Design the signal adjust circuit for sensor, and the power amplification circuit for the hydraulic pressure system of test platform and the controller of magnetorheological dampers.
设计出传感器输入输出信号调理电路和试验台架液压激振系统、磁流变阻尼器控制器的功率放大电路。
The method which sensor error is compensated with the artifical neural network algorithms is applied to the hydraulic measurement technique.
论文将基于神经网络算法补偿传感器测量误差的方法，应用到水利测量技术中。
The application of hydraulic servo and position sensor on stretch bender was introduced.
介绍了液压伺服阀和位置传感器在拉弯矫直机中的应用。
The position control and synchronous control of double cylinders on hydraulic hoist can easily be achieved by adoption of this sensor, with high precision.
用这种位移传感器可方便地实现液压启闭机的位置控制和双缸同步控制，并具有很高的控制精度。
A new circuit used for the grating torque sensor of hydraulic turbine's principal axis system is designed.
针对水轮机主轴扭矩检测系统中的光栅扭矩传感器，设计了一种新型电路。
This system consists of steering electronic control unit (ECU), all hydraulic steering, stepping motor, stepping motor driver and angular displacement sensor, etc.
该系统由转向电子控制单元(ecu)、全液压转向器、步进电机、步进电机驱动器、角位移传感器等组成。
Formation center tester (FCT) is made up of hydraulic power joint, double PACKER joint, opposing infuse joint, numeric pump exhausting joint, sensor joint and sampling tube joint.
钻井油气层测试器是由液压动力短节、双packer短节、反向注入短节、数字泵抽短节、传感器短节和取样筒短节组成的。
After years research, the author developed a new model of built-in displacement sensor which can be used in hydraulic cylinders with various coating.
经多年研究，作者开发出一种新型内置式位移传感器，它可以用于各种涂层的液压缸。
A positional analysis is performed on the working equipment of hydraulic excavator with swivel bucket arm to get information on its working range and to provide basis for the sensor control.
对斗杆可回转的液压挖掘机工作装置进行了位置分析，可了解其挖掘范围，并为传感器控制提供依据；
At the same time, to this thesis that the investigation of pollution sensor and hydraulic filtration, the automatic pollution control and maintain are the keys of hydraulic pollution control.
并提出在线污染度传感器的研制，液压油的聚结过滤脱水技术开发和应用，以及智能化、自动化的污染控制和主动维护策略是液压污染控制研究的重点。
A computer intelligent control system, which consists of microcomputer, switch mode hydraulic valve and displacement sensor, is developed.
研制出了由微机、开关式液压阀及位移传感器等组成的液压送进装置的计算机智能控制系统。
This type of flow sensor is widely needed in the flow control systems and has been successfully used in the home-produced prototype hydraulic elevator with flow electrical feedback control system.
作者研制的动态流量计是国内流量控制系统中所缺乏和急需的器件，已成功地应用在国产液压电梯流量反馈控制样机上。
Also offered is a non-contact, piston detection sensor for use with steel hydraulic cylinders.
还提供是一种非接触式，活塞与钢液压缸使用的检测传感器。
D-S evidence theory is applied in the multi-sensor data fusion, the generalized method of the data fusion is proposed and applied in the fault diagnosis of the hydraulic pump.
将D - S证据理论应用于多传感器数据融合，提出了多传感器数据融合一般化方法，并将其应用于液压泵故障诊断。
D-S evidence theory was applied in the multi-sensor data fusion, the generalized method of the data fusion was proposed and applied in the fault diagnosis of the hydraulic pump.
将D - S证据理论应用于多传感器数据融合，提出了多传感器数据融合一般化方法，并将其应用于液压泵故障诊断。
Under automatic control mode, the PLC judges whether opened or stopped the pressure pumps by the pressure signal which provided by hydraulic pressure sensor.
自动控制时，PLC根据进水压力传感器提供的压力信号，判断是否启、停加压泵。
In which the rolling moment system adopts gear-rack swing hydraulic-pressure oil VAT with torque sensor, the moment of inertia, damp and comeback can be adjusted.
其中模拟横摇力矩的伺服系统采用齿轮齿条摆动液压油缸，并配有扭矩传感器，试验台架的转动惯量、阻尼力矩和恢复力矩均可调。
A hydraulic turbine leaf of transmit water current relay machine displacement transmission device is designed based on the principles of capacitance sensor.
针对现有的电位器拉线式水轮机导叶接力器位移变送装置中存在的接触不良、易磨损、输出信号不可靠的问题进行了分析。
The utility model is a sensor for measuring the strokes and the load of the hydraulic cylinder and is suitable for measuring the current stroke and the load of the hydraulic cylinder.
本实用新型是一种测量液压缸行程及其载荷的传感器，适用于测量液压缸的当前行程及载荷值。
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。
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。
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