An agricultural breeding device

Abstract

An agricultural breeding device, including a breeding box, a rotating limiting plate, a threaded rod, a handle, a side baffle, a strip side plate, an upper strip connecting plate, a rectangular partition, a strip push plate, the breeding box has a plurality of strip partitions inside, the upper part of the rectangular partition is connected with the upper strip connecting plate, a plurality of rectangular partitions are evenly distributed at the lower part of the upper strip connecting plate, the lower part of the upper strip connecting plate is attached with the side baffle, a plurality of upper strip connecting plates are evenly distributed at the upper part of the side baffle, the side of the upper strip connecting plate is connected with the strip side plate, the side baffle has a baffle lower groove, the strip side plate is adapted to the baffle lower groove, the strip side plate is inserted into the baffle lower groove, the both ends of the rectangular partition are attached with the adjacent strip partition, the side of the breeding box has a box side plate, the side baffle is adapted to the box side plate, and the side baffle is attached with the box side plate.

Description

Technical Field

[0001] This utility model relates to the field of agricultural breeding, and in particular to an agricultural breeding device. Background Technology

[0002] An existing patent (publication number: CN113016597B) discloses a seedling raising device using agricultural waste, including a seedling rack. A waste utilization component is located on one side of the seedling rack, comprising a waste fermentation cylinder and a discharge pipe. The waste fermentation cylinder is placed on one side of the seedling rack, and the discharge pipe is installed through its interior. An auger is installed inside the discharge pipe, with its bottom end penetrating the bottom of the waste fermentation cylinder and connected to a drive motor. A return pipe is connected to the top of the discharge pipe, and the middle of the return pipe is connected to the waste fermentation cylinder via a vertical pipe. A sliding blind pipe is slidably installed inside the return pipe. However, in use, the structure for taking seedlings from above for transplanting makes it inconvenient to remove the soil and seedlings from inside, requiring improvement. Summary of the Invention

[0003] This invention addresses the aforementioned shortcomings of existing technologies by providing an agricultural breeding device in which a threaded rod, when rotated, drives a strip-shaped pusher plate to move, causing the pusher plate to push the soil out of the breeding box. This eliminates the need for manual digging and allows for the complete removal of seedling roots and surrounding soil, minimizing root damage.

[0004] The objective of this utility model is achieved through the following technical solution: An agricultural breeding device includes a breeding box, a rotation limiting plate, a threaded rod, a handle, a side baffle, a strip-shaped side plate, an upper strip-shaped connecting plate, a rectangular partition, and a strip-shaped push plate. The breeding box has multiple strip-shaped partitions inside. The upper part of the rectangular partition is connected to the upper strip-shaped connecting plate. The multiple rectangular partitions are evenly distributed below the upper strip-shaped connecting plate. The lower part of the upper strip-shaped connecting plate is in contact with the side baffle. The multiple upper strip-shaped connecting plates are evenly distributed above the side baffle. The side of the upper strip-shaped connecting plate is connected to the strip-shaped side plate. The side baffle has a lower baffle groove. The strip-shaped side plate is adapted to the lower baffle groove and inserted into the lower baffle groove. The two ends of the rectangular partition are in contact with the adjacent strip-shaped partition. The side of the breeding box has a box side plate. The side baffle is adapted to the box side plate and is in contact with the box side plate.

[0005] The side of the strip-shaped side plate is connected to the second handle. The side of the box body side plate has a strip-shaped clearance hole. The rotating limit plate is adapted to the strip-shaped clearance hole. The rotating limit plate is inserted into the strip-shaped clearance hole and rotates within the strip-shaped clearance hole. The side of the box body side plate has a side mounting plate. The rotating limit plate is connected to the side mounting plate through a rotating shaft. The inner side of the rotating limit plate is in contact with the side baffle. Beneficial effects

[0006] 1. The breeding box of this utility model has multiple strip-shaped partitions on the upper part, which divide the interior of the breeding box into multiple strip-shaped planting areas. The upper part of the multiple rectangular partitions is connected to the upper strip-shaped connecting plate, and the side of the upper strip-shaped connecting plate is connected to the strip-shaped side plate. The movement of the corresponding row of rectangular partitions can be controlled by pulling the strip-shaped side plate. The side baffle is placed on the side plate of the box and closes the open part of the breeding box. The rotation limit plate is connected to the side mounting plate through a rotating shaft, so that the rotation limit plate is installed on the side mounting plate and can rotate. After the side baffle is placed on the side plate of the box, rotating the rotation limit plate will limit the rotation. The positioning plate rotates from the strip-shaped clearance hole until it fits against the lower part of the side panel of the box. The rotating limiting plate fits against the side baffle. By rotating the limiting plate, the side baffle is limited and its installation on the breeding box is ensured. The strip-shaped side plate is inserted into the lower groove of the baffle, fixing the position of multiple rectangular partitions inside the breeding box. The multiple rectangular partitions and multiple strip partitions are crisscrossed to form multiple rectangular blocks of equal area inside the breeding box. Each seedling is planted in a corresponding block, realizing independent planting of each seedling and ensuring that each seedling has uniform growth space, light, water and fertilizer contact.

[0007] 2. This utility model inserts a strip-shaped pusher plate into the breeding box, allowing the strip-shaped partition plate to insert into the strip-shaped clearance groove. When transplanting seedlings cultivated in the breeding box, the strip-shaped pusher plate can be pushed to push out the soil and seedlings from the breeding box, removing soil from multiple small areas. A threaded rod passes through support plates one and two, which cooperate to support the threaded rod. A set of threaded rod protrusions on the threaded rod limits its movement, preventing it from shifting back and forth and allowing it to rotate only. The threaded rod passes through the side plate of the pusher plate. When the threaded rod rotates, the threaded action drives the strip-shaped pusher plate to move, pushing the soil out of the breeding box. No manual digging is required, and the seedling roots and surrounding soil can be completely removed, minimizing root damage. Attached Figure Description

[0008] Figure 1 This is a front view of an agricultural breeding device according to the present invention.

[0009] Figure 2 This is a rear view of an agricultural breeding device according to the present invention.

[0010] Figure 3 This is a schematic diagram of the breeding box structure described in this utility model.

[0011] Figure 4 This is a cross-sectional view of the side baffle and rectangular partition described in this utility model.

[0012] Figure 5 This is a schematic diagram of the strip pusher structure described in this utility model. Detailed Implementation

[0013] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments: Example 1: An agricultural breeding device includes a breeding box 01, a rotation limiting plate 05, a threaded rod 08, a handle 10, a side baffle 12, a strip-shaped side plate 14, an upper strip-shaped connecting plate 16, a rectangular partition 17, and a strip-shaped push plate 18. The breeding box 01 has multiple strip-shaped partitions 02 inside. These partitions, distributed on the upper part of the breeding box 01, divide the interior of the breeding box 01 into multiple strip-shaped planting areas. The upper part of the rectangular partition 17 is connected to... An upper strip connecting plate 16 has multiple rectangular partitions 17 evenly distributed below it. The upper parts of the rectangular partitions 17 are connected to the upper strip connecting plate 16. A strip side plate 14 is connected to the side of the upper strip connecting plate 16. Pulling the strip side plate 14 controls the movement of a corresponding row of rectangular partitions 17. The lower part of the upper strip connecting plate 16 is in contact with a side baffle 12. Multiple upper strip connecting plates 16 are evenly distributed above the side baffle 12. The strip-shaped connecting plate 16 is connected to the strip-shaped side plate 14 on its side. The side baffle 12 has a baffle groove 13. The strip-shaped side plate 14 is adapted to the baffle groove 13 and is inserted into the baffle groove 13. The two ends of the rectangular partition 17 are attached to the adjacent strip partition 02, so that the positions of the multiple rectangular partitions 17 are fixed inside the breeding box 01. The multiple rectangular partitions 17 and the multiple strip partitions 02 are crisscrossed to form multiple surfaces inside the breeding box 01. Equal rectangular blocks of equal area are used to plant each seedling in a corresponding block, allowing each seedling to be planted independently. This ensures that each seedling has uniform growth space, light, and water and fertilizer contact. The breeding box 01 has a side panel 03 on its side, and a side baffle 12 is adapted to the side panel 03. The side baffle 12 is placed on the side panel 03 and closes the opening of the breeding box 01.

