Nothing Special   »   [go: up one dir, main page]

CN101363841B - Physiology situation information acquisition device - Google Patents

Physiology situation information acquisition device Download PDF

Info

Publication number
CN101363841B
CN101363841B CN2007101200984A CN200710120098A CN101363841B CN 101363841 B CN101363841 B CN 101363841B CN 2007101200984 A CN2007101200984 A CN 2007101200984A CN 200710120098 A CN200710120098 A CN 200710120098A CN 101363841 B CN101363841 B CN 101363841B
Authority
CN
China
Prior art keywords
information
physiology situation
situation information
acquisition device
information acquisition
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN2007101200984A
Other languages
Chinese (zh)
Other versions
CN101363841A (en
Inventor
李秀
张晓峰
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Likang Interconnection Technology (Beijing) Co., Ltd.
Original Assignee
LIKANG INTERCONNECTION TECHNOLOGY (BEIJING) Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by LIKANG INTERCONNECTION TECHNOLOGY (BEIJING) Co Ltd filed Critical LIKANG INTERCONNECTION TECHNOLOGY (BEIJING) Co Ltd
Priority to CN2007101200984A priority Critical patent/CN101363841B/en
Publication of CN101363841A publication Critical patent/CN101363841A/en
Application granted granted Critical
Publication of CN101363841B publication Critical patent/CN101363841B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Landscapes

  • Measuring And Recording Apparatus For Diagnosis (AREA)

Abstract

The invention discloses a device for acquiring physiological condition information, which mainly comprises a physiological parameter detector and a communication module. The physiological parameter detector is used for detecting the physiological parameters of an organism and generating physiological parameter data. The communication module is used for wirelessly accessing a communication network capable of accessing an information management server, communicating with the information management server via the accessed communication network and transmitting the physiological parameter data as the physiological condition information to the information management server. With the device, the remote acquisition of the physiological condition information can be implemented, therefore, the remote management of the physiological condition information can be further implemented, and the acquisition management process of the physiological condition information is simplified, which facilitates to the application convenience of users.

Description

Physiology situation information acquisition device
Technical field
The present invention relates to the electron medical treatment field of information processing, relate in particular to a kind of physiology situation information acquisition device.
Background technology
At present, for patients with chronic diseases, for example diabetic, hyperpietic, hyperlipemic patients etc. need to be measured patient's the physiology situation information of its health status of expression termly as the reference of medical treatment scheme.For example for the diabetic, regularly detecting blood glucose value is very important, for example for the type ii diabetes patient, at least need weekly to detect blood glucose value 3 to 5 times, for the good type i diabetes patient of glycemic control, at least need to detect twice blood glucose value every day, for the bad type i diabetes patient of glycemic control, need at least to detect 7 times blood glucose value every day.
Because chronic disease is a kind of lifelong disease, need constantly patient's physiology situation information to be monitored, no matter the patient is in hospital, or workplace or even in travelling at home,, all need patient's physiology situation information is detected, so that the timely physiology situation information of record patient, and determine based on this suitable therapeutic scheme.Therefore, it is far from being enough only by medical institutions, patient's physiology situation information being carried out acquisition monitoring, needs patient's oneself participation.
At present, main physiology situation information acquisition way to manage is: be provided for detecting the detecting device of physiology situation information for the patient, by patient or its paramedic, patient's physiology situation information detected, with the testing result hand-kept on minute book.For example for the diabetic, generally to provide for the patient blood glucose meter for detection of glucose concentration value in blood sample that can carry, by patient or its paramedic, patient's blood glucose value is detected, with the testing result hand-kept on minute book, when the regular period is medical to medical institutions, the blood glucose value of described hand-kept is offered medical personnel, determine corresponding therapeutic scheme by medical personnel according to described record case adjustment.
Because above-mentioned hand-kept mode uses very inconveniently, patient and paramedic thereof need to carry out hand-kept after at every turn having detected physiology situation information, and the form of hand-kept varies with each individual, and are not easy to medical personnel and read.
In order to overcome the defective of hand-kept mode, a kind of technical scheme for automatic record patient physiology situation information has appearred at present.In this technical scheme, a kind of blood glucose meter that can automatically record the blood glucose value that detects is provided, after the blood glucose value of this blood glucose meter in detecting blood sample, this blood glucose value of autostore is in the memory module of blood glucose meter, when regularly going to a doctor, blood glucose meter is connected to computing machine by cable, and the blood glucose value that records in blood glucose meter is transferred to computing machine, by the described blood glucose value of Computer display, for the medical worker, patient's blood glucose value is analyzed.
But the shortcoming of this prior art scheme is: complicated operation, and the recorded information of blood glucose meter is transferred to computing machine needs the user to possess the computer operation skills of specialty, and inconvenient general user's use is lost time; And, this mode can only could be passed to computing machine with the recorded information of blood glucose meter by cable when the patient is medical, the patient must access medical personnel face to face, and blood glucose meter can not realize the remote transmission blood glucose value, and medical personnel can not realize the telemanagement blood glucose value; In addition, described blood glucose meter can only detect and transmit blood glucose value, can not record other physiology situation information that other affects blood glucose value, for example medication information, diet information, movable information etc., and the present primary treatment method of diabetes combines drug therapy, dietary therapy and exercise therapy exactly, therefore patient's medication information, diet information and movable information and patient's blood glucose value is of equal importance, needs real time record.And present technical scheme can't record these information automatically, and the user can only these information of hand-kept, operate very inconvenient.
In treating diabetes, patient's self-blood sugar monitoring management is very important.But, in view of the technical disadvantages of above-mentioned blood glucose value acquisition management scheme, make diabetic's blood sugar acquisition management very complicatedly, the patient is difficult to the described recording unit of operation, also is difficult to adhere to for a long time recording blood glucose value; And medical personnel can only just can view the blood glucose information that the patient records when the patient is medical, can not often understand patient's physiological status, thereby can not make in time therapeutic scheme, to such an extent as to delay increases the weight of patient's the state of an illness to patient's treatment opportunity.
Summary of the invention
In view of this, fundamental purpose of the present invention is to provide physiology situation information acquisition device, and realization can be transmitted physiology situation information by remote collection, and then realizes physiology situation information is carried out telemanagement, the acquisition management process of simplification to physiology situation information is user-friendly to.
In order to realize the foregoing invention purpose, main technical schemes of the present invention is:
A kind of physiology situation information acquisition device, this device mainly comprises: physiological parameter detecting device and communication module, wherein: described physiological parameter detecting device generates physiological parameter data for detection of the physiological parameter of biosome; Described communication module is used for the communication network of wireless access accessive information management server, the communication network that passes through to access and described information management server carry out communication, and described physiological parameter data is transferred to described information management server as physiology situation information.
Preferably, described physiology situation information acquisition device further comprises the combination of following any module or any number of module: the display module that is used for demonstration information; Switch control module, be used for surveying the detection enabling signal of described physiological parameter detecting device, if detect described detection enabling signal, the wireless communication module of this physiology situation information acquisition device is closed, after described physiological parameter detecting device has detected physiological parameter, then open the wireless communication module of this physiology situation information acquisition device; The anti-electromagnetic radiation module is arranged between described physiological parameter detecting device and described communication module, is used for preventing that the electromagnetic radiation of described communication module from causing interference to described parametric detector; The memory module that is used for storage information.
Preferably, described physiology situation information acquisition device further comprises: user interface, have operating means, and be used for receiving the user by the information of described operating means input.
Preferably, described user interface comprises the combination of following any sub-interface or any number of sub-interface at least: the first sub-interface is used for pointing out and receiving the information that user's input can affect the physiologic parameter value that detects; The second sub-interface, the physiological parameter information that the physiological parameter detecting device that is used for pointing out and receives the user to input this physiology situation information acquisition device external world detects; The 3rd sub-interface is used for pointing out and receiving the user inputting patient's personal information; The 4th sub-interface is used for pointing out and receiving the user inputting complication for patients information; And the part of the physiology situation information that the described information conduct of inputting by each sub-interface gathers sends to described information management server by described communication module.
Preferably, described the first sub-interface comprises the combination of following any interface or any number of interface at least: feed input information interface is used for pointing out and receiving the user inputting feed information; The movable information input interface is used for pointing out and receiving user's input motion information; Medication input information interface is used for pointing out and receiving the user inputting medication information; Health input information interface is used for pointing out and receiving the user inputting health information.
Preferably, described physiology situation information acquisition device further comprises the combination of following any unit or any number of unit: composition of food amount computing unit is used for calculating the composition of food amount of user's feed according to the feed information of user's input and the composition of food information that prestores; Rise sugared situation computing unit, after being used for calculating the user and taking food according to the feed information of user's input and the food glycemic index information that prestores on the situation that affects of blood sugar; The movable information record cell is used for calculating spent total carbohydrates amount or the heat of user movement according to the movable information of user's input.
Preferably, described physiology situation information acquisition device comprises the time determining unit, be used for determining the acquisition time of described physiology situation information acquisition device when gathering each physiology situation information, and described acquisition time as the part of physiology situation information, send to described information management server by described communication module.
Preferably, further comprise synchronization module on described physiology situation information acquisition device, be used for the time synchronized calibration local zone time that sends according to information management server.
Preferably, described communication network is mobile telephone network, but described communication module is the described mobile telephone network of wireless access, the communication module that also passes through the mobile telephone network accessing Internet of wireless access, described information management server is connected with the internet, and described communication module carries out communication by described mobile telephone network and internet and described information management server; Perhaps, described communication network be can accessing Internet radio communication network, described information management server is connected with the internet, but the described wireless telecommunications of described communication module wireless access territories net carries out communication by described radio communication network and internet and described information management server; Perhaps, described communication network can directly be accessed described information management server, and described communication module carries out communication by the described communication network of wireless access and described information management server.
Preferably, described communication network is mobile telephone network, but described communication module is the described mobile telephone network of wireless access, the communication module that also passes through the mobile telephone network accessing Internet of wireless access, described information management server is connected with the internet, and described communication module carries out communication by described mobile telephone network and internet and described information management server; And described physiology situation information acquisition device sends described physiology situation information to described information management server by the GPRS mode of mobile telephone network or the mode of short message.
Preferably, store the Certificate Authority information of described wireless communication networks in described physiology situation information acquisition device, described communication module sends this Certificate Authority information and carries out Certificate Authority to described wireless communication networks.
Preferably, described physiology situation information acquisition device comprises subscriber identity module, the Certificate Authority information of storage wireless communication networks in subscriber identity module, described communication module obtains described Certificate Authority information to access described wireless communication networks from described subscriber identity module.
Preferably, described physiological parameter is blood glucose value, and described physiological parameter detecting device is the blood-glucose detector of detection of biological body blood glucose value.
preferably, described physiology situation information mainly comprises any or any number of combination of following physiology situation information: blood glucose value, blood ketone body value, urine sugar value, urine ketoboidies value, pressure value, blood fat value, cholesterol value, blood oxygen levels, potassium element level, pH value, lactate levels, mineral level, protein level, scintilla level, vitamin level, described physiological parameter detecting device mainly comprises the combination of following any detecting device or any number of detecting device: for detection of the blood-glucose detector of biosome blood glucose value, blood ketone body detecting device for detection of biosome blood ketone body value, urine glucose detector for detection of the biosome urine sugar value, urine ketoboidies detecting device for detection of biosome urine ketoboidies value, blood pressure detecting device for detection of the biosome pressure value, lipids detection device for detection of biosome blood fat value, cholesterol detection device for detection of the biosome cholesterol value, blood oxygen detector for detection of biosome blood oxygen, potassium element horizontal detector for detection of biosome potassium element level, pH value detecting device for detection of the biosome pH value, lactate detecting device for detection of the biosome lactate levels, mineral matter detecting device for detection of the biosome mineral level, protein detection device for detection of the biosome protein level, scintilla detecting device for detection of biosome scintilla level, vitamin detecting device for detection of biosome vitamin level.
Preferably, described physiology situation information acquisition device comprises memory module, wherein stores user totem information, and perhaps described physiology situation information acquisition device comprises user interface, receives the user totem information of input by described user interface; Described communication module sends to described information management server with described user totem information as the part of physiology situation information when sending information.
Preferably, further store the authentication information corresponding with described user ID in described memory module, perhaps described user interface is further used for receiving the authentication information corresponding with described user ID of input; Described communication module sends to described information management server with described user totem information and corresponding authentication information as the part of physiology situation information when sending information.
Preferably, described physiology situation information acquisition device further comprises prompting module, and receive the reminder message of described information management server at described physiology situation information acquisition device after, described prompting module triggers corresponding prompting operation.
Preferably, described physiology situation information acquisition device is real-time mode to the mode that information management server transmits physiology situation information, one or one group physiology situation information of the every collection of described physiology situation information acquisition device, the physiology situation information that immediately this is gathered sends to described information management server; Perhaps, described physiology situation information acquisition device is timing mode to the mode that information management server transmits information, described physiology situation information acquisition device is stored in this locality with the physiology situation information that collects, and arrives the physiology situation information of after the predetermined triggered time, this locality being stored and is transferred to information management server.
