KR20220134128A - Chicken raising system - Google Patents

Abstract

The present invention relates to a poultry farm system. The poultry farm system comprises: a poultry farm forming a space in which chickens live inside; and a support module forming a space on which the chickens board inside the poultry farm and forming a living environment for mealworm therein. The mealworm moves inside the support module and the poultry farm through a hole formed in the support module and ingests chicken manure generated from the chicken. Accordingly, quality eggs and meat can be obtained by raising the mealworm, which can be food for chickens, in a living space of chickens to improve activity of the chickens. Moreover, contamination of a surrounding environment can be prevented by converting the chicken manure into protein organic compost while reducing the chicken manure.

Description

poultry system {CHICKEN RAISING SYSTEM}

The present invention relates to poultry systems, and more particularly to poultry systems for raising flocks of chickens.

In general, a poultry system means a space for feeding and raising chickens with various necessary facilities. These poultry systems allow chickens to grow in flocks rather than as individuals in an enclosed space to streamline the management of chickens and protect them from natural weather.

The prior art for the conventional poultry system has already been disclosed by the Republic of Korea Patent Publication No. 2019-0083704 (Poultry farm sterilization and insecticidal device, 2018.01.05.). The disclosed invention is a technology for raising a flock of chickens inside a poultry farm.

However, the conventional poultry system has a problem in that it is difficult to obtain high-quality eggs and meat because the activity of the chickens is reduced according to the oil of the flock of chickens in an enclosed space. In addition, as a flock of chickens was raised in an enclosed space, there was a problem that it was difficult to work because a bad smell was generated inside the poultry farm due to chicken manure, etc. In addition, it is difficult to treat chicken manure, causing a problem of polluting the surrounding environment.

Republic of Korea Patent Publication No. 2019-0083704 (Poultry farm sterilization and insecticidal device, 2018.01.05.)

It is an object of the present invention to provide a poultry system that improves the activity of chickens so that the chickens can grow more healthily.

Another object of the present invention is to provide a poultry system that produces compost in an eco-friendly manner through a poultry system and reduces the odor of a chicken breeding space.

Another object of the present invention is to provide a poultry system that reduces the chicken manure through mealworms, removes moisture, which is a weakness of chickens, and forms protein organic compost.

The poultry system according to the present invention includes a poultry farm that forms a space in which chickens live, and a support module that forms a space in which the chicken rides inside the poultry farm, and forms a living environment of mealworms therein, moves inside the support module and the poultry farm through a hole formed in the support module and consumes chicken manure generated from the chicken.

The internal temperature of the poultry house may be adjusted to the growth temperature of the chicken, and the temperature of the chicken manure may be maintained at the growth temperature of the mealworm.

The chicken manure may be maintained at a temperature higher than the temperature of the poultry farm.

The internal temperature of the chicken house is maintained at 21 ~ 30 ℃, the temperature of the chicken manure can be maintained at 24 ~ 35 ℃ by maintaining the temperature of the chicken farm as the growth temperature of the chicken.

The poultry system may further include a boarding module disposed on the side of the support module to support the chicken to move to the upper part of the support module, and the boarding module may have a hole through which the mealworm can enter and exit.

The size of the hole formed in the support module and the boarding module may be larger than the mealworm and smaller than the chicken's head.

The poultry farm may include a plurality of windows formed on both side walls and an exhaust fan disposed in front or rear of the poultry house to guide air flow inside the poultry house in one direction.

The poultry system may include a provision unit for guiding the chicken to the upper portion of the support module by providing at least one of food and water to the chicken at an upper portion of the support module.

The internal humidity of the poultry farm may be maintained as the mealworm ingests the chicken manure.

The poultry system according to the present invention can obtain high-quality eggs and meat by improving the activity of chickens according to oil together with mealworms, which can be feed for chickens, in the living space of chickens. It has the effect of preventing pollution of the surrounding environment.

The technical effects of the present invention as described above are not limited to the above-mentioned effects, and other technical effects not mentioned will be clearly understood by those skilled in the art from the following description.

