Energy-saving anti-seismic wall

Abstract

The invention discloses an energy-saving anti-seismic wall. The energy-saving anti-seismic wall comprises a rebar frame assembly, wall bodies and thermal insulation layers, wherein both sides of the rebar frame assembly are both provided with the wall bodies, the outer sides of the wall bodies are provided with the thermal insulation layers, the wall bodies are composed of multiple block buildingmodules, each block building module comprises a block body, a steel wire gauge, a pull ring, puggings, a pothook and inorganic thermal insulation layers, the front and back sides of the block body arerespectively provided with the puggings, the outer sides of puggings are provided with the inorganic thermal insulation layers, each thermal insulation layer is composed of multiple models, the rebarframe assembly is composed of two planes and multiple transverse rods, each plane comprises horizontal rebars and vertical rebars, the horizontal rebars and the vertical rebars are crosswise connected into a plane, and the plane and anti-shearing rebars are fixed through a U-shaped lock catch. The energy-saving anti-seismic wall has the advantages that the modular design is adopted, the manufacturing cost is low, the installation is convenient, the construction efficiency is improved, the effects of sound insulation, energy preservation and heat preservation are good, the structural bearing capacity of the rebar frame assembly can be effectively improved, and the anti-seismic ability is improved.

Description

technical field [0001] The invention relates to a wall body, in particular to an energy-saving and earthquake-resistant wall. Background technique [0002] At present, the existing houses and other buildings are generally cold in winter and hot in summer, requiring a large amount of energy for heating and cooling, and the shock resistance and thermal insulation performance are particularly poor, while most of the exterior walls of existing concrete frame buildings are Block module materials, such as aerated concrete, hollow bricks, slag gas blocks, etc., require on-site wet work when forming a wall, and the labor intensity of workers is high and the efficiency is low. As the demand for housing increases, the requirements for the weight of walls in high-rise buildings are getting higher and higher, especially lightweight walls are an important part of high-rise buildings, and the seismic performance of block module materials is not ideal. The thermal insulation performance, ...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing houses and other buildings are generally cold in winter and hot in summer, requiring a large amount of energy for heating and cooling, and the shock resistance and thermal insulation performance are particularly poor, while most of the exterior walls of existing concrete frame buildings are Block module materials, such as aerated concrete, hollow bricks, slag gas blocks, etc., require wet work on site when forming walls, and the labor intensity of workers is high and the efficiency is low

As the demand for housing increases, the requirements for the weight of walls in high-rise buildings are getting higher and higher, especially lightweight walls are an important part of high-rise buildings, and the seismic performance of block module materials is not ideal. Thermal insulation performance, constructability, safety and stability are different. Some thermal insulation materials have high thermal conductivity and relatively general thermal insulation effects, which are difficult to meet people's needs.

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