bus protection
英 [bʌs prəˈtekʃn]
美 [bʌs prəˈtekʃn]
网络 母线保护; 母线保护装置
双语例句
- The problems of secondary wiring occurring in bus protection reform are analyzed, and the corresponding solutions are proposed.
对母线保护改造工作中所遇到的二次接线问题进行分析，并提出相应解决办法。 - An intelligent printer card is designed to reduce the main CPUs working load of digital bus protection, which is based on80386EX and used to implement the tasks of printing data processing and print.
为减轻微机母线主保护CPU的工作负荷，开发一个以80386EX为核心的智能打印板完成数据处理及打印任务。 - Bus protection based on the GOOSE type network
基于GOOSE方式的网络化母线保护 - To avoid its influence on bus protection, the bus protection device with digital optical current transducer is developed.
为彻底解决电流互感器饱和对母线保护影响，开发了基于数字式光电互感器的数字式母线保护装置。 - Extraction of transient character based on the mathematical morphology for distributed bus protection
基于数学形态学暂态特征提取的分布式母线保护 - Study on the Adaptive Operational Mode of Double Bus in Bus Protection
母线保护中双母线运行方式的自适应研究 - In the double bus mode of bus protection, when in a fault operation mode microprocessor-based bus protection can make right choice in a little scope, which may affect the operation of bus protection.
针对母线保护中双母线接线方式，指出当运行方式出错时，传统的微机母线只能在小范围内作出选择，从而会对母线保护的正确动作造成影响的问题。 - Secondly, should take the lead in solving problems in school bus bus protection.
其次，应率先解决校车问题突出地区的校车保障问题。 - RX-CTB-X protective devices is applied in the differential protection of CT, circuit winding, measure winding, bus protection winding, spare winding and so on.
保护器应用于CT侧的差动绕组、过流绕组、测量绕组、母线保护绕组、备用绕组等。 - The Detecting Method of Saturation of Current Transformer and Its Application to Microcomputer Bus Protection
电流互感器饱和的检测方法及在微机母线保护中的应用 - The paper presents a bus protection based on ANN model.
提出了一种基于神经网络模型的母线保护。 - For improvement of bus protection, it is necessary to introduce new theory and technology.
为实现性能更加优良的母线保护，采用一些新理论和新技术来研究母线保护是必要的。 - Study and Application of Bus Protection
母线保护的研究及运用 - To avoid the influence of the current transformer transient saturation, this paper studies a novel bus protection based on the transient current traveling-waves.
为避免电流互感器暂态饱和的影响，研究了一种基于暂态电流行波的新型母线保护。 - Development of Siemens Microcomputer-based bus protection
西门子微机母线保护及其发展 - Application of multi-agent technology in bus protection relay system
多Agent技术在母线保护系统中应用 - The paper briefly introduces the principle of TA saturation, analyzes the impact of TA saturation on the acting of current protection, distance protection and bus protection, and some methods are put forward to prevent TA saturation.
简单介绍了电流互感器饱和的原理，分析了电流互感器（TA）饱和对电流保护、距离保护和母线保护动作行为的影响；给出了几种防止电流互感器饱和的方法。 - Research of Bus Protection Method Based on ANN
基于神经网络的母线保护方法的研究 - The study of bus protection of polarity comparison
极性比较式母线保护的研究 - We analyze the impact to the relay protection by studying the following elements: line protection, bus protection, main transformer protection, shunt reactor protection, circuit breaker protection, etc.
从线路保护、母线保护、主变压器保护、并联电抗器保护和断路器失灵保护等方面分析了电流互感器对继电保护的影响。 - Finally, the application of microcomputer-based bus protection in Southern network of Hebei is briefly introduced.
最后，简单介绍了河北南网微机型母线保护的应用概况。 - A new distribution principle of bus protection is presented.
提出一种新型分布式母线保护原理。 - This paper puts forward a new TA saturation distinguish method. This method uses the difference value of differential current to distinguish TA saturation, which is not affected by conversion fault. The principles are suitable for bus protection.
文章提出了一个新的TA饱和判别方法，该方法利用差动电流的差分值进行TA饱和判别，不受转换性故障的影响，该原理适用于母线保护。 - It also puts forward some technology measures to improve the reliability of the bus protection device of the same kinds.
并找出了提高同类母线保护装置运行可靠性的技术措施。 - Application of field bus technology in digital bus protection
现场总线技术在微机母线保护中的应用 - Bring forward a transfer scheme of transmission of samples values and GOOSE which combine with distributed bus protection, and then analyzed.
提出了结合分布式母线保护的采样值传输和GOOSE传输实现方案，并进行了分析。 - With the development of technology of relay protection in our country, the research and actual operation level of the transformer relaying protection is substantial, but if compare with line protection and bus protection, the correct action rate of transformer relaying protection is still low.
虽然随着我国继电保护技术的不断发展，变压器保护的研究与实际运行水平有了长足的进步，但相对于线路保护、母线保护等其它继电保护而言，变压器保护的正确动作率依然是偏低的。