Detection system and detection method of electromagnetic exposure dose of unrestrained animal

Abstract

The invention discloses a detection system and a detection method of an electromagnetic exposure dose of an unrestrained animal. An animal feeding device filled with an experiment animal is put in an electromagnetic irradiation system; the electromagnetic irradiation system provides an electromagnetic field required for an experiment so as to carry out electromagnetic irradiation on the unrestrained animal exposed in the electromagnetic field; through a video collection system, a video image of the unrestrained animal exposed in the electromagnetic field is collected; a data processing system utilizes video identifying and processing software to carry out tracking and identifying processing on the video image, which is collected by the video collection system, of the unrestrained animal so as to obtain the posture position information of the unrestrained animal; and the data processing system utilizes electromagnetic simulation software to calculate the electromagnetic exposure doses of various posture positions of the unrestrained animal. A video identifying and tracking technology is combined with an electromagnetic simulation method for measuring the electromagnetic field of a moving object so as to be simple in operation, the normal life of the unrestrained animal is slightly disturbed, the electromagnetic exposure dose when multiple experiment animals are in the presence can be accurately measured, and the detection system can work for a long time.

Description

technical field [0001] The invention relates to a detection system and method for electromagnetic exposure dose of freely moving animals. Background technique [0002] With the wide application of electromagnetic wave technology in the field of mobile communication, the living environment is full of electromagnetic fields. With the continuous innovation of technology, the frequency of electromagnetic waves is gradually increasing, and the time and intensity of human beings actively or passively exposed to electromagnetic fields are also increasing. The potential harm brought about has also aroused people's attention. So far, many research institutions around the world have conducted a lot of research on the biological effects of mobile phone radio frequency electromagnetic fields. Whether it is an epidemiological investigation or an animal experiment, different laboratories in many countries often get different or even opposite results, such as low-frequency electric fields...

AI Technical Summary

Problems solved by technology

[0004] Due to the lack of long-term free animal exposure dose data, most of the domestic electromagnetic exposure research is based on a certain moment or short-term exposure dose, or even space field as the basis to guide long-term experimental research, which will bring uncertainty to experimental quantitative research.

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