CN202354062U - Riding-type transplanter - Google Patents
Riding-type transplanter Download PDFInfo
- Publication number
- CN202354062U CN202354062U CN2011204831720U CN201120483172U CN202354062U CN 202354062 U CN202354062 U CN 202354062U CN 2011204831720 U CN2011204831720 U CN 2011204831720U CN 201120483172 U CN201120483172 U CN 201120483172U CN 202354062 U CN202354062 U CN 202354062U
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- China
- Prior art keywords
- seedling
- seedling dish
- supply unit
- dish
- rice shoot
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- Expired - Lifetime
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Abstract
The utility model discloses a riding-type transplanter. A planting device is arranged below the middle part of a frame between a front wheel and a rear wheel; a seedling press device is arranged above the planting device; a seedling carrying platform is connected to the upper side of the seedling press device; a seedling supply part, positioned above the seedling carrying platform, is connected with the seedling carrying platform in a tilting way; a seedling tray is delivered to the seedling press device from the seedling supply part through the seedling carrying platform; a conveying roller wheel is arranged on the seedling supply part, and provided with raised wheel teeth; and a seedling press plate which presses the edge of the seedling tray to the conveying roller wheel is arranged on the guide wall plate corresponding to the seedling supply part above the conveying roller wheel. According to the riding-type transplanter, the seedling tray is pressed downwards, and matched with the conveying roller wheel so as to convey the seedling tray through the seedling press plate, and because the transplanter is not provided with a plurality of conveying roller wheels, the structure is simple, the cost is reduced, and the maintenance of the machine is facilitated; and the seedling tray, even on the positions of the seedling supply part and the seedling carrying platform, can be taken out quickly and conveniently without carrying out other operations.
Description
Technical field
The utility model relates to agricultural machinery technological field, the convenient saddle type rice transplanter that takes out of the seedling dish especially a kind of can on rice shoot supply unit and seedling carrying base, will the conveying.
Background technology
In the rice transplanter commonly used, the seedling dish of depositing rice shoot begins to send seedling toward the pressure seedling device of seedling carrying base below again through seedling carrying base from the rice shoot supply unit.When carrying rice shoot, the seedling dish utilizes the gravity of self to move toward the below, carries the seedling dish toward seedling carrying base through driving rolls simultaneously.Behind the shoot transplanting equipment of having accomplished scheduled volume or the seedling dish stop up, need the seedling dish from rice shoot supply unit and the taking-up of seedling carrying base the inside.
And existing saddle type rice transplanter when the seedling dish is in the position of rice shoot supply unit, seedling carrying base and pressure seedling device respectively, exists the problem of linkage difference when taking out the seedling dish; Be difficult to accurately locate and the motion of control seedling dish, the seedling dish is easy to come off, and perhaps produces untimely taking off and accomplishes the seedling dish that send seedling; Follow-up seedling dish stops up the problem of collision with it, in the transport process of seedling dish, is provided with more driving rolls and presses the seedling roller simultaneously; Interlock between them makes complex structure; Up carrying the seedling dish and to take out, taking the time very much, in addition the seedling dish below when pressing the seedling device to be removed; Press the pressure seedling bar on the seedling device to be easy to hurt the rice shoot that remains in the seedling dish, all can produce some problems from last or following seedling taking dish this moment.
In sum, how easily taking out the seedling dish, simplify seedling dish transfer structure, is the problem that current rice transplanter need solve.
The utility model content
The technical problem that the utility model will solve is: overcome the deficiency in the prior art, a kind of saddle type rice transplanter is provided, to simplify the transfer structure of seedling dish, the seedling dish that solves existing rice transplanter is difficult for from the problem of rice shoot supply unit and seedling carrying base taking-up.
The utility model solves the technical scheme that its technical problem adopted: a kind of saddle type rice transplanter; The front-wheel and the trailing wheel that comprise body, connection body two ends; Below the middle part of the body between front-wheel and the trailing wheel, be provided with planting unit, the top of planting unit is equipped with the pressure seedling device that rice shoot is extruded; Press the top of seedling device to be connected with seedling carrying base; The top of seedling carrying base, the rice shoot supply unit is connected with seedling carrying base with the inclination mode, and the rice shoot supply unit is parallel to and send the seedling direction that the seedling dish that edge has the equi-spaced apart hole is installed; The seedling dish is delivered to through seedling carrying base from the rice shoot supply unit and is pressed the seedling device; Described rice shoot supply unit is provided with by motor-driven conveying roller, and the gear teeth that conveying roller is lobed, pitch is identical with the spacer holes spacing, the guiding wallboard of the rice shoot supply unit of the top of corresponding conveying roller are provided with the pressure seedling plate that the seedling plate edge is pressed to conveying roller, the gear teeth are overlapped with the spacer holes at seedling plate edge place.
