A cultivation device for agricultural planting

Abstract

The utility model provides a cultivation device for agricultural planting, including cultivation box, water receiving tray, cultivation board, support frame, positioning support, fastening buckle, connecting rod, the lower part of cultivation box has the placement groove, and the placement groove is compatible with water receiving tray, and water receiving tray connects the placement groove, the middle part of cultivation box has a plurality of drainage holes, the inside of cultivation box has a plurality of cultivation grooves, and the cultivation groove is compatible with cultivation board, and cultivation board connects cultivation groove, and the inside of cultivation board is connected with filter screen, and the outside of cultivation board has lifting rod, and the both sides of cultivation groove have lifting rod groove, and the lifting rod is compatible with lifting rod groove, and the lifting rod connects lifting rod groove, and the upper part of lifting rod has the deck, and the deck outside has the handle, and the lower part of deck connects support frame, and support frame has a plurality of insertion hole, and the lower part of deck has insertion rod, and the insertion rod is compatible with insertion hole, and insertion rod passes through insertion hole.

Description

Technical Field

[0001] This utility model relates to the agricultural field, and in particular to a cultivation device for agricultural planting. Background Technology

[0002] An existing patent (publication number: CN217608531U) discloses a cultivation device for agricultural planting, including a cultivation frame, pulleys, bolts, a cultivation box, and an assembly. A lamp holder is welded to one side of the assembly, and an ultraviolet lamp for illuminating the plants is installed on the lower surface of the lamp holder. A slide rail is welded to one side of the cultivation frame, and a sliding block that can slide back and forth is slidably connected inside the slide rail. A bearing seat is fitted to one end of the sliding block, and a sowing roller is provided on one side of the bearing seat. However, the structure of the "cultivation box" in this device is relatively fixed. It cannot adjust the depth of the planting trough according to the crop type and root characteristics, and after the seedling cultivation is completed, it is impossible to quickly and completely remove the roots and cultivation soil from the cultivation box, reducing the efficiency of agricultural seedling transplanting and presenting drawbacks. Summary of the Invention

[0003] This utility model addresses the aforementioned shortcomings of existing technologies by providing a cultivation device for agricultural planting that facilitates transplanting, improves the efficiency and survival rate of agricultural crop seedling transplanting, allows for rapid adjustment of the cultivation trough depth according to different crop types and root characteristics, has strong adaptability, enables synchronous positioning control between multiple cultivation plates, facilitates adjustment and operation, and features a flexible structure.

[0004] The objective of this utility model is achieved through the following technical solution: A cultivation device for agricultural planting includes a cultivation box, a water receiving tray, a cultivation plate, a support frame, a positioning rod, a fastening buckle, and a connecting rod. The cultivation box has a placement groove at the bottom, which is adapted to the water receiving tray and connected to the placement groove. The cultivation box has multiple drainage holes in the middle. The cultivation box has multiple cultivation troughs inside, which are adapted to the cultivation plate and connected to the cultivation troughs. A filter screen is connected inside the cultivation plate. A lifting rod is provided on the outside of the cultivation plate. Lifting rod slots are provided on both sides of the cultivation troughs, and the lifting rod is adapted to the lifting rod slots and connected to the lifting rod slots. A mounting plate is provided on the upper part of the lifting rod, and a handle is provided on the outside of the mounting plate. The support frame is connected to the lower part of the mounting plate. The support frame has multiple insertion holes, and an insertion rod is provided at the lower part of the mounting plate, which is adapted to the insertion holes and passes through the insertion holes.

