CN111312350A - Refined disease management and prevention system and use method thereof - Google Patents

Refined disease management and prevention system and use method thereof Download PDF

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CN111312350A
CN111312350A CN202010059422.1A CN202010059422A CN111312350A CN 111312350 A CN111312350 A CN 111312350A CN 202010059422 A CN202010059422 A CN 202010059422A CN 111312350 A CN111312350 A CN 111312350A
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information
doctor
client
patient
server
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方鸿滨
方李鸿
方金生
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Quanzhou Anfang Health Management Co Ltd
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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
    • G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
    • G16H10/60—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records
    • 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
    • G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
    • G16H20/10—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients
    • 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
    • G16H50/70—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for mining of medical data, e.g. analysing previous cases of other patients
    • 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
    • G16H80/00—ICT specially adapted for facilitating communication between medical practitioners or patients, e.g. for collaborative diagnosis, therapy or health monitoring

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Abstract

The invention relates to a refined disease management and prevention system and a use method thereof, wherein the system comprises: the client inputs the mobile phone number of the medical user to generate number information; inputting second short message verification information; inputting doctor materials or patient materials to generate doctor material information or patient material information; the server receives the number information, judges whether the mobile phone number is registered, and generates first short message verification information to be transmitted to the user when the mobile phone number is not registered; verifying the second short message verification information, and generating material filling information if the verification information passes; auditing the doctor material and the patient material; after the doctor material information or the patient material information passes the audit, storing the material information to generate audit passing information; and when the review of the doctor material information or the patient material information is not passed, generating failure reason information. The invention has the advantages of more comprehensive, more flexible and more accurate material collection for patients, and is convenient for quickly looking up the medical history of the patients and monitoring the illness process of the patients.

Description

Refined disease management and prevention system and use method thereof
Technical Field
The invention relates to the technical field of medical treatment, in particular to a refined disease management and prevention system and a using method thereof.
Background
In the prior art, the intelligent medical system, device and storage medium with application number 201910437907.7 includes a server and a client, and accordingly, the client includes: the system comprises a registration and login module, a patient information binding module, an appointment registration module, an electronic medical record module and a diagnosis process guiding module; the registration and login module is connected with the patient information binding module and used for registering an account and logging in the intelligent medical system; the patient information binding module is connected with the appointment registration module and is used for binding the information of a plurality of patients; the appointment register module is connected with the electronic medical record module and is used for appointment register; the electronic medical record module is connected with the diagnosis process guiding module and used for generating an electronic medical record for the real-time inquiry of the patient; the diagnosis process guiding module is used for guiding the patient to complete a corresponding treatment process in the diagnosis process; and the client is connected with the server through an application program interface.
Therefore, the medical system in the prior art is a medical system constructed for hospitals, the resources of the hospitals are required to be utilized, information communication cannot be realized among the hospitals, the medical history of a patient cannot be reviewed, the diagnosis effect is poor, direct docking between the patient and a doctor cannot be realized, and the contradiction between doctors and patients cannot be effectively relieved, so that the problems are needed to be solved.
Disclosure of Invention
The present invention is directed to solving, at least to some extent, one of the above-mentioned problems in the prior art. To this end, an object of the present invention is to propose a qualification audit for physicians, ensuring the normalcy of the physicians; and the system can also effectively monitor doctors, ensure the medical accuracy and reduce medical accidents.
The technical scheme for solving the technical problems is as follows: a refined disease management and prevention system comprising:
the client is used for inputting the mobile phone number of the medical user and generating number information; second short message verification information is also input and transmitted to the server; doctor material or patient material is input according to the material filling information, and doctor material information or patient material information is generated and transmitted to the server; the client displays the audit passing information or the failure reason information; the client is also used for logging in by utilizing doctor material information or patient material information;
the server is used for receiving the number information, judging whether the mobile phone number is registered according to the number information, and generating first short message verification information to transmit the first short message verification information to the user when the mobile phone number is not registered; when the mobile phone number is registered, generating registration failure information and transmitting the registration failure information to the mobile phone terminal of the user; verifying the second short message verification information, and generating material filling information to transmit to the client when the second short message verification information is consistent with the first short message verification information; the doctor materials are also audited according to the doctor material information, and the patient materials are audited according to the patient material information; after the doctor material information or the patient material information passes the audit, storing the doctor material information or the patient material information, and generating audit passing information and transmitting the audit passing information to the client; and when the review of the doctor material information or the patient material information is not passed, generating failure reason information and transmitting the failure reason information to the client.
The invention has the beneficial effects that: the patient fills in data directly, and the collected materials of the patient are more comprehensive, more flexible and more accurate, so that doctors can conveniently and quickly look up the medical history of the patient and monitor the illness process of the patient; the doctor can conveniently make more accurate diagnosis according to the diagnosis; by inputting the data of the patient and the doctor, the qualification audit of the doctor is realized, and the regularity of the doctor is ensured; the medical system can also effectively monitor doctors, so that the diagnosis of the doctors is more careful and more precise, the medical accuracy is guaranteed, and medical accidents are reduced.
On the basis of the technical scheme, the invention can be further improved as follows.
Further, the client comprises a doctor client and a patient client;
the doctor client generates and transmits the file-checking information to the server; inputting new disease information and transmitting the new disease information to the server;
the server calls disease file information of the corresponding patient according to the file-checking information and transmits the disease file information to the doctor client for display; the disease archive information and the new disease information are also stored, and the data of the new disease information is recorded into a database for storage; meanwhile, an archive list is constructed, a list link is generated, and the list link is transmitted to the patient client;
and the patient client calls the corresponding disease archive information and the new disease information according to the list link to display.
The beneficial effect of adopting the further scheme is that: the client side of the doctor can conveniently check the diagnosis information of the patient in each medical unit, the past medical history of the patient can be conveniently known, and the new state of illness of the patient can be accurately judged, so that the medical effect is improved, and the medical risk is reduced; the patient can also know the disease development of the patient in real time, know the treatment direction of the doctor and reduce doctor-patient disputes; the doctor of being convenient for knows patient's medical history, and the doctor of being convenient for carries out the disease prevention to the patient, promotes disease prevention treatment.
Further, the client side also creates a SocKJS object, generates SocKJS.connect and transmits the SocKJS.connect to the server;
the server judges whether the user logs in, and when the corresponding doctor or patient does not log in, the server returns to the client again to create the SocKJS object; when a corresponding doctor or patient logs in, establishing a websocket link between a doctor client and a patient client, judging whether the corresponding doctor or patient is online after establishing the link, and when the corresponding doctor or patient is online, generating online information to be transmitted to the client and transmitting instant messages between the doctor client and the patient client; and when the corresponding doctor or patient is not on line, storing the message sent by the doctor client or the patient client into the redis, and calling the unread information according to the key value and transmitting the unread information to the corresponding doctor client or patient client.
The beneficial effect of adopting the further scheme is that: the doctor and the patient can be conveniently communicated in time, and the disease development of the patient can be known in real time; and chat information between doctors and patients can be stored, so that medical disputes are reduced.