The saddle type rice transplanter of this structure because in the bottom of rice shoot supply unit, only is provided with conveying roller has been installed, and conveying roller relative above, be provided with and press the seedling plate, make structure for conveying become simple.When carrying the seedling dish, press the seedling plate the edge part of seedling dish from the top extruding send into conveying roller, make the protruding gear teeth of conveying roller be meshed with the spacer holes of seedling plate edge portion, the stability of rotation ground through conveying roller transfers out the seedling dish.In addition, even under the gear teeth of conveying roller and state that the spacer holes of seedling plate edge portion is meshed, as long as up mention the seedling dish; Press the seedling plate to move to the top; Engagement slowly disappears thereupon, need not to do any other operation and just can take out the seedling dish at an easy rate, when carrying the seedling dish; The weight of seedling dish self can make conveying roller turn round, and also can order about the conveying roller running with type of drive.
The crooked position place of the nearly seedling carrying base of guiding wallboard of described rice shoot supply unit is provided with the seedling dish guide plate that can guide the seedling dish to deliver to seedling carrying base.Seedling dish guide plate is that the seedling dish that is transferred of guiding is carried toward seedling carrying base on the one hand, then be on the other hand guide be transported to seedling carrying base the seedling dish can between conveying roller and seedling dish guide plate or the dirty place of seedling dish guide plate be removed.Designed such seedling dish guide plate, the feasible seedling dish that is transferred from rice shoot supply unit translation-angle on one side worked continuously on one side toward the seedling carrying base conveying.
Also be equipped with on the described rice shoot supply unit and detect first detector that has or not the seedling dish on the rice shoot supply unit, setting is equipped with and can detects second detector that has or not the seedling dish on the seedling carrying base on the seedling microscope carrier.First detector and second detector; Can the seedling dish on rice shoot supply unit and the seedling carrying base be detected; Prevent that seedling dish on seedling carrying base is in wait state and rice shoot supply unit seedling dish is being transferred the generation of situation; And can reduce the possibility that the seedling dish stops up, guarantee to carry with security and stability the seedling dish.
Described first detector and second detector drive conveying roller in the running that detects the time control motor that has or not the seedling dish respectively and rotate.Can only detect seedling like this and take inventory at first detector, and second detector do not detect seedling take inventory situation under operated motor, the seedling dish of rice shoot supply unit is transported to seedling carrying base.
Nearly seedling carrying base place, described rice shoot supply unit bottom and between first detector and second detector, also be provided with and detect the 3rd detector that the seedling dish has or do not have.After being provided with the 3rd detector; The rice shoot supply unit waits for that the seedling dish be transferred just can carry from the below, and the rear end part of giving prominence to the seedling dish that the wait outside the rice shoot supply unit is transferred can be sunk, and that is to say; Rice transplanter operator's operating position begins the visual field to the rear from the rice shoot supply unit; Possibly given prominence to the seedling dish that the wait outside the rice shoot supply unit is transferred and block, particularly the driver's seat design bring obstacle might for the driver behavior of machine at the rice transplanter of After-Body.But if carry the seedling dish from the below, just can guarantee has the good visual field, and the obstacle when getting rid of various driving and operation.
The beneficial effect of the utility model is: the utility model is carried the seedling dish through pressing the seedling plate that the seedling dish is depressed to cooperate with conveying roller, owing to not using a lot conveying rollers, makes simple in structurely, reduces cost, and also is convenient to the maintenance of machine; When taking out the seedling dish,, need not do other any operations even the seedling dish is in the position of rice shoot supply unit and seedling carrying base yet; Just can not only take out the seedling dish soon but also easily, and, when taking out the seedling dish; Because need be through pressing the seedling device, so can not hurt rice shoot remaining on the seedling dish; Through increasing detector, just can collect the seedling dish situation that the wait in the rice shoot supply unit is transferred simultaneously,, reduce the possibility that entire job breaks down as long as just can guarantee to carry out the continuous conveying of seedling dish behind the seedling dish position that can clearly be transferred.
