Novel seawall

Abstract

The invention provides a novel seawall. The side, facing the sea surface, of the novel seawall is an upstream face, the other side of the novel seawall is a downstream face, and the top of the novel seawall is a top face; the downstream face extends downwards from the top face to form a slope structure; and the upstream face extends downwards from the top face and sequentially comprises a first wave dissipation section, a face protection section and a buffer slope protection section, wherein the first wave dissipation section is of a plane structure, the face protection section is of an inward concave structure, and the buffer slope protection section is of a gentle slope structure. In the novel seawall, the face protection section of the novel seawall is of the inward concave structure, the wave raising effect of a concave arc and the energy dissipation effect of the two wave dissipation sections are utilized, wave climbing can be effectively reduced, and wave energy is weakened. A garbage collector arranged on the face protection section is designed in a cable-stayed overhead manner, garbage impacted by sea waves can be effectively intercepted, and during ebb tide, secondary garbage collection can be achieved, and the garbage can be prevented from being washed away. The novel environment hydrophilic composite seawall has multiple functions of garbage collection, wave reduction and the like.

Description

technical field [0001] The invention relates to the technical field of coastline protection, and more specifically relates to a novel seawall. Background technique [0002] Seawall protection engineering is an important part of national water conservancy construction and an important measure to protect coastal cities. [0003] Nowadays, as the sea level rises, the impact of waves on coastal areas is becoming more and more serious, and the expansion of artificial coastlines also leads to fewer and fewer natural coastlines. Human activities around the coastline have caused marine debris to float onto the beach at every high tide, causing serious damage to the local ecology. Traditional embankment projects mainly use special-shaped energy-dissipating blocks, but these blocks have a single energy-dissipating form, poor wave cutting effect, and poor erosion resistance. If the number of special-shaped energy-dissipating blocks is simply increased, the The difficulty of large pro...

AI Technical Summary

Problems solved by technology

[0006] To sum up, in view of the coastal erosion and marine litter problems caused by human activities, how to provide a new environmental hydrophilic compound that can strengthen the anti-erosion ability of seawalls, and also have multiple functions such as garbage collection and wave reduction. Seawall has become a problem to be solved urgently by those skilled in the art

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