Further, the patient client writes a medication prescription, generates prescription information and transmits the prescription information to the doctor client through the server; the patient client displays the revised prescription information;
the doctor client displays the medication prescription according to the prescription information, and when the doctor judges that the medication prescription is wrong, the corrected medication prescription is input, and the modified prescription information is generated and transmitted to the patient client through the server.
The beneficial effect of adopting the further scheme is that: the user can check who modifies the own medication prescription, so that a doctor can more visually watch the medication of a patient, and the error rate of diagnosis and treatment is reduced.
Further, the patient client generates consultation information and transmits the consultation information to the doctor client through the server; the patient client also displays the diagnosis information, and pays the cost to the doctors corresponding to the doctor clients according to the cost information, or pays the cost to the doctors corresponding to a plurality of doctor clients of a professional medical group according to the cost information, or pays the cost to the doctors corresponding to a plurality of doctor clients of other professional medical groups according to the cost information;
the doctor client inputs corresponding diagnosis information and cost information according to the consultation information and transmits the diagnosis information and the cost information to the patient client; when a doctor corresponding to the doctor client can not finish diagnosis according to the consultation information, the doctor client sends request information for constructing a professional medical group to other doctor clients, when other doctor clients construct the professional medical group according to the request information, the doctor client sends the consultation information to a plurality of doctor clients, and the plurality of doctor clients of the professional medical group input the diagnosis information and the cost information of the corresponding doctor and transmit the diagnosis information and the cost information to the patient client;
when the professional medical group can not finish diagnosis according to the consultation information, the consultation information is transmitted to other professional medical groups for diagnosis, and a plurality of doctor clients of other professional medical groups input the diagnosis information and the cost information of corresponding doctors and transmit the diagnosis information and the cost information to the patient client.
The beneficial effect of adopting the further scheme is that: by establishing a professional medical group, the medical effect can be improved; can effectively deal with various difficult and complicated diseases and improve the satisfaction degree of patients; the income and the enthusiasm of doctors are improved by the cost division of professional medical groups.
Further, the server is based on the number of stars TstarGenerating authority information for creating a professional medical group according to the job title of the doctor in the doctor material information, and transmitting the authority information to the doctor client; the doctor client sends request information for constructing a professional medical group to other doctor clients according to the authority information to construct the professional medical group;
the doctor client side corresponds to the star number T of the doctorstarThe specific algorithm is as follows:
Tstar＝Round{(A00，A01，A02，A03，A04，A05，A06，A07，A08，A09)(Y00，Y01，Y02，Y03，Y04，Y05，Y06，Y07，Y08，Y09)T}；
wherein Round { } represents rounding operation, and T is matrix transposition; y is00，A00Membership satisfaction times and weights for the disease list, respectively; y is01，A01Respectively managing the use frequency and the weight of the member; y is02，A02Respectively the login frequency and the weight of the platform; y is03，A03Respectively adding times and weight of other doctor groups; y is04，A04Respectively satisfying times and weight for health consultation; y is05，A05Experience membership and weight respectively; y is06，A06The number of annual fee members and the weight of the annual fee members; y is07，A07Respectively the number of times of putting on and putting off shelves and the weight of the products of the data sharing mall; y is08，A08Respectively distributing the information quantity and the weight for the communities; y is09，A09And respectively recommending the number and the weight of other users.
Further, the patient client corresponds to the star number T of the patientstarThe specific algorithm is as follows:
Tstar＝Round{(A00，A01，A02，A03，A04，A05，A06，A07，A08，A09)(X00，X01，X02，X03，X04，X05，X06，X07，X08，X09)T}；
wherein Round { } represents rounding operation, and T is matrix transposition; x00，A00Membership satisfaction times and weights for the disease list, respectively; x01，A01Respectively managing the use frequency and the weight of the member; x02，A02Respectively the login frequency and the weight of the platform; x03，A03Respectively adding times and weight of other doctor groups; x04，A04Respectively satisfying times and weight for health consultation; x05，A05Experience membership and weight respectively; x06，A06The number of annual fee members and the weight of the annual fee members; x07，A07Respectively the number of times of putting on and putting off shelves and the weight of the products of the data sharing mall; x08，A08Respectively distributing the information quantity and the weight for the communities; x09，A09And respectively recommending the number and the weight of other users.
Further, the server corresponds to the star number T of the doctor according to the doctor clientstarAnd the number of stars T of the patient corresponding to the patient clientstarCalculating the cost F; the method specifically comprises the following steps:
Figure BDA0002373950420000061
wherein K is a preset membership fee; m is an integer and corresponds to the doctor clientThe number of stars T of the patient corresponding to the doctor or the patient clientstar。
Further, the client also inputs a disease file of the patient, generates disease file information and transmits the disease file information to the server; the information of insufficient memory and the prompt information of opening the member are also displayed;
the server also judges the occupied space of the disease file information, and when the occupied space of the disease file information exceeds the memory of the user, the server generates insufficient memory information and activates member prompt information to be transmitted to the client; when the occupied space of the disease file information does not exceed the memory of the user, saving the picture files in the disease file information, and generating thumbnails of the picture files for saving; and storing the document file in the disease archive information, and recording the data in the document file into a database for storage.
The beneficial effect of adopting the further scheme is that: the disease archive storage efficiency and the storage capacity are improved.
Further, the system also comprises a payment module;
the patient client also generates a unique identifier code package parameter for requesting payment and transmits the unique identifier code package parameter to the server when payment is paid; the patient client also inputs payment information according to a link interface with the payment module, and transmits the payment information to the payment module through the server; the patient client also displays payment success information;
the server acquires parameters required by payment from a database according to the unique identifier code package parameters, then initiates a payment request to a payment module, generates unified ordering api and transmits the ordering api to the payment module; the verification result is also judged, and when the verification is successful, the patient client is linked with the payment module according to the parameters required by the payment; the server also calls the service required by the client according to the payment success information;
the payment module checks parameters required by payment and parameters of the doctor client according to the unified order api; transmitting a validation result and parameters required for payment to a server; the payment module also carries out fee payment according to the payment information, and generates payment success information after the fee payment is successful and transmits the payment success information to the patient client through the server.
Further, the client inputs daily physical examination record information and transmits the daily physical examination record information to the server; the client also generates request information and transmits the request information to the server; the client also displays the statistical data information;
the server stores the physical examination data in the physical examination record information into a database; the server also calls physical examination data in the database according to the request information, performs data statistics on the physical examination data, generates statistical data information and transmits the statistical data information to the client.
The beneficial effect of adopting the further scheme is that: the illness state trend can be known through data statistics, doctors can make diagnosis conveniently and accurately, appropriate prescription medicines are developed, the medicine effect is improved, and the user satisfaction is improved.
Another technical solution of the present invention for solving the above technical problems is as follows: the application method of the refined disease management and prevention system comprises the following steps:
step 1, a client inputs a mobile phone number of a medical user to generate number information; the server receives the number information, judges whether the mobile phone number is registered according to the number information, and generates first short message verification information to be transmitted to the mobile phone terminal of the user when the mobile phone number is not registered; when the mobile phone number is registered, generating registration failure information and transmitting the registration failure information to the mobile phone terminal of the user;
step 2, the client inputs second short message verification information and transmits the second short message verification information to the server; the server verifies the second short message verification information, and when the second short message verification information is consistent with the first short message verification information, material filling information is generated and transmitted to the client;
step 3, the client inputs doctor materials or patient materials according to the material filling information, generates doctor material information or patient material information and transmits the doctor material information or the patient material information to the server; the server audits the doctor materials according to the doctor material information and audits the patient materials according to the patient material information; after the doctor material information or the patient material information passes the audit, storing the doctor material information or the patient material information, and generating audit passing information and transmitting the audit passing information to the client; and when the review of the doctor material information or the patient material information is not passed, generating failure reason information and transmitting the failure reason information to the client.