[0014] Example 2: The side panel 14 of this utility model is connected to a second handle 15. The side panel 03 of the box body has a strip-shaped clearance hole 06. The rotation limiting plate 05 is adapted to the strip-shaped clearance hole 06. The rotation limiting plate 05 is inserted into the strip-shaped clearance hole 06 and rotates within the strip-shaped clearance hole 06. The side panel 03 of the box body has a side mounting plate 04. The rotation limiting plate 05 is connected to the side mounting plate 04 through a rotating shaft 20, so that the rotation limiting plate 05... The rotating limit plate 05 is installed on the side mounting plate 04 and can rotate. The inner side of the rotating limit plate 05 is in contact with the side baffle 12. After the side baffle 12 is placed on the side plate 03 of the box, the rotating limit plate 05 is rotated so that the rotating limit plate 05 rotates from the strip-shaped clearance hole 06 to be in contact with the lower part of the side plate 03 of the box. The rotating limit plate 05 is in contact with the side baffle 12. The rotating limit plate 05 limits the side baffle 12 to ensure the installation of the side baffle 12 on the breeding box 01.

[0015] Example 3: The side panel 03 of the box described in this utility model has a first support plate 07 on its side. A threaded rod 08 is adapted to the first support plate 07 and passes through the first support plate 07. The threaded rod 08 rotates within the first support plate 07. The threaded rod 08 is connected to a threaded rod protrusion ring 09. The side of the threaded rod protrusion ring 09 is in contact with the first support plate 07. The threaded rod protrusion rings 09 are distributed on both sides of the first support plate 07. A set of threaded rod protrusion rings 09 on the threaded rod 08 limits the threaded rod 08 and prevents the threaded rod 08 from moving back and forth, so that the threaded rod 08 can only rotate on its own axis.

[0016] Example 4: The threaded rod 08 of this invention has a handle 10 connected to its side. The breeding box 01 has a second support plate 11 on its side. The threaded rod 08 is inserted into the second support plate 11 and rotates within it. A first support plate 07 cooperates with the second support plate 11 to support the threaded rod 08. A strip-shaped push plate 18 is inserted into the breeding box 01. The strip-shaped push plate 18 has multiple strip-shaped clearance grooves 21. A strip-shaped partition 02 is adapted to the strip-shaped clearance grooves 21 and is inserted into them. The strip-shaped pusher plate 18 slides within the 21-section. When transplanting seedlings cultivated in the breeding box 01, the strip-shaped pusher plate 18 can be pushed to push out the soil and seedlings from the breeding box 01, removing soil from multiple small areas. The strip-shaped pusher plate 18 has a pusher plate side plate 19 on its side, and a threaded rod 08 passes through the pusher plate side plate 19. The strip-shaped pusher plate 18 is threadedly connected to the pusher plate side plate 19. When the threaded rod 08 rotates, it drives the strip-shaped pusher plate 18 to move under the action of the thread, causing the strip-shaped pusher plate 18 to push out the soil from the breeding box 01. No manual digging is required, and the seedling roots and surrounding soil can be completely removed, minimizing root damage.