Preferably, described physiology situation information acquisition device further comprise the physiology situation information that arrives for storage of collected memory module, be used for display and the analysis management module of demonstration information, the physiology situation information that described analysis management module is used for described memory module is stored carries out analysis management, and the analysis management result is exported to display shows.
Preferably, described analysis management module comprises with any or any number of combination in lower module: comparison module is used for physiology situation information and default canonical parameter are compared to analyze critical trends or the value of described physiology situation information; Log processing module is used for described physiology situation information is analyzed, and shows described physiology situation information in the daily record mode; The trend processing module is for show trend or the value of described physiology situation information in the mode of coordinate chart; The statistical treatment module is used for the physiology situation information in the fixed time is added up, and generates statistical graph.
Preferably, described physiology situation information acquisition device comprises the time determining unit, be used for to determine the detection time of described physiological parameter detecting device when detecting physiological parameter mainly to comprise physiological parameter and corresponding detection time that physiology situation information acquisition device detects in described physiology situation information; Described analysis management module comprises that further the time period arranges module and time period processing module; Wherein: the described time period arranges module and is used for being divided into the some time section according to the input instruction in the external world with one day, for the described time period arranges title; Described time period processing module is used for identifying the detection time of described physiological parameter, judges the time period that fall into this detection time, sets up the corresponding relation of detection time and its time period that falls into of this physiological parameter.
Preferably, described physiology situation information acquisition device further comprises display module; Described communication module is further used for receiving the information of described information management server, shows received information by described display module.
Preferably, described communication module is further used for sending to described information management server the analysis report request of obtaining that comprises user totem information, and receive the analysis report that described information management server returns, show described analysis report by described display module.
because physiology situation information acquisition device of the present invention not only has acquisition function to the physiology situation information of biosome, but also can give long-range information management server with the communication that collects, by information management server, physiology situation information is unified storage administration, therefore the present invention can omit by user's connection server and the operation that uploads data, realize remote collection transmission physiology situation information, can not be subjected to the restriction of user present position, no matter namely the user wherein, as long as be in the scope of wireless communication signal covering, can utilize described physiology situation information acquisition device collection and transmission physiology situation information to long-range information management server, thereby simplify the acquisition management process to physiology situation information, be user-friendly to.Simultaneously, the present invention also provide can the visit information management server the information management terminal, medical personnel or patient can carry out analysis management to the patient physiological condition information of storing in information management server by the information management terminal, draw the analysis management result, thereby take this analysis management result as reference, better treatment suggestion is proposed.
Utilize the present invention, all automatically completed by described information acquisition management system from the Information Monitoring to the communication, do not need the user to carry out too much participation, therefore the operation steps in the time of can greatly simplifying patient's acquisition management physiology situation information, prevent the recording error that hand-kept produces, user-friendly, make the easier physiology situation information of adhering to for a long time acquisition management self of patient.Especially for the diabetic, patient's blood glucose value acquisition and recording is more frequent, more can reflect the real health status of patient, utilize the present invention, greatly simplified the operation that the user record blood glucose value is done, make that the user is easier adheres to monitoring the acquisition and recording blood glucose value for a long time, and more be apt to do corresponding treatment and adjust scheme, thereby patient's blood glucose value is remained on normal range, greatly delay the development of complication, extended patient's life-span.
The present invention can overcome the skimble-scamble problem of form that hand-kept exists, and the present invention can adopt unified mode storage administration to the recorded information of different user, facilitates medical personnel to make correct analysis to patient's the state of an illness, increases work efficiency.
the integrated communication module that can carry out wireless telecommunications on physiology situation information acquisition device of the present invention, this communication module can directly access wireless communication networks, the signal of physiology situation information acquisition device need not just can arrive network side through other auxiliary network access equipment (for example communication terminal), therefore the present invention can reduce the quantity of relevant device, reduce the cost of whole system, but also the complicated operation that can avoid signal to be caused by too much device forwards, the problem that error rate is high, be more suitable for signal transmission accuracy is required the transmission of very high medical information.The present invention can upload data to server in real time or regularly, the interval that uploads data is short, therefore on physiology situation information acquisition device, jumbo memory module needn't be set, and has both reduced cost, reduce again the volume of physiology situation information acquisition device, facilitated the user to carry.
The present invention is for user side, the equipment that need to carry is a physiology situation information acquisition device, need not to carry again the communication access device be used to carrying out telecommunication, and physiology situation information acquisition device of the present invention is a portable terminal, very convenient carrying, therefore the present invention more is conducive to portably using of user, any position in the signal cover of described wireless communication networks, the user can gather and transmit physiology situation information to information management server, makes the user enjoy real medical services convenient next to the skin.
Because the emissive power of long-distance radio communication is larger, corresponding electromagnetic interference (EMI) is large, therefore the present invention further comprises switch control module at physiology situation information acquisition device, when the physiological parameter detecting device detects physiological parameter, close the wireless telecommunications of physiology situation information acquisition device, to be detected complete after, then open wireless communication.Like this, can prevent that electromagnetic interference (EMI) from causing interference to the physiological parameter detecting device in physiology situation information acquisition device
Physiology situation information acquisition device of the present invention further records detection time when detecting physiological parameter, a part as physiology situation information, and further judge the time period that falls into detection time, for example for blood glucose value, can do you judge that be to belong to before the meal detection time? still after the meal? because the blood glucose value with respect to some time points, blood glucose value is even more important for controlling blood sugar pre/after meal, the present invention can change detection time into before the meal still after the meal automatically, make blood sugar recording very clear, be convenient to check and statistical study.
Physiology situation information acquisition device of the present invention not only can detect physiological parameter, can also input other relevant information, for example the information of the impact physiological parameter that detects, physiological parameter information, userspersonal information and complication information that other detecting device detects etc.For the diabetic, the reference information of therapeutic scheme also comprises medication information, feed information, movable information and other psychology or physiologic factor except blood glucose value, the present invention can cross user interface with these information exchanges and be input to physiology situation information acquisition device, can make physiology situation information acquisition device collect physiology situation information widely, to provide reference as medical personnel better.
Information acquisition management system of the present invention can be realized Real-time Collection transmission patient's physiology situation information, so medical personnel can learn patient's health status in real time, treats timely countermeasure thereby make.
The present invention can carry out analysis management to the physiology situation information that gathers in physiology situation information acquisition device, information management server and information management terminal, thereby the physiology situation information that makes dispersion shows by the form of statistical figure and chart, various information can be very clear, therefore the present invention is more conducive to medical personnel's analysis operation, save medical personnel's working time, increase work efficiency, also can reduce simultaneously medical personnel's misdiagnosis rate.The patient also can be known the health status of self by described analysis management result, adjusts thereby make the oneself, keeps the oneself healthy.
Description of drawings
Fig. 1 is a kind of composition structural representation of physiology situation information acquisition management system of the present invention;
Fig. 2 is that the communication network of physiology situation information acquisition device access is by the schematic diagram of a kind of embodiment of internet dereference information management server;
Fig. 3 is the schematic diagram of a kind of embodiment of the direct visit information management server of communication network of physiology situation information acquisition device access;
Fig. 4 is the structural representation of physiology situation information acquisition device described in an embodiment of the present invention;
Fig. 5 is the structural unit schematic diagram of the information management server in an embodiment of the present invention;
Fig. 6 is the structural unit schematic diagram of the information management terminal in an embodiment of the present invention.
Embodiment
Below by specific embodiments and the drawings, the present invention is described in further details.
Fig. 1 is a kind of composition structural representation of physiology situation information acquisition management system of the present invention.Shown in Figure 1, described physiology situation information acquisition management system comprises: physiology situation information acquisition device 101, information management server 102 and information management terminal 103, wherein:
Described physiology situation information acquisition device 101 is used for gathering the physiology situation information of biosome, carries out communication with described information management server 102, and described physiology situation information is transferred to information management server 102.Described information management server 102 is used for the physiology situation information that the described physiology situation information acquisition device 101 of store and management sends.Described information management terminal 103 and described information management server 102 communications are used for obtaining the physiology situation information on described information management server 102, and the physiology situation information that obtains are carried out analysis management.
The quantity of described physiology situation information acquisition device 101 can be carried by the patient for more than one, and generally speaking a patient configures one, but also can an above patient share one, distinguishes different patients' information by the user ID of input.The quantity of described information management terminal 103 also can for more than one, be configured in the medical personnel place.Described information management server 102 is generally one, if the scope that this physiology situation information acquisition management system covers is larger, described information management server 102 also can have more than one.
Has communication module in described physiology situation information acquisition device 101, described communication module is used for the communication network with the addressable described information management server 102 of wireless mode access, the communication network that passes through to access and described information management server 102 carry out communication, transmit described physiology situation information.Described communication network can directly be accessed described information management server 102 or be passed through other networks or the described information management server 102 of equipment dereference.
Fig. 2 is that the communication network of physiology situation information acquisition device access is by the schematic diagram of a kind of embodiment of internet dereference information management server.Referring to Fig. 2, in this embodiment, described information management server 102 is connected to internet 201, and described communication network is accessible wireless communication networks 202 to the internet.Described wireless communication networks 202 can be mobile telephone network, the communication module of described physiology situation information acquisition device 101 can be accessed by described mobile telephone network, and carry out alternately with mobile telephone network, carry out communication by described mobile telephone network and internet 201 with described information management server 102.The communication module of described physiology situation information acquisition device 101 can adopt the communication module technology of present communication terminal.the present invention is in order to be applicable to different wireless communication networks, the communication module of described physiology situation information acquisition device 101 is can access but be not limited to the communication module of following mobile telephone network: global system for mobile communications (GSM, Global System for MobileCommunications) network, GPRS (GPRS, General Packet RadioService) network, CDMA (CDMA, Code Division Multiple Access) network, Wideband Code Division Multiple Access (WCDMA) (WCDMA, Wideband Code Division Multiple Access) network, time division multiple access (TDMA) (TDMA, Time Division Multiple Access) network, Internet protocol (IP, Internet Protocol) telephone network, Universal Mobile Telecommunications System (UMTS, Universal MobileTelecommunication system) network, person-to-person communication service (PCS, PersonalCommunications Service) network, perhaps 3G mobile communication network of future generation, the 4G mobile communication network, 5G mobile communication network etc.As a kind of preferred embodiment, described mobile telephone network is accessing Internet at any time preferably, and press the network of flow charging, GPRS network for example, because the information flow-rate that physiology situation information acquisition device 101 of the present invention sends is little, and preferably real-time and network is kept in touch, to realize that the real-time Transmission physiology situation information is to information management server 102.Therefore, the communication module that a kind of preferred embodiment of the present invention is described physiology situation information acquisition device 101 is the communication module that can access GPRS network, and described physiology situation information acquisition device 101 can and be transferred to described information management server 102 with described physiology situation information by the mode accessing Internet of GPRS.Because need not dialling, GPRS gets final product accessing Internet at any time, keep in touch with network at any time, and charging is more reasonable, the flow that uses according to reality is fully charged, therefore GPRS is fit to the communication need of physiology situation information acquisition device 101 of the present invention very much, so, adopt the communication module that can be accessed by GPRS, the present invention can further reduce the communication cost, improves information transfer efficiency.In addition, the present invention can also send physiology situation information to described information management server 102 by the short message way in mobile telephone network, and the characteristics of this mode are that to take flow little, and cost is low.
