Embedded wire stator transferring tool

Abstract

The invention discloses an embedded wire stator transferring tool, and relates to tools for protection in the embedded wire stator transferring process and paint knob removal after embedded wire stator painting. The embedded wire stator transferring tool mainly solves the problems that during current transferring, a plane transferring tray is adopted, triangular wood wedges are plugged to the outer circles of embedded wire stators for fixing, if the placement positions of the triangular wood wedges are improper or omission happens, mutual collisions happen between the embedded wire stators, consequently, varnished wires at the end portions of windings are impacted, and the turn-to-turn short circuit is caused or the embedded wire stators falls down from the plane tray, and consequently theend portions of the windings of the embedded wire stators deform. According to the embedded wire stator transferring tool, the upper end face of an integral frame is provided with parallel rollers, and the rollers are placed in U-shaped notches in the upper end of the integral frame through shafts at the two ends of the rollers to be fixed. By means of the embedded wire stator transferring tool,mutual collisions of the embedded wire stators in the transferring process are avoided, the structure is firm, after the embedded wire stators are discharged out of an oven, the embedded wire statorscan be hoisted to the tool to be subjected to paint knob cleaning, and the steps that the embedded wire stators are placed on a workbench to be cleaned and then are transferred to the transferring tool are reduced.

Description

technical field [0001] The invention relates to a transfer tool for a wire-embedded stator, in particular to a tool for protecting the wire-embedded stator during transfer and for cleaning the lacquer tumor after the wire-embedded stator is painted. technical background [0002] At present, after the end of the embedded wire stator is bound and shaped, it needs to be transferred to the electrical inspection area and the dipping station. Now, the transfer method is to use a flat transfer tray for the transfer of the embedded wire stator. During the transfer process, the fixed wire stator only relies on When inserting the triangular wooden wedges in the outer circle of the stator with embedded wires, sometimes the placement of the triangular wooden wedges is inappropriate or sometimes the triangular wooden wedges are omitted, which will cause mutual collision between the embedded wire stators, resulting in damage to the enameled wire at the end of the winding In the case of in...

AI Technical Summary

Problems solved by technology

[0002] At present, after the end of the embedded wire stator is bound and shaped, it needs to be transferred to the electrical inspection area and the dipping station. Now, the transfer method is to use a flat transfer tray for the transfer of the embedded wire stator. During the transfer process, the fixed wire stator only relies on When inserting the triangular wooden wedges in the outer circle of the stator with embedded wires, sometimes the placement of the triangular wooden wedges is inappropriate or sometimes the triangular wooden wedges are omitted, which will cause mutual collision between the embedded wire stators, resulting in damage to the enameled wire at the end of the winding Turn-to-turn short circuit, or damage to the outer circle of the iron core that affects the frame, etc., the embedded wire stator may fall from the flat pallet during the transfer process, causing the end of the embedded wire stator winding to be deformed or even scrapped

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