1. 中山职业技术学院机电工程学院
2. 华南理工大学研究生院
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廖伟强, 赵长明, 马文姝, 等. 游艺人形机器人关节设计与运动研究[J]. 机械强度, 2018,40(1):221-226.
LIAO WeiQiang, ZHAO ChangMing, MA WenShu, et al. JOINT DESIGN AND MOTION RESEARCH OF ENTERTAINMENT ANTHROPOMORPHIC ROBOT[J]. 2018,40(1):221-226.
廖伟强, 赵长明, 马文姝, 等. 游艺人形机器人关节设计与运动研究[J]. 机械强度, 2018,40(1):221-226. DOI: 10.16579/j.issn.1001.9669.2018.01.038.
LIAO WeiQiang, ZHAO ChangMing, MA WenShu, et al. JOINT DESIGN AND MOTION RESEARCH OF ENTERTAINMENT ANTHROPOMORPHIC ROBOT[J]. 2018,40(1):221-226. DOI: 10.16579/j.issn.1001.9669.2018.01.038.
关节的设计与运动是游艺人形机器人设计与研究的关键所在,它直接影响着机器人动作姿态和平衡。基于此,重点研究了游艺人形机器人的关节结构设计和关节运动。利用人体工学原理和有限元分析方法,设计了机器人手部和腿部关节。建立关节坐标和计算,获得了关节位置和速度的求解方法。分析运动的平衡,有效解决机器人运动过程中的平稳性,研究滑移的作用和滑移力的计算,很好地解决了机器人行走、转身和侧移等人形动作的实现问题。提出固定频率的电流控制方法,并在此基础上实现了机器人行走关键步态的规划。
Joint design and motion research is key to the design and research of entertainment Anthropomorphic robot,It direct impact on attitude and balance of robot motion. So,we focus on research Joint structure design and joint movement. Joint of robot hand and foot is designed by human engineering principle and finite element analysis method. Solution of joint position and velocity is obtained base on establishing joint coordinates and calculation. Effective solve robot movement in the process of stability with analysis of the balance of motion. Find a way to achieve robot walking,turning and lateral movement and other humanoid movements by the study the effect of the slip and calculation of the sliding force. A fixed frequency current control method is proposed,and realized robot key gait planning.
游艺人形机器人关节设计运动研究步态规划
Entertainment anthropomorphic robotJoint designMovement researchGait planning
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