CN110366907A - A kind of portable seeding apparatus - Google Patents
A kind of portable seeding apparatus Download PDFInfo
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- CN110366907A CN110366907A CN201910731869.6A CN201910731869A CN110366907A CN 110366907 A CN110366907 A CN 110366907A CN 201910731869 A CN201910731869 A CN 201910731869A CN 110366907 A CN110366907 A CN 110366907A
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- seeding apparatus
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C5/00—Making or covering furrows or holes for sowing, planting or manuring
- A01C5/04—Machines for making or covering holes for sowing or planting
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C7/00—Sowing
- A01C7/002—Dibble seeders
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- Life Sciences & Earth Sciences (AREA)
- Soil Sciences (AREA)
- Environmental Sciences (AREA)
- Sowing (AREA)
Abstract
The present invention relates to seeding apparatus, are in particular a kind of portable seeding apparatus.Including sowing pipe, native probe, power I, displacement frame, power II, power III and switching valve are dialled, wind pressure direction is changed by reducible switching valve and conveys seed to position using wind pressure, it is avoidable because seed does not fall the broadcast leakage phenomenon of generation；Cutting to broadcast in advance using pre- plectrum makes hollow probe avoid blocking phenomenon when manufacturing heatable adobe sleeping platform, prevents seed from can not sow；A certain amount of soil is collected using the rotation of flight, then is inverted that soil is unloaded main component of the present invention on the seed covered after planting is mountable in various mobile devices, it is easy to carry or assembled as needed.
Description
Technical field
The present invention relates to agricultural machinery technological fields, are in particular a kind of portable seeding apparatus.
Background technique
As agricultural resources and environment specialty usually requires study agrology, Plant Nutrition, Land Resource, agriculture in university
A variety of courses combined with practical operation such as industry environmentology, ecology, soil and water conservation generally require to carry out in these courses
Test sowing, consuming time is long at seeding time by students and teacher, consumes great physical strength, and reduces test efficiency, and implanted device is usual
It is excessive, it is not suitable for the demand of test, the present invention designs a kind of seeding apparatus for above situation.
Summary of the invention
The object of the present invention is to provide a kind of portable seeding apparatus, can automatic sowing, easy to carry, when sowing, can avoid hair
Raw broadcast leakage phenomenon.
The purpose of the present invention is achieved through the following technical solutions:
A kind of portable seeding apparatus, including sowing pipe, group native probe, power I, displacement frame, power II, power III and conversion
Valve, the lower end of the sowing pipe, which is rotatablely connected, dials soil probe, and power I and group soil probe engaged transmission dial native probe and power I are equal
Affixed with displacement frame, power II is connect with displacement frame, and power III and the right end of displacement frame are affixed, the right end of switching valve and sowing pipe
It is slidably connected, switching valve is slidably connected with displacement frame, and switching valve is contacted with power III.
The sowing pipe includes sowing tube body, bearing, sealing cover, tipping tube, block, air outlet I, passes pipe I and pass pipe
II, the inner ring of affixed two bearings in lower end of the sowing tube body sows the threaded upper ends connection sealing cover of tube body, inclination
It manages affixed with the right end on the upside of sowing tube body and is connected to, affixed block in the junction of tipping tube and sowing tube body, outlet air
The lower end on the right side of tipping tube is arranged in mouth I, passes pipe I with pipe II is passed and is respectively and fixedly connected with the left and right sides being connected in tipping tube upper end, passes
Pipe II is located at the surface of air outlet I.
Described group of soil probe includes hollow probe, supervisor, pinion, and the upper end of the hollow probe is affixed and is connected to master
Pipe, the affixed pinion in the upper end of supervisor；The two sides up and down for being responsible for inner end are affixed with the outer ring of two bearings respectively.
Described group of soil probe further includes flight and pre- plectrum, and flight is fixed in hollow probe, and pre- plectrum is fixed in
The lower end of hollow probe.
The power I includes motor I and master gear, and master gear is fixed in the lower end of I output shaft of motor, master gear and secondary tooth
Wheel engaged transmission.
The displacement frame includes that chassis, top plate, rod piece, stable pipe, kind hopper, blower and oblique frame, the upper end of chassis are affixed
Top plate, the upper end of top plate from left to right successively affixed rod piece, stablize pipe, kind hopper, blower and oblique frame, plant hopper and blower with
Top plate connection；Motor I is fixed in the left side of chassis lower end, and sowing tube body is fixed on chassis, pass pipe I and biography pipe II respectively with
The lower end of kind hopper is affixed with the lower end of blower and is connected to.
