Steel reinforcement framework forming method for large box girder

Abstract

The invention discloses a steel reinforcement framework forming method for a large box girder. The steel reinforcement framework forming method comprises the steps that inner ring longitudinal bars of a box girder framework are positioned on an inner ring longitudinal bar robot according to a designed arrangement mode; outer ring longitudinal bars of the box girder framework are positioned on an outer ring longitudinal bar robot according to a designed arrangement mode; the inner ring longitudinal bar robot and the outer ring longitudinal bar robot are moved to a transverse stirrup storage robot along a track, and transverse stirrups of the box girder framework are stored in the transverse stirrup storage robot; the inner ring longitudinal bars and the outer ring longitudinal bars are inserted into the transverse stirrups stored in the transverse stirrup storage robot; the transverse stirrups are connected with the inner ring longitudinal bars and the outer ring longitudinal bars; and the transverse stirrups, the inner ring longitudinal bars and the outer ring longitudinal bars which are connected are transferred to a framework transportation robot and moved out of a station along the track. According to the steel reinforcement framework forming method for the large box girder, an intelligent equipment group is adopted to replace a traditional manual means, and the problems of low efficiency, large human input, large manual labor amount, high safety risk and the like of manufacturing and forming the steel reinforcement framework of the large box girder through a transmission manual means are solved.

Description

technical field [0001] The invention relates to the technical field of steel frame forming, in particular to a method for forming a steel frame for large box girders. Background technique [0002] In railway and highway viaducts, the beam section generally adopts the box girder section form, and the section reinforced beam is relatively large and complex. With the continuous improvement of project quality and standardized construction requirements, the manpower and material resources required for the construction of large-scale box girder reinforcements are also increasing, and the safety risks are constantly increasing; , The traditional method of manually processing and forming the steel skeleton results in high labor consumption, heavy labor and low work efficiency, and there is a huge safety risk, so it can no longer meet the construction needs. Contents of the invention [0003] The purpose of the present invention is to provide a steel skeleton forming method for la...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a steel skeleton forming method for large box girders in view of the problems of low construction efficiency, large manpower input, large amount of manual labor, and high safety risks in the existing methods of manually processing and forming large box girder steel bars. method

Images