CN210053811U - Hand-held type cave dish disseminator - Google Patents
Hand-held type cave dish disseminator Download PDFInfo
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- CN210053811U CN210053811U CN201920671524.1U CN201920671524U CN210053811U CN 210053811 U CN210053811 U CN 210053811U CN 201920671524 U CN201920671524 U CN 201920671524U CN 210053811 U CN210053811 U CN 210053811U
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Abstract
The utility model discloses a novel hand-held type cave dish disseminator, including flourishing kind of a dish, seed metering dish, some kind of a dish. The seed containing disc and the seed discharging disc are correspondingly provided with 8 pairs of button-shaped strong magnets, so that the two parts of the seeder are conveniently and tightly connected, and reciprocating seed discharging and dibbling actions are carried out by means of leftward pulling force of fingers and magnetic force. The funnel-shaped seed containing holes are designed on the seed containing plate, so that seeds in the seed containing plate can smoothly fall into the seed discharging plate; the seed discharging hole cleaning device is designed below the seed containing disc, the defects that seeds are blocked and leaked in the seeding process can be avoided, the defects that the seeds are easily broken by squeezing and the seed discharging holes are blocked when the seed discharging disc of the existing seeder is moved are overcome by the spoon-shaped seed discharging hole design on the seed discharging disc, even if a small number of seeds are blocked or dust blocks the seed discharging holes, the seed discharging holes can be cleaned up in the seed sowing disc dibbling process due to the design of the seed discharging hole cleaning device, and the normal work of the seed discharging disc is ensured.
Description
Technical Field
The utility model belongs to the technical field of plug seedling disseminator, it to the batch plug seedling sowing technique of growing seedlings to relate to, more specifically the portable novel handheld plug seeder that says so is applicable to the seeding of growing seedlings of round grain vegetable seed batch plug.
Background
With the enlargement of the intensive production scale and the improvement of the cultivation management level of the vegetable industry in China, the plug seedling technology is widely popularized and applied. The method for planting vegetables evolves to the existing fine cultivation management mode of plug seedling planting from the former planting management modes of direct seeding, broadcast sowing, tunnel seedling and the like. The full-automatic plug seeding equipment for industrial seedling raising has high cost, is not suitable for small seedling raising fields, is not suitable for being used by farmers at home, some farmers directly place orders for seedling raising in the seedling raising fields, and some farmers manually dibble plug seedling for saving the production cost.
The Purchase plug seeder disclosed on the network consists of a seed containing disc and a seed leaking disc which are connected by the suction force of a magnet; when the seeds are sowed, the seed leaking plate blocks the seed sowing holes to prevent seed leakage, and after the seeds are sowed, the seed leaking plate is moved to the left, so that the seed sowing holes are aligned with the seed leaking holes of the seed leaking plate, and the seeds fall into the hole tray under the action of self gravity to finish sowing. The seed containing disc is internally provided with a single seed discharging hole and a seed containing area, manual seed discharging is convenient only when a small amount of seeds are contained, redundant seeds in the seed discharging hole can be discharged only by shaking the seed sowing disc back and forth, the seed discharging process is complicated, irregular seeds easily block the seed discharging hole, and the seed shortage of the seed sowing disc is caused; the friction force between the seed containing tray and the seed leaking tray is large, and the finger pulls the seed leaking tray with great effort. Compared with manual dibbling, the plug-hole disc seeder has the advantages that although the seeding efficiency is greatly improved, the seeding operation is more complicated, the plug-hole disc seeder needs to be adjusted back and forth for multiple times, the plug-hole disc seeder can move to sow when a seed is in a seed discharging hole through human eye inspection, the static electricity is easily generated to suck the seeds and dust, the seeds are not easy to fall into the plug-hole disc to clamp the seeds, the seed clamping phenomenon is more and more serious if the seeding speed is improved, and the seedling shortage rate and the single-seed sowing rate are reduced along with the increase.