The power II includes motor plate, motor II, lead screw and limiting card, the affixed motor II in the upper end of motor plate, lead screw
It is affixed with the output shaft of motor II, affixed two limiting cards on lead screw；Rod piece is slidably connected with motor plate, lead screw and stablizes pipe spiral shell
Line connection is stablized pipe and is located between two limiting cards.
The power III includes motor III and eccentric wheel, affixed eccentric wheel on the output shaft of motor III；Motor III and chassis
It is affixed.
The switching valve include wind locking, semicanal, air outlet II, in flakes, connecting rod, compressed spring, bending plate and cylindrical roller,
Air outlet II is arranged in the middle-end of the affixed semicanal of the right end of the wind locking, semicanal, and the right end of semicanal is affixed in flakes, and right end in flakes is solid
Connective pole, connecting rod are cuboid, and a compressed spring is cased on connecting rod, and bending plate is fixed in the right end of connecting rod, bending plate right end
Downside cylindrical roller, the downside of cylindrical roller and right end in flakes is rotatablely connected；Wind locking and semicanal are slidably connected at tipping tube
Interior, air outlet I is connected to air outlet II, is stuck in the right side of tipping tube in flakes, and cylindrical roller is contacted with eccentric wheel.
The portable seeding apparatus further includes auxiliary frame, and the auxiliary frame includes auxiliary frame ontology, universal wheel and handle, auxiliary
It helps on the quadrangle of frame ontology lower end and is respectively and fixedly connected with a universal wheel, auxiliary frame ontology is connected with handle on the right side of upper end.
A kind of portable seeding apparatus of the invention has the beneficial effect that
Change wind pressure direction by reducible switching valve and convey seed to position using wind pressure, can avoid because seed not under
The broadcast leakage phenomenon for shaving one's head raw；Cutting to broadcast in advance using pre- plectrum makes hollow probe avoid blocking phenomenon when manufacturing heatable adobe sleeping platform, prevents
Seed can not be sowed；A certain amount of soil is collected using the rotation of flight, then is inverted and soil is unloaded into the kind covered after planting
Main component of the present invention is mountable in various mobile devices on son, easy to carry or assembled as needed.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of overall structure diagram of portable seeding apparatus of the present invention；
Fig. 2 is whole schematic cross-sectional view of the invention；
Fig. 3 is sowing pipe structural schematic diagram of the invention；
Fig. 4 is sowing pipe schematic cross-sectional view of the invention；
Fig. 5 is group native sonde configuration schematic diagram of the invention；
Fig. 6 is I structural schematic diagram of power of the invention；
Fig. 7 is displacement frame structural schematic diagram of the invention；
Fig. 8 is II structural schematic diagram of power of the invention；
Fig. 9 is III structural schematic diagram of power of the invention；
Figure 10 is switching valve structural schematic diagram of the invention；
Figure 11 is auxiliary frame structural schematic diagram of the invention.
In figure: sowing pipe 1；Sow tube body 101；Bearing 102；Sealing cover 103；Tipping tube 104；Block 105；Air outlet
Ⅰ106；Pass pipe I 107；Pass pipe II 108；Dial soil probe 2；Hollow probe 201；Supervisor 202；Pinion 203；Flight 204；In advance
Plectrum 205；Power I 3；Motor I 301；Master gear 302；Displacement frame 4；Chassis 401；Top plate 402；Rod piece 403；Stablize pipe 404；
Kind hopper 405；Blower 406；Oblique frame 407；Power II 5；Motor plate 501；Motor II 502；Lead screw 503；Limiting card 504；Power
Ⅲ6；Motor III 601；Eccentric wheel 602；Switching valve 7；Wind locking 701；Semicanal 702；Air outlet II 703；In flakes 704；Connecting rod 705；
Compressed spring 706；Bending plate 707；Cylindrical roller 708；Auxiliary frame 8；Auxiliary frame ontology 801；Universal wheel 802.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
Specific embodiment 1:
As shown in figs. 1-11, a kind of portable seeding apparatus, including sow pipe 1, dial soil probe 2, power I 3, displacement frame 4, move
Soil probe 2 is dialled in power II 5, power III 6 and switching valve 7, the lower end rotation connection of the sowing pipe 1, and power I 3 is nibbled with soil probe 2 is dialled
Transmission is closed, soil probe 2 is dialled and power I 3 is affixed with displacement frame 4, power II 5 is connect with displacement frame 4, power III 6 and displacement frame 4
Right end it is affixed, switching valve 7 and sow pipe 1 right end be slidably connected, switching valve 7 is slidably connected with displacement frame 4, switching valve 7 and
Power III 6 contacts.Change seed of the wind pressure direction using wind pressure conveying to position by reducible switching valve 7, can avoid because of kind
The broadcast leakage phenomenon of sub generation of not falling；Cutting to broadcast in advance using pre- plectrum 205 makes hollow probe 201 avoid occurring to block up when manufacturing heatable adobe sleeping platform
Phenomenon is filled in, prevents seed from can not sow；A certain amount of soil is collected using the rotation of flight 204, then is inverted and unloads soil
Cover on seed after planting, main component of the present invention is mountable in various mobile devices, it is easy to carry or as needed into
Row assembling.
