Scaffold wall connection element

Abstract

The invention relates to a scaffold wall connection element. The scaffold wall connection element comprises a sleeve capable of being fixedly installed on a wall, angle iron capable of being fixedly connected with a scaffold, and a bolt which is rotationally connected with the interior of the sleeve and used for fixedly connecting the angle iron to the sleeve. The sleeve is provided with a first connection rod used for being connected with a wall steel rib, the angle iron is provided with a second connection rod and a through hole, the second connection rod is used for being fixedly connected with the scaffold, and the bolt can penetrate through the through hole. The scaffold wall connection element can be produced in a setting mode, installation and detachment of the scaffold can be very convenient, the sleeve of the scaffold wall connection element is small in size and does not need to be removed when the scaffold is detached, the sleeve can be left in the wall and does not influence the wall quality and subsequent construction, time and labor are saved, and the angle iron and the bolt can be recycled so that the cost can be easily reduced.

Description

technical field [0001] The invention relates to building construction aids, in particular to a scaffolding wall-connecting piece. Background technique [0002] High-rise buildings need to build scaffolding to facilitate workers' construction and delivery of building materials. [0003] The traditional scaffolding construction method generally uses two steel pipes. The inner end of the first steel pipe is embedded in the wall to connect with the wall reinforcement, and the second steel pipe is T-connected to the outer end of the first steel pipe. The two steel pipes are connected to the scaffold, so as to realize the fixed connection between the scaffold and the wall. [0004] It is cumbersome to build and disassemble the scaffolding by the above method, and because the steel pipe embedded in the wall is large in size and has a long protrusion, it needs to be cut and removed after the scaffold is disassembled, which seriously affects the subsequent wall-building and decorati...

AI Technical Summary

Problems solved by technology

[0004] It is cumbersome to build and disassemble the scaffolding by the above method, and because the steel pipe embedded in the wall is large in size and has a long protrusion, it needs to be cut and removed after the scaffold is disassembled, which seriously affects the subsequent wall-building and decoration operations. The steel pipe will not only leave a large hole in the wall, which will easily cause water seepage in the wall, but also time-consuming and labor-intensive, and cause material waste

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