Intelligent monitoring detection system with positioning or cruising function on water

Abstract

The invention relates to an intelligent monitoring detection system capable of overwater positioning or cruise. The system comprises a close shell body, wherein the shell body is provided with at least two pieces of balanced rudders; the inside or the surface of the shell body is inlaid with a solar energy daylighting panel to provide power supply for a storage battery; the inside of the shell body is provided with the storage battery and a central processing unit (CPU) connected with the storage battery through a circuit; the shell body under the storage battery is provided with a weight counterbalance device inside; moreover, the shell body is provided with a signal transmitting and receiving antenna connected with the CPU through a circuit, a propulsion device connected with the storage battery through a circuit and a water body or air quality information acquisition device connected with the CPU through a circuit. The intelligent monitoring detection system can monitor a marsh center which is not easy for human to enter to carry out environmental monitoring and overall monitoring of animals such as water fowl, and can also realize real-time monitoring of variations of water quality, aquatic animals and aquatic plants of untraversed lakes and oceans, thereby greatly improving environmental protection work and military modernization in China.

Description

technical field [0001] The invention relates to a water body monitoring and detection system, especially a system that can be used for short-term or long-term video monitoring, meteorological monitoring, water quality monitoring, sonar analysis, or water surface animal and plant monitoring of lakes, rivers, reservoirs, wetlands, swamps, oceans, etc. An intelligent monitoring and detection system capable of positioning or cruising on water. Background technique [0002] According to China Geography, there are 3,415 lakes in my country, of which 656 are larger than 10 square kilometers, covering an area of ​​85,255 square kilometers; my country's wetlands rank first in Asia, with 384,800 square kilometers; my country's wetlands are rich in biodiversity. There are as many as 271 species of waterfowl alone, and it is a key area for the protection of rare and endangered waterfowl in the world; my country has an ocean area of ​​2,997,000 square kilometers, and the monitoring of the...

AI Technical Summary

Problems solved by technology

[0003] Existing water quality environmental monitoring is limited to artificially extracting water samples, extracting water samples near the shore, and driving ships to the sampling site to take samples. For the center of the wetland, it is basically impossible to carry out environmental monitoring and comprehensive monitoring of waterfowl and other animals because it is difficult for humans to enter. Monitoring, for inaccessible lakes and oceans, it is impossible to monitor changes in water quality, water surface animals, and aquatic plants in real time

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