Frame joint assembly type wall assembly

Abstract

The invention provides a frame node assembled wall component. It includes a panel frame and a column frame, the column frame includes a side column frame and a central column frame, the panel frame is composed of C-shaped steel and connecting steel bars, the C-shaped steel has through holes, and the column frame is composed of square steel pipes , There are through holes on the four side walls of the square steel pipe. The panel frame of the present invention takes C-shaped steel as the main body, and the column frame takes square steel pipes as the main body. There are several through holes on the four side walls of the C-shaped steel and the square steel pipes, so that after the wall frame is assembled, each concrete pouring cavity The through holes communicate with each other, after the concrete is poured, the concrete load-bearing parts in each part are connected to each other, and the concrete forms a good combination with the C-shaped steel, the square steel pipe, the connecting steel bar, and the load-bearing steel bar. Therefore, the present invention is more conducive to the overall performance of the body of the wall.

Description

technical field [0001] The invention relates to a building material, in particular to a building wall component. Background technique [0002] EPS insulation modules have been widely used as insulation materials for building walls. At present, the methods of building the wall insulation layer with EPS insulation modules are as follows: (1) First construct the load-bearing layer of the wall, then paste the EPS insulation module on the load-bearing layer to form the insulation layer, and then lay a protective layer outside the insulation layer of the EPS insulation module; ( 2) The insulation layer is formed by connecting the EPS insulation modules, and a formwork is set on one side of the insulation layer to form a cavity, and then concrete is poured in the cavity to form an integral body of the EPS insulation module and the concrete, and finally outside the insulation layer of the EPS insulation module Lay out the protective layer; (3) Connect the EPS insulation module to f...

AI Technical Summary

Problems solved by technology

The disadvantages of these methods are: the splicing of EPS insulation modules, the installation of templates, the pouring of concrete, and even the construction of protective layers must be carried out at the construction site. long

However, these technical solutions still have problems such as inconvenient assembly, and the combination of concrete and other parts after pouring concrete needs to be improved.

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