An ammonia-removing environment-friendly animal husbandry house and a farm based on the house

Abstract

The invention relates to an ammonia-removing environment-friendly livestock breeding house and a breeding farm based on the breeding house, comprising a captive house and a manure layer below the captive house, the captive house is provided with a unit bar, and each unit bar There is a culture bed for manure leakage; a manure falling layer is provided under the culture bed, and a first inclined manure slope and a second inclined manure board are arranged under the culture bed, and the upper ends of the first inclined manure slope and the second inclined manure board are fixed Below the breeding bed, the inner end of the first inclined manure slope and the inner end of the second inclined manure plate are spaced apart from each other to form a funnel-shaped opening; a manure collecting tank is provided under the first inclined manure slope and the second inclined manure plate. The outer wall of the layer is provided with an ammonia discharge channel, and the outer wall of the captive house is provided with an ammonia-dissipating pipe that matches the ammonia discharge port; the ammonia-removing environment-friendly captive house of the present invention can effectively solve the problem of excrement accumulation in the captive house , Mosquitoes and flies breed, and ammonia is difficult to rule out the problems that affect the health of livestock.

Description

technical field [0001] The invention relates to the technical field of animal husbandry, in particular to an ammonia-removing environment-friendly animal husbandry house and a farm based on the house. Background technique [0002] At present, the large-scale breeding of animal husbandry is widely promoted and applied nationwide, but the infrastructure in the process of animal husbandry is not perfect, especially the lack of effective manure collection devices, manure treatment devices and ammonia gas discharge devices in the breeding houses. At present, common breeding houses such as floor-type breeding houses, high-bed feeding houses with roller shutters, semi-stilted floor-style feeding houses, and fermentation bed-type feeding houses, etc., not only have simple structures, difficult collection and separation of feces and urine, and breeding of mosquitoes and flies. , low degree of mechanization, and there are often unresolvable contradictions between keeping warm in the b...

AI Technical Summary

Problems solved by technology

At present, common breeding houses such as floor-type breeding houses, high-bed feeding houses with roller shutters, semi-stilted floor-style feeding houses, and fermentation bed-type feeding houses, etc., not only have simple structures, difficult collection and separation of feces and urine, and breeding of mosquitoes and flies. , low degree of mechanization, and there are often unsolvable contradictions between keeping warm in the breeding house and discharging ammonia

Due to the accumulation of feces in the breeding house and the lack of air circulation, various harmful gases such as ammonia will be produced, which are difficult to disperse. The scattered and accumulated feces and urine will cause a large number of mosquitoes and flies to breed in an open environment, which will not only seriously affect the normal work and rest of animals. interference, and it is easier to spread bacteria and bring diseases, which is not conducive to the healthy growth of animals in the house

[0003] To sum up, the infrastructure of the existing breeding houses is relatively simple, it is difficult to effectively collect and separate the feces in the breeding houses, the unreasonable disposal of manure pollutes the environment, the breeding of mosquitoes and flies, and the degree of mechanization is low; the ammonia gas in the houses is difficult to be removed in time and easily cause the generation of epidemic diseases; therefore it is necessary to provide a new type of breeding house that can solve the above problems

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