CN219812834U - Multi-functional live pig breeding colony house - Google Patents

Abstract

The utility model discloses a multifunctional pig breeding colony house which comprises a house body, wherein two side wall surfaces of the house body are respectively provided with a second rectangular through hole, the upper wall surface and the lower wall surface of the pair of second rectangular through holes are respectively provided with a plurality of first rod bodies, two side wall surfaces of the house body are respectively provided with a pair of shutters and a first sliding door, the pair of first sliding doors are respectively hinged with the two side wall surfaces of the house body, the interior of the house body is divided into a first space and a second space, pig colony house mechanisms are arranged in the first space, a pair of sewage disposal mechanisms are arranged in the second space, one side of the house body is provided with a septic tank, one side wall surface of the septic tank is provided with a pair of first rectangular through holes, one second space of the pair of first rectangular through holes is communicated, the other side wall surface of the pair of first rectangular through holes is provided with a sewage disposal driving mechanism, the upper wall surface of the house body is provided with a house body closing mechanism, the upper wall surface of the house body is inserted with refrigerating equipment, and the second space is in a shape of a return.

Description

Multi-functional live pig breeding colony house

Technical Field

The utility model relates to the technical field of live pig breeding, in particular to a multifunctional live pig breeding colony house.

Background

At present, the number of pigs cultivated in a pig house is large, the air quality in the pig house is easy to deteriorate, bacteria and the like are easy to breed, especially in a closed environment in the pig house in winter, air is undoubtedly one of the most important media for disease transmission, the health and survival rate of the pigs are directly influenced by how to purify the air in winter, various pig houses exist in the prior art, such as a novel China utility model with patent number of CN201621323269.4, and the ecological pig house comprises a house body, a house roof and a attic, and the unit houses are arranged in the house body and are respectively enclosed by fences and distributed in double rows, and the house roof is a symmetrical inclined plane covering the whole house body and is arranged on the house roof.

In the use process of the pig house, the excrement removing equipment is not designed, so that the pig group needs to be manually cleaned after excretion, bacterial breeding is reduced, but when a large pig house is encountered, the excrement is manually cleaned, so that the pig house is very inconvenient.

Disclosure of Invention

Aiming at the defects of the prior art, the utility model provides a multifunctional pig breeding colony house, which solves the technical problems that the existing pig colony is not designed with excrement removing equipment in the use process, so that the pig colony needs to be cleaned manually after excreting, thereby reducing the breeding of bacteria, but the excrement is required to be cleaned manually to be debilitated when the pig colony is in a larger pig colony, and the inconvenience is caused.

In order to achieve the above purpose, the utility model is realized by the following technical scheme: the utility model provides a multi-functional pig breeding colony house, includes the canopy body, the second rectangle through-hole has all been seted up to canopy body both sides wall and a pair of second rectangle through-hole upper and lower wall installs a plurality of first body of rod, a pair of shutter and first sliding door and a pair of first sliding door are installed respectively with the both sides wall of canopy body mutually articulated, the internal portion of canopy is first space and second space, first space internally mounted has pig crowd colony house mechanism, second space internally mounted has a pair of blowdown mechanism, the septic tank is installed to one side of the canopy body, a pair of first rectangle through-hole and one of them second space intercommunication of a pair of first rectangle through-hole have been seted up to the inside lateral wall of septic tank, a pair of blowdown actuating mechanism is installed to another lateral wall of first rectangle through-hole, canopy body closing mechanism is installed to the canopy body upper wall, refrigeration plant is inserted to the canopy body upper wall, the second space is the shape of returning.

Preferably, the swinery housing mechanism comprises a second rectangular plate body, a pair of second rectangular plate bodies are respectively arranged on a pair of opposite side wall surfaces in the first space, a plurality of first rectangular grooves are formed in the upper wall surface of the pair of second rectangular plate bodies, a second sliding door is hinged in the plurality of first rectangular grooves, a pair of shed bodies are arranged on the side wall surfaces of the second rectangular plate bodies and the other opposite side wall surfaces in the first space, a plurality of first rectangular plate bodies are arranged on the lower wall surface end, close to the side wall surface of the other end, of the first space, and the lower wall surface end, close to the side wall surface of the other end, of the first space is provided with a plurality of iron screen bodies which are communicated with the second space.

