Automatic feeding device of spherical rollers

Abstract

The invention discloses an automatic feeding device of spherical rollers. The automatic feeding device comprises a vibration disc mechanism and a conveying mechanism, and further comprises a material distributing mechanism and a pushing mechanism; in the material distributing mechanism, an industrial camera is used for detecting and identifying the orientations of the end faces of the spherical rollers, and a stepping motor drives a material pulling blade to pull the spherical rollers with different orientations into different sliding ways; a material distributing spiral sliding way and a material distributing straight sliding way are used for conveying the spherical rollers to corresponding material ways of a belt conveyor, and the belt conveyor is divided by a baffle into two conveying material ways which correspond to two roller grinding machines; and in the pushing mechanism, telescoping mechanisms are installed in front of feeding openings of the grinding machines and used for pushing the spherical rollers into the feeding openings of the grinding machines. By means of the automatic feeding device, the end faces of the rollers can be automatically identified, the rollers can be sequentially conveyed to the grinding machines, the requirement for machining the spherical rollers in different specifications is met, materials can be supplied by one automatic feeding device to the two grinding machines to work, scattering of the rollers can be prevented through the arrangement of the different material ways, and the production efficiency is improved.

Description

technical field [0001] The invention relates to a roller processing device, in particular to an automatic feeding device for spherical rollers, which belongs to the technical field of bearing processing machinery. Background technique [0002] As the key parts of rolling bearings, rollers play the role of carrying and transmitting loads in the bearings, and have a great impact on the life of the bearings and vibration and noise. The processing process of spherical rollers is mainly: stamping or turning-soft grinding-heat treatment-hard grinding. The roughness of the two end faces of the formed roller is different, so it is necessary to arrange the end faces of the same level of roughness in the same direction. Can enter the roller grinder for unified soft grinding or hard grinding. In the prior art, the roller loading of most spherical roller grinders adopts manual recognition of the end face orientation, and then the rollers are sequentially placed into the grinder slidewa...

AI Technical Summary

Problems solved by technology

In the prior art, the roller loading of most spherical roller grinders adopts manual recognition of the end face orientation, and then the rollers are sequentially placed into the grinder slideway for processing. This working method is heavy, time-consuming, laborious and inefficient. , the manufacturing cost is high; in addition, because the transmission of the rollers is mostly realized by the conveyor belt, in order to adapt to different types of rollers, the width of the conveyor belt is wide and the transmission is open, so the rollers are easy to scatter

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