Real-time transmission ocean power parameter buoy system

Abstract

The invention provides a real-time transmission ocean power parameter buoy system. A lower end of a communication buoy is hung with a coupling transmission cable, and the upper end of the coupling transmission cable is provided with a sensing coupling data receiving ring, the lower end is provided with a sensing coupling data sender, and the middle part is provided with a warm depth measuring instrument and a warm salt depth measuring instrument; the lower end of the coupling transmission cable is hung with an acoustics Doppler flow velocity section plotter and an acoustics Doppler flow velocity section plotter cell silo through a buckle; a data conversion circuit of the acoustics Doppler flow velocity section plotter is connected with the sensing coupling data sender through a watertight feed line; the lower end of the acoustics Doppler flow velocity section plotter is connected with a float ball, and the lower end of the float ball is provided with a rotating ring; the rotating ring is connected with an acoustics releaser; the acoustics releaser is connected with a steel cable and a sinking block through a hoisting ring. By using the sensing coupling technology, the real-time transmission ocean power parameter buoy system transmits data with the sensor, and data is uploaded to a shore through a sea network; thus the real-time uploading and treatment can be realized.

Description

technical field [0001] The invention designs a marine environment monitoring device, specifically a device capable of collecting, storing and real-time wireless transmission of marine dynamics at different depths. Background technique [0002] The marine environment is complex and changeable. Mastering marine environmental parameters and their changing laws is of great significance for the study of marine economy and marine science and technology. As the main carrier of underwater information, the propagation of sound waves in the ocean is closely coupled with the marine dynamic process. Factors such as seawater temperature, pressure, salinity and flow velocity affect the propagation speed of sound waves in water. Changes cause changes in the speed of sound. It is of great significance to improve the detection capability of underwater acoustic equipment by realizing the synchronous observation of the environmental sound field and dynamic environment in the marine area and m...

AI Technical Summary

Problems solved by technology

However, the traditional buoy system has a simple structure, a single working depth, and high watertightness requirements. A sensor or interface failure will cause the entire link to collapse. Self-contained storage can only process data after recovery, and cannot monitor in real time

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