伺服机构

广义振荡控制伺服机构

General oscillating control servomechanism

本系统是用Visualc++编写的导弹伺服机构测试软件。

This software , which designed with Visual C + + computer language , is used for missile servomechanism testing .

基于DSP技术的运载火箭伺服机构数字控制器设计与实现

The Design and Realization of a Digital Servo Controller for Launch Vehicle Based on DSP

水轮机PID调速系统中的液压伺服机构的特性与分析

Characteristics and Analysis of the Hydraulic Servo Actuators in PID Speed Control of Water Turbines

基于DSP的电液伺服机构控制

DSP Control of Electro-hydraulic Servo Actuators

针对微进给伺服机构的基本特性，采用PID校正控制和前馈补偿控制。

According to the basic characteristics of the microfeed servo mechanism , a PID controller with feedforward compensation is developed .

采用STD总线技术的伺服机构测试仪

The Testing Instrument of Servomechanism Based on STD Bus Industry Control Computer

后来随着电子学和伺服机构理论的发展和应用，集控制技术和电子器件的发展成果于一体，出现了PID操舵仪；

Later on the base of development of electronics and its application , PID steer appeared which integrated control technology and electronic parts .

将输入多采样率PID控制器的参数求解转换为满足极点约束和方差约束的多目标满意优化问题的求解，从而使伺服机构的跟踪性能满足指定的快速性和精度指标要求。

The choosing of parameters of multi-rate PID controller is transformed into the optimization constrained by poles and variance , so the tracking control loop reaches the promised dynamic and precision indexes .

ICMMS框架下电液伺服机构的智能化

ICMMS based Intellectualization of Electro hydraulic Servo mechanism

CAMC神经网络在电动伺服机构摩擦补偿中的应用

Application of Adaptive CMAC Neural Network to Friction Compensation

通过视频图像采集系统采集汽车图像，应用Sobel算子得到边缘增强图像，应用Hough变换得到图像的特征点，利用特征点与摄像机光轴偏差驱动伺服机构，通过伺服机构的运动计算出汽车的几何参数。

The vehicle images are obtained by using video image acquisition system . Sobel operator is applied to get edge enhanced images . The characteristic points are detected with Hough transform .

本文利用Walsh级数提出了延时时变系统线性伺服机构的设计方法，给出了计算其最优状态向量和最优控制的具体方法。

In this paper , an effective approach to design the linear servomechanism of multivariable time-variant systems with time-delay in state and control is presented . By using Walsh series , the algorithm for optimal control is proposed .

介绍了双平台伺服机构控制器的基本工作原理和可靠性设计指标，重点阐述了利用RELEX软件进行电路可靠性预计和数据分析的全过程，并进一步指出了环境敏感因素对控制电路可靠性的影响。

This paper introduces the principle of two-platform servo control circuits and their reliability index , and focuses on the application of RELEX software including the procedures , methods and the process of the reliability prediction and data analysis , which further indicates the influence of several sensitive environmental factors .

微细电火花加工机床微伺服机构的参数化有限元分析

Parametric Finite Element Analysis Of Micro-serve Mechanism in EDM Machine Tool

基于霍尔哲算法的伺服机构固有频率估算

The Estimation on Inherency Frequency of Servomechanism Based on Holzer Algorithm

基于扰动转动力矩速度补偿的电液伺服机构

Electro-hydraulic servomechanism compensating based on velocity variation caused by torque disturbance

应用于高精度伺服机构的牵曳传动设计

Design of Traction Drive for the High Accuracy Servo - mechanism

流体控制装置伺服机构的低速爬行

Fluid Controller The Jerking Motion of Servomechanism in Low Speed Range

伺服机构齿轮传动装置展现传统服装的风貌

Gear for servomechanism show the style and features of traditional clothing

气动伺服机构实现机床进给的研究

A Study on Realizing the Machine Tool 's Feed by Pneumatic servo-mechanism

光针轮廓仪伺服机构设计与聚焦误差信号的改进

Servo Mechanism Design and Focusing Error Signal Improvement of Optical Stylus Profilometer

双齿轮齿条伺服机构优化设计

Optimum design of servo mechanism with 2-pinion and rack adjustment

电液步进伺服机构实现同步控制的研究

A Study of Realizing Synchronous Control with Electro hydraulic Step servo Drive

用于激光直写设备的纳米分辨力调焦伺服机构

Focusing-servo mechanism with nanometer resolution for laser direct writing device

滚珠丝杠电动伺服机构齿轮的模态分析

Modal analysis on gear of electronic servomechanism based on ball guide screw

电-液伺服机构参考模型自适应控制实验研究

Experimental Research of Electro Hydraulic Servo System on Model Reference Adaptive Control

最优线性伺服机构设计的新方法

New Method to the Optimal Design of Linear Servo Mechanism

时变时滞系统线性伺服机构的设计方法

A New Approach to Design Linear Servomechanism of Time-Varying Systems with Time-Delay

微进给伺服机构的在线误差前馈补偿

Feedforward Compensation Control for On-line Errors of Microfeed Servo Mechanism