Animal health monitoring method and device

Abstract

The embodiment of the invention discloses an animal health monitoring method and device. The animal health monitoring method comprises acquiring data collected by collecting units arranged on specificbody parts of an animal, wherein the collecting units comprise at least one of a sound collecting unit, a smell collecting unit and liquid collecting unit; according to the data collected by the collecting units, generating vital sign information of the animal, which comprises at least one from excretion information, sound state information, smell state information and secretion state information; searching for health information matched with at least one of the excretion information, the sound state information, the smell state information and the secretion state information from a preset mapping table. The animal health monitoring method saves field inspection by a breeder, avoids cross infection between the breeder and the animal and saves labor cost.

Description

technical field [0001] The invention relates to the technical field of data processing, in particular to an animal health state monitoring method and an animal health state monitoring device. Background technique [0002] In the breeding process of animals, the infectious diseases of animals spread quickly, have high morbidity and mortality, are difficult to cure and cause great harm, especially zoonotic infectious diseases that threaten the safety of people's lives. For example, in the breeding process of cattle, infectious diseases of cattle can easily threaten the life safety of cattle and people. [0003] In the prior art, animal disease monitoring mainly has the following two methods: [0004] 1. Manual on-site inspection. Experienced breeders conduct on-site inspections, and judge whether the animal is sick and the type of disease corresponding to the symptoms based on personal knowledge reserves. However, there are the following disadvantages: breeders have differe...

AI Technical Summary

Problems solved by technology

However, there are the following disadvantages: breeders have different standards for diagnosing animal diseases, and have higher standards for breeders; too much contact between breeders and animals will increase the probability of cross-infection; in addition, breeders need more labor costs

However, there are the following disadvantages: Every time a new batch of young animals is imported, RFID electronic identification needs to be re-injected into the body, which cannot be reused; during the growth of animals, the breeder needs to continuously enter data, and after a new batch of animals, they have to continue This part of the data entry work, which does not actually reduce the workload of the breeder

In addition, what the computer system can do is to trace back the past breeding process after the problem is exposed, it cannot directly give the type of animal disease, let alone monitor the animal population in real time

[0006] In short, the current animal disease monitoring methods cannot simply and accurately monitor the health status of animals

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