Physical examination integrated information management system

Abstract

The invention provides an integrated information management system for physical examination, relates to the field of medical information management, and solves the problems of data islands, lack of continuous services, poor function compatibility and limited application of an existing physical examination system. The system comprises a client health examination subsystem which is used for providing query, reservation and presentation services of multiple types of health examination information for health examination clients and feeding back operation information of the health examination clients to a hospital health examination subsystem; the health examination module is correspondingly connected with different hospital business systems and carries out data interaction, the intelligent examination guiding module calculates a flow path of health examination according to operation information of an examination customer, and the health management module carries out data interaction with the health examination module. Health physical examination information and continuous health management service of health state prediction and return visit are provided for the physical examination client; according to the invention, data resources are fully utilized, and better physical examination service is provided.

Description

Technical Field

[0001] The present invention relates to the field of medical information management, is applied in the process of health examination, and specifically relates to an integrated health examination information management system. Background Art

[0002] With people's growing demand for health and the advancement of digital transformation, health checkup management systems play an increasingly important role in medical and health services. However, the existing health checkup management system products on the market are still insufficient in many key aspects, and innovative solutions are urgently needed to improve efficiency, accuracy and user experience. Due to the complexity of the medical industry, although there are many types of health checkup system products, they generally face the following problems:

[0003] The software for physical examination result data collection, physical examination report generation, physical examination fee management, and specialist examinations are usually independent systems, resulting in serious information islands, increasing operational complexity and the risk of errors. At the same time, during the data collection process, manual entry or certain automated imports often result in errors or omissions, affecting the reliability of the data.

[0004] The existing system also lacks the function of post-physical examination follow-up, and cannot continuously track the health status of individuals, which reduces the timeliness and effectiveness of health intervention. The existing technology also lacks an automatic identification and alarm mechanism, and the critical value and positive result identification function is missing, which cannot promptly alert medical staff to pay attention to important abnormal indicators. Since the system lacks the function of in-depth analysis of individual health trends, it is unable to provide personalized health advice and preventive measures.

[0005] In addition, the data formats between different existing medical systems are not unified, making it difficult to achieve seamless information exchange, which limits the optimal allocation of resources. The system does not establish a centralized health examination data warehouse, which hinders the long-term storage and in-depth mining of data. The system does not provide scientific research statistical analysis tools for diseases detected during physical examinations, which limits medical research and the formulation of public health policies.

[0006] Regarding data comparison reports, the imperfection of the current system's automatic generation function also affects the continuity and refinement of health management. Many existing physical examination software still rely on manual management or stand-alone processing systems, which are not only inefficient but also prone to errors and do not meet the requirements of modern informatization.

[0007] In summary, the main problems of the current health checkup management system are fragmented data management, unstable data quality, discontinuous user services, and limited system functions. Therefore, it is urgent to develop a health checkup information management system that integrates data collection, analysis, storage, and management, and can adapt to multiple scenarios, cross-platform, and intelligent operations to meet the growing health service needs of medical institutions and physical examination customers. Summary of the invention

[0008] Based on the current status of the background technology, the purpose of the present invention is to solve the problems of data islands, lack of continuous services, poor functional compatibility and limited application in the existing physical examination system, and therefore proposes a health physical examination integrated information management system. The system of the present invention is oriented to physical examination customers, can improve the efficiency of the physical examination process, and realize the interoperability of multiple platform scenarios such as physical examination centers, hospital outpatient clinics or inpatients, facilitate the physical examination process of physical examination customers, and realize cloud storage and information management of health examination data, making full use of data resources to provide health services.

[0009] The present invention adopts the following technical solutions to achieve the purpose:

[0010] A health examination integrated information management system, the system comprises a client health examination subsystem and a hospital health examination subsystem connected in communication, wherein:

[0011] The client-side health examination subsystem is used to provide health examination customers with query, reservation and presentation services for various types of health examination information, and to feed back the operation information of the health examination customers to the hospital-side health examination subsystem;

[0012] The hospital-side health check-up subsystem includes a health check-up module, an intelligent inspection guidance module and a health management module; the health check-up module is provided with multiple modular functional areas, each of which corresponds to a different hospital business system and interacts with data; the intelligent inspection guidance module is provided with an AI inspection guidance model, which is used to calculate the process path of the health check-up based on the operation information of the health check-up customer; the health management module interacts with the health check-up module, and based on the operation information or examination data of the health check-up customer, provides health check-up information to the health check-up customer through the client health check-up subsystem, as well as continuous health management services such as health status prediction and follow-up visits.

