运输吊舱双侧悬浮相对于拱桥的运用

E. Y. Sundukov, N. Tarabukina
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引用次数: 1

摘要

背景:拱架允许使用两个工作表面:内部(拱下)和外部(拱上),可用于运输吊舱的移动。运输吊舱包括磁场源,支架装有定子绕组。定子绕组又分为加速绕组和悬浮绕组。作为一种选择,提供悬浮的绕组可以用永磁体代替。目的:展示拱桥承载乘客和货物的能力。方法:专利检索、建模。结果:同一方向和相反方向的货物和旅客同时运输是可能的。结论:由于模块的双向移动,运输系统的效率提高了。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Use of the Bilateral Levitation of Transport Pods Relatively to the Arch Trestle
Background: The arch trestle allows using two working surfaces: internal (under the arch) and external (over the arch) which may be used for moving of the transport pods. Transport pods include magnetic field sources, and the trestle is equipped with a stator winding. The stator winding is subdivided into the accelerating winding and suspension and levitation winding. As an option, the winding providing levitation can be replaced with permanent magnets. Aim: to show capacities of the arch trestle for transportation of passengers and goods. Methods: patent search, modeling. Results: simultaneous transportation of goods and passengers is possible both in the same and opposite directions. Conclusion: the efficiency of the transport system increases due to bilateral movement of modules.
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