CN212911170U - Pig raising house with five-layer buildings - Google Patents
Pig raising house with five-layer buildings Download PDFInfo
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- CN212911170U CN212911170U CN202021964303.2U CN202021964303U CN212911170U CN 212911170 U CN212911170 U CN 212911170U CN 202021964303 U CN202021964303 U CN 202021964303U CN 212911170 U CN212911170 U CN 212911170U
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- breeding area
- floor
- building body
- underdrain
- blind ditch
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Abstract
The utility model discloses a pig raising house with five floors, which comprises a building body with five floors, wherein each floor is provided with a colony house for pig raising, each floor is matched with an operation platform which is positioned at the lower side of a floor slab of the floor and positioned at the outer side of the building body, a blind ditch positioned in the floor slab is arranged below each colony house, and each colony house is separated from the blind ditch below the colony house through a dung leaking plate; the blind ditches are all as follows: one end is located the building body inboard, and the other end is located the bar ditch on the wall of operation platform position. This pig house is convenient for accomplish the excrement clearance.
Description
Technical Field
The utility model relates to a live pig breeding technical field especially relates to a five-layer building house of raising pigs.
Background
With the development of the live pig breeding industry, the existing large-scale live pig breeding accounts for more and more in the whole live pig production, and meanwhile, the large-scale live pig breeding is also a live pig production mode which is high in production efficiency and easy to guarantee the product quality.
At present, the advantages of a three-dimensional live pig breeding mode are highlighted by being different from ground breeding: three-dimensional live pig is bred and generally adopts three-dimensional floor as relying on, not only is one of plane mode building area on the building area, is convenient for realize simultaneously: the method has the advantages of clean management, pigsty drying, fresh air, sufficient lighting, low ammonia hydrogen sulfide concentration, warmness in winter and coolness in summer, contribution to centralized management and the like.
Just because the above characteristics of three-dimensional floor live pig are bred, on concrete live pig production, still have and be convenient for realize: batch production, full-in and full-out, estrus synchronization, synchronization mating, synchronization delivery, synchronization weaning and synchronization selling can realize high-efficiency pig management, shorten the breeding period and be beneficial to blocking disease transmission.
Further optimizing the floor live pig breeding technology, undoubtedly, the method has important significance for the live pig breeding industry.
SUMMERY OF THE UTILITY MODEL
To the further optimization floor live pig cultivation technique that above-mentioned provided, undoubtedly have the technical problem of important meaning to the live pig cultivation industry, the utility model provides a five-layer building house of raising pigs, this pig of raising is convenient for accomplish the excrement clearance.
The utility model provides a pair of five-layer building pig house solves the problem through following technical essential: a pig house with five floors comprises a building body with five floors, wherein a colony house for pig breeding is arranged on each floor, each floor is matched with an operation platform which is positioned on the lower side of a floor slab of the floor and positioned on the outer side of the building body, a blind ditch which is positioned in the floor slab is arranged below each colony house, and each colony house is isolated from the blind ditch below the colony house through a dung leaking plate; the blind ditches are all as follows: one end is located the building body inboard, and the other end is located the bar ditch on the wall of operation platform position.
This scheme is when concrete application, sets up the building body into multilayer structure, and like this, the characteristics that usable three-dimensional floor live pig was bred realize live pig scientific breed. In the concrete structural design, the number of floors is five, and the three-dimensional pig breeding is realized under the condition that the construction investment is reasonable mainly on the premise that the construction cost of a building body is considered. In the concrete structural design, to each floor, compare in prior art and all set up the downside space of leaking the dropping board into communicating space, set up the technical scheme like automatic excrement machine of scraping in above space simultaneously, adopt the form of underdrain to accept the excrement that comes from above leaking the dropping board in this scheme, the one end of underdrain is located the wall of operation platform position simultaneously, like this, when needs clear up the underdrain, will operation platform is as operator's the platform of trampling, is located the one end on the operation platform position wall by the underdrain, can draw the cleaning work such as excrement, washing, disinfection to the underdrain. Adopt like above mode, leak excrement board below space littleer, not only can save the floor space, be convenient for accomplish excrement and clear up in time through artificial mode, leak excrement board below space surface area simultaneously littleer, be convenient for realize thorough clearance and disinfection.
