A fully automatic and uniform wire winding and embedding machine

Abstract

The invention discloses a fully automatic even wiring winding and embedding machine which comprises a frame and a wire supply mechanism. The frame is provided with a station turntable, a wire embedding die, a wire winding mechanism, a paper beating mechanism, a wire pushing mechanism and a pressing stator mechanism. A thread embedding station is arranged on the workstation turntable, a mold fixingassembly is arranged on the thread embedding station, a thread winding station is arranged on the rotary lifting assembly, and the thread embedding mold is moved between the thread embedding stationand the thread winding station by a mold shifting manipulator; The winding mechanism can uniformly wrap the winding of the wire envelope. The invention can uniformly arrange and wind the wires, and the winding of the wound wire envelope can immediately carry out wire embedding, so as to improve the wire embedding quality.

Description

technical field [0001] The invention relates to the field of motor stators, in particular to a fully automatic and evenly wired winding and embedding integrated machine. Background technique [0002] The stator is one of the important components of the motor. The stator includes a stator core and a stator winding. During preparation, the stator winding needs to be embedded in the stator core to complete the preparation. [0003] Nowadays, through continuous research and development and innovation, the equipment with automatic winding and embedding generally includes a station turntable, on which a wire embedding mold is fixed, and through the rotation of the station turntable, the embedding mold can enter the winding The stator windings are received in the wire machine head and inserted into the embedded wire assembly to embed the received stator windings into the stator core to realize processing; [0004] Since the existing winding head uses a winding mold and a flying fo...

AI Technical Summary

Problems solved by technology

[0004] Since the existing winding head uses a winding mold and a flying fork to wind the wire, the wire is composed of multiple single wires. When winding, the flying fork wraps the wire on the surface of the mold, and the rotation of the flying fork will bring the wire Self-twisting, multiple single wires interweave with each other, so the wires are often twisted into one strand and then wound. The intertwined multiple single wires are prone to damage when embedding the wires, which greatly reduces the quality of the stator winding.

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