Spherical bearing boundary lubricating layer coating system

Abstract

The invention provides a spherical bearing boundary lubricating layer smearing system. The system comprises a rack; a driving mechanism; the driving mechanism is mounted on the rack; the spherical bearing is mounted on the driving mechanism; the driving mechanism is used for driving the spherical bearing to swing around a first axis direction and is also used for driving the spherical bearing to rotate around a second axis direction; the second axis direction is perpendicular to the first axis direction; the second axis direction is the axis direction of the spherical bearing; an applying mechanism; the smearing mechanism is mounted on the rack and is positioned above the driving mechanism; the inunction mechanism comprises an inunction head; and the smearing head is used for smearing lubricating substances on the surface of the spherical bearing. According to the automatic inunction system, an automatic inunction mode is adopted, the inunction process is not affected by human factors, the inunction system can conduct sufficient and comprehensive inunction on the spherical bearing, the phenomenon that inunction cannot be conducted comprehensively due to local inunction missing is avoided, and the quality of spherical bearing products is guaranteed advantageously.

Description

technical field [0001] The present application relates to the technical field of bearing boundary lubrication and rubbing, and in particular, to a boundary lubrication layer rubbing system for spherical bearings. Background technique [0002] Spherical bearings generally refer to outer spherical ball bearings, which belong to deep groove ball bearings, and the rolling elements inside are steel balls; the outer ring surface is spherical, so it is called outer spherical ball bearings. [0003] In order to achieve boundary lubrication, the spherical bearing needs to be immersed in a super-lubricating substance, and the bearing surface needs to be evenly rubbed after being taken out. The traditional process mostly adopts manual rubbing method, which is more affected by human factors during the rubbing process. Large, the order of rubbing is completely determined by people, and there may be a phenomenon that the surface of the spherical bearing cannot be completely rubbed, which ...

AI Technical Summary

Problems solved by technology

[0003] Spherical bearings need to be soaked in a super-lubricating substance in order to achieve boundary lubrication, and the bearing surface needs to be evenly wiped after being taken out. Traditional techniques mostly use manual rubbing, which is less affected by human factors during the rubbing process. Large, the order of rubbing is completely determined by people, and there may be a phenomenon that the surface of the spherical bearing cannot be completely rubbed, which will affect the quality of the spherical bearing product

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