Double-ball type wave velocity and wavelength remote sensing device

Abstract

The invention provides a double-ball type wave velocity and wavelength remote sensing device. The double-ball type wave velocity and wavelength remote sensing device comprises a main ball, an auxiliary ball, an interconnection barrel, side wings, a tail wing, a temperature sensor, an angle sensor, a Hall sensor, a hydraulic pump, a water turbine, a micro-generator, a storage battery, a circuit board, a tubular antenna and the like, wherein the main ball, the interconnection barrel, the auxiliary ball, the tail wing and the side wings constitute a main device body; the hydraulic pump, the water turbine, the micro-generator and the storage battery constitute a power supply mechanism. The device can measure wave velocity and wavelength and can further measure wave height, wave inclination, shallow water temperature, near sea surface air temperature, marine vortex parameters and the like, and all sea parameters can be remotely sensed through radio transmission. The device has the advantages of simple structure, low cost and long service life and is easy to operate, environment-friendly, convenient and practicable, the popularization is facilitated, self-sufficiency of a power supply is realized, and the device is applicable to marine engineering, marine construction, marine scientific investigation and the like.

Description

technical field [0001] The invention relates to a wave parameter measuring instrument, in particular to a wave velocity and wavelength remote sensing device, which belongs to the field of ocean dynamic parameter measuring instruments. Background technique [0002] In marine engineering, marine construction and marine scientific research, it is often necessary to measure marine parameters, such as seawater temperature, ocean depth, wave height, wave wavelength and vortex swirl, etc. At present, there are many measurement methods and devices in this regard, such as the float method , GPS positioning method, satellite photography method, laser detection method and X-band radar method or the like, each has its advantages and disadvantages in conception, and the performance of the instrument has its own advantages and disadvantages. Most of the methods and devices in the above-mentioned methods are complicated in structure, expensive in cost, and difficult to popularize. Content...

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Problems solved by technology

[0002] In marine engineering, marine construction and marine scientific research, it is often necessary to measure marine parameters, such as seawater temperature, ocean depth, wave height, wave wavelength and vortex swirl, etc. At present, there are many measurement methods and devices in this regard, such as the float method , GPS positioning method, satellite photography method, laser detection method and X-band radar method, etc., each has its own advantages and disadvantages, and the performance of each instrument has its own advantages and disadvantages. Most of the methods and devices in the above methods are complex in structure, expensive in cost, and difficult to popularize

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