TW201814588A - Atrolling management with GPS and QR-CODE verification - Google Patents

Abstract

Using GPS and QR-CODE information to replace the patrol station signature method; patrol officers use handheld electronic digital mobile devices to read the GPS coordinate information and QR-CODE information and then send both information to the cloud server; the cloud server will confirm whether patrol officers arrive at the correct position by analyzed the information and store it to database.

Description

 GPS and QR-CODE Patrol Verification System  

Design field of wireless transmission electronic device using coding and scanning

For example, the announcement I489422 uses RFID to read the data exchangeable NFC data exchange unit and then cooperate with the GPS positioning unit to obtain the inspector's fixed point in place; this design requires an additional RFID sensor unit and NFC reader unit for reading. Larger power consumption; less energy efficient; and RFID wireless electronic tags must be purchased with professional RFID manufacturers; tag acquisition is more troublesome and time consuming; and this creation is different from using RFID sensing systems; using QR-CODE tags to represent one The patrol site; not only does not need to design the RFID sensor unit and the NFC reader unit for reading; it can directly print the QR-CODE label directly by using the wireless function to connect the printer; the label acquisition is very easy.

In addition, as announced in the announcement M450915, the QR-CODE electronic patrol box actively generates QR-CODE to ensure that the patrol personnel are patrolled by the electronic patrol box design; the patrol box has the power conversion module and the electronic unit of the QR-CODE generator. Comparing a printed QR-CODE tag; the cost is quite different; and the electronic patrol box is electronic; in the layout of the patrol point, each patrol box must be equipped with power supply equipment and lines; also less energy efficient; patrol site It is also more troublesome. The QR-CODE tag used in this creation does not require configuration of power supply equipment and wiring; it is very energy efficient and convenient to arrange patrol sites.

The general patrol mode is usually carried out in the mode of arriving at the patrol point signature. The signature will be filled with the time of arrival of the patrol; it will leak the time information of the patrol; the smuggling is okay, and the patrol is not confirmed by the patrol point signature mode. Is there a problem of patrolling the patrol point on a daily basis; to solve these problems; the creation creates a pattern of scanning the QR-CODE tag instead of the patrol point signature mode based on the principle that the QR-CODE tag can record information; The QR-CODE tag records the special coding information of the patrol point; this special code cannot visually understand the coded content; and the patrolman only needs to scan using a handheld electronic digital mobile device (such as a smart phone, PDA, tablet, mobile computer, etc.); After the handheld electronic digital mobile device completes the scan, it will return the special coded information in the patrol point QR-CODE to the Internet server through the wireless network. The Internet server will analyze the special coded information and record the information arrival. Time point for the manager to check, because there is no sign-in and date information on the patrol point; The function of confidential patrol data, but there is still the problem of not being able to confirm whether the patrolman has actually patrolled the patrol point every day, so in order to solve this problem; in addition to using the QR-CODE label instead of the patrol personnel to the station signature method; It also combines the functions of GPS positioning to confirm that patrol personnel do have patrols at the station. The complete procedure is for patrol personnel to hold electronic digital mobile devices (such as mobile phones, tablets, mobile computers, etc.) to patrol the station; When the patrol station uses the handheld electronic digital mobile device to scan the QR-CODE tag of the patrol station; the QR-CODE reading unit of the electronic digital mobile device scans and analyzes the QR-CODE tag; and then uses the GPS detection of the digital mobile device The unit reads the position coordinates of the patrol; finally, the two kinds of information are transmitted to the Internet server through the encrypted wireless transmission unit for analysis and recording; the data processing and database unit of the Internet server decodes the electronic digital mobile device. QR-CODE and GPS information sent back; and a comparative analysis to confirm that the patrolman did have patrol in place; and record this one Patrol information; the administrator can log in to the Internet server to query the patrol information of the patrolman at any time; and when arranging the patrol point; the manager can use the QR-CODE generating unit of the digital mobile device to generate the QR-CODE label graphic and then encrypt the wireless The transfer unit transmits the print to the printer for placement of the patrol point; in addition, the QR-CODE generates a special encoding mode; this special encoding mode gives a unique and unique encoding header to different manufacturers. The encoding header adds a different number to produce a unique special encoding; such an encoding mode allows different patrol units to be placed at the same patrol point and the encoding in the QR-CODE tag on the distribution is different. According to the method described above; this creation does achieve the following effects;

1. Use the handheld electronic digital mobile device to scan the patrol site QR-CODE tag instead of the patrol signature mode to effectively protect the patrol information.

2. Using the QR-CODE generating unit and printing the QR-CODE tag via the wireless printer makes it easy to get the QR-CODE tag; it is convenient to arrange the patrol site.

3. Use the GPS positioning function of the handheld electronic digital mobile to confirm the actual position of the return patrol; to prevent the patrolman from actually patrolling the station.

4. Use a special unique encoding; ensure that the encodings in multiple QR-CODE tags in the same location are not the same.

