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A robot hand using electro-conjugate fluid: Imitating a palm motion of human hand using soft balloon actuator

机译:使用电轭流体的机器人手:使用软球致动器模仿人手的掌心运动

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An electro-conjugate fluid (ECF) is a kind of functional fluid, which produces a jet flow (ECF jet) when subjected to high DC voltage. It is known that a strong ECF jet is generated under nonuniform electric field, for example, the field with a pair of needle and ring electrodes. We developed in our previous study a novel five-fingered flexible robot hand using the ECF. In this study, in order to improve the ECF hand we pay our attention to the flexion of palm because human hand can grasp an object with the flexion of palm. First, we propose a concept of five fingered robot hand which has balloon actuators driven by ECF jet to produce the flexion of palm. The actuator is mainly composed of silicone rubber membrane and a rubber base with a slit, so that when the actuator is pressurized the slit is opened, resulting in making the palm of the robot hand actuate. When the actuator is pressurized with 20 kPa the rubber slit is opened with approximately 60 deg. Finally we investigate the characteristics of the actuator and introduce it into the ECF robot hand.
机译:电轭流体(ECF)是一种功能流体,其在经受高直流电压时产生射流(ECF射流)。众所周知,在非均匀电场下产生强ECF射流,例如,具有一对针和环形电极的场。我们以前的研究中开发了一个使用ECF的新型五指灵活的机器人手。在这项研究中,为了改善ECF手,我们将注意力屈服于掌心,因为人类的手可以用棕榈弯曲抓住物体。首先,我们提出了五个手指机器人手的概念,该手在由ECF射流驱动的气球执行器产生棕榈的屈曲。致动器主要由硅橡胶膜和具有狭缝的橡胶基部组成,使得当致动器加压时,狭缝打开,导致机器人手掌致动。当致动器用20kPa加压时,用大约60℃打开橡胶狭缝。最后,我们研究了执行器的特性,并将其介绍到ECF机器人手中。

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