flexible joint
英 [ˈfleksəbl dʒɔɪnt]
美 [ˈfleksəbl dʒɔɪnt]
活络接头；挠性连接；软连接
英英释义
noun
- a joint that holds two parts together so that one can swing relative to the other
双语例句
- The contact force control of the flexible joint manipulator system is modeled, and acceleration based control strategy is analyzed. The experiment of contact force control for flexible joint manipulator is carried out.
对柔性关节机械臂的接触力控制进行建模和基于加速度反馈的控制策略分析，并在柔性关节机械臂上进行了接触力控制的试验研究。 - Research on Approach of Suppresssing the Residual Vibration of Flexible Joint Manipulator and Its Experimental Verification
柔性关节机械臂残余抖动抑制与实验研究 - Flexible joint is the weakest component of a Dynamically Tuned Gyro ( DTG). In order to analyze the bearing capability of one type of DTG, a dispersed dynamics model as well as two response calculation methods for impact load and random load is introduced respectively.
挠性接头是动力调谐陀螺中最薄弱的部分，对某型的动力调谐陀螺的承载能力进行了分析，建立了陀螺的离散动力学模型，给出了冲击响应及随机激励响应的求解方法。 - C shaped bellows is frequently used as flexible joint and compensator.
C型波纹管是一种重要的柔性连接和补偿元件。 - 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。 - In the study of flexible manipulator, the flexible joint has an important effect on the dynamic character of manipulators.
在柔性机器人的研究过程中，关节的柔性对机器人动力学参数具有很大的影响，引起了人们的关注。 - In the most of works, the flexible joint is only predigested as a linear torsion spring.
但是在目前的研究中，通常仅仅简化柔性关节为线性扭转弹簧。 - Experiment validates the effectiveness and good performance of LQR approach in flexible joint system control.
实验表明：LQR方法在柔性关节系统控制中取得了很好的效果。 - This paper use finite element software to analyze one of the monolithic flexible joint in the dynamically tuned gyroscope. The key dimension which effects the stiffness of the flexible joint from the relationship between stiffness and structure parameters was reviewed.
对动力协调陀螺仪中的新型一体化挠性接头件进行了有限元分析，从其刚度与结构参数的关系出发对影响挠性接头刚度的关键尺寸进行了考察。 - The stage based on ball feed screw realizes compensation of its displacement depending on piezoelectric actuator and flexible joint.
此工作台在伺服电机驱动的滚珠丝杠进给系统的基础上，采用压电陶瓷作为微位移驱动器，柔性铰链为导向机构，对工作台运动位置自动补偿，实现了超精密定位。