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A Study about Robotic Hand and Finger for Violin Playing Robot

机译:小提琴演奏机器人的机械手和手指研究

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This paper introduces a violin playing robot that imitates the playing technique of human and development of robotic finger for violin fingering. A bowing velocity, bowing force, and sound point are important factors in determining the sound quality. The robotic hand that is similar to the size of a hand of adult male made a form of Anthropomorphic. So this has a total of 12 degrees of freedom (DoF). A mechanism is based on wire driven. The robotic finger by constructing a 3-axis load cell at the end of finger. Based on the amplified strain gauge value, it was able to apply an appropriate force on the string when playing the violin This paper describes the mechanism of anthropomorphic robotic hand, von Mises stress and strain analysis results of 3-axis load.
机译:本文介绍了一种模仿人类演奏技术的小提琴演奏机器人以及小提琴指法机器人手指的发展。弯曲速度,弯曲力和声点是确定音质的重要因素。与成年男性的手的大小相似的机械手形成了拟人化的形式。因此,总共有12个自由度(DoF)。一种机制是基于线驱动的。通过在手指末端构造一个3轴称重传感器来实现机械手手指。根据放大后的应变仪值,可以在拉小提琴时在弦上施加适当的力。本文介绍了拟人化机械手的机理,冯·米塞斯应力以及三轴载荷的应变分析结果。

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