CN102509010A - Remote medical detection system - Google Patents
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- CN102509010A CN102509010A CN2011103414611A CN201110341461A CN102509010A CN 102509010 A CN102509010 A CN 102509010A CN 2011103414611 A CN2011103414611 A CN 2011103414611A CN 201110341461 A CN201110341461 A CN 201110341461A CN 102509010 A CN102509010 A CN 102509010A
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Abstract
The invention discloses a remote medical detection system, which comprises at least one human physiological data acquisition system, at least one piece of mobile network equipment, at least one data operation system, at least one manual intervention system and a health record system, wherein the at least one human physiological data acquisition system is connected with the mobile network equipment; the at least one piece of mobile network equipment is in two-way connection with the data operation system; the at least one data operation system and the at least one manual intervention system are connected with the health record system respectively; the manual intervention system is also connected with the mobile network equipment; and the health record system is connected with the at least one piece of mobile network equipment. The system has the characteristics of speciality, universality, high data operation speed, high concurrent processing capability, high storage capacity, convenience for upgrading, optimization and operation, low cost, portability and the like.
Description
Technical field
The present invention relates to a kind of medical detection system, relate in particular to a kind of tele-medicine detection system.
Background technology
The employed medical checkout equipment kind of modern medical service mechanism is a lot; Mainly be divided into biochemistry detection, detection of electrons, ray detection, the several big classes of physical detection; Its checkout equipment basic functional principle can incorporate the four big subsystems into detected person's " body parameter acquisition system, data transmission cable, main treatment facility, demonstration or PRN device " into according to the information flow treatment scheme; The body parameter acquisition system comprises various kinds of sensors; Main treatment facility contains specialty analysis software, and responsible respectively parameter acquisition, data transmission, professional computing and data storage, result present several corresponding tasks, through the handled object information of this kind equipment; Transfer to specialist again and judge, propose diagnostic comments and corresponding treatment measure.This kind equipment can only detect a patient at every turn, the data that main simultaneously treatment facility can only current patient one people of analyzing and processing.We can represent the message processing flow of traditional medical checkout equipment with Fig. 9 accompanying drawing one.The acquisition system image data is transferred to main treatment facility through transmission cable, and main treatment facility carries out analyzing and processing with data and again result is transferred to display device through transmission cable.
There is following drawback in the traditional medical checkout equipment: 1, cost an arm and a leg; Because professional (mechanical discipline, technology specialty, the analysis mode specialty) that the traditional medical checkout equipment has adds the health factor that relates to human body, needs through professional design, produces and examine; So its price is generally comparatively expensive; All, only can purchase, be general patient's service by professional medical mechanism in the price of hundreds thousand of and even millions of units; Each operating cost that detects is higher, and the each medical treatment cost that detects of general patient is higher; 2, independent checkout equipment, a lot of checkout equipments need depend on the independent processing chip or independently computing machine could detect increase detection cost and do not possess portability with professional software; 3, operation is professional and complicated, specialized checkout equipment action need professional, and ordinary people's operation is had any problem, and is difficult to guarantee the accuracy of testing result; 4, do not have processing power simultaneously, traditional professional equipment only can carry out to a people at every turn, and time cost and medical resource matching degree are poor; 5, the testing result statement is too specialized, and the layman is difficult to discern testing result to general user's implication; 6, do not have specialized the guidance, when the data presentation of testing result is in non-health status or sub-health state, can not in time give corresponding conditioning suggestion and treatment prompting.
Summary of the invention
The object of the present invention is to provide a kind of tele-medicine detection system; Native system adopts local collection, far-end computing, storage and processing; Many people are the mathematical model and the algorithm of a shared main processing block and multiple medical domain simultaneously, it has professional, universality, data operation speed is fast, the concurrent processing ability is strong, memory capacity is big, be convenient to upgrading and optimize, characteristics such as low-cost, portability and ease-to-operate.
