Multi-party comprehensive management system for diagnosis and treatment

Abstract

The invention provides a multi-party comprehensive management system for diagnosis and treatment, which comprises a server, a patient end and a doctor end, a database is arranged in the server, the patient end is a user mobile end, the doctor end comprises a doctor mobile end and a computer end, and the server, the patient end and the doctor end communicate with each other in an http mode; the server comprises a patient management module, a doctor management module, a medicine management module, a diagnostic standard module, an operation management module and a diagnostic standard module; wherein the patient management module registers and authenticates a patient through data of the patient; the doctor management module is used for setting doctor information and adding doctors with related permissions into a doctor group, the doctor group comprises personnel information, permission information, department information and doctor information, and doctor group permissions are distributed through the doctor management module; the medicine management module inputs medicine types, medicine picture information and medicine data information.

Description

Technical Field

[0001] The present invention belongs to the field of comprehensive management, and in particular relates to a multi-party comprehensive management system for diagnosis and treatment. Background Art

[0002] In today's healthcare industry, as people's demand for health management increases, the traditional diagnosis and treatment management model can no longer meet the needs of modern medical services. The emergence of multi-party integrated management systems aims to integrate medical resources, improve diagnosis and treatment efficiency, and improve patient experience. However, current medical management technology still has many defects in practical applications, which restricts its development and promotion.

[0003] Existing medical management systems are often single-function-based and lack comprehensiveness and systematicness. Many systems only focus on a specific link, such as appointment registration, medical record management or fee settlement, resulting in serious information islands. The poor information transmission between doctors, nurses and patients affects the continuity and coordination of medical services. Secondly, traditional medical management systems have obvious deficiencies in data sharing and integration. Because different medical institutions use different management systems, it is difficult to share patients' health information between different institutions, resulting in a waste of repeated examinations and treatments. This not only increases the financial burden on patients, but also delays the diagnosis and treatment of the disease.

[0004] The current medical management system is also lacking in user experience. Many systems have complex interface designs and cumbersome operating procedures, which are often difficult to quickly get started with, especially for elderly patients or users with low technical skills. This unfriendly user experience reduces patient participation and satisfaction, and affects the effectiveness of medical services. Furthermore, existing technologies are still insufficient in intelligence and data analysis capabilities. Although some systems have begun to introduce data analysis and intelligent technologies, most still rely on manual input and simple statistical analysis, and are unable to deeply explore the potential laws behind the data. This affects the scientificity and accuracy of medical decision-making, and doctors often find it difficult to obtain comprehensive patient information and effective treatment recommendations.

[0005] The current medical management system also faces many challenges in terms of security and privacy protection. Medical data usually involves the patient's personal privacy and sensitive information, but many systems lack adequate security measures during data storage and transmission, which can easily lead to data leakage or abuse. This not only threatens the privacy and security of patients, but may also lead to legal risks for medical institutions. Finally, with the continuous advancement of medical technology, especially the rise of telemedicine and mobile medicine, the existing medical management system often fails to fully adapt to the needs of these emerging technologies and lacks support and integration capabilities for new technologies. Therefore, the development of a multi-party integrated management system for diagnosis and treatment aims to improve the efficiency and security of medical management by integrating advanced technical means. The system will realize the comprehensive sharing, intelligent analysis and security management of medical information, and provide more efficient and convenient services for medical institutions, doctors and patients to cope with various challenges in the modern medical environment. Through this innovative management system, the quality and efficiency of medical services will be significantly improved, ultimately providing patients with better health protection. Summary of the invention

[0006] The present invention proposes a multi-party integrated management system for diagnosis and treatment, which solves multiple technical problems existing in the modern medical environment in the prior art, especially in terms of information sharing, data management and user experience. By integrating user mobile terminals and doctor mobile terminals, comprehensive support for remote diagnosis and treatment and mobile medical care is achieved, allowing patients and doctors to conduct diagnosis and treatment activities at any time and any place, thereby improving the flexibility and convenience of medical services.

[0007] The technical solution of the present invention is implemented as follows: a multi-party integrated management system for diagnosis and treatment, including a server, a patient end and a doctor end, wherein the server has a built-in database, the patient end is a user mobile end, and the doctor end includes a doctor mobile end and a computer end, and the server, the patient end and the doctor end communicate with each other using HTTP; the server includes a patient management module, a doctor management module, a drug management module, a diagnostic standard module, a surgery management module, and a diagnostic standard module;

[0008] The patient management module registers and authenticates patients through their information; the doctor management module sets doctor information and adds doctors with relevant authority to the doctor group, which includes personnel information, authority information, department information and doctor information. The doctor group authority is allocated through the doctor management module; the drug management module inputs drug types, drug image information and drug data information, and the doctor prescribes drugs to the patient according to the patient's condition; the diagnostic standard module inputs diagnostic standards in advance; the surgery management module queues or schedules patients for surgery, and inputs specific surgery information and surgery risks through the doctor's entry of basic surgery information; The user mobile terminal communicates with the doctor mobile terminal and the server through the network, and the user mobile terminal includes a homepage module, a medical record module, an information query module, an information authorization module, a user terminal upload module and an evaluation module; wherein the homepage module displays the permissions of the current user and performs login and logout operations; the medical record module records the relevant medical records generated during the patient management and medical consultation process; the information query module queries and operates the relevant information of the patient; the information authorization module operates through the sharing of medical records; the user terminal upload module is used for patients to upload relevant pictures; the evaluation module is used to evaluate the current medical service satisfaction evaluation;

[0009] The doctor's mobile terminal includes a function list module, a medical activity module, an activity log module and a doctor's upload module; the function list module visually displays the related functions in a list; the medical activity module simultaneously records surgery, follow-up, free clinics, education, hospitalization, chronic disease outpatient clinics, discharge and follow-up activities; the activity log module is used to record activity logs and perform activity statistics at the same time; the doctor's upload module is used to upload the doctor's operation pictures; the computer terminal backs up the data of the mobile terminal and stores and records it, and feeds back the backup information to the doctor's mobile terminal.

[0010] Traditional medical management systems often have information islands, and information between different medical institutions and departments cannot be effectively shared, resulting in patients having to repeatedly provide the same information when visiting different hospitals or departments, increasing the burden on patients and wasting medical resources. This system integrates multiple modules such as patient management, doctor management, drug management, diagnostic standards and surgery management to achieve comprehensive sharing and unified management of medical information, ensuring that patients can receive consistent and coherent services during the diagnosis and treatment process at different stages. Secondly, the current medical management system has deficiencies in data management and security. Many systems lack sufficient security measures during data storage and transmission, which can easily lead to patient privacy leakage and data abuse. This system uses http communication to ensure the security and real-time nature of data transmission. At the same time, through the permission configuration control module, it strictly controls the access rights of different users to data to protect patient privacy and data security.

[0011] The existing system also has many problems in terms of user experience. Especially for elderly patients or users with low technical skills, the system with complex operation and unfriendly interface is often difficult to use quickly, which affects the efficiency and effectiveness of medical services. This system improves the user experience by designing a simple and intuitive user interface and operation process, allowing patients and doctors to query, record and upload information more conveniently, improving the overall satisfaction of medical services. With the continuous advancement of medical technology, especially the rise of telemedicine and mobile medicine, the existing medical management system often fails to fully adapt to the needs of these emerging technologies and lacks support and integration capabilities for new technologies.

[0012] Compared with the existing technologies, this multi-party integrated management system for diagnosis and treatment shows significant differences and innovations, especially in terms of system architecture, functional integration, data management and user experience. First of all, from the perspective of system architecture, the existing medical management system is usually a collection of single functional modules, lacking integrity and synergy. However, this system forms a complete multi-party integrated management platform by integrating the server, patient side and doctor side. This architectural design not only realizes the seamless connection between the modules, but also ensures the real-time transmission and sharing of information between different terminals, improving the overall efficiency and synergy of the system. Secondly, in terms of functional integration, the existing systems often only focus on a specific link, such as appointment registration, medical record management or fee settlement, resulting in serious information island phenomenon. However, this system realizes the comprehensive management and unified scheduling of medical information through the integration of multiple functional modules such as patient management module, doctor management module, drug management module, diagnostic standard module and surgery management module. This comprehensive functional integration enables the system to cover all aspects of the diagnosis and treatment process, ensuring that patients can obtain consistent and coherent services in the diagnosis and treatment process of different links. Furthermore, in terms of data management, the existing system has obvious deficiencies in data sharing and integration, which makes it difficult to share patients' health information between different institutions, resulting in waste of repeated examinations and treatments. However, this system realizes the centralized storage and unified management of patient information through the built-in database of the server, ensuring that data between different terminals and modules can be shared and synchronized in real time.

