CN201630078U - Grow seedling seeder of compressed matrix - Google Patents
Grow seedling seeder of compressed matrix Download PDFInfo
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- CN201630078U CN201630078U CN2010201098606U CN201020109860U CN201630078U CN 201630078 U CN201630078 U CN 201630078U CN 2010201098606 U CN2010201098606 U CN 2010201098606U CN 201020109860 U CN201020109860 U CN 201020109860U CN 201630078 U CN201630078 U CN 201630078U
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Abstract
The utility model relates to a grow seedling seeder of compressed matrix. A stand is provided with a stepper conveying mechanism and is sequentially provided with a matrix input mechanism, a matrix compression mechanism, a matrix block shaping mechanism, a dibble seeding mechanism, an earthing mechanism and a seedling bowl extracting and transferring mechanism along the heading direction of a first conveying belt. The matrix compression mechanism, the matrix block shaping mechanism and the dibble seeding mechanism adopt a mechanical linkage structure. The utility model can realize fully mechanized operation of feeding matrix, compressing matrix, digging pits, cutting blocks, seeding accurately, earthing evenly, extracting seedling bowl, transferring plates, and the like and ensure that the root of the grown seedling is complete without being exposed outside and crossed and no seedling delay period is available during field planting. The utility mode is suitable for seeding multiple crops of tomato, hot pepper, rape, cotton, corn, watermelon, and the like.
Description
Technical field
The utility model and a kind of industrialization seeding and growing seedling machinery, specifically a kind of compressed substrate seedling-culturing sowing machine.
Background technology
At present, the agricultural planting technique of China's batch production begins to take shape, but aggregate level is on the low side.Because relevant facilities and equipment and technical management do not match, the culture facility imperfection causes recruitment too many, difficult quality guarantee.The CN1596577A patent disclosure a kind of dish seeding plough of growing seedlings of moulding, its structure is to constitute flow-line equipment by conveyer belt, the dish of moulding of the usefulness of growing seedlings is placed on the conveyer belt, on the frame of moulding above the dish, set gradually basic native distributor, seed distributor, blinding distributor and firming roller along the direction of advance of moulding dish.This equipment is to execute in the cave groove in moulding dish to broadcast and breeding, though it can realize moulding the mechanization of dish sowing, institute's seedling raising also just is grown in the cave groove of moulding dish.When being transplanting, the greatest problem of coiling the existence of growing seedlings gets the seedling difficulty and mould, not only operating efficiency is very low, and also hinder root in operation easily, loosing sticks together, therefore, the use needs that can't adapt to the mechanization transplant apparatus are difficult to form large-scale commercial seedling production, cause the price height of production cost height and commercial seedling, increase the weight of the production cost of peasant household thus, reduced peasant's profit margin.
The utility model content
The purpose of this utility model just provides a kind of compressed substrate seedling-culturing sowing machine, to finish the moulding of compressed substrate piece by the mode of mechanization and the work of seeding and growing seedling on the compressed substrate piece, beats next good basis for realizing the mechanization shoot transplanting equipment.
The utility model is achieved in that a kind of compressed substrate seedling-culturing sowing machine, the stepping conveying mechanism of being made up of the step drive mechanism and first conveyer belt is housed on frame, on described frame, is disposed with matrix input mechanism, matrix compressing mechanism, substrate block shaping mechanism, program request mechanism, casing mechanism and seedling alms bowl along the direction of advance of described first conveyer belt and extracts transfer mechanism.
