Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent rail-holding high-temperature superconducting maglev train system
The invention discloses an intelligent rail-holding high-temperature superconducting maglev train system, which is characterized in that a plurality of magnetic circuits of four electromagnetic rails of an intelligent rail-holding subsystem are linearly arranged, a plurality of single coils are connected in series in the same direction, the four electromagnetic rails generate a continuous and uniform magnetic field in the rail direction, pinning magnetic flux generated by 16 monitoring type intelligent Dewars of an independent system unit surrounds the four electromagnetic rails, the acting force of automatic suspension, automatic stabilization and automatic guiding of the maglev train is enhanced, the electromagnetic field intensity of four electromagnetic rails and a middle electromagnetic rail of a section can be controlled and the electromagnetic field can be turned off under the control of a photoelectric proximity switch and a wireless remote control receiving module of a plurality of section converters, the four electromagnetic rails outside the section and the middle electromagnetic rail are all in a power-off state; and a moving magnetic field generated by the electromagnetic rails in the section drive a variable-frequency linear generator rotor, and the linear generator rotor induces alternating current.
一种智能抱轨高温超导磁悬浮列车系统，智能抱轨子系统的4个电磁轨道多个磁路直线排布和多个单线圈同向串联连接，4个电磁轨道产生沿轨道方向连续均匀的磁场，独立系统单元的16个监控式智能杜瓦产生的钉扎磁通将4个电磁轨道包围，加强了磁悬浮列车的自动悬浮、自动稳定和自动导向的作用力，多个区间变流器在光电接近开关和无线遥控接收模块的控制下，区间4个电磁轨道和中电磁轨道的电磁场强度可控制，电磁场可关断，区间外的4个电磁轨道和中电磁轨道均处于断电状态；区间中电磁轨道产生移动磁场驱动变频直线电机动子，直线发电机动子感应出交流电。
Intelligent rail-holding high-temperature superconducting maglev train system
The invention discloses an intelligent rail-holding high-temperature superconducting maglev train system, which is characterized in that a plurality of magnetic circuits of four electromagnetic rails of an intelligent rail-holding subsystem are linearly arranged, a plurality of single coils are connected in series in the same direction, the four electromagnetic rails generate a continuous and uniform magnetic field in the rail direction, pinning magnetic flux generated by 16 monitoring type intelligent Dewars of an independent system unit surrounds the four electromagnetic rails, the acting force of automatic suspension, automatic stabilization and automatic guiding of the maglev train is enhanced, the electromagnetic field intensity of four electromagnetic rails and a middle electromagnetic rail of a section can be controlled and the electromagnetic field can be turned off under the control of a photoelectric proximity switch and a wireless remote control receiving module of a plurality of section converters, the four electromagnetic rails outside the section and the middle electromagnetic rail are all in a power-off state; and a moving magnetic field generated by the electromagnetic rails in the section drive a variable-frequency linear generator rotor, and the linear generator rotor induces alternating current.
一种智能抱轨高温超导磁悬浮列车系统，智能抱轨子系统的4个电磁轨道多个磁路直线排布和多个单线圈同向串联连接，4个电磁轨道产生沿轨道方向连续均匀的磁场，独立系统单元的16个监控式智能杜瓦产生的钉扎磁通将4个电磁轨道包围，加强了磁悬浮列车的自动悬浮、自动稳定和自动导向的作用力，多个区间变流器在光电接近开关和无线遥控接收模块的控制下，区间4个电磁轨道和中电磁轨道的电磁场强度可控制，电磁场可关断，区间外的4个电磁轨道和中电磁轨道均处于断电状态；区间中电磁轨道产生移动磁场驱动变频直线电机动子，直线发电机动子感应出交流电。
Intelligent rail-holding high-temperature superconducting maglev train system
智能抱轨高温超导磁悬浮列车系统
ZHU MUSONG (Autor:in)
21.12.2021
Patent
Elektronische Ressource
Chinesisch
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