Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Boarding bridge system suitable for large-water-head overhead vertical wharf and control method
The boarding bridge system comprises a boarding bridge shaft and a boarding bridge, the boarding bridge shaft is used for bearing the boarding bridge moving in the height direction, and the boarding bridge is used for ascending and descending in the height direction to adapt to different water levels; the boarding bridge comprises a boarding bridge outer frame and a boarding bridge internal gallery bridge, the boarding bridge internal gallery bridge capable of moving in the height direction is arranged in the boarding bridge outer frame, the boarding bridge internal gallery bridge comprises a boarding opening, and the boarding opening ascends and descends along with the boarding bridge internal gallery bridge in the height direction and is used for meeting the ship receiving requirements of ships of different heights. By driving the boarding bridge to ascend and descend and driving the gallery bridge in the boarding bridge to ascend and descend, the boarding bridge system can adapt to different water level heights and meet the ship receiving requirements of ships of different heights, and a stable passenger flow transportation mode meeting the large-amplitude lifting requirement is provided; and the passenger transport problem of the large-water-head overhead vertical wharf is effectively solved.
本发明公开了一种适用于大水位差架空直立式码头的登船桥系统及控制方法，包括登船桥井道和登船桥，登船桥井道用于承载沿高度方向移动的登船桥，登船桥用于沿高度方向升降以适应不同水位高度；登船桥包括登船桥外框和登船桥内部廊桥，登船桥外框内设有可以沿着高度方向移动的登船桥内部廊桥，登船桥内部廊桥包括登船口，登船口随登船桥内部廊桥沿高度方向升降，用于适配不同高度的船型的接船要求。本发明通过驱动登船桥升降以及驱动登船桥内部廊桥升降，使得本发明的登船桥系统可以适应不同水位高度并适配不同高度的船型的接船要求，提供了平稳、满足大幅度升降需求的客流运输方式，有效解决大水位差架空直立式码头客运问题。
Boarding bridge system suitable for large-water-head overhead vertical wharf and control method
The boarding bridge system comprises a boarding bridge shaft and a boarding bridge, the boarding bridge shaft is used for bearing the boarding bridge moving in the height direction, and the boarding bridge is used for ascending and descending in the height direction to adapt to different water levels; the boarding bridge comprises a boarding bridge outer frame and a boarding bridge internal gallery bridge, the boarding bridge internal gallery bridge capable of moving in the height direction is arranged in the boarding bridge outer frame, the boarding bridge internal gallery bridge comprises a boarding opening, and the boarding opening ascends and descends along with the boarding bridge internal gallery bridge in the height direction and is used for meeting the ship receiving requirements of ships of different heights. By driving the boarding bridge to ascend and descend and driving the gallery bridge in the boarding bridge to ascend and descend, the boarding bridge system can adapt to different water level heights and meet the ship receiving requirements of ships of different heights, and a stable passenger flow transportation mode meeting the large-amplitude lifting requirement is provided; and the passenger transport problem of the large-water-head overhead vertical wharf is effectively solved.
本发明公开了一种适用于大水位差架空直立式码头的登船桥系统及控制方法，包括登船桥井道和登船桥，登船桥井道用于承载沿高度方向移动的登船桥，登船桥用于沿高度方向升降以适应不同水位高度；登船桥包括登船桥外框和登船桥内部廊桥，登船桥外框内设有可以沿着高度方向移动的登船桥内部廊桥，登船桥内部廊桥包括登船口，登船口随登船桥内部廊桥沿高度方向升降，用于适配不同高度的船型的接船要求。本发明通过驱动登船桥升降以及驱动登船桥内部廊桥升降，使得本发明的登船桥系统可以适应不同水位高度并适配不同高度的船型的接船要求，提供了平稳、满足大幅度升降需求的客流运输方式，有效解决大水位差架空直立式码头客运问题。
Boarding bridge system suitable for large-water-head overhead vertical wharf and control method
适用于大水位差架空直立式码头的登船桥系统及控制方法
TAO SHIFEI (Autor:in) / WU XINGXIONG (Autor:in) / MU JUN (Autor:in) / WANG YUAN (Autor:in) / LU FEI (Autor:in) / FU MINGLI (Autor:in) / XIA JIAN (Autor:in) / WANG YANG (Autor:in) / YANG CAN (Autor:in)
05.12.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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