[0005] The incubator of this invention has slides on both sides, and positioning sleeves on both sides of the support frame. The positioning sleeves are adapted to the slides and are connected to the slides. The positioning sleeves slide within the slides. A positioning rod is connected to the inside of the positioning sleeve by a thread. The positioning rod passes through the incubator. A rotating plate is located at the lower end of the positioning rod. A worm gear is located on the lower side of the rotating plate. The upper side of the rotating plate is attached to the incubator. Beneficial effects

[0006] The transmission connection between the worm gear and worm shaft in this invention, along with the threaded positioning between the positioning support rod and positioning sleeve, allows the support frame to move multiple sets of trays vertically and linearly by rotating a knob. This changes the fixed height of the cultivation tray within the cultivation trough, enabling flexible adjustment of the trough depth according to different crop types and root characteristics. This high adaptability, combined with proper planting and depth control, improves the survival rate of agricultural cultivation. Furthermore, the synchronous lifting and lowering control of multiple sets of cultivation trays makes operation convenient, saves adjustment time, and improves the efficiency of agricultural planting and cultivation operations.

[0007] This utility model's support plate uses a rod inserted through the insertion hole to increase the support point for the support frame, allowing it to rise and fall synchronously with the support frame. Furthermore, the cultivation plate and the support frame adopt a separate design. After the crop seedling cultivation is completed, the soil around the seedling roots can be quickly and completely separated from the cultivation trough by lifting the handle, avoiding forced digging and causing root damage, thus improving the efficiency and survival rate of agricultural crop seedling transplanting.

[0008] The filter screen inside the cultivation plate of this utility model works in conjunction with the drainage hole of the cultivation box to discharge excess water in the cultivation tank into the water collection tray. While maintaining a reasonable humidity in the cultivation tank, the filter screen can prevent soil loss. In addition, the water collection tray is easy to insert between the cultivation tank and the cultivation tank, making it convenient to pour out the water collected inside.

[0009] This utility model facilitates transplanting, improves the efficiency and survival rate of agricultural crop seedling transplanting, and allows for rapid adjustment of the cultivation trough depth according to different crop types and root characteristics. It is highly adaptable, and multiple cultivation boards can be synchronously controlled, making adjustment convenient and the structure flexible. Attached Figure Description

[0010] Figure 1 This is a schematic diagram of the cultivation device for agricultural planting described in this utility model.

[0011] Figure 2 This is a cross-sectional view of the cultivation device for agricultural planting described in this utility model.

[0012] Figure 3 This is an exploded view of the support frame and cultivation board structure described in this utility model.

[0013] Figure 4 This is a schematic diagram of the support frame positioning structure described in this utility model.

[0014] Figure 5 This is a schematic diagram of the incubator structure described in this utility model.

[0015] Figure 6 This is a cross-sectional view of the fastening buckle, fastening support sleeve, and rotating plate connection structure described in this utility model.

[0016] Figure 7 This is a cross-sectional view of the worm gear and worm wheel connection structure described in this utility model. Detailed Implementation

[0017] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments: Example 1: A cultivation device for agricultural planting includes a cultivation box 01, a water receiving tray 04, a cultivation plate 08, a support frame 15, a positioning support rod 17, a fastening buckle 21, and a connecting rod 27. The cultivation box 01 has a placement groove 03 at its lower part, which is adapted to the water receiving tray 04. The water receiving tray 04 is connected to the placement groove 03. The cultivation box 01 has multiple drainage holes 05 in its middle. The cultivation box 01 has multiple cultivation troughs 07 inside, which are adapted to the cultivation plate 08. The cultivation plate 08 is connected to the cultivation troughs 07. A filter screen 06 is connected inside the cultivation plate 08. The cultivation plate 08 has a lifting rod 09 on its exterior. The cultivation troughs 07 have lifting rod slots 10 on both sides, and the lifting rod 09 is adapted to the lifting rod slots 10 and connected to the lifting rod slots 10. The upper part of the lifting rod 09 has a platform 11, and the outside of the platform 11 has a handle 14. The lower part of the platform 11 is connected to the support frame 15, which has multiple insertion holes 13. The lower part of the platform 11 has an insertion rod 12, which is adapted to the insertion holes 13. The insertion rod 12 passes through the insertion holes 13, and the platform 11 passes through the insertion holes 13 through the insertion rod 12, increasing the support point of the support frame 15. This allows it to be raised and lowered synchronously with the support frame 15. At the same time, the cultivation board 08 and the support frame 15 adopt a split design. After the crop seedling cultivation is completed, the soil of the seedling roots can be quickly and completely separated from the cultivation trough 07 by lifting the handle 14, avoiding forced digging and root damage, and improving the efficiency and survival rate of agricultural crop seedling transplanting.

