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逻辑保护
相关语句
  logic protect
     Software Exploitation of the Power Station Simulator's Logic Protect and Control System
     电站仿真机逻辑保护及控制系统软件的开发
短句来源
     The GuiZhou XiShui Power Station's 135MW Set are regareded as a example,the paper sets up a electric system's dynamic maths model,exploits a control configuration software basely on DCS power station simulator,and designs a software of simulator's logic protect(include Electric logic) and control.
     以贵州习水电厂135MW机组仿真机的开发为实例,本文建立了以电气系统为对象的动态数学模型,开发了一个基于DCS电站仿真机的控制组态软件,并应用该组态软件设计了对象机组的逻辑保护(包括电气逻辑)及控制部分的仿真软件。
短句来源
     And the configuration of logic protect and control is operatised at Operation Station Administration System,not to be added into Model,not to build control sound code also. Therefore it comes true the on-line adjusting, real-time control and so on.
     其逻辑保护和控制部分的组态在操作站管理系统进行,不用加入模型,也不用生成控制源代码,因此很自然的就实现了在线调整、实时控制等类同于实际现场的模式。
短句来源
     It sames as real locale. The software of logic protect(include Electric logic) and control includes some usual algebraic and operation model of thermal control and logic operation of logic protect.
     在本课题中,控制、逻辑保护和电气逻辑仿真软件主要包含热工控制中一些常用的代数和逻辑运算。
短句来源
     So the configuration software offer a flat that control engineer can attend to the structure of control loop and logic protect(include Electric logic),not but to handle complicated program.
     因此,本组态软件提供的这样一个平台,让控制工程师能集中精力于控制回路及逻辑保护(包含电气逻辑)的构成,而不必拘泥于一些具体而烦琐的程序操作。
短句来源
  virtual protection
     A Method for Planning Spare Capacity Based on Virtual Protection Cycles
     基于逻辑保护圈的网络空闲容量规划方法
短句来源
     For the purpose of planning spare network resources, based on the sharing link protection in virtual protection cycles and the majorizing criterion of changing the minimum into maximum excess ordering value , this paper proposes a heuristic algorithm for a certain link resources by using step max iteration to find the majorizing solution of the linear planning equation, to determine the sub-optimum protection cycles of the network where 100% fault protection can be carried out.
     为优化设计网络空闲资源,基于逻辑保护圈的共享链路保护,以最小化最大超额订购值为优化准则,针对一定的链路资源,提出了一种通过步进迭代求解线性规划方程优化解的启发式算法,以确定网络100%故障保护的次优保护圈集.
短句来源
     Simulation results show that the set of virtual protection cycles can be obtained fast by using the proposed algorithm, and the spare network resource can be planned in majorization.
     仿真结果表明,该算法可以快速得到逻辑保护圈集,优化配置网络空闲资源.
短句来源
  “逻辑保护”译为未确定词的双语例句
     Realization of the Low Steam Temperature Logic Protection Function at the 50MW Generator
     低汽温逻辑保护功能在50MW机组上的实现
短句来源
     The centralized logical protection is fast and accurate, however it's so dependent on the submaster station that the whole protection system fails if the substation has any failure.
     集中仲裁式的数字式逻辑保护速度快,准确性高,但集中式的故障处理模式始终存在对上级子站的依赖性,给系统的安全留下一定的风险。
短句来源
     Based on the distributed-parameter modest, the fundamental conditions of logical protection are presented.
     基于分布参数模型给出连轧系统的基本逻辑保护条件。
短句来源
     The system can initiate trip and cut the steam supply out in 7 seconds after an accident.
     组成2/4辐射逻辑保护系统,能在7秒钟内触发停堆并切断事故蒸汽供应。
短句来源
     Their application examples in the development of new power system protection techniques are described, including: (1) protection expert system ; (2) fuzzylogic protection and (3) neural network based adaptive protection and control.
     然后描述了它们在开发新型电力系统保护技术中的应用实例,包括(1)保护专家系统,(2)模糊逻辑保护和(3)基于神经网络的自适应保护及控制。
短句来源
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  virtual protection
In fact, one arm is protected by virtual protection zones.
      


Based on the distributed-parameter modest, the fundamental conditions of logical protection are presented. The tracking control of the driving and screw-down system is discussed for the purpose of keeping constant tension-difference and overcoming the influences of roll eccentricity, etc. The simulation results by digital computer show that the conclusions in this paper are effective.

基于分布参数模型给出连轧系统的基本逻辑保护条件。为保持张力差恒定,克服轧辊偏心等影响,讨论传动与压下系统的最优跟踪控制。计算机仿真表明本文结果是有效的。

This paper describes a new monitoring and controlling project to ensure the radiological safety of the technological steam in the third loop of a nuclear heating power plant with PWR,i.e.high sensitively sampling and monitoring the activity of the drained sewage from the primary steam generators, and rapidly monitoring N-16 γ-radiation outside the main steam conduits with 2/4 radiation logic protection system composed of high temperature G-M counting tubes.The system can initiate trip and cut the steam supply...

This paper describes a new monitoring and controlling project to ensure the radiological safety of the technological steam in the third loop of a nuclear heating power plant with PWR,i.e.high sensitively sampling and monitoring the activity of the drained sewage from the primary steam generators, and rapidly monitoring N-16 γ-radiation outside the main steam conduits with 2/4 radiation logic protection system composed of high temperature G-M counting tubes.The system can initiate trip and cut the steam supply out in 7 seconds after an accident.

本文介绍了一个保证压水堆核热电站三回路工艺蒸汽放射性安全的工艺辐射监测与控制新方案,即高灵敏度取样监测主蒸发器排污水放射性,和用高温G-M计数管快速监测主蒸汽管外N-16γ辐射.组成2/4辐射逻辑保护系统,能在7秒钟内触发停堆并切断事故蒸汽供应。

This paper is aimed to demonstrate the potential aPPlication Of intelligent systems to power system protection. First, expert systems, fuzzy logic and neural networksare briefly introduced. Their application examples in the development of new power system protection techniques are described, including: (1) protection expert system ; (2) fuzzylogic protection and (3) neural network based adaptive protection and control. The future R&D should he carried out into the deVelopment of hybrid systems, such as fuzzy-neuralnetworks...

This paper is aimed to demonstrate the potential aPPlication Of intelligent systems to power system protection. First, expert systems, fuzzy logic and neural networksare briefly introduced. Their application examples in the development of new power system protection techniques are described, including: (1) protection expert system ; (2) fuzzylogic protection and (3) neural network based adaptive protection and control. The future R&D should he carried out into the deVelopment of hybrid systems, such as fuzzy-neuralnetworks and fuzzy expert systems etc., and the hardwareimplementation of those techniques.

本文说明了将智能系统用于电力系统保护的可能性。首先,简要地介绍了专家系统、模糊逻辑和神经网络。然后描述了它们在开发新型电力系统保护技术中的应用实例,包括(1)保护专家系统,(2)模糊逻辑保护和(3)基于神经网络的自适应保护及控制。未来的发展和研究应当着重在混合系统的开发方面,诸如模糊神经网络及模糊专家系统等等,并应着手提供供这些技术使用的硬件。

 
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