Marine Hydrographic Monitoring Buoy Reset Auxiliary Device

Abstract

The invention relates to the technical field of marine wave energy power generation buoys, in particular to a reset auxiliary device for marine hydrological monitoring buoys. The reset auxiliary device of the marine hydrological monitoring buoy includes a water storage buoy tube, a floating disc, an arc-shaped buoy plate, a wave blocking component and a submersible pump, a water storage buoy tube, and a floating disc installed at the bottom of the water storage buoy tube, and an arc-shaped buoy The plate is rotated and installed on the floating plate through the linkage parts. The floating plate is equipped with a rotary trigger that uses the water in the water storage buoy tube to drive the arc-shaped floating plate to extend out of the floating plate. Fixed installation on the floating plate. In the marine hydrological monitoring buoy reset auxiliary device provided by the present invention, the water storage buoy cylinder can control the buoyancy of the buoy automatically through water intake and drainage on the one hand, and on the other hand, the water storage buoy cylinder enters and exits the water so that the arc-shaped floating plate can be stretched and retracted In this way, the buoyancy can be flexibly adjusted so that the wave energy generation equipment can receive the best waves in different Haixun time periods.

Description

Marine Hydrological Monitoring Buoy Reset Auxiliary Device technical field The present invention relates to the technical field of ocean wave energy power generation buoys, in particular to a kind of ocean hydrology monitoring buoy reset assisting equipments. Background technique [0002] The shortage of fossil fuels and concerns about environmental impact have forced society to seek alternative energy sources with less environmental impact, such as renewable and sustainable energy. Therefore, many maritime countries are interested in marine energy, especially wave energy. to be in Harnessing wave energy prior to development requires reliable quantification of wave energy potential. [0003] In recent years, China has carried out various marine energy research. Among them, the development and utilization of wave energy is the most concerned by the society. , while the wave field in the coastal areas of Zhejiang, Fujian, Zhejiang and Fujian (the key area OE‑W2) has b...

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Problems solved by technology

[0004] In order to identify the spatial range of resource abundance based on wave energy, the availability of wave energy resources is analyzed. The standard of potential wave energy resources is to only consider a certain range of wave energy. Too small wave energy is not enough to support continuous power generation, while too much Wave energy will damage the equipment and cannot be used for power generation. Therefore, buoys on the sea surface are necessary to limit equipment that utilizes wave energy to generate electricity. At present, ordinary buoys are easily pulled into the water due to fixed anchors when the water level changes greatly. Under the circumstances, the equipment that uses wave energy to generate electricity cannot generate electricity, and at the same time, it is easy to be damaged by the impact in the case of waves

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