Wire arranging mechanism for wire locking of internal winding machine and wire arranging method

Abstract

The invention discloses a wire arranging mechanism for wire locking of an internal winding machine and a wire arranging method. The wire arranging mechanism is mainly composed of a wire locking assembly and a transmission assembly. The transmission assembly contains one Y-axis longitudinal moving mechanism which may move longitudinally along a longitudinal position of an article to be processed. The Y-axis longitudinal moving mechanism is provided with one X-axis support thereon. The one X-axis transverse moving mechanism which may move transversly along a transverse position of the article to be processed is fixed to the X-axis support. The wire locking assembly includes a wire locking support which is arranged on the X-axis transverse moving mechanism. A front segment of the wire locking support has a bifurcated structure. An upper branch end point and a lower branch end point of the bifurcated structure are respectively provided with an upper locking block group and a lower locking block group which form a gap slit which corresponds to an in wire duct of the article to be processed. According to the invention, the wire arranging mechanism for wire locking of the internal winding machine and the wire arranging method can automatically arrange wires, automatically hang wires, and automatically adjust tensioning of enameled wires of the mechanism.

Description

technical field [0001] The invention relates to a functional component of an inner winding machine, in particular to a wire clamping and arranging mechanism of an inner winding machine and a wire arranging method thereof. Background technique [0002] At present, the items to be worked on the market are roughly divided into outer winding type and inner winding type. At present, the production of inner winding type waiting for work is basically done manually or semi-automatically. Among them, the wire process of the semi-automated inner winding machine is still used. The most important thing is to manually introduce the enameled wire into the inner winding groove. The introduction process depends entirely on the proficiency of the workers. When manually introducing enameled wires into multiple enameled wires at the same time, problems such as mutual winding of enameled wires often occur, which reduces the performance of the motor and the product. The product rate is also more...

AI Technical Summary

Problems solved by technology

[0002] At present, the items to be worked on the market are roughly divided into outer-wound and inner-wound. At present, the production of inner-wound items is basically done manually or semi-automatically. Among them, the wire process of the semi-automated inner-wound machine still uses The most important thing is to manually introduce the enameled wire into the inner winding groove. The introduction process depends entirely on the proficiency of the workers. When manually introducing enameled wires into multiple enameled wires at the same time, problems such as mutual winding of enameled wires often occur, thereby reducing the performance of the motor and the quality of the product. The product rate is also more

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