Lifting reinforcement prolongation control method for floating wave-resisting platform

Abstract

The invention relates to the technical field of ocean platforms, in particular to a lifting reinforcement prolongation control method for a floating wave-resisting platform. The lifting reinforcement prolongation control method for the floating wave-resisting platform comprises the following steps that firstly, a movable winch lifts multiple prolongation steel frames and stores the prolongation steel frames upwards in a mounting stage and a launching stage of the floating wave-resisting platform; secondly, the floating wave-resisting platform is shipped to a predetermined sea area in a floating mode; thirdly, the floating wave-resisting platform is anchored and installed, and the multiple prolongation steel frames are laid down through the movable winch till the multiple prolongation steel frames are beyond the bottom of the floating wave-resisting platform. By means of the lifting reinforcement prolongation control method, the effective wave-resisting height of the floating wave-resisting platform can be increased by more than a half; meanwhile, the size and weight of the floating wave-resisting platform can not be increased greatly, and the shipment difficulty and installation and construction difficulty of the floating wave-resisting platform can not be improved; the prolongation steel frames can be flexibly and conveniently surrounded by old fishing nets or other wave attenuating and resisting elements selectively so that the wave attenuating and resisting efficiency of the floating wave-resisting platform can be enhanced.

Description

technical field [0001] The present invention relates to the technical field of offshore platforms, and more specifically, to a control method for lifting and strengthening continuation of a floating anti-wave platform. Background technique [0002] In recent years, due to the needs of marine fisheries, offshore platforms, etc. for wave dissipation and sea safety, floating anti-wave platforms have been more and more widely used. It has the advantages of affecting seawater circulation and lower cost. Floating anti-wave platforms usually use reinforced concrete, metal, plastic and other materials to make pontoon components and mooring systems to form anti-wave facilities. [0003] The anti-wave effect of the floating anti-wave platform has a great relationship with the three-dimensional size of the platform, the structure of the auxiliary components and the mooring system. Especially for sea areas with large waves and deep water depth, the floating anti-wave platform is requ...

AI Technical Summary

Problems solved by technology

However, the increase in the size of the anti-wave platform will lead to a substantial increase in the volume and weight of the anti-wave platform, a substantial increase in the production and transportation costs of the platform, and a decrease in safety.

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