Novel multi-spindle sequin machine

Abstract

The invention discloses a novel multi-spindle sequin machine which comprises organic glass tubes, yarn hanging frames, an electromagnet propeller, a device for pushing beads and sheets, a dual-trough sheet push platform, twisting spindles, twist control transmission mechanisms and a yarn collection frame, wherein the organic glass tubes are dived into eight groups and located on the front end of the machine; the yarn hanging frames are disposed in front of the organic glass tubes and are in overlapped connection with each group of organic glass tubes; the electromagnet propeller is located under the machine and provides power for the whole machine; the device for pushing the beads and sheets is located right under the organic glass tubes and connected to the electromagnet propeller; the dual-trough sheet push platform is located under the device for pushing the beads and sheets; the twisting spindles are divided into eight groups and located behind the organic glass tubes; the twist control transmission mechanisms are located under the twisting spindles and connected to the twisting spindles; and the yarn collection frame is disposed at the rearmost part of the machine. The machine has the advantages that production efficiency and economic practicability are enhanced; employees' labor strength is effectively reduced; and production requirements for more complicated and senior products can be satisfied.

Description

technical field [0001] The invention relates to the field of sequin machines in fancy yarn production equipment, in particular to a novel multi-spindle sequin machine. Background technique [0002] In the fancy yarn production equipment, the existing sequin machines are all modified by sewing machines and then produced by piercing and cutting. [0003] At present, the modification and production of sewing machines can only achieve the production output of one machine and one line, and three actions (piercing, piercing, and cutting) are required to complete the production process. This production method will lead to uneven slices. The problem is that the position of the slice is not standard during the production process, and the needle cannot penetrate the center hole of the slice and the bead slice is pierced, causing the needle to break or break into pieces. This method can only produce sequined yarn. Moreover, the distance between a bead piece and a bead piece can only ...

AI Technical Summary

Problems solved by technology

[0009] Can not meet the demand for high-end clothing fabrics

Can't meet unlimited fashion needs

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