A new approach of vibration environmental prediction on mechanism is presented to study the vibration characteristics of moving flexible joint robot.
为研究柔性关节机器人运动状态下的振动特性，提出一种机构振动环境预测新方法。
To restrain the wind-induced vibration of its feed cabin and the pseudo-drag of its cable, we propose a new structural scheme for adding a fluid vessel to the moving platform of the robot.
为了抑制悬索虚牵和馈源舱的风致振动，提出了在此机器人的动平台上增加盛液容器的结构新方案。
The impact vibration is one of the key factors of affecting the walking stability of a humanoid-robot at double-to-single support time.
双单脚支撑转换时的冲击振动是影响仿人机器人稳定行走的重要因素。
The impact vibration is one of the key factors of affecting the walking stability of a humanoid-robot at double-to-single support time.
双单脚支撑转换时的冲击振动是影响仿人机器人稳定行走的重要因素。
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