A vertical ecological wave breakwater

Abstract

The invention discloses a vertical ecological wave-dissipating breakwater, which belongs to the field of hydraulic construction and comprises a row of several wave-dissipating units arranged one by one next to each other. Each wave dissipation unit is equipped with an acceleration cylinder corresponding to the folded plate, and the acceleration cylinder is equipped with an acceleration fan blade; each wave dissipation unit is equipped with a There is an upright cylinder in between, and a water hole is opened on the side of the upright cylinder facing away from the folded plate, and there is a longitudinally arranged auger plate inside the upright cylinder; a rotating shaft is fixed in the middle of the folded plate to accelerate An acceleration shaft for carrying the acceleration fan blade is arranged inside the cylinder, and a transmission mechanism is arranged between the rotation shaft and the acceleration shaft. The invention can realize the function of ecological wave elimination and wave prevention, and has strong wave dissipation ability; it can also realize the salvage and cleaning of garbage in the water body, which is beneficial to the maintenance of the marine environment; and the efficient use of natural resources as a power source does not require the use of electricity, which is beneficial to saving energy consumption.

Description

technical field [0001] The invention relates to the field of hydraulic construction, in particular to a vertical ecological wave-dissipating breakwater. Background technique [0002] The function of the breakwater is to defend the protected sea area from the waves of the open sea, to provide stable and safe waters for the berthing and operation of ships, and to protect the hydraulic structures in the port. Therefore, breakwaters have a special status in port engineering. However, as an inshore sea area, the harbor basin inside the breakwater is easily polluted by organic matter, urban sewage and industrial wastewater. Especially in closed or semi-closed bays, due to their poor material exchange capacity with the outside world, the water exchange rate of seawater is low, and the environmental carrying capacity is weaker. Therefore, more attention should be paid to the water environment of the harbor basin in the semi-enclosed bay environment. The water must be fully exchang...

AI Technical Summary

Problems solved by technology

However, when the above-mentioned structure is used as a breakwater, due to its poor wave dissipation ability, the seawater exchange capacity of the breakwater is poor, and the impact of waves on the environment of the port area is greatly affected, especially in sea areas with harsh environmental conditions. Stablize

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