Method for detecting softness of hairiness on surface of clothing and detection apparatus thereof

Abstract

The invention relates to a method for detecting softness of hairiness on surface of clothing and a detection apparatus thereof, and relates to a method for detecting quality of a weaving product and an apparatus thereof, and especially relates to a method for detecting quantity and softness of hairiness on surface of clothing and the detection apparatus thereof. The method comprises the following steps: selecting a model of human body, embedding a touch force sensor, obtaining the touch force data and contact form image data generated by contact of hairiness on the surface of clothing and the model of the human body, and quantification performance index for reflecting softness of hairiness on surface of clothing and evaluating wearing comfort level of the clothing is constructed through data analysis. According to the method and the apparatus, the high-precision touch force sensor is employed for obtaining the data, a contact state image of the hairiness on the surface of the clothing and the model of human body can be obtained by an optical image collection unit, operation is convenient and simple, experiment data is objective, precision is high, and reliability is strong; the touch force sensor is used for directly obtaining contact force of fiber and skin but not frictional force, and the contact force is closer to the contact force influence of real wearing hairiness of the clothing and the human body.

Description

technical field [0001] The invention relates to a method and a device for detecting the quality of textile products, in particular to a method and a device for detecting the amount of hairiness and softness on the surface of clothes by means of an optical-mechanical-electrical combination. Background technique [0002] The tactile comfort of textiles is one of the key factors affecting the wearing comfort of textiles, especially knitted wool and linen clothes, which often bring itching or prickling to the human skin when worn, causing physical or psychological discomfort sense, which in turn influences consumers' purchases. The existing evaluation methods of hairiness softness mainly include subjective evaluation and objective testing methods. Subjective evaluation is through human testing, and the participants describe their subjective feelings. This method is subjective and is affected by many factors such as the different sensitivities of different human skins and differ...

AI Technical Summary

Problems solved by technology

Although this technical solution can be used to provide clothing fit and / or comfort indicators, it cannot intuitively reflect the influence of clothing surface hairiness softness on human comfort, and its human body model structure is complex and expensive

[0009] In summary, the existing objective testing methods and testing devices for softness and comfort of fabrics cannot solve the technical problem of objectively testing the influence of softness of clothing surface hairiness on human comfort.

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