A new livestock breeding fence

Abstract

A new livestock breeding fence, including partition, feeding trough, guardrail, pole, lock plate, limiting support rod, rotating rod, the guardrail inside connection guard net, guardrail outside has fixed support rod, fixed support rod lower part has fixed bottom plate, fixed bottom plate through anchor bolt connects ground, anchor bolt connects fixed bottom plate, ground in proper order, the guardrail divides into fixed guardrail, movable guardrail, fixed guardrail has partition, partition connects feeding trough, movable guardrail passes through axle rod and connects guardrail door, axle rod connects movable guardrail, guardrail door in proper order, guardrail door rotates on axle rod, guardrail door connects lock tongue, movable guardrail connects lock seat, lock tongue and lock seat are adapted, lock tongue connects lock seat.

Description

Technical Field

[0001] This utility model relates to the field of animal husbandry, and in particular to a new type of livestock breeding fence. Background Technology

[0002] An existing patent (publication number: CN207125110U) discloses a safety fence for livestock farming. It has an inner fence on the inside of an outer fence, and bases at the bottom of both the outer and inner fences. The outer and inner fences are enclosed by a fence. A top plate with latches is attached to the top of the inner fence. A door with a locking device is located on the upper part of the outer fence. Steps are located on both sides of the bottom of the door, with support frames at the bottom of the steps. A staircase is located below the steps and connected to a drive mechanism. A transparent box is installed inside the base at the bottom of the outer fence, containing sensors, a microcontroller, and an alarm. However, this device has a fixed fence protection area, which cannot be expanded according to the number of livestock, resulting in poor structural flexibility and drawbacks. Summary of the Invention

[0003] This utility model addresses the aforementioned shortcomings of existing technologies by providing a new type of livestock farming fence that allows for zoned feeding of different species or livestock cubs, facilitating management, and enabling rapid adjustment of the enclosure range according to changes in the number of livestock, thereby improving the adaptability of the fence to different farming scale scenarios. The fence is also flexible in structure, easy to control, and has a stable positioning.

[0004] The objective of this utility model is achieved through the following technical solution: A novel livestock farming fence includes partitions, feeding troughs, guardrails, levers, locking plates, limiting supports, and rotating rods. The guardrails are internally connected to a protective net, and externally have fixed supports. The fixed supports have a fixed base plate at their lower parts, which is connected to the ground via anchor bolts. The anchor bolts are sequentially connected to the fixed base plate and the ground. The guardrails are divided into fixed guardrails and movable guardrails. The fixed guardrails have partitions connected to the feeding troughs. The movable guardrails are connected to a gate via a shaft, which is sequentially connected to the movable guardrails and the gate. The gate rotates on the shaft and is connected to a locking tongue. The movable guardrails are connected to a lock seat, and the locking tongue is adapted to the lock seat.

[0005] The movable guardrail of this utility model has extension rails on both sides, and the fixed guardrail has slide rails on both sides. The extension rails are adapted to the slide rails and are connected to the slide rails. The extension rails slide within the slide rails. The extension rails have internal through holes, and the movable guardrails have external through holes. The external and internal through holes are adapted to levers, and the levers pass through the external and internal through holes in sequence.

[0006] The lever of this utility model has a support groove, and the fixed guardrail has a sliding hole. The support groove and the sliding hole are adapted to the limiting support rod. The limiting support rod passes through the sliding hole, and the inner end of the limiting support rod is connected to the support groove by a thread.

[0007] The lever of this utility model is connected to the outside of the bearing, and a rotating rod is connected inside the bearing. The upper part of the rotating rod has a knob that fits into the lever, and the lower part of the rotating rod has a positioning support rod. Beneficial effects

[0008] This utility model connects fixed and movable guardrails to form a closed breeding area. It prevents livestock from escaping by setting up protective nets, and divides the breeding area by partitions to allow different species or young livestock to be raised separately, reducing interference and facilitating management. Furthermore, the guardrail gates facilitate daily feeding, cleaning, or livestock transfer, thereby improving the efficiency of livestock breeding management.