referring to Fig. 2, described wireless communication networks 202 can also be the WLAN (wireless local area network) of accessible internet, Wireless Fidelity (WI-FI) network for example, the Wi-max network, blueteeth network, perhaps blackberry, blueberry (BlackBerry) network, described WLAN (wireless local area network) is by the access device accessing Internet, described information management server 102 is connected with the internet, the communication module of described physiology situation information acquisition device 101 can be accessed by described WLAN (wireless local area network), for example pass through WI-FI, Wi-max, Bluetooth technology or the access of blackberry, blueberry technology, carry out communication by described WLAN (wireless local area network) and internet and described information management server 102.
In embodiment shown in Figure 2, described information management terminal 103 can be accessed described information management server 102 in several ways.For example, described information management terminal 103 can access described wireless communication networks 202, accesses internet 201 by this wireless communication networks 202, and then again by the internet 201 described information management terminals 103 of access; Described information management terminal 103 is direct accessing Internet 201 also, by the internet 201 described information management servers 102 of access; Described information management terminal 103 also can access other communication networks that can access described information management server 102 203, and for example cable LAN or WLAN (wireless local area network), access described information management servers 102 by these communication networks 203; Certainly, described information management terminal 103 also can directly be connected with described information management server 102.
Fig. 3 is the schematic diagram of a kind of embodiment of the direct visit information management server of communication network of physiology situation information acquisition device 101 access.In the embodiment shown in fig. 3, described communication network is for can directly accessing the wireless communication networks 301 of described information management server 102, and described physiology situation information acquisition device 101 accesses described wireless communication networks 301 and carries out communication with described information management server 102 by wireless mode.For example, described communication network 301 can be WI-FI or WLAN (wireless local area network) (WLAN), described information management server 102 directly is connected by wireless or wired mode with this wireless communication networks 301, and 101 of described physiology situation information acquisition devices need this wireless communication networks 301 of access just can access described information management server 102.
In embodiment shown in Figure 3, described information management terminal 103 can be accessed described information management server 102 in several ways.For example, described information management terminal 103 can access described wireless communication networks 301, by the described information management terminal 103 of this wireless communication networks access; Described information management terminal 103 is direct accessing Internet 201 also, by the internet 201 described information management servers 102 of access; Described information management terminal 103 also can access other communication networks that can access described information management server 102 203, and for example cable LAN or WLAN (wireless local area network), access described information management servers 102 by these communication networks 203; Certainly, described information management terminal 103 also can directly be connected with described information management server 102.
In the described embodiment of above-mentioned Fig. 2 and Fig. 3, described physiology situation information acquisition device 101 is in order to access described wireless communication networks, the Certificate Authority information of described wireless communication networks need to self stored, the communication module of described physiology situation information acquisition device 101 sends this Certificate Authority information and carries out Certificate Authority to described wireless communication networks, and the communication module by the described physiology situation information acquisition device 101 of rear permission accesses this wireless communication networks to described wireless communication networks at Certificate Authority.
Can comprise subscriber identity module (SIM) in described physiology situation information acquisition device 101, specifically can be included in described communication module 402, the Certificate Authority information of the described wireless communication networks of storage in subscriber identity module, described communication module 402 obtains described Certificate Authority information to access described wireless communication networks from described subscriber identity module.Described SIM is the device in communication terminal, is used for making mobile telephone network can identify and authentication of users, and universal subscriber identity module (USIM) is SIM of future generation, and in present specification, described SIM comprises SIM and USIM.
The physiology situation information that physiology situation information acquisition device 101 of the present invention gathered and transmitted mainly comprises: the physiological parameter of biosome for example can be the combination of following any parameter or any number of parameter: blood glucose value, blood ketone body value, urine sugar value, urine ketoboidies value, cardiac index, blood vessel parameter, pressure value, blood fat value, cholesterol value, blood oxygen levels, potassium element level, pH value, lactate levels, mineral level, protein level, scintilla level, vitamin level.Certainly the detectable physiological parameter of the present invention is not limited to above-mentioned parameter, and any physiological parameter of remote detection that needs can be by acquisition management of the present invention.
Fig. 4 is the structural representation of physiology situation information acquisition device described in an embodiment of the present invention.Referring to Fig. 4, described physiology situation information acquisition device is the treatment facility that possesses physiological parameter measuring ability and wireless communication function.In this embodiment, described physiology situation information acquisition device mainly comprises physiological parameter detecting device 401, communication module 402 and processor 403.
Described physiological parameter detecting device 401 is for detection of the physiological parameter of biosome, and generates the physiological parameter data that can carry out communication transfer, is for example digital signal by simulating signal/digital signal (A/D) converter with analog signal conversion.Biosome of the present invention is human body, can be also animal body, describes as an example of human body example herein.Described physiological parameter detecting device 401 can be the combination of following any detecting device or any number of detecting device: for detection of the blood-glucose detector of biosome blood glucose value; Blood ketone body detecting device for detection of biosome blood ketone body value; Urine glucose detector for detection of the biosome urine sugar value; Urine ketoboidies detecting device for detection of biosome urine ketoboidies value; Detecting device for detection of the biosome cardiac index; Detecting device for detection of the biosome blood vessel parameter; Blood pressure detecting device for detection of the biosome pressure value; Lipids detection device for detection of biosome blood fat value; Cholesterol detection device for detection of the biosome cholesterol value; Blood oxygen detector for detection of biosome blood oxygen; Potassium element horizontal detector for detection of biosome potassium element level; PH value detecting device for detection of the biosome pH value; Lactate detecting device for detection of the biosome lactate levels; Mineral matter detecting device for detection of the biosome mineral level; Protein detection device for detection of the biosome protein level; Scintilla detecting device for detection of biosome scintilla level; Vitamin detecting device for detection of biosome vitamin level.
Certain physiological parameter detecting device 401 of the present invention also is not limited to above-mentioned detecting device, and in order to gather other physiological parameter, physiology situation information acquisition device of the present invention also can adopt other corresponding physiological parameter detecting device 401.How detecting corresponding physiological parameter as for described various detecting devices, is not emphasis of the present invention, can be with reference to prior art, and this paper repeats no more.
In a kind of preferred embodiment of the present invention, described physiology situation information comprises the blood glucose value of biosome, and the physiological parameter detecting device 401 in described physiology situation information acquisition device can be blood-glucose detector, for detection of the blood glucose value of biosome.Described blood glucose value is the concentration value of glucose in blood, and the sample that described blood glucose monitor detects can be blood sample, draws blood glucose value by the blood sugar sample is detected; Perhaps described physiological parameter detecting device 401 can be the physiologically sample that can directly or indirectly reflect blood glucose value by detecting other, and calculate the physiological parameter detecting device 401 of blood glucose value, can be for example to calculate the detecting device of blood glucose value by detecting body fluid, can be also by skin or eyes are carried out the detecting device that spectral analysis calculating obtains blood glucose value.
The communication module 402 of described physiology situation information acquisition device is used for the communication network with the addressable described information management server 102 of wireless mode access, the communication network that passes through to access and described information management server 102 carry out communication, transmit described physiology situation information.The mode of described communication module 402 concrete incoming communication networks sees also Fig. 2 and shown in Figure 3.
Referring to Fig. 4, described physiology situation information acquisition device also further comprises for the display module 404 that shows information, is used for showing the predetermined information that needs demonstration such as testing result, input message, time, communication state.
because the emissive power of general long-distance radio communication module is all very large, may the accuracy of detection of physiological parameter detecting device 401 be made a difference, therefore in a kind of prioritization scheme of the present invention, adopt a kind of anti-electromagnetic radiation device 405 to be arranged between described physiological parameter detecting device 401 and described wireless communication module 402, prevent that the electromagnetic radiation of described wireless communication module from causing interference to described physiological parameter detecting device 401, in another kind of prioritization scheme, adopt a switch control module to survey the detection enabling signal of described physiological parameter detecting device 401, described switch control module can be carried out by described processor 403, enabling signal for detection of described physiological parameter detecting device 401, if detect described detection enabling signal, the wireless communication module 402 of this physiology situation information acquisition device is closed, also can only the emissive power of wireless communication module 402 be closed, after described physiological parameter detecting device 401 has detected physiological parameter, open again the wireless communication module 402 of this physiology situation information acquisition device, adopt this mode can avoid physiological parameter detecting device 401 to be subject to the interference of electromagnetic radiation when detecting physiological parameter.
In a preferred embodiment of the present invention, described physiology situation information acquisition device comprises that also the described physiology situation information that collects can be stored in this memory module for the memory module 406 of storage information.
In a preferred embodiment of the present invention, described physiology situation information acquisition device also comprises user interface 407, and this user interface 407 has operating means, is used for receiving the user by operational order and the out of Memory of described operating means input.Described operating means can be the equipment such as button, keyboard, touch display screen.Described out of Memory comprises that other parameter detection equipment in the information that can affect human body physiological parameter, this physiology situation information acquisition device external world detects human body physiological parameter information, patient's personal information or complication information of patient of obtaining etc.
In a preferred embodiment of the present invention, also comprise the time determining unit in physiology situation information acquisition device of the present invention, can be carried out by processor 403, be used for determining the acquisition time of described physiology situation information acquisition device when gathering physiology situation information, described acquisition time comprises the time when described physiological parameter detecting device 401 detects the detection time of physiological parameter and passes through user interface 407 input message; And described acquisition time sends to described information management server as the part of physiology situation information by described communication module 402.
for the time in physiology situation information acquisition device and information management server is consistent, in a preferred embodiment of the present invention, further comprise a synchronous module on described physiology situation information acquisition device and information management server, synchronization module on information management server is for the time of obtaining this information management server, and the time of described information management server is sent to described physiology situation information acquisition device, the synchronization module of physiology situation information acquisition device can be carried out by processor 403, time synchronized calibration local zone time according to information management server.
Detect the human body physiological parameter information, patient's personal information or patient's the complication information that obtain etc. information for other parameter detection equipment that can gather the information that affects human body physiological parameter, this physiology situation information acquisition device external world, corresponding, described user interface 407 comprises the sub-interface of following any or any number of combination at least:
The first sub-interface is used for the information that prompting user input can affect the information of the physiologic parameter value that detects and receive input; The second sub-interface is used for the physiological parameter information that physiological parameter detecting device that the prompting user inputs this physiology situation information acquisition device external world detects and the information that receives input; The 3rd sub-interface is used for the information that the prompting user inputs patient's personal information and receives input; The 4th sub-interface is used for the information that the prompting user inputs complication for patients information and receives input.And the part of the physiology situation information that the described information conduct of inputting by each sub-interface gathers sends to described information management server by described communication module 402.By the user interface input message time, need to determine the input information time by described time determining unit, the time when perhaps inputting described various information generation by user interface.
