Occupational health monitoring information system
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- TIANJIN BOHAI CHEMICAL GROUP CO LTD LABOR HEALTH RESEARCH INSTITUTE (TIANJIN CHEMICAL WORKERS OCCUPATIONAL DISEASE PREVENTION & CONTROL INSTITUTE)
- Filing Date
- 2026-06-15
- Publication Date
- 2026-08-04
AI Technical Summary
随着数字化、信息化的快速发展，更多的信息系统开始应用于用人单位的职业健康管理工作，但多数信息系统的功能偏向于用人单位工作场所职业病危害因素的监测和对劳动者岗位的管理，对于职业健康检查服务机构则需使用独立的另一套系统，二者难以交互，这对职业健康检查服务机构的数字化提出了新的应用要求
本申请提供了一种职业健康监护信息系统，本申请为连接三方的职业健康信息系统，为职业健康检查机构提供体检的数字化自动化；用人单位职业健康管理者线上管理劳动者个体职业健康监护档案、发放体检结果；劳动者个体网络查询体检结果、提交签字确认、接受专业知识科普。走在新标准的前列、解决行业难题、健全线上职业健康监护全流程，实现用人单位－劳动者－职业健康检查机构闭环管理、减轻企业负担，提高职业健康管理效率。
Smart Images
Figure CN122511596A_ABST
Abstract
Description
Technical Field
[0001] This application relates to the field of occupational health monitoring information system technology, and in particular to an occupational health monitoring information system. Background Technology
[0002] Occupational health surveillance, aimed at prevention, involves continuously monitoring workers' health status based on their occupational exposure history through regular or irregular medical examinations and the collection of health-related data. It analyzes the relationship between changes in workers' health and exposure to occupational hazards, and promptly reports the results of health examinations and data analysis to employers and workers to facilitate timely intervention and protect workers' health. With the rapid development of digitalization and informatization, more information systems are being applied to employers' occupational health management. However, most of these systems focus on monitoring occupational hazards in the workplace and managing workers' positions. Occupational health examination service providers often require a separate system, making interaction difficult. This presents new challenges to the digitalization of occupational health examination service providers. Summary of the Invention
[0003] The purpose of this application is to provide an occupational health monitoring information system that can realize closed-loop management of employers, workers and occupational health examination institutions, thereby improving the efficiency of occupational health management.
[0004] To achieve the above objectives, this application provides the following solution: This application provides an occupational health monitoring information system, including: an occupational health examination institution terminal, an employer terminal, and an employee terminal that interact with each other; The occupational health examination institution terminal is used for the digital management of individual physical examination data of workers in different employers; The employer's terminal is used to manage the occupational health monitoring records of multiple individual workers online and to send the physical examination results to the workers' terminals; The worker's terminal is used to support individual workers in checking their physical examination results, submitting signed confirmations, and receiving professional knowledge and science popularization online.
[0005] Optionally, the occupational health examination institution terminal specifically includes: a system basic data setting module; The system's basic data setting module is used to construct various correspondences; these correspondences serve as the basis for chief physicians to identify occupational hazard factors in workers, formulate occupational health examination plans, and issue occupational health examination reports. Constructing multiple correspondences includes: Establish the correspondence between occupational hazard factors and mandatory testing items for occupational hazard factors in accordance with the requirements of the Occupational Health Surveillance Technical Specifications; the existing Occupational Health Surveillance Technical Specifications are GBZ188-2025. Establish the correspondence between common chemical substances, physical factors, special types of work and occupational hazard factors that are required to be monitored in the technical specifications for occupational health monitoring; Establish a correspondence between various abnormal results found in occupational health examinations of workers and the target diseases caused by occupational hazards they are exposed to.
[0006] Optionally, the occupational health examination institution terminal also includes: a worker's personal information import module; The worker personal information import module is compatible with Excel spreadsheets; The worker personal information import module imports the worker's basic information contained in the Excel spreadsheet into the occupational health monitoring information system to automatically identify the occupational hazard factors that the worker is exposed to and match the corresponding occupational health examination items; the worker's basic information includes name, gender, age, length of service exposed to hazards and occupational hazard factors exposed at work.
[0007] Optionally, the occupational health examination institution terminal also includes: a physical examination data collection and docking module; The physical examination data collection and docking module is used to collect medical image data, laboratory data, basic data input, and automatic analysis of pure tone audiometry. The medical image data includes electrocardiogram, B-ultrasound, and X-ray images. The laboratory data includes various data obtained by laboratory analysis of blood and urine samples. The basic data includes blood pressure, pulse rate, height, weight, and waist circumference.
[0008] Optionally, the physical examination data collection and docking module specifically includes: Data acquisition module, docking module, and pure tone hearing threshold test automatic analysis module; The interface module is used for system integration between the hospital and laboratory information systems and the image archiving communication system. The data acquisition module is generally used for inputting numerical or text information; Optionally, the pure-tone hearing threshold test automatic analysis module is used to automatically determine whether gender and age correction is required according to the requirements of "GBT 7582—2025 Statistical Distribution of Acoustic Hearing Thresholds in Relation to Age and Gender" based on the types of occupational hazards the worker is exposed to. For workers identified as engaging in noisy work, the hearing thresholds at each frequency are adjusted according to gender and age. Based on the adjusted hearing thresholds at each frequency, the average high-frequency hearing thresholds of both ears and the weighted values of the hearing thresholds of one ear are automatically calculated, and corresponding conclusions are given, thus completing the automatic analysis of pure-tone hearing threshold tests.
[0009] Optionally, the occupational health examination institution terminal also includes: a chief physician review module; The chief physician review module is used for: Support the chief physician in data processing; the data processing includes: data filtering, data statistics, and return of unqualified data; Based on the specific requirements of the diagnostic criteria, the system automatically generates individual occupational health examination reports and summary reports: Export workers' physical examination data and individual conclusions automatically generated by the system in batches in the form of an Excel spreadsheet, and obtain the chief physician's review results of the data and conclusions.
[0010] Optionally, the occupational health examination institution terminal may further include: a physical examination data transmission module; The physical examination data transmission module is used for reporting occupational hazard factors, uploading workers' physical examination results to the national occupational disease management platform, and uploading workers' physical examination results to the cloud.
[0011] Optionally, the employer's side specifically includes: an enterprise-side physical examination result management module; The enterprise-side medical examination result management module is used to send individual medical examination reports, re-examination notices, and occupational contraindication certificates to the employee's end after the employee's medical examination results are uploaded to the cloud.
[0012] Optionally, the worker's terminal specifically includes: a module for querying and confirming the worker's personal physical examination results; The worker's personal physical examination result query and receipt module is used to query and receive individual reports and push occupational health knowledge to workers.
[0013] According to the specific embodiments provided in this application, the following technical effects are disclosed: This application provides an occupational health monitoring information system. This system connects three parties: occupational health examination institutions, which digitize and automate physical examinations; employers' occupational health managers manage individual occupational health monitoring files and distribute examination results online; and individual workers can access their examination results online, submit signatures for confirmation, and receive professional knowledge dissemination. It is at the forefront of new standards, solves industry challenges, and improves the entire online occupational health monitoring process, achieving closed-loop management among employers, workers, and occupational health examination institutions, reducing the burden on enterprises, and improving the efficiency of occupational health management. Attached Figure Description
[0014] To more clearly illustrate the technical solutions in the embodiments of this application or the prior art, the drawings used in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of this application. For those skilled in the art, other drawings can be obtained based on these drawings without creative effort.
[0015] Figure 1 This is a flowchart of an occupational health monitoring information system according to one embodiment of this application; Figure 2 This is a data transmission diagram of an occupational health monitoring information system according to one embodiment of this application. Detailed Implementation
[0016] The technical solutions of the embodiments of this application will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of this application, and not all embodiments. Based on the embodiments of this application, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of this application.
[0017] To make the above-mentioned objectives, features and advantages of this application more apparent and understandable, the application will be further described in detail below with reference to the accompanying drawings and specific embodiments.
[0018] In one exemplary embodiment, such as Figure 1 and Figure 2 As shown, an occupational health monitoring information system is provided, including: an interactive occupational health examination institution terminal, an employer terminal, and a worker terminal; the occupational health examination institution terminal is used for digital management of individual worker physical examination data in different employers; the employer terminal is used for online management of occupational health monitoring files of multiple individual workers and for issuing physical examination results to the worker terminal; the worker terminal is used to support individual workers in querying physical examination results, submitting signature confirmations, and receiving professional knowledge popularization through the network.
[0019] The occupational health examination institution's module specifically includes: a system basic data setting module; this module is used to: establish a database of hazard factors and mandatory examination items based on the physical examination items corresponding to the occupational hazard factors required to be monitored in the existing occupational health monitoring technical specifications; provide a correspondence between common chemical substances, physical factors, work methods, and occupational hazard factors required to be monitored in the occupational health monitoring technical specifications in the database; this correspondence serves as the basis for the examining physician to identify the chemical substances, physical factors, and work methods that should be monitored for occupational health; automatically match mandatory examination items according to the occupational hazard factors and physical examination category selected by the examining physician, and has the function of removing duplicate physical examination items for multiple hazard factors, thereby automatically generating an occupational health examination plan; and establish a correspondence between various abnormal results in the occupational health examination of workers and the target diseases of the occupational hazard factors they are exposed to in the database, serving as the basis for automatically generating occupational health examination reports.
