- 更多网络例句与伺服控制相关的网络例句 [注：此内容来源于网络，仅供参考]
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Is a Moog high-performance family of products (servo valve, proportional valve, controller, servo motors, drives) the authorized agent, has a full range of the electro-hydraulic servo products, and to provide servo control systems engineering development and new product application development and other technical services, distribution of other world-renowned brand of hydraulic machinery and electronic products.
我们（佛山市润昌机电贸易有限公司）是穆格高性能系列产品（伺服阀、比例阀、控制器、伺服电机、驱动器）的授权代理，拥有全系列的的电液伺服产品，并提供伺服控制系统工程开发和新产品应用开发等技术服务，同时经销其他世界知名品牌的液压机电产品。
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Combine to emphasize the software design that introduced thought and design methods of the direct current servo control system, it included the design of the main procedure, give the design that settle the procedure, modify the design of the procedure and start the design of the procedure to break off the design of the procedure with the T0, passing to the fixed amount with comparison and PID that feedback measures control procedure, output the certain electric voltage, realize system opposite angles degree of accurate follow.
本文介绍了以 MCS—51单片机为控制核心的直流伺服控制系统的工作原理，并着重介绍了直流伺服控制系统的软件设计的思想及设计方法，它包括了主程序的设计、给定程序的设计、修改程序的设计、启动程序的设计和T0中断程序的设计，通过给定量和反馈量的比较及PID控制程序，输出一定的电压，来实现系统对角度的准确跟踪。
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Servo controller is key part of antenna control system.In some servo controller,classic PID control algorithm is adopted. In order to improve precision of control system,the integral parameter has been turned too big to use because it will cause integral saturation which depress system performance.On the other hand,ISA bus is used to communicate between servo controller and main computer.ISA is low speed interface protocol,it cannot provide more data for complicated real time position control in servo controller.
伺服控制器是天线伺服控制系统的核心环节，经典的PID控制算法在整定时整定出的积分环节参数较大，很容易出现积分饱和，造成控制精度的降低；另一方面伺服系统中伺服控制器与主控计算机通过低速的ISA总线进行通信，无法满足控制器进行复杂的位置控制运算所要求的实时大信息量的数据传输。
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To improve the manufacturing capability of shoe tree in our country and enhancethe market competition, this paper studys a new method of motion control formachining shoe tree with NC machinetool. This paper discusses a method ofoptimizing the transmission system ,analyzing the stability of Servo System andascertaining every gains of servo system through dynamics emulation, analyzing themotion control of velocity and acceleration, programming to build NC programautomatically and developping a trajectory emulation software to emulate the tool'smachining movement.
为了提高我国鞋楦制造水平，增强产品市场竞争力，本文研究了鞋楦数控加工运动控制方法；对鞋楦机床的数控进给传动系统进行了优化设计和载荷匹配分析；分析了伺服控制系统的稳定性，并通过动态仿真确定伺服系统各环节的增益系数；分析了鞋楦加工运动速度和加速度控制方法；编软件自动生成数控程序；最后开发了鞋楦数控加工仿真软件。
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Sliding mode variable structure space vector modulate direct torque control is selected for electro-servo system, and different parts of servo system is modeled.
由于海浪的随机扰动等因素的影响，对电磁转矩的控制成为了伺服控制的关键，最终确定伺服系统的控制方式采用滑模变结构空间矢量直接转矩控制，并建立了系统各部分的数学模型。
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At last, with the position/velocity servo control modes, the precise reciprocating motion of single coordinate flat roofs and continuous whirligig of platens are achieved.
首先分析永磁同步电机及其驱动器的位置／速度伺服控制模式，然后提出在同一个运动控制系统中应用多伺服控制模式的概念，最后，基于位置／速度伺服控制模式，实现了坐标平台的精确往返运动控制和滚筒的连续匀速旋转运动控制，同时介绍了系统的构成，并对系统参数作了详细分析。
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Then this dissertation proposes methodologies and algorithms through which a three-axis NC cutter path can be directly generated from massive data points obtained non-contact measuring devices. At the beginning, a Z-map model is employed to set up mesh points with the principle of Convolution Kernel and Blobby algorithm.
