本文介绍了FTK-3型驼峰自动控制系统双机切换电路的原理、电路设计、硬件结构、软件流程和特点。
Principle, circuit design, hardware structure, software flow and features of dual computer switching circuit of FTK-3 hump automatic control system are introduced in this paper.
自动化驼峰调车场的纵断面应根据采用的车辆速度控制系统方案进行设计。
The design of the automatic hump yard profile depends upon the system of speed control.
机械化驼峰溜放部分纵断面的设计质量，对驼峰解体能力、作业安全、工程贷和运营费都有重要影响。
The design quality of profile for the rolling section of mechanized hump has significant influence on the sorting capacity, operational safety, construction and operating costs of the hump.
应用推荐