Use seedling-culturing sowing machine of the present invention, the nutrient matrix of the usefulness of growing seedlings (turfy soil) is laid on first conveyer belt by the matrix input mechanism with certain thickness earlier continuously equably, and under the stepping of first conveyer belt drives, through the matrix compressing mechanism matrix is compressed earlier, through the substrate block shaping mechanism compressed substrate is made the substrate block in the hole, band cave of marshalling again, program request mechanism is all broadcast into a seed each substrate block that sends, casing mechanism carries out the earthing covering to hole, the cave on the substrate block afterwards, promptly makes the compressed substrate seedling alms bowl of separate and proper alignment thus on first conveyer belt; At last, the seedling alms bowl extracts and is transplanted on seedling alms bowl pallet in after transfer mechanism extracts the seedling alms bowl that sends in batches.Finish the moulding and the work such as sowing on the compressed substrate piece of compressed substrate piece thus by a machine.And the seedling alms bowl is placed in the seedling alms bowl pallet with regard to proper alignment by the handover operation that the seedling alms bowl extracts transfer mechanism, and send booth etc. to locate to cultivate to emerge.In the machinery transplanting process of emerging later, can be from a row or arow taking-up seedling alms bowl in the seedling alms bowl pallet, last machine is transplanted, broken away from thus original from seedling-cultivating tray individual plant get the low velocity of seedling, the restriction of intensive work mode, so not only adapt to and satisfied the needs of the mechanization transplanting operation of transplanter, and get the generation that the seedling process is not also hindered root, the diffusing phenomenon that sticks together.Do not hinder root, just can not injure rice shoot, thereby very help the crop growth; Not loosing sticks together, and just can satisfy a basic demand of mechanization transplanting, thereby help the realization of higher yield of crops.
Described substrate block shaping mechanism is to be connected to driver plate and baffle plate on pile frame, and external second toggle of driver plate, driver plate are connected to kind of hole awl, revolving knife and a longitudinal knife by connecing first substrate under the connecting rod in the bottom surface of first substrate.Planting the hole awl is the hole, cave that is used for making sowing usefulness on compressed substrate, and the arrangement of embarking on journey is cheated in the cave; Revolving knife and longitudinal knife are to be to be the substrate block formation that matrix form distributes with the compressed substrate cutting.
Described revolving knife is forward and backward two rows, and two horizontal row cutting knifes vertically are staggered, and compressed substrate just can all downcut by the matrix that after twice crosscut a row pressure contracted like this, vertically cuts into fritter through longitudinal knife again.This mode of cutting helps the neat of the moulding of substrate block and side cut.
Described kind hole awl has forward and backward two rows, and the front row is located at before the revolving knife, and the back row be located at after the longitudinal knife, and the front and back position of two seedings hole awl is relative.Preceding seeding hole awl is in order to make the hole, cave on compressed substrate, bore in order to type and typing are repaiied in hole, the cave on the substrate block after the cutting in back seeding hole.
Described program request mechanism comprises a rotation wind sucting tube by first driven by motor, is provided with a seed bucket and a limit grain device along the barrel surface in the outside of rotation wind sucting tube, has some wind inlets that set in a row on the barrel of rotation wind sucting tube; Touch the barrel bottom surface of described rotation wind sucting tube by the front end edge of the scraper plate of extension spring pulling; On the described rotation wind sucting tube in every row's wind inlet the position of each wind inlet relative with the front and back position of described kind hole awl in the described substrate block shaping mechanism respectively.By cooperating of rotation wind sucting tube and a seed bucket and a limit device, can be implemented in the precision drilling of the seed in every cave on the substrate block, reduced the seed waste, reduced production cost.
It is to be socketed with horizontal push plate and to extract case structure between some vertical rods of distributed rectangular that described seedling alms bowl extracts transfer mechanism, is connected to the push rod that is matrix distribution in the bottom surface of push plate, and the lower end of push rod extend into extracts in the case structure; The last termination pan carriage of vertical rod, the translation guide rail that supports pan carriage is connected in the cabinet; On pan carriage, be connected to second motor and transmission mechanism; Described push plate is joined by the transmission mechanism on the 3rd toggle and the described pan carriage.
Described extraction case structure is to be provided with in the bottom surface of second substrate to be the extraction box that matrix is arranged, Open Side Down, and each end face (be inverted box at the bottom of) that extracts box has for the core hole that pushes away under the described push rod; Driving mechanism drives described extraction case structure and pumps.
