Movement system of bearing roller

Abstract

The invention relates to a movement system of a bearing roller. The movement system comprises a feeding and conveying unit for receiving input rods, a middle end processing unit and an unloading and conveying unit. The middle end processing unit comprises a middle conveying belt and a first unloading channel which are sequentially connected between the feeding and conveying unit and the unloadingand conveying unit. The middle end processing unit further comprises a storing assembly on one side in the width direction of the middle conveying belt. A pushing plate is arranged above the middle conveying belt and located on the side, away from the storing assembly, of the middle conveying belt. The pushing plate extends in the length direction of the middle conveying belt. The pushing plate slides in the width direction of the middle conveying belt. A baffle is arranged above the middle conveying belt and located on the side, away from the feeding and conveying unit, of the pushing plate.The baffle slides in the width direction of the middle conveying belt. The movement system has the advantages that by means of the middle end processing unit, the aim of temporarily storing the rods or performing feeding can be realized, then it is avoided that the normal production of the previous process is affected by the shutdown of the later process, and the error-tolerant rate in the production process is increased.

Description

technical field [0001] The invention relates to the technical field of bearing production, in particular to a transfer system for bearing rollers. Background technique [0002] The main function of the bearing is to support the mechanical rotating body, reduce the friction coefficient during its movement, and ensure its rotation accuracy. [0003] The patent of existing announcement number CN207728726U discloses a kind of cylindrical roller bearing, comprises cylindrical roller bearing outer ring, cylindrical roller bearing inner ring, cylindrical roller and cage, and cylindrical roller and cage are arranged on cylindrical roller bearing Between the outer ring and the inner ring of the cylindrical roller bearing, the cage divides the cylindrical rollers evenly; [0004] Among them, the cylindrical roller is cylindrical, and the bar is used in production. Firstly, the bar is turned until the upper deviation of the bar diameter is +0.3mm, and then the turned bar is put into t...

AI Technical Summary

Problems solved by technology

[0006] A large number of bars need to be transferred from the centerless grinding machine to the ultra-fine grinding machine. Most of the existing receiving boxes are used to stack the processed bars from the centerless grinding machine, and then the receiving box with the bars is manually transported to the ultra-fine grinding machine. , and then manually feed the bars one by one into the ultra-fine grinding machine, which requires manual handling and loading, resulting in low transfer and feeding efficiency of the bar, which affects the processing efficiency of the final product;

[0007] Therefore, the existing solution directly connects a transport channel between the output end of the centerless grinder and the input end of the superfine grinder, so that the bars output by the centerless grinder are directly sent to the superfine grinder one by one, but due to the processing efficiency of the superfine grinder It is obviously lower than the processing efficiency of the centerless grinder, resulting in the accumulation of bars in the transportation channel, which affects the normal output of the bars in the centerless grinder, so the processing efficiency of the centerless grinder is limited

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