Important functions of the emergency broadcasting system in coal mines
Publishing time.
Dec 07,2019
Coal mining in our country often involves deep underground operations, resulting in harsh working conditions. The importance of communication to coal mine production is therefore self-evident. The Jinan Fushen Technology Co., Ltd. emergency broadcast system for underground coal mines enables mine-wide broadcasts, assisting in production scheduling and personnel management.
China's coal mining operations often extend deep underground, resulting in harsh working conditions. The importance of communication to coal mine production is therefore self-evident. The Jinan Fushen Technology Coal Mine Underground Emergency Broadcasting System enables mine-wide broadcasting, assisting in mine production scheduling and personnel management. Compared to traditional broadcasting systems, this system features digital IP addressability. Users in the control room can check the status of each speaker underground at any time and directly control a specific speaker for point-to-point control, ensuring the system operates safely and orderly.
Main Functions of the Fushen Technology Coal Mine Underground Emergency Broadcasting System
1. Mine-wide broadcasting function: broadcasts safety education materials, background music, and leadership instructions throughout the mine via the main computer to each zone and each sub-line.
2. Playback content: can use real-time voice, external audio, or post-recorded broadcasts. Broadcasting can be scheduled, targeted, automatic, or looped to meet different enterprise needs.
3. Upper computer control for selective zones allows for branched broadcasting. The system allows the upper computer to play different broadcast content in different areas without interference.
4. Two-way communication between underground and aboveground via the main speaker enables timely reporting of underground conditions.
5. The broadcasting substation can call the connected speakers and alarm points and make calls.
6. Construction of an information sharing platform that interoperates with other monitoring systems. It receives over-limit information or alarm signals and can automatically broadcast or conduct emergency rescue command.
In the event of an emergency requiring evacuation, dispatchers can use the microphone to broadcast instructions, guiding personnel to evacuate quickly and orderly, ensuring personnel safety, and minimizing the impact of the disaster.
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