Horizontal full-automatic mechanical binding equipment and binding method for reinforcing steel bars

Abstract

The invention discloses horizontal full-automatic mechanical binding equipment and binding method for reinforcing steel bars. The horizontal full-automatic mechanical binding equipment comprises a ground rail, a movable chassis and a binding table; a main body of the movable chassis is a bar carrying frame, the bar carrying frame is erected on the ground rail through thrust wheels installed on the bar carrying frame, a to-be-bound bar frame is fed into the binding table, joints to-be-bound on the to-be-bound bar frame pass the binding table sequentially, and the binding table is provided with a portal frame capable of moving in the direction of the ground rail. The horizontal and full-automatic mechanical binding machine has the advantages that (1) automation of steel bar binding is achieved, and allocation of binding workers is reduced; (2) the production process has continuity, and the overall efficiency of steel bar binding is improved; (3) the number of binding manipulators can reach 26 at most, and the binding manipulators are arranged in parallel and can work simultaneously, so that the single-step efficiency is improved; (4) due to the fact that machine operation has repeatability, uncertainty caused by human factors is reduced, and binding of each joint has high reliability; and (5) the ground rail and the movable chassis can be lengthened, and the binding process is not influenced by the length of components.

Description

technical field [0001] The invention relates to the technical field of building construction tools, in particular to a horizontal fully automatic mechanized binding equipment and a binding method for steel bars. Background technique [0002] Rebar binding is an important step in building construction. It is not only directly related to the strength and safety of the building structure, but also affects the construction period and personnel scheduling to a certain extent. With the continuous development of prefabricated buildings in our country, prefabricated building components are widely used in the construction of various building structures such as bridges and houses. As an important part of building components, steel bars bear a large proportion of the tensile stress in the components. At the same time, the frame of the steel bar also determines the shape of the component to a certain extent, and the binding of the steel bar is the basis of the above process. It determi...

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Problems solved by technology

[0005] In actual construction, due to load-bearing factors, steel bars are often arranged in a criss-cross network structure, and a large number of joints to be bound are formed at the intersections of steel bars, which makes the steel bar binding process extremely complicated and heavy workload. Big

Therefore, at present, the binding of steel bar joints in most constructions is usually done manually. This method is not only inefficient, consumes human resources, and is difficult to guarantee the quality. Although hand-held automatic binding tools have appeared in recent years, they can Simplifies the work of individual binding workers to a certain extent, but the overall binding efficiency of the components still needs to be improved

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