ImpAct: haptic stylus for shallow depth surface interaction

A. Withana, Yuta Sugiura, C. Fernando, Yuji Uema, Yasutoshi Makino, M. Sugimoto, M. Inami
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Abstract

ImpAct is a haptic stylus which can change its length dynamically and measure its orientation changes in 3 degrees of freedom. Combining it with a 3D simulated projection rendering mechanism as shown in Figure 2, it can make the illusion of going through a display surface in to the digital space below(Figure 1). Furthermore, once user get into the digital space, more realistic interactions with digital objects are provided with kinesthetic haptic feedback by applying force-feedback on the scalable stem.
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影响:触觉触控笔浅深度表面交互
ImpAct是一种触觉触控笔,可以动态改变其长度,并在3个自由度内测量其方向变化。与图2所示的三维模拟投影渲染机制相结合,它可以使用户产生穿过显示面进入到下面的数字空间的错觉(图1)。此外,一旦用户进入数字空间,通过在可伸缩的杆上施加力反馈,为与数字对象的更真实的交互提供动觉触觉反馈。
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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KUSUGURI: visual tactile integration for tickling Chewing jockey: augmented food texture by using sound based on the cross-modal effect PINOKY: a ring that animates your plush toys ImpAct: haptic stylus for shallow depth surface interaction Paranga: a book-shaped device with tactile feedback
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