Implementation of Tension-Based Compact Necklace-Type Haptic Device Achieving Widespread Transmission of Low-Frequency Vibrations

Implementation of Tension-Based Compact Necklace-Type Haptic Device Achieving Widespread Transmission of Low-Frequency Vibrations
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基于张力的紧凑型项链式触觉装置的实现,实现低频振动的广泛传输

DOI:
10.1109/toh.2022.3176673
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发表时间:
2022
影响因子:
2.9
通讯作者:
Hasegawa Shoichi
Hasegawa Shoichi
中科院分区:
计算机科学3区
文献类型:
--
作者:
Yamazaki Yusuke;Mitake Hironori;Hasegawa Shoichi

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低频振动的触觉在音乐聆听体验中起着至关重要的作用,但它只能在特定的设施和环境中才能享受到。人们提出了许多触觉装置,以在各种情况下传递音乐音频引起的振动。这样的设备需要强大的低频振动输出和在大范围内的传输。使这样的设备变得小而方便使用是困难的,阻碍了它们的普及。为了促进音乐听觉触觉装置的发展,本文介绍了一种利用马达和螺纹开发一种实用装置的方法,并对该方法的有效性进行了评价。拟议的项链式装置体积小(约555815毫米),重量轻(58.5克),易于佩戴,适合在日常旅行中使用。此外,它可以传输低频(20赫兹)振动,其振幅超过夜总会的空中振动,到胸部和颈部的广阔区域,总功耗约为2w。我们提出的方法将有助于开发实用和高性能的音乐听觉触觉设备。
The haptic sensation of low-frequency vibration plays a vital role in the music listening experience, but it can be enjoyed only in certain facilities and environments. Many haptic devices have been proposed to convey music audio-induced vibration for various situations. Such devices require powerful, low-frequency vibration output and transmission over a wide area. Making such devices small and user-friendly is difficult, hindering their popularity. To promote haptic devices for music listening, this paper describes a method for developing a practical device using motors and a thread and evaluates this method's effectiveness. The proposed necklace-type device is small (about 555815 mm), lightweight (58.5 g), and easy to wear, making it suitable for use during everyday travel. In addition, it can transmit low-frequency (20 Hz) vibrations, whose amplitude exceeds airborne vibration in a nightclub, to a wide area across the chest and neck, with a total power consumption of approximately 2 W. Our proposed method will contribute to the development of practical and high-performance haptic devices for music listening.
利用堵塞颗粒的振动传输的大面积触觉显示
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