CN204669854U - A kind of pseudo-ginseng precision planter - Google Patents
A kind of pseudo-ginseng precision planter Download PDFInfo
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- CN204669854U CN204669854U CN201420825688.2U CN201420825688U CN204669854U CN 204669854 U CN204669854 U CN 204669854U CN 201420825688 U CN201420825688 U CN 201420825688U CN 204669854 U CN204669854 U CN 204669854U
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- 235000003181 Panax pseudoginseng Nutrition 0.000 title claims abstract description 30
- 244000131316 Panax pseudoginseng Species 0.000 title claims abstract description 30
- 238000010899 nucleation Methods 0.000 claims abstract description 274
- 241000196324 Embryophyta Species 0.000 claims abstract description 31
- 230000005540 biological transmission Effects 0.000 claims abstract description 27
- 238000009434 installation Methods 0.000 claims description 37
- 230000000694 effects Effects 0.000 claims description 10
- 235000003143 Panax notoginseng Nutrition 0.000 abstract description 11
- 241000180649 Panax notoginseng Species 0.000 abstract description 11
- 238000009331 sowing Methods 0.000 abstract description 9
- 238000004519 manufacturing process Methods 0.000 abstract description 5
- 230000002950 deficient Effects 0.000 abstract description 2
- 238000005553 drilling Methods 0.000 abstract description 2
- 238000000034 method Methods 0.000 description 3
- 238000012271 agricultural production Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000005056 compaction Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000003754 machining Methods 0.000 description 1
- 239000011159 matrix material Substances 0.000 description 1
- 230000007115 recruitment Effects 0.000 description 1
- 230000001932 seasonal effect Effects 0.000 description 1
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Abstract
The utility model relates to a kind of pseudo-ginseng precision planter, belongs to agricultural mechanical field.The utility model comprises frame, plants case I, plants case II, seeding unit driving mechanism I, seeding unit transmission mechanism, seeding unit driving mechanism II, plough, plough set bolt, plough stationary pipes, plough set bolt, connecting pin, power input sprocket, seeding unit, seeding unit set bolt, seeding unit connecting plate.The utility model achieves the defective ejaculation amount seeding to Panax notoginseng seeds, substantially increases speed of drilling; Pseudo-ginseng precise sowing instead of artificial dibbling, improves notoginseng planting industry level; Achieve the agricultural mechanization of notoginseng planting industry, greatly can improve farm labor efficiency, reduce labor intensity, reduce production cost, improve quality and the market competitiveness of pseudo-ginseng product; This reasonable in design, operation quality is good, and operating efficiency is high, and operation is reliable, and generalization degree is high, meets the agriculture requirement of notoginseng planting industry completely.
Description
Technical field
The utility model relates to a kind of pseudo-ginseng precision planter, belongs to agricultural mechanical field.
Background technology
For the feature of pseudo-ginseng precision planter, mainly for pseudo-ginseng seeding process designs supporting implanted device, and this equipment strictly fulfils the agriculture requirement in notoginseng planting process.
Sowing is important step in pseudo-ginseng agricultural production process, and this link is seasonal strong, and the amount of labour is large.Although Yunnan Province's notoginseng planting area is large, and cultivated area and output increase progressively year after year, but sowing still adopts traditional artificial dibbling mode, sowing efficiency is low, matrix compaction, sowing depth are inconsistent, emergence rate and emerge of low quality, and the seeding quantity of pseudo-ginseng agriculture requirement is large, cause the seeding operation amount of labour huge, recruitment high cost.
Summary of the invention
The utility model provides a kind of pseudo-ginseng precision planter, and all adopt traditional manual operations for solution pseudo-ginseng production process, labour intensity is large, production efficiency and operation quality low, cannot standardized work be realized, be unfavorable for the problem of the production of high-quality pseudo-ginseng.
