Individual bush separation mechanism of automatic identifying bush loader

Abstract

The invention discloses an individual bush separation mechanism of an automatic identifying bush loader. The individual bush separation mechanism of the automatic identifying bush loader comprises a separation body base, a rotary die for separation, a turret cylinder, a turret cylinder base plate, a pushing die, a pushing cylinder and a pushing cylinder flange; the rotatable rotary die for separation is arranged in a round hole formed in the middle of the separation body base; the groove of the rotary die for separation is communicated with the T-shaped groove of the separation body base; the lower end of the rotary die for separation is fixed on the turret of the turret cylinder; the turret cylinder is located in a through groove formed in the lower part of the separation body base and mounted on a machine table facet; the turret cylinder base plate is arranged between the turret cylinder and the machine table facet; the pushing die is arranged in the T-shaped groove of the separation body base and connected with the piston rod of the pushing cylinder; the pushing cylinder is fixed on the side surface of the separation body base by use of the pushing cylinder flange. The individual bush separation mechanism of the automatic identifying bush loader is capable of separating a bush to be welded independently instead of manual work.

Description

technical field [0001] The invention relates to the field of automation equipment, in particular to a bushing monomer separation mechanism of a bushing automatic recognition feeding 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. Fully automatic welding machines need to be automatically loaded to complete, and the efficiency of manual identification of weld...

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. Fully automatic welding machines need to be automatically loaded to complete, and the efficiency of manual identification of weld seams is very low.

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