An explosion-proof design structure for a building

Abstract

The invention discloses a building anti-explosion design structure, and relates to the technical field of the building design. According to the key points of the technical scheme, the building anti-explosion design structure comprises an anti-explosion general wall body composed of a plurality of anti-explosion walls, the anti-explosion walls comprise wall bodies, anti-explosion plates, buffer rods with one ends hinged to the wall bodies and arranged obliquely with the wall bodies, sliding blocks hinged to the other ends of the buffer rods and buffer anti-explosion device arranged between thewall bodies and the anti-explosion plates correspondingly, the two buffer rods are arranged between the wall bodies and the anti-explosion plates in a mirrored mode, the sliding blocks slide directionally on the anti-explosion plates, a pressure relief general wall body is arranged on the outer side of the anti-explosion wall bodies, the pressure relief general wall body is composed of a pluralityof pressure relief walls, and pressure relief mechanisms are arranged on the pressure relief walls at the top; and through the interaction of the anti-explosion general wall body, the pressure reliefgeneral wall body and the pressure relief mechanisms, the effect that spatter of sweeps are reduced after the anti-explosion general wall body is damaged is effectively achieved, and the effects thatthe anti-explosion performance of the building is improved, and the damage after the explosion is reduced are achieved.

Description

technical field [0001] The invention relates to the technical field of architectural design, more specifically, it relates to an explosion-proof design structure of a building. Background technique [0002] With the continuous development of modern industry, many industrial plants such as chemical warehouses, flammable gas solvent rooms, dangerous goods warehouses, boiler rooms and other flammable and explosive plants have emerged. These are one of the biggest risks and hidden dangers of plant safety. . [0003] Building explosion-proof is an explosion-proof design for buildings with explosion hazards such as factories and warehouses. At present, buildings with explosion hazards should be single-story. A large amount of gas and heat are released, causing a high pressure in the room. In order to prevent the load-bearing components of the building from being damaged due to the strong explosion force, the usual method is to design the top of the explosion-proof wall body as a ...

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Problems solved by technology

[0003] Building explosion-proof is an explosion-proof design for buildings with explosion hazards such as factories and warehouses. At present, buildings with explosion hazards should be single-story. A large amount of gas and heat are released, causing a high pressure in the room. In order to prevent the load-bearing components of the building from being damaged due to the strong explosion force, the usual method is to design the top of the explosion-proof wall body as a weak pressure relief structure. The current common way to design the pressure relief structure is to install the corresponding skylight; however, when the skylight explodes, a large amount of glass shards will splash, which will cause secondary damage to personnel, and there are also secondary damage and chain reactions. Therefore, the prepared use of various technologies and facilities to minimize the hazards of explosions is a problem that researchers in many countries are exploring.

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