CN103609237A - Second-order Fourier gear-eccentric non-circular gear pot seedling transplantation seedling-clamping-type seedling pick-up mechanism - Google Patents
Second-order Fourier gear-eccentric non-circular gear pot seedling transplantation seedling-clamping-type seedling pick-up mechanism Download PDFInfo
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Abstract
The invention discloses a second-order Fourier gear-eccentric non-circular gear pot seedling transplantation seedling-clamping-type seedling pick-up mechanism. The soil-clamping-type seedling pick-up can cause irregularity of the non-circular gear or increase of protruding seedling needles; and melons, fruits and vegetable crops allow the seedling-clamping-type seedling pick-up. A central shaft is fixed with a planet carrier; a second-order Fourier central non-circular gear is sheathed on the central shaft; a first intermediate shaft, a second intermediate shaft, a first planet shaft and a second planet shaft are respectively connected with a planet carrier bearing; the first planet shaft and the second planet shaft are respectively fixed with a shell of a seedling pick-up claw; the second-order Fourier central non-circular gear simultaneously meshes with a first second-order Fourier intermediate non-circular gear and a second second-order Fourier intermediate non-circular gear; a first intermediate eccentric circular gear meshes with a first planet non-circular gear, and a second intermediate eccentric circular gear meshes with a second planet non-circular gear; and a head tip of the seedling pick-up claw forms a seedling-clamping-type seedling pick-up trajectory. The seedling pick-up trajectory is beneficial to implementing the mechanism, and can implement full-automatic transplantation of the melons, fruits and vegetables.
Description
Technical field
The invention belongs to agricultural mechanical field, relate to seedling picking mechanism, be specifically related to a kind of second order Fourier tooth-eccentric non-knuckle-tooth potted-seedling transplanting folder seedling formula seedling picking mechanism.
Background technology
Mechanization transplanting is generally divided into two steps to be completed: get seedling and plant.By the different seedling modes of getting, transplanter is divided into semi-automaticly and full-automatic, key point is to see whether it adopts mechanization to get seedling operation.
Domestic full-automatic seedling picking mechanism has multi-bar linkage, crank slideway mechanism and partial gear indexing mechanism, and said mechanism is along with transplanting the increase of frequency, and transplanter vibration aggravation, causes seedling-damaging ratio to increase.Mechanical type is got seedling mode generally has seedling claw to press from both sides that native formula is got seedling and folder seedling formula is got two kinds of modes of seedling.The rotary seedling picking mechanism of novel planetary train has the high-order of mixing modification Planetary elliptic gears pot seedling transplanter seedling-distributing mechanism, free second order noncircular planetary gear is high speed potted-seedling transplanting mechanism and rotary paddy rice pot seedling transplanter structure, they are got seedling mode and get seedling for pressing from both sides native formula, need seedling pin to enter pot seedling disk inner clip seedling taking seedling, and can not destroy alms bowl dish and hinder root, therefore track needs a sharp-pointed projection, from seedling pin, enter alms bowl dish to leaving alms bowl body completely, seedling pin needs one section of movement locus close to straight line, due to this restriction, caused non-circular gear scrambling to strengthen or increased " leaning out formula " seedling pin, mechanism's mechanical property variation, life-span reduces, rotary paddy rice pot seedling transplanter structure is realized 8-shaped working trajectory, and consideration nonirrigated farmland seedling picking mechanism coordinates with planting mechanism, and 8-shaped track is improper.For substrate seedling, transplant, matrix is lighter, and the stem stalk of part melon and fruit, vegetable crop part is enough tough and tensile, allows to adopt the mode operation of folder seedling.Therefore, be necessary for crops such as melon and fruit, vegetables, design that a kind of efficiency is higher, transmission seedling picking mechanism more stably, it is coordinated with planting mechanism, realize the full-automatic transplanting of the crops such as melon and fruit, vegetables.
Summary of the invention
The object of the invention is for the deficiencies in the prior art, a kind of second order Fourier tooth-eccentric non-knuckle-tooth potted-seedling transplanting folder seedling formula seedling picking mechanism is provided, this seedling picking mechanism adopts folder seedling formula to get seedling mode, make to get seedling track and be more conducive to winding machine, and can coordinate with planting mechanism, realize the full-automatic transplanting of the crops such as melon and fruit, vegetables.