Described each sub-interface need to be inputted relevant information by display module 404 prompting users, is selected by the user, after the instruction of user's input selection, then determines the final information of inputting.Therefore described each sub-interface need to coordinate with processor 403, memory module 406 and display module 404 and completes the input information function.
For blood glucose value, the described information that affects blood glucose value can be food-intake, amount of exercise, dosage (comprising oral dose and or injection of insulin dose) and health information.Whether described health information comprises psychological pressure, whether hypoglycemic reaction is arranged, whether sick, whether have infection, whether be women's menstrual period, whether be women conceived gestational period, whether be in the state of having a holiday etc.
Therefore also comprise feed input information interface in described the first sub-interface, be used for the prompting user and input feed information and receive input message.The kind that described feed information can be food and feed quantity are directly inputted by described feed input information interface by the user; Described food-intake can be also the carbohydrates quality of feed, is directly inputted by described feed input information interface by the user.
Also can further comprise composition of food amount computing unit in described physiology situation information acquisition device, can be carried out by processor 403.Title, unit composition information that can pre-stored various foods in described memory module 406, the unit composition information can adopt the component content of every 100 gram foods, and described component content especially will comprise carbohydrate content, protein content, fat content, calorie (heat) content etc.after the instruction of food-intake is recorded in user's input, composition of food amount computing unit reads described food information and is shown to the user by display unit from memory module 406, the user selects own food title of taking food from shown food information, and this quantity or quality of input feed, described composition of food amount computing unit is further according to pre-stored food title and unit composition information, user-selected food title and size of food or the quality of input, calculate the composition of food amount that the user takes in, with the food-intake that gather of result of calculation as the user, send to information management server, perhaps be stored in this locality.
When the user record food-intake, need the time of record feed, described eating time can be the time by the automatic user's current operation determined of described time determining unit, can be also the time of being inputted voluntarily by the user.Described eating time also sends to the information management terminal as the part of physiology situation information.
Can further comprise a liter sugared situation computing unit in described physiology situation information acquisition device, can be carried out by processor 403.Further store the glycemic index of various foods in described memory module 406, described glycemic index refers to contain the percent value of given mass (for example 50 grams) food of carbohydrates and the glucose of nominal mass or white bread blood glucose response level in certain hour (being generally in 2 hours) body.Glycemic index is a relative index, has reacted food is compared rising blood sugar with glucose speed and ability.Usually the glycemic index of glucose is decided to be 100.Input the food species and intake of absorption as the user after, rise sugared situation computing unit and search the glycemic index of food that the user inputs, calculate food that the user takes in to the influence value of blood sugar level in body with intake, store this influence value, this influence value can also be shown on display unit, this influence value information management server can also be sent to as the part of physiology situation information.
Described the first sub-interface can also comprise the movable information input interface, is used for prompting user input motion information and receives the information of inputting.Described movable information comprises kind, intensity and the duration of motion, can directly be inputted by described movable information input interface by the user.
Can further comprise the movable information record cell in described physiology situation information acquisition device, can be carried out by processor 403.The part of described movable information also can be pre-stored on physiology situation information acquisition device, selected by the user.Concrete scheme is: described memory module 406 is the movable information of the various motions of storage further, comprise motion title, intensity, continue spent heat of unit interval, continue spent carbohydrates amount of unit interval etc.After momental instruction was recorded in user's input, the movable information record cell read described movable information from described memory module 406, and is shown to the user by display unit.The user selects concrete motion title from shown movable information, and the input motion duration, and the movable information record cell is selected the user automatically and information and the exercise intensity of input are preserved.And can further continue spent carbohydrates amount or heat of unit interval according to the exercise duration of user's input and this motion of storing, calculate spent total carbohydrates amount or the heat of amount of exercise of user's input, and record result of calculation, also this can be recorded result and send to information management server as the part of physiology situation information.
As a kind of mode of simplification, described movable information can include only exercise intensity and exercise duration, can directly be inputted by the movable information input interface by the user, also can be pre-stored on physiology situation information acquisition device, select input by the user.Concrete scheme is: after the instruction of movable information is recorded in user's input, show exercise intensity information by display unit, comprising: low-intensity motion, moderate exercise, high-intensity exercise; The user selects corresponding exercise intensity information according to the motion conditions of self, after selecting, display unit is reresented user's input duration, after user's input duration, the movable information that recording user is selected and inputted, can also further continue according to the exercise duration of user's input and this motion of storing spent total carbohydrates amount or the heat of amount of exercise that spent carbohydrates amount of unit interval calculates user's input, and record result of calculation, this is recorded result send to information management server as the part of physiology situation information.
When the user record movable information, need the time of record motion, can be the beginning and ending time, can be also the time of beginning and end, be generally the start time.The time of described motion can be the time of user's current operation that automatically is defined as by the time determining unit, can be also the time of being inputted voluntarily by the user.。Described run duration also sends to the information management terminal as the part of physiology situation information.
Described the first sub-interface can also comprise medication input information interface, is used for the information that the prompting user inputs medication information and receives input.Described dosage information comprises: types of medicines and medicine intake.Described medicament categories comprises the oral medicine of various treatment diabetes and various insulin, also has insulin pump.For oral medicine, comprise title and the intake of various oral medicines; For insulin, comprise title and the intake of various insulin; For insulin pump, comprise title, the foundation rate of each time period and heavy dose of intake of insulin used.
Described medication information can directly be inputted by medication input information interface by the user, also a part of medication information can be stored on physiology situation information acquisition device, selects input by the user.Be specially: can be with the name storage of various oral drugs, insulin in memory module 406, input the instruction of recording medicine information as the user after, processor read storage oral drugs and or the title of insulin and be shown to the user by display unit, the user selects concrete medicine or insulin, then inputs selected medicine and or the concrete consumption of insulin.For insulin pump, input the instruction of recording medicine information as the user after, need the setting of display base rate and heavy dose that two options are set, after the user selects foundation rate to arrange, processor read storage insulin title and be shown to the user by display unit, and the foundation rate that shows one day 24 hour each time period arranges the interface, by the user, the foundation rate of each time period in one day arranged the foundation rate that storage sets; After the user selects heavy dose to arrange, directly input or select from physiology situation information acquisition device heavy dose of consumption of the insulin of input user absorption to physiology situation information acquisition device by the user.Described heavy dose is insulin heavy dose before the meal or corrects the large metering of insulin of hyperglycaemia.
When user record medication information, need the time of recording medicine, described administration time can be the time by the automatic user's current operation determined of time determining unit, can be also the time of being inputted voluntarily by the user.
Described the first sub-interface can also comprise health input information interface, is used for the information that the prompting user inputs health information and receives input.Described health information spinner will comprise: whether psychological pressure is arranged, whether hypoglycemic reaction is arranged, whether sick, whether be women's menstrual period, whether be in the state of having a holiday etc., can also be perhaps other descriptive information that the user inputs.
Described health information can be pre-stored in memory module 406, input the instruction of recording body condition information as the user after, processor reads all health information of storage from memory module 406, be shown to the user by display unit, by the user select wherein more than one or one, preserve user-selected health information.Described health information can be also the information of directly being inputted by user interface by the user.
When user record health information, need to record time of origin corresponding to this health, described time of origin can be the time by the automatic user's current operation determined of time determining unit, can be also the time of being inputted voluntarily by the user.
For physiology situation information acquisition device of the present invention, the information of required input can also comprise the detected related physiological parameters information of other parameter detection equipment.For example for the described physiology situation information acquisition device for detection of blood sugar of the present embodiment, can also input by blood pressure information, kidney fox message, glycosylated hemoglobin (HbA1c) information, microalbumin (Microalbumin) information, cholesterol (cholesterol) information, blood fat information, funduscopy information, foot fox message and body weight height information etc.Therefore, described user interface further comprises the second sub-interface, is used for the physiological parameter information that physiological parameter detecting device that the prompting user inputs this physiology situation information acquisition device external world detects and receives the information of inputting.
In a kind of preferred implementation, for the long physiological parameter of proof cycle, for example the proof cycle of glycosylated hemoglobin is 3 to 4 months, the present invention can arrange a reminding unit for each patient on information management server, for the user arranges the cycle of each inspection item and concrete check data, in setting-up time before check data arrives (for example carrying the last week), send reminder message to physiology situation information acquisition device, comprising inspection item and supervision time information, can also comprise the range of normal value of this inspection.After physiology situation information acquisition device is received described message, trigger corresponding prompting operation, for example show described reminder message by described display unit, other prompting module 408 can also be set on physiology situation information acquisition device, for example can send the acoustical generator of reminding the tinkle of bells, perhaps send the Vib. of vibrating alert etc.
The present invention can also arrange the date of seeing the doctor for each patient in the reminding unit on information management server, in setting-up time before the date of seeing the doctor arrives, send reminder message to physiology situation information acquisition device, after physiology situation information acquisition device is received described message, trigger corresponding prompting operation, be shown to the user by described display unit.
Described user interface 407 also comprises the 3rd sub-interface, is used for the information that the prompting user inputs patient's personal information and receives input.Described personal information comprises: name, sex, age, the course of disease, family's history information etc.
Described user interface 407 also comprises the 4th sub-interface, is used for the information that the prompting user inputs complication for patients information and receives input.Described complication information such as angiocardiopathy, cranial vascular disease, foot infection, hypertension, high fat of blood, high cholesterol, kidney trouble, DPN, external perihaemal canal pathology, PVR etc.
Described each physiology situation information acquisition device can gather one or more patients' physiology situation information, and distinguishes different patients' physiology situation information with user ID.Need determine corresponding user ID when gathering physiology situation information, described user ID can be stored in memory module 406, also can input by user interface, when physiology situation information acquisition device sends to information management server the physiology situation information that gathers, need in described physiology situation information to comprise corresponding user ID, described information management server stores the physiology situation information of receiving in subscriber data file corresponding to described user ID into.In a kind of preferred embodiment, described user ID can be following any or any number of combination in any: electronic serial number (ESN) of No. ID of the user, the device identification of described physiology situation information acquisition device, transfer table number, SIM card number, mobile device identification code (MIN) or mobile device etc. can be distinguished the information of user identity.In the pre-stored memory module 406 in described physiology situation information acquisition device of described user totem information, perhaps inputted by described user interface by the user.
In a kind of preferred version, described physiology situation information further comprises the authentication information corresponding with described user ID, described user ID can be stored in memory module 406, also can input by user interface, described communication module 402 sends to described information management server with described user totem information and corresponding authentication information as the part of physiology situation information when sending information.Described information management server further comprises authentication module, be used for user ID and the corresponding authentication information of the physiology situation information that receives are authenticated, authentication is stored this physiology situation information in subscriber data file corresponding to its user ID into by accepting described physiology situation information; Otherwise, abandon described physiology situation information.
Leak in order to prevent and treat patient information, the present invention can also increase respectively crypto module on physiology situation information acquisition device, information management server and information management terminal, when sending information to the other side, described information is encrypted, after receiving, the opposite end carries out again corresponding decryption oprerations.
each physiology situation information acquisition device user and information management terminal user have a user ID and corresponding password, described information management server also comprises authentication module or connects extraneous certificate server, when user's (described user may be patient or patient's doctor or nurse) visit information management server, information management server prompting user inputs username and password, and authenticate by described authentication module or certificate server, after authentication is passed through, the physiology situation information acquisition device user can access the recorded information of oneself, and the analysis tool that provides of available information management server is analyzed described recorded information and or statistics, according to analyzing and or the state of an illness of statistics managing patient.The information management terminal user authentication by after can obtain patient physiological condition information in authority.