Therefore, the portable handheld vegetable seeder is specially designed and invented, is low in cost, can operate in a small space, is convenient to carry, can reduce labor intensity and labor cost, greatly improves working efficiency, reduces seed clamping phenomenon and improves single-seed sowing efficiency compared with manual dibbling and plug seedling seeder sowing, and is very suitable for small seedling factories and farmers without a plug seedling complete equipment.
Disclosure of Invention
For the demand that adapts to the seedling growing market that present vegetable planting mode becomes more meticulous, intensive change brings, the utility model discloses a following technical content:
the utility model provides a hand-held type cave dish disseminator which characterized in that it includes flourishing kind of a dish, seed metering dish, some kind of a dish, wherein:
the seed containing tray 1 comprises: a funnel-shaped seed containing hole 2, a seed leaking hole 3, a screw hole 4 connected with a seed dibbling disk, a right-angled trapezoid-shaped hole cleaning device 5 and an upper button-shaped strong magnet 6; the funnel-shaped seed containing holes 2 and the seed discharge holes 3 are distributed on the bottom of the seed containing disc 1, the right-angle trapezoidal seed hole cleaning devices 5 are distributed below the bottom of the seed containing disc, and the inclined edges face the seed discharge holes 3; the shadow parts of the four sides of the back of the bottom of the seed containing disc are convex strips, wherein the right convex strip is short, the thickness of the convex strip is 0.3 mm thicker than that of the seed sowing disc 11, the number of the screw holes 4 connected with the seed sowing disc is 12, the shadow parts of the four sides of the back of the bottom of the seed containing disc are 2 on the left and the right, and the number of the screw holes is 4; the right-angle trapezoidal seed hole cleaning device 5 is positioned below the bottom of the seed containing tray, and the left side of the seed discharge hole 3 is arranged in a linear matrix; the upper button-shaped strong magnet 6 is positioned below the bottom of the seed tray, 4 grains in one row and 8 grains in two rows;
the seed discharging plate 11 comprises: a button-shaped strong magnet 7, a spoon-shaped seed discharging hole 8, a hole cleaning groove 9 and a pulling device 10 are arranged; wherein, the lower button-shaped strong magnet is positioned in the middle of the seed sowing plate 11, 4 grains in one row, and 8 grains in two rows, and the position of the lower button-shaped strong magnet corresponds to the upper button-shaped strong magnet 6 of the seed containing plate; the spoon-shaped seed discharging holes 8 and the seed hole cleaning grooves 9 correspond to the seed discharge openings 3 of the seed containing discs and the right-angled trapezoid seed hole cleaning devices 5, are matched in specification and are also arranged in a linear matrix, and the size of the spoon-shaped seed discharging holes is matched with that of round seeds, so that the effect of single seed discharging is achieved; the pulling device 10 is positioned at the leftmost side of the seed discharging disc 11, and the pulling buckle is designed in a circular hole shape, so that the pulling buckle is convenient for fingers to pull;
the dibbling disk 15 comprises: a screw hole 12 connected with the seed containing disc, a seeding hole 13 and a movable stroke 14 of the pulling device; wherein, the screw holes on the seed sowing plate are positioned at the left and right of the seed sowing plate respectively by 2, and the upper and lower of the seed sowing plate respectively by 4, and correspond to the screw holes 4 of the seed containing plate; the number of the dibbling holes is designed according to the specification of the hole disc, the dibbling holes are 3 times larger than the seeding holes 8 on the seeding disc 11 in size design, the radius of the dibbling holes is the length of the upper edge of the right-angled trapezoid-shaped hole cleaning device 5, the dibbling holes are arranged in a linear matrix, and after the sowing device is installed, the dibbling holes are staggered with the seed leaking port on the right left of the seed leaking port and under the right-angled trapezoid-shaped hole cleaning device 5; the moving stroke 14 of the wrenching device is positioned at the left side of the seed sowing plate and is in a rectangular hollow design, so that the action of moving and displacing the left and right seed sowing plates 11 is realized.