[0013] Furthermore, the client health check subsystem includes:

[0014] The Internet hospital science popularization module is used to popularize disease and physical examination knowledge to physical examination customers;

[0015] The pre-examination reservation module is used to receive the pre-examination reservation of the physical examination customer and provide customized health examination items for the physical examination customer to choose; the operation information of the physical examination customer making the pre-examination reservation is fed back to the health examination module and the health management module by the pre-examination reservation module;

[0016] The physical examination report query module is used to automatically push the physical examination report of the health examination items that have been carried out to the physical examination customer, or to feedback the physical examination report of the health examination items that have been carried out under the operation information queried by the physical examination customer through the client health examination subsystem.

[0017] Furthermore, the health examination module is also used to: establish different health files according to different types of health examination customers for the health management module and the client health examination subsystem to call; generate a comparison report based on the health examination data accumulated by the health examination customers and send it to the health management module for analysis; when conducting health examination projects, call the corresponding recognition model based on the obtained health examination data to assist the health examination physician in issuing the corresponding health examination report.

[0018] Furthermore, the hospital-side health examination subsystem also includes a multi-platform intercommunication module and a multi-level collaborative service module; the multi-platform intercommunication module is used to provide connection services for different hospital business systems for multiple modular functional areas in the health examination module, and the hospital business systems connected to the health examination module include the HIS system, LIS system and PACS system; the multi-level collaborative service module is used to provide different levels of information association and data real-time interaction services for the health examination module.

[0019] Furthermore, the physical examination customer types include individuals and teams; the hospital-side health examination subsystem also includes a team health management plan customization module. The team health management plan customization module is used to provide a personalized physical examination plan for the team based on the feedback from the health examination module when the physical examination customer type is a team, and at the same time generate a health management plan for the team and send it to the health management module.

[0020] Furthermore, the hospital-side health examination subsystem also includes a precise collection module, which is used to provide corresponding health examination data collection services for multiple modular functional areas in the health examination module; the precise collection module is connected to the health examination equipment of multiple health examination departments, and collects the health examination data provided by the health examination equipment and uploads it to the health examination module.

[0021] Furthermore, the intelligent inspection guidance module is also used to provide full-process intelligent inspection guidance services to physical examination customers through voice calls, time schedule calculations, inspection and triage status query and entry, authority management, physical examination process settings for special examination items, inspection guidance cycle entry, management of customers awaiting inspection, priority for fasting examinations, waiting time reminders and physical examination end reminders while calculating the process path of the health examination.

[0022] Furthermore, the hospital-side health examination subsystem also includes an important abnormal result module, which is used to automatically identify abnormal results in the physical examination data and perform risk classification based on the physical examination data generated by the health examination module, and at the same time add the abnormal results of the corresponding physical examination customers to the corresponding result library for call by the health management module.

[0023] Furthermore, the hospital-side health examination subsystem also includes a post-examination follow-up module, which is used to provide the health management module with follow-up services for health examination customers; the post-examination follow-up module is also used to identify the health examination customers who need to be followed up based on the health examination data generated by the health examination module, extract and record the health examination information and follow-up information of the health examination customers, and present the follow-up request and health examination information to the health examination customer through the client health examination subsystem.

[0024] Furthermore, the hospital-side health examination subsystem also includes a health examination cloud database module and a big data scientific research application module; the health examination cloud database module is used for cloud storage of examination data, and at the same time accepts call requests for cloud-stored examination data from the health examination module, intelligent inspection guidance module and health management module; the big data scientific research application module is used to statistically analyze various examination disease information based on cloud-stored examination data, and generate scientific research statistical analysis reports for health examination management.

[0025] In summary, due to the adoption of this technical solution, the beneficial effects of the present invention are as follows:

[0026] The system of the present invention focuses on the management accuracy of health examination data, because the data itself is directly related to the effect of medical services. Under the premise of ensuring data accuracy and security, the statistical significance and scientificity of population health data can be effectively improved. At the same time, the system aims at personal health and team health, and can provide continuous and integrated health services for individuals or teams through data information sharing functions.

