CN101063990A - Medical information processing system and method - Google Patents
Medical information processing system and method Download PDFInfo
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- CN101063990A CN101063990A CNA200610076555XA CN200610076555A CN101063990A CN 101063990 A CN101063990 A CN 101063990A CN A200610076555X A CNA200610076555X A CN A200610076555XA CN 200610076555 A CN200610076555 A CN 200610076555A CN 101063990 A CN101063990 A CN 101063990A
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- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/60—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices
- G16H40/67—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices for remote operation
Abstract
This invention relates to one medical information process system, which comprises the following parts: automatic operation data collector composed of data transmission interface, self operation module, data collection part, memory area and transmission module; local computer connected to the data transmission interface; remote medical service sub system for internet interacting. This invention also relates to one medical information process method, which comprises the following steps: a, remote medical service system central controller receives information from computer and internet to execute information execution and transfer; b, remote medical service sub system processor receives the message from the central controller for record, analysis, display and feedback.
Description
Technical field
The present invention relates to a kind of medical information processing system and method, refer in particular to a kind of medical information processing system and method that health indicator supplemental characteristic that the service data collector uploads automatically carries out automatic analyzing and processing that be received from.
Background technology
The medical mode of ordinary meaning has two kinds: a kind of patient of being or patient's relatives and friends remove the medical department of specialty, patient's body situation, illness situation are described, so that the doctor obtains to make for information about corresponding diagnosis; Another kind of mode be the doctor in patient family, on-site-inspection obtains first hand state of an illness data, reasonably to diagnose.If hospital is distant apart from patient family, then need to expend in addition a lot of time and efforts.The higher short time checks that the cost of this dual mode is also higher if needs of patients carries out frequency ratio.
New medical mode occurred now, promptly by the web page or leaf, the patient can send out the symptom card in the mode of forum, browses the back by the doctor again and gives certain guidance according to the patient to the description of the state of an illness.The doctor also can be distributed on some experimental medical informations on the webpage, browses to supervise the early stage situation of some illnesss for patient or patient kith and kin.Though this based on network medical mode has overcome some troubles of traditional medical mode, in the diagnosis of the state of an illness, and in the security of diagnosing but without any guarantee.This is because online information and dangerous, and the simple information that is provided by patient or family numbers of patients is often also not enough thinks that doctor's analyze the state provides enough data.If the doctor that assumes another's name make false diagnosis, may affect the state of an illness adversely, even sb.'s illness took a turn for the worse to cause patient, therefore can't substitute traditional medical mode.
Summary of the invention
First purpose of the present invention provides a kind of medical information processing system, its basic boom is made up of self-operating data acquisition unit, local computer and tele-medicine service subsystem, realization is uploaded to the tele-medicine service subsystem to the collection of user health index parameter and with the data that collect easily by the internet, by this tele-medicine service subsystem the data that collect is handled.
Second purpose of the present invention provides a kind of medical information processing method based on this system, thereby realize gathering user's health indicator parameter, and this health indicator parameter carried out analyzing and processing, simultaneously to user feedback diagnosis information and realize providing information indicating or healthy content link to the user.
For realizing above-mentioned first purpose, the invention provides a kind of medical information processing system, this system comprises:
The self-operating data acquisition unit is provided with: data transmission interface, self-operating module, data acquisition parts, data storage area and data transmitting module; Wherein, store client-side program in this self-operating module; The data acquisition parts are connected with described self-operating module, are used to gather the health indicator supplemental characteristic; The data storage area is connected with the self-operating module with described data acquisition parts, is used to store the health indicator supplemental characteristic that described data acquisition parts are gathered; Data transmitting module is connected with the self-operating module with described data storage area, is used for sending by described data transmission interface the data of storage;
Local computer, link to each other by data transmission interface with described self-operating data acquisition unit, described local computer is discerned the self-operating data acquisition unit automatically, start described client-side program, be received from the data that the data transmitting module in the service data collector sends, and these data sent by the internet;
The tele-medicine service subsystem, carry out data interaction with described local computer by the internet, described tele-medicine service subsystem is made of central controller and tele-medicine data processor, be provided with communication port between described central controller and the tele-medicine data processor, communicate with described tele-medicine data processor; Be provided with rule base in the described tele-medicine data processor, be used to store the medical judgment rule; The data processing feedback module is connected with described rule base, is used for the data of obtaining are carried out data processing and result is fed back to client-side program by internet and local computer.
Wherein, data transmission interface adopts infrared interface or blue tooth interface or usb bus interface or RS-232 or com interface or IEEE1394 interface or PS/2 interface or pcmcia interface or CF interface or pci interface.And self-operating data acquisition parts are provided with body temperature trans and/or pulse transducer and/or sensor for countering.
The self-operating data acquisition unit also is provided with real-time clock module, is connected with described data acquisition parts, is used to write down the moment that shows this health indicator parameter; Data disaply moudle is connected with the data storage area with described real-time clock module, is used to show real-time clock module record health indicator parameter constantly.
Wherein, the self-operating data acquisition unit also is provided with the identifying information module, is connected with data transmitting module with described self-operating module, is used to deposit the identifying information of self-operating data acquisition unit.And the self-operating data acquisition unit also can be provided with the propelling data memory module, is connected with described data transmitting module, is used to deposit the various health indicator informations that described tele-medicine service subsystem pushes.
