Flexible proximity key-panel

Yuh-Chung Hu, Cheng-Tao Ho, P. Chang
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Abstract

This paper proposes a flexible proximity sensor fabricated by resembling print screen. The sensor unit is composed of a polyvinylidene fluoride (PVDF) layer sandwiched in between topand bottom-electrode layers which are made of conductive silver ink. The sensing mechanism bases on the pyroelectricity of the PVDF layer. The aforesaid sandwiched sensor units are sprayed simultaneously on a flexible polyimide (PI) substrate layer by layer to form a sensor key-panel. The resembling print screen process is very low-cost. The prototype demonstrates that it is sensitive to human fingers, and therefore one of its applications is becoming for a flexible non-contact proximity key-panel for the user interface of instruments or machines. It may also be applied to proximity sensing or thermal radiation sensing. The proposed flexible proximity key-panel is also suitable for massive roll-to-roll process.
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柔性接近键面板
本文提出了一种用仿印刷屏制作的柔性接近传感器。传感器单元由聚偏氟乙烯(PVDF)层组成,该层夹在由导电银墨水制成的上下电极层之间。该传感机制基于PVDF层的热释电特性。将上述夹在一起的传感器单元一层一层地同时喷涂在柔性聚酰亚胺(PI)基板上,形成传感器键面板。这种类似丝网印刷的工艺成本很低。原型表明,它对人的手指很敏感,因此它的应用之一是成为仪器或机器用户界面的柔性非接触式接近键面板。它也可应用于接近感测或热辐射感测。所提出的柔性接近键面板也适用于大规模卷对卷工艺。
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