Electrical machine rotor and commutator assembly tooling, assembly method and storage medium

Abstract

The invention discloses a motor rotor and commutator assembly tooling, an assembly method and a storage medium. The assembly tooling comprises a control system, a commutator press-in mechanism, a limit mechanism and a support mechanism. The control system comprises a main controller and a plurality of detection devices connected with the main controller; The main controller controls the commutatorpress-in mechanism according to each detection result; The commutator press-in mechanism is arranged opposite to the limiting mechanism and is used for driving the commutator press-in device to press-fit the commutator; The limiting mechanism is used for limiting the position of the rotor and the commutator. The limiting mechanism of the invention is coaxially arranged with the commutator press-in mechanism, which is convenient to accurately grasp the press-fit strength, ensures the commutator mounting accuracy, and improves the press-fit qualified rate and the assembly efficiency. And the limit mechanism can be flexibly switched according to different models of the motor, which has good flexibility and practicability.

Description

technical field [0001] The invention relates to the technical field of motor assembly, in particular to a motor rotor and commutator assembly tool, assembly method and storage medium. Background technique [0002] With the increase of labor costs of enterprises, the improvement and upgrading of manufacturing enterprises, and the guiding role of national policies, automated production has become the general trend. The motor manufacturing industry, including the small motor manufacturing industry, is also constantly promoting manufacturing upgrades and upgrades. Commutator as The important components of the motor have a great influence on the stability and reliability of the motor operation. The quality of the electronic rotor and commutator press-fit determines the performance of the motor. [0003] The traditional commutator tooling uses guide blocks and positioning grooves for positioning, and uses spring pressing devices for pressing. This pressing equipment is mainly comp...

AI Technical Summary

Problems solved by technology

[0003] The traditional commutator tooling uses guide blocks and positioning grooves for positioning, and uses spring pressing devices for pressing. This pressing equipment is mainly completed by manual operation. Specifically, the pressing operation is completed manually through mechanical force and spring pressing. , which requires production personnel to have sufficient experience and proficiency. Therefore, it is still difficult to control the pressing force, pressing accuracy and flexible switching between different motor rotor models, which leads to , the press-fitting pass rate and work efficiency are both low

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