Tour measuring system for aquaculture water of pelagic fishery based on Beidou communication system

Abstract

The invention discloses a tour measuring system for the aquaculture water of pelagic fishery based on a Beidou communication system. The system comprises a main unit buoy system and an underwater touring system. The main unit buoy system includes a buoy main body, an energy storage system disposed in the buoy main body, an energy absorbing system which is used for absorbing solar energy and disposed at an upper portion of the buoy main body, a monitoring platform real-time linkage system disposed at a central portion of the buoy main body, warning columns around the energy absorbing system, camera systems at upper ends of the warning columns, a fixing mechanism which is fixed at the bottom of the buoy main body and is used for fixing with the underwater touring system, and a wireless charging module. The underwater touring system includes an underwater touring device, an energy system and a pumping system which are both placed at the rear of the underwater touring main body, a retractable working arm placed at the middle of the underwater touring main body, a lighting system, an underwater image sensor and a hydrological detection module, wherein the lighting system, the underwaterimage sensor and the hydrological detection module are placed at the front of the underwater touring main body.

Description

technical field [0001] The invention relates to the field of application of the Beidou communication system, in particular to a system for surveying and surveying water bodies for pelagic fishery and aquaculture based on the Beidou communication system. Background technique [0002] As fishermen's fishing intensity gradually increases, the scope of marine pollution continues to expand, and the decline of my country's marine fishery resources is becoming more and more serious. As a supplement to marine fishing, mariculture has developed rapidly in recent years. Committing to the research, development and application of marine ranching has become the strategic choice of major marine countries, and it is also one of the main directions of fishery development in developed countries in the world. This also makes my country pay close attention to and study the construction of marine ranching. [0003] The traditional way of manual cruising is to manually sail out to sea to reach t...

AI Technical Summary

Problems solved by technology

[0005] 1. The traditional manual patrol method cannot obtain the hydrological conditions of the breeding area and the real-time underwater status of the breeding cages in real time

[0006] 2. In bad weather, it is impossible for humans to sail out to sea and approach the breeding area for emergency operations

[0007] 3. The manual patrol method is cumbersome and complicated, and the process takes a long time, resulting in a waste of human resources

[0008] 4. Daily real-time maintenance and precise breeding cannot be guaranteed under large-scale breeding conditions, which will easily cause unnecessary waste

However, our ocean farming needs the sensor system to monitor the hydrological information in real time and the underwater exploration cruiser to carry out frequent return of relevant data, so the existing GPRS communication system is far from meeting the needs of the system for data transmission

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