CN117457136B - Medical health information doctor-patient management system based on medical networking - Google Patents

Abstract

The invention discloses a medical health information doctor-patient management system based on medical networking, which relates to the technical field of medical networking management, in particular to a medical health information doctor-patient management system based on medical networking, comprising a medical networking management system, wherein the input end of the medical networking management system is connected with user registration, and the output end of the medical networking management system is connected with a core database; the user registration is connected with the core database through the data acquisition and exchange control platform. The medical health information doctor-patient management system based on the medical networking has the advantages that the satisfaction degree of patients can be improved through good flow design, discomfort of the patients in the treatment process is reduced, the development of medical service is promoted, standardized flow design is beneficial to standardization of medical service flows, errors and risks of medical events are reduced, the quality and efficiency flow of medical service are improved, optimization of the flow in a medical institution is assisted, repeated labor and waste are reduced, and the efficiency and the working quality of medical staff are improved.

Description

Medical health information doctor-patient management system based on medical network

Technical Field

The present invention relates to the field of medical network management technology, and in particular to a medical health information doctor-patient management system based on medical network.

Background technique

Medical services refer to health promotion services provided by health technicians in accordance with professional technical specifications to care for life and diagnose and treat diseases, as well as medicines, medical equipment, rescue transportation, ward accommodation and other services provided to achieve these services. Caring for life mainly refers to the care and protection of the natural process of life from conception to death, such as pregnancy care, delivery support, hospice care, preventive health care, etc. Diagnosis and treatment of diseases mainly refers to the process of identifying the human body after it has been damaged by the cause of the disease, and adjusting the functional disorders or injuries that have occurred in order to improve function and restore health.

Medical service is a concept widely used from daily life to policies and regulations, and national development strategies. A clear concept of medical service is necessary to standardize the service content of medical institutions, define the scope of application of medical services and various types of life and health insurance, handle doctor-patient relationships, and develop social health undertakings. In different contexts, the scope of medical services is different. In a narrow sense, medical services mainly refer to the diagnosis and treatment services provided by medical personnel, which can also be called clinical medical services. Traditionally, medical services are mainly provided in hospitals for diagnosis, treatment, prevention, rehabilitation, etc., starting from the patient's visit to the hospital, establishing a service relationship with the hospital, to the end of treatment, recovery, discharge or death. While strengthening in-hospital medical services, modern medical services attach importance to extending to social medical services outside the hospital, including follow-up after discharge, home beds, public health education, disease census, social medical assistance and counterpart support, and medical services in rural areas.

In order to solve the problem of difficulty in seeing a doctor, the medical network provides professional medical guides and effectively diverts the source of diseases to prevent patients from blindly crowding into large hospitals in big cities for treatment, thereby reducing patients' medical costs. At the same time, it also solves the problem of idle medical resources in a large number of small and medium-sized hospitals.

However, the existing overall medical service system is not perfect enough. The follow-up services after medical treatment cannot meet the needs of patients, and the medical treatment process is not open enough. In the Internet era, the upgrading of medical methods and the expansion of medical scope cannot cover the widest range of people, and there is no good communication platform between patients and medical staff.

Summary of the invention

In view of the shortcomings of the existing technology, the present invention provides a medical health information doctor-patient management system based on the medical network, which solves the problems raised in the above background technology that the current overall medical service system is not perfect, the follow-up services after medical treatment cannot meet the patients' usage needs, and the medical treatment process is not open enough. In the Internet era, the upgrading of medical means and the expansion of medical scope cannot cover the masses to the greatest extent, and there is no good communication platform for communication between patients and medical staff.

