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首页> 外文期刊>International Journal of Astrophysics and Space Science >Anthropomorphic robotic hand for teleoperation & telepresence in space & hazardous environments
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Anthropomorphic robotic hand for teleoperation & telepresence in space & hazardous environments

机译:拟人化机器人手,用于太空和危险环境中的遥操作和远程呈现

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The research presented in this article aimed at achieving an innovative anthropomorphic robotic arm with intelligent sensory feedback, which is remotely controlled by a human operator, using a control-glove. The movements of the human operators hand will be exactly reproduced by the manipulation robotic hand, which also provides feedback regarding the pressure confronted with and 3D visual information of the manipulation area. This will enable the possibility of complex and high precision manipulation in unfriendly and hazardous environments, without exposing the human operator to risks. Teleoperation will be carried out by means of a Multi-sensory control glove (MSG), which will enable high-precision tasks performing with almost no preliminary training required for the operator (the robotic hand having all five articulated and driven fingers and allowing human-like complex maneuvers). The MSG is equipped with position movement and acceleration sensors, and also a system for transmitting the haptic feedback to the operator, which is the first component of the telepresence implemented in the robotic system. The second component is 3D visual feedback from the operation site, using a stereoscopic HD camera mounted on the robot platform and a 3D vision helmet, with glasses containing two OLED displays for the operator. Using this kind of robotic system, the human operator can act efficiently from inside safe environment, only the robotic hand and it's mobile platform (or supporting arm) being exposed to hazardous conditions. The applications of this robotic hand could include the following domains: space exploration and working (remote operations on void space or on other planets' surface driven from human-safe environment), working in toxic atmosphere (chemically poisoned or toxic gas emanation sites); working in high radiation-level environments (like nuclear plants); working in marine applications (deep ocean exploration, repair of offshore oil platforms etc.) etc.
机译:本文提出的研究旨在实现一种具有智能感官反馈的创新拟人化机械臂,该人工臂可以由操作员使用控制手套进行远程控制。操作员的手将准确地再现操作员的手的动作,该手也将提供有关操作区域所面临的压力和3D视觉信息的反馈。这将使在不友好和危险的环境中进行复杂而高精度的操作成为可能,而不会给操作员带来风险。远程操作将通过多感官控制手套(MSG)进行,这将使高精度任务的执行几乎不需要操作员的初步培训(机器人手具有五个铰接和驱动的手指,并允许人类像复杂的动作)。 MSG配备有位置运动和加速度传感器,以及一个用于将触觉反馈传输给操作员的系统,这是在机器人系统中实现的远程呈现的第一部分。第二部分是操作现场的3D视觉反馈,使用安装在机器人平台上的立体高清摄像头和3D视觉头盔,并为操作员配备带两个OLED显示器的眼镜。使用这种机器人系统,操作人员可以在安全的环境中有效地行动,只有机器人手及其移动平台(或支撑臂)处于危险条件下。这种机械手的应用可能包括以下领域:空间探索和工作(在不受人类安全环境驱动的空旷空间或其他行星表面上的远程操作),在有毒气体中工作(化学中毒或有毒气体排放场所);在辐射水平高的环境中工作(例如核电站);从事海洋应用(深海勘探,海上石油平台的维修等)等

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