The invention has the beneficial effects that: the patient fills in data directly, and the collected materials of the patient are more comprehensive, more flexible and more accurate, so that doctors can conveniently and quickly look up the medical history of the patient and monitor the illness process of the patient; the doctor can conveniently make more accurate diagnosis according to the diagnosis; by inputting the data of the patient and the doctor, the qualification audit of the doctor is realized, and the regularity of the doctor is ensured; the medical system can also effectively monitor doctors, so that the diagnosis of the doctors is more careful and more precise, the medical accuracy is guaranteed, and medical accidents are reduced.
Drawings
FIG. 1 is a block diagram of a disease management and prevention system according to the present invention;
FIG. 2 is a flow chart of a method for implementing the system for fine disease management and prevention of the present invention.
In the drawings, the components represented by the respective reference numerals are listed below:
1. client, 1.1, patient client, 1.2, doctor client;
2. a server;
3. and a payment module.
Detailed Description
The principles and features of this invention are described below in conjunction with the following drawings, which are set forth by way of example only and not intended to limit the scope of the invention.
As shown in fig. 1, the refined disease management and prevention system includes:
the system comprises a client 1, a server and a server, wherein the client 1 is used for inputting a mobile phone number of a medical user and generating number information; second short message verification information is also input and transmitted to the server 2; doctor material or patient material is input according to the material filling information, and doctor material information or patient material information is generated and transmitted to the server 2; the client 1 displays the audit passing information or the failure reason information; the client 1 is also used for logging in by utilizing doctor material information or patient material information;
the server 2 is used for receiving the number information, judging whether the mobile phone number is registered according to the number information, and generating first short message verification information to transmit the first short message verification information to the user when the mobile phone number is not registered; when the mobile phone number is registered, generating registration failure information and transmitting the registration failure information to the mobile phone terminal of the user; the second short message verification information is verified, and when the second short message verification information is consistent with the first short message verification information, material filling information is generated and transmitted to the client 1; the doctor materials are also audited according to the doctor material information, and the patient materials are audited according to the patient material information; after the review of the doctor material information or the patient material information is passed, the doctor material information or the patient material information is stored, and meanwhile, review passing information is generated and transmitted to the client 1; and when the review of the doctor material information or the patient material information is not passed, generating failure reason information and transmitting the failure reason information to the client 1.
Logging in: inputting an account password in a corresponding text box of the client 1, clicking a login button, carrying out login verification by the server 2, successfully logging in, and skipping to a home page; and giving a prompt when the login fails.
Registering: corresponding mobile phone number data is filled in the client 1 for registration, the server 2 performs data validation, the database performs authentication such as re-authentication of the mobile phone number and the like, then registration is successful, and a home page is skipped; and giving a prompt for registration failure.
The system has the advantages that the patient directly fills in data, the materials of the patient are collected more comprehensively, flexibly and accurately, and doctors can conveniently and quickly look up the medical history of the patient and monitor the illness process of the patient; the doctor can conveniently make more accurate diagnosis according to the diagnosis;
the system realizes the qualification examination and verification of doctors by inputting the data of patients and doctors, and ensures the regularity of the doctors; the system can also effectively monitor doctors, so that the diagnosis of the doctors is more careful and more precise, the medical accuracy is guaranteed, and medical accidents are reduced;
the doctor and the patient can be directly connected, platforms such as hospitals and the like are reduced, the hospitalizing cost is effectively reduced, the doctor can diagnose the patient according to the medical technology of the doctor, the dependence on the extracted medicine is reduced, and therefore the existing doctor-patient disputes are reduced.
In the above embodiment, the client 1 includes a doctor client 1.2 and a patient client 1.1;
the doctor client 1.2 generates and transmits the file-checking information to the server 2; new disease information is also input and transmitted to the server 2;
the server 2 calls disease file information of a corresponding patient according to the file-searching information, and transmits the disease file information to the doctor client 1.2 for display; the disease archive information and the new disease information are also stored, and the data of the new disease information is recorded into a database for storage; meanwhile, an archive list is constructed, a list link is generated, and the list link is transmitted to the patient client 1.1;
the patient client 1.1 calls the corresponding disease profile information and new disease information to display according to the list link.
Doctors can establish corresponding disease lists for disease files of their patients, quote file links, summarize and suggest the files, one disease list can be modified by a plurality of doctors, and each doctor modification can store one piece of data and modifier before modification.
The patient can newly build disease archive information, the disease archive information comprises a filling title, remarks, examination time, picture files and videos, and the disease archive information is stored, the size of the file uploaded by the archive is calculated before storage, the size of the space of the user cannot be exceeded by calculation, prompt information is returned to the front end if the file uploaded, and the uploading is successful if the file uploaded does not exceed the size; doctors can modify, delete, check and add files of patients, thereby reducing the error rate of file addition.
By the system, the doctor client 1.2 can conveniently check the diagnosis information of the patient in each medical unit, the past medical history of the patient can be conveniently known, and the new state of illness of the patient can be accurately judged, so that the medical effect is improved, and the medical risk is reduced; the patient can also know the disease development of the patient in real time, know the treatment direction of the doctor and reduce doctor-patient disputes; the doctor of being convenient for knows patient's medical history, and the doctor of being convenient for carries out the disease prevention to the patient, promotes disease prevention treatment.
In the above embodiment, the client 1 further creates a SocKJS object, generates SocKJS. connect, and transmits the generated SocKJS. connect to the server 2;
the server 2 judges whether the user logs in, and when the corresponding doctor or patient does not log in, the server returns to the client 1 again to create the SocKJS object; when a corresponding doctor or patient logs in, establishing a websocket link between a doctor client 1.2 and a patient client 1.1, judging whether the corresponding doctor or patient is online after establishing the link, and when the corresponding doctor or patient is online, generating online information to be transmitted to the client 1 and transmitting instant messages between the doctor client 1.2 and the patient client 1.1; and when the corresponding doctor or patient is not on line, storing the message sent by the doctor client 1.2 or the patient client 1.1 into the redis, and calling the unread information according to the key value and transmitting the unread information to the corresponding doctor client 1.2 or the patient client 1.1 when the corresponding doctor or patient is on line.
The patient can pay for consultation to the doctor, the user logs in through the client 1 to create a sockjs object according to data stored in the user for early session, the sent instant message is sent to the corresponding doctor client 1.2 through an object id of a subscription message address, if the doctor of the doctor client 1.2 is not on line, the information of the sender and the information of the receiver are stored in redis, the unique identifier key is used, the user pulls the message of the redis to see whether the unread message exists or not once the doctor is on line, and if the unread message exists, the user or the doctor can finish consultation; the instant chat is finished, the chat records are saved in the database, and the user can check the consultation chat records in the history consultation.
The doctor and the patient can be conveniently communicated in time, and the disease development of the patient can be known in real time; and chat information between doctors and patients can be stored, so that medical disputes are reduced.
In the above embodiment, the patient client 1.1 writes a medication prescription, generates prescription information, and transmits the prescription information to the doctor client 1.2 through the server 2; the patient client 1.1 displays the modified prescription information;
the doctor client 1.2 displays the medication prescription according to the prescription information, and when the doctor judges that the medication prescription is wrong, the corrected medication prescription is input, and the modified prescription information is generated and transmitted to the patient client 1.1 through the server 2.
The patient can create a self-medication prescription, and fill in, name of the prescription and name of medication during creation; the dosage, unit and mode are stored in database; the doctor can check the medication prescription, the history of modifying the medication prescription and store the medication prescription of the modified patient into the database; the user can check who modifies the own medication prescription, so that a doctor can more visually watch the medication of a patient, and the error rate of diagnosis and treatment is reduced.
In the above embodiment, the patient client 1.1 generates consultation information and transmits the consultation information to the doctor client 1.2 through the server 2; the patient client 1.1 also displays the diagnosis information, and pays the doctors corresponding to the doctor client 1.2 according to the fee information, or pays the fees to the doctors corresponding to a plurality of doctor clients 1.2 of a professional medical group according to the fee information, or pays the fees to the doctors corresponding to a plurality of doctor clients 1.2 of other professional medical groups according to the fee information;
the doctor client 1.2 inputs corresponding diagnosis information and cost information according to the consultation information and transmits the diagnosis information and the cost information to the patient client 1.1; when a doctor corresponding to the doctor client 1.2 cannot complete diagnosis according to the consultation information, the doctor client 1.2 sends request information for constructing a professional medical group to other doctor clients 1.2, when other doctor clients 1.2 construct the professional medical group according to the request information, the doctor client 1.2 sends the consultation information to a plurality of doctor clients 1.2, and the plurality of doctor clients 1.2 of the professional medical group input the diagnosis information and cost information of the corresponding doctor and transmit the diagnosis information and cost information to the patient client 1.1;
when the professional medical group can not finish diagnosis according to the consultation information, the consultation information is transmitted to other professional medical groups for diagnosis, and a plurality of doctor client sides 1.2 of other professional medical groups input the diagnosis information and the cost information of corresponding doctors and transmit the diagnosis information and the cost information to the patient client sides 1.1.
The doctor can have the right of creating a professional group to a certain degree, the professional group can invite other doctors, patients can consult the professional group, the problems that the patients can consult the doctors cannot be solved, the doctors cannot transfer the business to the professional group, the cost of the consultation is included, if the professional group cannot be solved, the group leader can transfer the consultation to other professional groups, the cost of the consultation is included, all income in the group is accounted by the group leader, and detailed account division is determined by the group leader.
The system can improve the medical effect by establishing a professional medical group; can effectively deal with various difficult and complicated diseases and improve the satisfaction degree of patients; the income and the enthusiasm of doctors are improved by the cost division of professional medical groups.
In the above embodiment, the server 2 depends on the number of stars TstarGenerating authority information for creating a professional medical group according to the job title of the doctor in the doctor material information, and transmitting the authority information to the doctor client 1.2; the doctor client 1.2 sends request information for constructing a professional medical group to other doctor clients 1.2 according to the authority information to construct the professional medical group;
the doctor client 1.2 corresponds to the number T of stars of the doctorstarThe specific algorithm is as follows:
Tstar＝Round{(A00，A01，A02，A03，A04，A05，A06，A07，A08，A09)(Y00，Y01，Y02，Y03，Y04，Y05，Y06，Y07，Y08，Y09)T}；
wherein Round { } represents rounding operation, and T is matrix transposition; y is00，A00Membership satisfaction times and weights for the disease list, respectively; y is01，A01Respectively managing the use frequency and the weight of the member; y is02，A02Respectively the login frequency and the weight of the platform; y is03，A03Respectively adding times and weight of other doctor groups; y is04，A04Respectively satisfying times and weight for health consultation; y is05，A05Experience membership and weight respectively; y is06，A06The number of annual fee members and the weight of the annual fee members; y is07，A07Respectively the number of times of putting on and putting off shelves and the weight of the products of the data sharing mall; y is08，A08Respectively distributing the information quantity and the weight for the communities; y is09，A09And respectively recommending the number and the weight of other users.
In the above embodiment, the patient client 1.1 corresponds to the number of stars T of the patientstarThe specific algorithm is as follows:
Tstar＝Round{(A00，A01，A02，A03，A04，A05，A06，A07，A08，A09)(X00，X01，X02，X03，X04，X05，X06，X07，X08，X09)T}；
wherein Round { } represents rounding operation, and T is matrix transposition; x00，A00Membership satisfaction times and weights for the disease list, respectively; x01，A01Respectively managing the use frequency and the weight of the member; x02，A02Respectively the login frequency and the weight of the platform; x03，A03Respectively adding times and weight of other doctor groups; x04，A04Respectively satisfying times and weight for health consultation; x05，A05Experience membership and weight respectively; x06，A06The number of annual fee members and the weight of the annual fee members; x07，A07Respectively the number of times of putting on and putting off shelves and the weight of the products of the data sharing mall; x08，A08Respectively distributing the information quantity and the weight for the communities; x09，A09And respectively recommending the number and the weight of other users.
In the above embodiment, the server 2 corresponds to the number T of stars of the doctor according to the doctor client 1.2starAnd by patient client 1.1 pairNumber of stars of patient TstarCalculating the cost F; the method specifically comprises the following steps:
Figure BDA0002373950420000131
wherein K is a preset membership fee; m is an integer and is the number T of stars corresponding to the doctor at the doctor client 1.2 or the patient at the patient client 1.1starAnd adjusting the final number of stars.
When m is the star number T of the doctor clientstarIf the cost is less than the cost F, the doctor obtains the reward; when m is the star number T of the patient clientstarIf the cost F is the reward obtained by the evaluation of the patient to the doctor;
number of stars TstarRepresenting the credibility, the doctor at doctor client 1.2 can use the star number TstarThe creation of a medical professional group can be carried out, and the system can also be applied to each module and business process of the system;
the doctor of the patient client 1.1 can use the star count TstarThe fee settlement can be carried out, and the method can also be applied to each module and the business process of the system; increase the comprehensiveness and accuracy of the data.
In the above embodiment, the client 1 further inputs a disease file of the patient, generates disease file information, and transmits the disease file information to the server 2; the information of insufficient memory and the prompt information of opening the member are also displayed;
the server 2 also judges the occupied space of the disease file information, and when the occupied space of the disease file information exceeds the memory of the user, the server generates insufficient memory information and activates member prompt information to be transmitted to the client 1; when the occupied space of the disease file information does not exceed the memory of the user, saving the picture files in the disease file information, and generating thumbnails of the picture files for saving; and storing the document file in the disease archive information, and recording the data in the document file into a database for storage.
The patient can newly build disease archive information, the disease archive information comprises a filling title, remarks, examination time, picture files and videos, and the disease archive information is stored, the size of the file uploaded by the archive is calculated before storage, the size of the space of the user cannot be exceeded by calculation, prompt information is returned to the front end if the file uploaded, and the uploading is successful if the file uploaded does not exceed the size; doctors can modify, delete, check and add files of patients, thereby reducing the error rate of file addition.
In the above embodiment, the payment module 3 is further included;
the patient client 1.1 also generates a unique identifier code package parameter requesting payment when payment is paid, and transmits the unique identifier code package parameter to the server 2; the patient client 1.1 also inputs payment information according to a link interface with the payment module 3, and transmits the payment information to the payment module 3 through the server 2; the patient client 1.1 also displays payment success information;
the server 2 acquires parameters required by payment from a database according to the unique identifier code package parameters, then initiates a payment request to the payment module 3, generates unified ordering api and transmits the ordering api to the payment module 3; the verification result is also judged, and when the verification is successful, the patient client 1.1 and the payment module 3 are linked according to the parameters required by payment; the server 2 also calls the service required by the client 1 according to the payment success information;
the payment module 3 checks parameters required by payment and parameters of the doctor client 1.2 according to the unified order api; transmitting the validation result and parameters required for payment to the server 2; the payment module 3 also carries out fee payment according to the payment information, and generates payment success information after the fee payment is successful and transmits the payment success information to the patient client 1.1 through the server 2.
The user accesses the unique identifier code of the WeChat at the specific url interface of the WeChat on the page of the client 1, acquires openid from the code of the WeChat user, acquires parameters, amount signature, commodity id, commodity description and order id required by WeChat payment, establishes corresponding key, stores the data in map, requests the WeChat payment interface to return front-end data, the front end calls the WeChat payment page, inputs the password to complete payment, judges whether the payment of the server callback interface is successful, if the payment is successful, executes a logic code of the successful payment and returns prompt information to the front end, and if the payment is unsuccessful, returns prompt information to the front end.
In the above embodiment, the client 1 records the daily physical examination record information and transmits the daily physical examination record information to the server 2; the client 1 also generates request information to be transmitted to the server 2; the client 1 also displays statistical data information;
the server 2 stores the physical examination data in the physical examination record information into a database; the server 2 also calls physical examination data in the database according to the request information, performs data statistics on the physical examination data, generates statistical data information and transmits the statistical data information to the client 1.
The patient can record various body records such as blood sugar and the like at irregular time every day, the data are stored in the database, the data are counted and changed into a line graph to be provided for the user, a warning line of the line graph is given, a doctor can check the diary of the patient, make suggestions and summarization for the patient, and make daily, weekly, monthly, yearly and statistical line graphs, so that the patient can more intuitively know the body condition of the patient.
The illness state trend can be known through data statistics, doctors can make diagnosis conveniently and accurately, appropriate prescription medicines are developed, the medicine effect is improved, and the user satisfaction is improved.
Example 2:
as shown in fig. 2, the method for using the refined disease management and prevention system includes the following steps:
step 1, a client 1 inputs a mobile phone number of a medical user to generate number information; the server 2 receives the number information, judges whether the mobile phone number is registered according to the number information, and generates first short message verification information to transmit to the mobile phone terminal of the user when the mobile phone number is not registered; when the mobile phone number is registered, generating registration failure information and transmitting the registration failure information to the mobile phone terminal of the user;
step 2, the client 1 inputs second short message verification information and transmits the second short message verification information to the server 2; the server 2 verifies the second short message verification information, and generates material filling information to transmit to the client 1 when the second short message verification information is consistent with the first short message verification information;
step 3, the client 1 inputs doctor materials or patient materials according to the material filling information, generates doctor material information or patient material information and transmits the doctor material information or the patient material information to the server 2; the server 2 audits the doctor materials according to the doctor material information and audits the patient materials according to the patient material information; after the review of the doctor material information or the patient material information is passed, the doctor material information or the patient material information is stored, and meanwhile, review passing information is generated and transmitted to the client 1; and when the review of the doctor material information or the patient material information is not passed, generating failure reason information and transmitting the failure reason information to the client.
Logging in: inputting an account password in a corresponding text box of the client 1, clicking a login button, carrying out login verification by the server 2, successfully logging in, and skipping to a home page; and giving a prompt when the login fails.
Registering: corresponding mobile phone number data is filled in the client 1 for registration, the server 2 performs data validation, the database performs authentication such as re-authentication of the mobile phone number and the like, then registration is successful, and a home page is skipped; and giving a prompt for registration failure.
The system has the advantages that the patient directly fills in data, the materials of the patient are collected more comprehensively, flexibly and accurately, and doctors can conveniently and quickly look up the medical history of the patient and monitor the illness process of the patient; the doctor can conveniently make more accurate diagnosis according to the diagnosis;
the system realizes the qualification examination and verification of doctors by inputting the data of patients and doctors, and ensures the regularity of the doctors; the system can also effectively monitor doctors, so that the diagnosis of the doctors is more careful and more precise, the medical accuracy is guaranteed, and medical accidents are reduced;
the doctor and the patient can be directly connected, platforms such as hospitals and the like are reduced, the hospitalizing cost is effectively reduced, the doctor can diagnose the patient according to the medical technology of the doctor, the dependence on the extracted medicine is reduced, and therefore the existing doctor-patient disputes are reduced.
In the above embodiment, the client 1 includes a doctor client 1.2 and a patient client 1.1;
the doctor client 1.2 generates and transmits the file-checking information to the server 2; the server 2 calls disease file information of a corresponding patient according to the file-searching information, and transmits the disease file information to the doctor client 1.2 for display;
the doctor client 1.2 inputs new disease information and transmits the new disease information to the server 2; the server 2 stores the disease archive information and the new disease information, and records the data of the new disease information into a database for storage; meanwhile, an archive list is constructed, a list link is generated, and the list link is transmitted to the patient client 1.1;
the patient client 1.1 calls the corresponding disease profile information and new disease information to display according to the list link.
Doctors can establish corresponding disease lists for disease files of their patients, quote file links, summarize and suggest the files, one disease list can be modified by a plurality of doctors, and each doctor modification can store one piece of data and modifier before modification.
The patient can newly build disease archive information, the disease archive information comprises a filling title, remarks, examination time, picture files and videos, and the disease archive information is stored, the size of the file uploaded by the archive is calculated before storage, the size of the space of the user cannot be exceeded by calculation, prompt information is returned to the front end if the file uploaded, and the uploading is successful if the file uploaded does not exceed the size; doctors can modify, delete, check and add files of patients, thereby reducing the error rate of file addition.
By the system, the doctor client 1.2 can conveniently check the diagnosis information of the patient in each medical unit, the past medical history of the patient can be conveniently known, and the new state of illness of the patient can be accurately judged, so that the medical effect is improved, and the medical risk is reduced; the patient can also know the disease development of the patient in real time, know the treatment direction of the doctor and reduce doctor-patient disputes; the doctor of being convenient for knows patient's medical history, and the doctor of being convenient for carries out the disease prevention to the patient, promotes disease prevention treatment.
