Building gas explosion inclined wall structure

Abstract

The invention discloses a building gas explosion inclined wall structure, which comprises a light steel keel framework, wherein the light steel keel framework is arranged between a top structure and a bottom structure of a building by inclining a certain angle; a filler is filled in gaps of the framework; and at least one side of two sides of the framework is attached with more than one layer of gypsum board. In the partition wall structure, the light steel keel, the pressure-resistant and flame retardant gypsum board and other reinforcement measures are adopted, the wall has the pressure-resistant value of 1,200MPa, can meet the requirement of a gas extinguishing installation that the pressure-resistant value of the wall is not less than 1,200MPa; besides, a light steel keel and gypsum board partition wall system is adopted in the technical scheme, compared with a steel-concrete system wall, the wall has very light dead weight and low structural load. Moreover, a semi-finished product assembly construction is adopted, and the wall structure has the advantages of small occupied space, high construction speed, light environmental pollution and the like, and is particularly suitable for partition wall systems of high-rise buildings and steel-structure buildings.

Description

technical field [0001] The invention relates to a wall structure of a lightweight gas explosion partition wall. Background technique [0002] Gas fire extinguishing devices are used in the substation and distribution rooms of large-scale civil buildings, and the requirements for the pressure resistance of the partition walls are quite high. At present, reinforced concrete partition walls are mostly used for gas explosion partition walls. The partition wall is generally constructed after the equipment is in place, and the steel reinforcement project and concrete pouring project are likely to cause collision damage to the equipment. In addition, the pouring and curing of concrete will cause excessive humidity in the space, which will easily cause the equipment to be damp. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a light-weight and easy-to-construction air-explosion partition inclined wall structure, which c...

AI Technical Summary

Problems solved by technology

[0002] Gas fire extinguishing devices are used in the substation and distribution rooms of large-scale civil buildings, and the requirements for the pressure resistance of the partition walls are quite high. At present, reinforced concrete partition walls are mostly used for gas explosion partition walls. The partition wall is generally constructed after the equipment is in place, and the steel reinforcement project and concrete pouring project are likely to cause damage to the equipment due to collision

In addition, the pouring and maintenance of concrete will cause excessive humidity in the space, which will easily cause the equipment to be damp

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