A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Superconducting magnetic levitation embedded rail transit line and train system
The invention discloses a superconducting magnetic levitation embedded rail transit line and train system. The system comprises a line system, a train, a running device, a power supply system, a levitation guide device, a traction brake system and an operation control signal system, and is characterized in that the line system and the train system adopt a superconducting magnetic levitation mode;the line system comprises viaduct piers and a groove-shaped ballast bed with an upward opening and an inverted omega-shaped cross section; the running device comprises a steering device, a damping mechanism, a framework, a suspension frame and a skid. The levitation guide device comprises a permanent magnet track and superconducting magnetic levitation devices, the permanent magnet track is laid at the bottom of the groove-shaped ballast bed, and the superconducting magnetic levitation devices are installed on the two sides of the bottom of the running device. According to the line and the train system, the superconducting magnetic levitation system is applied, so that non-contact levitation, no noise, no frictional wear, no electromagnetic radiation and safe and stable operation can be realized.
本发明公开了一种超导型磁浮嵌入式轨道交通线路及列车系统，包括线路系统、列车、走行装置、供电系统、悬浮导向装置、牵引制动系统和运控信号系统，其中：所述线路及列车系统采用超导型磁浮制式；所述线路系统包括高架桥墩和开口向上、截面呈现倒置Ω形的槽型道床；所述走行装置包括转向装置、减振机构、构架、悬浮架和滑撬；所述悬浮导向装置包括永磁轨道和超导磁浮装置，所述永磁轨道铺设于槽型道床的底部，所述超导磁浮装置安装于走行装置的底部两侧。本发明的线路及列车系统应用了超导磁浮系统，可实现无接触悬浮，无噪音，无摩擦磨损，无电磁辐射，安全平稳运行。
Superconducting magnetic levitation embedded rail transit line and train system
The invention discloses a superconducting magnetic levitation embedded rail transit line and train system. The system comprises a line system, a train, a running device, a power supply system, a levitation guide device, a traction brake system and an operation control signal system, and is characterized in that the line system and the train system adopt a superconducting magnetic levitation mode;the line system comprises viaduct piers and a groove-shaped ballast bed with an upward opening and an inverted omega-shaped cross section; the running device comprises a steering device, a damping mechanism, a framework, a suspension frame and a skid. The levitation guide device comprises a permanent magnet track and superconducting magnetic levitation devices, the permanent magnet track is laid at the bottom of the groove-shaped ballast bed, and the superconducting magnetic levitation devices are installed on the two sides of the bottom of the running device. According to the line and the train system, the superconducting magnetic levitation system is applied, so that non-contact levitation, no noise, no frictional wear, no electromagnetic radiation and safe and stable operation can be realized.
本发明公开了一种超导型磁浮嵌入式轨道交通线路及列车系统，包括线路系统、列车、走行装置、供电系统、悬浮导向装置、牵引制动系统和运控信号系统，其中：所述线路及列车系统采用超导型磁浮制式；所述线路系统包括高架桥墩和开口向上、截面呈现倒置Ω形的槽型道床；所述走行装置包括转向装置、减振机构、构架、悬浮架和滑撬；所述悬浮导向装置包括永磁轨道和超导磁浮装置，所述永磁轨道铺设于槽型道床的底部，所述超导磁浮装置安装于走行装置的底部两侧。本发明的线路及列车系统应用了超导磁浮系统，可实现无接触悬浮，无噪音，无摩擦磨损，无电磁辐射，安全平稳运行。
Superconducting magnetic levitation embedded rail transit line and train system
超导型磁浮嵌入式轨道交通线路及列车系统
ZHENG XINXIN (author) / ZHOU GUANGWEI (author)
2020-10-02
Patent
Electronic Resource
Chinese
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