Stator fixture mechanism for half-iron-core stator pin-type winding machine

Abstract

The invention relates to a stator fixture mechanism for a half-iron-core stator pin-type winding machine. The stator fixture mechanism comprises a rack, a front-and-back movement motor, a left-and-right movement motor, a front-and-back movement plate, a left-and-right movement plate, a lifting rotation shaft assembly and a fixture supporting frame; the lifting rotation shaft assembly comprises a rotation motor, a lifting motor, a lifting rotation shaft, a screw nut and a spline housing; the lifting rotation shaft is vertically and rotationally arranged on the left-and-right movement plate; thescrew nut is in threaded connection with the lifting rotation shaft; the spline housing is connected with the lifting rotation shaft by a spline; the rotation motor drives the spline housing to rotate; and the lifting motor drives the screw nut to rotate. According to the invention, a half-iron-core stator is respectively driven by a plurality of motors to carry out front-and-back movement, left-and-right movement, rotation motion and lifting movement and then four-shaft linkage is implemented, so that the half-iron-core stator is aligned with a winding opening to be inserted and then each trunking of the half-iron-core stator is aligned with a winding gap each time, thereby facilitating carrying out accurate winding on all the trunkings on the pin-type winding machine by the pin-type winding machine.

Description

technical field [0001] The invention relates to the technical field of a stator winding machine, in particular to a stator clamp 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

Images