Extract in the process of transfer mechanism extraction seedling alms bowl at the seedling alms bowl, the process that the seedling alms bowl that matrix distribution, the extraction box that Open Side Down send first conveyer belt extracts in batches, it also is the process that each seedling alms bowl is carried out secondary cutting and shaping, so just can make the seedling alms bowl when putting into seedling alms bowl pallet, and do not have to paste between adjacent each seedling alms bowl, avoid in seedling raising process between each seedling alms bowl because of having the generation of " string root " phenomenon of being stained with veneer mutually and being caused.
Described matrix input mechanism includes the matrix bucket and is contained in the interior swinging plate of matrix bucket front end exit.Swinging plate is stirred the nutrient matrix of piling up in the matrix bucket backward, to obtain the hypothallus of a smooth substantially and thickness basically identical on the zone face of first conveyer belt.
Described matrix compressing mechanism is to be connected to movable pressing board between two poles, and an end of movable pressing board connects first toggle.The matrix that movable pressing board passes through the bottom is tamped, and makes it to become compressed substrate.
Described casing mechanism comprises that is contained a native box, has a row in the bottom of containing native box and leaks native hole, and pull plate is arranged on the bottom surface of the native box of described Sheng, has row's earthing hole on pull plate.Pull plate is in the reciprocating motion of containing native box bottom, make be contained in sandy soil of doing in the native box or dirt through twice transmission of leaking native hole and earthing hole after, just can drop on the substrate block that passes through by row the bottom, with the even covering that realizes the substrate block cave is cheated.
Be provided with second conveyer belt in order to transmission seedling alms bowl pallet of horizontally set (being different from vertical setting of first conveyer belt) in the rear end of described frame, seedling alms bowl pallet is used for splendid attire seedling alms bowl (i.e. substrate block after planting).The seedling alms bowl extracts transfer mechanism and whenever moves back and forth once, and second conveyer belt just has a carry that is equivalent to seedling alms bowl pallet length, extracts the seedling alms bowl of coming so that make each seedling alms bowl pallet of sending into cabinet successively can both accept one group.
The utility model can be realized the sending into, compress, beat hole, cave, stripping and slicing, precision drilling, evenly cover of matrix, the seedling alms bowl extracts and transfer Fully-mechanized operations such as sabot, per hour can be made into 4200 seedling alms bowls; After growing seedlings, the root system of seedling alms bowl is complete, does not expose, and does not go here and there root, does not have seedling-slowing stage during field planting.The utility model not only is suitable for sowing greengrocery crops such as tomato, capsicum, wild cabbage, rape, but but also various crop such as sowing cotton, corn and watermelon.The utility model can form large-scale commercial seedling production, reduces production costs and the price of commercial seedling, improves vegetable grower's economic benefit.
Description of drawings
Fig. 1 is the structural representation of first half of the present utility model.
Fig. 2 is the structural representation of latter half of the present utility model.
Fig. 3 is the enlarged diagram that the seedling alms bowl extracts transfer mechanism.
Fig. 4 is the bottom surface structural representation of first substrate in the substrate block shaping mechanism.
Embodiment
Fig. 1, shown in Figure 2 is equipped with the stepping conveying mechanism on frame 16, the stepping conveying mechanism is to be connected to form by the step drive mechanism and first conveyer belt 17, and step drive mechanism is that the length with made substrate block is a stepping length cell.Driving pulley 39 in the step drive mechanism and driven pulley were located at the two ends of frame 16 in 21 minutes.Along the direction of advance of first conveyer belt 17, on frame 16, be disposed with matrix input mechanism, matrix compressing mechanism, substrate block shaping mechanism, program request mechanism, casing mechanism and seedling alms bowl and extract transfer mechanism.Among Fig. 1, matrix compressing mechanism, substrate block shaping mechanism, program request mechanism and casing mechanism are to adopt the mechanical linkage structure, promptly are to adopt to carry out linkage driving as mechanisms such as crank connecting links each other, so just can guarantee the accurate of each work.Certainly also each mechanism can be implemented electrical control respectively by electrical control cabinet, to realize accurate interoperation at the stepping conveyer belt.