The self-operating data acquisition unit yet can be provided with the comparison alarm module, links to each other with the data storage area with the propelling data memory module, is used for the health indicator supplemental characteristic of described collection of storage and the index parameter of described health indicator information are compared.
Should be to be wholely set or split setting with the central controller in the medical system and tele-medicine data processor.
Wherein, communication port adopts serial line interface or parallel interface or router or internet or software module.
Wherein, central controller also is provided with:
First data interface module receives services request and the data that described computing machine sends by network;
Central management module is connected with the tele-medicine data processor with data interface module, is used to manage tele-medicine data processor relevant information, the health indicator supplemental characteristic of the log-on message of self-operating data acquisition unit and collection;
Central database is connected with central management module, stores the relevant information of all self-operating data acquisition units and tele-medicine data processor.
Based on above-mentioned central controller structure, central controller also can be provided with:
First data interface module receives services request and the data that described computing machine sends by network;
Central management module is connected with the tele-medicine data processor with data interface module, is used to manage tele-medicine data processor relevant information, the health indicator supplemental characteristic of the log-on message of self-operating data acquisition unit and collection;
Authentication module links to each other with described central management module, is used for described self-operating data acquisition unit is carried out identification;
Central database is connected with central management module, stores the relevant information of all self-operating data acquisition units and tele-medicine data processor.
And central controller also can be provided with: change the location module, link to each other with central management module, be used for services request is given to different tele-medicine data processors.
Tele-medicine data processor in the said system also is provided with: medical services database, information and both corresponding relations of storage self-operating data acquisition unit, expert terminals; The expert terminals link module links to each other with the medical services database with described data processing feedback module, obtains information by the network linking expert terminals from described medical services database.
Wherein, expert terminals adopts computing machine or portable terminal.Network using internet or mobile communications network.And computer installation has the expert clients module.
Above-mentioned medical information processing system also can be provided with the medical content service provider, links to each other with described tele-medicine data processor, is used to provide various health and fitness informations.
Above-mentioned tele-medicine data processor also can be provided with: grouped data pushes module, link to each other with described self-operating data acquisition unit with described medical content service provider, be used for pushing all kinds of medical content service chainings to described self-operating data acquisition unit client-side program by the internet.
And, described tele-medicine data processor also can be provided with: second data interface module, link to each other by the internet with described expert terminals, and link to each other with described data processing feedback module simultaneously, will send to described data processing feedback module from the information that described expert terminals obtains.Selectively, described tele-medicine data processor also can be provided with: information display module, be connected with described data processing feedback module, and be used for information and show.
For realizing above-mentioned second purpose, the present invention also provides a kind of medical information processing method, this method comprises: step 1: the central controller of tele-medicine service subsystem is received from the information that the service data collector is uploaded by computing machine and internet, to the treatment step of information and executing preservation and forwarding;
Step 2: the tele-medicine data processor of tele-medicine service subsystem receives the information that this central controller is transmitted, the treatment step of executive logging, analysis, demonstration and feedback.
Before above-mentioned steps 1, also comprise: step 101: when Net-connected computer detects the self-operating data acquisition unit and connects by data transmission interface, load the self-operating module, start medical client-side program then automatically, provide customer terminal webpage to the user.
Step 102: customer terminal webpage ejects login window, and the input identifying information sends to the tele-medicine service subsystem by data transmission blocks with this identifying information;
Step 103: first data interface module of tele-medicine service subsystem receives the identifying information that described computing machine sends by network; And send it to authentication module described self-operating data acquisition unit is carried out identification.
Selectively, yet comprise before the step 1:
Step 101: when Net-connected computer detects the self-operating data acquisition unit and connects by data transmission interface, load the self-operating module, start medical client-side program then automatically;
Step 102: described medical client-side program reads the identifying information of storing in the identifying information module, and sends connection and login authentication request to the tele-medicine service subsystem;
Step 103: first data interface module of tele-medicine service subsystem receives the identifying information that described computing machine sends by network; And send it to authentication module described self-operating data acquisition unit is carried out identification.
Wherein, the treatment step that execution information is preserved and transmitted in the step 1 is specially:
Step 11: central management module is deposited into central database with the log-on message of self-operating data acquisition unit and the health indicator supplemental characteristic of collection;
Step 12: central management module is searched the information of this self-operating data acquisition unit and tele-medicine data processor correspondence from medical terminal platform database, and the information that writes down is sent to the tele-medicine data processor.
Wherein, step 2 is specially:
Step 21: the tele-medicine data processor receives the information that central controller is transmitted by communication port;
Step 22: the data processing feedback module is selected and the corresponding medical judgment rule of health indicator parameter from rule base, and it is analyzed; And result is fed back to the client-side program of self-operating data acquisition unit by network and computing machine.
Also comprise after the step 2: the new medical judgment Rule Information that expert terminals will be formulated by the internet sends to rule base.
Selectively, step 2 also can be specially:
Step 21: the tele-medicine data processor receives the information that central controller is transmitted by communication port;
Step 22: the data processing feedback module is selected and the corresponding medical judgment rule of health indicator parameter from rule base, and it is analyzed;
Step 23a: abnormal conditions occur if find the result who analyzes, data processing feedback module notice expert terminals link module;
Step 23b: the expert terminals link module finds corresponding expert terminals address health indicator supplemental characteristic and the analysis result that obtains is transmitted to expert terminals from medical service database.Also comprise after the above-mentioned steps 2:
Step 31: second data interface module of tele-medicine data processor sends to expert terminals with the health indicator supplemental characteristic by the internet;
Step 32: expert terminals sends to described data processing feedback module with diagnosis information, and new medical judgment Rule Information can be sent to medical rule base simultaneously; The data processing feedback module is given the user with the diagnosis information feedback of obtaining.
