CN107085817B - Medical system - Google Patents
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- CN107085817B CN107085817B CN201710392304.0A CN201710392304A CN107085817B CN 107085817 B CN107085817 B CN 107085817B CN 201710392304 A CN201710392304 A CN 201710392304A CN 107085817 B CN107085817 B CN 107085817B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
- G06Q50/22—Social work
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- G—PHYSICS
- 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
- G16H50/00—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
- G16H50/30—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for calculating health indices; for individual health risk assessment
Abstract
A medical system is provided, wherein a family doctor device is in bidirectional communication connection with an intelligent doctor platform and the intelligent doctor platform is in bidirectional communication connection with a remote diagnosis and treatment center, and the family doctor device is used for identifying and verifying the identity of a user, collecting, storing and displaying detected or manually input user sign information and transmitting the collected information to the intelligent doctor platform; the family doctor equipment also interacts with the intelligent doctor platform to carry out on-line health consultation, appointment for treatment or remote diagnosis and treatment; the intelligent doctor platform is used for acquiring sign information and health file information of each user on the same day or on a specified date in real time, automatically performing single-project evaluation or multi-project comprehensive evaluation by referring to medical reference values corresponding to each sign information, and providing evaluation results for disease diagnosis, risk evaluation, medicine preparation and prescription decision making; the intelligent doctor platforms and the remote diagnosis and treatment center form a distributed multimedia sensor network, and bidirectional referral is realized through the remote diagnosis and treatment center.
Description
Technical Field
The invention relates to a medical system, in particular to an electronic medical system based on the Internet, covering communities and families.
Background
Medical and health services are concerned with the health of hundreds of millions of people and the happiness of thousands of households, and are a significant civil problem. In recent years, the medical and health industry of China has made great progress, and the investment of health informatization is more and more. In the process of rapid development of information technology, the health informatization construction of China is subject to the process of continuous infiltration from hospitals to other business fields from the nonexistence to the existence, from the local part to the global part, and the health informatization gradually becomes an indispensable part of a medical health service system.
In the scheme of 'new medical improvement', a 'medical and health information system for establishing practical sharing' is listed as one of 'eight pillars', informatization is mentioned to an unprecedented height, and the development opportunity is rarely met. The health informatization construction is required to serve medical reform, so that the original single business driving mode is abandoned in the health informatization construction thought, and the construction of a human-oriented health information system is mainly turned to.
The medical service efficiency, the service quality and the accessibility of the medical service can be improved, the medical cost is reduced and the medical risk is reduced through the health information sharing. The regional health informatization construction is recognized as a development direction of the future medical industry. But due to the complexity of the regional health informatization construction, a plurality of challenges are faced in the implementation process. How to solve the problem of patient referral between hospitals and communities more quickly and efficiently and enable the community health service institution and the hospitals to share the information of the patients is a problem to be solved urgently
Disclosure of Invention
The present invention has been made in view of the above problems, and an object thereof is to provide an electronic medical system based on the internet, coverage communities and households.
Specifically, the invention relates to a medical system, which comprises family doctor equipment, an intelligent doctor platform and a remote diagnosis and treatment center, wherein the family doctor equipment and the intelligent doctor platform are respectively in bidirectional communication connection with the remote diagnosis and treatment center through communication protocols, and the medical system is characterized in that:
the family doctor equipment is used for identifying and verifying the identity of a user, collecting, storing and displaying detected or manually input user sign information, and transmitting the collected information to the intelligent doctor platform; the family doctor equipment interacts with the intelligent doctor platform to perform online health consultation, appointment for treatment or remote diagnosis and treatment; and
the intelligent doctor platform is used for acquiring sign information and health file information of each user on the same day or on a specified date in real time, performing single-project evaluation or multi-project comprehensive evaluation by referring to medical reference values corresponding to each sign information, and providing evaluation results for disease diagnosis, risk evaluation, medicine preparation and prescription decision making;
the intelligent doctor platforms and the remote diagnosis and treatment center form a distributed multimedia sensor network, and each intelligent doctor platform realizes reservation/emergency bidirectional referral between hospitals (such as community health hospitals and large and medium comprehensive hospitals) at all levels through the remote diagnosis and treatment center.
Preferably, the family doctor equipment comprises a user information identification and management module, a physical sign data acquisition module, a health information management module, an online consultation and reservation module and a control module; the user information identification and management module, the physical sign data acquisition module, the health information management module and the online consultation and reservation module are all communicated with the control module.
