Automatic high-precision non-ironing pocket setting machine

Abstract

The invention discloses an automatic high-precision non-ironing pocket setting machine, which comprises a work tabletop, a pocket patch auxiliary mechanism, a turning mechanism, a feeding unit, a sewing machine head, a display screen and a frame. The work tabletop is welded to the top surface of the frame, the pocket patch auxiliary mechanism and the turning mechanism are arranged on an inner sideof the frame and penetrate the work tabletop, and the feeding unit is mounted to the upper surface of the work tabletop through a welding part. In use of the automatic high-precision non-ironing pocket setting machine, a to-be-sewed pocket patch is put on a pocket patch fixing plate, a pocket folding component mounted on the turning frame is driven to rotate by 90 degrees through a turning air cylinder and a falling air cylinder so as to enable correspondence of a material pressure frame and a pocket pressure plate to a material piece and the pocket patch, an electromagnet on the pocket pressure plate attracts the pocket patch fixing plate to fix the pocket patch, and a pocket folding plate is pushed by a pocket folding air cylinder on the material pressure frame to fold two sides of thepocket patch and two root angles. By arrangement of the turning mechanism, automatic pressing and edge folding of the to-be-sewed pocket patch can be realized, manual ironing for setting is avoided, and accordingly labor intensity is relieved, and operating efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of shirt processing equipment, in particular to a high-precision automatic non-ironing bag sticking machine. Background technique [0002] Patch pockets refer to pockets made directly on the surface of clothes with car or hand-sewn pocket cloth. The feature of the patch bag is that it does not break the fabric, and can be sewn and pasted on the desired part at will. The shape of the bag can be changed in many ways, and the surface of the bag can be decorated in a variety of ways. [0003] Patch pockets are one of the indispensable processes in modern clothing processing. The traditional operation method is usually to iron the pocket pieces first and then stick the pockets on the marked pieces by skilled operators. Sewing usually requires two skilled workers for each assembly line, which leads to low production efficiency and high labor costs. However, the feeding mechanism of the existing bagging machine us...

AI Technical Summary

Problems solved by technology

[0003] Patch pockets are one of the indispensable processes in modern clothing processing. The traditional operation method is usually to iron the pocket pieces first and then stick the pockets on the marked pieces by skilled operators. Sewing usually requires two skilled workers for each assembly line, which leads to low production efficiency and high labor costs. However, the feeding mechanism of the existing bag patching machine uses a cylinder to drive the feeding. In actual production, each feeding position exists. A certain deviation leads to insufficient positioning accuracy. At the same time, the cylinder in operation cannot be stopped suddenly, and there will be certain safety hazards in the faster feeding stroke. Therefore, it cannot meet the needs of use.

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