Unmanned water quality monitoring ship

Abstract

A unmanned water quality monitoring ship comprises a hull and an equipment compartment which is arranged on the hull and is used for placing water quality monitoring equipment. The ship is characterized in that the two sides of the hull are provided with wing floating bodies for increasing hull stability and seaworthiness; the wing floating bodies include ship wings horizontally arranged on the two sides of the hull and a support floating body which is vertically arranged at the one side bottom of the ship wings away from the hull towards a water surface direction; the bottom of the ship wingsis provided with a water quality detecting device for collecting and detecting a monitored water source; a control system, a power supply and power system, a wireless communication system, and a remote monitoring system are arranged in the equipment compartment; the control system is connected to the water quality detecting device, the power supply and power system, the wireless communication system, and the remote monitoring system through a communication interface; and the control system is used to receive the data and the operational information of the water quality detecting device, the power supply and power system, the wireless communication system, and the remote monitoring system and send a control command.

Description

technical field [0001] The invention relates to the field of water quality monitoring equipment, in particular to an unmanned water quality monitoring ship. Background technique [0002] The problem of water pollution seriously affects people's production and living safety. Comprehensive, accurate and real-time monitoring of the water quality of lakes and rivers is of great significance for water environment governance and water quality security. At present, many water bodies are polluted to varying degrees, and the phenomenon of water body odor and eutrophication is relatively serious. Among the many causes of water pollution, it is very important that the number and coverage of the current water quality monitoring system are seriously insufficient. The reason , that is, the existing water quality monitoring system needs to build many fixed monitoring points, resulting in high cost. Therefore, the concept of using mobile monitoring points to carry out mobile monitoring was...

AI Technical Summary

Problems solved by technology

However, the existing surface unmanned ships have low stability and seaworthiness, a single function, and poor endurance and communication capabilities, which cannot meet the serious shortage of water quality monitoring quantity and coverage.

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