Patch pocket sewing machine and patch pocket die

Abstract

The invention discloses a patch pocket die. The die comprises a folding component used for folding out pocket cut-part turnup, a material transferring component used for transferring clothing cut-parts, and multiple die pressing components which have different specifications and are alternatively arranged between the folding component and the material transferring component, each die pressing component comprises a support template used for supporting the pocket cut-parts, a folding female die and a pressing template; the folding female die is detachably fixedly arranged at the bottom of the folding component so as to be pressed to the support template along with the folding component before folding and flanging to extrude the pocket cut-parts to a folding female die with the same shape asa supporting template; the pressing template cooperates with the material transferring component so as to press the pocket cut-parts with the turnup to the clothing cut-parts. Due to the fact that thedie pressing components have multiple specifications, when a pocket of one specification is replaced, only one die pressing component is needed, other parts do not need to be replaced, the number ofparts needing to be replaced is less, the replacement time is short, and the replacement speed is high; therefore, the production cost can be lowered while the production efficiency can be improved. The invention further discloses a patch pocket sewing machine comprising the patch pocket die.

Description

technical field [0001] The invention relates to the field of clothing equipment, in particular to a patch pocket mold. The invention also relates to a patch pocket sewing machine comprising a patch pocket die. Background technique [0002] In order to meet the development needs of clothing equipment automation and intelligence, it is necessary to continuously restructure or upgrade the existing clothing equipment, but in the process of improvement and upgrading, it is necessary to take into account the manufacturing cost of clothing equipment at the same time, so as to meet market demand and strengthen the market. Competitiveness. [0003] In the field of garment processing, most shirts, coats and trousers are inseparable from pockets, making the patch pocket process a key link in garment processing. Usually, these pockets need to be processed by patch pocket sewing machines, so that they can be improved by automatic patch pockets. Clothing processing efficiency. Existing...

AI Technical Summary

Problems solved by technology

However, due to defects in the structural design of the existing patch pocket molds, there are many parts to be replaced every time the pocket specification is changed, which makes the replacement time longer and the replacement speed slower, which not only seriously affects production efficiency, but also Also because of the need to invest a lot of money to make molds and increase production costs

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