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环球网9月18日报道在IEEE/RSJ智能机器人和系统国际会议上,CSAIL研究人员表明MIT计算机科学与人工智能实验室(CSAIL)的机器人名单上又多了一款功能更为强大的机器人,它能像蛇一样滑行。其设计灵感来源于章鱼触须,这款机器人手臂由3D打印模具组装而成,能够在没有人为操控的情况下在细管一样狭窄的环境中穿行。传统“坚硬”型机器人由于连接关节的弊病而有诸多限制。柔软型机器人的可变性关节,意味着它
World Wide Web Sept. 18 At the IEEE / RSJ International Conference on Intelligent Robots and Systems, CSAIL researchers showed that a more powerful robot was added to the list of robots at the Computer Science and Artificial Intelligence Laboratory (MAIL) in Computer Science and Artificial Intelligence Laboratory (CSAIL) It can glide like a snake. Inspired by the octopus tentacles, this robotic arm is assembled from 3D printing molds and travels in the same narrow environment without human intervention. Traditional “hard” robots have many limitations due to the disadvantages of connecting the joints. The deformable joint of a soft robot means it