KR102646214B1 - Container type Closed Broiler House System - Google Patents

Abstract

The present invention relates to a container-type closed broiler breeding system, which consists of a container equipped with insulation panels to reduce the cost of maintaining the thermal environment, and has a closed entrance for transporting and managing broilers, and provides safety for workers in the winter and summer. A broiler house with an antechamber placed inside the container to prevent sudden temperature changes or drafts during entry and exit; A multi-layer cage installed inside the broiler house and providing space for raising broiler chickens; Heat shielding means for reducing cooling load or heating load by blocking solar heat projected to the broiler house; An air conditioning facility equipped with an air distribution device that recirculates the air inside the broiler house to provide both cooling and heating while circulating mixed air for raising broilers by age; Fine dust filtration means for removing dust contained in the internal air of the broiler house; Broiler manure cleaning means for cleaning broiler manure generated on the multi-layer cage to reduce odor and suppress dust generation inside the broiler house; It is characterized in that it includes; an exhaust air purifier for reducing odor and dust discharged to the outside of the broiler house.
According to the present invention, it is possible to reduce heating or cooling costs in the winter or summer by using an insulating container and using an insulating film as needed to use or block solar radiation, and by using air conditioning equipment, fine dust filtration means, and By properly arranging broiler excrement cleaning means to treat or separately collect contaminants in the broiler house, no odor or dust is generated in the surrounding area, thereby preserving the rural environment and resolving civil complaints about expansion or renovation of the broiler house. , In particular, since it provides a closed structure using airtight containers, it blocks contact with wild birds for raised broiler chickens, thereby increasing the effectiveness of blocking infectious diseases such as avian influenza.

Description

Container type Closed Broiler House System}

The present invention relates to a closed container-type broiler rearing system without windows, and more specifically, in situations where it is difficult to build a new broiler house due to bad odor and dust emitted from the broiler house, and in situations where infectious diseases such as avian influenza frequently occur. In order to respond, we propose a new closed broiler breeding system. In particular, we propose a container-type closed broiler rearing system with an appropriate arrangement structure for each function for optimal implementation by comprehensively considering purification technology and internal environment control technology to enable sealing. It's about.

In general, broiler houses for producing broiler chickens in all four seasons require not only ventilation but also cooling and heating, and an air conditioning system is installed and used for this purpose.

In this way, the air conditioning system installed in the broiler house is a system that opens and closes the left and right side windows, a tunnel system that installs a heat exchanger on one of the two opposing sides and ventilates using a large fan on the other side, and a tunnel system that ventilates using a large fan on the other side, and a vertical direction inside the broiler house. There are chimney systems that allow air to be discharged or sucked in, and hybrid systems that selectively use tunnel and chimney systems depending on the season.

Here, the tunnel or chimney system uses a fan to maintain a negative pressure inside the cage, or a push system to maintain positive pressure inside the cage, and uses both a push fan and a suction fan. It is also subdivided into a push-pull system.

On the other hand, when cooling and heating are required in a broiler house, a heater is usually installed inside the air conditioner or an air conditioner is installed on one side of the wall inside the broiler house. The heater causes air pollution due to exhaust gases, which can affect the health of workers and chicks. However, the pad-fan system, which requires less operating energy, is widely used in air conditioning systems, but the performance of the pad-fan system is insufficient in hot and humid areas in the summer.

Additionally, the pad-fan system has the effect of increasing the humidity of the internal air, which may have a negative effect on chick raising when used improperly.

The air conditioning system of these broiler houses generally uses the entire outside air to replace the inside air. Depending on the internal facility or internal heat generation situation, the incoming outside air escapes without being mixed with the inside air, thereby maintaining the quality of the inside air through ventilation. The key to environmental control is providing temperature, humidity, and wind speed suitable for chicks.

In addition, the broiler is a space where chicks are raised, and young chicks are sensitive to air speed, which can easily cause growth problems, so technology is needed to maintain the flow rate of the cage space where chicks are raised very slowly.

