Embedded and assembled composite wall panel

Abstract

The invention belongs to building wall panels and particularly relates to an embedded and assembled composite wall panel. According to the technical scheme, the embedded and assembled composite wall panel comprises a wall panel body and mounting clamping strips, the wall panel body is enclosed, two straight arm frames which are perpendicular to a width-direction outer frame and of the same thickness divide the wall panel body into three equal parts, the centers of the two sides of the wall panel body are vertically provided with rectangular mounting clamping grooves which are open in the upper ends and the lower ends, the sawtooth-shaped teeth are formed in three faces of the concave outer wall of each rectangular mounting clamping groove, the mounting clamping strips are provided with teeth in occlusion with the outer walls of the rectangular mounting clamping grooves, and in the splicing process, the mounting clamping strips are in embedded occlusion with the rectangular mounting clamping grooves in the two sides. The embedded and assembled composite wall panel aims to be convenient to splice and detach, relative displacement between connected wall panels and mechanical bending and turning generated at the joint of the connected wall panels are prevented, the structure is stable, and connection is firm.

Description

Technical field [0001] The invention belongs to a building wall panel, and in particular relates to an inlaid and assembled composite wall panel. Background technique [0002] Traditional clay brick wall panels, due to their heavy weight, are troublesome in construction, and generate a lot of construction waste. The production process has a greater pollution impact on the environment and cannot be recycled. It has long been replaced by new assembled building wall panels; However, the existing assembled wall panels, such as the technical solution published in the Chinese patent document with the authorization announcement number CN205134723U, still have many drawbacks. First, this hollow wall panel adopts a special-shaped structure, which causes inconvenience in the installation process. The limiting protrusions of the wall panels are rectangular protrusions on the smooth outer wall. When combined, the friction force of the smooth contact surface resists the relative displacement ...

AI Technical Summary

Problems solved by technology

[0002] Traditional clay brick wall panels, due to their heavy weight, troublesome construction, and produce more construction waste, the production process has a greater impact on the environment, can not be recycled, and have long been replaced by new assembled building wall panels; But the existing assembled wall panels, such as the technical scheme announced by the Chinese patent document CN205134723U with the authorization announcement number, still have many disadvantages. First, this hollow wall panel adopts a special-shaped structure, which causes inconvenience in the installation process. Secondly, this The limit protrusion of the wall board is a rectangular protrusion with a smooth outer wall. When combined, the friction force of the smooth contact surface alone resists the relative displacement between the two wall boards, and it is not easy for the two wall boards to be firmly connected.

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