盛开:使用飞轮模拟各种多力反馈的手持设备

Zi-Han Xu, Hung-Ju Wei, Tzu-Hsuan Yeh, Chi Fang, Ju-Chun Ko, Saiau-Yue Tsau, Ko-Chiu Wu
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引用次数: 0

摘要

通过外力增强虚拟现实(VR)中的沉浸式体验一直是一个热门话题。外部设备的发展和研究不定期发表。除了视觉和听觉之外,各种互动设备还可以增加触觉方面的感官体验。本研究提出了一种VR设备,可以通过六个倾斜轴上的单个飞轮来调节其旋转速度,从而产生惯性矩的变化,从而产生力反馈。该装置主要作用于用户的手,模拟手在VR世界中感受到的反馈:1)手持武器撞击物体的反作用力和摩擦力,2)虚拟的魔幻效果,3)模拟不同的环境,感受重力和阻力给手带来的力反馈,实现更实质性的体验沉浸。
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Blooming: A Handheld Device Using Flywheel to Simulates Various Multi-Force Feedback
Enhancing the immersive experience in virtual reality (VR) through external force has always been a hot topic. The development and research of external devices have been published from time to time. Various interactive devices could increase the sensory experience at the tactile aspect in addition to sight and hearing. This research has proposed a device for VR, which could adjust its rotational speed through the individual flywheels on six axes of tilt to generate changes in inertia moment to create force feedback. The device mainly acts on the user's hand to simulate the feedback felt by the hand in the VR world: 1) the reaction force and friction of the handheld weapon hitting the object, 2) the fictitious magic effect, 3) simulating different environments to feel the force feedback brought by gravity and resistance to the hand, to achieve a more substantial experience immersion.
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