A continuous bearing assembly production line

Abstract

The invention belongs to the field of bearing assembly and processing, and specifically discloses a continuous bearing assembly production line, which includes a front-end processing module for completing bearing loading and assembly of bearing inner and outer rings and a ball assembly module for completing ball assembly; the front-end processing module includes Two sets of feeding and conveying devices, a transfer positioning device, and a transfer drive mechanism that drives the transfer positioning device to move; the ball assembly module includes a ball discharge device and a bearing feed device for conveying bearing assemblies, and the ball discharge device It is arranged above the bearing feeding device. The invention realizes the fully automatic assembly of the bearing, has good continuity, does not need to stop in the whole assembly process, and has high assembly efficiency.

Description

technical field [0001] The invention relates to a bearing assembly production line, in particular to a continuous bearing assembly production line. Background technique [0002] In the production process of bearing installation, manual assembly is still common in the prior art; the main process is that the assembly worker directly takes out the bearing inner ring and bearing outer ring from the silo, and then assembles the inner and outer rings of the bearing together, and finally A certain number of steel balls are extruded between the inner and outer rings to complete the entire bearing assembly. Obviously, such a manual assembly method is extremely inefficient, and requires manual self-fetching, manual control of the number of balls, cumbersome operation, and easy installation errors. [0003] In order to solve the above problems, in the prior art, the automatic ball ejection equipment is generally used to drive the balls into the space between the outer ring of the bear...

AI Technical Summary

Problems solved by technology

However, during ball assembly, the bearing inner ring and bearing outer ring need to stop at the designated position, and can only leave after the balls are installed, resulting in the subsequent multiple sets of bearing outer rings and bearing inner rings can only stop moving Waiting, multiple bearings cannot be assembled with balls simultaneously and continuously, resulting in low assembly efficiency; at the same time, the assembly of the bearing outer ring and bearing inner ring is generally manually assembled, and its assembly quality is difficult to guarantee; A fully automated production line for bearing assembly

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