Mechanical part maintenance process

Abstract

The invention relates to the field of bearing oil injection, in particular to a mechanical part maintenance process. The mechanical part maintenance process comprises the following steps that 1, mechanical part oil injection equipment is prepared, wherein a rotating disc is provided with N vertical holes; 2, bearings are placed into (N-1) vertical holes correspondingly; 3, oil injection is conducted on the bearings through an oil injection nozzle when the bearings rotate along with the rotating disc; 4, a part placing unit and a part picking unit move toward the rotating disc, and the part placing unit drives the bearing on a first support mechanism to move when the part placing unit moves toward the rotating disc; and 5, after the part placing unit places the bearing on the first supportmechanism into the corresponding vertical hole and is in contact with the bearing obtained after oil injection, the part placing unit and the part picking unit move in the direction of being away fromthe rotating disc. By means of the mechanical part maintenance process, oil injection can be massively and continuously conducted on the bearings.

Description

technical field [0001] The invention relates to the field of oil injection for bearings, in particular to a maintenance process for mechanical parts. Background technique [0002] After the bearing is processed and assembled, lubricating oil will be applied between the inner ring and the outer ring of the bearing before packaging to prevent the bearing from rusting during storage. [0003] The current oil injection process is mainly to fix the inner ring of the bearing on the output shaft of the motor, then open the oil injector to spray oil between the inner ring and the outer ring, and then the bearing is taken off the package. But this kind of oiling method can only oil one bearing at a time, the processing efficiency is low, and the procedure of picking and placing the bearing is complicated. In order to improve processing efficiency, the current oiling method is usually to place multiple bearings on the support table, then open multiple oil nozzles matching the bearing...

AI Technical Summary

Problems solved by technology

However, this oiling method can only oil one bearing at a time, the processing efficiency is low, and the procedure for picking and placing the bearing is complicated

In order to improve processing efficiency, the current oiling method is usually to place multiple bearings on the support table, then open multiple oil nozzles matching the bearings, and then remove the bearings one by one from the package, and then put the next batch of bearings Put it on the support table for oiling; although this oiling method increases the amount of bearing oiling per unit time, it needs to set up oil nozzles that match the number of bearings, which is costly, and it costs more to pick and place the bearings each time. It takes a lot of time and the procedure is cumbersome, and continuous oiling cannot be achieved

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