To achieve the above objectives, the present invention is implemented through the following technical solutions: a medical health information doctor-patient management system based on medical networking, including a medical networking management system, characterized in that: the input end of the medical networking management system is connected to a user registration, and the output end of the medical networking management system is connected to a core database;

The user registration is connected to the core database through the data acquisition and exchange control platform;

The data acquisition and exchange control platform is used for data transfer and exchange between heterogeneous data environments, and is composed of a control center, a communication and coordination module associated with the control center, and a plurality of actuators associated with the communication and coordination module;

At least one data exchange tool is provided in each actuator;

The control center is used to provide a visual interface for users to fill in configuration parameters for data acquisition and exchange, and automatically compile the configuration parameters filled in by the user into a configuration program according to preset compilation rules, and then select a data exchange tool and an actuator installed with the data exchange tool according to the configuration program; the communication and coordination module is used for distributed communication and coordination between the control center and the actuator, receives the configuration program from the control center, and sends the configuration parameters in the configuration program and the tasks to be executed to the selected actuator; the actuator is used to receive the configuration parameters and tasks obtained according to the configuration program from the communication and coordination module, and compile the configuration parameters into an execution program that can be recognized by the selected data exchange tool, and use the execution program to drive the selected data exchange tool to perform data acquisition and exchange, and exchange the data in the source data model to the target data model;

The data exchange tools include: DataX, Sqoop, Embulk and Flume;

The data exchange tool also includes: a data exchange tool customized by a user according to an interface standard preset by the data acquisition and exchange engine;

The input end of the medical network management system is also connected to the health service application, the business collaboration unit and the single supervision respectively, and the input ends of the health service application, the business collaboration unit and the single supervision are all connected to the public group and the medical and health unit;

The medical and health units include public medical institutions, health service stations and medical administrative departments, and the public medical institutions, health service stations and medical administrative departments exist in parallel;

The output end of the public group is connected to the input end of the user registration, wherein the public group includes a resident group and a medical group, and the resident group and the medical group are distributed in parallel.

Optionally, the public group and the medical and health unit are electrically connected in series with the health service application, the business collaboration unit and the single supervision respectively;

Health service applications include mini-programs, apps, and user mobile terminals. Medical information of health service applications, business collaboration units, and individual supervision is aggregated to the public group and medical and health units for separate management of health service applications, business collaboration units, and individual supervision.

Optionally, the health service application includes health knowledge promotion, health service procedures, health record query, online medical appointment, personal medical card, online order payment and medical feedback;

The health knowledge promotion, health service procedures, health record query, online medical appointment, personal medical card, online payment of order and medical feedback exist in parallel, among which personal medical card, online medical appointment and online payment of order exist in series;

Health knowledge promotion includes online medical knowledge popularization and offline health knowledge promotion and publicity, which is achieved through advertisements, videos, leaflets, and designated medical services;

The online and offline data of health knowledge promotion are uniformly summarized, and the health service procedures are popularized and adjusted based on the data of health knowledge promotion;

in,

Health service program, used to realize online medical appointment for patients;

Order online payment, used for patients to make remote online payments;

Health record query is used for patients to query their personal health records remotely online.

Optionally, the business collaboration units include health record sharing, mutual recognition of examination reports, remote online medical care, medical database, electronic medical record sharing, image data sharing, electrocardiogram data sharing, and laboratory data sharing;

The health records sharing, mutual recognition of examination reports, remote online medical care, medical database, electronic medical records sharing, image data sharing, electrocardiogram data sharing and laboratory data sharing exist in parallel;

The public and medical institutions can share health records, electronic medical records, imaging data, electrocardiogram data, and laboratory data, which can be used by medical staff to judge and observe patients' diagnostic information, and by patients to query diagnostic information. The patient's medical information will also be cached in the medical database as medical data.

The mutual recognition of examination reports requires the patient's identity authentication, which includes ID card authentication, face recognition, medical card authentication, and medical APP online authentication;

The specific methods for sharing health records, electronic medical records, imaging data, ECG data, and laboratory data are as follows:

The sharing methods include shared resource library and shared management platform;

The shared management platform and the shared resource library are interconnected; wherein the shared resource library includes a plurality of resource nodes; a local server is set up locally in the user accessing the information data resource sharing system, and each resource node corresponds to a local server; the resource nodes are interconnected to form a point-to-point network;

Among them, the shared resource library contains a number of resource information, each of which includes the creator, creation time, resource category, and resource index number; each local server is equipped with an independent resource query device, which receives the user's resource query request, and obtains the corresponding information data resource through the shared resource library according to the resource query request, and sends the information data resource obtained by the query to the user who initiated the query.

Optionally, the single supervision includes medical service units, drug supervision units, public health supervision and medical online supervision;

Single supervision is used for key supervision and management of medical service units;

Key areas of supervision and management include drug regulation, public health services, and medical personnel management;

Online medical supervision is used to monitor the rationality of processes during medical treatment.

Optionally, the core database includes a staff database, a file database, a resource database, a medical record database, database updates, and data cache;

The full-staff database includes patient data and medical staff information data, as well as medical data corresponding to patient visits;

Its various databases classify and save different data, and the database update and data cache are respectively connected to the full-staff database, resource database, archive database and medical record database.

The present invention provides a medical health information doctor-patient management system based on medical network, which has the following beneficial effects:

1. The medical and health information doctor-patient management system based on the medical network, health knowledge promotion includes online medical knowledge popularization and offline health knowledge promotion, and popularization is achieved through advertisements, videos, leaflets, and designated medical services; health service procedures have good process design to improve patient satisfaction, reduce patient discomfort during medical treatment, and promote the development of medical business. Standardized process design helps to standardize medical service processes, reduce errors and risks of medical events, and improve the quality and efficiency of medical service processes, assist in the optimization of internal processes of medical institutions, reduce duplication of work and waste, and improve the efficiency and work quality of medical staff. Process design should be able to adapt to changes in medical service needs for individual needs. With the continuous updating of medical technology and services, processes should handle these new needs in a more flexible way.

2. The medical and health information doctor-patient management system based on the medical network can enable the public and medical and health units to share health records, electronic medical records, imaging data, electrocardiogram data, and laboratory data, which can be used by medical staff to judge and observe patient diagnostic information, and by patients to query diagnostic information, thereby realizing remote online medical means. The patient's medical information will also be cached in the medical database as medical data; the mutual recognition of examination reports requires the patient's identity authentication operation, and the authentication methods include ID card authentication, face recognition, medical card authentication, and medical APP online authentication.

3. The medical health information and doctor-patient management system based on the medical network is responsible for the key supervision and management of medical service units. The scope of key supervision and management includes drug supervision, public health services and medical personnel management, maintaining the rationality of medical services and pharmaceutical sales; among them, medical online supervision mainly focuses on the rationality of the process during medical treatment, making the medical treatment process transparent and open.

4. The medical health information doctor-patient management system based on the medical network includes patient data and medical staff information data in the full database, as well as medical data corresponding to the patient's visit; its various databases can classify and save different data to avoid the appearance of interlaced data. The database update and data cache are respectively connected to the full database, resource database, archive database and medical record database, so as to perform real-time data update operations in the caching process of various data.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic diagram of the main flow in the medical health information doctor-patient management system based on the medical network;

FIG2 is a schematic diagram of a public group process in the medical health information doctor-patient management system based on the medical network;

FIG3 is a schematic diagram of the medical and health unit process in the medical and health information doctor-patient management system based on the medical network;

FIG4 is a schematic diagram of the health service application process in the medical health information doctor-patient management system based on the medical network;

FIG5 is a schematic diagram of the business collaboration unit process in the medical health information doctor-patient management system based on the medical network;

FIG6 is a schematic diagram of a single supervision process in the medical health information doctor-patient management system based on the medical network;

FIG. 7 is a schematic diagram of the core database flow in the medical health information doctor-patient management system based on the medical network.

Detailed ways

The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

In the description of the present invention, unless otherwise specified, "plurality" means two or more than two; the orientations or positional relationships indicated by the terms "upper", "lower", "left", "right", "inner", "outer", "front end", "rear end", "head", "tail", etc. are based on the orientations or positional relationships shown in the drawings, and are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operate in a specific orientation, and therefore cannot be understood as limiting the present invention. In addition, the terms "first", "second", "third", etc. are only used for descriptive purposes and cannot be understood as indicating or implying relative importance.