Preferably, the user information identification and management module comprises functions of user identity identification, authentication, positioning, registration, login and user health record creation.
Preferably, the assessment comprises one or more of a CHADS2 assessment, an Essen stroke risk assessment, an ASCVD assessment, and an aspirin usage assessment.
Preferably, the health information management module comprises a user information query module and a user information editing module, the information queried by the user information query module comprises physical condition information, family and hereditary medical history, preventive immunization record, allergy record, physical examination record, disease record, consultation/evaluation/test/treatment information, and the user information editing module can add, delete and modify the information queried by the user information query module.
Preferably, the intelligent doctor platform comprises a control module, a user management module, a family doctor signing module, a bidirectional referral module and a remote consultation and diagnosis module; the user management module, the family doctor signing module, the bidirectional referral module and the remote consultation and diagnosis module are all communicated with the control module.
Preferably, the user management module is used for realizing user identity identification, user information acquisition and search, user positioning, user health file management and user information recording; the family doctor signing module is used for signing a family doctor service agreement with a doctor on line and electronically paying service fee; the bidirectional referral module is used for realizing bidirectional referral among hospitals at all levels (such as community health hospitals and large and medium-sized comprehensive hospitals); the remote consultation and diagnosis and treatment module is used for a doctor to conduct remote consultation and diagnosis and treatment on a user through audio/video.
Preferably, family doctor equipment still includes the automatic suggestion module of medicine use and health risk, the medicine use of medicine and the automatic suggestion module of health risk discerns the medicine information of taking, and the time of automatic suggestion of taking medicine, taking taboo to can be directed against the data that sign data acquisition module gathered carry out automatic assessment, real-time suggestion health risk.
Preferably, the family doctor device further comprises a one-key distress module.
Preferably, the intelligent doctor platform can call and read the user health record in real time, add, modify and delete the user health record, and synchronously transmit the updated data of the user health record to the family doctor equipment.
Preferably, the remote diagnosis and treatment center realizes the centralized management of an intelligent doctor platform, the online inquiry and backup of user health files, the bidirectional referral service, the remote consultation and diagnosis and treatment service, and the regular pushing service of the customized information of the intelligent doctor platform.
The communication connection mode of the above components is not limited, and one or a combination of wired connection and wireless connection can be selected according to specific communication requirements.
Advantageous effects
The medical system can realize the detection and uploading of the conventional indexes of the user at home without being limited by the inspection time, place and times; the doctor can automatically extract the health data of the user, provide medical advice for the user and make a health plan according to the health data, and the convenience and the accuracy of the diagnosis of the user can be effectively improved; through bidirectional referral, the hierarchical diagnosis and treatment of diseases can be realized, the pertinence and the effectiveness of the disease diagnosis and treatment of the user can be improved, the medical pattern of 'small diseases in communities, large diseases in hospitals and recovery back to communities' can be realized, and the problems of difficult and expensive medical treatment of the user are solved, so that continuous and standard basic medical treatment and basic public health service are provided for the user;
drawings
Fig. 1 is a schematic structural view of an example of the medical system of the present invention.
FIG. 2 is an example of the automated assessment of a user by the intelligent physician platform 3 of the present invention using the CHADS2 assessment system.
Fig. 3A-3C are examples of automated assessments of a user by the smart physician platform 3 of the present invention using the Essen assessment system.
Fig. 4 is an example of the automated assessment of a user by the intelligent physician platform 3 of the present invention using an ASCVD assessment system.
Fig. 5 is an example of the present invention smart doctor platform 3 automatically evaluating the user's usage of aspirin.
Detailed Description
The present invention will be described below with reference to specific embodiments. While the invention is illustrated and described by these embodiments, it is not intended that the invention be limited to these embodiments. The invention is to cover all modifications and equivalents falling within the scope of the invention as defined by the appended claims.
The word "exemplary" is used exclusively herein to mean "serving as an example, embodiment, or illustration. Any embodiment described herein as "exemplary" is not necessarily to be construed as preferred or advantageous over other embodiments.
Furthermore, in the following detailed description, numerous specific details are set forth in order to provide a better understanding of the present invention. It will be understood by those skilled in the art that the present invention may be practiced without these specific details. Well-known methods, procedures, components and circuits have not been described in detail so as not to obscure the present invention.
As shown in fig. 1, the medical system may include:
and the portable terminal 1 is used for collecting, storing and displaying the detected or manually input user physical sign information and transmitting the collected information to the intelligent doctor platform 3.