In this method, can also may further comprise the steps: the medical content service provider sends healthy content link to the medical data processor, is transmitted to the user by the medical data processor.
By above technical scheme as can be known, the present invention has the following advantages: the present invention realizes that the user carries out convenient, fast and rational diagnosis, it is supervisory and in time notify the patient that the user is carried out the state of an illness, utilize the self-operating data acquisition unit that the user is carried out regular or irregular detection, utilize network that user's health indicator parameter is uploaded to the tele-medicine service subsystem then, thereby finished from information and got access to state of an illness diagnosis, arrived the medical services of formulating the diagnosis and treatment project one again; Can obtain the corresponding healthcare givers of medical terminal user diagnoses it.Can also realize providing medical content link that some content service providers provide or user also can obtain some relevant healthy informations or can also obtaining the index parameter of some science, be stored in the self-operating data acquisition unit and make things convenient for the user to carry out simply health indicator in this locality relatively to the user.
Also in conjunction with the accompanying drawings the present invention is described in further detail below by specific embodiment.
Description of drawings
Fig. 1 is the structural representation of medical information processing system of the present invention;
Fig. 2 is the structural representation of medical information processing system tele-medicine service subsystem of the present invention;
Fig. 3 is the structural representation of medical information processing system self-operating data acquisition unit of the present invention;
Fig. 4 is another structural representation of medical information processing system self-operating data acquisition unit of the present invention;
Fig. 5 is a structural representation again of medical information processing system self-operating data acquisition unit of the present invention;
Fig. 6 is the another structural representation of medical information processing system self-operating data acquisition unit of the present invention;
Fig. 7 is the structural representation of medical information processing system central controller of the present invention;
Fig. 8 is another structural representation of medical information processing system central controller of the present invention;
Fig. 9 is a structural representation again of medical information processing system central controller of the present invention;
Figure 10 is the structural representation of medical information processing system tele-medicine data processor of the present invention;
Figure 11 is another structural representation of medical information processing system tele-medicine data processor of the present invention;
Figure 12 is a structural representation again of medical information processing system tele-medicine data processor of the present invention;
Figure 13 is the another structural representation of medical information processing system tele-medicine data processor of the present invention;
Figure 14 is the process flow diagram of the embodiment 1 of medical information processing method of the present invention;
Figure 15 is the process flow diagram of the embodiment 2 of medical information processing method of the present invention;
Figure 16 is the process flow diagram of the embodiment 4 of medical information processing method of the present invention.
Embodiment
Be illustrated in figure 1 as and the invention provides a kind of medical information processing system, the self-operating data acquisition unit 1 that the user passes through is gathered user's health indicator parameter, such as: parameters such as pulse, body temperature and blood pressure, user's both hands can be held this self-operating data acquisition unit 1, by the collection of the pulse transducer in the data acquisition parts 101 user's pulse parameter, the pulse parameter after the collection is stored in the data storage area 102 of this self-operating data acquisition unit.The parameter that the user can gather this self-operating data acquisition unit at any time is uploaded to tele-medicine service subsystem 2, obtains the medical services that the user orders.Be specially: by data transmission interface 103, as USB interface this self-operating data acquisition unit 1 is connected with computing machine 3, computing machine 3 is identification self-operating data acquisition unit automatically, starts client-side program and the automatic operational mode deposited in its self-operating module 104; Data transmitting module 105 will leave the health indicator parameter of data storage area in, send remote medical service system 2 as the pulse parameter to by computing machine 3 and internet; These tele-medicine service subsystem 2 central controllers 21 are transmitted to tele-medicine processor 22 with this pulse parameter, and will write down the login situation of self-operating data acquisition unit 1, for example when login the health parameters that login is uploaded; Central controller 21 for example communicates with tele-medicine data processor 22 by communication port 23; Health parameters is sent to tele-medicine data processor 22, and data processing feedback module 221 according to the medical judgment rule of storage in the rule base 222, carries out the analysis of pulse parameter with the pulse parameter of obtaining; And result fed back to client-side program by internet and computing machine 3.
Above-mentioned data transmission interface 103 also can adopt infrared interface or blue tooth interface or RS-232 or com interface or IEEE1394 interface or PS/2 interface or pcmcia interface or CF interface or pci interface except adopting the usb bus interface.And the central controller in the remote medical service system 2 21 and tele-medicine data processor 22 can be for being wholely set or split is provided with.
When split was provided with, as shown in Figure 2, central controller 21 was communicated by letter with tele-medicine data processor 22 by the internet; Perhaps also can transmit by adopting communication ports such as serial data interface, parallel data grabbing card or router to carry out data.When split is provided with, by the internet wherein central controller 21 can be used as a management platform, manage a large amount of self-operating data acquisition units 1 and the information of remote data processor 22, and remote data processor 22 can be used as a medical services provider provide service to the user this moment, require to insert these central controller 21 these management platforms, be responsible for Service Management between all medical services providers and the self-operating data acquisition unit user by central controller 21.The tele-medicine service subsystem of split setting can be managed a lot of remote data processor by the internet like this, forms a huge medical information processing system, is adapted at operation in all parts of the country.