In the description of the present invention, it should be noted that, unless otherwise clearly specified and limited, the terms "connected" and "connection" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediate medium. For ordinary technicians in this field, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

Please refer to FIG. 1 to FIG. 7 , the present invention provides a technical solution: a medical health information doctor-patient management system based on a medical network, including a medical network management system, an input end of the medical network management system is connected to a user registration, and an output end of the medical network management system is connected to a core database;

User registration is connected to the core database through the data collection and exchange control platform;

The data acquisition and exchange control platform is used for data transfer and exchange between heterogeneous data environments, and is composed of a control center, a communication and coordination module associated with the control center, and several actuators associated with the communication and coordination module;

At least one data exchange tool is provided in each actuator;

The control center is used to provide a visual interface for users to fill in the configuration parameters for data acquisition and exchange, and automatically compile the configuration parameters filled in by the user into a configuration program according to the preset compilation rules, and then select the data exchange tool and the actuator installed with the data exchange tool according to the configuration program; the communication and coordination module is used for distributed communication and coordination between the control center and the actuator, receives the configuration program from the control center, and sends the configuration parameters in the configuration program and the tasks to be executed to the selected actuator; the actuator is used to receive the configuration parameters and tasks obtained according to the configuration program from the communication and coordination module, and compile the configuration parameters into an execution program that can be recognized by the selected data exchange tool, and use the execution program to drive the selected data exchange tool to perform data acquisition and exchange, and exchange the data in the source data model to the target data model;

Data exchange tools include: DataX, Sqoop, Embulk, and Flume;

The data exchange tool also includes: a data exchange tool customized by the user according to the interface standard preset by the data acquisition exchange engine;

The input end of the medical network management system is also connected to health service applications, business collaboration units and single supervision. The input ends of health service applications, business collaboration units and single supervision are all connected to the public group and medical and health units.

Medical and health units include public medical institutions, health service stations and medical administrative departments, which exist in parallel;

The output end of the public group is connected to the input end of the user registration, wherein the public group includes a resident group and a medical group, and the resident group and the medical group are distributed in parallel.

In this embodiment, as shown in FIG2 and FIG3 , the public group and the medical and health unit are electrically connected in series with the health service application, the business collaboration unit, and the single supervision respectively;

Health service applications include mini-programs, apps, and user mobile terminals. Medical information of health service applications, business collaboration units, and single supervision are all aggregated to the public groups and medical and health units. Health service applications, business collaboration units, and single supervision are managed separately through public groups and medical and health units.

In this embodiment, as shown in FIG4 , the health service application includes health knowledge promotion, health service procedures, health record query, medical online appointment, personal medical card, order online payment and medical feedback;

Health knowledge promotion, health service procedures, health record query, online medical appointment, personal medical card, online payment of orders and medical feedback exist in parallel, among which personal medical card, online medical appointment and online payment of orders can exist in series;

Health knowledge promotion includes online medical knowledge popularization and offline health knowledge promotion and publicity, which is achieved through advertisements, videos, leaflets, and designated medical services;

The online and offline data of health knowledge promotion are uniformly summarized, and the health service procedures are popularized and adjusted based on the data of health knowledge promotion. The health service procedures are used to realize the online medical appointment of patients and make online payment for medical services through orders. At the same time, health record query is used for patients to query their personal health records remotely online;

A good process design in health service procedures can improve patient satisfaction, reduce patient discomfort during medical treatment, and promote the development of medical business. Standardized process design helps to standardize medical service processes, reduce errors and risks in medical events, and improve the quality and efficiency of medical service processes. It assists in optimizing internal processes of medical institutions, reduces duplication of work and waste, and improves the efficiency and work quality of medical staff. Process design should be able to adapt to changes in personalized needs of medical services. With the continuous updating of medical technology and services, processes should handle these new needs in a more flexible way.

In this embodiment, as shown in FIG5 , the business collaboration units include health record sharing, mutual recognition of examination reports, remote online medical care, medical database, electronic medical record sharing, image data sharing, electrocardiogram data sharing, and laboratory data sharing;

Health records sharing, mutual recognition of examination reports, remote online medical care, medical database, electronic medical records sharing, image data sharing, ECG data sharing, and laboratory data sharing exist in parallel;

The public and medical institutions can share health records, electronic medical records, imaging data, electrocardiogram data, and laboratory data, which can be used by medical staff to judge and observe the patient's diagnosis information, and by patients to query the diagnosis information, so as to realize remote online medical means. The patient's medical information will also be cached in the medical database as medical data;

The mutual recognition of examination reports requires the patient's identity authentication, which includes ID card authentication, face recognition, medical card authentication, and medical APP online authentication;

The specific methods for sharing health records, electronic medical records, imaging data, ECG data, and laboratory data are as follows:

The sharing methods include shared resource library and shared management platform;

The shared management platform and the shared resource library are interconnected; wherein the shared resource library includes a plurality of resource nodes; a local server is set up locally at the user accessing the information data resource sharing system, and each resource node corresponds to a local server; the resource nodes are interconnected to form a point-to-point network; wherein the shared management platform includes a registration and authentication device, a resource processing device, and a resource query device; wherein the registration and authentication device extracts user information and generates a user key pair for the user, and the user key pair includes a user public key and a user private key; the registration and authentication device generates a corresponding user index block according to the user information and the user public key pair and uploads it to the blockchain, thereby completing user registration and establishing a user account;

Among them, the blockchain is stored at one or more resource nodes; after the user completes registration, the shared information data resource is entered and uploaded to the local server; the resource processing device uses the user's private key to encrypt the shared information data resource to generate a digital signature of the information data resource, and uploads the digital signature to the blockchain; the local server uses the user's public key in the user index block in the blockchain to decrypt the digital signature to confirm the authenticity of the information data resource entered by the user; after the authenticity of the information data resource is confirmed, the local server stores the corresponding information data resource; after the local server stores the shared information data resource, the resource processing device extracts the resource information of the information data resource, and uses the hash algorithm to perform hash calculation on the resource information to obtain the resource information hash value; the registration and authentication device uses the resource information and the resource information hash value to generate the corresponding resource index block and upload it to the blockchain to complete the resource registration;

Among them, the shared resource library contains a number of resource information, each resource information includes the creator, creation time, resource category, and resource index number; each local server is equipped with an independent resource query device, the resource query device receives the user's resource query request, and obtains the corresponding information data resource through the shared resource library according to the resource query request, and sends the information data resource obtained by the query to the user who initiated the query.

In this embodiment, as shown in FIG6 , the single supervision includes medical service units, drug supervision units, public health supervision, and medical online supervision;

Single supervision is responsible for the key supervision and management of medical service units. The key supervision and management scope includes drug supervision, public health services and medical personnel management, and maintaining the rationalization of medical services and pharmaceutical sales;

Among them, online medical supervision mainly focuses on the rationality of the process during medical treatment, making the medical treatment process transparent and open.

In this embodiment, as shown in FIG7 , the core database includes a staff database, an archive database, a resource database, a medical record database, database updates, and data cache;

The full-staff database includes patient data and medical staff information data, as well as medical data corresponding to patient visits;

Its various databases can classify and save different data to avoid the appearance of interlaced data. The database update and data cache are respectively connected to the full-staff database, resource database, archive database and medical record database, so as to perform real-time data update operations during the caching process of each data.

The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims (1)

1. A medical health information doctor-patient management system based on medical networking, including a medical networking management system, characterized in that: the input end of the medical networking management system is connected to a user registration, and the output end of the medical networking management system is connected to a core database; The user registration is connected to the core database through the data acquisition and exchange control platform; The core database includes a staff database, a file database, a resource database, a medical record database, database updates, and data cache; The full-staff database includes patient data and medical staff information data, as well as medical data corresponding to patient visits; Its various databases store different data in different categories, and database updates and data caches are connected to the staff database, resource database, archive database, and medical record database respectively; The data acquisition and exchange control platform is used for data transfer and exchange between heterogeneous data environments, and is composed of a control center, a communication and coordination module associated with the control center, and a plurality of actuators associated with the communication and coordination module; At least one data exchange tool is provided in each actuator; The control center is used to provide a visual interface for users to fill in configuration parameters for data acquisition and exchange, and automatically compile the configuration parameters filled in by the user into a configuration program according to preset compilation rules, and then select a data exchange tool and an actuator installed with the data exchange tool according to the configuration program; the communication and coordination module is used for distributed communication and coordination between the control center and the actuator, receives the configuration program from the control center, and sends the configuration parameters in the configuration program and the tasks to be executed to the selected actuator; the actuator is used to receive the configuration parameters and tasks obtained according to the configuration program from the communication and coordination module, and compile the configuration parameters into an execution program that can be recognized by the selected data exchange tool, and use the execution program to drive the selected data exchange tool to perform data acquisition and exchange, and exchange the data acquisition in the source data model to the target data model; The data exchange tools include: DataX, Sqoop, Embulk and Flume; The data exchange tool also includes: a data exchange tool customized by a user according to an interface standard preset by the data acquisition and exchange engine; The input end of the medical network management system is also connected to the health service application, the business collaboration unit and the single supervision respectively, and the input ends of the health service application, the business collaboration unit and the single supervision are all connected to the public group and the medical and health unit; The medical and health units include public medical institutions, health service stations and medical administrative departments, and the public medical institutions, health service stations and medical administrative departments exist in parallel; The output end of the public group is connected to the input end of the user registration, wherein the public group includes a resident group and a medical group, and the resident group and the medical group are distributed in parallel; The public groups and medical and health units are electrically connected in series with health service applications, business collaboration units and single supervision respectively; Health service applications include mini-programs, apps, user mobile terminals, health service applications, business collaboration units, and medical information of single supervision are all aggregated to the public group and medical and health units for the separate management of health service applications, business collaboration units, and single supervision; Health service applications include health knowledge promotion, health service procedures, health record query, online medical appointment, personal medical card, online order payment and medical feedback; The health knowledge promotion, health service procedures, health record query, online medical appointment, personal medical card, online payment of order and medical feedback exist in parallel, among which personal medical card, online medical appointment and online payment of order exist in series; Health knowledge promotion includes online medical knowledge popularization and offline health knowledge promotion and publicity, which is achieved through advertisements, videos, leaflets, and designated medical services; The online and offline data of health knowledge promotion are uniformly summarized, and the health service procedures are popularized and adjusted based on the data of health knowledge promotion; in, Health service program, used to realize online medical appointment for patients; Order online payment, used for patients to make remote online payments; Health record query, for patients to query their personal health records remotely online; Business collaboration units include health record sharing, mutual recognition of examination reports, remote online medical care, medical database, electronic medical record sharing, image data sharing, ECG data sharing, and laboratory data sharing; The health records sharing, mutual recognition of examination reports, remote online medical care, medical database, electronic medical records sharing, image data sharing, electrocardiogram data sharing and laboratory data sharing exist in parallel; The public and medical institutions can share health records, electronic medical records, imaging data, electrocardiogram data, and laboratory data, which can be used by medical staff to judge and observe patients' diagnostic information, and by patients to query diagnostic information. The patient's medical information will also be cached in the medical database as medical data. The mutual recognition of examination reports requires the patient's identity authentication, which includes ID card authentication, face recognition, medical card authentication, and medical APP online authentication; The specific methods for sharing health records, electronic medical records, imaging data, ECG data, and laboratory data are as follows: The sharing methods include shared resource library and shared management platform; The shared management platform and the shared resource library are interconnected; wherein the shared resource library includes a plurality of resource nodes; a local server is set up locally in the user accessing the information data resource sharing system, and each resource node corresponds to a local server; the resource nodes are interconnected to form a point-to-point network; The shared resource library contains a number of resource information, each of which includes the creator, creation time, resource category, and resource index number; each local server is provided with an independent resource query device, which receives a user's resource query request, obtains the corresponding information data resource through the shared resource library according to the resource query request, and sends the information data resource obtained by the query to the user who initiated the query; Individual supervision includes medical service units, drug supervision units, public health supervision, and medical online supervision; Single supervision is used for key supervision and management of medical service units; Key areas of supervision and management include drug regulation, public health services, and medical personnel management; Online medical supervision is used to monitor the rationality of processes during medical treatment.