In addition, described physiology situation information acquisition device can be real-time mode to the mode that information management server transmits physiology situation information, one or one group physiology situation information of the every collection of described physiology situation information acquisition device, the physiology situation information that immediately this is gathered sends to described information management server.Described one group of physiology situation information refers to: a current or physiologic parameter value detecting recently, and the information that can affect this physiologic parameter value.Current detection to one blood glucose value for example, the information that can affect this blood glucose value may be food-intake, activity, dosage, the user can be by physiology situation information acquisition device user interface with these input informations in physiology situation information acquisition device, by send key, by the communication module 402 of physiology situation information acquisition device, this is organized physiology situation information and send to information management server again.
Described physiology situation information acquisition device can also be timing mode to the mode that information management server transmits information, described physiology situation information acquisition device is stored in this locality with the physiology situation information that collects, and arrives the physiology situation information of after the predetermined triggered time, this locality being stored and is transferred to information management server.
The mode of operation of described physiology situation information acquisition device can have two kinds, and a kind of pattern is transmission mode, after physiological parameter being detected or receiving the out of Memory of user's input, automatically gives described information management server with described parameter and communication.Another kind of pattern is non-transmission mode, after physiological parameter being detected or receiving the out of Memory of user's input, just is stored in this locality, does not send to described information management server.
Unlatching for communication module 402 can have two kinds of patterns at least: 1, start when gathering physiology situation information or during when the user interface input message when the physiological parameter detecting device 401 of physiology situation information acquisition device, unlatching communication module 402 and foundation are connected with network, after to be connected being successfully established, transmit described physiology situation information; 2, after physiology situation information acquisition device was opened, communication module 402 was opened automatically, and foundation is connected with network, after receiving testing result or input message, transmits described physiology situation information.
When the transmission physiology situation information, unavailable if network connects, information does not send successfully, repeats to send, if do not send successfully in predetermined number of times, stores described information, and reports to the police, and resends when the network connection is available.
Information management server of the present invention can be a webserver, especially a service provider (SP, Service Provider) server.This server especially needs to comprise: communication unit, storage unit and administrative unit except the function that comprises general SP server.
Fig. 5 is the structural unit schematic diagram of the information management server in an embodiment of the present invention.Referring to Fig. 5, mainly comprise communication unit 501, storage unit 502 and administrative unit 503 in described information management server 102.
Communication unit 501 can be that wireless or wired mode is carried out communication, communication unit by internet, LAWN local area wireless network, local wired network or other network communication mode and described physiology situation information acquisition device carries out direct or indirect communication, receive the various information of communication module 402 transmissions of described physiology situation information acquisition device, concurrent carry information is given the communication module 402 of described physiology situation information acquisition device.
Storage unit 502 is mainly used in storing the information that described physiology situation information acquisition device sends, and according to user ID, information is stored into respectively in data file corresponding to this user ID.For example table 1 is depicted as a kind of simple information storage means for a certain subscriber data file:
Time Blood glucose value (mmol/L) Insulin dosage (u) Dietary intake amount (gram) Amount of exercise (intensity, duration)
2007-8-57:00 5.6 - -
2007-8-57:30 - 5 90 -
2007-8-58:35 - - - (medium tenacity, 30 minutes)
2007-8-510:30 10.1 1 - -
2007-8-512:00 6.0 - - -
2007-8-512:30 - 6u 90 -
2007-8-51:00 - - - (light equal strength, 40 minutes)
2007-8-52:30 7.7 - - -
2007-8-54:00 - 1u 15 -
2007-8-56:00 5.8 - - -
2007-8-56:30 - 3u 90 -
2007-8-57:30 - - - (high equal strength, 40 minutes)
2007-8-58:30 6.8 - - -
2007-8-510:00 5.8 - - -
Table 1
Described administrative unit 503 is mainly used in the data of information management server and processes and control, and the physiology situation information that especially physiology situation information acquisition device is transmitted manages.
As a kind of preferred version, further comprise lock unit 504 on described information management server, for the time of obtaining this information management server, and send to physiology situation information acquisition device to carry out time synchronized for physiology situation information acquisition device by described communication unit 501 time of this information management server.
As a kind of preferred version, further comprise on described information management server and resolve control module 505, be used for resolving the user ID of received physiology situation information, and the physiology situation information that receives is stored in subscriber data file corresponding to described user ID.
As a kind of preferred version, further comprise reminding unit 506 on described information management server, be used to every patient that the physiological parameter supervision time is set, in the setting-up time before the supervision time arrives, send reminder message by communication unit 501 to physiology situation information acquisition device.
As a kind of preferred version, described administrative unit 502 further comprises analysis management unit 521, is used for the physiology situation information of storage is carried out analysis management, generates the analysis management report.
As a kind of preferred version, described physiology situation information acquisition device also can further send request to information management server, comprising user ID, after information management server is received request, search the physiology situation information of respective user according to user ID wherein, and the physiology situation information that finds is carried out analysis management, and generate the analysis management report, the analysis management report that generates is returned to the physiology situation information acquisition device of the request of initiation.
As a kind of preferred version, described information management server can also initiatively pass through described communication unit and send medical information to described physiology situation information acquisition device; Perhaps, described information management server receives the information of information management terminal, and this information is transmitted to physiology situation information acquisition device; Perhaps, described information management server receives the information of information management terminal, and the medical information of this information or this information management server is sent to physiology situation information acquisition device.
Fig. 6 is the structural unit schematic diagram of the information management terminal in an embodiment of the present invention.Described information management terminal can be an Intelligent treatment terminal, for example microcomputer, smart mobile phone, personal digital assistant device (PDA) etc., this information management terminal also need comprise communication module and analysis management module except the primary mental ability processing power and ingredient that possess existing Intelligent treatment terminal and have.Referring to Fig. 6, carry out communication by wired or wireless mode between the communication module 601 of described information management terminal 103 and described information management server, obtain the physiology situation information of biosome from information management server; The physiology situation information that described analysis management module 602 is used for the information management terminal is obtained carries out analysis management, generates the analysis management result.
Described information management terminal 103 is used for obtaining the physiology situation information on described information management server, and the physiology situation information that obtains is carried out analysis management.The mode of obtaining can have multiple: when for example information management terminal wishes to obtain a certain patient's physiology situation information, initiatively send request to information management server, comprising user ID corresponding to described patient, information management server is after the request of receiving, search physiology situation information corresponding to described user ID in local data base, the physiology situation information that finds is sent to the information management terminal.also can initiatively send physiology situation information to the information management terminal by information management server, if namely use the medical personnel of a certain information management terminal need to monitor its patient's the state of an illness, the corresponding relation of the patient's who this information management terminal iidentification is set on information management server and will monitors user ID, when described patient's physiology situation information has renewal, perhaps when predetermined time arrives, described information management server is inquired about this patient's physiology situation information, the physiology situation information that inquires is sent to information management terminal corresponding to this patient, perhaps, only up-to-date physiology situation information is sent to described information management terminal.
As a kind of preferred version, described information management terminal further comprises user interface 603, is used for receiving the Health ﹠ Fitness Tip information that is input to this information management terminal from the external world; And described information management terminal further with described Health ﹠ Fitness Tip information and or described analysis management result send to described information management server, be transmitted to corresponding physiology situation information acquisition device by information management server.
In described physiology situation information acquisition device 101, also the physiology situation information that collects can be stored in this locality, and further comprise the analysis management module, the physiology situation information that described analysis management module is used for described memory module is stored carries out analysis management, and the analysis management result is exported to display shows.
The analysis management module of the analysis management module of described physiology situation information acquisition device, the analysis management module of information management server and information management terminal can comprise with any or any number of combination in lower module:
Comparison module is for physiology situation information and default canonical parameter being compared to analyze critical trends or the value of described physiology situation information.
Log processing module is used for described patient information is analyzed, and shows described patient information in the mode of daily record.The information of described blood glucose value and other influences blood sugar, for example medication information, feed information, action message and individual health record etc. will be according to year, month, day, arranged sequentially being recorded in daily record in the moment.And, for the blood glucose value that exceeds normal range, can mark with color, when critical trends appears in blood glucose value so that the user identifies more easily.
The trend processing module is used for the detection information of described patient information is analyzed, and draws trend map with concrete blood glucose value wherein with the corresponding test duration.This trend processing module can be drawn the blood glucose value trend map of fixed time section, and in figure, a coordinate is the time period of appointment, and another coordinate is detected concrete blood glucose value in this time period, and marks in the drawings the blood glucose value scope of standard.This trend processing module also can be drawn the blood glucose value trend map of a day 24 hours, a coordinate in figure is moment of 24 hours in one day, another coordinate at the appointed time the section in (in nearest 60 days) every day detected blood glucose value, by 24 hours blood glucose trend maps, the user can check the blood glucose value trend of each time period within 24 hours every days easily, more effectively treats the adjustment scheme thereby make.
The statistical treatment module, be used for described patient information at the appointed time in all blood glucose values that detect compare with predetermined parameter area, and compared result adds up, and generates statistical graph, comprises circular statistics figure or bar graph.The statistical treatment module can also be used for the described information that affects blood glucose value is added up, and for example dosage, food-intake, the activity of each time period is added up, and calculates mean value, and can generate statistical graph.
Physiology situation information acquisition device of the present invention need to further record detection time by the time determining unit when detecting physiological parameter, a part as physiology situation information, and need further judge the time period that falls into detection time, for example for blood glucose value, can do you judge that be to belong to before the meal detection time? still after the meal? therefore, analysis management module of the present invention comprises that further the time period arranges module and time period processing module; Wherein: the described time period arranges module and is used for will being divided into the some time section in one day according to the input instruction in the external world, for the described time period arranges title, for example: the name that time period of 6:00 to 9:00 is arranged is called " before the meal early ", 9:00 to 11:00 is " after the meal early ", 11:00 to 14:00 is " ante prandium ", and 14:17:00 is " after lunch ", and 17:00 to 20:00 is " before dinner ", 20:00 to 23:00 is " after dinner ", and 23:00 to 6:00 is " night ".Described time period processing module is used for identifying the detection time of described physiological parameter, judges the time period that fall into this detection time, sets up the corresponding relation of detection time and its time period that falls into of this physiological parameter.Namely judge to fall into which time period, if for example be 10:00 detection time, the corresponding time period is " after the meal early " described detection time.Because blood sugar for human body value difference in time has very large fluctuating, therefore the detection time of blood glucose value is extremely important for definite patient body situation (sign situation), especially before having meal and the reference value of most important sign situation especially of blood glucose value afterwards, therefore by the described time period, module and time period processing module are set, can automatically be converted to detection time and the corresponding time period of meal time, can understand more easily the corresponding relation of described blood glucose value and meal time, thereby make the user judge more exactly patient's sign situation.
In addition, described each information management terminal can arrange the log-on message of corresponding doctor or hospital, and can be with the result output print, as the electronic health record of patient in this hospital.
The above; only for the better embodiment of the present invention, but protection scope of the present invention is not limited to this, anyly is familiar with the people of this technology in the disclosed technical scope of the present invention; the variation that can expect easily or replacement are within all should being encompassed in protection scope of the present invention.