[0009] This utility model allows the extended railings on both sides of the movable guardrail to slide along the tracks on both sides of the fixed guardrail. Users can quickly adjust the enclosure range of the fence according to changes in the number of livestock without rebuilding or replacing the entire fence. This improves the adaptability of the fence to different breeding scale scenarios, reduces equipment investment costs and modification difficulties in the breeding process, and features a flexible structure and convenient position adjustment.

[0010] This utility model features a lever that passes sequentially through an outer and inner through hole, increasing the limiting support point between the fixed guardrail and the extension fence. The limiting support rod also guides the movement range of the extension fence, preventing it from sliding off the fixed guardrail. The positioning support rod is threadedly connected to the positioning sleeve, causing the positioning sleeve to move longitudinally and linearly within a groove when the positioning support rod is rotated by a knob. When the positioning sleeve moves upward until the locking block is embedded in the locking groove, the fixed guardrail provides a positioning support point for the extension fence, preventing it from sliding and ensuring the stability of the enclosed area. This prevents the fence from shifting or moving due to livestock collisions. When the positioning sleeve moves downward until the locking block is completely disengaged from the locking groove, the fixed guardrail's positioning support point for the extension fence disappears. At this point, the fence area can be expanded or contracted according to the actual number of livestock, improving the fence's adaptability to different farming scales. The structure is flexible and easy to operate.

[0011] This invention allows for separate feeding of different species or livestock calves, facilitating management. It also allows for rapid adjustment of the enclosure range based on changes in the number of livestock, improving the adaptability of the enclosure to different farming scales. The structure is flexible, the enclosure is easy to control, and the positioning is stable. Attached Figure Description

[0012] Figure 1 This is a schematic diagram of a novel livestock farming fence structure according to the present invention.

[0013] Figure 2 This is a cross-sectional view of a novel livestock farming fence structure according to the present invention.

[0014] Figure 3 This is a bottom view of the fixed guardrail structure described in this utility model.

[0015] Figure 4 This is a schematic diagram of the movable guardrail and guardrail gate structure described in this utility model.

[0016] Figure 5 This is a cross-sectional view of the fixed guardrail, extension rail, and lever connection structure described in this utility model.

[0017] Figure 6 The present utility model Figure 1 Enlarged view of a local structure.

[0018] Figure 7 The present utility model Figure 2 Enlarged view of a local structure.

[0019] Figure 8 This is a cross-sectional view of the lever structure described in this utility model. Detailed Implementation

[0020] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments: Example 1: A novel livestock farming fence includes a partition 01, a feeding trough 02, a guardrail 06, a lever 14, a locking plate 21, a limiting support rod 24, and a rotating rod 28. The guardrail 06 has a protective net 07 connected internally, and a fixed support rod 03 externally. A fixed base plate 04 is located below the fixed support rod 03, and the fixed base plate 04 is connected to the ground via anchor bolts 05. The anchor bolts 05 are sequentially connected to the fixed base plate 04 and the ground. The guardrail 06 is divided into a fixed guardrail 061 and a movable guardrail 062. The fixed guardrail 061 has a partition 01 connected to the feeding trough 02. The movable guardrail 062 is connected to a guardrail gate 10 via a shaft 11. 11 is connected in sequence to movable guardrail 062 and guardrail gate 10. Guardrail gate 10 rotates on shaft 11. Guardrail gate 10 is connected to lock tongue 12. Movable guardrail 062 is connected to lock seat 13. Lock tongue 12 and lock seat 13 are adapted to each other. Lock tongue 12 is connected to lock seat 13. Fixed guardrail 061 and movable guardrail 062 are connected to form a closed breeding area. It prevents livestock from escaping by setting up protective net 07. The breeding area is divided by partition 01, so that different species or livestock calves are raised in separate areas, reducing interference and facilitating management. By setting up guardrail gate 10, it is convenient for users to feed, clean or transfer livestock, improving the efficiency of livestock breeding management.

