CN204168729U - Garlic simple grain seed taking device - Google Patents
Garlic simple grain seed taking device Download PDFInfo
- Publication number
- CN204168729U CN204168729U CN201420628540.XU CN201420628540U CN204168729U CN 204168729 U CN204168729 U CN 204168729U CN 201420628540 U CN201420628540 U CN 201420628540U CN 204168729 U CN204168729 U CN 204168729U
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- hollow axle
- cavity volume
- gas
- garlic
- rubber stopper
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Abstract
The utility model provides a kind of garlic simple grain seed taking device, belong to garlic and get kind of an application, this device comprises an air pump for generation of gases at high pressure, one for changing the gas reversing arrangement of gas direction, a hollow axle rotated under power set drive, this hollow axle is axially equidistantly provided with pump nozzle that the is several and intracavity inter-connection of hollow axle, and pump nozzle closes away from the port shape of hollow axle and the matching form of garlic clove, by above-mentioned gas reversing arrangement respectively by the blast pipe of appendix and air pump and air inlet pipe, the intracavity inter-connection of hollow axle, above-mentioned hollow axle often rotates a circle, and air pump completes by gas reversing arrangement the action that chamber pumping and the inner chamber to hollow axle are blown in hollow axle successively.The utility model utilizes pump nozzle air-breathing to complete simple grain and gets kind, and is dished out by the jet garlic clove that will obtain of pump nozzle, and simple to operate, accuracy rate is up to 98%; The garlic skin that simultaneously can also suck in ejection, avoids pump nozzle to block.
Description
Technical field
The utility model relates to a kind of garlic and gets kind, specifically a kind of garlic simple grain seed taking device.
Background technology
Garlic mechanized cultivation is a difficult problem in China's garlic production process for a long time, China's planting garlic area, output and export volume all occupy prostatitis, the world, and the present situation of the current planting garlic of China is mainly planted by hand, labour intensity is larger, plant of poor quality, urgent need planting garlic machinery replaces artificial planting.
At present, based on garlic garlic clove, itself there is irregular shape, and domestic agriculture requirement simple grain, equidistant, Precise sowing, the full automatic mechanical of garlic garlic clove is planted and is difficult to realize always, the mode of main employing program request is manually planted, but artificial plantation easily causes cropping pattern various, be unfavorable for implementing mechanical harvest.Now, the key technical problem restricting garlic Mechanization sowing is mainly reflected in following three aspects: 1) the accurate simple grain of garlic garlic clove gets kind of a technology; 2) plantation of garlic garlic clove send garlic clove tip in kind of process towards control technology; 3) problem of upright planting and continuous program request can not be realized in garlic garlic clove planting process simultaneously.
Now, the accurate simple grain for garlic garlic clove gets kind of a technology, in order to the simple grain better solved in garlic garlic clove planting process gets kind of a problem, provides a kind of accurate garlic simple grain seed taking device simple to operate, efficient.
Summary of the invention
Technical assignment of the present utility model is for the deficiencies in the prior art, provides a kind of accurate garlic simple grain seed taking device simple to operate, efficient.
For solving in planting garlic process the problem being difficult to simple grain and getting kind, the utility model solves the technical scheme that its technical problem adopts and is:
A kind of garlic simple grain seed taking device, this device comprises
An air pump for generation of gases at high pressure;
One for changing the gas reversing arrangement of gas direction;
A hollow axle rotated under power set drive, this hollow axle is axially equidistantly provided with pump nozzle that the is several and intracavity inter-connection of hollow axle, and pump nozzle closes away from the port shape of hollow axle and the matching form of garlic clove;
Described gas reversing arrangement is respectively by the intracavity inter-connection of the blast pipe of appendix and air pump and air inlet pipe, hollow axle;
Above-mentioned hollow axle often rotates a circle, and air pump completes by gas reversing arrangement the action that chamber pumping and the inner chamber to hollow axle are blown in hollow axle successively.