In addition, since the generation of dust and excrement increases from the time chicks start molting, a technology is needed to generate a flow rate inside the air-conditioned space to remove the resulting contaminants.

In addition, the air entering the air conditioned space and the air inside the air conditioned space generally have different temperatures, and if the two are well mixed, the temperature or humidity of the air will be constant in the inside space. However, in actual situations, to achieve a constant temperature and humidity, the air temperature and humidity in the air conditioned space are generally different. Air flow suitable for the characteristics must be induced, and for this purpose, a circulation fan may be installed and used. At this time, if all the intake air of the air conditioner is supplied from outside, a large cooling or heating load is required depending on the season, and if it is circulated using internal air, cooling and heating energy can be reduced compared to the desired flow rate, but this requires a suitable circulation system. A unit cooler is required.

However, in a situation where feathers, dander, and feed-derived dust are high inside the broiler house, the use of a unit cooler causes dust in the circulating internal air to accumulate in the heat exchanger, reducing heat exchange performance and causing additional odor due to microbial growth.

Meanwhile, in the air conditioning of broiler houses, it is recommended to bring in a lot of outside air for ventilation in the summer and to provide the minimum ventilation required for chicks in winter. The minimum ventilation amount varies depending on the size and structure of the broiler house, and the mixture of outside and inside air Because this is not complete, the minimum ventilation amount is also greater than the minimum amount of air that chickens biologically require.

Furthermore, to reduce the heating and cooling load of the broiler house, the walls of the broiler house should be made of insulating material or an insulated space like a double greenhouse should be left. In simple broiler houses, there are cases where non-woven fabric is covered, but the non-woven fabric is not opened and closed in the longitudinal direction and only opens when the side window is opened and closed. The method of rolling up in one direction is used.

However, depending on the season, radiant heat can either help with cooling or heating or become a burden, so selective use is required depending on need.

Meanwhile, looking at the existing prior art documents related to the broiler breeding system, domestic patents No. 10-1063434 (hereinafter referred to as ‘Patent Document 1’) and No. 10-1628523 (hereinafter referred to as ‘Patent Document 2’) ), etc. can be referred to.

Patent Document 1 states, “A multi-layered cage is provided, and each layer of the cage is provided to accommodate a plurality of broiler groups in batches, thereby improving space utilization for broiler breeding and separating the broiler breeding space and manure. Accordingly, it discloses a “broiler breeding device that is more suitable for managing broiler chickens.”

In addition, Patent Document 2 states, “By allowing chickens to exercise artificially by moving the sledge plate back and forth in the forward/backward direction, chickens are of good quality (skeletal underdevelopment, foot disease, sudden death syndrome, and anterior breast blisters are prevented). It has the effect of providing raised chickens to consumers, and can be easily shipped to the fish farm without crowding due to the rotation of the reciprocating slat plate during shipping, and the chickens shipped from the body are sorted by workers through a means of selection. It discloses a "broiler breeding device that not only allows easy selection and shipping, but also allows chickens that do not meet the shipping standard to be reaccommodated in a second storage space inside the body, allowing only the desired chickens to be shipped."

However, there is a difference between the conventional Patent Document 1 and Patent Document 2 having the above-described configuration in that they do not disclose a container-type sealed housing structure like the present invention proposed below, and the present invention differs only from the prior background art. In addition, it can be said that there are special technical differences in the tasks to be solved and the technical configuration and methods for doing so.

Republic of Korea Patent Publication No. 10-1063434 Republic of Korea Patent Publication No. 10-1628523

The present invention has been devised to solve the problems previously described above, and provides safety and In addition, we propose a container-type sealed broiler house with a new, economically usable structure. In particular, we propose an appropriate arrangement structure for each function for optimal implementation by comprehensively considering purification technology and internal environment control technology to enable sealing. The purpose is to provide a container-type closed broiler breeding system.

The present invention proposes a container-type sealed broiler house, applying appropriate internal environmental control technology and contaminant removal technology required for sealing, incorporating a heat shield energy structure to reduce energy required for air conditioning, and reducing operating costs. The purpose is to provide a container-type closed broiler breeding system that allows selective use of solar radiation heat.

The present invention proposes a type of windowless cage for broiler chickens without windows, which provides an environment suitable for the growth of broiler chickens, allows for easy adjustment such as increasing the breeding scale, and automates or economical management of breeding. The purpose is to provide a container-type closed broiler breeding system with a structure and components suitable for remote control.

The container-type closed broiler rearing system to achieve the above purpose consists of a container equipped with an insulating panel to reduce the cost of maintaining the thermal environment, and a closed entrance is formed for the transport and management of broilers, and is maintained in winter or summer. A broiler house with an antechamber placed inside the container to prevent sudden temperature changes or drafts when workers enter and exit; A multi-layer cage installed inside the broiler house and providing space for raising broiler chickens; Heat shielding means for reducing cooling load or heating load by blocking solar heat projected to the broiler house; An air conditioning facility equipped with an air distribution device that recirculates the air inside the broiler house to provide both cooling and heating while circulating mixed air for raising broilers by age; Fine dust filtration means for removing dust contained in the internal air of the broiler house; Broiler manure cleaning means for cleaning broiler manure generated on the multi-layer cage to reduce odor and suppress dust generation inside the broiler house; A discharge air purifier for reducing odor and dust discharged to the outside of the broiler house, wherein in the broiler house made of the container, a multi-layered cage is installed in the center of the interior, and air is disposed at the end of one side in the longitudinal direction of the container. A unit cooler for air conditioning can be installed, a fine dust filtration means, exhaust air purifier, and vestibule can be installed on the widthwise side of the container, which is a space far away from the air conditioning unit cooler, and a sealed entrance door can be placed on the opposite side.

Here, the broiler house can be configured to increase the breeding scale by arranging or connecting two or more containers of a certain size in parallel or series.

delete

Here, the heat insulating means includes a heat insulating film installed on the roof of the broiler house, and the heat insulating film is installed at an interval from the upper surface of the roof so that wind can freely pass between the roofs of the broiler house, and can be unfolded or rolled up. It can be installed and configured to adjust the heat insulation area on the broiler house side.

Here, the heat insulating means includes: a support bar fixedly installed on the roof of the broiler house, located on one side and the other side, respectively, and protruding upward; Support rods are rotatably coupled to a support bar and arranged horizontally, and are located on both sides of the broiler cage and arranged at intervals in a pair structure; First and second winders installed on one side and the other side of the support rod and rotating relative to each other in opposite directions; An insulating film having one end fixed to one side of the support rod and the other end connected to a connecting string, installed on the roof of the broiler house to save heating and cooling energy costs by blocking or allowing radiant heat transmitted into the inside of the broiler house; It includes a connecting string, where one end is connected and fixed to the heat insulating film and the other end is connected to the other side of the support rod on which the second winder is installed, and serves as a medium for the unfolding or winding operation of the heat insulating film along with the first and second winders; , It can be configured to perform an unfolding or winding operation of the heat shield according to the driving of the first winder or the second winder.

Here, the air conditioning equipment includes a unit cooler for air conditioning, and an intake pipe and an exhaust pipe are connected and installed at the upper end; The air distribution device is a means for controlling and managing the environment to maintain uniform temperature, humidity, and wind speed in the breeding space while minimizing the influence of fresh winds or drafts on the broiler house. It is distributed at regular intervals from the exhaust pipe and connected vertically. One distribution pipe, a cage air outlet formed at regular intervals on the distribution pipe to discharge air into a multi-layer cage, and a bottom air outlet connected to the lower end of the distribution pipe to discharge air to the bottom of the broiler house. It may be configured to include an outlet.

