Manufacturing method of building steel-concrete structure stand column metal framework

Abstract

The invention relates to a manufacturing method of a building steel-concrete structure stand column metal framework, in particular to a manufacturing and forming device of the building steel-concretestructure stand column metal framework. The manufacturing and forming device comprises a rack, a steel bar conveying mechanism, a conveying guide mechanism, a bending mechanism and a steel bar cuttingmechanism. The steel bar cutting mechanism, the conveying guide mechanism and the steel bar conveying mechanism are all arranged on the rack and sequentially distributed in the horizontal linear direction. The bending mechanism is installed on the rack and is close to the steel bar conveying mechanism. According to the device related to the method, the problem that steel bar hoop bending formingequipment in the prior art can only machine one steel bar is solved, batched machining and forming can be achieved through multiple stations, and the machining and production efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of building materials processing, and specifically proposes a method for manufacturing a steel-concrete structure column metal skeleton. Background technique [0002] In the field of construction, steel-concrete structure columns refer to column structures made of reinforced concrete materials. It is the most basic load-bearing component in various engineering structures such as houses, bridges, and hydraulic engineering. It is often used as the foundation of pillars, piers, foundation columns, towers, and trusses of floors. In order to ensure the strength of the steel-concrete structure column, it is essential to design and manufacture the corresponding steel skeleton. [0003] The steel skeleton of the steel-concrete structure column is mainly composed of thicker straight steel bars and relatively thin steel hoops. The shape and structure of the steel hoops are determined by the shape of the steel-concret...

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Problems solved by technology

[0003] The steel skeleton of the steel-concrete structure column is mainly composed of thicker straight steel bars and relatively thin steel hoops. The shape and structure of the steel hoops are determined by the shape of the steel-concrete structure columns. The most common are circular steel hoop structures and For the square steel hoop structure, the square steel hoop is mainly formed by multi-stage forming. In the existing processing and forming methods, it is mainly divided into two processing methods: manual forming and mechanical automatic forming. Manual forming, as the name implies, refers to manual forming. The tool is used for manual bending processing, which has low processing efficiency and high labor intensity. However, automatic mechanical forming can only be used for automatic forming of a single steel bar, and batch processing of multiple steel bars cannot be realized. The processing efficiency needs to be further improved.

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