Intelligent management platform for job safety and health work place

Abstract

The invention discloses an intelligent management platform for a job safety and health workplace, which comprises a console, a central alarm management system and at least one subsystem, and is characterized in that the console is in communication connection with the central alarm management system, and the central alarm management system is in communication connection with each subsystem; the console, the central alarm management system and the subsystems form a front-end-center-execution three-level management architecture; the console is provided with a man-machine interaction interface, issues an instruction to the central alarm management system and receives information returned by the central alarm management system; the central alarm management system analyzes the instruction of the console, issues an execution instruction to the corresponding subsystem, gathers early warning and events from each subsystem, and pushes alarm information through at least one alarm channel; and each subsystem receives and completes an execution instruction of the central alarm management system, and feeds back an early warning and an event to the central alarm management system. The system depends on a unified management platform to realize active risk prediction and automatic intervention of the workplace.

Description

Technical Field

[0001] The present invention relates to the technical field of monitoring systems, and particularly to an intelligent management platform for occupational safety, health and workplace. Background Art

[0002] Workplace safety and health are related to the lives and families of every practitioner. However, the traditional safety management mode is facing bottlenecks. It relies on a large number of manual inspections, paper records and post-event remedies, and it is difficult to achieve all-weather and dead-end risk prevention. Some existing workplace monitoring systems have tried to draw on the home intelligent mode for R & D and exploration. Not only is there a significant gap between the actual use experience and the home intelligent scenario, but also many difficulties in development and implementation are faced.

[0003] In the home scenario, smart furniture relies on a unified platform. One App can control all devices, view various device data at the same time, and the operation is convenient, simple and comfortable; it can also achieve scenario linkage, enabling automatic cooperation between devices (such as turning on the light when opening the door), and even providing proactive and non-intrusive services through system prediction of needs. On the contrary, in the workplace, there are obvious pain points in existing safety devices: first, the devices are scattered, with monitoring, access control, and detectors operating independently, and data cannot be circulated and shared. It is troublesome, difficult and uncomfortable to handle multiple devices in one environment; second, there is a lack of linkage, and no scenario-based system is set up for common working environments, and there is no device linkage and cooperation; third, it is a passive process, relying on post-event discovery and emergency "firefighting" after a safety accident occurs.

[0004] More importantly, the intelligent upgrade of the workplace is much more difficult than the home scenario. Compared with the home where only a single platform is needed to manage devices, the workplace needs to build a management platform that can connect and authorize all safety devices to achieve cross-location, cross-device, and cross-process collaboration; the linkage logic in the home scenario is simple (such as turning on the light when opening the door), but the working scenarios are diverse, and a scenario-based system needs to be customized for complex processes; the proactive service in the home focuses on convenience, while the workplace needs to accurately achieve proactive risk prediction and automated intervention, and the requirements for system stability and risk prediction ability are much higher than those of home intelligence, further increasing the difficulty of intelligent upgrade.

[0005] Therefore, it is necessary to improve the existing technology. Summary of the Invention

[0006] The present invention aims to solve at least one of the problems existing in the related art to a certain extent. For this purpose, the intelligent management platform for occupational safety, health and workplace proposed by the present invention relies on a unified management platform and realizes accident warning and patrol linkage response with all-weather monitoring ability, effectively reducing the risk of accidents in the workplace.

[0007] The above object is achieved by the following technical solutions: The Occupational Safety and Health Workplace Intelligent Management Platform includes a console, a central alarm management system, and at least one subsystem. The console is communicatively connected to the central alarm management system, and the central alarm management system is communicatively connected to each of the subsystems. The console, the central alarm management system, and each of the subsystems form a three-level management architecture of front-end-central-execution. The console is equipped with a human-machine interface, which sends instructions to the central alarm management system and receives information from the central alarm management system. The central alarm management system analyzes the instructions from the console and issues execution instructions to the corresponding subsystems, aggregates warnings and events from each subsystem, and pushes alarm information through at least one alarm channel; Each of the subsystems receives and executes the instructions of the central alarm management system, and feeds back warnings and events to the central alarm management system.

