Gas extraction monitoring method, system and equipment and readable storage medium

Abstract

The embodiment of the invention discloses a gas extraction monitoring method, system and equipment and a readable storage medium. The method comprises the steps that an image of a gas extraction working face area is collected; when a grouting machine starts to grout a drill hole, a numerical value displayed by a positive pressure meter used for monitoring the positive pressure of the grouting machine in the image and whether grout flows out of the drill hole or not are recognized through a target detection algorithm; when that the grout flows out of the drill hole is recognized, a drainage andexhaust pipe valve closing control instruction is sent to the grouting machine or prompt information is generated; when that the numerical value displayed by the positive pressure meter reaches a setvalue is recognized, a grouting stop instruction is sent to the grouting machine; and when an extraction pipe starts to extract gas, a numerical value displayed by a negative pressure meter used formonitoring the negative pressure of the extraction pipe in the image is recognized based on the target detection algorithm. An artificial intelligence technology is utilized to play an intelligent supervision role in the gas extraction process, and the drill hole blocking and gas extraction effects are ensured.

Description

technical field [0001] Embodiments of the present invention relate to the technical field of underground coal mine operations, and in particular to a gas drainage monitoring method, system, equipment and readable storage medium. Background technique [0002] When coal mines conduct gas drainage operations, the grouting machine usually seals the drainage boreholes, and then drains the gas through the drainage pipe. In the current operation process, it is necessary to rely on personnel on site to confirm whether the grouting machine meets the standards. The operation requirements of "two blocks and one injection" and the quality standard requirements of gas drainage such as whether the gas drainage pipe is normal and negative pressure drainage waste manpower and time, and cannot effectively avoid management problems such as human subjective judgments in manual on-site acceptance. The real implementation of gas control measures and outburst prevention measures cannot be guarant...

AI Technical Summary

Problems solved by technology

[0002] When coal mines conduct gas drainage operations, the grouting machine usually seals the drainage boreholes, and then drains the gas through the drainage pipe. In the current operation process, it is necessary to rely on personnel on site to confirm whether the grouting machine meets the standards. The operation requirements of "two blocks and one injection" and the quality standard requirements of gas drainage such as whether the gas drainage pipe is normal and negative pressure drainage waste manpower and time, and cannot effectively avoid management problems such as human subjective judgments in manual on-site acceptance. The real implementation of gas control measures and outburst prevention measures cannot be guaranteed, and there are hidden dangers of gas accidents

Images