Method and device for monitoring coal field fire zone

Abstract

The invention discloses a method and device for monitoring a coal field fire zone. The method for monitoring the coal field fire zone comprises the steps that a hyperspectral thermal infrared image of a target zone on the ground is obtained; thermal radiation information of an object in the target zone is obtained through the hyperspectral thermal infrared image of the target zone; a temperature abnormal zone in the target zone is obtained according to the thermal radiation information of the object in the target zone; the position of the coal field fire zone in the hyperspectral thermal infrared image is determined through the temperature abnormal zone in the target zone. According to the method and device for monitoring the coal field fire zone, the problem that the position of the coal field fire zone cannot be accurately monitored in the related technology is solved.

Description

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AI Technical Summary

Benefits of technology

This patented method allows for accurate detection of fires within specific areas by obtaining spectral images from different weather conditions or objects underground during an exploration process. By analyzing these data with other sensors like cameras, this can help identify any potential hazards such as water intrusions or gas leaks.

Problems solved by technology

Technological Problem: Current methods for detecting and locating ignition sources (such as coals) on surface include drilling holes into the surrounding soil with various tools like wire probes, pressure plugs, etc., measuring temperatures from different parts of the hole walls through specialized equipment, analyzing gases released by the pyrogenation process, identifying specific locations within this region where there may exist flammable materials, and predict potential future explosion hazards based on their spatial distribution patterns over time.

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