MAGNETICALLY LEVITATED VEHICLE SYSTEM USING LINEAR SWITCHED RELUCTANCE MOTOR AND HALBACH ARRAY

摘要

the present invention is a linear switched reluctance motor (LSRM) and the Halbach array system using magnetic levitation train in about that orbit to reduce the noise that can be generated by having LSRM and electronics of the magnetic levitation train that wraps around the structure, the balance being propagated in orbit beneath, Halbach array to obtain a non-magnetic levitation force as opposed to the aluminum conductive plate The surface is to improve the driving stability in the event of an emergency to form a diagonal direction toward the inside of the track having a predetermined angle. ; also the stator of a linear switched reluctance motor is located on the Maglev train bogie side, once can be obtained at low cost, by placing the electron orbital structure of the track side. ; Also, Halbach array as aluminum magnetic resistance occurring in the process of obtaining the levitation force of the induction current to be generated between the conductive plate It can pay the balance by mounting the platform to avoid further minimize the required momentum because of resistance by lowering the threshold speed magnetic Halbach array at least.