Typical applications of proposed linear servo unit are also given.
给出了重复控制的直线伺服单元的典型应用场合和实例。
This paper presents robust control method for linear servo dual position loops system.
提出双位置环直线伺服同步系统鲁棒控制方案。
The normal force is one of the key factors which affects the properties of a linear servo motor.
法向力是影响直线伺服电机运动性能的主要原因之一。
A converting circuit was proposed based on frequency-multiplier circuit for linear servo motor and PLC interface.
提出了一种基于倍频电路的直线伺服电机与PLC接口转换电路。
A new sensorless control method for AC permanent magnet linear servo motor using a sliding mode observer is proposed in this paper.
提出了一种采用滑模观测器的交流永磁直线伺服电机无传感器控制的新方法。
A synchronous and disturbance attenuation system for the dual linear servo-motors is designed according to feedback decoupling theory.
运用反馈解耦理论，设计了一个双直线电机的同步抗干扰控制系统。
An improved repetitive control algorithm was developed to improve tracking accuracy for a linear servo unit in a numerical piston lathe.
为了提高非圆数控车削系统中直线伺服单元的跟踪精度，该文提出了一种改进的离散重复控制算法。
This paper presents two-degree-of-freedom robust control for permanent magnet linear servo system of numerically controlled machine tool.
对数控机床直线伺服系统提出二自由度鲁棒控制。
Currently, the design of shaking table control system is based on two assumptions, i. e. linear servo valve, and rigid table and payloads.
振动台控制系统设计时对物理系统进行了两个基本假设：伺服阀线性、台面和负载刚性。
A new method of IP robust controller design for NC machine tool droved by linear servo system was presented based on robust control theory.
对数控机床直线伺服系统IP控制器提出用鲁棒控制理论进行设计的新方法。
Analyzed the structure and mathematical model of linear servo system based on open-closed loop iterative learning position regulation in detail.
详细分析了开闭环迭代学习位置调节下的直线伺服系统结构与数学模型。
The research focused on the coordinated control between the general CNC module and the linear servo system used for the non-circular section turning.
采用多中断系统来实现两种不同的伺服控制——直线伺服控制和位置伺服控制的时序协调，以完成非圆截面的自动车削；
The obtained formula can be utilized to compensate thrust ripple in practical application and improve the motion performance of the linear servo motor.
在实际应用中，可以利用得到的公式对推力波动进行补偿，提高直线伺服电机的运动性能。
But at the same time it adds the difficulties in the aspect of the electrical control, because linear servo system run-time needs of direct drive method.
但同时直线伺服系统运行时直接驱动负载，从而增加了进给伺服系统的控制难度。
Given the structure of position regulator of linear servo system and open-closed loop iterative learning position regulation algorithm with forgetting factor.
给出直线伺服系统位置调节器结构及带有遗忘因子的开闭环迭代学习位置调节算法。
The simulation results show that the tracking error of middle-convex and varying ellipse piston linear servo drive system can be reduced effectively by this method.
仿真结果表明，采用这种控制策略可以十分有效地减小中凸变椭圆活塞直线伺服驱动系统的跟踪误差。
In recent years, the trend of higher precision machinery has imposed, an ever-increasing precision machine linear servo system is request at its positioning and tracking.
近年来随着各种产业机械的高精度趋势，需要具备极佳定位和追踪性能的精密机床直线伺服机构。
Two kinds of the normal force of the linear servo motor are analyzed by using finite element analysis. The relations between thrust, normal force and air gap length are analyzed.
采用有限元分析的方法对直线伺服电机的两种法向力进行分析，分析了推力、法向力与气隙长度的关系。
A global sliding model variable structure control scheme based on artificial neuron compensation for a direct drive AC permanent magnet linear servo system are presented in this paper.
针对直接驱动的交流永磁直线伺服系统，提出一种基于神经元补偿控制的全程滑模变结构控制策略。
Servo characteristics of permanent magnet synchronous linear motors (PMSLM) was improved by studying measures to reduce the thrust fluctuation in PMSLM.
为改善永磁同步直线电机的伺服性能，需要研究减小其推力波动的技术措施。
In this paper, the research object is the position controller of a permanent magnet linear motor direct drive feed servo system.
本论文以超精密机床用永磁同步直线电机驱动进给伺服系统位置控制器为研究对象。
This paper presented L2 robust control for permanent magnet linear motor servo system.
对永磁直线电机伺服系统提出非线性L2鲁棒控制。
With the linear motor as the micro-feed servo mechanism, the numerical control machine can solve non-circular machining problem.
数控机床采用直线电机作为刀具的伺服进给机构，可以解决非圆零件的加工问题。
This paper researched the realization of PC-based linear AC servo system after hardware and software platform are confirmed.
在上述系统软、硬件平台确定以后，研究了基于PC机的直线交流伺服系统的具体实现方法。
The application of the linear Hall element to position or angular displacement measurement for the servo system is proposed.
提出了将线性霍尔器件用于伺服系统的位置或角位移检测的方法。
As to the paddle wave maker, the system USES Linear module and AC servo to drive.
对于摇板造波机，系统采用了交流伺服直联线性模组的传动方式。
The physical model and the linear mathematical model of a typical servo valve-controlled tilting car are built up.
建立了典型伺服阀控摆式车辆动力系统的物理模型和线性化数学模型。
In this system, linear motor is applied, and under the control of computer, fast response of servo drive for tool feed, high positioning accuracy and high precision workpiece are achieved.
该系统用直线电机，在计算机的控制下，刀具进给伺服机构响应速度快，定位精度高，能高速、高精度地加工工件。
This paper introduces the use of the linear motor in high speed servo feed unit directly and analyzes the characteristic.
介绍了直线电动机在高速机床伺服进给中的应用，分析了直线电动机用于进给驱动的特点。
This paper introduces the use of the linear motor in high speed servo feed unit directly and analyzes the characteristic.
介绍了直线电动机在高速机床伺服进给中的应用，分析了直线电动机用于进给驱动的特点。
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