A near-coastal wave-proof and ice-removing device

Abstract

The invention relates to a near-coast type anti-wave and ice-repelling device, which is arranged and fixed along the shallow water area near the coastline, and includes a support frame, a front anti-wave mechanism and a rear-mounted ice-crushing mechanism. The support frame is inserted directly into the shallow water area near the coastline. Both the front anti-wave mechanism and the rear crushed ice mechanism can be detachably fixed on the support frame, and the rear crushed ice mechanism is arranged directly behind the front anti-wave mechanism. In this way, in practical applications, the synergistic effect of the front anti-wave mechanism and the rear ice-crushing mechanism can effectively prevent sea ice floes from rushing to the shore, thereby ensuring that near-shore facilities are protected from impact damage. Among them, the front anti-wave mechanism is used to resist the initial impact of the waves to reduce the surge speed of the ice floes, and the rear ice floes crushing mechanism is located directly behind it to crush the large ice floes into small pieces of ice floes. Finally, the impact destructive force produced by it is effectively reduced.

Description

technical field [0001] The invention relates to the technical field of coastline ice blocking, in particular to a near-coastal wave anti-icing device. Background technique [0002] The 21st century is the century of the ocean. The ocean contains abundant marine resources for human survival and development, including: marine mineral resources, seawater chemical resources, marine biological resources and marine dynamic resources; among them, marine dynamic energy is tidal energy, wave energy , ocean current energy, seawater temperature difference energy, seawater salinity difference energy, wind energy and solar energy, all belong to renewable clean energy. [0003] Today, when advocating green, clean and environmental protection, human beings turn their attention to Hanhai to seek sustainable resources. The natural conditions in the shallow sea area are superior, but due to geographical factors, in some northern areas, waves are prone to envelop the ice floes in the slightly...

AI Technical Summary

Problems solved by technology

[0004] In recent years, a bottom-mounted anti-icing pile has been popularized and applied on a large scale. Its design structure is extremely simple, and it can effectively prevent ice floes from causing damage to structures on the shore. However, it is only suitable for rivers in the ice flood season. , is not suitable for construction in the complex near-shore marine environment. The reason is that the intensity of the surge formed on the sea surface is greater, and the volume of ice floes contained in it is larger, and the impact and destructive force formed by it is greater. Large, bottom-mounted anti-icing piles are damaged in a very short time after application

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