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Relation between Visual Impression of Slide Fastener with Different Color Technology Method and Its Reflection Properties |
Hiroki Maru, Fumihito Shimizu, Hiroyuki Kanai, Toyonori Nishimatsu, Shigeki Matsunaga |
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Abstract A slide fastener (i.e., zipper) is widely used as a secondary material in apparel products. However, the texture of the slide fastener is totally different from the main fabric because the reflection properties change according to the structure or the material. Traditionally, the appearance of the slide fastener has been considered unimportant and so is often concealed. However, recently, novel color technologies such as structural color and mimetic metallic processing have been proposed for slide fasteners made from low-cost plastic. The aesthetics and modern appearance of these new slide fasteners have become attractive to end-users. In spite of the growth of slide fasteners with novel colors, no research has investigated or assessed the applicable photometric or colorimetric methodologies. The absence of a quantitative test method decreases the e±ciency of the production of slide fasteners. This study proposes a quantitative methodology to assess the aesthetics of slide fasteners produced with either conventional or the novel color technologies, based on a data set of light reflection properties of slide fasteners. First, the structure of subjective attributes obtained from the human visual sense was analyzed by sensory evaluation and factor analysis. Then, the measurement of the light reflection properties of slide fasteners was conducted with an experimental goniophotometric system developed in this study. The parameters that highly correlated with the subjective scores of representative features were explored. As a result, three principal factors, "profoundness", "elegance" and "novelty" were identified as aesthetic factors for slide fasteners.
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Cite this article: |
Hiroki Maru,Fumihito Shimizu,Hiroyuki Kanai, et al. Relation between Visual Impression of Slide Fastener with Different Color Technology Method and Its Reflection Properties[J]. Journal of Fiber Bioengineering and Informatics, 2014, 7(2): 129-140.
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[1] Komatsu E, Shimaya R, Morita M, Fujimoto T. The test for wearing and removing front opening blouses with various closures | difference between the movement of elderly women and young women in wearing test. Journal of the Japan Research Association for Textile End-Uses 2005; 46: 33-40.
[2] Sato M, Matsue R, Kojima Y, Hashimoto Y, Kajimoto H. Analysis and presentation of zipper opening and fastening sensation. Proceedings of the Virtual Reality Society of Japan, Annual Conference 2007; 12:
[3] Yoshimura Y, Mikado K, Katsumi T, Fukuyama T, Kiyohara A, Masuda S. Keiryo aluminium slide fastener `dual color light metal' no kaihatsu. Journal of the Society of Materials Science, Japan 2013; 62: 728-729.
[4] Brand RH. Measurement of aesthetics analysis of aestheticcomponents. Textile Res J 1964; 34: 791-804.
[5] Hoffman RM. Measuring the aesthetic appeal of textiles. Textile Res J 1965; 56: 428-434.
[6] Kobayashi S. Evaluation of handling. J Textile Mach Sci Jpn 1973; 26: 88-94.
[7] Kanai H et al. Identification of principal factors of fabricaesthetics by the evaluation from expertson textiles and from untrained consumers. Textile Res J 2011; 12: 1216-1225.
[8] Kanai H, Kimura H, Morishima M, Shouji U, Nishimatsu T, Shibata K, Yamamoto T. Microscopic photometry and its parameterization for objective evaluation of aesthetics of woven fabrics. Textile Res J 2011; DOI:10.1177/0040517512454200.
[9] Shin KI, Kim SH, Kim JJ. Image analysis of the luster of fabrics with modified cross-section fibers. Fibers and Polymers 2005; 6: 82-88.
[10] Mehdi H, Darius S, Mohammad S. A new method for measuring luster index based on image processing. Textile Res J 2009; DOI: 10.1177/0040517509343814.
[11] Maru H, Kim I, Knai H, Kamijo M. Evaluation of indication performance using contrast sensitivity chart based on novel photometry. I2MTC2013 Proceedings 2013; 1823-1827. |
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