CN205179710U - Two dimension width interval transplanter - Google Patents
Two dimension width interval transplanter Download PDFInfo
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- CN205179710U CN205179710U CN201520386458.5U CN201520386458U CN205179710U CN 205179710 U CN205179710 U CN 205179710U CN 201520386458 U CN201520386458 U CN 201520386458U CN 205179710 U CN205179710 U CN 205179710U
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Abstract
The utility model relates to a capable transplanter of width, including frame, seedling platform and insert and plant the mechanism, the seedling platform includes that a plurality of carries the seedling board, insert a plurality of planting box that plant the mechanism and include single setting, planting box's upper end links to each other with actuating mechanism, the lower extreme is equipped with rotary case, the both ends of gyration case are equipped with to insert plants the arm, every is inserted to plant and is equipped with transplanting blades on the arm, rotary case use and threely be a set of, inter block gyration case equidistance sets up, the interval of adjacent rotary case between two sets of be inter block gyration case interval 1.5 -2 doubly, every group turns round the case corresponding to one carry the seedling board, actuating mechanism be non - actuating mechanism at the uniform velocity, the utility model discloses a dual width interval of row spacing direction and plant spacing direction reaches the purpose that light energy power, increase of production are led to in the ventilation of reinforcing seedling.
Description
Technical field
The utility model relates to a kind of rice transplanter, especially relates to a kind of wide-and narrow-row rice transplanter.
Background technology
Traditional rice cropping generally all to adopt etc. line-spacing, etc. the transplanting method of spacing in the rows, but the problem of sunshade will inevitably be there is between this transplanting method plant and plant, and uneven to utilizing of the nutrient in earth, thus cause very large waste.Current wide-and narrow-row rice transplanting method is widely used, and it is a kind of high-yielding rice cultivation technique that narrow row distance and wide line-spacing interval are cultivated.This planting type can cave number on guarantor unit's area reasonable, have again plant population distribution rationally, ventilation and penetrating light performance is good, photosynthetic rate advantages of higher, and therefore unit yield is higher, is one of planting type of often selecting of high yield trial.Meanwhile, because ventilation and penetrating light strengthens, humidity between rice strain is reduced, the harm of disease worm can be alleviated to a certain extent, finally reach the object that high yield increases income.The further research of agronomy science shows, tightly adjacent rows plant mutually between to sunlight to hide effect be limited, also less on the impact of ventilating, when only having multirow plant line-spacing narrower, just can cause obvious impact, and then affect the output of paddy rice the ventilation of plant, logical sky.Therefore, discovery from this agronomy, we have selected one more scientific and effective paddy rice transplanting method, the i.e. transplanting method of the wide row of two narrow rows one, that is, be one group with three row plant, between two groups of plant, establish a wider spacing, in group, spacing is narrower, forms the wide-and narrow-row layout of " narrow-narrow-wide-narrow-narrow ".If on the basis of the width change on line-spacing, add the width change of rice transplanting spacing in the rows, just can realize two-dimentional width rice transplanting, the Edge advantages of crop obtains larger embodiment, the ventilation of crop, logical light, the ability reducing insect pest can be greatly improved.But existing rice transplanting machinery all cannot complete the two-dimentional width rice transplanting that line-spacing width and spacing in the rows width realize simultaneously.
Summary of the invention
The utility model mainly to solve in prior art wide-and narrow-row rice transplanter to improve the ventilation of rice shoot, lead to luminous energy power and total cave number is reduced largely, or by greatly reducing the line-spacing of narrow row, realize wide row, thus to the technical problem that the growing space of two strain plant of narrow row impacts, the width change on line-spacing can only be realized in prior art, the two-dimentional width rice transplanting that line-spacing width and spacing in the rows width realize simultaneously can not be reached, the Edge advantages of restriction crop obtains the technical problem further embodied, there is provided a kind of can when on total cave number impact less, luminous energy power is led in the ventilation of effective raising plant, and the plant between narrow row ensure that reliable growing space, the two-dimentional width interval rice transplanter of the two-dimentional width rice transplanting that line-spacing width and spacing in the rows width realize simultaneously can be reached simultaneously.
