KR20120118518A - Rearing equipment for poultry - Google Patents

Abstract

PURPOSE: A poultry feeding facility is provided to efficiently use limited facility and to increase cost compatibility and quality compatibility. CONSTITUTION: A poultry feeding facility comprises a steel structure(10) which forms walls and a roof, an exterior finishing material for finalizing the external pipe of the steel structure, a breeding floor(100), and a transferring tool(200). The breeding floor comprises a breeding floor framework which is installed to be tilted downward, a valley board member in which grooves are formed along the sloped surface, wires which are arranged with the grooves in parallel, a constraining member which constituting a mesh, a net which covers the mesh, a liquid sprayer which sprays washing water for washing the valley board. The transferring tool is composed of a conveyor and a washing device.

Description

Poultry Breeding Facility {Rearing Equipment For poultry}

The present invention relates to a poultry breeding facility, and more particularly, it is possible to sanitize poultry feces hygienically and increase the ratio of the number of heads per unit area to efficiently use the limited facility site and to systematically manage the breeding and shipping process. It is about poultry farming.

Poultry is the housekeeping of ducks, chickens, and geese.

Such poultry is raised in a kennel on a concrete floor to facilitate cleaning of feces.

However, in the conventional poultry breeding facility, it is difficult to clean the feces attached to the concrete floor, and if it is not removed in a timely manner, the poultry becomes dirty and becomes a cause of various diseases.

Accordingly, in order to easily clean the feces, sawdust or chaff was laid on the bottom of the kennel, or the bottom of the kennel was used for breeding.

However, even in this case, there is a problem in that an additional cost for purchasing sawdust or chaff occurs, and additional labor is required for spreading or removing sawdust or chaff.

In addition, there was a problem that the waste and sawdust is mixed and takes a lot of time to collect and the treatment cost also increases.

In addition, when the floor of the kennel is used as a grate, the treatment of excreta is easy, but due to frequent disinfection and cleaning, it can easily rust and cause trauma to poultry legs or flippers, which can be easily exposed to staphylococcus. There was a problem.

If you are infected with staphylococcal disease, the back of your legs or webbed will be swollen, making it difficult to walk.

And during the shipping operation to move the wings of the chicken or duck, there is a problem that the productability is poor during meat processing due to the missing feathers or bruises.

The present invention has been made to solve the above-mentioned problems, it is possible to sanitize poultry droppings and increase the ratio of the number of heads per unit area can effectively use the limited facility site and systematically manage the breeding and shipping process It aims to provide poultry raising facilities with high quality competitiveness as well as quality competitiveness.

The present invention, in order to solve the above problems, in a poultry breeding facility consisting of a steel structure to form a wall and a roof, and an exterior finish for finishing the appearance of the steel structure, installed inclined downward from the wall of the steel structure inward The cage floor frame, the corrugated member installed on the floor frame of the cage, and the bones formed along the slope, the wires arranged side by side at regular intervals orthogonal to the bones of the corrugated members, and the wires are constrained to maintain a constant distance to form a mesh Constraining member, the mesh is overlaid to prevent the foot of the poultry on the mesh composed of the restraining member and the wire, and the liquid injector is installed on the upper end of the corrugated member to spray the washing water for cleaning the corrugated member Breeding floors; Installed on the lower end of the corrugated member of the breeding floor, it consists of a conveyor for transporting excrement discharged through the corrugated member to the collection tank or transporting the poultry raised on the breeding floor to the outside, and a washer for washing the conveyor by spraying the washing water. Transfer means; characterized in that provided.

In addition, the cage bottom frame is characterized in that the binding ring is provided at both sides of the frame to be fixed at a predetermined interval to bind the wire at a predetermined interval.

In addition, the corrugated member is installed to be inclined downward from 16 to 20 ° from the wall of the steel structure so that the washing water flows easily along the bone and imparts an appropriate momentum to the poultry, and the excrement disposed on the corrugated member at the body temperature of the poultry. It characterized in that the mesh is configured to be spaced apart 3cm from the bone bottom surface of the corrugated member to maintain in a thin state.

The restraining member may include a seating groove for seating the wire at a predetermined interval, a wedge member positioned perpendicularly to the wire seated in the seating groove, and a grip portion for pressurizing and restraining the wire around the wedge member. do.

In addition, the liquid injector is a nozzle corresponding to the bone of the corrugated member is formed and the injection pipe for receiving the high-pressure washing water or disinfectant from the outside, the bearing portion for holding the injection pipe rotatably, and the injection pipe It is characterized by consisting of a drive unit for rotating the forward and reverse at a predetermined angle.

In addition, the breeding floor is installed so as to face each other with the transfer means interposed to form a single breeding layer, characterized in that a plurality of breeding layers are provided in the steel structure.

In addition, the connecting plate is installed between the end of the breeding floor to connect or release the breeding floor facing each other, it characterized in that the lifting means for raising and lowering the connecting plate.

In addition, the steel structure is the ventilation fan is installed on one side wall, the ventilation hole is installed on the other side facing the wall, the outside of the other wall so that the air flows through the ground when the outside air intakes through the ventilation openings by the drive of the ventilation fan It characterized in that the duct portion is formed extending toward the.

In addition, the air conditioning duct is formed extending to the ceiling along the inner wall of the steel structure and the ventilation opening is formed corresponding to the breeding space partitioned by the breeding floor, and the air supplied through the air conditioning duct into the breeding space or air conditioning duct It characterized in that the damper is further installed to switch the flow path to the vent so that the indoor air of the breeding space through the outside.

And the steel structure is provided with a partition of the transparent window for partitioning the management space for managing the breeding space and poultry breeding state provided by the breeding floor, characterized in that the entrance door for accessing the breeding space to the partition is further formed. do.

According to the present invention, it is possible to treat the poultry droppings quickly and hygienically to provide a comfortable breeding space, and has the effect of eliminating the causes of disease to prevent the original preventive activity.

In addition, according to the present invention has a multi-layer structure of the breeding floor to increase the ratio of the number of breeding heads to effectively use a limited facility site can reduce the cost of production through the cost competitiveness.

In addition, according to the present invention, it is possible to systematically manage the breeding and shipping process of poultry, thereby reducing labor and reducing stress of poultry, thereby improving meat quality.

1 is a perspective view showing the appearance of a poultry breeding facility according to the present invention.
Figure 2 is a perspective view showing the steel structure of the poultry breeding facility according to the present invention.
3 is a cross-sectional view of the steel structure of the poultry breeding facility according to the present invention.
4 is an exploded perspective view of a breeding floor of a poultry breeding facility according to the present invention.
5 is a detailed view showing a transport means of a poultry breeding facility according to the present invention.
6 is a detailed view showing the wire binding structure of the poultry breeding facility according to the present invention.
7 is a detailed view of the restraint member of the poultry breeding facility according to the present invention.
8 is a detailed view of the liquid injector of the poultry breeding facility according to the present invention.
9 is a diagram illustrating a multi-layer structure of the poultry breeding facility according to the present invention.
10 is a structure diagram of the breeding floor of the poultry breeding facility according to the present invention.
11 is a detailed view of the connecting plate of the poultry breeding facility according to the present invention.
12 is a ventilation structure diagram of a poultry breeding facility according to the present invention.
13 and 14 is another embodiment of the ventilation structure of the poultry breeding facility according to the present invention.
15 is a support structure diagram of a multi-layer breeding floor of a poultry breeding facility according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the poultry breeding facility according to the present invention.

1 is a perspective view showing the appearance of a poultry breeding facility according to the present invention, Figure 2 is a perspective view showing a steel structure of the poultry breeding facility according to the present invention, Figure 3 is a cross-sectional view of the steel structure of the poultry breeding facility according to the present invention. 4 is an exploded perspective view of a breeding floor of a poultry breeding facility according to the present invention, and FIG. 5 is a detailed view showing a conveying means of a poultry breeding facility according to the present invention.

As shown in Figures 1 to 5, the poultry breeding facility according to the present invention is largely in the steel frame structure 10 to form a wall and a roof, and the exterior finishing material 20 for finishing the appearance of the steel structure (10) It is built in the form of a building by The finishing member can be preferably implemented by a known prefabricated sandwich panel.

In addition, the poultry breeding facility according to the present invention is provided with a breeding floor 100 to form a breeding space space. The breeding floor 100 includes a cage bottom frame 130 installed downwardly inclined inwardly from a wall of the steel frame structure 10, a corrugated member 140 installed on the cage bottom frame 130 and formed with bones along an inclined surface, and a corrugated plate. The wire 150 arranged side by side at regular intervals orthogonal to the valley of the member 140, the restraining member 160 which restrains the wire 150 to maintain a constant interval, and constitutes a mesh, and the restraining member 160. And wire mesh 150 overlaid on the mesh formed by the wire 150 to prevent the foot of the poultry from falling out, and installed at the upper end of the corrugated member 140 to spray washing water for washing the corrugated member 140. The liquid injector 180 is provided.

And the poultry breeding facility according to the present invention is installed at the lower end of the breeding floor 100 to transfer the poultry waste discharged through the corrugated member 140 to the collection tank 30 or the poultry breeding in the breeding floor 100 It is provided with a conveying means (200) consisting of a conveyor (210) for burning and transporting to the outside, and a washing machine (220) for spraying and washing the washing water under the conveyor (210).

In the above technical configuration, the steel structure 10 crosses the outer column frame 12 and the outer column frame 12 which are erected on the concrete foundation 11 to form the front and rear and wall surfaces of the breeding facility. It is composed of a roof frame 13 installed and having a water supply, and an inner column frame 14 supporting the roof frame 13 and arranged at regular intervals along the conveyor 210 installation passage.

In addition, the steel frame 10, the outer cross beam 15 is provided on the wall surface of the outer column frame 12, the inner cross beam 16 is provided between the inner column frame 14 lower than the outer cross beam 15.

Thus, by arranging and welding the steel pipe 131 at regular intervals between the outer cross beam 15 and the inner cross beam 16, it is possible to configure the bottom of the rear cage 130 inclined to the inside of the breeding facility.

The corrugated plate member 140 is installed on the bottom of the cage bottom frame 130 and inclined downward in the same manner as the bottom of the cage bottom frame 130, and the bone is continuously formed toward the inclined surface.

In addition, the corrugated plate member 140 is washed by the liquid injector 180.

Accordingly, the corrugated plate member 140 is preferably made of a synthetic resin plate material made of polycarbonate (PC) or the like using a metal plate coated with a paint to prevent rust or corrosion.

In addition, the corrugated plate member 140 is easily accommodated by the steel pipe 131 of the bottom frame of the breeding chamber is installed at a predetermined interval below the bone, it is possible to prevent deformation due to the load.

In the above technical configuration, the wire 150 and the restraining member 160 form a mesh on the corrugated plate member 140 to form a bottom surface.

To this end, the wire 150 is arranged side by side at regular intervals orthogonal to the bone of the corrugated member 140 to support the load of poultry and to easily discharge the feces.

That is, both ends of the wire 150 are bonded to the bottom of the cage frame 132 located on both sides of the corrugated plate member 140 in a tensioned state. At this time, the interval of the wire 150 is preferably 4 ~ 5cm.

Accordingly, the wire 150 is supported by the top of the bone of the corrugated member 140, and is spaced apart from the bone of the corrugated member 140 to minimize the contact area.

The restraining member 160 is disposed orthogonal to the wire 150 and bound with the wire 150 at the intersection thereof.

Accordingly, the wires 150 may be maintained at a predetermined interval and may be prevented from spreading even when a load is applied to the wires 150.

Here, when the wire 150 is arranged side by side at intervals of 4 ~ 5 ㎝, the restraining member 160 is preferably arranged at intervals of 30 ~ 40 cm perpendicular to the wire 150, the wire 150 and the restraining member ( The mesh constituted by 160 has a size of 4 to 5 cm x 30 to 40 cm.

The mesh 170 is overlaid on the mesh to prevent the foot of the poultry from falling into the mesh formed by the restraining member 160 and the wire 150, and is bound on the mesh by a cable tie or the like. That is, the mesh 170 is selected according to the size of the foot of the poultry to be reared.

The liquid injector 180 is configured to spray the washing water to wash off the excrement of the corrugated member 140, the spray nozzle is provided corresponding to the bone of the corrugated member 140.

According to the above technical configuration, the breeding floor 100 includes a cage bottom frame 130, a corrugated plate member 140, a wire 150, a restraining member 160, a mesh 170, and a liquid injector 180. It is composed. Thus, one breeding space can be configured by one breeding floor.

Next, the transfer means 200 of the poultry breeding facility will be described.

The transfer means 200 is configured to include a conveyor 210 and a washing machine 220 for washing the conveyor 210.

The conveyor 210 transfers the feces of poultry discharged through the corrugated member 140 to the collection tank 30 or burns the poultry at the time of shipment to the outside.

To this end, a collection tank 30 for temporarily storing excrement at the rear of the breeding facility is provided to a certain depth from the ground, and a facility for transferring the collected excrement to an external excrement treatment tank (not shown) is further provided. do.

The conveyor 210 is positioned above the collection tank 30 to directly feed the transported waste to the collection tank 30, and the conveyor belt is formed to be concave inward so as to prevent the waste from flowing out during transport. do.

The washing machine 220 is for washing the conveyor belt after the excreta is transferred. Preferably, the washing machine sprays the washing water when the conveyor belt rotates downward through the collecting tank 30 to wash the dirt remaining on the surface of the conveyor belt. 210 is installed at the bottom.

Next, Figure 6 is a detailed view showing the wire binding structure of the poultry breeding facility according to the present invention.

As shown in the figure, the cage bottom frame 130 is provided with a binding ring 133 at regular intervals on both side frame frame 132 so that the wire 150 can be bound and installed at a predetermined interval.

That is, the binding ring 133 is welded to the frame frame 132 at the front end and the rear end of the cage bottom frame 130 at regular intervals, and the end of the wire 150 is bundled to the binding ring 133 to wire the wire. It is possible to bind the 150 at regular intervals.

Next, the installation structure of the corrugated plate member 140 will be described in detail with reference to FIG. 4.

As shown in FIG. 4, the corrugated plate member 140 is installed to be inclined downward from the wall of the steel frame structure 10 by 16 to 20 ° so that the washing water flows easily along the bone and imparts an appropriate momentum to the poultry. The mesh (element formed by the wire 150 and the restraining member 160) is the bone bottom surface of the corrugated member 140 so that the excrement disposed in the corrugated member 140 can be kept thin by the poultry body temperature. And 3 cm apart from.

That is, the body temperature of the poultry chicken is about 41.7 ℃ when the chickens sit like eggs, the separation space (3cm) between the chicken and the corrugated member 140 is maintained at about 35 ℃ by the chicken's body temperature, the feces are diluted Keep it.

As a result, when the washing water is sprayed from the liquid injector 180, the excrement is washed down along the inclined surface.

In addition, the corrugated member 140 is installed to be inclined so that a greater amount of exercise than the flat during movement can shorten the breeding period by improving the meat quality and increasing the feed intake.

Next, Figure 7 is a detailed view of the restraining member 160 of the poultry breeding facility according to the present invention.

As shown in the figure, the restraining member 160 is a wedge that is positioned perpendicular to the seating groove 161 for seating the wire 150 at a predetermined interval and the wire 150 seated in the seating groove 161. The grip 163 is configured to partially wrap the member 162 and the wedge member 162 to pressurize and restrain the wire 150.

That is, the restraining member 160 has a seating groove 161 having an upper side open at a predetermined interval, and the wedge member 162 to restrain the wire 150 accommodated in the seating groove 161. A wedge groove 164 is formed in the grip portion 163 to be inserted and orthogonal to the orthogonal shape.

The grip 163 has an elastic force and partially wraps the wedge member 162. The inner diameter of the wedge groove 164 is formed to be smaller than the outer diameter of the wedge member 162 to press the inserted wedge member 162.

Accordingly, the wire 150 seated in the seating groove 161 is restrained by the wedge member 162 and the wedge member 162 is pressed by the grip part 163 so that the restraining member 160 is connected to the wire 150. It is possible to restrain the pressure.

Next, Figure 8 is a detailed view of the liquid injector 180 of the poultry breeding facility according to the present invention.

As shown in the figure, the liquid injector 180 has a spray nozzle 181 is formed corresponding to the bone of the corrugated plate member 140 and the injection pipe 182 for receiving a high-pressure washing water or disinfectant from the outside; The bearing part 183 for holding the injection pipe 182 rotatably and the driving part 184 for rotating the injection pipe 182 forward and backward at a predetermined angle.

According to the above technical configuration, the liquid injector 180 is installed on the upper side of the inclined corrugated member 140, the washing water is sprayed to each bone of the corrugated member 140 through the spray nozzle 181 when supplying the washing water is a small amount The feces can be washed away immediately.

In addition, when the disinfecting chemical is supplied, the injection pipe 182 is rotated forward and backward at a predetermined angle through the driving unit 184, and the disinfecting chemical is injected through the injection nozzle 181 at the forward and reverse rotation of the injection pipe 182. By spraying into the atmosphere, it is possible to sterilize the breeding space automatically before the disease occurrence is expected or after the stocking of chickens or after chickens are shipped.

In this way, washing water or disinfectant water supply, the automatic control of the drive unit 184 immediately wash the feces in the breeding space, and disinfecting from time to time to remove the source of the disease caused by the sanitary management of the breeding facilities with less labor You can do it.

Next, Figure 9 is a diagram illustrating a multi-layer structure of the poultry breeding facility according to the present invention.

9 and 7, the breeding floor 100 is installed to face each other with the transfer means 200 interposed therebetween to form a single breeding layer, and a plurality of breeding layers are provided in the steel structure 10. do.

That is, the breeding floor 100 includes a cage bottom frame 130, a corrugated member 140, a wire 150, a restraining member 160, a mesh 170 and a liquid injector 180 as described above. Configure the breeding space of (see Figure 4).

Therefore, when the breeding floor 100 is installed to face each other with the conveying means 200 interposed therebetween, a ratio of the number of breeding heads per unit area when the breeding floor 100 is installed in multiple layers in the steel structure 10 is provided. It will be possible to use the limited facility site efficiently. Of course, if the breeding floor is implemented in a plurality of floors is further installed stairs for connecting each floor so that the worker can move.

Next, Figure 10 is a structure diagram of the breeding floor 100 of the poultry breeding facility according to the present invention, Figure 11 is a detailed view of the connecting plate of the poultry breeding facility according to the present invention.

As shown in the drawing, the connecting plate 310 is installed between the ends of the breeding floor 100 so as to connect or release the breeding floor 100 facing each other, and the connecting plate 310 is moved up and down. Lifting means 320 is provided for.

In detail, the connecting plate 310 constitutes a frame 311 made of square steel so as to be lightweight, and the steel crossbar 312 is welded to the frame 311 at regular intervals.

In addition, the plurality of connecting plate wires 313 are arranged side by side on the steel crosspiece 312 to bind to both ends of the frame 311 of the connecting plate, the connecting plate restraining member so that the connecting plate wire 313 can maintain a constant interval Constrained by 314 to form the connecting plate mesh. Here, the connecting plate wire 313 and the connecting plate restraining member 314 is the same as the above-described configuration of the wire 150 and the restraining member 160, and a detailed description thereof will be omitted.

In addition, the connecting plate mesh 315 is overlaid to prevent the foot of the poultry from falling over the connecting plate mesh formed by the connecting plate wire 313 and the connecting plate restraining member 314.

And as the lifting means 320, the tow line 321 is installed on the frame 311 of the connecting plate at regular intervals, and the winding mechanism 322 for lifting the connecting plate 310 by winding or unwinding the tow line 321 is the inner pillar It is installed on a frame (reference 14; not shown). The inner column frame 14 supports the roof frame 13 as described above and is arranged at regular intervals along the conveyor installation passageway.

In the above technical configuration, the winding mechanism 322 may be manually implemented by winding the traction line 321 by turning the handle or by an electric motor.

In addition, when the breeding floor 100 is connected by the connecting plate 310, a means for preventing the flow of the connecting plate 310 is provided so as to step on the connecting plate 310 safely.

That is, referring to FIG. 4 or 6 described above, the corrugated member 140 is installed on the bottom of the cage interior frame 130, the bottom of the cage frame 130 so that the corrugated member 140 can be prevented from flowing down in an inclined state. The engaging jaw 134 is welded at the end.

Accordingly, when the connecting plate 310 descends, the locking jaw 134 on both breeding floors 100 is positioned inside the frame 311 of the connecting plate to hold the connecting plate 310 to thereby maintain the flow of the connecting plate 310. It can be prevented.

Next, Figure 12 is a ventilation structure diagram of a poultry breeding facility according to the present invention.

As shown in the figure, the steel structure structure 10 has a ventilation fan 40 is installed on one side wall, the ventilation hole 50 is installed on the other side facing the ventilation hole 50 by the drive of the ventilation fan 40. When the outside air is sucked through the duct portion 60 is formed to extend toward the ground on the outside of the other side wall to be introduced through the ground.

This means that effective microorganisms living in the soil during ventilation are introduced into the breeding space to decompose malodorous molecules remaining in the breeding space, and effective microorganisms are introduced into the poultry body through the respiratory organs during respiration to promote metabolism, so that they can be raised in a healthy environment. For sake.

Of course, by culturing artificially effective microorganisms on the bottom surface of the duct portion 60 may provide an atmospheric environment such as growing in the soil.

Next, Figures 13 and 14 is another embodiment of the ventilation structure of the poultry breeding facility according to the present invention.

As shown in the figure, the air-conditioning duct 70 is formed extending to the ceiling along the inner wall of the steel structure structure 10 and the ventilation opening 71 is formed corresponding to the breeding space partitioned by the breeding floor 100, Damper 80 for switching the flow path to the vent (71) to receive the air supplied through the air conditioning duct 70 into the breeding space or to discharge the indoor air of the breeding space to the outside through the air conditioning duct (70) Is installed.

In detail, the air conditioning duct 70 is provided with an exhaust port 72 whose lower side is connected to the air conditioning apparatus 90 and communicates with the outside at the upper end thereof. The exhaust port 72 is provided with an exhaust fan 73 for discharging the indoor air of the breeding space to the outside through the air conditioning duct (70). The exhaust fan 73 is provided with a shutter (unsigned) for opening and closing the exhaust port 72.

The damper 80 is rotatably installed in the air conditioning duct 70 so as to supply the air conditioned from the air conditioner 90 to the breeding space through the ventilation port 71 or the indoor air of the breeding space when the exhaust fan 73 is driven. It is configured to be discharged to the outside through the exhaust port 72 of the air conditioning duct (70).

Specifically, in the case where the conditioned air is supplied into the breeding space through the vent 71 (FIG. 14A), the damper 80 is configured such that the first damper piece 81 receives air conditioned from the air conditioner 90. The second damper piece is located in parallel with the air conditioning duct 70 so as to be divided into the ventilation port 71 side and the air conditioning duct 70 upper side of the breeding space, and bent at a predetermined angle from the first damper piece 81 ( The end portion 82 is in close contact with the upper side of the vent port 71 to guide the rough air divided by the first damper piece 81 to the rearing space. As a result, the air harmonized in the air conditioning apparatus 90 for the purpose of cooling is guided to the breeding space through the damper 80 to cool the breeding space to an appropriate temperature.

In addition, when the hot air of the breeding space is discharged to the outside through the driving of the exhaust fan 73 (Fig. 14 (b)), the damper 80 is rotated by a predetermined angle so that the second damper piece 82 is air-conditioned duct ( It is located in parallel with the 70, the end of the first damper piece 81 is in close contact with the lower side of the vent port 71, the indoor air of the breeding space by the suction force of the exhaust fan 73 through the air vent (71) 70 is sucked out and discharged to the outside through the exhaust port (72). Thus, the indoor air of the breeding space is discharged to the outside through the damper 80, it is possible to comfortably manage the breeding space.

Next, referring to FIG. 1 described above, the poultry breeding facility according to the present invention has a breeding dong 500, which is a breeding space, and a management dong 400 for managing a breeding state of poultry. The management building 400 and the breeding building 500 are partitioned by the partition wall 410 of the transparent material (for example, tempered glass) so that it can be observed.

In addition, the partition wall 410 is formed with a door 420 for entering and exiting the breeding dong 500.

Accordingly, it is possible to block the smell or dust of the poultry generated in the breeding dong 500, it is possible to observe the breeding state of the poultry in a comfortable environment, it is possible to quickly cope with the problem occurs.

Next, Figure 15 is a support structure of the multi-layer breeding floor of the poultry breeding facility according to the present invention.

9 and 15, the reinforcing bar 610 is installed in the middle of the breeding floor 100 in the longitudinal direction, and the supporter 620 is installed to support the reinforcing bar 610.

The support 620 is hinged to the reinforcement 610 of the upper breeding floor to prevent the breeding floor 100 to repair or poultry during poultry shipping operation, the upper reinforcement 610 to hang Ring 630 is formed.

In addition, the support 620 is provided with a fastening pin 640 slidably at a lower end thereof to maintain a solid support state, the fastening pin 640 is a fastening hole drilled in the reinforcement 610 ′ of the lower breeding floor It is bound to (unsigned). Reference numeral 641 denotes a handle for sliding the fastening pin 640, and correspondingly, a long hole 621 is drilled under the support 620.

Accordingly, the support 620 can firmly support the breeding floor 100 by being installed in a row from the ground to the top breeding floor, and can significantly reduce the production cost of the poultry breeding facility through a lightweight structure.

The above description is an exemplary embodiment of the present invention, and it will be apparent to those skilled in the art that the present invention may be variously implemented within the scope of the technical idea described in the claims.

10: steel structure 11: concrete foundation
12: outer pillar frame 13: roof frame
14: inner pillar frame 15: outer crossbeam
16: inner crossbeam 20: exterior finish
30: collection tank 40: ventilation fan
50: ventilation port 60: duct section
70: air conditioning duct 71: vent
72: exhaust port 73: exhaust fan
80: damper 81: first damper piece
82: second damper section 90: air conditioning equipment
100: breeding floor 130: breeding ground bottom frame
131: steel pipe 132: frame bottom frame nursery
133: binding ring 134: locking jaw
140: corrugated member 150: wire
160: restraining member 161: seating groove
162: wedge member 163: grip portion
164: nettle 170: mesh
180: liquid injector 181: injection nozzle
182: injection pipe 183: bearing portion
184: drive unit 200: transfer means
210: conveyor 220: washer
310: connecting plate 311: frame
312: steel crossbar 313: connecting plate wire
314: connecting plate restraint member 315: connecting plate mesh
320: lifting means 321: tow line
322: winding mechanism 400: management wing
410: bulkhead 420: door
500: Sayuk-dong 610,610 ': Reinforcement
620: support 621: long hole
630: hook 640: fastening pin
641: handle

Claims (10)

In the poultry breeding facility consisting of a steel structure forming a wall and a roof, and an exterior finishing material for finishing the appearance of the steel structure,
A cage bottom frame installed inclined downward from the wall of the steel frame structure, a corrugated member installed on the bottom of the cage frame and having a bone formed along an inclined surface, and wires arranged side by side at regular intervals orthogonal to the bone of the corrugated member; A restraining member constituting a mesh by restraining the wires to maintain a predetermined interval, a mesh overlaid so as to prevent the foot of the poultry from falling out on the restraining member and the mesh formed by the wire, and an upper end of the corrugated member A breeding floor installed in the liquid injector for spraying the washing water for washing the corrugated member;
Installed on the lower end of the corrugated member of the breeding floor is a conveyor for transporting excrement discharged through the corrugated member to the collection tank or to burn the poultry raised in the breeding floor to the outside and spray the washing water to wash the conveyor Poultry breeding facility, characterized in that provided; The method of claim 1,
The breeding ground bottom frame is a poultry breeding facility, characterized in that the binding ring is provided at both sides of the frame to a predetermined interval so that the wire is installed at a predetermined interval. The method of claim 1,
The corrugated member is installed to be inclined downward from 16 to 20 ° from the wall of the steel structure so that the washing water flows easily along the bone and imparts an appropriate momentum to the poultry, and the excrement disposed on the corrugated member by the body temperature of the poultry. Poultry breeding facility, characterized in that the mesh is configured to be spaced apart 3cm from the bone bottom surface of the corrugated member to maintain a dilute state. The method of claim 1,
The restraining member includes a seating groove for seating the wire at a predetermined interval, a wedge member positioned perpendicularly to a wire seated in the seating groove, and a grip part for pressurizing and restraining the wire by wrapping the wedge member. Poultry breeding facility. The method of claim 1,
The liquid injector is formed with a nozzle corresponding to the bone of the corrugated member, the injection pipe for receiving high-pressure washing water or disinfectant from the outside, a bearing unit for holding the injection pipe to be rotatable, and the injection pipe Poultry breeding facility, characterized in that consisting of a drive for rotating forward and reverse at a predetermined angle. The method of claim 1,
The breeding floor is installed facing each other with the transfer means therebetween to form a single breeding layer, a poultry breeding facility, characterized in that a plurality of breeding layers are provided in the steel structure. The method according to claim 6,
A connecting plate is installed between the end of the breeding floor so as to connect or release the breeding floor facing each other, poultry breeding facility, characterized in that the lifting means for raising and lowering the connecting plate is provided. The method of claim 1,
The steel structure is provided with a ventilation fan on one side wall, a ventilation hole is installed on the other side facing the wall, the ground outside the other wall to be introduced through the ground when the outside air is sucked through the ventilation hole by the drive of the ventilation fan. Poultry breeding facility, characterized in that provided with a duct extending extending toward. The method of claim 1,
Air conditioning ducts extending from the inner wall of the steel structure to the ceiling and formed with ventilation openings corresponding to the breeding spaces partitioned by the breeding floors, and supplied with the conditioned air supplied through the air conditioning ducts into the breeding spaces or the air conditioning ducts. Poultry breeding facility, characterized in that the damper is further installed to switch the flow path in the vent so that the indoor air of the breeding space through the outside. The method of claim 1,
The steel structure is provided with a partition of the transparent window for partitioning the management dong for managing the breeding dong and poultry breeding state provided by the breeding floor, characterized in that the partition is further formed an entrance door for entering the breeding space. Poultry breeding facility.

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