A method for automatic assembly of bushing and iron core parts

Abstract

The invention discloses an automatic assembly method for bushes and iron core parts, and belongs to the field of servo motor manufacturing. Since the iron core parts and the bushes are irregular in shapes, the automatic assembly of the bushes and the iron core parts can not be achieved through an existing assembly method, and is finished manually; and the assembly accuracy and the assembly efficiency are low. The iron core parts are placed on a conveyor belt, and driven by the conveyor belt to move to the designated position. The iron core parts are conveyed through the conveyor belt, and prevented from being damaged. Meanwhile, the bushes are arranged in order through the vibration of a vibrating disk, and moved to the vicinities of the iron core parts, so that the bushes are driven to move to the position relative to the assembly surfaces of the iron core parts; thus, the bushes are pushed and connected to the iron core parts in an insertion manner, and the automatic assembly of theiron core parts and the bushes is achieved; and the working procedures are simple; and the assembly efficiency is high, and the scheme is practicable.

Description

technical field [0001] The invention relates to an automatic assembly method for a bush and an iron core part, belonging to the field of servo motor production and manufacturing. Background technique [0002] The servo motor includes bushings and iron core parts. The shape of the bushings is irregular. Figure 19 shown; the iron core is generally spliced ​​by a number of "work" shaped iron blocks, as shown in the manual Figure 21 shown. Bushings are assembled on both sides of the "I"-shaped iron block. Due to the irregular shape of the iron core and the bushing, the existing assembly method cannot realize its automatic assembly, and it needs to be completed manually. The assembly accuracy is poor and the assembly efficiency is low. Low. [0003] Chinese patents (publication numbers CN106078158B, CN106363400B) disclose an iron core assembly assembly mechanism, the iron core assembly assembly mechanism includes an iron core assembly installation frame installed on the groun...

AI Technical Summary

Problems solved by technology

In addition, the rubber block has a block structure and the bushing has an irregular shape. The above-mentioned rubber block feeding device cannot be directly applied to the feeding of the bushing, so that the feeding of the bushing cannot be realized, and thus the iron core part of the servo motor cannot be realized. Automated assembly with bushings

In addition, the above-mentioned assembly scheme requires four-position rotating loading and flipping to discharge, which is cumbersome in process and low in assembly efficiency.

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