Above-mentioned technical problem of the present utility model is mainly solved by following technical proposals: a kind of two-dimentional width interval rice transplanter, comprise vehicle frame, seedling platform and implanting mechanism, it is characterized in that described seedling platform comprises several year seedling plate, described implanting mechanism comprises some transplanting casees of single setting, the upper end of transplanting case is connected with driving mechanism, lower end is provided with revolution case, the two ends of revolution case are provided with transplanting arm, each transplanting arm is provided with transplanting claw, described revolution case is one group with three, in group, revolution case is equidistantly arranged, the spacing of the adjacent revolution case between two adjacent groups is 1.5-2 times of revolution case spacing in group, often group revolution case carries seedling plate corresponding to described in one, described driving mechanism is non-at the uniform velocity driving mechanism, it has following features:
Non-at the uniform velocity driving mechanism often drives the periodic motion of revolution case intermittent by transplanting case, the transplanting claw at revolution case two ends is driven respectively to complete a transplanting action in the period of motion, then an interval period is entered, in interval period, revolution case slowly runs or pause motion, enters the next period of motion after interval period.
Existing wide-and narrow-row rice transplanter generally has two kinds, one is that seedling fetching hole is evenly arranged, wide-and narrow-row rice transplanting is realized by the lateral displacement of revolution case in rotation process, this rice transplanter mainly carries out transforming arranging to adapt on existing common seedling transplanter, its main feature is the seedling platform that can adopt existing common seedling transplanter, another kind is that seedling fetching hole is arranged to width spacing, and the setting of revolution case is corresponding with seedling fetching hole.These two kinds of rice transplanters all achieve a wide narrow interval variation of seedling planting row pitch.And the utility model is one group of revolution case by three, and the spacing of three revolution casees is less, and the spacing between group and group is that the 1.5-2 wide-and narrow-row realizing the wide row of two narrow rows one that arranges doubly of the spacing of revolution case in group is arranged.
The utility model in use, the rotation of revolution case one week is a period of motion of system, this motion week its in, the transmission of revolution case and change gear pair exports and all completes a speed alternately, under the drive of change gear pair, revolution case to complete after twice rice transplanting low speed fast or suspends certain hour, enter the next period of motion again, due in the process, the overall uniform rotation of rice transplanter, so, it achieve front two strain rice shoot close together, second strain rice shoot and the 3rd strain distant, 4th strain and the 3rd spacing in the rows are from close to again ... the transplanting effect of width spacing in the rows.
Because of the combination of above-mentioned wide-and narrow-row distance and the effect of width spacing in the rows, two-dimentional width rice transplanting can be realized, the Edge advantages of crop is farthest embodied.
As preferably, the lower end of described transplanting case is provided with two the synchronism output axles in left and right, and wherein left output shaft is provided with side by side left revolution case, middle revolution case, right output shaft is provided with a right-hand rotation case, and three revolution casees on same transplanting case are one group.This kind of spread pattern of turning round case, same transplanting case is provided with three revolution casees, and three revolution casees are one group, and the spacing of two transplanting casees arranges the spacing determining two groups of revolution casees, is realized the line-spacing of wide row by the spacing arranging this transplanting case.
As preferably, described some transplanting casees are divided into single output transplanting case and dual output transplanting case, single transplanting case that exports is provided with a revolution case, dual output transplanting case is provided with two, left and right revolution case, single output transplanting case is provided with between two dual output transplanting casees, the left side of leftmost side dual output transplanting case is provided with two single output transplanting casees, the right of rightmost side dual output transplanting case is provided with two single output transplanting casees, and two revolution casees that the left and right sides revolution case of described dual output transplanting case is contiguous with it with both sides respectively form one group.Existing agronomy science shows, the narrow row of wide-and narrow-row rice transplanting technology need at 20CM, and the structure of turning round case is comparatively complicated, two revolution casees of dual output transplanting case will realize this pitch requirements, its process costs is higher, with regard to existing agricultural machinery technology, its reliability is also difficult to ensure, therefore, in the technical program, divided by the revolution case of same transplanting case both sides and be listed in adjacent two groups, the transplanting work of wide row is actually responsible for by these two revolution casees, greatly reduce process costs, improve its reliability.
As preferably, described to carry a seedling plate width be 58-63mm.The utility model have employed the rice transplanting technology of the wide row of two narrow rows one, the transplanting arm of three revolution casees gets the rice shoot on same seedling plate, this width of blanket seedling that makes needs significantly to increase, but, the seedling equipment standardization of existing blanket seedling, and obtain large-area popularization, if change nursery width, cost greatly certainly will be needed, cause unnecessary waste, conversely, also the popularization of this novel wide-and narrow-row rice transplanting can be affected greatly, the standard size of existing blanket seedling is: wide 28CM, long 58CM, the mode of seedling blanket is longitudinally placed in the employing without exception of existing rice transplanter, and the width of of the present utility model year seedling plate achieves laterally placement seedling plate, three sections of rice shoots simultaneously got on same blanket seedling are divided with the transplanting claw on three revolution casees of group, when carrying seedling plate and covering a stroke, just in time row's rice shoot takes.This set makes novel wide-and narrow-row rice transplanter of the present utility model can utilize existing blanket seedling and existing equipment, avoids causing waste.