[0013] The system strictly controls the access rights of different users to data through the permission configuration control module, protecting the privacy and data security of patients. This data management mechanism not only improves the efficiency of information utilization, but also enhances the security and reliability of the system. In terms of user experience, the existing systems often have complex interface designs and cumbersome operation procedures, which are difficult to quickly get started, especially for elderly patients or users with low technical levels. However, this system improves the user experience by designing a simple and intuitive user interface and operation process. For example, the homepage module of the user's mobile terminal displays the permissions of the current user and supports login and logout operations; the medical record module records the relevant medical records generated during patient management and medical treatment; the information query module supports querying and operating relevant information of patients; the information authorization module supports sharing of medical records; the user-side upload module supports patients uploading relevant pictures; and the evaluation module supports the evaluation of current medical service satisfaction. These designs enable patients and doctors to query, record and upload information more conveniently, improving the overall satisfaction with medical services.

[0014] In terms of technical support, existing systems often fail to fully adapt to the needs of emerging technologies and lack support for telemedicine and mobile medicine. This system integrates the user's mobile terminal and the doctor's mobile terminal to achieve comprehensive support for remote diagnosis and treatment and mobile medicine. For example, the function list module of the doctor's mobile terminal visualizes the list of related functions; the medical activity module simultaneously records surgery, follow-up, free clinic, education, hospitalization, chronic disease clinic, discharge and follow-up activities; the activity log module is used to record activity logs and perform activity statistics at the same time; the doctor's upload module is used to upload the doctor's operation pictures. These designs enable patients and doctors to conduct diagnosis and treatment activities at any time and any place, improving the flexibility and convenience of medical services.

[0015] As a preferred implementation, the patient uploads the information through the user-side upload module, and the user uses the identity information to register on the doctor side and the patient side in the server data center respectively. After successful registration and login, the patient side queries the case through the information query module to query the hospital, department, doctor information and diagnosis results; after successful registration and login, the doctor uploads the patient information through the doctor's mobile terminal, and fills in the patient's surgical process information according to the actual surgical situation. After filling in, the server-side permission configuration control module configures the corresponding patient's permissions. After obtaining permission, the patient can view his or her own surgical information and operation information through the information query module; the doctor makes a diagnosis based on the surgical information and the patient's medical information, and keeps records of the medical process and medication.

[0016] As a preferred embodiment, a database is provided in the server, and the information stored in the database is recorded by the data generation module and the data management module on the server side for dynamic data recording, which is uploaded or viewed by the patient and doctor sides, and the doctor's mobile terminal and computer side synchronously record the information in the database, so as to facilitate query and operation by patients and doctors.

[0017] As a preferred implementation, the user data in the doctor's side and the patient's side are imported into the server side for storage after being encrypted in the database. Symmetric and asymmetric encryption and decryption methods are used between the doctor's side, the patient's side and the server side. Through data transmission, the server-side data exchange module is used to transmit and update data with the doctor's side and the patient's side.

[0018] As a preferred implementation, the server performs data filtering and data verification on the transmitted data, intercepts requests and responses through data filtering and data verification, and simultaneously performs synchronous filtering and verification on requests and responses by setting up a firewall.