Among Fig. 1, high order end be the matrix input mechanism.This mechanism comprises a matrix bucket 1 and is contained in the interior swinging plate 2 of matrix bucket front end exit.The both sides of matrix bucket 1 are connected across on the frame 16, swinging plate 2 drives by the link gear of top axle head, doing the cross section is the sector reciprocating motion of 1/4 circle, stir backward piling up higher nutrient matrix in the matrix bucket 1, on first conveyer belt 17, to obtain the nutrient matrix layer of smooth substantially and thickness basically identical.
After the matrix input mechanism is matrix compressing mechanism 3.Matrix compressing mechanism 3 is to be connected to movable pressing board between the pole of two door types, and an end of movable pressing board connects first toggle, 20, the first toggles 20 and is connected on the mechanical linkage which controls.Under the drive of first toggle 20, movable pressing board is done and is pumped, to compressing by the matrix of movable pressing board bottom.
It after matrix compressing mechanism 3 the substrate block shaping mechanism.The substrate block shaping mechanism is to be connected to driver plate 7 and baffle plate 22 on pile frame 5 respectively, between driver plate 7 and baffle plate 22, be connected to stage clip 8, driver plate 7 external second toggles 19, the second toggle 19 tool link gear of meeting sb. at the airport, drive by mechanical linkage which controls, make driver plate 7 and with it the baffle plate that connects of elasticity 22 do for one and to pump.Driver plate 7 also connects first substrate 4 for 6 times by connecting rod, is connected to kind of a hole awl 25, revolving knife 23 and longitudinal knife 24 in the bottom surface of first substrate 4.
Among Fig. 4, revolving knife 23 is divided into forward and backward two rows, at interval the distance of a substrate block; And two horizontal row cutting knifes 23 longitudinally are staggered to be arranged, and helps reducing the shear pressure to compressed substrate like this, reduces the distortion of substrate block.Planting hole awl 25 also has forward and backward two rows, and the front row is located at before the revolving knife 23, and the back row be located at after the longitudinal knife 24, and the front and back position that awl 25 is cheated in two seedings is relative.
Compressed substrate on first conveyer belt 17 is by this mechanism the time, get hole, a row cave by preceding seeding hole awl 25 earlier, to downcut the row pressure matrix that contracts with the compressed substrate of cave hole part at twice by two horizontal row cutting knifes 23 again, longitudinal knife 24 matrix that again this row pressure contracted cuts into some compressed substrate pieces then, is once repaired by the hole, cave on 25 pairs of each substrate blocks of back seeding hole awl at last and finalizes the design.
Program request mechanism after the substrate block shaping mechanism comprises a rotation wind sucting tube 10 that is driven by first motor 18, connects a negative pressure air draught mechanism on rotation wind sucting tube 10.Be provided with seed bucket 11 and limit grain device 9 along the barrel surface in the outside of rotation wind sucting tube 10.On the barrel of rotation wind sucting tube 10, have some wind inlets that set in a row, with the seed in the absorbed seed bucket 11.A limit grain device 9 is to carry out spacing stopping to what adsorb on each wind inlet more than the seed more than, limits it and passes through, and makes every hole have only a seed absorption and transmit rearward, and satisfies the requirement of precision drilling thus.Arc length between two row's wind inlets is identical with the spacing that cheat in the cave on adjacent two row's same column substrate blocks.The rear end of scraper plate 12 is by extension spring 13 pullings, and the front end edge of scraper plate 12 touches the barrel bottom surface of rotation wind sucting tube 10, and a seed of arranging on the wind inlet that rotates to the bottom surface on the rotation wind sucting tube 10 is scraped, and makes it to fall into the hole, cave of the row's substrate block that just in time passes through the bottom.On the rotation wind sucting tube 10 in every row's wind inlet the position of each wind inlet relative with the front and back position of kind hole awl 25 in the described substrate block shaping mechanism respectively.
