A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Magnetic levitation bridge structure
The invention relates to a magnetic levitation bridge structure which comprises a bearing structure and a functional panel arranged on the bearing structure, the bearing structure is linearly arrangedon a curve-line-shaped section, and the functional panel is divided into a plurality of panel sections; the two transverse end faces of each panel segment are planes, and the panel segments are sequentially arranged and fitted to form a curved track plate. Or, the two transverse end faces of each panel section are curved surfaces, and the panel sections are sequentially arranged and spliced to form the curved track plate. According to the magnetic levitation bridge structure, the bearing structure is a straight line on the plane and can be manufactured according to the straight line, the magnetic suspension bridge structure has obvious advantages in construction and precision control compared with a curve structure, and the construction difficulty and the construction cost can be greatlyreduced; according to the magnetic levitation bridge structure, the linear bearing structure is adopted, the function panel is used for describing the line shape, the influence of the curve shape on track beam construction is well avoided, the design precision of the magnetic levitation bridge structure is guaranteed, and therefore the smoothness and safety of magnetic levitation train operation are guaranteed.
本发明涉及一种磁悬浮桥梁结构，包括承载结构和布置于所述承载结构上的功能面板，在曲线线形段，所述承载结构为直线状布置，所述功能面板分为多个面板节段；各面板节段的两个横向端面均为平面，各面板节段依次布置拟合形成曲线形轨道板；或者，各面板节段的两个横向端面均为曲面，各面板节段依次布置拼接形成曲线形轨道板。本发明提供的磁悬浮桥梁结构，承载结构在平面上为直线，可按直线制造，在施工及精度控制较曲线结构具有明显的优势，能极大地降低施工难度和施工成本；采用直线承载结构而以功能面板描述线路线形，较好地解决了曲线线形对轨道梁施工的影响，保证该磁悬浮桥梁结构的设计精度，从而保证磁浮列车运行的平顺性和安全性。
Magnetic levitation bridge structure
The invention relates to a magnetic levitation bridge structure which comprises a bearing structure and a functional panel arranged on the bearing structure, the bearing structure is linearly arrangedon a curve-line-shaped section, and the functional panel is divided into a plurality of panel sections; the two transverse end faces of each panel segment are planes, and the panel segments are sequentially arranged and fitted to form a curved track plate. Or, the two transverse end faces of each panel section are curved surfaces, and the panel sections are sequentially arranged and spliced to form the curved track plate. According to the magnetic levitation bridge structure, the bearing structure is a straight line on the plane and can be manufactured according to the straight line, the magnetic suspension bridge structure has obvious advantages in construction and precision control compared with a curve structure, and the construction difficulty and the construction cost can be greatlyreduced; according to the magnetic levitation bridge structure, the linear bearing structure is adopted, the function panel is used for describing the line shape, the influence of the curve shape on track beam construction is well avoided, the design precision of the magnetic levitation bridge structure is guaranteed, and therefore the smoothness and safety of magnetic levitation train operation are guaranteed.
本发明涉及一种磁悬浮桥梁结构，包括承载结构和布置于所述承载结构上的功能面板，在曲线线形段，所述承载结构为直线状布置，所述功能面板分为多个面板节段；各面板节段的两个横向端面均为平面，各面板节段依次布置拟合形成曲线形轨道板；或者，各面板节段的两个横向端面均为曲面，各面板节段依次布置拼接形成曲线形轨道板。本发明提供的磁悬浮桥梁结构，承载结构在平面上为直线，可按直线制造，在施工及精度控制较曲线结构具有明显的优势，能极大地降低施工难度和施工成本；采用直线承载结构而以功能面板描述线路线形，较好地解决了曲线线形对轨道梁施工的影响，保证该磁悬浮桥梁结构的设计精度，从而保证磁浮列车运行的平顺性和安全性。
Magnetic levitation bridge structure
一种磁悬浮桥梁结构
WEN WANGQING (author) / LIN CHENG (author) / ZENG MIN (author) / YAN AIGUO (author) / RAO SHAOCHEN (author) / CAO WENJIE (author) / ZHANG LING (author) / LI JING (author) / CHEN CHONG (author) / YANG GUANG (author)
2021-01-29
Patent
Electronic Resource
Chinese
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
Large-span normal-conducting high-speed magnetic levitation bridge parting structure
| European Patent Office | 2021
Permanent magnetic levitation track, magnetic levitation mechanism and magnetic levitation train
| European Patent Office | 2022