Offshore deepwater aquaculture system with wireless charging monitoring function

Abstract

The invention discloses an offshore deepwater aquaculture system with a wireless charging monitoring function. The system comprises a floating platform and an aquaculture net cage, an underwater camera and a wireless charging module receiving end are in electrical connection and arranged in the aquaculture net cage, and a wireless charging module transmitting end is arranged on the floating platform. Power supply of the wireless charging module receiving end is controlled by the wireless charging module transmitting end, video data of the underwater camera is realized by wireless communicationbetween the wireless charging module receiving end and the wireless charging module transmitting end through a WIFI network bridge, and the wireless charging module transmitting end is connected witha shore-based monitoring center to transmit the video data of the underwater camera. The system has advantages that problems of equipment power supply of the shore-based net cage and back transmission of net cage equipment data to a shore system can be solved, influences of wire arrangement are avoided, the underwater video data can be transmitted to the monitoring center in real time, and application in severe marine environments can be realized.

Description

technical field [0001] The invention relates to an off-shore deep-water aquaculture system, in particular to an off-shore deep-water aquaculture system with a wireless charging monitoring function. Background technique [0002] my country's mariculture is mainly land-based and near-shallow sea aquaculture. The depth of the shallow sea areas used for aquaculture is all within 15 meters. These sea areas are also areas where land-based pollution is most concentrated. At the same time, due to economic and social development and people's higher requirements for the living environment, the space that can provide mariculture has been severely squeezed, and problems such as excessive mariculture density, frequent disease and environmental degradation have become increasingly prominent. In order to realize the sustainable development of my country's shallow sea aquaculture industry in the new era and reduce the impact of aquaculture on the near-shore sea area, it is urgent to expand ...

AI Technical Summary

Problems solved by technology

[0009] The technical problem to be solved by the present invention is to provide an offshore deep-water aquaculture system with a wireless charging monitoring function, which can solve the problem that the shore base supplies power to the equipment on the net cage and the data of the equipment on the net cage is transmitted back to the shore base, and is no longer affected by wiring. The influence of underwater video data can be transmitted to the monitoring center in real time, and it can meet the application in harsh marine environments

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