The technical solution of the utility model is: a kind of pseudo-ginseng precision planter, comprises frame 1, plants case I 2, plants case II 3, seeding unit driving mechanism I 4, seeding unit transmission mechanism 5, seeding unit driving mechanism II 6, plough 7, plough set bolt I 8, plough stationary pipes 9, plough set bolt II 10, connecting pin 11, power input sprocket 12, seeding unit 13, seeding unit set bolt 14, seeding unit connecting plate 15;
Wherein plant case I 2, plant case II 3 and be bolted top at first row and second row seeding unit 13;
Plough set bolt I 8 is arranged on nut that plough stationary pipes 9 is welded, the corresponding aperture on 7 groups of seeding unit 13 tops is connected to above the rear cross of frame 1 by bolt and 8 seeding unit connecting plates 15, seeding unit driving mechanism I 4 is fixedly mounted in the bearing block installing hole of frame 1 below both sides by seeding unit set bolt 14, corresponding with 7 groups of seeding unit 13 installation sites below the plough stationary pipes 9 assembled 7 groups is fixedly mounted on frame 1 rear cross by plough set bolt II 10;
The corresponding aperture on 6 groups of seeding unit 13 tops is connected to above the anterior crossbeam of frame 1 by bolt and 7 seeding unit connecting plates 15, seeding unit driving mechanism II 6 is fixedly mounted in the bearing block installing hole of both sides before frame 1 by seeding unit set bolt 14, and the plough stationary pipes 9 assembled 6 groups is fixedly mounted on below the anterior crossbeam of frame 1 corresponding with 6 groups of seeding unit 13 installation sites by plough set bolt II 10;
Seeding unit driving mechanism I 4 and seeding unit driving mechanism II 6 link together by seeding unit transmission mechanism 5;
The installation direction of 13 groups of seeding units 13 is consistent, makes to align forward with hairbrush side, ensures the axiality of the seed wheel inside seeding unit 13;
13 ploughs 7 are arranged in plough stationary pipes 9, are fixed by plough set bolt II 10; Frame 1 is connected with the corresponding installing hole on the installing rack of power car by connecting pin 11; Power input sprocket 12 links together with the power take-off mechanism on power car.
The corresponding aperture on described seeding unit 13 top is linked together by the hexagon socket head cap screw of M6 and 7 seeding unit connecting plates 15.
The structure of described seeding unit driving mechanism I 4 is: by outputing 13 jump-ring slots (jump-ring slot width is 1.5 mm depths is 2 millimeters) on a power transmission shaft, for by limiting sliding axially of seeding unit 13 about jump ring; Outputing keyway between two jump-ring slots on seeding unit driving mechanism I 4 corresponding to seeding unit 13 installation site, driving the seed wheel of seeding unit 13 inside to rotate for being connected by key;
The structure of described seeding unit driving mechanism II 6 is: by outputing 11 jump-ring slots (jump-ring slot width is 1.5 mm depths is 2 millimeters) on a power transmission shaft, for by limiting sliding axially of seeding unit 13 about jump ring; Outputing keyway between two jump-ring slots on seeding unit driving mechanism II 6 corresponding to seeding unit 13 installation site, driving the seed wheel of seeding unit 13 inside to rotate for being connected by key;
The single power input sprocket 12 that described seeding unit driving mechanism I 4 is installed is linked together by chain, for seeding unit driving mechanism I 4 plays driving effect with a power output sprocket of seeding unit driving mechanism II 6; The single power input sprocket 12 that seeding unit driving mechanism II 6 is installed links together with the power output sprocket on power car, plays driven effect.
The hand tractor of described power car to be 170F gasoline engine be power.
Distance between described jump-ring slot is 50 millimeters.