在认真分析闭环伺服系统基本框架的基础上，建立了伺服驱动系统中伺服电机、伺服驱动器等主要部件的数学模型，研究了位置控制器的硬件结构和位置伺服控制策略；通过深入剖析Windows系统的体系结构，提出Windows环境下基于虚拟设备驱动程序的伺服系统稳定控制。
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However, the servo technology which exists as a kind of software in DSP, determines the performance of the servo system. The unadvanced servo technology extremely restrains the development of high performance servo system of our country.
然而，以软形式存在于控制芯片中的伺服控制技术是决定伺服系统性能指标好坏的关键技术，它成为制约我国高性能交流伺服技术及产品发展的瓶颈。
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By analysis and comparing with other kind of control system, according to the demands of the servo system for the Chamfering machines, the servo cylinder of the system was designed, the parameters of the opponents that was used for control and feedback in the system was calculated. Finally, the mathematics model of the position-feedback system was established, according to the model, the simulation frame was provided.
根据倒棱机对伺服控制系统的要求，通过分析及与其它控制系统的比较，设计了电液伺服系统的伺服油缸，确定了电液伺服系统控制及反馈元件性能参数，最后建立了位置控制闭环反馈系统的各个环节数学模型，并在此基础上绘出了伺服系统传递函数框图。
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This thesis presents the design and implementation of a universal ac motor control IC using complex programmable logic device. The proposed control IC is constructed under rotor flux oriented control, and may be used for vector control of both permanent magnet and induction ac motors. There are
本论文以复杂型可规划逻辑晶片(complex programmable logic device， CPLD)实现可应用於交流同步马达与感应马达伺服控制的泛用型控制IC，此控制IC采用转子磁场导向向量控制架构，包含电流回路控制器、解耦控制器与伺服控制器，为一功能完整的交流马达控制IC。
- 更多网络解释与伺服控制相关的网络解释 [注：此内容来源于网络，仅供参考]
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feed back servocontrol：反馈伺服控制
expired minute volume呼气分钟通气量 | feed back servocontrol反馈伺服控制 | filling solenoid 充气电磁阀(气流开关:
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Cooperative Working Servo Motor Control Card：伺服控制卡
步进电机速度控制:stepping motor servo control | 伺服控制卡:Cooperative Working Servo Motor Control Card | 多电机联动伺服系统:Multi-motor synchronization driving servo-system
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servo control：伺服控制;随动控制
servo-balancing type 随动[伺服]平衡型 | servo control 伺服控制;随动控制 | servo motor 伺服电动机;伺服马达
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servo control：电气伺服控制
servo-actuator 伺服执行机构 | servo-control 电气伺服控制 | servoamp 伺服放大器
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servo control unit：伺服控制系统
秽物处理装置 sewage treatment plant | 伺服控制系统 servo control unit | 伺服驱动控制 servo actuated control
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servo control mechanism：伺服控制机构
伺服控制等级 servo control level | 伺服控制机构 servo control mechanism | 伺服控制系统 servo control system
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servo control mechanism：补助控制机构;伺服控制机构
补助放大器;伺服放大器 servo-amplifier | 补助控制机构;伺服控制机构 servo-control mechanism | 补助控制棒;伺服控制棒 servo-controlled rod
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electro-hydraulic servo control：电液伺服控制
控制模型:Electro-hydraulic position servo control | 电液伺服控制:Electro -hydraulic servo control | 电液伺服控制:electro-hydraulic servo-control
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servo control box：伺服控制箱
servo connection 伺服连接 | servo control box 伺服控制箱 | servo control 伺服控制
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Hydraulic Servo Control：液压伺服控制
电液伺服控制:electro-hydraulic servo-control | 液压伺服控制:Hydraulic Servo Control | 电液伺服控制:electro-hydraulic servo control