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AssigneeDalian Whim Science & Technology Limited Company
InventorZHONGCHEN LIU
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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 includes a traction guide electromagnet horizontally arranged on supporting arms on two sides of the magnetic levitation train, a linear motor stator horizontally arranged at a relative position on the track, the linear motor stator and the traction guide electromagnet horizontally arranged in the magnetic pole directions, a core linear motor 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 arranged at the bottom of the magnetic levitation train and levitated below an armature plate horizontally arranged at the bottom of the track.
1-28 (canceled)
An electromagnetic traction guide train-track system, tracks being arranged on two sides of a roadbed or track beams, and a magnetic levitation train running on the tracks, wherein traction guide electromagnets are horizontally arranged on supporting arms on two sides of the magnetic levitation train, the traction guide electromagnet is horizontally arranged in the magnetic pole direction, a linear motor stator is horizontally arranged at the position, corresponding to the traction guide electromagnet, on the track, the linear motor stator is composed of a stator coil and a stator core, the stator core is horizontally arranged in the magnetic pole direction, the working face of the traction guide electromagnet and the working face of the stator core are horizontally arranged and form a core linear motor at a certain magnetic gap.
An electromagnetic levitation train-track system, tracks being arranged on two sides of a roadbed or track beams, and a magnetic levitation train running on the tracks, wherein traction guide electromagnets are horizontally arranged on supporting arms on two sides of the magnetic levitation train, the traction guide electromagnet is horizontally arranged in the magnetic pole direction, a linear motor stator is horizontally arranged at the position, corresponding to the traction guide electromagnet, on the track, the linear motor stator is composed of a stator coil and a stator core, the stator core is horizontally arranged in the magnetic pole direction, the working face of the traction guide electromagnet and the working face of the stator core are horizontally arranged and form a core linear motor at a certain magnetic gap, a levitation electromagnet is arranged at the bottom of the magnetic levitation train, and an armature plate is horizontally arranged above the levitation electromagnet at the bottom of the track at a certain magnetic gap.
A levitation electromagnet, comprising a levitation coil and a magnetic conductive core, and the levitation coil being assembled in a groove of the magnetic conductive core for accommodating the levitation coil, wherein two end parts of the levitation coil are inclined downwards relative to a coil body, and the end parts inclined downwards are arranged in sunken wire accommodating grooves formed in two ends of the magnetic conductive core to form an avoidance space at the end parts of the levitation coil, and the middle core plate of the magnetic conductive core can pass through the end parts of the levitation coil through the avoidance space;
A levitation electromagnet, comprising a levitation coil and a magnetic conductive core, and the levitation coil being assembled in a groove of the magnetic conductive core for accommodating the levitation coil, wherein the end part of the magnetic conductive core is smoothly inclined downwards, the middle core plate of the magnetic conductive core is inclined along with the end part of the magnetic conductive core, and a groove used for assembling the end part of the levitation coil on the magnetic conductive core forms an inclined groove along with the inclination of the end part of the magnetic conductive core;
A magnetic levitation track, wherein a linear motor stator is horizontally installed on the track, the linear motor stator is composed of a stator coil and a stator core, the stator core is horizontally arranged in the magnetic pole direction, the stator core is provided with a vertical groove for installing the stator coil, the magnetic pole working face of the stator core is vertically arranged, and armature plates are horizontally arranged on two sides of the track.
Dependencies are inferred from the claim text.