The back and forth movement mechanism of the bushing manipulator of the bushing automatic welding machine

Abstract

The invention discloses a bushing manipulator frontward and backward movement mechanism of a bushing automatic welding machine. The lower end of each installing pillar of the bushing manipulator frontward and backward movement mechanism is provided with a pillar lower installing flange; the upper end of each installing pillar is provided with a pillar height adjustment clamp which is fixed on the back side of a manipulator frontward and backward movement base plate; the front side of the manipulator frontward and backward movement base plate is provided with two sliding columns which are parallel to each other; two ends of each sliding column are arranged on the manipulator frontward and backward movement base plate through a sliding column support; each sliding column is provided with a sliding column block which can move; each sliding column block is connected with the back side of a frontward and backward movement flat plate which is arranged on a precision electric push rod with the buffer function; the precision electric push rod with the buffer function and the sliding columns are arranged in a parallel mode, wherein the precision electric push rod is located between the two sliding columns. Accordingly, workers can be replaced for rapid welding, the efficiency is high, the yield is high, and materials can be automatically fed to a finished product frame after the welding.

Description

technical field [0001] The invention relates to the field of automatic testing machinery, in particular to a forward and backward movement mechanism of a bush manipulator of a bush automatic welding machine. Background technique [0002] The bushing is a necessary wear-resistant product for some moving joints in the automation equipment. Its main purpose is to reduce the wear of the joint body of the equipment. Adjust the gap, but the precision bushing cannot have gaps. It needs to be welded to complete, but the existing processes are all manually discharged to the fixture and then completed by solder welding. During the welding process, manual feeding and welding are required. Sometimes the solder will melt and splash, producing solder slag, and there will be a certain amount of scrap during welding. Welding is done manually, so the efficiency is relatively low. Contents of the invention [0003] The technical problem mainly solved by the present invention is to provide...

AI Technical Summary

Problems solved by technology

[0002] The bushing is a necessary wear-resistant product for some moving joints in the automation equipment. Its main purpose is to reduce the wear of the joint body of the equipment. Adjust the gap, but the precision bushing cannot have gaps. It needs to be welded to complete, but the existing processes are all manually discharged to the fixture and then completed by solder welding. During the welding process, manual feeding and welding are required. The solder will melt and splatter during welding, producing solder slag, and there will be a certain amount of scrap during welding.

Welding is done manually, so the efficiency is relatively low

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