Novel heat insulation structure for segmented cabin body and segmented cabin body with novel heat insulation structure

Abstract

The invention discloses a novel heat insulation structure for a segmented cabin body and the segmented cabin body with the novel heat insulation structure. The cabin-segment heat insulation structure consists of a cabin-segment inner cabin and a cabin-segment outer cabin, wherein the cabin-segment inner cabin consists of an inner cabin left side plate, an inner cabin base plate, an inner cabin right side plate and an inner cabin top plate, each of which consists of plywoods, inner cabin frameworks, inner cabin inner skins, flameproof hard polyurethane foaming plastic, inner cabin outer skins,asbestos cloth and rivets. By adoption of the novel heat insulation structure, a heat transmission way can be effectively cut off and the heat insulation property and the safety of the cabin body aregreatly improved; furthermore, the manufacturing process is simple; and cost and resources are saved.

Description

technical field [0001] The invention relates to the technical field of safety cabins, in particular to a novel segmented cabin heat insulation structure and a segmented cabin with the heat insulation structure, which can be applied to coal mine emergency avoidance systems. Background technique [0002] Due to the working characteristics of coal mines, the risk of underground mining is relatively high, and through analysis, it can be seen that the frequent accidents in coal mines are gas (coal dust) explosion accidents, and these coal mine accidents often cause casualties. The location is underground, the working environment is narrow and harsh, and due to the presence of a large amount of toxic and flammable gases in the coal mining process, it is also easy to cause the collapse of the mine tunnel and lack of air, which not only makes it difficult for personnel to obtain safety protection, but also poses a threat to subsequent Rescue work has caused difficulties. According t...

AI Technical Summary

Problems solved by technology

The current rescue cabin structure is relatively simple, and because most coal mine accidents are gas explosions, which are prone to high heat, the cabin insulation structure of the rescue cabin is directly related to the performance of the cabin after the explosion, which is related to the cabin. If it cannot be effectively insulated, because the cabin is a closed or semi-closed space, it will easily lead to an increase in the temperature of the internal space and damage the safety of the people in the cabin. However, the traditional shelter structure generally has no heat insulation structure or heat insulation structure. Poor problems, for example, the Chinese utility model patent CN202017518U discloses a reinforced cabin of an underground movable hardware rescue cabin

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