[0020] The occupational health examination agency platform also includes: a module for importing workers' personal information; this module is compatible with Excel spreadsheets.
[0021] The worker personal information import module imports the basic worker information contained in the Excel spreadsheet into the occupational health monitoring information system to match the corresponding occupational health examination items. The worker's basic information includes name, gender, age, length of service with occupational hazards, and occupational hazard factors encountered at work, which improves the efficiency and accuracy of worker physical examination registration.
[0022] The occupational health examination institution also includes: a physical examination data collection and docking module; the physical examination data collection and docking module is used to collect medical image data, input basic data and automatically analyze pure tone audiometry; medical image data includes electrocardiogram, B-ultrasound and chest X-ray images; basic data includes blood pressure, pulse rate, height, weight, waist circumference, etc.
[0023] The physical examination data collection and docking module specifically includes: a data acquisition module, a docking module, and a pure-tone audiometry automatic analysis module. The docking module is used for docking with the hospital information system (Laboratory Information System (LIS) and Picture Archiving and Communication System (PACS)). The data acquisition module is used to collect medical image data and input basic data. The pure-tone audiometry automatic analysis module is used to automatically determine whether gender and age correction is required according to the requirements of "GBT7582—2025 Statistical Distribution of Acoustic Hearing Thresholds in Relation to Age and Gender" based on the types of occupational hazards exposed to workers. For workers identified as working in noise-generating environments, the module corrects the hearing thresholds at each frequency according to their gender and age, and automatically calculates the binaural high-frequency average hearing threshold and the weighted value of the unilateral hearing threshold based on the corrected hearing thresholds, giving corresponding conclusions and completing the automatic analysis of pure-tone audiometry.
[0024] This module not only automates data collection but also automates the analysis of hearing levels in workers exposed to noise, providing convenience for chief physicians to screen individuals for follow-up examinations, those with occupational contraindications, and those suspected of noise-induced hearing loss.
[0025] The occupational health examination institution's module also includes: a chief physician review module. This module supports chief physicians in data processing, including data filtering, statistical analysis, and the return of unqualified data. Based on specific diagnostic criteria, it automatically generates individual occupational health examination reports and summary reports. It allows for batch export of worker examination data and automatically generated individual conclusions in Excel format, providing the chief physician with the review results. The chief physician review module performs data filtering, statistical analysis, manages the return of unqualified data, and automatically generates individual and summary reports. It embeds the specific requirements of laws, regulations, and diagnostic criteria into the information system, enabling it to automatically generate individual and summary reports. Chief physicians can batch export worker examination data and automatically generated individual conclusions in Excel format for batch filtering and judgment. They can review each individual report generated by the system, and once verified, the system automatically generates a summary report. This significantly improves the efficiency of chief physicians in generating individual and summary reports.
[0026] The occupational health examination institution also includes: a physical examination data transmission module; the physical examination data transmission module is used for reporting occupational hazard factors, uploading workers' physical examination results to the national occupational disease management platform, and uploading workers' physical examination results to the cloud.
[0027] The employer-side module specifically includes: a corporate-side medical examination result management module. This module is used to send individual medical examination reports, re-examination notices, and occupational contraindication notices to employees after their medical examination results are uploaded to the cloud. The corporate-side medical examination result management module provides employers' occupational health managers with functions such as sending individual medical examination reports, re-examination notices, and occupational contraindication notices. After the employee's medical examination results are uploaded to the cloud, the employer's occupational health manager can send the individual report to the employee's mobile device via a webpage. Employee re-examination notices, contraindication notices, and suspected occupational disease notices can also be sent to employees in this way, achieving effective delivery and management.
[0028] The worker-side module specifically includes: a module for querying and signing off on individual medical examination results. This module allows workers to query and sign off on their individual medical examination reports and push occupational health knowledge to workers. It enables workers to query and sign off on their individual medical examination reports via mobile devices. After the worker's medical examination results are uploaded to the cloud, they are sent by the employer's occupational health manager. Workers can view their results after correctly signing on their mobile devices. Simultaneously, the worker's signature is transmitted back to the database as an image for the employer to collect and acknowledge receipt of the report. The page also has an educational function, pushing occupational health knowledge to workers.