As preferably, described non-at the uniform velocity driving mechanism is change gearbox, this change gearbox comprises the change gear pair of one or several changeable work, each change gear pair is made up of driving gear and driven gear, each driving gear is all connected with power intake by corresponding transmission mechanism, each driven gear is connected with described primary input axle by corresponding transmission mechanism, when input power is uniform rotation, the alternate rotation of speed is exported by the transmission of change gear pair, and make the alternate rotation of speed within a gyration period of revolution case, thus drive the slow operation of transplanting arm one fast with single-revolution case two ends.
As preferably, described change gear pair is the gear pair of an intermittent drive, the gear pair of this intermittent drive comprises a driven partial gear and one initiatively partial gear and corresponding driven gear shaft and driving gear shaft, driven partial gear and initiatively partial gear are all only distributed with tooth on one section of circumference of gear, and corresponding engagement mutually, wherein driven partial gear not distributed tooth be circumferentially provided with one section of concave surface arc section, initiatively partial gear not distributed tooth be circumferentially provided with the convex surface arc section suitable with described concave surface arc section.
The technical program achieves master end persistent movement, slave end rapid movement-slowly motion-stop motion, and then the alternation procedure of rapid movement, and alternation procedure is steady, does not have the mechanical shock in principle, also ensure that his service life.In the process of the driving force connection of rotating of rice transplanting mechanism, the following process of inserted link mechanism can be completed:
If described revolution case rotation one week is a period of motion T of driving mechanism, a period of motion T is divided into again work period T1 and gap periods T2, in work period T1, initiatively partial gear drives driven partial gear to move, two transplanting arms of revolution case complete twice complete seedling taking continuously, rice transplanting process, then gap periods T2 is entered, now, tooth initiatively on partial gear and driven partial gear is separated, after concave surface arc section on driven partial gear fits with convex surface arc section gradually, convex surface arc section and concave surface arc section relative sliding.Therefore, in gap periods, the first low strap of revolution case rotates, rear stop motion.Achieve revolution case often to operate an adjustment velocity of rotation after a work period T1, first slows down in gap periods and stop operating afterwards, after gap periods terminates, driving mechanism recovers rated speed again, makes to turn round case speed alternating movement in a period of motion T.
In work period T1, driving mechanism drives revolution case to move with rated speed, and this implanting mechanism completes twice transplanting action altogether within a work period, then enters gap periods, in gap periods, turns round case low speed or stops operating.Due to rice transplanter in normal operating conditions, at the uniform velocity walk, the wide narrow mutant of rice transplanting spacing one can be realized apart from transplanting.
As preferably, described year seedling plate by plate body, send seedling band to form, described plate body by guided plate, send seedling plate to form, guided plate is located at the upper end sending seedling plate, send seedling plate to be provided with and longitudinally send seedling band described in setting, the described seedling plate that send is the high domes in low middle part, both sides, send seedling plate and described guided plate to seamlessly transit.Guided plate is the position of upper seedling, can adopt machinery or artificial mode that blanket seedling is placed on guided plate, and the gravity of its general blanket seedling own moves down.Send after on seedling plate when blanket seedling moves down into, blanket seedling is generally accurately mobile downwards under the effect sending seedling band, because the utility model send seedling plate to be domes, make to enter and send the blanket seedling of seedling plate to be domes, substantially increase the mechanical strength of blanket seedling like this, reduce the problems such as the inclination of blanket seedling, skew, local be at random.
As preferably, the described springing height of the domes of seedling plate of sending is 5-18mm.
As preferably, the described seedling band that send is provided with two, and two are sent seedling band parallel longitudinal, send the direction of the arcuate surface of seedling band and its correspondence position perpendicular.Arcuate surface is a cambered surface, and its direction is that the tangent plane direction of relevant position is perpendicular, so send seedling band to parallel with tangent plane direction, helps and better drives blanket seedling to move with it, and can damage blanket seedling structure.
As preferably, described plate body is up big and down small inverted trapezoidal structure, and plate body both sides are provided with edge guard, and the angle between the edge guard described in both sides is 6-10 degree.This angle determines according to the architectural feature of blanket seedling and seedling density, and this angle is too large, blanket seedling can be made to be squeezed excessive, and affect its entirety and move down, and even occurs that its part moves down, the problem that part does not move down, damage blanket seedling structure.
