Four stand column-stabilizing multifunctional floating platform

Abstract

The invention discloses a four stand column-stabilizing multifunctional floating platform comprising an underwater equipment cabin and a ballast compartment, a water deck, a deck room and stand columns connecting the underwater equipment cabin and the water deck. Advantages of a traditional semi-submerged platform and a marine environment monitoring buoy are combined in the four stand column-stabilizing type multifunctional floating platform; the floating platform requires lower manufacturing cost compared with the semi-submerged platform and is easier to maintain, and compared with the buoy,the floating platform has stronger resistance of storm waves, longer service life and simpler structural profile, and can monitor more marine elements, has a deeper work area range, greater automaticcontrol degree and more comprehensive functions. The four stand columns are circumferentially arranged; square stand columns applied by a traditional large semi-submerged platform are replaced by round columns, so a water plane area can be reduced, so effects to a platform body by waves can be reduced and motion response can be lowered; and the floating platform can carry various equipment; and multifunctionality of the floating platform can be achieved according to the variety of carried equipment.

Description

technical field [0001] The invention relates to a four-column-stabilized multi-purpose floating platform, in particular to an anchoring electronic information floating platform suitable for deep sea information collection and data transmission carriers. Involved patent classification numbers: B63 Ships or other water craft; ship-related equipment B63B Ships or other water craft; marine equipment B63B35 / 00 Ships suitable for special purposes or similar floating structures B63B35 / 44 Floating structures, water warehouses , water drilling platforms or water workshops, such as those carrying oil-water separation equipment. Background technique [0002] Traditional offshore floating structures mainly include semi-submersible platforms and ocean buoys. The semi-submersible platform has a small water surface area, and uses the spacing between the stability columns to increase stability. It is suitable for large-scale drilling and oil production operations, but it often has a large ...

AI Technical Summary

Problems solved by technology

The semi-submersible platform has a small water surface area, and uses the spacing between the stability columns to increase stability. It is suitable for large-scale drilling and oil production operations, but it often has a large structure, huge construction costs, and high maintenance costs; ocean buoys are small in size , the construction cost is low, it can work in any harsh environment, and can collect the required marine hydrological data continuously and for a long time according to the regulations, but the structure is often small, the equipment that can be carried is less, and the stability is poor

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