Automatic reinforcement mesh welding system

Abstract

The invention discloses an automatic reinforcement mesh welding system. The automatic reinforcement mesh welding system comprises a vertical reinforcement distribution chain module, a vertical reinforcement forward stepper conveying module, a welding module, a transverse reinforcement supply module, a mesh stepper moving module and a mesh storage module arranged in sequence; a chain of the vertical reinforcement distribution chain module is used for placing vertical reinforcements; the vertical reinforcement forward stepper conveying module forwards conveys the distributed vertical reinforcements; the transverse reinforcement supply module with transverse reinforcements is positioned at the top of the welding module; the welding module is used for welding the vertical reinforcements and the transverse reinforcements; the mesh stepper moving module forwards shifts the welded reinforcements; and the mesh storage module is used for storing welded finished reinforcement meshes. The systemuses straightened cut reinforcements as raw materials, and has the characteristics of simple structure, energy conservation and high efficiency.

Description

technical field [0001] The invention relates to the technical field of steel bar welding, in particular to an automatic steel bar mesh welding system. Background technique [0002] At present, the production methods of steel mesh are divided into two types: full manual binding and full-process automatic welding equipment. The disadvantages of full manual binding are: full manual work, manual lifting of steel bars and pre-arranging into finished product intervals, more manpower requirements, and space occupation Large, low efficiency; operators squatting work, labor-intensive; although the whole process of automatic welding equipment solves the problem of manual labor intensity, but the whole process of automatic welding equipment is mostly purchased imported equipment, the cost of imported equipment is extremely high, It takes up a lot of space, has high requirements for related supporting facilities, domestic equipment technology is immature, and has a high failure rate. Of...

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Problems solved by technology

[0002] At present, the production methods of steel mesh are divided into two types: full manual binding and full-process automatic welding equipment. The disadvantages of full manual binding are: full manual work, manual lifting of steel bars and pre-arranging into finished product intervals, more manpower requirements, and space occupation Large, low efficiency; operators squatting work, labor-intensive; although the whole process of automatic welding equipment solves the problem of manual labor intensity, but the whole process of automatic welding equipment is mostly purchased imported equipment, the cost of imported equipment is extremely high, It takes up a lot of space, has high requirements for related supporting facilities, domestic equipment technology is immature, and has a high failure rate. Often, the entire welding equipment is shut down for maintenance due to a small link failure, which greatly affects the efficiency of the equipment.

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