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首页> 外文期刊>Journal of textile engineering >Kansei Evaluation of Tactile Response to New Leather Textile Made Using the NISHIJIN-ORI Technique
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Kansei Evaluation of Tactile Response to New Leather Textile Made Using the NISHIJIN-ORI Technique

机译:Kansei评估使用Nishijin-Ori技术制造的新型皮革纺织品的触觉反应

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摘要

Nishijin-ori is a traditional yarn-dyed fabric of the Nishijin district in Kyoto, Japan. Since 1975, the number of Nishijn-ori companies, looms, employees, and total shipments has been shrinking. To generate new demand, a dramatic shift towards delivering value-added fabric products is required. The Nishijin district is renowned for its traditional technique called hikibaku, whereby Japanese washi paper is cut to a thickness of about 0.2 to 0.3 mm, and woven with the yarn in a weft direction. We applied this hikibaku technique to develop a fabric that incorporates cut leather instead of washi paper. The purpose of this study is to clarify the texture and physical properties of the new leather-silk woven hikibaku-leather fabric and demonstrate its advantages to pure cowhide. A questionnaire on tactile sensations was conducted on 26 men and women to determine the perceived texture of the fabric. Physical properties relating to the tactile sensation were then measured and compared with the questionnaire results. In order to obtain a guideline for the direction of future textile development that matches the assumed user's sensibilities, we first verified the correlation between the factor scores extracted from the Kansei (subjective response) evaluation, and the physical properties of the textiles. Next, we discerned the physical properties that should be focused on for each of the extracted factors and clarified the newly developed textile material in the extracted factor space.
机译:Nishijin-Ori是日本京都尼希金区的传统纱线染料织物。自1975年以来,Nishijn-Ori公司,织机,员工和出货量的数量萎缩。为了产生新的需求,需要对提供增值织物产品的戏剧性转变。尼希宾区以其传统的技术而闻名,称为Hikibaku,其中日本盥洗纸被切成约0.2至0.3毫米的厚度,并用纬纱方向与纱线编织。我们应用了这种Hikibaku技术来开发一种融合皮革代替Washi Paper的面料。本研究的目的是阐明新型皮革丝绸编织的Hikibaku-Leather织物的质地和物理性质,并展示其对纯牛皮的优势。在26名男性和女性中进行了一个关于触觉感官的问卷,以确定织物的感知质地。然后测量与触觉感觉有关的物理性质并与调查结果进行比较。为了获得与假设用户的敏感性匹配的未来纺织开发方向的指导,我们首先验证了从KANSEI(主观响应)评估中提取的因子分数与纺织品的物理性质之间的相关性。接下来,我们辨别出对每个提取的因素的物理性质,并阐明了提取的因子空间中的新开发的纺织材料。

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