Reinforcement cage forming system and reinforcement cage forming method

Abstract

The invention discloses a reinforcement cage forming system and a reinforcement cage forming method. The system comprises a wire rod machine; a transverse bar conveyer and a welding robot are respectively arranged on the left and right sides of the wire rod machine; a longitudinal bar conveyer is erected above the wire rod machine; the wire rod machine is provided with a retractable reinforcementcage transverse bar wire rod bracket through a main shaft; the main shaft is driven by a driving unit to rotate; the head, for conveying transverse bar reinforcement bars, of the transverse conveyer is glidingly connected with a second sliding rail of a base of the transverse conveyer; the second sliding rail is parallel to the main shaft; cutting assemblies and lifting assemblies are arranged infront of the head, for conveying longitudinal bar reinforcement bars, of the longitudinal bar conveyer; a plurality of lifting assemblies place a single longitudinal bar reinforcement bar under cutting to the top of the reinforcement cage transverse bar wire rod bracket; a welding operation manipulator of the welding robot welds the cross intersections of transverse bars and longitudinal bars. Thesystem and method provided by the invention are high in automation degree and are capable of effectively improving the reinforcement cage forming quality and efficiency.

Description

technical field [0001] The invention belongs to the technical field of steel bar engineering, and in particular relates to a steel bar skeleton forming system and a steel bar skeleton forming method. Background technique [0002] In engineering construction, the production of steel skeleton is a very important process. The traditional form of steel skeleton cross bar is a single open type. This form of cross bar has too low binding force on concrete. Moreover, most of them are manually tied and formed on the construction site at present, which has high work intensity and low work efficiency. However, the use of spiral transverse bars in the steel skeleton not only saves the amount of steel bars and improves work efficiency, but also significantly improves the bearing capacity and anti-damage capacity of concrete members, thereby achieving better anti-seismic effects. Among the existing steel frame forming technologies, the forming technology of steel frame products with cir...

AI Technical Summary

Problems solved by technology

The traditional form of steel skeleton cross bar is a single open type. This form of cross bar has too low binding force on concrete. Moreover, most of them are manually bound and formed on the construction site at present. The work intensity is high and the work efficiency is low.

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