Claims (22)

1. a physiology situation information acquisition device, is characterized in that, described device mainly comprises: physiological parameter detecting device, time determining unit, time period arrange module, time period processing module and communication module, wherein:
Described physiological parameter detecting device generates physiological parameter data for detection of the physiological parameter of biosome;
Described time determining unit be used for to be determined the detection time of described physiological parameter detecting device when detecting physiological parameter;
The described time period arranges module and is used for being divided into the some time section according to the input instruction in the external world with one day, for the described time period arranges title;
Described time period processing module is used for identifying the detection time of described physiological parameter, judges the time period that fall into this detection time;
Described communication module is used for the communication network of wireless access accessive information management server, the communication network that passes through to access and described information management server carry out communication, physiology situation information is transferred to described information management server, and described physiology situation information comprises the time period that described physiological parameter data, detection time and this detection time fall into.
2. physiology situation information acquisition device according to claim 1, is characterized in that, described physiology situation information acquisition device further comprises the combination of following any module or any number of module:
The display module that is used for demonstration information;
Switch control module, be used for surveying the detection enabling signal of described physiological parameter detecting device, if detect described detection enabling signal, the wireless communication module of this physiology situation information acquisition device is closed, after described physiological parameter detecting device has detected physiological parameter, then open the wireless communication module of this physiology situation information acquisition device;
The anti-electromagnetic radiation module is arranged between described physiological parameter detecting device and described communication module, is used for preventing that the electromagnetic radiation of described communication module from causing interference to described parametric detector;
The memory module that is used for storage information.
3. physiology situation information acquisition device according to claim 1, is characterized in that, described physiology situation information acquisition device further comprises: user interface, have operating means, and be used for receiving the user by the information of described operating means input.
4. physiology situation information acquisition device according to claim 3, is characterized in that, described user interface comprises the combination of following any sub-interface or any number of sub-interface at least:
The first sub-interface is used for pointing out and receiving the information that user's input can affect the physiologic parameter value that detects;
The second sub-interface, the physiological parameter information that the physiological parameter detecting device that is used for pointing out and receives the user to input this physiology situation information acquisition device external world detects;
The 3rd sub-interface is used for pointing out and receiving the user inputting patient's personal information;
The 4th sub-interface is used for pointing out and receiving the user inputting complication for patients information;
And the part of the physiology situation information that the described information conduct of inputting by each sub-interface gathers sends to described information management server by described communication module.
5. physiology situation information acquisition device according to claim 4, is characterized in that, described the first sub-interface comprises the combination of following any interface or any number of interface at least:
Feed input information interface is used for pointing out and receiving the user inputting feed information;
The movable information input interface is used for pointing out and receiving user's input motion information;
Medication input information interface is used for pointing out and receiving the user inputting medication information;
Health input information interface is used for pointing out and receiving the user inputting health information.
6. physiology situation information acquisition device according to claim 3, is characterized in that, described physiology situation information acquisition device further comprises the combination of following any unit or any number of unit:
Composition of food amount computing unit is used for calculating the composition of food amount of user's feed according to the feed information of user's input and the composition of food information that prestores;
Rise sugared situation computing unit, after being used for calculating the user and taking food according to the feed information of user's input and the food glycemic index information that prestores on the situation that affects of blood sugar;
The movable information record cell is used for calculating spent total carbohydrates amount or the heat of user movement according to the movable information of user's input.
7. the described physiology situation information acquisition device of according to claim 1 to 6 any one, it is characterized in that, described physiology situation information acquisition device comprises the time determining unit, be used for determining the acquisition time of described physiology situation information acquisition device when gathering each physiology situation information, and described acquisition time as the part of physiology situation information, send to described information management server by described communication module.
8. physiology situation information acquisition device according to claim 7, is characterized in that, further comprises synchronization module on described physiology situation information acquisition device, is used for the time synchronized calibration local zone time that sends according to information management server.
9. physiology situation information acquisition device according to claim 1, is characterized in that,
Described communication network is mobile telephone network, but described communication module is the described mobile telephone network of wireless access, the communication module that also passes through the mobile telephone network accessing Internet of wireless access, described information management server is connected with the internet, and described communication module carries out communication by described mobile telephone network and internet and described information management server;
Perhaps, described communication network be can accessing Internet radio communication network, described information management server is connected with the internet, but the described wireless telecommunications of described communication module wireless access territories net carries out communication by described radio communication network and internet and described information management server;
Perhaps, described communication network can directly be accessed described information management server, and described communication module carries out communication by the described communication network of wireless access and described information management server.
10. physiology situation information acquisition device according to claim 1, it is characterized in that, described communication network is mobile telephone network, but described communication module is the described mobile telephone network of wireless access, the communication module that also passes through the mobile telephone network accessing Internet of wireless access, described information management server is connected with the internet, and described communication module carries out communication by described mobile telephone network and internet and described information management server; And described physiology situation information acquisition device sends described physiology situation information to described information management server by the GPRS mode of mobile telephone network or the mode of short message.
11. physiology situation information acquisition device according to claim 1, it is characterized in that, store the Certificate Authority information of described wireless communication networks in described physiology situation information acquisition device, described communication module sends this Certificate Authority information and carries out Certificate Authority to described wireless communication networks.
12. physiology situation information acquisition device according to claim 1, it is characterized in that, described physiology situation information acquisition device comprises subscriber identity module, the Certificate Authority information of storage wireless communication networks in subscriber identity module, described communication module obtains described Certificate Authority information to access described wireless communication networks from described subscriber identity module.
13. physiology situation information acquisition device according to claim 1 is characterized in that, described physiological parameter is blood glucose value, and described physiological parameter detecting device is the blood-glucose detector of detection of biological body blood glucose value.
14. physiology situation information acquisition device according to claim 1 is characterized in that,
Described physiology situation information mainly comprises any or any number of combination of following physiology situation information:
Blood glucose value, blood ketone body value, urine sugar value, urine ketoboidies value, pressure value, blood fat value, cholesterol value, blood oxygen levels, potassium element level, pH value, lactate levels, mineral level, protein level, scintilla level, vitamin level;
Described physiological parameter detecting device mainly comprises the combination of following any detecting device or any number of detecting device:
blood-glucose detector for detection of the biosome blood glucose value, blood ketone body detecting device for detection of biosome blood ketone body value, urine glucose detector for detection of the biosome urine sugar value, urine ketoboidies detecting device for detection of biosome urine ketoboidies value, blood pressure detecting device for detection of the biosome pressure value, lipids detection device for detection of biosome blood fat value, cholesterol detection device for detection of the biosome cholesterol value, blood oxygen detector for detection of biosome blood oxygen, potassium element horizontal detector for detection of biosome potassium element level, pH value detecting device for detection of the biosome pH value, lactate detecting device for detection of the biosome lactate levels, mineral matter detecting device for detection of the biosome mineral level, protein detection device for detection of the biosome protein level, scintilla detecting device for detection of biosome scintilla level, vitamin detecting device for detection of biosome vitamin level.
15. physiology situation information acquisition device according to claim 1 is characterized in that,
Described physiology situation information acquisition device comprises memory module, wherein stores user totem information, and perhaps described physiology situation information acquisition device comprises user interface, receives the user totem information of input by described user interface;
Described communication module sends to described information management server with described user totem information as the part of physiology situation information when sending information.
16. physiology situation information acquisition device according to claim 15 is characterized in that,
Further store the authentication information corresponding with described user ID in described memory module, perhaps described user interface is further used for receiving the authentication information corresponding with described user ID of input;
Described communication module sends to described information management server with described user totem information and corresponding authentication information as the part of physiology situation information when sending information.
17. physiology situation information acquisition device according to claim 1, it is characterized in that, described physiology situation information acquisition device further comprises prompting module, receive the reminder message of described information management server at described physiology situation information acquisition device after, described prompting module triggers corresponding prompting operation.
18. physiology situation information acquisition device according to claim 1 is characterized in that,
Described physiology situation information acquisition device is real-time mode to the mode that information management server transmits physiology situation information, one or one group physiology situation information of the every collection of described physiology situation information acquisition device, the physiology situation information that immediately this is gathered sends to described information management server;
Perhaps, described physiology situation information acquisition device is timing mode to the mode that information management server transmits information, described physiology situation information acquisition device is stored in this locality with the physiology situation information that collects, and arrives the physiology situation information of after the predetermined triggered time, this locality being stored and is transferred to information management server.
19. physiology situation information acquisition device according to claim 1, it is characterized in that, described physiology situation information acquisition device further comprise the physiology situation information that arrives for storage of collected memory module, be used for display and the analysis management module of demonstration information, the physiology situation information that described analysis management module is used for described memory module is stored carries out analysis management, and the analysis management result is exported to display shows.
20. physiology situation information acquisition device according to claim 19 is characterized in that, described analysis management module comprises with any or any number of combination in lower module:
Comparison module is for physiology situation information and default canonical parameter being compared to analyze critical trends or the value of described physiology situation information;
Log processing module is used for described physiology situation information is analyzed, and shows described physiology situation information in the daily record mode;
The trend processing module is for show trend or the value of described physiology situation information in the mode of coordinate chart;
The statistical treatment module is used for the physiology situation information in the fixed time is added up, and generates statistical graph.
21. physiology situation information acquisition device according to claim 1 is characterized in that, described physiology situation information acquisition device further comprises output module; Described communication module is further used for receiving the information of described information management server, by the received information of described output module output.
22. physiology situation information acquisition device according to claim 1, it is characterized in that, described communication module is further used for sending to described information management server the analysis report request of obtaining that comprises user totem information, and receive the analysis report that described information management server returns, show described analysis report by described display module.
CN2007101200984A 2007-08-09 2007-08-09 Physiology situation information acquisition device Expired - Fee Related CN101363841B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2007101200984A CN101363841B (en) 2007-08-09 2007-08-09 Physiology situation information acquisition device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2007101200984A CN101363841B (en) 2007-08-09 2007-08-09 Physiology situation information acquisition device