After the program request mechanism is casing mechanism.Casing mechanism comprises that is contained a native box 14, has a row in the bottom of containing native box 14 and leaks native hole, and pull plate 15 is arranged on the bottom surface of the native box 14 of described Sheng, has row's earthing hole on pull plate 15.Pull plate 15 also can be connected on the mechanical linkage which controls by a cover crank linkage, to realize horizontal reciprocal pull motion, make dry crushing soil, dirt of containing in the native box 14 or the sandy soil of doing etc. form the following leakage form of pugil pugil, thereby cover equably in the hole, cave on every row's substrate block that stepping passes through.Substrate block promptly becomes the seedling alms bowl behind sowing and earthing, but the appearance and size around it still remains unchanged.
As shown in Figure 2, the seedling alms bowl extracts transfer mechanism and is arranged on casing mechanism part afterwards, near the rear end of frame 16.Four vertical rods 27 are arranged on four jiaos an of rectangle, between four vertical rods 27, be socketed with horizontal push plate 36 and extract case structure 38, push plate 36 is slidingly connected with vertical rod 27 by four jiaos balladeur train 33, be connected to the one group of push rod 37 that is matrix distribution in the bottom surface of push plate 36, the quantity of every row's push rod is identical with the quantity that awl 25 is cheated in the every seeding in the substrate block shaping mechanism of front, the position is relative.The lower end of push rod extend in the extraction case structure 38 of bottom.
Described extraction case structure 38 is to be provided with in the bottom surface of second substrate 35 to be the square extraction box that matrix is arranged, Open Side Down, and the four sides of each extraction box is big or small identical or more bigger with substrate block.When extraction case structure 38 goes downwards on first conveyer belt 17, each extracts box and just in time is buckled on the seedling alms bowl, owing to contain about 40% moisture content in the matrix of seedling alms bowl, so, have enough adhesive force and frictional force between seedling alms bowl and the extraction box inwall, the extraction box still can not dropped at unsettled back seedling alms bowl.Have the core hole (Fig. 3) that pushes away for 37 times for push rod at each end face (at the bottom of also can regarding inverted box as) that extracts box.Driving mechanism 26 drives whole extraction case structure 38 and pumps.
Upper end four vertical rods 27 connects a pan carriage 45, is provided with the translation guide rail 32 that supports pan carriage in the bottom of pan carriage 45, and translation guide rail 32 is connected across in the cabinet 29, and cabinet 29 covers are connected on the back segment of frame 16 and step out a part to frame rear end.On pan carriage 45, be provided with second motor 30 and transmission mechanism 31.Second motor 30 and transmission mechanism 31 drive pan carriage 45, push plate 36 and extraction case structure 38 etc. and partly do reciprocal translational motion.Push plate 36 is joined by the transmission mechanism 31 on the 3rd toggle 28 and the pan carriage 45.
Among Fig. 2, after extracting case structure 38 controlled downs and fastening one group of seedling alms bowl on first conveyer belt 17, pan carriage 45 is to right translation, in this process, the seedling alms bowl breaks away from the support of the frame 16 and first conveyer belt 17, after arriving cabinet 29 right-hand members, push plate 36 is descending, push rod 37 penetrates the extraction box, and the seedling alms bowl 43 that extracts in the box is released downwards, and this group seedling alms bowl integral body is dropped in the seedling alms bowl pallet of placing the bottom 42.Afterwards, pan carriage 45 is to the left return, meanwhile, push plate 36 and extraction case structure 38 are up respectively, and push rod 37 withdraws from the extraction box, extract case structure 38 and lift, at this moment follow-up seedling alms bowl stepping puts in place on first conveyer belt 17, and the seedling alms bowl that thereupon can carry out next round extracts.
