Automatic edge folding mechanism of whole ironing equipment

Abstract

The invention relates to an ironing equipment part, in particular to an automatic folding mechanism of ironing equipment; the technical proposal is as follows: a guide rail frame is arranged above a bedplate; the front end of a press plate connected with the guide frail frame by a shaft is provided with an upper template; the front part of the guide rail frame is provided with a template frame; a lower template is arranged on the template frame; the guide rail frame is provided with a cover plate part controlled by a large cylinder; the front end of the cover plate part is provided with a rear folding plate; the front end of the guide rail frame is provided with a connecting plate controlled by a small cylinder; an upper folding plate and a lower folding plate are arranged on both ends of the connecting plate. The mechanism has the advantages that the shape of a trousers pocket is set by the upper and the lower templates; the two cylinders drive a plurality of folding plates to fold a material outside the templates; the operator only needs to put the cloth, operate the press plate, and other work is completed by the equipment, so that working efficiency is improved; the trousers pocket is very consistent and production cost is reduced; the mechanism can be applied to a plurality of materials, and has wide scope of application.

Description

Technical field: [0001] The invention relates to an ironing equipment component of a garment machine, in particular to an automatic hemming mechanism of an ironing equipment for jeans series back pockets. Background technique: [0002] The back pockets of thick material series such as jeans need to be hemmed first, then ironed to shape, and then sewn onto the trousers. At present, manual hemming and ironing are all used. The deficiencies in the above operation are: 1. The sewing workers need to fold the edges of the trouser pockets based on their own experience. Some thick material trouser pockets are not easy to bend, the labor intensity is high, and the experience requirements of the sewing workers are relatively high; 2. Manual operation increases the workload, low work efficiency, and high labor cost; 3. The position of the hemming of different sewing workers is inconsistent, resulting in unstable quality of trouser pocket hemming, which affects the next step of the asse...

AI Technical Summary

Problems solved by technology

The deficiencies in the above operation are: 1. The sewing workers need to fold the edges of the trouser pockets based on their own experience. Some thick material trouser pockets are not easy to bend, the labor intensity is high, and the experience requirements of the sewing workers are relatively high; 2. Manual operation increases the workload, low work efficiency and high labor cost; 3. The position of the hemming of different sewing workers is inconsistent, resulting in unstable quality of trouser pocket hemming, which affects the next step of the assembly line operation

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