CN110706764A - A smart hospital information exchange system - Google Patents

Abstract

The invention provides an intelligent hospital information interaction system, which belongs to the technical field of data processing, and a first user terminal specifically comprises: the consultation appointment system comprises a first data transmission module, a first data acquisition module, a search module, a consultation appointment module, a first interaction module and a payment module; the second user terminal specifically includes: the system comprises a second data transmission module, an information acquisition module, a prescription creation module and a second interaction module; the server specifically comprises: the third data transmission module, the second data acquisition module, the consultation recommendation module, the consultation generation module, the expense calculation module and the communication establishment module; the technical scheme has the effects that: the problem of data isolated island that each hospital's inside system of forming leads to is solved for can be fast direct carry out the exchange of information between doctor, the patient, improve patient's efficiency of seeing a doctor, reduce doctor's working strength, make statistics of each hospital's doctor information of seeing a doctor simultaneously, recommend the most suitable scheme of seeing a doctor for the patient.

Description

A smart hospital information exchange system

technical field

The invention relates to the field of network-based data processing, in particular to a smart hospital information interaction system.

Background technique

The scope of smart hospitals mainly includes three major areas: The first is the smart medical system for medical staff. The system is based on the information construction of electronic medical records, and interconnects electronic medical records with various patient data such as medical images and medical examinations. . The second area is the patient-oriented smart service system. Many hospitals have all-in-one machines and self-service machines, including mobile terminal fee settlement, appointment registration, appointment diagnosis and treatment, information reminder and some derived services, such as parking information push , prompts, etc. Make patients feel more convenient and faster service. The third area is "smart management" for hospitals. One of the most important aspects of the refined management of hospitals is refined cost accounting, which is used for the internal logistics management of these hospitals. Managers can see the operation status of the whole hospital, including the OA office system, by using a mobile phone or on a computer in the office. . This major field is the refined information management for hospitals. However, in existing smart hospitals, the way of information collection and communication between doctors, patients and hospitals is backward, resulting in low efficiency of patients' consultation, high workload of doctors, and lack of systematic coordination among hospitals. At the same time, it is related to users The use of medical data is often limited within each hospital system, forming data islands. Users often need to do the same inspections in different hospitals. The isolation of medical data leads to repeated inspections and a serious waste of medical resources.

SUMMARY OF THE INVENTION

According to the above problems existing in the prior art, a smart hospital information interaction system is now provided. The system is used to uniformly collect and establish all medical data associated with the same user by uniformly setting a server between external hospital systems. , solves the problem of data islands caused by self-contained systems in each hospital, and by setting the first user terminal and the second user terminal, allows doctors and patients to exchange information quickly and directly, and improve the efficiency of patients. It reduces the work intensity of doctors, and at the same time collects statistics on the doctor's visit information in each hospital, and recommends the most suitable medical treatment plan for patients.

The above technical solutions specifically include:

A smart hospital information interaction system, characterized in that it includes a server end, a plurality of first user terminals and a plurality of second user terminals, and the server end is respectively connected to the first user terminal and the second user terminal remotely. ;

The first user terminal specifically includes:

a first data transmission module for exchanging data with the server;

a first data collection module, connected to the first data transmission module, for collecting the patient's condition information;

a search module, connected to the first data transmission module, for searching corresponding medical treatment information;

a consultation reservation module, connected to the first data transmission module, for sending a consultation reservation request to the server;

a first interaction module, connected to the first data transmission module, for collecting and transmitting the first audio and video data;

a payment module, connected to the first data transmission module, for paying the diagnosis and treatment fee generated by the server;

The second user terminal specifically includes:

a second data transmission module for exchanging data with the server;

an information acquisition module, connected to the second data transmission module, for acquiring the patient's case information;

a prescription creation module, connected to the second data transmission module, for creating a corresponding prescription for a specific patient;

a second interaction module, connected to the second data transmission module, for collecting and transmitting second audio and video data;

The server side is also connected to a plurality of external hospital systems, and the server side specifically includes:

a third data transmission module for exchanging data with the first user terminal, the second user terminal and the external hospital system respectively;

a second data collection module, connected to the third data transmission module, for collecting and generating the medical treatment information;

A consultation recommendation module, connected to the third data transmission module and the second data collection module, for automatically matching the consultation information according to the condition information, and pushing the matching result to the first user terminal;

a consultation generating module, connected to the third data transmission module, and configured to generate consultation appointment information according to the appointment request, and push the consultation appointment information to the corresponding second user terminal;

a fee calculation module, connected to the third data transmission module, for calculating the diagnosis and treatment fee generated during the consultation process;

A communication establishment module is used to establish an audio and video transmission channel between the corresponding first interaction module and the second interaction module.

