Low-cost, Light-weight Scalable Soft Data Glove for VR Applications

Yier Xia, Wenqian Li, Shengshun Duan, Wei Lei, Jun Wu
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引用次数: 4

Abstract

In the new coming era of metaverse, natural and continuous interactions between human beings and XR devices is vital. Yet, the current rigid wearable devices come with bulky occupation, heavy weight, and high cost. Herein, based on thermal transfer printing techniques, we proposed a more skin-compatible soft electronic glove with low cost ($\sim {\$}13.5$ per unit), light weight (~25.5g), and scalability for mass production. Through monitoring bending states of five fingers, the electronic glove can recognize hand gesture, and, as a demonstration, control a customized VR shooting game.
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用于VR应用的低成本,轻量级可扩展的软数据手套
在即将到来的超宇宙时代,人类与XR设备之间的自然和持续的交互至关重要。然而,目前的刚性可穿戴设备体积大、重量重、成本高。在此,基于热转印技术,我们提出了一种更适合皮肤的柔软电子手套,其成本低(每单位13.5美元),重量轻(~25.5g),可大规模生产。电子手套通过监测五个手指的弯曲状态,识别手势,并作为演示,控制定制的VR射击游戏。
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