Magneto-Haptics: Embedding Magnetic Force Feedback for Physical Interactions

Magneto-Haptics: Embedding Magnetic Force Feedback for Physical Interactions
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磁力触觉:嵌入磁力反馈以实现物理交互

DOI:
10.1145/3242587.3242615
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发表时间:
2018
期刊:
Proceedings of the 31st Annual ACM Symposium on User Interface Software and Technology (UIST 2018)
影响因子:
--
通讯作者:
Ogata Masa
Ogata Masa
中科院分区:
--
文献类型:
--
作者:
荒木拓人;玉田靖明;佐藤雅之;内川惠二;玉田靖明,倉元祐輔,佐藤 雅之;玉田靖明,内山直樹,佐藤雅之;玉田靖明,小野匠,藤江龍登,金子弘,佐藤雅之;玉田靖明,倉元祐輔,佐藤 雅之;玉田靖明,田中佑樹,内山直樹,佐藤 雅之;尾形正泰;Ogata Masa

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我们提出了磁触觉,触觉感觉的设计方法提供动力的永久磁铁之间的力量,在主动触摸。磁力在触觉设计中尚未被有效地探索,因为它不直观,并且缺乏将磁力与触觉感觉相关联或可视化的方法,特别是对于复杂的磁性图案。为了直观地表示磁力的触觉感觉,磁触觉学从磁力沿沿着运动路径的分布公式化触觉势。它提供了一种快速的方法来计算磁现象和触觉机制之间的关系。因此,我们可以将磁力分布转换为触觉感觉模型,使得磁体嵌入式触觉感觉的设计更有效。我们通过交互式界面和设备展示了磁触觉的三个应用。我们进一步验证我们的理论,通过评估一些磁触觉设计,通过实验。
We present magneto-haptics, a design approach of haptic sensations powered by the forces present among permanent magnets during active touch. Magnetic force has not been efficiently explored in haptic design because it is not intuitive and there is a lack of methods to associate or visualize magnetic force with haptic sensations, especially for complex magnetic patterns. To represent the haptic sensations of magnetic force intuitively, magneto-haptics formularizes haptic potential from the distribution of magnetic force along the path of motion. It provides a rapid way to compute the relationship between the magnetic phenomena and the haptic mechanism. Thus, we can convert a magnetic force distribution into a haptic sensation model, making the design of magnet-embedded haptic sensations more efficient. We demonstrate three applications of magneto-haptics through interactive interfaces and devices. We further verify our theory by evaluating some magneto-haptic designs through experiments.
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