A bidirectional pleated fabric preparation device and its debugging method

Abstract

The invention discloses a two-way pleated fabric preparation device and a debugging method thereof, comprising: a gripping mechanism and a pulling mechanism connected to the gripping mechanism, the gripping mechanism includes two side splints and a middle splint, and the side splints are respectively located at On both sides of the width of the middle splint, the side splints are rotationally connected to the middle splint through the rotating shaft, and the outer edge of the side splint far away from the rotating shaft is semi-fixedly connected to the outside, the outer edge can only move in a straight line, and the middle splint is fixedly connected to the pulling mechanism; The pulling mechanism includes a traction column and a base box that is movably connected to the traction column. The middle splint is fixedly connected to one end of the traction column. The base box is located at the end of the traction column away from the middle splint. The base box moves horizontally in the opening, and the present invention can remake the fabric into a bidirectional pleat pattern through the sequential cooperation of the two side splints and the middle splint, and the fully automatic process greatly saves labor costs.

Description

technical field [0001] The invention relates to the field of fabric reconstruction or mechanical clamping, in particular to a bidirectional pleated fabric preparation device and a debugging method thereof. Background technique [0002] Fabric carries the primary visual effect of clothing, and shape is the key. The innovative design of clothing fabric processing and reengineering is the key link that designers should pay attention to; folds are a means of clothing shape, from flat to three-dimensional From two-dimensional to three-dimensional, the different expressions of folds run through the whole process from fabric design to clothing shape change. Decorative folds are a fabric reconstruction method commonly used to shape the three-dimensional effect of clothing and enrich the texture of fabrics. It is convenient, flexible and The remarkable effect makes it often favored by designers and widely used in clothing products. The use of pleat design in clothing is also one of t...

AI Technical Summary

Problems solved by technology

[0003] However, due to the large three-dimensional space occupied by pleated fabrics, it is difficult to mechanize the pleated fabrics. Most fabric manufacturers use manual sewing, which has low fabric production efficiency and high labor costs, which cannot meet market demand and is fixed by needle and thread sewing. Wrinkles, the limitation of the number of sutures makes it impossible to achieve the overall control of the wrinkles, and the partial control of the needles and threads tends to loosen the wrinkles with the aging of the sutures, thus affecting the appearance

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