Wireless data transmission controlled open-sea culture work ship and culture method

Abstract

The invention discloses a wireless data transmission controlled open-sea culture work ship and a culture method. The open-sea culture work ship comprises an open-sea culture work ship body, a ship end wireless data transmission system is arranged at a ship bow part, a ship body part is divided into a plurality of culture areas by a connecting frame below the ship body part, rectangular frames are arranged in the multiple culture areas, net cages are arranged in the rectangular frames, a ship driving device is arranged at a ship quarter part, the ship end wireless data transmission system comprises gateway equipment, a wireless AP and a wireless AC, and the wireless AP and the wireless AC are connected to the gateway equipment. According to the wireless data transmission controlled open-sea culture work ship and the culture method, the open-sea culture work ship with the ship shipping capacity reaches the open-sea area, after the open-sea culture work ship reaches the appointed open-sea area, open-sea culture operation is carried out through the open-sea culture work ship with the net cage culture capacity, and Internet connection service is provided on the open-sea culture work ship through the ship end wireless data transmission system, a maritime satellite and a shore end wireless data transmission system. The open-sea culture work ship is high in maneuverability, high in anti-interference performance and high in communication capability.

Description

technical field [0001] The invention relates to the field of aquaculture, in particular to a remote sea aquaculture workboat controlled by wireless data transmission and an aquaculture method. Background technique [0002] In recent years, in order to open up new fields of far-sea aquaculture, countries have generally adopted offshore aquaculture platforms in far-sea areas for far-sea aquaculture. The complex conditions in different sea areas have led to many unforeseen risks and technical difficulties in building offshore platform aquaculture methods. With the In the future, the profit prospects of the marine aquaculture industry are optimistic, and new technical requirements are put forward for the manufacture of offshore aquaculture equipment, which requires continuous innovative methods and technologies. Poor stability and lack of intelligent breeding communication and management methods, in particular, it is necessary to combine the professional knowledge of shipbuildin...

AI Technical Summary

Problems solved by technology

[0002] In recent years, in order to open up new fields of far-sea aquaculture, countries have generally adopted offshore aquaculture platforms in far-sea areas for far-sea aquaculture. The complex conditions in different sea areas have led to many unforeseen risks and technical difficulties in building offshore platform aquaculture methods. With the In the future, the profit prospects of the marine aquaculture industry are optimistic, and new technical requirements are put forward for the manufacture of offshore aquaculture equipment, which requires continuous innovative methods and technologies. Poor stability and lack of intelligent aquaculture communication and management methods, it is especially necessary to combine shipbuilding expertise with the marine aquaculture industry to open up new areas of the distant sea aquaculture industry in the future

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