TWM611598U - Poultry Feeding System - Google Patents

Abstract

This creation provides a poultry breeding system with a good environment for breeding poultry. The container area and the outdoor area have at least one container. The scope of the outdoor area is defined by guardrails. The left and right sides of the container in the container area are provided with a gate on each side. A negative pressure fan can be additionally installed on the door of the. The other corresponding sides without a gate are provided with windows with different heights. The inside of the container has a bottom plate and a nest box, and the bottom of the container has a groove. The temperature regulating device, one end of the duct is connected to the container, and the other end of the duct extends into the pond, lake or underground and then extends to the fan. The deep water or underground temperature is used to adjust the temperature in the container and supply fresh air.

Description

Poultry Feeding System

This creation is about a poultry breeding system, especially including a container area, an outdoor area, and a temperature control device. The containers in the container area have windows with different heights and have specific placement directions.

As the population grows, the demand for food sources also grows, and most people around the world must rely on pigs, chickens, and eggs as food sources. However, the most direct impact on the quality of pigs, chickens, and eggs comes from chickens. The growth environment of the body and its physical and mental health, so the configuration of pigs and chicken coops is very important.

In traditional chicken coops, most of the cages are divided into compartments, and then the chickens are raised independently in a cage that cannot move freely. The cage is supplied with chicken feed on one side and has a drain channel for guiding eggs at the bottom. Although it can effectively guide the collection of eggs, the main disadvantage is that the chickens cannot move freely and cannot get enough exercise.

Therefore, it has a considerable impact on the physical fitness of the chicken, and the line of sight of the chicken is almost in direct contact with the outside world (only through the cage), the chicken is prone to fear and pressure, and it also has a considerable psychological state of the chicken. Therefore, traditional chicken coops have the disadvantage of making chickens unhealthy in their physical and mental state.

The so-called container house (chicken) house is aimed at using the spacious container space of the container truck to be discarded, and transforming the space into a space for raising young livestock, poultry and livestock, and providing a growing environment. .

At present, general containers cannot be used to raise chickens, and they are closed. Therefore, the inside of the container is a closed space, which creates a stuffy and unventilated state inside the container. In addition, the food and water provided during the breeding are mixed, which is extremely It is easy to cause internal dampness and messiness and lack of odor. Therefore, the air circulation and ventilation required for the interior of the container house will be one of the important factors for maintaining a clean, cool, and hygienic indoor breeding environment.

The technical problem solved by this creation improves the traditional poultry breeding environment, and provides a comfortable and suitable temperature and humidity breeding system for poultry growth and in line with humanity and air circulation.

In order to solve the above technical problems, this creative poultry breeding system includes a container area and an outdoor area. The container area has at least one container. The outdoor area can surround the entire container area. Each container in the container area has an outdoor area or multiple container areas. The containers share an outdoor area, and the number of container areas and outdoor areas is not limited.

Among them, the scope of the outdoor area is defined by the guardrail, that is, the shape of the outdoor area enclosed by the guardrail is not limited.

Preferably, the shape of the outdoor area is rectangular.

There are gates on the left and right sides of the containers in the container area. The gates are not closed, and have the form of grids or holes, which are used to circulate the container and prevent the invasion of wild birds. When the gate is closed, the bottom of the gate is connected to the container. There is a gap at the bottom, and a negative pressure fan can be installed on the door of the gate to enhance air convection.

The other corresponding sides of the container without a gate are provided with windows with different heights. The position of the window on one side is lower than the position of the window on the other side, that is, the window on one side is in the lower half. The window on the other side is in the upper half.

The side with the lower window opening faces the south, while the side with the higher window opening faces the north.

It should be noted that the doors and windows of the container can be opened and closed.

The inside of the container has a bottom plate and a nest box, and the bottom of the container has a groove. The bottom plate is erected above the bottom groove. There is a space between the bottom plate and the groove to keep the excrement dry. The nest box is set in the container. On the wall with the lower window position, the bottom surface inside the nest box is an inclined surface.

This creative poultry breeding system further includes a temperature regulating device, which includes a duct and a fan. One end of the duct is connected to the container, and the other end of the duct extends into the pond, lake, dam or underground, and then extends to connect with the fan, using deep water. Or natural wind of underground temperature to adjust the temperature in the container and provide fresh air.

The following describes the implementation of the present invention in more detail with illustrations and component symbols, so that those who are familiar with the art can implement it after studying this manual.

Please refer to Figure 1 for an exemplary example of this creative poultry breeding system. The first thing to note is that the exemplary example shown in Figure 1 only has one container, but it is not limited. In fact, the container area can contain one or more containers. That is, at least one container.

