A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Winding bank slope overhead vertical frame freight wharf
The invention provides a winding bank slope overhead vertical frame freight wharf which comprises a wharf resting area connected with an external road of the freight wharf and a freight platform structure arranged on a mountain with water level difference through a vertical frame, and meanwhile the freight platform structure communicates with the wharf resting area. The freight platform structure forms an operation area on a mountain; the freight platform structure comprises operation platforms arranged at multiple water level heights, interval areas in an inclined state are arranged between the operation platforms at different water levels, and trestles are connected between the operation platforms. The wharf is arranged in a winding mode, and the occupied area of the wharf and the operation influence area of the wharf are greatly reduced; the centralized arrangement of the operation areas also facilitates wharf construction and loading and unloading operation, saves project investment, and improves wharf operation efficiency.
本发明提供了一种蜿蜒式岸坡架空直立式框架货运码头，包括与所述货运码头外部道路相连接的码头休整区、以及通过直立式框架设置在具有水位差山体上的货运平台结构，同时所述货运平台结构与所述码头休整区相互连通；所述货运平台结构在山体上形成作业区域；所述货运平台结构包括设置在多水位高度处的作业平台，且不同水位处的所述作业平台之间具有倾斜状态的间隔区，所述作业平台之间连接设置有栈桥。本发明码头呈蜿蜒式布置，大幅减小了码头的占地面积及其运行影响区域；作业区集中布置也便于码头建设和装卸货作业，节省了工程投资，提高了码头运行效率。
Winding bank slope overhead vertical frame freight wharf
The invention provides a winding bank slope overhead vertical frame freight wharf which comprises a wharf resting area connected with an external road of the freight wharf and a freight platform structure arranged on a mountain with water level difference through a vertical frame, and meanwhile the freight platform structure communicates with the wharf resting area. The freight platform structure forms an operation area on a mountain; the freight platform structure comprises operation platforms arranged at multiple water level heights, interval areas in an inclined state are arranged between the operation platforms at different water levels, and trestles are connected between the operation platforms. The wharf is arranged in a winding mode, and the occupied area of the wharf and the operation influence area of the wharf are greatly reduced; the centralized arrangement of the operation areas also facilitates wharf construction and loading and unloading operation, saves project investment, and improves wharf operation efficiency.
本发明提供了一种蜿蜒式岸坡架空直立式框架货运码头，包括与所述货运码头外部道路相连接的码头休整区、以及通过直立式框架设置在具有水位差山体上的货运平台结构，同时所述货运平台结构与所述码头休整区相互连通；所述货运平台结构在山体上形成作业区域；所述货运平台结构包括设置在多水位高度处的作业平台，且不同水位处的所述作业平台之间具有倾斜状态的间隔区，所述作业平台之间连接设置有栈桥。本发明码头呈蜿蜒式布置，大幅减小了码头的占地面积及其运行影响区域；作业区集中布置也便于码头建设和装卸货作业，节省了工程投资，提高了码头运行效率。
Winding bank slope overhead vertical frame freight wharf
一种蜿蜒式岸坡架空直立式框架货运码头
PEI ZHIYONG (author) / ZENG ZHANGBO (author) / MEI LONGXI (author) / LIU PUJUN (author) / DONG MINGMING (author) / WANG YUANYUAN (author) / WANG XIA (author) / DENG XIAOQIN (author)
2024-07-12
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
Energy dissipation and shock absorption structure of inland river overhead vertical frame wharf
| European Patent Office | 2024
Tuning water body energy dissipation and shock absorption structure of overhead vertical frame wharf
| European Patent Office | 2023
Damping expansion joint structure of overhead vertical frame wharf in river in high-intensity area
| European Patent Office | 2023
| Engineering Index Backfile | 1940