[0018] Example 2: The incubator 01 of this utility model has slides 18 on both sides, and the support frame 15 has positioning sleeves 16 on both sides. The positioning sleeves 16 are adapted to the slides 18 and are connected to the slides 18. The positioning sleeves 16 slide within the slides 18. The positioning sleeves 16 are connected to the positioning rods 17 by threads inside the positioning sleeves 16. The positioning rods 17 pass through the incubator 01. The lower end of the positioning rods 17 has a rotating plate 20. The lower side of the rotating plate 20 has a worm gear 25. The upper side of the rotating plate 20 is attached to the incubator 01. The filter screen 06 inside the incubator plate 08 cooperates with the drainage hole 05 of the incubator 01 to drain excess water in the incubator 07 into the water collection tray 04. While maintaining a reasonable humidity in the incubator 07, the filter screen 06 can prevent soil loss. The water collection tray 04 is easy to insert into the placement trough 03, making it convenient to pour out the water collected inside.

[0019] Example 3: The cultivation box 01 of this utility model has fastening sleeves 19 on both sides. The fastening sleeves 19 are connected to a rotating plate 20 inside and fastening buckles 21 outside. The fastening buckles 21 have fastening plates 22. The fastening sleeves 19 have plate through holes 24. The rotating plate 20 has fastening grooves 23. The fastening grooves 23 and plate through holes 24 are adapted to the fastening plates 22. The fastening plates 22 pass through the plate through holes 24 and are connected to the fastening grooves 23. This device facilitates transplanting, improves the efficiency and survival rate of agricultural crop seedling transplanting, and allows for rapid adjustment of the depth of the cultivation trough 07 according to different crop types and root characteristics. It has strong adaptability, and multiple sets of cultivation plates 08 can be synchronously controlled, making adjustment convenient and the structure flexible.

[0020] Example 4: The incubator 01 of this utility model has a fixed support sleeve 02 at the bottom. A knob 30 is attached to the outside of the fixed support sleeve 02. The knob 30 has a drive rod 28. The fixed support sleeve 02 has a side through hole 29. The drive rod 28 is adapted to the side through hole 29 and passes through the side through hole 29. The drive rod 28 is connected to a connecting rod 27. The connecting rod 27 has worm gears 26 on both sides. The worm gears 26 are adapted to worm wheels 25 and are connected to worm wheels 25. The transmission connection between the worm wheel 25 and the worm gears 26 is connected to the positioning support rod 17 and the positioning support rod 18. The threaded positioning between the sets 16 allows the support frame 15 to move multiple sets of trays 11 longitudinally and linearly by rotating the knob 30. This changes the fixed height of the cultivation plate 08 in the cultivation trough 07, allowing for flexible adjustment of the depth of the cultivation trough 07 according to different crop types and root characteristics. This makes it highly adaptable and improves the survival rate of agricultural cultivation through reasonable planting and depth. Furthermore, the synchronous lifting and lowering control between multiple sets of cultivation plates 08 makes operation convenient, saves adjustment time, and improves the efficiency of agricultural planting and cultivation operations.

