Automatic winder

Abstract

The invention relates to an automatic winder which comprises a frame, wherein a raw material mounting shaft, a length measuring mechanism, a shearing mechanism and a winding mechanism are sequentially fixedly arranged on the frame; the length measuring mechanism comprises a code wheel seat, a driving wheel and a driven wheel, of which axial lines are parallel, are rotatably mounted on the code wheel seat, and a coder is mounted at the shaft end of the driving wheel; the shearing mechanism comprises a shear support, a wire penetrating hole is formed on the shear support, and a shear driven by a cylinder is mounted in the shear support; the winding mechanism comprises a wire spool mounted on a wheel shaft, and the wheel shaft is connected with a motor; and the coder, the cylinder and the motor are connected with a control circuit. Through matching among the length measuring mechanism, the shearing mechanism and the winding mechanism, length measurement, shearing and winding actions of awhole reel of wires or mesh wires, as well as counting of finished products can be completed automatically, and the production efficiency is high.

Description

technical field [0001] The invention relates to equipment for winding electric wires or network cables into coils and cutting them into finished products of a certain length, in particular to an automatic winding machine. Background technique [0002] The production and manufacture of wires or network cables in the factory requires measuring the length, winding it into a coil according to the specified diameter, and then cutting it into a finished product. At present, these tasks are done manually: first prepare a large empty space for cleaning, spread cardboard and film, draw a scale on the ground, then manually walk back and forth to measure the length, cut it with scissors according to the corresponding scale, and finally cut it manually. The wire is wound into a coil. The disadvantages of manual operation are: it occupies a large area; a lot of preparation work is required; the length is not accurate; the coils wound by hand are messy and unsightly; it is difficult to p...

AI Technical Summary

Problems solved by technology

The disadvantages of manual operation are: it occupies a large area; a large amount of preparation work is required; the length is not accurate; the manually wound coils are messy and unsightly; it is difficult to pass the performance test of the finished product; a large amount of manpower is invested and the efficiency is low

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