Specific embodiment 2:
As shown in figs. 1-11, the sowing pipe 1 includes sowing tube body 101, bearing 102, sealing cover 103, tipping tube
104, block 105, air outlet I 106, biography pipe I 107 and biography pipe II 108, affixed two axis in lower end of the sowing tube body 101
102 inner ring is held, the threaded upper ends of sowing tube body 101 connect sealing cover 103,101 upside of tipping tube 104 and sowing tube body
Right end it is affixed and be connected to, affixed block 105 in the junction of tipping tube 104 and sowing tube body 101, air outlet I 106 is arranged
In the lower end on 104 right side of tipping tube, pipe I 107 is passed with pipe II 108 is passed and is respectively and fixedly connected with the left and right two being connected in 104 upper end of tipping tube
Side passes the surface that pipe II 108 is located at air outlet I 106.Seed is added to kind hopper 405, seed is successively through passing pipe I
107, tipping tube 104 falls until being kept out by block 105, starting blower 406, and wind is sent to biography pipe II 108 and most passed through afterwards by blower 406
Air outlet II 703 and air outlet I 106 are discharged, and the right side of block 105 as shown in Figure 4 is obliquely installed, and the inclined surface is from left to right
It is arranged from high to low.
Specific embodiment 3:
As shown in figs. 1-11, described group of soil probe 2 includes hollow probe 201, is responsible for 202, pinion 203, described hollow
The upper end of probe 201 is affixed and is connected to supervisor 202, is responsible for the 202 affixed pinion 203 in upper end；It is responsible for up and down the two of 202 inner ends
Side is affixed with the outer ring of two bearings 102 respectively.It can move downward and the hollow probe 201 that can be rotated is by the soil on ground
Get heatable adobe sleeping platform, hollow probe 201 also not in contact with ground when soil is broken up first with pre- plectrum 205, and using flight 204 by one
Part soil is received on flight 204, and hard clod is cut and dials scattered or pushes stone aside, can avoid soil block or stone blocks hollow spy
First 201.
Specific embodiment 4:
As shown in figs. 1-11, described group of soil probe 2 further includes flight 204 and pre- plectrum 205, and flight 204 is fixed in
In hollow probe 201, pre- plectrum 205 is fixed in the lower end of hollow probe 201.
Specific embodiment 5:
As shown in figs. 1-11, the power I 3 includes motor I 301 and master gear 302, and master gear 302 is fixed in motor I
The lower end of 301 output shafts, 203 engaged transmission of master gear 302 and pinion.Start motor I 301, the output shaft band of motor I 301
Dynamic master gear 302 rotates, and master gear 302 drives pinion 203 to rotate, and then hollow probe 201 can be made to be rotated.
Specific embodiment 6:
As shown in figs. 1-11, the displacement frame 4 includes chassis 401, top plate 402, rod piece 403, stablizes pipe 404, kind hopper
405, blower 406 and tiltedly frame 407, the affixed top plate 402 in the upper end of chassis 401, the upper end of top plate 402 successively affixed bar from left to right
Part 403 stablizes pipe 404, kind hopper 405, blower 406 and oblique frame 407, plants hopper 405 and blower 406 is connected to top plate 402；
Motor I 301 is fixed in the left side of 401 lower end of chassis, and sowing tube body 101 is fixed on chassis 401, passes pipe I 107 and passes pipe II
108 is affixed with the lower end of the lower end of kind of hopper 405 and blower 406 respectively and be connected to.Displacement frame 4 can move up and down, and utilize displacement
Frame 4 drives sowing pipe 1 and dials soil probe 2 and moves up and down.
