CN102509010B - Remote medical detection system - Google Patents
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- CN102509010B CN102509010B CN201110341461.1A CN201110341461A CN102509010B CN 102509010 B CN102509010 B CN 102509010B CN 201110341461 A CN201110341461 A CN 201110341461A CN 102509010 B CN102509010 B CN 102509010B
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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, particularly relate to a kind of remote medical detection system.
Background technology
The medical checkout equipment kind that modern medical service mechanism uses is a lot, mainly be divided into biochemistry detection, detection of electrons, ray detection, the several large class of physical detection, its checkout equipment basic functional principle can incorporate into as detected person's " body parameter acquisition system according to the dealing with information flow flow process, data transmission cable, main treatment facility, display or printing device " four large subsystems, body parameter acquisition system comprises various kinds of sensors, main treatment facility is containing specialty analysis software, be responsible for parameter acquisition respectively, data are transmitted, specialty computing and data store, result presents several corresponding task, through the object information handled by this kind equipment, specialist is transferred to judge again, diagnostic comments and corresponding treatment measure are proposed.This kind equipment can only detect a patient at every turn, and main treatment facility can only the data of analyzing and processing current patents one people simultaneously.We can represent the message processing flow of traditional medical checkout equipment with Fig. 9 accompanying drawing one.Acquisition system image data is transferred to main treatment facility by transmission cable, and result is transferred to display device by transmission cable by data analysis process by main treatment facility again.
There is following drawback in traditional medical checkout equipment: 1, expensive, due to professional (mechanical discipline, technology specialty, analysis mode specialty) that traditional medical checkout equipment has, add the health factor relating to human body, need through the design of specialty, production and examination & approval, so its price is general costly, all in the price of hundreds thousand of and even millions of unit, only can be purchased by professional medical mechanism, for general patient service, the operating cost of each detection is higher, and the medical treatment cost that general patient detects at every turn is higher; 2, dependent checkout equipment, a lot of checkout equipment need depend on separate processing chips or independently computing machine and professional software could detect, increase testing cost and do not possess portability; 3, operation specialty and complicated, specialized checkout equipment action need professional, ordinary people operation have any problem, be difficult to guarantee testing result accuracy; 4, without simultaneously processing power, traditional specialty equipment only can carry out for a people at every turn, time cost and medical resource matching degree poor; 5, testing result statement is too specialized, and layman is difficult to recognition detection result to general user's implication; 6, instruct without specialized, when the data display of testing result is in unhealthy status or sub-health state, corresponding conditioning suggestion can not be given in time and point out with treatment.
Summary of the invention
The object of the present invention is to provide a kind of remote medical detection system, native system adopts local collection, far-end computing, Storage and Processing, many people can share the mathematics model and algorithm in a main processing block and plurality of medical field simultaneously, and it has, and professional, universality, data operation speed are fast, concurrent processing ability is strong, memory capacity is large, be convenient to the features such as upgrading and optimization, low cost, portability and ease-to-operate.
The technical scheme that the present invention solves the problems of the technologies described above is as follows: a kind of remote medical detection system comprises at least one human body physiological data acquisition system, at least one mobile network appliance, at least one is for the treatment of the data operation system of data, at least one manual intervention system and a health account system, described human body physiological data acquisition system is for gathering human body physical sign and physiological data, described mobile network appliance is for receiving the data of also buffer memory human body physiological data acquisition system collection and sending data to data operation system, described data operation system is for receiving the Raw Data Generation data of physiological index of mobile network appliance transmission, and by analyzing, data mart modeling is formed PRELIMINARY RESULTS by computing, further PRELIMINARY RESULTS is screened and data progression process, and transfer to health account system after drawing conclusion corresponding with it according to the information of different stage, the feedback information corresponding with the data collected is filtered out in health account system, and feedback information is sent to mobile network appliance, described manual intervention system is used for the data that manual intervention receives data operation system transfers, described manual intervention system is dealt with to the manual intervention request that mobile network appliance is initiatively initiated, described manual intervention system makes artificial treatment to the physical signs abnormal data that data arithmetic system filters out, and the result after manual intervention is transferred to health account system, described health account system is used for storing and showing healthy feedback information and human body physiological data acquisition system, mobile network appliance, data operation system, the data of manual intervention system transfers, at least one human body physiological data acquisition system described is connected with described mobile network appliance, at least one mobile network appliance described is connected with data operation system bidirectional, at least one data operation system described is connected with health account system respectively with at least one manual intervention system, described manual intervention system is also connected with mobile network appliance, described health account system is connected with at least one mobile network appliance or the network equipment.
