Storm-resistant submerged floating control device and method for aquatic platform

Abstract

The invention relates to a storm-resistant submerged floating control device and a storm-resistant submerged floating control method for an aquatic platform. The storm-resistant submerged floating control device comprises a plurality of ascending submerged floating platforms which are floated on a sea surface and are hinged in a movable mode two by two, a transmission mechanism and an energy switching mechanism which are arranged between every two adjacent ascending submerged floating platforms, a plurality of breather pipes, a plurality of pull ropes and a plurality of floating bodies which are always floated on the sea surface, wherein a plurality of water inlet cavities with air inlets and drain holes are formed in the ascending submerged floating platforms; the drain holes of the water inlet cavities are communicated with the outsides of the ascending submerged floating platforms; the air inlets of the water inlet cavities are communicated with one end opening of each breather pipe, the other end opening of each breather pipe is fixed to the floating bodies, and a plugging piece is arranged on the other end opening of each breather pipe; and a plurality of pull ropes are fixedly connected between the floating bodies and the ascending submerged floating platforms. When a storm comes, the ascending submerged floating platforms are sunk under the sea surface to prevent the floating platforms from being damaged, and the floating platforms can be floated directly and automatically in an aerated mode of high-pressure air after the storms to avoid the trouble of refloatation.

Description

technical field [0001] The invention relates to an ocean wave energy collection device and method, in particular to a storm-resistant diving control device and method for an above-water platform. Background technique [0002] With the continuous development of new energy sources, devices that use the ups and downs of ocean waves to collect energy have emerged as the times require. These devices for harvesting wave energy have transmission components and energy conversion components. These sophisticated components require a relatively stable external environment, especially It is a device for utilizing ocean waves to generate electricity; however, storms sometimes occur at sea, and the destructive power of the storm can destroy the collection devices on the sea. In order to avoid the damage of the storm, all the collection devices on the sea surface can be put away before the storm comes, and then put back on the sea surface after the storm. However, since the sea surface co...

AI Technical Summary

Problems solved by technology

However, since the sea surface collection devices are often scattered over a large area, it is very troublesome to put them all away and then relocate them

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