standby equipment

英 [ˈstændbaɪ ɪˈkwɪpmənt] 美 [ˈstændbaɪ ɪˈkwɪpmənt]

应急(备用)设备

计算机



双语例句

  1. Street lights, some alarm clocks and standby lights on electrical equipment such as televisions could light a room, he said.
    路灯、一些闹钟以及诸如电视的电子产品的待机灯能点亮房间。
  2. Automatic Placing-in of LV Auxiliary Transformers Paired in Mutual Standby for Thermal Power Plants RFIs are the keys to cable equipment interoperability.
    火电厂成对设置互为备用低压厂变自投问题射频接口是实现有线电视设备互用性的关键。
  3. A system configuration that excludes standby equipment.
    一种没有备用设备的方案配置。
  4. This type is designed for dual or standby drives on large equipment requiring high power at high speeds such as, industrial fans, pumps and turbines.
    此型号被设计用于需要大功率高速度组件需求之双动力源或备用动力源所用单向离合器,例如:工业用大型风扇、泵及透平机等。
  5. Standby equipment is ready.
    备用设备完好。
  6. Lower active current improves system efficiency, and lower standby current prevents excessive battery discharge when the vehicle or equipment is off.
    较低的工作电流可提高系统效率,而当汽车或设备关闭时,较低的备用电流可防止电池过度放电。
  7. Extra standby equipment, personnel or copies of data provided in order to maintain capacity in the event of a failure of the primary equipment.
    额外的备用器材,人手或数据的副本。用来应付临时机件故障,以维持应有的运作。
  8. Main/ Standby Switch Software Design of High Dependability Communication Equipment
    高可靠性通信设备主备倒换软件的设计
  9. The paper analyses the activation control mode of the standby pump in the traditional fire water supply equipment. In the light of the real status of the application of the fire water supply equipment, it introduces a new mode for the activation control of standby pump.
    本文通过对传统消防给水设备备用泵启动控制方式进行分析,结合消防给水设备应用的实际情况,提出了消防备用泵启动控制的新方式。
  10. Development of standby power supply automatic switch-in equipment based on PLC and its application to new units in Huanglongtan hydropower plant are introduced.
    介绍备用电源自动投入装置的发展和基于PLC的备用电源自动投入装置在黄龙滩电厂新机组中的应用。
  11. Standby diesel-generator unit is an important seismic category I equipment of HTR-10.Its seismic qualification adopted by simulated earthquake test on the shaking table.
    备用柴油发电机组是10MW高温气冷实验堆的重要Ⅰ类抗震设备,采用在振动台上模拟地震试验方法进行抗震鉴定。
  12. Analyses the main malfunctions of HVAC systems, and represents some design principles to ensure room non-positive pressure in the worst case, namely the exhaust system breaking down and the standby exhaust equipment switched on automatically.
    分析了系统运行中的主要故障,给出了最不利状况即排风系统停机故障、排风设备自动切换时,避免房间出现正压的部分设计原则。
  13. Abstract In this paper, availability models are developed for emergency standby equipment with general distribution of time to failure and time to repair.
    建立了应急备用装置在常见的工作模式下的可用度模型,并建立了:(a)当备用装置处于储备待命状态、不进行检测试验模式下的维修策略;
  14. The Problems and Improving Measures of the Activation Control Mode of the Standby Pump in the Traditional Fire Water Supply Equipment
    传统消防给水设备备用泵启动控制方式存在的问题及改进措施
  15. According to the statistics data from site, the existing problems of present standby power auto-closing equipment were analyzed and the direction to solve them was expounded.
    采用现场统计数据分析目前备用电源自动化投入装置存在的问题,并探讨解决方向。
  16. Monitoring device through the TTL level control receiver subsystem of main and standby switching, zero frequency converter to increase power and various switches, through the TTL level acquisition receiver subsystem of equipment state and switch state.
    监控设备通过TTL电平控制接收分系统的主备切换、校零变频器的加去电以及各种开关,通过TTL电平采集接收分系统的设备状态和开关状态。
  17. Monitoring station equipment working state testing, fault location, parameter setting, main standby switch, a transmitter switch machine can be found in the monitoring equipment, unified command under artificial or automatical.
    测控站的设备的工作状态检测、故障定位、参数设置、主备切换、发射机开关机等均可在监控设备的统一指挥调度下人工干预或自动完成。
  18. It is the standby power supply equipment which is widely used in modern communication and power system, which plays an irreplaceable role to ensure uninterrupted power supply in communication system and electric power system.
    它是现代通信和电力系统中广泛使用的备用电源设备,对确保通信系统和电力系统不间断供电起着无可替代的重要作用。
  19. The most effective way to shorten a maintenance time is to use equipment replacement instead of repairing, therefore, NPPs need to preserve a certain amount of standby equipment and spare parts in the field.
    缩短核电站维修时间的最有效的办法就是在设备故障检修、定期换料大修中使用备件进行设备更换,因此,核电站需要在现场保持一定数量的备用设备和部件在库存里。
  20. Finally, we calculate the optimal N by the numerical example, and the average benefit is maximal. Secondly, the maintenance policy of cold standby repairable system based on repair Equipment is studied.
    其次,研究了基于修理设备冷贮备可修系统的维修策略。