An elastic-loose mooring performance on-site monitoring system suitable for deep-sea buoys

Abstract

The invention discloses an on-the-spot monitoring system for mooring system performance suitable for deep-sea buoys with elastic loose type, specifically relates to the field of deep-sea monitoring, and includes a central processing module, and the output ends of the central processing module are respectively connected with an information display module and an information storage module. , an auxiliary recovery module and a drive module, the input terminals of the central processing module are respectively connected with a power supply module, a monitoring module, a calibration module and a positioning module. In the present invention, by setting up the auxiliary recovery module, the airbags are arranged at multiple node positions on the mooring system, and the booster pump in the booster unit is used to transport the external air to the inside of the floating ball unit through the pipeline unit, so that the shrinkable airbags The bulge floats upwards, thereby directly floating the mooring system in sections, which greatly facilitates people's recycling, reduces the workload in the recycling process, and has high practicability.

Description

technical field [0001] The invention relates to the technical field of deep-sea monitoring, more specifically, the invention relates to an elastic-loose mooring performance on-site monitoring system suitable for deep-sea buoys. Background technique [0002] Ocean buoy is a modern ocean observation facility, which floats on the sea and is anchored at a designated location to collect marine environmental data, and can realize automatic collection, automatic labeling and automatic transmission of data. It is a modern Ocean observation facility. It has all-weather, all-day stable and reliable ability to collect marine environmental data, and can realize automatic collection, automatic labeling and automatic transmission of data. Ocean buoys, together with satellites, aircraft, survey ships, submersibles and acoustic detection equipment, constitute the main monitoring system of the modern marine environment. [0003] The ocean buoy is divided into two parts: above water and und...

AI Technical Summary

Problems solved by technology

However, because ocean buoys are far away from land, it is inconvenient to change batteries. Now many ocean buoys are equipped with solar energy storage devices, and some also use wave energy to store electricity, which greatly reduces the number of battery replacements and makes ocean buoys more convenient and economical.

[0004] However, when the above-mentioned technical solutions are actually used, there are still many shortcomings. When the entire mooring system monitors the deep sea, because there are more monitoring equipment to be installed inside the mooring system, the whole is more complicated, and the complex structure is greatly increased. Reduced the difficulty of mooring deployment and recovery

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