As a more specific embodiment, the portable terminal is, for example, an information processing apparatus such as a smartphone, a Pad, and a laptop computer equipped with an APP.
The portable terminal 1 can be connected with one or more sensors 2 in a wired or wireless mode, and the sensors 2 comprise an electronic sphygmomanometer, an electronic oximeter, a blood glucose meter, an electrocardiograph, a blood fat detector and a respiration detector.
Preferably, one or more sensing modules for detecting blood pressure, blood oxygen, blood sugar, electrocardio, blood fat and respiration are arranged in the portable terminal.
Preferably, the portable terminal 1 comprises a control module, a sign data acquisition module, a user information identification and management module, a health information management module, an online consultation module and a reservation module;
preferably, the user information identification and management module comprises functions of user identification, positioning, registration, login and personal health record creation.
In a specific example, the user information identification and management module identifies user identification card information, social security card information, visiting card information, and the like, and can acquire GPS positioning information of the user.
Preferably, the health information management module comprises a user information editing module, a health information query module and a personal health profile database. The personal health record database records one or more of user physical sign data, daily medication data, exercise data, various family medical sensor measurement data, family and genetic medical history data, preventive immunization record data, allergy record data, physical examination record data, disease record data, consultation/evaluation/test/treatment record data for editing, inquiring and transmitting. The user information editing module can carry out editing operations such as addition, deletion, modification and the like on the data.
Preferably, the portable terminal 1 can transmit the data recorded in the personal health record database to the intelligent doctor platform 3 in real time. The intelligent doctor platform 3 can perform editing operations such as adding, deleting and modifying on the received personal health record data, and synchronously update the personal health record data stored in the portable terminal 1.
Preferably, the health information management module further comprises a health knowledge database for storing medical care knowledge data, medical order data, user and doctor communication data and the like.
Preferably, the user can visually check the instant detection data through the portable terminal 1, query the statistical results and analysis results of the health detection data within a specified time or time period, a customized time or time period (such as the last week, month, half year or 1 year), obtain a trend graph through the health history data, query a staged health report, and label abnormal information. The visual viewing mode comprises one or more of a line graph, a bar graph, a pie graph, a scatter diagram and a two-dimensional table which are displayed in black and white or color pictures.
Preferably, the portable terminal 1 further comprises a medication and health risk automatic prompting module, the medication and health risk automatic prompting module identifies medication information, automatically prompts medication time and medication contraindication, can automatically evaluate the data detected by the physical sign data acquisition module, and prompts health risk in real time.
Preferably, the medication and health risk automatic prompting module can perform statistical analysis on the acquired user sign data and the acquired personal health record data, and display an analysis result in real time.
Preferably, the portable terminal 1 further includes an emergency call module, such as a one-key call module. The emergency call module can be activated in various ways, such as a specific screen lock password, a specific mobile phone shaking way, or a long press of a certain key on a dial pad. After the one-key help calling function is activated, the portable terminal 1 sends a help-seeking short message and GPS positioning information to one or more preset numbers to obtain rescue. For example, a user may automatically call multiple guardian numbers by pressing the SOS key for a long time until one of the numbers is on.
Preferably, after the one-key help calling function is activated, the calling information is automatically transmitted to the intelligent doctor platform, and a doctor timely acquires the help calling information and the positioning information of the user, quickly responds and makes a treatment scheme in advance, so that the treatment effect is improved.
Preferably, the portable terminal 1 further interacts with an intelligent doctor platform by means of instant messaging or network communities and forums, and performs online health consultation, appointment diagnosis or remote diagnosis and treatment through characters, pictures, audio, videos and the like.
Preferably, the intelligent doctor platform 3 includes one or more automatic evaluation devices, and the automatic evaluation devices acquire physical sign information and health record information of the same day or a specified date in real time for each user, automatically perform single-item evaluation or multi-item comprehensive evaluation by referring to medical reference values of people with the same constitution or similar constitution corresponding to each physical sign information, and provide intermediate analysis results for disease diagnosis, risk evaluation, drug preparation, prescription making and decision making; the medical reference values include, but are not limited to, blood routine, urine routine, liver function, kidney function, diabetes, blood lipid, blood glucose and other normal reference values of common test items.
