Automatic dust removing and oil applying system and working method thereof

Abstract

The invention discloses an automatic dust removing and oil applying system and a working method thereof, and the system and the method relate to a plastic-sealed motor wire stator processing device. Currently, anti-rust oil is generally cleared and applied manually, and the problems of omission, incomplete clearing, not universal application of the anti-rust oil, low production efficiency, poor anti-rust quality and the like easily occur. The automatic dust removing and oil applying system is characterized by comprising a frame body, a dust removing sweeping device, an anti-rust oil applying device, a transportation device and a control device; the dust removing sweeping device comprises a first lifting mechanism, a first rotating mechanism and a sweeping rod; the anti-rust oil applying device comprises an oil storage barrel, a transposition mechanism, a second lifting mechanism, a second rotating mechanism and an oil applying brush; and the transportation device comprises a tooling and a left-and-right moving device. The production efficiency is high, the dust removal is thorough, the applied oil is uniform, and the reliability and stability are good.

Description

technical field [0001] The invention relates to a processing device for a plastic-encapsulated motor wire stator. Background technique [0002] After the injection molding of the plastic-enclosed motor stator, there will be a lot of residual BMC plastic sealing compound attached to the inner wall. During the working process of the plastic-enclosed motor, the residual BMC plastic sealing compound is easy to fall off and cause garbage noise; The generated dust needs to be cleaned up. Currently, manual cleaning is generally used. Manual cleaning often leads to omissions, incomplete cleaning, etc., resulting in quality problems. During dust removal, the inner diameter of the wire stator is inserted into the plastic-sealed stator dust-removing brush head, and the motor is started to drive the brush head to rotate according to the control switch; the BMC material adhered to the inner diameter of the plastic-sealed stator core is cleaned; then the anti-rust oil is artificially appl...

AI Technical Summary

Problems solved by technology

[0002] After the injection molding of the plastic-enclosed motor stator, there will be a lot of residual BMC plastic compound on the inner wall. During the working process of the plastic-enclosed motor, the residual BMC plastic compound will easily fall off and cause garbage noise; The generated dust needs to be cleaned up. Manual cleaning is generally used now. Manual cleaning often leads to omissions, incomplete cleaning, etc., resulting in quality problems

During dust removal, the inner diameter of the wire stator is inserted into the plastic-sealed stator dust-removing brush head, and the motor is started to drive the brush head to rotate according to the control switch; the BMC material adhered to the inner diameter of the plastic-sealed stator core is cleaned; then the anti-rust oil is artificially applied. The amount of oil is difficult to control, and the coating is uneven; the production efficiency is low, and the anti-rust quality of the plastic-sealed stator is poor

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