Anti-winding and rolling integrated ribbon loom

Abstract

The invention discloses an anti-winding and rolling integrated ribbon loom which comprises a frame, a warping device, a spinning device, an anti-winding mechanism, a rolling mechanism and a cutting mechanism. The rolling mechanism, the cutting mechanism, a thread coil, the warping device, the spinning device and the anti-winding mechanism are sequentially arranged in the frame from right to left. According to the anti-winding and rolling integrated ribbon loom, a braid woven and formed through the spinning device enters the anti-winding mechanism and is sequentially wound around a first tiling roller, a driving roller, a second tiling roller and a third tiling roller, the surface of the driving roller is wrapped with roller leather, the friction force of the driving roller to the braid can be increased, and meanwhile under the action of the first tiling roller and the second tiling roller, the contact area between the braid and the surface of the driving roller is reasonably increased, the slipping phenomenon between the driving roller and the braid is avoided, under the action of the driving roller, the braid can be flattened and combed through the first tiling roller, and the braid is prevented from being folded and wound.

Description

technical field [0001] The invention relates to the technical field of ribbon processing equipment, in particular to an anti-winding and winding integrated ribbon loom. Background technique [0002] Ribbon looms, machines that can weave ribbons of various widths are ribbon looms. Ribbon is made of various yarns as narrow fabrics or tubular fabrics. [0003] In the prior art, the thread roll to be woven is installed on one end of the ribbon loom, and the textile thread to be woven is woven through the warping device and the weaving device in turn, and then the woven ribbon is gradually extended from the other end of the ribbon loom. The machine needs to wind the tape after the weaving is completed. However, most of the existing winding methods are manually wound after the processing is completed or the webbing is extended to the next station to be wound by the machine, which is easy to cause the webbing to turn over, not Flat, even the ribbons are entangled with each other,...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the thread roll to be woven is installed on one end of the ribbon loom, and the textile thread to be woven is woven through the warping device and the weaving device in turn, and then the woven ribbon is gradually extended from the other end of the ribbon loom. The machine needs to wind the tape after the weaving is completed. However, most of the existing winding methods are manually wound after the processing is completed or the webbing is extended to the next station to be wound by the machine, which is easy to cause the webbing to turn over, not Flat, even the ribbons are entangled with each other, which makes the winding work inefficient. At the same time, the transition of the ribbon to the next station not only increases the occupied area of ​​the ribbon loom, but also tends to cause artificial accidental contamination of the ribbon

Images