Fabric hand feeling directional transmission adjusting method

Abstract

The invention discloses a fabric hand feeling directional transmission adjusting method which comprises the following steps: S1, testing through a multi-factor multi-level orthogonal experiment to obtain a corresponding relationship between fabric parameters and relative hand feeling and a corresponding relationship between process parameters and relative hand feeling, and establishing a fabric parameter library, a process parameter library and a hand feeling database; S2, providing a target fabric, traversing the hand feeling database after the fabric parameters of the target fabric are obtained, and finding out a relative hand feeling corresponding to the fabric parameters of the target fabric from the hand feeling database; and S3, after finding out the relative hand feeling, traversingthe process parameter library, finding out the process parameters corresponding to the relative hand feeling under the fabric parameters of the target fabric from the process parameter library, and finishing directional adjustment of the process parameters so as to produce the target fabric. The fabric parameters, the process parameters and the relative hand feeling can be associated through reasonable design, the method is simple and practical, enterprise production can be effectively guided, and the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of fabrics, in particular to a method for adjusting fabric hand feel directional transmission. Background technique [0002] The fabric style is the effect of the inherent mechanical properties of the fabric on the human senses. It can be divided into two categories: tactile style, also known as feel; visual style, including appearance and gloss, also known as look and feel. Therefore, for a long time, the evaluation and identification of fabric styles has been carried out by experts' subjective senses, lacking objective evaluation tools and methods. It is an important attribute of the connection between product quality and consumers' senses to pinch the fabric in the hand to deform it and cause the tactile sensation with the fingers to determine whether the fabric is desirable. Online sales, which have been increasing year by year in the proportion of clothing and fabric sales, have been plagued by a prob...

AI Technical Summary

Problems solved by technology

However, the number of equipment is large, the cost is expensive, the operation is time-consuming (a complete set of experiments takes about 4 hours), the test indicators are numerous, the interpretation is complicated, and the test results are related to the experience data of Japanese experts, which is too subjective

In 1990, the Australian Commonwealth Institute of Science and Industry developed the FAST test system, which is easy to test, but the application market is limited due to the lack of a logical relationship between test results and hand feeling.

In 2012, the Hong Kong Polytechnic University developed the FTT fabric touch tester, which belongs to a stand-alone system, but there are still problems such as cumbersome testing process, and the relationship between test results and hand feeling has not been established.

However, in the face of more and more types of fabrics, specific requirements, and mass production requirements for specific products, Unable to establish the relationship between hand feel and production process parameters, and unable to guide enterprises to produce related products

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