Seedling alms bowl pallet 42 both can be placed and change by artificial, also can use mechanical transmission device.Among Fig. 2, for improving mechanization degree, the utility model is provided with second conveyer belt 41 in the rear end of frame 16.Second conveyer belt, 41 horizontally sets pass the sidepiece of cabinet 29, in order to transmit seedling alms bowl pallet.Second conveyer belt 41 also is a stepping connecting gear, and its stepping length is the length of a seedling alms bowl pallet, and extracts the transfer mechanism interoperation with the seedling alms bowl, finishes the Sheng dish and the transmission work of seedling alms bowl pallet.
Rearward end in frame 16 also is provided with two hairbrush, and wherein the bristle front end of first hairbrush 40 is with respect to first conveyer belt 17 of driving pulley 39 bottoms, in order to brush the earth of being stained with band on first conveyer belt.The bristle front end of second hairbrush 34 is arranged at the bottom surface of relative extraction box, and an equipped cover switching mechanism 44.When the extraction box moved to right, second hairbrush, 34 overturning horizontal did not contact the extraction box; When the extraction box moved to left return, second hairbrush 34 was upwards dug, and brush falls to extract the earth that band is stained with in the box bottom surface, for necessary preparation is carried out in the extraction of next seedling alms bowl.
Claims (10)
1. compressed substrate seedling-culturing sowing machine, it is characterized in that on frame (16), being equipped with the stepping conveying mechanism of being formed by step drive mechanism and first conveyer belt (17), on described frame (16), be disposed with matrix input mechanism, matrix compressing mechanism, substrate block shaping mechanism, program request mechanism, casing mechanism and seedling alms bowl along the direction of advance of described first conveyer belt (17) and extract transfer mechanism.
2. compressed substrate seedling-culturing sowing machine according to claim 1, it is characterized in that described substrate block shaping mechanism is to be connected to driver plate (7) and baffle plate (22) on pile frame (5), external second toggle of driver plate (7) (19), driver plate (7) is connected to kind of hole awl (25), revolving knife (23) and a longitudinal knife (24) by connecing first substrate (4) under the connecting rod (6) in the bottom surface of first substrate (4).
3. compressed substrate seedling-culturing sowing machine according to claim 2 is characterized in that described revolving knife (23) has forward and backward two rows, and two horizontal row cutting knifes (23) vertically are staggered; Described kind hole awl (25) has two forward and backward rows, and the front row is located at revolving knife (23) before, and back row is located at longitudinal knife (24) afterwards, and the front and back position of two seedings hole awls (25) is relative.
4. according to claim 1,2 or 3 described compressed substrate seedling-culturing sowing machines, it is characterized in that described program request mechanism comprises a rotation wind sucting tube (10) that is driven by first motor (18), be provided with seed bucket (11) and limit grain device (9) in the outside of rotation wind sucting tube (10) along the barrel surface, on the barrel of rotation wind sucting tube (10), have some wind inlets that set in a row; Touch the barrel bottom surface of described rotation wind sucting tube (10) by the front end edge of the scraper plate (12) of extension spring (13) pulling; The position that described rotation wind sucting tube (10) is gone up each wind inlet in every row's wind inlet is relative with the front and back position of described kind hole awl (25) in the described substrate block shaping mechanism respectively.
5. according to claim 1,2 or 3 described compressed substrate seedling-culturing sowing machines, it is characterized in that it is to be socketed with horizontal push plate (36) and to extract case structure (38) between some vertical rods (27) of distributed rectangular that described seedling alms bowl extracts transfer mechanism, be connected to the push rod (37) that is matrix distribution in the bottom surface of push plate (36), the lower end of push rod extend into extracts in the case structure (38); The last termination pan carriage (45) of vertical rod (27), the translation guide rail (32) that supports pan carriage (45) is connected in the cabinet (29); On pan carriage (45), be connected to second motor (30) and transmission mechanism (31); Described push plate (36) is joined by the transmission mechanism (31) on the 3rd eccentric ratio (28) and the described pan carriage (45).
