Intelligent environment-friendly monitoring system and method for unmanned aerial vehicle

Abstract

The invention discloses an intelligent environment-friendly monitoring system and method for an unmanned aerial vehicle, relates to a system and a method for environment-friendly monitoring through the unmanned aerial vehicle, and is to provide an intelligent environment-friendly monitoring system and method for an unmanned aerial vehicle capable of obtaining large-range data. The intelligent environment-friendly monitoring system comprises an inspection unmanned aerial vehicle, a hand-held terminal and an information monitoring center, the inspection unmanned aerial vehicle is used for loading various air quality monitoring sensors, flies to a specified position according to a set route to monitor the air quality, and is provided with a flight control system, a camera, a differential GPS,a data transmission module and a gas sensor, the hand-held terminal performs data analysis and fusion on the real-time concentration value of the gas detection device on the basis of acquiring flightpath planning and aircraft flight attitude data, and transmits synchronous data back to the information monitoring center, and the information monitoring center comprises an authority management module, a real-time data display module and a historical data query module.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicles, in particular to a system and method for environmental monitoring using unmanned aerial vehicles. Background technique [0002] In recent years, the air quality in some areas has often experienced a sharp decline, and smoggy weather has occurred from time to time. In order to predict or analyze adverse weather conditions in advance, the staff need to continuously monitor the air quality. [0003] Existing monitoring equipment usually adopts the method of ground fixed coordinate monitoring, that is, setting up a ground station, installing monitoring devices and sensors in the ground station, and reading the collected data in the ground station regularly or irregularly. This traditional data collection method is very effective, but because the sensor is fixed in the ground station, its mobility is greatly limited. When the location to be measured is not built with a ground station...

AI Technical Summary

Problems solved by technology

This traditional data collection method is very effective, but because the sensor is fixed in the ground station, its mobility is greatly limited. When the location to be measured is not built with a ground station, the data cannot be obtained; on the other hand, the ground The location of the station leads to the air quality data close to the ground, but the air quality data above the ground cannot be obtained. Generally speaking, the way of collecting data has certain limitations.