A Multifunctional Deep Sea Protection System

Abstract

The invention discloses a multifunctional deep and open sea protection system. A bulwark device is included and comprises a multifunctional platform and a power generator arranged on the multifunctional platform. The multifunctional platform is arranged above a plurality of floating bodies which are arranged side by side and mutually connected. A plurality of blade sets are arranged below the floating bodies. Each blade set comprises a transversely-arranged blade rotation shaft, installing plates and two S-shaped blades, wherein the S-shaped blades are arranged in the axial direction of the blade rotation shaft and form 90 degrees. Each S-shaped blade set comprises two S-shaped blades which are in center symmetry relative to the corresponding blade rotation shaft, wherein the correspondinginstalling plates are arranged at the two ends of the S-shaped blades and are fixedly connected with the corresponding blade rotation shaft. The output end of each blade set is connected with a powergenerator input end through a soft shaft. A detection module terminal for monitoring the work state of a bulwark and seawater parameters is further included. According to the provided multifunctionaldeep and open sea protection system, wave absorbing and wave weakening can be efficiently conducted, and the data detecting and uploading functions are achieved as well.

Description

technical field [0001] The invention relates to a breakwater, in particular to a multifunctional deep sea protection system. Background technique [0002] Ocean current is a large-scale movement of seawater along a certain path. It has relatively stable flow direction, path and speed, and the energy contained in it is also very huge. The movement direction of ocean current can be divided into horizontal direction and vertical direction. The vertical direction The movement size fluctuation and flow velocity are small, and its movement is determined by the magnitude and direction of the vector. At present, the application of offshore operation platforms such as marine farming and floating bridges is increasing. Although the existing breakwaters have wave dissipation systems, they are not There are obvious deficiencies in efficiency and response to different wave directions, and the existing breakwater has a single function, which cannot monitor and report back the current sea ...

AI Technical Summary

Problems solved by technology

[0004] 1. The existing wave-dissipating structure has insufficient wave-dissipating efficiency for seawater, and the direction of dealing with waves is single;

[0005] 2. Lack of detection of seawater parameters around breakwaters;

[0006] 3. It is difficult to return information from deep sea and far sea

Images