The split setting also can select simple two servers to link to each other, a server is as central controller 21, another is as remote data processor 22, wherein can pass through router or HUB or serial line interface or parallel interface, this two central controller 21 and remote data processor 22 are coupled together.This tele-medicine service subsystem relatively flexibly, can be provided with such cover system in community and make things convenient for community medicine.
When being wholely set, central controller 21 and tele-medicine data processor 22 are arranged in the same server, central controller 21 is communicated by letter with tele-medicine data processor 22 by software module, a software communication interface module promptly is set, and central controller 21 sends the data to described tele-medicine data processor 22 by this interface module.
Wherein, when self-operating data acquisition unit 1 is connected to computing machine, self-operating data acquisition unit 1 as shown in Figure 3, also be provided with identifying information module 106, when computing machine starts client-side program automatically, data transmitting module 105 with unique identifier of the identifying information of the self-operating data acquisition unit deposited in this identifying information module 106 such as self-operating data acquisition unit 1 and identifying code etc., sends to tele-medicine service subsystem 2 by the internet simultaneously simultaneously.
Self-operating data acquisition unit 1 as shown in Figure 4 also is provided with real-time clock module and data disaply moudle, and by this two module, the data disaply moudle 108 of self-operating data acquisition unit 1 may be displayed on real-time clock module 107 records pulse indicator parameter constantly.On computer screen, show the curve map that collects this pulse indicator parameter in a period of time.
The user also can be irregular the various health indicator informations that push of acquisition remote medical service system 2, often measure blood pressure information as this user, remote medical service system 2 can be according to this user's historical blood pressure information, irregularly give note that this user sends relevant blood pressure as the prompting of diet or health concerns data one by one during this period of time, as pushing the normal arterial pressure index for this user be: X handkerchief, heartbeat are under the y.And these information stores are in propelling data memory module 109, as shown in Figure 5.
After being provided with above-mentioned propelling data memory module 109, as shown in Figure 6, the user is after measuring blood pressure, this data acquisition unit 1 can be told the user in the mode of text message with basic blood pressure status information, relatively be stored in the health indicator supplemental characteristic of the described collection of storage in normal arterial pressure index parameter in the propelling data memory module 109 and the data storage area 104,, warning or dangerous normal by alarm module 110 relatively as pointing out.
User shown in Fig. 1 sends to central controller 21 in the Telemedicine System 2 with the blood pressure index parameter, the concrete structure of central controller 21 as shown in Figure 7, it comprises first data interface module 211, central management module 212 and central database 213.In central database 213, store the address of the identifier and the tele-medicine data processor 22 of all self-operating data acquisition units 1, also having the self-operating data acquisition unit 1 pairing tele-medicine data processor 22 of service and the corresponding relation of this self-operating data acquisition unit 1 etc. ordered.Central management module 211 receives services request and the data that data interface module 211 sends by the internet receiving computer, log-on message to self-operating data acquisition unit 1, as when logining, the information such as health parameters that login is uploaded are noted and are preserved central database 213, and from central database 213, find the address of the pairing tele-medicine data processor 22 of this self-operating data acquisition unit, health parameters such as the blood pressure parameter of uploading is transmitted to tele-medicine data processor 22.
In the above-mentioned schematic structure, when the user inserts the tele-medicine service subsystem, remote medical service system is not verified the user, the user uses the self-operating data acquisition unit 1 of Fig. 3 structure to insert the tele-medicine service subsystem by computer internet, after the self-operating module starts client-side program, when uploading blood pressure health indicator parameter, simultaneously with the identifying information of this self-operating data acquisition unit, as unique identifier and identifying code, be uploaded to tele-medicine service subsystem 2 together, on the basis that above-mentioned Fig. 7 describes, as shown in Figure 8, in central controller 21, also be provided with authentication module 214, central management module 212 receives services request and the data that data interface module 211 sends by the internet receiving computer, from upload data, parse the identifier and the identifying code of self-operating data acquisition unit 1, from database, obtain the relevant information of this self-operating data acquisition unit 1, compare checking.After checking is passed through, be transmitted to tele-medicine data processor 22 by communication port 23.For instance, when tele-medicine processing subsystem 2 is wholely set, central controller 21 and tele-medicine data processor 22 are arranged in the same server, wherein give tele-medicine data processor 22 by software communication interface module communication port 23 with data forwarding.
Shown in Figure 9ly in central controller, increased new processing module again, though tele-medicine data processor 22 can be finished a lot of information processings, but when the medical information that comprises user's log-on message and health status information is very huge, the present invention can also select other tele-medicine data processor 22 to carry out information processing by changeing location module 215, for example, to find that users have ordered the processing of tele-medicine data processor 22 of service saturated when central administration module 212, bear when very heavy, can be according to the address information of the tele-medicine data processor 22 of storage in the central database 213, change location module 215 and give other tele-medicine data processors 22 data forwarding, tele-medicine data processor 22 can be subscribed priority, the tele-medicine data processor 22 of having ordered service as the user load occurs when overweight, changes the location module 215 optional priority high tele-medicine data processors selected and gives it with data forwarding.