The flourishing kind of dish for uncovered cuboid shape, the bottom back has protruding form strip all around. The corresponding design of the seed holding disc can be 32 holes, 50 holes, 72 holes, 108 holes and the like.
The utility model further discloses a method for sowing by adopting the hand-held type plug seeder, which is characterized by comprising the following steps:
(1) installing the seeder:
the seed discharging plate 11 is arranged at the bottom of the seed containing plate in sequence, the upper button-shaped magnet 6 and the lower button-shaped magnet 7 are aligned, and the seed hole cleaning device 5 below the seed containing plate is aligned with the seed hole cleaning groove 9 of the seed discharging plate and is merged into the groove in place; then placing the seed tray 15 on the seed tray, aligning the screw holes of the seed tray and the screw holes 12 of the seed tray in sequence, fixing the seed tray by using screws, and finishing the installation of the seeder.
(2) The working process of the seeder comprises the following steps:
after the seeder is installed according to the installation method, round seeds with the specification matched with the size of the seed discharging holes of the seed discharging disc are placed into the seed containing disc, the seed placing amount can ensure that each seed containing hole is filled with seeds, two ends of the seeder are held by hands, the left fingers are placed at the pulling device of the seed discharging disc, the seeder is aligned to the hole disc filled with the matrix, the hole disc with the pits is pressed, the pulling device is buckled leftwards and moves in the space of the moving stroke 14 of the pulling device, the seeds in the seed discharging holes on the seed discharging disc are brought to the seed dibbling holes of the seed dibbling disc, and the seeds fall into the hole disc under the action of the self gravity and the hole cleaning device to complete the seeding.
The utility model discloses further disclose the application of adopting hand-held type plug seeder to sow the method and being used for the seeding of the batch plug seedling of the round vegetable seeds. The test result shows that compared with the manual hole tray seeding mode, the seeding efficiency is improved by more than 10 times, compared with the automatic hole tray seeding equipment, the seeding equipment has low cost and more flexible application, the seeding speed and mode can be changed at any time, and the application range is wider.
The utility model discloses a hand-held type cave dish disseminator's theory of operation lies in: the seed-metering disc performs reciprocating single seed metering under the action of a leftward pulling force of fingers and strong ferromagnetic force, and performs free-falling body movement by means of seed gravity to fall to complete seeding.
The utility model mainly solves the problems of low efficiency and high labor intensity of manual hole-disk seeding and the defects of high cost and poor maneuvering flexibility of automatic hole-disk seeding equipment; the seeding efficiency and the application occasions are mainly considered; the main difficulty lies in the debugging test of the technical parameters of single-seed sowing of the sowing plate and the parameter test of the sowing hole for reducing the seed breakage rate.
The utility model discloses more detailed description is as follows:
a novel hand-held type cave dish disseminator: as shown in fig. 1, the seed tray includes: a funnel-shaped seed containing hole, a seed leaking hole and a screw hole connected with the seed dibbling disk; FIG. 2 is a bottom view of the bottom surface of a seed tray, a rectangular tray surface seed holding container, a seed discharge hole, a screw hole connected with a seed dibbling tray, a hole cleaning device fixed below the seed tray and a button-shaped strong magnet; FIG. 3 is a cross-sectional view of a seed tray. As shown in fig. 4, the seed discharge tray includes: button-shaped strong magnets, seed-metering holes, a seed hole cleaning groove and a pulling device. As shown in fig. 5, the seeding plate includes: the screw hole, the hole counting hole and the pulling device which are connected with the seed containing disc move a stroke.
The utility model discloses the place of main improvement lies in:
(1) the upper part of the seed containing disc is provided with the funnel-shaped seed containing hole, even a small amount of seeds can be sowed by the plug-type sowing device, and the bottom of the seed containing disc is provided with the right-angled trapezoidal seed hole cleaning device, so that the seed discharging holes can be cleaned up simultaneously in the seed discharging and sowing process of the seed discharging disc, the normal work of the seed discharging holes is facilitated, and the phenomena of missing sowing and seedling lack of seedlings of the seedling growing disc caused by blockage of the seed discharging holes are avoided.