Preferably, the blowdown actuating mechanism includes the third rectangular plate body, a pair of spout has been seted up on the inside relative lateral wall face that the second space is close to the iron plate body, a plurality of first gyro wheels and a plurality of first gyro wheels have been seted up to third rectangular plate body both sides wall face and have been placed respectively in a pair of spout insidely, third rectangular through-hole and third rectangular through-hole inside have been seted up to the third rectangular plate body, second rectangle fixed block and articulated have the fourth rectangular plate body respectively to install the second between the one end of fourth rectangular plate body and the one end of second rectangle fixed block, the fourth box body is installed to the upper end that the second space is inside to be close to the spout, second rectangle recess and second rectangle recess inside articulated have first rectangle body of rod have been seted up to fourth box body inside, install the spring between fourth box body inside and the first rectangle body, install the sensor on the lateral wall face that the fourth box is close to the second rectangle recess, two pairs of second gyro wheels are installed to the wall face under the third rectangular plate body.

Preferably, the blowdown actuating mechanism includes third box and second box, the third box is installed inside the first rectangle through-hole of septic tank, the inside third space and the fourth space of dividing into of third box, third space internally mounted has first motor, the drive end of first motor installs the third body of rod, the other end cover of third body of rod has first bearing and first bearing cartridge on the inside lateral wall surface of fourth space, cartridge has two pairs of second bearings and first pair of second bearing internally cartridge to the lateral wall surface of first motor in third space and first pair of second body of rod and third body of rod are located the inside outer wall surface of third space and all are equipped with gear and third gear looks meshing, and first pair of second body of rod and third body of rod all are equipped with first circular staving and third on the first circular staving of cover, the second box is installed and is corresponded the second body of rod and is equipped with the second to the second opposite side wall surface on the inside of fourth space, first pair of second body of rod is equipped with the first pair of second body of rod and second opposite side wall surface of rod, first pair of rod and third body of rod are equipped with the first round staving, and second opposite side wall surface of rod are equipped with the first and second rope, and second opposite side wall surface of rod is equipped with the first round rope.

Preferably, the canopy body closing mechanism comprises a first box body and a first sliding rail, the first box body is mounted on the upper wall surface of the canopy body and sleeved on the outer wall surface of the refrigeration equipment, the first box body is internally provided with a fifth space and a sixth space, two ends, close to the first box body, of the outer wall surface of the canopy body are respectively provided with a pair of first sliding rails, two sides, close to the fifth space and the sixth space, of the side wall surface of the first box body are respectively provided with a fifth box body and a sixth box body, the inner part of the fifth box body is provided with a second motor and a second motor drive end is provided with a fourth rod body, the other end of the fourth rod body is sleeved with a fourth bearing and is inserted on the inner side wall surface of the fifth space, the inner part of the sixth box body and the inner side wall surface of the sixth space are respectively provided with a fifth bearing and a pair of fifth rod bodies, the fifth rod body and the fifth rod body are respectively provided with a cloth body, one end of the cloth body is provided with rectangular rod bodies, two sides of the cloth body are respectively provided with a plurality of tooth grooves and a plurality of tooth grooves are respectively formed in the inner side surfaces of the fifth rod body, and the plurality of end sleeves are respectively provided with a plurality of tooth grooves are respectively arranged on the outer wall surfaces of the fifth rod body.

Advantageous effects

The utility model provides a multifunctional pig breeding colony house, which can treat the gas and the temperature in the shed body through refrigerating equipment and a shutter in the using process, and can wash the interior of the shed body manually when more excrement is discharged, so that the excrement falls into a second space through an iron net plate body, and at the moment, a sewage discharging mechanism is driven by a sewage discharging driving mechanism to discharge sewage in the second space, so that the excrement falls into a septic tank, and the excrement is cleaned conveniently.

Drawings

Fig. 1 is a schematic diagram of a shed body structure of the multifunctional pig breeding colony house.

Fig. 2 is a schematic view of a first rectangular plate body structure of the multifunctional pig breeding colony house.

Fig. 3 is a schematic diagram of a second motor structure of the multifunctional pig breeding house according to the utility model.

