Large multi-combination deep water stable floating platform

Abstract

The invention provides a large-size multi-combination deepwater stable overwater suspension platform. The large-size multi-combination deepwater stable overwater suspension platform comprises a suspension mechanism. The suspension mechanism comprises an operation platform and a counterweight body. The counterweight body is composed of a plurality of water injection boxes which are formed by connecting of a plurality of hollow structures. The counterweight body is hidden under water and connected with the operation platform through a damper. The water injection boxes can change the box buoyancyforce by adjusting the water quantity in the boxes so that the floating state of the operation platform can be changed. Each hollow structure comprises a plurality of hollow pipes, and an inner cavity of each hollow pipe is filled with a foam material. The hollow pipes are mutually connected into an H-shaped combination body through T-shaped plates, the hollow pipes are arranged in the long edgedirection of the T-shaped plates, and reinforcing ribs are arranged at the connecting positions of the T-shaped plates and the hollow pipes. Each water injection box is provided with a rigid shell, the water injection boxes are connected with the lower portions of the hollow structures, and when the water storage capacity of the water injection boxes is maximum, the water injection boxes sit underthe water in a submerging mode and are anchored with the ground through an enhancing platform. Excellent energy source supply efficiency, wind and wave resistance performance and platform comprehensive management under the large-size overwater platform scale can be achieved.

Description

technical field [0001] The invention relates to the field of water facilities, in particular to a large-scale multi-combination deep-water stable water suspension platform. Background technique [0002] The floating platform on water is a common structure for water surface facilities, but when the size of the platform is large, under the action of wind and waves, the energy supply, wind and wave resistance and management of the platform are more difficult. [0003] The products in this case combine the structural safety of marine equipment engineering, large-scale marine floating bodies, mooring engineering expertise, mechanical automation, structural information models, marine measurement and control, mechanics, remote sensing, information, and hydrodynamic simulation technologies. It has the advantages of high technical content, strong anti-wind and wave ability, long service life, large effective breeding water body, wide adaptable water area, good ecological cycle, low c...

AI Technical Summary

Problems solved by technology

[0002] Suspended platforms on water are common structures for water surface facilities, but when the size of the platform is large, under the action of wind and waves, the energy supply, wind and wave resistance and management of the platform are more difficult

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