Preferably, wherein, the first data acquisition module includes:

an input unit for inputting the condition information of the patient;

an interface unit, configured to connect to an external collection device, and collect the patient's condition information through the collection device;

The uploading unit is used for the patient to upload the condition information.

Preferably, the condition information includes the patient's condition self-report, the patient's medical examination data, and the patient's sign data collected by the home sign signal collection terminal.

Preferably, the medical visit information includes: hospital information, department information, doctor information and doctor visit time information.

Preferably, the external hospital system stores medical examination information of the patient, and the case information includes the condition information and the medical examination information.

Preferably, the condition information further includes current location information of the patient, and the consultation recommendation module generates the matching result according to the current location information.

Preferably, the server side further includes a case management module, connected to the third data transmission module, for creating a case file for each of the patients.

The beneficial effects of the above technical solutions are:

Provide a smart hospital information exchange system, which solves the problem caused by the self-contained system within each hospital by uniformly setting a server between external hospital systems to collect and establish all medical data associated with the same user. The problem of isolated data islands, and by setting the first user terminal and the second user terminal, the doctors and patients can exchange information quickly and directly, improve the efficiency of patients' consultation, reduce the work intensity of doctors, and at the same time, the doctors in each hospital can exchange information quickly and directly. Statistics on outpatient visits are carried out to recommend the most appropriate medical treatment plan for patients.

Description of drawings

1 is a schematic structural diagram of a smart hospital information interaction system in a preferred embodiment of the present invention;

FIG. 2 is a schematic diagram of the internal structure of a first user terminal based on FIG. 1 in a preferred embodiment of the present invention;

3 is a schematic diagram of the internal structure of a second user terminal based on FIG. 1 in a preferred embodiment of the present invention;

Fig. 4 is a preferred embodiment of the present invention, on the basis of Fig. 1, a schematic diagram of the internal structure of the server;

5 is a schematic diagram of the internal structure of a consultation recommendation module in a preferred embodiment of the present invention, on the basis of FIG. 4;

Fig. 6 is a preferred embodiment of the present invention, on the basis of Fig. 4, a schematic diagram of the internal structure of the consultation generation module;

FIG. 7 is a schematic diagram of the internal structure of the first data acquisition module based on FIG. 2 in a preferred embodiment of the present invention.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative work fall within the protection scope of the present invention.

It should be noted that the embodiments of the present invention and the features of the embodiments may be combined with each other under the condition of no conflict.

The present invention will be further described below with reference to the accompanying drawings and specific embodiments, but it is not intended to limit the present invention.

A smart hospital information interaction system, which includes a server end 3, a plurality of first user terminals 1 and a plurality of second user terminals 2, and the server end 3 is respectively connected to the first user terminal 1 and the second user terminal 2 remotely;

The first user terminal 1 specifically includes:

The first data transmission module 10 is used for data exchange with the server end 3;

The first data collection module 11, connected to the first data transmission module 10, is used for collecting the patient's condition information;

The search module 12 is connected to the first data transmission module 10, and is used to search for corresponding medical treatment information;

The consultation reservation module 13 is connected to the first data transmission module 10, and is used for sending a consultation reservation request to the server terminal 3;

The first interaction module 14, connected to the first data transmission module 10, is used for collecting and transmitting the first audio and video data;

The payment module 15, connected to the first data transmission module 10, is used to pay the diagnosis and treatment fee generated by the server 3;

The second user terminal 2 specifically includes:

The second data transmission module 20 is used for data exchange with the server end 3;

an information acquisition module 21, connected to the second data transmission module 20, for acquiring the patient's case information;

a prescription creation module 22, connected to the second data transmission module 20, for creating a corresponding prescription for a specific patient;

