Outer shear wall suspension board stereotyping aluminum template supporting system and construction method

Abstract

The invention relates to an outer shear wall suspension board stereotyping aluminum template supporting system. The lower part of the stereotyping aluminum template is provided with a supporting system, the supporting system is divided into a lower supporting frame and an upper adjusting structure, the lower supporting frame mainly comprises a cross rod, a vertical rod and an oblique rod, and the upper adjusting structure mainly comprises a small-sized jack, a slab and an end plate. The invention also provides a construction method of the supporting system. By adopting the structure and the construction method of the invention, an elevation can be precisely adjusted by utilizing the jack, the width is adjusted transversely by virtue of the end plate, the supporting system is suitable for constructing a suspension board in a given size range, and an antiskid design can be adopted at additional positions, so that slippage is prevented in the construction, the supporting system is convenient to machine and install and good in economic and technical benefit.

Description

technical field [0001] The invention relates to a construction method for a support system of a cantilevered slab on an outer wall of a shear wall, in particular to a support system and a construction method of a shaped aluminum formwork for a cantilevered slab on an outer wall of a shear wall. technical background [0002] With the rapid development of urban construction, the style and shape of buildings have gradually developed from single to diversified. The facade decoration is novel and unique, coupled with the interspersion of oriel windows, bay windows and air-conditioning panels, making the facade of the building rich and varied. , the shape is simple and lively, showing the texture and layering of modern architecture. However, formwork support is a key process in the construction of cantilevered slab components on the outer side of the exterior wall, which directly determines the quality of concrete molding and truly reflects the effectiveness of project quality con...

AI Technical Summary

Problems solved by technology

There are many ways to support the formwork. The most common method is to use bowl buckle frame or fastener-type scaffolding, combined with the use of U-shaped brackets and primary and secondary keels to support the formwork. The traditional method has many steps and is difficult to control. Quality, after the formwork is removed, the quality of the concrete is not balanced, and improper construction and application will also cause quality defects such as inaccurate elevations

[0003] At present, part of the construction formwork of the outdoor cantilever slab adopts the traditional formwork nailing construction, and the lower support generally adopts wooden beams and scaffolding pipes, so the stability and safety are difficult to guarantee

In terms of quality, it is easy to cause the root of the cantilever slab to break, the appearance of the finished product of the cantilever slab of the same specification is different, and the molding effect is poor.

In terms of safety, especially in outdoor construction, in the project of nailing the overhanging part of the formwork, there is a safety risk to the workers themselves. This problem is especially prominent as the floors become higher and higher

Moreover, the stability of the formwork after installation cannot be measured. The problem is also in the process of concrete pouring. With the application of construction stress, hidden dangers of construction safety are buried.

[0004] In view of this, the construction of the shaped aluminum formwork support for the cantilever slab of the outer wall of the shear wall is complicated, and the construction quality is not high after removal. At present, it is urgent to invent a fast construction speed and good construction quality. Aluminum Formwork Support System and Construction Method

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