1 is a perspective view schematically showing a poultry farm of a poultry system according to this embodiment;
2 is a conceptual diagram schematically showing a poultry farm of a poultry system according to this embodiment;
3 is a view showing the activity of chickens and mealworms in the poultry system according to the present embodiment.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the present embodiment is not limited to the embodiment disclosed below, but may be implemented in various forms with each other, and only this embodiment allows the disclosure of the present invention to be complete, and the scope of the invention to those of ordinary skill in the art It is provided for complete disclosure. The shapes of elements in the drawings may be exaggerated for more clear explanation, and elements indicated by the same reference numerals in the drawings mean the same elements.

1 is a perspective view schematically showing a poultry farm of a poultry system according to this embodiment, and FIG. 2 is a conceptual diagram schematically illustrating a poultry farm of a poultry system according to this embodiment. 3 is a view showing the activity of chickens and mealworms in the poultry system according to the present embodiment.

1 to 3 , the poultry system 1000 according to the present embodiment includes a poultry farm 100 .

The poultry farm 100 forms a growing space in which a flock of chickens 10 live. The poultry farm 100 provides an environment in which the chicken 10 can be easily managed, and the chicken 10 is protected from natural weather. Such a poultry farm 100 may be provided in the form of a tunnel.

In addition, a plurality of windows 100a that can be opened and closed are provided on the left and right side walls of the poultry farm 100 . Here, the plurality of windows 100a are provided so that the lower area is axially connected to the side wall of the poultry farm 100 to be able to open and close. At this time, the plurality of windows 100a are provided to be opened and closed automatically or manually.

And an exhaust fan 100b may be provided at the front or rear of the poultry farm 100 . The exhaust fan 100b allows the air inside the poultry farm 100 to be discharged to the outside. In the operation of the exhaust fan 100b, a plurality of windows 100a may be opened, so that the contaminated air inside the poultry farm 100 is guided in one direction through the exhaust fan 100b. Accordingly, it is possible to quickly and smoothly discharge the contaminated air inside the poultry farm 100 .

In addition, in the case of operating the exhaust fan 100b disposed in the front or rear in a state in which the plurality of windows 100a are opened, the chicken farm 100 is a flock of chickens ( 10) and the sensible temperature of the operator can be lowered.

On the other hand, the inside of the poultry farm 100 is coated with sand or rice nest, forming a space in which the flock of chickens 10 can live safely and freely.

And a plurality of light sources 110 are disposed inside the poultry farm 100 . The light source 110 may be disposed above the poultry farm 100 to provide light into the poultry farm 100 . At this time, the plurality of light sources 110 are spaced apart in the longitudinal direction of the poultry farm 100 so that light is smoothly provided to the entire area of the poultry farm 100 .

And a support module 120 is formed inside the poultry farm 100 . The support module 120 may be provided long in the longitudinal direction in the central region inside the poultry farm 100 . The support module 120 can form an area where the chickens 10 of the flock can be located when resting or sleeping, and can also form a spawning space for the hens. This support module 120 is provided in the shape of a fan, and may be provided in an approximately arcuate shape. In addition, a boarding module 121 that supports the chicken 10 to smoothly move upwards of the support module 120 may be provided in the outer side of the support module 120 .

A plurality of holes are formed in the support module 120 and the boarding module 121, so that when the chicken 10 located at the top or moving is excreted, the excrement does not accumulate on the top and can be discharged downward through the hole. . The support module 120 and the boarding module 121 are provided in a structure that can be moved and assembled to enable cleaning of the lower part. To this end, the support module 120 and the boarding module 121 may be made of a light yet strong material. However, this is for describing the support module 120 and the boarding module 121 according to the present embodiment, and the shapes, materials, and functions of the support module 120 and the boarding module 121 are not limited.

And inside the poultry farm 100, a provision unit for providing moisture and feed to the flock of chickens 10 may be provided. For example, a support frame extending in the width direction may be formed in the upper region of the poultry farm 100 . These support frames are spaced apart in the longitudinal direction of the poultry farm 100 .

In addition, the moisture providing unit 130 may be provided on the upper side of the support module 120 .

