Telescopic motor rotor winding device

Abstract

The invention discloses a telescopic motor rotor winding device, which comprises a first winding guide, a second winding guide, a guide sliding mechanism, a guide reset mechanism, and a guide telescopic drive mechanism; the first winding guide The member and the second winding guide are spaced apart from each other and arranged symmetrically; the sliding mechanism of the guide includes a slide seat, a slide rail and a bracket. The invention can solve the technical problem of how to increase the winding space of the motor to prevent the winding from detaching from the hanging slot.

Description

technical field [0001] The invention provides a telescopic motor rotor winding device, specifically a telescopic motor rotor winding device in which high and low areas are formed on the micro motor rotor during the winding process to prevent the winding from falling out of the groove. Background technique [0002] The rotor of a DC motor is composed of an iron core, a winding, a commutator, and a rotating shaft; the iron core is composed of multiple punches, and each punch has multiple hanging slots for winding copper wires; the winding is copper wire winding forming. At present, such DC micro motors are mainly used in home appliances. At present, there is a special device for winding copper wires on the iron core. It uses a fly fork to wind the copper wires on the hanging groove of the iron core. The current device is generally Use a winding seat to fix the position of the copper wire on the iron core. The winding seat generally includes a horizontal positioning block and ...

AI Technical Summary

Problems solved by technology

At present, such DC micro motors are mainly used in home appliances. At present, there is a special device for winding copper wires on the iron core. It uses a fly fork to wind the copper wires on the hanging groove of the iron core. The current device is generally Use a winding seat to fix the position of the copper wire on the iron core. The winding seat generally includes a horizontal positioning block and a longitudinal positioning block; these two positioning blocks are prohibited from moving during the winding process. In this way, the copper wires wound on the iron core are all arranged in a limited horizontal space, so it is easy to cause part of the winding wires to detach from the hanging groove of the iron core due to limited space, resulting in decoupling, which affects the quality of the product

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