[0027] The system of the present invention optimizes the combination while also reducing iteration and construction costs as much as possible, optimizing the entire physical examination process during the physical examination guidance process, thereby correspondingly reducing the technical and human costs required for health examinations and meeting the huge market capacity demand for health examination management.

[0028] The system of the present invention also integrates and stores data from various business systems of the hospital, thereby breaking down information barriers; by connecting the LIS system, PACS system, ECG system, HIS system, etc., the present invention successfully connects data interactions in multiple applications such as health examinations, outpatient visits and inpatient treatments, and the system performs well in the cross-platform interoperability process.

[0029] According to the health examination cloud database included in the system of the present invention, the present invention can implement a multi-mode health examination and health management process under a remote mechanism, and the relevant data is uploaded to the cloud database. Through the cloud system service platform built under the Internet framework, data resource sharing and other operations are realized, so that the grassroots health examination data can be diagnosed and managed by the superiors, and the health examination services that the health examination customers can obtain are better.

[0030] In addition to the health check-up cloud database, the system of the present invention also integrates the health check-up related knowledge base, which uses emerging technologies such as health big data and intelligent prediction models to interact with health check-up customers and provide health information intervention strategies. The health check-up customers can understand the health check-up report and other related information more accurately, and have a better understanding of the health status prediction, thus realizing the predictive, intelligent and proactive health management of their own data.

[0031] The present invention also integrates the prevention, health care and follow-up of public sub-health and diseases through the presentation of physical examination information to physical examination customers in the online client and the collection of physical examination data and management of physical examination processes by offline medical institutions, so that the health examination process can show better service and better physical examination results under the continuous and systematic management of the Internet. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] Figure 1 It is a schematic diagram of the overall structure of the system of the present invention;

[0033] Figure 2 This is a schematic diagram of the module structure of the client health examination subsystem in the system of the present invention;

[0034] Figure 3 It is a schematic diagram of the module structure of the hospital-side health examination subsystem in the system of the present invention. DETAILED DESCRIPTION

[0035] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Generally, the components of the embodiments of the present invention described and shown in the drawings here can be arranged and designed in various different configurations.

[0036] Therefore, the following detailed description of the embodiments of the present invention provided in the accompanying drawings is not intended to limit the scope of the invention claimed for protection, but merely represents selected embodiments of the present invention. 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.

[0037] Example 1

[0038] like Figure 1 As shown, a health check-up integrated information management system includes a client health check-up subsystem and a hospital health check-up subsystem connected in communication, wherein the key points are:

[0039] The client-side health examination subsystem is used to provide health examination customers with query, reservation and presentation services for various types of health examination information, and to feed back the operation information of the health examination customers to the hospital-side health examination subsystem;

[0040] The hospital-side health check-up subsystem includes a health check-up module, an intelligent inspection guidance module and a health management module; the health check-up module is provided with multiple modular functional areas, each of which corresponds to a different hospital business system and interacts with data; the intelligent inspection guidance module is provided with an AI inspection guidance model, which is used to calculate the process path of the health check-up based on the operation information of the health check-up customer; the health management module interacts with the health check-up module, and based on the operation information or examination data of the health check-up customer, provides health check-up information to the health check-up customer through the client health check-up subsystem, as well as continuous health management services such as health status prediction and follow-up visits.

[0041] The system of this embodiment is intended to optimize the experience of physical examination customers and the efficiency of medical services, and realize the digitization, personalization and intelligence of health examination services through two-way communication between the client and the hospital. In the client health examination subsystem, physical examination customers are allowed to access the system through mobile devices (such as mobile phones, etc.) or computers to query optional physical examination items, prices, available time of physical examination centers and other information, and make online appointments for physical examinations. Physical examination customers can thus view their appointment details, physical examination reports, historical health information, etc. At the same time, the operation behavior of the physical examination customer (such as appointment time, selected physical examination items) is recorded and sent to the hospital.

[0042] In the hospital-side health examination subsystem, the health examination module can ensure the real-time and accuracy of data by connecting to a specific hospital business system. The data exchange between the health examination module and other modules or external systems can support the seamless connection of the examination process and the rapid integration of the examination results.