[0029] Mobile terminals can be, but are not limited to, smartphones.
[0030] This occupational health monitoring information system covers the functions of occupational health examination institutions, employers, and workers. It includes modules for basic system data settings, worker personal information import, physical examination data collection and integration, chief physician review, physical examination data transmission, enterprise-side physical examination result management, and worker individual physical examination result query and receipt. The basic system data settings module automatically matches the physical examination items corresponding to the occupational hazard factors required by existing occupational health monitoring technical specifications, and automatically generates occupational health examination plans based on the occupational hazard factors selected by the chief physician. It establishes a database to correlate various abnormal results in worker occupational health examinations with the target diseases caused by the occupational hazards they are exposed to, serving as the basis for automatically generating occupational health examination reports. The worker personal information import module is compatible with Excel spreadsheets, allowing the import of basic worker information, such as name, gender, age, length of service exposed to hazards, and occupational hazard factors encountered at work, into the occupational health monitoring information system. The physical examination data collection and integration module includes data collection... The system includes modules for integration, integration with LIS and PACS systems, and automatic analysis of pure-tone audiometry. The chief physician review module handles data screening, statistics, and management of returned unqualified data for chief physicians, automatically generating individual occupational health examination reports and summary reports. The physical examination data transmission module includes occupational hazard factor declaration, uploading of worker physical examination results to the national occupational disease management platform, and uploading of worker physical examination results to the cloud. The enterprise-side physical examination result management module provides employers' occupational health managers with functions such as sending individual physical examination reports, sending re-examination notices, and sending occupational contraindication notices. The worker's individual physical examination result query and receipt module enables workers to query and sign for individual reports and receive occupational health science information via mobile terminals.
[0031] As an information system that connects occupational health examination institutions, employers, and workers, it realizes closed-loop management of employers, workers, and occupational health examination institutions, solves industry problems, and improves the entire process of online occupational health monitoring.
[0032] High accuracy of physical examination data entry: The physical examination data collection and integration module connects with LIS and PACS systems, allowing direct uploading of examination data and avoiding errors from manual input. The automatic pure-tone hearing threshold test analysis module can directly calculate the weighted value of the worker after age and gender correction, eliminating the tediousness and errors of manual calculation and improving the accuracy of the examination data. Reduced workload for chief physicians, enabling them to complete their work more efficiently: The system's basic data setting module helps chief physicians identify chemical substances, physical factors, and work methods that require occupational health monitoring. Based on the occupational hazard factors and examination category selected by the chief physician, it automatically matches mandatory examination items and performs statistical analysis, thereby automatically generating an occupational health examination plan, improving the chief physician's ability to formulate occupational health plans. The system improves the efficiency and accuracy of the examination plan; the chief physician review module filters and statistically analyzes data for chief physicians, manages the return of unqualified data, and automatically generates individual occupational health examination reports and summary reports based on the correspondence between various abnormal results in workers' occupational health examinations and the target diseases caused by occupational hazards established in the database. This significantly improves the efficiency of chief physicians in generating individual and summary reports; it also improves the efficiency of occupational disease reporting: the physical examination data transmission module includes the functions of occupational hazard factor declaration and uploading of workers' physical examination results to the national occupational disease management platform. As soon as the chief physician completes the review, the system automatically uploads the reviewed physical examination information, reducing the workload of occupational health examination service institutions; and it reduces the burden on enterprises and improves the efficiency of occupational health management. The enterprise-side medical examination result management module provides employers' occupational health managers with functions such as sending individual medical examination reports, sending re-examination notices, and sending occupational contraindication notices. After the employee's medical examination results are uploaded to the cloud, the employer's occupational health manager can send the individual report to the employee's mobile terminal via a webpage. Employee re-examination notices, contraindication notices, and suspected occupational disease notices can also be sent to employees in this way, achieving effective delivery and management. Serving employees and facilitating their learning of occupational health knowledge: the employee's individual medical examination result query and receipt module allows employees to query and sign for individual reports via mobile terminals, and also has a science popularization function, pushing occupational health knowledge to employees.
[0033] This document uses specific examples to illustrate the principles and implementation methods of this application. The descriptions of the above embodiments are only for the purpose of helping to understand the methods and core ideas of this application. Furthermore, those skilled in the art will recognize that, based on the ideas of this application, there will be changes in the specific implementation methods and application scope. Therefore, the content of this specification should not be construed as a limitation of this application.