(2) The seed discharging holes of the seed discharging plate are designed into spoon-shaped holes with gaps at one end, single seed sowing of round seeds can be realized, the seeds are not easy to be squeezed by a seeder in the sowing process, and the seeds in the seed discharging holes can be successfully sown into the hole plate each time by matching with the seed hole cleaning device at the bottom of the seed accommodating plate.
(3) The square movable stroke of the pulling device is designed at the left side of the dibbling disk, and the pulling displacement of the seeding disk can be adjusted, so that the seeding operation is easy to apply force and can move freely.
The utility model discloses a positive effect that hand-held type cave dish disseminator compared with prior art has lies in:
the four edges of the back of the bottom of the seed containing disc are provided with convex strips, so that the position and the movable displacement of the seed discharging disc can be fixed, and the occurrence of faults is reduced; the seed holding disc and the seed discharging disc are correspondingly provided with 8 pairs of button-shaped strong magnets, so that the two parts of the seeder are conveniently and tightly connected, and reciprocating seed discharging and dibbling actions are carried out by means of leftward pulling force of fingers and strong magnet magnetic force. The funnel-shaped seed containing holes are designed on the seed containing plate, so that seeds in the seed containing plate can smoothly fall into the seed discharging plate; the right-angled trapezoid-shaped seed discharging hole cleaning device is designed below the seed containing disc, the defects that seeds are blocked and leaked in the seeding process can be avoided, the defects that the seeds are easily broken through when the seed discharging wheel of the existing seeder rotates and the seed discharging holes are blocked are overcome by the spoon-shaped seed discharging hole design on the seed discharging disc, even if the seed discharging holes are blocked by a small number of blocked seeds or dust, the seed discharging holes can be added due to the design of the seed discharging hole cleaning device, the seed discharging holes on the seed discharging disc can be cleaned up by the seed discharging hole cleaning device, and the normal work of the seed discharging disc is ensured.
Drawings
FIG. 1 is a schematic structural view of a hand-held type plug seeder;
FIG. 2 is a bottom plan view of the tray;
FIG. 3 is a sectional plan view of the seed tray;
FIG. 4 is a top plan view of the seed plate;
FIG. 5 is a top plan view of the dibbling disk; wherein:
1. seed containing disc 2 and funnel-shaped seed containing hole
3. Discharge opening 4 and screw hole connected with dibbling plate
5. Right-angle trapezoidal-shaped hole cleaning device 6 and upper button-shaped strong magnet
7. Lower button-shaped strong magnet 8 and spoon-shaped seed discharging hole
9. Hole cleaning groove 10 and pulling device
11. Seed discharging plate 12 and screw hole connected with seed containing plate
13. A seed dibbling hole 14, a movable stroke 15 of a pulling device and a seed dibbling disk.
Detailed Description
The invention is described below by means of specific embodiments. Unless otherwise specified, the technical means used in the present invention are well known to those skilled in the art. Additionally, the embodiments should be considered illustrative, and not restrictive, of the scope of the invention, which is defined solely by the claims. It will be apparent to those skilled in the art that various changes and modifications can be made in these embodiments without departing from the spirit and scope of the invention.
