Six-shaft flying fork type winding machine with six-shaft discharging mechanism

Abstract

The invention discloses a six-shaft flying fork type winding machine with a six-shaft discharging mechanism. The six-shaft flying fork type winding machine comprises a six-shaft mechanism, a flying fork type winding mechanism, a pneumatic cutting mechanism, a discharging mechanism, the six-shaft discharging mechanism and a press mechanism, wherein the six-shaft mechanism is used for converting a station, the flying fork type winding mechanism is used for winding a coil, the pneumatic cutting mechanism is used for cutting a line, the discharging mechanism is used for pushing the coil, the six-shaft discharging mechanism is used for transmitting the discharging coil, and the press mechanism is used for pressing during coil discharging and transferring. By the six-shaft flying fork type winding machine, operation of loading, line cutting and discharging during coil winding can be completely and automatically finished, the six-shaft flying fork type winding machine has the characteristics of high efficiency and high yield, the coil cannot directly drop to a material disc after being discharged by matching of the six-shaft discharging mechanism and the press mechanism, and defective products are reduced.

Description

technical field [0001] The invention relates to a winding machine, in particular to a six-axis flying fork type winding machine with a six-axis unloading mechanism. 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 wo...

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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