Operation principle of the present utility model is:
When pseudo-ginseng precision planter works, first the agriculture requirement of spacing in the rows 50 millimeters and line-spacing 50 millimeters will be sowed according to pseudo-ginseng, 7 groups of seeding units 13 are connected to by 8 seeding unit connecting plates 15 above the rear cross being arranged on frame 1, and ensure the installation direction of 7 groups of seeding units 13, make to align forward with hairbrush side, ensure the axiality that the seed wheel inside seeding unit 13 is installed, seeding unit driving mechanism I 4 is fixedly mounted in the bearing block installing hole of both sides after frame 1 by seeding unit set bolt 14; 6 groups of seeding units 13 are connected to above the anterior crossbeam of frame 1 by 7 seeding unit connecting plates 15, and ensure the installation direction of 6 groups of seeding units 13, make to align forward with hairbrush side, ensure the axiality of the seed wheel inside seeding unit 13, seeding unit driving mechanism II 6 is fixedly mounted in the bearing block installing hole of both sides before frame 1 by seeding unit set bolt 14; Seeding unit driving mechanism II 6 and seeding unit driving mechanism I 4 link together by seeding unit transmission mechanism 5; Plough set bolt I 8 is arranged on nut that plough stationary pipes 9 is welded, below the rear cross 7 groups of mounted plough stationary pipes 9 being fixedly mounted on frame 1 by plough set bolt II 10, ensure to align with 7 groups of seeding unit 13 installation sites; The plough stationary pipes 9 assembled 6 groups is fixedly mounted on below the anterior crossbeam of frame 1 by plough set bolt II 10, ensures to align with 6 groups of seeding unit 13 installation sites; 13 ploughs 7 are arranged in plough stationary pipes 9, are fixed by plough set bolt II 10; Frame 1 is linked together with the corresponding installing hole on power car (170F gasoline engine is the hand tractor of power) installing rack by connecting pin 11; Then power input sprocket 12 and the power take-off mechanism on power car are linked together.Complete the adjustment of the setting height(from bottom) of plough 7 according to actual ditching depth, Panax notoginseng seeds put into kind of case I 2 and plant case II 3, machining and can start seeding operation work.
Wherein, the ditching depth of pseudo-ginseng sowing needs to regulate plough set bolt I 8 to regulate the setting height(from bottom) of plough 7; The described seeding unit 13 that can pass through dismounting diverse location for different sowing line-spacings, just can obtain 10 centimetres and 5 centimetres of line-spacing requirements up till now required by pseudo-ginseng sowing.
The beneficial effects of the utility model are:
1, achieve the defective ejaculation amount seeding to Panax notoginseng seeds, substantially increase speed of drilling.
2, pseudo-ginseng precise sowing instead of artificial dibbling, improves notoginseng planting industry level.
3, achieve the agricultural mechanization of notoginseng planting industry, greatly can improve farm labor efficiency, reduce labor intensity, reduce production cost, improve quality and the market competitiveness of pseudo-ginseng product.
4, this reasonable in design, operation quality is good, and operating efficiency is high, and operation is reliable, and generalization degree is high, meets the agriculture requirement of notoginseng planting industry completely.
Accompanying drawing explanation
Fig. 1 is axonometric drawing of the present utility model;
Fig. 2 is front view of the present utility model;
Fig. 3 is left view of the present utility model;
Fig. 4 is vertical view of the present utility model;
Fig. 5 is 7 seeding unit parallel-connection structure scheme of installations in the utility model;
Fig. 6 is 6 seeding unit parallel-connection structure scheme of installations in the utility model;
Fig. 7 is the structural representation of seeding unit driving mechanism I in the utility model;
Fig. 8 is the structural representation of seeding unit driving mechanism II in the utility model;
Each label in figure: 1 be frame, 2 for kind of case I, 3 for kind of case II, 4 for seeding unit driving mechanism I, 5 is seeding unit transmission mechanism, 6 is plough, 8 is plough stationary pipes, 10 is connecting pin, 12 is power input sprocket, 13 is seeding unit, 14 is seeding unit set bolt, 15 is seeding unit connecting plate for plough set bolt II, 11 for plough set bolt I, 9 for seeding unit driving mechanism II, 7.