[0019] After adopting the above technical scheme, the beneficial effect of the present invention is that this multi-party integrated management system for diagnosis and treatment brings many beneficial effects, significantly improving the efficiency, safety and user experience of medical services. First, by integrating multiple functional modules, the system realizes the comprehensive sharing and unified management of medical information, ensuring that patients can obtain consistent and coherent services in the diagnosis and treatment process of different links. This information sharing mechanism not only reduces the repeated examinations and treatments of patients, but also improves the utilization efficiency of medical resources and reduces medical costs. Secondly, the system ensures the security and real-time nature of data transmission by adopting the http communication method, and at the same time strictly controls the access rights of different users to data through the authority configuration control module to protect the privacy and data security of patients. This data management mechanism not only improves the utilization efficiency of information, but also enhances the security and reliability of the system, so that patients and doctors can use the system more confidently. In addition, the system improves the user experience by designing a simple and intuitive user interface and operation process. For example, the homepage module of the user's mobile terminal displays the permissions of the current user and supports login and logout operations; the medical record module records the relevant medical records generated during patient management and medical treatment; the information query module supports querying and operating relevant information of patients; the information authorization module supports sharing of medical records; the user-side upload module supports patients uploading relevant pictures; and the evaluation module supports the evaluation of current medical service satisfaction. These designs enable patients and doctors to query, record and upload information more conveniently, improving the overall satisfaction of medical services. Furthermore, the system achieves comprehensive support for remote diagnosis and treatment and mobile medical care by integrating the user's mobile terminal and the doctor's mobile terminal. For example, the function list module of the doctor's mobile terminal visualizes the list of related functions; the medical activity module simultaneously records surgery, follow-up, free clinic, education, hospitalization, chronic disease clinic, discharge and follow-up activities; the activity log module is used to record activity logs and conduct activity statistics at the same time; the doctor's upload module is used to upload the doctor's operation pictures. These designs enable patients and doctors to conduct diagnosis and treatment activities at any time and any place, improving the flexibility and convenience of medical services. Finally, the system realizes the centralized storage and unified management of patient information through the built-in database of the server, ensuring that data between different terminals and modules can be shared and synchronized in real time. This data management mechanism not only improves the efficiency of information utilization, but also enhances the security and reliability of the system, allowing patients and doctors to use the system more confidently. In summary, this multi-party integrated management system for diagnosis and treatment improves the efficiency, security and user experience of medical services by integrating advanced technical means, and provides effective solutions to various challenges in the modern medical environment. Through this innovative management system, the quality and efficiency of medical services will be significantly improved, ultimately providing patients with better health protection. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative labor.

[0021] Figure 1 This is a system block diagram of the present invention. DETAILED DESCRIPTION

[0022] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0023] Example:

[0024] like Figure 1 As shown, a multi-party integrated management system for diagnosis and treatment includes a server, a patient end and a doctor end, wherein the server has a built-in database, the patient end is a user mobile end, and the doctor end includes a doctor mobile end and a computer end, and the server, the patient end and the doctor end communicate with each other using HTTP; the server includes a patient management module, a doctor management module, a drug management module, a diagnostic standard module, a surgery management module, and a diagnostic standard module;

[0025] The patient management module registers and authenticates patients through their information; the doctor management module sets doctor information and adds doctors with relevant authority to the doctor group, which includes personnel information, authority information, department information and doctor information. The doctor group authority is allocated through the doctor management module; the drug management module inputs drug types, drug image information and drug data information, and the doctor prescribes drugs to the patient according to the patient's condition; the diagnostic standard module inputs diagnostic standards in advance; the surgery management module queues or schedules patients for surgery, and inputs specific surgery information and surgery risks through the doctor's entry of basic surgery information; The user mobile terminal communicates with the doctor mobile terminal and the server through the network, and the user mobile terminal includes a homepage module, a medical record module, an information query module, an information authorization module, a user terminal upload module and an evaluation module; wherein the homepage module displays the permissions of the current user and performs login and logout operations; the medical record module records the relevant medical records generated during the patient management and medical consultation process; the information query module queries and operates the relevant information of the patient; the information authorization module operates through the sharing of medical records; the user terminal upload module is used for patients to upload relevant pictures; the evaluation module is used to evaluate the current medical service satisfaction evaluation;

[0026] The doctor's mobile terminal includes a function list module, a medical activity module, an activity log module and a doctor's upload module; the function list module visually displays the related functions in a list; the medical activity module simultaneously records surgery, follow-up, free clinics, education, hospitalization, chronic disease outpatient clinics, discharge and follow-up activities; the activity log module is used to record activity logs and perform activity statistics at the same time; the doctor's upload module is used to upload the doctor's operation pictures; the computer terminal backs up the data of the mobile terminal and stores and records it, and feeds back the backup information to the doctor's mobile terminal.

