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Biomimetic design for bipedal/quadrupedal motion in a robotic primate

机译:仿生设计,用于机器人灵长类动物中的双足/四足运动

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Biomimetic design is a methodology that takes inspiration from natural systems and it is a format that is becoming increasingly effective in the design of future generations of robots that will closely interact with humans. This paper describes the biomimetically inspired design, construction and testing of a robot based on the anatomy of a Gorilla. The paper will show that through the use of novel materials including new pneumatic muscle actuators, composites and highly complaint structures it is possible to produce a robot based on primates that has a capacity for quadrupedal locomotion, jump/fall shock absorption, bipedal standing/squatting and planarized bipedal walking.
机译:仿生设计是一种从自然系统中汲取灵感的方法,它是一种在设计与人类紧密互动的下一代机器人时越来越有效的格式。本文描述了基于大猩猩解剖学的仿生启发式机器人的设计,构造和测试。本文将表明,通过使用新型材料(包括新型气动肌肉致动器,复合材料和高度抱怨的结构),有可能生产出一种基于灵长类动物的机器人,该机器人具有四足运动能力,跳跃/跌落冲击吸收能力,双足站立/蹲坐能力和平坦的双足行走。

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