As a technical scheme that the excrement can be actively led out from the underdrain under the self-weight, the method adopts the following steps: the side wall and the bottom surface of the blind ditch are inclined planes; the side wall of the underdrain is: in the width direction of the underdrain, the slope bottom of the side wall is positioned at one side close to the middle part of the underdrain; the bottom surface of the blind ditch is: in the length direction of the underdrain, the slope bottom of the bottom surface is positioned at one end close to the operating platform. The scheme is a ladder-shaped structure with a wide upper part and a narrow lower part on the cross section of the underdrain.
In order to realize the concentrated collection and further transmission of the excrement discharged from the underdrain, the device is characterized in that: the drainage ditch is arranged on the wall surface at the position of the operating platform and positioned below the opening at the outer side of the blind ditch, and is used for receiving objects falling out of the blind ditch. For environmental protection, the present solution is preferably arranged such that the drainage channel is an underdrain having a plurality of intake ports. The above introduction ports are respectively matched with the outer ends of the blind ditches: excrement guided out from the underdrain is introduced into the drain through the introduction port.
In order to facilitate the introduction of water to wash the surface of the underdrain, the following steps are provided: and a water nozzle is also arranged on the wall surface at the position of the blind ditch.
The middle part of the building body still is provided with the shaft, along the circumference direction of shaft, the building body is bred district, right side breed district, front side breed district and left side breed the district by the rear side respectively and encloses, and the rear side is bred and all is provided with the colony house on district, right side breed district, front side breed district and the left side breed district. This scheme provides a middle part is provided with ventilation channel's surrounding tubular building body.
For being convenient for shift fodder etc. through the elevator, set up to: also included is an elevator shaft mounted within the shaft.
In order to facilitate the transfer of materials on the same layer, the transfer of live pigs and the like, the device is set as follows: the rear side cultivation area, the right side cultivation area, the front side cultivation area and the left side cultivation area of the same layer are communicated with each other.
Be convenient for shift between different layers such as live pig, material, and as an utilize the form that sets up of building body for the domatic slope of connecting channel slope as little as possible technical scheme sets up to between each floor: all floors are mutually communicated, and adjacent floors are communicated through a communication channel; the communicating channels are all slope surfaces, and the downward projection of the communicating channels is a strip shape with the length direction and the length direction of the building body in the same direction.
The utility model discloses following beneficial effect has:
this scheme is when concrete application, sets up the building body into multilayer structure, and like this, the characteristics that usable three-dimensional floor live pig was bred realize live pig scientific breed. In the concrete structural design, the number of floors is five, and the three-dimensional pig breeding is realized under the condition that the construction investment is reasonable mainly on the premise that the construction cost of a building body is considered. In the concrete structural design, to each floor, compare in prior art and all set up the downside space of leaking the dropping board into communicating space, set up the technical scheme like automatic excrement machine of scraping in above space simultaneously, adopt the form of underdrain to accept the excrement that comes from above leaking the dropping board in this scheme, the one end of underdrain is located the wall of operation platform position simultaneously, like this, when needs clear up the underdrain, will operation platform is as operator's the platform of trampling, is located the one end on the operation platform position wall by the underdrain, can draw the cleaning work such as excrement, washing, disinfection to the underdrain. Adopt like above mode, leak excrement board below space littleer, not only can save the floor space, be convenient for accomplish excrement and clear up in time through artificial mode, leak excrement board below space surface area simultaneously littleer, be convenient for realize thorough clearance and disinfection.
Drawings
Fig. 1 is a schematic structural view of a specific embodiment of a five-layer building pig house according to the present invention, which is a top view;
FIG. 2 is a schematic structural view of a specific embodiment of a five-layer building pig house according to the present invention, which is a front view;
fig. 3 is a schematic structural view of a specific embodiment of a five-layer building pig house according to the present invention, which is a partial schematic view for showing the matching relationship or the relative position relationship of floor slab, blind drain, drainage ditch, operation platform, etc.
The numbering in the figure is as follows: 1. rear side breed district, 2, shaft, 3, right side breed district, 4, front side breed district, 5, elevartor shaft, 6, left side breed district, 7, operation platform, 8, discharge ditch, 9, blind ditch, 10, floor, 11, hourglass dropping board, 12, colony house, 13, water injection well choke.
Detailed Description
The present invention will be described in further detail with reference to the following examples, but the present invention is not limited to the following examples.
Example 1:
as shown in fig. 1 to 3, a five-layer building pig raising house comprises a building body with five floors, wherein a colony house 12 for pig raising is arranged on each floor, an operating platform 7 which is positioned at the lower side of a floor slab 10 of each floor and positioned at the outer side of the building body is matched on each floor, an underground ditch 9 which is positioned in the floor slab 10 is arranged below each colony house 12, and each colony house 12 is separated from the underground ditch 9 below the colony house by an excrement leaking plate 11; the underdrains 9 are all: one end is located the building body inboard, and the other end is located the bar ditch on the wall of operation platform 7 position.
This scheme is when concrete application, sets up the building body into multilayer structure, and like this, the characteristics that usable three-dimensional floor live pig was bred realize live pig scientific breed. In the concrete structural design, the number of floors is five, and the three-dimensional pig breeding is realized under the condition that the construction investment is reasonable mainly on the premise that the construction cost of a building body is considered. In the concrete structure design, to each floor, compare in prior art and all set up the downside space that leaks dropping board 11 into communicating space, set up the technical scheme like automatic dung scraping machine in above space simultaneously, adopt the form of underdrain 9 to hold the excrement that comes from leaking dropping board 11 top in this scheme, the one end of underdrain 9 is located the wall of operation platform 7 place position simultaneously, like this, when needs are cleared up underdrain 9, will operation platform 7 is as operator's the platform of trampling, is located the one end on operation platform 7 place position wall by underdrain 9, can draw the cleanness work such as excrement, washing, disinfection to underdrain 9. Adopt like above mode, leak excrement board 11 below space littleer, not only can save the floor space, be convenient for accomplish excrement and clear up in time through artificial mode, leak excrement board 11 below space surface area simultaneously littleer, be convenient for realize thorough clearance and disinfection.
As a technical proposal that the excrement can be actively led out from the underdrain 9 under the self-weight, the following technical proposal is adopted: the side wall and the bottom surface of the blind ditch 9 are inclined planes; the side walls of the underdrain 9 are: in the width direction of the underdrain 9, the slope bottom of the side wall is positioned at one side close to the middle part of the underdrain 9; the bottom surface of the underdrain 9 is: in the longitudinal direction of the underdrain 9, the slope bottom of the bottom surface is located at the end close to the operation platform 7. The cross section of the underdrain 9 is in a ladder shape with a wide top and a narrow bottom.
In order to realize the centralized collection and further transmission of the excrement discharged from the underdrain 9, the following devices are arranged: the device also comprises a drain ditch 8 which is arranged on the wall surface at the position of the operating platform 7 and is positioned below the opening at the outer side of the blind ditch 9, wherein the drain ditch 8 is used for receiving objects falling out of the blind ditch 9. For environmental protection, the present solution is preferably arranged such that the drain 8 is an underdrain with a plurality of inlets. The above lead-in ports are respectively matched with the outer ends of the blind ditches 9: excrement discharged from the underdrain 9 is introduced into the drain 8 through the introduction port.
In order to facilitate the introduction of the water body to wash the surface of the underdrain 9, the following arrangement is adopted: and a water nozzle 13 is also arranged on the wall surface at the position of the blind ditch 9.
The middle part of the building body still is provided with shaft 2, along shaft 2's circumference direction, the building body is bred district 1, right side breed district 3, front side breed district 4 and left side breed district 6 by the rear side respectively and encloses, and rear side breed district 1, right side breed district 3, front side breed district 4 and left side breed and all be provided with colony house 12 on the district 6. This scheme provides a middle part is provided with ventilation channel's surrounding tubular building body.
For being convenient for shift fodder etc. through the elevator, set up to: and an elevator shaft 5 installed in the shaft 2.
