Wire baffle mechanism of semi-iron core stator needle winding machine

Abstract

The invention relates to a wire baffle mechanism of a semi-iron core stator needle winding machine. The wire baffle mechanism comprises a host base, a front wire baffle and a rear wire baffle; the front wire baffle is arranged at the front side of the rear wire baffle; winding openings are arranged on the front wire baffle and the rear wire baffle; and the tops of the winding openings of the frontwire baffle and the rear wire baffle are open and the openings are upwards. According to the wire baffle mechanism of the semi-iron core stator needle winding machine provided by the invention, the front and rear wire baffles are used to guide lines to be wound on a wire groove of a semi-iron core stator in a rotating mode along the vertical direction, the wire effect of the front wire baffle andthe rear wire baffle is good, and the lines are not easily damaged and scratched. In addition, the tops of the winding openings of the front wire baffle and the rear wire baffle are opened, so that the semi-iron core stator can rise upwards, and the semi-iron core stator is separated from the winding openings of the front wire baffle and the rear wire baffle, so that the winding machine can perform spiral winding on the tail ends of the lines, and the lines are spirally wound on a wire winding ejector pin of the semi-iron core stator.

Description

technical field [0001] The invention relates to the technical field of a stator winding machine, in particular to a wire baffle mechanism of a half-core stator needle winding machine. Background technique [0002] The existing half-core stator needle winding machines are winding machines with left and right double winding stations, and the left and right double winding stations require two sets of fixtures for fixing the half-core stator and two Winding mechanism, so the existing half iron core stator needle winding machine has high production cost, large lateral volume and large occupied area, and the winding on the front and rear wire baffles of the half iron core stator needle winding machine The opening is a closed opening. The stator clamp mechanism of the half-core stator needle winding machine can only move back and forth and rotate. The half-core stator cannot be lifted out of the front and rear wire baffles of the winding machine, and winding cannot be achieved. ...

AI Technical Summary

Problems solved by technology

[0002] The existing half-core stator needle winding machines are winding machines with left and right double winding stations, and the left and right double winding stations require two sets of fixtures for fixing the half-core stator and two Winding mechanism, so the existing half iron core stator needle winding machine has high production cost, large lateral volume and large occupied area, and the winding on the front and rear wire baffles of the half iron core stator needle winding machine The opening is a closed hole, the stator clamp mechanism of the half-core stator needle winding machine can only move back and forth and rotate, the half-core stator cannot be moved up and out of the front and rear wire baffles of the winding machine, and winding cannot be realized

[0003] Therefore, the existing half-core stator needle winding machine does not have the function of processing the end of the wire (that is, the end of the wire is wound on the winding thimble of the stator). Therefore, the existing half-core stator needle winding machine produces For the half-iron core stator, it is still necessary to manually wind the end of the wire on the winding thimble of the stator, but the quality of manual winding is unstable and the efficiency is low

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