Motor and method and mechanism for magnetizing magnetic frame and magnetic strip of motor

Abstract

The invention relates to the field of electromagnetic technology in particular to a method and mechanism for magnetizing the magnetic frame and the magnetic strip of a motor. The method for magnetizing the magnetic frame and the magnetic strip of the motor comprises the following steps: (1) conveying the magnetic frame to a first station on a rotating disk device, conveying the magnetic frame to asecond station by the rotating disk device, and conveying the magnetic strip to a magnetic strip winding assembly device; (2) coiling the magnetic strip by the magnetic strip winding assembly device,and assembling the coiled magnetic strip and the magnetic frame, and conveying the assembled magnetic frame and magnetic strip to a third station by the rotating disk device; (3) magnetizing the assembled magnetic frame and magnetic strip by the magnetizing device; (4) conveying the magnetized and assembled magnetic frame and magnetic strip to a fourth station by the rotating disk device. The mechanism can be lifted and rotated in all directions, automatically coils the magnetic strip, automatically assembles the magnetic strip into the magnetic frame, directly magnetizes a finished product,and improves assembly efficiency and assembly quality.

Description

technical field [0001] The invention relates to the field of electromagnetic technology of motors, in particular to a method for magnetizing a magnetic frame and a magnetic strip of a motor and a magnetizing mechanism. Background technique [0002] In modern industrial manufacturing, many complex machines are assembled manually, including mobile phones and computers in the electronics industry, as well as automobile manufacturing and other household appliances. These industrial manufacturing requires a lot of small assembly links to be combined together, especially the assembly of the magnetic frame and the magnetic strip, all of which are manually coated with glue on the inner ring of the magnetic frame, the magnetic strip is manually wound into a ring, and then the magnetic frame Assembled together with the magnetic strip, it is very easy to have poor assembly or assembly misalignment during the manual assembly process. After manual assembly, the shape, consistency, and ac...

AI Technical Summary

Problems solved by technology

These industrial manufacturing requires a lot of small assembly links to be combined together, especially the assembly of the magnetic frame and the magnetic strip, all of which are manually coated with glue on the inner ring of the magnetic frame, the magnetic strip is manually wound into a ring, and then the magnetic frame Assembled together with the magnetic strip, it is very easy to have poor assembly or assembly misalignment during the manual assembly process. After manual assembly, the shape, consistency, and accuracy are not good, and it is difficult to ensure assembly. The quality of the products that come out, and this requires very high assembly skills for workers, and the labor cost is also high

A small number of manufacturers also use automated equipment to assemble, but they are all assembled in a simple way, just applying glue to the magnetic frame and then pressing the magnetic strip into the magnetic ring. This assembly process is too simple, and the accuracy and quality are far away. not enough

The manufacturer also transports the assembled finished product to the magnetization place for magnetization by manual or equipment, which not only costs labor and equipment

Moreover, the current assembly equipment is not stable enough, easily affected during transportation, and the overall assembly efficiency is low

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