A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Medium-low speed maglev track structure suitable for C-shaped track
The invention provides a medium-low speed maglev track structure suitable for a C-shaped rail, which comprises a foundation beam body, an adjusting layer, a track prefabricated member and track functional components, the track prefabricated member is a concrete member, the two groups of track functional components are symmetrically arranged on the two sides of the track prefabricated member, and each group of track functional component comprises a C-shaped rail and a linear motor mover. The C-shaped rail and the linear motor rotor are both arranged on the bottom face of the rail prefabricated part. The invention further provides a construction method of the medium-low speed magnetic levitation track structure suitable for the C-shaped track. By arranging the foundation beam body, the adjusting layer, the track prefabricated part and the track functional part, the magnetic suspension track structure can be adjusted according to the actual construction terrain, the adaptability is high, the C-shaped track and the linear motor rotor are arranged on the same side of the track prefabricated part, the air gap of the linear motor and the suspension gap of the vehicle change in the same direction, and the vehicle suspension effect is improved. The air gap of the linear motor is greatly reduced, the traction efficiency of the linear motor is improved, and energy conservation and environmental protection are facilitated.
本发明提供一种适用C型轨的中低速磁浮轨道结构，包括基础梁体、调整层、轨道预制件和轨道功能部件，轨道预制件为混凝土构件，两组所述轨道功能部件对称设置于轨道预制件的两侧，每组轨道功能部件包括一个C型轨和一个直线电机动子，C型轨和直线电机动子均设置于轨道预制件的底面。本发明还提供一种适用C型轨的中低速磁浮轨道结构的施工方法。本发明通过设置基础梁体、调整层、轨道预制件和轨道功能部件，使磁悬浮轨道结构可根据实际的施工地形进行调整，适应性强，并在轨道预制件上同侧设置C型轨和直线电机动子，使直线电机气隙和车辆悬浮间隙同向变化，大幅度减小了直线电机气隙，提高了直线电机的牵引效率，有利于节能环保。
Medium-low speed maglev track structure suitable for C-shaped track
The invention provides a medium-low speed maglev track structure suitable for a C-shaped rail, which comprises a foundation beam body, an adjusting layer, a track prefabricated member and track functional components, the track prefabricated member is a concrete member, the two groups of track functional components are symmetrically arranged on the two sides of the track prefabricated member, and each group of track functional component comprises a C-shaped rail and a linear motor mover. The C-shaped rail and the linear motor rotor are both arranged on the bottom face of the rail prefabricated part. The invention further provides a construction method of the medium-low speed magnetic levitation track structure suitable for the C-shaped track. By arranging the foundation beam body, the adjusting layer, the track prefabricated part and the track functional part, the magnetic suspension track structure can be adjusted according to the actual construction terrain, the adaptability is high, the C-shaped track and the linear motor rotor are arranged on the same side of the track prefabricated part, the air gap of the linear motor and the suspension gap of the vehicle change in the same direction, and the vehicle suspension effect is improved. The air gap of the linear motor is greatly reduced, the traction efficiency of the linear motor is improved, and energy conservation and environmental protection are facilitated.
本发明提供一种适用C型轨的中低速磁浮轨道结构，包括基础梁体、调整层、轨道预制件和轨道功能部件，轨道预制件为混凝土构件，两组所述轨道功能部件对称设置于轨道预制件的两侧，每组轨道功能部件包括一个C型轨和一个直线电机动子，C型轨和直线电机动子均设置于轨道预制件的底面。本发明还提供一种适用C型轨的中低速磁浮轨道结构的施工方法。本发明通过设置基础梁体、调整层、轨道预制件和轨道功能部件，使磁悬浮轨道结构可根据实际的施工地形进行调整，适应性强，并在轨道预制件上同侧设置C型轨和直线电机动子，使直线电机气隙和车辆悬浮间隙同向变化，大幅度减小了直线电机气隙，提高了直线电机的牵引效率，有利于节能环保。
Medium-low speed maglev track structure suitable for C-shaped track
一种适用C型轨的中低速磁浮轨道结构
WEI GAOHENG (author) / SUN LI (author) / ZHANG SHIJIE (author) / LOU HUIBIN (author) / LI QIUYI (author) / ZHANG CHAOYONG (author) / MOU HANLIN (author) / ZHANG ZHENG (author) / YE SONG (author) / ZHOU LEI (author)
2023-11-21
Patent
Electronic Resource
Chinese
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau