A tunnel poisonous gas detection device for mine engineering

Abstract

The invention discloses a tunnel poisonous gas detecting device for mine engineering. The tunnel poisonous gas detecting device comprises a vehicle body; crawler-type travelling mechanisms are symmetrically mounted on the two sides of the vehicle body; mounting holes are formed in the two sides of the vehicle body correspondingly and communicate with an explosive-proof cavity of the vehicle body; a main drive shaft and the mounting holes are connected through shaft seats I fixedly mounted in the mounting holes; shaft sleeves are embedded in the shaft seats I; a gas detection sensor is further mounted at the front end of the vehicle body through a lifting column; the gas detection sensor is wirelessly connected with an intrinsically safe type wireless communication module mounted in the explosive-proof cavity through an intrinsically safe type communication system; and an upper lifting column body moves up and down under driving of a stranded wire I. According to the tunnel poisonous gas detecting device, the possibility that explosion is caused by the travelling mechanisms in travelling is effectively avoided, safety performance is improved, meanwhile, and the situation that the gas detection sensor can detect the state and concentration of poisonous gas of different heights is achieved, so that the gas detection sensor effectively avoids top obstacles, and smooth passing of the vehicle body is guaranteed.

Description

technical field [0001] The invention relates to the field of mine engineering gas detection, in particular to a mine engineering tunnel toxic gas detection device. Background technique [0002] In the mining tunnel of the mine, because there is a large amount of toxic gas in the mine, it is necessary to detect it during the mining process. The existing detection method is to install detection sensors on the excavation and mining face of the mine tunnel. After adopting this method, although the explosion-proof sensor can be used for detection, the excavation machinery on the mining face is not explosion-proof, and once the excavation tunnel exists A large amount of toxic and harmful gases, such as nitrogen oxides, carbon dioxide, etc., have huge potential safety hazards. Moreover, due to the fixed installation position of the traditional sensor, it can only detect the toxic gas state at the same height during the detection process, and the toxic gas state at other heights ca...

AI Technical Summary

Problems solved by technology

The existing detection method is to install detection sensors on the excavation and mining face of the mine tunnel. After adopting this method, although the explosion-proof sensor can be used for detection, the excavation machinery on the mining face is not explosion-proof, and once the excavation tunnel exists A large number of toxic and harmful gases, such as nitrogen oxides, carbon dioxide, etc., have huge potential safety hazards

Moreover, due to the fixed installation position of the traditional sensor, it can only detect the toxic gas state at the same height during the detection process, and the toxic gas state at other heights cannot be detected

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