6. compressed substrate seedling-culturing sowing machine according to claim 5, it is characterized in that described extraction case structure (38) is to be provided with in the bottom surface of second substrate (35) to be the extraction box that matrix is arranged, Open Side Down, each end face that extracts box has the core hole that pushes away under the described push rod (37); Driving mechanism (26) drives described extraction case structure (38) and pumps.
7. compressed substrate seedling-culturing sowing machine according to claim 6 is characterized in that described matrix input mechanism includes matrix bucket (1) and is contained in the interior swinging plate (2) of matrix bucket front end exit.
8. compressed substrate seedling-culturing sowing machine according to claim 7 is characterized in that described matrix compressing mechanism (3) is to be connected to movable pressing board between two poles, and an end of movable pressing board connects first toggle (20).
9. compressed substrate seedling-culturing sowing machine according to claim 8, it is characterized in that described casing mechanism comprises that is contained a native box (14), have a row in the bottom of containing native box (14) and leak native hole, pull plate (15) is arranged on the bottom surface of the native box of described Sheng (14), has row's earthing hole on pull plate (15).
10. according to claim 1,2,3,6,7,8 or 9 described compressed substrate seedling-culturing sowing machines, it is characterized in that being provided with second conveyer belt (41) in order to delivery tray of horizontally set in the rear end of described frame (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201098606U CN201630078U (en) | 2010-02-09 | 2010-02-09 | Grow seedling seeder of compressed matrix |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010201098606U CN201630078U (en) | 2010-02-09 | 2010-02-09 | Grow seedling seeder of compressed matrix |
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| CN201630078U true CN201630078U (en) | 2010-11-17 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103130573A (en) * | 2013-03-14 | 2013-06-05 | 河北省林业科学研究院 | Compression-type forest tree seed cultivating substrate |
| CN104620899A (en) * | 2015-01-24 | 2015-05-20 | 成都科特柯本科技有限公司 | Multi-functional slicing, transferring and discharging device for vegetable seedling breeding |
| CN104686240A (en) * | 2015-01-24 | 2015-06-10 | 成都科特柯本科技有限公司 | Multifunctional vegetable seedling raising machine and seedling sowing method |
| CN104813863A (en) * | 2015-03-17 | 2015-08-05 | 山东农业大学 | Multifunctional slicing, transferring and unloading device for vegetable seedling-growing machine |
| WO2023104721A1 (en) * | 2021-12-10 | 2023-06-15 | Ellepot A/S | A process and system for line producing seed filled plant growth medium pots, rods, or bands |
-
2010
- 2010-02-09 CN CN2010201098606U patent/CN201630078U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103130573A (en) * | 2013-03-14 | 2013-06-05 | 河北省林业科学研究院 | Compression-type forest tree seed cultivating substrate |
| CN104620899A (en) * | 2015-01-24 | 2015-05-20 | 成都科特柯本科技有限公司 | Multi-functional slicing, transferring and discharging device for vegetable seedling breeding |
| CN104686240A (en) * | 2015-01-24 | 2015-06-10 | 成都科特柯本科技有限公司 | Multifunctional vegetable seedling raising machine and seedling sowing method |
| CN104620899B (en) * | 2015-01-24 | 2017-01-18 | 李允杰 | Multi-functional slicing, transferring and discharging device for vegetable seedling breeding |
| CN104686240B (en) * | 2015-01-24 | 2018-06-22 | 中山市华创农业有限公司 | A kind of multifunctional vegetable seedlings machine and seeding and growing seedling method |
| CN104813863A (en) * | 2015-03-17 | 2015-08-05 | 山东农业大学 | Multifunctional slicing, transferring and unloading device for vegetable seedling-growing machine |
| WO2023104721A1 (en) * | 2021-12-10 | 2023-06-15 | Ellepot A/S | A process and system for line producing seed filled plant growth medium pots, rods, or bands |
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