Embodiment
Embodiment 1: as shown in figures 1-8, a kind of pseudo-ginseng precision planter, comprises frame 1, plants case I 2, plants case II 3, seeding unit driving mechanism I 4, seeding unit transmission mechanism 5, seeding unit driving mechanism II 6, plough 7, plough set bolt I 8, plough stationary pipes 9, plough set bolt II 10, connecting pin 11, power input sprocket 12, seeding unit 13, seeding unit set bolt 14, seeding unit connecting plate 15;
Wherein plant case I 2, plant case II 3 and be bolted top at first row and second row seeding unit 13;
Plough set bolt I 8 is arranged on nut that plough stationary pipes 9 is welded, the corresponding aperture on 7 groups of seeding unit 13 tops is connected to above the rear cross of frame 1 by bolt and 8 seeding unit connecting plates 15, seeding unit driving mechanism I 4 is fixedly mounted in the bearing block installing hole of frame 1 below both sides by seeding unit set bolt 14, corresponding with 7 groups of seeding unit 13 installation sites below the plough stationary pipes 9 assembled 7 groups is fixedly mounted on frame 1 rear cross by plough set bolt II 10;
The corresponding aperture on 6 groups of seeding unit 13 tops is connected to above the anterior crossbeam of frame 1 by bolt and 7 seeding unit connecting plates 15, seeding unit driving mechanism II 6 is fixedly mounted in the bearing block installing hole of both sides before frame 1 by seeding unit set bolt 14, and the plough stationary pipes 9 assembled 6 groups is fixedly mounted on below the anterior crossbeam of frame 1 corresponding with 6 groups of seeding unit 13 installation sites by plough set bolt II 10;
Seeding unit driving mechanism I 4 and seeding unit driving mechanism II 6 link together by seeding unit transmission mechanism 5;
The installation direction of 13 groups of seeding units 13 is consistent, makes to align forward with hairbrush side, ensures the axiality of the seed wheel inside seeding unit 13;
13 ploughs 7 are arranged in plough stationary pipes 9, are fixed by plough set bolt II 10; Frame 1 is connected with the corresponding installing hole on the installing rack of power car by connecting pin 11; Power input sprocket 12 links together with the power take-off mechanism on power car.
The corresponding aperture on described seeding unit 13 top is linked together by the hexagon socket head cap screw of M6 and 7 seeding unit connecting plates 15.
The structure of described seeding unit driving mechanism I 4 is: by outputing 13 jump-ring slots on a power transmission shaft, for by limiting sliding axially of seeding unit 13 about jump ring; Outputing keyway between two jump-ring slots on seeding unit driving mechanism I 4 corresponding to seeding unit 13 installation site, driving the seed wheel of seeding unit 13 inside to rotate for being connected by key;
The structure of described seeding unit driving mechanism II 6 is: by outputing 11 jump-ring slots on a power transmission shaft, for by limiting sliding axially of seeding unit 13 about jump ring; Outputing keyway between two jump-ring slots on seeding unit driving mechanism II 6 corresponding to seeding unit 13 installation site, driving the seed wheel of seeding unit 13 inside to rotate for being connected by key;
The single power input sprocket 12 that described seeding unit driving mechanism I 4 is installed is linked together by chain, for seeding unit driving mechanism I 4 plays driving effect with a power output sprocket of seeding unit driving mechanism II 6; The single power input sprocket 12 that seeding unit driving mechanism II 6 is installed links together with the power output sprocket on power car, plays driven effect.
The hand tractor of described power car to be 170F gasoline engine be power.
Distance between described jump-ring slot is 50 millimeters.
