力传感器

在汽车道路试验中，通过多维车轮力传感器（WFT）可以测量每个轮所受的各维力和力矩。

Multi-dimensional forces and torques can be measured by multi-axes wheel force transducer ( WFT ) in automobile road experiment .

传感器的静态耦合是制约多维车轮力传感器（WFT）测量精度的一个主要因素，WFT的耦合主要为线性耦合。

The static couple of multi-dimension wheel force transducer ( WFT ) is one major factor of limiting its measuring precision , and the couple of WFT is mainly linearity .

基于指尖力传感器的HIT机器人灵巧手笛卡尔阻抗控制

Cartesian impedance control for HIT dexterous robot hand based on fingertip force sensor

一种用于MEMS样品测试的六轴微力传感器

A Six DOF Force / Torque Sensor Used in MEMS Sample Testing

基于MEMS技术的微操作三维力传感器研究

Research on a tri-axial force sensor based on MEMS technology for micromanipulation

基于MEMS的力传感器薄膜应变计加工工艺

The Fabrication Processes of Force Sensor 's Thin Film Strain Gauges Based on MEMS

基于温度不敏感的chirped光纤光栅应力传感器

Chirped Fiber Grating Stress Sensor Based on Temperature Insensitivity

在研究基于最小二乘理论的多维力传感器静态线性解耦方法的同时，提出了一种基于BP神经网络的静态非线性解耦方法。

The least square theory-based static linear decoupling method is studied , and a new static decoupling method based on BP artificial neural network is proposed .

本文介绍了力传感器的原理和应用方法，研究叶轮作用力与浓度关系的规律，设计了基于ARM的集检测、通讯、显示、控制于一体的测控主机。

Studying the relation between concentration and impeller force of law , we designs a measurement and control host based on ARM of integrating detection , communication , display and control .

利用LabView实现了对应力传感器和应变传感器的仿真模型设计，并通过激励仿真传感器产生仿真信号，对所建立的监测系统进行了验证。

The simulation modles of stress sensor and strain sensor have been designed by Lab VIEW . The modles can be stimulated to generate simulation signal , which is used to testing the established monitoring system .

石英晶体压电式力传感器的单晶[d（jm）]转换及晶组的排列与组合

Transform of [ djm ] , Arrangement and Combination of crystals of the Piezoelectric Force Transducers

应用慢性植入小肠腔外应力传感器记录清醒狗小肠移行性复合运动（MMC）。

Migrating motor complex ( MMC ) was recorded by chronically implanted strain gauge transducers on the serosa of small bowel in conscious dogs .

首次提出了Z元件的晶格扭应变与等效电阻的微观机理的观点，并在此基础上论述了基于Z元件的力传感器的温漂补偿的必要性和补偿原则及方法。

On the foundation of simple statement to microphysical principle of force-sensitive Z-elements presented first in this paper , it is advanced why and how to compensate temperature-drift of force-sensitive sensors based on Z-elements .

利用IAR开发平台，实现了无线应力传感器的数据采集和传输。

Data acquisition and signal transmission of wireless stress sensor have been achieved on the IAR development platform .

所设计的测力传感器能同时测定正压力和摩擦力，其悬臂由一组相互垂直的平行弹性钢片组成，其解耦特性经有限元软件ANSYS得到证明。

The force sensor is able to measure normal force and friction force simultaneously . The cantilever of force sensor is made up of orthogonal elastic sheet steels whose decoupling characteristics are proved under finite element analysis software ANSYS .

本文以平行梁式传感器为例，在力学分析和有限元分析的基础上，建立了梁式测力传感器的数学模型，并对梁的结构参数进行CAD优化设计。

The computer aided design of a parallel-beam load cell are presented in this paper . Based-on mechanical analysis and finite element modelling of the elastomer , a mathematic model of the sensor is established and used for the optimum design of the beam parameters .

维间耦合是制约多维力传感器测量精度的主要因素，为克服传统线性解耦方法的局限性，利用BP神经网络的强非线性逼近能力研究了多维力传感器的非线性静态解耦。

The coupling problem is an important factor limiting measuring accuracy of multi axes force sensor . In order to overcome the limitation of traditional linear decoupling , a nonlinear static decoupling method is designed based on BP neural network which possesses strong nonlinear approaching ability .

在外力的作用下，用SPICE软件对此悬臂梁宏模型和外加电路进行了系统级的模拟，得到分布参数的力传感器的输出电压幅频特性曲线；

Under the force loaded outside , the output voltage amplitude frequency response characteristic of distributed parameter force sensor is presented , by the system simulation to the cantilever beam macromodel and periphery circuits with SPICE .

在清醒大鼠研究延髓迷走背核复合区（DVC）微量注射五肽胃泌素（G5）对胃窦运动的作用。用慢性植入胃腔外应力传感器记录胃窦运动。

Changes in antral motility induced by pentagastrin ( G5 ) microinjected into the dor-sal vagal complex ( DVC ) were investigated in fasting conscious rats .

传感反射以加速度计、振动陀螺仪、力传感器获得的信息为依据，通过上体姿态控制、ZMP控制和落地时间控制实现传感反射控制。

It describes actualization of a sensory reflex , which consists of a body posture control , an ZMP control and a landing time control .

根据机器人对传感器的一般性能要求，对用于获取人体下肢运动力学信息的多维力传感器进行了静、动态标定，得到了相应的性能参数，搭建了基于PCI总线的可穿戴助力机器人信息检测平台。

To meet the performance of the sensor for the robot , we calibrate the static and dynamic characteristics of the multi-axis force sensors which are used to identify the motion intention . The platform for information detection is also set up based on the PCI bus . 3 .

基于dSPACE构建了人体步态相位检测系统，传感器采用鞋底传感器和1个光纤传感器，鞋底传感器由4只电阻式力传感器、1只位置传感器构成，用光纤传感器测量腿部的弯曲。

Based on dSPACE , a gait phase measuring system with a sole sensor and a fibre sensor is constructed . The sole sensor is imposed of 4 pieces of force sensitive resistors and a position sensor . The fibre sensor is used for measuring the bend of the legs .

系统的硬件主要有：ZHJ-1B型电流传感器、自行研制的电阻应变式力传感器、电极间电压测量装置及NI-DAQ6062E数据采集卡等。

The hardware of the system mainly consists of a ZHJ-1B current sensor , a self-made resistance strain force sensor , the device for measuring electrode voltage and a NI-DAQ6062E data acquisition card .

新型应变式厚膜力传感器及其应用

The Application of the New Strain Type Thick Film Force Transducer

起重机提升钢丝绳张力测力传感器的研究

A study of a wirerope tension sensor for use with hoist

轮辐式温度自动补偿型光纤光栅测力传感器

Spoke-Type Fiber Grating Sensor of Measuring Force with Temperature Active Compensation

智能化技术在牵引力传感器中的应用研究与实现

The Applied Research and Realization of Intelligence Technique in Traction Sensor

本文对S型测力传感器的动态特性进行了研究。

The dynamic characteristics of S shape force transducers is tested .

关于轮辐式剪切力传感器的研制与设计

Design of the Sensor Used for the Measure of Cut Load

石英谐振力传感器加载机构理论及实验

Theory and Experiment of Load Mechanism of Quartz Resonant Force Sensor