Specific embodiment 7:
As shown in figs. 1-11, the power II 5 includes motor plate 501, motor II 502, lead screw 503 and limiting card 504, electricity
The affixed motor II 502 in the upper end of machine plate 501, lead screw 503 and the output shaft of motor II 502 are affixed, affixed two limits on lead screw 503
Position card 504；Rod piece 403 is slidably connected with motor plate 501, and lead screw 503 is threadedly coupled with pipe 404 is stablized, and stablizes pipe 404 and is located at two
Between a limiting card 504.Start motor II 502, the output shaft of motor II 502 drives lead screw 503 to rotate, and lead screw 503 drives surely
Determine the up and down motion of pipe 404.
Specific embodiment 8:
As shown in figs. 1-11, the power III 6 includes motor III 601 and eccentric wheel 602, on the output shaft of motor III 601
Affixed eccentric wheel 602；Motor III 601 and chassis 401 are affixed.Start motor III 601, the output shaft of motor III 601 is made to rotate one
Circle band movable eccentric wheel 602 rotation one circle, eccentric wheel 602 in conjunction with compressed spring 706 make cylindrical roller 708 first move right again to
Left movement is resetted.
Specific embodiment 9:
As shown in figs. 1-11, the switching valve 7 includes wind locking 701, semicanal 702, air outlet II 703, in flakes 704, connecting rod
705, compressed spring 706, bending plate 707 and cylindrical roller 708, the affixed semicanal 702 of the right end of the wind locking 701, semicanal 702
Middle-end is arranged air outlet II 703, the right end of semicanal 702 affixed in flakes 704, in flakes the affixed connecting rod 705 of 704 right end, connecting rod 705
For cuboid, it is cased with a compressed spring 706 on connecting rod 705, bending plate 707 is fixed in the right end of connecting rod 705, bending plate 707
The downside cylindrical roller 708 of right end, cylindrical roller 708 and the downside of 704 right ends in flakes are rotatablely connected；Wind locking 701 and semicanal 702
It is slidably connected in tipping tube 104, air outlet I 106 is connected to air outlet II 703, in flakes 704 right side for being stuck in tipping tube 104
End face, cylindrical roller 708 are contacted with eccentric wheel 602.When cylindrical roller 708 moves right, wind locking 701 is transported to the right with semicanal 702
Dynamic, air outlet II 703 is staggered with air outlet I 106, and semicanal 702 blocks air outlet I 106, and wind locking 701 is located at the right side for passing pipe II 108
Side passes the wind change direction sent out in pipe II 108 and moves downward through tipping tube 104, and 104 left end of tipping tube is upper with block 105
End has certain interval, and a small amount of seed blocked by block 105 is sent to sowing tube body 101, seed using the gap by wind pressure
Because gravity decline is fallen in heatable adobe sleeping platform through sowing the lower end of tube body 101.
Specific embodiment 10:
As shown in figs. 1-11, which further includes auxiliary frame 8, and the auxiliary frame 8 includes auxiliary frame ontology
801, universal wheel 802 and handle are respectively and fixedly connected with a universal wheel 802, auxiliary frame ontology on the quadrangle of 801 lower end of auxiliary frame ontology
Handle is connected on the right side of 801 upper ends.It pushes the movement of auxiliary frame ontology 801 to change next position to be sowed, the present invention can incite somebody to action
Auxiliary frame 8 unloads, and other component is mounted in suitable mobile device, and can setting increase sowing efficiency portability in a row
Height can do field trial etc. using the auxiliary frame 8 of simple structure convenient for student, increase practicability.
