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Research on a Human-Symbiotic Robot using Inverted Pendulum-type Mobile Base

机译:倒立摆式移动基座的共生机器人研究

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A human-symbiotic robot needs to provide both safety for human and function of avoiding dameges for the objects around the robot along with task performing ability. It is, however, not easy to be compatible with each other. We suggest a two wheeled inverted pendulum-type mobile robot which consists of a dual-manipulator system, a body with two links and a middle joint, and an inverted pendulum-type mobile base. The following three tasks are assigned to the robot as its basic functions: handling a small object on a desk or a floor, carrying a heavy object, and sitting down and standing up. The goal of this research is to realize above tasks with taking account of safety for human and the task performance ability. This paper presents the concept of the research and the specific way to realize these tasks and shows the mechanical design of the robot.
机译:一个共生的机器人不仅需要为人类提供安全,而且还需要避免对机器人周围物体造成损害的功能以及执行任务的能力。但是,相互兼容并不容易。我们建议使用两轮倒立摆式移动机器人,该机器人由双操纵器系统,具有两个链接和中间关节的主体以及倒立摆式移动基座组成。将以下三个任务分配给该机器人作为其基本功能:搬运桌子或地板上的小物体,搬运重物以及坐下并站起来。这项研究的目的是在考虑到人员安全和任务执行能力的情况下实现上述任务。本文介绍了研究的概念以及实现这些任务的具体方法,并展示了机器人的机械设计。

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