A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Wharf floating roll-on and roll-off facility adapting to large tidal range condition and operation method
The invention discloses a wharf floating roll-on and roll-off facility adapting to a large tidal range condition and an operation method. According to the scheme, the wharf floating roll-on and roll-off facility comprises a wharf boat, a steel approach bridge, a steel platform and a connecting plate; the wharf boat floats on the water surface and can stop at a wharf; the steel platform is arranged on the wharf boat, and the height of the steel platform relative to the wharf boat can be adjusted; the steel approach bridge is arranged between the steel platform and the wharf boat and is communicated with the surface of the steel platform and the surface of the wharf boat, so that a continuous working surface is formed among the surfaces of the steel platform, the steel approach bridge and the wharf boat; the connecting plate is arranged on the steel platform and can be lifted up and put down relative to the surface of the steel platform; and the connecting plate can be lapped on the surface of the wharf through laying-down action, so that a continuous working surface is formed among the surface of the steel platform, the surface of the connecting plate and the surface of the wharf. According to the scheme provided by the invention, the roll-on and roll-off operation efficiency can be greatly improved, occupation of a water shoreline due to arrangement of fixed facilities at the end of the wharf is avoided, and the wharf resource utilization rate can be improved.
本发明公开了一种适应大潮差条件的码头浮式滚装设施及作业方法，本方案包括趸船、钢引桥、钢平台和连接板；趸船漂浮在水面，能够停靠在码头处；钢平台设置在所述趸船上，并能够调节钢平台相对于趸船的高度；钢引桥设置在所述钢平台与趸船之间，连通所述钢平台表面与趸船表面，使钢平台表面、钢引桥表面以及趸船表面之间形成连续作业面；连接板设置在所述钢平台上，能够相对于所述钢平台的表面进行抬起与放下的动作；所述连接板通过放下动作能够搭接在码头表面，使钢平台表面、连接板表面以及码头表面之间形成连续作业面。本发明提供的方案，能够大大提高滚装作业效率，并避免在码头端部布置固定设施对水域岸线的占用，有利于提高码头资源利用率。
Wharf floating roll-on and roll-off facility adapting to large tidal range condition and operation method
The invention discloses a wharf floating roll-on and roll-off facility adapting to a large tidal range condition and an operation method. According to the scheme, the wharf floating roll-on and roll-off facility comprises a wharf boat, a steel approach bridge, a steel platform and a connecting plate; the wharf boat floats on the water surface and can stop at a wharf; the steel platform is arranged on the wharf boat, and the height of the steel platform relative to the wharf boat can be adjusted; the steel approach bridge is arranged between the steel platform and the wharf boat and is communicated with the surface of the steel platform and the surface of the wharf boat, so that a continuous working surface is formed among the surfaces of the steel platform, the steel approach bridge and the wharf boat; the connecting plate is arranged on the steel platform and can be lifted up and put down relative to the surface of the steel platform; and the connecting plate can be lapped on the surface of the wharf through laying-down action, so that a continuous working surface is formed among the surface of the steel platform, the surface of the connecting plate and the surface of the wharf. According to the scheme provided by the invention, the roll-on and roll-off operation efficiency can be greatly improved, occupation of a water shoreline due to arrangement of fixed facilities at the end of the wharf is avoided, and the wharf resource utilization rate can be improved.
本发明公开了一种适应大潮差条件的码头浮式滚装设施及作业方法，本方案包括趸船、钢引桥、钢平台和连接板；趸船漂浮在水面，能够停靠在码头处；钢平台设置在所述趸船上，并能够调节钢平台相对于趸船的高度；钢引桥设置在所述钢平台与趸船之间，连通所述钢平台表面与趸船表面，使钢平台表面、钢引桥表面以及趸船表面之间形成连续作业面；连接板设置在所述钢平台上，能够相对于所述钢平台的表面进行抬起与放下的动作；所述连接板通过放下动作能够搭接在码头表面，使钢平台表面、连接板表面以及码头表面之间形成连续作业面。本发明提供的方案，能够大大提高滚装作业效率，并避免在码头端部布置固定设施对水域岸线的占用，有利于提高码头资源利用率。
Wharf floating roll-on and roll-off facility adapting to large tidal range condition and operation method
一种适应大潮差条件的码头浮式滚装设施及作业方法
LIN XINGMING (author) / XIE LEI (author) / ZHAO QIUGUO (author) / SHI XUEXIN (author)
2022-08-05
Patent
Electronic Resource
Chinese
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