Further, described human body physiological data acquisition system comprises at least one data acquisition module connected successively, microprocessor unit and data transmission module, described data acquisition module is used for carrying out data acquisition with human contact, and the data collected are transferred to microprocessor unit, described microprocessor unit receives the data come from data acquisition module Bulk transport and carries out analog to digital conversion, and the data genaration message data after conversion is used for data operation system transfers, microprocessor unit receives and processes the various operational orders of mobile network appliance in addition, described data transmission module and mobile network appliance data cube computation.
Further, described mobile network appliance comprises the data reception module connected successively, software control module, load module, display module and transport module, described data reception module comprises at least one register, described data reception module is for receiving the data of data acquisition system (DAS) transmission, and by data temporal cache in register, and send data to software control module, described software control module is used for the communication between control data acquisition system and mobile network appliance, described load module is for entering the operating instructions and being controlled various state and the operation of whole mobile network appliance by operational order, described display module is used for data acquisition, the display of data operation system and health account system return message, the data of collection are transferred to data operation system by described transport module, and for receiving the information that data operation system returns.
Further, data when described display module returns for state, error prompting, operation indicating and the current detection result shown in data acquisition.
Further, described data operation system comprises the data receiver identification module connected successively, data operation module, data memory module, data return module, described data receiver identification module is for receiving the data of mobile network appliance transmission, and the data received are verified and identification, described data operation module is used for the Raw Data Generation data of physiological index received by data receiver identification module, and by analyzing, data mart modeling is formed PRELIMINARY RESULTS by computing, further PRELIMINARY RESULTS is screened and data progression process, and draw conclusion corresponding with it according to the information of different stage, described data memory module is for storage data of physiological index of classifying, operation result and conclusion, described data return module and feed back to mobile network appliance for conclusion data operation module exported, the network equipment and manual system, and the data in transmitting procedure are verified.
Further, described data operation module comprises the mathematics model and algorithm in plurality of medical field, analyzes, computing, is processed to form operation result, and screen result and classification process raw data and data of physiological index.
Further, described data receiver identification module, for receiving data, completeness check, Data Source identification, sending request order when data integrity occurs abnormal and data being resend to mobile network appliance.
Further, the physical signs abnormal data that described data operation module filters out, physical signs abnormal data is sent to manual intervention system with the identity information of its correspondence and processes by described data operation module.
Further, described manual intervention system is used for the data that manual intervention receives data operation system transfers, described manual intervention system is dealt with to the manual intervention request that mobile network appliance is initiatively initiated, and described manual intervention system makes artificial treatment to the physical signs abnormal data that data arithmetic system filters out.
Further, described health account system is for storing the data of human body physiological data acquisition system, mobile network appliance, data operation system and manual intervention system transfers and process, and display stores data.
Further, described health account system for the various data of processing different user of classifying, and has keyword retrieval function.
Further, described human body physiological data acquisition system is connected with mobile network appliance is wired or wireless.
Further, the data of collection are transferred to data operation system by the mode of wireless network or cable network by described transport module.