The present invention includes central shaft, planet carrier, second order Fourier center non-circular gear, the first jackshaft, the middle non-circular gear of the first second order Fourier, the first middle eccentric gear, the first planet axis, the first planet non-circular gear, the second jackshaft, the middle non-circular gear of the second second order Fourier, the second middle eccentric gear, the second planet axis, the second planet non-circular gear and seedling claw.One end of described central shaft is connected with power set, and the other end and planet carrier are fixed; Described second order Fourier center non-circular gear empty set, on central shaft, and is fixed with frame.Described the first jackshaft and the second jackshaft are symmetricly set on central shaft both sides, and are all connected with planet carrier bearing; In the middle of the first second order Fourier, in the middle of non-circular gear and first, eccentric gear is all fixed on the first jackshaft, and in the middle of the second second order Fourier, in the middle of non-circular gear and second, eccentric gear is all fixed on the second jackshaft.Described the first planet axis and the second planet axis are symmetricly set on central shaft both sides, and are all connected with planet carrier bearing; One end of the first planet axis and the second planet axis is all stretched out planet carrier housing outer and a seedling claw and is fixed; The first planet non-circular gear is fixed in the first planet axis, and the second planet non-circular gear is fixed in the second planet axis.Described second order Fourier center non-circular gear meshes with the middle non-circular gear of the first second order Fourier and the middle non-circular gear of the second second order Fourier simultaneously; Eccentric gear and the engagement of the first planet non-circular gear in the middle of first, the second middle eccentric gear and the engagement of the second planet non-circular gear.
Described planet carrier rotates, and the head cusp of seedling claw forms folder seedling formula and gets seedling track; Described folder seedling formula is got seedling track for sealing and without the plane smooth curve of latch closure, and what comprise that order head and the tail successively connect enters alms bowl section, gets seedling section, fortune seedling section, throws seedling section and reply section; The top that enters alms bowl section is connected with the bottom of getting seedling section, and bottom is connected with the top of replying section; Described to enter alms bowl section be the straightway that is parallel to cave dish upper surface, and the bottom of getting seedling section is segmental arc, and top be perpendicular to cave, to coil the straightway of upper surface; The linearity of enter alms bowl section, getting the top straightway of seedling section is 1mm/20mm~1mm/10mm, and the top length of straigh line of getting seedling section is greater than the height of cave dish.
Described seedling claw comprises housing, cam, shift fork, seedling-pushing rod, pushes away seedling spring, the piece of bulldozing, push away seedling piece, folder seedling piece and spring leaf; Cam of difference empty set in the first planet axis and the second planet axis, two cams are all fixed with planet carrier; Described shift fork is arranged in housing by bearing pin, and one end is connected by cam is secondary with cam, and the other end is connected by cam is secondary with seedling-pushing rod; Described seedling-pushing rod and inner walls are slidably connected, and afterbody is connected with housing afterbody by pushing away seedling spring; Described soil-shifting piece, push away seedling piece and folder seedling piece is all fixed on seedling-pushing rod head, and arrange successively along head to the caudal directions of seedling-pushing rod, folder seedling piece offers U-lag; Two flat spring sheet spacing are arranged on soil-shifting piece top, and one end is all fixed on the both sides, top of housing, and the other end all stretches in the U-lag of folder seedling piece, and is separately positioned on the both sides that push away seedling piece.
In the middle of described second order Fourier center non-circular gear, the first second order Fourier, in the middle of non-circular gear and the second second order Fourier, non-circular gear all adopts Fourier's Function Fitting data point to obtain pitch curve.
In the middle of the first described second order Fourier, in the middle of non-circular gear and the second second order Fourier, the pitch curve parameter of non-circular gear is in full accord; The first described planet non-circular gear and the pitch curve parameter of the second planet non-circular gear are in full accord.
Beneficial effect of the present invention:
1, by variable speed transmission, form folder seedling formula and get seedling track, this track meets the transplanting agriculture requirement that pot seedling transplanter is put down into alms bowl, directly lifted seedlings, surely throws seedling; Adopt second order Fourier gear drive, make the secondary swing characteristic of seedling claw more flexible, for realizing the better seedling track of getting, create conditions; Can coordinate with planting mechanism, realize the full-automatic transplanting of the crops such as melon and fruit, vegetables.
