Automatic regulating and controlling type sheepfold

Abstract

The invention discloses an automatic regulating and controlling type sheepfold which comprises a sheepfold body. The top end of the sheepfold body is provided with a combination roof, and the outer side of the sheepfold body is provided with a plantation field. A multifunctional greenhouse assembly is arranged above the plantation field. The outer side of the plantation field is provided with a water storage pool. One end of the sheepfold body and one end of the plantation field are provided with a tool house and a guarding house, and gables are arranged between the sheepfold body and the guarding room and between the plantation field and the tool house. A controller is arranged in the guarding room. According to the automatic regulating and controlling type sheepfold, the roof and peripheral facility structures and matched functions are changed, deposition of waste gas in the sheepfold is avoided, rainwater can be collected and utilized, discharge of waste water and cost of breeding are reduced, meanwhile, lighting and ventilating conditions of the sheepfold are improved. The sheepfold can be naturally regulated and controlled to be warm in winter and cool in summer, the microclimate of the sheepfold is improved, the workload of manual operation is reduced, and healthy growth of sheep is better guaranteed.

Description

technical field [0001] The invention relates to a livestock pen, in particular to an automatic control type pen used for raising sheep. Background technique [0002] Raising sheep in pens is an inevitable development trend of ecological protection and large-scale breeding. Most of the sheep-raising pens in southern my country are high-bed pens, and the northern sheep-raising pens have gradually changed from ground pens to high-bed pens. However, the current pen structure and supporting technology design are not scientific, and there are main problems: one is pens The structure is unreasonable, the air is not smooth, the lighting is poor, and the heat insulation is poor; the second is unscientific feeding, the difference in artificial feeding is large, and the fully mixed diet technology has not been developed; the third is poor pollution control, dry and wet separation and rain The sewage diversion is unreasonable, and the breeding environment is poor; the fourth is that the ...

AI Technical Summary

Problems solved by technology

Most of the sheep-raising pens in southern my country are high-bed pens, and the northern sheep-raising pens have gradually changed from ground pens to high-bed pens. However, the current pen structure and supporting technology design are not scientific, and there are main problems: one is pens The structure is unreasonable, the air is not smooth, the lighting is poor, and the heat insulation is poor; the second is unscientific feeding, the difference in artificial feeding is large, and the fully mixed diet technology has not been developed; the third is poor pollution control, dry and wet separation and rain The sewage diversion is unreasonable, and the breeding environment is poor; the fourth is that the facility functions are poor, and there is a lack of systematic and scientific methods in terms of environmental facilities, standardized design, monitoring and management, etc.

[0003] In order to overcome the above problems, a goat cold-proof high-bed enclosure was invented (application number: 200820062514.X), and a series of problems emerged during its implementation: first, the herringbone roof makes the air concentrate on the top It is not easy to discharge, and there is always exhaust gas in the room, which greatly affects the breeding environment and is not conducive to the health of sheep; secondly, when it rains, the roof cannot recycle natural rainwater, which not only wastes precious water resources, but also increases the discharge of wastewater Thirdly, the semi-partition wall is still not completely transparent, and the lighting and ventilation conditions are still not ideal; in addition, the degree of automation is too low, and most operations need manual control and adjustment, and staff mistakes can easily lead to many irreparable damages. The occurrence of accidents is not conducive to the normal and healthy breeding of sheep and livestock

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