Publications (2)

Publication Number Publication Date
CN101363841A CN101363841A (en) 2009-02-11
CN101363841B true CN101363841B (en) 2013-06-12

Family

ID=40390324

Family Applications (1)

Application Number Title Priority Date Filing Date
CN2007101200984A Expired - Fee Related CN101363841B (en) 2007-08-09 2007-08-09 Physiology situation information acquisition device

Country Status (1)

Country Link
CN (1) CN101363841B (en)

Families Citing this family (26)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101690657A (en) * 2009-10-19 2010-04-07 北京中星微电子有限公司 Patient monitoring system and patient monitoring method
EP2517131A2 (en) * 2009-12-21 2012-10-31 Koninklijke Philips Electronics N.V. Bode index measurement
CN101791250A (en) * 2010-03-10 2010-08-04 季立 Remote medical service system with diagnosis terminal adopting WLAN standard and method thereof
CN102697498A (en) * 2012-04-28 2012-10-03 孙剑 System and method for collecting remote data based on body composition measuring device
CN102831303A (en) * 2012-08-07 2012-12-19 深圳先进技术研究院 Neurology scale management system and method, acquisition device and server
CN103815740A (en) * 2012-11-19 2014-05-28 大连民族学院 Vacuum cup capable of detecting PH (power of hydrogen) value of oral cavity of user
CN103239220A (en) * 2013-03-07 2013-08-14 广州合谐医疗科技有限公司 System and method for monitoring blood pressure
CN103263258A (en) * 2013-05-21 2013-08-28 美合实业（苏州）有限公司 Multifunctional medical instrument
CN103338224A (en) * 2013-05-28 2013-10-02 美合实业（苏州）有限公司 Central diagnostic system of medical institution
CN103251395A (en) * 2013-05-28 2013-08-21 美合实业（苏州）有限公司 Medical treatment monitoring system based on wireless network
IN2013MU03126A (en) * 2013-10-01 2015-07-03 Mukesh Grami
CN104573301A (en) * 2013-10-29 2015-04-29 东南大学附属中大医院 Blood sugar control service system for critical patient
CN103989525B (en) * 2014-05-23 2017-08-29 京东方科技集团股份有限公司 A kind of health examination control device, healthy television system and health examination method
CN104013391A (en) * 2014-06-23 2014-09-03 海南赛龙网络科技有限公司 Non-intervention healthcare cloud system
TW201601110A (en) * 2014-06-25 2016-01-01 遠傳電信股份有限公司 Health clinic return system
CN105193426B (en) * 2015-11-05 2016-08-17 山东大数据医疗科技有限公司 Non-invasive blood glucose meter
CN105288774A (en) * 2015-11-05 2016-02-03 种红侠 Application method of invasive type blood glucose therapeutic apparatus
CN105286884A (en) * 2015-11-05 2016-02-03 种红侠 Invasive type blood glucose therapeutic apparatus
FR3049081B1 (en) * 2016-03-18 2018-11-23 Seb Sa METHOD OF PROCESSING PHYSICAL AND / OR PHYSIOLOGICAL MEASUREMENTS BY A MOBILE TERMINAL
CN108254541A (en) * 2016-12-28 2018-07-06 腾讯科技（深圳）有限公司 Blood sugar test data correcting method, device and blood glucose meter
CN107483501A (en) * 2017-09-25 2017-12-15 深圳市见康云科技有限公司 Biology character data transmission system, method, apparatus and readable storage medium storing program for executing
US10827941B2 (en) * 2017-12-06 2020-11-10 General Electric Company System and methods for qualification of ECG data for remote analysis
CN108037299A (en) * 2017-12-12 2018-05-15 北京倍肯恒业科技发展股份有限公司 Mobile on-site clinical rapid checking system
CN108577830B (en) * 2018-03-15 2021-10-26 上海乐普云智科技股份有限公司 User-oriented physical sign information dynamic monitoring method and system
CN109620147A (en) * 2018-11-29 2019-04-16 深圳市衣信互联网科技有限公司 A kind of monitoring mammary gland early warning system and its monitoring method based on NFC
CN110297949A (en) * 2019-06-17 2019-10-01 至中和健康科技秦皇岛有限公司 A kind of data presentation technique comprising object reference background information synchronization

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1079379A (en) * 1993-03-04 1993-12-15 中国科学院合肥分院 Novel gastrointestinal electric signal detection processing device and method
CN1586425A (en) * 2004-10-21 2005-03-02 北京新兴阳升科技有限公司 Digital medical information monitoring and control system for full ward
CN1841058A (en) * 2005-03-28 2006-10-04 湖南文理学院 Quick determination method for pesticide influence on digestive enzyme activity of predator

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1079379A (en) * 1993-03-04 1993-12-15 中国科学院合肥分院 Novel gastrointestinal electric signal detection processing device and method
CN1586425A (en) * 2004-10-21 2005-03-02 北京新兴阳升科技有限公司 Digital medical information monitoring and control system for full ward
CN1841058A (en) * 2005-03-28 2006-10-04 湖南文理学院 Quick determination method for pesticide influence on digestive enzyme activity of predator

Also Published As

Publication number Publication date
CN101363841A (en) 2009-02-11

Similar Documents

Publication Publication Date Title
CN101363841B (en) Physiology situation information acquisition device
CN101483690B (en) Mobile communication terminal and health information collecting method
CN101477128B (en) Blood sugar test system
US11538563B2 (en) Facilitating health management of subjects
US6748250B1 (en) Method and system of monitoring a patient
CN101363843B (en) Physiology situation information acquisition management system, management server and management terminal
CN102655516B (en) Generic access network-based tele-medicine method and system
Farmer et al. A real-time, mobile phone-based telemedicine system to support young adults with type 1 diabetes.
US20050038680A1 (en) System and method for glucose monitoring
CN101785702B (en) Health information system, method, corresponding device, equipment and reagent carrier
CN104137108B (en) diabetes management application for mobile phone
US20150012290A1 (en) Electronic health journal
KR20170130493A (en) Patient Care System
CN103559397A (en) Intelligent service system and method applied to hypertension chronic diseases
EP2038790A2 (en) Adaptively adjusting patient data collection in an automated patient management environment
US20090137888A9 (en) System for monitoring of patients
CN106169022A (en) General practitioner is health management system arranged
US20040133455A1 (en) System and method for glucose monitoring
CN107092799B (en) Vital sign data management system and method based on cloud computing
CN102811242A (en) Mobile health monitoring and service network system
CN108334731A (en) Chronic diseases management system and method based on health examination all-in-one machine
CN101363842A (en) Acquisition management method and acquisition transmission method for physiology situation information
CN111724892A (en) Big data health management platform
Mougiakakou et al. Mobile technology to empower people with Diabetes Mellitus: Design and development of a mobile application
CN203244376U (en) Sip protocol based wireless medical call monitoring system

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
ASS Succession or assignment of patent right

Free format text: FORMER OWNER: ZHANG XIAOFENG

Effective date: 20130509

Owner name: LIKANG HULIAN TECHNOLOGY (BEIJING) CO., LTD.

Free format text: FORMER OWNER: LI XIU

Effective date: 20130509

C41 Transfer of patent application or patent right or utility model
TA01 Transfer of patent application right

Effective date of registration: 20130509

Address after: 100012 Beijing City, Chaoyang District, Beijing City Youth No. 19 361

Applicant after: Likang Interconnection Technology (Beijing) Co., Ltd.

Address before: 100012 Beijing City, Chaoyang District, Beijing City Youth No. 19 361

Applicant before: Li Xiu

Applicant before: Zhang Xiaofeng

C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20130612

Termination date: 20160809