A sock production device

Abstract

The invention discloses a sock production device, which comprises a frame, a feeding device, a waste recycling device, a seam head box, a discharging device, and a sock turning device; the feeding device includes a guide rail, a guide frame, a guiding box, a feeding box, a first A motor assembly; the waste recycling device includes a negative air suction device and a pipeline, the negative air suction device is installed on the frame, and one end of the pipeline is connected to the negative air suction device; the seam head box is fixedly installed on the machine On the frame, the first seam head and the second seam head are fixed in order from left to right in the seam head box; a discharge device is fixed at the right end of the frame, and a discharge guide rail is installed on the discharge device. The sock tube is provided with a sock turning device. The present invention can automatically turn over the sock after sewing the toe of the sock, and at the same time collect the waste produced by the toe and toe cutting mechanism, which has a high degree of automation, improves work efficiency and reduces labor costs .

Description

【Technical field】 [0001] The invention relates to the technical field of knitting product machinery, in particular to the technical field of a sock seam turning device. 【Background technique】 [0002] In the weaving process of socks, it needs to go through the processes of preparation, weaving, seaming, roller head, dyeing, shaping, packaging and so on. The sock seaming device is a common equipment in textile machinery. The toe part of the sock is sewed after cutting the trim. The toe of the socks coming off the knitting machine is not closed and open, leaving a sewing and shearing allowance, because the socks need to be stretched according to the shape of the foot when worn on the feet, especially the toe of the sock must be ironed. Therefore, the suture of the toe of the sock needs to be soft, beautiful and sufficiently elastic, and the suture strength should be high. The sock seaming device is not only a device specially used for suturing the toe of the sock. [0003] S...

AI Technical Summary

Problems solved by technology

[0004] The traditional seaming device has the following disadvantages: 1. When putting the socks into the guide port of the feeder, the thickness of different socks is different. 2. When sewing and trimming the socks, the thread ends and waste materials are easy to be entangled on the machine head or frame, which cannot be cleaned in time, thus affecting the normal operation of the sewing head device. Running; 3. After the socks are sewn, the thread ends are exposed outside, that is, when the socks are sewn, after the sock ends are sewn by the sewing machine, the socks are all in the reverse state, and these socks must be turned inside out so that the sutures face inward , to enter the next process

At present, all cotton socks in domestic hosiery factories are manually turned over one by one, which makes the production efficiency of socks low and the labor intensity of the operator is high; After trimming and cutting, even after the first stitching, there will inevitably be some uneven sewing fibers that are not completely wrapped in the stitches after stitching and are exposed outside the stitching stitches, which affects the quality of the stitched products

Moreover, in the process of cutting and sewing, waste materials such as fine fiber residues that come off from the sewing material are deposited in the seam tongue, the left and right guide strips, and the gaps between the front and rear feeding brackets and are difficult to clean up.

It will affect the use of equipment, and long-term use will increase the burden on equipment and increase the failure rate of equipment

Images