Automatic overturning, welding and dispensing machine and automatic overturning, welding and dispensing process

Abstract

The invention discloses an automatic overturning, welding and dispensing machine and an automatic overturning, welding and dispensing process. In the processing process, a workpiece needing to be subjected to double-sided welding is firstly fixed on a wire clamping fixture, and the wire clamping fixture is placed in a clamp conveying runner and is sent to all stations through the clamp conveying runner; the front face of the workpiece is welded at the front face welding stations in sequence, the wire clamping fixture is overturned by 180 degrees at a first fixture overturning station to enablethe back face of the workpiece to be upward, the back face of the workpiece is welded from the front face at the back face welding stations, dispensing is carried out on the front face of the workpiece at the dispensing station, then the wire clamping fixture is overturned by 180 degrees to enable the back face of the workpiece to be upward, then dispensing is carried out on the back face of theworkpiece from the front face, in this way, dispensing of the front and back faces is completed at the same dispensing station, and curing is carried out on the front and back faces of the workpiece at a double-face curing station; and fully-automated operation is achieved, labor cost is reduced, and the processing efficiency and yield are improved.

Description

technical field [0001] The invention relates to the technology in the field of wire rod assembly, in particular to an automatic flip welding and dispensing integrated machine and an automatic flip welding and dispensing process. Background technique [0002] In the early days, operations such as welding and dispensing of wire rods were mainly done manually, which was low in efficiency, poor in effect, high in labor intensity and high in labor costs, and did not meet the requirements of mass production. Later, automatic welding machines, automatic dispensing machines, etc. appeared. However, for the assembly line, there are still many manual operations between the connecting stations. For example, when double-sided welding is required, usually use One side is welded first, and then the operator turns the workpiece over, and then welds the other side. Similarly, when double-sided dispensing is required, one side is first dispensed, and then the operator turns the workpiece ove...

AI Technical Summary

Problems solved by technology

[0002] In the early days, operations such as welding and dispensing of wire rods were mainly done manually, which was low in efficiency, poor in effect, high in labor intensity and high in labor costs, and did not meet the requirements of mass production.

Later, automatic welding machines, automatic dispensing machines, etc. appeared. However, for the assembly line, there are still many manual operations between the connecting stations. For example, when double-sided welding is required, usually use One side is welded first, and then the operator turns the workpiece over, and then welds the other side. Similarly, when double-sided dispensing is required, one side is first dispensed, and then the operator turns the workpiece over, and then dispenses Another aspect; in this way, the processing efficiency of the entire assembly line is limited, and at the same time, it is easy to cause uncontrollable processing quality due to human factors

Images