A bionic marine buoy

Abstract

The invention provides a bionic marine buoy, which comprises a base, an equipment cabin and an energy storage cabin, wherein the base is used for providing buoyancy for the biomimetic marine buoy, anda plurality of anchor chain rings connecting the anchor chains are arranged on the base; the equipment cabin is arranged on the base for storing the monitoring equipment, and the side of the equipment compartment is provided with a waterproof hatch door. An energy storage compartment is arranged on the equipment cabin for collecting, storing and releasing electric energy. In addition, the buoy can realize the shell memory effect on the basis of anti-aging and anti-corrosion, and can realize the shell shape recovery in a short time even if the buoy is impacted, and the buoy has strong sealingproperty, can realize ocean monitoring, and can prevent the detection equipment from being corroded by water vapor. The appearance adopts bionic design, which can achieve better fluidity effect, reduce the impact force of sea water on the buoy, and ensure the structure of the equipment is stable.

Description

technical field [0001] The invention relates to the technical field of marine monitoring, in particular to a marine buoy, in particular to a bionic marine buoy. Background technique [0002] The ocean is the origin of life and contains countless treasures and resources. The rational use and development of the ocean has an important impact on our economic development and social progress. With the continuous development of the marine economy and the strengthening of the awareness of marine land, the state has invested a lot of money to support my country's marine monitoring systems and projects, such as energy conservation and special arrangements, disaster prevention and early warning around the Bohai Sea, etc., requiring the deployment of a large number of marine buoys, and Expand from the coast to the deep sea. [0003] Traditional marine buoys are usually made of steel, glass fiber, rubber and other materials, which have problems such as easy aging, corrosion resistance an...

AI Technical Summary

Problems solved by technology

[0003] Traditional marine buoys are usually made of steel, glass fiber, rubber and other materials, which have problems such as easy aging, non-corrosion resistance and high processing costs, and usually have a service life of only 2 to 3 years

The production process of glass fiber and rubber will not only cause dust pollution and injury to operators, but also produce toxic gas and toxic waste water, causing environmental pollution to air and water.

The above conventional materials will also pollute the ocean after aging

In recent years, new types of plastic marine buoys have been gradually applied to the market. Their super corrosion resistance and long life have been welcomed by the majority of users, but almost all of them are processed with traditional polymer materials, and most of the design structures are clumsy and unsuitable. In the actual application of the ocean, when used for ocean monitoring, many buoys cannot perfectly realize their own power self-sufficiency, which affects the recording and transmission of monitoring data

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