Flexible touchpad sensor grid for conforming to arcuate surfaces
作者： Brian Taylor , Daniel Lee , Richard Woolley , George Gerpheide
DOI:
关键词: Surface (mathematics) 、 Printed circuit board 、 Conductive ink 、 Touchpad 、 Mechanical engineering 、 Computer hardware 、 Sensor grid 、 Object (computer science) 、 Engineering
摘要: A touchpad formed from the combination of a flexible and non-conductive material used for touch-sensitive surface (76), PC board (70) on which is mounted circuitry, wherein sensing electrodes are disposed (76) by creating electrical traces conductive ink, being capable conforming to various arcuate surfaces, through protective housing such that protected, does not come in direct contact with pointing object.
google.gr 参考文章(17)
Willis A. Larson, David A. Christensen, Anthony J. VanZeeland, Membrane switch interconnect tail and printed circuit board connection ,(1980)
Anthony J. Van Zeeland, Robert S. Bielik, Tamper resistant membrane switch ,(1996)
Gerald L. Larson, Touch panel mechanism ,(1978)
John M. Kuronen, Howard L. Parks, Method of fabricating an interconnection cable ,(1979)
James T. Reese, Rickey D. Hughes, Proximity responsive capacitance sensitive method, system, and associated electrical circuitry for use in controlling mechanical and electro-mechanical equipment ,(1990)
Federico Faggin, Timothy P. Allen, Richard R. Schediwy, Stylus input capacitive touchpad sensor ,(1995)
Charles W. Eichelberger, Robert J. Wojnarowski, Capacitive touch entry apparatus having high degree of personal safety ,(1979)
Ronald Peter Binstead, Multiple input proximity detector and touchpad system ,(1995)
William A. Gibson, John E. J.R. Talmage, Electrographic touch sensor with z-axis capability ,(1986)
William H. Conway, Hugh J. Tyler, Capacitive switch and panel ,(1980)