2, adopt folder seedling formula to get seedling mode, make to get seedling track and be more conducive to winding machine, gear systematicness strengthens, and mechanism's mechanical property of design is better, and mechanism's life-span is higher.
3, mechanism structure is compact; Seedling claw is simple in structure, dependable performance.
4, adopt the rotary seedling mode of getting of planet circular system, can adapt to transplanter operation under any rotating speed.
Accompanying drawing explanation
Fig. 1 is initial installation site of the present invention and fundamental diagram;
Fig. 2 is structural scheme of mechanism of the present invention;
Fig. 3 is the overall structure cutaway view of seedling claw in the present invention;
Fig. 4 is the seedling track schematic diagram of getting of the present invention;
When Fig. 5 is the initial installation site of the present invention, opening of spring leaf closed view;
Fig. 6 be the present invention while pressing from both sides seedling position spring leaf close view;
Fig. 7 be the present invention while pushing away seedling position spring leaf close view.
Embodiment
Below in conjunction with drawings and Examples, the invention will be further described.
As illustrated in fig. 1 and 2, second order Fourier tooth-eccentric non-knuckle-tooth potted-seedling transplanting folder seedling formula seedling picking mechanism comprises central shaft 1, planet carrier 2, second order Fourier center non-circular gear 3, the first jackshaft 4, the middle eccentric gear 6 of the middle non-circular gear 5, first of the first second order Fourier, the first planet axis 7, the first planet non-circular gear 8, the second jackshaft 9, middle non-circular gear the 10, the second middle eccentric gear 11 of the second second order Fourier, the second planet axis 12, the second planet non-circular gear 13 and seedling claw 14.One end of central shaft 1 is connected with power set, and the other end and planet carrier 2 are fixing; Second order Fourier center non-circular gear 3 empty sets, on central shaft 1, and are fixed with frame.The first jackshaft 4 and the second jackshaft 9 are symmetricly set on central shaft 1 both sides, and are all connected with planet carrier 2 bearings; In the middle of the first second order Fourier, in the middle of non-circular gear 5 and first, eccentric gear 6 is all fixed on the first jackshaft 4, and in the middle of the second second order Fourier, in the middle of non-circular gear 10 and second, eccentric gear 11 is all fixed on the second jackshaft 9.The first planet axis 7 and the second planet axis 12 are symmetricly set on central shaft 1 both sides, and are all connected with planet carrier 2 bearings; One end of the first planet axis 7 and the second planet axis 12 is all stretched out planet carrier housing 14-1 outer and a seedling claw and is fixed; The first planet non-circular gear 8 is fixed in the first planet axis 7, and the second planet non-circular gear 13 is fixed in the second planet axis 12.Second order Fourier center non-circular gear 3 meshes with the middle non-circular gear 5 of the first second order Fourier and the middle non-circular gear 10 of the second second order Fourier simultaneously; Eccentric gear 6 and the first planet non-circular gear 8 engagements, the second middle eccentric gear 11 and the second planet non-circular gear 13 engagements in the middle of first.
As shown in Figure 3, seedling claw 14 comprises housing 14-1, cam 14-2, shift fork 14-3, seedling-pushing rod 14-4, pushes away seedling spring 14-5, soil-shifting piece 14-6, pushes away seedling piece 14-7, folder seedling piece 14-8 and spring leaf 14-9; Cam 14-2 of difference empty set in the first planet axis 7 and the second planet axis 12, two cam 14-2 are all fixing with planet carrier 2; Shift fork 14-3 is arranged in housing 14-1 by bearing pin, and one end is connected by cam is secondary with cam 14-2, and the other end is connected by cam is secondary with seedling-pushing rod 14-4; Seedling-pushing rod 14-4 and housing 14-1 inwall are slidably connected, and afterbody is connected with housing 14-1 afterbody by pushing away seedling spring 14-5; Soil-shifting piece 14-6, push away seedling piece 14-7 and folder seedling piece 14-8 is all fixed on seedling-pushing rod 14-4 head, and arrange successively along head to the caudal directions of seedling-pushing rod 14-4, folder seedling piece 14-8 offers U-lag; Two flat spring sheet 14-6 spacing are arranged on soil-shifting piece 14-6 top, and one end is all fixed on the both sides, top of housing 14-1, and the other end all stretches in the U-lag of folder seedling piece 14-8, and is separately positioned on the both sides that push away seedling piece 14-7.