In the above embodiment, the client 1 further creates a SocKJS object, generates SocKJS. connect, and transmits the generated SocKJS. connect to the server 2;
the server 2 judges whether the user logs in, and when the corresponding doctor or patient does not log in, the server returns to the client 1 again to create the SocKJS object; when a corresponding doctor or patient logs in, establishing a websocket link between a doctor client 1.2 and a patient client 1.1, judging whether the corresponding doctor or patient is online after establishing the link, and when the corresponding doctor or patient is online, generating online information to be transmitted to the client 1 and transmitting instant messages between the doctor client 1.2 and the patient client 1.1; and when the corresponding doctor or patient is not on line, storing the message sent by the doctor client 1.2 or the patient client 1.1 into the redis, and calling the unread information according to the key value and transmitting the unread information to the corresponding doctor client 1.2 or the patient client 1.1 when the corresponding doctor or patient is on line.
The patient can pay for consultation to the doctor, the user logs in through the client 1 to create a sockjs object according to data stored in the user for early session, the sent instant message is sent to the corresponding doctor client 1.2 through an object id of a subscription message address, if the doctor of the doctor client 1.2 is not on line, the information of the sender and the information of the receiver are stored in redis, the unique identifier key is used, the user pulls the message of the redis to see whether the unread message exists or not once the doctor is on line, and if the unread message exists, the user or the doctor can finish consultation; the instant chat is finished, the chat records are saved in the database, and the user can check the consultation chat records in the history consultation.
The doctor and the patient can be conveniently communicated in time, and the disease development of the patient can be known in real time; and chat information between doctors and patients can be stored, so that medical disputes are reduced.
In the above embodiment, the patient client 1.1 writes a medication prescription, generates prescription information, and transmits the prescription information to the doctor client 1.2 through the server 2; the patient client 1.1 displays the modified prescription information;
the doctor client 1.2 displays the medication prescription according to the prescription information, and when the doctor judges that the medication prescription is wrong, the corrected medication prescription is input, and the modified prescription information is generated and transmitted to the patient client 1.1 through the server 2.
The patient can create a self-medication prescription, and fill in, name of the prescription and name of medication during creation; the dosage, unit and mode are stored in database; the doctor can check the medication prescription, the history of modifying the medication prescription and store the medication prescription of the modified patient into the database; the user can check who modifies the own medication prescription, so that a doctor can more visually watch the medication of a patient, and the error rate of diagnosis and treatment is reduced.
In the above embodiment, the patient client 1.1 generates consultation information and transmits the consultation information to the doctor client 1.2 through the server 2; the doctor client 1.2 inputs corresponding diagnosis information and cost information according to the consultation information and transmits the diagnosis information and the cost information to the patient client 1.1; the patient client 1.1 also displays diagnostic information,
when a doctor corresponding to the doctor client 1.2 cannot complete diagnosis according to the consultation information, the doctor client 1.2 sends request information for constructing a professional medical group to other doctor clients 1.2, when other doctor clients 1.2 construct the professional medical group according to the request information, the doctor client 1.2 sends the consultation information to a plurality of doctor clients 1.2, and the plurality of doctor clients 1.2 of the professional medical group input the diagnosis information and cost information of the corresponding doctor and transmit the diagnosis information and cost information to the patient client 1.1; the patient client 1.1 pays the doctors corresponding to the doctor client 1.2 according to the fee information, or pays the fees to the doctors corresponding to a plurality of doctor clients 1.2 of the professional medical group according to the fee information, or pays the fees to the doctors corresponding to a plurality of doctor clients 1.2 of other professional medical groups according to the fee information;
when the professional medical group can not finish diagnosis according to the consultation information, the consultation information is transmitted to other professional medical groups for diagnosis, and a plurality of doctor client sides 1.2 of other professional medical groups input the diagnosis information and the cost information of corresponding doctors and transmit the diagnosis information and the cost information to the patient client sides 1.1.
The doctor can have the right of creating a professional group to a certain degree, the professional group can invite other doctors, patients can consult the professional group, the problems that the patients can consult the doctors cannot be solved, the doctors cannot transfer the business to the professional group, the cost of the consultation is included, if the professional group cannot be solved, the group leader can transfer the consultation to other professional groups, the cost of the consultation is included, all income in the group is accounted by the group leader, and detailed account division is determined by the group leader.
The system can improve the medical effect by establishing a professional medical group; can effectively deal with various difficult and complicated diseases and improve the satisfaction degree of patients; the income and the enthusiasm of doctors are improved by the cost division of professional medical groups.
In the above embodiment, the server 2 depends on the number of stars TstarGenerating authority information for creating a professional medical group according to the job title of the doctor in the doctor material information, and transmitting the authority information to the doctor client 1.2; the doctor client 1.2 sends request information for constructing a professional medical group to other doctor clients 1.2 according to the authority information to construct the professional medical group;
the doctor client 1.2 corresponds to the number T of stars of the doctorstarThe specific algorithm is as follows:
Tstar＝Round{(A00，A01，A02，A03，A04，A05，A06，A07，A08，A09)(Y00，Y01，Y02，Y03，Y04，Y05，Y06，Y07，Y08，Y09)T}；
wherein Round { } represents rounding operation, and T is matrix transposition; y is00，A00Membership satisfaction times and weights for the disease list, respectively; y is01，A01Respectively managing the use frequency and the weight of the member; y is02，A02Respectively the login frequency and the weight of the platform; y is03，A03Respectively adding times and weight of other doctor groups; y is04，A04Respectively satisfying times and weight for health consultation; y is05，A05Experience membership and weight respectively; y is06，A06The number of annual fee members and the weight of the annual fee members; y is07，A07Respectively the products of the data sharing mallThe number of times of putting the product on or off the shelf and the weight; y is08，A08Respectively distributing the information quantity and the weight for the communities; y is09，A09And respectively recommending the number and the weight of other users.
In the above embodiment, the patient client 1.1 corresponds to the number of stars T of the patientstarThe specific algorithm is as follows:
Tstar＝Round{(A00，A01，A02，A03，A04，A05，A06，A07，A08，A09)(X00，X01，X02，X03，X04，X05，X06，X07，X08，X09)T}；
wherein Round { } represents rounding operation, and T is matrix transposition; x00，A00Membership satisfaction times and weights for the disease list, respectively; x01，A01Respectively managing the use frequency and the weight of the member; x02，A02Respectively the login frequency and the weight of the platform; x03，A03Respectively adding times and weight of other doctor groups; x04，A04Respectively satisfying times and weight for health consultation; x05，A05Experience membership and weight respectively; x06，A06The number of annual fee members and the weight of the annual fee members; x07，A07Respectively the number of times of putting on and putting off shelves and the weight of the products of the data sharing mall; x08，A08Respectively distributing the information quantity and the weight for the communities; x09，A09And respectively recommending the number and the weight of other users.
In the above embodiment, the server 2 corresponds to the number T of stars of the doctor according to the doctor client 1.2starAnd the number of stars T of the corresponding patient according to the patient client 1.1starCalculating the cost F; the method specifically comprises the following steps:
Figure BDA0002373950420000211
wherein K is a preset membership fee; m is an integer and is the number T of stars corresponding to the doctor at the doctor client 1.2 or the patient at the patient client 1.1starAnd adjusting the final number of stars.
