In order to link electro-hydraulic servo mechanism to CAN bus, an interface between electro-hydraulic servo mechanism and CAN bus has been designed. 电液伺服机构是直升机的重要部件之一,其功能的完备性和性能的优劣对于飞行安全和飞行性能都极为重要。
The dial gauges automatic measurement system is composed of an video graphic sampling device, servo mechanism, standard equipments required and softwares based on some algorithms. 由视频图象采集装置、伺服机构、必需的标准仪器及基于一些算法编制的软件组成的“指示表自动检测系统”,在实验中已取得了令人满意的结果。
A fast tool servo mechanism with a piezoelectric actuator has attracted more attention for its excellent machining way and high resolution. 使用压电陶瓷作驱动元部件的快速伺服刀架是一种新的加工手段。
Multidisciplinary Joint Simulation Technology for Servo Mechanism Analysis 伺服系统分析的多学科联合仿真技术
Data-driven Fault Diagnosis for Actuator of Servo Mechanism 基于数据驱动的伺服机构执行器故障诊断
Applications of Digital Prototype Technique in the Design of Servo Mechanism of some Launch Vehicle 数字样机技术在某型号运载火箭伺服机构设计中的应用
Research on resonance frequency influencing factors of servo mechanism of line of sight stability platform 视线稳定平台伺服机构的谐振频率影响因素研究
Influence analysis of the mass imbalance torque on the performance of seeker servo mechanism 质量不平衡力矩对导引头伺服机构性能影响分析
Design of Deep-hole Driller Based on Servo Mechanism and PLC Controlling 基于伺服电机与PLC自动控制的深孔钻设计
Adaptive Fuzzy Sliding Mode Control for Missile Electro-Hydraulic Servo Mechanism Based on Variable Universe 基于变论域的导弹电液伺服机构自适应模糊滑模控制
Servo Mechanism Automatic Testing System Based on PC/ 104 基于PC/104伺服机构自动化测试系统研究
The design and develop of a servo mechanism for wire feeding is introduced. 介绍了设计并研制的送丝随动机构以及对其所进行的应用效果试验。
Familiar faults about numerical control system of grinding machine were pointed, and the methods to get rid of faults on two parts of numerical control device and servo mechanism were introduced. 指出磨床数控系统中常见的电气故障,并主要介绍了数控装置和伺服机构两部分排除故障的方法,是数控磨床维护的良好参照。
A method of tolerance analysis and optimization design is investigated. The main key techniques of tolerance analysis and design of the servo mechanism of the guidance head is analyzed. 研究了公差分析与优化设计的方法,分析了导引头伺服机构公差分析与设计的主要关键技术。
The results show that the method is simple and precise, and it provides an effective way to model and analyze dynamics of rudder hydraulic servo mechanism. 结果表明,该方法简便且精度高,为舵面-液压伺服机构的动力学建模和分析提供了有效方法。
It can solve this difficulty to adopt the feedback servo mechanism. 采用反馈随动机构可解决这个困难。
Redundancy Design of Servo Mechanism Control Signal 伺服机构控制信号余度设计研究
The parameter identification of joining stiffness of rudder hydraulic servo mechanism can be done by using the direct method of characteristic equation anti problem. 应用特征方程反问题的直接方法对舵面-液压伺服机构连接刚度参数进行了辨识。
In the system design of Control System of Intelligent Manipulator, the project is adopted the mode of centralized control, electricity-liquid servo mechanism and the control arithmetic of PID. 在智能供弹臂控制系统的总体设计中采用集中控制方式、伺服级采用电液伺服机构、系统控制中采用PID控制算法;
This paper introduces: an ultrasonic beam scanning technique controlled by a closed loop circuit electronic servo mechanism. 本文介绍一种由闭环电路电子伺服机构控制的超声束扫描技术,换能器在其永久磁铁受到可控交变磁场影响时摆动。
Universal Test System of Servo Mechanism Based on PXI-bus and SCXI-bus Technology 基于PXI和SCXI总线技术的通用型伺服机构测试系统
The Design of Interface for Electro-hydraulic Servo Mechanism and CAN Bus Based on PC/ 104 基于PC/104的电液伺服机构与CAN总线接口设计
Chapter four Having recommended the measurement principle of the feedback servo mechanism, systematic implementation method, the experimental result has appeared, structure the mathematics model, and has analysed the error; 第四章介绍了反馈随动机构的测量原理,系统的实现方法,给出了实验结果,构建了数学模型,并对误差进行了分析;
The nonlinear factors in electric servo mechanism, such as transmission clearance, rigidity, friction are analyzed by means of virtual prototype technology. The mathematical models are built up, and the characteristics curves are obtained. 采用虚拟样机技术对电动伺服机构中的传动间隙、刚度、摩擦力矩等非线性因素进行了分析,建立了数学模型,得到了相应的仿真特性曲线。
According to the basic characteristics of the microfeed servo mechanism, a PID controller with feedforward compensation is developed. 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。
Optimization Design of Nonlinear Factors in Electric Servo Mechanism 电动伺服机构中非线性因素的优化设计
As the improvement of missile digital level, missile servo mechanism put forwards a new demand for servo controller on digital intelligent control and digital communication. 随着导弹数字化水平的不断提高,导弹伺服机构对伺服控制器提出了数字智能控制和数字通信的新要求。
Precise potentiometer is a feedback component used in servo mechanism of aerospace field, and its performance determines the accuracy grade of control system. 精密电位计是航空航天领域伺服系统的核心元件之一,作为伺服机构用的反馈元件,其性能指标的好坏直接决定了控制系统精度的高低。
This paper combines the overall solution to vertical servo mechanism as the object of study. 本论文结合机床整体方案以垂直伺服机构为对象进行研究。
In this paper, A mechanical hydraulic servo system whose working principle is introduced is designed, and then the amplifying elements of servo mechanism, the actuator and the feedback devise are designed. 本文首先设计了一个机液伺服系统,阐述了系统的工作原理,然后分别设计了伺服机构的放大元件、执行元件和反馈装置。