[0027] In modern medical management, it is crucial to build an efficient and flexible multi-party integrated management system. This system covers the server, patient side and doctor side, and uses http technology to achieve real-time communication between the terminals, thereby ensuring efficient data flow and management. The following will elaborate on the working principle, operation process and specific operation steps of the system. The core of the system is the server, whose built-in database is responsible for storing key information such as all patients, doctors and drugs. The server contains several modules: patient management module, doctor management module, drug management module, diagnostic standard module and surgery management module. Each module has a clear function and works together to achieve a complete medical service chain.

[0028] The patient management module is responsible for patient registration and authentication. On the patient side, users can submit personal information through the mobile app. The system will transmit the information to the server for verification. If the information meets the requirements, the patient's registration will be successful and a unique user ID will be obtained. The system will create a medical record file for the patient. Through the medical record module, patients can check their medical records at any time. The system extracts information from the database and displays it to the user, including historical medical records, examination results, etc.

[0029] On the doctor side, the doctor management module is used to set doctor information, allowing doctors to register and enter specific doctor groups. Each doctor group contains detailed permission information and department information to ensure that doctors operate under the corresponding permissions. This module can also manage the permissions of doctors' accounts to ensure the compliance of medical work.

[0030] The drug management module is a key part of the system. When doctors diagnose and treat patients, they can enter the drugs they need to prescribe in this module. Doctors select the corresponding drugs and record the quantity of the drugs. The system automatically generates a drug list and updates the drug inventory information. In addition, doctors can also upload pictures of the drugs to help patients better identify and understand them.

[0031] For diagnosis and surgery, the diagnostic standard module will pre-enter medical standards to guide doctors to follow professional basis during diagnosis and treatment. In the surgery management module, doctors can queue or make an appointment for surgery for patients, and enter basic information about the surgery and the corresponding risks. This process not only facilitates the management work of doctors, but also helps patients quickly obtain the required medical services. The user mobile terminal of the system not only allows patients to query information and view medical records, but also provides an information authorization module. Patients can choose to share their personal medical records with other doctors to facilitate the next step of diagnosis and treatment. At the same time, patients can upload medical-related pictures on the user terminal to help doctors understand the patient's condition more comprehensively. This process also enhances the interaction between patients and doctors. The doctor's mobile terminal integrates the function list module, medical activity record module, activity log module, etc. These modules enable doctors to efficiently record and manage daily medical activities. The medical activity module records various medical behaviors, including surgery, follow-up and free clinics, and provides data support for medical decision-making. The activity log module counts and organizes the doctor's activities, which helps to evaluate the medical effect and improve the quality of service. The doctor's upload module allows doctors to upload pictures during the operation, which is convenient for subsequent quality review and learning.

[0032] The computer side of the system is mainly used for data backup and storage records, which provides effective protection for data security. After the doctor completes important operations, the system will automatically back up the data on the mobile side to prevent data loss, and feedback the backup information to the doctor's mobile side to ensure the consistency and integrity of the information.

[0033] In terms of specific operation steps, a possible typical process includes the following steps: first, the patient opens the mobile application, fills in the registration information and submits it; second, the patient queries the submitted historical medical information through the medical record module; third, the doctor logs in to his mobile terminal, enters the doctor management module, and assigns corresponding medical rights to the patient; fourth, the doctor enters the drug management module, selects appropriate drugs according to the patient's condition and enters the quantity to generate a drug order; fifth, the doctor makes an appointment for the patient in the surgery management module and records the relevant surgery information and risks; sixth, the doctor records all medical activities through the medical activity record module to ensure that they can be traced.

[0034] Through this efficient multi-party integrated management system, all participants can improve the quality and efficiency of medical services under the premise of rapid response, and ultimately achieve good interaction and collaboration between patients, doctors and medical institutions.

[0035] Patients upload their information through the user-side upload module. Users use their identity information to register on the doctor side and the patient side in the server data center respectively. After successful registration and login, the patient side searches for cases through the information query module to query the hospital, department, doctor information and diagnosis results. After successful registration and login, the doctor uploads the patient information through the doctor's mobile terminal and fills in the patient's surgical process information according to the actual surgical situation. After filling in, the server-side permission configuration control module configures the permissions of the corresponding patients. After obtaining permission, the patient can view his or her surgical information and operation information through the information query module. The doctor makes a diagnosis based on the surgical information and the patient's medical information, and keeps records of the medical process and medication.