Embodiment 2: as shown in figures 1-8, a kind of pseudo-ginseng precision planter, comprises frame 1, plants case I 2, plants case II 3, seeding unit driving mechanism I 4, seeding unit transmission mechanism 5, seeding unit driving mechanism II 6, plough 7, plough set bolt I 8, plough stationary pipes 9, plough set bolt II 10, connecting pin 11, power input sprocket 12, seeding unit 13, seeding unit set bolt 14, seeding unit connecting plate 15;
Wherein plant case I 2, plant case II 3 and be bolted top at first row and second row seeding unit 13;
Plough set bolt I 8 is arranged on nut that plough stationary pipes 9 is welded, the corresponding aperture on 7 groups of seeding unit 13 tops is connected to above the rear cross of frame 1 by bolt and 8 seeding unit connecting plates 15, seeding unit driving mechanism I 4 is fixedly mounted in the bearing block installing hole of frame 1 below both sides by seeding unit set bolt 14, corresponding with 7 groups of seeding unit 13 installation sites below the plough stationary pipes 9 assembled 7 groups is fixedly mounted on frame 1 rear cross by plough set bolt II 10;
The corresponding aperture on 6 groups of seeding unit 13 tops is connected to above the anterior crossbeam of frame 1 by bolt and 7 seeding unit connecting plates 15, seeding unit driving mechanism II 6 is fixedly mounted in the bearing block installing hole of both sides before frame 1 by seeding unit set bolt 14, and the plough stationary pipes 9 assembled 6 groups is fixedly mounted on below the anterior crossbeam of frame 1 corresponding with 6 groups of seeding unit 13 installation sites by plough set bolt II 10;
Seeding unit driving mechanism I 4 and seeding unit driving mechanism II 6 link together by seeding unit transmission mechanism 5;
The installation direction of 13 groups of seeding units 13 is consistent, makes to align forward with hairbrush side, ensures the axiality of the seed wheel inside seeding unit 13;
13 ploughs 7 are arranged in plough stationary pipes 9, are fixed by plough set bolt II 10; Frame 1 is connected with the corresponding installing hole on the installing rack of power car by connecting pin 11; Power input sprocket 12 links together with the power take-off mechanism on power car.
The corresponding aperture on described seeding unit 13 top is linked together by the hexagon socket head cap screw of M6 and 7 seeding unit connecting plates 15.
The structure of described seeding unit driving mechanism I 4 is: by outputing 13 jump-ring slots on a power transmission shaft, for by limiting sliding axially of seeding unit 13 about jump ring; Outputing keyway between two jump-ring slots on seeding unit driving mechanism I 4 corresponding to seeding unit 13 installation site, driving the seed wheel of seeding unit 13 inside to rotate for being connected by key;
The structure of described seeding unit driving mechanism II 6 is: by outputing 11 jump-ring slots on a power transmission shaft, for by limiting sliding axially of seeding unit 13 about jump ring; Outputing keyway between two jump-ring slots on seeding unit driving mechanism II 6 corresponding to seeding unit 13 installation site, driving the seed wheel of seeding unit 13 inside to rotate for being connected by key;
The single power input sprocket 12 that described seeding unit driving mechanism I 4 is installed is linked together by chain, for seeding unit driving mechanism I 4 plays driving effect with a power output sprocket of seeding unit driving mechanism II 6; The single power input sprocket 12 that seeding unit driving mechanism II 6 is installed links together with the power output sprocket on power car, plays driven effect.
Embodiment 3: as shown in figures 1-8, a kind of pseudo-ginseng precision planter, comprises frame 1, plants case I 2, plants case II 3, seeding unit driving mechanism I 4, seeding unit transmission mechanism 5, seeding unit driving mechanism II 6, plough 7, plough set bolt I 8, plough stationary pipes 9, plough set bolt II 10, connecting pin 11, power input sprocket 12, seeding unit 13, seeding unit set bolt 14, seeding unit connecting plate 15;
Wherein plant case I 2, plant case II 3 and be bolted top at first row and second row seeding unit 13;
Plough set bolt I 8 is arranged on nut that plough stationary pipes 9 is welded, the corresponding aperture on 7 groups of seeding unit 13 tops is connected to above the rear cross of frame 1 by bolt and 8 seeding unit connecting plates 15, seeding unit driving mechanism I 4 is fixedly mounted in the bearing block installing hole of frame 1 below both sides by seeding unit set bolt 14, corresponding with 7 groups of seeding unit 13 installation sites below the plough stationary pipes 9 assembled 7 groups is fixedly mounted on frame 1 rear cross by plough set bolt II 10;
The corresponding aperture on 6 groups of seeding unit 13 tops is connected to above the anterior crossbeam of frame 1 by bolt and 7 seeding unit connecting plates 15, seeding unit driving mechanism II 6 is fixedly mounted in the bearing block installing hole of both sides before frame 1 by seeding unit set bolt 14, and the plough stationary pipes 9 assembled 6 groups is fixedly mounted on below the anterior crossbeam of frame 1 corresponding with 6 groups of seeding unit 13 installation sites by plough set bolt II 10;
Seeding unit driving mechanism I 4 and seeding unit driving mechanism II 6 link together by seeding unit transmission mechanism 5;
The installation direction of 13 groups of seeding units 13 is consistent, makes to align forward with hairbrush side, ensures the axiality of the seed wheel inside seeding unit 13;
13 ploughs 7 are arranged in plough stationary pipes 9, are fixed by plough set bolt II 10; Frame 1 is connected with the corresponding installing hole on the installing rack of power car by connecting pin 11; Power input sprocket 12 links together with the power take-off mechanism on power car.