[0008] In some embodiments, the subsystem includes a license management system that electronically and centrally manages the application, approval, issuance, and cancellation processes for licenses at several designated workplaces, ensuring that only authorized and qualified personnel are allowed to enter the workplaces when security conditions are met.

[0009] In some embodiments, the subsystem includes a personnel health and location tracking system that uses UWB positioning technology to monitor the exact location and movement trajectory of employees in the workplace in real time, facilitating dispatch and management, and enabling rapid location of employees in emergency situations.

[0010] In some embodiments, the subsystem includes an intelligent electronic lock management system for intelligent access control of key locations. The status of the electronic lock can be remotely managed and can be linked with the license management system to enable authorized personnel / managers to unlock the electronic lock.

[0011] In some embodiments, the critical locations include tool sheds, hazardous materials storage warehouses, and high-risk work areas.

[0012] In some embodiments, the subsystem includes a smart electronic bracelet management system, which is adapted to a UWB positioning smart bracelet. The UWB positioning smart bracelet has heart rate detection, body temperature detection, and one-click SOS emergency call functions. When staff wear the UWB positioning smart bracelet, the smart electronic bracelet management system will immediately issue an alarm message when it detects an abnormal health condition or an active emergency call from a staff member.

[0013] In some embodiments, the subsystem includes a sealed space intelligent safety monitoring system, which is adapted to a gas detector. Several gas detectors are installed in a sealed space or tunnel. The gas detectors continuously monitor the concentration of combustible gas, toxic gas, or oxygen. Once the gas concentration reaches a dangerous level, an alarm message is immediately issued and an emergency response plan is activated.

[0014] In some embodiments, the subsystem includes a visual monitoring system adapted to high-definition AI monitoring equipment, thereby monitoring the overall situation of the workplace around the clock without blind spots, providing high-definition real-time images and video playback, and assisting managers in grasping the overall dynamics of the workplace. The high-definition AI monitoring equipment covers the construction site entrances and exits, the pit ends, processing areas, material storage areas, warehouses, living areas, office areas, parking lots, enclosures, and elevators.

[0015] In some embodiments, the subsystem includes an AI intelligent analysis system, which is based on computer vision technology, automatically analyzes video footage, identifies unsafe behaviors and / or environmental risks such as not wearing a safety helmet and / or entering a restricted area in real time, and generates alarm information.

[0016] In some embodiments, the central alarm management system categorizes and promptly pushes alarm information; The alarm channels include real-time alarms pushed by the console, mobile application notifications, email notifications, and alarm information released by on-site audio-visual devices; The console sends real-time alerts via email in the background, displays personnel identities and on-site footage in the background, and pushes notification messages to the mobile applications of managers and staff in real time. The system determines that the sound and light devices in workplaces with risks are triggered to release alarm information.

[0017] Compared with the prior art, the present invention has at least the following beneficial effects: The occupational safety and health workplace intelligent management platform proposed in this invention relies on a unified management platform and leverages all-weather monitoring capabilities to achieve accident early warning and patrol linkage response, effectively reducing the risk of workplace accidents; it helps managers to quickly initiate emergency response when accidents occur, significantly reducing casualties and property losses, thereby realizing proactive risk prediction and automated intervention across locations, equipment, and processes in the workplace. Attached Figure Description

[0018] Figure 1 This is a schematic diagram of the management architecture of the workplace safety and health intelligent management platform in this embodiment; Figure 2 This is a schematic diagram of key locations in the embodiment; Figure 3This is a schematic diagram illustrating the coverage area of ​​the high-definition AI monitoring equipment in the embodiment; Figure 4 This is a schematic diagram of the alarm channel in the embodiment. Detailed Implementation

[0019] The following embodiments illustrate the present invention, but the present invention is not limited to these embodiments. Modifications to the specific embodiments of the present invention or equivalent substitutions for some technical features, without departing from the spirit of the present invention, should all be covered within the scope of the technical solutions claimed in the present invention.

