The purpose of the research conducted in this essay is to design a kind of portable force measuring system with quartz resonance force sensor.
本文研究的目的是设计制作一种基于石英谐振式力敏传感器的便携式测力系统。
电磁力传感器。
CAD method for diffusion silicon force sensor is introduced.
介绍了扩散硅力敏器件计算机辅助设计的方法。
A force sensor of optical fibers is introduced in this paper.
本文介绍了一种光纤测力传感器。
Cross-beamed wrist force sensor is widely used in robot system.
十字梁腕力传感器广泛应用于机器人系统。
Crossed-beam wrist force sensor is widely used in robot system today.
十字梁腕力传感器广泛应用于机器人系统。
This method only USES a force sensor and handles data by microcomputer.
该方法只用一个力传感器，采用微电脑进行数据处理。
The utility model relates to a sensor, in particular to a Hall type force sensor.
涉及一种传感器，尤其是采用霍尔式的力传感器。
Quartz resonance force sensor is a digital sensor with frequency signal as its output form.
石英谐振式力传感器是一种输出为频率信号的数字式传感器。
Heavy force sensor is a kind of high technology electric information device for heavy equipment.
大力传感器是现代重型装备的高科技电子信息器件。
The static and dynamic calibration of the force sensor is presented, and the results are discussed.
对传感器进行了静动态标定并分析了实验结果。
The system of liquid density measurement consists of force sensor, float, data gather, and software.
液体密度实时测量系统由力传感器、浮子、数据采集器、电脑软件组成。
And above all, it is the first time for us to realize dynamic compensation in a real six-axis force sensor.
值得一提的是，这是我们首次在传感器实际应用中实现了动态补偿，为传感器动态性能的提高迈出了坚实的步伐。
The contact force during impact process was measured by force sensor and data signal processing system in real time.
冲击过程中的接触载荷由压力传感器及数字信号处理系统实时测量。
This paper introduces the composition of the signal processing system of six - axis-force sensor used by aeronautic robot.
介绍航天机器人用六维腕力传感器信号处理系统的硬件、软件构成。
Based on the general cross beam wrist force sensor rationale, the article advanced one kind of new improved sensor structure.
在一般的十字梁变形筋腕力传感器的理论基础上，提出一种新的改进方案。
Transfer matrix of wrist force sensor is of importance to decoupling output signals and enhancing precision of wrist force sensor.
腕力传感器的传递矩阵对输出信号的解耦和提高腕力传感器的精度具有重要意义。
The design process of the piezoelectric force sensor in the insole plantar pressure distribution measurement system was introduced.
摘要介绍了鞋垫式足底压力分布测量系统中压电陶瓷力传感器的设计过程。
The design process of the piezoelectric force sensor in the insole plantar pressure distribution measurement system was introduced.
介绍了鞋垫式足底压力分布测量系统中压电陶瓷力传感器的设计过程。
The theoretical design and calculation of the circular-section I-shaped beam shearing force sensor have been emphasized in this paper.
本文着重论述了圆截面工字梁剪力传感器的理论设计与计算。
In design of multi-axis force sensor used in underwater robot, the problem how to balance hydraulic pressure must be resolved firstly.
水下机器人用多轴力传感器的设计必须首先解决水压力平衡的问题。
The loading effect on dynamic characteristic of wrist force sensor is investigated in accordance with the dynamic calibrating experimental data.
根据动态标定实验数据，分析了负载变化对腕力传感器动态特性的影响。
The experimental research on six-dimension force sensor in robot finger is provided as an example. The result shows that the design of software is accurate.
以机器人手指用六维力传感器为例进行了实验，对实验结果的分析表明了该软件的正确性及实用性。
Measuring the liquid surface tension coefficient by piezoresistive force sensor can change the traditional measuring method and achieve nonelectric testing.
利用硅压阻式力传感器测量液体的表面张力系数，改变了传统测量微小拉力的方法，实现了非电量的电测。
The inventive slurry can be plated on the ceramic basic plate to be sintered in high temperature to prepare the thick-film force sensor with high gage factor.
本浆料可印刷在陶瓷基片上，通过高温烧结后得到高应变系数的厚膜力敏传感器。
This paper introduces a new type of elastic guiding mechanism developed for quartz force sensor It consists of parallel quad crank arms connected by flexible hinges.
提出了一种新型的双平行四连杆柔性铰链弹性导向结构，用作石英力传感器的力导向元件。
The fingertip force sensor is the key for the complex task of the dexterous underwater hand, so a fingertip force sensor based on cylinder elastic body is developed.
指端力传感器是水下灵巧手实现复杂作业的关键，开展了基于圆筒结构的指端力传感器研究。
The automatic assembly system consists of a micro force sensor integrated micromanipulator, a bonding centre with three working cells, and a microscopic vision module.
在此基础上确定了自动组装系统的组成结构，并详细介绍了研制的具有力感知功能的微操作手、三工位键合炉以及显微视觉等关键技术模块。
It is difficult to employ the accustomed calibration method for the characteristic of the fingertip force sensor, and the accustomed method is not able to assure the precision.
由于指端力传感器的结构特点，采用通常六维力静态标定方法较困难，且精度无法保证。
This paper described the development of fingertip force sensor based on cylindrical elastic body employing the water pressure compensation technique, and analysed the principle.
采用水压力补偿技术，设计了基于圆筒式测力结构的水下灵巧手指端力传感器，分析了其工作原理。
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