The invention has the beneficial effects as follows: adopt technical solution of the present invention to be divided into several part that can work alone by originally mixing all-in-one-piece traditional medical checkout equipment, thus realize collection terminal miniaturization, low cost, facilitation and removableization; A mobile network appliance can mate multiple different human body physical sign and physio-parameter detection sensor terminal; Enhance the scope of application of mobile network appliance; Thus make general user can carry out multinomial different detection by a mobile network appliance; Change the effect of mobile network appliance in general modfel, mobile network appliance is orientated as data relay transmission equipment and display unit, achieve the novel process mode of data stream; By building the pattern of server cluster, change the data processing mode of main process calculation server cluster, adopt the processing mode of " cloud+end ", thus realize a main processing server and can serve multiple client concurrent request simultaneously, effectively reduce the cost of single treatment, make the serving the general public of detection of cost height enterprise originally; By internet and development of Mobile Internet technology, intelligent search matching technique is applied to user side, greatly facilitates domestic consumer to the cognition of professional testing result and application, make domestic consumer also can understand the testing result of professional equipment; Science introduces manual intervention system, and result is more accurate.
Accompanying drawing explanation
Fig. 1 is system logic figure of the present invention;
Fig. 2 is the logical diagram in system of the present invention between human body physiological data acquisition system and mobile network appliance;
Fig. 3 is the logical diagram in system of the present invention between mobile network appliance and data operation system;
Fig. 4 is the logical diagram in system of the present invention between data operation system and health account system;
Fig. 5 is the logical diagram in system of the present invention between manual intervention system and health account system;
Fig. 6 is the system logic figure of a kind of long-range sphygmomanometer described in the embodiment of the present invention 1;
Fig. 7 is the system logic figure of a kind of long-range cardiovascular checkout and diagnosis instrument described in the embodiment of the present invention 2;
Fig. 8 is the system logic figure of a kind of long-range non-invasive blood analysis scheme described in the embodiment of the present invention 3;
Fig. 9 is the message processing flow of traditional medical checkout equipment.
Embodiment
Be described principle of the present invention and feature below in conjunction with accompanying drawing, example, only for explaining the present invention, is not intended to limit scope of the present invention.
Specific embodiment 1: as Fig. 1, 2, 3, 4, shown in 5, a kind of long-range sphygmomanometer scheme comprises at least one human body physiological data acquisition system 1, at least one mobile network appliance 2, a data arithmetic system 3, an artificial interfering system 4 and a health account system 5, described human body physiological data acquisition system 1 is for gathering human body physiological data, described mobile network appliance 2 is for receiving the data of also buffer memory human body physiological data acquisition system collection and complete data being transferred to data operation system 3, the data that described data operation system 3 is transmitted for receiving mobile network appliance 2, and raw data is calculated generation physical signs, transfer to health account system 5, the feedback information corresponding with physical signs is filtered out in health account system 5, and feedback information is sent to mobile network appliance 2, described manual intervention system 4 is for carrying out artificial treatment to abnormal physiology index, and feedback information is sent to mobile network appliance 2, simultaneously by the information transmission after artificial treatment to health account system 5, described health account system 5 is for storing and showing healthy feedback information and human body physiological data acquisition system 1, mobile network appliance 2, data operation system 3, the data that manual intervention system 4 is transmitted, at least one human body physiological data acquisition system 1 described is connected with described mobile network appliance 2, at least one mobile network appliance 2 described is bi-directionally connected with data operation system 3, at least one data operation system 3 described is connected with health account system 5 respectively with at least one manual intervention system 4, described manual intervention system 4 is also connected with mobile network appliance 2 or the network equipment, described health account system 5 is connected with at least one mobile network appliance 2 or the network equipment.
