Forming and shaping integrated production device for mute bearing retainer

Abstract

The invention provides a forming and shaping integrated production device for a mute bearing retainer. The forming and shaping integrated production device for the mute bearing retainer comprises a feeding assembly, a movement assembly, a forming and shaping integrated die and a punching die. The feeding assembly comprises a feeding hydraulic cylinder, a position fixing plate and a pushing plate. The movement assembly comprises a first transverse guide rod, a second transverse guide rod, a left longitudinal guide rod, a right longitudinal guide rod, a transverse reset spring and a longitudinal reset spring. The feeding assembly, the forming and shaping integrated die and the punching die are sequentially arranged between the left longitudinal guide rod and the right longitudinal guide rod. The forming and shaping integrated die comprises an integrated upper die and an integrated lower die. The punching die comprises an upper punching die body and a lower punching die body. The forming and shaping integrated production device for the mute bearing retainer is reasonable in structural design, automatic movement can be achieved when workpieces are machined, the machining accuracy is high, a few waste materials are generated, and using for production is facilitated.

Description

technical field [0001] The invention relates to a forming and shaping integrated production device for a silent bearing retainer. Background technique [0002] During the processing of the silent bearing retainer, forming, shaping, and punching operations need to be performed in sequence. In the existing production, since the metal discs used as processing raw materials are small in volume and relatively smooth in surface, they are prone to displacement problems during processing, resulting in more production waste and affecting the improvement of production efficiency. [0003] During the punching operation, the silent bearing holder will be displaced due to the downward movement of the punching needle, which will affect the accuracy of punching and cause waste. At the same time, when the stamping needle is moved down for stamping, since the diameter of the punching hole requires the diameter of the stamping needle to be small, directly moving the stamping needle downward ...

AI Technical Summary

Problems solved by technology

[0004] The object of the present invention is to provide a forming and shaping integrated production device for a silent bearing retainer to solve the problem in the prior art that metal discs used as processing raw materials are relatively small in volume and relatively smooth in surface, which is easy to produce Problems such as displacement. In addition, the downward movement of the stamping needle will cause the displacement of the silent bearing holder. At the same time, directly moving the stamping needle down for stamping will easily cause problems such as deformation of the stamping needle

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