The structure of described seeding unit driving mechanism I 4 is: by outputing 13 jump-ring slots on a power transmission shaft, for by limiting sliding axially of seeding unit 13 about jump ring; Outputing keyway between two jump-ring slots on seeding unit driving mechanism I 4 corresponding to seeding unit 13 installation site, driving the seed wheel of seeding unit 13 inside to rotate for being connected by key;
The structure of described seeding unit driving mechanism II 6 is: by outputing 11 jump-ring slots on a power transmission shaft, for by limiting sliding axially of seeding unit 13 about jump ring; Outputing keyway between two jump-ring slots on seeding unit driving mechanism II 6 corresponding to seeding unit 13 installation site, driving the seed wheel of seeding unit 13 inside to rotate for being connected by key;
The single power input sprocket 12 that described seeding unit driving mechanism I 4 is installed is linked together by chain, for seeding unit driving mechanism I 4 plays driving effect with a power output sprocket of seeding unit driving mechanism II 6; The single power input sprocket 12 that seeding unit driving mechanism II 6 is installed links together with the power output sprocket on power car, plays driven effect.
Embodiment 4: as shown in figures 1-8, a kind of pseudo-ginseng precision planter, comprises frame 1, plants case I 2, plants case II 3, seeding unit driving mechanism I 4, seeding unit transmission mechanism 5, seeding unit driving mechanism II 6, plough 7, plough set bolt I 8, plough stationary pipes 9, plough set bolt II 10, connecting pin 11, power input sprocket 12, seeding unit 13, seeding unit set bolt 14, seeding unit connecting plate 15;
Wherein plant case I 2, plant case II 3 and be bolted top at first row and second row seeding unit 13;
Plough set bolt I 8 is arranged on nut that plough stationary pipes 9 is welded, the corresponding aperture on 7 groups of seeding unit 13 tops is connected to above the rear cross of frame 1 by bolt and 8 seeding unit connecting plates 15, seeding unit driving mechanism I 4 is fixedly mounted in the bearing block installing hole of frame 1 below both sides by seeding unit set bolt 14, corresponding with 7 groups of seeding unit 13 installation sites below the plough stationary pipes 9 assembled 7 groups is fixedly mounted on frame 1 rear cross by plough set bolt II 10;
The corresponding aperture on 6 groups of seeding unit 13 tops is connected to above the anterior crossbeam of frame 1 by bolt and 7 seeding unit connecting plates 15, seeding unit driving mechanism II 6 is fixedly mounted in the bearing block installing hole of both sides before frame 1 by seeding unit set bolt 14, and the plough stationary pipes 9 assembled 6 groups is fixedly mounted on below the anterior crossbeam of frame 1 corresponding with 6 groups of seeding unit 13 installation sites by plough set bolt II 10;
Seeding unit driving mechanism I 4 and seeding unit driving mechanism II 6 link together by seeding unit transmission mechanism 5;
The installation direction of 13 groups of seeding units 13 is consistent, makes to align forward with hairbrush side, ensures the axiality of the seed wheel inside seeding unit 13;
13 ploughs 7 are arranged in plough stationary pipes 9, are fixed by plough set bolt II 10; Frame 1 is connected with the corresponding installing hole on the installing rack of power car by connecting pin 11; Power input sprocket 12 links together with the power take-off mechanism on power car.