[0036] This technical solution is significantly different from the existing technology in many aspects, especially in terms of information management, user interaction and data security, which shows higher efficiency and flexibility. First of all, in terms of user registration and information management, the system supports patients and doctors to quickly obtain the required information after successful registration through the dynamic information generation module integrated in the database. Patients use their identity information to register on the doctor side and the patient side, and after registration, they can query case information, hospital, department and doctor information through permission management. Compared with traditional methods, this intelligent information management method simplifies the information query and access process and greatly improves the user experience.

[0037] Existing technologies usually adopt a decentralized management structure, and the information exchange between patients and doctors is limited, which often leads to information asymmetry. However, this technical solution improves communication efficiency through real-time interaction between patients and doctors. After obtaining the patient's surgical information and operation information uploaded by the doctor, the patient can understand his or her own surgical process more accurately. This transparent information flow allows patients to feel a sense of participation and control in the medical process, and improves their satisfaction with medical services.

[0038] In terms of medical record management, doctors can record cases on mobile devices, quickly update them using their phones, and synchronize them with the cloud. This convenience is difficult to achieve in traditional systems. Doctors can update patients' medical process information anytime and anywhere without having to rely on fixed office equipment. This flexibility not only improves doctors' work efficiency, but also makes patients' medical experience smoother.

[0039] The server is provided with a database. The information stored in the database is recorded dynamically by the data generation module and the data management module on the server side. The patient and doctor sides upload or view the information. The doctor's mobile terminal and computer side synchronously record the information in the database, which is convenient for patients and doctors to query and operate.

[0040] In terms of database data management, this technical solution realizes real-time recording of dynamic data through the data generation and management module on the server side. This dynamic observation function allows both the patient and the doctor to upload or view the latest information at any time, greatly simplifying the delay and information island problems existing in traditional data management. Compared with the static data management method in the prior art, dynamic data management allows information to be updated in a timely manner and quickly traced, ensuring that both patients and doctors can obtain the latest medical information, thereby enhancing the timeliness and accuracy of medical decision-making.

[0041] Data is recorded synchronously between the doctor's mobile terminal and computer terminal to ensure that the information in the database is always up to date. Patients and doctors only need to connect to a unified data source to achieve efficient interaction. This design not only improves the user-friendliness of the operation, but also effectively reduces the time delay of information flow, which is conducive to better communication between patients and doctors.

[0042] The user data in the doctor side and the patient side are imported into the server side for storage after being encrypted in the database. Symmetric and asymmetric encryption and decryption methods are adopted between the doctor side, the patient side and the server side. Through data transmission, the server side data exchange module is used to transmit and update data with the doctor side and the patient side.

[0043] In terms of data transmission and storage security, this technical solution is significantly superior to existing technologies through the encryption strategy of user data. It adopts a combination of symmetric and asymmetric encryption, and imports the data into the server for storage after encryption in the database, ensuring that the user's sensitive information is not easily obtained by unauthorized third parties during storage and transmission. This encryption measure improves the strength of privacy protection. Compared with the previous weaker data protection mechanism, this solution provides more stringent security protection.

[0044] During the data transmission process, the solution introduces a data exchange module to ensure that the data updates on the doctor and patient sides are not interfered with by external factors. The use of this technology makes the security system of the entire system more complete. Whether it is when data is uploaded and stored, or in real-time interactions in real scenarios, it can effectively prevent data leakage and tampering, and improve users' trust in the system.

[0045] The server performs data filtering and data verification on the transmitted data, intercepts the request and the response through data filtering and data verification, and simultaneously performs synchronous filtering and verification on the request and the response by setting a firewall.

[0046] The system strengthens the security of data requests and responses by filtering and verifying data, which is particularly important in modern medical technology. Most existing technologies lack a systematic filtering and verification mechanism after receiving data, making them vulnerable to attacks or misoperation. This technical solution sets up a strict data filtering and verification mechanism on the server side to ensure that all inbound and outbound data packets are intercepted and verified to prevent potential security risks.

[0047] This method allows data to be strictly reviewed before entering the system, fundamentally reducing the possibility of non-compliant or malicious data. In addition, combined with the simultaneous filtering and verification of firewall technology, it is possible to monitor requests in real time and promptly detect and prevent abnormal behavior. This enhanced protection allows medical data to be transmitted and stored in a more secure environment, maintaining the integrity and privacy of the information.

[0048] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A multi-party integrated management system for diagnosis and treatment, including a server, a patient end and a doctor end, characterized in that: The server has a built-in database, the patient end is a user mobile end, and the doctor end includes a doctor mobile end and a computer end. The server, the patient end and the doctor end communicate with each other using HTTP; the server includes a patient management module, a doctor management module, a drug management module, a diagnostic standard module and a surgery management module; The patient management module registers and authenticates patients through their information; the doctor management module sets doctor information and adds doctors with relevant authority to the doctor group, which includes personnel information, authority information, department information and doctor information. The doctor group authority is allocated through the doctor management module; the drug management module inputs drug types, drug image information and drug data information, and the doctor prescribes drugs to the patient according to the patient's condition; the diagnostic standard module inputs diagnostic standards in advance; the surgery management module queues or schedules patients for surgery, and inputs specific surgery information and surgery risks through the doctor's entry of basic surgery information; The user mobile terminal communicates with the doctor mobile terminal and the server through the network, and the user mobile terminal includes a homepage module, a medical record module, an information query module, an information authorization module, a user terminal upload module and an evaluation module; wherein the homepage module displays the permissions of the current user and performs login and logout operations; the medical record module records the relevant medical records generated during the patient management and medical consultation process; the information query module queries and operates the relevant information of the patient; the information authorization module operates through the sharing of medical records; the user terminal upload module is used for patients to upload relevant pictures; the evaluation module is used to evaluate the current medical service satisfaction evaluation; The doctor's mobile terminal includes a function list module, a medical activity module, an activity log module and a doctor's terminal upload module; The function list module displays the related functions in a visual list; the medical activity module records surgery, follow-up, free clinic, education, hospitalization, chronic disease clinic, discharge and follow-up activities; the activity log module is used to record activity logs and perform activity statistics at the same time; The doctor-side upload module is used to upload the doctor's operation pictures; the computer side backs up the data of the mobile side and stores and records them, and feeds back the backup information to the doctor's mobile side.

2. A multi-party integrated management system for diagnosis and treatment as claimed in claim 1, characterized in that: Patients upload their information through the user-side upload module. Users use their identity information to register on the doctor side and the patient side in the server data center respectively. After successful registration and login, the patient side searches for cases through the information query module to query the hospital, department, doctor information and diagnosis results. After successful registration and login, the doctor uploads the patient information through the doctor's mobile terminal and fills in the patient's surgical process information according to the actual surgical situation. After filling in, the server-side permission configuration control module configures the permissions of the corresponding patients. After obtaining permission, the patient can view his or her surgical information and operation information through the information query module. The doctor makes a diagnosis based on the surgical information and the patient's medical information, and keeps records of the medical process and medication.

3. A multi-party integrated management system for diagnosis and treatment as claimed in claim 1, characterized in that: The server is provided with a database. The information stored in the database is recorded dynamically by the data generation module and the data management module on the server side. The patient and doctor sides upload or view the information. The doctor's mobile terminal and computer side synchronously record the information in the database, which is convenient for patients and doctors to query and operate.

4. A multi-party integrated management system for diagnosis and treatment as claimed in claim 1, characterized in that: The user data in the doctor side and the patient side are imported into the server side for storage after being encrypted in the database. Symmetric and asymmetric encryption and decryption methods are adopted between the doctor side, the patient side and the server side. Through data transmission, the server side data exchange module is used to transmit and update data with the doctor side and the patient side.

5. A multi-party integrated management system for diagnosis and treatment as claimed in claim 4, characterized in that: The server performs data filtering and data verification on the transmitted data, intercepts the request and the response through data filtering and data verification, and simultaneously performs synchronous filtering and verification on the request and the response by setting a firewall.

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