Shown in Figure 10, for having increased expert terminals link module 223 and medical services database 224 in the tele-medicine data processor 22 again.In the medical services database, storing self-operating data acquisition unit 1, information such as the information of expert terminals 4 and both corresponding relations, on basis shown in Figure 1, when data processing feedback 221 is analyzed blood pressure health indicator parameter according to rule base 222, it is unusual to find that this blood pressure health indicator parameter occurs, when analysis result is fed back to the user, data processing feedback module 221 also notifies expert terminals link module 223 to obtain the information of this self-operating data acquisition unit 1 pairing expert terminals 4 from medical service database 224, such as, expert terminals information is relevant expert's emai mailbox or expert's portable terminal cell-phone number or landline telephone etc., at this moment, expert terminals link module 223 is also notified the expert with this blood pressure health indicator parameter and abnormal conditions, gives this expert as sending out email.
The user also can obtain the health and fitness information link that some medical content providers 6 provide, as eating habit prompting link and exercise points for attention prompting link etc.As shown in figure 11, in tele-medicine data processor 22, also be provided with grouped data and push module 225, link by the internet with content service and be pushed to described self-operating data acquisition unit client-side program with medical content service provider 6.
Certainly, as Figure 12 expert in this medical information processing system, also more self-ordained new medical judgment rules can be uploaded to rule base, also be provided with second data interface module 226 at tele-medicine data processor 22, the expert is by the computer client program, formulate some new medical treatment rules, it is sent to rule base 222 by second data interface module 226.Under the situation shown in Figure 10, after the expert is known user's abnormal conditions by email or note or phone, also can pass through the computer client program, the user is diagnosed, by the internet medical certificate is sent to second data interface module 226, simultaneously feed back to the user, also can or directly feed back to the subscription client program by email or note or phone by data processing feedback module 221.
Certainly, user's health indicator parameter information or some other information also can show in tele-medicine data processor 22, as shown in figure 13, wherein increase by an information display module 227.This information display module 227 is connected with the data processing feedback module.
As shown in figure 14, be the process flow diagram of the embodiment 1 of medical information processing method of the present invention:
Step 1: the central controller of tele-medicine service subsystem is received from the information that the service data collector is uploaded by local computer and internet, to the treatment step of information and executing preservation and forwarding;
Step 2: the tele-medicine data processor of tele-medicine service subsystem receives the information that this central controller is transmitted, the treatment step of executive logging, analysis, demonstration and feedback.
For instance, user's self-operating data acquisition unit of holding with a firm grip, blood pressure or pulse are gathered, gather those supplemental characteristics of back and be stored in the data storage area, the user passes through data transmission interface with this self-operating data acquisition unit, interconnected with local computer, data transmission interface can adopt the USB mouth here, also can adopt infrared interface or blue tooth interface or RS-232 or com interface or IEEE1394 interface or PS/2 interface or pcmcia interface or CF interface or pci interface certainly.Pass through process flow diagram as shown in figure 15 again, also comprise before the above-mentioned steps 1: step 1011: when local computer detects the self-operating data acquisition unit and connects by data transmission interface, load the self-operating module, start medical client-side program then automatically, provide customer terminal webpage to the user;
Step 1021: customer terminal webpage ejects login window, and the input identifying information sends to the tele-medicine service subsystem by data transmission blocks with this identifying information;
Step 1031: first data interface module of tele-medicine service subsystem receives the identifying information that described computing machine sends by network; And send it to authentication module described self-operating data acquisition unit is carried out identification; At the login window that the user ejects by client, user's input validation identifying information sends to the tele-medicine service subsystem with user's checking identifying information.
Herein, above-mentioned authorization information also can directly be obtained the checking identifying information and be uploaded to the tele-medicine service subsystem when upload data from the self-operating data acquisition unit, be specially:
Step 1012: when Net-connected computer detects the self-operating data acquisition unit and connects by data transmission interface, load the self-operating module, start medical client-side program then automatically;
Step 1022: described medical client-side program reads the identifying information of storing in the identifying information module, and sends connection and login authentication request to the tele-medicine service subsystem;
Step 1032: first data interface module of tele-medicine service subsystem receives the identifying information that described computing machine sends by network; And send it to authentication module described self-operating data acquisition unit is carried out identification.
Above-mentioned, step 1011,1021 and 1031 and step 1012,1022 and 1032 all be after the self-operating data acquisition unit is connected to local computer, the authorization information of deserving the self-operating data acquisition is uploaded to the tele-medicine service subsystem by dual mode.That is, the self-operating data acquisition unit will pass through authentication.Certainly, a kind of method that need not to verify also is provided, promptly only in steps before 1 only in steps 1012: when Net-connected computer detects the self-operating data acquisition unit and connects by data transmission interface, load the self-operating module, start medical client-side program then automatically;
Wherein, the treatment step that execution information is preserved and transmitted in the step 1 is specially:
Step 11: central management module is deposited into central database with blood pressure or pulse health indicator supplemental characteristic that when the log-on message of self-operating data acquisition unit such as user information and collection such as login;
Step 12: central management module is from central database, search the information of this self-operating data acquisition unit and tele-medicine data processor correspondence, the information blood pressure health indicator parameter of record and the user's that deposits of central database historical information is also sent to the tele-medicine data processor of this user's correspondence.The tele-medicine data processor of user's correspondence can have been ordered the tele-medicine data processor of service for the user.
