A combination method of high-temperature creasing and electric embroidery cutting for shoe production and shoes

Abstract

The invention provides a high-temperature-crumpling electrical-embroidering cutting and assembling method used for manufacturing shoes and the shoes. The high-temperature-crumpling electrical-embroidering cutting and assembling method comprises the following steps: pressing dense chiffon into a whole piece of uniform crumpled yarn by adopting a high-temperature-crumpling method; arranging the crumpled part of the whole piece of crumpled yarn to be uniform and tidy, and then fixing the whole piece of crumpled yarn by adopting a clip; carrying out electrical-embroidering on the whole piece of crumpled yarn so that the needed part shape is formed, and embroidering detachment-preventing threads on the peripheries of the parts; embroidering the corresponding size on each part; and assembling the part with the other parts according to the positions of the detachment-preventing threads on the peripheries, attaching the formed part to the lining, and carrying out stitching. The shoes are prepared by adopting a process comprising the high-temperature-crumpling electrical-embroidering cutting and assembling method. According to the method, a fabric is crumpled, and then the crumpled fabric is subjected to electrical-embroidering sizing according to the part shape, the sized fabric is cut, the cut parts are assembled, and then the size is electrically-embroidered to the crumpled fabric; the whole process is simple, and the crumpling is uniform and flat; the electrical-embroidering has the size, therefore, a worker can easily distinguish the size during the operation, and thus the cutting and assembling accuracy and the crumpling uniformity can be effectively improved.

Description

technical field [0001] The invention relates to the technical field of shoemaking, in particular to a combined method of high-temperature creasing and electric embroidery cutting for shoe production and shoes. Background technique [0002] At present, the design of shoes is becoming more and more fashionable and beautiful, and the types of fabrics required for shoemaking are also increasing. Among them, the more commonly used raw material is encrypted chiffon fabric; , and then cut and compare the combination of grids to complete the production; in the whole production, because the crumpled cloth is not fixed, the crumpled cloth is often uneven and easily deformed during production, and it is impossible to complete precise cutting and combination, and it is easy to shift; and because the size cannot be marked, the workers have to align the grids when operating, which is time-consuming; therefore, the current process of using encrypted chiffon fabrics for shoemaking has probl...

AI Technical Summary

Problems solved by technology

[0002] At present, the design of shoes is becoming more and more fashionable and beautiful, and the types of fabrics required for shoemaking are also increasing. Among them, the more commonly used raw material is encrypted chiffon fabric; , and then cut and compare the combination of grids to complete the production; in the whole production, because the crumpled cloth is not fixed, the crumpled cloth is often uneven and easily deformed during production, and it is impossible to complete precise cutting and combination, and it is easy to shift; and because the size cannot be marked, the workers have to align the grids when operating, which is time-consuming; therefore, the current process of using encrypted chiffon fabrics for shoemaking has problems of low production efficiency and difficult product quality control. It is difficult to meet the needs of the industry's competitive development, and it is urgent to innovate and develop a new process that is more efficient and more suitable for large-scale industrial production

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