[0043] The AI ​​inspection guidance model in the intelligent inspection guidance module uses artificial intelligence algorithms to analyze physical examination customer information, physical examination item requirements and current conditions, thereby generating personalized physical examination process recommendations. The AI ​​inspection guidance model can dynamically adjust the physical examination process based on real-time resource conditions, such as the availability of doctors or equipment, thereby reducing waiting time and improving physical examination efficiency.

[0044] The health management module focuses on collecting and analyzing physical examination data, and can also combine professional AI technology to provide health risk assessment and disease prediction. Relevant information can be provided to physical examination customers through the client health examination subsystem to provide health guidance, prevention suggestions, reexamination reminders, etc., to promote long-term health maintenance services. The system of this embodiment is a comprehensive upgrade of the existing health examination service, which effectively improves the user experience and medical service quality.

[0045] Example 2

[0046] Based on Example 1, this example further introduces the client health examination subsystem. Figure 2 As shown, the client health checkup subsystem includes an Internet hospital science popularization module, a pre-examination appointment module, and a physical examination report query module.

[0047] The popular science module of the Internet hospital provides popular science knowledge about diseases and physical examinations to physical examination customers. The system can therefore create, edit and publish popular science articles, videos and other content related to diseases and physical examinations, while further optimizing the discoverability of popular science information and user engagement.

[0048] The pre-examination reservation module provides an intuitive and easy-to-use reservation interface to the physical examination customers through user interface design, so that the physical examination customers can easily select the physical examination items, date and time. In addition, based on the basic information and health needs of the physical examination customers, the module dynamically generates physical examination package suggestions for selection. After receiving the physical examination customer's appointment request, the appointment information is promptly fed back to the health examination module and health management module through this module to facilitate the arrangement and management of subsequent processes.

[0049] The physical examination report query module realizes functions such as automatic push, data transmission and user authentication and authorization. When the physical examination report is completed, the system automatically detects and pushes it to the corresponding physical examination customer through email, SMS or in-application notification. In order to ensure the privacy and security of the physical examination report, encryption technology can be applied to the storage and transmission process of the physical examination report when it is pushed, so as to protect sensitive information. Before the physical examination customer queries the report, the system needs to verify his identity to ensure that only authorized users can access his personal physical examination report.

[0050] Example 3

[0051] Based on the above embodiments, this embodiment further introduces the hospital-side health examination subsystem. Figure 3 As shown, the hospital-side health examination subsystem includes a health examination module, an intelligent inspection guidance module, a health management module, a multi-platform interoperability module, a multi-level collaborative service module, a team health management program customization module, a precise collection module, an important abnormal result module, a post-examination follow-up module, a health examination cloud database module and a big data scientific research application module.

[0052] In the health check-up module, modular functional areas can involve key categories such as homepage, registration, billing, inspection guidance, division of departments, main inspection, report, statistics and management, so as to connect with related modules or business systems. At the same time, the health check-up module creates and maintains personalized health records based on different types of physical examination customers, which can be achieved through relational databases or NoSQL databases, so as to efficiently store and retrieve various structured and unstructured health data.

[0053] The health checkup module generates comparative reports at different time points based on the health checkup data accumulated by the health checkup customers, using tools such as statistical analysis, trend prediction, and anomaly detection algorithms. For ease of understanding, when the system presents relevant information to the health checkup customers through the client health checkup subsystem, it can display the comparison between the changing trend of the health checkup data and the health indicators through a graphical visual interface.

[0054] The health examination module needs to maintain close data exchange with the health management module to ensure that the latest physical examination data and analysis results can be updated to the health management module in a timely manner, providing a basis for subsequent health intervention and tracking. An event-driven design pattern can be used here. Whenever new physical examination data is generated or updated, the system automatically triggers an event to notify the relevant modules to carry out data processing and analysis.

[0055] The intelligent inspection guidance module also uses AI inspection guidance technology, aiming to provide customers with a convenient and fast health check-up process and shorten their waiting time. While calculating the process path of the health check-up, the module provides full-process intelligent inspection guidance services for customers through voice calls, time arrangement calculations, inspection and triage status query and entry, authority management, special inspection item inspection process settings, inspection cycle entry, waiting customer management, fasting inspection priority, waiting time reminders, and inspection end reminders.