Concrete, described gas reversing arrangement comprise an inner hollow seal casinghousing, be fixed on the magnetic valve outside seal casinghousing and be symmetricly set on magnetic valve both sides and the first cylinder that synchronous backward runs under the control of magnetic valve and the second cylinder;
The inner chamber of described seal casinghousing is divided into independently air inlet cavity volume, gas commutation cavity volume, exhaust chamber successively by two pieces of dividing plates be arranged in parallel, and described air inlet cavity volume, gas commutation cavity volume, exhaust chamber are communicated with respectively by the air inlet pipe of the inner chamber of the blast pipe of appendix and air pump, hollow axle, air pump is corresponding;
Above-mentioned two pieces of dividing plates be arranged in parallel offer respectively the hole being communicated with adjacent cavity;
The pull bar top of the first cylinder is hingedly connected with the first power transmission shaft by rocker assembly, and air inlet cavity volume is stretched into through the sidewall of seal casinghousing in the first power transmission shaft gap, and the end that the first power transmission shaft is positioned at air inlet cavity volume is provided with the first rubber stopper;
The pull bar top of the second cylinder is hingedly connected with second driving shaft by rocker assembly, exhaust chamber, gas commutation cavity volume are stretched into successively through the sidewall of seal casinghousing in second driving shaft gap, second driving shaft is provided with the second rubber stopper and the 3rd rubber stopper, and the second rubber stopper is positioned at gas commutation cavity volume, the 3rd rubber stopper is positioned at outside seal casinghousing;
When the pull bar of the first cylinder promotes the first power transmission shaft by rocker assembly, when making the hole on the space bar of the first rubber stopper seal air inlet cavity volume and gas commutation cavity volume, the pull bar of the second cylinder promotes second driving shaft by rocker assembly simultaneously, make the gap between the 3rd rubber stopper seal second driving shaft and seal casinghousing, and the hole on the space bar of the second rubber stopper blow-by gas commutation cavity volume and exhaust chamber;
When the pull bar of the second cylinder drives second driving shaft by rocker assembly, make hole on the space bar of the second rubber stopper seal gas commutation cavity volume and exhaust chamber and gap between the 3rd rubber stopper blow-by second driving shaft and seal casinghousing time, the pull bar of the first cylinder drives the first power transmission shaft by rocker assembly simultaneously, makes the gap between the first rubber stopper seal first power transmission shaft and seal casinghousing.
More specifically, described rocker assembly comprises the first rocking bar and the second rocking bar, the two ends of the first rocking bar are articulated and connected with the first cylinder or the second cylinder, the second rocking bar respectively, and the second rocking bar is articulated and connected away from one end of the first rocking bar and the first power transmission shaft or second driving shaft; First rocking bar is also hinged with dead lever, and dead lever is fixedly installed on seal casinghousing away from one end of the first rocking bar.
More specifically, described exhaust chamber has bracing frame away from the arranged outside of gas commutation cavity volume, support frame as described above is fixedly connected with seal casinghousing, second driving shaft through after bracing frame again gap stretch into exhaust chamber, gas commutation cavity volume successively through the sidewall of seal casinghousing.
Concrete, on described hollow axle, sealing is provided with joint, the inner chamber of described fittings hollow axle and the gas commutation cavity volume of gas reversing arrangement, and joint does not rotate with hollow axle; Joint and gas commutate between cavity volume and are connected with appendix.
Concrete, the pipeline of described pump nozzle to be cross section be circular shape, inner hollow, the bottom of pump nozzle to be fixed on hollow axle and with the intracavity inter-connection of hollow axle, the top end opening shape of pump nozzle and the matching form of garlic clove close.
Compared with prior art, the beneficial effect produced is garlic simple grain seed taking device of the present utility model:
1) the utility model comprises an air pump for generation of gases at high pressure, one for changing the gas reversing arrangement of gas direction, a hollow axle rotated under power set drive, this hollow axle is axially equidistantly provided with pump nozzle that the is several and intracavity inter-connection of hollow axle, and pump nozzle closes away from the port shape of hollow axle and the matching form of garlic clove; By the intracavity inter-connection of above-mentioned gas reversing arrangement respectively by the blast pipe of appendix and air pump and air inlet pipe, hollow axle; In the course of work, hollow axle often rotates a circle, air pump is vented from chamber pumping in hollow axle with to the inner chamber of hollow axle successively by gas reversing arrangement, pump nozzle is made to complete action from containing simple grain in garlic groove and drawing garlic and the garlic clove of absorption is thrown into carrier pipe successively, easy to use, simple grain is got the accuracy rate of planting and is arrived 98%;
2) simultaneously, utilize pump nozzle not only can simple grain inhale throw garlic clove, can also when dishing out garlic clove will suck garlic skin blowout, avoid pump nozzle blocked, thus affect simple grain get plant accuracy rate.
Accompanying drawing explanation
Accompanying drawing 1 is partial structurtes stereogram of the present utility model;
Accompanying drawing 2 is that the master of gas reversing arrangement when bleeding from hollow axle inner chamber looks sectional view;
Accompanying drawing 3 is that A-A in Fig. 2 is to profile;
Accompanying drawing 4 is that the master of gas reversing arrangement when blowing to hollow axle inner chamber looks sectional view;
Accompanying drawing 5 is that B-B in Fig. 2 is to profile;
Accompanying drawing 6 is flow chart during the utility model suction throwing garlic clove.
In figure, 1, hollow axle, 2, pump nozzle, 3, gas reversing arrangement, 4, seal casinghousing, 5, magnetic valve, 6, the first cylinder, the 7, second cylinder, 8, air inlet cavity volume, 9, gas commutation cavity volume, 10, exhaust chamber, 11, dividing plate, 12, the first rocking bar, the 13, first power transmission shaft, 14, second driving shaft, 15, the first rubber stopper, the 16, second rubber stopper, the 17, the 3rd rubber stopper, 18, dead lever, 19, joint, 20, contain garlic groove, 21, appendix, 22, air pump, 23, carrier pipe, the 24, second rocking bar, 25, bracing frame;
In figure, the direction of arrow is gas flow, and fork heart circle is gas inflow direction, and two open circles is gas flow outgoing direction.
Embodiment
Below in conjunction with accompanying drawing 1-6, garlic simple grain seed taking device of the present utility model is described in detail below.
As shown in accompanying drawing 1-5, garlic simple grain seed taking device of the present utility model, its structure comprises
An air pump 22 for generation of gases at high pressure;
One for changing the gas reversing arrangement 3 of gas direction;
A hollow axle 1 be connected by shaft coupling with the axle head of motor, this hollow axle 1 is axially equidistantly provided with nine with the pump nozzle 2 of the intracavity inter-connection of hollow axle 1, described pump nozzle 2 for cross section be the pipeline of circular shape, inner hollow, the bottom of pump nozzle 2 to be fixed on hollow axle 1 and with the intracavity inter-connection of hollow axle 1, the top end opening shape of pump nozzle 2 and the matching form of garlic clove close;
Described gas reversing arrangement 3 comprise an inner hollow seal casinghousing 4, be fixed on magnetic valve 5 outside seal casinghousing 4 and to being symmetricly set on magnetic valve 5 both sides and the first cylinder 6 and the second cylinder 7 that synchronous backward runs under the control of magnetic valve 5;
The inner chamber of described seal casinghousing 4 is divided into independently air inlet cavity volume 8, gas commutation cavity volume 9, exhaust chamber 10 successively by two pieces of dividing plates be arranged in parallel 11, and described air inlet cavity volume 8, gas commutation cavity volume 9, exhaust chamber 10 are communicated with respectively by the air inlet pipe of the inner chamber of the blast pipe of appendix 21 and air pump 22, hollow axle 1, air pump 22 is corresponding;
Above-mentioned two pieces of dividing plates be arranged in parallel 11 offer respectively the hole being communicated with adjacent cavity;
The pull bar top of the first cylinder 6 is hingedly connected with the first power transmission shaft 13, first power transmission shaft 13 gap by rocker assembly and stretches into through the sidewall of seal casinghousing 4 end that air inlet cavity volume 8, first power transmission shaft 13 is positioned at air inlet cavity volume 8 and be provided with the first rubber stopper 15;
The pull bar top of the second cylinder 7 is hingedly connected with second driving shaft 14 by rocker assembly, exhaust chamber 10, gas commutation cavity volume 9 are stretched into successively through the sidewall of seal casinghousing 4 in second driving shaft 14 gap, second driving shaft 14 is provided with the second rubber stopper 16 and the 3rd rubber stopper 17, and the second rubber stopper 16 is positioned at gas commutation cavity volume the 9, three rubber stopper 17 is positioned at outside seal casinghousing 4;
When the pull bar of the first cylinder 6 promotes the first power transmission shaft 13 by rocker assembly, during the hole that the first rubber stopper 15 is sealed on the space bar 11 of air-capacitor chamber 8 and gas commutation cavity volume 9, the pull bar of the second cylinder 7 promotes second driving shaft 14 by rocker assembly simultaneously, the 3rd rubber stopper 17 is made to seal gap between second driving shaft 14 and seal casinghousing, and the hole on the space bar 11 of the second rubber stopper 16 blow-by gas commutation cavity volume 9 and exhaust chamber 10;
When the pull bar of the second cylinder 7 drives second driving shaft 14 by rocker assembly, make hole on the space bar 11 of the second rubber stopper 16 sealing gas commutation cavity volume 9 and exhaust chamber 10 and gap between the 3rd rubber stopper 17 blow-by second driving shaft 14 and seal casinghousing 4 time, the pull bar of the first cylinder 6 drives the first power transmission shaft 13 by rocker assembly simultaneously, makes the first rubber stopper 15 seal gap between the first power transmission shaft 13 and seal casinghousing 4;
As preferably, described rocker assembly comprises the first rocking bar 12 and the second rocking bar 24, the two ends of the first rocking bar 12 are articulated and connected with the first cylinder 6 or the second cylinder 7, second rocking bar 24 respectively, and the second rocking bar 24 is articulated and connected away from one end of the first rocking bar 12 and the first power transmission shaft 13 or second driving shaft 14; First rocking bar 12 is also hinged with dead lever 18, and dead lever 18 is fixedly installed on seal casinghousing 4 away from one end of the first rocking bar 12;
Described exhaust chamber 10 has bracing frame 25 away from the arranged outside of gas commutation cavity volume 9, support frame as described above 25 is fixedly connected with seal casinghousing 4, second driving shaft 14 through after bracing frame 25 again gap stretch into exhaust chamber 10, gas commutation cavity volume 9 successively through the sidewall of seal casinghousing 4;
On described hollow axle 1, sealing is provided with joint 19, and described joint 19 is communicated with the inner chamber of hollow axle 1 and the gas commutation cavity volume 9 of gas reversing arrangement 3, and joint 19 does not rotate with hollow axle 1; Joint 19 and gas commutate between cavity volume 9 and are connected with appendix 21;
Above-mentioned hollow axle 1 often rotates a circle, and air pump 22 completes by gas reversing arrangement 3 action that chamber pumping and the inner chamber to hollow axle 1 are blown in hollow axle 1 successively.
