Toyo University, Graduate School of Science and Eng., Kawagoe, Japan;
Toyo University, Dept. of Mechanical Engineering, Kawagoe, Japan;
Toyo University, Dept. of Mechanical Engineering, Kawagoe, Japan;
Kwansei Gakuin University, School of Science and Technology, Hyogo, Japan;
Advanced Institute of Industrial Technology, Master Program of Innovation for Design and Eng., Tokyo, Japan;
elasticity; industrial robots; inflatable structures; mechanical variables control; open loop systems; pneumatic systems; pressure control;
机译:两对角气动肌肉驱动五连杆仿生关节的机理仿真与优化设计
机译:基于对抗驱动关节的新型六自由度可变刚度机器人手臂的机械设计与分析
机译:拮抗形状记忆合金驱动的一关节臂直接自适应控制
机译:抗敌意动力驱动和充气臂关节的概念验证
机译:用于开发软机器人手臂的气动执行器的计算建模和实验特性
机译:气动印模:通过充气气球改善牙弓印模
机译:由抗动式形状记忆合金驱动的单关节臂的自动自适应控制