As shown in Figure 6, the long-range sphygmomanometer of one described in the embodiment of the present invention 1, described human body physiological data acquisition system 1 is arm straps formula pressure inductive sphygmomanometer 11, during application, first arm straps formula pressure inductive sphygmomanometer 11 is applied on the arm of tested user, for gathering the blood pressure data of user, described mobile network appliance 2 is smart mobile phone 21, the display of measurement data by the smart mobile phone 21 of user with picture and text, the form display of numeral, its blood pressure data detected also realizes the transmission to data operation system 3 by the smart mobile phone 21 of user, the blood pressure data of user is carried out computing by described data operation system 3, obtain a result and draw corresponding Health & Fitness Tip and by data, result and Health & Fitness Tip transfer in health account system 5 and check for user, data and result are turned back in smart mobile phone 21 simultaneously, to guarantee the integrality that data are transmitted and correspondence, when the data received occur abnormal, data receiver identification module in described data operation system 3 sends order makes smart mobile phone 21 resend data, when according to the data received, data operation system 3 show that this detection blood pressure values of user exceeds normal range, these abnormal blood pressure data are transferred to manual intervention system 4 by data operation system 3, system will point out doctor to intervene, user is given corresponding diagnostic comments by the doctor of specialty, data in aforementioned four modules are all transferred to health account system 5, check at any time for user and manage oneself blood pressure data and and the Health & Fitness Tip that gives of arithmetic system or medical practitioner, the blood pressure conditions of convenient understanding user self.
The advantage of the long-range sphygmomanometer described in the 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, makes sphygmomanometer measuring junction smaller and more exquisite, simplifies; 2. a long-range sphygmomanometer does not change the metering system of conventional digital formula sphygmomanometer, operates more easy, only namely need go out result less than one minute; And in conjunction with development of Mobile Internet technology, the information that Auto-matching and testing result adapt and service, allow user really grasp the health status of oneself.3. automatically design, measure high pressure, low pressure, heart rate, only need press a button, anyone can grasp rapidly; 4. persistent network health account automatic storage function, each measurement is placed on record all automatically; And can by the mobile phone of user is convenient, history blood pressure detecting record be contrasted and be inquired about at any time; 5., owing to not needing every user to be equipped with dedicated processes chip, user cost reduces greatly; 6. the main treatment facility owing to using is the server cluster that function is more powerful, and analysis result is more accurate, and processing power greatly promotes; 7. use internet and development of Mobile Internet technology, introduce the manual intervention such as Expert Resources and professional service system, promote user's service quality.
Specific embodiment 2: as Fig. 1, 2, 3, 4, shown in 5, a kind of long-range cardiovascular detection scheme comprises at least one human body physiological data acquisition system 1, at least one mobile network appliance 2, a data arithmetic system 3, an artificial interfering system 4 and a health account system 5, described human body physiological data acquisition system 1 is for gathering human body physiological data, described mobile network appliance 2 is for receiving the data of also buffer memory human body physiological data acquisition system collection and complete data being transferred to data operation system 3, the data that described data operation system 3 is transmitted for receiving mobile network appliance 2, and raw data is calculated generation physical signs, transfer to health account system 5, the feedback information corresponding with physical signs is filtered out in health account system 5, and feedback information is sent to mobile network appliance 2, described manual intervention system 4 is for carrying out artificial treatment to abnormal physiology index, and feedback information is sent to mobile network appliance 2, simultaneously by the information transmission after artificial treatment to health account system 5, described health account system 5 is for storing and showing healthy feedback information and human body physiological data acquisition system 1, mobile network appliance 2, data operation system 3, the data that manual intervention system 4 is transmitted, at least one human body physiological data acquisition system 1 described is connected with described mobile network appliance 2, at least one mobile network appliance 2 described is bi-directionally connected with data operation system 3, at least one data operation system 3 described is connected with health account system 5 respectively with at least one manual intervention system 4, described manual intervention system 4 is also connected with mobile network appliance 2 or the network equipment, described health account system 5 is connected with at least one mobile network appliance 2 or the network equipment.