The technical scheme that the present invention solves the problems of the technologies described above is following: a kind of tele-medicine detection system comprises at least one Human Physiology data acquisition system (DAS), at least one mobile network appliance, at least one is used for data operation system, at least one manual intervention system and a health account system of deal with data; Said Human Physiology data acquisition system (DAS) is used to gather human body physical sign and physiological data; The data that said mobile network appliance is used to receive and buffer memory Human Physiology data acquisition system (DAS) is gathered and with data transmission to the data operation system; The raw data that said data operation system is used to receive the mobile network appliance transmission generates data of physiological index; And through analyze, computing is processed to form PRELIMINARY RESULTS with data; Further PRELIMINARY RESULTS is screened and data progression process; And transfer to the health account system after drawing corresponding with it conclusion according to the information of different stage; The corresponding feedback information of the data that in the health account system, filter out and collect; And feedback information is sent to mobile network appliance; Said manual intervention system is used for the data that manual intervention receives the data operation system transmissions; The manual intervention request that said manual intervention system initiatively initiates mobile network appliance is dealt with, and artificial treatment is made to the physical signs abnormal data that the data arithmetic system filters out by said manual intervention system, and with the result transmission after the manual intervention to the health account system; Said health account system is used to store and shows the data of healthy feedback information and Human Physiology data acquisition system (DAS), mobile network appliance, data operation system, manual intervention system transmissions; Said at least one Human Physiology data acquisition system (DAS) is connected with said mobile network appliance, and said at least one mobile network appliance is connected with the data operation system bidirectional, and said at least one data operation system is connected with the health account system respectively with at least one manual intervention system; Said manual intervention system also is connected with mobile network appliance, and said health account system is connected with at least one mobile network appliance or the network equipment.
Further; Said Human Physiology data acquisition system (DAS) comprises at least one data acquisition module, microprocessor unit and the data transmission module that connects successively; Said data acquisition module is used for contacting with human body and carries out data acquisition; And with the data transmission that collects to microprocessor unit, said microprocessor unit receives the data of coming from the data acquisition module transmission and carries out analog to digital conversion, and the generation of the data after will change message data is used for to the data operation system transmissions; Microprocessor unit receives and handles the various operational orders of mobile network appliance in addition, and said data transmission module is connected with the mobile network appliance data.
Further; Said mobile network appliance comprises data reception module, software control module, load module, display module and the transport module that connects successively; Said data reception module comprises at least one register; Said data reception module is used to receive the data of data acquisition system (DAS) transmission; And data are buffered in the register temporarily, and with data transmission to software control module, said software control module is used for communicating by letter between control data acquisition system and the mobile network appliance; Said load module is used for input operation instruction and controls the various states and the operation of whole mobile network appliance through operational order; Said display module is used for the demonstration of data acquisition, data operation system and health account system return message, and said transport module to the data operation system, and is used to receive the information that the data operation system returns with the data transmission of gathering.
Data when further, the said display module state, error prompting, operation indicating and the current detection result that are used for the video data gatherer process returns.
Further; Said data operation system comprises that the Data Receiving identification module, data operation module, data memory module, the data that connect successively return module; Said Data Receiving identification module is used to receive the data of mobile network appliance transmission; And the data that receive are carried out verification and identification; The raw data that said data operation module is used for the Data Receiving identification module is received generates data of physiological index, and through analysis, computing data is processed to form PRELIMINARY RESULTS, further PRELIMINARY RESULTS is screened and data progression process; And draw corresponding with it conclusion according to the information of different stage; Said data memory module is used for classification and storage data of physiological index, operation result and conclusion, and said data are returned module and are used for the conclusion of data operation module output is fed back to mobile network appliance, the network equipment and manual system, and the data in the transmission course are carried out verification.
Further, said data operation module comprises the mathematical model and the algorithm of multiple medical domain, raw data and data of physiological index is analyzed, computing, is processed to form operation result, and the result is screened and hierarchical processing.
Further, said Data Receiving identification module is used to receive data, completeness check, Data Source identification, and data integrity request command occurs sending when unusual and to mobile network appliance data resend.