The second interaction module 23 is connected to the second data transmission module 20 for collecting and transmitting the second audio and video data;

The server side 3 is also connected to multiple external hospital systems, and the server side 3 specifically includes:

The third data transmission module 30 is used to exchange data with the first user terminal 1, the second user terminal 2 and the external hospital system respectively;

The second data collection module 31 is connected to the third data transmission module 30 for collecting and generating medical treatment information;

The consultation recommendation module 32 is connected to the third data transmission module 30 and the second data acquisition module 31, and is used to automatically match the consultation information according to the disease information, and push the matching result to the first user terminal 1, and the patient inputs an appointment request according to the matching result;

The consultation generation module 33 is connected to the third data transmission module 30, and is used for generating consultation appointment information according to the appointment request, and pushes the consultation appointment information to the corresponding second user terminal 2;

The fee calculation module 34 is connected to the third data transmission module 30, and is used for calculating the diagnosis and treatment fee generated during the consultation process;

The communication establishment module 35 is used to establish an audio and video transmission channel between the corresponding first interaction module 14 and the second interaction module 23 .

In a specific embodiment of the present invention, the first user terminal 1 is a terminal used by patients, the second user terminal 2 is a terminal used by doctors, and the server terminal 3 is a background server independent of the internal system of each hospital, It is used to provide background support for the operation of the smart hospital information interaction system; in this specific embodiment, the first user terminal 1 can be a mobile terminal or a fixed terminal, and when used as a mobile terminal, it can be integrated into the patient through the form of an application program It is convenient for patients to make remote medical treatment and consultation appointments anytime, anywhere; as a fixed terminal, it can be set up in community hospitals, community health service centers and other institutions that are convenient for patients to go to, and at the same time assign special personnel to guide patients to carry out specific operations. It is convenient for some elderly patients who do not have terminal operation ability due to their older age and decreased perception ability.

In the above specific embodiment, the server end 3 is used to remotely connect multiple external hospital systems. For example, when the operation scope of the smart hospital information exchange system is within the city, the server end 3 is used to remotely connect all hospitals within the city. Internal systems, each hospital's internal system has a corresponding development with a dedicated interface for the server 3 to access and transmit data. The server side 3 can access the patient case data and medical examination data stored in the internal system of the hospital, and at the same time collect the medical consultation information released in the internal system of the hospital every day, such as the doctor's visit information of the hospital on that day, so as to realize all the information within the operation scope of the smart hospital information interaction system. The exchange of hospital information solves the problem of data silos, saves medical resources, and improves the efficiency of diagnosis and treatment between hospitals and doctors.

In a preferred embodiment of the present invention, the consultation recommendation module 32 specifically includes:

The storage unit 320 is used for storing preset field information associated with the medical treatment information;

The identification unit 321 is used to identify the disease keyword in the disease information, and output a recognition result, and the recognition result includes at least one disease keyword;

The first matching unit 322, connected to the storage unit 320 and the identification unit 321, is used to match the disease keyword with the field information, and when the degree of matching between the disease keyword and the field information exceeds a predetermined threshold, the medical treatment information corresponding to the field information is matched. The output is the matching result;

The first pushing unit 323 is connected to the first matching unit 322 and configured to push the matching result to the first user terminal 1 .

In a specific embodiment of the present invention, in order to avoid the problem that a patient who visits a doctor for the first time and lacks medical knowledge cannot determine the hospital, department and specific doctor that needs to be treated according to his own condition information, the internal pre-stored settings of the consultation recommendation module 32 are associated with For the field information of different hospitals, different departments, and different doctors, the field information is preset according to medical common sense and the actual situation in reality. The field information can include the symptom information and medical history information of different diseases. , cold sweat, chest tightness and other field information are associated with cardiovascular medicine; field information such as loss of appetite, nausea, and yellow complexion are associated with gastroenterology and so on. The preset field information can be maintained in real time, and the staff can supplement and improve the field information according to the situation.

In the above specific embodiment, the identification unit is used to perform keyword identification on the disease information filled in and uploaded by the patient. For a patient who visits a doctor for the first time, the main content contained in the disease information is the description of the disease, that is, the description of the patient's perception of his own symptoms, As well as the described past medical history, the identifying unit 321 identifies keywords in these descriptions according to a corresponding algorithm, such as identifying the pain location, symptoms, etc. in the disease self-report. Then the first matching unit 322 matches the condition keyword identified by the identifying unit 321 with the field information. When the matching degree between the field information corresponding to the medical treatment information and the disease keyword information exceeds a preset threshold, the medical treatment information is output as a matching result. The medical treatment information of the threshold will be put into the matching result, and then pushed to the first client 1 by the first push unit 323 for the patient's reference.

In a preferred embodiment of the present invention, the consultation generating module 33 specifically includes:

The second matching unit 330 is configured to match the corresponding medical treatment information according to the appointment request;

The creating unit 331 is connected to the second matching unit 330, and is used for generating consultation appointment information according to the appointment request and the consultation information;

The second push unit 332, the connection creation unit 331, is configured to push the consultation appointment information to the second user terminal 2 corresponding to the consultation information.

In a preferred embodiment of the present invention, the first data acquisition module 11 includes:

an input unit 110, used for inputting the patient's condition information;

The interface unit 111 is used to connect an external collection device, and collect the patient's condition information through the collection device;

The uploading unit 112 is used for the patient to upload disease information.

In a specific embodiment of the present invention, the first data collection module 11 provides a variety of ways for patients to describe their condition. The patient can input the description of his condition through the input unit 110 , and can upload his previous work through the uploading unit 112 . At the same time, you can use home physical sign collecting equipment, for example, use portable human body sound collecting devices such as home heart sound collector, home breath sound collector, home bowel sound collector and so on to collect your own human body sound signal, and use the interface unit 111 Upload the collected human body sound signals in real time for reference by doctors.

In a preferred embodiment of the present invention, the condition information includes one or more of the patient's condition self-report, the patient's medical examination data, and the patient's sign data collected by the home sign signal collection terminal.

In a preferred embodiment of the present invention, the medical consultation information includes one or more items of hospital information, department information, doctor information and doctor visiting time information.

In a preferred embodiment of the present invention, the external hospital system stores medical examination information of patients, and the case information includes condition information and medical examination information.

In a specific embodiment of the present invention, by accessing the external hospital system, the server end 3 copies and stores the medical examination information associated with the patient in the hospital's internal system in the server end 3, and stores it together with the condition information input by the patient as Case information associated with the patient for the second user terminal 2 to access.

In a preferred embodiment of the present invention, the disease information further includes the current location information of the patient, and the consultation recommendation module 32 also generates a matching result according to the current location information.

In a specific embodiment of the present invention, the patient can also choose to input the current residential address when inputting the disease information, and the consultation recommendation module 32 will recommend the nearest hospital for the patient according to the current residential address of the patient, so as to facilitate the patient to go to the hospital for specific details. inspection.

In a preferred embodiment of the present invention, the server end 3 further includes a case management module 36 connected to the third data transmission module 30 for creating a case file for each patient.

In a specific embodiment of the present invention, the case file includes a record of each appointment of a patient, as well as the medical examination information and offline medical information collected by the server 3 from various external hospital systems related to the patient, and also Including the disease information uploaded by the patient during the consultation process, it is stored in the server side 3 in the form of a unified case file.

The beneficial effects of the above technical solutions are:

Provide a smart hospital information exchange system, which solves the problem caused by the self-contained system within each hospital by uniformly setting a server between external hospital systems to collect and establish all medical data associated with the same user. The problem of isolated data islands, and by setting the first user terminal and the second user terminal, the doctors and patients can exchange information quickly and directly, improve the efficiency of patients' consultation, reduce the work intensity of doctors, and at the same time, the doctors in each hospital can exchange information quickly and directly. Statistics on outpatient visits are carried out to recommend the most appropriate medical treatment plan for patients.

The above are only preferred embodiments of the present invention, and are not intended to limit the embodiments and protection scope of the present invention. For those skilled in the art, they should be aware of the equivalent replacement and Solutions obtained by obvious changes shall all be included in the protection scope of the present invention.

