High-strength anti-crack seepage-proof and explosion-proof cabin with induction alarming device

Abstract

The invention discloses a high-strength anti-crack seepage-proof and explosion-proof cabin with an induction alarming device. A cabin body is square, or round or rectangular. The outmost layer of the cabin body is in arc transition at the corner. The square cabin body is provided with high-strength anti-crack seepage-proof protective layers, heat insulation wall layers, high-toughness anti-crack seepage-proof damping layers, explosion-proof flame-retardant buffering steel plate layers, high-strength anti-crack seepage-proof concrete layers and an anti-crack seepage-proof elastic coating from inside to outside. Fixed explosion-proof bonding wall columns are arranged at the four corners of the connection positions between heat insulation walls and the high-toughness anti-crack seepage-proof damping layers, between the high-toughness anti-crack seepage-proof damping layers and explosion-proof flame-retardant buffering steel plates and between the explosion-proof flame-retardant buffering steel plates and high-strength anti-crack seepage-proof concrete correspondingly. Explosion impact energy is absorbed furthest, the explosion-proof effect is good, and the disaster brought by explosion is reduced significantly.

Description

technical field [0001] The invention belongs to the field of structural engineering, in particular to a high-strength anti-crack, anti-seepage and explosion-proof cabin with an induction alarm device. Background technique [0002] Explosion is a very sharp physical and chemical change of matter, and it is also a phenomenon in which a large amount of energy is rapidly released or rapidly converted into mechanical work in a short period of time. It is usually realized by means of the expansion of gas, which is a manifestation of violent motion of matter. The movement of matter accelerates rapidly, changing from one state to another state rapidly, and releases a large amount of energy in an instant, causing great harm at the same time. The process of explosion proceeds very quickly, and the pressure near the explosion point It is easy to rise sharply, generate large shock waves, and emit large or small explosion sounds, which can easily cause large vibrations in the surroundin...

AI Technical Summary

Problems solved by technology

The movement of matter accelerates rapidly, changing from one state to another state rapidly, and releases a large amount of energy in an instant, causing great harm at the same time. The explosion process proceeds very quickly, and the pressure near the explosion point It is easy to rise sharply, generate large shock waves, and emit large or small explosion sounds, which can easily cause large vibrations in the surrounding medium and environment or cause very serious damage to adjacent materials, causing deformation, movement and explosion of the surrounding medium. Destruction, even destruction, can cause significant loss of personnel and property in severe cases

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