Further, the physical signs abnormal data that said data operation module filters out, said data operation module is sent to the manual intervention system with physical signs abnormal data and its corresponding identity information and handles.
Further; Said manual intervention system is used for the data that manual intervention receives the data operation system transmissions; The manual intervention request that said manual intervention system initiatively initiates mobile network appliance is dealt with, and artificial treatment is made to the physical signs abnormal data that the data arithmetic system filters out by said manual intervention system.
Further, said health account system is used to store the data of Human Physiology data acquisition system (DAS), mobile network appliance, data operation system and manual intervention system transmissions and processing, and shows the storage data.
Further, said health account system is used to classify and processes the various data of different user, and has the keyword retrieval function.
Further, said Human Physiology data acquisition system (DAS) is connected with mobile network appliance is wired or wireless.
Further, said transport module transfers to the data operation system with the mode of the data of gathering through wireless network or cable network.
The invention has the beneficial effects as follows: the traditional medical checkout equipment that adopts technical scheme of the present invention will blend together one originally is divided into several parts that can work alone, thereby realizes collection terminal miniaturization, low cost, facilitation and removableization; A mobile network appliance can mate a plurality of different human body physical signs and physiological parameter detecting sensor terminal; Strengthened the scope of application of mobile network appliance; Thereby make the general user can carry out multinomial different detection by a mobile network appliance; Change the effect of mobile network appliance in the general modfel, orientated mobile network appliance as data relay transmission equipment and display unit, realized the novel process mode of data stream; Through building the pattern of server cluster; Change the data processing mode of main processing operations server cluster; Adopt the processing mode of " cloud+end "; Thereby realize that a main processing server can serve the concurrent request of a plurality of clients simultaneously, effectively reduce the cost of single treatment, make the serving the general public of detection of the high enterprise of cost originally; By internet and mobile Internet technology, the intelligent search matching technique is applied to user side, greatly make things convenient for the cognitive and application of domestic consumer to professional testing result, make domestic consumer also can understand the testing result of professional equipment; Science is introduced the manual intervention system, and the result is more accurate.
Description of drawings
Fig. 1 is system logic figure according to the invention;
Fig. 2 is the logical diagram between Human Physiology data acquisition system (DAS) and the mobile network appliance in the system according to the invention;
Fig. 3 is the logical diagram between mobile network appliance and the data operation system in the system according to the invention;
Fig. 4 is the logical diagram between data operation system and the health account system in the system according to the invention;
Fig. 5 is the logical diagram between manual intervention system and the health account system in the system according to the invention;
Fig. 6 is the system logic figure of the embodiment of the invention 1 described a kind of long-range sphygmomanometer;
Fig. 7 is the system logic figure of the embodiment of the invention 2 described a kind of long-range cardiovascular detection diagnostic equipments;
Fig. 8 is the system logic figure of the embodiment of the invention 3 described a kind of long-range non-invasive blood analysis schemes;
Fig. 9 is the message processing flow of traditional medical checkout equipment.
Embodiment
Below in conjunction with accompanying drawing principle of the present invention and characteristic are described, institute gives an actual example and only is used to explain the present invention, is not to be used to limit scope of the present invention.
Specific embodiment 1: like Fig. 1,2,3,4, shown in 5; A kind of long-range sphygmomanometer scheme comprises at least one Human Physiology data acquisition system (DAS) 1, at least one mobile network appliance 2, data arithmetic system 3, an artificial interfering system 4 and a health account system 5; Said Human Physiology data acquisition system (DAS) 1 is used to gather the Human Physiology data; The data that said mobile network appliance 2 is used to receive and buffer memory Human Physiology data acquisition system (DAS) is gathered and with complete data transmission to data operation system 3; Said data operation system 3 is used to receive the data of mobile network appliance 2 transmission; And with raw data calculating generation physical signs; Transfer to health account system 5; In health account system 5, filter out and the corresponding feedback information of physical signs, and feedback information is sent to mobile network appliance 2, said manual intervention system 4 is used for the abnormal physiology index is carried out artificial treatment; And feedback information is sent to mobile network appliance 2; Simultaneously with the information transmission after the artificial treatment to health account system 5, said health account system 5 is used to store and shows the data of healthy feedback information and Human Physiology data acquisition system (DAS) 1, mobile network appliance 2, data operation system 3,4 transmission of manual intervention system, said at least one Human Physiology data acquisition system (DAS) 1 is connected with said mobile network appliance 2; Said at least one mobile network appliance 2 and 3 two-way connections of data operation system; Said at least one data operation system 3 is connected with health account system 5 respectively with at least one manual intervention system 4, and said manual intervention system 4 also is connected with the mobile network appliance 2 or the network equipment, and said health account system 5 is connected with at least one mobile network appliance 2 or the network equipment.