When m is the star number T of the doctor clientstarIf the cost is less than the cost F, the doctor obtains the reward; when m is the star number T of the patient clientstarIf the cost F is the reward obtained by the evaluation of the patient to the doctor;
number of stars TstarRepresenting the credibility, the doctor at doctor client 1.2 can use the star number TstarThe creation of a medical professional group can be carried out, and the system can also be applied to each module and business process of the system;
the doctor of the patient client 1.1 can use the star count TstarThe fee settlement can be carried out, and the method can also be applied to each module and the business process of the system; increase the comprehensiveness and accuracy of the data.
In the above embodiment, the client 1 further inputs a disease file of the patient, generates disease file information, and transmits the disease file information to the server 2; the information of insufficient memory and the prompt information of opening the member are also displayed;
the server 2 also judges the occupied space of the disease file information, and when the occupied space of the disease file information exceeds the memory of the user, the server generates insufficient memory information and activates member prompt information to be transmitted to the client 1; when the occupied space of the disease file information does not exceed the memory of the user, saving the picture files in the disease file information, and generating thumbnails of the picture files for saving; and storing the document file in the disease archive information, and recording the data in the document file into a database for storage.
The patient can newly build disease archive information, the disease archive information comprises a filling title, remarks, examination time, picture files and videos, and the disease archive information is stored, the size of the file uploaded by the archive is calculated before storage, the size of the space of the user cannot be exceeded by calculation, prompt information is returned to the front end if the file uploaded, and the uploading is successful if the file uploaded does not exceed the size; doctors can modify, delete, check and add files of patients, thereby reducing the error rate of file addition.
In the above embodiment, the payment module 3 is further included;
the patient client 1.1 also generates a unique identifier code package parameter requesting payment when payment is paid, and transmits the unique identifier code package parameter to the server 2; the patient client 1.1 also inputs payment information according to a link interface with the payment module 3, and transmits the payment information to the payment module 3 through the server 2; the patient client 1.1 also displays payment success information;
the server 2 acquires parameters required by payment from a database according to the unique identifier code package parameters, then initiates a payment request to the payment module 3, generates unified ordering api and transmits the ordering api to the payment module 3; the verification result is also judged, and when the verification is successful, the patient client 1.1 and the payment module 3 are linked according to the parameters required by payment; the server 2 also calls the service required by the client 1 according to the payment success information;
the payment module 3 checks parameters required by payment and parameters of the doctor client 1.2 according to the unified order api; transmitting the validation result and parameters required for payment to the server 2; the payment module 3 also carries out fee payment according to the payment information, and generates payment success information after the fee payment is successful and transmits the payment success information to the patient client 1.1 through the server 2.
The user accesses the unique identifier code of the WeChat at the specific url interface of the WeChat on the page of the client 1, acquires openid from the code of the WeChat user, acquires parameters, amount signature, commodity id, commodity description and order id required by WeChat payment, establishes corresponding key, stores the data in map, requests the WeChat payment interface to return front-end data, the front end calls the WeChat payment page, inputs the password to complete payment, judges whether the payment of the server callback interface is successful, if the payment is successful, executes a logic code of the successful payment and returns prompt information to the front end, and if the payment is unsuccessful, returns prompt information to the front end.
In the above embodiment, the client 1 records the daily physical examination record information and transmits the daily physical examination record information to the server 2; the client 1 also generates request information to be transmitted to the server 2; the client 1 also displays statistical data information;
the server 2 stores the physical examination data in the physical examination record information into a database; the server 2 also calls physical examination data in the database according to the request information, performs data statistics on the physical examination data, generates statistical data information and transmits the statistical data information to the client 1.
The illness state trend can be known through data statistics, doctors can make diagnosis conveniently and accurately, appropriate prescription medicines are developed, the medicine effect is improved, and the user satisfaction is improved.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.

Claims (12)

1. A refined disease management and prevention system, comprising:
the system comprises a client (1), a server and a server, wherein the client (1) is used for inputting a mobile phone number of a medical user and generating number information; second short message verification information is also input and transmitted to the server (2); doctor material or patient material is input according to the material filling information, and doctor material information or patient material information is generated and transmitted to the server (2); the client (1) displays the audit passing information or the failure reason information; the client (1) is also used for logging in by utilizing doctor material information or patient material information;
the server (2) is used for receiving the number information, judging whether the mobile phone number is registered according to the number information, and generating first short message verification information to be transmitted to the user when the mobile phone number is not registered; when the mobile phone number is registered, generating registration failure information and transmitting the registration failure information to the mobile phone terminal of the user; the second short message verification information is verified, and when the second short message verification information is consistent with the first short message verification information, material filling information is generated and transmitted to the client (1); the doctor materials are also audited according to the doctor material information, and the patient materials are audited according to the patient material information; after the doctor material information or the patient material information passes the audit, storing the doctor material information or the patient material information, generating audit passing information and transmitting the audit passing information to the client (1); and when the review of the doctor material information or the patient material information is not passed, generating failure reason information and transmitting the failure reason information to the client (1).
2. The refined disease management and prevention system of claim 1, wherein: the client (1) comprises a doctor client (1.2) and a patient client (1.1);
the doctor client (1.2) generates and transmits the filing information to the server (2); new disease information is also recorded and transmitted to the server (2);
the server (2) calls disease archive information of a corresponding patient according to the file-searching information, and transmits the disease archive information to the doctor client (1.2) for display; the disease archive information and the new disease information are also stored, and the data of the new disease information is recorded into a database for storage; simultaneously constructing an archive list, generating a list link, and transmitting the list link to the patient client (1.1);
the patient client (1.1) calls the corresponding disease archive information and the new disease information to display according to the list link.
3. The refined disease management and prevention system of claim 2, wherein:
the client (1) also creates a SocKJS object, generates SocKJS.connect and transmits the SocKJS.connect to the server (2);
the server (2) judges whether the user logs in, and when the corresponding doctor or patient does not log in, the server returns to the client (1) again to create the SocKJS object; when a corresponding doctor or patient logs in, establishing a websocket link between a doctor client (1.2) and a patient client (1.1), judging whether the corresponding doctor or patient is online after establishing the link, and when the corresponding doctor or patient is online, generating online information to be transmitted to the client (1) and simultaneously transmitting instant messages between the doctor client (1.2) and the patient client (1.1); and when the corresponding doctor or patient is not on line, storing the message sent by the doctor client (1.2) or the patient client (1.1) into the redis, and calling the unread message according to the key value to transmit to the corresponding doctor client (1.2) or the patient client (1.1) when the corresponding doctor or patient is on line.
4. The refined disease management and prevention system of claim 2, wherein:
the patient client (1.1) writes a medication prescription, generates prescription information and transmits the prescription information to the doctor client (1.2) through the server (2); the patient client (1.1) displays modified prescription information;
the doctor client (1.2) displays the medication prescription according to the prescription information, and when the doctor judges that the medication prescription is wrong, the corrected medication prescription is input, and the modified prescription information is generated and transmitted to the patient client (1.1) through the server (2).