Fig. 2 shows an example of the automated assessment by the intelligent physician platform 3 using the CHADS2 assessment system. In this example, the intelligent doctor platform 3 obtains the physical sign information of the user, such as age and blood pressure value, in real time; and the automatic evaluation device automatically grades the risk of the user suffering from the disease by utilizing a CHADS2 evaluation system based on the information and referring to medical reference values of the crowd with the same or similar physique corresponding to each physical sign information and outputs an evaluation result for decision reference of a doctor. For example, if a user has congestive heart failure, hypertension, age > 75, the user has a CHADS2 score of 3, and the user belongs to a high risk patient. The doctor can adopt a corresponding treatment scheme according to the evaluation result.
Fig. 3A-3C illustrate an example of the automated assessment by the smart physician platform 3 using the Essen assessment system. In this example, the intelligent doctor platform 3 obtains the physical sign information of the user, such as age and blood pressure value, in real time; health record information, such as hypertension history, whether be accompanied with diabetes, past myocardial infarction, other cardiovascular diseases (except atrial fibrillation or myocardial infarction), peripheral artery disease, smoking, past ischemic stroke/TIA history etc., automatic evaluation device utilizes the Essen evaluation system to grade the sick risk of user automatically and output the evaluation result based on above-mentioned information and the medical reference value of the same physique or similar physique crowd that the reference of each sign information corresponds to for the doctor makes a decision and refers to. For example, if the user is age < 65, containing 5 items of the medical history above, then the user's Essen score is 5, and the user belongs to a middle-risk patient. Accordingly, if the user is older than 75 and contains 5 items of the medical history, the user's Essen score is 7, and the user belongs to a high risk patient. The doctor can take different treatment plans for patients of different age groups with the same number of medical histories according to the evaluation result.
In other embodiments, fig. 4 shows an example of the automated assessment by the smart physician platform 3 using an Atherosclerotic Cardiovascular Disease (ASCVD) assessment system. Fig. 5 shows an example of how the intelligent doctor platform 3 automatically evaluates whether or how the user can use aspirin based on the user's sign information, health profile information, and with reference to medical reference values of the same or similar physical population corresponding to each sign information.
It should be noted that the above only describes some typical examples of the automatic evaluation of the user by the intelligent doctor platform 3, and the present invention is obviously not limited to the above automatic evaluation systems. The intelligent doctor platform 3 may also incorporate one or more automatic evaluation systems of various types according to actual needs, and the present invention is not particularly limited thereto.
Preferably, the intelligent doctor platform 3 also performs remote consultation and diagnosis on the user through audio and/or video.
Preferably, the intelligent doctor platform 3 comprises a control module, a user management module, a family doctor signing module and a remote consultation and diagnosis and treatment module; the user management module, the family doctor signing module and the remote consultation and diagnosis module are all communicated with the control module.
Preferably, the user management module is used for realizing user identity identification, user information acquisition and search, user positioning, personal health profile management and user information recording.
The family doctor signing module is used for a user and a doctor to sign a family doctor service agreement on line and carry out electronic payment; for example, a user makes an electronic payment through his or her bound payment account, which includes a WeChat account, a Payment treasures account, a bank account, a prepaid card account, etc. .
Preferably, the remote consultation and diagnosis module is used for a doctor to remotely consult and diagnose the user through audio/video. Teletherapy is a way for doctors to diagnose, measure data, etc. users through network means such as audio/video, etc.
Preferably, the intelligent doctor platform 3 is further provided with a bidirectional referral module, and data sharing of patients can be realized among hospitals of all levels (such as community hospitals and superior hospitals) through the bidirectional referral module, so that reservation and emergency bidirectional referral are performed. The bidirectional referral module comprises a referral list generation module, a referral list management module, a rotary list management module and an inquiry and statistics module.
The referral list generating module generates referral request information which comprises a portable terminal 1 identifier and an intelligent doctor platform 3 identifier and sends the referral request information to the remote diagnosis and treatment center 4; the remote diagnosis and treatment center 4 is used for receiving referral request information, acquiring relevant information corresponding to the portable terminal 1 identifier and the intelligent doctor platform 3 identifier, and sending the referral request information to a matched superior hospital or doctor; the remote diagnosis and treatment center 4 receives the consent to receive the diagnosis message replied by the superior hospital or the doctor, and sends the consent to receive the diagnosis message to the portable terminal 1 and the intelligent doctor platform 3, thereby effectively improving the referral efficiency.
For example, common and frequent small diseases are treated by the intelligent doctor platform in the community health service institution, large diseases are diverted to a large hospital with more than two levels through a green channel constructed by the bidirectional referral module, and chronic disease treatment and postoperative rehabilitation after diagnosis in the large hospital can be transferred to the community health service institution. Therefore, the purposes of no community for small diseases and timely referral for large diseases can be realized.
