The prime minister was present at the trackside when Cavendish failed to win Team GB's first Gold of the Games as expected. 卡梅伦观看了卡文迪什的比赛,但卡文迪什没能如众人希望的那样为英国队摘得本届奥运会的第一枚金牌。
This paper mainly studies the trackside subsystem of the CTCS-3 simulation and testing platform. 论文主要针对CTCS-3级列控仿真平台中的轨旁子系统进行仿真研究。
The CTCS-3 Simulation and Testing Platform-Research on Simulation of Trackside Subsystem CTCS-3级列控系统仿真测试平台&轨旁子系统仿真研究
Applications: Power Rectifying Circuit, High Power Converters, Motor Control, BatteryChargers, Trackside Substations. 应用:电力整流电路、大功率变流器、电机控制、充电设备、变电站。
The paper briefly introduces the technical measures for safe construction on existing revenue lines after the speed-lift in five respects of cable conduit digging, cable gangway construction, trackside equipment installation, indoor connection construction and simulating test. 本文从电缆沟开挖施工、电缆过道施工、轨旁设备安装、室内结合施工、模拟试验五个方面简述了提速既有营业线信号施工的安全技术措施。
Study on Trackside Works of CTCS 2 for 200km/ h Section of Jing-Qin Line 京秦线提速200km/h区段CTCS2地面配套工程研究
Study on application of serial communication to Trackside Control System of Radio Cab Signal 串行通信在无线机车信号地面控制系统中应用的研究
It was mainly presented the Trackside Control System of Radio Cab Signal ( RBCS) and the serial communication between each subsystem. 介绍无线机车信号地面控制系统及各子系统的串行通信;
Development of Trackside Rolling Stock Monitoring System 铁道车辆道旁监测系统的发展现状
Study on Optimization Design of Railway Noise Barrier and Trackside Low Barrier 铁路声屏障与轨边矮墙优化设计研究
Application of Trackside Absorbing Device of Regenerated Brake Energy for Monorail Transit in Chongqing 重庆单轨交通再生制动能量地面吸收装置的应用
Through a joint commissioning with other subsystems, the trackside subsystem has achieved the expected functions. 4. 通过与其他子系统联调,实现了轨旁子系统仿真的预期功能。
As one of the most important trackside equipments in the train control system, train control center not only actualizes its own functions, but also exchanges information with other subsystems. 列控中心作为列控系统重要的地面安全控制设备,不仅要实现自身的功能,还与其它子系统实现信息的交互。
The track circuit outdoor equipment with a high degree of complexity, affected by the environment seriously, especially track circuit failures are often caused by trackside changes in temperature and humidity, so the track circuit always needs to be adjusted in the railway field. 轨道电路室外设备复杂度高,受环境影响大,尤其是轨旁温湿度的变化经常造成轨道电路故障,所以在铁路现场轨道电路总是需要调整。
This paper designs the main structure of the trackside subsystem, and regulates the communication contents among trackside and other subsystems. 设计了轨旁子系统仿真的总体结构,规范了轨旁与其他子系统之间的通信内容。
Using UML and CPN to model trackside, then analyze and verify the models. At last, the simulation function under the software environment was realized. 采用UML与CPN相结合的方式对轨旁仿真器进行建模分析及相关验证工作,并在计算机软件环境下实现功能仿真。
The electromagnetic shielding effectiveness of different diameter, different spacing of the steel mesh are analysed. Useful conclusions is obtained. Finally, electromagnetic environment assessment software is developed of trackside buildings in Visual C++. 对于不同直径、不同间距的钢筋网的电磁屏蔽效能进行了对比分析得出具有实用价值的结论。最后在Visualc++/MFC开发环境下,开发轨旁楼宇电磁环境评估仿真。