A magnetic tile assembly mechanism for a micro-motor stator

Abstract

The invention relates to a micromotor stator magnetic tile assembly mechanism, which comprises a rack and a power distribution control cabinet. The rack is provided with a conveying trough cooperated with a housing. The rack is provided with a magnetic tile assembly device, a front iron wire press-in device and a magnetizing device, which are cooperated with a product in the conveying trough, in sequence from the right to left. The front portion of the front iron wire press-in device is cooperated by a front iron wire conveying device. The magnetic tile assembly device comprises a magnetic tile assembly frame arranged on the rack. The left and right two sides of the magnetic tile assembly frame are respectively provided with a magnetic tile pushing device, the front side thereof is provided with a housing movable device, the back side thereof is cooperated by a back iron wire conveying device, and the lower portion thereof is provided with a push-in device. The micromotor stator magnetic tile assembly mechanism is provided with the conveying trough cooperated with the housing; the rack is provided with the back iron wire conveying device, the magnetic tile assembly device, the front iron wire conveying device, the front iron wire press-in device and the magnetizing device, which are cooperated with a stator in the conveying trough, in sequence, thereby realizing integrated operation and improving magnetic tile assembly efficiency.

Description

Technical field [0001] The invention relates to the field of stator processing equipment, in particular to a magnetic tile assembly mechanism of a micro-motor stator. Background technique [0002] With the advancement of electronics, the application of motors has become increasingly widespread. Micromotors have emerged. Most of the micromotors include magnetic tile stators and coil rotors. Most of the magnetic tile stators include a housing. It is necessary to install magnetic tiles inside the housing. Most of the stators of motors only have two magnetic tiles, and most of the magnetic tiles are clamped by elastic iron wires. [0003] In the current field of micro-motor stator processing, most of them need to manually install the iron wire in the shell, then place the magnetic tile between the iron wires, and then place the product on the carrier of the pressing device, and pass the pressing head The magnetic tile and the iron wire are compressed, and then taken out and put into a...

AI Technical Summary

Problems solved by technology

[0003] In the existing field of micro-motor stator processing, most of them need to manually install the iron wires in the casing, then place the magnetic tiles between the iron wires, and then place the product on the carrier of the pressing device. Compressing the magnetic tile and the iron wire, and then taking it out and putting it into the magnetizing device for magnetization consumes a lot of manpower, and the efficiency of magnetic tile assembly is low

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