Here, the air conditioning equipment is equipped with an outdoor air intake damper and a circulating air damper operated by a variable fan and a motor to save heating and cooling energy, enabling ventilation of the outdoor air and intake of the lowest outdoor air based on carbon dioxide concentration or relative humidity. It may be a configuration that does.

According to the present invention, an environment suitable for broiler growth can be provided by incorporating an air conditioning system suitable for closed broiler houses, the breeding scale can be adjusted by adjusting the number of installed containers of a certain size, and the use of containers allows for breeding. Building and construction costs can be reduced as there is no need for a separate design on the part of the broiler house depending on the size. By using containers with insulation and using an insulating film as needed to use or block solar radiant heat, heating costs or cooling in the winter or summer can be reduced. Costs can be reduced, and contaminants in the broiler house are treated or collected separately through appropriate arrangement of air conditioning equipment, fine dust filtration means, and broiler manure cleaning means, thereby preserving the rural environment by not generating odor or dust in the surrounding area. At the same time, it can resolve civil complaints about expansion or renovation of broiler houses, and in particular, it provides a closed structure using airtight containers, preventing contact with wild birds for raised broiler chickens, thereby preventing infectious diseases such as avian influenza. It can provide advantages that can increase effectiveness.

Figure 1 is shown to explain a container-type closed broiler breeding system according to an embodiment of the present invention, and is an installation state diagram including a heat shield.
Figure 2 shows a container-type closed broiler breeding system according to an embodiment of the present invention, and is an exemplary diagram showing the operating state of the heat shield.
Figure 3 is shown to explain a container-type closed broiler breeding system according to an embodiment of the present invention, and is a detailed diagram showing the components for driving the heat shield.
Figure 4 is shown to explain a container-type closed broiler breeding system according to an embodiment of the present invention, and is a detailed diagram showing the internal installation structure of a container-type broiler house.
Figure 5 is a detailed view showing air conditioning equipment in a container-type closed broiler breeding system according to an embodiment of the present invention.
Figure 6 is an exemplary diagram showing a measuring manure cleaning means installed on a cage in a container-type closed broiler breeding system according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings.

The terms used in the present invention are terms defined in consideration of the functions in the present invention, and may vary depending on the intention or custom of the user or operator, so the definitions of these terms are defined in accordance with the technical details of the present invention. It should be interpreted as a concept.

Figures 1 to 6 of the attached drawings are diagrams to explain the container-type closed broiler breeding system according to the present invention.

As shown in FIGS. 1 to 6, the container-type closed broiler breeding system according to an embodiment of the present invention includes a broiler house (10), a multi-layer cage (20), a heat shield (30), and an air conditioning facility (40). , a fine dust filtration means (50), a broiler manure cleaning means (60), and an exhaust air purifier (70).

The broiler house 10 is composed of a container equipped with an insulating panel to reduce the cost of maintaining the thermal environment, and one or more containers with a sealed housing structure can be used.

At this time, the broiler house 10 provides a broiler room for raising broiler chickens through the use of a container, and is installed as a type of windowless broiler house without windows.

The broiler house 10 composed of the above-mentioned container is provided with a sealed entrance for the entry and exit of workers and for the transport and management of broiler chickens such as chicks and chickens.

Here, the bottom of the container becomes a passage for workers, and it is desirable to install a sealable entrance at the short side of the container.

The broiler house 10 is provided with an antechamber 80 inside the broiler house 10 to prevent sudden temperature changes or drafts when workers enter and exit during the winter or summer.

The broiler house 10 can be used by adjusting the breeding scale by arranging or connecting two or more containers of a certain size in parallel or series.

In the broiler house (10) made of the container, a multi-layer cage (20) is installed in the inner center, and a unit cooler (41) for air conditioning is installed as an air conditioning equipment (40) at the end of one longitudinal side of the container, A fine dust filtration means (50), an exhaust air purifier (70), and an antechamber (80) are installed on the widthwise side of the container, which is a space far away from the air conditioning unit cooler (41), and a sealed entrance is placed on the opposite side. This is desirable.

The multi-layered cage 20 is installed inside the broiler house 10, which is composed of a cage-type container, and provides space for raising broiler chickens.

The multi-layer cage 20 is installed in the inner center of the broiler house 10 made of a container.

The multi-layered cage 20 forms a space between the cages so that they are located at a certain height from the bottom of the container, and is installed in a multi-layered and multi-row arrangement.

The multi-layered cage 20 and the wall of the broiler house 10 made of a container can be configured to be interconnected in several places, which can increase the rigidity of the cross section of the container, which is the broiler house 10. It can support stable installation and broiler breeding by supporting the multi-layer cage (20).

The heat shielding means 30 is a component for reducing the cooling load or heating load by blocking heat energy such as solar heat or cold air caused by wind projected to the broiler house 10.

The heat shield means 30 includes a heat shield 31, and can be installed to enable an unfolding or coiling operation so that the heat shield area on the broiler house 10 can be adjusted, and this can be configured to adjust the heat shield area on the broiler house 10 as necessary, such as weather or environmental conditions. Depending on the system, heat energy or cold air can be used or blocked.

The heat shield 31 is installed on the roof of the broiler house 10 made of a container, and is installed at an interval from the upper surface of the roof so that wind can freely pass between the roofs of the broiler house 10.

The heat shield 31 is connected to the broiler house 10 through an installation structure using a support 32, a support bar 33, a first winder 34 and a second winder 35, and a connection string 36. By installing it to perform an unfolding or coiling operation on the roof, it can be configured to be used by adjusting the heat shield area on the side of the broiler house (10).

The heat shield 31 can be made of a synthetic material that is lightweight, blocks light, and has sufficient tension, and is installed at intervals sufficient to allow wind to pass freely on the roof of the broiler house 10, and these intervals are provided by the supports (11). ) can be determined by the installation length.

The heat shield 31 has one end fixedly coupled to one side of the support rod 33 and the other end connected to the connecting string 36, and is installed on the roof of the broiler house 10 made of a container and delivered to the inside of the broiler house. It can be used to save heating and cooling energy costs by blocking or allowing radiant heat.

The support 32 is fixedly installed and vertically arranged on the roof of the broiler house 10, and is located on one side and the other side of the roof of the broiler house, respectively, and protrudes upward.

The supports 32 can be fixedly installed on all four corners of the roof of the broiler house 10.

The support bar 33 is rotatably coupled to the support bar 32 and arranged horizontally, and is located on both sides of the longitudinal side edge of the broiler yarn 10 and arranged at intervals in a pair structure.

The support rods 33 can be horizontally arranged and supported on a pair of supports 32 installed on the same straight line in the longitudinal direction of the broiler house 10, and can be arranged in a set of two per container.

The first winder 34 is connected to and installed on one support rod 33 arranged in a set of two, and the second winder 35 is connected and installed to the other support rod 33.

The first winder 34 and the second winder 35 are driven and controlled to rotate relative to each other in opposite directions.

As shown for the broiler house 10, when three containers are used, the first winder 34 is installed connected to a support bar on one side of the first container, and the second winder 35 is installed on the third container. It can be installed by connecting to the support rod on one side or the other.

One end of the connecting string 36 is connected and fixed to the heat shield 31, and the other end is connected to the other side of the support rod 33 on which the second winder 35 is installed.

As shown for the broiler house 10, when three containers are used, one end of the heat insulating film 31 is wound around the support bar 33 connected to the first winder 34 on the first container side. One end of the connecting string (36) is connected and fixed to the other end to which no fixing force is provided, and the other end is wrapped and fixed on the support bar (33) connected to the second winder (35) on the third container side. You can.

That is, the connecting string 36 serves as a medium for the unfolding or winding operation of the heat shield 31 along with the first winder 34 and the second winder 35.

Through this, the heat shield 31 installed on the roof of the broiler house 10 is unfolded or rolled according to the rotational drive of the first winder 34 or the second winder 35 that rotates relative to each other. It is possible to do this, and the heat shield 31 can be automatically controlled and remotely controlled.

Therefore, through the heat insulating means 30 having the insulating film 31, sunlight can be blocked by covering the entire roof of the broiler house 10 made of a container, or sunlight can be allowed to shine by controlling it to be completely closed. In addition, if necessary, in case of strong winds such as a typhoon, the heat shield 31 can be completely rolled up to prevent damage.

Although the heat shielding means 30 has only been described as an automatic configuration for the heat shield 31, it is obvious that it can be provided in a manual form.

The air conditioning facility 40 is a component that recirculates the air inside the broiler house 10, which is made of a container, and circulates mixed air for raising broilers by age while providing cooling and heating. It includes a unit cooler 41 for air conditioning. ) includes.

The air conditioning equipment 40 is a means for controlling and managing the environment to achieve uniform temperature, humidity, and wind speed in the breeding space while minimizing the influence of fresh winds or drafts on the broiler house 10, and includes an air distribution device. Includes.

The air sucked from the air conditioning unit cooler 41 is mixed with external air to recirculate the internal air, and cooling and heating can be selectively controlled according to external air conditions.

The air distribution device may be composed of a distribution pipe 44, a cage air outlet 45, and a bottom air outlet 46.

The air conditioning unit cooler 41 is an air conditioner, and an intake pipe 42 and an exhaust pipe 43 are connected and installed at the upper end.

The distribution pipes 44 are distributed from the exhaust pipe 43 at regular intervals and connected vertically, and the cage air outlets 45 are formed at regular intervals on the distribution pipe 44 and are located on the multi-layered cage 20 side. It is installed to discharge and supply air for each floor, and the floor air outlet 46 is connected to the lower end of the distribution pipe 44 to discharge and supply air to the bottom of the broiler house 10 made of a container, thereby maintaining the broiler house. (10) Install to circulate air inside.

Through this, it is possible to achieve uniform temperature, humidity, and wind speed in the breeding space while minimizing the influence of fresh winds or drafts on the broiler house (10), and to control and manage the breeding environment within the broiler house.

Here, the diameter and discharge direction of the cage air outlet 45 can be modified or modified in order to keep the internal temperature and humidity constant while slowing the flow rate in the multi-layer cage 20, and the multi-layer cage 20 In addition to setting the relative height of the outlet from the floor, appropriate distribution of air flow rates at the bottom air outlet 46 and the cage air outlet 45 may be required.

In addition, the air conditioning equipment 40, although not shown, may include a configuration including an outdoor air intake damper and a circulating air damper operated by a variable-rate fan and a motor to save cooling and heating energy, through which the outdoor air ventilation and It can be configured to allow the lowest outdoor air intake based on carbon dioxide concentration or relative humidity.

Unlike the existing broiler house air conditioning system, the above-mentioned air conditioning equipment (40) provides a method of sucking air from one side of the broiler house (10) and mixing it with the internal air to circulate it, and if chicks are raised, In this case, the exhaust air from the air conditioning unit cooler (41) is distributed on the floor of the broiler house (10), and the circulating air is circulated along the peripheral wall of the multi-layer cage (20), so that the inside of the cage (20) where the chicks are present is circulated. The flow rate can be controlled to be generated by entrained flow in the circulating air, and then the ratio of the bottom air outlet 46 and the cage air outlet 45 is adjusted according to the age of the chick to achieve the desired temperature and humidity distribution. It can achieve the effect of releasing pollutants.

Here, the air conditioning unit cooler 41 can be controlled with a variable variable to change the circulating flow rate, and the amount of external intake and circulating internal air can be adjusted through the external air intake damper and the circulating air damper, thereby maintaining the air conditioning space. Air circulation can be optimally performed for various purposes such as carbon dioxide supply or humidity control. However, for carbon dioxide supply or humidity control, it is advisable to use data such as moisture consumption by chicken age and temperature, and oxygen demand by chicken age and temperature.

The fine dust filtration means 50 is a component for removing dust contained in the internal air of the broiler house 10, which is made of a closed container of the Muchang house type.

The fine dust filtration means 50 can be provided in various forms using known technologies, and as described above, an exhaust air purifier is installed on the widthwise side of the container, which is a space far away from the air conditioning unit cooler 41. It can be installed together with (70), etc.

The broiler manure cleaning means 60 is used to clean broiler manure generated on the multi-layer cage 20 in order to reduce odor and suppress dust generation inside the broiler house 10, which is made of a closed container of the open-type cage. It is a component.

For this purpose, the broiler manure cleaning means 60 is installed on the multi-layer cage 20, including a chicken manure suction pipe 61 installed vertically as a shared pipe to cover the multi-layer side of the multi-layer cage 20, and a multi-layer cage 20. (20) a belt roller (62) installed horizontally on one side of the lower part of each cage for each layer of the side, a chicken manure cleaning roller (63) installed on the other lower side of each cage for each layer of the multi-layer cage (20) for cleaning chicken manure, Each layer of the cage on the multi-layer cage 20 has a configuration including a chicken manure transfer auger 64, which is installed on the other side of the lower side and disposed below the chicken manure cleaning roller 63 to transfer the chicken manure to the chicken manure suction pipe 61. can do.

The exhaust air purifier 70 is a component that reduces bad odor and dust by sucking in the internal air of the broiler house 10, which is made of a closed type container, and purifying the air discharged to the outside.

The exhaust air purifier 70 can be arranged to purify the intake air that has passed through the fine dust filtration means 50.

Through the container-type closed broiler breeding system according to the present invention, which has the above-described configuration, it is possible to provide an environment suitable for broiler growth by incorporating an air conditioning system suitable for a closed broiler house, and to provide a suitable environment for broiler growth in a container of a certain size. The breeding scale can be adjusted by adjusting the number of installations, and since containers are used, there is no need for a separate design on the part of the broiler house according to the breeding size, which reduces construction and construction costs. Containers with insulation are used, and insulating films are used as necessary. By using or blocking solar radiant heat, heating or cooling costs in the winter or summer can be reduced, and pollutants in the broiler house can be treated or disposed of through appropriate arrangement of air conditioning equipment, fine dust filtration means, and broiler manure cleaning means. By collecting it separately, it does not generate bad odors or dust in the surrounding area, thereby preserving the rural environment and resolving civil complaints about the expansion or renovation of broiler houses. In particular, it provides a closed structure using airtight containers, so it is possible to protect the broiler chickens raised. Since it blocks contact with wild birds, it can provide the advantage of increasing the effectiveness of blocking infectious diseases such as avian influenza.

In other words, management work can be conveniently performed and optimized in the entire process of entering, raising, and moving out broilers, including chicks, within a container-type closed broiler house.

The embodiments described above merely describe preferred embodiments of the present invention and are not extremely limited to these embodiments, and various modifications and variations may be made by those skilled in the art within the technical spirit and scope of the claims of the present invention. It will be said that this can be achieved, and it will be said that it falls within the scope of the technical rights of the present invention.

