A wheel back chamber deburring device

Abstract

The invention relates to a wheel back chamber deburring device, which is composed of a frame, a clamping and rotating system, a lifting and translation system and a brush unit. The jaws clamp the wheel on the roller table, the upper cylinder lifts the wheel through the four upper guide columns, the servo motor I moves the wheel to the top of the tapered sleeve through the rack II and the gear II; the upper cylinder lowers the wheel, and the four jaws The outer side of the motor is matched with the tapered sleeve; the motor Ⅱ makes the wheel rotate in the clamped state; the motor Ⅰ drives the base plate and the brush system to rotate in the circumferential direction through the synchronous belt Ⅰ; the servo motor Ⅱ drives the brush Ⅰ to rotate, and the servo motor Ⅲ drives When the brush II rotates, the bristles of the two brushes form brushing forces in different directions on the back cavity of the wheel; the rotation direction of the wheel is opposite to that of the brush system; the lower cylinder raises the brush system through the lower guide column and touches the wheel Deburring can be carried out when the cavity is back.

Description

technical field [0001] The invention relates to a deburring device, in particular to a wheel back chamber deburring device capable of automatically adjusting the size of a brush system. Background technique [0002] For manufacturers of aluminum alloy wheels, there is still no ideal way to remove the burrs formed after machining. The traditional burr brushing equipment has a single method of brushing burrs, which cannot meet the removal requirements for wheels with complex shapes; and , For most of the current production enterprises, they carry out mixed-line production, that is, there are wheels of different sizes circulating in various processes on the production line at the same time, which is a very big limitation for the deburring equipment room. When switching wheels of different sizes, the corresponding brush system must be replaced, which seriously affects the production efficiency. Contents of the invention [0003] The purpose of the present invention is to prov...

AI Technical Summary

Problems solved by technology

[0002] For manufacturers of aluminum alloy wheels, there is still no ideal way to remove the burrs formed after machining. The traditional burr brushing equipment has a single method of brushing burrs, which cannot meet the removal requirements for wheels with complex shapes; and , for the vast majority of production enterprises now carry out mixed-line production, that is, there are wheels of different sizes circulating in each process on the production line at the same time, which is a very big limitation for the brushing equipment room

When switching wheels of different sizes, the corresponding brush system must be replaced, which seriously affects the production efficiency

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