[0021] Example 2: The movable guardrail 062 of this utility model has extension bars 08 on both sides, and the fixed guardrail 061 has slide rails 09 on both sides. The extension bars 08 are adapted to the slide rails 09 and are connected to the slide rails 09. The extension bars 08 slide within the slide rails 09. The extension bars 08 have internal through holes 16, and the movable guardrail 062 has external through holes 15. The external through holes 15 and internal through holes 16 are adapted to levers 14. The levers 14 pass through the external through holes 15 and internal through holes 16 in sequence. By sliding along the slide rails 09 on both sides of the fixed guardrail 061 through the extension bars 08 on both sides of the movable guardrail 062, the user can quickly adjust the enclosure range of the fence according to the change in the number of livestock without rebuilding or replacing the entire fence. This improves the adaptability of the fence in different breeding scale scenarios, reduces the equipment investment cost and modification difficulty in the breeding process, and provides a flexible structure and convenient control and adjustment.

[0022] Example 3: The lever 14 of this utility model has a support groove 25, and the fixed guardrail 061 has a sliding hole 26. The support groove 25 and the sliding hole 26 are adapted to the limiting support rod 24. The limiting support rod 24 passes through the sliding hole 26, and the inner end of the limiting support rod 24 is connected to the support groove 25 by a thread. The lever 14 passes through the outer through hole 15 and the inner through hole 16 in sequence, increasing the limiting support point between the fixed guardrail 061 and the extension rail 08, and limiting and guiding the movable range of the extension rail 08 through the limiting support rod 24 to prevent the extension rail 08 from sliding and separating from the fixed guardrail 061.

[0023] Example 4: The lever 14 of this utility model is connected to the outside of the bearing 27, and the rotating rod 28 is connected inside the bearing 27. The upper part of the rotating rod 28 has a knob 17, which fits against the lever 14. The lower part of the rotating rod 28 has a positioning support rod 18.

[0024] Example 5: The lever 14 of this invention has a groove 20 inside, which is adapted to the positioning sleeve 19. The positioning sleeve 19 is connected to the groove 20 and slides within the groove 20. The positioning sleeve 19 is internally connected to a positioning rod 18 via a thread, and the positioning rod 18 is positioned and connected to the positioning sleeve 19 via a thread. When the positioning rod 18 is rotated by rotating the knob 17, the positioning sleeve 19 moves vertically and linearly within the groove 20. When the positioning sleeve 19 moves upward until the locking block 22 is embedded in the locking groove, the positioning sleeve 19 moves vertically and linearly. When the enclosure is within 23, a fixed guardrail 061 can be added to the positioning support point of the extension fence 08. At this time, the extension fence 08 cannot slide, so as to ensure the stability of the enclosure area and prevent the fence from moving or shifting due to livestock collisions. When the positioning support sleeve 19 moves down to completely disengage between the locking block 22 and the locking groove 23, the fixed guardrail 061 disappears from the positioning support point of the extension fence 08. At this time, the fence area can be expanded or shrunk according to the actual number of livestock, improving the adaptability of the fence in different breeding scale scenarios. The structure is flexible and the operation is convenient.

[0025] Example 6: The positioning support sleeve 19 of this utility model has a locking plate 21 at its lower part. The locking plate 21 is connected to the fixed guardrail 061. The fixed guardrail 061 has multiple locking grooves 23 on both sides. The locking plate 21 has locking blocks 22 on both sides. The locking blocks 22 are adapted to the locking grooves 23 and are connected to the locking grooves 23. This device can be used for partitioned feeding of different species or livestock calves, which is convenient for management. At the same time, the enclosure range of the fence can be quickly adjusted according to the change of the number of livestock, which improves the adaptability of the fence in different breeding scale scenarios. The structure is flexible, the fence is easy to adjust, and the positioning is stable.