10‧‧‧QR-CODE label paper

20‧‧‧Electronic digital mobile device

21‧‧‧GPS detection unit

22‧‧‧QR-CODE reading unit

23‧‧‧QR-CODE generating unit

24‧‧‧Encrypted wireless transmission unit

30‧‧‧Wireless printer

40‧‧‧Remote Server

41‧‧‧Data Processing and Database Unit

50‧‧‧QR-CODE reading unit handler

51‧‧‧Scan QR-CODE program

52‧‧‧Decoding QR-CODE program

53‧‧‧Analysis of QR-CODE procedures

60‧‧‧GPS detection unit processing program

61‧‧‧Detecting GPS coordinate program

62‧‧‧Read GPS coordinate program

70‧‧‧Encrypted wireless transmission unit program

71‧‧‧Encrypted QR-CODE information program

72‧‧‧Encrypted GPS information program

73‧‧‧Wireless communication procedures

80‧‧‧Data processing and database unit procedures

81‧‧‧Server-side wireless communication program

82‧‧‧Information decryption procedures

83‧‧‧ Analytical data procedures

84‧‧‧Storage information program

Figure 1 is a schematic diagram of the main architecture and electronic unit of the creation.

Figure 2 is a flow chart of the program processing of the creation.

As shown in the first figure; wherein the (20) electronic digital mobile device has a block unit diagram; at least one (21) GPS detecting unit is included; the unit is configured to detect and obtain a patrolman's position coordinate, at least one (22) QR-CODE reading unit; this unit is used to scan and read the special encoding of the QR-CODE tag; and (24) the encrypted wireless transmitting unit is used to encrypt the read QR-CODE data and GPS coordinate data. Transmitting to the (40) remote server on the Internet in wireless mode, and at least one (23) QR-COD generating unit is used to generate the QR-CODE label graphic and also transmit (24) the encrypted wireless transmission unit to the wireless The printer prints a QR-CODE label. Finally, the (41) data processing and database unit of the (40) remote server is mainly used to decode and analyze and store the data transmitted by the (20) electronic digital mobile device. After understanding the function of each unit; according to the flow chart of Figure 2, when the patrol arrives at the patrol station to scan the QR-CODE tag using the electronic digital mobile device; first (50) the (51) sweep in the QR-CODE reading unit processing program The QR-CODE program will scan the QR-CODE image first; then (52) decode the QR-CODE program to decode the QR-CODE tag data; finally, (53) analyze the QR-CODE program to determine the QR. - The CODE tag information is a valid special encoding information; then the system starts the next (60) GPS detection unit processing program for GPS detection; in the (61) detection GPS coordinate program, the GPS coordinates are detected first. Point; after the detection is completed, the GPS coordinate program is read by (62) to read back the complete coordinate system information. After completing the collection of the QR-CODE tag information and the GPS coordinate information, the system proceeds to the next (70) encrypted wireless transmission unit program for data encryption transmission; first, the QR-CODE tag is encrypted by (71) encrypting the QR-CODE information program. Information; the (72) encrypted GPS information program is used to encrypt the GPS system coordinate information; finally, the (73) wireless communication program combines the two information and transmits it to the Internet server in a wireless mode. When the (81) server-side wireless communication program in the (80) data processing and database unit program of the Internet server receives the information transmitted by the electronic digital mobile device; the information decryption program will be handed over to (82) The transmitted QR-CODE tag data and GPS system coordinate information are decrypted, and then sent to (83) analysis data program for analysis and comparison of QR-CODE tag data and GPS coordinate data; finally, analysis and comparison results are given (84) Store the information program to structure the data and store the data in the server's database to retrieve the query at any time.

Claims (5)

 A system for verifying patrol in place by using GPS and QR-CODE; at least one patrol fixed point has a special QR-CODE tag; at least one handheld electronic digital mobile device has at least one QR-CODE tag QR-- The CODE reading unit and a GPS detection unit for detecting GPS coordinates allow the patrol to scan the special QR-CODE tag and obtain the position of the patrolman, and use at least one built-in encrypted wireless transmission unit via the wireless network. The method transmits the QR-CODE special information and the location information of the patrol to the Internet server to verify whether the patrol is properly patrolled.    The encoding method of the special QR-CODE tag as described in claim 1 is a set of unique codes in the system; the unique code may be a combination of multiple characters, or may be a combination of multiple numbers or multiple a combination of words and multiple numbers, the text can be the language of any country; its label content cannot be understood when it is visually recognized; the function of achieving confidential information; its encoding method is not limited to a unique header encoding and a digital encoding. Any label that uniquely encodes falls within this range.    The special QR-CODE tag as described in claim 1 of the patent application can use a handheld electronic digital mobile device to build at least one QR-CODE generating unit to generate a special QR-CODE tag graphic of the present creation, and then via a handheld electronic digital mobile device. The encrypted wireless transmission unit transmits the print to the printer via a wireless network.    The handheld electronic digital mobile device of claim 1 or 3 may be one of a smart phone, a PDA, a tablet, or a mobile computer.    The wireless network used by the encrypted wireless transmission unit of claim 1 or 3 of the patent scope may be any of 2G, 3G, 3.5G, 4G, WIFI, and wireless Bluetooth.