Bearing outer surface grinding and conveying and machining all-in-one machine

Abstract

The invention discloses a bearing outer surface grinding and conveying and machining all-in-one machine. The bearing outer surface grinding and conveying and machining all-in-one machine comprises a conveying device and a grinding device, the conveying device comprises a vertical conveying unit, a feeding rail arranged at the discharging end of the vertical conveying unit and a material pushing unit connected with the discharging end of the feeding rail, and the grinding device comprises a machining unit and a feeding rail arranged in the machining unit and used in cooperation with the material pushing unit. According to the bearing outer surface grinding and conveying and machining all-in-one machine, the conveying and machining are integrated, the bearing outer surface grinding and conveying and machining all-in-one machine has the advantages of being good in lifting effect and free of noise; the problem of blockage of the bearing is solved, when the bearing is pushed to the machining device, the feeding efficiency is improved by driving the bearing to rotate; due to the bearing cannot be poured, the original placing state is lost, the problem of the feeding process is hindered,the outer peripheral surface of the bearing can be rapidly ground without clamping in the grinding process, and the bearing outer surface grinding and conveying and machining all-in-one machine realizes batch production, is convenient and rapid, and is worthy of popularization.

Description

technical field [0001] The invention relates to bearing processing equipment, in particular to an integrated machine for grinding, conveying and processing the outer surface of a bearing. Background technique [0002] At present, the existing processing equipment used to process the outer peripheral surface of the bearing is first realized by a vibrating feeder, using a special vibrating motor to drive the feed trough to vibrate in a linear reciprocating cycle along the inclined direction. When the feed trough vibrates When the vertical component of the acceleration is greater than the acceleration of gravity, the material in the trough will be thrown up and jump forward according to the parabolic trajectory, but the noise generated by this kind of feeder is too large when it is working, and it is not set up for single use. However, there are many sets, so the overall noise is large, which affects the health of workers. The second is the feeding track used to transport the b...

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Problems solved by technology

[0002] At present, the existing processing equipment used to process the outer peripheral surface of the bearing is first realized by a vibrating feeder, using a special vibrating motor to drive the feed trough to vibrate in a linear reciprocating cycle along the inclined direction. When the feed trough vibrates When the vertical component of the acceleration is greater than the acceleration of gravity, the material in the trough will be thrown up and jump forward according to the parabolic trajectory, but the noise generated by this kind of feeder is too large when it is working, and it is not set up for single use. However, there are many sets, so the overall noise is large, which affects the health of workers. The second is the feeding track used to transport the bearings, and they are all inclined. However, in the common feeding track, the bearings are often blocked in the feeding track during the feeding process, so that As a result, the bearings cannot continue to be transported. In the case of unattended, the processing equipment is in the dry running state. Finally, the processing part, after the bearing falls, the workpiece is clamped by the clamping mechanism installed at the bearing installation area, and then proceeds The knife is used to process the outer peripheral surface. Using this structure will cause a short time for positioning, adjustment, and clamping during processing, which will reduce the processing progress, reduce the batch size, and reduce the output.

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