Silk thread tightening device

Abstract

The invention relates to a silk thread tightening device. The device comprises a pressing head arranged in a sliding block penetrating hole, the pressing head carries out pressing operation on a material roll, a wire harness guide-out pipe is arranged beside the pressing head, and a silk thread tensioning mechanism is arranged on the wire harness guide-out pipe. The silk thread tensioning mechanism conducts tensioning operation on silk threads guided out of the wire harness guide-out pipe, one ends of the silk threads can be effectively pressed through the pressing head of the silk thread tightening device, one ends of the silk threads are guided out through the wire harness guide-out pipe, the silk threads are restrained, and then the silk threads are guided out. After the pressing head presses one ends of the silk threads, tightening operation on the silk threads is carried out, the silk threads can be effectively prevented from drooping down, the silk threads are prevented from being continuously released from a roll material, and the problem that the silk threads are wound is avoided.

Description

technical field [0001] The invention relates to the technical field of silk processing, in particular to a silk thread tightening device. Background technique [0002] Before the silk is woven into silk, after the silk raw materials are processed through spinning and dyeing processes, it is necessary to use spinning equipment to wind the dried silk raw materials on silk rollers. Winding silk raw materials on silk rollers can effectively avoid silk knotting The problem is that the silk rolls are placed on the silk feeding frame, and multiple groups of silk rolls are placed in an array on the silk feeding frame. By starting the weft shuttle machine, the weaving of weft and warp is realized, and finally silk cloth is formed, thereby completing the preliminary production of silk. When the above-mentioned silk rolls were placed on the silk feed rack, the silk was connected to the warp beam by the shuttle. When the silk was woven, the following two situations would occur between ...

AI Technical Summary

Problems solved by technology

When the above-mentioned silk rolls were placed on the silk feed rack, the silk was connected to the warp beam by the shuttle. When the silk was woven, the following two situations would occur between the silk roll and the warp beam. If the thread is broken under stress, the whole system must be shut down, and then the broken silk thread is reconnected. If it is broken between the shuttle and the warp beam, the wiring is more convenient. If it is broken between the shuttle and the silk feeding frame, Due to the large number of silk rolls arranged on the silk feeding rack, dozens of groups at most, it is extremely cumbersome to replace them in practice, and the thread needs to be re-rolled; the second is: after the silk rolls are used up, new silk rolls need to be replaced , it is also extremely inconvenient to replace the silk rolls on the silk feed frame, which will have an impact on the production efficiency of the entire system

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