A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Magnetic suspension turnout system
The invention relates to the technical field of magnetic suspension, and discloses a magnetic suspension turnout system. The system comprises a linear section track, a forked section track upper branch, a forked section track lower branch, a supporting wheel sliding rail, a guiding wheel sliding rail and a ground coil unit, the ground coil unit comprises a propelling coil and a suspension coil, the forked section track upper branch is connected with the linear section track, and the supporting wheel sliding rail is connected with the guiding wheel sliding rail. An opening is formed in the bottom of the linear section rail, the lower branch of the bifurcate section rail penetrates out of the opening and extends downwards, and the supporting wheel sliding rails are arranged on the bottom face of the upper branch of the bifurcate section rail and the bottom face of the lower branch of the bifurcate section rail. The guide wheel sliding rails are arranged on the side wall of the upper branch of the bifurcate section track and the side wall of the lower branch of the bifurcate section track, and the ground coil units are arranged on the side wall of the linear section track, the side wall of the upper branch of the bifurcate section track and the side wall of the lower branch of the bifurcate section track except the preset distance from the bifurcate point.
本发明涉及磁悬浮技术领域，公开了一种磁悬浮道岔系统。其中，该系统包括直线段轨道、分叉段轨道上支路、分叉段轨道下支路、支撑轮滑轨、导向轮滑轨和地面线圈单元，所述地面线圈单元包括推进线圈和悬浮线圈，所述分叉段轨道上支路与所述直线段轨道连接，所述直线段轨道底部设置有开口且所述分叉段轨道下支路从所述开口穿出向下延伸，所述分叉段轨道上支路的底面和所述分叉段轨道下支路的底面设置所述支撑轮滑轨，所述分叉段轨道上支路的侧壁和所述分叉段轨道下支路的侧壁设置所述导向轮滑轨，所述直线段轨道的侧壁、所述分叉段轨道上支路的侧壁和所述分叉段轨道下支路的除分叉点开始的预定距离以外部分的侧壁设置所述地面线圈单元。
Magnetic suspension turnout system
The invention relates to the technical field of magnetic suspension, and discloses a magnetic suspension turnout system. The system comprises a linear section track, a forked section track upper branch, a forked section track lower branch, a supporting wheel sliding rail, a guiding wheel sliding rail and a ground coil unit, the ground coil unit comprises a propelling coil and a suspension coil, the forked section track upper branch is connected with the linear section track, and the supporting wheel sliding rail is connected with the guiding wheel sliding rail. An opening is formed in the bottom of the linear section rail, the lower branch of the bifurcate section rail penetrates out of the opening and extends downwards, and the supporting wheel sliding rails are arranged on the bottom face of the upper branch of the bifurcate section rail and the bottom face of the lower branch of the bifurcate section rail. The guide wheel sliding rails are arranged on the side wall of the upper branch of the bifurcate section track and the side wall of the lower branch of the bifurcate section track, and the ground coil units are arranged on the side wall of the linear section track, the side wall of the upper branch of the bifurcate section track and the side wall of the lower branch of the bifurcate section track except the preset distance from the bifurcate point.
本发明涉及磁悬浮技术领域，公开了一种磁悬浮道岔系统。其中，该系统包括直线段轨道、分叉段轨道上支路、分叉段轨道下支路、支撑轮滑轨、导向轮滑轨和地面线圈单元，所述地面线圈单元包括推进线圈和悬浮线圈，所述分叉段轨道上支路与所述直线段轨道连接，所述直线段轨道底部设置有开口且所述分叉段轨道下支路从所述开口穿出向下延伸，所述分叉段轨道上支路的底面和所述分叉段轨道下支路的底面设置所述支撑轮滑轨，所述分叉段轨道上支路的侧壁和所述分叉段轨道下支路的侧壁设置所述导向轮滑轨，所述直线段轨道的侧壁、所述分叉段轨道上支路的侧壁和所述分叉段轨道下支路的除分叉点开始的预定距离以外部分的侧壁设置所述地面线圈单元。
Magnetic suspension turnout system
磁悬浮道岔系统
XIA WEI (author) / HU DAOYU (author) / ZHANG ZHIHUA (author) / CHEN HUIXING (author) / FENG XINYUE (author)
2022-04-29
Patent
Electronic Resource
Chinese
Suspension type monorail turnout guide rail locking device and suspension type monorail turnout
| European Patent Office | 2023