Method for cutting textile sample by using textile sample cutting machine

Abstract

The invention discloses a method for tailoring a textile sample by using a textile sample tailoring machine, which comprises the following basic steps: flatly laying a textile to be tailored on a middle layer, stacking an upper pressing disc, pushing a push rod, pushing a blade on an arrayed combined knife rest into an L-shaped hollow groove, and tailoring the textile for the first time; after finishing, turning and flatly laying the textile cut for the first time on the middle layer, and then stacking the textile on an upper pressing disc; the push rod is pushed to push the blades on the arrayed combined knife rest into the L-shaped hollowed-out groove, secondary cutting of the textile is carried out, and cutting of the textile sample is completed; the arrangement type combined knife rest cuts samples into textile sample fragments with the uniform size through a groove-shaped path formed in the bottom layer operation table. The textile sample cutting device not only can cut out sample fragments with uniform sizes, but also can extrude textile samples to be flat, is suitable for materials with different softness, hardness, thickness, thickness and the like, improves the cutting precision and the sample edge uniformity, remarkably reduces the working intensity, and improves the labor efficiency.

Description

technical field [0001] The invention relates to the field of textile cutting, in particular to a method for cutting a textile sample by using a textile sample cutting machine. Background technique [0002] As far back as the Neolithic Age, humans began to use bast fibers such as kudzu hemp and bark to spin and weave. In the early textile industry, people spun and weaved cloth by hand with the help of some simple tools and equipment, which is the historical stage of hand weaving. The historical stage of hand weaving has lasted for four or five thousand years. Meanwhile, more than 4,700 years ago, China was able to weave relatively fine brocade silk by hand. In the Shang Dynasty, my country not only had general weaving technology, but also simple jacquard weaving technology; by the Spring and Autumn and Warring States Periods, it had been able to weave more complex patterns of brocade; Exports to Eurasian countries by sea route created the "Silk Road" in history, and China w...

AI Technical Summary

Problems solved by technology

There are many styles of textiles, as soft as silk and as hard as leather, which bring great difficulties to the operators of cutting samples and increase the labor intensity

[0005] Scissors are still used for manual cutting. Not only is it difficult to unify the size of the test fragments, but it also brings a lot of labor intensity to the operator. During the cutting process, the fabric usually needs to be paved manually, and it is difficult to completely remove all the folds of the fabric Elimination, wrinkles will affect the cutting accuracy in the cutting process, not only that, in the cutting process, the fabrics on both sides of the cutting knife are easy to turn up and cause misalignment, which reduces the cutting accuracy and labor efficiency; more samples are detected The agency even employs several staff members who are dedicated to cutting samples

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