The corresponding aperture on described seeding unit 13 top is linked together by the hexagon socket head cap screw of M6 and 7 seeding unit connecting plates 15.
Embodiment 5: as shown in figures 1-8, a kind of pseudo-ginseng precision planter, comprises frame 1, plants case I 2, plants case II 3, seeding unit driving mechanism I 4, seeding unit transmission mechanism 5, seeding unit driving mechanism II 6, plough 7, plough set bolt I 8, plough stationary pipes 9, plough set bolt II 10, connecting pin 11, power input sprocket 12, seeding unit 13, seeding unit set bolt 14, seeding unit connecting plate 15;
Wherein plant case I 2, plant case II 3 and be bolted top at first row and second row seeding unit 13;
Plough set bolt I 8 is arranged on nut that plough stationary pipes 9 is welded, the corresponding aperture on 7 groups of seeding unit 13 tops is connected to above the rear cross of frame 1 by bolt and 8 seeding unit connecting plates 15, seeding unit driving mechanism I 4 is fixedly mounted in the bearing block installing hole of frame 1 below both sides by seeding unit set bolt 14, corresponding with 7 groups of seeding unit 13 installation sites below the plough stationary pipes 9 assembled 7 groups is fixedly mounted on frame 1 rear cross by plough set bolt II 10;
The corresponding aperture on 6 groups of seeding unit 13 tops is connected to above the anterior crossbeam of frame 1 by bolt and 7 seeding unit connecting plates 15, seeding unit driving mechanism II 6 is fixedly mounted in the bearing block installing hole of both sides before frame 1 by seeding unit set bolt 14, and the plough stationary pipes 9 assembled 6 groups is fixedly mounted on below the anterior crossbeam of frame 1 corresponding with 6 groups of seeding unit 13 installation sites by plough set bolt II 10;
Seeding unit driving mechanism I 4 and seeding unit driving mechanism II 6 link together by seeding unit transmission mechanism 5;
The installation direction of 13 groups of seeding units 13 is consistent, makes to align forward with hairbrush side, ensures the axiality of the seed wheel inside seeding unit 13;
13 ploughs 7 are arranged in plough stationary pipes 9, are fixed by plough set bolt II 10; Frame 1 is connected with the corresponding installing hole on the installing rack of power car by connecting pin 11; Power input sprocket 12 links together with the power take-off mechanism on power car.
By reference to the accompanying drawings embodiment of the present utility model is explained in detail above, but the utility model is not limited to above-mentioned embodiment, in the ken that those of ordinary skill in the art possess, various change can also be made under the prerequisite not departing from the utility model aim.
Claims (5)
1. a pseudo-ginseng precision planter, is characterized in that: comprise frame (1), plant case I (2), plant case II (3), seeding unit driving mechanism I (4), seeding unit transmission mechanism (5), seeding unit driving mechanism II (6), plough (7), plough set bolt I (8), plough stationary pipes (9), plough set bolt II (10), connecting pin (11), power input sprocket (12), seeding unit (13), seeding unit set bolt (14), seeding unit connecting plate (15);
Wherein plant case I (2), plant case II (3) and be bolted top at first row and second row seeding unit (13);
Plough set bolt I (8) is arranged on the upper nut welded of plough stationary pipes (9), the corresponding aperture on 7 groups of seeding unit (13) tops is connected to above the rear cross of frame (1) by bolt and 8 seeding unit connecting plates (15), seeding unit driving mechanism I (4) is fixedly mounted in the bearing block installing hole of both sides after frame (1) by seeding unit set bolt (14), corresponding with 7 groups of seeding unit (13) installation sites below the plough stationary pipes (9) assembled 7 groups is fixedly mounted on frame (1) rear cross by plough set bolt II (10),
The corresponding aperture on 6 groups of seeding unit (13) tops is connected to above the anterior crossbeam of frame (1) by bolt and 7 seeding unit connecting plates (15), seeding unit driving mechanism II (6) is fixedly mounted in the bearing block installing hole of frame (1) above both sides by seeding unit set bolt (14), corresponding with 6 groups of seeding unit (13) installation sites below the plough stationary pipes (9) assembled 6 groups is fixedly mounted on frame (1) anterior crossbeam by plough set bolt II (10);
Seeding unit driving mechanism I (4) and seeding unit driving mechanism II (6) link together by seeding unit transmission mechanism (5);
The installation direction of 13 groups of seeding units (13) is consistent, makes to align forward with hairbrush side, ensures the axiality of the seed wheel of seeding unit (13) the inside;
13 ploughs (7) are arranged in plough stationary pipes (9), are fixed by plough set bolt II (10); Frame (1) is connected with the corresponding installing hole on the installing rack of power car by connecting pin (11); Power input sprocket (12) links together with the power take-off mechanism on power car.
