Ocean observation submersible

Abstract

The present invention provides an ocean observation submersible. The ocean observation submersible includes a pressure-resistant shell, a gravity center adjusting system, a control system, an oil capsule and a power supply, wherein the pressure-resistant shell is of a hollow structure; the gravity center adjusting system is arranged in the pressure-resistant shell; the control system is arranged in the pressure-resistant shell and is connected with the gravity center adjusting system; the oil capsule is arranged in the pressure-resistant shell and is connected with the gravity center adjustingsystem; and the power supply is arranged in the pressure-resistant shell and is connected with the control system. The ocean observation submersible has the beneficial effects that the submersible can observe the ocean by the modes of profile buoys and underwater gliders separately, the two kinds of working modes can be switched freely, the advantages of the profile buoys and the underwater gliders are combined, the defect that the profile buoys cannot move spontaneously is improved, and the endurance of the underwater gliders is increased; and acoustics and physics are combined for ocean observation, the ocean is observed from multiple angles, and the study of the ocean environment by scientists is facilitated.

Description

technical field [0001] The invention relates to the field of underwater technology, in particular to an ocean observation submersible. Background technique [0002] The ocean observation submersible can switch between the two working modes of profiling buoy and underwater glider. The current profile buoys can only rely on ocean currents to float and cannot move independently. When encountering eddies or strong ocean currents, multiple profile buoys may gather and cannot independently observe corresponding ocean phenomena, which is not conducive to scientists. Comprehensive and effective scientific analysis of corresponding ocean phenomena. The current underwater glider has been widely used in ocean observation systems, but due to the limitation of energy consumption, its endurance is far from that of profiling buoys, and it can operate continuously for about 6 months at most. Most of the time in , most of the data are similar, and continuous observations are not required. ...

AI Technical Summary

Problems solved by technology

The current profile buoys can only rely on ocean currents to float and cannot move independently. When encountering eddies or strong ocean currents, multiple profile buoys may gather and cannot independently observe corresponding ocean phenomena, which is not conducive to scientists. Comprehensive and effective scientific analysis of corresponding ocean phenomena

The current underwater glider has been widely used in ocean observation systems, but due to the limitation of energy consumption, its endurance is far from that of profiling buoys, and it can operate continuously for about 6 months at most. In most of the time, most of the data are similar, and there is no need for continuous observations

[0003] Moreover, due to the limitation of the load energy of the current observation submersible, a single submersible can only carry a single sensor to observe the ocean, and the data returned by it is relatively single, which is not conducive to scientists' comprehensive and accurate analysis of ocean changes.

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