[0020] like Figures 1 to 4 As shown, the occupational safety and health workplace intelligent management platform provided in this embodiment includes a console, a central alarm management system, and at least one subsystem. The console is communicatively connected to the central alarm management system, and the central alarm management system is communicatively connected to each of the subsystems. The console, the central alarm management system, and each of the subsystems form a three-level management architecture of front-end-central-execution. The console is equipped with a human-machine interface, which sends instructions to the central alarm management system and receives information from the central alarm management system. The central alarm management system analyzes the instructions from the console and issues execution instructions to the corresponding subsystems, aggregates warnings and events from each subsystem, and pushes alarm information through at least one alarm channel; Each of the subsystems receives and executes the instructions of the central alarm management system, and feeds back warnings and events to the central alarm management system.

[0021] The occupational safety and health workplace intelligent management platform proposed in this invention relies on a unified management platform and leverages all-weather monitoring capabilities to achieve accident early warning and patrol linkage response, effectively reducing the risk of workplace accidents; it helps managers to quickly initiate emergency response when accidents occur, significantly reducing casualties and property losses, thereby realizing proactive risk prediction and automated intervention across locations, equipment, and processes in the workplace.

[0022] The subsystem includes a license management system, which centrally and electronically manages the application, approval, issuance, and cancellation processes for licenses at several designated workplaces. This ensures that only authorized and qualified personnel are allowed entry into workplaces that meet safety requirements. The license management system effectively mitigates security risks, improves management efficiency, enables dynamic matching of qualifications and permissions, and ensures full traceability of access behavior. It also promotes proactive prevention and data-driven upgrades in security management, reducing management costs and human error.

[0023] Furthermore, the subsystem includes a personnel health and location tracking system, employing UWB positioning technology to monitor the precise location and movement trajectory of workers in the workplace in real time. This facilitates dispatch and management and enables rapid location tracking in emergency situations. Workers are equipped with positioning devices compatible with the personnel health and location tracking system, utilizing UWB positioning technology for precise location tracking. This effectively records worker attendance and activity trajectories, allowing for rapid worker location in emergencies to ensure safety, significantly improving workplace safety and management efficiency. Simultaneously, the system allows for analysis of the data generated from positioning, helping managers optimize workplace human resource allocation, further improving construction efficiency and reducing on-site safety hazards.

[0024] Furthermore, the subsystem includes an intelligent electronic lock management system, which intelligently controls access to key locations. The status of the electronic locks can be remotely managed and can be linked with the license management system, ensuring that only authorized personnel / managers can unlock the electronic locks. The intelligent electronic lock management system can prevent unauthorized access from the outset, reducing security risks. Simultaneously, it can flexibly allocate unlocking permissions as needed, achieving refined and dynamic control. Compared to traditional mechanical locks, it offers greater security and management convenience, significantly improving the level of standardized management.

[0025] Preferably, the key locations include tool sheds, hazardous materials storage warehouses, and high-risk work areas. The establishment of key locations as needed significantly improves the standardization of management and control. Furthermore, the intelligent electronic lock management system can also intelligently control specific equipment, such as electrical distribution boxes.

[0026] Furthermore, the subsystem includes a smart electronic bracelet management system, which is compatible with a UWB positioning smart bracelet. The UWB positioning smart bracelet features heart rate detection, body temperature detection, and a one-button SOS emergency call function. When staff wear the UWB positioning smart bracelet, the management system will immediately issue an alarm when it detects any health abnormalities or when a staff member actively requests help. The UWB positioning smart bracelet can collect real-time data such as the staff member's location, heart rate, and body temperature, enabling the smart electronic bracelet management system to accurately locate the staff member, track their activity trajectory, and provide early warnings of dangerous area crossings. This facilitates rapid location and rescue in dangerous situations, significantly improving the safety of staff and reducing the difficulty of rescue operations.

[0027] Furthermore, the subsystem includes a sealed space intelligent safety monitoring system, which is compatible with gas detectors. Several gas detectors are installed in the sealed space or tunnel, continuously monitoring the concentration of combustible gases, toxic gases, or oxygen. Once the gas concentration reaches a dangerous level, an alarm is immediately issued, and an emergency response plan is activated. It can accurately detect O2, H2S, CO, and CH4 as needed. 4、 PM2.5, temperature, humidity, and noise, etc.

[0028] Furthermore, the subsystem includes a visual monitoring system that is compatible with high-definition AI monitoring equipment, thereby monitoring the overall situation of the workplace around the clock without blind spots, providing high-definition real-time images and video playback, and assisting managers in grasping the overall dynamics of the workplace. The high-definition AI monitoring equipment covers construction site entrances and exits, foundation pit ends, processing areas, material storage areas, warehouses, living areas, office areas, parking lots, perimeter fences, and elevators. The coverage of the high-definition AI monitoring equipment includes, but is not limited to, the aforementioned basic spaces, and can also include other functional spaces to meet the needs of different industries.

[0029] The setup of a visual surveillance system enables high-definition AI monitoring equipment to provide 360-degree coverage of the monitored area. o No blind spot monitoring. (1) Realize intelligent monitoring of personnel protection, intelligently identify the wearing of safety helmets, reflective clothing, etc., strengthen the management of special work areas, improve the wearing rate of protective equipment, and standardize safe construction behavior in the workplace; (2) Realize intelligent identification of abnormal behavior, accurately identify abnormal behaviors such as workers falling or smoking in no-smoking areas through intelligent analysis of personnel behavior, and can provide on-site voice reminders and push information to management personnel to achieve rapid response to abnormal situations; (3) Realize protection of key areas, monitor the wearing of safety helmets of personnel in the video in real time, and realize 24-hour uninterrupted monitoring and management; (4) Realize intelligent early warning of disasters and intelligent identification. (5) Realize intelligent early warning for regional protection, intelligently identify employees crossing boundaries and external intrusion behavior, conduct fixed-point monitoring of valuable items in the workplace, focus on protection of access control and dangerous areas, standardize safety management of closed construction areas, and ensure personal and property safety in the workplace; (6) Realize access control at gates, and set up high-definition AI monitoring equipment at the access gates to automatically identify the wearing of protective equipment. Those who do not wear protective equipment will not be allowed to enter. Safety control can be carried out in conjunction with vehicle recognition and other means.

[0030] Furthermore, the subsystem includes an AI intelligent analysis system. Based on computer vision technology, this system automatically analyzes video footage to identify unsafe behaviors such as not wearing a helmet and / or entering restricted areas, as well as / or environmental risks, and generates alarm information. This enables real-time early warning, rapid response, and record-keeping for easy tracing. The AI ​​intelligent analysis system is preferably configured to identify the aforementioned unsafe behaviors and environmental risks, but more intelligent identification content can be set according to user needs and the characteristics of different industries.

[0031] Preferably, the central alarm management system pushes alarm information in a tiered and timely manner; The alarm channels include real-time alarms pushed by the console, mobile application notifications, email notifications, and alarm information released by on-site audio-visual devices; The control console sends real-time alerts to the background, displays personnel identities and on-site footage; managers and staff receive email notifications; their mobile applications receive instant notifications; and sound and light devices in workplaces deemed to pose a risk are triggered, releasing alarm information. This diversification of alarm channels enables simultaneous delivery of alarm information in multiple formats, ensuring that managers and on-site staff receive alarm information immediately, effectively shortening response time and further enhancing the effectiveness of workplace safety control.

[0032] The above descriptions are merely some embodiments of the present invention. For those skilled in the art, various modifications and improvements can be made without departing from the inventive concept of the present invention, and these all fall within the protection scope of the present invention.

Claims

1. An intelligent workplace safety and health management platform, characterized in that: It includes a console, a central alarm management system, and at least one subsystem. The console is communicatively connected to the central alarm management system, and the central alarm management system is communicatively connected to each of the subsystems. The console, the central alarm management system, and each of the subsystems form a three-tier management architecture of front-end-central-execution. The console is equipped with a human-machine interface, which sends instructions to the central alarm management system and receives information from the central alarm management system. The central alarm management system analyzes the instructions from the console and issues execution instructions to the corresponding subsystems, aggregates warnings and events from each subsystem, and pushes alarm information through at least one alarm channel; Each of the subsystems receives and executes the instructions of the central alarm management system, and feeds back warnings and events to the central alarm management system.

2. The occupational safety and health workplace intelligent management platform according to claim 1, characterized in that, The subsystem includes a license management system, which electronically and centrally manages the application, approval, issuance, and cancellation processes for licenses at several designated workplaces, ensuring that only authorized and qualified personnel can enter the workplaces when safety conditions are met.

3. The occupational safety and health workplace intelligent management platform according to claim 1, characterized in that, The subsystem includes a personnel health and location tracking system, which uses UWB positioning technology to monitor the exact location and movement trajectory of employees in the workplace in real time, facilitating dispatch and management, and enabling rapid location of employees in emergency situations.

4. The occupational safety and health workplace intelligent management platform according to claim 2, characterized in that, The subsystem includes an intelligent electronic lock management system, which enables intelligent access control at key locations. The status of the electronic locks can be remotely managed and can be linked with the license management system, allowing only authorized personnel / managers to unlock the electronic locks.

5. The occupational safety and health workplace intelligent management platform according to claim 4, characterized in that, The key locations include tool sheds, hazardous materials storage warehouses, and high-risk work areas.

6. The occupational safety and health workplace intelligent management platform according to claim 1, characterized in that, The subsystem includes an intelligent electronic bracelet management system, which is compatible with a UWB positioning smart bracelet. The UWB positioning smart bracelet has heart rate detection, body temperature detection, and one-click SOS emergency call functions. When staff wear the UWB positioning smart bracelet, the intelligent electronic bracelet management system will immediately issue an alarm message when it detects an abnormal health condition or an active emergency call from a staff member.

7. The occupational safety and health workplace intelligent management platform according to claim 1, characterized in that, The subsystem includes a sealed space intelligent safety monitoring system, which is compatible with gas detectors. Several gas detectors are installed in the sealed space or tunnel. The gas detectors continuously monitor the concentration of combustible gas, toxic gas, or oxygen. Once the gas concentration reaches a dangerous level, an alarm message is immediately issued and an emergency response plan is activated.

8. The occupational safety and health workplace intelligent management platform according to claim 1, characterized in that, The subsystem includes a visual monitoring system, which is compatible with high-definition AI monitoring equipment to monitor the overall situation of the workplace around the clock without blind spots, providing high-definition real-time images and video playback to help managers grasp the overall dynamics of the workplace. The high-definition AI monitoring equipment covers the construction site entrances and exits, the pit ends, processing areas, material storage areas, warehouses, living areas, office areas, parking lots, enclosures, and elevators.

9. The occupational safety and health workplace intelligent management platform according to claim 1, characterized in that, The subsystem includes an AI intelligent analysis system, which is based on computer vision technology, automatically analyzes video footage, identifies unsafe behaviors and / or environmental risks such as not wearing a safety helmet and / or entering a restricted area in real time, and generates alarm information.

10. The occupational safety and health workplace intelligent management platform according to claim 1, characterized in that, The central alarm management system categorizes and promptly pushes alarm information. The alarm channels include real-time alarms pushed by the console, mobile application notifications, email notifications, and alarm information released by on-site audio-visual devices; The console sends real-time alerts via email in the background, displays personnel identities and on-site footage in the background, and pushes notification messages to the mobile applications of managers and staff in real time. The system determines that the sound and light devices in workplaces with risks are triggered to release alarm information.

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