Synchronous belt drive flexible presser foot temperature control cloth perforating positioning machine

Abstract

The invention discloses a synchronous belt drive flexible presser foot temperature control cloth perforating positioning machine which comprises a rotary compression mechanism for clothing material and finished garment, a synchronous belt drive mechanism of a button sewing / buttonhole perforating mechanism, a perforating mechanism, a temperature control heating mechanism for perforating shaping and an operation control system. According to the synchronous belt drive flexible presser foot temperature control cloth perforating positioning machine, a flexible presser foot is used, and compression of uneven cloth is achieved through adjustment on the angles of the flexible presser foot on a rotary shaft and different compression degrees of the cloth on a base bottom plate; the perforating mechanism is positioned through movement automatic control; by means of real-time monitoring of a shaping needle, the temperature of a shaping pillow is controlled, and button sewing and buttonhole positioning and perforating efficiency is effectively improved.

Description

technical field [0001] The invention relates to the field of cloth perforation and positioning processing, especially an automatic setting and positioning device for temperature-controlled and shaped control of the buttons / keyholes of clothing materials / garments, such as clothes buttons / keyholes. Background technique [0002] At present, the basic methods of buttonhole buttonhole work for fabrics are as follows: 1. Use a ruler to manually measure the position of the button / lock button, use colored chalk to mark the position, and then carry out the button / dot according to the mark. In addition to manual punching, mechanical punching is also used (see CN 202340914 U); 2. Measure the button / lock position and make a point, and then measure and point the next button / keyhole position in turn. 3. Another button positioning plate (see utility model patent CN102038309 A) includes a plate body and a button hole. Among the above three methods, the first two methods measure each button...

AI Technical Summary

Problems solved by technology

Among the above three methods, the first two methods measure each button, the work is cumbersome, the measurement accuracy is not high, and marking the cloth with a color pen may cause the coloring of the cloth, and it is necessary to add a process of cleaning the cloth ; Although the third method has improved accuracy and work efficiency compared with the first two methods, and does not use colored pens for positioning, after all, each piece still needs manual pressing, and the positioning of buttons / keyholes and buttons are synchronized. The workload is large and the efficiency is low; and for different sizes, that is, once the distance between the holes needs to be punched changes, the button positioning plate needs to be changed or even reprocessed, thus increasing the production cycle and not easy to reuse

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