[0026] Example 7: Installation steps: First, assemble the lever 14 structure. Insert the positioning support rod 18 into the lever 14 until the rotating rod 28 is embedded in the bearing 27. The lower surface of the knob 17 should be in contact with the upper surface of the lever 14. Then, place the locking plate 21 at the lower part of the lever 14, and insert the positioning sleeve 19 into the slide groove 20, fitting it around the positioning support rod 18. The positioning sleeve 19 is connected to the positioning support rod 18 via threads. After completing the assembly of the lever 14 structure, place the movable guardrail 062 outside the fixed guardrail 061, and embed the extension rail 08 into the slide rail 09. The outer through hole 15 and the inner through hole... With the hole 16 in the corresponding position, the assembled lever 14 is passed through the outer through hole 15 and the inner through hole 16 from bottom to top until the upper surface of the lock plate 21 is in contact with the lower surface of the fixed guardrail 061, and the lock block 22 is embedded in the lock groove 23. The position of the support rod groove 25 corresponds to the position of the sliding hole 26. Then, the limiting support rod 24 is passed through the sliding hole 26 until its inner end is embedded in the support rod groove 25, and is fixedly connected to the lever 14 by threads. Finally, the guardrail gate 10 is connected to the movable guardrail 062 through the shaft 11, and the lock tongue 12 and the lock seat 13 are in the corresponding position and connected to complete the installation.

[0027] The above description is only a preferred embodiment of the present utility model and is not intended to limit the present utility model. It should be noted that for those skilled in the art, several improvements and modifications can be made without departing from the technical principles of the present utility model, and these improvements and modifications should also be considered within the protection scope of the present utility model.

Claims

1. A novel livestock farming fence, characterized by: The system includes a partition (01), a feeding trough (02), a guardrail (06), a lever (14), a locking plate (21), a limiting support rod (24), and a rotating rod (28). The guardrail (06) is internally connected to a protective net (07), and the guardrail (06) has a fixed support rod (03) on its exterior. The fixed support rod (03) has a fixed base plate (04) at its lower part. The fixed base plate (04) is connected to the ground by anchor bolts (05). The anchor bolts (05) are connected to the fixed base plate (04) and the ground in sequence. The guardrail (06) is divided into a fixed guardrail (061). The movable guardrail (062) and the fixed guardrail (061) have a partition (01). The partition (01) is connected to the feeding trough (02). The movable guardrail (062) is connected to the guardrail gate (10) through the shaft (11). The shaft (11) is connected to the movable guardrail (062) and the guardrail gate (10) in sequence. The guardrail gate (10) rotates on the shaft (11). The guardrail gate (10) is connected to the lock tongue (12). The movable guardrail (062) is connected to the lock seat (13). The lock tongue (12) is adapted to the lock seat (13). The lock tongue (12) is connected to the lock seat (13).

2. The novel livestock farming fence according to claim 1, characterized in that: The movable guardrail (062) has extension rails (08) on both sides, and the fixed guardrail (061) has slide rails (09) on both sides. The extension rails (08) are adapted to the slide rails (09), and the extension rails (08) are connected to the slide rails (09). The extension rails (08) slide in the slide rails (09). The extension rails (08) have inner through holes (16), and the movable guardrail (062) has outer through holes (15). The outer through holes (15) and inner through holes (16) are adapted to the lever (14), and the lever (14) passes through the outer through holes (15) and inner through holes (16) in sequence.

3. The novel livestock farming fence according to claim 2, characterized in that: The lever (14) has a support groove (25), and the fixed guardrail (061) has a sliding hole (26). The support groove (25) and the sliding hole (26) are adapted to the limiting support rod (24). The limiting support rod (24) passes through the sliding hole (26), and the inner end of the limiting support rod (24) is connected to the support groove (25) by a thread.

4. The novel livestock farming fence according to claim 3, characterized in that: The lever (14) is connected to the outside of the bearing (27), and the inside of the bearing (27) is connected to the rotating rod (28). The upper part of the rotating rod (28) has a knob (17), which fits against the lever (14). The lower part of the rotating rod (28) has a positioning support rod (18).

5. A novel livestock farming fence according to claim 4, characterized in that: The lever (14) has a groove (20) inside, which is adapted to the positioning sleeve (19). The positioning sleeve (19) is connected to the groove (20) and slides in the groove (20). The positioning sleeve (19) is connected to the positioning rod (18) by a thread inside.

6. A novel livestock farming fence according to claim 4, characterized in that: The lower part of the positioning support (19) has a locking plate (21), the locking plate (21) is connected to the fixed guardrail (061), the fixed guardrail (061) has multiple locking grooves (23) on both sides, the locking plate (21) has locking blocks (22) on both sides, the locking blocks (22) are adapted to the locking grooves (23), and the locking blocks (22) are connected to the locking grooves (23).

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