A Stretch-Flexible Textile Multitouch Sensor for User Input on Inflatable Membrane Structures & Non-Planar Surfaces

Kristian Gohlke, E. Hornecker
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引用次数: 6

Abstract

We present a textile sensor, capable of detecting multi-touch and multi-pressure input on non-planar surfaces and demonstrate how such sensors can be fabricated and integrated into pressure stabilized membrane envelopes (i.e. inflatables). Our sensor design is both stretchable and flexible/bendable and can conform to various three-dimensional surface geometries and shape-changing surfaces. We briefly outline an approach for basic signal acquisition from such sensors and how they can be leveraged to measure internal air-pressure of inflatable objects without specialized air-pressure sensors. We further demonstrate how standard electronic circuits can be integrated with malleable inflatable objects without the need for rigid enclosures for mechanical protection.
一种可拉伸-柔性纺织品多点触控传感器,用于用户在可充气膜结构和非平面上的输入
我们提出了一种纺织传感器,能够检测非平面表面上的多点触摸和多点压力输入,并演示了如何制造这种传感器并将其集成到压力稳定的膜包(即充气膜)中。我们的传感器设计既可拉伸又可弯曲,可以符合各种三维表面几何形状和形状变化表面。我们简要概述了从这种传感器获取基本信号的方法,以及如何利用它们来测量充气物体的内部气压,而不需要专门的气压传感器。我们进一步演示了如何将标准电子电路与可延展的充气物体集成在一起,而无需刚性外壳进行机械保护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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