Construction auxiliary beam

Abstract

The invention discloses a construction auxiliary beam which comprises a beam plate.I-shaped steel is mounted at positions, close to two side faces, of the beam plate and fixed on the beam plate, two steel protection plates are mounted in the I-shaped steel and transversely arranged in the same, two ends of the steel protection plates are fixed on the I-shaped steel, two connecting steel plates are mounted between the steel protection plates and a rectangular steel beam plate, both the tops and the bottoms of the connecting steel plates is embedded in the steel protection plates, a supporting plate is vertically arranged on the connecting steel plate and arranged close to the two side faces of the connecting steel plate, and a reinforcing plate is mounted between the connecting steel plates.The construction auxiliary beam is simple in structure and quite convenient to assemble; compared with conventional construction auxiliary beams, the construction auxiliary beam is higher in structural strength and higher in bearing strength, protection reinforcing effect can be realized, and certain damping effect can be realized, the construction auxiliary beam can be better applied in construction, so that construction efficiency is improved and construction cost is reduced.

Description

technical field [0001] The invention relates to a convenient beam, in particular to a construction convenient beam. Background technique [0002] As an important component of a building, the performance of the beam directly affects the cost and safety performance of the building. To reduce the amount of steel and concrete, increase the strength of the beam, and achieve high-efficiency construction are issues that require great attention. However, the existing concrete There are still some problems with steel beams, such as lack of connection performance, long construction period, and poor adjustment performance, which cannot better meet the production needs of factoryization, intensification and standardization. Moreover, its own structure is complex, and it cannot be better recycled and reused when it is not needed, which increases the construction cost, is not conducive to cost saving, and increases the complexity of installation, which cannot better meet the construction ...

AI Technical Summary

Problems solved by technology

[0002] As an important component of a building, the performance of the beam directly affects the cost and safety performance of the building. To reduce the amount of steel and concrete, increase the strength of the beam, and achieve high-efficiency construction are issues that require great attention. However, the existing concrete There are still some problems with steel beams, such as lack of connection performance, long construction period and poor adjustment performance, which cannot better meet the production needs of factoryization, intensification and standardization

Moreover, its own structure is complex, and it cannot be recycled and reused when it is not needed, which increases the construction cost, is not conducive to cost saving, and enhances the cumbersomeness of installation, which cannot better meet the construction requirements.

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