使用手指安装的加速度传感器进行维护工作的免提手势操作

Toshiaki Nakasu, T. Ike, Kazunori Imoto, Yasunobu Yamauchi
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引用次数: 0

摘要

在维护电力控制面板时,工人必须做大量的手工工作,如按按钮和打开/关闭选择开关。因此,需要一个免提手势操作系统。Tsukada [Tsukada et al. 2002]提出了一种使用加速度传感器和开关的手势操作系统。虽然通过手势控制家用电器是一项简单的任务,但用户必须同时使用手势和开关来执行更复杂的任务,例如在维护工作中控制和记录文件。因此,系统变得复杂。我们提出了一种新型的无开关维修辅助系统,其结构简单,仅使用加速度传感器识别手势。Ike [Ike et al. 2014]提出了一种手势操作系统,用户可以通过“tap”作为点击信号来远程控制电视。该系统通过检测与轻叩产生的微碰撞相对应的脉冲式加速模式来识别轻叩。然而,由于维护工作包含许多触摸事物产生的微碰撞,因此很难识别敲击。我们采用了在维护工作中很少出现的“轻敲手指向上”手势,即轻敲手指和竖起手指,设计了一个手势系统,使用户能够无缝地执行维护任务和手势操作。我们的系统可以帮助用户在不中断工作的情况下轻松直观地进行维护工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hands-free gesture operation for maintenance work using finger-mounted acceleration sensor
In maintenance of electric power control panels, a worker has to do a lot of manual work such as pushing buttons and turning on/off selector switches. Therefore, a hands-free gesture operating system is needed. Tsukada [Tsukada et al. 2002] proposed a gesture operating system using an acceleration sensor and switches. Although it is a simple task to control a home appliance by gesture, users have to use both gesture and switch on/off to perform more complicated tasks such as controlling and recording documents in maintenance work. Therefore, the system becomes complicated. We propose a novel switch-less assist system for maintenance work with a simple structure that recognizes gesture using only an acceleration sensor. Ike [Ike et al. 2014] proposed a hand gesture operating system that enables users to control a TV remotely by adopting "Tapping" as a click signal. The system recognizes tapping by detecting a pulse-like acceleration pattern corresponding to a micro collision generated by tapping. However, it is difficult to recognize tapping because maintenance work includes many micro collisions generated by touching things. We adopt "Tapping & Finger up", i.e., tapping fingers and turning up a finger, gestures that rarely occur in maintenance work, and design a gesture system enabling users to perform maintenance tasks and gesture operation seamlessly. Our system helps users do maintenance work easily and intuitively without interrupting work.
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