Three-dimensional environment monitoring system

Abstract

The invention belongs to the technical field of environment monitoring, and discloses a three-dimensional environment monitoring system which comprises an airspace monitoring system, an underway monitoring system and a water area monitoring system, the airspace monitoring system and the water area monitoring system each comprise an unmanned aerial vehicle, and the underway monitoring system comprises an underway vehicle. An air quality monitoring unit, a meteorological parameter detection unit and a wireless transmission unit are carried on each of the unmanned aerial vehicle and the traveling vehicle, the water area monitoring system further comprises a lifting mechanism carried on the unmanned aerial vehicle, a water quality sampler is installed at the output end of the lifting mechanism, an analysis hanging bin is installed on the water quality sampler, the analysis hanging bin is provided with a water sample collection unit, a water sample analysis unit, a GPS positioning unit and a sampling probe, the wireless transmission unit is wirelessly connected with a ground data center, the three sets of systems obtain environment monitoring data, pollution events in an environment monitoring area can be found in time, and data support is provided for appointing an environment pollution treatment scheme.

Description

Technical field [0001] The present invention belongs to the field of environmental monitoring, and specific to a three-dimensional stereo environmental monitoring system. Background technique [0002] With the development and progress of science and technology, people's requirements for things can be used in good old thinking, and they have become quite delicate and demand, only to constantly improve or innovate, produce new forms to improve product added value. In order to survive at the high market competition. In recent years, with the development of modern industries, the increasing industrial wastewater has caused great impact to aquatic ecosystem; the impact of human activities, more and more water resources are more serious, and the water resources are severely polluted, with China The water resources environment and the safety of drinking water quality have gradually become one of the means of evaluating water quality pollution, and it is also an increasingly wide applica...

AI Technical Summary

Problems solved by technology

In recent years, with the development of modern industry, the increasing amount of industrial wastewater has caused a great impact on the aquatic ecosystem; affected by human activities, the pollution of water resources has become more and more serious. Nearly half of the water resources have been seriously polluted. With China Water resource environment and drinking water quality safety are becoming more and more important. Water quality biotoxicity analysis has gradually become one of the means of evaluating water quality pollution. Especially when dealing with emergencies, conventional analysis methods require complex and expensive instruments for a long time, and the analysis items are single, which cannot provide fast, accurate and reliable analysis reports for emergencies. In pollution control work, it is usually necessary to pass pollution sources Sampling is used to accurately analyze the status quo of the treatment area to formulate a reasonable treatment plan. During the treatment process, real-time monitoring and analysis of the environmental situation is required to ensure the correctness and effectiveness of the treatment measures. Complex polluted environments, such as odors, rivers, etc. Lakes, complex terrain, and high-altitude operations often bring great difficulties and risks to data collection, analysis, and monitoring. For traditional water monitoring, if water samples are taken far from the shore of rivers and lakes, it usually takes a small When the ship arrives at the water intake position, the efficiency is low, the wind direction is strong, and the cost is high

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