Diagonal bracing for supporting side plate of crossbeam of building

Abstract

The invention discloses a diagonal bracing for supporting a side wall of a crossbeam of a building. The diagonal bracing comprises a support plate. The support plate is used for being abutted to the side plate of the crossbeam of the building, and an extendable rod is hinged on the side, which is far away from the side plate of the crossbeam of the building, of the support plate. The diagonal bracing has the advantages that owing to a structure comprising the support plate and the extendable rod which are hinged with each other, a free end of the extendable rod is abutted onto another support, then the extendable rod can be adjusted and extends, so that the support plate can be abutted to the side plate of the crossbeam of the building and tightly pushes the side plate, the side plate of the crossbeam of the building can be effectively guaranteed against loosening and shifting, and building construction can be carried out smoothly; when the side plate of the crossbeam of the building needs to be detached, only the extendable rod needs to be adjusted and shortened, then the support plate can be automatically released from the side plate of the crossbeam of the building conveniently and quickly, and accordingly labor and the labor time are saved; both the support plate and the extendable rod are made of metal instead of the traditional wood particles, so that wood is saved, and forest resources are protected.

Description

technical field [0001] The invention relates to a diagonal brace, in particular to a diagonal brace for supporting the side plate of a building beam. Background technique [0002] As we all know, the floors of buildings are generally made with inverted beams. In the process of inverted beams, it is first necessary to use wooden boards or steel plates to form rectangular slots, and then put corresponding steel roots into the rectangular slots and pour concrete. After solidification, the required beams can be made. In the process of making the above-mentioned inverted beams, because the concrete is heavy and fluid, in order to prevent the side plates of the rectangular trough from cracking due to the weight of the concrete, the general rectangular trough There are many small wooden blocks placed obliquely next to the side panels to prevent them from loosening and shifting. When dismantling, it needs a lot of manpower to cut small pieces of wood with suitable lengths, and then...

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Problems solved by technology

[0002] As we all know, the floors of buildings are generally made with inverted beams. In the process of inverted beams, it is first necessary to use wooden boards or steel plates to form rectangular slots, and then put corresponding steel roots into the rectangular slots and pour concrete. After solidification, the required beams can be made. In the process of making the above-mentioned inverted beams, because the concrete is very heavy and has fluidity, in order to prevent the side plates of the rectangular trough from cracking because of the weight of the concrete, the general rectangular trough There are several small wooden blocks placed obliquely next to the side panels to prevent them from loosening and shifting. When dismantling, it needs a lot of manpower to cut small pieces of wood with suitable lengths, and then nail the small pieces of wood placed obliquely. The above is a one-time use, and when the building beams are inverted again, new small wooden blocks need to be used, so that the loss of wood is very serious

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