Example 1
The utility model provides a hand-held type cave dish disseminator, it includes flourishing kind of a dish, seed metering dish, some kind of a dish, wherein:
the seed containing tray 1 comprises: a funnel-shaped seed containing hole 2, a seed leaking hole 3, a screw hole 4 connected with a seed dibbling disk, a right-angled trapezoid-shaped hole cleaning device 5 and an upper button-shaped strong magnet 6; the funnel-shaped seed containing holes 2 and the seed discharge holes 3 are distributed on the bottom of the seed containing disc, the right-angle trapezoidal seed hole cleaning devices are distributed below the bottom of the seed containing disc, and the inclined edges face the seed discharge holes; the shadow parts of the four sides of the back of the bottom of the seed containing disc are convex strips, wherein the right convex strip is short, the thickness of the convex strip is 0.3 mm thicker than that of the seed sowing disc 11, the number of the screw holes 4 connected with the seed sowing disc is 12, the shadow parts of the four sides of the back of the bottom of the seed containing disc are 2 on the left and the right, and the number of the screw holes is 4; the right-angle trapezoidal seed hole cleaning device is positioned below the bottom of the seed containing tray, and the left side of the seed discharge hole 3 is arranged in a linear matrix; the upper button-shaped strong magnet 6 is positioned below the bottom of the seed tray, 4 grains in one row and 8 grains in two rows;
the seed discharging plate 11 comprises: a button-shaped strong magnet 7, a spoon-shaped seed discharging hole 8, a hole cleaning groove 9 and a pulling device 10 are arranged; wherein the lower button-shaped strong magnet 7 is positioned in the middle of the seed sowing plate 11, 4 grains in one row and 8 grains in two rows, and the positions of the lower button-shaped strong magnets correspond to the upper button-shaped strong magnet 6 of the seed containing plate; the spoon-shaped seed discharging holes 8 and the seed hole cleaning grooves 9 correspond to the seed discharge openings of the seed containing discs and the right-angled trapezoid-shaped seed hole cleaning devices 5, are matched in specification and are also arranged in a linear matrix, and the size of the spoon-shaped seed discharging holes is matched with that of round seeds, so that the effect of single seed discharging is achieved; the pulling device 10 is positioned at the leftmost side of the seed discharging disc 11, and the pulling buckle is designed in a circular hole shape, so that the pulling buckle is convenient for fingers to pull;
the dibbling disk 15 comprises: a screw hole 12 connected with the seed containing disc, a seeding hole 13 and a movable stroke 14 of the pulling device; wherein, the screw holes 12 on the seed-spotting plate are positioned at the left and right of the seed-spotting plate respectively by 2, and the upper and lower of the seed-spotting plate respectively by 4, and correspond to the screw holes 4 of the seed-holding plate; the hole number of the seed sowing holes 13 is designed according to the specification of the hole tray, the size of the seed sowing holes can be designed to be 3 times larger than that of the seed sowing holes on the seed sowing tray, the radius of the seed sowing holes is the length of the upper edge of the right-angled trapezoid-shaped seed hole cleaning device, the seed sowing holes are arranged in a linear matrix, and after the sowing machine is installed, the seed sowing holes are arranged right on the left of the seed discharge port and right below the right-angled trapezoid-shaped seed hole cleaning device and staggered with the seed discharge port; the moving stroke of the pulling device is positioned on the left side of the seed sowing plate, and the pulling device is in a rectangular hollow design and plays a role in moving and displacing the left and right seed sowing plates. The flourishing kind of dish for uncovered cuboid shape, the bottom back has protruding form strip all around. The corresponding design of the seed holding disc can be 32 holes, 50 holes, 72 holes, 108 holes and the like.
Example 2
The method for sowing by adopting the handheld plug-type seeder is characterized by comprising the following steps:
(1) installing the seeder:
the seed discharging plate is arranged at the bottom of the seed containing plate in sequence, the upper button-shaped magnet 6 and the lower button-shaped magnet 7 are aligned, and the seed hole cleaning device 5 below the seed containing plate is aligned with the seed hole cleaning groove 9 of the seed discharging plate and is merged into the groove in place; then placing the seed tray on a seed tray, aligning the screw holes of the seed tray and the screw holes 12 of the seed tray in sequence, fixing the seed tray and the seed tray by screws, and finishing the installation of the seeder.
