Beam, floor and corner uptight column composite structure of building aluminium alloy templates

Abstract

The invention relates to a beam, floor and corner uptight column composite structure of building aluminium alloy templates. Edge plates used for connecting of fastening pieces are arranged on all the aluminium templates. The aluminium templates are connected and combined through the fastening pieces, subjected to concreting and then constitute the beam, floor and corner uptight column composite structure. The sixth aluminium template, the first aluminium template A, the fifth corner template aluminium template A, the third aluminium template and the second aluminium template are connected and arranged on the left side and the right side of a beam correspondingly. Concreting is conducted on the first aluminium template B, and the first aluminium template B and the aluminium templates on the two sides of the first aluminium template B constitute the beam. Concreting is conducted on the multiple aluminium templates, and a floor is constituted. The floor and the beam are combined into a whole. A corner upright column is arranged on one side of the beam, and concreting is conducted between the vertical inner faces of the aluminium templates and the vertical outer faces of the aluminium templates. Concreting construction is conducted by using the aluminium alloy building templates, so that the beam, floor and corner uptight column composite structure has the advantages that the quality of the surface of poured concrete is high, the average using cost is low, carbon is low, emission is reduced, formaldehyde emission does not exist, and a supporting system is simplified.

Description

technical field [0001] The invention belongs to the field of building structures, and relates to a building aluminum alloy formwork, in particular to a combined structure of a beam, a floor slab and a corner column of a building aluminum alloy formwork. Background technique [0002] Formwork construction techniques such as floor slabs and platforms in traditional construction projects generally use full-height brackets, which is labor-intensive and material-intensive. The steel structure building, due to its heavy weight and high material cost, also increases the basic cost, making the entire project investment higher. [0003] In view of this, technicians in this field are committed to developing a combined structure of beams, floors and corner columns of building aluminum alloy formwork to reduce the number of support rods required for on-site construction and relatively increase the operating space on the construction site. Contents of the invention [0004] The task o...

AI Technical Summary

Problems solved by technology

[0002] Formwork construction techniques such as floors and platforms in traditional construction projects generally use full-height brackets, so it is labor-intensive and material-intensive

However, steel structure buildings, due to their heavy weight and high material costs, also increase the basic cost, making the entire project investment higher

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