As shown in Figure 1, in the middle of second order Fourier center non-circular gear 3, the first second order Fourier, in the middle of non-circular gear 5 and the second second order Fourier, non-circular gear 10 all adopts Fourier's Function Fitting data point to obtain pitch curve.In the middle of the first second order Fourier, in the middle of non-circular gear 5 and the second second order Fourier, the pitch curve parameter of non-circular gear 10 is in full accord; The pitch curve parameter of the first planet non-circular gear 8 and the second planet non-circular gear 13 is in full accord.
As shown in figs. 1 and 4, planet carrier 2 rotates, and the head cusp of seedling claw 14 forms folder seedling formula and gets seedling track 15; Folder seedling formula is got seedling track 15 for sealing and without the plane smooth curve of latch closure, and what comprise that order head and the tail successively connect enters alms bowl section 15-1, gets seedling section 15-2, fortune seedling section 15-3, throws seedling section 15-4 and reply a section 15-5; The top that enters alms bowl section 15-1 is connected with the bottom of getting seedling section 15-2, and bottom is connected with the top of replying section 15-5; Entering alms bowl section 15-1 is the straightway that is parallel to cave dish upper surface, and the bottom of getting seedling section 15-2 is segmental arc, and top is the straightway perpendicular to cave dish upper surface; The linearity of enter alms bowl section 15-1, getting the top straightway of seedling section 15-2 is 1mm/14mm, and the top length of straigh line of getting seedling section is 80mm.Entering alms bowl section 15-1 is straightway, guarantees to get Miao Shiyan native alms bowl direction clamping seedling at ordinary times; The top straightway of getting seedling section 15-2 guarantees to take out seedling along vertical native alms bowl direction; Throw seedling section 15-4 and guarantee that seedling and planting mechanism only exist relative velocity vertically, are beneficial to accurate throwing seedling; Visible, this folder seedling formula is got seedling track 15 can meet the requirement of into alms bowl, directly getting seedling and surely throwing seedling of putting down of getting seedling in potted-seedling transplanting.
The operation principle of this second order Fourier tooth-eccentric non-knuckle-tooth potted-seedling transplanting folder seedling formula seedling picking mechanism is as follows:
As illustrated in fig. 1 and 2, power is passed to planet carrier 2 via central shaft 1, drives planet carrier 2 to rotate.In the middle of the first second order Fourier, non-circular gear 5 and 3 engagements of second order Fourier center non-circular gear, the first middle eccentric gear 6 and the first planet non-circular gear 8 engagements, drive the first planet axis 7 to rotate; In the middle of the second second order Fourier, non-circular gear 10 and 3 engagements of second order Fourier center non-circular gear, the second middle eccentric gear 11 and the second planet non-circular gear 13 engagements, drive the second planet axis 12 to rotate.The first planet axis 7 drives respectively the housing 14-1 of the seedling claw fixing with it to rotate relative to 2 cycles of planet carrier with the second planet axis 12.
As shown in Fig. 1,3,5,6 and 7, the housing 14-1 of seedling claw rotated relative to 2 cycles of planet carrier, and shift fork 14-3 was rotated relative to the cam 14-2 cycle.What folder seedling formula was got seedling track enters Wei Jiamiao position, alms bowl section 15-1 top, and when seedling claw 14 moves to folder seedling position, shift fork 14-3 swings around the lift section of cam 14-2, drives seedling-pushing rod 14-4 compression to push away seedling spring 14-5, and slides to housing 14-1 afterbody.The motion of seedling-pushing rod 14-4 makes to press from both sides seedling piece 14-8 and from outside, pushes two flat spring sheet 14-9, and two flat spring sheet 14-9 distortion clamp pot seedling; When seedling claw 14 moves to while getting seedling section 15-2, shift fork 14-3 is around the arc section motion of cam 14-2, thereby the relative seedling claw 14 of shift fork 14-3 is without swinging, and two flat spring sheet 14-9 keep clamped condition, and moves to and throw seedling section 15-4 with fortune seedling section 15-3 along getting seedling section 15-2 with seedling claw 14; Move to while throwing seedling section 15-4, shift fork 14-3 is pushing away under the effect of seedling spring 14-5, reverse-running section around cam 14-2 swings fast, drive seedling-pushing rod 14-4 to slide to housing 14-1 head, making to push away seedling piece 14-7 is pushed open from two flat spring sheet 14-9 inner sides, the piece 14-6 that simultaneously bulldozes acts on substrate pot body, and seedling is sent in seedling-planting device, completes throwing seedling; Move to while replying section 15-5, shift fork 14-3 is around the arc section motion of cam 14-2, the relative seedling claw 14 of shift fork 14-3 is without swinging, two flat spring sheet 14-9 keep open configuration, and with seedling claw 14, along folder seedling formulas, get seedling track 15 and move to folder seedling position, prepare to get seedling next time, thereby complete smoothly the folder seedling of potted-seedling transplanting, send seedling and put seedling action, the mechanization that realizes potted-seedling transplanting is got seedling, is thrown seedling.