(2) The working process of the seeder comprises the following steps:
after the seeder is installed according to the installation method, round seeds with the specification matched with the size of the seed discharging holes of the seed discharging disc are placed into the seed containing disc 1, the seed placing amount can ensure that each seed containing hole 2 is filled with seeds, two ends of the seeder are held by hands, the left fingers are placed at the pulling device 10 of the seed discharging disc, the seeder is aligned to the hole disc filled with the matrix, the pit is pressed, the pulling device 10 is buckled leftwards and moves in the moving stroke 14 space of the pulling device, the seeds in the seed discharging holes 8 on the seed discharging disc 11 are taken to the seed dibbling holes 13 of the seed dibbling disc 15, and the seeds fall into the hole disc under the action of the self gravity and the hole cleaning device 5 to complete the seeding.
Example 3
Typical sowing example (round vegetable seed batch plug seedling sowing)
The method comprises the following steps: single seed sowing
The method comprises the following steps:
1. selecting the specifications of the plug required by plug seeding, filling the seedling substrate, and pressing the pit for later use;
2. selecting a matched handheld hole tray seeder, pouring round vegetable seeds into a seed containing tray, and ensuring that seed containing holes of the seed containing tray are full of seeds;
3. aligning the dibbling hole with the hole of the hole tray, pointing to a pulling device for pulling the seed discharging tray leftwards by both hands, moving the seed discharging tray leftwards, bringing the seeds in the seed discharging hole above the dibbling hole, and falling into the hole tray under the action of a seed hole cleaning device and the self gravity of the seeds to complete the seeding; meanwhile, the pulling device is loosened, the seed discharging disc returns to the position for seed discharging under the action of strong magnetic force, and the next seeding is started.
As a result: the single-seed sowing task of the hole tray is completed quickly and efficiently.
Example 4
And (3) comparison test:
taking the specification of 50-hole tray as an example, compared with the seeding of a novel handheld hole tray seeder, an artificial manual hole tray dibbling mode, an old hole tray seeder and a negative pressure air-aspiration type full-automatic seeding device, the seeding of 30-tray seeding is completed by taking round blue coated Chinese cabbage seeds with uniform sizes as materials, and the technical data statistical result is as follows:
and (4) conclusion: the utility model discloses seeding effect is better, and the cave dish seeding seed is not damaged, and the seed metering hole is unblocked, and the single seed rate reaches 95%, and seeding efficiency is higher than artifical dibble seeding and old-fashioned cave dish disseminator. Compared with manual dibbling, the sowing efficiency and the single-seed sowing rate are greatly improved, the seed and labor cost are saved, and the working efficiency is obviously improved; compared with the old type plug seeder, the seeding efficiency is improved by more than 6 times, the single-seed seeding rate is 5 percent higher, and the seed consumption is reduced; compared with full-automatic sowing equipment, the seeding efficiency is lower than that of the full-automatic sowing equipment, but the cost of the seeder is obviously reduced, the requirements of seedling raising factory plug seedling raising with smaller production capacity and the requirements of farmer seedling raising can be met, the seeding is more flexible and mobile, and the application range is wider.
