FIELD: magnetic levitation vehicles.
SUBSTANCE: invention relates to the field of vehicles using magnetic levitation. The superconducting maglev transport system comprises a vehicle with a cabin equipped with several magnetic levitation elements made of bulk elements of high-temperature superconductors located in at least one cryostat to maintain the temperature below the transition point of the magnetic levitation element to the superconducting state. The system contains a linear guide path, including several lines of permanent magnets located opposite the superconducting elements of magnetic levitation in a vehicle with a gap, and zones of the beginning of movement and the end of movement. The movement start and end zones are located at different heights with the cruising movement zone, and the cruising movement zone is located lower with less potential energy than the movement start and end zones. The cruising movement zone contains at least one control section, on which the linear guide path is made flexible, as well as a system of actuators for changing the height of the track on the control section, a sensor system for measuring the position of the vehicle and the instantaneous value of its speed, an automatic control system to ensure synchronous changing the height of the track on the control section when a vehicle enters it to speed up or slow down the movement.
EFFECT: speed of transportation of passengers and goods is increased, as well as energy consumption on long-distance and local transport networks is reduced.
2 cl, 5 dwg
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Authors
Dates
2022-10-31—Published
2022-03-22—Filed