Marine subsurface buoy system device based on multi-element measurement

Abstract

The invention discloses a marine subsurface buoy system device based on multi-element measurement. The device comprises a metal frame body, and further comprises a main control circuit device mountedon the metal frame body and an information acquisition device mounted below the main control circuit device; a power control device is arranged at the upper part of the metal frame body, and the powercontrol device is provided with a speed reducing motor, a speed reducing motor main control board and a power supply; a buoyancy device is arranged in the middle of the metal frame body; the main control circuit is provided with a control device, an ARDUINO chip device and a GPS receiver device; the buoyancy device comprises a floating and sinking cylinder which is embedded in the metal frame body and can be used for adjusting floating and sinking, and the lower part of the floating and sinking cylinder is connected with the bottom of the device through a transparent rubber conduit; and the information acquisition device is provided with a depth sensor, a temperature sensor, a pH acquisition device, a salinity detection device, a turbidity detection device and a conductivity acquisition device. Buoyancy can be adjusted autonomously, so that the same device reaches a stable state at different depths, and subsequent data acquisition and measurement are carried out.

Description

technical field [0001] The invention relates to technologies such as submersible markers, GPS, POS, 5G transmission, etc., and in particular to a miniaturized self-submersible detection, underwater self-submersible detection sealed cabin technology and circuit integration design technology. Background technique [0002] The 21st century is the century of the ocean. The ocean is a huge treasure trove of resources, rich in mineral energy. To truly develop and utilize the ocean, it is necessary to conduct in-depth research and investigation on the ocean, especially to measure and analyze the elements of the ocean. [0003] my country has a long coastline and a vast ocean territory, which has unique advantages. However, due to the complexity and diversity of the marine environment, it is difficult for my country to monitor and manage marine elements in a stable and orderly manner. For traditional marine monitoring methods, there are often a series of shortcomings and defects su...

AI Technical Summary

Problems solved by technology

[0006] The purpose of the present invention is to solve the problems and disadvantages of insufficient measurement data of the existing submerged buoy system, and provide a multi-element measurement submersible buoy system oriented to offshore environmental monitoring and protection, which can effectively collect multiple ocean element data at different depths , analyze and sort out a large amount of data information obtained, so as to solve the needs of people's production and life for ocean monitoring

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