In addition, by the bidirectional referral module, after the small diseases are shunted to the community, the medical cost of the small diseases can be reduced, and the idle phenomenon of medical resources of the community hospital can be improved; the contradiction of shortage of medical resources caused by the 'press' of the patient in the rehabilitation period can be relieved to a certain extent in the large hospital, and the patient can not be fully suffered from the disease in the large hospital and cannot see the disease. When the community masses encounter difficult and serious diseases and aggravation or complex changes of original diseases, timely and effective guarantee can be obtained through 'bidirectional referral', and the diagnosis and treatment opportunity is prevented from being delayed; after the acute treatment of inpatients in a large hospital is stable, the inpatients can be transferred to a community hospital for subsequent rehabilitation treatment, so that the medical cost is saved, and a treatment opportunity is created for other difficult and serious patients in urgent need of inpatients. The big hospital solves the problem of people suffering from the diseases, can make more time and energy, and aims to solve difficult and serious diseases.
Preferably, the intelligent doctor platform 3 performs big data analysis and evaluation after anonymizing the personal privacy information according to the managed personal health profile information.
Preferably, the portable terminal 1 and the intelligent doctor platform 3 communicate through wireless, bluetooth or NFC.
Preferably, a plurality of the intelligent doctor platforms 3 and the remote diagnosis and treatment center 4 form a distributed wireless multimedia sensor network, and each intelligent doctor platform 3 realizes reservation/emergency bidirectional referral between a community health hospital and a large and medium-sized comprehensive hospital through the remote diagnosis and treatment center
Preferably, the remote diagnosis and treatment center 4 is used for realizing the centralized management of the intelligent doctor platform, the inquiry and storage of the user history and/or real-time health record information and the bidirectional referral, wherein the remote diagnosis and treatment center 4 also regularly pushes diagnosis and treatment information and training information to the intelligent doctor platform 3
Preferably, the remote diagnosis and treatment center 4 includes a referral information receiving module, a referral information forwarding module and a referral management module. The referral information receiving module receives referral request information sent by a doctor intelligent platform or a superior hospital and consent referral information sent by the superior hospital according to requirements.
Preferably, the remote diagnosis and treatment center 4 pushes personalized diagnosis and treatment information and training information for doctors with different grades and authorities.
Preferably, the doctor obtains diagnosis and treatment information and training information exceeding the grade and the authority of the doctor by paying.
An example medical system workflow is as follows.
And opening a Pad cloud platform login interface by a doctor, and inputting an account and a password for login.
The doctor uses Pad to search for nearby bluetooth devices. When the identity card recognizer is searched, the Pad pops up the matching popup window, a doctor inputs a required matching code of 1234 or 0000, after matching is successful, the Bluetooth lamp of the identity card recognizer is on, and the Bluetooth icon corresponding to the physical sign acquisition page of the user at the Pad end is displayed in green. And after the user puts the identity card on the identity card identification instrument and sends out the 'dropping' sound, the Pad user management interface displays the corresponding user information.
The doctor enters a physical sign acquisition interface corresponding to the user who has performed identity identification verification, clicks a sphygmomanometer icon, searches for Bluetooth equipment, performs binding operation after searching for a matched sphygmomanometer, displays OK on the sphygmomanometer icon, repeats the operation if prompting Err, until the binding is successful, then measures the blood pressure (systolic pressure and diastolic pressure) of the user in real time through the bound sphygmomanometer, and transmits the detected blood pressure data of the user to the Pad in real time and automatically stores and displays the blood pressure data.
Similarly, the doctor binds the Pad with a blood fat meter and a blood glucose meter … respectively according to the detection requirement, measures the blood fat and the blood glucose (fasting and postprandial) … of the user in real time, and transmits the detected physical sign data of the user to the Pad in real time and automatically stores and displays the physical sign data.
The Pad associates the collected user sign information (blood sugar, blood pressure, blood fat, blood oxygen, blood coagulation …) with the health file information of the user, automatically performs single-item analysis or multi-item comprehensive analysis by referring to medical reference values corresponding to the sign information, and provides analysis results for disease diagnosis, risk assessment, drug preparation and prescription decision making.
If the user needs to be referred, the doctor uses the Pad to transfer the user to a large hospital with more than two levels for treatment through the bidirectional referral module, and chronic diseases after diagnosis and postoperative rehabilitation in the large hospital can be transferred to a community health service institution for treatment through the bidirectional referral module.
