1) foot sensor
脚力传感器
1.
The actual ZMP trajectory is calculated from the information measured by six-axis force/torque foot sensors mounted on the feet.
ZMP控制理论已广泛应用于双足步行机器人的步态规划中 ,行走过程中的实际ZMP轨迹 ,是通过安装在脚部的两个多维脚力传感器获取的力 /力矩信息计算得到。
2) force-measuring sensor
地脚测力传感器
3) force sensors
力传感器
1.
Research on force sensors in a micro-friction test rig;
微摩擦测试仪力传感器的研究
2.
Effect of contact surface profile on creep of quartz resonator force sensors;
接触表面形貌对石英谐振式力传感器蠕变的影响
4) force sensor
力传感器
1.
Auto static calibration of multi-axis force sensor based on triaxial accelerometer;
基于三轴加速度计的多维力传感器静态自校正
2.
The design of the piezoelectric force sensor in the insole plantar pressure measurement system;
鞋垫式足底压力测量系统中压电式力传感器的设计
3.
Study of Piezoelectric Resonator Type Force Sensor Respond Time;
压电谐振式力传感器响应时间的研究
5) force transducer
力传感器
1.
Optimizing analysis of spoke type force transducer structure;
轮辐式力传感器结构优化分析
2.
Finite element analysis of linearity for pull or press force transducer;
拉-压力传感器线性度的有限元分析
3.
The dynamic equation of force transducer is set up by using the FEM in this article.
利用有限元法建立了力传感器的动力学方程。
6) Load Cell
力传感器
1.
The Computer-aided Analyzing for the Elastomer of a Double Ring-type Load Cell;
双环测力传感器弹性元件的计算机辅助分析
2.
On base of studying the weighing system of multiple load cells under "all-parallel manner", a method is put forward to reduce the measurement error of the weighing system in this article,that is applying series resistor to input of bridge circuit to adjust the actual bridge voltage of load cells.
本文通过对"全并联方式"下多个力传感器共同称重的研究,提出了一种减小称重系统测量误差的方法,即在桥式电路的输入端串入电阻,改变力传感器的实际供桥电压,从而使得各力传感器的"有效输出灵敏度"能够尽可能的保持一致,保证了在载荷不均匀加载的情况下,整个称重系统的测量仍能达到高的精度。
3.
A measuring system is introduced in this paper,in which a force is measured by multiple load cells with digital parameters addition.
本文介绍了在数字量求和方式下实现多个力传感器共同对一个力负荷进行测量的测试系统,提出了数字量求和方式的数学模型,分析了该系统在线标定技术的特殊性,运用多元线性回归方法确定其数学模型中的相关参数,并通过实验加以验证。
补充资料：大脚力
1.大势力。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条