Fig. 4 is a schematic structural view of a third rectangular plate body of the multifunctional pig breeding colony house.

Fig. 5 is a schematic diagram of a fourth rectangular plate body of the multifunctional pig breeding colony house.

Fig. 6 is a schematic diagram of the structure of the iron net plate of the multifunctional pig breeding colony house.

Fig. 7 is a schematic diagram of a first motor structure of the multifunctional pig breeding house according to the utility model.

Fig. 8 is a schematic diagram of a second circular barrel structure of the multifunctional pig breeding colony house.

Fig. 9 is a schematic diagram of a spring structure of the multifunctional pig breeding house according to the utility model.

In the figure: 1. a shed body; 2. a first rod body; 3. a septic tank; 4. a first slide rail; 5. a first case; 6. a refrigeration device; 7. a first sliding door; 8. a shutter; 9. a first rectangular plate body; 10. a second rectangular plate body; 11. a second sliding door; 12. an iron screen plate body; 13. a second case; 14. a third case; 15. a first rectangular fixed block; 16. a rope body; 17. a fourth case; 18. a first rectangular rod body; 19. a sensor; 20. a third rectangular plate body; 21. a first roller; 22. a second roller; 23. a fourth rectangular plate body; 24. an electric telescopic rod; 25. a second rectangular fixed block; 26. a first motor; 27. a first circular tub; 28. a second rod body; 29. a third rod body; 30. a gear; 31. a second circular tub; 32. a spring; 33. a cloth body; 34. a rectangular rod body; 35. a slide block; 36. a second motor; 37. a fourth rod body; 38. a fifth rod body; 39. a belt body; 40. a fifth case; 41. and a sixth box.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Referring to fig. 1-9, the present utility model provides a technical solution: the utility model provides a multi-functional pig breeding colony house, includes canopy body 1, second rectangle through-hole and a pair of second rectangle through-hole upper and lower wall face have all been seted up to canopy body 1 both sides wall face installs a plurality of first body of rod 2, a pair of shutter 8 and first sliding door 7 and a pair of first sliding door 7 are installed respectively with canopy body 1's both sides wall face and are articulated, canopy body 1 internal portion is first space and second space, first space internally mounted has pig colony house mechanism, second space internally mounted has a pair of blowdown mechanism, septic tank 3 is installed to one side of canopy body 1, a pair of first rectangle through-hole and one of them second space intercommunication of a pair of first rectangle through-hole are seted up to septic tank 3 inside lateral wall face, another lateral wall face of first rectangle through-hole installs blowdown actuating mechanism, canopy body closing mechanism is installed to canopy body 1 upper wall face, canopy body 1 upper wall face cartridge has second space and is the shape returns.

At this time, the swinery enters the shed body 1 through a pair of first sliding doors 7 on two side wall surfaces of the shed body 1, and the swinery is closed in the enclosed space by the first rectangular plate body 9 and the second rectangular plate body 10 through distribution in the first space, at this time, the louver window 8 and the refrigerating equipment 6 are opened according to internal temperature adjustment by opening the second sliding door 11, so as to control air circulation and temperature reduction in the shed body 1, when heat preservation is needed, the fourth rod body 37 is driven to rotate through the rotation of the driving end of the second motor 36, the fifth rod body 38 is driven to rotate through the linkage of the belt body 39 and the fifth rod body 38, and as the directions of rotating shafts of the pair of cloth bodies 33 on the fourth rod body 37 and the fifth rod body 38 are different, the fifth rod body 38 and the fourth rod body 37 rotate in the same direction to drive the pair of cloth bodies 33 to move in the pair of first sliding rails 4 through the plurality of sliding blocks 35 on the side wall surfaces, so that the closing and opening of the shed body 1 through the pair of cloth bodies 33 are completed, when the pig herds excrete, excrement is washed off and falls on the iron net plate body 12 to enter the second space, at the moment, the first motor 26 in the third box body 14 is started, the three first round barrel bodies 27 are driven to rotate on the three second rod bodies 28 through the linkage of the three gears 30, the rope body 16 is driven to move on the three first round barrel bodies 27 and the two pairs of second round barrel bodies 31, at the moment, the pair of third rectangular plate bodies 20 are driven to move through the first motor 26, at the moment, the third rectangular plate bodies 20 are driven to move in an auxiliary way through the second rollers 22 on the lower wall surface and the first rollers 21 on the side wall surfaces move in the sliding grooves, thus, in the moving process, excrement is pushed out through the fourth rectangular plate 23 and falls into the septic tank 3, when the third rectangular plate 20 moves to the edge, the first rectangular fixing block 15 on the rope 16 touches the first rectangular rod body 18 in the fourth box 17, so that the first rectangular rod body 18 is touched with the sensor 19, the first motor 26 is driven to rotate reversely, the electric telescopic rod 24 on one side of the touched sensor 19 is contracted to drive the fourth rectangular plate 23 to contract, the third rectangular plate 20 is reversely moved, the excrement is driven to move when the third rectangular plate 20 is placed to reversely move, and when the other first rectangular fixing block 15 touches the other sensor 19, the fourth rectangular plate 23 on the third rectangular plate 20 is contracted and reversely moved, so that the other third rectangular plate 20 moving to one side of the second box 13 is reversely moved, and the excrement in the second space is relatively and reversely moved through the pair of third rectangular plates 20 to clean the excrement.

