A mine escape pipeline

Abstract

A mine escape pipeline comprises a transverse escape pipeline body and a vertical escape pipeline body. Each of the transverse escape pipeline body and the vertical escape pipeline body comprises a first explosion-proof enclosure arranged on the outer layer and a first framework arranged on the inner layer. Emergency in-out doors are arranged on the transverse escape pipeline body at intervals. An emergency entrance sealing door is arranged at the end, far away from the vertical escape pipeline body, of the transverse escape pipeline body, and a safety bin is arranged at the end, close to the vertical escape pipeline body, of the transverse escape pipeline body and comprises a second explosion-proof enclosure arranged on the outer layer and a second framework arranged on the inner layer. An integration pipeline is arranged on the top of the safety bin and used for conveying or storing goods and materials. The escape pipeline can still have a good protection function under the explosion effect, the integration pipeline on the top of the safety bin is used for conveying or storing the goods and materials, necessary emergency light sources, water, electricity, foods, oxygen and the like can be provided, a lifeline can be well protected, and when difficulty is temporarily encountered during escaping, safety space for physical force recovery can be provided through the safety bin.

Description

technical field [0001] The invention relates to mine escape equipment, in particular to a mine escape pipeline. Background technique [0002] During the mining process, gas explosions, coal dust explosions, gas outbursts, water seepage accidents, mine fires, roof collapses and other mining disasters may occur at any time. The human tragedy of life casualties and broken families caused by mining accidents makes people feel sad and sad. Strengthening safety measures for mining workers is a matter of cherishing and respecting life, a major event of "human life is at stake", and the top priority of the mining industry. [0003] At present, when a mine disaster occurs or is about to occur, miners can use self-rescuers to leave the danger zone or hide in the rescue cabin, but these safety devices have their limitations. For example, filter self-rescuers will be limited by the oxygen content of the outside world. In the event of a serious gas outburst accident, even if you wear a ...

AI Technical Summary

Problems solved by technology

[0003] At present, when a mine disaster occurs or is about to occur, miners can use self-rescuers to leave the danger zone or hide in the rescue cabin, but these safety devices have their limitations. For example, filter self-rescuers are limited by the oxygen content of the outside world. In the event of a serious gas outburst accident, even with a filter self-rescuer, it will still cause human suffocation. The isolated self-rescuer will be limited by time and can only provide limited oxygen supply time for escapees; However, the mining workers who fled in can only wait for others to rescue them, and cannot rely on their own strength to escape from the danger zone in a short time, so these devices cannot provide 100% safety for people.

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