A surface self-powered multi-parameter collection buoy

Abstract

The invention relates to a multi-parameter collection buoy self-powered along with wave flow on the surface layer and belongs to the field of ocean data buoys. The multi-parameter collection buoy self-powered along with wave flow on the surface layer comprises a base; a main telescopic rod interior device vertically and upwards protrudes out from the base; the top of the main telescopic rod interior device is fixedly connected with a floating ball and further connected with the head portion of a fish-shaped multi-cavity floating body through a connection rod; and the bottom of the fish-shaped multi-cavity floating body is connected with the main telescopic rod interior device through an auxiliary telescopic rod interior device. Through the special structural design, the functions of water level self-adaption, tide level rise and fall self-adaption, self-guided wave flow and the like can be achieved, power is supplied to a sensor on the buoy in the mode of combination of solar energy and wave flow energy according to the circumstances, and endurance of power supply of a common storage battery can be achieved.

Description

technical field [0001] The invention relates to the field of marine data buoys, in particular to a multi-parameter collection buoy with surface self-power supply following waves. Background technique [0002] Buoy is a modern observation technology, which has the ability to collect environmental data stably and reliably around the clock, and can automatically collect, automatically mark and automatically send the data. Together with satellites, aircraft, survey ships, submersibles and acoustic detection equipment, buoys constitute the main monitoring system of the modern marine environment. Applying buoy technology to inland rivers, lakes, and river mouths, equipped with necessary sensors, can realize real-time transmission of water quality parameters, avoiding the disadvantages of long-term manual labor and long data collection intervals, and through the unification of electronic data, it can realize Features such as long-term retention of data. The ocean environment is u...

AI Technical Summary

Problems solved by technology

[0005] The object of the present invention is to solve the above problems, to provide a self-powered multi-parameter collection buoy with the surface layer following the waves, which overcomes the problems of frequent battery power supply replacement of the existing buoys and the damage to the life of the buoy caused by the buoy being oscillated by the wave force, and avoids problems caused by The replacement of the battery not only delays the transmission of ocean data, but also causes defects such as high buoy maintenance costs

Images