Reservoir-fishpond combined multifunctional seawall

Abstract

The invention discloses a reservoir-fishpond combined multifunctional seawall which is characterized in that the seawall comprises an external wall facing to a sea, an internal wall back to a bank and bridge walls, wherein the external wall and the internal wall are arranged in parallel on the base of a beach adjacent to the bank, the bridge walls are a plurality of partition walls between the external wall and the internal wall, and the bridge walls, the external wall and the internal wall form a plurality of reservoir-fishponds facing to the sea and back to the bank; power generating reservoirs and fishponds are arranged in the reservoir-fishponds, the external wall, the internal wall and the bridge walls are concreted into a whole, and the top surface of the whole is a road. Compared with the prior art, the reservoir-fishpond combined multifunctional seawall is simple in structure and good in integral structural performance, can dismember the impact force of sea tides or sea waves on the beach, especially has an obvious effect of harm reduction in the season of typhoons, changes surged sea tides into water in the reservoir-fishpond for developing a fishery industry, and utilizes the intermittence of a flood tide and an ebb tide to discharge water and generate power so that the potential energy of the beach and the tides can be fully utilized and developed, and the utilization rate of land is improved.

Description

technical field [0001] The invention relates to the technical field of embankments and hydraulic constructions, in particular to a combined multifunctional seawall for building embankments. Background technique [0002] At present, the seawalls built along the coast are limited to blocking sea tides or waves and inland flood control. The seawalls are all made of concrete solid wall structures. Because the embankment walls are very heavy, the requirements for the load-bearing foundation of the seawall are relatively high, and there is a large amount of building materials. Large, high cost, poor stability of the overall structure of the solid wall. The coast belongs to the confluence zone of land and sea, the geological structure is not stable, and there are occasional earthquakes and beach displacements. In the face of such natural geological disasters, the defense capability of the existing seawall is very fragile, causing fatal damage to the seawall, especially in In t...

AI Technical Summary

Problems solved by technology

[0003] The seawall in the prior art is a thick, tall, and long simple embankment built along the coast. The seawall's wave-resistance method is to use the lateral side of the embankment to block the typhoon huge waves impacting longitudinally, and the force-bearing method is unreasonable. , the purpose is a single wave-blocking revetment, especially when there are large deserted beaches lying between the coast and the shallow sea, and the huge tidal potential energy of rising and falling tides has not been fully developed and utilized.

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