As shown in Figure 6; The embodiment of the invention 1 described a kind of long-range sphygmomanometer, said Human Physiology data acquisition system (DAS) 1 is an arm belt pressure inductive sphygmomanometer 11, during application; At first arm belt pressure inductive sphygmomanometer 11 is applied on the tested user's arms; Be used to gather user's blood pressure data, said mobile network appliance 2 is a smart mobile phone 21, and the demonstration of measurement data is shown with picture and text, digital form by user's smart mobile phone 21; The blood pressure data of its detection is also realized the transmission to data operation system 3 by user's smart mobile phone 21; Said data operation system 3 carries out computing with user's blood pressure data, obtains a result to draw corresponding Health & Fitness Tip and data, result and Health & Fitness Tip transferred in the health account system 5 and checks for the user, simultaneously data and result is turned back in the smart mobile phone 21; With integrality and the correspondence of guaranteeing data transmission; When the data that receive occur when unusual, the Data Receiving identification module in the said data operation system 3 sends order makes smart mobile phone 21 resend data, when data operation system 3 draws the user when this time detecting blood pressure values and exceeding normal range according to the data that receive; Data operation system 3 with this abnormal blood pressure data transmission to manual intervention system 4; System will point out the doctor to intervene, and give the user corresponding diagnostic comments by the doctor of specialty, and the data in aforementioned four modules all are transferred to health account system 5; At any time check and manage blood pressure data of oneself and the Health & Fitness Tip that gives with arithmetic system or medical practitioner, convenient understanding user's self blood pressure situation for the user.
The advantage of the described long-range sphygmomanometer of present embodiment is: 1. a long-range sphygmomanometer does not change the measuring principle of conventional digital formula sphygmomanometer, adopts the thinking of separate design, and it is smaller and more exquisite to make sphygmomanometer measure end, simplifies; 2. this long-range sphygmomanometer does not change the metering system of conventional digital formula sphygmomanometer, operate more easyly, and only need are less than promptly going out the result in one minute; And combining the mobile Internet technology, information and service that automatic coupling and testing result adapt let the user really grasp the health status of oneself.3. high pressure, low pressure, heart rate are measured in full-automatic design, only need to get final product by a button, and anyone can both grasp rapidly; 4. the automatic memory function of persistent network health account is measured at every turn and is all placed on record automatically; And can compare and inquire about historical blood pressure detection record through user's mobile phone is convenient at any time; 5. owing to do not need every user to be equipped with the dedicated processes chip, user cost reduces greatly; 6. because the main treatment facility that uses is the more powerful server cluster of function, and analysis result is more accurate, processing power greatly promotes; 7. utilization internet and mobile Internet technology is introduced manual intervention systems such as Expert Resources and professional service, promotes user's service quality.
