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Basic Systematic Experiments and New Type Child Unit of Anchor Climber: Swarm Type Wall Climbing Robot System

机译:基本系统实验和锚攀岩的新型儿童单位:群壁攀岩机器人系统

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High mobility and large payload capability are important abilities for wall climbing robots. The authors have proposed a new robot system Anchor Climber that could achieve both of these abilities. This robot system is composed of two or more child units and a parent unit. As child units of Anchor Climber, the authors have developed three types of special wall climbing robots, Adhering Mobile Units (AM Units) Type A, B and C. In this paper, developments of other components of Anchor Climber, configuration of Anchor Climber with these components, basic systematic experiments with configured Anchor Climber, and new type of AM Unit are described. From results of the experiments, it was confirmed that Anchor Climber had both high mobility and large payload capability.
机译:高流动性和大量有效载荷能力是壁攀岩机器人的重要能力。作者提出了一个新的机器人系统锚登山者,可以实现这两种能力。该机器人系统由两个或多个子单元和父单元组成。作为儿童单位的锚登山者,作者开发了三种类型的特殊壁攀爬机器人,粘附在本文中,粘附移动单元(AM单位)型A,B和C.在本文中,锚攀岩的其他组件的开发,锚杆攀岩的配置描述了这些组件,具有配置的锚攀岩和新型AM单元的基本系统实验。从实验结果中,证实锚登山者具有高迁移率和大的有效载荷能力。

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