The water supply unit 130 is provided to include a tube extending from the frame toward the support module 120 so that the water provided from the water tank disposed inside or outside the poultry farm 100 is delivered to the chickens 10 of the herd. can do. Accordingly, the chicken 10 living inside the poultry farm 100 can move to the upper part of the support module 120 to replenish moisture, and the chicken's momentum naturally increases.

In addition, the feed providing unit 140 may be provided on the upper side of the support module 120 .

Here, the feed providing unit 140 may be provided outside the moisture providing unit 130 . The feed providing unit 140 is equipped with a feeder on a wire extending from the frame toward the support module 120, so that the flock of chickens 10 can ingest the feed accommodated in the feeder. In addition, in order to consume the feed accommodated in the feeder, the chicken 10 may move to the upper part of the support module 120 , so that the amount of movement of the chicken 10 naturally increases.

In addition, in the outer space of the support module 120, the individual provision units 150 and 160 for the rooster and the hen may be provided on the upper portion of the floor, respectively. The plurality of individual providing units 150 and 160 may provide feed or water to the rooster and the hen, respectively.

On the other hand, mealworm 30 may be put into the poultry farm 100 . In this case, the mealworm 30 may be evenly put into the entire area inside the poultry farm 100 . However, the mealworm 30 may be put into the support module 120 . At this time, the hole formed in the support module 120 may be formed to have a size smaller than the head of the chicken 10 . Accordingly, the living space of the mealworm 30 may be formed inside the support module 120 .

Mealworm 30 is an insect of the Coleoptera family Mealaceae and is known as an insect with high nutrients. Mealworm 30 can be used as a protein organic compost as excrement as feces, and mealworm 30 itself can be used as food for chickens 10 .

Accordingly, when a large amount of mealworms 30 is brought into the poultry farm 100 , a natural food chain between the chickens 10 and the mealworms 30 is formed inside the poultry farm 100 . That is, the chicken ingests the mealworm 30 brought into the interior and excretes. Accordingly, the mealworm 30 ingests chicken manure excreted from the chicken 10 and performs spawning activities to increase the number of individuals.

By using the feeding activity of the chickens 10 and mealworms 30 , it is possible to obtain high-quality fertilizer while creating an environment suitable for the chickens 10 inside the poultry farm 100 .

More specifically, poultry is generated from the chickens 10 in the poultry farm 100 inside. Accordingly, the mealworm 30 that can be introduced into the support module 120 is discharged from the support module 120 in order to ingest the chicken meal falling inside or to ingest the chicken meal existing outside the support module 120 .

That is, the mealworm 30 performs vigorous activity in the entire area inside the poultry farm 100 to process chicken manure. At this time, the treatment of chicken manure occupies an important part in moisture treatment, which is an important problem in the growth of the chicken 10 as well as the generation of odor and pollution inside the poultry farm 100 . That is, it is important to maintain proper humidity because the chicken 10 is sensitive to moisture. However, there is a problem in that it is difficult to maintain humidity inside the poultry farm 100 due to the continuously occurring poultry. However, in the poultry system 1000 according to the present embodiment, the mealworm 30 ingests chicken manure to maintain an appropriate humidity inside the poultry farm 100 .

In addition, the breeding environment of the chicken 10 may provide an environment suitable for the activity of the mealworm 30 . As an example, the chicken 10 may be grown with vigorous activity at a temperature of 21 to 30 ℃. Accordingly, the inside of the poultry farm 100 maintains a temperature of 21 to 30° C. through a temperature controller. On the other hand, mealworm (30) lays eggs with vigorous activity at a temperature of 24-35 °C.

That is, the appropriate growth temperature of the chicken 10 and the mealworm 30 are different from each other. The internal temperature of the poultry house 100 is maintained at 21-30 ℃ for the growth of the chicken 10, but the temperature of the chicken manure excreted by the chicken 10 is maintained at 24-35 ℃ higher than the growth temperature of the chicken 10 can Accordingly, chicken manure can provide a suitable growing environment for mealworms (30).