Specific embodiment 2: like Fig. 1,2,3,4, shown in 5; A kind of long-range cardiovascular detection scheme comprises at least one Human Physiology data acquisition system (DAS) 1, at least one mobile network appliance 2, data arithmetic system 3, an artificial interfering system 4 and a health account system 5; Said Human Physiology data acquisition system (DAS) 1 is used to gather the Human Physiology data; The data that said mobile network appliance 2 is used to receive and buffer memory Human Physiology data acquisition system (DAS) is gathered and with complete data transmission to data operation system 3; Said data operation system 3 is used to receive the data of mobile network appliance 2 transmission; And with raw data calculating generation physical signs; Transfer to health account system 5; In health account system 5, filter out and the corresponding feedback information of physical signs, and feedback information is sent to mobile network appliance 2, said manual intervention system 4 is used for the abnormal physiology index is carried out artificial treatment; And feedback information is sent to mobile network appliance 2; Simultaneously with the information transmission after the artificial treatment to health account system 5, said health account system 5 is used to store and shows the data of healthy feedback information and Human Physiology data acquisition system (DAS) 1, mobile network appliance 2, data operation system 3,4 transmission of manual intervention system, said at least one Human Physiology data acquisition system (DAS) 1 is connected with said mobile network appliance 2; Said at least one mobile network appliance 2 and 3 two-way connections of data operation system; Said at least one data operation system 3 is connected with health account system 5 respectively with at least one manual intervention system 4, and said manual intervention system 4 also is connected with the mobile network appliance 2 or the network equipment, and said health account system 5 is connected with at least one mobile network appliance 2 or the network equipment.
As shown in Figure 7, the embodiment of the invention 2 described a kind of long-range cardiovascular detection diagnostic equipments, said Human Physiology data acquisition system (DAS) 1 is the cardiovascular appearance 12 of portable induction type; During application, at first the blood oxygen probe on the cardiovascular appearance 12 of portable induction type is clipped to user's forefinger, be used to gather user's raw data associated; Said mobile network appliance 2 is a smart mobile phone 22; The raw data associated of its detection also realizes the transmission to data operation system 3 by user's smart mobile phone 22, and said data operation system 3 carries out computing with user's raw data associated, generates 35 cardiovascular physiology indexs; And mathematical model and algorithmic approach that the medical domain cardiovascular system in data operation system 3 detects contrast, analyze; Draw the health data of user's cardiovascular system, provide corresponding Health & Fitness Tip, and data, result and Health & Fitness Tip transferred in the health account system 5 check for the user according to health data; Simultaneously data and result are turned back in the smart mobile phone 22; With integrality and the correspondence of guaranteeing data transmission, when the data that receive occur when unusual, the Data Receiving identification module in the said data operation system 3 sends order makes smart mobile phone 21 resend data; When data operation system 3 draws the user when this time detecting cardiovascular detected parameters and exceeding normal range according to the data that receive; Data operation system 3 transfers to manual intervention system 4 with this unusual cardiovascular detected parameters, and system will point out the doctor to intervene, and gives the user corresponding diagnostic comments by the doctor of specialty; Data in aforementioned four modules all are transferred to health account system 5; At any time check and manage oneself cardiovascular system health status for the user, and the Health & Fitness Tip that gives of data operation system 3 or medical practitioner, convenient understanding user's self cardiovascular system health status.
The advantage of the described long-range cardiovascular detection diagnostic equipment of present embodiment is: 1. a long-range cardiovascular detection diagnostic equipment does not change the measuring principle of traditional cardiovascular detection diagnostic equipment, adopts the thinking of separate design, makes the cardiovascular system test side smaller and more exquisite, simplifies; 2. this long-range cardiovascular detection diagnostic equipment does not change the detection mode of traditional cardiovascular detection diagnostic equipment, operates more easy; And combining the mobile Internet technology, information and service that automatic coupling and testing result adapt let the user really grasp the health status of oneself.3. full-automatic design, 35 parameters of measurement cardiovascular system only need get final product by a button, and anyone can both grasp rapidly; 4. the automatic memory function of persistent network health account is measured at every turn and is all placed on record automatically; And can compare and inquire about historical cardiovascular system detection record through user's mobile phone is convenient at any time; 5. owing to do not need every user to be equipped with the dedicated processes chip, user cost reduces greatly; 6. because the main treatment facility that uses is the more powerful server cluster of function, and analysis result is more accurate, processing power greatly promotes; 7. utilization internet and mobile Internet technology is introduced manual intervention systems such as Expert Resources and professional service, promotes user's service quality.
