A wall panel installation connector and a method for installing the wall panel

Abstract

The invention discloses a wall board installing connecting piece and a wall board installing method thereof. The wall board installing connecting piece comprises a connecting piece body A and a connecting piece body B, wherein the connecting piece body A is inverted T-shaped steel, the connecting piece body B is angle steel, a lower-portion body is connected with an inner side flange of the connecting piece body A through a body embedding piece A, an upper-portion body is connected with one side of the connecting piece body B through a body embedding piece B, the upper-portion side wall of a wall board is connected with the other side of the connecting piece body B through a wall embedding piece B, the lower-portion side wall of the wall board is connected with a web plate of the connecting piece body A through a wall embedding piece A, and the bottom of the wall board is arranged on the outer side flange of the connecting piece body A. Multiple functions of wall board connection, temporary supporting, elevation positioning and flatness adjustment are integrated through the connecting piece body A. During installation, connection and installation of the wall board and a body structure can be quickly achieved only by respectively aligning the wall embedding piece A and the wall embedding piece B to the connecting piece body A and the connecting piece body B, and further the purpose of improving installing efficiency and construction quality is achieved. The connecting mechanical property of the wall board is excellent.

Description

technical field [0001] The invention relates to the field of structural engineering, in particular to a wall board installation connector and a method for installing the wall board. Background technique [0002] In recent years, driven by the policies of "Green Building Action" and "Building Industrialization, Housing Industrialization" and economic development, prefabricated buildings have become a hot spot of domestic research and exploration. The building wall is an important part of the building, accounting for about one-third of the total construction volume, so the industrialization of the wall is the first choice to realize the industrialization of the building. In the field of prefabricated buildings, my country has conducted in-depth research and discussions on key technical issues in the design, production and construction of prefabricated exterior wall panels, and has been applied and demonstrated in actual projects. At present, there are two commonly used connec...

AI Technical Summary

Problems solved by technology

The wet suspension connection mainly relies on the upper connection of the wall panel to bear the vertical load, and the wall panel is in a tension state as a whole. However, due to the poor tensile performance of the concrete, the wet suspension connection is prone to safety hazards such as cracking of the concrete panel surface

In addition, the wet suspension connection and the main structure are cast-in-place as a whole, which is reflected in the rigid connection, and the deformation capacity and seismic performance are poor; at the same time, the influence of the wallboard on the stiffness of the main structure is increased, and the failure mode of the main structure is changed

[0004] The point-shaped full-dry lateral connection of the wallboard is that the upper and lower ends of the wallboard are connected laterally with the main structure through embedded angle steel, anchor bolts and other connectors, and the vertical load is mainly relied on the lateral embedded parts of the wall to resist shear; while The shear bearing capacity of the embedded parts is highly dependent on the structure of the wall panel, and has poor applicability to the sandwich wall panel

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