A flying fork winding machine

Abstract

The invention discloses a flying-fork type winding machine. The flying-fork type winding machine consists of a base, a supporting frame module which moves in an X direction, a translational motion driving apparatus for driving the supporting frame module to move, a flying fork rotary shaft module with an X-direction rotary shaft, a rotating driving apparatus for driving the flying fork rotary shaft module to rotate, a main shaft de-moulding module capable of moving in the X direction, and a de-moulding driving apparatus for driving the de-moulding module to move. After winding parameters are set, the flying-fork type winding machine can wind coils on a die head automatically without requiring manual intervention; and meanwhile, the flying-fork type winding machine has the characteristics of high coil winding speed, high yield of formed coils, and stable formed coil parameters.

Description

technical field [0001] The invention relates to a winding device, in particular to a flying fork type winding machine. Background technique [0002] Coils are widely used in common-mode filters, multi-frequency transformers, impedance transformers, balanced and unbalanced conversion transformers, EMI noise suppression of electronic equipment, USB lines of personal computers and peripheral equipment, liquid crystal display panels, low-voltage differential signals, car remote control keys In many fields, such as coils, the demand for coils is increasing day by day. In the process of forming coils, multiple processes must be processed before the required coils can be obtained. The first process of coil forming is to wind coils. [0003] The coil is made of enameled wire, yarn-covered wire and other wire materials. At present, the winding methods include manual winding, semi-automatic winding, and fully automatic winding. Manually wound coils, coil parameters such as coil height...

AI Technical Summary

Problems solved by technology

[0003] Coils are made of wire materials such as enameled wire and yarn-covered wire. At present, the winding methods include manual winding, semi-automatic winding, and fully automatic winding. For manually wound coils, the coil parameters such as coil height and number of turns are difficult to meet. Design requirements, and the efficiency is relatively low, therefore, semi-automatic winding and fully automatic winding methods are mainly used in production at present.

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