A kind of portable seeding apparatus of the invention, its working principle is that:
Seed is added to kind hopper 405, seed is successively passed pipe I 107, tipping tube 104 falls until by block 105
It keeps out, starts blower 406, wind is sent to by blower 406 passes pipe II 108 most afterwards through air outlet II 703 and the discharge of air outlet I 106, such as
The right side of block 105 shown in Fig. 4 is obliquely installed, which is arranged from high to low from left to right, starts motor II 502, electricity
The output shaft of machine II 502 drives lead screw 503 to rotate, and lead screw 503 moves up and down with dynamic stability pipe 404, and then displacement frame 4 can be upper and lower
Movement makes displacement frame 4 move downward to make to sow pipe 1 and dial soil probe and 2 move downward, and starts motor I 301, motor I 301 it is defeated
Shaft drives master gear 302 to rotate, and master gear 302 drives pinion 203 to rotate, that is, the hollow spy for moving downward and being rotated
The soil on ground is got heatable adobe sleeping platform by first 201, hollow probe 201 also not in contact with ground when soil is broken up first with pre- plectrum 205, and benefit
A part of soil is received on flight 204 with flight 204, hard clod is cut and dials scattered or pushes stone aside, can avoid soil block
Or stone blocks hollow probe 201, starts motor III 601, and the output shaft of motor III 601 is made to rotate a circle band movable eccentric wheel 602
One circle of rotation, eccentric wheel 602 make cylindrical roller 708 first move right to move downward again and resetted in conjunction with compressed spring 706,
When cylindrical roller 708 moves right, wind locking 701 is moved right with semicanal 702, and air outlet II 703 is staggered with air outlet I 106,
Semicanal 702 blocks air outlet I 106, and wind locking 701 is located at the right side for passing pipe II 108, passes the wind sent out in pipe II 108 and changes direction
It is moved downward through tipping tube 104, the upper end of 104 left end of tipping tube and block 105 has certain interval, and wind pressure will be by block 105
The a small amount of seed blocked is sent to sowing tube body 101 using the gap, and seed declines the lower end through sowing tube body 101 because of gravity
It falls in heatable adobe sleeping platform, makes the rotation of lead screw 503 that hollow probe 201 be made to move upwards disengaging heatable adobe sleeping platform again, carry out hollow probe 201
The reversion of flight 204 is made the native dropping cover received thereon on seed by reversion, and the movement of auxiliary frame ontology 801 is pushed to change next position
It sets and is sowed, the present invention can unload auxiliary frame 8, other component is mounted in suitable mobile device, and can be in a row
Setting increases sowing efficiency portability height, can do field trial etc. convenient for student using the auxiliary frame 8 of simple structure, increase practical
Property.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (10)
1. a kind of portable seeding apparatus, including sowing pipe (1), group soil probe (2), power I (3), displacement frame (4), power II
(5), power III (6) and switching valve (7), it is characterised in that: soil probe (2) is dialled in the lower end rotation connection of the sowing pipe (1), is moved
Power I (3) and group soil probe (2) engaged transmission, dial native probe (2) and power I (3) are affixed with displacement frame (4), power II (5)
It is connect with displacement frame (4), power III (6) and the right end of displacement frame (4) are affixed, and the right end of switching valve (7) and sowing pipe (1) slides
Connection, switching valve (7) are slidably connected with displacement frame (4), and switching valve (7) is contacted with power III (6).
2. portable seeding apparatus according to claim 1, it is characterised in that: the sowing pipe (1) includes sowing tube body
(101), bearing (102), sealing cover (103), tipping tube (104), block (105), air outlet I (106), biography pipe I (107) and biography
Pipe II (108), the inner ring of affixed two bearings (102) in lower end of sowing tube body (101), sowing tube body (101)
Threaded upper ends connect sealing cover (103), and tipping tube (104) is affixed with the right end on the upside of sowing tube body (101) and is connected to, and tilt
Affixed block (105) in (104) and the junction of sowing tube body (101) is managed, air outlet I (106) is arranged in tipping tube (104)
The lower end on right side passes pipe I (107) He Chuanguan II (108) and is respectively and fixedly connected with connection in the left and right sides of tipping tube (104) upper end, passes
Pipe II (108) is located at the surface of air outlet I (106).
3. portable seeding apparatus according to claim 2, it is characterised in that: described group of soil probe (2) includes hollow probe
(201), (202), pinion (203) are responsible for, the upper end of the hollow probe (201) is affixed and is connected to supervisor (202), supervisor
(202) the affixed pinion in upper end (203)；The two sides up and down for being responsible for (202) inner end are solid with the outer ring of two bearings (102) respectively
It connects.
4. portable seeding apparatus according to claim 3, it is characterised in that: described group of soil probe (2) further includes flight
(204) it is fixed on hollow probe (201) with pre- plectrum (205), flight (204), pre- plectrum (205) is fixed in hollow probe
(201) lower end.
5. portable seeding apparatus according to claim 3, it is characterised in that: the power I (3) include motor I (301) and
Master gear (302), master gear (302) are fixed in the lower end of motor I (301) output shaft, master gear (302) and pinion (203)
Engaged transmission.