Further, the swinery housing mechanism comprises a second rectangular plate body 10, a pair of second rectangular plate bodies 10 are respectively arranged on a pair of opposite side wall surfaces in a first space, a plurality of first rectangular grooves are formed in the upper wall surface of the pair of second rectangular plate bodies 10, a second sliding door 11 is hinged to the inner parts of the plurality of first rectangular grooves, a pair of shed bodies 1 are arranged on the side wall surfaces of the second rectangular plate bodies 10 and the other opposite side wall surfaces in the first space, a plurality of first rectangular plate bodies 9 are arranged on the lower wall surface end, close to the side wall surface of the other end, of the first space, and a plurality of iron screen plates 12 are arranged at the lower wall surface end, close to the side wall surface of the other end, of the first space, and the iron screen plates 12 are communicated with the second space.

At this time, the swinery enters the shed body 1 through a pair of first sliding doors 7 on two side wall surfaces of the shed body 1, and passes through the space inside enclosed by the first rectangular plate body 9 and the second rectangular plate body 10 in the first space in a distributed manner, at this time, the swinery is closed in the enclosed space by opening the second sliding doors 11, and at this time, the louver window 8 and the refrigerating equipment 6 are opened according to the internal temperature adjustment, so that the internal gas circulation and the temperature reduction of the shed body 1 are controlled.

Further, the blowdown actuating mechanism includes third rectangular plate body 20, a pair of spout has been seted up on the inside relative lateral wall face that the second space is close to the iron plate body 12, a plurality of first gyro wheels 21 and a plurality of first gyro wheels 21 are seted up to third rectangular plate body 20 both sides wall face and are placed respectively in a pair of spout insidely, third rectangle through-hole and third rectangle through-hole are seted up to third rectangular plate body 20 upper wall face and second rectangle fixed block 25 and hinge respectively have fourth rectangular plate body 23, install electric telescopic handle 24 between the one end of fourth rectangular plate body 23 and the one end of second rectangle fixed block 25, fourth box body 17 is installed to the upper end that the second space is close to the spout inside, second rectangle recess and second rectangle recess inside hinge have first rectangle body of rod 18 are seted up to fourth box body 17 inside and first rectangle body of rod 18, install spring 32 between fourth box body 17 inside and the first rectangle body of rod 18, install sensor 19 on the lateral wall face that the fourth box body 17 is close to the second rectangle recess, two pairs of second gyro wheels 22 are installed to third rectangular plate body 20.

The first motor 26 inside the third casing 14 is started, and the three first circular barrels 27 are driven to rotate on the three second rod bodies 28 through the linkage of the three gears 30, so that the rope 16 is driven to move on the three first circular barrels 27 and the two pairs of second circular barrels 31.