Description of drawings
Below in conjunction with accompanying drawing and embodiment the utility model is further specified.
Fig. 1 is the structural representation of the utility model.
Fig. 2 is the floor map of the said seedling dish of the utility model.
Fig. 3 is the stravismus structure chart of said rice shoot supply unit of the utility model and seedling carrying base.
Fig. 4 is the end view of the said rice shoot supply unit of the utility model.
Fig. 5 is a B-B direction sectional structure enlarged diagram among Fig. 4.
Fig. 6 is the enlarged diagram of said seedling dish of the utility model and conveying roller junction.
Fig. 7 is the feed status figure of single seedling dish.
Fig. 8 is the feed status figure of two seedling dishes.
Sketch map when Fig. 9 is the taking-up of seedling dish.
Figure 10 is the stravismus structure chart of said rice shoot supply unit of the modified of the utility model and seedling carrying base.
1. bodies, 2. front-wheels, 3. trailing wheels, 4. planting units 5. press seedling device 6. seedling carrying bases 7. rice shoot supply units 71. guiding wallboards 72. base plates 73. hang plates 8. seedling dishes 81. spacer holes 9. conveying rollers 91. gear teeth 10. to press seedling plate 11. seedling dish guide plates 12. first detectors 13. second detectors 14. the 3rd detector 15. motors 16. bowl without seedlings storing frames 17. preliminary seedling platforms 18. driver's seats 19. driving shafts 20. springs among the figure
Embodiment
Combine accompanying drawing that the utility model is further described now.The sketch map that these accompanying drawings are simplification is only explained the basic structure of the utility model in a schematic way, so it only shows the formation relevant with the utility model.
A kind of saddle type rice transplanter as shown in Figure 1; Comprise body 1; Be located at the front-wheel 2 and trailing wheel 3 at body 1 two ends, below body 1 middle part between front-wheel 2 and the trailing wheel 3, be provided with planting unit 4, above planting unit 4; Be provided with the pressure seedling device 5 that from seedling dish 8, extrudes rice shoot, the top of pressure seedling device 5 is equipped with the seedling carrying base 6 of inclination.The top of seedling carrying base 6, rice shoot supply unit 7 links together with form and the seedling carrying base 6 that tilts.
From planting unit 4 beginnings, in succession and press these whole parts of seedling device 5, seedling carrying base 6, rice shoot supply unit 7, can operate up and down through the hydraulic cylinder (not shown).Pressing seedling device 5 to press the place ahead of seedling direction, be installed with and be used for reclaiming bowl without seedlings storing frame 16 through overvoltage seedling device 5; Preliminary seedling platform 17 is installed at the rear portion of body 1, is putting many seedling dishes 8 on the preliminary seedling platform 17, and the operator who is sitting on the body 1 rear portion driver's seat 18 can take out seedling dish 8 from preliminary seedling platform 17, puts into rice shoot supply unit 7.
Rice shoot supply unit 7; Like Fig. 3～shown in Figure 6; Comprise the base plate 72 of placing rice shoot, the guiding wallboard 71 that lays respectively at the base plate both sides and the hang plate 73 that is connected with seedling carrying base 6, the crooked position place of described guiding wallboard 71 nearly seedling carrying bases 6 is provided with the seedling dish guide plate 11 that can guide seedling dish 8 to deliver to seedling carrying base 6.
Seedling dish guide plate 11; It is the sheet plate that same widths is arranged with the edge of seedling dish 8; One end of seedling dish guide plate 11 is fixed on the guiding wallboard 71 upside places of rice shoot supply unit 7 toward the flexing position that the angle variation is arranged that seedling carrying base 6 directions are gone; The other end is fixed on the guiding wallboard 71 at nearly seedling carrying base 6 places, and and base plate 72 between distance greater than the thickness of seedling dish 8.
At rice shoot supply unit 7, the interval on the top of past seedling dish guide plate 11 throughput directions has been installed conveying roller 9 and has been pressed seedling plate 10.Conveying roller 9 is installed in the top of the both ends open of base plate 72, and prominent outside, about 9 of conveying rollers be with driving shaft 19 connections.The identical gear teeth 91 of spacer holes 81 spacings on circumferentially lobed, the pitch of left and right sides conveying roller 9 and the seedling dish 8; One end of driving shaft 19 is fixed on the end of guiding wallboard 71; And be connected with motor 15, drive the rotation of left and right sides conveying roller 9 through the rotation of motor 15.Motor 15 is controlled by the detected status of said first, second detector 12,13 in back then.
In order to make conveying roller 9 and the seedling dish 8 that is placed be relative position, so press seedling plate 10 to be installed in the inboard of guiding wallboard 71.Press seedling plate 10, the plate shape is fixed on its upper end near the upside of guiding wallboard 71.The resilient spring 20 between the wallboard 71 of installing simultaneously and lead.Past conveying roller 9 directions in place, bottom that are fixed on the end portion of pressing seedling plate 10 with spring 20 throughput direction near the place.When seedling dish 8 is transferred toward belows, when dislocation appears in the gear teeth 91 of its spacer holes 81 and conveying roller 9,, press 10 end portion of seedling plate to extend to some extent as long as pin the rear end side of seedling dish 8.Control the speed that down drops with regard to the weight of seedling dish capable of using 8 self like this, prevent that seedling dish 8 from dropping at once when with conveying roller 9 dislocation taking place.
Be equipped with on the base plate 72 of described rice shoot supply unit 7 and detect first detector 12 that has or not seedling dish 8 on the rice shoot supply unit 7, seedling microscope carrier 6 direction of transfers are positioned to be equipped with on the centre position and can detect second detector 13 that has or not seedling dish 8 on the seedling carrying base 6.First detector 12 and second detector 13 drive conveying roller 9 in the running that detects the time control motor 15 that has or not seedling dish 8 respectively and rotate.Like this can be only detect seedling dish 8 and exist, and second detector 13 does not detect starter motor 15 under the situation that seedling dish 8 exists, the seedling dish 8 of rice shoot supply unit 7 is transported to seedling carrying base 6 at first detector 12.
The following supply process that the seedling dish is described according to Fig. 7 and Fig. 8.The operator puts seedling dish 8 on the base plate 72 of rice shoot supply unit 7; Because rice shoot supply unit 7 tilts; Seedling dish 8 relies on the deadweight meeting to move towards the below, and the top of seedling dish 8 front ends is as shown in Figure 6; Between meeting entering pressure seedling plate 10 and the conveying roller 9, in the spacer holes 81 that the gear teeth 91 cards of conveying roller 9 add to seedling tray.In this state, the pot seedling body at the seedling dish back side contacts with first detector, pushes towards the below, and drive conveying roller 9 rotations owing to there are not seedling dish 8, the second detectors 13 not detect 8 existence of seedling dish in the seedling carrying base 6 so motor 15 starts this time.
By the driving of conveying roller 9, seedling dish 8 is sent to seedling carrying base 6, in transport process, presses seedling plate 10 attached to above seedling dish 8 edges, so the gear teeth 91 of conveying roller snap in the spacer holes 81 of seedling dish and stably transmit seedling dish 8 through regular meeting.Meanwhile, seedling dish 8 also can be entered into following seedling carrying base 6 after 11 arrangements of seedling dish guide plate.Seedling dish 8 can constantly be transmitted further afterwards; The rear end meeting and the conveying roller 9 of seedling dish 8 are separated, and rely on own wt to advance this time towards the direction of seedling carrying base 6; Owing to press seedling plate 10 still to be pressed on the rear end of seedling dish 8; Being connected when throwing off of seedling dish 8 and conveying roller 9, below can not falling at once owing to self gravitation, thereby prevented seedling dish 8 from press fall into rapidly on the seedling device 5 on the planting unit 4 and cause that seedling dish 8 damages maybe.
When seedling dish 8 breaks away from conveying roller 9, just no longer contact with first detector, conveying roller 8 stops operating.When seedling dish 8 all was transmitted to seedling carrying base 6, the seedling dish 8 and second detector contacted, and at this moment, second detector is in closed condition.
Rice shoot in the seedling dish 8 extrudes through pressing seedling device 5, is planted for 4 kinds by planting unit.And a last seedling dish 8 is sent to after the seedling carrying base 6 fully, and rice shoot supply unit 7 becomes empty; As shown in Figure 7; Next seedling dish 8 by the operator from base plate 72 be placed on above on the identical position, second detector still is in closed condition, conveying roller 9 can not rotate.The situation that the reason of therefore, rotating owing to conveying roller 9 with regard to seedling dish 8 that the front can not take place and seedling dish 8 collisions of back cause seedling dish 8 to block.
In addition, pressed the conveyer on the seedling device 5 when a last seedling dish 8 and be sent at last, after whole rice shoots was forced out, empty seedling dish 8 will be delivered to bowl without seedlings storing frame 16 by this top conveyer.In addition, after a last seedling dish 8 was sent to bowl without seedlings storing frame 16, the meeting and second detector were held in 13 minutes, and second detector 13 can become starting state, and like this, motor 15 starts, and next seedling dish 8 is transmitted in the past.Likewise machine can constantly be sent to rice shoot supply unit 7 successively with seedling dish 8 automatically and carries out transplanting work.
Below, explain when transplanting work according to Fig. 9 and to finish and how to take out seedling dish 8 when a situation arises in the middle of transplanting work.Seedling dish 8 has three kinds of situation according to the position difference that will take out:
Work as seedling dish 8 during first kind of situation and be positioned at rice shoot supply unit 7, and the situation that the gear teeth 91 of the spacer holes 81 of seedling dish 8 and conveying roller 9 are connected, in this case; The rear end of seedling dish 8 is praised out from base plate 72 usefulness hands; Then also praise out, simultaneously also being pressed in the opposite spin of taking advantage of a situation of pressure seedling plates 10 above the seedling dish 8, like this front end of seedling dish 8; Top extruding has not just had; Being connected separately of the gear teeth 91 of conveying roller 9 and the spacer holes 81 of seedling dish 8, only can strain rearwards, seedling dish 8 just can have been taken off from rice shoot supply unit 7 like this; Second kind of situation is the situation that seedling dish 8 has been sent to seedling carrying base 6; In this case; Seedling dish 8 is directly praised out; There is an opening that is positioned at conveying roller 9 front ends at the position on the place of the beginning of the direction of transfer of seedling dish guide plate 11 then, is easy to just can take out seedling dish 8 through this opening.In addition, the third situation is that the preceding head portion of seedling dish 8 has been sent to the situation of pressing seedling device 5.Pull out seedling dish 8 this time from press seedling device 5, the back segment part of the direction of transfer of seedling dish guide plate 11 can not cover yet seedling dish 8 above, so be easy to just can take off seedling dish 8 from seedling carrying base 6.
The modified of above-mentioned embodiment, shown in figure 10, be also to be provided with at nearly seedling carrying base 6 places, described rice shoot supply unit 7 bottoms and between first detector 12 and second detector 13 to detect the 3rd detector 14 that seedling dish 8 has or do not have.After being provided with the 3rd detector 14; The seedling dish 8 that 7 waits of rice shoot supply unit are transferred just can be carried from the below; The rear end part of giving prominence to the seedling dish 8 that the wait outside rice shoot supply unit 7 is transferred can be sunk; That is to say that rice transplanter operator's operating position begins the visual field to the rear from rice shoot supply unit 7, possibly given prominence to the seedling dish 8 that the wait outside rice shoot supply unit 7 is transferred and block; Particularly driver's seat 18 designs bring obstacle might for the driver behavior of machine at the rice transplanter at body 1 rear portion.But if carry seedling dish 8 from the below, just can guarantee has the good visual field, and the obstacle when getting rid of various driving and operation.
The described rice seedling transplanter of the utility model can be carried seedling dish 8 from rice shoot supply unit 7, as long as just can guarantee to carry out continuously the conveying of seedling dish 8 behind seedling dish 8 positions of confirming to be transferred.Do not use a lot of conveying roller 9 simultaneously and simplified transfer structure, reduced cost, and maintenance is got up very convenient yet yet.
Above-mentioned embodiment is only for explaining the technical conceive and the characteristics of the utility model; Its purpose is to let the personage that is familiar with this technology can understand the content of the utility model and implements; Can not limit the protection domain of the utility model with this; All equivalences of being done according to the utility model spirit change or modify, and all should be encompassed in the protection domain of the utility model.
