A fully automatic assembly production machine for motor stator

Abstract

The invention relates to a full-automatic assembly production machine for a motor stator. The full-automatic assembly production machine comprises a frame and a distribution control box, a conveying device is arranged on the frame and comprises two feeding devices, feeding blocks are arranged on the feeding devices, transposition cylinders are arranged at ends of the two feeding devices, shell assembly carriers and magnetic tile assembly carriers are arranged on the feeding blocks, a clamp spring feeding device, an oil bearing feeding device, a shell feeding manipulator, a riveting device, a grounding terminal assembly device, a left magnetic tile feeding device, a magnetic tile spring piece feeding device, a right magnetic tile feeding device, a sleeving manipulator, a compression device, a magnetizer and a turnover discharging device are arranged on the frame, the shell feeding manipulator is matched with a shell conveying belt on the frame, and the turnover discharging device is matched with a discharging conveying belt on the frame. Integrated automatic assembly is realized, and assembly efficiency is greatly improved.

Description

technical field [0001] The invention relates to the field of motor processing equipment, in particular to a fully automatic assembly production machine for motor stators. Background technique [0002] Most of the motors include a stator and a rotor. The stator generally carries a shell with magnetic tiles, which is generally composed of a shell, a circlip inside the shell, an oil bearing, and a magnetic tile that is clamped in the shell by the magnetic tile shrapnel. [0003] Most of the existing stator processing requires manual operation. It is necessary to install the circlip and oil bearing on the carrier first, and then press the casing down. It is necessary to manually place the magnetic tile and the magnetic tile shrapnel into the casing. , and put it into the compaction device for compaction, then take it out and put it into the magnetization device for magnetization. After magnetization, turn the shell 180 degrees and place it in the dispensing device for dispensing...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing stator processing requires manual operation. It is necessary to install the circlip and oil bearing on the carrier first, and then press the casing down. It is necessary to manually place the magnetic tile and the magnetic tile shrapnel into the casing. , and put it into the compaction device for compaction, then take it out and put it into the magnetization device for magnetization. After magnetization, turn the shell 180 degrees and place it in the dispensing device for dispensing. During the entire stator processing process, A large number of manual operations are required, and multiple handling and transportation are required, and the stator cannot be assembled continuously without intervals, which leads to low assembly efficiency of the stator

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