In order to facilitate the transfer of materials on the same layer, the transfer of live pigs and the like, the device is set as follows: the rear side cultivation area 1, the right side cultivation area 3, the front side cultivation area 4 and the left side cultivation area 6 of the same layer are communicated with each other.
Be convenient for shift between different layers such as live pig, material, and as an utilize the form that sets up of building body for the domatic slope of connecting channel slope as little as possible technical scheme sets up to between each floor: all floors are mutually communicated, and adjacent floors are communicated through a communication channel; the communicating channels are all slope surfaces, and the downward projection of the communicating channels is a strip shape with the length direction and the length direction of the building body in the same direction.
The foregoing is a more detailed description of the present invention, taken in conjunction with the specific preferred embodiments thereof, and it is not intended that the invention be limited to the specific embodiments thereof. To the utility model belongs to the technical field of the ordinary skilled person say, do not deviate from the utility model discloses a other embodiments that reach under the technical scheme all should be contained the utility model discloses a within the scope of protection.
Claims (8)
1. A pig house with five floors comprises a building body with five floors, wherein each floor is provided with a colony house (12) for pig breeding, and the pig house is characterized in that each floor is matched with an operation platform (7) which is positioned at the lower side of a floor slab (10) of the floor and positioned at the outer side of the building body, a blind ditch (9) which is positioned in the floor slab (10) is arranged below each colony house (12), and each colony house (12) is isolated from the blind ditch (9) below the colony house through a dung leaking plate (11); the blind ditches (9) are all as follows: one end is located the building body inboard, and the other end is located the bar ditch on operation platform (7) position wall.
2. The five-layer building pig house according to claim 1, characterized in that the side wall and the bottom surface of the underdrain (9) are inclined planes; the side wall of the blind ditch (9) is as follows: in the width direction of the blind ditch (9), the slope bottom of the side wall is positioned at one side close to the middle part of the blind ditch (9); the bottom surface of the blind ditch (9) is as follows: in the length direction of the blind ditch (9), the slope bottom of the bottom surface is positioned at one end close to the operating platform (7).
3. The five-storey building pig house according to claim 1, further comprising a drain (8) arranged on the wall surface where the operation platform (7) is located and below the opening at the outer side of the underdrain (9), wherein the drain (8) is used for receiving objects falling out of the underdrain (9).
4. The five-layer building pig house according to claim 1, characterized in that a water nozzle (13) is further arranged on the wall surface where the blind ditch (9) is located.
5. The five-layer building pig house according to claim 1, characterized in that a vertical shaft (2) is further arranged in the middle of the building body, the building body is respectively surrounded by the rear breeding area (1), the right breeding area (3), the front breeding area (4) and the left breeding area (6) along the circumferential direction of the vertical shaft (2), and a colony house (12) is arranged on the rear breeding area (1), the right breeding area (3), the front breeding area (4) and the left breeding area (6).
6. The pig house as claimed in claim 5, further comprising an elevator shaft (5) mounted in the shaft (2).
7. The five-layer building pig house according to claim 5, characterized in that the rear side breeding area (1), the right side breeding area (3), the front side breeding area (4) and the left side breeding area (6) on the same layer are communicated with each other.
8. The five-layer building pig house according to claim 7, wherein the floors are communicated with each other, and the adjacent floors are communicated through a communication channel; the communicating channels are all slope surfaces, and the downward projection of the communicating channels is a strip shape with the length direction and the length direction of the building body in the same direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021964303.2U CN212911170U (en) | 2020-09-10 | 2020-09-10 | Pig raising house with five-layer buildings |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021964303.2U CN212911170U (en) | 2020-09-10 | 2020-09-10 | Pig raising house with five-layer buildings |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212911170U true CN212911170U (en) | 2021-04-09 |
Family
ID=75305564
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021964303.2U Expired - Fee Related CN212911170U (en) | 2020-09-10 | 2020-09-10 | Pig raising house with five-layer buildings |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212911170U (en) |
-
2020
- 2020-09-10 CN CN202021964303.2U patent/CN212911170U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20210409 Termination date: 20210910 |
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| CF01 | Termination of patent right due to non-payment of annual fee |