By reference to the accompanying drawings 6, hollow axle 1 of the present utility model is coordinated to be arranged on and contains on garlic groove 20, describe utility model works process:
1) first, starter motor and air pump 22, the axle head of motor drives hollow axle 1 to rotate by shaft coupling;
2) when the pump nozzle 2 on hollow axle 1 rotates gradually in time containing bottom garlic groove 20 with hollow axle 1, the gas commutation cavity volume 9 of gas reversing arrangement 3 passes through appendix 21 from chamber pumping in hollow axle 1, pump nozzle 2 holds simple grain garlic clove, and along with hollow axle 1 continuation rotation is gradually away from containing bottom garlic groove 20;
3) when pump nozzle 2 turns over the top of hollow axle 1, the gas commutation cavity volume 9 of gas reversing arrangement 3 is jet to the inner chamber of hollow axle 1 by appendix 21, and the garlic clove held is dished out downwards and fallen into next step carrier pipe 23 by pump nozzle 2;
4) pump nozzle 2 continues to rotate along with hollow axle 1, and circulation step 2 successively), 3).
By reference to the accompanying drawings 2,3, above-mentioned steps 2) in, describe the gas commutation cavity volume 9 of gas reversing arrangement 3 in detail by the process of appendix 21 from chamber pumping in hollow axle 1: air pump 22 is supplied gas in the air inlet cavity volume 8 of gas reversing arrangement 3 by blast pipe, and air pump 22 is bled in the exhaust chamber 10 of gas reversing arrangement 3 by air inlet pipe.Start magnetic valve 5, magnetic valve 5 action also sends instruction to the control circuit of the first cylinder 6 and the control circuit of the second cylinder 7 by wire simultaneously, the pull bar of the pull bar of the first cylinder 6 and the second cylinder 7 is driven oppositely to stretch out, wherein: the pull bar of the first cylinder 6 promotes the first power transmission shaft 13 by rocker assembly, make the first rubber stopper 15 be sealed into air-capacitor chamber 8 and gas commutation cavity volume 9 space bar 11 on hole, simultaneously, the pull bar of the second cylinder 7 promotes second driving shaft 14 by rocker assembly, the 3rd rubber stopper 17 is made to seal gap between second driving shaft 14 and seal casinghousing 4, and the hole on the space bar 11 of the second rubber stopper 16 blow-by gas commutation cavity volume 9 and exhaust chamber 10, now, pump nozzle 2 rotates gradually near containing bottom garlic groove 20 with hollow axle 1, air inlet cavity volume 8 is communicated with ambient atmosphere with the gap between seal casinghousing 4 by the first power transmission shaft 13, gas commutation cavity volume 9 and exhaust chamber 10 are interconnected, the gas that then blast pipe of air pump 22 is discharged enters air inlet cavity volume 8, and discharged by the gap between the first power transmission shaft 13 and seal casinghousing 4, the air inlet pipe of air pump 22 is bled in exhaust chamber 10, the air pressure of exhaust chamber 10 reduces, just start to bleed in gas commutation cavity volume 9, gas commutation cavity volume 9 passes through appendix 21 from chamber pumping in hollow axle 1, simple grain garlic clove is held from containing garlic groove 20 inside with the pump nozzle 2 of hollow axle 1 inner space.
