Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Ship rapid berthing and docking system
The invention relates to the technical field of ship berthing, in particular to a ship rapid berthing and docking system which is composed of a plurality of ship berthing rapid stabilizers linearly arranged along a wharf shoreline. The rapid stabilizer for ship docking comprises a supporting frame, a guiding unit, a buffering unit, a floating box and a vacuum generating device. The supporting frame is fixedly placed on a wharf shore. The floating box is loaded by the supporting frame and can perform small-distance displacement movement in the vertical direction under the synergistic effect of the guiding unit and the buffering unit. And a vacuum generating device for adsorbing the side wall of the ship is assembled with the floating box. Therefore, on one hand, the time length and the cost required by ship berthing are both reduced; on the other hand, even if the ship is influenced by various adverse factors such as load change, wind power, surge and the like, the ship which is berthed and berthed to the port can still keep good posture stability; and on the other hand, the height difference between the ship deck and the wharf bank can be always maintained within a reasonable value range in the whole process of boarding and alighting of the personnel and the materials.
本发明涉及船舶停泊技术领域，尤其是一种船舶快速停泊靠港系统，其由多个沿码头岸线进行线性排布的船舶停靠快速稳定器构成。船舶停靠快速稳定器包括支撑架、导向单元、缓冲单元、浮动箱和真空发生装置。支撑架固放于码头岸上。浮动箱由支撑架负担，且在导向单元和缓冲单元的协同作用下可沿着上下方向执行小距离位移运动。用来对船舶侧壁进行吸附的真空发生装置与浮动箱相组装。如此，一方面，船舶停泊所需时长以及费用均得以下降；另一方面，即便受到载重变化、风力、浪涌等各种不利因素影响，停泊靠港后的船舶仍可保持良好的姿态稳定性；再一方面，在人员以及物资上下船的整个进程中，船舶甲板和码头岸之间的高度差得以始终维持于合理值范围内。
Ship rapid berthing and docking system
The invention relates to the technical field of ship berthing, in particular to a ship rapid berthing and docking system which is composed of a plurality of ship berthing rapid stabilizers linearly arranged along a wharf shoreline. The rapid stabilizer for ship docking comprises a supporting frame, a guiding unit, a buffering unit, a floating box and a vacuum generating device. The supporting frame is fixedly placed on a wharf shore. The floating box is loaded by the supporting frame and can perform small-distance displacement movement in the vertical direction under the synergistic effect of the guiding unit and the buffering unit. And a vacuum generating device for adsorbing the side wall of the ship is assembled with the floating box. Therefore, on one hand, the time length and the cost required by ship berthing are both reduced; on the other hand, even if the ship is influenced by various adverse factors such as load change, wind power, surge and the like, the ship which is berthed and berthed to the port can still keep good posture stability; and on the other hand, the height difference between the ship deck and the wharf bank can be always maintained within a reasonable value range in the whole process of boarding and alighting of the personnel and the materials.
本发明涉及船舶停泊技术领域，尤其是一种船舶快速停泊靠港系统，其由多个沿码头岸线进行线性排布的船舶停靠快速稳定器构成。船舶停靠快速稳定器包括支撑架、导向单元、缓冲单元、浮动箱和真空发生装置。支撑架固放于码头岸上。浮动箱由支撑架负担，且在导向单元和缓冲单元的协同作用下可沿着上下方向执行小距离位移运动。用来对船舶侧壁进行吸附的真空发生装置与浮动箱相组装。如此，一方面，船舶停泊所需时长以及费用均得以下降；另一方面，即便受到载重变化、风力、浪涌等各种不利因素影响，停泊靠港后的船舶仍可保持良好的姿态稳定性；再一方面，在人员以及物资上下船的整个进程中，船舶甲板和码头岸之间的高度差得以始终维持于合理值范围内。
Ship rapid berthing and docking system
一种船舶快速停泊靠港系统
07.07.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau