Open AccessConstruction of multichannelmagnetolevitation systems
Author(s) -
E. Yu. Sundukov,
Сундуков Евгений Юрьевич,
Б. М. Шифрин,
Шифрин Борис Маркович,
Veronika E. Sundukova,
Сундукова Вероника Евгеньевна
Publication year - 2021
Publication title -
innovacionnye transportnye sistemy i tehnologii
Language(s) - English
Resource type - Journals
ISSN - 2782-3733
DOI - 10.17816/transsyst202173120-130
Subject(s) - maglev , channel (broadcasting) , levitation , magnetic levitation , magnetic field , field (mathematics) , control system , engineering , electrical engineering , computer science , physics , magnet , mathematics , quantum mechanics , pure mathematics
Background: It is proposed to set a traveling magnetic field in a special control channel (beam, pipe), coupled with several controlled channels - small-sized maglev systems in which levitation of transport modules is carried out.
Aim: to interface the control channel with several controlled channels (up to four) small-sized maglev systems. In this case, the control channel will be located in the center, and the controlled channels at the top, right, bottom, left.
Methods: 3D-modeling, layout, spatial composition, patent search.
Results: The traveling magnetic field in the control channel is created by a moving sequence of interacting magnetic field sources the movers, which interact too with magnetic field sources of transport modules the fellow travelers, levitating in the controlled channels through sources of a constant magnetic field. The structure is installed on arched supports that uniformly distribute the load over the support surface. A model of a two-channel system with a lower location of a controlled channel has been developed.
Conclusion: The small-sized maglev systems can form a multi-channel transport system.