Full-length clamp connecting member for installing low carbon plate on building outer wall and using method of connecting member

Abstract

The invention relates to a full-length clamp connecting member for installing a low carbon plate on a building outer wall. The full-length clamp connecting member is characterized by comprising a pre-embedded connecting piece, an adapting piece, a keel and a full-length clamp; the pre-embedded connecting piece consists of a pre-embedded connecting piece body, an expansion bolt and a fastening bolt; the pre-embedded connecting piece body is an angle steel member with long and short edges; the long edge of the pre-embedded connecting piece body is fixedly connected with the keel through the fastening bolt; the keel is connected with the adapting piece; the single side of the adapting piece is connected with the full-length clamp; and the full-length clamp consists of an upper clamp or a middle clamp or a lower clamp and a fastening bolt. According to a using method, the pre-embedded connecting piece is pre-embedded on the surface of the wall; and the low carbon plates are installed layer by layer from top to bottom. The invention has the advantages that: slots are preformed on the upper and lower edges of the prefabricated low carbon plate, and only the low carbon plate is connected with the connecting piece which is fixed on the building outer wall and used for previously leveling the keel during construction.

Description

technical field [0001] The invention belongs to building material connection components, in particular to a full-length clip connection component for installing low-carbon boards on external eaves walls of a building and a use method thereof. Background technique [0002] The installation of marble decorative surface or glass curtain wall on the outer eaves of the building is widely used in practice. The dry-hanging process of marble decorative surface is to use corrosion-resistant bolts and corrosion-resistant flexible connectors to dry-hang marble, granite and other decorative stones on the outer surface of the building structure, leaving a gap of 40-50mm between the stone and the structure. cavity. For the veneer made by this process, because the stone itself is very heavy, the auxiliary keel system for dry-hanging stone has high requirements. The keel strength and profile size requirements must meet the stone weight and high-rise wind load safety factor requirements. It...

AI Technical Summary

Problems solved by technology

The latter is installed in an accurate position, but it takes a lot of work to drill holes, and its firmness is not as good as that of pre-embedded

The construction process of the eaves and walls outside the above-mentioned dry-hanging building is complicated, and the connection between the connectors and the decorative materials requires relatively high technical conditions for the operators. Especially, it is time-consuming and damaging to make dry-hanging holes on the side walls of marble. Its strength; the skeleton material of the curtain wall is wasteful, and the construction cost is very high

Images