2. pseudo-ginseng precision planter according to claim 1, is characterized in that: the corresponding aperture on described seeding unit (13) top is linked together by the hexagon socket head cap screw of M6 and 7 seeding unit connecting plates (15).
3. pseudo-ginseng precision planter according to claim 1 and 2, is characterized in that:
The structure of described seeding unit driving mechanism I (4) is: by outputing 13 jump-ring slots on a power transmission shaft, for by limiting sliding axially of seeding unit (13) about jump ring; Between two jump-ring slots corresponding to upper seeding unit (13) installation site of seeding unit driving mechanism I (4), output keyway, rotate for being connected the seed wheel driving seeding unit (13) inner by key;
The structure of described seeding unit driving mechanism II (6) is: by outputing 11 jump-ring slots on a power transmission shaft, for by limiting sliding axially of seeding unit (13) about jump ring; Between two jump-ring slots corresponding to upper seeding unit (13) installation site of seeding unit driving mechanism II (6), output keyway, rotate for being connected the seed wheel driving seeding unit (13) inner by key;
The single power input sprocket (12) that described seeding unit driving mechanism I (4) is installed is linked together by chain, for seeding unit driving mechanism I (4) plays driving effect with a power output sprocket of seeding unit driving mechanism II (6); The single power input sprocket (12) that seeding unit driving mechanism II (6) is installed links together with the power output sprocket on power car, plays driven effect.
4. pseudo-ginseng precision planter according to claim 3, is characterized in that: the hand tractor of described power car to be 170F gasoline engine be power.
5. pseudo-ginseng precision planter according to claim 3, is characterized in that: the distance between described jump-ring slot is 50 millimeters.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201420825688.2U CN204669854U (en) | 2014-12-24 | 2014-12-24 | A kind of pseudo-ginseng precision planter |
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| CN201420825688.2U CN204669854U (en) | 2014-12-24 | 2014-12-24 | A kind of pseudo-ginseng precision planter |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104541691A (en) * | 2014-12-24 | 2015-04-29 | 昆明理工大学 | Precision pseudo-ginseng seeding machine |
| CN107041185A (en) * | 2017-04-28 | 2017-08-15 | 昆明理工大学 | A kind of batch production aspirated-air type pseudo-ginseng seeder |
| CN115119573A (en) * | 2022-06-16 | 2022-09-30 | 昆明理工大学 | Air-blowing type pseudo-ginseng sowing robot based on GRTK positioning |
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2014
- 2014-12-24 CN CN201420825688.2U patent/CN204669854U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104541691A (en) * | 2014-12-24 | 2015-04-29 | 昆明理工大学 | Precision pseudo-ginseng seeding machine |
| CN107041185A (en) * | 2017-04-28 | 2017-08-15 | 昆明理工大学 | A kind of batch production aspirated-air type pseudo-ginseng seeder |
| CN115119573A (en) * | 2022-06-16 | 2022-09-30 | 昆明理工大学 | Air-blowing type pseudo-ginseng sowing robot based on GRTK positioning |
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