5. The refined disease management and prevention system of claim 2, wherein:
the patient client (1.1) generates consultation information and transmits the consultation information to the doctor client (1.2) through the server (2); the patient client (1.1) also displays the diagnosis information, and pays the cost to the doctors corresponding to the doctor client (1.2) according to the cost information, or pays the cost to the doctors corresponding to a plurality of doctor clients (1.2) of a professional medical group according to the cost information, or pays the cost to the doctors corresponding to a plurality of doctor clients (1.2) of other professional medical groups according to the cost information;
the doctor client (1.2) inputs corresponding diagnosis information and expense information according to the consultation information and transmits the diagnosis information and expense information to the patient client (1.1); when a doctor corresponding to the doctor client (1.2) can not complete diagnosis according to the consultation information, the doctor client (1.2) sends request information for constructing a professional medical group to other doctor clients (1.2), when other doctor clients (1.2) construct the professional medical group according to the request information, the doctor client (1.2) sends the consultation information to a plurality of doctor clients (1.2), and the plurality of doctor clients (1.2) of the professional medical group input the diagnosis information and cost information of the corresponding doctor to be transmitted to the patient client (1.1);
when the professional medical group can not finish diagnosis according to the consultation information, the consultation information is transmitted to other professional medical groups for diagnosis, and a plurality of doctor clients (1.2) of other professional medical groups input the diagnosis information and the cost information of corresponding doctors and transmit the diagnosis information and the cost information to the patient client (1.1).
6. The refined disease management and prevention system of claim 5, wherein:
the server (2) is based on the number of stars TstarGenerating authority information for creating a professional medical group according to the job title of the doctor in the doctor material information, and transmitting the authority information to a doctor client (1.2); the doctor client (1.2) sends request information for constructing a professional medical group to other doctor clients (1.2) according to the authority information to construct the professional medical group;
the doctor client (1.2) corresponds to the star number T of the doctorstarThe specific algorithm is as follows:
Tstar＝Round{(A00，A01，A02，A03，A04，A05，A06，A07，A08，A09)(Y00，Y01，Y02，Y03，Y04，Y05，Y06，Y07，Y08，Y09)T}；
wherein Round { } represents rounding operation, and T is matrix transposition; y is00，A00Membership satisfaction times and weights for the disease list, respectively; y is01，A01Respectively managing the use frequency and the weight of the member; y is02，A02Respectively the login frequency and the weight of the platform; y is03，A03Respectively adding times and weight of other doctor groups; y is04，A04Respectively satisfying times and weight for health consultation; y is05，A05Experience membership and weight respectively; y is06，A06The number of annual fee members and the weight of the annual fee members; y is07，A07Respectively the number of times of putting on and putting off shelves and the weight of the products of the data sharing mall; y is08，A08Respectively distributing the information quantity and the weight for the communities; y is09，A09And respectively recommending the number and the weight of other users.
7. The refined disease management and prevention system of claim 6, wherein:
the patient client (1.1) corresponds to the star number T of the patientstarThe specific algorithm is as follows:
Tstar＝Round{(A00，A01，A02，A03，A04，A05，A06，A07，A08，A09)(X00，X01，X02，X03，X04，X05，X06，X07，X08，X09)T}；
wherein Round { } represents rounding operation, and T is matrix transposition; x00，A00Membership satisfaction times and weights for the disease list, respectively; x01，A01Respectively managing the use frequency and the weight of the member; x02，A02Respectively the login frequency and the weight of the platform; x03，A03Respectively adding times and weight of other doctor groups; x04，A04Respectively satisfying times and weight for health consultation; x05，A05Experience membership and weight respectively; x06，A06The number of annual fee members and the weight of the annual fee members; x07，A07Respectively the number of times of putting on and putting off shelves and the weight of the products of the data sharing mall; x08，A08Respectively distributing the information quantity and the weight for the communities; x09，A09And respectively recommending the number and the weight of other users.
8. The refined disease management and prevention system of claim 7, wherein:
the server (2) is arrangedAccording to the star number T of the doctor corresponding to the doctor client (1.2)starAnd the number of stars T corresponding to the patient according to the patient client (1.1)starCalculating the cost F; the method specifically comprises the following steps:
Figure FDA0002373950410000041
wherein K is a preset membership fee; m is an integer and is the star number T of the doctor corresponding to the doctor client (1.2) or the patient corresponding to the patient client (1.1)star。
9. The refined disease management and prevention system of claim 8, wherein:
the client (1) also inputs a disease file of a patient, generates disease file information and transmits the disease file information to the server (2); the information of insufficient memory and the prompt information of opening the member are also displayed;
the server (2) also judges the occupied space of the disease file information, and when the occupied space of the disease file information exceeds the memory of the user, the server generates insufficient memory information and activates member prompt information to be transmitted to the client (1); when the occupied space of the disease file information does not exceed the memory of the user, saving the picture files in the disease file information, and generating thumbnails of the picture files for saving; and storing the document file in the disease archive information, and recording the data in the document file into a database for storage.
10. The refined disease management and prevention system of claim 9, wherein: also comprises a payment module (3);
the patient client (1.1) also generates a unique identifier code package parameter requesting payment to transmit to a server (2) when payment is paid; the patient client (1.1) also inputs payment information according to a link interface with the payment module (3), and transmits the payment information to the payment module (3) through the server (2); the patient client (1.1) also displays payment success information;
the server (2) acquires parameters required by payment from a database according to the unique identifier code package parameters, then initiates a payment request to the payment module (3), generates unified ordering api and transmits the ordering api to the payment module (3); the verification result is also judged, and when the verification is successful, the patient client (1.1) and the payment module (3) are linked according to parameters required by payment; the server (2) also calls the service required by the client (1) according to the payment success information;
the payment module (3) checks parameters required by payment and parameters of the doctor client (1.2) according to the unified order api; transmitting the validation result and parameters required for payment to the server (2); the payment module (3) also carries out fee payment according to the payment information, and generates payment success information after the fee payment is successful and transmits the payment success information to the patient client (1.1) through the server (2).
11. The refined disease management and prevention system of claim 1, wherein:
the client (1) records daily physical examination record information and transmits the daily physical examination record information to the server (2); the client (1) also generates request information to be transmitted to a server (2); the client (1) also displays statistical data information;
the server (2) stores the physical examination data in the physical examination record information into a database; the server (2) also calls physical examination data in the database according to the request information, performs data statistics on the physical examination data, generates statistical data information and transmits the statistical data information to the client (1).
12. The use method of the refined disease management and prevention system is characterized by comprising the following steps:
step 1, a client (1) inputs a mobile phone number of a medical user to generate number information; the server (2) receives the number information, judges whether the mobile phone number is registered according to the number information, and generates first short message verification information to transmit to the mobile phone terminal of the user when the mobile phone number is not registered; when the mobile phone number is registered, generating registration failure information and transmitting the registration failure information to the mobile phone terminal of the user;
step 2, the client (1) inputs second short message verification information and transmits the second short message verification information to the server (2); the server (2) verifies the second short message verification information, and when the second short message verification information is consistent with the first short message verification information, the generated material filling information is transmitted to the client (1);
step 3, the client (1) inputs doctor materials or patient materials according to the material filling information, generates doctor material information or patient material information and transmits the doctor material information or the patient material information to the server (2); the server (2) audits the doctor materials according to the doctor material information and audits the patient materials according to the patient material information; after the doctor material information or the patient material information passes the audit, storing the doctor material information or the patient material information, generating audit passing information and transmitting the audit passing information to the client (1); and when the review of the doctor material information or the patient material information is not passed, generating failure reason information and transmitting the failure reason information to the client (1).
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