A flat wire motor flat copper wire stripping device

Abstract

The invention provides a flat copper wire paint removal device for a flat wire motor, which includes a power drive device, a connecting device, a guide device and a cutter, wherein the power drive device, the connector device and the cutter are sequentially connected, the cutter is rotated on the guide device, and the cutter The connecting device rotates under the action of the power drive device, and the guiding device guides the rotation track of the tool so that the shape of the cutting track of the tool adapts to the shape of the wire, so that the tool can continuously cut the paint leather of the wire, so as to facilitate one-time continuous cutting. Cut to remove patent leather. The invention has the beneficial effects of simple structure, convenient use, reliable operation, high-speed and high-efficiency removal of the varnish of the flat copper wire, simultaneous cutting of the lacquer of the straight line part and the rounded part, and continuous cutting of the lacquer of the wire rod. One-time paint removal, simple process, fast cutting speed, easy to realize continuous production line.

Description

technical field [0001] The invention belongs to the technical field of electric motors, in particular to a paint peeling device for flat copper wires of flat wire motors. Background technique [0002] With the development of new energy vehicles, flat wire motors are more and more widely used, and mass production has become inevitable. The process of removing the end paint is an important process in the production engineering of flat wire motors. In order to increase the production rate of the motor, the paint removal is required to meet: fast, stable and reliable. The existing methods of paint removal mainly include the following: [0003] 1. Mechanical peeling: The servo motor drives the tool to form a square trajectory. Disadvantages: high cost, low speed, not suitable for assembly line operations, continuous and mass production; horizontal cutting of the tool, cutting on both sides, need to cut four sides twice, process Complicated, many tools are used, more copper is r...

AI Technical Summary

Problems solved by technology

[0003] 1. Mechanical peeling: The servo motor drives the tool to form a square trajectory. Disadvantages: high cost, low speed, not suitable for assembly line operations, continuous and mass production; horizontal cutting of the tool, cutting on both sides, need to cut four sides twice, process Complicated, many tools are used, more copper is removed, sharp corners and burrs are formed at the junction

[0004] 2. Laser paint removal: high cost, slow speed, and burnt paint residue

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