The poultry breeding system shown in Figure 1 is mainly divided into container 1 in the container area and outdoor area 2. The container 1 in the container area is closely adjacent to the outdoor area 2, and the range of the outdoor area 2 is defined by the guardrail 21, which is enclosed by the guardrail 21. Exit the space of outdoor area 2 and at the same time be close to the container 1 of the container area to prevent poultry from running out of the breeding space from the junction.

The shape of the outdoor area 2 enclosed by the guardrail 21 is not limited. The rectangular space of the outdoor area 2 in FIG. 1 is only one of them.

Furthermore, there are gates 11 on the left and right sides of the container 1. The gates 11 are not closed, but in the form of grids or holes, etc., to allow the container 1 to circulate air. The more detailed point is that when the gates 11 are closed There is a gap between the bottom of the gate 11 and the bottom of the container 1, and at least one negative pressure fan 12 can be additionally installed on the gate 11. The negative pressure fan 12 can be arranged on the gate 11 on the corresponding two sides to strengthen the air of the container 1. Circulation.

The left and right sides of the above-mentioned container 1 are provided with gates 11, and the corresponding two sides are respectively provided with openings 13a and 13b. The position of the opening 13a is lower than that of the opening 13b. To be more precise, the opening The window 13a is located in the lower half of the container 1, and the window 13b is located in the upper half of the container 1.

The container 1 of this creation is based on the design of the height of the openings 13a and 13b, and has a specific placement. The side of the container 1 with the window 13a is preferably facing the south, and relatively speaking, the side with the window 13b It faces the north, because the northeast monsoon is blowing in Taiwan in winter, and the north wind is relatively cold, which is not good for the poultry growth environment. In order to prevent the north wind from blowing directly on the poultry but at the same time to ventilate the container 1, the windows facing the north are installed in the higher container 1. Locally, on the contrary, Taiwan has a southwest monsoon in summer, and the southerly wind is warmer, which is more suitable for poultry. Therefore, the windows facing the south are installed in the lower part of the container 1.

Specifically, the gate 11 and the windows 13a and 13b of the container 1 can be opened and closed. When the gate 11 or the window 13a is open, the poultry can freely move between the container 1 in the container area and the outdoor area 2 Activity, because the container 1 may be elevated when it is set up, so there is a certain height with the ground, and the poultry can enter the container 1 through the ladder 4.

Next, referring to Figure 2, it can be seen from the container 1 shown in Figure 2 that the bottom of the container 1 has a strip-shaped groove 14, and the strip-shaped groove 14 extends from one end of the container 1 to the other end, more precisely Extending from one side with the gate 11 to the opposite side, a bottom plate 15 is erected above the groove 14 at the bottom of the container 1, and the bottom plate 15 covers the entire container 1.

Furthermore, the bottom plate 15 is composed of a plurality of cells with holes or grids, and there is a space between the bottom plate 15 and the groove 14 at the bottom of the container 1. In addition, the bottom plate 15 has a plurality of holes for poultry The excrement falls into the bottom groove 14 instead of accumulating on the bottom plate 15, so that the ground where the poultry moves can be kept clean and tidy.

Furthermore, the environment for poultry breeding is very important, especially the temperature. The climate in Taiwan sometimes has a large temperature difference throughout the day, or the temperature difference between summer and winter. Generally, the traditional way is to turn on air-conditioning or air-conditioning when the temperature is high. Cool down, turn on the heating when the temperature is low, or use a curtain-type chicken house (pig house) to maintain the comfort of the poultry living environment.

The creative poultry breeding system further includes a temperature regulating device 3. Please refer to Fig. 3 for the temperature regulating device 3. The temperature regulating device 3 includes a duct 31 and a fan 32. The duct 31 in Fig. 3 is U-shaped, but its shape is not limited. .

One end of the duct 31 of the temperature regulating device 3 is connected to the container 1, and the other end extends to ponds, lakes, or dams, or extends into the ground, and then extends to the fan 32. Figure 3 shows that the duct 31 extends into the water. As an example, the temperature in ponds, lakes, dams, etc. and in the ground tends to be stable for many years, and will not be affected by the sun and rain on the ground, which will cause large fluctuations in temperature. A relatively comfortable temperature is conducive to the poultry breeding environment. , And can supply fresh air in the container 1.