6. portable seeding apparatus according to claim 5, it is characterised in that: the displacement frame (4) include chassis (401),
Top plate (402), rod piece (403) stablize pipe (404), kind hopper (405), blower (406) and oblique frame (407), chassis (401)
The affixed top plate in upper end (402), successively affixed rod piece (403), stabilization manage (404), kind hopper from left to right for the upper end of top plate (402)
(405), blower (406) and oblique frame (407), plant hopper (405) and blower (406) is connected to top plate (402)；Motor I (301)
It is fixed in the left side of chassis (401) lower end, sowing tube body (101) is fixed on chassis (401), passes pipe I (107) He Chuanguan II
(108) affixed with the lower end of the lower end of kind of a hopper (405) and blower (406) respectively and be connected to.
7. portable seeding apparatus according to claim 6, it is characterised in that: the power II (5) includes motor plate
(501), motor II (502), lead screw (503) and limiting card (504), the affixed motor II (502) in the upper end of motor plate (501), silk
Thick stick (503) and the output shaft of motor II (502) are affixed, upper affixed two limiting cards (504) of lead screw (503)；Rod piece (403) and electricity
Machine plate (501) is slidably connected, and lead screw (503) is threadedly coupled with pipe (404) is stablized, and stablizes pipe (404) and is located at two limiting cards
(504) between.
8. according to claim 6 kind of portable seeding apparatus, it is characterised in that: the power III (6) includes motor III
(601) and eccentric wheel (602), affixed eccentric wheel (602) on the output shaft of motor III (601)；Motor III (601) and chassis
(401) affixed.
9. portable seeding apparatus according to claim 8, it is characterised in that: the switching valve (7) include wind locking (701),
Semicanal (702), air outlet II (703), in flakes (704), connecting rod (705), compressed spring (706), bending plate (707) and cylinder rolling
Air outlet II (703) are arranged in the middle-end of sub (708), the affixed semicanal of right end (702) of the wind locking (701), semicanal (702), and half
The right end for managing (702) is affixed in flakes (704), in flakes the affixed connecting rod of the right end of (704) (705), and connecting rod (705) is cuboid, even
A compressed spring (706) is cased on bar (705), bending plate (707) is fixed in the right end of connecting rod (705), and bending plate (707) is right
The downside cylindrical roller (708) at end, cylindrical roller (708) and the downside of (704) right end in flakes are rotatablely connected；Wind locking (701) and
Semicanal (702) is slidably connected in tipping tube (104), and air outlet I (106) is connected to air outlet II (703), in flakes (704)
It is stuck in the right side of tipping tube (104), cylindrical roller (708) is contacted with eccentric wheel (602).
10. portable seeding apparatus according to claim 9, it is characterised in that: the portable seeding apparatus further includes auxiliary frame
(8), the auxiliary frame (8) includes auxiliary frame ontology (801), universal wheel (802) and handle, auxiliary frame ontology (801) lower end
Quadrangle on be respectively and fixedly connected with a universal wheel (802), be connected with handle on the right side of auxiliary frame ontology (801) upper end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910731869.6A CN110366907B (en) | 2019-08-09 | 2019-08-09 | Portable seeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910731869.6A CN110366907B (en) | 2019-08-09 | 2019-08-09 | Portable seeding device |
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| Publication Number | Publication Date |
|---|---|
| CN110366907A true CN110366907A (en) | 2019-10-25 |
| CN110366907B CN110366907B (en) | 2022-11-29 |
Family
ID=68258602
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910731869.6A Active CN110366907B (en) | 2019-08-09 | 2019-08-09 | Portable seeding device |
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| CN107371493A (en) * | 2017-08-24 | 2017-11-24 | 蒋文 | A kind of full-automatic fertilising blowing planting equipment of digging a pit, hole, etc. |
| CN107548620A (en) * | 2017-09-29 | 2018-01-09 | 安顺市平坝区银河特色种植专业合作社 | A kind of Chinese medicine plantation sowing mechanism |
| CN208063746U (en) * | 2018-03-20 | 2018-11-09 | 嘉兴市园林绿化工程公司 | A kind of gardens seeder |
| CN108521941A (en) * | 2018-04-23 | 2018-09-14 | 凤冈县万福食品有限责任公司 | Cassia seed planting equipment |
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| CN110366907B (en) | 2022-11-29 |
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