Further, the sewage draining driving mechanism comprises a third box 14 and a second box 13, the third box 14 is installed inside a first rectangular through hole of the septic tank 3, the inside of the third box 14 is divided into a third space and a fourth space, a first motor 26 is installed inside the third space, a third rod 29 is installed at the driving end of the first motor 26, a first bearing is sleeved at the other end of the third rod 29 and is inserted on the side wall surface inside the fourth space, two pairs of second bearings are inserted on the side wall surfaces, close to the first bearing and the first motor 26, of the third space and the fourth space, a pair of second rods 28 are inserted inside the pair of second bearings, a pair of second rods 28 and the third rod 29 are both sleeved with gears 30 and are meshed with the three gears 30 on the outer wall surface inside the third space, the pair of second body of rod 28 and the inside outer wall that lies in the fourth space of third body of rod 29 all suit have all offered a plurality of three recess on first circular staving 27 and the three first circular staving 27, second box 13 is installed on the corresponding second space other end lateral wall of third box 14, the second circular staving 31 is all installed to a pair of first pivot and a pair of first pivot on the inside lower wall in fourth space, the second circular staving 31 is all installed to a pair of second pivot and a pair of second pivot upper wall in the inside lower wall in second box 13, two pairs of second circular staving 31 and the cover are equipped with rope 16 on three first circular staving 27 and rope 16 are connected with a pair of third rectangular plate 20 respectively and the both ends that are close to a pair of third plate 20 on the rope 16 all overlap and are equipped with first rectangle fixed block 15.

The first motor 26 inside the third casing 14 is started, and the three first circular barrels 27 are driven to rotate on the three second rod bodies 28 through the linkage of the three gears 30, so that the rope 16 is driven to move on the three first circular barrels 27 and the two pairs of second circular barrels 31.

Further, the canopy body closing mechanism includes first box 5 and first slide rail 4, first box 5 is installed on the upper wall of canopy body 1 and is overlapped on refrigeration plant 6 outer wall, the inside part of first box 5 is fifth space and sixth space, a pair of first slide rail 4 is installed respectively to the both ends that are close to first box 5 of canopy body 1 outer wall, fifth box 40 and sixth box 41 are installed respectively to both sides that are close to fifth space and sixth space on the side wall of first box 5, second motor 36 and second motor 36 drive end are installed to fifth box 40 internally, fourth body 37 is installed to the other end cover of fourth body 37 and fourth bearing cartridge is on fifth space inside side wall, fifth body 38 and fifth body 38 are installed to the inside cartridge of fifth bearing on the inside of sixth space inside side wall, a plurality of bodies 33 are installed to the inside cartridge of rod body of cloth 33 according to the side wall of fifth body 5, a plurality of bodies are installed to the inside of rod body 33 and a plurality of end of rod bodies are installed to the fourth body of rod 33, a plurality of end sets of rod bodies are installed to the slider 35 are installed to the both sides of the slider 35, and a plurality of end bodies are installed to the slider body 33 are installed to the inside of rod bodies are equipped with both sides of the slider 35 respectively.

The rotation of the driving end of the second motor 36 drives the fourth rod body 37 to rotate, so that the fifth rod body 38 is driven to rotate through the linkage of the belt body 39 and the fifth rod body 38, and the pair of cloth bodies 33 are driven to move in the pair of first sliding rails 4 through the plurality of sliding blocks 35 on the side wall surfaces by the same-direction rotation of the fifth rod body 38 and the fourth rod body 37 due to the fact that the rotating shaft directions of the pair of cloth bodies 33 on the fourth rod body 37 and the rotating shaft direction of the fifth rod body 38 are different, so that the shed body 1 is closed and opened through the pair of cloth bodies 33.

The detailed connection means are known in the art, and the following mainly describes the working principle and process, and the specific work is as follows.

