Hexagonal cuff turning-over shaping device

Abstract

The invention discloses a hexagonal cuff turning-over shaping device comprising a frame, an upper fixing seat, a lower fixing seat, a first clamping shaping unit, a second clamping shaping unit and adriving structure; the upper fixing seat and the lower fixing seat are both fixed on the frame, and respectively used for installation of the first clamping shaping unit and the second clamping shaping unit; the first clamping shaping unit and the second clamping shaping unit both are provided with shaping ends for clamping a cuff; the two shaping ends are tabular and disposed opposite to each other; the second clamping shaping unit is slidably matched with the lower fixing seat; and the driving structure is mounted on the frame for pushing the second clamping shaping unit to upward move, so that the two shaping ends clamp and shape the cuff to form a bevel. The device is simple in structure, reasonable in design and easy to implement. A stitched cuff is turned over by the hexagonal cuff turning-over shaping device and located on the hexagonal cuff turning-over shaping device for shaping, so that the prepared cuff is uniform in angle, exquisite, good in shaping effect and not easy to loose, the appearance of the finished product can be ensured, batch production is easy, and production efficiency is high.

Description

technical field [0001] The invention relates to the field of garment-making equipment, in particular to a hexagonal cuff turning and shaping equipment. Background technique [0002] Most of the cuffs of existing clothing have begun to design hexagonal cuffs, especially for high-end suits, jackets, shirts, etc. Hexagonal cuffs are more aesthetically pleasing than traditional flat cuffs, so they are more favored by business people. Years have expanded to casual apparel. [0003] At present, the hexagonal cuffs are all formed by hand sewing. Specifically, the cuffs are first folded and then sewn, and then the sewn cuffs are turned over to form the hexagonal cuffs. However, there are many existing methods. Insufficient, resulting in insufficient overall aesthetics, the details are as follows: after the sewing is formed, it is turned outwards, but the turned-out is because the inner fabric causes a bulge when turned out, and the angle forming cannot be realized, which leads to p...

AI Technical Summary

Problems solved by technology

[0003] At present, the hexagonal cuffs are all formed by hand sewing. Specifically, the cuffs are first folded and then sewn, and then the sewn cuffs are turned over to form the hexagonal cuffs. However, there are many existing methods. Insufficient, resulting in insufficient overall aesthetics, the details are as follows: after the sewing is formed, it is turned outwards, but the turned-out is because the inner fabric causes a bulge when turned out, and the angle forming cannot be realized, which leads to poor appearance. In order to ensure the angle Forming, the existing method is to use hands or tweezers to first clamp the cloth that forms the bulge and then turn it out to achieve the effect of angle forming; although the problem of bulge can be solved by using hands or tweezers, the efficiency of manually turning it out is too low. The angles are not uniform, the size is deviated, and the angles are out of alignment, which makes the angle of the hexagonal cuffs asymmetric; in addition, the cuffs turned out by hand or tweezers have poor shaping effect, and they are easy to loosen and reset after washing; in summary, the existing The hexagonal cuff molding still needs further improvement to meet the needs of production

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