[0056] Specifically, AI inspection guidance technology can use machine learning algorithms to predict and adjust the physical examination process, dynamically calculate the optimal physical examination path based on historical data and real-time conditions, and reduce waiting time. Through algorithm optimization, the intelligent inspection guidance module can calculate the best appointment time for each inspection item, avoid congestion during peak hours, and balance resource use. For some physical examination items that require specific preparation or have strict time requirements, the system adopts advance reservation planning to ensure that physical examination customers complete these items on time.

[0057] The status query and entry of the medical examination guidance and triage allows the medical examination customers to view their medical examination progress and queue status in real time through mobile devices or on-site terminals, and the system automatically guides the customers to the next checkpoint; the authority management at this time ensures that only authorized personnel have the authority to access and modify the medical examination process data. At the same time, from the perspective of customer experience, the priority of fasting examination allows related items to be given priority arrangement to ensure the accuracy of the medical examination results; the waiting time and the reminder of the end of the medical examination can guide the further arrangements and operations of the medical examination customers.

[0058] The health management module is the data aggregation and processing center of the system in this embodiment. Its data analysis and processing will cover various requirements of the system during the physical examination process, and interact with relevant modules and hospital business systems. The application of this module enables the system to form a digital + online and offline integrated interconnection mode. With the assistance of other modules in the system, it provides online health monitoring, health questionnaires, risk assessment, health assessment, report generation, terminal query, Internet hospital consultation and other functional services. It also plays an interactive integration role for offline outpatient, hospitalization, physical examination data collection and storage functions, and ultimately enables physical examination customers to obtain continuous and systematic health management services based on the Internet.

[0059] The multi-platform intercommunication module is used to provide connection services for different hospital business systems for multiple modular functional areas in the health examination module. Therefore, the hospital business systems that can be connected to the health examination module include HIS system, LIS system and PACS system. Different hospital business systems are connected to various professional platform software involved in the physical examination process, such as general standard examination, electrocardiogram, gastroscopy, arteriosclerosis, breath test, lung function, eagle drill and thermal fault. At the same time, through the application of the multi-platform intercommunication module, different hospital business systems can be divided into different regional locations, realizing cross-platform interoperability in multiple areas such as physical examination centers, hospital outpatient departments and inpatient departments.

[0060] The multi-level collaborative service module also provides service support for the health examination module, which establishes real-time interaction of key information associations and data. Under the function of this module, the system can build health management collaborative service strategies based on different levels such as health management centers of large comprehensive hospitals, grassroots health examination institutions, and third-party testing institutions.

[0061] In this embodiment, the types of physical examination clients involved in the health examination module include individuals and teams. Therefore, for the team health management program customization module, when the physical examination client type is a team, a personalized physical examination program is provided for the team based on the feedback from the health examination module, the significance of various physical examination items is explained, and the health management program of the team is generated and exported and sent to the health management module.

[0062] The precise collection module is a research and development application of precise data collection technology, which is used to provide corresponding physical examination data collection services for multiple modular functional areas in the health examination module; the precise collection module is connected to physical examination equipment of multiple physical examination departments, such as radiology, ultrasound, testing, general examination, ENT, endoscopy, etc., so as to collect the physical examination data provided by the physical examination equipment and upload it to the health examination module.

[0063] The important abnormal result module is designed to automatically identify important abnormal results of health check-up customers and automatically perform risk grading and other operations; after automatic identification based on the physical examination data generated by the health examination module, the module adds the abnormal results of the corresponding physical examination customers to the corresponding result library for the health management module to call, thereby improving the detection and identification efficiency of critical values ​​and important abnormal structures of health examinations.

[0064] The post-examination follow-up module is used to provide the health management module with follow-up services for physical examination customers; it first identifies the physical examination customers who need to be followed up based on the physical examination data generated by the health examination module, extracts and records the health examination information and follow-up information of the physical examination customers, such as name, telephone number, family history, examination results and previous physical examination reports, etc.; this module will automatically generate and export follow-up forms, and send post-examination follow-up text messages and reminders of the next physical examination time to the physical examination customers.

[0065] The health examination cloud database module realizes the accurate transmission and storage of the results of various examination items, that is, the health examination data is stored in the cloud, which is convenient for the data organization of the health examination report, thereby improving the accuracy of the report; the health examination module, intelligent guidance module and health management module's call requests for cloud storage health examination data are all received and processed by this module.

[0066] By combining the big data scientific research application module with the health examination cloud database module, it is possible to statistically analyze the incidence of various diseases, gender differences, age differences and other information based on the physical examination data, and automatically generate scientific research statistical analysis reports on the health examination data.

[0067] Example 4

[0068] Based on the above embodiments, this embodiment introduces the system's implementation and development process of related functional services under the structure and module combination of the health examination integrated information management system.

[0069] In the part facing physical examination customers, that is, the client health examination subsystem, before the health examination, physical examination customers can make appointments for physical examinations, purchase packages, customize packages, conduct questionnaires, print guidance documents, design personal or team physical examination plans, etc. through mobile phone APP, self-service terminals, etc. Before the examination, a questionnaire survey is conducted, and combined with AI technology, the system pushes packages suitable for physical examination customers; during the physical examination, registration and payment are completed through guidance documents and self-service terminals, reducing the trouble of queuing and achieving the front desk diversion effect of the physical examination center.

[0070] During the health checkup, the customer reports and registers, and the internal medicine, surgery, ophthalmology, dentistry, gynecology, electrocardiogram, color ultrasound, radiology, electrocardiography, bone density, functional medicine and other examinations are entered into the system. The general inspection (summary, overview, suggestions), physical examination report, data analysis, physical examination report generation and printing, customer report, unit team report, historical comparison report, group inspection report, and team historical comparison report are generated. For the physical examination physician, the system performs intelligent information entry, realizes graphic collection and barcode information reading; the physical examination data is directly entered into the system to realize multi-platform interface docking and data intercommunication.

[0071] After the health check-up, the health check-up client can also query the health check-up report and interpret the report information, compare the health check-up results, conduct health assessment and consult a doctor based on the client health check-up subsystem.

[0072] The hospital-side health checkup subsystem provides guidance for the entire process of the physical examination process with the support of the intelligent guidance module. For individual or team physical examination customers, the corresponding personnel are guided to conduct physical examinations in an orderly manner, and they are guided to prioritize physical examination items that consume less time. In the physical examination waiting area, software and voice call functions are used to avoid chaotic on-site management.

[0073] In the health management section, since the health management module summarizes and analyzes physical examination data and related health examination information, the hospital's health management physicians can query, compare, and analyze the dynamic health data information of physical examination customers through the system, and establish corresponding personal or team health records. Combined with the application of AI technology, based on physical examination data, analyze health status and assess disease risks, and derive corresponding health promotion plans, such as exercise prescriptions, food prescriptions, etc. With the support of information coupling technology, relevant databases are called to provide health guidance in diet, exercise, psychology, and recuperation, improve the experience comfort of physical examination customers and ensure better physical examination results.

[0074] The system of this embodiment can be used in various ways. Based on Internet technology, it can also provide real-time remote medical consultation and simple physical examination functions for physical examination customers, and conduct independently operable medical tests and evaluation index checks, such as measuring blood pressure, blood sugar, heart rate, blood oxygen, etc. through wearable devices. The Internet transmits relevant physical examination data interactively with this system, and the physical examination physician can remotely diagnose, prescribe, and give medical advice to the physical examination customer. Health trajectory monitoring and related physical examination guidance under the Internet framework are more convenient and efficient than traditional physical examination methods.

Claims

1. A health check-up integrated information management system, characterized by: The system includes a client health examination subsystem and a hospital health examination subsystem which are communicatively connected, wherein: The client-side health examination subsystem is used to provide health examination customers with query, reservation and presentation services for various types of health examination information, and to feed back the operation information of the health examination customers to the hospital-side health examination subsystem; The hospital-side health check-up subsystem includes a health check-up module, an intelligent inspection guidance module and a health management module; the health check-up module is provided with multiple modular functional areas, each of which corresponds to a different hospital business system and interacts with data; the intelligent inspection guidance module is provided with an AI inspection guidance model, which is used to calculate the process path of the health check-up based on the operation information of the health check-up customer; the health management module interacts with the health check-up module, and based on the operation information or examination data of the health check-up customer, provides health check-up information to the health check-up customer through the client health check-up subsystem, as well as continuous health management services such as health status prediction and follow-up visits.

