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A platform for research: civil engineering, architecture and urbanism
Automatic wharf for unmanned ship
The automatic wharf comprises a deck plate and side plates, the side plates are fixedly installed on the outer side of the deck plate, floating barrels are fixedly installed at the lower ends of the deck plate and the side plates, fixing piles are fixedly installed at the upper ends of the side plates, and buffer structures are arranged in the side plates. According to the automatic wharf for the unmanned ship, after a contact pad is extruded by the unmanned ship, a sliding block slides in a side plate and extrudes an auxiliary air bag, and the auxiliary air bag exhausts air into a main air bag through a guide pipe to slow down the movement speed of an extrusion plate, so that abrasion between the unmanned ship and the automatic wharf is slowed down; in the process that the moving plate moves upwards, the weighting block is pushed upwards, the distance between the weighting block and the moving plate is sequentially shortened from top to bottom, and the times of lifting the weighting block can be effectively and sequentially increased, so that the thrust of the extrusion plate to the unmanned ship is enhanced, and the unmanned ship is prevented from colliding with the side plate.
本发明公开了一种用于无人船的自动码头，包括台面板和侧板，所述台面板的外侧固定安装有侧板，所述台面板和侧板的下端固定安装有浮筒，且侧板的上端固定安装有固定桩，所述侧板的内部设置有缓冲结构。该用于无人船的自动码头，接触垫受到无人船挤压之后会使得滑动块在侧板的内部进行滑动并对副气囊进行挤压，副气囊则会通过导管向主气囊内部排气减缓挤压板件的运动速度，从而减缓无人船与自动码头之间的磨损，运动板上移的过程中会向上推动加重块，且加重块与运动板之间的距离从上往下依次变短，可以有效的依次增加举升加重块的次数，从而增强挤压板件对无人船的推力，避免无人船与侧板发生碰撞。
Automatic wharf for unmanned ship
The automatic wharf comprises a deck plate and side plates, the side plates are fixedly installed on the outer side of the deck plate, floating barrels are fixedly installed at the lower ends of the deck plate and the side plates, fixing piles are fixedly installed at the upper ends of the side plates, and buffer structures are arranged in the side plates. According to the automatic wharf for the unmanned ship, after a contact pad is extruded by the unmanned ship, a sliding block slides in a side plate and extrudes an auxiliary air bag, and the auxiliary air bag exhausts air into a main air bag through a guide pipe to slow down the movement speed of an extrusion plate, so that abrasion between the unmanned ship and the automatic wharf is slowed down; in the process that the moving plate moves upwards, the weighting block is pushed upwards, the distance between the weighting block and the moving plate is sequentially shortened from top to bottom, and the times of lifting the weighting block can be effectively and sequentially increased, so that the thrust of the extrusion plate to the unmanned ship is enhanced, and the unmanned ship is prevented from colliding with the side plate.
本发明公开了一种用于无人船的自动码头，包括台面板和侧板，所述台面板的外侧固定安装有侧板，所述台面板和侧板的下端固定安装有浮筒，且侧板的上端固定安装有固定桩，所述侧板的内部设置有缓冲结构。该用于无人船的自动码头，接触垫受到无人船挤压之后会使得滑动块在侧板的内部进行滑动并对副气囊进行挤压，副气囊则会通过导管向主气囊内部排气减缓挤压板件的运动速度，从而减缓无人船与自动码头之间的磨损，运动板上移的过程中会向上推动加重块，且加重块与运动板之间的距离从上往下依次变短，可以有效的依次增加举升加重块的次数，从而增强挤压板件对无人船的推力，避免无人船与侧板发生碰撞。
Automatic wharf for unmanned ship
一种用于无人船的自动码头
XUE QI (author) / GAO QUN (author) / WU CHENXUE (author) / TU LIQUN (author)
2024-02-06
Patent
Electronic Resource
Chinese
Unmanned ship berthing and unberthing device and unberthing wharf
| European Patent Office | 2024