Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
ELECTROMAGNETIC LEVITATION TRAIN TRACK SYSTEM AND LEVITATION ELECTROMAGNET
The present disclosure provides an electromagnetic levitation train-track system. Tracks are arranged on two sides of a roadbed or track beams, and a magnetic levitation train runs on the tracks. The system is characterized in that a traction guide electromagnet is horizontally arranged on supporting arms on two sides of the magnetic levitation train, a linear motor stator is horizontally arranged at a relative position on the track, the linear motor stator and the traction guide electromagnet are horizontally arranged in the magnetic pole directions, a core linear motor is formed by the linear motor stator and the traction guide electromagnet at a certain magnetic gap, and an E-shaped cross section levitation electromagnet and a gap sensor are arranged at the bottom of the magnetic levitation train and levitated below an armature plate horizontally arranged at the bottom of the track. The current magnitudes and directions of coils of the traction guide electromagnet and the linear motor stator are controlled through a control system, and the magnitudes and directions of the horizontal guide force and levitation force and the traction force are controlled, so that the magnetic levitation train flies in the air.
ELECTROMAGNETIC LEVITATION TRAIN TRACK SYSTEM AND LEVITATION ELECTROMAGNET
The present disclosure provides an electromagnetic levitation train-track system. Tracks are arranged on two sides of a roadbed or track beams, and a magnetic levitation train runs on the tracks. The system is characterized in that a traction guide electromagnet is horizontally arranged on supporting arms on two sides of the magnetic levitation train, a linear motor stator is horizontally arranged at a relative position on the track, the linear motor stator and the traction guide electromagnet are horizontally arranged in the magnetic pole directions, a core linear motor is formed by the linear motor stator and the traction guide electromagnet at a certain magnetic gap, and an E-shaped cross section levitation electromagnet and a gap sensor are arranged at the bottom of the magnetic levitation train and levitated below an armature plate horizontally arranged at the bottom of the track. The current magnitudes and directions of coils of the traction guide electromagnet and the linear motor stator are controlled through a control system, and the magnitudes and directions of the horizontal guide force and levitation force and the traction force are controlled, so that the magnetic levitation train flies in the air.
ELECTROMAGNETIC LEVITATION TRAIN TRACK SYSTEM AND LEVITATION ELECTROMAGNET
ELEKTROMAGNETISCHES SCHWEBEBAHNSYSTEM UND SCHWEBEELEKTROMAGNET
SYSTÈME DE VOIE DE TRAIN À LÉVITATION ÉLECTROMAGNÉTIQUE ET ÉLECTROAIMANT DE LÉVITATION
LIU ZHONGCHEN (Autor:in)
01.05.2024
Patent
Elektronische Ressource
Englisch
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