[0021] Example 5: Installation steps: First, assemble the positioning structure of the support frame 15. First, place the rotating plate 20 into the fastening sleeve 19, and let the positioning support rod 17 pass through the incubator 01. The fastening slot 23 and the plate through hole 24 should be aligned. Then, place the fastening buckle 21 outside the fastening sleeve 19, and fasten the fastening buckles 21 on both sides together. The fastening plate 22 passes through the plate through hole 24 and is embedded in the fastening slot 23. Then, place the connecting rod 27 and the knob 30 on the inner and outer sides of the fixed support sleeve 02 respectively, and let the drive rod 28 pass through the side through hole 29 and be fixedly connected to the connecting rod 27. The inner surface of the knob 30 is flush with the fixed support sleeve. 02 The outer surfaces are fitted together, the positions of the two worm gears 26 and the two worm wheels 25 are corresponding and connected, and finally the support frame 15 is placed on the upper part of the incubator 01, and the positioning sleeve 16 is embedded in the slide 18 and fitted on the outside of the positioning support rod 17. The positioning support rod 17 is positioned and connected to the positioning sleeve 16 through threads. After the support frame 15 control structure assembly is completed, the water receiving tray 04 is placed into the placement groove 03, and the lifting rod 09 is embedded into the lifting rod groove 10 until the lower surface of the mounting plate 11 is fitted with the upper surface of the support frame 15 and the insertion rod 12 passes through the insertion hole 13 to complete the installation.

[0022] 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 cultivation device for agricultural planting, characterized in that: The incubator includes an incubator (01), a water tray (04), an incubation plate (08), a support frame (15), a positioning rod (17), a fastening buckle (21), and a connecting rod (27). The incubator (01) has a placement groove (03) at the bottom, which is adapted to the water tray (04). The water tray (04) is connected to the placement groove (03). The incubator (01) has multiple drainage holes (05) in the middle. The incubator (01) has multiple incubation troughs (07) inside, which are adapted to the incubation plate (08). The incubation plate (08) is connected to the incubation troughs (07). The internal connection is a filter screen (06), the outside of the cultivation plate (08) is a lifting rod (09), the two sides of the cultivation tank (07) are equipped with lifting rod slots (10), the lifting rod (09) is adapted to the lifting rod slots (10), the lifting rod (09) is connected to the lifting rod slots (10), the upper part of the lifting rod (09) is equipped with a board (11), the outside of the board (11) is equipped with a handle (14), the lower part of the board (11) is connected to a support frame (15), the support frame (15) has multiple insertion holes (13), the lower part of the board (11) is equipped with a plug (12), the plug (12) is adapted to the insertion holes (13), and the plug (12) passes through the insertion holes (13).

2. The cultivation device for agricultural planting according to claim 1, characterized in that: The incubator (01) has slides (18) on both sides, and the support frame (15) has positioning sleeves (16) on both sides. The positioning sleeves (16) are adapted to the slides (18). The positioning sleeves (16) are connected to the slides (18). The positioning sleeves (16) slide in the slides (18). The positioning sleeves (16) are connected to the positioning rods (17) by threads. The positioning rods (17) pass through the incubator (01). The lower end of the positioning rods (17) has a rotating plate (20). The lower side of the rotating plate (20) has a worm gear (25). The upper side of the rotating plate (20) is attached to the incubator (01).

3. The cultivation device for agricultural planting according to claim 1, characterized in that: The incubator (01) has fastening sleeves (19) on both sides. The fastening sleeves (19) are connected to a rotating plate (20) inside and fastening buckles (21) are connected to the outside. The fastening buckles (21) have fastening plates (22). The fastening sleeves (19) have plates through holes (24). The rotating plate (20) has fastening grooves (23). The fastening grooves (23) and plates through holes (24) are adapted to the fastening plates (22). The fastening plates (22) pass through the plates through holes (24) and are connected to the fastening grooves (23).

4. The cultivation device for agricultural planting according to claim 1, characterized in that: The incubator (01) has a fixed support sleeve (02) at the bottom. The fixed support sleeve (02) is fitted with a knob (30). The knob (30) has a drive rod (28). The fixed support sleeve (02) has a side through hole (29). The drive rod (28) is adapted to the side through hole (29). The drive rod (28) passes through the side through hole (29). The drive rod (28) is connected to the connecting rod (27). The connecting rod (27) has worm gears (26) on both sides. The worm gears (26) are adapted to the worm wheel (25). The worm gears (26) are connected to the worm wheel (25).

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