Examples: at this time, the swinery enters the shed body 1 through a pair of first sliding doors 7 on two side wall surfaces of the shed body 1, and the swinery is closed in the enclosed space by the first rectangular plate body 9 and the second rectangular plate body 10 through distribution in the first space, at this time, the louver window 8 and the refrigerating equipment 6 are opened according to internal temperature adjustment by opening the second sliding door 11, so as to control air circulation and temperature reduction in the shed body 1, when heat preservation is needed, the fourth rod body 37 is driven to rotate through the rotation of the driving end of the second motor 36, the fifth rod body 38 is driven to rotate through the linkage of the belt body 39 and the fifth rod body 38, and as the directions of rotating shafts of the pair of cloth bodies 33 on the fourth rod body 37 and the fifth rod body 38 are different, the fifth rod body 38 and the fourth rod body 37 rotate in the same direction to drive the pair of cloth bodies 33 to move in the pair of first sliding rails 4 through the plurality of sliding blocks 35 on the side wall surfaces, so that the closing and opening of the shed body 1 through the pair of cloth bodies 33 are completed, when the pig herds excrete, excrement is washed off and falls on the iron net plate body 12 to enter the second space, at the moment, the first motor 26 in the third box body 14 is started, the three first round barrel bodies 27 are driven to rotate on the three second rod bodies 28 through the linkage of the three gears 30, the rope body 16 is driven to move on the three first round barrel bodies 27 and the two pairs of second round barrel bodies 31, at the moment, the pair of third rectangular plate bodies 20 are driven to move through the first motor 26, at the moment, the third rectangular plate bodies 20 are driven to move in an auxiliary way through the second rollers 22 on the lower wall surface and the first rollers 21 on the side wall surfaces move in the sliding grooves, thus, in the moving process, excrement is pushed out through the fourth rectangular plate 23 and falls into the septic tank 3, when the third rectangular plate 20 moves to the edge, the first rectangular fixing block 15 on the rope 16 touches the first rectangular rod body 18 in the fourth box 17, so that the first rectangular rod body 18 is touched with the sensor 19, the first motor 26 is driven to rotate reversely, the electric telescopic rod 24 on one side of the touched sensor 19 is contracted to drive the fourth rectangular plate 23 to contract, the third rectangular plate 20 is reversely moved, the excrement is driven to move when the third rectangular plate 20 is placed to reversely move, and when the other first rectangular fixing block 15 touches the other sensor 19, the fourth rectangular plate 23 on the third rectangular plate 20 is contracted and reversely moved, so that the other third rectangular plate 20 moving to one side of the second box 13 is reversely moved, and the excrement in the second space is relatively and reversely moved through the pair of third rectangular plates 20 to clean the excrement.

It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions.

Claims (5)

1. The utility model provides a multi-functional pig breeding colony house, includes the canopy body (1), its characterized in that, second rectangle through-hole and a pair of second rectangle through-hole upper and lower wall are all offered to canopy body (1) both sides wall installs a plurality of first body of rod (2), a pair of shutter (8) and first sliding door (7) and a pair of first sliding door (7) are installed respectively with the both sides wall of canopy body (1) mutually articulated, canopy body (1) internal portion is first space and second space, first space internally mounted has pig crowd colony house mechanism, second space internally mounted has a pair of blowdown mechanism, septic tank (3) are installed to one side of canopy body (1), a pair of first rectangle through-hole and a pair of first rectangle through-hole second space intercommunication are seted up to septic tank (3) inside lateral wall, a pair of first rectangle through-hole's another lateral wall installs blowdown actuating mechanism, canopy body (1) internal portion is first space and second space, canopy body (1) upper portion installs the second and is equipped with refrigerating device.

2. The multifunctional pig breeding house according to claim 1, wherein the pig colony house mechanism comprises a second rectangular plate body (10), a pair of second rectangular plate bodies (10) are respectively arranged on one pair of opposite side wall surfaces in the first space, a plurality of first rectangular grooves are formed in the upper wall surfaces of the pair of second rectangular plate bodies (10), a second sliding door (11) is hinged in the plurality of first rectangular grooves, a plurality of first rectangular plate bodies (9) are arranged on the side wall surfaces of the second rectangular plate bodies (10) and the other opposite side wall surfaces in the first space, a plurality of iron net plates (12) are arranged at the lower wall surface ends, close to the side wall surfaces of the other ends, of the first space, and the iron net plates (12) are communicated with the second space.