Wherein, step 2 is specially:
Step 21: the tele-medicine data processor receives blood pressure or the pulse health indicator parameter information that central controller is transmitted by communication port such as internet;
Step 22: the data processing feedback module is selected and this blood pressure or the corresponding medical judgment rule of pulse health indicator parameter from rule base, and blood pressure or pulse health indicator parameter are analyzed; And with analysis processing result such as user health or should note the information of blood pressure stabilization during this period of time, feed back to the client-side program of self-operating data acquisition unit by network and local computer.
Communication port can be internet or router or HUB or serial line interface or parallel interface in above-mentioned step.By the internet wherein central controller 21 can be used as a management platform, manage a large amount of self-operating data acquisition units 1 and the information of remote data processor 22, and remote data processor 22 can be used as a medical services provider provide service to the user this moment, require to insert these central controller 21 these management platforms, be responsible for Service Management between all medical services providers and the self-operating data acquisition unit user by central controller 21.The tele-medicine service subsystem of split setting can be managed a lot of remote data processor by the internet like this, forms a huge medical information processing system, is adapted at operation in all parts of the country.A server is as central controller 21, and another wherein can pass through router or HUB or serial line interface or parallel interface as remote data processor 22, and this two central controller 21 and remote data processor 22 are coupled together.This tele-medicine service subsystem relatively flexibly, can be provided with such cover system in community and make things convenient for community medicine.
Based on Figure 14 and technical scheme shown in Figure 15, in present embodiment 3, also comprise after the step 2: step 3: the expert can be by being equipped with client-side program on expert terminals such as the computing machine, and the new medical judgment Rule Information that will formulate by the internet sends to rule base.Realize that the healthcare givers can formulate new medical treatment rule, renewal medical treatment rule base initiatively.
The technical scheme of putting down in writing based on the foregoing description, finding user's parameter when the tele-medicine data processor occurs when unusual, can handle by being the process flow diagram of the embodiment 4 of medical information processing method of the present invention as shown in figure 16, send the user health parameter to expert to handle;
Step 211: the tele-medicine data processor comprises that by the information that communication port such as internet receive the central controller forwarding user logins the blood pressure of uploading or the historical record of pulse health indicator parameter and this blood pressure uploaded or the pulse health indicator parameter of back record;
Step 221: the data processing feedback module is analyzed it from rule base selection and blood pressure or corresponding medical judgment rule of pulse health indicator parameter and historical health indicator parameter;
Step 231: abnormal conditions occur as finding that sb.'s sickness becomes critical after the analysis of user health index parameter, data processing feedback module notice expert terminals link module if find the result who analyzes;
Step 232: the expert terminals link module finds corresponding expert terminals address such as email address or mobile terminal number from medical service database, second data interface module is transmitted to expert terminals by the mode of mail or note or phone with blood pressure health indicator supplemental characteristic and the analysis result that obtains;
Step 31: the expert can send to described data processing feedback module with diagnosis information by the computer client program, and new medical judgment Rule Information can be sent to medical rule base simultaneously; The data processing feedback module is given the user with the diagnosis information feedback of obtaining; Perhaps the expert also can be notified to the user with this medical certificate by the mode of short message mode or phone, also by the data processing feedback module it is put new medical judgment rule into rule base simultaneously.
In above-mentioned described method, the user can also obtain the health and fitness information link that some medical content providers 6 provide, as eating habit prompting link and exercise points for attention prompting link etc.That is, also can comprise step: the grouped data at the tele-medicine data processor pushes module, and medical content service provider content service link is pushed to self-operating data acquisition unit client-side program by the internet.The user can obtain other medical services information by clicking these content link.By above-mentioned medical information processing method, the user can obtain healthcare givers's diagnostic message or the analytical information that the tele-medicine service subsystem provides by medical information processing system.Thereby make user such as patient can be at any time oneself the state of an illness such as some health parameters be uploaded to the doctor, diagnose for it at the other end of system, realized convenient, fast and rational state of an illness diagnosis by the doctor.
The present invention is useful in such scene, self-operating data acquisition unit provider provides a kind of as the pulses measure device to the user, ear thermometer or measurement of bldy temperature terminal or have pulses measure, blood pressure measurement and measurement of bldy temperature function are in the self-operating data acquisition unit of one, offer the tele-medicine service subsystem by self-operating data acquisition unit provider the ID of this self-operating data acquisition unit number, this tele-medicine service subsystem and self-operating data acquisition unit provider can arrange in advance, allow the user who holds this self-operating data acquisition unit to obtain the service that this tele-medicine service subsystem provides.When the user uses as pulses measure terminal measurement pulse, the user can be connected to this collector on the local computer, the client-side program that is provided by collector sends to user's authorization information such as ID and identifying code the tele-medicine service subsystem or also can pass through the web page format automatically, and the user imports ID number of acquisition and identifying code sends to the tele-medicine service subsystem; This tele-medicine service subsystem provides service to it after it is verified.Certainly, also can not only verify the user, the user can carry out the detection of health status information every day, carry out the detection of blood pressure as every day, simultaneously detected blood pressure information is transmitted to the tele-medicine service subsystem, the situation that the tele-medicine service subsystem can send this blood pressure measurement to the user is such as normal, warning or dangerous or some points for attention.When the tele-medicine service subsystem finds that danger appears in this user's blood pressure measurement situation, can send the blood pressure measurement situation analysis to this user's doctor, the doctor can diagnose this user in time, and diagnosis is handed down to the user by medical services end platform, perhaps also can connect or the email contact user by direct-dial telephone.The tele-medicine service subsystem also can be according to this user's of storage the situation of blood pressure measurement, irregularly issues information indicating to this user accordingly, as issue the information indicating that is careful in one's diet or some Info Links of medical content provider to this user.