Claims (3)
1. The utility model provides a hand-held type cave dish disseminator which characterized in that it includes flourishing kind of a dish, seed metering dish, some kind of a dish, wherein:
the seed containing tray (1) comprises: a funnel-shaped seed containing hole (2), a seed leaking hole (3), a screw hole (4) connected with the seed dibbling disk, a right-angled trapezoid-shaped hole cleaning device (5) and an upper button-shaped strong magnet (6); the funnel-shaped seed containing hole (2) and the seed discharge hole (3) are distributed on the bottom of the seed containing disc (1), the right-angled trapezoid seed hole cleaning device (5) is distributed below the bottom of the seed containing disc (1), and the inclined edge faces the seed discharge hole (3); the shadow parts of the four sides of the back of the bottom of the seed containing disc are convex strips, wherein the right convex strip is short, the thickness of the convex strip is 0.3 mm thicker than that of the seed sowing disc (11), the number of the screw holes (4) connected with the seed sowing disc is 12, the shadow parts of the four sides of the back of the bottom of the seed containing disc are 2 respectively at the left and right, and the number of the screw holes is 4 respectively at the upper and lower parts; the right-angle trapezoidal seed hole cleaning device (5) is positioned below the bottom of the seed containing tray, and the left side of the seed leaking holes (3) are arranged in a linear matrix; the upper button-shaped strong magnets (6) are positioned below the bottom of the seed containing tray, 4 in one row and 8 in two rows;
the seed plate (11) comprises: a button-shaped strong magnet (7), a spoon-shaped seed discharging hole (8), a hole cleaning groove (9) and a pulling device (10) are arranged at the lower part; wherein the lower button-shaped strong magnet (7) is positioned in the middle of the seed sowing plate (11), 4 grains in one row and 8 grains in total are positioned in two rows, and the positions of the lower button-shaped strong magnets correspond to the upper button-shaped strong magnet (6) of the seed containing plate (1); the spoon-shaped seed discharging holes (8) and the seed hole cleaning grooves (9) correspond to the seed discharge opening (3) of the seed containing plate (1) and the right trapezoid-shaped seed hole cleaning device (5), are matched in specification and are also arranged in a linear matrix manner, the size of the spoon-shaped seed discharging holes (8) is matched with the size of round seeds, the pulling device (10) is positioned at the leftmost side of the seed discharging plate (11), and the pulling buckle is designed into a round hole shape;
the seed sowing plate (15) comprises: a screw hole (12) connected with the seed tray, a dibbling hole (13) and a movable stroke (14) of the wrenching device; wherein, the screw holes (12) on the seed sowing plate are positioned at the left and right of the seed sowing plate respectively by 2, and the upper and lower of the seed sowing plate respectively by 4 and correspond to the screw holes (4) of the seed containing plate; the hole number is designed according to the specification of the hole plate in the hole counting holes (13), the size design is 3 times larger than the seed metering holes (8) in the seed metering plate (11), the radius of the seed metering holes is the length of the upper edge of the right trapezoid-shaped hole cleaning device (5), the seed metering holes are arranged in a linear matrix, the hole counting holes (13) are arranged right on the left of the seed discharge port (3), the positions under the right trapezoid-shaped hole cleaning device (5) are staggered with the seed discharge port (3), and the moving stroke (14) of the pulling device is located on the left of the seed metering plate and is in a rectangular hollow design.
2. The hand-held type plug seeder according to claim 1, wherein the seed tray is in the shape of an uncovered rectangular parallelepiped, and the bottom and the back of the seed tray are provided with raised strips.
3. The hand-held plug seeder according to claim 1, wherein the seed tray (1) is designed to have 32-hole, 50-hole, 72-hole and 108-hole specifications.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920671524.1U CN210053811U (en) | 2019-05-13 | 2019-05-13 | Hand-held type cave dish disseminator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920671524.1U CN210053811U (en) | 2019-05-13 | 2019-05-13 | Hand-held type cave dish disseminator |
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| CN210053811U true CN210053811U (en) | 2020-02-14 |
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| CN201920671524.1U Active CN210053811U (en) | 2019-05-13 | 2019-05-13 | Hand-held type cave dish disseminator |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110050549A (en) * | 2019-05-13 | 2019-07-26 | 天津科润农业科技股份有限公司 | A kind of hand-held Plug-seedling sower and application |
| CN116686493A (en) * | 2023-05-30 | 2023-09-05 | 山东省农业科学院 | Seed metering dish is cultivated to peanut bud dish |
-
2019
- 2019-05-13 CN CN201920671524.1U patent/CN210053811U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110050549A (en) * | 2019-05-13 | 2019-07-26 | 天津科润农业科技股份有限公司 | A kind of hand-held Plug-seedling sower and application |
| CN110050549B (en) * | 2019-05-13 | 2024-02-09 | 天津科润农业科技股份有限公司 | Handheld plug seeder and application |
| CN116686493A (en) * | 2023-05-30 | 2023-09-05 | 山东省农业科学院 | Seed metering dish is cultivated to peanut bud dish |
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