Building quake-proof outer wall hanging plate

Abstract

The invention provides a building quake-proof outer wall hanging plate, which comprises a plate body, wherein at least two groups of first embedded connecting elements are arranged on the upper part of the inner side of the plate body, and are embedded inside the plate body; an installing seat is arranged in the position, corresponding to each first embedded connecting element, of the inner side of the plate body; the installing seat comprises a first installing plate and a second installing plate which are vertical to each other; a strip-shaped hole is formed in the first installing plate; a first screw bolt is arranged in the strip-shaped hole, and is connected with a screw hole formed in the first embedded connecting element through screw threads. The building quake-proof outer wall hanging plate has the advantages that the installing position between a framework beam and the outer wall can be adjusted; the requirement on the precision of the embedded elements during the construction is reduced.

Description

technical field [0001] The invention relates to a building exterior wall hanging board, in particular to a building anti-seismic outer wall hanging board. Background technique [0002] With the continuous improvement of the industrialization technology level of the construction industry, more and more prefabricated buildings are being promoted and applied. Beam connection, the structure of the existing external wall hanging board connectors is mostly embedded in the external wall hanging board, and the hook is installed on the frame beam. When installing, the hook is hooked to the cross bar to realize the external wall hanging board. Fixed installation. These structures have parts that are pre-embedded on the wall panels and protrude from the wall panels, resulting in irregular shapes on the surface of the wall panels, making it difficult to manufacture and transport, and the exposed nodes after installation affect the appearance and use. The current connection method of e...

AI Technical Summary

Problems solved by technology

These structures have parts that are pre-buried on the wallboard and protrude from the wallboard, resulting in irregular surface shapes of the wallboard, making it difficult to manufacture and transport, and the exposed nodes after installation affect the appearance and use

The current connection method of external wall hanging panels has little room for adjustment during installation, and has high requirements for the position accuracy of embedded parts during construction, making production and assembly difficult, which affects production and construction progress

Moreover, the existing connecting piece between the external wall hanging board and the frame beam is a rigid connection. When the building encounters temperature changes or earthquakes in the later stage of the building, there will be a slight relative displacement between the frame beam and the external wall hanging board. The displacement will cause damage to the joints between the frame beams and the external wall sidings, causing the building's external walls to fall off; the existing external wall sidings cannot be adjusted after installation, and it is difficult to ensure uniform joints between adjacent external wall sidings. Affects the regularity of the appearance of the building

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