Specific embodiment 3: like Fig. 1,2,3,4, shown in 5; A kind of long-range non-invasive blood analysis scheme comprises at least one Human Physiology data acquisition system (DAS) 1, at least one mobile network appliance 2, data arithmetic system 3, an artificial interfering system 4 and a health account system 5; Said Human Physiology data acquisition system (DAS) 1 is used to gather the Human Physiology data; The data that said mobile network appliance 2 is used to receive and buffer memory Human Physiology data acquisition system (DAS) is gathered and with complete data transmission to data operation system 3; Said data operation system 3 is used to receive the data of mobile network appliance 2 transmission; And with raw data calculating generation physical signs; Transfer to health account system 5; In health account system 5, filter out and the corresponding feedback information of physical signs, and feedback information is sent to mobile network appliance 2, said manual intervention system 4 is used for the abnormal physiology index is carried out artificial treatment; And feedback information is sent to mobile network appliance 2; Simultaneously with the information transmission after the artificial treatment to health account system 5, said health account system 5 is used to store and shows the data of healthy feedback information and Human Physiology data acquisition system (DAS) 1, mobile network appliance 2, data operation system 3,4 transmission of manual intervention system, said at least one Human Physiology data acquisition system (DAS) 1 is connected with said mobile network appliance 2; Said at least one mobile network appliance 2 and 3 two-way connections of data operation system; Said at least one data operation system 3 is connected with health account system 5 respectively with at least one manual intervention system 4, and said manual intervention system 4 also is connected with the mobile network appliance 2 or the network equipment, and said health account system 5 is connected with at least one mobile network appliance 2 or the network equipment.
As shown in Figure 8; The embodiment of the invention 3 described a kind of long-range non-invasive blood analysis diagnostic equipments, said Human Physiology data acquisition system (DAS) 1 is a portable non-invasive blood analysis diagnostic equipment 13, during application; At first five sensor specials on the portable sense non-invasive blood analysis diagnostic equipment 13 are labelled to the human body assigned address respectively; Be used to gather user's raw data associated, said mobile network appliance 2 is a smart mobile phone 23, and the raw data associated of its detection also realizes the transmission to data operation system 3 by user's smart mobile phone 23; Said data operation system 3 carries out computing with user's raw data associated; Generate the biochemical indicator of 100 remainder blood of human body compositions, and the mathematical model and the algorithmic approach of the medical domain blood analysis system in data operation system 3 contrast, analyze, draw user's blood constituent, electrolyte metabolism, blood agglutinate system, enzyme system, oxygen transhipment and utilize data such as system, carbon dioxide absorption and movement system, organ blood flow; Provide corresponding Health & Fitness Tip according to aforementioned data; And data, result and Health & Fitness Tip transferred in the health account system 5 check for the user, simultaneously data and result are turned back in the smart mobile phone 23, with integrality and the correspondence of guaranteeing data transmission; When the data that receive occur when unusual; Data Receiving identification module in the said data operation system 3 sends order makes smart mobile phone 23 resend data, and when data operation system 3 drew correlation parameter that user's blood testing this time analyzes and exceeds normal range according to the data that receive, data operation system 3 transferred to manual intervention system 4 with this unusual parameter; System will point out the doctor to intervene; Doctor by specialty gives the user corresponding diagnostic comments, and the data in aforementioned four modules all are transferred to health account system 5, check and manage the health status of self at any time for the user; And the Health & Fitness Tip that gives of data operation system 3 or medical practitioner, convenient understanding user's self health status.
The advantage of the described long-range non-invasive blood analysis diagnostic equipment of present embodiment is: 1. a long-range non-invasive blood analysis diagnostic equipment does not change the measuring principle of traditional non-invasive blood analysis diagnostic equipment, adopts the thinking of separate design, makes checkout equipment smaller and more exquisite, simplifies; 2. this long-range non-invasive blood analysis diagnostic equipment does not change the detection mode of traditional non-invasive blood analysis diagnostic equipment, operates more easy; And combining the mobile Internet technology, information and service that automatic coupling and testing result adapt let the user really grasp the health status of oneself.3. full-automatic design relates to self 100 healthy remainder parameter, only needs to get final product by a button, and anyone can both grasp rapidly; 4. the automatic memory function of persistent network health account is measured at every turn and is all placed on record automatically; And can compare and inquire about historical detection record through user's mobile phone is convenient at any time; 5. owing to do not need every user to be equipped with dedicated treatment facility, the professional equipment of hundreds thousand of units is reduced within the scope that domestic consumer can bear; 6. because the main treatment facility that uses is the more powerful server cluster of function, and analysis result is more accurate, processing power greatly promotes; 7. utilization internet and mobile Internet technology is introduced manual intervention systems such as Expert Resources and professional service, promotes user's service quality.
More than be merely preferred embodiment of the present invention, or not all within spirit of the present invention and principle in order to restriction the present invention, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (15)
1. tele-medicine detection system; It is characterized in that; Comprise at least one Human Physiology data acquisition system (DAS), at least one mobile network appliance, at least one data operation system, at least one manual intervention system and a health account system; Said Human Physiology data acquisition system (DAS) is used to gather the Human Physiology data; The data that said mobile network appliance is used to receive and buffer memory Human Physiology data acquisition system (DAS) is gathered and with complete data transmission to the data operation system, said data operation system is used to receive the data of mobile network appliance transmission, and raw data is calculated the generation physical signs; Transfer to the health account system; In the health account system, filter out and the corresponding feedback information of physical signs, and feedback information is sent to mobile network appliance, said manual intervention system is used for the abnormal physiology index is carried out artificial treatment; And feedback information is sent to mobile network appliance; Simultaneously with the information transmission after the artificial treatment to the health account system, said health account system is used to store and shows the data of healthy feedback information and Human Physiology data acquisition system (DAS), mobile network appliance, data operation system, manual intervention system transmissions, said at least one Human Physiology data acquisition system (DAS) is connected with said mobile network appliance; Said at least one mobile network appliance is connected with the data operation system bidirectional; Said at least one data operation system is connected with the health account system respectively with at least one manual intervention system, and said manual intervention system also is connected with the mobile network appliance or the network equipment, and said health account system is connected with at least one mobile network appliance or the network equipment.
2. tele-medicine detection system as claimed in claim 1; It is characterized in that; Said Human Physiology data acquisition system (DAS) comprises at least one data acquisition module, microprocessor unit and the data transmission module that connects successively; Said data acquisition module is used for contacting with human body and carries out data acquisition; And with the data transmission that collects to microprocessor unit, said microprocessor unit receives the data of coming from the data acquisition module transmission and carries out analog to digital conversion, and the generation of the data after will change message data is used for to the data operation system transmissions; Microprocessor unit receives and handles the various operational orders of mobile network appliance in addition, and said data transmission module is connected with the mobile network appliance data.
3. tele-medicine detection system as claimed in claim 1; It is characterized in that; Said mobile network appliance comprises data reception module, software control module, load module, display module and the transport module that connects successively; Said data reception module comprises at least one register, and said data reception module is used to receive the data of data acquisition system (DAS) transmission, and is buffered in data in the register temporarily; And with data transmission to software control module; Said software control module is used for communicating by letter between control data acquisition system and the mobile network appliance, and said load module is used for the input operation instruction and controls the various states and the operation of whole mobile network appliance through operational order, and said display module is used for the demonstration of data acquisition, data operation system and health account system return message; Said transport module to the data operation system, and is used to receive the information that the data operation system returns with the data transmission of gathering.
4. tele-medicine detection system as claimed in claim 3 is characterized in that, the data when state, error prompting, operation indicating and the current detection result that said display module is used for the video data gatherer process returns.
