Monitoring device based on animal epidemic situation propagation analysis

Abstract

The invention discloses a monitoring device based on animal epidemic situation propagation analysis. The monitoring device comprises a photovoltaic panel, a main rod, a shell, a sample disc and an insertion bottom foot. The shell and a stabilizing frame are fixedly installed outside the main rod from top to bottom, and the insertion bottom foot is fixedly installed at the bottom end of the main rod; a driving motor, a built-in storage battery and an electric plate are fixedly installed in the shell, a GPS positioning module and a single-chip microcomputer are fixedly installed on the electricplate, and one end of a rotating shaft installed at the output end of the driving motor penetrates through and extends out of the shell to be fixedly provided with an installation base. According to the invention, the sample disc and the sampling spoon are matched outside; a plurality of sample grooves are formed in the sample disc, some hair and excrement samples of different animals can be stored in each sample groove, and after the animals are observed to leave, monitoring personnel can monitor the staying and habitat points of the animals, collect the hair and excrement samples of the animals and place the hair and excrement samples into the different sample grooves for subsequent detection to judge whether the animals are infected with viruses or not.

Description

technical field [0001] The invention belongs to the field of animal epidemic spread analysis, in particular to a monitoring device based on animal epidemic spread analysis. Background technique [0002] Animal epidemics refer to the sudden occurrence and rapid spread of highly pathogenic avian influenza and other animal diseases with high morbidity or mortality, which pose serious threats and harm to the production safety of the breeding industry, and may cause harm to public health and life safety. , including particularly serious animal epidemics. It is generally divided into Class I zoonotic diseases, Class II zoonotic diseases and Class III zoonotic diseases. [0003] Nowadays, the analysis of the spread of animal epidemics is only limited to the monitoring and analysis of some farmed animals. After the virus is detected, the animals can be treated quickly to eliminate the epidemic to a certain extent and avoid the spread of the epidemic in farmed animals. , to avoid t...

AI Technical Summary

Problems solved by technology

[0003] Nowadays, the analysis of the spread of animal epidemics is only limited to the monitoring and analysis of some farmed animals. After the virus is detected, the animals can be treated quickly to eliminate the epidemic to a certain extent and avoid the spread of the epidemic in farmed animals. , to avoid the death of a large number of animals, and also to ensure the overall safety of breeding, but for wild animals in the wild, there is no monitoring device to monitor the spread of wild animal epidemics, and a monitoring device is needed to prevent the spread of animal epidemics. to monitor

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