By reference to the accompanying drawings 4,5, above-mentioned steps 3) in, the gas commutation cavity volume 9 describing gas reversing arrangement 3 in detail by appendix 21 to the jet process of the inner chamber of hollow axle 1: air pump 22 is supplied gas in the air inlet cavity volume 8 of gas reversing arrangement 3 by blast pipe, and air pump 22 is bled in the exhaust chamber 10 of gas reversing arrangement 3 by air inlet pipe.Start magnetic valve 5, magnetic valve 5 action also sends instruction to the control circuit of the first cylinder 6 and the control circuit of the second cylinder 7 by wire simultaneously, the pull bar of the pull bar of the first cylinder 6 and the second cylinder 7 is driven oppositely to retract, wherein: the pull bar of the second cylinder 7 drives second driving shaft 14 by rocker assembly, make the hole on the space bar 11 of the second rubber stopper 16 sealing gas commutation cavity volume 9 and exhaust chamber 10, and the gap between the 3rd rubber stopper 17 blow-by second driving shaft 14 and seal casinghousing 4, simultaneously, the pull bar of the first cylinder 6 drives the first power transmission shaft 13 by rocker assembly, the first rubber stopper 15 is made to seal gap between the first power transmission shaft 13 and seal casinghousing 4, now, pump nozzle 2 has just turned over the top of hollow axle 1, air inlet cavity volume 8 and gas commutation cavity volume 9 are interconnected, exhaust chamber 10 is communicated with ambient atmosphere by the gap between second driving shaft 14 with seal casinghousing 4, the gas that then blast pipe of air pump 22 is discharged enters air inlet cavity volume 8, the air pressure of air inlet cavity volume 8 inside increases, just start to supply gas to gas commutation cavity volume 9, gas commutation cavity volume 9 is supplied gas by the inner chamber of appendix 21 to hollow axle 1, start jet with the pump nozzle 2 of hollow axle 1 inner space, and the garlic clove held is dished out downwards, make the carrier pipe 23 that it falls into next step, at the blast pipe of air pump 22 to while air inlet cavity volume 8 Exhaust Gas, the air inlet pipe of air pump 22 is bled in exhaust chamber 10, and exhaust chamber 10 air pressure inside reduces, thus is bled from the external world by the gap between second driving shaft 14 and seal casinghousing 4.
Claims (6)
1. a garlic simple grain seed taking device, is characterized in that, this device comprises
An air pump for generation of gases at high pressure;
One for changing the gas reversing arrangement of gas direction;
A hollow axle rotated under power set drive, this hollow axle is axially equidistantly provided with pump nozzle that the is several and intracavity inter-connection of hollow axle, and pump nozzle closes away from the port shape of hollow axle and the matching form of garlic clove;
Described gas reversing arrangement is respectively by the intracavity inter-connection of the blast pipe of appendix and air pump and air inlet pipe, hollow axle;
Above-mentioned hollow axle often rotates a circle, and air pump completes by gas reversing arrangement the action that chamber pumping and the inner chamber to hollow axle are blown in hollow axle successively.
2. garlic simple grain seed taking device according to claim 1, it is characterized in that, described gas reversing arrangement comprise an inner hollow seal casinghousing, be fixed on the magnetic valve outside seal casinghousing and be symmetricly set on magnetic valve both sides and under the control of magnetic valve synchronous backward run the first cylinder and the second cylinder;
The inner chamber of described seal casinghousing is divided into independently air inlet cavity volume, gas commutation cavity volume, exhaust chamber successively by two pieces of dividing plates be arranged in parallel, and described air inlet cavity volume, gas commutation cavity volume, exhaust chamber are communicated with respectively by the air inlet pipe of the inner chamber of the blast pipe of appendix and air pump, hollow axle, air pump is corresponding;
Above-mentioned two pieces of dividing plates be arranged in parallel offer respectively the hole being communicated with adjacent cavity;
The pull bar top of the first cylinder is hingedly connected with the first power transmission shaft by rocker assembly, and air inlet cavity volume is stretched into through the sidewall of seal casinghousing in the first power transmission shaft gap, and the end that the first power transmission shaft is positioned at air inlet cavity volume is provided with the first rubber stopper;
The pull bar top of the second cylinder is hingedly connected with second driving shaft by rocker assembly, exhaust chamber, gas commutation cavity volume are stretched into successively through the sidewall of seal casinghousing in second driving shaft gap, second driving shaft is provided with the second rubber stopper and the 3rd rubber stopper, and the second rubber stopper is positioned at gas commutation cavity volume, the 3rd rubber stopper is positioned at outside seal casinghousing;
When the pull bar of the first cylinder promotes the first power transmission shaft by rocker assembly, when making the hole on the space bar of the first rubber stopper seal air inlet cavity volume and gas commutation cavity volume, the pull bar of the second cylinder promotes second driving shaft by rocker assembly simultaneously, make the gap between the 3rd rubber stopper seal second driving shaft and seal casinghousing, and the hole on the space bar of the second rubber stopper blow-by gas commutation cavity volume and exhaust chamber;
When the pull bar of the second cylinder drives second driving shaft by rocker assembly, make hole on the space bar of the second rubber stopper seal gas commutation cavity volume and exhaust chamber and gap between the 3rd rubber stopper blow-by second driving shaft and seal casinghousing time, the pull bar of the first cylinder drives the first power transmission shaft by rocker assembly simultaneously, makes the gap between the first rubber stopper seal first power transmission shaft and seal casinghousing.