5. tele-medicine detection system as claimed in claim 1; It is characterized in that; Said data operation system comprises that the Data Receiving identification module, data operation module, data memory module, the data that connect successively return module; Said Data Receiving identification module is used to receive the data of mobile network appliance transmission, and the data that receive are carried out verification and identification, and the raw data that said data operation module is used for the Data Receiving identification module is received generates data of physiological index; And through analyze, computing is processed to form PRELIMINARY RESULTS with data; Further PRELIMINARY RESULTS is screened and data progression process, and draw corresponding with it conclusion according to the information of different stage, said data memory module is used for classification and storage data of physiological index, operation result and conclusion; Said data are returned module and are used for the conclusion of data operation module output is fed back to mobile network appliance, the network equipment and manual system, and the data in the transmission course are carried out verification.
6. tele-medicine detection system as claimed in claim 5; It is characterized in that; Said data operation module comprises the mathematical model and the algorithm of multiple medical domain; Raw data and data of physiological index are analyzed, computing, are processed to form operation result, and the result is screened and hierarchical processing.
7. tele-medicine detection system as claimed in claim 5; It is characterized in that; Said Data Receiving identification module is used to receive data, completeness check, Data Source identification, and data integrity request command occurs sending when unusual and to mobile network appliance data resend.
8. tele-medicine detection system as claimed in claim 5; It is characterized in that; The physical signs abnormal data that said data operation module filters out, said data operation module is sent to the manual intervention system with physical signs abnormal data and its corresponding identity information and handles.
9. like each described tele-medicine detection system of claim 1 to 8; It is characterized in that; Said manual intervention system is used for the data that manual intervention receives the data operation system transmissions; The manual intervention request that said manual intervention system initiatively initiates mobile network appliance is dealt with, and artificial treatment is made to the physical signs abnormal data that the data arithmetic system filters out by said manual intervention system.
10. tele-medicine detection system as claimed in claim 1; It is characterized in that; Said health account system is used to store the data of Human Physiology data acquisition system (DAS), mobile network appliance, data operation system and manual intervention system transmissions and processing, and shows the storage data.
11., it is characterized in that said health account system is used to classify, process the various data of different user, and has the keyword retrieval function like claim 1,2,3,4,5,6,7,8 or 10 said tele-medicine detection systems.
12., it is characterized in that said Human Physiology data acquisition system (DAS) and mobile network appliance wired connection according to each described tele-medicine detection system of claim 1 to 8.
13., it is characterized in that said Human Physiology data acquisition system (DAS) and mobile network appliance wireless connections according to each described tele-medicine detection system of claim 1 to 8.
14., it is characterized in that said transport module transfers to the data operation system with the mode of the data of gathering through wireless network according to each described tele-medicine detection system of claim 1 to 8.
15., it is characterized in that said transport module transfers to the data operation system with the mode of the data of gathering through cable network according to each described tele-medicine detection system of claim 1 to 8.
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| CN201110341461.1A CN102509010B (en) | 2011-11-02 | 2011-11-02 | Remote medical detection system |
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| CN201110341461.1A CN102509010B (en) | 2011-11-02 | 2011-11-02 | Remote medical detection system |
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| CN102509010A true CN102509010A (en) | 2012-06-20 |
| CN102509010B CN102509010B (en) | 2015-04-08 |
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| CN104796438A (en) * | 2014-01-17 | 2015-07-22 | 华东师范大学 | Exercise intervention and monitoring system |
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| CN106874650A (en) * | 2017-01-11 | 2017-06-20 | 广西长益智能科技有限公司 | A kind of intelligent clothing data analysis management system |
| CN107358024A (en) * | 2017-06-09 | 2017-11-17 | 深圳市旭子科技有限公司 | A kind of user's abnormity early warning method, system and terminal device |
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| CN107748249A (en) * | 2017-09-09 | 2018-03-02 | 西安云次幂信息科技有限公司 | A kind of fully integrated sweat parameter monitoring and the system of analysis |
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| CN113096758A (en) * | 2020-01-09 | 2021-07-09 | 深圳理邦智慧健康发展有限公司 | Blood pressure management method and system |
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| CN113096758A (en) * | 2020-01-09 | 2021-07-09 | 深圳理邦智慧健康发展有限公司 | Blood pressure management method and system |
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