3. The multifunctional pig breeding house according to claim 1, wherein the pollution discharge driving mechanism comprises a third rectangular plate body (20), a pair of sliding grooves are formed in the inner opposite side wall surfaces of the second space, which are close to the iron plate body (12), a plurality of first rollers (21) are formed in the two side wall surfaces of the third rectangular plate body (20), the first rollers (21) are respectively arranged in the pair of sliding grooves, a third rectangular through hole is formed in the upper wall surface of the third rectangular plate body (20), a second rectangular fixed block (25) and a fourth rectangular plate body (23) are respectively arranged in the third rectangular through hole, an electric telescopic rod (24) is arranged between one end of the fourth rectangular plate body (23) and one end of the second rectangular fixed block (25), a fourth box body (17) is arranged at the upper end of the second space, which is close to the sliding grooves, a first rectangular rod body (18) is arranged in the fourth box body (17), a second rectangular through hole is formed in the inner portion, a second rectangular rod body (18) is hinged to the second rectangular groove, a second rectangular rod body (17) is arranged in the inner portion, a second rectangular rod body (18) is arranged between one end of the fourth rectangular fixed block (25) and one end of the second rectangular fixed block (25), and the second rectangular rod body (17) is arranged on the second rectangular rod body (17), a position close to the second rectangular rod body (20).

4. The multifunctional pig breeding house according to claim 1, wherein the sewage draining driving mechanism comprises a third box body (14) and a second box body (13), the third box body (14) is installed inside a first rectangular through hole of the septic tank (3), the inner part of the third box body (14) is divided into a third space and a fourth space, a first motor (26) is installed inside the third space, a third rod body (29) is installed at the driving end of the first motor (26), a first bearing is sleeved at the other end of the third rod body (29) and is inserted into a side wall surface in the fourth space, two pairs of second bearings are inserted into the side wall surface, which is close to the first bearing and the first motor (26), of the third space and a pair of second bearings are inserted into the second rod body (28), the pair of second rod bodies (28) and the third rod body (29) are located inside the third space, a gear (30) is installed on the outer wall surface, the three gears (30) are sleeved on the inner wall surface of the third space, the other end of the third rod body (29) is sleeved with a first bearing, the first bearing is inserted into a plurality of grooves are formed in the side wall surfaces, which are meshed with the first bearing (28) and the second bearing (27) are located on the side wall surface, the second bearing is inserted into the second bearing (3) and the second rectangular through hole, the novel multifunctional intelligent cabinet is characterized in that a pair of first rotating shafts are inserted into the lower wall surface of the inner portion of the fourth space, second round barrels (31) are installed on the upper wall surface of the pair of first rotating shafts, a pair of second rotating shafts are inserted into the lower wall surface of the inner portion of the second box body (13), second round barrels (31) are installed on the upper wall surface of the pair of second rotating shafts, ropes (16) are sleeved on the two pairs of second round barrels (31) and the three first round barrels (27), the ropes (16) are respectively connected with the pair of third rectangular plates (20), and first rectangular fixing blocks (15) are sleeved at two ends, close to the pair of third rectangular plates (20), of the pair of ropes (16).

5. The multifunctional pig breeding housing according to claim 1, wherein the housing closing mechanism comprises a first housing (5) and a first sliding rail (4), the first housing (5) is mounted on the upper wall surface of the housing (1) and sleeved on the outer wall surface of the refrigerating equipment (6), the inner part of the first housing (5) is divided into a fifth space and a sixth space, a pair of first sliding rails (4) are respectively mounted at two ends, close to the first housing (5), of the outer wall surface of the housing (1), a fifth housing (40) and a sixth housing (41) are respectively mounted at two sides, close to the fifth space and the sixth space, of the side wall surface of the first housing (5), a second motor (36) is mounted inside the fifth housing (40) and a fourth rod (37) is mounted on the driving end of the second motor (36), a fourth bearing is sleeved on the inner side wall surface of the fifth space and is mounted inside the fourth bearing, a fifth housing (40) and a fifth rod (33) is mounted inside the fifth rod (33) and the fifth rod (33) is mounted inside the fifth housing (40) and the fifth rod (33), a plurality of sliding blocks (35) are arranged on two sides of the cloth body (33) and are respectively inserted into the first sliding rail (4), tooth grooves are formed in one ends of the outer wall surfaces of the fourth rod body (37) and the fifth rod body (38), and a belt body (39) is sleeved at the end of each tooth groove.