Claims (9)

1. An intelligent hospital information interaction system is characterized by comprising a server, a plurality of first user terminals and a plurality of second user terminals, wherein the server is respectively and remotely connected with the first user terminals and the second user terminals;

the first user terminal specifically includes:

the first data transmission module is used for exchanging data with the server side;

the first data acquisition module is connected with the first data transmission module and is used for acquiring the illness state information of the patient;

the searching module is connected with the first data transmission module and used for searching corresponding treatment information;

the consultation reservation module is connected with the first data transmission module and is used for sending a consultation reservation request to the server side;

the first interaction module is connected with the first data transmission module and is used for acquiring and transmitting first audio and video data;

the payment module is connected with the first data transmission module and is used for paying the diagnosis and treatment cost generated by the server side;

the second user terminal specifically includes:

the second data transmission module is used for exchanging data with the server side;

the information acquisition module is connected with the second data transmission module and is used for acquiring the case information of the patient;

the prescription creating module is connected with the second data transmission module and is used for creating a corresponding prescription for a specific patient;

the second interaction module is connected with the second data transmission module and is used for acquiring and transmitting second audio and video data;

the server end is still connected with a plurality of external hospital systems, and the server end specifically comprises:

the third data transmission module is used for respectively exchanging data with the first user terminal, the second user terminal and the external hospital system;

the second data acquisition module is connected with the third data transmission module and is used for acquiring and generating the treatment information;

the consultation recommendation module is connected with the third data transmission module and the second data acquisition module, and is used for automatically matching the treatment information according to the illness state information and pushing a matching result to the first user terminal, and the patient inputs the appointment request according to the matching result;

the consultation generation module is connected with the third data transmission module and used for generating consultation appointment information according to the appointment request and pushing the consultation appointment information to the corresponding second user terminal;

the fee calculation module is connected with the third data transmission module and used for calculating the diagnosis and treatment fee generated in the consultation process;

and the communication establishing module is used for establishing an audio and video transmission channel between the corresponding first interactive module and the second interactive module.

2. The intelligent hospital information interaction system of claim 1, wherein the consultation recommendation module specifically comprises:

the storage unit is used for storing preset field information related to the clinic information;

the identification unit is used for identifying the disease condition keywords in the disease condition information and outputting an identification result, wherein the identification result comprises at least one disease condition keyword;

the first matching unit is connected with the storage unit and the identification unit and is used for matching the disease condition keywords with the field information and outputting the clinic information corresponding to the field information as the matching result when the matching degree of the disease condition keywords and the field information exceeds a preset threshold value;

and the first pushing unit is connected with the first matching unit and used for pushing the matching result to the first user terminal.

3. The intelligent hospital information interaction system of claim 1, wherein the consultation generation module specifically comprises:

the second matching unit is used for matching the corresponding clinic information according to the appointment request;

the creating unit is connected with the second matching unit and used for generating the consultation appointment information according to the appointment request and the consultation information;

and the second pushing unit is connected with the creating unit and used for pushing the consultation appointment information to the second user terminal corresponding to the diagnosis information.

4. The intelligent hospital information interaction system of claim 1, wherein the first data acquisition module comprises:

an input unit for inputting the patient condition information of the patient;

the interface unit is used for connecting external acquisition equipment and acquiring the illness state information of the patient through the acquisition equipment;

and the uploading unit is used for uploading the illness state information by the patient.

5. The intelligent hospital information interaction system of claim 4, wherein the patient condition information includes one or more of patient condition self-statement, patient medical examination data, and patient sign data collected by the home sign signal collecting terminal.

6. The intelligent hospital information interaction system of claim 1, wherein the visit information includes: one or more of hospital information, department information, doctor information, and doctor visit time information.

7. The intelligent hospital information interaction system of claim 1, wherein said external hospital system stores medical examination information of said patient, and said case information includes said illness state information and said medical examination information.

8. The intelligent hospital information interaction system of claim 1, wherein said patient condition information further includes patient current location information, and said consultation recommendation module further generates said matching result according to said current location information.

9. The intelligent hospital information interaction system of claim 1, wherein said server further comprises a case management module connected to said third data transmission module for creating a case file for each of said patients.

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