Claims
1. An occupational health monitoring information system, characterized in that, include: Interactive interfaces for occupational health examination institutions, employers, and workers; The occupational health examination institution terminal is used for the digital management of individual physical examination data of workers in different employers; The employer's terminal is used to manage the occupational health monitoring records of multiple individual workers online and to send the physical examination results to the workers' terminals; The worker's terminal is used to support individual workers in checking their physical examination results, submitting signed confirmations, and receiving professional knowledge and science popularization online.
2. The occupational health monitoring information system according to claim 1, characterized in that, The occupational health examination institution specifically includes: a system basic data setting module; The system's basic data setting module is used to construct various correspondences; these correspondences serve as the basis for chief physicians to identify occupational hazard factors in workers, formulate occupational health examination plans, and issue occupational health examination reports. Constructing multiple correspondences includes: Establish the correspondence between occupational hazard factors and mandatory testing items for occupational hazard factors in accordance with the requirements of the Occupational Health Surveillance Technical Specifications; the existing Occupational Health Surveillance Technical Specifications are GBZ188-2025. Establish the correspondence between common chemical substances, physical factors, special types of work and occupational hazard factors that are required to be monitored in the technical specifications for occupational health monitoring; Establish a correspondence between various abnormal results found in occupational health examinations of workers and the target diseases caused by occupational hazards they are exposed to.
3. The occupational health monitoring information system according to claim 1, characterized in that, The occupational health examination institution also includes: a module for importing workers' personal information; The worker personal information import module is compatible with Excel spreadsheets; The worker personal information import module imports the worker's basic information contained in the Excel spreadsheet into the occupational health monitoring information system to automatically identify the occupational hazard factors that the worker is exposed to and match the corresponding occupational health examination items; the worker's basic information includes name, gender, age, length of service exposed to hazards and occupational hazard factors exposed at work.
4. The occupational health monitoring information system according to claim 1, characterized in that, The occupational health examination institution also includes: a physical examination data collection and docking module; The physical examination data collection and docking module is used to collect medical image data, laboratory data, basic data input, and automatic analysis of pure tone audiometry. The medical image data includes electrocardiogram, B-ultrasound, and X-ray images. The laboratory data includes various data obtained by laboratory analysis of blood and urine samples. The basic data includes blood pressure, pulse rate, height, weight, and waist circumference.
5. The occupational health monitoring information system according to claim 4, characterized in that, The physical examination data collection and docking module specifically includes: Data acquisition module, docking module, and pure tone hearing threshold test automatic analysis module; The interface module is used for system integration between the hospital and laboratory information systems and the image archiving communication system. The data acquisition module is generally used for inputting digital or text information.
6. The occupational health monitoring information system according to claim 4, characterized in that, The pure-tone hearing threshold test automatic analysis module is used to automatically determine whether gender and age correction is required according to the requirements of "GBT7582—2025 Statistical Distribution of Acoustic Hearing Thresholds in Relation to Age and Gender" based on the types of occupational hazards exposed to workers. For workers identified as engaging in noisy work, the hearing thresholds at each frequency are adjusted according to gender and age. Based on the adjusted hearing thresholds at each frequency, the average high-frequency hearing thresholds of both ears and the weighted values of the hearing thresholds of one ear are automatically calculated, and corresponding conclusions are given, thus completing the automatic analysis of pure-tone hearing threshold tests.
7. The occupational health monitoring information system according to claim 1, characterized in that, The occupational health examination institution also includes: a chief physician review module; The chief physician review module is used for: Support the chief physician in data processing; the data processing includes: data filtering, data statistics, and return of unqualified data; Based on the specific requirements of the diagnostic criteria, the system automatically generates individual occupational health examination reports and summary reports: Export workers' physical examination data and individual conclusions automatically generated by the system in batches in the form of an Excel spreadsheet, and obtain the chief physician's review results of the data and conclusions.
8. The occupational health monitoring information system according to claim 1, characterized in that, The occupational health examination institution also includes: a physical examination data transmission module; The physical examination data transmission module is used for reporting occupational hazard factors, uploading workers' physical examination results to the national occupational disease management platform, and uploading workers' physical examination results to the cloud.
9. The occupational health monitoring information system according to claim 1, characterized in that, The employer's side specifically includes: the enterprise's physical examination result management module; The enterprise-side medical examination result management module is used to send individual medical examination reports, re-examination notices, and occupational contraindication certificates to the employee's end after the employee's medical examination results are uploaded to the cloud.
10. The occupational health monitoring information system according to claim 1, characterized in that, The worker's end specifically includes: a module for querying and confirming the worker's personal physical examination results; The worker's personal physical examination result query and receipt module is used to query and receive individual reports and push occupational health knowledge to workers.