It should be noted last that, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement technical scheme of the present invention, and not break away from the spirit and scope of technical solution of the present invention.
Claims (30)
1, a kind of medical information processing system is characterized in that, comprising:
The self-operating data acquisition unit is provided with: data transmission interface, self-operating module, data acquisition parts, data storage area and data transmitting module; Wherein, store client-side program in this self-operating module; The data acquisition parts are connected with described self-operating module, are used to gather the health indicator supplemental characteristic; The data storage area is connected with the self-operating module with described data acquisition parts, is used to store the health indicator supplemental characteristic that described data acquisition parts are gathered; Data transmitting module is connected with the self-operating module with described data storage area, is used for sending by described data transmission interface the data of storage;
Local computer, link to each other by data transmission interface with described self-operating data acquisition unit, described local computer is discerned the self-operating data acquisition unit automatically, start described client-side program, be received from the data that the data transmitting module in the service data collector sends, and these data sent by the internet;
The tele-medicine service subsystem, carry out data interaction with described local computer by the internet, described tele-medicine service subsystem is made of central controller and tele-medicine data processor, be provided with communication port between described central controller and the tele-medicine data processor, communicate with described tele-medicine data processor; Be provided with rule base in the described tele-medicine data processor, be used to store the medical judgment rule; The data processing feedback module is connected with described rule base, is used for the data of obtaining are carried out data processing and result is fed back to client-side program by internet and local computer.
2, medical information processing system according to claim 1, it is characterized in that described data transmission interface adopts infrared interface or blue tooth interface or usb bus interface or RS-232 or com interface or IEEE1394 interface or PS/2 interface or pcmcia interface or CF interface or pci interface.
3, medical information processing system according to claim 1 is characterized in that, described self-operating data acquisition parts are provided with body temperature trans and/or pulse transducer and/or sensor for countering.
4, medical information processing system according to claim 1 is characterized in that, described self-operating data acquisition unit also is provided with real-time clock module, is connected with described data acquisition parts, is used to write down the moment that shows this health indicator parameter; Data disaply moudle is connected with the data storage area with described real-time clock module, is used to show real-time clock module record health indicator parameter constantly.
5, according to claim 1 or 4 described medical information processing systems, it is characterized in that, described self-operating data acquisition unit also is provided with the identifying information module, is connected with data transmitting module with described self-operating module, is used to deposit the identifying information of self-operating data acquisition unit.
6, according to the arbitrary described medical information processing system of claim 1-5, it is characterized in that, described self-operating data acquisition unit also is provided with the propelling data memory module, be connected with described data transmitting module, be used to deposit the various health indicator informations that described tele-medicine service subsystem pushes.
7, medical information processing system according to claim 6, it is characterized in that, described self-operating data acquisition unit also is provided with the comparison alarm module, link to each other with the data storage area with the propelling data memory module, be used for the health indicator supplemental characteristic of described collection of storage and the index parameter of described health indicator information are compared.
8, medical information processing system according to claim 1 is characterized in that, described central controller and tele-medicine data processor are to be wholely set or split is provided with.
9, medical information processing system according to claim 1 is characterized in that, described communication port adopts serial line interface or parallel interface or router or internet or software module.
10, medical information processing system according to claim 1 is characterized in that, described central controller also is provided with:
First data interface module receives services request and the data that described computing machine sends by network;
Central management module is connected with the tele-medicine data processor with data interface module, is used to manage tele-medicine data processor relevant information, the health indicator supplemental characteristic of the log-on message of self-operating data acquisition unit and collection;
Central database is connected with central management module, stores the relevant information of all self-operating data acquisition units and tele-medicine data processor.
11, medical information processing system according to claim 5 is characterized in that, described central controller also is provided with:
First data interface module receives services request and the data that described computing machine sends by network;
Central management module is connected with the tele-medicine data processor with data interface module, is used to manage tele-medicine data processor relevant information, the health indicator supplemental characteristic of the log-on message of self-operating data acquisition unit and collection;
Authentication module links to each other with described central management module, is used for described self-operating data acquisition unit is carried out identification;
Central database is connected with central management module, stores the relevant information of all self-operating data acquisition units and tele-medicine data processor.
12, according to claim 10 or 11 described medical information processing systems, it is characterized in that described central controller also is provided with: change the location module, link to each other, be used for services request is given to different tele-medicine data processors with central management module.
13, medical information processing system according to claim 1 is characterized in that, described tele-medicine data processor also is provided with: medical services database, information and both corresponding relations of storage self-operating data acquisition unit, expert terminals; The expert terminals link module links to each other with the medical services database with described data processing feedback module, obtains information by the network linking expert terminals from described medical services database.
14, medical information processing system according to claim 13 is characterized in that, described expert terminals adopts computing machine or portable terminal.
15, medical information processing system according to claim 13 is characterized in that, described network using internet or mobile communications network.
16, medical information processing system according to claim 14 is characterized in that, described computer installation has the expert clients module.
17, according to claim 1 or 13 described medical information processing systems, it is characterized in that, also be provided with the medical content service provider, link to each other, be used to provide various health and fitness informations with described tele-medicine data processor.
