A kind of reversing roll equipment

Abstract

The invention relates to reverse and combination winding equipment. The equipment comprises a plurality of unwinding shafts, a plurality of guide rollers, a winding shaft and a winding diameter measuring device, wherein the unwinding shafts are used for clamping one or more first strip coils; the guide rollers are arranged below the unwinding shafts respectively and used for enabling strips of the first strip coils on the unwinding shafts to sequentially pass through the guide rollers for guide; the winding shaft rotates in the first direction and used for enabling the strips guided by the guide rollers to be wound on the winding shaft to form a second strip coil; the winding diameter measuring device is used for measuring the winding diameter of the second strip coil in real time, and when the winding diameter reaches the preset winding diameter size, control signals are generated to control the winding shaft to stop rotating. The reverse and combination winding equipment can achieve reverse winding and combination winding, and is high in equipment using rate, stable in strip winding process and even in tension, and the obtained finished strips are small in stacking fault and good in quality.

Description

technical field [0001] The invention relates to the field of packaging equipment, in particular to an inverting and winding equipment applied to amorphous strips. Background technique [0002] At present, the amorphous strips demanded by the market are usually five-layer finished coils with no fault layers. However, the large coils directly produced in the amorphous production process have serious fault layers, so the large coils produced must be inverted into fault-free rolls. The small rolls, and then five small rolls are synthesized into a five-layer finished roll without staggered layers to finally obtain the finished roll of amorphous strip. [0003] In this process, two single pieces of equipment, rewinding equipment and winding equipment, are usually required. The two single devices occupy a large area, have high production costs, and have a low single-machine utilization rate. In addition, the existing coiling equipment is an archway-style structure, which is diffi...

AI Technical Summary

Problems solved by technology

Two single devices occupy a large area, high production cost, and low utilization rate of a single device

In addition, the existing coiling equipment is an archway-style structure, which is difficult to process and manufacture. The structure of the existing coiling equipment leads to high cost of the coiling equipment, and it is difficult to load and unload a single small coil. , it is prone to problems of jitter deviation and uneven tension, and the finished strips obtained by coiling have large stacking faults and low quality

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