Product Overview
The Comprehensive Mine Hazard Prevention & Control System is an IoT-based safety management platform that acquires real-time monitoring data across methane, CO, oxygen, smoke, air velocity, temperature, hydrology, dust, fiber, tube bundles, roof pressure and personnel positioning. AI-enabled modules support risk prevention, disaster control and disaster evolution analysis with visual simulation in a real-time 3D mine environment.
Product Description
Mine safety depends on the ability to see hazards early, understand how they develop, and act before they escalate. This system unifies the many monitoring sub-systems of a mine — gas, ventilation, hydrology, dust, roof pressure, fiber and tube-bundle monitoring, as well as personnel positioning — into a single data acquisition and analysis platform. By correlating readings from these diverse sensors in real time, it reveals risk patterns that are invisible when each sub-system is viewed independently.
The platform's AI-enabled modules address the full safety lifecycle: risk prevention through continuous monitoring and early identification; disaster control through analytical tools that evaluate the effectiveness of mitigation measures; and disaster evolution analysis that simulates how an incident could develop over time. All of this is visualized inside a real-time 3D model of the mine, giving management intuitive situational awareness of underground conditions.
The system also supports the construction of a graded risk management and emergency drill framework. Emergency scenarios can be simulated and rehearsed, and response plans validated against realistic conditions. The result is a closed loop that runs from monitoring and early warning through alarm handling, command and decision support — the operational backbone of mine safety and dispatching.
Key Features
- IoT-based acquisition of methane, CO, oxygen, smoke, air velocity, temperature, hydrology, dust, fiber, tube bundle, roof pressure and personnel positioning data
- AI-enabled risk prevention, disaster control and evolution analysis modules
- Real-time 3D mine environment visual simulation
- Graded risk management and emergency drill framework
- Accident simulation for emergency response planning
- Closed-loop monitoring, early warning, alarm handling and decision support
Technical Specifications
| Parameter | Value |
|---|
| Technology Foundation | IoT-based real-time data acquisition |
| Monitored Parameters | Methane, CO, oxygen, smoke, air velocity, temperature, hydrology, dust, fiber, tube bundles, roof pressure, personnel positioning |
| AI Capabilities | Risk prevention, disaster control, disaster evolution analysis |
| Visualization | Real-time 3D mine environment |
Applications
Coal mine comprehensive safety management, gas and ventilation monitoring, emergency response planning and drills, and mine safety production dispatching.
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