Motor rotor automatic assembly machine

Abstract

The invention discloses a motor rotor automatic assembling machine including an iron core feeding device, a main shaft feeding device, a press-fit device, an insulating sheet feeding device, a turning device, a dispensing device, a commutator feeding device, a rotary disc conveyer, and a discharging device. The rotary disc conveyer includes a first rotating disc and a second rotating disc, the iron core feeding device, the main shaft feeding device, the press-fit device, and the insulating sheet feeding device are cooperated on the first rotating disc to assemble an iron core, a main shaft, and an insulation sheet into a half-finished rotor, the turning device conveys the half-finished rotor to the second rotating disc, the insulating sheet feeding device, the dispensing device, the commutator feeding device, and the press-fit device are cooperated on the second rotating disc to assemble the half-finished rotor, a lower insulation sheet, and a commutator into a finished rotor, and the discharging device takes the finished rotor off the second rotating disc and rotates for discharging. The whole machine is compact and reasonable in structure, high in efficiency, low in cost, and high in automation degree.

Description

technical field [0001] The invention relates to the field of motor rotor assembly, in particular to an automatic motor rotor assembly machine. Background technique [0002] The world economy is constantly developing and people's living standards are constantly improving. Motors are indispensable basic electromechanical products. High-investment technology-intensive products combined with technology applications, and have been integrated into the globalization of production and sales. The demand for electric motors is constantly growing. High-tech motors, such as precision brushless motors, high-speed synchronous motors, high-precision stepping motors, sheet winding brushless motors, high-performance servo motors, and ultrasonic motors with new principles and new structures, have not yet formed commercialization or mass production capacity. [0003] At present, domestic motor assembly in this area is still done manually by operators with simple devices or semi-automatic equ...

AI Technical Summary

Problems solved by technology

[0003] At present, domestic motor assembly in this area is still done manually by operators with simple devices or semi-automatic equipment. The efficiency is low, the processing and assembly procedures are many, and the process is complicated and cumbersome. It requires a large number of skilled operators to complete, which increases the business operating costs

And manual operation makes the assembly quality and accuracy of the product unable to guarantee

However, the existing semi-automatic equipment generally uses linear feeding to complete product assembly and manipulators to complete assembly actions, which makes the production line longer, the entire equipment occupies a larger space and costs more

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