Big data-based animal vaccine antiepidemic information management method

Abstract

The invention discloses a big data-based animal vaccine antiepidemic information management method comprising the following steps: 1, epidemiology management; 2, farmer insurance management; 3, vaccine goods and material information management; 4, vaccine distribution; 6, animal produced-area Quarantine assistance management; 7, died animal and poultry bio-safety disposal management. The big data-based method can upload all information to a cloud end system, so the backstage management personnel can fast make early warning forecast according to the uploaded data and the system automatically analyzed conditions, and can determine the antiepidemic types and scales; related conditions and needed vaccine information can be fast and accurately determined in the antiepidemic process, and timelyuploaded to the cloud end data system; the cloud end system can automatically make statistics and gather data; the cloud end data system can fast compare the vaccine inventory with the uploaded antiepidemic information and vaccine demand information, supplements vaccines according to said information, records the antiepidemic effect and uploads the data to the cloud end data system, thus making vaccine adjustments in a later time.

Description

technical field [0001] The invention relates to animal epidemic prevention management technology, in particular to a method for managing animal vaccine epidemic prevention information based on big data. Background technique [0002] Raised poultry is the main direct source of meat for humans. Therefore, the health and safety of poultry is related to the vital interests of the people. The supervision of epidemic prevention information in the existing animal breeding process is the biggest problem. First, the discovery and reporting process of epidemic prevention is slow. The best timing for treatment is often delayed. Second, there is a lack of extensive data support, which makes it impossible to accurately assess the severity and scale of the epidemic prevention. Third, it is impossible to wait for accurate data immediately after the outbreak of the epidemic, and even if the data is collected It also takes a lot of time to use manual accounting, and the vaccines cannot be pr...

AI Technical Summary

Problems solved by technology

[0002] Raised poultry is the main direct source of meat for humans. Therefore, the health and safety of poultry is related to the vital interests of the people. The supervision of epidemic prevention information in the existing animal breeding process is the biggest problem. First, the discovery and reporting process of epidemic prevention is slow. The best timing for treatment is often delayed. Second, there is a lack of extensive data support, which makes it impossible to accurately assess the severity and scale of the epidemic prevention. Third, it is impossible to wait for accurate data immediately after the outbreak of the epidemic, and even if the data is collected It also takes a lot of time to use manual accounting, and the vaccine cannot be prepared in time, and it is difficult to judge the type and quantity of the vaccine, resulting in insufficient vaccine quantity or too much preparation, resulting in accumulation