Mobile deep sea cultivation monitoring system

Abstract

The invention discloses a mobile deep sea cultivation monitoring system. The mobile deep sea cultivation monitoring system comprises a main control circuit terminal, an underwater acoustic communication module, a remote main monitoring center terminal, a remoter 3G mobile phone monitoring terminal, an underwater wireless sensor network positioning module and an underwater mobile monitoring terminal. According to the mobile deep sea cultivation monitoring system, the characteristics of an underwater vehicle are adopted, mobile dynamic monitoring of environmental parameters can be achieved, and the defect that fixed point monitoring in a fixed point area can only be achieved in a traditional mode is overcome. The mobile deep sea cultivation monitoring system not only can achieve environmental parameter monitoring in a seawater upper surface but also can achieve environmental parameter monitoring in a deep sea area of a cultivation area through an underwater mobile monitoring platform. The 3G communication technology and the UWSN technology are combined, and the data transmission problem between a seaborne remote monitoring terminal and the underwater mobile monitoring platform is solved. An automatic way-finding function of the underwater vehicle uses the positioning function of a UWSN, and the underwater mobile monitoring platform can be accurately positioned.

Description

technical field [0001] The invention relates to a fishery breeding monitoring system, in particular to a mobile deep-sea farming monitoring system based on 3G communication and UWSN technology. Background technique [0002] my country is a large ocean country with a very vast ocean area and a long coastline, which is extremely suitable for the development of deep-sea cage culture technology. Deep-sea aquaculture in foreign countries started earlier, with advanced technology and a complete production management system. Deep-sea aquaculture is also developing in the direction of intensification, scale and industrialization. Since the water quality parameters of deep-sea aquaculture waters directly affect the survival of marine organisms, the diversity and variability of the marine environment have brought difficulties to deep-sea aquaculture technology. Therefore, the monitoring of deep-sea aquaculture environmental parameters has become an urgent research topic. . Due to th...

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Problems solved by technology

The cage remote monitoring system proposed in the patent document "CN102866678A" only involves the environmental monitoring of the fixed-point area of ​​the marine aquaculture area, and cannot realize the mobile dynamic monitoring of the environment in the aquaculture area, and only realizes the environmental parameters of the upper surface area of ​​the seawater Monitoring, unable to monitor the environment in deep sea areas

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