This second order Fourier tooth-eccentric non-knuckle-tooth potted-seedling transplanting folder seedling formula seedling picking mechanism is in a working cycles, and 14 2 not constant amplitude swings of seedling claw, form folder seedling formula and get seedling track 15.Seedling claw 14 is got in seedling track 15 motion processes along folder seedling formula, from the parallel upper surface near native alms bowl of the inferoanterior of pot seedling, be convenient to clamp the stem stalk position that seedling is minimum, press from both sides subsequently seedling formula and get seedling track 15 and have one section of near linear section, and perpendicular to native alms bowl, meet and vertically take pot seedling requirement out of.The non-knuckle-tooth potted-seedling transplanting folder of this second order Fourier tooth-eccentric seedling formula seedling picking mechanism can realize put down into alms bowl, directly lift seedlings, surely throw seedling get seedling job requirement.
Claims (4)
1. second order Fourier tooth-eccentric non-knuckle-tooth potted-seedling transplanting presss from both sides seedling formula seedling picking mechanism, comprise central shaft, planet carrier, second order Fourier center non-circular gear, the first jackshaft, the middle non-circular gear of the first second order Fourier, the first middle eccentric gear, the first planet axis, the first planet non-circular gear, the second jackshaft, the middle non-circular gear of the second second order Fourier, the second middle eccentric gear, the second planet axis, the second planet non-circular gear and seedling claw, it is characterized in that:
One end of described central shaft is connected with power set, and the other end and planet carrier are fixed; Described second order Fourier center non-circular gear empty set, on central shaft, and is fixed with frame; Described the first jackshaft and the second jackshaft are symmetricly set on central shaft both sides, and are all connected with planet carrier bearing; In the middle of the first second order Fourier, in the middle of non-circular gear and first, eccentric gear is all fixed on the first jackshaft, and in the middle of the second second order Fourier, in the middle of non-circular gear and second, eccentric gear is all fixed on the second jackshaft; Described the first planet axis and the second planet axis are symmetricly set on central shaft both sides, and are all connected with planet carrier bearing; One end of the first planet axis and the second planet axis is all stretched out planet carrier housing outer and a seedling claw and is fixed; The first planet non-circular gear is fixed in the first planet axis, and the second planet non-circular gear is fixed in the second planet axis; Described second order Fourier center non-circular gear meshes with the middle non-circular gear of the first second order Fourier and the middle non-circular gear of the second second order Fourier simultaneously; Eccentric gear and the engagement of the first planet non-circular gear in the middle of first, the second middle eccentric gear and the engagement of the second planet non-circular gear;
Described planet carrier rotates, and the head cusp of seedling claw forms folder seedling formula and gets seedling track; Described folder seedling formula is got seedling track for sealing and without the plane smooth curve of latch closure, and what comprise that order head and the tail successively connect enters alms bowl section, gets seedling section, fortune seedling section, throws seedling section and reply section; The top that enters alms bowl section is connected with the bottom of getting seedling section, and bottom is connected with the top of replying section; Described to enter alms bowl section be the straightway that is parallel to cave dish upper surface, and the bottom of getting seedling section is segmental arc, and top be perpendicular to cave, to coil the straightway of upper surface; The linearity of enter alms bowl section, getting the top straightway of seedling section is 1mm/20mm~1mm/10mm, and the top length of straigh line of getting seedling section is greater than the height of cave dish.
2. the non-knuckle-tooth potted-seedling transplanting folder of second order Fourier tooth according to claim 1-eccentric seedling formula seedling picking mechanism, is characterized in that: described seedling claw comprises housing, cam, shift fork, seedling-pushing rod, pushes away seedling spring, the piece of bulldozing, push away seedling piece, folder seedling piece and spring leaf; Cam of difference empty set in the first planet axis and the second planet axis, two cams are all fixed with planet carrier; Described shift fork is arranged in housing by bearing pin, and one end is connected by cam is secondary with cam, and the other end is connected by cam is secondary with seedling-pushing rod; Described seedling-pushing rod and inner walls are slidably connected, and afterbody is connected with housing afterbody by pushing away seedling spring; Described soil-shifting piece, push away seedling piece and folder seedling piece is all fixed on seedling-pushing rod head, and arrange successively along head to the caudal directions of seedling-pushing rod, folder seedling piece offers U-lag; Two flat spring sheet spacing are arranged on soil-shifting piece top, and one end is all fixed on the both sides, top of housing, and the other end all stretches in the U-lag of folder seedling piece, and is separately positioned on the both sides that push away seedling piece.
3. second order Fourier tooth according to claim 1-eccentric non-knuckle-tooth potted-seedling transplanting folder seedling formula seedling picking mechanism, is characterized in that: in the middle of described second order Fourier center non-circular gear, the first second order Fourier, in the middle of non-circular gear and the second second order Fourier, non-circular gear all adopts Fourier's Function Fitting data point to obtain pitch curve.
4. second order Fourier tooth according to claim 1-eccentric non-knuckle-tooth potted-seedling transplanting folder seedling formula seedling picking mechanism, is characterized in that: in the middle of the first described second order Fourier, in the middle of non-circular gear and the second second order Fourier, the pitch curve parameter of non-circular gear is in full accord; The first described planet non-circular gear and the pitch curve parameter of the second planet non-circular gear are in full accord.
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Citations (5)
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JPH1098924A (en) * | 1996-09-27 | 1998-04-21 | Iseki & Co Ltd | Seedling planting device |
JP2001204208A (en) * | 2000-01-20 | 2001-07-31 | Yanmar Agricult Equip Co Ltd | Vegetable transplanter |
CN101773014A (en) * | 2010-01-26 | 2010-07-14 | 浙江理工大学 | Eccentric gear-noncircular gear planetary gear train vegetable pot seedling automatic transplanting mechanism |
CN102379181A (en) * | 2011-09-14 | 2012-03-21 | 浙江理工大学 | Non-circular gear-incomplete non-circular gear planetary gear train aperture disk planetary gear train aperture disk seedling picking mechanism |
CN203597062U (en) * | 2013-11-27 | 2014-05-21 | 浙江理工大学 | Second-order Fourier eccentric non-circular gear pot seedling transplantation seedling-clamp type seedling fetching mechanism |
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2013
- 2013-11-27 CN CN201310614084.3A patent/CN103609237B/en not_active Expired - Fee Related
Patent Citations (5)
Publication number | Priority date | Publication date | Assignee | Title |
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JPH1098924A (en) * | 1996-09-27 | 1998-04-21 | Iseki & Co Ltd | Seedling planting device |
JP2001204208A (en) * | 2000-01-20 | 2001-07-31 | Yanmar Agricult Equip Co Ltd | Vegetable transplanter |
CN101773014A (en) * | 2010-01-26 | 2010-07-14 | 浙江理工大学 | Eccentric gear-noncircular gear planetary gear train vegetable pot seedling automatic transplanting mechanism |
CN102379181A (en) * | 2011-09-14 | 2012-03-21 | 浙江理工大学 | Non-circular gear-incomplete non-circular gear planetary gear train aperture disk planetary gear train aperture disk seedling picking mechanism |
CN203597062U (en) * | 2013-11-27 | 2014-05-21 | 浙江理工大学 | Second-order Fourier eccentric non-circular gear pot seedling transplantation seedling-clamp type seedling fetching mechanism |
Non-Patent Citations (1)
Title |
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李革等: "傅里叶节曲线非圆齿轮系分插机构运动学分选", 《农业工程学报》, vol. 27, no. 8, 31 August 2011 (2011-08-31), pages 126 - 131 * |
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