Temperature dependent electrically resistive yarn
The present invention relates generally to electrically conductive yarns, and in particular, to electrically conductive yarns providing a resistance that is variable with temperature. A positive variable resistive yarn having a core, a sheath, and an insulator. The sheath includes distinct electrica...
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Main Authors | , |
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Format | Patent |
Language | English |
Published |
20.01.2004
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Online Access | Get full text |
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Abstract | The present invention relates generally to electrically conductive yarns, and in particular, to electrically conductive yarns providing a resistance that is variable with temperature.
A positive variable resistive yarn having a core, a sheath, and an insulator. The sheath includes distinct electrical conductors intermixed within a thermal expansive low conductive matrix. As the temperature of the yarn increases, the resistance of the sheath increases. |
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AbstractList | The present invention relates generally to electrically conductive yarns, and in particular, to electrically conductive yarns providing a resistance that is variable with temperature.
A positive variable resistive yarn having a core, a sheath, and an insulator. The sheath includes distinct electrical conductors intermixed within a thermal expansive low conductive matrix. As the temperature of the yarn increases, the resistance of the sheath increases. |
Author | Wolynes, Earle DeAngelis, Alfred R |
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References | Mills et al. (4198562) 19800400 Cross et al. (4554439) 19851100 Fraser, Jr. (5804291) 19980900 Kawashima et al. (3591526) 19710700 Kohler (3243753) 19660300 (1417394) 19751200 (2001076848) 20010300 Asher et al. (5952099) 19990900 Schmidt (4474825) 19841000 Gordon et al. (6172344) 20010100 (2001-110552) 20010400 Ishii et al. (4742212) 19880500 Hummel et al. (3412358) 19681100 Patent Abstracts of Japan vol. 2000, No. 03, Mar. 30, 2000 & JP 11 354261 A (Sakurai Hiroshi), Dec. 24, 1999 Abstract. Ohgushi et al. (4983814) 19910100 McCullough (5776609) 19980700 Farkas (4200973) 19800500 Breznak et al. (5916506) 19990600 Asher et al. (5776608) 19980700 Crowley (4309596) 19820100 Altmann et al. (5170036) 19921200 Weiss (5861610) 19990100 (11-214132) 19990800 (0 243 504) 19871100 Sullivan et al. (5451747) 19950900 Shimizu (4058704) 19771100 Kim et al. (5556576) 19960900 Carmona et al. (4966729) 19901000 Blackledge et al. (4818439) 19890400 Kochman et al. (5824996) 19981000 European Patent Office; International Search Report for International Application No. PCT/US01/29379; Jul. 8, 2002. Ishii et al. (4575620) 19860300 Breznak et al. (6242094) 20010600 (2001085142) 20010300 (11-214123) 19990800 (2001-52902) 20010200 Kiyokawa et al. (4055526) 19771000 Sander et al. (5597649) 19970100 Gould (4061827) 19771200 Sakurada et al. (5138133) 19920800 Demarmels et al. (5416462) 19950500 Barber, Jr. et al. (5460883) 19951000 (2001076852) 20010300 Roell (5484983) 19960100 Shakespere Conductive Fiber, LLC; Brochure: "Resistat Conductive Fiber-Engineered for Static Control Solutions"; Believe to be published on Sep. 9, 2001. Imamura et al. (3958066) 19760500 Land (6287690) 20010900 |
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Snippet | The present invention relates generally to electrically conductive yarns, and in particular, to electrically conductive yarns providing a resistance that is... |
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Title | Temperature dependent electrically resistive yarn |
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