When the temperature in the container 1 is too high or too low, the fan 32 starts to blow the wind of the water or underground temperature in the duct 31 to the container 1, thereby adjusting the temperature in the container 1. The traditional poultry breeding environment mostly uses a water curtain type. There may be a problem of excessively high environmental humidity. The creative temperature adjustment device 3 adopts deep water or natural wind at the bottom of the ground to adjust it, which can avoid such problems.

Next, please refer to Figures 4 and 5 for the internal structure of the container 1. Figure 4 shows the nest box 16. The nest box 16 is installed on the inner wall of the container 1 on the side of the window 13a. The shape of the nest box 16 There are no restrictions on the number and quantity. However, it should be noted that the bottom surface of the nest box 16 is inclined. When the poultry finishes laying eggs in the nest box 16, the eggs will automatically gather due to the inclined bottom surface, which is convenient for future feeding. The clerk fetches the eggs.

The interior of the container 1 can be more detailed through Figure 5. The exemplary example shown in Figure 5 is from one of the gates 11 of the container 1 to the other gate 11, the left side has an opening 13b, and the right side has an opening 13a, that is, the left side It is north or north, and the right side is south or south. Two negative pressure fans 12 are installed on the gate 11, and a nest box 16 is installed above the opening 13a on the right side of the container 1.

Furthermore, the inner bottom plate 15 of the container 1 can be assembled into a sloping plate, which is erected between the nest box 16 and the bottom surface of the container 1 for poultry to go up and down (in and out) the nest box 16 freely.

In addition, the container 1 is a refrigerated container with stainless steel inside, which is different from the iron or aluminum inside of ordinary containers, which can avoid problems such as rust or bacteria growth due to long-term use.

The effect of this creation is that the refrigerated container combines gates, negative pressure fans, windows with low south and high north, outdoor stocking and temperature adjustment devices to form a breeding system that is friendly to the growing environment of poultry, humanely raised, and sustainable.

The above are only used to explain the preferred embodiments of this creation, and are not intended to impose any formal restrictions on this creation. Therefore, any modification or change related to this creation is made under the same creative spirit. , Should still be included in the scope of this creative intention protection.

1: container 11: Gate 12: Negative pressure fan 13a, 13b: open window 14: Groove 15: bottom plate 16: Nest Box 2: Outdoor area 21: Guardrail 3: Thermostat 31: Catheter 32: Fan 4: ladder

Figure 1 shows a schematic diagram of this creative poultry feeding system; Figure 2 shows a schematic diagram of the bottom of the container of this creative poultry feeding system; Figure 3 shows a schematic diagram of the temperature adjustment device of the poultry breeding system of the present invention; Figure 4 shows a schematic diagram of the nest box of the creative poultry breeding system; and Figure 5 shows a schematic diagram of the inside of the container of this creative poultry feeding system.

1: container

11: Gate

12: Negative pressure fan

13a, 13b: open window

2: Outdoor area

21: Guardrail

4: ladder

Claims (9)

A poultry rearing system used to raise a large number of poultry, including: A container area, the container area includes at least one container, the left and right sides of the container are provided with a gate, the gate is equipped with at least one negative pressure fan, the other two sides of the container are provided with a window, the container The bottom has a groove, and the bottom is framed with a bottom plate, and there is a space between the bottom plate and the bottom; and An outdoor area, the outdoor area is adjacent to the container area, and a plurality of guardrails are arranged around the outdoor area, Wherein, the poultry breeding system has a temperature regulating device, which is connected with the container in the container area through a conduit. Such as the poultry breeding system of claim 1, wherein the window on one side of the container is located in the lower half of the container, the window on the other side is located in the upper half of the container, and the window in the container The side with the window in the lower half faces south, and the side with the window on the upper half faces north. For example, the poultry breeding system of claim 1, wherein the bottom of the gate and the bottom of the container have a gap. For example, the poultry breeding system of claim 1, wherein the gate is in the form of holes or grids. For example, the poultry breeding system of claim 1, wherein the bottom plate is composed of a plurality of units with holes or grids. For example, the poultry breeding system of claim 1, wherein the gates and the openings are openable and closable, and when the gates or the openings are open, the poultry can pass through the gates or the openings. The window enters and exits the container and the outdoor area. For example, the poultry breeding system of claim 1, wherein the temperature adjusting device further includes a fan, and one end of the duct is connected to the container, and the other end of the duct extends into the pond, lake, shovel, or underground. To connect with the fan. For example, the poultry breeding system of claim 1, wherein the container further includes a nest box, the nest box is installed on the wall where the window is located in the lower half, and the bottom surface inside the nest box is inclined surface. Such as the poultry breeding system of claim 1, wherein the container is a refrigerated container with stainless steel inside.

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