Detection method for electromagnetic radiation via unmanned aerial vehicle (UAV)

Abstract

The invention provides a method for detecting electromagnetic radiation of an unmanned aerial vehicle, which includes the following steps: S1: operate the unmanned aerial vehicle to fly to the horizontal position of the radiation source; S2: remotely control the unmanned aerial vehicle-borne laser range finder to emit laser rays, the rays The terminal will show that a red bright spot is left on the surface of the radiation source to be measured; S3: after determining the distance from the target emission source by the laser range finder, turn on the electric radiation monitor to detect the real-time electromagnetic radiation intensity; S4: turn on the electric The data obtained by the radiation monitor is sent back to the ground display terminal in real time; S5: operate the UAV to fly to other designated positions, repeat steps S1-S4, and monitor the radiation data of other designated positions. The invention realizes the monitoring of electromagnetic radiation by no one, and the monitoring is convenient and the process is safe. The image is acquired by the camera, and the specified position required for measurement can be accurately reached without position deviation.

Description

technical field [0001] The invention relates to the technical field of electromagnetic radiation detection, in particular to a method for detecting electromagnetic radiation of a drone. Background technique [0002] Electromagnetic radiation detectors are mainly used for radiation measurement of electrical appliances, high-voltage lines, base stations, etc. in daily life, which can effectively help people stay away from radiation sources and avoid radiation hazards. [0003] Electromagnetic radiation is one of the causes of leukemia in children, and can induce cancer and accelerate the proliferation of cancer cells in the human body. The hazards of electromagnetic radiation also include affecting people's reproductive system; causing children's intellectual disability; affecting people's cardiovascular system; having adverse effects on people's visual system; in addition, high doses of electromagnetic radiation can also affect and destroy the original biological Electric cu...

AI Technical Summary

Problems solved by technology

[0006] In the actual measurement process, if the traditional manual hand-held measurement method is used for high-body radiation sources: 1. It will pose a threat to the safety of the surveyors themselves: the surveyors may need to climb high-risk buildings such as iron towers; such as radiation sources In the mountains and forests, inspectors need to cross mountains and ridges to reach the destination for inspection. At the same time, unknown wild animals in the mountains also pose great challenges to the safety of inspectors.

2. Affects the efficiency of detection: For the detection of conventional electromagnetic radiation, a large amount of climbing workload not only affects the safety of the detection personnel, but also causes a waste of time and affects the efficiency of the entire detection process

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