An automated motor assembly line

Abstract

The invention discloses an automatic assembling line for motors. The automatic assembling line for the motors comprises a frame, an automatic conveying belt, a motor rotor bearing bit synchronization oiling device, an automatic motor rotor bearing press-fitting device, an automatic spring washer distributing and detecting device, a motor end cap press-fitting device, an automatic motor bearing gap detecting device, an automatic motor ageing testing device and an automatic gluing air dryer for the motors, wherein the automatic conveying belt which is electrically connected with a circuit controller is arranged on the frame; and the motor rotor bearing bit synchronization oiling device, the automatic motor rotor bearing press-fitting device, the automatic spring washer distributing and detecting device, the motor end cap press-fitting device, the automatic motor bearing gap detecting device, the automatic motor ageing testing device and the automatic gluing air dryer for the motors are successively connected together by the automatic conveying belt and are electrically connected with the circuit controller. The automatic assembling line for the motors is high in assembling stability and good in assembling quality, and testing automation of components of the motors can be realized.

Description

technical field [0001] The invention relates to the field of motor manufacturing and assembly, in particular to an automatic motor assembly production line with a high degree of automation. Background technique [0002] Motor is a very widely used electric drive device at present. It is widely used in various electrical equipment and daily necessities. With the continuous development of economy, the production capacity and quality of motors have gradually become the bottleneck restricting various electrical industries. In the traditional motor processing and production, especially for the press-fitting of bearings and end caps, gaskets and aging performance testing, manual operations are currently the main method. However, manual assembly and testing of the motor has two significant technical drawbacks. One is that manual assembly and testing require extremely high operator experience. During assembly, wrong, missing, and partial installation often occur, while during testi...

AI Technical Summary

Problems solved by technology

Although the above-mentioned flow-type assembly line can indeed improve the current situation of the low degree of automation of motor assembly to a certain extent, however, this flow-type assembly line only assembles the components of the motor, without testing the quality of the components, and does not realize the follow-up testing of the motor. automation

Therefore, the assembly quality of the motor automatic assembly line cannot be well guaranteed, and the stability of its assembly quality is poor

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