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A robotic cane based on interactive technology

机译:基于互动技术的机器人甘蔗

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A human-friendly interactive system, based on the harmonious symbiotic coexistence of humans and robots, is explored. A new paradigm of technology, interactive technology, is investigated to seek such an overall interaction through Korperlichkeit (corporeality or embodiment). Based on this Interactive technology paradigm, a robotic cane is proposed for blind or visually impaired travelers to navigate safely and quickly among obstacles and other hazards faced by blind pedestrians. The proposed robotic cane "Roji" consists of a long handle with a button operated interface and a sensor head unit that is attached at the distal end of the handle. A series of sensors mounted on the sensor head unit detect obstacles and steer the device around them. The user feels the steering command as a very noticeable physical force through the handle and is able to follow the robotic cane's path easily and without any conscious effort The issues discussed include methodologies for human-robot interactions, design issues of interactive robotic cane, hardware requirements for efficient human-robot interactions.
机译:基于人类和机器人和机器人的和谐共生的人类友好的互动系统。调查新的技术范式,互动技术,通过KorperliChkeit(肉分素或实施例)寻求这种整体互动。基于这种互动技术范式,提出了一种机器人甘蔗,用于盲目或视力受损的旅行者,安全,快速地在障碍行人面临的障碍物和其他危险中进行导航。所提出的机器人拐杖“Roji”由具有按钮操作界面的长柄和传感器头单元组成,该传感器头单元附接在手柄的远端。安装在传感器头单元上的一系列传感器检测障碍物并转向它们周围的设备。用户感觉到转向命令作为通过手柄的非常明显的物理力量,并且能够轻松遵循机器人甘蔗的路径,而没有任何有意识的努力,所讨论的问题包括人体机器人交互的方法,互动机器人甘蔗的设计问题,硬件要求有效的人体机器人相互作用。

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