The above-mentioned embodiments only express one embodiment of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (8)
1. The utility model provides a medical system, includes family's doctor equipment, intelligent doctor platform, telemedicine center, and wherein, family's doctor equipment directly passes through communication protocol both way communication with intelligent doctor platform and is connected, intelligent doctor platform and telemedicine center are direct to pass through communication protocol both way communication and are connected, medical system's characterized in that:
the family doctor equipment is used for identifying and verifying the identity of a user, collecting, storing and displaying detected or manually input user sign information, and directly transmitting the collected information to the intelligent doctor platform; the family doctor equipment is also directly communicated with the intelligent doctor platform in a bidirectional way for interaction so as to carry out online health consultation, appointment for treatment or remote diagnosis and treatment; and
the intelligent doctor platform is used for acquiring sign information and health file information of a user on the same day or on a specified date in real time, performing single-item evaluation or multi-item comprehensive evaluation by referring to medical reference values corresponding to the sign information, and providing evaluation results for disease diagnosis, risk evaluation, medicine preparation and prescription making decision making;
wherein a plurality of intelligent doctor platforms and the remote diagnosis center form a distributed multimedia sensor network, each intelligent doctor platform realizes reservation/emergency bidirectional referral among all levels of hospitals through the remote diagnosis center,
wherein, the intelligent doctor platform comprises one or more automatic evaluation devices, the automatic evaluation devices acquire physical sign information and health file information of the same day or appointed date in real time for each user, automatically perform single-item evaluation or multi-item comprehensive evaluation by referring to medical reference values of the crowd with the same constitution or similar constitution corresponding to each physical sign information, and provide intermediate analysis results for disease diagnosis, risk evaluation, medicine preparation and prescription decision making,
wherein the family doctor equipment also comprises a medication and health risk automatic prompting module which identifies the information of the medicine to be taken, automatically prompts the medication time and medication contraindications, can automatically evaluate the acquired data and prompt the health risk in real time,
wherein, the remote diagnosis and treatment center realizes the centralized management of an intelligent doctor platform, the online inquiry and backup of user health files, the two-way referral service, the remote consultation and diagnosis and treatment service, and the regular pushing service of the customized information of the intelligent doctor platform,
wherein, intelligence doctor platform still includes:
the bidirectional referral module is provided with a referral list generation module, the referral list generation module is used for generating a referral list with referral request information and sending the referral request information to the remote diagnosis and treatment center, and the referral request information comprises a family doctor equipment identifier and an intelligent doctor platform identifier; and the number of the first and second groups,
a remote consultation and diagnosis module for doctors to remotely consult, diagnose and measure data of the users through audio/video,
the remote diagnosis and treatment center comprises a referral information receiving module, a referral information forwarding module and a referral management module; the referral information receiving module receives referral request information sent by the intelligent doctor platform or a superior hospital and consent referral information sent by the superior hospital according to requirements.
2. The medical system of claim 1,
the family doctor equipment comprises a user information identification and management module, a sign data acquisition module, a health information management module, an online consultation and reservation module and a control module; the user information identification and management module, the physical sign data acquisition module, the health information management module and the online consultation and reservation module are all communicated with the control module.
3. The medical system of claim 1, wherein the assessment comprises one or more of a CHADS2 assessment, an Essen stroke risk assessment, an ASCVD assessment, and an aspirin usage assessment.
4. The medical system of claim 2,
the health information management module comprises a user information query module and a user information editing module, the user information query module queries information including physical condition information, family and hereditary medical history, preventive immunization records, allergy records, physical examination records, disease records, consultation/evaluation/test/treatment information, and the user information editing module can add, delete and modify the information queried by the user information query module.
5. The medical system of claim 1,
the intelligent doctor platform also comprises a control module, a user management module, an automatic analysis and evaluation module and a family doctor signing module; the user management module, the automatic analysis and evaluation module, the family doctor signing module, the bidirectional referral module and the remote consultation and diagnosis module are all communicated with the control module.
6. The medical system of claim 5,
the user management module is used for realizing user identity identification, user information acquisition and search, user positioning, user health file management and user information recording; the family doctor signing module is used for signing a family doctor service agreement with a doctor on line and electronically paying service cost.
7. The medical system of claim 1, wherein the family doctor device further comprises a one-touch distress module.
8. The medical system of claim 1, wherein the intelligent doctor platform is capable of retrieving the user health profile in real time, performing addition, modification, and deletion operations on the user health profile, and synchronously transmitting the updated data of the user health profile to the home doctor device.
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