A breakwater and layout method for emergency rescue and wave energy supply

Abstract

The invention relates to a breakwater and an arrangement method for emergency rescue and taking into account wave energy supply, and belongs to the technical field of offshore engineering. It is characterized in that it includes angle marks, upper wave body, lower wave body, support beams, anchor cables and sinkers; wherein the upper wave body and the lower wave body are suspended on the water surface relying on buoyancy; the angle marks are suspended on the basis of their own buoyancy It is a hollow structural member on the water surface, and can be connected with the wave-facing ends of the upper wave-facing body and the lower wave-facing body to jointly form the top angle of the breakwater in the wave-facing direction; the support beam is a rigid member with adjustable length, fixed on the The middle position of the upper wave body and the lower wave body supports each other with the upper wave body and the lower wave body to form an A-shaped structure; the upper wave body, the lower wave body and the angle marks are connected to the sinker placed on the seabed through anchor cables Anchored on the seabed to determine the location. The invention has the advantages of simple structure, convenient disassembly and assembly, high reliability of the integral structure, remarkable wave dissipation effect and consideration of wave energy conversion, can reduce engineering energy supply cost, and is suitable for various working conditions.

Description

technical field [0001] The invention relates to a breakwater and an arrangement method for emergency rescue and taking into account wave energy supply, and belongs to the technical field of offshore engineering. Background technique [0002] In coastal and offshore engineering, breakwaters are hydraulic structures built in offshore areas to reduce the effect of waves. In order to ensure the safe berthing, mooring and normal cargo loading and unloading operations of ships and passengers in and out of the port. Breakwaters can be divided into slope type, straight wall type, permeable type, floating type, compressed air type and so on according to the structure type. In recent years, new types of breakwater structures such as breakwaters with power generation functions and hydrophilic breakwaters for leisure and sightseeing have also been developed accordingly. [0003] Unsheltered marine construction activities in the offshore environment often require good wave conditions t...

AI Technical Summary

Problems solved by technology

At the same time, most of the offshore construction operations still need external continuous energy supply for the smooth progress of emergency repair work. However, in the sea environment, it is often very difficult to achieve clean, efficient and low-cost energy supply. Transport professional power generation equipment and fuel to maintain energy supply, but this traditional energy supply method has high human and economic costs

[0004] Among the published relevant research materials related to emergency rescue in sea conditions, there are few technical solutions for providing good wave cover conditions for emergency rescue work in sea conditions, and at the same time taking into account the wave energy conversion and utilization function to supply energy for offshore operations

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