An integrated fire extinguishing bomb throwing system and throwing method for individual equipment

Abstract

The invention discloses a single-soldier-equipped integrated fire-fighting bomb throwing system and throwing method. An installing structure is arranged at the bottom end of each fire-fighting bomb, each fire-fighting bomb is rotationally installed in a corresponding launching barrel, multiple launching barrels are installed on a launcher support, multiple fire-fighting bombs can be carried at a time, and the explosive load is two times or above of that of existing equipment; and the fire-fighting bombs are kept stationary under the combined action of an installing positioning assembly, launching barrel sealing covers and air in a low-pressure air chamber. When the air pressure is continuously increased and exceeds a pressure threshold, pressure in the low-pressure air chamber is higher than the sum of shearing force borne by the installing positioning assembly and shearing force borne by the launching barrel sealing covers, and pressure of the air pushes the fire-fighting bombs to be launched from the launching barrels through launching push plates. The single-soldier-equipped integrated fire-fighting bomb throwing system has a storing, transporting and launching integrated function, and adaptability of the fire-fighting bombs is improved; low-pressure air chamber launching is adopted, larger firing ranges and more accurate falling points are achieved, the distance between a fire fighter and fire ground can be increased, and working dangerousness of the fire fighter is reduced.

Description

technical field [0001] The invention relates to fire extinguishing equipment, in particular to an integrated fire extinguishing bomb throwing system for individual equipment and a throwing method thereof. Background technique [0002] The current situation of forest and grassland fire extinguishing equipment in my country is not enough to support the increasingly severe threat of severe forest and grassland fires. Existing fire extinguishing equipment is mostly based on manual work, which is inefficient and dangerous. Taking fire extinguishing bombs as an example, the fire extinguishing bombs carried by individual soldiers are usually thrown from the surroundings of the fire field to the inside of the fire field by manual throwing. Due to the limitation of human movement ability, this kind of fire extinguishing bombs are light in weight, so the fire extinguishing efficiency is low, and the throwing distance is short, so the operation is dangerous. Very high and difficult to...

AI Technical Summary

Problems solved by technology

Existing fire extinguishing equipment is mostly manual operation, which is inefficient and dangerous

Taking fire extinguishing bombs as an example, the fire extinguishing bombs carried by individual soldiers are usually thrown from the periphery of the fire field to the interior of the fire field by manual throwing. Due to the limitation of human movement ability, this kind of fire extinguishing bombs are light in weight, so the fire extinguishing efficiency is low, and the throwing distance is short, so the operation is dangerous. Extremely high and difficult to control fire quickly

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