10: Broiler house 20: Multi-layer cage
30: thermal insulation means 31: thermal insulation film
32: support bar 33: support bar
34: first winder 35: second winder
36: Connection string 40: Air conditioning equipment
41: Unit cooler for air conditioning 42: Intake pipe
43: exhaust pipe 44: distribution pipe
45: Cage air outlet 46: Bottom air outlet
50: Fine dust filtration means 60: Broiler manure cleaning means
70: Exhaust air purifier 80: Front room

Claims (7)

In order to reduce the cost of maintaining the thermal environment, it is made of a container equipped with an insulating panel, and a sealed entrance is formed for the transport and management of broiler chickens, and the container has a front room to prevent sudden temperature changes or fresh winds when workers enter and exit during the winter or summer. Broiler house placed inside;
A multi-layer cage installed inside the broiler house and providing space for raising broiler chickens;
Heat shielding means for reducing cooling load or heating load by blocking solar heat projected to the broiler house;
An air conditioning facility equipped with an air distribution device that recirculates the air inside the broiler house to provide both cooling and heating while circulating mixed air for raising broilers by age;
Fine dust filtration means for removing dust contained in the internal air of the broiler house;
Broiler manure cleaning means for cleaning broiler manure generated on the multi-layer cage to reduce odor and suppress dust generation inside the broiler house;
An exhaust air purifier to reduce odor and dust discharged to the outside of the broiler house; Including,
In the broiler house consisting of the above container,
A multi-layered cage is installed in the center of the interior,
Install an air conditioning unit cooler at the end of one longitudinal side of the container,
A container-type closed broiler breeding system characterized by installing a fine dust filtration means, an exhaust air purifier, and an anterior chamber on the widthwise side of the container, which is a space far away from the air conditioning unit cooler, and placing a sealed entrance on the opposite side.
According to clause 1,
The broiler company,
A container-type closed broiler breeding system that is configured to increase the breeding scale by arranging or connecting two or more containers of a certain size in parallel or series.
delete According to clause 1,
The heat shield means is,
It includes a heat shield installed on the roof of the broiler house,
The heat shield is,
Container-type closed broiler farming, which is installed at a distance from the upper surface of the roof so that wind can freely pass between the roofs of the broiler house, and is installed so that it can be unfolded or rolled up so that the heat insulation area on the broiler house side can be adjusted. system.
According to clause 4,
The heat shield means is,
Supports fixedly installed on the roof of the broiler house, located on one side and the other side, respectively, and protruding upwardly;
Support rods are rotatably coupled to a support bar and arranged horizontally, and are located on both sides of the broiler cage and arranged at intervals in a pair structure;
First and second winders installed on one side and the other side of the support rod and rotating relative to each other in opposite directions;
An insulating film having one end fixed to one side of the support rod and the other end connected to a connecting string, installed on the roof of the broiler house to save heating and cooling energy costs by blocking or allowing radiant heat transmitted into the inside of the broiler house;
A connection string having one end connected and fixed to the heat insulating film and the other end connected to the other side of the support rod on which the second winder is installed, serves as a medium for the unfolding or winding operation of the heat insulating film along with the first and second winders; Includes,
A container-type closed broiler rearing system characterized in that the heat shield is spread or rolled according to the operation of the first winder or the second winder.
According to clause 1,
The air conditioning equipment,
It includes a unit cooler for air conditioning, and the intake pipe and exhaust pipe are connected and installed at the upper part;
The air distribution device is,
As a means to control and manage the environment to achieve uniform temperature, humidity, and wind speed in the breeding space while minimizing the influence of fresh winds or drafts on the broiler house,
A distribution pipe distributed at regular intervals from the exhaust pipe and connected vertically, a cage air outlet formed at regular intervals on the distribution pipe for discharging air into a multi-layered cage, and a cage air outlet connected to the lower end of the distribution pipe and installed on the broiler farm side. A container-type closed broiler breeding system characterized by including a bottom air outlet for discharging air to the bottom.
According to clause 1,
The air conditioning equipment,
In order to save heating and cooling energy, it is equipped with an outdoor air intake damper and a circulating air damper operated by a variable fan and a motor to enable ventilation of the outdoor air and intake of the lowest outdoor air based on carbon dioxide concentration or relative humidity. Broiler breeding system.

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