Heat-insulating ventilated brooding chamber

Abstract

The invention provides a heat-insulating ventilated brooding chamber. The problem of contradiction between the heat-insulating effect and air quality in the prior art can be solved, the practical situation during brooding is considered, and heat supply is uniform and mild. A heating furnace of the brooding chamber adheres to one side wall in the house, a fuel inlet of the heating furnace is arranged outside the wall of a corresponding position and penetrates the wall to be communicated with the inside of the heating furnace, and a combustion exhaust gas pipe is led out of the heating furnace and penetrates the wall from the inside of the house to be led out of the house. An air supply mechanism is also arranged outside the wall, a fresh air pipe penetrates the wall and enters the heating furnace to be heated and then is led out of the heating furnace, the input end of the fresh air pipe is connected with the air supply mechanism, and the output end of the fresh air pipe is connected with a plurality of warm air pipes. The warm air pipes are arranged below an excrement receiving plate of a brooding cage, and the pipe walls of the warm air pipes are provided with a plurality of through holes to make heated fresh air to enter the brooding chamber.

Description

technical field [0001] The invention relates to an internal structure of a brooding room. Background technique [0002] Good brooding facilities are an indispensable and important basis for improving the survival rate of poultry and ensuring the healthy growth and development of poultry. Heat preservation is the core of brooding technology and the key to the survival rate. The temperature in the brooding room should be kept balanced to prevent temperature fluctuations. High and low, the temperature is too high, the water in the poultry body will lose quickly, the growth and development will be slow, and the temperature will be too low. If the temperature is too low, it will sing, and it will pile up and squeeze, and even cause pullorum or respiratory diseases and cause death. The air circulation in the room is not good, and the concentration of ammonia gas is too high, which will directly affect the growth and development of poultry and seedlings, and can induce the occurren...

AI Technical Summary

Problems solved by technology

[0004] 1. Charcoal stove fuel affects indoor air quality

Some charcoal stoves are in the same room with poultry and seedlings, and the combustion continues to consume oxygen, resulting in the growth of poultry and seedlings often in a low-oxygen environment, which is extremely prone to carbon monoxide poisoning

Moreover, when fuel is added to the charcoal stove and dust is removed, the smoke and dust generated can easily pollute the air in the brooding house. If the chicks grow in this environment for a long time, it is easy to cause low resistance and uneven development. , low uniformity, low late egg production rate, etc.

[0005] 2. Uneven heating

If a simple furnace body heat dissipation method is adopted, the farther away from the furnace body, the lower the temperature; if the charcoal furnace flue heating method is adopted, it is usually considered to arrange the flue in the upper part of the house (above the brooding cage) before introducing To the outdoors, the heat generated by the heat dissipation of the flue is difficult to flow downward, and the actual effect of heating the poultry seedlings is not good.

[0006] 3. There is a contradiction between heat preservation and ventilation

If the window is opened for a long time to ventilate, it will affect the heat preservation effect; but if the window is not opened frequently, the poultry feces will accumulate, the ventilation in the room will not be smooth, and the air will deteriorate, which will not only induce poultry disease, but also seriously affect the health of the management personnel. healthy

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