18, medical information processing system according to claim 17, it is characterized in that, described tele-medicine data processor also is provided with: grouped data pushes module, link to each other with described self-operating data acquisition unit with described medical content service provider, be used for pushing all kinds of medical content service chainings to described self-operating data acquisition unit client-side program by the internet.
19, medical information processing system according to claim 13, it is characterized in that, described tele-medicine data processor also is provided with: second data interface module, link to each other by the internet with described expert terminals, and link to each other with described data processing feedback module simultaneously, will send to described data processing feedback module from the information that described expert terminals obtains.
20, medical information processing system according to claim 13 is characterized in that, described tele-medicine data processor also is provided with: information display module, be connected with described data processing feedback module, and be used for information and show.
21, a kind of medical information processing method wherein, may further comprise the steps:
Step 1: the central controller of tele-medicine service subsystem is received from the information that the service data collector is uploaded by computing machine and internet, to the treatment step of information and executing preservation and forwarding;
Step 2: the tele-medicine data processor of tele-medicine service subsystem receives the information that this central controller is transmitted, the treatment step of executive logging, analysis, demonstration and feedback.
22, medical information processing method according to claim 21, wherein, also comprise before the step 1: step 101: when Net-connected computer detects the self-operating data acquisition unit and connects by data transmission interface, load the self-operating module, automatically start medical client-side program then, provide customer terminal webpage to the user.
23, medical information processing method according to claim 22 wherein, also comprises after the step 101:
Step 102: customer terminal webpage ejects login window, and the input identifying information sends to the tele-medicine service subsystem by data transmission blocks with this identifying information;
Step 103: first data interface module of tele-medicine service subsystem receives the identifying information that described computing machine sends by network; And send it to authentication module described self-operating data acquisition unit is carried out identification.
24, medical information processing method according to claim 22 wherein, also comprises before the step 1:
Step 101: when Net-connected computer detects the self-operating data acquisition unit and connects by data transmission interface, load the self-operating module, start medical client-side program then automatically;
Step 102: described medical client-side program reads the identifying information of storing in the identifying information module, and sends connection and login authentication request to the tele-medicine service subsystem;
Step 103: first data interface module of tele-medicine service subsystem receives the identifying information that described computing machine sends by network; And send it to authentication module described self-operating data acquisition unit is carried out identification.
25, medical information processing method according to claim 22, wherein, the treatment step that execution information is preserved and transmitted in the step 1 is specially:
Step 11: central management module is deposited into central database with the log-on message of self-operating data acquisition unit and the health indicator supplemental characteristic of collection;
Step 12: central management module is searched the information of this self-operating data acquisition unit and tele-medicine data processor correspondence from medical terminal platform database, and the information that writes down is sent to the tele-medicine data processor.
26, medical information processing method according to claim 22, wherein, step 2 is specially:
Step 21: the tele-medicine data processor receives the information that central controller is transmitted by communication port;
Step 22: the data processing feedback module is selected and the corresponding medical judgment rule of health indicator parameter from rule base, and it is analyzed; And result is fed back to the client-side program of self-operating data acquisition unit by network and computing machine.
27, medical information processing method according to claim 22, wherein, also comprise after the step 2: the new medical judgment Rule Information that expert terminals will be formulated by the internet sends to rule base.
28, medical information processing method according to claim 22, wherein, step 2 is specially:
Step 21: the tele-medicine data processor receives the information that central controller is transmitted by communication port;
Step 22: the data processing feedback module is selected and the corresponding medical judgment rule of health indicator parameter from rule base, and it is analyzed;
Step 23a: abnormal conditions occur if find the result who analyzes, data processing feedback module notice expert terminals link module;
Step 23b: the expert terminals link module finds corresponding expert terminals address health indicator supplemental characteristic and the analysis result that obtains is transmitted to expert terminals from medical service database.
29, medical information processing method according to claim 28 wherein, also comprises after the step 2:
Step 31: second data interface module of tele-medicine data processor sends to expert terminals with the health indicator supplemental characteristic by the internet;
Step 32: expert terminals sends to described data processing feedback module with diagnosis information, and new medical judgment Rule Information can be sent to medical rule base simultaneously; The data processing feedback module is given the user with the diagnosis information feedback of obtaining.
30, medical information processing method according to claim 22, wherein, can also may further comprise the steps: the medical content service provider sends healthy content link to the medical data processor, is transmitted to the user by the medical data processor.
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Owner name: MY3IA (BEIJING)TECHNOLOGY CO., LTD.; APPLICANT Free format text: FORMER OWNER: MY3IA (BEIJING)TECHNOLOGY CO., LTD. Effective date: 20080509 |
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Effective date of registration: 20080509 Address of the applicant after: B, 23 floor, block 2, digital building, No. 100086 South Avenue, Beijing, Haidian District: Zhongguancun Applicant after: (Beijing) Technology Co., Ltd. Co-applicant after: Zip code 23, Xia Cun third industrial zone, Gongming Town, Baoan District, Shenzhen, Guangdong Province, zip code: 518106 Applicant after: Taiwan Science and Technology (Shenzhen) Co., Ltd. Applicant after: Shenzhen, Taiwan are Industrial Co., Ltd. Address of the applicant before: B, 23 floor, block 2, digital building, No. 100086 South Avenue, Beijing, Haidian District: Zhongguancun Applicant before: Maishiya (Beijing) Science and Technology Co., Ltd. |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20091007 Termination date: 20190430 |