3. garlic simple grain seed taking device according to claim 2, it is characterized in that, described rocker assembly comprises the first rocking bar and the second rocking bar, the two ends of the first rocking bar are articulated and connected with the first cylinder or the second cylinder, the second rocking bar respectively, and the second rocking bar is articulated and connected away from one end of the first rocking bar and the first power transmission shaft or second driving shaft; First rocking bar is also hinged with dead lever, and dead lever is fixedly installed on seal casinghousing away from one end of the first rocking bar.
4. the garlic simple grain seed taking device according to Claims 2 or 3, it is characterized in that, described exhaust chamber has bracing frame away from the arranged outside of gas commutation cavity volume, support frame as described above is fixedly connected with seal casinghousing, second driving shaft through after bracing frame again gap stretch into exhaust chamber, gas commutation cavity volume successively through the sidewall of seal casinghousing.
5. the garlic simple grain seed taking device according to Claims 2 or 3, it is characterized in that, on described hollow axle, sealing is provided with joint, the inner chamber of described fittings hollow axle and the gas commutation cavity volume of gas reversing arrangement, and joint does not rotate with hollow axle; Joint and gas commutate between cavity volume and are connected with appendix.
6. the garlic simple grain seed taking device according to claim 1 or 2 or 3, it is characterized in that, the pipeline of described pump nozzle to be cross section be circular shape, inner hollow, the bottom of pump nozzle to be fixed on hollow axle and with the intracavity inter-connection of hollow axle, the top end opening shape of pump nozzle and the matching form of garlic clove close.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420628540.XU CN204168729U (en) | 2014-10-28 | 2014-10-28 | Garlic simple grain seed taking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420628540.XU CN204168729U (en) | 2014-10-28 | 2014-10-28 | Garlic simple grain seed taking device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204168729U true CN204168729U (en) | 2015-02-25 |
Family
ID=52557581
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420628540.XU Withdrawn - After Issue CN204168729U (en) | 2014-10-28 | 2014-10-28 | Garlic simple grain seed taking device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204168729U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104350843A (en) * | 2014-10-28 | 2015-02-18 | 梁开星 | Single grain seed-extracting method and single grain seed-extracting device for garlic |
| CN104350843B (en) * | 2014-10-28 | 2017-01-04 | 梁开星 | Bulbus Allii simple grain takes kind of method and simple grain seed fetching equipment |
| CN106900219A (en) * | 2017-04-20 | 2017-06-30 | 广州悦谷信息科技有限公司 | A kind of electrically driven sucking seeder and type of seeding |
-
2014
- 2014-10-28 CN CN201420628540.XU patent/CN204168729U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104350843A (en) * | 2014-10-28 | 2015-02-18 | 梁开星 | Single grain seed-extracting method and single grain seed-extracting device for garlic |
| CN104350843B (en) * | 2014-10-28 | 2017-01-04 | 梁开星 | Bulbus Allii simple grain takes kind of method and simple grain seed fetching equipment |
| CN106900219A (en) * | 2017-04-20 | 2017-06-30 | 广州悦谷信息科技有限公司 | A kind of electrically driven sucking seeder and type of seeding |
| CN106900219B (en) * | 2017-04-20 | 2022-11-29 | 广州悦谷信息科技有限公司 | Electric air-aspiration type seeder and seeding method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150225 Effective date of abandoning: 20161019 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |