CN204860018U - Upright plant mechanism in succession - Google Patents
Upright plant mechanism in succession Download PDFInfo
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- CN204860018U CN204860018U CN201520605262.0U CN201520605262U CN204860018U CN 204860018 U CN204860018 U CN 204860018U CN 201520605262 U CN201520605262 U CN 201520605262U CN 204860018 U CN204860018 U CN 204860018U
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Abstract
The utility model provides an upright plant mechanism in succession, belongs to agricultural machine, its structure including upright plant, many drive shaft and a plurality of duckbilled assembly of planting, upright plant the frame including a driving shaft, the both ends of driving shaft are installed and are initiatively planted the disc, many drive shaft are circumference form evenly distributed around the axis of driving shaft, and install respectively on two of driving shaft both ends initiatively plant the disc at the both ends of drive shaft, a plurality of duckbilled assemblies of planting are installed in the drive shaft along the axis direction of drive shaft side by side, and every is planted the duckbilled assembly and includes that two are planted the duckbilled monomer, plant for two to be connected through the connecting rod between the duckbilled monomer, the middle part of connecting rod is equipped with the collision pivot, corresponds collision commentaries on classics the shaft position on the driving shaft and installs the fan -shaped board of opening. The utility model discloses simple structure, row spacing size strong adaptability upright plants effectually.
Description
Technical field
The utility model relates to agricultural machinery technological field, and specifically one uprightly plants mechanism continuously, is applicable to the upright transplanting of crop rice shoot.
Background technology
The upright basis of planting the crops such as mechanism is vegetables, corn, cotton and uprightly transplanting continuously.Current domestic main transplanter is the Skep suspending type transplanter introduced from Italy, although this transplanter can adapt to the transplanting requirement of most crop, whole upright plantation structure is very complicated, is not suitable for little line-spacing crop especially and transplants.
The Chinese utility model patent that application number is " 201420390603.2 " discloses a kind of plant feed unit and comprises the transplanter of this plant feed unit, and this plant feed unit achieves upright plantation by duckbilled mechanism, but the drawback one that it exists is that structure is very complicated; Two is because two cover eccentric stiffeners are between plantation duckbilled, is difficult to realize little line-spacing crop and transplants, be unfavorable for realizing the parallel plantation of multirow.
The Chinese utility model patent that application number is " 201120080289.4 " discloses a kind of transplanter burying device of duckbill structure, but there is baroque drawback equally.
In addition, the duckbill structure in current transplantation device and seeding apparatus, mostly open for about duckbilled, this unfolding mode easily makes the crop rice shoot run-off the straight of plantation, is unfavorable for the upright plantation of crop simultaneously.
Utility model content
For the problems referred to above, the purpose of this utility model is that providing a kind of uprightly plants mechanism continuously, and this mechanism structure is simple, line-spacing size strong adaptability, and upright plantation is effective.
The technical scheme in the invention for solving the technical problem is: one uprightly plants mechanism continuously, comprise and uprightly plant frame, many driving shafts and multiple plantation duckbilled assembly, described upright plantation frame comprises a driving shaft, and being provided with of two ends symmetry of driving shaft initiatively plants disk; Many driving shafts around driving shaft axis circumferentially shape be uniformly distributed, the two ends of driving shaft are arranged on two of both ends of main drive shaft respectively and initiatively plant on disk; Multiple plantation duckbilled assembly is installed on the driving shaft side by side along the axis direction of driving shaft, each plantation duckbilled assembly comprises multiple plantation duckbilled monomer, be connected by connecting rod between multiple plantation duckbilled monomer, the middle part of described connecting rod is provided with collision rotating shaft, and on driving shaft, the position of corresponding collision rotating shaft is provided with fan-shaped open plate; Described driving shaft rotates around own axes while initiatively planting disk rotational, keeps vertically downward to make plantation duckbilled monomer; Described fan-shaped open plate is with driving shaft synchronous axial system.For ensureing the control effects of fan-shaped open plate, each plantation duckbilled assembly comprises two plantation duckbilled monomers, and two plantation duckbilled monomer distribution are at the two ends of connecting rod.
Further technical scheme is: be provided with eccentric adjustment assembly in one end of described upright plantation frame, eccentric adjustment assembly comprises eccentric disc, eccentric tray, tugboat and pallet fixed head, described tugboat is arranged between eccentric disc and eccentric tray, and tugboat is symmetrical and rotate relative to its installing hole; Pallet fixed head is fixedly connected with eccentric tray by angle adjustment bolt, and pallet fixed head is fixed in the frame of tuber planter.
Eccentric adjustment assembly is connected by eccentric connecting plate with between described driving shaft, eccentric connecting plate and driving shaft one_to_one corresponding, eccentric connecting plate one end is fixedly connected with driving shaft, the other end of eccentric connecting plate is flexibly connected with eccentric disc, and eccentric connecting plate rotates around the junction of itself and eccentric disc.
Eccentric adjustment assembly make use of the principle of cam-action reel (grain lifter namely before combined wheat harvester), eccentric disc installs radius, and to install radius equal with initiatively planting disk, initiatively planting disk drives eccentric disc to rotate together by eccentric connecting plate, eccentric disc with initiatively plant disk and form 6 parallel-crank mechanisms by eccentric connecting plate, eccentric connecting plate is equivalent to the waling stripe of parallel-crank mechanism, all the time ground is parallel to, driving shaft is fixedly connected with horizontal eccentric connecting plate, also ground is parallel to all the time, in like manner, plantation duckbilled assembly is vertically fixed on driving shaft, meeting vertical ground all the time.
Further technical scheme is: described eccentric tray is provided with the locating hole that multiple and described angle adjustment bolt matches.By being arranged in locating holes different on eccentric tray by angle adjustment bolt, the plantation angle of crop can be adjusted.During adjusting angle, unload angle adjustment bolt, keep initiatively planting disk to maintain static, whole bias adjustment assembly is rotated to an angle around driving shaft, to the next one of eccentric tray or the locating hole of two angle adjustment bolts, then with angle adjustment bolt, eccentric tray is fixedly connected with pallet fixed head, completes angular adjustment process.
Further technical scheme is: described plantation duckbilled monomer comprises duckbilled fixed part and duckbilled movable part, and duckbilled fixed part and the monosymmetric of duckbilled movable part are provided with back-moving spring; Duckbilled fixed part is fixedly mounted on described driving shaft, and the top of duckbilled movable part is fixedly connected with described connecting rod by driver plate, and duckbilled movable part is positioned at the front of tuber planter work direct of travel.The mode that duckbilled movable part is forwards opened is beneficial to crop and uprightly plants.
Further technical scheme is: the central angle of described fan-shaped open plate is 180 °, the curved edge of fan-shaped open plate is evenly distributed with the lower concave curved surface that shape is identical; Described fan-shaped open plate mounted in pairs, every a pair fan-shaped open plate is symmetrical arranged, and the sum of every a pair upper and lower concave curved surface of fan-shaped open plate equals the quantity of described driving shaft.Every a pair fan-shaped open plate can control the duplicate rows even folding of multirow plantation duckbilled monomer, greatly simplify the folding control structure of plantation duckbilled assembly.
Further technical scheme is: the two ends symmetry of described driving shaft be provided with driving disc spacing pressing mounting flange, described disk of initiatively planting is arranged on driving disc spacing pressing mounting flange; Be provided with fan-shaped open plate mounting flange between two driving disc spacing pressing mounting flanges, described fan-shaped open plate is arranged on fan-shaped open plate mounting flange.Initiatively planting disk is arranged in respective flange by bolt, and synthesize an entirety by initiatively planting disk and uprightly planting frame, power is initiatively planted disk by bilateral and passed to driving shaft simultaneously.
Further technical scheme for: fan-shaped open plate described in each block is provided with the installing hole matched with fan-shaped open plate mounting flange.
Further technical scheme is: the quantity of described tugboat is three, and three tugboats are equilateral triangle arrangement.
Further technical scheme is: the distance between two plantation duckbilled assemblies adjacent on same driving shaft equals the distance between two plantation duckbilled monomers adjacent on same plantation duckbilled assembly.Can ensure that planted crop row is apart from impartial like this.
Further technical scheme is: the diameter of described collision rotating shaft is greater than the diameter of described connecting rod.This setting is not only convenient to fan-shaped open plate and is come in contact with collision rotating shaft, can also effectively reduce because the wearing and tearing of both contact generations are on the impact of whole mechanism, extend the service life of plantation duckbilled assembly.
The beneficial effects of the utility model are:
1, frame for movement simple, adjust easy to maintenance.On driving shaft, the position of corresponding collision rotating shaft is provided with fan-shaped open plate, when plantation duckbilled assembly buries correct position, fan-shaped open plate comes in contact with collision rotating shaft, and connecting rod moves down, and duckbilled movable part opens certain angle, crop of planting falls into soil, after plantation duckbilled assembly is unearthed, fan-shaped open plate is separated, under the effect of back-moving spring with collision rotating shaft, duckbilled movable part return, completes and once plants.Because the connecting rod of a plantation duckbilled assembly is connected with multiple plantation duckbilled monomer, multiple plantation duckbilled monomer can complete multirow plantation, so a pair fan-shaped open plate can control the folding that multirow plants duckbilled simultaneously, greatly simplify the folding control structure of plantation duckbilled, the structure of simplification is convenient to the adjustment maintenance of later stage mechanism;
2, stability high, multirow can be realized plant simultaneously.Initiatively planting disk is arranged on the driving disc spacing pressing mounting flange of upright plantation frame, uprightly will plant frame and initiatively plant disk and synthesize an entirety, power is initiatively planted disk by bilateral and is passed to driving shaft simultaneously, greatly improves the structural stability of whole upright plantation mechanism; Driving shaft distributes side by side uniformly multiple plantation duckbilled assembly, and can realize multirow and plant simultaneously, operating efficiency is high;
3, line-spacing size adjustable, strong adaptability, applied widely.By changing the distance between two plantation duckbilled monomers adjacent on same plantation duckbilled assembly, plantation line-spacing can be changed, realize different spacings plantation, to adapt to different crop requirements, applied widely;
4, upright plantation is effective.Duckbilled movable part is positioned at the front of tuber planter work direct of travel, after plantation duckbilled buries, to point of zero velocity, duckbilled movable part is to front opening certain angle, plantation thing againsts duckbilled fixed part and uprightly falls, and the acceleration along with plantation duckbilled moves, the native instantaneous set that refluxes plantation thing, complete upright plantation, monolateral front and back unfolding mode is more beneficial to crop compared with unfolding mode while of traditional left and right and uprightly plants.
Accompanying drawing explanation
Fig. 1 is the utility model embodiment overall structure schematic diagram;
Fig. 2 is the structural representation that the utility model embodiment uprightly plants frame;
Fig. 3 is the structural representation of the utility model embodiment plantation duckbilled monomer;
Fig. 4 is the structural representation of the utility model embodiment plantation duckbilled assembly;
Fig. 5 is the structural representation of the fan-shaped open plate of the utility model embodiment;
Fig. 6 is the structural representation of the utility model bias adjustment assembly;
Fig. 7 is the A-A cutaway view of Fig. 6.
In figure:
1 uprightly plants frame, 11 driving shafts, 12 driving disc spacing pressing mounting flanges, 13 fan-shaped open plate mounting flanges,
2 plantation duckbilled assemblies, 21 duckbilled fixed parts, 22 duckbilled movable parts, 23 back-moving springs, 24 connecting rods, 25 collision rotating shafts,
3 eccentric adjustment assemblies, 31 eccentric discs, 32 eccentric trays, 33 angle adjustment bolts, 34 tugboats, 35 pallet fixed heads,
4 driving shafts,
5 initiatively plant disk,
6 eccentric connecting plates,
7 fan-shaped open plates, 71 times concave curved surfaces, 72 installing holes.
Embodiment
Below in conjunction with Figure of description and specific embodiment, the utility model will be further described:
As shown in Figure 1.One uprightly plants mechanism continuously, and comprise upright plantation frame 1, many driving shafts 4 and multiple plantation duckbilled assembly 2, described upright plantation frame 1 comprises a driving shaft 11, and being provided with of two ends symmetry of driving shaft 11 initiatively plants disk 5; Many driving shafts 4 around driving shaft 11 axis circumferentially shape be uniformly distributed, the two ends of driving shaft 4 are arranged on two of driving shaft 11 two ends respectively and initiatively plant on disk 5; Multiple plantation duckbilled assembly 2 is arranged on driving shaft 4 along the axis direction of driving shaft 4 side by side, as Fig. 4, each plantation duckbilled assembly 2 comprises two plantation duckbilled monomers, be connected by connecting rod 24 between two plantation duckbilled monomers, the middle part of described connecting rod 24 is provided with collision rotating shaft 25, and on driving shaft 11, the position of corresponding collision rotating shaft 25 is provided with fan-shaped open plate 7; Described driving shaft 4 rotates around own axes with initiatively planting while disk 5 rotates, and keeps vertically downward to make plantation duckbilled monomer; Described fan-shaped open plate 7 is with driving shaft 11 synchronous axial system.
Eccentric adjustment assembly 3 is provided with in one end of described upright plantation frame 1, as Fig. 6, Fig. 7, eccentric adjustment assembly 3 comprises eccentric disc 31, eccentric tray 32, tugboat 34 and pallet fixed head 35, described tugboat 34 is arranged between eccentric disc 31 and eccentric tray 32, and tugboat 34 is symmetrical and rotate relative to its installing hole; Pallet fixed head 35 is fixedly connected with eccentric tray 32 by angle adjustment bolt 33, and pallet fixed head 35 is fixed in the frame of tuber planter.
Eccentric adjustment assembly 3 is connected by eccentric connecting plate 6 with between described driving shaft 4, eccentric connecting plate 6 and driving shaft 4 one_to_one corresponding, eccentric connecting plate 6 one end is fixedly connected with driving shaft 4, the other end of eccentric connecting plate 6 is flexibly connected with eccentric disc 31, and eccentric connecting plate 6 rotates around the junction of itself and eccentric disc 31.
Eccentric adjustment assembly 3 make use of the principle of cam-action reel (grain lifter namely before combined wheat harvester), eccentric disc 31 installs radius, and to install radius equal with initiatively planting disk 5, initiatively planting disk 5 drives eccentric disc to rotate together by eccentric connecting plate 6, eccentric disc with initiatively plant disk and form 6 parallel-crank mechanisms by eccentric connecting plate, eccentric connecting plate 6 is equivalent to the waling stripe of parallel-crank mechanism, all the time ground is parallel to, driving shaft 4 is fixedly connected with horizontal eccentric connecting plate 6, also ground is parallel to all the time, in like manner, plantation duckbilled assembly 2 is vertically fixed on driving shaft 4, meeting vertical ground all the time, plantation duckbilled assembly 2 is made to realize vertically burying.
Described eccentric tray 32 is provided with the locating hole that multiple and described angle adjustment bolt 33 matches.By being arranged in locating holes different on eccentric tray 32 by angle adjustment bolt 33, the plantation angle of crop can be adjusted.During adjusting angle, unload angle adjustment bolt 33, keep initiatively planting disk 5 to maintain static, whole bias adjustment assembly 3 is rotated to an angle around driving shaft 11, to the next one of eccentric tray 32 or the locating hole of two angle adjustment bolts 33, then with angle adjustment bolt 33, eccentric tray 32 is fixedly connected with pallet fixed head 35, completes angular adjustment process.
As Fig. 3, described plantation duckbilled monomer comprises duckbilled fixed part 21 and duckbilled movable part 22, and duckbilled fixed part 21 and the monosymmetric of duckbilled movable part 22 are provided with back-moving spring 23; Duckbilled fixed part 21 is fixedly mounted on described driving shaft 4, and the top of duckbilled movable part 22 is fixedly connected with described connecting rod 24 by driver plate, and duckbilled movable part 22 is positioned at the front of tuber planter work direct of travel.The monolateral mode forwards opened of duckbilled movable part 22 is beneficial to crop and uprightly plants.
As Fig. 5, the central angle of described fan-shaped open plate 7 is 180 °, the curved edge of fan-shaped open plate 7 is evenly distributed with the lower concave curved surface 71 that shape is identical; Described fan-shaped open plate 7 mounted in pairs, every a pair fan-shaped open plate 7 is symmetrical arranged, and the sum of every a pair fan-shaped open plate about 7 concave curved surface 71 equals the quantity of described driving shaft 4.Every a pair fan-shaped open plate 7 can control the folding of duplicate rows plantation duckbilled monomer, greatly simplify the folding control structure of plantation duckbilled assembly.
As Fig. 2, the two ends symmetry of described driving shaft 11 be provided with driving disc spacing pressing mounting flange 12, described disk 5 of initiatively planting is arranged on driving disc spacing pressing mounting flange 12; Be provided with fan-shaped open plate mounting flange 13 between two driving disc spacing pressing mounting flanges 12, described fan-shaped open plate 7 is arranged on fan-shaped open plate mounting flange 13.Initiatively planting disk 5 is arranged in respective flange by bolt, and synthesize an entirety by initiatively planting disk 5 and uprightly planting frame 1, power is initiatively planted disk 5 by bilateral and passed to driving shaft 4 simultaneously.
Fan-shaped open plate 7 described in each block is provided with the installing hole 72 matched with described fan-shaped open plate mounting flange 13, the decile distribution in principle of installing hole 72 on a pair fan-shaped open plate 7, but allow to there is the error being less than 3 °, as Fig. 5, the fan-shaped open plate 7 of each block is provided with three installing holes 72, angle between the radius at the first installing hole place and the linear edge of fan-shaped open plate is 28.7 °, angle between the radius at the second installing hole place and the radius at the first installing hole place is 60 °, angle between the radius at the 3rd installing hole place and the radius at the second installing hole place is 60 °, this error does not affect the control effects of fan-shaped open plate 7.
As Fig. 6, the quantity of described tugboat 34 is three, and three tugboats are equilateral triangle arrangement.
Distance between two plantation duckbilled assemblies 2 adjacent on same driving shaft 4 equals the distance between two plantation duckbilled monomers adjacent on same plantation duckbilled assembly 2, equal the length of described connecting rod 24 in the present embodiment, thus ensure that the crop row of planting is apart from impartial.
The diameter of described collision rotating shaft 25 is greater than the diameter of described connecting rod 24.This setting is not only convenient to fan-shaped open plate 7 and is come in contact with collision rotating shaft 25, can also effectively reduce because the wearing and tearing of both contact generations are on the impact of whole mechanism, extends the service life of plantation duckbilled assembly 2.
In the present embodiment, the quantity of driving shaft 4 is the six roots of sensation, accordingly, the quantity of each fan-shaped open plate about 7 concave curved surface 71 is three, after fan-shaped open plate 7 mounted in pairing mode, a pair fan-shaped open plate 7 forms six symmetrical lower concave curved surfaces 71, and the sum of a pair fan-shaped open plate about 7 concave curved surface 71 is equal with driving shaft 4 quantity, thus for controlling the unlatching of driving shaft 4 being planted duckbilled assembly 2.
In the present embodiment, every root driving shaft 4 is provided with three plantation duckbilled assemblies 2, accordingly, driving shaft 11 is provided with three to fan-shaped open plate 7.
For ease of to understanding of the present utility model, below in conjunction with a course of work, the utility model will be further described:
Power is imported into by driving shaft 11, driving shaft 4 is driven to rotate by initiatively planting disk 5, thus drive plantation duckbilled assembly 2 to rotate, described driving shaft 4 rotates around own axes with initiatively planting while disk 5 rotates, keep vertically downward to make plantation duckbilled monomer, under the effect of eccentric connecting plate 6 and eccentric disc 31, plantation duckbilled assembly 2 realizes vertically burying.When plantation duckbilled assembly 2 buries correct position, fan-shaped open plate 7 comes in contact with collision rotating shaft 25, connecting rod 24 moves down, duckbilled movable part 22 opens certain angle, crop of planting againsts duckbilled fixed part 21 and uprightly falls and fall into soil, after plantation duckbilled assembly 2 is unearthed, the acceleration along with plantation duckbilled moves, the native instantaneous set that refluxes plantation thing, completes upright plantation.Now fan-shaped open plate 7 is separated with collision rotating shaft 25, and under the effect of back-moving spring 23, duckbilled movable part 22 return, completes and once plant, circulate successively.
Because the connecting rod of a plantation duckbilled assembly is connected with two plantation duckbilled monomers, two plantation duckbilled monomers can complete two row plantations, so a pair fan-shaped open plate can control the folding that two row plant duckbilleds simultaneously, greatly simplify the folding control structure of plantation duckbilled.
The quantity of the utility model driving shaft 4 is not limited to the six roots of sensation described in above-described embodiment, can increase or reduce the quantity of driving shaft 4 according to specific needs, it should be noted that the quantity that need change fan-shaped open plate about 7 concave curved surface 71 according to the quantity of driving shaft 4.For ensureing the control effects of fan-shaped open plate 7, the quantity of driving shaft 4 is preferably even number.
The quantity of the plantation duckbilled assembly 2 that the every root driving shaft 4 of the utility model is installed is not limited to three described in above-described embodiment, can increase or reduce the quantity of plantation duckbilled assembly 2 according to specific needs, it should be noted that the quantity that need change fan-shaped open plate 7 according to the quantity of plantation duckbilled assembly 2.
The quantity of the utility model each plantation duckbilled assembly 2 being planted duckbilled monomer is not limited to two described in above-described embodiment, plantation duckbilled monomer can be uniformly distributed multiple on connecting rod 24, the quantity of each root driving shaft 4 being planted duckbilled monomer equals the line number of simultaneously planting, the quantity of plantation duckbilled monomer is more, the line number of simultaneously planting is more, efficiency is higher, but plantation duckbilled monomer distributes and too much can affect the control effects of fan-shaped open plate 7 on a connecting rod 24, in order to demonstrate,prove the control effects of fan-shaped open plate 7, preferred each plantation duckbilled assembly 2 comprises two plantation duckbilled monomers, two plantation duckbilled monomer distribution are at the two ends of connecting rod 24.
The foregoing is only preferred embodiment of the present utility model; it is not whole embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle; any amendment of doing, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Except technical characteristic described in specification, all the other technical characteristics are those skilled in the art's known technology, and in order to outstanding innovative characteristics of the present utility model, above-mentioned technical characteristic does not repeat them here.
Claims (9)
1. uprightly plant a mechanism continuously, it is characterized in that, comprise and uprightly plant frame, many driving shafts and multiple plantation duckbilled assembly, described upright plantation frame comprises a driving shaft, and being provided with of two ends symmetry of driving shaft initiatively plants disk; Many driving shafts around driving shaft axis circumferentially shape be uniformly distributed, the two ends of driving shaft are arranged on two of both ends of main drive shaft respectively and initiatively plant on disk; Multiple plantation duckbilled assembly is installed on the driving shaft side by side along the axis direction of driving shaft, each plantation duckbilled assembly comprises multiple plantation duckbilled monomer, be connected by connecting rod between multiple plantation duckbilled monomer, the middle part of described connecting rod is provided with collision rotating shaft, and on driving shaft, the position of corresponding collision rotating shaft is provided with fan-shaped open plate; Described driving shaft rotates around own axes while initiatively planting disk rotational, keeps vertically downward to make plantation duckbilled monomer; Described fan-shaped open plate is with driving shaft synchronous axial system.
2. one according to claim 1 uprightly plants mechanism continuously, it is characterized in that, eccentric adjustment assembly is provided with in one end of described upright plantation frame, eccentric adjustment assembly comprises eccentric disc, eccentric tray, tugboat and pallet fixed head, described tugboat is arranged between eccentric disc and eccentric tray, and tugboat is symmetrical and rotate relative to its installing hole; Pallet fixed head is fixedly connected with eccentric tray by angle adjustment bolt, and pallet fixed head is fixed in the frame of tuber planter;
Eccentric adjustment assembly is connected by eccentric connecting plate with between described driving shaft, eccentric connecting plate and driving shaft one_to_one corresponding, eccentric connecting plate one end is fixedly connected with driving shaft, the other end of eccentric connecting plate is flexibly connected with eccentric disc, and eccentric connecting plate rotates around the junction of itself and eccentric disc.
3. one according to claim 2 uprightly plants mechanism continuously, it is characterized in that, described eccentric tray is provided with the locating hole that multiple and described angle adjustment bolt matches.
4. one according to claim 3 uprightly plants mechanism continuously, it is characterized in that, described plantation duckbilled monomer comprises duckbilled fixed part and duckbilled movable part, and duckbilled fixed part and the monosymmetric of duckbilled movable part are provided with back-moving spring; Duckbilled fixed part is fixedly mounted on described driving shaft, and the top of duckbilled movable part is fixedly connected with described connecting rod by driver plate, and duckbilled movable part is positioned at the front of tuber planter work direct of travel.
5. the one according to any one in claim 1-4 uprightly plants mechanism continuously, it is characterized in that, the central angle of described fan-shaped open plate is 180 °, the curved edge of fan-shaped open plate is evenly distributed with the lower concave curved surface that shape is identical; Described fan-shaped open plate mounted in pairs, every a pair fan-shaped open plate is symmetrical arranged, and the sum of every a pair upper and lower concave curved surface of fan-shaped open plate equals the quantity of described driving shaft.
6. one according to claim 5 uprightly plants mechanism continuously, it is characterized in that, the two ends symmetry of described driving shaft be provided with driving disc spacing pressing mounting flange, described disk of initiatively planting is arranged on driving disc spacing pressing mounting flange; Be provided with fan-shaped open plate mounting flange between two driving disc spacing pressing mounting flanges, described fan-shaped open plate is arranged on fan-shaped open plate mounting flange.
7. one according to claim 2 uprightly plants mechanism continuously, it is characterized in that, the quantity of described tugboat is three, and three tugboats are equilateral triangle arrangement.
8. one according to claim 1 uprightly plants mechanism continuously, it is characterized in that, the distance between two plantation duckbilled assemblies adjacent on same driving shaft equals the distance between two plantation duckbilled monomers adjacent on same plantation duckbilled assembly.
9. one according to claim 1 uprightly plants mechanism continuously, it is characterized in that, the diameter of described collision rotating shaft is greater than the diameter of described connecting rod.
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| CN201520605262.0U CN204860018U (en) | 2015-08-12 | 2015-08-12 | Upright plant mechanism in succession |
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| CN201520605262.0U CN204860018U (en) | 2015-08-12 | 2015-08-12 | Upright plant mechanism in succession |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104996046A (en) * | 2015-08-12 | 2015-10-28 | 山东省农业机械科学研究院 | Mechanism for continuous and vertical planting |
| CN106211890A (en) * | 2016-07-29 | 2016-12-14 | 青岛农业大学 | Side oblique type transplanter |
| CN107493765A (en) * | 2017-06-29 | 2017-12-22 | 盐城工学院 | A kind of special new planting mechanism of transplanter |
-
2015
- 2015-08-12 CN CN201520605262.0U patent/CN204860018U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104996046A (en) * | 2015-08-12 | 2015-10-28 | 山东省农业机械科学研究院 | Mechanism for continuous and vertical planting |
| CN104996046B (en) * | 2015-08-12 | 2017-01-25 | 山东省农业机械科学研究院 | Mechanism for continuous and vertical planting |
| CN106211890A (en) * | 2016-07-29 | 2016-12-14 | 青岛农业大学 | Side oblique type transplanter |
| CN106211890B (en) * | 2016-07-29 | 2018-07-10 | 青岛农业大学 | Side oblique type transplanter |
| CN107493765A (en) * | 2017-06-29 | 2017-12-22 | 盐城工学院 | A kind of special new planting mechanism of transplanter |
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