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Movable intelligent dock
The invention belongs to the technical field of wharf docking, and mainly relates to a movable intelligent dock which comprises a wharf body and a ship locking mechanism, and the ship locking mechanism comprises a floating body and a magnet suspension module; the floating body is connected with the wharf body, the magnet suspension module comprises a four-connecting-rod assembly, a suspension swing arm and an electromagnet, and the suspension swing arm extends upwards and swings to enable the electromagnet to move up and down; the ship is provided with a mounting plane spaced from the water surface, and a ship locking iron plate used for magnetic attraction of the electromagnet is fixedly assembled on the mounting plane. And an infrared emission unlocking button for powering off the electromagnet is arranged on the ship. The ship collides with the suspension swing arm, the electromagnet magnetically attracts the ship locking iron plate, and therefore the ship can stably berth at the wharf body, when the ship needs to leave from the wharf body, the electromagnet is powered off, the electromagnet and the ship locking iron plate are not magnetically attracted any more, and manual ship berthing and offshore operation is avoided.
本发明属于码头停靠技术领域,主要涉及可移动式智能船坞,包括码头主体和锁船机构,锁船机构包括浮体以及磁铁悬挂模块;浮体与码头主体连接,磁铁悬挂模块包括四连杆组件以及悬挂摆臂和电磁铁,悬挂摆臂向上伸出,悬挂摆臂摆动以使电磁铁上下移动;船舶上具有与水面之间间隔的安装平面,安装平面上固定装配有用于电磁铁磁吸的锁船铁板;船舶上设有用于使电磁铁断电的红外发射开锁按钮。船舶碰撞悬挂摆臂,使电磁铁磁吸锁船铁板,从而使船舶能够稳定地停靠在码头主体处,当船舶需要从码头主体中离开的时候,电磁铁断电,使电磁铁与锁船铁板之间不再磁吸,这样避免了人工手动操作船舶的停靠和离岸。
Movable intelligent dock
The invention belongs to the technical field of wharf docking, and mainly relates to a movable intelligent dock which comprises a wharf body and a ship locking mechanism, and the ship locking mechanism comprises a floating body and a magnet suspension module; the floating body is connected with the wharf body, the magnet suspension module comprises a four-connecting-rod assembly, a suspension swing arm and an electromagnet, and the suspension swing arm extends upwards and swings to enable the electromagnet to move up and down; the ship is provided with a mounting plane spaced from the water surface, and a ship locking iron plate used for magnetic attraction of the electromagnet is fixedly assembled on the mounting plane. And an infrared emission unlocking button for powering off the electromagnet is arranged on the ship. The ship collides with the suspension swing arm, the electromagnet magnetically attracts the ship locking iron plate, and therefore the ship can stably berth at the wharf body, when the ship needs to leave from the wharf body, the electromagnet is powered off, the electromagnet and the ship locking iron plate are not magnetically attracted any more, and manual ship berthing and offshore operation is avoided.
本发明属于码头停靠技术领域,主要涉及可移动式智能船坞,包括码头主体和锁船机构,锁船机构包括浮体以及磁铁悬挂模块;浮体与码头主体连接,磁铁悬挂模块包括四连杆组件以及悬挂摆臂和电磁铁,悬挂摆臂向上伸出,悬挂摆臂摆动以使电磁铁上下移动;船舶上具有与水面之间间隔的安装平面,安装平面上固定装配有用于电磁铁磁吸的锁船铁板;船舶上设有用于使电磁铁断电的红外发射开锁按钮。船舶碰撞悬挂摆臂,使电磁铁磁吸锁船铁板,从而使船舶能够稳定地停靠在码头主体处,当船舶需要从码头主体中离开的时候,电磁铁断电,使电磁铁与锁船铁板之间不再磁吸,这样避免了人工手动操作船舶的停靠和离岸。
Movable intelligent dock
可移动式智能船坞
MAI HAOPING (author) / QU DINGZHEN (author) / WU YANGBO (author) / HUANG JUNYU (author) / ZHAO CHANGJIANG (author) / LIANG XIN (author) / HUANG HUIYAN (author)
2024-12-03
Patent
Electronic Resource
Chinese
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