A mine ventilation rescue component

Abstract

The invention relates to a mine ventilation rescue assembly, which includes an air supply assembly, a support assembly and a cleaning assembly; the air supply assembly includes a trunk ventilation assembly with one end connected to the wellhead and one end probed into the mine, and used for sending air to each well chamber under the mine. Inlet air; a number of bypass components are bypassed on the main ventilation component, the bypass components are used to realize the communication between the air and the use component connected to the corresponding well room; the use component is used to supplement the air for the personnel trapped in the corresponding well room; the support component The utility model includes at least a support assembly arranged above the use assembly to prevent the use assembly from being damaged by falling rocks; a protection assembly located above the support assembly is arranged on the top of the well chamber; a cleaning device is used to clean the trunk ventilation assembly. Compact and easy to use.

Description

technical field [0001] The present invention relates to a mine ventilation rescue assembly and method. Background technique [0002] With the development of our country's economy, our country's demand for mineral resources is also increasing. At the same time, the safety and efficiency of mine production are also attracting more and more attention. Mine ventilation system is an important part of mine production. It can both promote mine production and restrict production. Therefore, optimizing mine ventilation system is directly related to mine safety and economic benefits, and has important economic and social significance. This paper analyzes the importance of mine ventilation system and the method of optimizing ventilation system, and illustrates the significance of optimizing mine ventilation system for mine safety production with examples, and has a certain role in improving the safety performance and benefit of mine production. At present, most of the ventilation devi...

AI Technical Summary

Problems solved by technology

At present, most underground mine ventilation devices use mechanical forced ventilation equipment. The disadvantage is that mechanical ventilation equipment is difficult to deal with harmful gas, gas and dust in the roadway.

At the same time, the blower equipment causes high energy consumption, high noise, maintenance costs, etc., which increases the production cost of the enterprise

Since there are multiple connection points in the blower equipment, the probability of causing a fire is relatively high, so there is a certain potential safety hazard

Most of the current ventilation equipment is a relay ventilation system. When one equipment fails, the entire ventilation system is in a paralyzed state, affecting production and safety.

CN201220165397.6 The mobile natural ventilation and gas collection device for underground mines, although a set of equipment is provided, it is not suitable for mine disasters such as landslides and other ventilation situations

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