As shown in Figure 7, the long-range cardiovascular checkout and diagnosis instrument of one described in the embodiment of the present invention 2, described human body physiological data acquisition system 1 is the cardiovascular instrument 12 of portable induction type, during application, first the blood oxygen probe on cardiovascular for portable induction type instrument 12 is clipped to user's forefinger, for gathering the raw data associated of user, described mobile network appliance 2 is smart mobile phone 22, its raw data associated detected also realizes the transmission to data operation system 3 by the smart mobile phone 22 of user, the raw data associated of user is carried out computing by described data operation system 3, generate 35 cardiovascular physiology indexs, and the mathematics model and algorithm mode that the medical domain cardiovascular system in data operation system 3 detects is contrasted, analyze, draw the health data of user's cardiovascular system, corresponding Health & Fitness Tip is provided according to health data, and by data, result and Health & Fitness Tip transfer in health account system 5 and check for user, data and result are turned back in smart mobile phone 22 simultaneously, to guarantee the integrality that data are transmitted and correspondence, when the data received occur abnormal, data receiver identification module in described data operation system 3 sends order makes smart mobile phone 21 resend data, when according to the data received, data operation system 3 show that the cardiovascular detected parameters of this detection of user exceeds normal range, this abnormal cardiovascular detected parameters is transferred to manual intervention system 4 by data operation system 3, system will point out doctor to intervene, user is given corresponding diagnostic comments by the doctor of specialty, data in aforementioned four modules are all transferred to health account system 5, check and manage the cardiovascular system health status of oneself at any time for user, and the Health & Fitness Tip that data operation system 3 or medical practitioner give, the cardiovascular system health status of convenient understanding user self.
The advantage of the long-range cardiovascular checkout and diagnosis instrument described in the present embodiment is: 1. a long-range cardiovascular checkout and diagnosis instrument does not change the measuring principle of traditional cardiovascular checkout and diagnosis instrument, adopts the thinking of separate design, makes cardiovascular system test side smaller and more exquisite, simplifies; 2. a long-range cardiovascular checkout and diagnosis instrument does not change the detection mode of traditional cardiovascular checkout and diagnosis instrument, operates more easy; And in conjunction with development of Mobile Internet technology, the information that Auto-matching and testing result adapt and service, allow user really grasp the health status of oneself.3. automatically design, measure 35 parameters of cardiovascular system, only need press a button, anyone can grasp rapidly; 4. persistent network health account automatic storage function, each measurement is placed on record all automatically; And can by the mobile phone of user is convenient, history cardiovascular system detection record be contrasted and be inquired about at any time; 5., owing to not needing every user to be equipped with dedicated processes chip, user cost reduces greatly; 6. the main treatment facility owing to using is the server cluster that function is more powerful, and analysis result is more accurate, and processing power greatly promotes; 7. use internet and development of Mobile Internet technology, introduce the manual intervention such as Expert Resources and professional service system, promote user's service quality.
Specific embodiment 3: as Fig. 1, 2, 3, 4, shown in 5, a kind of long-range non-invasive blood analysis scheme comprises at least one human body physiological data acquisition system 1, at least one mobile network appliance 2, a data arithmetic system 3, an artificial interfering system 4 and a health account system 5, described human body physiological data acquisition system 1 is for gathering human body physiological data, described mobile network appliance 2 is for receiving the data of also buffer memory human body physiological data acquisition system collection and complete data being transferred to data operation system 3, the data that described data operation system 3 is transmitted for receiving mobile network appliance 2, and raw data is calculated generation physical signs, transfer to health account system 5, the feedback information corresponding with physical signs is filtered out in health account system 5, and feedback information is sent to mobile network appliance 2, described manual intervention system 4 is for carrying out artificial treatment to abnormal physiology index, and feedback information is sent to mobile network appliance 2, simultaneously by the information transmission after artificial treatment to health account system 5, described health account system 5 is for storing and showing healthy feedback information and human body physiological data acquisition system 1, mobile network appliance 2, data operation system 3, the data that manual intervention system 4 is transmitted, at least one human body physiological data acquisition system 1 described is connected with described mobile network appliance 2, at least one mobile network appliance 2 described is bi-directionally connected with data operation system 3, at least one data operation system 3 described is connected with health account system 5 respectively with at least one manual intervention system 4, described manual intervention system 4 is also connected with mobile network appliance 2 or the network equipment, described health account system 5 is connected with at least one mobile network appliance 2 or the network equipment.