In addition, mealworm 30 living in chicken manure lays a large amount of eggs according to the appropriate growth temperature, the eggs hatch into worms and grow into adults, forming a natural circulation system inside the poultry farm 100 . At this time, the mealworm 30 is active in the entire area of the poultry farm 100 to ingest poultry manure, and performs ovulation activity, thereby processing poultry manure and maintaining humidity.

In addition, the mealworm 30 is grown by reducing chicken manure inside the poultry farm 100 to reduce internal odors and contamination, and the chicken 10 can be vigorously grown by ingesting the grown mealworm 30 . In particular, the chicken 10 naturally increases the amount of exercise inside the poultry farm 100 to consume the mealworm 30 as well as the feed provided.

In general, in the case of the chickens 10 raised inside the poultry farm 100 , there is a problem in that the amount of exercise decreases as feed and moisture are artificially supplied. However, the chicken 10 grown in the poultry system 1000 according to the present embodiment may be grown by naturally increasing the amount of exercise in order to consume the mealworm 30 .

Accordingly, the amount of activity of the chicken 10 increases so that healthy eggs and meat are produced. In addition, the excrement of the mealworm 30 treated with chicken manure can be utilized as high-quality compost, and the mealworm 30, which has an increased number of objects due to vigorous activity, can be used as compost itself. In particular, in the conventional breeding of mealworms (30), mealworms (30) were bred using wheat winter and vegetables. Accordingly, as the mealworm 30 is bred using wheat winter and vegetables, the unit price of the mealworm 30 is increased, so that it is difficult to apply it to farms for high-protein livestock feed. However, the poultry system 1000 has the advantage of reducing the unit cost of breeding the mealworm 30 by using chicken manure.

Therefore, the poultry system according to the present invention can obtain high-quality eggs and meat by improving the activity of chickens according to oil together with mealworms, which can be feed for chickens, in the living space of chickens, and reduce chicken manure and convert chicken manure to protein organic matter It has the effect of preventing pollution of the surrounding environment by converting it into compost.

One embodiment of the present invention described above and shown in the drawings should not be construed as limiting the technical spirit of the present invention. The protection scope of the present invention is limited only by the matters described in the claims, and those skilled in the art can improve and change the technical idea of the present invention in various forms. Accordingly, such improvements and modifications will fall within the protection scope of the present invention as long as it is apparent to those of ordinary skill in the art.

Claims (9)

a poultry farm that forms a living space for chickens inside; and
and a support module that forms a space for the chicken to ride inside the poultry farm and forms a living environment of mealworms therein,
The poultry system, characterized in that the mealworm moves inside the support module and the poultry farm through a hole formed in the support module, and ingests chicken manure generated from the chicken.
The method of claim 1,
The internal temperature of the poultry house is adjusted to the growth temperature of the chicken,
The poultry system, characterized in that the temperature of the chicken manure is maintained at the growth temperature of the mealworm.
3. The method of claim 2,
The chicken poultry system, characterized in that it is maintained at a temperature higher than the temperature of the poultry farm.
3. The method of claim 2,
The internal temperature of the poultry farm is maintained at 21 ~ 30 ℃,
The temperature of the chicken manure is a poultry system, characterized in that it is maintained at 24 ~ 35 ℃ as the temperature of the poultry farm is maintained at the growth temperature of the chicken.
The method of claim 1,
Further comprising a boarding module disposed on the side of the support module to support the chicken to move to the upper part of the support module,
A poultry system, characterized in that the boarding module has a hole through which the mealworm can enter and exit.
6. The method of claim 5,
The size of the hole formed in the support module and the boarding module is
A poultry system, characterized in that it is larger than the mealworm and smaller than the head of the chicken.
The method of claim 1,
The poultry farm
A plurality of windows formed on both walls and
The poultry system, characterized in that it includes an exhaust fan disposed at the front or rear of the poultry house to guide the air flow inside the poultry house in one direction.
The method of claim 1,
The poultry system further comprising a providing unit for guiding the chicken to the upper portion of the support module by providing at least one of food and water to the chicken at the upper portion of the support module.
The method of claim 1,
The internal humidity of the poultry farm is
A poultry system, characterized in that the mealworm is maintained as it consumes the chicken manure.

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