Wall body structure of integrated house

Abstract

The invention provides a wall body structure of an integrated house, and belongs to the technical field of machines. The problems that an existing wall body structure is poor in connection strength and stability and low in building efficiency are solved. The wall body structure of the integrated house comprises an inner enclosing wall, an outer enclosing wall and a supporting keel vertically arranged between the wall corners of the inner enclosing wall and the outer enclosing wall. The supporting keel comprises a supporting plate with the bent cross section; the two side edges of the supporting plate in the long strip direction are inwards bent to form at least one connecting plate; connecting pieces used for being connected with supporting crossbeams are fixed to the at least one connecting plate; and an opening is formed between the two connecting plates, and the wall corner of the inner enclosing wall penetrates through the opening and is located in the supporting keel. In the wallbody structure, the supporting crossbeams are directly connected to the supporting keel through the connecting pieces, the connection strength and stability are also high, in the construction process,the whole wall body structure can be built well firstly, then a floor is placed, and the overall building efficiency is high.

Description

Technical field [0001] The invention belongs to the technical field of machinery and relates to a wall structure of an integrated house. Background technique [0002] The integrated house is composed of a structural system, a ground system, a floor system, a wall system, and a roof system. Each system is composed of several unit modules. The unit modules are manufactured in the factory and the house site is assembled by the unit modules. [0003] Existing residential houses, such as a Chinese patent application (application number: 201310457792.0) discloses a steel-structured concrete internal and external thermal insulation integrated modular building house, including a reinforced concrete foundation and a number of columns installed on the reinforced concrete foundation at the bottom. The profile steel column of the body steel structure skeleton; the lower ends of the two profile steel columns are connected with transverse profile steel, and the two profile steel columns are also...

AI Technical Summary

Problems solved by technology

In the above-mentioned buildings, the beam body formed by the outer channel steel and the inner channel steel is directly connected to the outer wall of the rectangular steel column, the floor is directly installed on the upper end of the beam body, and the outer channel steel and the inner channel steel are buried after pouring concrete later. Therefore, in order to ensure sufficient supporting strength during the construction of the house, the lower half of the wall can only be poured first, and then the floor is installed on the beam formed by the outer channel steel and the inner channel steel. Then pour the upper part of the wall, and after the floor is installed, it is necessary to connect the beams formed by the outer channel steel and the inner channel steel on the rectangular steel column and the longitudinal steel to ensure the strength of the upper part of the wall. less efficient

And if the horizontal support beams are erected on the longitudinal steel, but each vertical steel is not directly connected with the rectangular steel column, if the weight of the floor is all supported by a vertical steel, the strength and stability of the connection will be poor

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