Temperature adjustable pig house

Abstract

Provided is a temperature adjustable pig house. The temperature adjustable pig house comprises a pig house body, the pig house body comprises a roof, four-side walls and a base plate, one end of the four-side walls is connected to the roof, the other end is connected to the base plate, the base plate is arranged inside the ground, a control device, a temperature-and-humidity detection device and a spraying device are further arranged on the roof, and the spraying device and the temperature-humidity detection device are connected to the control device respectively, the temperature-humidity detection device comprises a temperature sensor and a humidity sensor which are connected to the control device respectively. The design of the control device and the temperature-and-humidity detection device achieves automatic control of the pig house.

Description

technical field [0001] The invention relates to the field of animal husbandry, in particular to a temperature-adjustable pig house. Background technique [0002] The breeding industry is a very popular industry in the real society. The existing poultry are generally raised in captivity. Taking pigs as an example, for a modern pig farm, there will be many pigs in each pig house, and many pigs gather together. Together, a lot of heat will be generated, coupled with the environmental problems of the pig house, it will seriously affect the life of the pigs, and in the process of pig breeding, due to the large temperature difference inside the pig house in winter or summer, it is not conducive to pigs The usual humidity control and cooling work is done by manual sprinkling, which requires a lot of manpower, and the efficiency is low and the effect is limited. In the cold winter, it is often simple to seal the pig house to prevent the cold air from entering, but in this way This ...

AI Technical Summary

Problems solved by technology

[0002] The breeding industry is a very popular industry in the real society. The existing poultry are generally raised in captivity. Taking pigs as an example, for a modern pig farm, there will be many pigs in each pig house, and many pigs gather together. Together, a lot of heat will be generated, coupled with the environmental problems of the pig house, it will seriously affect the life of the pigs, and in the process of pig breeding, due to the large temperature difference inside the pig house in winter or summer, it is not conducive to pigs The usual humidity control and cooling work is done by manual sprinkling, which requires a lot of manpower, and the efficiency is low and the effect is limited. In the cold winter, it is often simple to seal the pig house to prevent the cold air from entering, but in this way The practice will lead to poor air circulation and affect the healthy growth of pigs, and now raising pigs will consume a lot of manpower and material resources, thus increasing the cost of breeding

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