COOL-FEELING SPUN YARN COMPRISING NYLON FIBERS AND COOL-FEELING FABRIC

WIPO Patent Application WO/2019/245093

A1

The present invention relates to a cool-feeling spun yarn and a cool-feeling fabric manufactured using the spun yarn, wherein the spun yarn is obtained by spinning a circular cross-sectional, cool-feeling functional nylon short fiber containing aluminum nitride (AIN), a quick-drying short fiber having a modified cross-section, and an absorbent cellulose short fiber in mixture, and thus the spun yarn has cool-feeling functionality and sweat-absorbing and quick-drying properties. Through the combination of a cool-feeling function by the circular cross-sectional, cool-feeling nylon fiber, a sweat-absorbing function by the cellulose fiber, and a quick-drying function by the modified cross-sectional, general nylon fiber, the cool-feeling spun yarn and the cool-feeling fabric manufactured using the spun yarn, according to the present invention, can cool down the skin and promptly release sweat produced from the human body when in contact into the skin, and thus can give a pleasant and refreshing feeling to the skin.

JUNG JAY JAEHUN (KR)
SON TAE-WON (KR)
KIM JI-YOUNG (KR)

PCT/KR2018/007178

December 26, 2019

June 25, 2018

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G CLO (KR)

D01F1/10; D01D5/08; D01D5/32; D03D15/00

JPH04174732A	1992-06-22
JP2010285722A	2010-12-24
JPS60215830A	1985-10-29
JP2014070297A	2014-04-21
KR20080066952A	2008-07-17
JP2013139646A	2013-07-18

YU , JAE-YOUNG ET AL.: "Effect of Surface Modification and Additives on Nitridation of A1-A1N System", JOURNAL OF THE KOREAN CERAMIC SOCIETY, vol. 40, no. 3, 4 March 2003 (2003-03-04), pages 249 - 254

PARK, Hwa-gyu (KR)

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