Claims (5)
1. saddle type rice transplanter; The front-wheel (2) and the trailing wheel (3) that comprise body (1), connection body (1) two ends; The below, body (1) middle part that is positioned between front-wheel (2) and the trailing wheel (3) is provided with planting unit (4); The top of planting unit (4); The pressure seedling device (5) that rice shoot is extruded is installed, presses the top of seedling device (5) to be connected with seedling carrying base (6), the top of seedling carrying base (6); Rice shoot supply unit (7) is connected with seedling carrying base (6) with the inclination mode; Rice shoot supply unit (7) is parallel to and send the seedling direction that the seedling dish (8) that edge has equi-spaced apart hole (81) is installed, and seedling dish (8) is delivered to through seedling carrying base (6) from rice shoot supply unit (7) and pressed seedling device (5), and it is characterized in that: described rice shoot supply unit (7) is provided with the conveying roller (9) that is driven by motor (15); The gear teeth (91) that conveying roller (9) is lobed, pitch is identical with spacer holes (81) spacing, the guiding wallboard (71) of the rice shoot supply unit (7) of the top of corresponding conveying roller (9) is provided with the pressure seedling plate (10) that seedling dish (8) edge is pressed to conveying roller (9), the gear teeth (91) are overlapped with spacer holes (81).
2. saddle type rice transplanter according to claim 1 is characterized in that: the crooked position place of the nearly seedling carrying base (6) of the guiding wallboard (71) of described rice shoot supply unit (7) is provided with the seedling dish guide plate (11) that can guide seedling dish (8) to deliver to seedling carrying base (6).
3. saddle type rice transplanter according to claim 1; It is characterized in that: also be equipped with on the described rice shoot supply unit (7) and detect first detector (12) that has or not seedling dish (8) on the rice shoot supply unit (7), seedling microscope carrier (6) is gone up to set to be equipped with and can be detected second detector (13) that has or not seedling dish (8) on the seedling carrying base (6).
4. saddle type rice transplanter according to claim 3 is characterized in that: described first detector (12) and second detector (13) drive conveying roller (9) in the running that detects the time control motor (15) that has or not seedling dish (8) respectively and rotate.
5. saddle type rice transplanter according to claim 3 is characterized in that: the nearly seedling carrying base in described rice shoot supply unit (7) bottom (6) is located and is positioned at also to be provided with between first detector (12) and second detector they (13) to detect the 3rd detector (14) that seedling dish (8) has or do not have.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204831720U CN202354062U (en) | 2011-11-29 | 2011-11-29 | Riding-type transplanter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204831720U CN202354062U (en) | 2011-11-29 | 2011-11-29 | Riding-type transplanter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202354062U true CN202354062U (en) | 2012-08-01 |
Family
ID=46565291
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011204831720U Expired - Lifetime CN202354062U (en) | 2011-11-29 | 2011-11-29 | Riding-type transplanter |
Country Status (1)
| Country | Link |
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| CN (1) | CN202354062U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102396316A (en) * | 2011-11-29 | 2012-04-04 | 常州亚美柯机械设备有限公司 | Riding-type rice seedling transplanting machine |
| CN103749052A (en) * | 2014-01-02 | 2014-04-30 | 常州亚美柯机械设备有限公司 | Double-take type high-speed rice pot seedling transplanter |
| CN105705001A (en) * | 2013-11-15 | 2016-06-22 | 洋马株式会社 | Rice transplanter |
| CN111656927A (en) * | 2020-06-28 | 2020-09-15 | 浙江星莱和农业装备有限公司 | Device for manually controlling movement of seat to add seedlings |
-
2011
- 2011-11-29 CN CN2011204831720U patent/CN202354062U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102396316A (en) * | 2011-11-29 | 2012-04-04 | 常州亚美柯机械设备有限公司 | Riding-type rice seedling transplanting machine |
| CN105705001A (en) * | 2013-11-15 | 2016-06-22 | 洋马株式会社 | Rice transplanter |
| CN103749052A (en) * | 2014-01-02 | 2014-04-30 | 常州亚美柯机械设备有限公司 | Double-take type high-speed rice pot seedling transplanter |
| CN103749052B (en) * | 2014-01-02 | 2015-10-21 | 常州亚美柯机械设备有限公司 | Double riding-type rice pot seedling high speed transplanter |
| CN111656927A (en) * | 2020-06-28 | 2020-09-15 | 浙江星莱和农业装备有限公司 | Device for manually controlling movement of seat to add seedlings |
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| GR01 | Patent grant | ||
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Granted publication date: 20120801 |