. With our project, we will design a system that can be observed, controlled and managed easily with the
help of the internet anywhere and anytime .Using this technique plants can be grown anywhere with lesser efforts. It can be
maintained by someone who has limited knowledge of farming as the system will be Feedback based and self-fed. This system is not
only Eco-friendly as it produces oxygen and simultaneously saves and recycles water, but also clean as no soil is used, hassle free due
to its compact size and and can produce fresh, pesticide free indoor grown farm produce. These problems are addressed by a novel
system which is fully automatic hydroponic setup. It keeps trace of water, nutrients as well as ambient temperature to monitor and
regulate health of plant.

(19) INDIA
(54) Title of the invention : COMPACT MOBILE GREEN NOISE BARRIER

E04B0001840000, 1)COUNCIL OF SCIENTIFIC AND INDUSTRIAL
(51) International classification E04B0001820000, RESEARCH
E04B0001860000, Address of Applicant :Anusandhan Bhawan, 2 Rafi Marg,
E04B0001990000 New Delhi - 110001 Delhi India
(32) Priority Date :NA 1)Ritesh Vijay
(33) Name of priority country :NA 2)Vijaya Laxmi
(86) International Application No :NA 3)Chaitanya Thakre
Filing Date :NA 4)Abhishek Bisarya
(87) International Publication No : NA 5)Komal Kalawapudi
Filing Date :NA
Filing Date :NA
(57) Abstract :
COMPACT MOBILE GREEN NOISE BARRIER Noise barriers reported formerly have been generally designed for the property of
sound attenuation by utilizing a single material. Existing noise barriers have either relayed singularly on vegetation for sound
attenuation or on a specific material individually. The present invention obliges the inclusion of multiple slots which provide the
inclusion of panels made of different noise-absorbing materials within the frame. Different materials are used and placed in different
slots or a single material placed in multiple slots. The compact movable green noise barrier is ready to be deployed along roadside
pathways to mitigate traffic noise as well as stationary noise sources. Multiple slots for acoustic panels are also accompanied by
varying thickness of the slots as the performance of acoustical panels are varies with respect to their thickness. A combination of
absorptive and reflective acoustical panels is used as a composite mitigation strategy towards noise pollution. The positions of
acoustic panels in the frame of multiple slots are designed in such a way that it minimizes the noise leakages from the joint of acoustic
panels in multiple slots. The selection of acoustical panels is dependent on field conditions and the extent of noise mitigation required
for the respective location. Due to vegetation cover on both faces of the movable green noise barrier, the parallel noise reflection
phenomena are additionally minimized, in case the noise barriers are placed along both sides of the roads. By introducing mobility and
green vegetation in the noise barrier, it is easily transported and installed at various locations around noise emitting sources or on the
receiver’s end. The developed device is compact, mobile, detachable and easy to install at the sites.

(19) INDIA
(54) Title of the invention : A SYSTEM AND PROCESS FOR IDENTIFICATION OF MATERIALS FOR HYDROGEN STORAGE

C01B0003080000, 1)Council of Scientific and Industrial Research
(51) International classification G06F0021600000, Address of Applicant :Anusandhan Bhawan, 2-Rafi Marg New
C22C0030000000, Delhi-110001 Ph:- 011 Delhi India
(31) Priority Document No :NA 1)Kavita Purushottam Joshi
(32) Priority Date :NA 2)Ashwini Dinanath Verma
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT A SYSTEM FOR IDENTIFYING HYDROGEN STORAGE PROPERTIES OF METAL ALLOYS AND A METHOD
THEREOF The present invention provides an automated method (100) and system (200) for identifying hydrogen storage properties
of metal alloys. More particularly, the invention provides a method and system for identification of materials for solid hydrogen
storage in multi-component metal alloys. The system (200) can predict hydrogen weight capacity and equilibrium plateau pressure at
different temperatures along with enthalpy of hydride formation of multi-component metal alloys with high predictability and ease of
interpretation. Further, a suitable alloy can be identified by the method (100) employed using the system (200) for hydrogen storage
applications based on the hydrogen weight capacity and the equilibrium plateau pressure at different temperatures and enthalpy of
hydrogenation, wherein an absorption temperature of the suitable alloy plays a vital role. To be published with Figure 1

(19) INDIA
(54) Title of the invention : SYSTEM FACILITATING POWER SUPPLY IN COMMUNICATION NETWORK AND METHOD
THEREOF

H02J0003320000, 1)INDIAN INSTITUTE OF TECHNOLOGY DELHI
(51) International classification H02S0020320000, Address of Applicant :INDIAN INSTITUTE OF
H02J0050400000, TECHNOLOGY DELHI, Hauz Khas, New Delhi (South) –
H02J0007350000 110016, India New Delhi Delhi India
(32) Priority Date :NA 1)KANDPAL, Tara Chandra
(33) Name of priority country :NA 2)DEEVELA, Niranjan Rao
(86) International Application No :NA 3)SINGH, Bhim
Filing Date :NA 4)CHISHTI, Farheen
Filing Date :NA
Filing Date :NA
(57) Abstract :
Disclosed system (100) and method (200) facilitating power supply in a communication network. The system (100) comprises energy
producing system (102) configured for supplying power to telecom towers (TT) (124) in the communication network. The energy
producing system (102) comprising a solar PV array (104) for extracting power, a converter (106) configured for receiving an output
from the solar PV array (104) and a Voltage Source Converter (VSC) (108) configured with a control technique for switching one or
more modes of supplying power to the TT (124). Distribution grid (112) configured for supplying power to the TT (124). Energy
storage system (114) having a storage unit (116) and a converter (118) for storing an extra power produced by the solar PV array (104)
after supplying the power to the TT (124) and one or more loads (126) configured in the TT (124) for receiving power from at least
one of the energy producing system (102), the distributed grid (112) and the energy storage system (114).

(19) INDIA
(54) Title of the invention : SMART SIGNAGE SYSTEM AND METHOD FOR ASSISTING A USER

H04M0001725000, 1)LG ELECTRONICS INC.
(51) International classification G06N0020000000, Address of Applicant :20 Yeouido-dong, Yeongdeungpo-gu,
B60Q0009000000, Seoul - 07336, Republic of Korea Republic of Korea
(31) Priority Document No :NA 1)BHAT Krishnaprasad
(32) Priority Date :NA 2)GAUTAM Sumit Kumar
(33) Name of priority country :NA 3)RAVICHANDRAN Sathish Kumar
(86) International Application No :NA 4)CHUNG JaeWoong
Filing Date :NA 5)BACK SeungChan
(87) International Publication No : NA 6)BAEK Seonguk
(61) Patent of Addition to Application Number :NA 7)KIM Donggyu
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT SMART SIGNAGE SYSTEM AND METHOD FOR ASSISTING A USER [0060] An automated method for assisting a
user of a smart signage system is disclosed. The automated method includes detecting one or more user devices in proximity of a
smart signage system and prompting the detected one or more user devices to pair with the smart signage system. Next, receiving an
assistance request from the user of the paired user device. Next, identifying an event associated with the received assistance request by
employing a Machine Learning (ML) model. Next, generating an output associated with the assistance request based on the identified
event by employing the ML model. Thereafter, transmitting the generated output to the user device for assistance of the user.

(19) INDIA
(54) Title of the invention : NATURAL AIR CONDITIONER WITH ENVIRONMENTAL PROTECTOR

F24F0110000000, 1)Vinod Kumar Kushwah
(51) International classification F24F0011520000, Address of Applicant :Department of Physics, Hindustan
F24F0005000000, College of Science and Technology, Agra Delhi highway, Farah
F24F0013020000 Uttar Pradesh India
(31) Priority Document No :NA 2)Vipin Kumar
(33) Name of priority country :NA 1)Vinod Kumar Kushwah
(86) International Application No :NA 2)Vipin Kumar
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
All know that at this time in the country there is a severe summer season. Due to this scorching heat, diseases like heatstroke,
dysentery dehydration are arising day by day, due to which the condition of the general public is suffering and some are also losing
their lives. In this situation Air conditioner (AC) provides relief but in other aspects it causes equal damage to the environment and
also reduces the consumption of electricity up to 2 times 3 times and due to the high cost. It is also out of reach of the general public,
all these problems in view of this, we have researched such a device which will provide such coolness in the summer season and will
save people from the maximum cost of electricity and will also help us to save the environment, the name of this research device is
Natural Air Conditioner (AC) with Environmental Protector. Based on the data and evidence of results, this information can be given
or the fact can be shared that it is effective in converting about 430C temperature to 350 C temperatures in scorching heat and the
power consumption is half as compared to AC. And has proved to be helpful in saving the environment and is effective in preserving
and protecting health. This device should be patented at the earliest and through the Government's MSME program or Make in India,
this project should be commercialized, for health, public interest work for the people and in making the country strong and safe.

(19) INDIA
(54) Title of the invention : ABLATOR COMPOSITIONS

A61B0018000000, 1)Chairman, Defence Research & Development
(51) International classification B64G0001580000, Organisation
A61B0034000000, Address of Applicant :Ministry of Defence, Govt. of India,
B64G0001620000 DRDO Bhawan, Rajaji Marg, New Delhi-110011, India New
(31) Priority Document No :NA Delhi Delhi India
(33) Name of priority country :NA 1)Tanu Srivastava
(86) International Application No :NA 2)Mokhasunavisu Raghavendra Rao
Filing Date :NA 3)Srinivasulu Reddy Krishna Mohan
(87) International Publication No : NA 4)Sandhya R. Nair
(61) Patent of Addition to Application Number :NA 5)Desingou Jayaraman
Filing Date :NA 6)Chowdam Ramakrishna
(62) Divisional to Application Number :NA 7)Naresh Kumar Katari
Filing Date :NA 8)Balaji Rao Ravuri
(57) Abstract :
ABSTRACT ABLATOR COMPOSITIONS The present disclosure relates to an ablator composition for providing ablation protection
after cure thereof. The ablator composition comprises a binder, a refractory fabric, additive(s), and a filler or combination of fillers. In
an aspect, the ablator composition comprises a base nitrile-butadiene resin (NBR); a refractory fabric; an additive; and a filler. The
ablative compositions of the present disclosure can have high ablative efficiency at high heat flux and with stand higher continuous
service temperature for longer durations. Also, relates to a method of preparing an ablative material, and forming ablative thermal
protection systems thereof. The ablative material prepared is layup, have flexibility, good bond strength and have low thermal
conductivity

(19) INDIA
(54) Title of the invention : A STABLE OPHTHALMIC COMPOSITION OF LOTEPREDNOL

A61K0047020000, 1)Mankind Pharma Ltd.
(51) International classification A61K0031560000, Address of Applicant :208, Okhla Industrial Estate Phase III;
A61K0047320000, New Delhi India New Delhi Delhi India
(31) Priority Document No :NA 1)SINGH, Sandeep
(32) Priority Date :NA 2)GUPTA, Ankush
(33) Name of priority country :NA 3)GAMBHIRE, Hanumant
(86) International Application No :NA 4)NARASIMHAM, P.V.S
Filing Date :NA 5)KUMAR, Anil
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT The present invention relates to a stable ophthalmic composition comprising loteprednol or its pharmaceutically
acceptable salt thereof, one or more suspending agents, and optionally one or more excipients. Dated this the 13th day of May 2022.
For Mankind Pharma Ltd. Dr. Anil Kumar Chief Scientific Officer

(19) INDIA
(54) Title of the invention : CHIPS – COMBINED HYDRO-SOLAR IRRIGATION PUMP SYSTEM

A01G0025000000, 1)Dronacharya College of Engineering
(51) International classification H02J0007350000, Address of Applicant :Dronacharya College Of Engineering, ,
G05D0009120000, Khentawas, Farrukhnagar, Gurgaon Gurugram Haryana India
(31) Priority Document No :NA 1)Dronacharya College of Engineering
(32) Priority Date :NA 2)Pooja Sharma
(33) Name of priority country :NA 3)Dr. Isha Arora
(86) International Application No :NA 4)Asha Balara
Filing Date :NA 5)Akash Narwal
(87) International Publication No : NA 6)Nitin Jakhar
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Irrigation system in India is often about big dams and hundreds of kilometres of canals that incur huge capital expenditure. Hence,
policies at the central and the state level are mostly tilted in favour of big projects and often neglect micro-level solutions. Irrigation
with a combination of solar hydro pumps, along with appropriate agricultural technologies i.e., soil moisture sensors and water
conservation at the local level, have huge potential in India as they provide water for irrigation to villages at the micro level. Such
local level provision for water results in less wastage and doesn't call for electric or diesel pumps thereby reducing farmers'
expenditure. These solar plants will pump water to an irrigation tank from underground tank. From these tanks water can be directed
to field simply by gravity using pipes. The irrigation tank will be operated by the command given by sensor and relay setup. This
setup will result in a cost-effective solution as compared to putting a whole new electricity lines and substations. And as compared to
diesel pumps this scheme is more environment friendly, uses water efficiently and its payback time is also very less. This scheme is
fuel efficient, clean, and using renewable energy in the best possible way. It will have no reliability issue and will reduce CO2
emission. It will solve irrigation and electricity problems in dry areas of India like Rajasthan, Gujarat. Solar power is absolutely
perfect for use with irrigation, When the sun is shining you need more water and so the solar power is there for the pump. It also
minimizes most of the negative environmental effects related to the operation of the internal-combustion engines. This solar and hydro
system is a good approach which can fulfil all the required objectives to plan for an efficient and reliable water efficient system for a
given area. Our project is focussed on using water efficiently for irrigating farms. It also uses solar pumps to reduce the cost of
operation for irrigation. It uses modern techniques of irrigation which reduce wastage of water and helps in effective use of water for
irrigation. The modern techniques of irrigation include the use of: • Drip irrigation: In this method of irrigation water falls drop by
drop directly near the roots of the plant. The drop-by-drop water falling reduces wastage of water and results in better absorption of
nutrients by the plant. • Sensor • Water harvesting • Sprinkler irrigation: In this type of irrigation water sprinklers are used to irrigate
the fields. The use of sprinklers increases the area of irrigation by pushing water with a high pressure. In this way more area is covered
and less water is used. The use of variety of sensors makes it more water efficient and more feasible to use. The moisture sensor used
is to detect the moisture level in soil, which then gives input to the relay sensors depending on moisture level in soil. The relay sensors
used help in maintaining flow of water to the fields. The water level sensors used in tank automatically trips the water input in the
overhead tank when it is almost full. In this way water is saved from being spilled. The use of solar pumps reduces the overall cost of
operation for marginal and small farmers. As diesel pumps are very costly, the solar pump is a much better alternative for this. Solar
power stations will pump water to an overhead water tank taking water sensors in account. This tank will provide sufficient water for
irrigating fields. Water tank operations are regulated by soil moisture sensors and water level sensors. Motive behind the invention is
to increase crop yield by the use of modern irrigation techniques.

(19) INDIA
(54) Title of the invention : AN ANTENNA ASSEMBLY HAVING LOW INSERTION LOSS RADOME WALL WITH
FREQUENCY SELECTIVE SURFACE FOR X-BAND APPLICATIONS
:H01Q0001420000, (71)Name of Applicant :

H01Q0015000000, 1)AMITY UNIVERSITY
(51) International classification H01Q0019060000, Address of Applicant :AMITY UNIVERSITY CAMPUS,
H01Q0013020000, SECTOR-125, NOIDA, UTTAR PRADESH, INDIA, 201313
H01P0001203000 NOIDA Uttar Pradesh India
(32) Priority Date :NA 1)Maxon Okramcha
(33) Name of priority country :NA 2)Malay Ranjan Tripathy
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT AN ANTENNA ASSEMBLY HAVING LOW INSERTION LOSS RADOME WALL WITH FREQUENCY
SELECTIVE SURFACE FOR X-BAND APPLICATIONS The present invention discloses an antenna assembly having Low Insertion
Loss Radome wall with Frequency Selective Surface for X-band Applications. The present invention provides a Frequency Selective
Surface (FSS) for airborne radome applications. The assembly is designed with a dipole FSS unit cell having a dimension of
10×10×1.54 mm3 using CST Microwave Studio. Further, using substrate of the FSS as Arlon AD 350A with symmetrical copper
resonator having 0.035mm thickness on each side of the substrate. After that check the resonance and radiation of the said FSS by
creating 3×3 FSS array and A-Sandwich radome wall. The 3×3 FSS array and A-sandwich radome wall has a dimension of
30×30×1.54 mm3 and 10×10×7.1 mm3. The reflection coefficient of unit cell FSS is radiating at 10.02 GHz with the insertion loss of
0.12 dB having a narrow bandgap from 9.6-10.7 GHz. The FSS array however has shift the reflection coefficient to the lower
frequency while the A-sandwich radome wall has dual band output from 8.08-10.53 GHz and 10.56-12.35 GHz with insertion loss of
0.15 dB and 0.04 dB at 8.4 GHz and 11.1 GHz respectively. Further, we check the EM performance by varying the incident angles
(0°, 10°, 20°, and 30°) and bending radius (R= 90, 180, 270, and 360 mm). While performing these, the result received with minor
deviation in the reflection and transmission coefficient which proves that the suggested structure will work well for airborne radome
applications. Accompanied Drawing [FIG. 1]

(19) INDIA
(54) Title of the invention : ESIM-BASED SECURE SMART HELMET

G08B0025100000, 1)Giesecke+Devrient Mobile Security GmbH
(51) International classification G08B0021040000, Address of Applicant :Prinzregentenstr. 159, 81677 München,
H04W0004800000, Deutschland, Germany. München Germany
A61B0005110000 (72)Name of Inventor :
(31) Priority Document No :NA 1)JAMDAR, Yogesh
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to an eSIM-based secure smart helmet (100). The helmet (100) includes sensors attached to the helmet
(100), which are configured to monitor vibration and impact on the helmet (100). Further, an eSIM (102) is configured with the helmet
(100) and connected to the sensors. The eSIM (102) stores a profile of the user (300), comprising a record of name and address of the
user, nearest police station, nearest hospital, and emergency contact numbers. The eSIM (102) generates alert signals inform of an
SMS indicative of the occurrence and location of an accident when the monitored vibration and impact exceed a predefined value. The
eSIM (102) transmits the alert signals/SMS to mobile devices (104) associated with any or a combination of the last dialed mobile
number of the user (300), the nearest police station, nearest hospitals, and the emergency contact numbers.

(19) INDIA
(54) Title of the invention : A HYBRID CATALYST SYSTEM AND A METHOD FOR HYDROGEN PRODUCTION FROM
HYDROGEN IODIDE (HI) DECOMPOSITION

C01B0003040000, 1)Indian Institute of Technology Delhi
(51) International classification C01B0007130000, Address of Applicant :Indian Institute of Technology Delhi,
B01D0053020000, Hauz Khas, New Delhi-110016, India Hauz Khas Delhi India
(31) Priority Document No :NA 1)BHASKARWAR, Ashok N.
(32) Priority Date :NA 2)Sony
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT OF THE INVENTION A HYBRID CATALYST SYSTEM AND A METHOD FOR HYDROGEN PRODUCTION
FROM HYDROGEN IODIDE (HI) DECOMPOSITION The present invention provides a hybrid catalyst system and a method for
hydrogen production from hydrogen iodide (HI) decomposition reaction. The hybrid catalyst system includes an iodine adsorbing
material and a catalyst. The iodine adsorbing material is an iodine impregnated activated carbon (I2/AC), wherein, the iodine is in 2-
10 wt.% and activated carbon is 90-98 wt.%. The method includes contacting the hydrogen iodide (HI) with the hybrid catalyst system
at a reaction temperature in the range of 400 to 550oC, at atmospheric pressure in a vertical quartz tube fixed-bed reactor for a period
of 1 - 4 hours by using nitrogen as a carrier gas. In the said method, the reactants are continuously fed to the tubular packed bed
reactor. The method provides 35% conversion rate at 500oC.

(19) INDIA
(54) Title of the invention : METALLIZED CPP FOR BOTH EXTRUSION AND ADHESIVE LAMINATION AND A METHOD
OF MANUFACTURING THEREOF
:B32B0027320000, (71)Name of Applicant :

B32B0027080000, 1)MAX SPECIALITY FILMS LTD.
(51) International classification B32B0027200000, Address of Applicant :Bhai Mohan Singh Nagar, Rail Majra,
B32B0027300000, Distt. Nawanshahar – 144533, Punjab India. Punjab India
(31) Priority Document No :NA 1)PATHAK, Sanjeev Kumar
(32) Priority Date :NA 2)MANDAL, Tapas
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to a multilayer film, preferably a five layered film comprising an upper and lower skin layer, upper and
lower tie layers, a core layer, where at least one skin layer is metallizable in nature as illustrated in FIG. 1. The metallized CPP film is
suitable for both extrusion and adhesive lamination with no metal cracking issue during extrusion lamination. The metallised CPP film
having ultra-high oxygen barrier and moisture barrier with OTR and WVTR in the range of 0.09-4.5cc/sqm/day and 0.10 to 3.0
gm/sqm/day respectively. The metallized CPP film also having excellent metal adhesion as 200 to 1000 gm/25mm and facilitates good
lamination bond during lamination. The metallized CPP having a sealant layer with very low SIT, very high heat seal strength and hot
tack strength and suitable for nitrogen flushing.

(19) INDIA
(54) Title of the invention : METHOD FOR HIGH FREQUENCY (3 KHZ), ANALOG DRIVING OF PIEZOELECTRIC STACK
ACTUATOR WITH 110 VOLTS POSITIVE SQUARE PULSE

H02N0002100000, 1)Council of Scientific and Industrial Research
(51) International classification H02N0002000000, Address of Applicant :Anusandhan Bhawan 2 Rafi Marg New
H02N0002060000, Delhi India Delhi India
(31) Priority Document No :NA 1)Saikat Kumar Shome
(32) Priority Date :NA 2)Sandip Jana
(33) Name of priority country :NA 3)Partha Bhattacharjee
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to the development of a novel method and system for operating a capacitive piezoelectric stack actuator.
In this process, square pulse is generated from a digital control unit to supply to the piezoelectric stack actuator which is then
amplified to about 110 Volt by amplification unit that are fed with 24 Volt battery power supply. An appropriate opto-coupler based
circuit is used for isolation of the control unit and switching unit, using light emitting diode and transistors in totempole circuit
configuration. Metal oxide semiconductor field effect transistor based switching and driving circuit is designed to generate desired
high switching frequency pulse of about 3 kHz to actuate the piezoelectric stack actuator elements through designed inductor based
oscillator unit. The advantage of the present invention is that it allows a high voltage, high switching frequency actuation of the
piezolelectric actuator which is useful in several high speed piezoelectric motor applications.

(19) INDIA
(54) Title of the invention : THERMALLY STABLE CATHODE ACTIVE MATERIAL COMPOSITION FOR A LITHIUM-ION
BATTERY

H01M0010052500, 1)Council of Scientific and Industrial Research
(51) International classification H01M0004505000, Address of Applicant :Anusandhan Bhawan, 2-Rafi Marg New
C01G0053000000, Delhi-110001 Delhi India
(31) Priority Document No :NA 1)Annigere Sannalingegowda Prakash
(32) Priority Date :NA 2)Jayaraman Vinoth Kumar
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
THERMALLY STABLE CATHODE ACTIVE MATERIAL COMPOSITION FOR A LITHIUM-ION BATTERY The present
invention relates to a thermally stable cathode active material composition for a lithium-ion battery. More particularly, this cathode
active material composition, Lia(Ni1-b-cMnbCoc)1-xM?xO2 (1.0=a=1.1, 0.15=b=0.2, 0.15=c=0.2, 0x=0.05 wherein M? is a
combination of any two elements among Al, Ti, Fe, Cr, Zr, Zn, and Mg results in improved thermal stability. Also, this cathode active
material composition can be produced in bulk and utilized for battery industries. Figure 13.

(19) INDIA
(54) Title of the invention : LAYERED SODIUM METAL OXIDE COMPOSITIONS AS CATHODE MATERIALS FOR
SECONDARY BATTERY

H01M0004525000, 1)Council of Scientific and Industrial Research
(51) International classification H01M0004020000, Address of Applicant :Anusandhan Bhawan, 2-Rafi Marg New
H01M0004505000, Delhi-110001 DELHI Delhi India
(31) Priority Document No :NA 1)Annigere Sannalingegowda Prakash
(32) Priority Date :NA 2)Vasantha Annigere Gangadharappa
(33) Name of priority country :NA 3)Gogula Sudheer Kumar
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT Layered Sodium Metal Oxide Compositions as Cathode Materials for Secondary Battery The present invention related to
layered sodium metal oxide compositions as cathode material (110) for Sodium-ion battery (100) are described, A sodium metal oxide
having a general formula NaxNi1-y-zAyBzO2 and 0.8=x=1.2, 0=y=0.3 0z=0.33, y+z=0.6 the cathode composition comprises: wherein
A comprises a metal in oxidation state in +2, +3 and +4 selected from Ti, Co, Al, Fe, Mn, Zn, Mg or combination thereof, B comprises
a metal in oxidation state in +5 or +6 selected from Sb or Te. The cathode composition uses as electrode material for sodium ion
battery (100) application. Figure 24.

(19) INDIA
(54) Title of the invention : AN AUTOMATIC TREND NORMALIZER BASED ACTIVE SONAR ECHO DETECTOR

G01S0007520000, 1)CHAIRMAN, DEFENCE RESEARCH AND
(51) International classification G01S0015890000, DEVELOPMENT ORGANIZATION
G08G0001096700, Address of Applicant :Ministry of Defence, Govt of India,
B60W0010180000 Room no: 348, B-wing, DRDO Bhawan, Rajaji Marg, New Delhi-
(31) Priority Document No :NA 110011, India New Delhi Delhi India
(33) Name of priority country :NA 1)Sivaraman Vijayan Pillai
(86) International Application No :NA 2)Anoop Reghunathan
Filing Date :NA 3)Bhargavi Deepa
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT AN AUTOMATIC TREND NORMALIZER BASED ACTIVE SONAR ECHO DETECTOR The present disclosure
envisages an automatic trend normalizer based active sonar echo detector. An acoustic transducer array unit (302) senses acoustic
echo signals emanating from an underwater target along with background noise. A navigational complex unit (308) is configured to
cooperate with a plurality of navigation sensors (306) to receive a set of navigation signals to determine at least one instantaneous ship
parameters based on the received navigation signals. A beam former unit (310) receives conditioned acoustic echo signals from a
signal conditioning unit (304) and the at least one instantaneous ship parameter to generate filtered signals. An energy envelope
detector unit (312) generates at least one energy envelope associated with each of the filtered signals. An automatic trend normalizer
unit (314) estimates instantaneous trends in the background noise of the envelope to perform elimination of the background or
normalization of the background to a predefined uniform background level.

(19) INDIA
(54) Title of the invention : AN INTEGRATED PROCESS/SYSTEM FOR ONSITE CO2 CAPTURE FROM INDUSTRIAL
GASEOUS EMISSIONS FAVOURING CARBON CAPTURE AND WASTE WATER TREATMENT

B01D0053620000, 1)INDIAN INSTITUTE OF TECHNOLOGY JODHPUR
(51) International classification C12M0001000000, Address of Applicant :N H 62, Nagaur Road, Karwar,
B01D0053750000, Rajasthan, INDIA Karwar Rajasthan India
F01N0003080000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Ms.Arti Sharma
(32) Priority Date :NA 2)Dr. Amitap Khandelwal
(33) Name of priority country :NA 3)Dr. Meenu Chhabra
(86) International Application No :NA 4)Dr. Hardik B Kothadia
Filing Date :NA 5)Dr. Prasenjit Sarkar
(87) International Publication No : NA 6)Mr. Ajay Kumar
(61) Patent of Addition to Application Number :NA 7)Mr. Arvind Kumar
Filing Date :NA 8)Ms. Akanksha Mishra
(62) Divisional to Application Number :NA 9)Ms. Shefali Gupta
Filing Date :NA
(57) Abstract :
Abstract Title: An integrated process/system for onsite CO2 capture from industrial gaseous emissions favouring carbon capture and
waste water treatment The present invention relates to an integrated process for carbon sequestration from exhaust gas using plastic
bag photobioreactors coupled with Microbial fuel cells (MFCs). The study was done with residential waste waterfor flue gas carbon
capture and algae cultivation. Chlorella vulgariswas acclimatized to grow well at 45-48 ºC. This study involves a heat exchanger to
reduce flue gas temperature, followed by absorption of flue gases in alkaline sodium carbonate solution in a sieve-plate column to
generate flue gas-derived bicarbonates (FGDB), and finally,supplementation of FGDB at the MFC cathode. The result showed that
FGDB supply at the cathode helped in high biomass productivity (0.677±0.086 Kg/m3/d), lipid accumulation (1.9-fold increase), CO2
removal (76.84±1.23%), and maintaining high ORR at cathode than stand-alone algae cultures/WW+MFC systems. Therefore, the
present invention offers an integrated biochemical CO2 sequestration process that is enhanced by MFC-based power generation and
waste water treatment.

(19) INDIA
(54) Title of the invention : A TWO-STAGE PROCESS FOR PRODUCING TERPENES AND YEAST BIOMASS FROM CO2
AND SYSTEM THEREOF
:C12M0001000000, (71)Name of Applicant :

C25B0003040000, 1)INDIAN INSTITUTE OF SCIENCE EDUCATION AND
(51) International classification C12P0007020000, RESEARCH MOHALI (IISER MOHALI)
C12M0001120000, Address of Applicant :Knowledge city, Sector 81, SAS Nagar,
C12P0007540000 Manauli PO 140306, Punjab, India Punjab India
(32) Priority Date :NA 1)SUNIL ANIL PATIL
(33) Name of priority country :NA 2)ANAND KUMAR BACHHAWAT
(86) International Application No :NA 3)RAVINEET YADAV
Filing Date :NA 4)BANANI CHATTOPADHYAY
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present invention discloses a two-stage process based on the interlinking of microbial electrosynthesis (MES) and yeast
cultivation processes for converting CO2 into multi-carbon chemicals such as terpenes and yeast biomass. In the first stage, CO2 (C1)
is converted to acetic acid (C2) using chemolithoautotrophic microorganisms such as Acetobaterium spp. dominated mixed culture
and Clostridium ljungdahlii at an applied Ecathode of -1.2 V (vs Ag/AgCl) via MES. The acetic acid is then used as the feedstock to
produce sclareol (C20), ß-carotene (C40), and yeast biomass/extract using recombinant or wild-type Saccharomyces cerevisiae in the
second stage in a bioreactor. The present invention also discloses a system for the production of terpenes and yeast biomass
comprising (a) Bioelectrochemical system and (b), A bioreactor for the cultivation of yeast.

(19) INDIA
(54) Title of the invention : TO INVENT AND FOSTER NEW MANAGEMENT IDEAS AND TECHNIQUES IN MNCS IN NCR
REGION FOR SUSTAINABLE GROWTH

G06Q0010060000, 1)Dronacharya Group of Institutions
(51) International classification G06Q0030020000, Address of Applicant :Dronacharya Group of Institutions 27,
G11B0027000000, Knowledge Park-III, Greater Noida, U.P. Greater Noida Uttar
H04N0019184000 Pradesh India
(32) Priority Date :NA 1)Dr. K.K. Saini
(33) Name of priority country :NA 2)Ujjwal
(86) International Application No :NA 3)Kanika Chawala
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
This work deals with sustainable growth in various MNCs in NCR region by new management ideas, Innovations and techniques. At
present in management new research is required to meet the country need with respect to future need. For this we have to use new
hardware’s & software’s with team of specialized expert battery of peoples. New innovations always help to improve overall growth
with minimum loss and in less time. Few companies understand how such innovation occurs — and how to encourage it. To foster
new management ideas and techniques, companies first need to understand the six typical stages in the management innovation
process. Management innovation — that is the implementation of new management practices, processes and structures that represent a
significant departure from current norms — has over time dramatically transformed the way many functions and activities work in
organizations. The internal problem that management innovation addressed was always some level of dissatisfaction with the status
quo within the company. There are management innovations under way all the time in organizations. Many fail, some work — and
only a few make history. Over time, the most valuable innovations are imitated by other organizations and are diffused across entire
industries and countries. But despite its importance, management innovation remains poorly managed and poorly understood. Most
companies have no formal process for fostering management innovation. Unlike technological innovations, which are sometimes
created in a laboratory without much thought as to what problem they might solve, management innovations tend to emerge through
necessity. Most companies get sucked into a pattern of benchmarking and competitor-watching that leads to highly convergent
practices within an industry. Invention and Innovation is required for MNCs in NCR region for sustainable growth. Keywords:
Sustainable, innovation, technique, organization & management

(19) INDIA
(54) Title of the invention : “WOVEN GAUNTLET FOR HIGHER LIFE OF A BATTERY”

H01M0004760000, 1)EASTMAN AUTO AND POWER LIMITED
(51) International classification H01M0004360000, Address of Applicant :EASTMAN AUTO AND POWER
H01M0002180000, LIMITED 572, Udyog Vihar Phase-V, Gurgaon- 122016, India
C25B0011040000 Gurugram Haryana India
(32) Priority Date :NA 1)KISHORE CHANDRA TRIPATHY
(33) Name of priority country :NA 2)RAJAN CHAUHAN
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT “WOVEN GAUNTLET FOR HIGHER LIFE OF A BATTERY” The present invention provides for a woven gauntlet
for a battery with good cycle life and improved efficiency. These gauntlets help the active materials to acts as the active centres for the
hydrogen evolution reaction, when get in contact with the electrolyte by diffusion. The gauntlets and the bottom bar were designed in
a way to reduce this active material shedding which results in a lower water loss leading to the reduction in efficiency loss. Fig. 2

(19) INDIA
(54) Title of the invention : “SEPARATOR WITH CLOSER RIBS TO INCREASE THE BATTERY EFFICIENCY”

H01M0010440000, 1)EASTMAN AUTO AND POWER LIMITED
(51) International classification H01M0010520000, Address of Applicant :572, Udyog Vihar Phase-V, Gurgaon,
H01M0010480000, 122016, India Gurugram Haryana India
(31) Priority Document No :NA 1)KISHORE CHANDRA TRIPATHY
(32) Priority Date :NA 2)RAJAN CHAUHAN
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT “SEPARATOR WITH CLOSER RIBS TO INCREASE THE BATTERY EFFICIENCY” The invention relates in
general to the importance of separators in lead-acid batteries and their role towards the battery system which helps in preventing the
contact of the positive electrode and the negative electrode inside the cell resulting short-circuiting and collapses the whole system can
be avoided. This invention provides the parameters for the separators to prevent their own deterioration inside the system and
therefore increases the overall efficiency of the battery which is always a major concern for every customer in lead-acid batteries with
Sb Alloy. The usage of separators as designed gives the benefit to any brand to receive the title of ‘Less Maintenance & Highly Value
Added’ product in the market and helps in the market growth with their uses in various applications. Fig. 1

(19) INDIA
(54) Title of the invention : NOVEL APTAMERS AGAINST BACTERIAL VAGINOSIS ASSOCIATED BACTERIA (BVAB)
:C12N0015115000, (71)Name of Applicant :

C12Q0001681100, 1)Indian Council of Medical Research
(51) International classification C12N0009240000, Address of Applicant :V. Ramalingaswami Bhawan, P.O. Box
G01N0033569000, No. 4911, Ansari Nagar, New Delhi-110029, India New Delhi
C12Q0001680400 Delhi India
(31) Priority Document No :NA 2)All India Institute of Medical Sciences
(33) Name of priority country :NA 1)MALA, Rajni
(86) International Application No :NA 2)MALHOTRA, Shilpi
Filing Date :NA 3)SOOD, Seema
(87) International Publication No : NA 4)GUPTA, Somesh
(61) Patent of Addition to Application Number :NA 5)YADAV, Savita
Filing Date :NA 6)SINGH, Neeta
(62) Divisional to Application Number :NA 7)KAPIL, Arti
Filing Date :NA
(57) Abstract :
The present disclosure relates to aptamers capable of binding to sialidases produced by Bacterial Vaginosis (BV) associated
pathogens. The Aptamers were selected against catalytic domains of sialidases by a technique called Systematic Evolution of Ligands
by EXponential enrichment (SELEX). The aptamers of the present disclosure have dissociation constants in low nanomolar range i.e.,
high affinity. Further, these are also capable of distinguishing sialidases of BV associated bacteria from those of T. vaginalis, which is
the major drawback of the existing POCTs based on sialidase detection. The selected aptamers possess potential for use in various
detection platforms (POCTs) for rapid and unambiguous diagnosis of BV.

(19) INDIA
(54) Title of the invention : A HANDHELD PORTABLE DEVICE TO MEASURE LIQUID VOLUME

B82Y0030000000, 1)Neeraj Gupta
(51) International classification H04W0088020000, Address of Applicant :B2/2, Swami Rama Himalyan
H04W0064000000, University Campus, Swami Ram Nagar, Jolly grant, Dehradun,
H04M0001725000 Uttarakhand, India, 248016 Uttarakhand India
(32) Priority Date :NA 1)Neeraj Gupta
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT A handheld portable device to measure liquid volume The present invention relates to the development of a portable
handheld device which will be used for on-the-spot measurement of volume any type of liquid(s). The results will displayed
immediately. This type of portable handheld device can be used in many areas where exact and on-the-spot volume measurement of
the desired liquid is required for example at petrol/diesel re-filling stations, dairy booth etc. Dr. Neeraj Gupta Applicant Dated:
Thursday, March 30, 2023

(19) INDIA
(54) Title of the invention : METHODS AND SYSTEMS FOR PURIFYING GERMANIUM

C01B0003560000, 1)CHAIRMAN, DEFENCE RESEARCH AND
(51) International classification C30B0029080000, DEVELOPMENT ORGANISATION (DRDO)
C22F0001000000, Address of Applicant :Ministry of Defence, Govt. of India,
C22B0009020000 Room No. 348, B-Wing, DRDO Bhawan, Rajaji Marg, New Delhi
(31) Priority Document No :NA 110 011, India New Delhi Delhi India
(32) Priority Date :NA 2)DIRECTOR GENERAL, CENTRE FOR MATERIALS
(33) Name of priority country :NA FOR ELECTRONICS TECHNOLOGY (C-MET)
Filing Date :NA 1)PURUSHOTHAM, Yadoji
(87) International Publication No : NA 2)MUNIRATHNAM, Nagegownivari Ramachandra
(61) Patent of Addition to Application Number :NA 3)ALI, Shaik Taher
Filing Date :NA 4)VERMA, Sudeep
(62) Divisional to Application Number :NA 5)SRIVASTAVA, Meenakshi
Filing Date :NA 6)GANDOTRA, Vinod Kumar
(57) Abstract :
The present disclosure relates to a method of purifying germanium. The method includes steps of obtaining information about an
impurity level of each of one or more impurities present in an impure germanium ingot, loading the impure germanium ingot on a
graphite crucible (206) arranged in a quartz tube (202) of an apparatus (200), passing an induction coil (204) over the quartz tube
(202) of the apparatus (200) with a predetermined speed for a predetermined time repeatedly for a number of predetermined number of
passes, supplying pure hydrogen gas concurrently with the passing of the induction coil (204) over the quartz tube (202) of the
apparatus (200), and obtaining a purified germanium ingot, after the predetermined number of passes is completed.

(19) INDIA
(54) Title of the invention : A PROCESS FOR THE SYNTHESIS OF A POLYMER-CERAMIC/BIOACTIVE GLASS COMPOSITE
MATERIAL WITH BIODEGRADABLE AND ANTIMICROBIAL PROPERTIES

A61L0027460000, 1)COUNCIL OF SCIENTIFIC AND INDUSTRIAL
(51) International classification C08L0067040000, RESEARCH an Indian registered body incorporated under
C03C0004000000, the Regn. of Soc. Act (Act XXI of 1860)
A01N0025100000 Address of Applicant :House No. Anusandhan Bhawan, 2 Rafi
(31) Priority Document No :NA Marg Street Rafi Marg City New Delhi State Delhi Country India
(32) Priority Date :NA Pin code 110 001 Delhi India
(86) International Application No :NA 1)Mousumi Majumder
Filing Date :NA 2)Jui Chakraborty
(87) International Publication No : NA 3)Swati Samanta
(61) Patent of Addition to Application Number :NA 4)Mousumi Baral Narjinary
Filing Date :NA 5)Arpita Banerjee
(62) Divisional to Application Number :NA 6)Payal Roy
Filing Date :NA 7)Rupam Saha
(57) Abstract :
The present invention discloses a process for the synthesis of a polymer-nanoceramic/bioactive glass/curcumin based composite
material that can be electrospun to form nonwoven films. The base polymer used is PCL, a semicrystalline aliphatic polyester. Several
nanofillers such as zinc oxide, titanium dioxide, cobalt-doped bioactive glass, curcumin, etc. have been incorporated in the polymer
matrix. Co-doped BG has been prepared by a low-temperature sol-gel method. Precursor solvents have been varied using several
binary combinations to improve the porosity of the nonwoven films. The electrospinning parameters have been optimized to produce
uniform, bead-free fibre morphology. The spun composite films have shown excellent mechanical properties, superior environmental
biodegradability and cytocompatibility. The films have also manifested adequate antimicrobial efficacy against bacterial strain of S.
aureus and fungal strain of C. albicans. These films are thus expected to find several applications as medical textiles, eg. in sanitary
napkins, diapers, disposable sheets and single-use medical garments, etc.

(19) INDIA
(54) Title of the invention : CARBON QUANTUM DOT BASED MGAL-LAYERED DOUBLE HYDROXIDES
NANOCOMPOSITES AND PREPARATION THEREOF

C02F0001300000, 1)COUNCIL OF SCIENTIFIC AND INDUSTRIAL
(51) International classification C02F0101300000, RESEARCH, an Indian registered body incorporated under
B01J0021180000, the Regn. of Soc. Act (Act XXI of 1860)
C02F0103300000 Address of Applicant :Anusandhan Bhawan, 2 Rafi Marg,
(31) Priority Document No :NA New Delhi, 110001 Delhi India
(33) Name of priority country :NA 1)Dipti Prakasini Das
(86) International Application No :NA 2)Manasa Ranjan Naik
Filing Date :NA 3)Suprava Dey
(87) International Publication No : NA 4)Jayanta Kumar Pothal
(61) Patent of Addition to Application Number :NA 5)Bama Prasad Bag
Filing Date :NA 6)Abhaya Kumar Sahoo
(62) Divisional to Application Number :NA 7)Bikash Kumar Jena
Filing Date :NA
(57) Abstract :
Solar radiation accounts for 5% of UV and 43% of visible light radiation which has not yet been exploited. So, the development of
visible light driven photocatalyst has become one of the most challenging topics today which can address the problems of
recombination of charge carriers during light illumination and the problems of electron transport to the substrate in experimental point
of view and practically it can resolve the energy and environmental problems. So, we have developed a process for synthesis of carbon
quantum dot MgAl/LDH composite which was tested towards adsorptive photodegradation of textile dyes. It is well observed from the
Tables, the cationic, anionic, reactive, mixed dyes and industrial VAT dyes can be efficiently photomineralised in minimum possible
time under visible light illumination.

(19) INDIA
(54) Title of the invention : HELSPECT

G06Q0050080000, 1)UNIVERSITY OF ENGINEERING AND
(51) International classification A42B0003040000, MANAGEMENT
E04G0021320000, Address of Applicant :UNIVERSITY OF ENGINEERING
G06Q0010100000 AND MANAGEMENT, JAIPUR, “GURUKUL”, 6 KMS FROM
(31) Priority Document No :NA CHOMU ON SIKAR ROAD (NH-11), UDAIPURIA MOD,
(32) Priority Date :NA JAIPUR, RAJASTHAN. Rajasthan India
(86) International Application No :NA 1)Sougata Banerjee
Filing Date :NA 2)Afaq Ahmad
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Combining core engineering with AI technology has resulted in ultimate production and better safety and monitoring for working.
Assuming a case, that in a construction site, there are lots of people working at any time. The supreme responsibility of the project
completion lies with the managers and coordinating engineers. Supervision is must for quality construction. Also, effective decisions
are to be taken time to time in a site where challenges are hidden at every step. Ensuring safety of workers is also a great responsibility
for the supervisor or the manager. Since, most of the works done at site are depended on physical labor; hence, a constant surveillance
is needed to rule out any kinds of anti-work activity. Working condition of the workers can be accessed through the working helmet.
Also, nature of work can be monitored. This affects the efficiency of the workers as well as causes delay for the project completion.
This innovation aims to secure an all-time surveying platform where a manager or an engineer could see every corner of the site,
location of its workers, monitor their health condition and convey necessary information to the targeted person. This device is based
on helmet and self-powered.

(19) INDIA
(54) Title of the invention : PRESSURE REGUALTING VALVE FOR A FUEL PUMP
:F02M0059460000, (71)Name of Applicant :

F04D0005000000, 1)HMCMM AUTO LTD.
(51) International classification F02M0063020000, Address of Applicant :Plot No. 57 Sector- 3 IMT-Manesar
F02M0063000000, Haryana India 122050 Haryana India
F02M0059100000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Vijay Kumar Bhatia
(32) Priority Date :NA 2)Sudhir Patnaik
(33) Name of priority country :NA 3)Vishesh Bhatt
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT “A VALVE OF A FUEL PUMP CONFIGURED TO MAINTAIN FUEL PRESSURE IN THE FUEL PUMP” A present
disclosure relates a valve (10) of a fuel pump is disclosed. The valve (10) is configured to maintain fuel pressure in the fuel pump. The
housing comprises a fluid region (FD) to flow of fuel inside the housing. The guiding member (70) is positioned in the fluid region of
the housing. The plunger (50) is movably placed in the fluid region of the housing. The plunger is configured to move between a
closed position to an open position. The biasing member (60) is positioned between the guiding member and the plunger to bias the
plunger at the closed position. The plunger, the biasing member and the housing are coaxial with one another. The plunger defines a
plurality of flange portions (52) extending radially to ensure movement of the plunger in a linear direction.

(19) INDIA
(54) Title of the invention : A PORTABLE APPARATUS FOR ABSORBING POISONOUS GASES IN CLOSED ENVIRONMENT
AND A BIO-DEGRADABLE COMPOSITION THEREFOR

A01M0001200000, 1)INDIAN NAVY
(51) International classification B01J0020200000, Address of Applicant :Technology Development Acceleration
A62B0013000000, Cell (TDAC), Room no. 217, 2nd Floor “D” Block, Defence
B60R0025330000 Office Complex, Africa Avenue, Sarojini Nagar-110023, New
(31) Priority Document No :NA Delhi, India New Delhi Delhi India
(33) Name of priority country :NA 1)SHARMA, Mayank
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present inventive generally relates to air purifiers and generally relates to a portable apparatus (200) for automatically absorbing
poisonous gases in closed spaces and a bio-degradable composition (100) therefor. The portable apparatus (200) comprises a housing
(190) having at least one inlet vent (120) and at least one outlet vent (140), and encloses a canister (160) containing the biodegradable
composition (100) for absorbing poisonous gases entering the housing (190); a device (130) for pulling ambient air (A) inside the
housing (190) through the inlet vent and pushing out purified air (B) from the outlet vent; and a sensor module (110) for real-time
detection of an amount of poisonous gases in a closed space, wherein the device (130) is automatically activated upon the amount of
poisonous gases exceeding a pre-determined threshold limit, for the biodegradable composition (100) to absorb the poisonous gases
and purify ambient air.

(19) INDIA
(54) Title of the invention : STABILIZED NITROGLYCERIN MICRO GRANULES PREPARATION AND PROCESS FOR
PREPARATION THEREOF

A61K0031210000, 1)Modi-Mundipharma Pvt. Ltd.
(51) International classification A61K0036258000, Address of Applicant :1400, Modi Tower, 98 Nehru Place,
A61K0031192000, New Delhi-110019, India New Delhi Delhi India
(31) Priority Document No :NA 1)Rajesh Agrawal
(32) Priority Date :NA 2)Vishal Gupta
(33) Name of priority country :NA 3)Rakesh Khattar
(86) International Application No :NA 4)Mukesh Sinha
Filing Date :NA 5)Mithu Sen
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT Stabilized nitroglycerin micro granules preparation and process for preparation thereof The present invention is related
to the preparation of a stable micro granules formulation containing nitroglycerin for oral uptake, prepared by adsorption of
nitroglycerin on a uniform sized hydrophilic - hydrophobic polymer matrix system which is admixed with non-ionic pH dependent
viscolyzing and stabilizing agent and showing sustained release of drug for the management and prevention of angina pectoris. These
adsorbed and admixture micro granules or an oral solid dosage form containing these micro granules provides excellent stability and
better content uniformity on storage in unit dose container or multi dose containers made of glass or plastic.

(19) INDIA
(54) Title of the invention : REUSABLE ANTIMICROBIAL N95 FACEMASK
:A41D0013110000, (71)Name of Applicant :

A62B0018020000, 1)Director General, Defence Research & Development
(51) International classification A62B0023020000, Organisation
A42B0003200000, Address of Applicant :Ministry of Defence, Govt of India,
A62B0018080000 Room No 348, B - Wing, DRDO Bhawan, Rajaji Marg, New
(31) Priority Document No :NA Delhi 110 011, India New Delhi Delhi India
(33) Name of priority country :NA 1)VINOTH PRABU
(86) International Application No :NA 2)M S SUBBULAKSHMI
Filing Date :NA 3)ARUN KUMAR GUPTA
(87) International Publication No : NA 4)CHANDRIKA G M
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Abstract REUSABLE ANTIMICROBIAL N95 FACEMASK A N95 facemask comprising an outer layer, wherein the outer layer is
water repellant, breathable & antimicrobial; a middle layer, wherein the middle layer is detachable, reusable, light weight barrier filter
insert with thermally fused, nonwoven four layers wherein Layer 1 is an outer spun bond polypropylene non-woven; Layer 2 is Layer
1 integrated with ultrafine nylon electro spun web; Layer 3 is middle melt blown non-woven fabric of finer fibres; Layer 4 is inner
spun bond polypropylene nonwoven; and said filter insert is slide-in slide-out type, housed in an inner layer and is independent of an
exhalation valve. the inner layer, wherein said inner layer is breathable, antimicrobial & moisture absorbent and has a sleeve for
sliding-in the filter insert; a metal nose strip in the nose bridge area; extensible elastic band with retainer; the exhalation valve,
wherein said exhalation is secured to the outer layer and not to the middle and inner layers

(19) INDIA
(54) Title of the invention : A METHOD FOR A SERVER TO PROVIDE DRIVING PERFORMANCE INFORMATION
RELATING TO A DRIVER OF A VEHICLE, A METHOD FOR A VEHICLE TELEMATICS, A SERVER, A VEHICLE
TELEMATICS DEVICE, A VEHICLE, IN PARTICULAR A UTILITY VEHICLE, AND A COMPUTER PROGRAM

G08G0001096700, 1)ZF CV Systems Global GmbH
(51) International classification G07C0005000000, Address of Applicant :GIACOMETTISTR. 1 BERN
F02N0011080000, SWITZERLAND 3006 Switzerland
G08G0001096200 (72)Name of Inventor :
(31) Priority Document No :NA 1)Aslam Syed
(32) Priority Date :NA 2)Mohammed Sagheer Thazhathethil Musthafa
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Abstract A method (100) for a server (200) to provide driving performance information (210) relating to a driver (310) of a vehicle
(300a), in particular a utility vehicle (300b), wherein the vehicle (300a, 300b) comprises an advanced driver assistance system, ADAS
(305), the method (1 00) comprises the steps of: receiving (11 0), from the vehicle (300a, 300b), a location information (211) relating
to the location (330) of the vehicle (300a, 300b); receiving (120), from the vehicle (300a, 300b), an identification information (212)
relating to the identity of the driver (310); receiving (130), from the vehicle (300a, 300b), an event information (213) relating to a
function which is performed by the ADAS (305); estimating (140) a driving performance information (210) based on the location
information (211), the identification information (212) and the event information (213), wherein estimating ( 140) the driving
performance information (21 0) comprises a cluster analysis, wherein the cluster analysis is performed under consideration of second
event information (223) relating to a function which was performed by an ADAS (305) of one or more second vehicles (350, 350a) in
a pre-determined surrounding (340) of the location (330); and transmitting (150), to the vehicle (300a, 300b), the driving performance
information (210).

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR SUGGESTING OPERATIONAL ZONES FOR A WORKSITE ON A
DEVICE

A61B0006000000, 1)CATERPILLAR INC.
(51) International classification G11C0016340000, Address of Applicant :100 N.E. ADAMS STREET, PEORIA,
G06Q0010100000, ILLINOIS 61629-9510, UNITED STATES OF AMERICA
G06F0008658000 U.S.A.
(32) Priority Date :NA 1)VISHNU GAURAV SELVARAJ
(33) Name of priority country :NA 2)RAJESH RAMAMOORTHY
(86) International Application No :NA 3)ABHISHEKAVALLI KRISHNAN
Filing Date :NA 4)SHASHANK KARRTHIKEYAA ANNADANAM
(87) International Publication No : NA SUBBARATHINAM
(61) Patent of Addition to Application 5)PRASANTH PRASAD
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A method (600) for suggesting and facilitating customization of one or more operational zones (106, 108, 110) for a worksite (100) on
a device (204) having a Graphical User Interface (GUI) (224). The method includes obtaining (602), by a processor (208), operational
data associated with at least one type of machine (102) and displaying (604), by the processor (208), one or more operational areas
(306, 308, 310) corresponding to the one or more operational zones (106, 108, 110) on the GUI (224) based on the operational data
meeting a threshold condition. The method further includes receiving (606) one or more user inputs from the GUI (224) to modify the
one or more operational areas (306, 308, 310) displayed on the GUI (224) and updating (608), by the processor (208), the threshold
condition based on the one or more user inputs to generate an updated threshold condition. The method includes reconfiguring (610),
by the processor (208), the one or more operational areas (306, 308, 310) for subsequent display on the GUI (224) if operational data
subsequently received satisfies the updated threshold condition.

(19) INDIA
(54) Title of the invention : A NOVEL METHODOLOGY TO BOOST THE EFFICIENCY OF SOLAR PANEL BY
INCULCATION OF NANOTECHNOLOGY AND QUANTUM TECHNOLOGY
:B82Y0030000000, (71)Name of Applicant :

C03C0003120000, 1)DRISHTI HANS
(51) International classification C03C0003062000, Address of Applicant :A-4, BLOCK, (B.V.C.O.E) SHIVA
B82Y0020000000, ENCLAVE, PASCHIM VIHAR NEW DELHI-110063, INDIA
C01G0023000000 Delhi India
(31) Priority Document No :NA 2)GAURAV NARULA
(32) Priority Date :NA 3)KUSUM THARANI
(33) Name of priority country :NA 4)K. SUDHA
Filing Date :NA 1)DRISHTI HANS
(87) International Publication No : NA 2)GAURAV NARULA
(61) Patent of Addition to Application Number :NA 3)KUSUM THARANI
Filing Date :NA 4)K. SUDHA
Filing Date :NA
(57) Abstract :
The importance and advantages of utilizing solar energy for harnessing electricity are well known. l:lowever, the rate of installing
solar panels for generating electricity in residential and commercial complexes is still low. The reason is the high installation cost of
the Photovoltaic panel setup, reduced efficiency of the presently-used solar panels, and the large space- requirement for installing solar
panels. The present innovation has a unique Photovoltaic setup that addresses the above-mentioned problems. The present innovative
multi-layered Photovoltaic model integrates nanotechnology and quantum technology. The computer simulations of the present
innovation are done using MATLAB. It is found that the integration of nano-technology improved the transmission rate of sun rays in
the present innovation, while . . quantum technology boosted the conversion efficiency of solar energy to electrical energy. To further
improve the efficiency. of the present innovative Photovoltaic system, the Incremental Conductance algorithm is used with it to
stabilize and maximize the voltage and current output. It has been found that the technical, economical, and environmental
performance of the present innovative Photovoltaic system Set-up exceeds that of the conventional technology.

(19) INDIA
(54) Title of the invention : A TRANSVERSAL V-FOLDED MICROSTRIP PATCH ANTENNA AND METHOD THEREOF
:H01Q0009040000, (71)Name of Applicant :

H01Q0001380000, 1)AMITY UNIVERSITY
(51) International classification H01Q0001480000, Address of Applicant :E-27, DEFENCE COLONY, NEW
H01Q0021080000, DELHI – 110024, INDIA New Delhi Delhi India
H01Q0001400000 (72)Name of Inventor :
(31) Priority Document No :NA 1)AYYALA KUMAR AJAY KISHORE
(32) Priority Date :NA 2)THAKUR PREETI
(33) Name of priority country :NA 3)PRASAD M.S.
(86) International Application No :NA 4)THAKUR ATUL
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT A TRANSVERSAL V-FOLDED MICROSTRIP PATCH ANTENNA AND METHOD THEREOF The present
invention describes an electro-geometrical analysis of flexible microstrip antenna. The present invention is focused on the analysis of
innovative effect of “V”-shape folding on the resonance frequency and input impedance of microstrip patch antenna. The folding is
characterized by the angle between the horizontal plane and the folded part of patch antenna printed on Kapton flexible substrate. Full
wave electromagnetic simulations of different geometrical states of the flexible antenna were performed in the frequency range from 1
GHz to 5 GHz. The results of tilted surface radiating part of flexible patch antenna were found with positive folding angle from
Amin=0° to Amax=45°. The resonance frequency is fluctuating according to typical sine damping in function of the V-folding angle
variation. In addition to the angle effect, the input resistance and input reactance of the V-folded flexible patch antenna are also
plotted. Accompanied Drawing [FIG. 1]

(19) INDIA
(54) Title of the invention : FLEXI RANGE BATTERY CONFIGURATION WITH CONSTANT POWER

H02J0007000000, 1)Mercedes-Benz Group AG
(51) International classification B60K0001040000, Address of Applicant :Mercedesstraße 120, Stuttgart, 70372,
H01M0010420000, Germany. Germany
B60L0053800000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Manjunath Patil
(32) Priority Date :NA 2)Rajesh Rao
(33) Name of priority country :NA 3)Soham Salunkhe
(86) International Application No :NA 4)Meffin Jacob
Filing Date :NA 5)Amod Khiste
(87) International Publication No : NA 6)Pradeep Siddarajappa
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
A battery system 100 for an electric vehicle is disclosed. The battery system 100 comprises flexi range battery configuration including
a battery frame 102 coupled to a floor of the vehicle, a set of fixed battery modules 108 configured in a set of first cavities 104 of the
battery frame 102, and a set of removable battery modules 110 removably configured with the set of second cavities 106 of the battery
frame 102. The set of fixed battery modules 108 and the set of removable battery modules 110 are configured to operate independently
to supply power to the vehicle. The flexi range battery configuration provides flexibility to buy the vehicle the fixed battery modules
108 only and an option to own the removable battery modules at the time of buying.

(19) INDIA
(54) Title of the invention : FRAME ASSEMBLY
:G09G0003200000, (71)Name of Applicant :

B62D0027060000, 1)PODDAR, Manan
(51) International classification B62D0021110000, Address of Applicant :Flat No. A014, DLF Oakwood Estate,
B62D0021150000, Akashneem Marg, Phase II, Sector 25, Gurugram 122002,
A47C0019120000 Haryana, India Gurugram Haryana India
(32) Priority Date :NA 1)PODDAR, Manan
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present disclosure relates to a frame assembly (100) including middle sub-frames (102) and corner sub-frames (104). The middle
sub-frames (102) define body of the frame assembly (100). Each middle sub-frame (102) has a first connector (114A, 114B) on an end
(102-1, 102-2). The corner sub-frames (104) are placed between the middle sub-frames (102), and include a second connector (116A,
116B) on either end (104-1, 104-2) of the corner sub-frame (104). The second connector (116A, 116B) is adapted to be detachably
coupled to the first connector (114A, 114B) of an adjacent middle sub-frame (102). A corner sub-frame (104) is adapted to detachably
couple a first middle sub-frame (102) along a first axis (X-X’) of an adjacent corner sub-frame (102). The corner sub-frame (104) is
adapted to detachably couple a second first middle sub-frame (102) along a second axis (Y-Y’) of the adjacent corner sub-frame (104).

(19) INDIA
(54) Title of the invention : AN IMAGE MATCHING, CLASSIFICATION AND MANAGEMENT METHOD AND SYSTEM
THEREOF

G06K0009000000, 1)SkyFlightCheap India
(51) International classification H04N0005232000, Address of Applicant :Plot No 38, G/F (Back Side), Netaji
G06F0016901000, Shubhash Marg, Darya Ganj Police Station Delhi Central Delhi
G06F0016583000 DL New Delhi Delhi India
(32) Priority Date :NA 1)Neeraj Kumar Dubey
(33) Name of priority country :NA 2)Manisha Dubey
(86) International Application No :NA 3)Pankaj Kumar
Filing Date :NA 4)Hemant Kumar Thaker
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present subject matter relates to a method performed by a data processing system to facilitate image matching, classification and
management including acquiring a first subject image as a first content and a second subject image as the second content and
assigning a unique identifier (id) to the both content. The contents are then subjected to normalization identifying visual element in the
first subject image and storing the visual element as a dataset. A computation process is performed for selecting a plurality of second
content which has presence of first content based on based on visual elements and quality attribute. The selected representative second
content are stored in dataset corresponding to associated first unique id and the user is enabled to share the second content.

(19) INDIA
(54) Title of the invention : BIFUNCTIONAL ELECTROCATALYST FOR ALL-SOLID-STATE RECHARGEABLE ZINC-AIR
BATTERY

H01M0004900000, 1)COUNCIL OF SCIENTIFIC AND INDUSTRIAL
(51) International classification H01M0004880000, RESEARCH
H01M0010056200, Address of Applicant :Anusandhan Bhawan, 2 Rafi Marg,
H01M0004860000 New Delhi Delhi India
(32) Priority Date :NA 1)Narugopal Manna
(33) Name of priority country :NA 2)Sreekumar Kurungot
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
BIFUNCTIONAL ELECTROCATALYST FOR ALL-SOLID-STATE RECHARGEABLE ZINC-AIR BATTERY The present
invention discloses an electrocatalyst for bifunctional oxygen reaction at the air cathode interface comprising manganese-cobalt-based
bimetallic spinel oxide deposited on N-doped 3D porous entangled graphene (NEGF). The invention further provides fabricated all-
solid-state rechargeable zinc-air batteries (ZABs) comprising said electrocatalyst coated air cathode that delivers a higher power
density with stable cyclic stability. ref: Fig.8

(19) INDIA
(54) Title of the invention : METHOD AND SYSTEM FACILITATING DATA OPTIMIZATION IN A DATA TRANSMISSION
PROCESS

G06F0016930000, 1)Indraprastha Institute of Information Technology, Delhi
(51) International classification G06F0119180000, Address of Applicant :Okhla Industrial Estate, Phase III, Near
G06T0007593000, Govind Puri Metro Station - 110020, New Delhi, India New Delhi
G06F0016901000 Delhi India
(32) Priority Date :NA 1)CHAUDHARY, Shubham
(33) Name of priority country :NA 2)TANEJA, Aryan
(86) International Application No :NA 3)SINGH, Anjali
Filing Date :NA 4)BHATTACHARYA, Arani
(87) International Publication No : NA 5)MAITY, Mukulika
Filing Date :NA
Filing Date :NA
(57) Abstract :
Disclosed is system (100) and method (200) facilitating data optimization in a data transmission process comprises receiving input
data in real-time which is divided into a plurality of tiles of the segment and the tiles of the segment are selected in a predefined
number. The method (200) determines bitrate of each tiles of segment from the plurality of tiles of the segment and presence of
objects in the plurality of tiles of the segment. Thereafter, the bitrate of each tiles of the segment correlated with the number of objects
for identifying the tiles of the segment including the objects and the tiles of the segment including objects are selected for data
transmission based on the correlating.

(19) INDIA
(54) Title of the invention : A NEW BIDIRECTIONAL ISOLATED DC-DC CONVERTER FOR EXCHANGING POWER WITH
THE DC GRID

H02J0003380000, 1)Indian Institute of Technology Delhi
(51) International classification A61B0018000000, Address of Applicant :Hauz Khas, New Delhi-110016, India
H02H0007260000, New Delhi Delhi India
(31) Priority Document No :NA 1)Anandarup Das
(32) Priority Date :NA 2)Ebin Cherian Mathew
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The present invention relates to a bidirectional hybrid DC/DC converter with a variable voltage ratio. The bidirectional hybrid DC/DC
converter consists of a positive and a negative arm, with a waveform shaping circuit WSP1 and WSN1 and director switches (Sp1,
Spr1, and Sn1, Snr1), a positive arm inductor (Larmp1) configured in the positive arm and a negative arm inductor (Larmn1)
configured in the negative arm, and an isolation transformer connected to the AC output of the waveform shaping circuits for
converting the AC output to a DC output via an H-bridge. Wave-shaping circuits (WSP1 and WSN1) in the arms exchange energy
between the MVDC line and the low-voltage DC system. Positive and negative wave-shaping circuits (WSP1 and WSN1) are
respectively connected to the positive terminal and negative terminals of the MVDC bipolar transmission line.

(19) INDIA
(54) Title of the invention : ABSTRACTA PROCESS FOR THE PREPARATION OF AGRO-MATERIAL BASED
ELECTROCHEMICAL SENSING PLATFORM AND PRODUCT THEREOF

G01N0027300000, 1)COUNCIL OF SCIENTIFIC AND INDUSTRIAL
(51) International classification G01N0033180000, RESEARCH
A61B0005148600, Address of Applicant :COUNCIL OF SCIENTIFIC AND
G01N0033020000 INDUSTRIAL RESEARCH Anusandhan Bhawan, 2 Rafi Marg,
(31) Priority Document No :NA New Delhi , 110 001 India Delhi India
(33) Name of priority country :NA 1)Pawankumar Rai
(86) International Application No :NA 2)Srishti Mehrotra
Filing Date :NA 3)Smriti Priya
(87) International Publication No : NA 4)Sandeep Kumar Sharma
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The present invention provides an electrochemical sensing platform with a biobased screen-printed working electrode. In particular,
the present invention provides an agro-material based working electrode (WE) immobilized over the sensing part of the screen-printed
electrode (SPE). More particularly, agro-material based WE for the SPE will decrease the dependency over the gold or graphite WE
containing SPE and provide an electrochemical sensing platform for the detection of analytes. Further electrochemical sensing
platform with a biobased working screen-printed electrode is useful in the areas like water quality testing, organic compound analysis,
bacterial and radioelements detection, food quality analysis, heavy metal detection, etc. Figure 1.

(19) INDIA
(54) Title of the invention : PROCESS OF PHYTOCANNABINOIDS ENRICHMENT ITS FORMULATION AND USE IN THE
MANAGEMENT OF PAIN
1)COUNCIL OF SCIENTIFIC AND INDUSTRIAL
RESEARCH an Indian registered body incorporated under
the Regn. of Soc. Act (Act XXI of 1860)
Address of Applicant :Anusandhan Bhawan, 2 Rafi Marg Rafi
Marg New Delhi Delhi India Delhi India
1)Pankaj Singh Cham
2)Manmeet Singh
:A61K0031050000, 3)Aman Verma
A61K0031352000, 4)Radhika Anand
(51) International classification A61K0036000000, 5)Rohit Singh
A61K0036185000, 6)Kuhu Sharma
C05D0009000000 7)Pankul Kotwal
(31) Priority Document No :NA 8)Abhishek Gour
(32) Priority Date :NA 9)Pankaj Kumar
(33) Name of priority country :NA 10)Durga Prasad Mindala
(86) International Application No :NA 11)Sumit Roy
Filing Date :NA 12)Chandra Pal Singh
(87) International Publication No : NA 13)Siya Ram Meena
(61) Patent of Addition to Application 14)Ajay Kumar
:NA
Number 15)Mahendra Kumar Verma
:NA
Filing Date 16)Vishav Prakash Rahul
(62) Divisional to Application Number :NA 17)Utpal Nandi
Filing Date :NA 18)Sumeet Gairola
19)Anil Kumar Katare
20)Deepika Singh
21)Pyare Lal Sangwan
22)Dhiraj Vyas
23)Sanghapal Damodhar Sawant
24)Gurdarshan Singh
25)Vishwakarma Ram Asrey
26)Dumbala Srinivasa Reddy
27)Parvinder Pal Singh
(57) Abstract :
The present invention relates to the process of enrichment of Phytocannbinoids namely CBD and ?9-THC from the dried aerial part
(leaves and inflorescence) of Cannabis sativa. The present invention also relates to the preparation of formulation having enriched
CBD and THC by combining with appropriate acceptable excipients such as nutriose, dextrin and maltodextrin. The present invention
also discloses the use of the phytocannabanoids enriched blend for the management of pain including cancer pain & general pain.

(19) INDIA
(54) Title of the invention : AN AGRICULTURAL VEHICLE WITH ADJUSTABLE GROUND CLEARANCE AND A METHOD
THEREOF

B60K0017040000, 1)Mahindra & Mahindra Limited
(51) International classification B60G0003200000, Address of Applicant :Farm Equipment Sector, Swaraj
B60N0002300000, Division, Phase IV, Industrial Area, S.A.S. Nagar (Mohali) –
A01N0043560000 160055, Punjab, India S.A.S. Nagar Punjab India
(32) Priority Date :NA 1)Vikas Maingi
(33) Name of priority country :NA 2)Jasjit Sohal
(86) International Application No :NA 3)Rajat Magotra
Filing Date :NA 4)Sunil Mittal
(87) International Publication No : NA 5)Naveen Jindal
Filing Date :NA
Filing Date :NA
(57) Abstract :
AN AGRICULTURAL VEHICLE WITH ADJUSTABLE GROUND CLEARANCE AND A METHOD THEREOF The disclosure
herein relates to an agricultural vehicle with adjustable ground clearance and a method for adjusting ground clearance of the
agricultural vehicle. The agricultural vehicle (10) includes a pair of front wheels (10FW), a pair of rear wheels (10RW), a chassis
(10C), a pair of final drive transmissions (100) and a pair of extension units (200). Each extension unit (200) is adapted to be coupled
between corresponding front wheel (10FW) and corresponding steering arm (10ST) thereby maintaining the chassis (10C) at the
raised position. The agricultural vehicle (10) is compact and robust and has high maneuverability in order to achieve a lower turning
radius in tight spaces. Fig. 1

(19) INDIA
(54) Title of the invention : AGRICULTURAL VEHICLE
:B60N0002300000, 1)Mahindra & Mahindra Limited
B62D0025160000, Address of Applicant :Farm Equipment Sector, Swaraj
(51) International classification E05B0081420000, Division, Phase IV, Industrial Area, S.A.S. Nagar (Mohali) –
F16H0061220000, 160055, Punjab, India S.A.S. Nagar Punjab India
B60N0002240000 (72)Name of Inventor :
(31) Priority Document No :NA 1)Vikas Maingi
(32) Priority Date :NA 2)Jasjit Sohal
(33) Name of priority country :NA 3)Rajat Magotra
(86) International Application No :NA 4)Sunil Mittal
Filing Date :NA 5)Naveen Jindal
(87) International Publication No : NA 6)Deepak Jain
(61) Patent of Addition to Application Number :NA 7)Abhilash Giri
Filing Date :NA 8)Veeran Gupta
(62) Divisional to Application Number :NA 9)Hitanshu Mahapatra
Filing Date :NA 10)Muneet Sharma
11)Amar Kapoor
(57) Abstract :
AGRICULTURAL VEHICLE The disclosure herein relates to a compact agricultural vehicle having a first driving position and a
second driving position. The agricultural vehicle (10) includes a chassis (10C), a pair of front wheels (10FW), a pair of rear wheels
(10RW), a pair of steering arms (10ST), a pair of kingpins (10KP), a front axle (10FAX), a pair of final drive transmissions (100), a
pair of extension units (200), a front bumper assembly (300) and a steering control mechanism (400). The agricultural vehicle with
steering control mechanism provides flexibility to vary steering angle at driver end to meet desired turning radius by optimizing
leverage to steering effort ratio. The agricultural vehicle is compact and robust and has high maneuverability in order to achieve a
lower turning radius in tight spaces. The agricultural vehicle allows the operator to operate the vehicle from one of the first driving
position and the second driving position. Fig. 1

(19) INDIA
(54) Title of the invention : DOUBLE STAGE VERTICAL AXIS TWIN BLADE TURBINE

F03B0017060000, 1)CHITKARA INNOVATION INCUBATOR
(51) International classification F03D0003060000, FOUNDATION
F03B0013260000, Address of Applicant :SCO: 160-161, SECTOR – 9C,
F03D0001020000 MADHYA MARG, CHANDIGARH – 160009, INDIA Email-
(32) Priority Date :NA Chandigarh Chandigarh India
(86) International Application No :NA 1)Sharma Sonu
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A double stage vertical axis twin blade turbine (100), comprising: a body (102) to house components of the turbine (100); a static inlet
base (104) equipped with inlets (106a-106d) to enable fluid to flow inside the turbine (100); a shaft (108) to provide support to the
turbine (100), wherein a base of the shaft (108) comprises a groove (112) to create sliding connection between the shaft (108 ) and the
static inlet base (104); a first blade assembly (114) having first set of blades (118a-118b) and first set of outlets (120a-120b); a second
blade assembly (116) having second set of blades (122a-122b) and second set of outlets (124a-124b), wherein the first blade assembly
(114) and the second blade assembly (116) are embedded with protrusion end plates (126a-126b) and vertical protrusions (128a-128d)
of varying size to create a net positive torque for converting kinetic energy of the fluid into mechanical energy.

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR WIRELESSLY MONITORING HEALTH CONDITION OF USERS

A61B0005020500, 1)Galgotias University
(51) International classification A61B0005024000, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
A61B0005110000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
G16H0050200000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(32) Priority Date :NA Greater Noida Uttar Pradesh India
(86) International Application No :NA 1)Dr. Prabhakar Singh
Filing Date :NA 2)Dr. Deepak Gupta
Filing Date :NA
Filing Date :NA
(57) Abstract :
A system (100) for wirelessly monitoring a health condition of a user, comprising: a wearable device (102) configured to be worn by
the user, and comprises: a set of sensors (104) to sense values of body vitals of the user; a liquid metal (LM) based MIMO antenna
(106) configured to transmit the sensed values of the body vitals to a computing device (112) of the user; a processing unit (110)
configured to: receive the sensed values of the body vitals from the set of sensors (104); compare the values of the body vitals with
pre-defined values of body vitals stored in a memory (108); transmit a value fluctuation signal to a computing device (112) of the user
through the LM based MIMO antenna (106); and notify the user about any abnormality in the sensed values of the body vitals.

(19) INDIA
(54) Title of the invention : SIDE MIRROR ASSEMBLY FOR VEHICLES

B62D0001184000, 1)CHITKARA INNOVATION INCUBATOR
(51) International classification A61H0003000000, FOUNDATION
E03C0001060000, Address of Applicant :SCO: 160-161, SECTOR – 9C,
B65D0085480000 MADHYA MARG, CHANDIGARH – 160009, INDIA Email-
(32) Priority Date :NA Chandigarh Chandigarh India
(86) International Application No :NA 1)Singh Raghubir
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A pair of side mirrors (100a-100b) for vehicles, wherein each of the side mirrors (100a-100b) comprising: a frame (102) designed to
hold a corresponding glass (104) in place; a height adjustment rod (106) attached to a backside of the corresponding frame (102), and
configured to enable a rider to adjust a height of the corresponding side mirrors (100a-100b); a hollow pipe (108) act as a female part
to accommodate the height adjustment rod (106) to increase or decrease the height of the corresponding side mirrors (100a-100b); and
a locking means (110) for locking a position of the height adjustment rod (106) in place with respect to the hollow pipe (108) upon
adjusting the height of the corresponding side mirrors (100a-100b).

(19) INDIA
(54) Title of the invention : SYSTEM AND METHOD FOR MAINTAINING TEMPERATURE IN A CABIN OF VEHICLES
:B60H0001000000, (71)Name of Applicant :

A61M0016100000, 1)Galgotias University
(51) International classification A61F0007000000, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
F16L0053380000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
F02D0041040000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(86) International Application No :NA 1)Lokesh Varshney
Filing Date :NA 2)Tushar Vardhan
(87) International Publication No : NA 3)Vaibhav Sharma
(61) Patent of Addition to Application Number :NA 4)Aditya Singh
Filing Date :NA
Filing Date :NA
(57) Abstract :
A system (100) for maintaining temperature in a cabin of a vehicle (102), the system (100) comprising: an engine (104) arranged in
the vehicle (102), and configured to be actuated by a user to generate heat; and a network of pipes (106) connected to the engine (104),
wherein the network of pipes (106) is capable to receive the heat generated by the engine (104), such that the network of pipes (106)
comprises a heating filament (108) capable to draw energy from the vehicle (102), wherein a combined effect of the heat generated by
the engine (104) and the energy drawn by the heating filament (108) is supplied to the cabin of the vehicle (102) to produce warm air.

(19) INDIA
(54) Title of the invention : A METHOD OF MANUFACTURING CELLS IN A LEAKPROOF BATTERY PACK WITH LOW
COST COOLING SYSTEM

H01M0008027600, 1)PADMINI VNA MECHATRONICS LTD.
(51) International classification H01M0008248000, Address of Applicant :Plot No. 100-101, Sector 35, Phase VII,
A61K0031192000, Udyog Vihar, Gurgaon-122001, Haryana, India Gurgaon Haryana
H01M0010625000 India
(32) Priority Date :NA 1)KABIR BHANDARI
(33) Name of priority country :NA 2)SANDEEP ANTIL
(86) International Application No :NA 3)VARUN KUMAR
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT “A METHOD OF MANUFACTURING CELLS IN A LEAKPROOF BATTERY PACK WITH LOW COST
COOLING SYSTEM” The present invention provides a method of manufacturing cells in a leak-proof battery pack with low cost
cooling system, comprising steps of stacking at least two cells one on top of another, sealing contact of one negative end of one cell to
positive end of another cell through an elastomeric seal (2) between a polarities of cells, sealing both radial and axial face of polarities
of cells through said elastomeric seal (2), sealing is done through one way on the axial face of the polarities of cells or in another way
on radial face of the polarities of cells and/or combination of axial face and radial face of the polarities of cells, sealing through axial
face includes sealing between top end of one cell and bottom end of another cell above it and sealing through radial face includes
sealing the outer diameter and/or side wall of said polarities of cells. Figure 1 on sheet no. 1 of the drawings may accompany the
abstract when published.

(19) INDIA
(54) Title of the invention : METHOD, APPARATUS AND SYSTEM TO TRANSITION SYSTEM POWER STATE OF A
COMPUTER PLATFORM

G06F0001320300, 1)INTEL CORPORATION
(51) International classification G06F0011300000, Address of Applicant :2200 Mission College Boulevard, Santa
F24F0011640000, Clara, California 95054, USA U.S.A.
(31) Priority Document No :NA 1)MURALIDHAR, Rajeev
(32) Priority Date :NA 2)SESHADRI, Harinarayanan
(33) Name of priority country :NA 3)FLEMING, Bruce, L.
(86) International Application No :NA 4)RUDRAMUNI, Vishwesh
Filing Date :NA
Filing Date :NA
(62) Divisional to Application Number :201612020770
Filed on :17/06/2016
(57) Abstract :
The present invention relates to an apparatus comprising: a processor having at least one processor core; an input-output (10)
component operatively coupled to the processor; and a power management controller operatively coupled to the at least one processor
core, wherein the power management controller is operable to determine a current power state of the processor and is to cause the IO
component to enter a power state according to the determined current power state.

(19) INDIA
(54) Title of the invention : VEHICLE SIDE DOOR STRUCTURE

B60R0025240000, 1)SUZUKI MOTOR CORPORATION
(51) International classification B60J0005060000, Address of Applicant :300 Takatsuka-cho, Minami-ku,
B29K0105120000, Hamamatsu-shi, Shizuoka 432-8611, Japan Japan
B60R0001060000 (72)Name of Inventor :
(31) Priority Document No :2021-095174 1)OYAIDE, Yasuo
(33) Name of priority country :Japan
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Abstract VEHICLE SIDE DOOR STRUCTURE [Problem to be Solved] To increase stiffness of a link member connecting a side door
and a vehicle body. 5 [Solution] A link member 20 of a vehicle side door structure is provided with an upper arm part 21 and a lower
arm part 23. One end of the link member 20 is provided with a door-side connection part 27 extending in the vertical direction so as to
connect the upper arm part 21 and the lower arm part 23, and the other end of the link member 20 is provided with a body10 side
connection part 25 extending in the vertical direction so as to connect the upper arm part 21 and the lower arm part 23. The body-side
connection part 25 curves so as to bulge from the other end toward the one end. [Selected Drawing] Figure 2

(19) INDIA
(54) Title of the invention : CELLULOSE FIBER FOAM COMPOSITIONS
:C08L0001020000, (71)Name of Applicant :

C08L0023080000, 1)APPLE INC.
(51) International classification A62D0001020000, Address of Applicant :One Apple Park Way Cupertino,
B29K0105160000, California 95014, United States of America U.S.A.
(31) Priority Document No :63/174,794 1)XIANG, Yang
(32) Priority Date :14/04/2021 2)CAI, Jun
(33) Name of priority country :U.S.A. 3)GLASS, John W.
(86) International Application No :NA 4)TORRES, Jose M.
Filing Date :NA 5)LONG, Michael S.
(87) International Publication No : NA 6)COWAN, Wayne H.
(61) Patent of Addition to Application Number :NA 7)LIM, Hseh Tjun Tereave
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT CELLULOSE FIBER FOAM COMPOSITIONS By constructing packaging or cushioning components with a cellulose-
fiber foam and uniquely blending relatively longer fibers serving as mechanical structure with refined chemical fibers 5 serving as a
bonding mechanism for the relatively longer fibers together, a lower density, energy absorbing, and resilient cellulose-fiber foam is
disclosed. Some cellulose-fiber foam components additional do not require stand-alone foaming agent or surfactant.

(19) INDIA
(54) Title of the invention : LIQUID DETECTION AND CORROSION MITIGATION

G06F0001200000, 1)APPLE INC.
(51) International classification G01M0003160000, Address of Applicant :One Apple Park Way Cupertino,
C23F0011180000, California 95014, United States of America U.S.A.
(31) Priority Document No :17/229,660 1)ASHCROFT, Tavys Q.
(32) Priority Date :13/04/2021 2)SCRITZKY, Robert
(33) Name of priority country :U.S.A. 3)CHEN, Daibo
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT LIQUID DETECTION AND CORROSION MITIGATION Methods, structures, and apparatus that are able to detect the
presence of liquid, moisture, or other contaminants in or on a connector. Examples provide a 5 connector having a dedicated liquid-
detect contact that does not have a corresponding contact in a corresponding connector. Examples provide liquiddetect circuitry that
can use the liquid-detect contact to determine the presence of a liquid on or in the connector and can perform self-diagnostic tests such
as continuity checks and calibration.

(19) INDIA
(54) Title of the invention : DESIGN AND FABRICATION OF AN INDUCTION ZONE REFINING SYSTEM

H05B0006100000, 1)CHAIRMAN, DEFENCE RESEARCH AND
(51) International classification H05B0006360000, DEVELOPMENT ORGANISATION (DRDO)
H05B0006060000, Address of Applicant :Ministry of Defence, Govt. of India,
C21D0009080000 Room No. 348, B-Wing, DRDO Bhawan, Rajaji Marg, New Delhi
(31) Priority Document No :NA 110 011, India New Delhi Delhi India
(32) Priority Date :NA 2)DIRECTOR GENERAL, CENTRE FOR MATERIALS
(33) Name of priority country :NA FOR ELECTRONICS TECHNOLOGY (C-MET)
Filing Date :NA 1)PURUSHOTHAM, Yadoji
(87) International Publication No : NA 2)MUNIRATHNAM, Nagegownivari Ramachandra
(61) Patent of Addition to Application Number :NA 3)ALI, Shaik Taher
Filing Date :NA 4)SRIVASTAVA, Meenakshi
(62) Divisional to Application Number :NA 5)GANDOTRA, Vinod Kumar
Filing Date :NA
(57) Abstract :
An induction zone refining system is disclosed herein. The induction zone refining system comprises of a refining arrangement
comprising a tube (101) for loading a metal ingot (102) for zone refining and an induction heating coil (103) for supplying induction
heating to the metal ingot (102) within the tube (101). The induction zone refining system further comprises a translation movement
system (110) affixed to the induction heating coil (103), wherein the translation movement system (110) ensures forward and
backward movement of the induction heating coil (103) in a horizontal direction using a motor (111) and a control unit (130) for
switching power supply to the refining arrangement, wherein the control unit (130) switches the power supply to the refining
arrangement with variable front and back horizontal movement of the translation movement system (110).

(19) INDIA
(54) Title of the invention : OPPORTUNISTIC BANDWIDTH ACCESS USING UNLICENSED SPECTRUM AS A BACKUP
RESOURCE (OBUB) C/P-49/C TO 54/C
:H04W0016140000, (71)Name of Applicant :

H04W0072040000, 1)DELHI TECHNOLOGICAL UNIVERSITY
(51) International classification H04L0027000000, Address of Applicant :DELHI TECHNOLOGICAL
H04W0074080000, UNIVERSITY, SHAHBAD DAULATPUR, MAIN BAWANA
H04W0088020000 ROAD, DELHI -110042, INDIA Delhi India
(32) Priority Date :NA 1)Dr. Gurjit Kaur
(33) Name of priority country :NA 2)Akanksha Srivastava
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT OPPORTUNISTIC BANDWIDTH ACCESS USING UNLICENSED SPECTRUM AS A BACKUP RESOURCE
(OBUB) C/P-49/C TO 54/C The present invention provides a method of improving spectrum capacity. The method detects a first
licensed spectrum band by a plurality of cognitive users and checking if a plurality of primary users is in the first licensed spectrum
band used by the plurality of cognitive users. Further, the cognitive users leave the first licensed spectrum band if the plurality of
primary users is in same band. The cognitive user searches a vacant unlicensed spectrum and initializing the spectrum switching if the
plurality of cognitive user gets the vacant unlicensed spectrum band and transmitting the data by the plurality of cognitive user the
vacant unlicensed spectrum band.

(19) INDIA
(54) Title of the invention : ADAPTIVE FRAME RESOLUTION BASED IMAGE SYSTEM FOR ALWAYS-ON IMAGING
APPLICATIONS.

G02B0013000000, 1)INDIAN INSTITUTE OF TECHNOLOGY JODHPUR
(51) International classification H04N0005225000, Address of Applicant :N H 62, Nagaur Road, Karwar,
H04N0007180000, Rajasthan, INDIA-342030 Karwar Rajasthan India
(31) Priority Document No :NA 1)Dr. Amandeep Kaur
(32) Priority Date :NA 2)Dr. Deepak Mishra
(33) Name of priority country :NA 3)Mr. Wilfred Kisku
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT Title: ADAPTIVE FRAME RESOLUTION BASED IMAGE SYSTEM FOR ALWAYS-ON IMAGING
APPLICATIONS. This invention provides an imaging system to operate an image sensor with selectively alterable image capturing
resolution. The present system includes at least one image sensor and a processor cooperative to the image sensor. The processor is
embedded with neural network based operations for intelligently operating the image sensor such as that the image sensor
continuously capture the images at a low resolution and selectively capture the images or a portion thereof at full resolution only on
detection of any object of interest in the images or a portion thereof. The selective alteration of the image capturing resolution by the
present imaging advantageously reduce number of pixel values that need to be activated for imaging and digitized or converted the
image data to digital bits and thus reduce total operational time of the ADC to save operational power as compared to the “always
ON” image sensor model that reads the entire frame at constant high resolution continuously regardless of the frame content.

(19) INDIA
(54) Title of the invention : ASSISTED INDICATION OF RESOURCE RESERVATION IN SIDELINK
:H04W0072040000, (71)Name of Applicant :

H04W0076140000, 1)APPLE INC.
(51) International classification H04W0028260000, Address of Applicant :One Apple Park Way Cupertino,
G06F0003048100, California 95014, United States of America U.S.A.
(31) Priority Document No :63/215,585 1)FAKOORIAN, Seyed Ali Akbar
(32) Priority Date :28/06/2021 2)SUN, Haitong
(33) Name of priority country :U.S.A. 3)ZENG, Wei
(86) International Application No :NA 4)YE, Chunxuan
Filing Date :NA 5)WU, Zhibin
(87) International Publication No : NA 6)ZHANG, Dawei
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
Techniques discussed herein can facilitate assisted indication of resource reservation in sidelink. One example aspect is a user
equipment (UE), 5 comprising: a memory interface; and processing circuitry communicatively coupled to the memory interface and
configured to: generate a physical sidelink control channel (PSCCH) message related to a first stage sidelink control information
(SCI), wherein the first stage SCI includes a first indication related to a SCI assistance request; and cause transmission of 10 the first
stage SCI.

(19) INDIA
(54) Title of the invention : BATTERY, BATTERY APPARATUS AND BATTERY PACK

H01M0002300000, 1)CALB CO., LTD.
(51) International classification H01M0010052500, Address of Applicant :NO. 1 JIANGDONG ROAD, JINTAN
H01M0010420000, DISTRICT, CHANGZHOU CITY, JIANGSU PROVINCE,
H01M0002020000 CHINA China
(31) Priority Document No :202110526791.1 (72)Name of Inventor :
(32) Priority Date :14/05/2021 1)XU, JIULING
(33) Name of priority country :China 2)PAN, FANGFANG
(86) International Application No :NA 3)ZHANG, YONGJIE
Filing Date :NA 4)QI, BINWEI
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The disclosure relates to the technical field of batteries, and provides a battery, a battery apparatus and a battery pack. The battery
includes a battery surface and a pole element (110). The battery surface is provided with a first recess (16), and the first recess (16) is
used to accommodate the pole element (40) of the other battery (2). The pole element (110) is arranged on the battery surface and is
located outside a range where the first recess (16) is located. By providing the first recess (16) on the battery surface, the pole element
(40) of the other battery (2) can be accommodated in the first recess (16) when the batteries are grouped.

(19) INDIA
(54) Title of the invention : BATTERY CONTAINER, BATTERY PACK AND BATTERY ASSEMBLING METHOD

H01M0002020000, 1)CALB CO., LTD.
F25D0021140000, DISTRICT, CHANGZHOU CITY, JIANGSU PROVINCE,
(31) Priority Document No :202110529083.3 (72)Name of Inventor :
(32) Priority Date :14/05/2021 1)PAN, FANGFANG
(33) Name of priority country :China 2)KONG, FANMING
(86) International Application No :NA 3)YIN, XUCHENG
Filing Date :NA 4)TIAN, RUISHENG
(87) International Publication No : NA 5)SONG, TIANRONG
(61) Patent of Addition to Application 6)HAN, XIAOMING
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
The disclosure relates to a battery container (100), a battery pack, and a battery assembling method. The battery container (100)
includes a bottom plate (110), a first fixing member (120) disposed on the bottom plate (110), and a second fixing member (130)
disposed on the bottom plate (110). The second fixing member (130) and the first fixing member (120) are arranged opposite to each
other. A battery accommodating part (111) is formed between the first fixing member (120) and the second fixing member (130). A
surface of the first fixing member (120) facing the second fixing member (130) has a first groove (121), and a surface of the second
fixing member (130) facing the first fixing member (120) has a second groove (131). The first groove (121) and the second groove
(131) are configured to remove a clamp from the battery container (100) during assembly. Fig. 1

(19) INDIA
(54) Title of the invention : POWER SUPPLY SYSTEM, CONTROL METHOD OF POWER SUPPLY SYSTEM AND CONTROL
DEVICE OF POWER SUPPLY SYSTEM

H01M0002100000, 1)CALB CO., LTD.
G06F0011070000, DISTRICT, CHANGZHOU CITY, JIANGSU PROVINCE,
(31) Priority Document No :202110530011.0 2)CALB TECHNOLOGY CO., LTD.
(32) Priority Date :14/05/2021 (72)Name of Inventor :
(33) Name of priority country :China 1)NIU, LI
(86) International Application No :NA 2)LI, XINJIAN
Filing Date :NA 3)GUO, QIXIN
(87) International Publication No : NA 4)ZHANG, XUAN
(61) Patent of Addition to Application 5)LI, ZHOULI
:NA
Number 6)SUN, GUOHUA
:NA
Filing Date 7)LI, YUEFENG
Filing Date :NA
(57) Abstract :
A power supply system and a control method and control device thereof are provided. The power supply system includes a first power
supply device (10), a heat-dissipation unit (30), a second power supply device (20), and a control device (40). The control device (40)
confirms whether each battery pack (11) in the first power supply device (10) experiences thermal runaway, and controls the first
power supply device (10) to supply power to the heat-dissipation unit (30) when no battery pack (11) experiences thermal runaway;
and controls a battery pack (11) not experiencing thermal runaway and/or the second power supply device (20) to supply power to the
heat-dissipation unit (30) when a battery pack (11) experiences thermal runaway.

(19) INDIA
(54) Title of the invention : METHOD AND DEVICE FOR MONITORING SWITCHGEARS

C08G0059400000, 1)Schneider Electric Industries SAS
(51) International classification F16B0005020000, Address of Applicant :35 rue Joseph Monier, F-92500 Rueil
H01H0011000000, Malmaison - France France
G01K0013000000 (72)Name of Inventor :
(31) Priority Document No :FR2105327 1)KRAYNOV, Vladislav
(33) Name of priority country :France
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
Method for monitoring switchgear, provided with a switching mechanism, comprising: - monitoring (300) an electric power supply
signal to an electromagnetic 5 actuator of the switching mechanism in order to detect the start of the supply of electric power (101a,
201a) to said actuator, - monitoring (330) an impact intensity measurement in said switchgear in order to detect the setting in motion
of said switching mechanism, - monitoring (360) a parameter representative of the open or closed state of 10 said switchgear in order
to detect (370) a change in state of said parameter, representative of an end of an opening or closing sequence of said switchgear, and
comprising: - calculating (390) a time TACT that has elapsed between the detection of the start of the supply of electric power to said
actuator and the detection of the 15 setting in motion of the switching mechanism of said switchgear, - calculating (395) a time TM
that has elapsed between said setting in motion of the switching mechanism and said sequence end.

(19) INDIA
(54) Title of the invention : SMART SURVEILLANCE SYSTEM

H04N0007180000, 1)Galgotias University
(51) International classification G08G0005000000, Address of Applicant :Plot No. 2, Yamuna Expy, Opposite,
H04N0005225000, Buddha International Circuit, Sector 17A, Greater Noida, Uttar
B64C0039020000 Pradesh 203201 Email Id: ipr@galgotiasuniversity.edu.in,
(86) International Application No :NA 1)Shikhar Chandra
Filing Date :NA 2)Vishesh Kr. Mishra
(87) International Publication No : NA 3)Sourov Bhowmick
(61) Patent of Addition to Application Number :NA 4)Lokesh Varshney
Filing Date :NA
Filing Date :NA
(57) Abstract :
A surveillance system comprising a tracking device and a control unit configured to: receive surveillance data selected from one of,
imaging data from an image capturing device, sensed signal from sensors, sensed data from a laser fencing and collected underground
surveillance data, and collected underwater surveillance data from a ground surveillance device; detect an intrusion based on the
surveillance data; generate an alarm when the intrusion is detected; and transmit the generated alarm to a user device of a concerned
authority.

(19) INDIA
(54) Title of the invention : HIGHLY PURE TITANIUM-BASED MAX PHASE AND PROCESS FOR PREPARATION THEREOF

B22F0003110000, 1)Council of Scientific and Industrial Research
(51) International classification C04B0028020000, Address of Applicant :Anusandhan Bhawan, 2-Rafi Marg New
C01B0032921000, Delhi-110001 Ph:- 01143098950 Delhi Delhi India
(31) Priority Document No :NA 1)Pallab Bhattacharya
(32) Priority Date :NA 2)Nisha Gupta
(33) Name of priority country :NA 3)Trilochan Mishra
(86) International Application No :NA 4)Himangshu Bapari
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
ABSTRACT Highly pure Titanium-based MAX Phase and process for preparation thereof The present invention discloses the
production of Titanium-based highly pure MAX phase . and a process for preparation thereof. To develop the Ti containing MAX, Ti
source includes one or a mixture of different Ti containing chemicals like Ti metallic powder, titanium carbide (TiC), titanium hydride
(TiH), Ti-Al binary system; Al source includes Al metallic powder, Al carbide, and Al2O3; C source includes graphitic powder,
activated porous carbon and conducting carbon black used. The present invention does not involve any additional washing steps hence
the whole process is scalable, consumes low energy, and simpler.

(19) INDIA
(54) Title of the invention : INNER DOOR HANDLE ASSEMBLY FOR A VEHICLE
:E05B0081760000, (71)Name of Applicant :

E05B0085100000, 1)ILLINOIS TOOL WORKS INC.
(51) International classification E05B0085160000, Address of Applicant :155 Harlem Avenue Glenview, Illinois
E05B0085120000, 60025, United States of America U.S.A.
(31) Priority Document No :10 2021 113 717.9 1)WILKE, Zsolt
(33) Name of priority country :Germany
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
The invention relates to an inner door handle assembly (1) for a vehicle, wherein the inner door handle assembly (1) comprises a
housing (2) and an actuating portion (3) movably arranged on the housing (2). Further, a lighting device (4) is provided, which is
configured in order to emit light, preferably indirectly or directly and in particular optionally or as needed, 10 via an air gap between
the housing (2) and the actuating portion (3) in the direction of the actuating portion (3). According to the invention, it is provided in
particular that the actuating portion (3) comprises a carrier portion (7) made of a first material, in particular a plastic material, and a
reflective region connected or connectable to the carrier portion (7).

(19) INDIA
(54) Title of the invention : MANAGING TARGET SOUND PLAYBACK

G10L0021021600, 1)APPLE INC.
(51) International classification H04R0001400000, Address of Applicant :One Apple Park Way Cupertino,
G08B0003100000, California 95014, United States of America U.S.A.
(31) Priority Document No :63/190,680 1)CASARINI, Cecilia
(32) Priority Date :19/05/2021 2)FISCH, Ian M.
(33) Name of priority country :U.S.A. 3)MAZUR, Jakub
(86) International Application No :NA 4)LERNER, Mitchell R.
Filing Date :NA 5)BRAZELL RUIZ, Pablo David
(87) International Publication No : NA 6)RYNER, JR., Stephen W.
(61) Patent of Addition to Application Number :NA 7)CHEN, Tyrone T.
Filing Date :NA
Filing Date :NA
(57) Abstract :
A method for controlling target sound playback. A display screen of a control device is configured to display a target sound user
setting for controlling target 5 sound playback, wherein the target sound user setting controls a stored target sound level parameter that
is stored within memory of the control device. A target sound sequence is generated in accordance with the user setting. A speaker is
driven with the target sound sequence. Other aspects are also described and claimed.

(19) INDIA
(54) Title of the invention : METAL CARD AND MANUFACTURING METHOD THEREOF

H05K0009000000, 1)UBIVELOX INC.
(51) International classification H01Q0007000000, Address of Applicant :14th Floor, PAN PACIFIC BUILDING,
B82Y0030000000, 12, Digital-ro31-gil, Guro-gu, Seoul, 08380, Republic of Korea
G06K0019020000 Republic of Korea
:KR 10-2022- (72)Name of Inventor :
(31) Priority Document No
0040166 1)SHIN, Han Kyu
(32) Priority Date :31/03/2022 2)SHIN, Sok Soo
(33) Name of priority country :Republic of Korea
Filing Date :NA
:NA
Number
:NA
Filing Date
Filing Date :NA
(57) Abstract :
ABSTRACT OF THE DISCLOSURE METAL CARD AND MANUFACTURING METHOD THEREOF Disclosed are a metal card
and a manufacturing method thereof. The metal card includes a coating sheet, a metal sheet, an electromagnetic wave absorption
sheet, an antenna sheet with an antenna formed thereon, an epoxy glass sheet, a printed sheet, a protective sheet, and an electronic chip
disposed on an electronic chip coupling groove formed on at least one of the coating sheet, the metal sheet, the electromagnetic wave
absorption sheet, the antenna sheet, or the epoxy glass sheet, wherein the electronic chip coupling groove includes a first engraved
groove formed through a milling process from the upper surface and a second engraved groove formed through a milling process from
the first engraved groove. FIG.3

(19) INDIA
(54) Title of the invention : A NOVEL METHOD FOR MANUFACTURING INWARD BENT TRI-PLY COOKING POTS

G06F0003048800, 1)Shree Shakti Enterprises Private Limited
(51) International classification A23L0005100000, Address of Applicant :Plot No. 72, Phase IV, Sector 57,
B21D0051520000, HSIIDC, Kundli, Sonepat, Haryana – 131028, India Haryana India
(31) Priority Document No :NA 1)Rahul Bajaj
Filing Date :NA
Filing Date :NA
Filing Date :NA
(57) Abstract :
A method for manufacturing cooking pots (100), comprising, drawing a first tri-ply cooking pot with unbent edges (220), (120);
causing a first bend on the unbent edges of the first tri-ply cooking pot (220), to yield a second tri-ply cooking pot with edges bent to a
first angular degree (240), (140); causing a second bend on the edges of the second tri-ply cooking pot (240) which were already bent
by the first angular degree, to yield a third tri-ply cooking pot with edges bent to a second angular degree (260), (160); and, processing
the third tri-ply cooking pot (260) to yield a final tri-ply cooking pot (280), (180).

(19) INDIA
(54) Title of the invention : POWER CONVERTER APPARATUS AND METHOD

H02M0003158000, 1)General Electric Company

Arun Patent

Uploaded by

Copyright:

Available Formats

Arun Patent

Uploaded by

Document Information

Original Description:

Copyright

Available Formats

Share this document

Share or Embed Document

Sharing Options

Did you find this document useful?

Is this content inappropriate?

Copyright:

Available Formats

Arun Patent

Uploaded by

Copyright:

Available Formats

पेटेंट कार्ाालर्

नर्र्ामर् सं. 51/2023 शुक्रवार दिर्ांक: 22/12/2023

पेटेंट कार्ाालर् का एक प्रकाशर्

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91194

( PROF. (DR) UNNAT P. PANDIT)

22nd DECEMBER, 2023

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91195

SPECIAL NOTICE : 91199-91200

HOLIDAY LIST (ENGLISH) : 91201

HOLIDAY LIST (HINDI) : 91202

EARLY PUBLICATION (DELHI) : 91203-91295

EARLY PUBLICATION (MUMBAI) : 91296-91431

EARLY PUBLICATION (CHENNAI) : 91432-92058

EARLY PUBLICATION ( KOLKATA) : 92059-92072

PUBLICATION AFTER 18 MONTHS (DELHI) : 92073-92699

PUBLICATION AFTER 18 MONTHS (MUMBAI) : 92700-92864

PUBLICATION AFTER 18 MONTHS (CHENNAI) : 92865-93331

PUBLICATION AFTER 18 MONTHS (KOLKATA) : 93332-93367

PUBLICATION U/S 61 IN RESPECT OF APPLICATION FOR

WEEKLY ISSUED FER (DELHI) : 93369-93382

WEEKLY ISSUED FER (MUMBAI) : 93383-93388

WEEKLY ISSUED FER (CHENNAI) : 93389-93399

WEEKLY ISSUED FER (KOLKATA) : 93400-93402

REGISTRATION OF DESIGNS : 93869-94011

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91196

Phone: (91)(22) 24123311, Phone: (91)(44) 2250 2081-84

2 The Patent Office,

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91197

 िारत का अवशेष क्षेत्र

3 पेटेंट कार्ाालर्, िारत सरकार

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91198

( PROF. (DR) UNNAT P. PANDIT)

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91199

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91200

LIST OF HOLIDAYS FOR THE YEAR – 2024

Sl. Holidays & Connected Festivals Date Days of Week

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91201

वषा 2024 में छु रिर्ों की सूची

क्र.सं. छु रिर्ााँ तिा संबनं ित तर्ौहार दिर्ांक सप्ताह के दिर्

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91202

(12) PATENT APPLICATION PUBLICATION (21) Application No.202311058302 A

No. of Pages : 27 No. of Claims : 10

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91203

No. of Pages : 21 No. of Claims : 7

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91204

No. of Pages : 38 No. of Claims : 8

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91205

:H01M0010052500, C08J0009140000, (71)Name of Applicant :

No. of Pages : 10 No. of Claims : 5

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91206

(54) Title of the invention : AGROCHEMICAL COMPOSITION

:A01N0043560000, A01N0053000000, (71)Name of Applicant :

No. of Pages : 21 No. of Claims : 9

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91207

(54) Title of the invention : A MULTI-PURPOSE DENTAL DEVICE

No. of Pages : 16 No. of Claims : 9

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91208

No. of Pages : 37 No. of Claims : 13

The Patent Office Journal No. 51/2023 Dated 22/12/2023 91209