As shown in Figure 8, the long-range non-invasive blood analysis diagnostic equipment of one described in the embodiment of the present invention 3, described human body physiological data acquisition system 1 is portable non-invasive blood analysis diagnostic equipment 13, during application, first five sensor specials on portable sense non-invasive blood analysis diagnostic equipment 13 are labelled to human body assigned address respectively, for gathering the raw data associated of user, described mobile network appliance 2 is smart mobile phone 23, its raw data associated detected also realizes the transmission to data operation system 3 by the smart mobile phone 23 of user, the raw data associated of user is carried out computing by described data operation system 3, generate the biochemical indicator of 100 remainder human blood components, and the mathematics model and algorithm mode of medical domain blood analysis system in data operation system 3 is contrasted, analyze, draw user's blood constituent, electrolyte metabolism, blood agglutinates system, enzyme system, oxygen is transported and is utilized system, carbon dioxide absorption and movement system, the data such as organ blood flow, corresponding Health & Fitness Tip is provided according to aforementioned data, and by data, result and Health & Fitness Tip transfer in health account system 5 and check for user, data and result are turned back in smart mobile phone 23 simultaneously, to guarantee the integrality that data are transmitted and correspondence, when the data received occur abnormal, data receiver identification module in described data operation system 3 sends order makes smart mobile phone 23 resend data, when according to the data received, data operation system 3 show that the correlation parameter that user's this time blood testing is analyzed exceeds normal range, this anomaly parameter is transferred to manual intervention system 4 by data operation system 3, system will point out doctor to intervene, user is given corresponding diagnostic comments by the doctor of specialty, data in aforementioned four modules are all transferred to health account system 5, the health status of self is checked and manages at any time for user, and the Health & Fitness Tip that data operation system 3 or medical practitioner give, the health status of convenient understanding user self.
The advantage of the long-range non-invasive blood analysis diagnostic equipment described in the 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. a 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 in conjunction with development of Mobile Internet technology, the information that Auto-matching and testing result adapt and service, allow user really grasp the health status of oneself.3. automatically design, relate to 100 remainder parameters of own health, only need press a button, anyone can grasp rapidly; 4. persistent network health account automatic storage function, each measurement is placed on record all automatically; And can by the mobile phone of user is convenient, history detection record be contrasted and be inquired about at any time; 5., owing to not needing every user to be equipped with dedicated treatment facility, the professional equipment of hundreds thousand of unit is reduced within scope that domestic consumer can bear; 6. the main treatment facility owing to using is the server cluster that function is more powerful, and analysis result is more accurate, and processing power greatly promotes; 7. use internet and development of Mobile Internet technology, introduce the manual intervention such as Expert Resources and professional service system, promote user's service quality.
These are only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (13)
1. a remote medical detection system, it is characterized in that, comprise at least one human body physiological data acquisition system, at least one mobile network appliance, at least one data operation system, at least one manual intervention system and a health account system, described human body physiological data acquisition system is for gathering human body physiological data, described mobile network appliance is for receiving the data of also buffer memory human body physiological data acquisition system collection and complete data being transferred to data operation system, described data operation system is for receiving the data of mobile network appliance transmission, and raw data is calculated generation physical signs, transfer to health account system, the feedback information corresponding with physical signs is filtered out in health account system, and feedback information is sent to mobile network appliance, described manual intervention system is used for carrying out artificial treatment to abnormal physiology index, and feedback information is sent to mobile network appliance, simultaneously by the information transmission after artificial treatment to health account system, described health account system is used for storing and showing healthy feedback information and human body physiological data acquisition system, mobile network appliance, data operation system, the data of manual intervention system transfers, at least one human body physiological data acquisition system described is connected with described mobile network appliance, at least one mobile network appliance described is connected with data operation system bidirectional, at least one data operation system described is connected with health account system respectively with at least one manual intervention system, described manual intervention system is also connected with mobile network appliance or the network equipment, described health account system is connected with at least one mobile network appliance or the network equipment,
Described data operation system comprises the data receiver identification module connected successively, data operation module, data memory module, data return module, described data receiver identification module is for receiving the data of mobile network appliance transmission, and the data received are verified and identification, described data operation module is used for the Raw Data Generation data of physiological index received by data receiver identification module, and by analyzing, data mart modeling is formed PRELIMINARY RESULTS by computing, further PRELIMINARY RESULTS is screened and data progression process, and draw conclusion corresponding with it according to the information of different stage, described data memory module is for storage data of physiological index of classifying, operation result and conclusion, described data return module and feed back to mobile network appliance for conclusion data operation module exported, the network equipment and manual system, and the data in transmitting procedure are verified,
Described data receiver identification module, for receiving data, completeness check, Data Source identification, sending request order when data integrity occurs abnormal and data being resend to mobile network appliance.
2. remote medical detection system as claimed in claim 1, it is characterized in that, described human body physiological data acquisition system comprises at least one data acquisition module connected successively, microprocessor unit and data transmission module, described data acquisition module is used for carrying out data acquisition with human contact, and the data collected are transferred to microprocessor unit, described microprocessor unit receives the data come from data acquisition module Bulk transport and carries out analog to digital conversion, and the data genaration message data after conversion is used for data operation system transfers, microprocessor unit receives and processes the various operational orders of mobile network appliance in addition, described data transmission module and mobile network appliance data cube computation.
3. remote medical detection system as claimed in claim 1, it is characterized in that, described mobile network appliance comprises the data reception module connected successively, software control module, load module, display module and transport module, described data reception module comprises at least one register, described data reception module is for receiving the data of data acquisition system (DAS) transmission, and by data temporal cache in register, and send data to software control module, described software control module is used for the communication between control data acquisition system and mobile network appliance, described load module is for entering the operating instructions and being controlled various state and the operation of whole mobile network appliance by operational order, described display module is used for data acquisition, the display of data operation system and health account system return message, the data of collection are transferred to data operation system by described transport module, and for receiving the information that data operation system returns.
4. remote medical detection system as claimed in claim 3, is characterized in that, data when described display module returns for state, error prompting, operation indicating and the current detection result shown in data acquisition.
5. remote medical detection system as claimed in claim 1, it is characterized in that, described data operation module comprises the mathematics model and algorithm in plurality of medical field, raw data and data of physiological index are analyzed, computing, is processed to form operation result, and result is screened and classification process.
6. remote medical detection system as claimed in claim 1, it is characterized in that, the physical signs abnormal data that described data operation module filters out, physical signs abnormal data is sent to manual intervention system with the identity information of its correspondence and processes by described data operation module.
7. the remote medical detection system as described in any one of claim 1 to 6, it is characterized in that, described manual intervention system is used for the data that manual intervention receives data operation system transfers, described manual intervention system is dealt with to the manual intervention request that mobile network appliance is initiatively initiated, and described manual intervention system makes artificial treatment to the physical signs abnormal data that data arithmetic system filters out.
8. remote medical detection system as claimed in claim 1, it is characterized in that, described health account system is for storing the data of human body physiological data acquisition system, mobile network appliance, data operation system and manual intervention system transfers and process, and display stores data.
9. remote medical detection system as described in claim 1,2,3,4,5,6 or 8, is characterized in that, described health account system for the various data of different user of classifying, process, and has keyword retrieval function.
10. according to the remote medical detection system described in any one of claim 1 to 6, it is characterized in that, described human body physiological data acquisition system and mobile network appliance wired connection.
11., according to the remote medical detection system described in any one of claim 1 to 6, is characterized in that, described human body physiological data acquisition system and mobile network appliance wireless connections.
12., according to the remote medical detection system described in any one of claim 1 to 6, is characterized in that, the data of collection are transferred to data operation system by the mode of wireless network by described transport module.
13., according to the remote medical detection system described in any one of claim 1 to 6, is characterized in that, the data of collection are transferred to data operation system by the mode of cable network by described transport module.
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| CN104796438A (en) * | 2014-01-17 | 2015-07-22 | 华东师范大学 | Exercise intervention and monitoring system |
| CN105117583B (en) * | 2015-07-29 | 2018-07-31 | 广东龙曜电子科技有限公司 | Personal health analysis system based on population physiology data |
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