An assembly-integrated floor truss processing and preparation system

Abstract

The invention relates to a processing and preparation system for an assembled integral floor truss, comprising a base and a fixing device, and the upper surface of the base is provided with a fixing device. The present invention can solve the following problems in the production of trusses for assembling integral floor slabs: the existing trusses are all assembled and welded manually, and for the construction of a building, the amount of trusses required will be very large , this will cause too much labor for the workers, resulting in a decrease in the quality and efficiency of the truss production, and the truss is used to bear the force, and it is difficult for the workers to achieve a uniform arrangement of the triangular steel rings on the supporting steel bars The effect of the distribution will lead to the unbalanced bearing capacity of the truss as a whole, which will cause the problem of unbalanced bearing capacity of the floor.

Description

technical field [0001] The invention relates to the field of assembled buildings, in particular to a processing and preparation system for an assembled integral floor truss. Background technique [0002] In building construction, when capping a house, an assembled integral floor slab will be used for the capping operation. Since the assembled integral floor slab is a prefabricated floor slab in a factory or on site, it is then manually or mechanically hoisted to the house through grouting and grouting. This method can save formwork, improve working conditions, increase efficiency, shorten construction period, and promote the level of industrialization; when making and assembling integral floor slabs, it is necessary to place trusses in the formwork to improve the bearing capacity of the floor slabs. The existing trusses are made of Three supporting steel bars and several triangular steel rings are welded to form a triangular prism-shaped truss. [0003] At present, the foll...

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Problems solved by technology

[0003] At present, the following problems exist in the manufacture of trusses for assembling integral floor slabs: the existing trusses are all assembled and welded manually. For the construction of a building, the amount of trusses required will be very large, which will cause The excessive labor of the workers leads to a decline in the quality and efficiency of the truss production, and the truss is used to bear the force, and it is difficult for the workers to achieve an even distribution effect on the arrangement of the triangular steel rings on the supporting steel bars. It will lead to the unbalanced bearing capacity of the truss as a whole, which will lead to the unbalanced bearing capacity of the floor.

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