Rebar formwork integrated T-shaped wall member and production method

Abstract

The invention discloses a rebar formwork integrated T-shaped wall member and a production method. The rebar formwork integrated T-shaped wall member comprises a linear formwork, internal corner L-shaped formworks, a T-shaped wall rebar skeleton and split connecting pieces; the internal corner L-shaped formworks are located at two internal corners of the rebar formwork integrated T-shaped wall member and are composed of first internal corner L-shaped formwork branch limbs and second internal corner L-shaped formwork branch limbs, wherein the first internal corner L-shaped formwork branch limbsare perpendicular to the second internal corner L-shaped formwork branch limbs; the first internal corner L-shaped formwork branch limbs are parallel to the linear formwork, and the two second internal corner L-shaped formwork branch limbs are parallel to each other; the T-shaped wall rebar skeleton is in a T shape; and two ends of the split connecting pieces are arranged in the two parallel formworks in a buried mode correspondingly, the middle parts of the split connecting pieces are fixed to the T-shaped wall rebar skeleton, and the linear formwork, the internal corner L-shaped formworks and the T-shaped wall rebar skeleton are enabled to form the integrated member. According to the rebar formwork integrated T-shaped wall member and the production method, rebars and formworks of an L-shaped wall in a shear wall structure are integrated, the formworks do not need to be dismantled, and the site construction progress is accelerated; and the integrated member is light in weight, convenient to install, and convenient to produce and machine.

Description

technical field [0001] The invention relates to a formwork component and a production method, in particular to a reinforced formwork integrated T-shaped wall component and a production method, belonging to the technical field of construction engineering applications. Background technique [0002] The cast-in-place concrete structure has good overall performance and excellent seismic performance. However, the construction site workload of this technology is large, and the labor intensity of the workers is also large. Although my country's prefabricated monolithic concrete buildings have reduced the on-site workload to a certain extent, the process of prefabrication and cast-in-place has increased (a large number of shear wall edge components are constructed using cast-in-place techniques), and the actual progress of the project has no advantage. At the same time, labor shortage has become a restrictive factor that cannot be ignored in engineering construction in recent years...

AI Technical Summary

Problems solved by technology

For example, in the shear wall structure commonly used in residential buildings, the installation of steel bars and formwork on T-shaped walls and other parts seriously restricts the progress of the project. Therefore, in view of the above problems, a T-shaped wall component with integrated reinforcement and formwork and its production method are proposed.

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