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NAVIGATION SYSTEM OF MAGNETOLEVITATIVE VEHICLE

机译:磁光型车辆的导航系统

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摘要

It is offered the conception of construction of information-control navigation system for high-speed system of transportation (HSST) on magnetic suspension. The base of measurement of vehicle coordinates is the method of measurement of phase ratios of high stable synchronized radio signals of fixed ("reference ") and moving ("information ") generators. Synchronization of generators is carried out by means of satellite radio-navigating system (SRNS). The fixed generator is located in the beginning of span, and the moving one - on the vehicle. The signals from generators by transfer separate lines go to the movement control unit located in the end span, where they are processed. The frequencies of radio signals are choused so that the phase difference between the reference signal and information signal unambiguously corresponded to vehicle position on the span. The operative information about vehicle coordinates on the span is used for formation of signals for control by sections of propulsion-levitative system (PLS) in scale of real time.
机译:提供了磁悬浮在磁悬浮上的高速运输系统(HSST)的信息控制导航系统建设概念。车辆坐标的测量基础是测量固定(“参考”)和移动(“信息”)发电机的高稳定同步无线电信号的相位比的方法。通过卫星无线电导航系统(SRN)来执行发电机的同步。固定发电机位于跨度的开头,并且在车辆上移动。通过传递单独的线路来自发电机的信号转到位于端部跨度的移动控制单元,在那里处理它们。相应无线电信号的频率,使得参考信号和信息信号之间的相位差明确地对应于跨度上的车辆位置。关于跨度的车辆坐标的操作信息用于在实时的规模中形成用于通过Pruplion-Levitative System(PLS)部分的信号。

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