Disinfection channel for livestock farm

Abstract

The invention provides a disinfection channel for a livestock farm. The disinfection channel comprises an atomizing pump, an infrared inductor, a first drug mist pipeline, a first drug mist spray head, a second drug mist spray head, a second drug mist pipeline, a third drug mist spray head, a fourth drug mist spray head, a fifth drug mist spray head, a third drug mist pipeline and a sixth drug mist spray head. The sixth drug mist spray head is arranged at the lower end of the atomizing pump. The first drug mist pipeline is mounted at the lower end of the atomizing pump. The first drug mist spray head is assembled at the right end of the middle of the first drug mist pipeline. The second drug mist spray head is mounted at the right end of the bottom of the first drug mist pipeline. The lower end of the atomizing pump is connected with the third drug mist pipeline. The fifth drug mist spray head is arranged at the left end of the middle of the third drug mist pipeline. The fourth drug mist spray head is mounted at the left end of the bottom of the drug mist pipeline. The lower end of the third drug mist pipeline is connected with the second drug mist pipeline. The upper end of the middle of the second drug mist pipeline is connected with the third drug mist spray head. The left end of the second drug mist pipeline is connected with the first drug mist pipeline. The infrared inductor is mounted on the sixth drug mist spray head. The disinfection channel is convenient to use, automatic in disinfection and good in disinfection effect, and drug liquid is prevented from going bad or precipitating.

Description

technical field [0001] The invention relates to a disinfection channel for breeding farms, which belongs to the field of farming equipment. Background technique [0002] In the field of breeding, most of the people who enter the farm need to be disinfected. Doing a good job of disinfection can effectively block the way of disease transmission and prevent the spread of the disease. Therefore, disinfection in the farm is the top priority in the work. Heavy, most of the existing disinfection is manual hand washing, or manual disinfection with a sprayer. However, this disinfection method is not only cumbersome and complicated to operate, but also has poor disinfection effect, low efficiency, and incomplete disinfection. Because of manual disinfection during disinfection, it cannot Determine the amount of liquid medicine used. When the liquid medicine remains, there will be precipitation in the liquid medicine after a long time, and the effect of the liquid medicine will be reduc...

AI Technical Summary

Problems solved by technology

[0002] In the field of breeding, most of the people who enter the farm need to be disinfected. Doing a good job of disinfection can effectively block the way of disease transmission and prevent the spread of the disease. Therefore, disinfection in the farm is the top priority in the work. Heavy, most of the existing disinfection is manual hand washing, or manual disinfection with a sprayer. However, this disinfection method is not only cumbersome and complicated to operate, but also has poor disinfection effect, low efficiency, and incomplete disinfection. Because of manual disinfection during disinfection, it cannot Determine the amount of liquid medicine used. When the liquid medicine remains, after a long time, there will be precipitation in the liquid medicine, and the effect of the medicine liquid will be reduced or deteriorated.

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