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Novel robotic platform for stable stair climbing by flipping locomotion

机译:新型机器人平台,可通过翻转运动来稳定爬楼梯

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To fully complete the mission, it is essential for field robots to obtain the ability of overcoming various obstacles. Because of the various scale and shapes of the stairs, it is the obstacle which is the most easily access but hard to overcome. Therefore, stair climbing is essential to field robots. In this research, we set the climbing stairs with high stability at a high speed as our goal. The new robot platform suggested in this research climbs the stairs by flipping-body locomotion as human tumbling. We called this robot ‘FlipBot’ from body flip locomotion. In this paper, we introduce the FlipBot design and experiment result of first prototype.
机译:为了完全完成任务,现场机器人必须具备克服各种障碍的能力。由于楼梯的规模和形状各异,这是最容易接近但难以克服的障碍。因此,爬楼梯对于现场机器人至关重要。在这项研究中,我们以高速,高稳定性设置攀登楼梯为目标。在这项研究中建议使用的新机器人平台通过翻转人体运动来使人爬上楼梯。我们从人体翻转运动将此机器人称为“ FlipBot”。在本文中,我们介绍了第一个原型的FlipBot设计和实验结果。

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