[0017] Example 5: The installation steps of this utility model are as follows: First, connect the upper part of the rectangular partition 17 to the upper strip connecting plate 16, connect the side of the upper strip connecting plate 16 to the strip side plate 14, connect the strip side plate 14 to the second handle 15, insert the rectangular partition 17 between adjacent strip partitions 02, insert the strip side plate 14 into the lower groove 13 of the baffle, insert the strip push plate 18 into the breeding box body 01, so that the strip partition 02 is inserted into the strip clearance groove 21, pass the threaded rod 08 through the first support plate 07 and the push plate side plate 19 to connect the second support plate 11, connect the threaded rod 08 to the threaded rod protrusion ring 09, connect the threaded rod 08 to the handle 10, connect the rotation limiting plate 05 to the side mounting plate 04 through the rotating shaft 20, and rotate the rotation limiting plate 05 until it is in contact with the side baffle 12.

[0018] 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. An agricultural breeding device, characterized in that: The system includes a breeding box (01), a rotation limiting plate (05), a threaded rod (08), a handle (10), a side baffle (12), a strip side plate (14), an upper strip connecting plate (16), a rectangular partition (17), and a strip push plate (18). The breeding box (01) has multiple strip partitions (02) inside. The upper part of the rectangular partition (17) is connected to the upper strip connecting plate (16). The multiple rectangular partitions (17) are evenly distributed under the upper strip connecting plate (16). The lower part of the upper strip connecting plate (16) is in contact with the side baffle (12). The multiple upper strip connecting plates... (16) The upper strip connecting plate (16) is evenly distributed on the upper part of the side baffle (12). The side of the upper strip connecting plate (16) is connected to the strip side plate (14). The side baffle (12) has a baffle groove (13). The strip side plate (14) is adapted to the baffle groove (13). The strip side plate (14) is inserted into the baffle groove (13). The two ends of the rectangular partition (17) are attached to the adjacent strip partition (02). The side of the breeding box (01) has a box side plate (03). The side baffle (12) is adapted to the box side plate (03). The side baffle (12) is attached to the box side plate (03).

2. The agricultural breeding device according to claim 1, characterized in that: The side of the strip-shaped side plate (14) is connected to the second handle (15). The side of the box body side plate (03) has a strip-shaped clearance hole (06). The rotating limit plate (05) is adapted to the strip-shaped clearance hole (06). The rotating limit plate (05) is inserted into the strip-shaped clearance hole (06). The rotating limit plate (05) rotates in the strip-shaped clearance hole (06). The side of the box body side plate (03) has a side mounting plate (04). The rotating limit plate (05) is connected to the side mounting plate (04) through the rotating shaft (20). The inner side of the rotating limit plate (05) is in contact with the side baffle (12).

3. An agricultural breeding device according to claim 2, characterized in that: The side panel (03) of the box body has a first support plate (07) on the side. The threaded rod (08) is adapted to the first support plate (07). The threaded rod (08) passes through the first support plate (07) and rotates inside the first support plate (07). The threaded rod (08) is connected to the threaded rod protrusion ring (09). The side of the threaded rod protrusion ring (09) is in contact with the first support plate (07). The threaded rod protrusion ring (09) is distributed on both sides of the first support plate (07).

4. An agricultural breeding device according to claim 3, characterized in that: The threaded rod (08) is connected to a handle (10) on its side. The breeding box (01) has a second support plate (11) on its side. The threaded rod (08) is inserted into the second support plate (11). The threaded rod (08) rotates in the second support plate (11). The strip push plate (18) is inserted into the breeding box (01). The strip push plate (18) has multiple strip relief grooves (21). The strip partition (02) is adapted to the strip relief grooves (21). The strip partition (02) is inserted into the strip relief grooves (21).

5. An agricultural breeding device according to claim 4, characterized in that: The strip partition (02) slides in the strip relief groove (21), the side of the strip push plate (18) has a push plate side plate (19), the threaded rod (08) passes through the push plate side plate (19), and the strip push plate (18) is threadedly connected to the push plate side plate (19).

Images