2. The integrated health checkup information management system according to claim 1, characterized in that: The client health check subsystem includes: The Internet hospital science popularization module is used to popularize disease and physical examination knowledge to physical examination customers; The pre-examination reservation module is used to receive the pre-examination reservation of the physical examination customer and provide customized health examination items for the physical examination customer to choose; the operation information of the physical examination customer making the pre-examination reservation is fed back to the health examination module and the health management module by the pre-examination reservation module; The physical examination report query module is used to automatically push the physical examination report of the health examination items that have been carried out to the physical examination customer, or to feedback the physical examination report of the health examination items that have been carried out under the operation information queried by the physical examination customer through the client health examination subsystem.

3. The integrated health checkup information management system according to claim 1, characterized in that: The health examination module is also used to: establish different health files for the health management module and the client health examination subsystem according to different types of health examination customers; generate a comparison report based on the health examination data accumulated by the health examination customers and send it to the health management module for analysis; When conducting a health check-up project, the corresponding recognition model is called based on the obtained health check-up data to assist the physical examination physician in issuing the corresponding health check-up report.

4. The integrated health checkup information management system according to claim 3 is characterized in that: The hospital-side health examination subsystem also includes a multi-platform interoperability module and a multi-level collaborative service module; the multi-platform interoperability module is used to provide connection services for different hospital business systems for multiple modular functional areas in the health examination module. The hospital business systems connected to the health examination module include the HIS system, LIS system and PACS system; the multi-level collaborative service module is used to provide information association and data real-time interaction services at different levels for the health examination module.

5. The integrated health checkup information management system according to claim 3 is characterized in that: Physical examination customer types include individuals and teams; the hospital-side health examination subsystem also includes a team health management plan customization module. The team health management plan customization module is used to provide a personalized physical examination plan for the team based on the feedback from the health examination module when the physical examination customer type is a team, and at the same time generate a health management plan for the team and send it to the health management module.

6. The integrated health checkup information management system according to claim 3 is characterized in that: The hospital-side health examination subsystem also includes a precision collection module, which is used to provide corresponding physical examination data collection services for multiple modular functional areas in the health examination module; The precise collection module is connected to the physical examination equipment of multiple physical examination departments, collects the physical examination data provided by the physical examination equipment and uploads it to the health examination module.

7. The integrated health checkup information management system according to claim 1, characterized in that: The intelligent inspection guidance module is also used to provide full-process intelligent inspection guidance services to physical examination customers through voice calls, time schedule calculations, inspection and triage status query and entry, authority management, physical examination process settings for special examination items, inspection guidance cycle entry, management of customers awaiting inspection, priority for fasting examinations, waiting time reminders and physical examination end reminders while calculating the process path of the health examination.

8. The integrated health checkup information management system according to claim 1, characterized in that: The hospital-side health examination subsystem also includes an important abnormal result module, which is used to automatically identify abnormal results in the examination data and perform risk classification based on the examination data generated by the health examination module. At the same time, the abnormal results of the corresponding examination customers are added to the corresponding result library for the health management module to call.

9. The integrated health checkup information management system according to claim 1, characterized in that: The hospital-side health examination subsystem also includes a post-examination follow-up module, which is used to provide the health management module with follow-up services for health examination customers; the post-examination follow-up module is also used to identify the health examination customers who need to be followed up based on the health examination data generated by the health examination module, extract and record the health examination information and follow-up information of the health examination customers, and present the follow-up request and health examination information to the health examination customer through the client health examination subsystem.

10. The integrated health checkup information management system according to claim 1, characterized in that: The hospital-side health examination subsystem also includes a health examination cloud database module and a big data scientific research application module; the health examination cloud database module is used for cloud storage of examination data, and at the same time accepts calls for cloud-stored examination data from the health examination module, intelligent inspection guidance module and health management module; the big data scientific research application module is used to statistically analyze various examination disease information based on cloud-stored examination data, and generate scientific research statistical analysis reports for health examination management.

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