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Anti-epidemic management method for livestock and poultry raising plot

A management method and technology for livestock and poultry breeding, applied in the field of livestock and poultry breeding communities, can solve problems such as many human interference factors and imperfect epidemic prevention management, achieve accurate evaluation and management of epidemic prevention work, reduce or prevent the spread of the scope, and reduce the cost of epidemic prevention. Effect

Active Publication Date: 2020-04-24
巨星农牧有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the epidemic prevention management in the existing livestock and poultry breeding areas is extremely imperfect, and there are too many human interference factors, making it difficult to expose the problems accurately, comprehensively and in a timely manner

Method used

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  • Anti-epidemic management method for livestock and poultry raising plot
  • Anti-epidemic management method for livestock and poultry raising plot
  • Anti-epidemic management method for livestock and poultry raising plot

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0047] This embodiment is a white-feathered broiler chicken breeding community, and the cages are built in a unified manner, adopting the "all in, all out" mode. The breeding community is composed of 15 farmers, and each household adopts 500 animals, a total of 7,500 animals.

[0048] Before the broilers are put into the cage, the interior of the chicken house is grouped and isolated to form 5 independent areas. Sealed pipelines are laid for each area, and the sewage is led to the sedimentation tank outside the house.

[0049] The epidemic prevention work in each independent area is the responsibility of the farmers in the area. Disinfectants and medicines for epidemic prevention are signed at the centralized storage place, and the cages in the area are fully disinfected every day, and all chickens in the breeding area are fed medicines at the same time.

[0050] After daily disinfection, the managers of the farming community take samples from each sedimentation tank to detec...

Embodiment 2

[0060] This embodiment is a fattening and hog breeding community, which adopts the mode of "all in, all out" in combination with unified planning and partition construction. The breeding community is composed of 8 farmers, and each household adopts 100 animals, a total of 800 animals.

[0061] Each farmer undertakes to breed pigs in different areas, and independently prevents epidemics and discharges sewage. Disinfectants and medicines for epidemic prevention are signed at the centralized storage place, the pens are fully disinfected every day, and the pigs in the pens are fed with drugs at the same time.

[0062] After the daily disinfection, the managers of the breeding area take samples from the sewage discharge points of each district to detect the content of the residual indicator components of the disinfectant in the corresponding area, and compare the data with the corresponding threshold to check whether the amount of disinfectant in each district is appropriate.

[0...

Embodiment 3

[0072] The difference between it and Example 2 is that the detection of the type and quantity of microorganisms is also added at the same time as the detection of the content of the indicator components of the disinfectant or drug residues on the sewage.

[0073] By comparing the detection data of the type and quantity of microorganisms with the data in the database, the health status of the pigs in the breeding area and the corresponding adjustment coefficient of the amount of disinfectants or medicines can be obtained. After the adjustment coefficient is used, the amount of disinfectants or medicines used in each area of ​​the community is evaluated, which can guide the follow-up disinfection and medicine feeding and other epidemic prevention work.

[0074] The detection of the type and quantity of microorganisms can also prompt the risk of epidemic diseases in time, so as to guide the usage of medicines.

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Abstract

The invention provides an anti-epidemic management method for a livestock and poultry raising plot. Data related to anti-epidemic management carried out by all culturists in the livestock and poultryraising plot is collected and processed, meanwhile, significance testing is carried out on the data between the culturists and mutual testing is performed on the data related to anti-epidemic management carried out by a single culturist so as to determine the reliability of the data, and the collected data and pre-stored standard data are compared so as to objectively and scientifically evaluate the anti-epidemic affair of each culturist. By implementing the method, the disturbance of a human factor on the anti-epidemic management affair can be avoided, and the anti-epidemic problems present in the livestock and poultry raising plot can be accurately and comprehensively exposed in time, and thus, improvement of the ability of controlling the anti-epidemic risk of a livestock and poultry epidemic disease in the plot is facilitated, the condition of a livestock and poultry raising environment is optimized, and health conditions of livestock and poultry are stabilized, and the edible safety of final products is guaranteed.

Description

technical field [0001] The invention relates to epidemic prevention management in the technical field of livestock and poultry breeding management, and is especially suitable for livestock and poultry breeding communities operated in an "all in, all out" mode. Background technique [0002] At the beginning of the 20th century, my country began to promote livestock and poultry breeding communities to replace the traditional free-range farming model in order to transition to large-scale farming. At present, the "unified planning", "unified construction", "unified epidemic prevention", "unified pollution control", "unified production" and "unified sales" in the management of livestock and poultry breeding communities are based on "unified" The core principle of collective action is difficult to implement due to the multi-farm model in the livestock and poultry breeding area and personnel ideology. As a result, it not only affects the breeding benefits of existing livestock and...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01K1/00
CPCA01K1/00
Inventor 唐春祥
Owner 巨星农牧有限公司
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