Fermentation bed hog house

Abstract

The invention belongs to the technical field of livestock breeding devices, and particularly relates to a fermentation bed hog house which is characterized in that a fence unit and a corridor are arranged in a hog house greenhouse, a steel pipe fence is arranged on the side, close to the fence unit, of the corridor, the fence unit is provided with a plurality of small hog fences in the length direction of the steel pipe fence, and a hog herd driving and collecting system is arranged in each small hog fence; a plurality of small pigsty doors are arranged on the steel pipe fence, each small pigsty is internally provided with an ingestion area and an excretion area, the ingestion areas are adjacent to the steel pipe fence, an air energy constant-temperature floor is laid on the ground, every two adjacent ingestion areas are separated through a partition plate, each excretion area is provided with a fermentation bed, and the fermentation tanks in each fence unit are arranged in a through mode. The swinery driving and collecting system is used for driving and collecting swinery in each small pigsty to the ingestion area, and a corridor opening and a padding turning and throwing opening are formed in the end of the hog house greenhouse. According to the device, mechanical turning and throwing of padding of the fermentation bed are facilitated, accurate feeding management is facilitated, the epidemic disease spreading risk is reduced, and reduction of consumption of water resources and electric energy is facilitated.

Description

technical field [0001] The invention belongs to the technical field of livestock breeding devices, and particularly relates to a fermentation bed pig house. Background technique [0002] Fermentation bed pig breeding is a non-emission and non-polluting ecological breeding mode, which has many advantages such as environmental protection and sanitation, no sewage, no odor, energy saving and grain saving, animal comfort and health, and excellent meat quality. Large-scale pig farming has achieved very good results. However, the fermentation bedding of the fermentation bed needs to be turned over frequently so that the feces can be effectively processed into harmless organic matter through fermentation. No side, there will be a "dead bed" phenomenon, resulting in a poor environment in the house. With the improvement of the scale level of the pig industry, in order to reduce labor costs, it is necessary to use mechanical flipping to meet production needs. At present, there is no...

AI Technical Summary

Problems solved by technology

[0004] 1. Small pen pens are convenient for precise feeding and management, but it is not convenient for mechanized turning and throwing of bedding materials. The management of fermentation beds is labor-intensive and time-consuming, which increases operating costs

[0005] 2. Large pens are convenient for mechanized turning and throwing of bedding materials, but it is not convenient for precise feeding and management. At the same time, under the raging epidemics such as African swine fever, there is a risk of disease transmission in large group breeding

[0006] 3. Fermented mattress materials produce a lot of heat energy through fermentation. For pigs, the temperature in winter is relatively comfortable, but it is hot in summer. It is necessary to set up a wet curtain fan system to cool down, which will consume a lot of water resources and electricity.

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