Sewing clamp plate for shirt collar

Abstract

The invention discloses a sewing clamp plate for a shirt collar. The sewing clamp plate comprises an upper-layer pressing plate and a lower-layer pressing plate, wherein the upper-layer pressing plate is provided with an upper-layer needle running strip, the lower-layer pressing plate is provided with a lower-layer needle running strip, relative positions of the upper-layer needle running strip and the lower-layer needle running strip are mutually aligned with each other and communicate with each other after the upper-layer pressing plate and the lower-layer pressing plate are folded, a partition plate is arranged between the upper-layer pressing plate and the lower-layer pressing plate, and the outline of the partition plate is arranged along the line shapes of the upper-layer needle running strip and the lower-layer needle running strip. Compared with the prior art, the sewing clamp plate for the shirt collar adopts the upper-layer pressing plate, the lower-layer pressing plate and the partition plate to clamping and fixing cloth for many times, so that a double-layer collar can be conveniently sewed in the upper-layer needle running strip and the lower-layer needle running strip by a sewing machine, the previous steps of scribing by a chalk and ironing for shaping before sewing can be omitted, operation is more convenient and rapid and rejection rate is reduced.

Description

technical field [0001] The invention relates to a sewing mold, in particular to a sewing splint of double-layer cloth for a shirt collar. Background technique [0002] The fabric structure of the collar and sleeves of the shirt is relatively special. In order to obtain a harder touch, it usually adopts a double-layer fabric structure. In the past, the sewing of these parts was relatively simple and backward, and it was usually necessary to use a template to draw lines on the fabric. Then fold the fabric along the marked line, then iron it to shape, cut the raw edge of the fabric, and finally stack the two cut fabrics for sewing to obtain a double-layer fabric, but this method is purely manual. For It is impossible to achieve a high degree of uniformity in the positioning and sewing of the fabric, and it also has high requirements for the manual skills of the operator. There are specific disadvantages: 1. Before the process is improved, it is necessary to manually draw ...

AI Technical Summary

Problems solved by technology

[0002] The fabric structure of the collar and sleeves of the shirt is relatively special. In order to obtain a harder touch, it usually adopts a double-layer fabric structure. In the past, the sewing of these parts was relatively simple and backward, and it was usually necessary to use a template to draw lines on the fabric. Then fold the fabric along the marked line, then iron it to shape, cut the raw edge of the fabric, and finally stack the two cut fabrics for sewing to obtain a double-layer fabric, but this method is purely manual. For It is impossible to achieve a high degree of uniformity in the positioning and sewing of the fabric, and it also has high requirements for the manual skills of the operator. There are specific disadvantages: 1. Before the process is improved, it is necessary to manually draw the line according to the clean model to waste production time; 2. Drawing the line requires Providing highlighters, fading pens, chalk, etc. is a waste of cost; 3. According to ordinary workmanship requirements, it is easy to have asymmetrical shapes and uneven workmanship gestures, which cause quality problems; 4. To complete such processes, skilled workers with high technical content are required to complete operate

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