The utility model additionally provides the operational method of above-mentioned wide-and narrow-row rice transplanter, comprises the steps:
Laterally being placed in by standard blanket seedling carries on seedling plate, seedling platform transverse shifting, each revolution case synchronous axial system, and the transplanting claw of same group three revolution casees is simultaneously to the seedling taking of same blanket seedling, with the revolution case between group transplanting claw the seedling inserted be narrow row, the transplanting claw of the revolution case between group and group the seedling inserted be wide row, form two narrow wide rice shoot line-spacing layouts.
The beneficial effect brought of the present utility model is, solve wide-and narrow-row rice transplanter in prior art to improve ventilation, the logical luminous energy power of rice shoot and making total cave number reduce largely, or by greatly reducing the line-spacing of narrow row, realize wide row, thus to the technical problem that the growing space of two strain plant of narrow row impacts, achieve a kind of can when on total cave number impact less, luminous energy power is led in the ventilation of effective raising plant, and the plant between narrow row ensure that reliable growing space.
Accompanying drawing explanation
Accompanying drawing 1 is the seedling platform of embodiment 1 of the present utility model and a kind of structural representation of implanting mechanism;
Accompanying drawing 2 is the seedling platform of embodiment 2 of the present utility model and a kind of structural representation of implanting mechanism;
Accompanying drawing 3 is a kind of structural representations of of the present utility model year seedling plate;
Accompanying drawing 4 is the profiles at the A-A place of accompanying drawing 3.
Accompanying drawing 5 is transplanting effect schematic diagrames of the present utility model;
Accompanying drawing 6 is a kind of front views of change gearbox of the present utility model;
Accompanying drawing 7 is the cutaway views at the A-A place of accompanying drawing 6;
Accompanying drawing 8 is the cutaway views at the C-C place of accompanying drawing 7.
Embodiment
Below by embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment 1:
As Fig. 1, 3, shown in 4, the utility model is a kind of novel wide-and narrow-row rice transplanter, comprise vehicle frame, seedling platform and implanting mechanism, described seedling platform comprises four and carries seedling plate 1, the width carrying seedling plate 1 is 60CM, carry seedling plate by plate body, seedling band 2-3 is sent to form, plate body is up big and down small inverted trapezoidal structure, plate body both sides are provided with edge guard 2-4, angle between edge guard described in both sides is 6-10 degree, plate body is by guided plate 2-1, seedling plate 2-2 is sent to form, guided plate 2-1 is located at the upper end sending seedling plate, seedling plate 2-2 is sent to be provided with longitudinal setting, and described in being parallel to each other, send seedling band 2-3, the described seedling plate that send is the high domes in low middle part, both sides, its springing height is 10mm.Send the direction of the arcuate surface of seedling band 2-3 and its correspondence position perpendicular.Seedling plate and described guided plate is sent to seamlessly transit.Described implanting mechanism comprises four transplanting casees 2 of single setting, the upper end of transplanting case 2 is connected with driving mechanism, the lower end of transplanting case 2 is provided with two the synchronism output axles in left and right, wherein left output shaft is provided with side by side left revolution case 31, middle revolution case 32, right output shaft is provided with a right-hand rotation case 33, three revolution casees on same transplanting case are one group, the two ends of revolution case are provided with transplanting arm, each transplanting arm is provided with transplanting claw 4, in group, revolution case is equidistantly arranged, the spacing of the adjacent revolution case between two adjacent groups is 2 times of revolution case spacing in group, often group revolution case carries seedling plate 1 corresponding to described in one.The spacing of two transplanting casees arranges the spacing determining two groups of revolution casees, is realized the line-spacing of wide row by the spacing arranging this transplanting case.Often group revolution case carries seedling plate corresponding to described in one, and described driving mechanism is non-at the uniform velocity driving mechanism, and it has following features:
Non-at the uniform velocity driving mechanism often drives the periodic motion of revolution case intermittent by transplanting case, the transplanting claw at revolution case two ends is driven respectively to complete a transplanting action in the period of motion, then an interval period is entered, in interval period, revolution case slowly runs or pause motion, enters the next period of motion after interval period.
As Fig. 6, Fig. 7, shown in Fig. 8, non-at the uniform velocity driving mechanism is change gearbox, this change gearbox comprises the change gear pair of several changeable work, each change gear pair is made up of driving gear and driven gear, each driving gear is all connected with power intake by corresponding transmission mechanism, each driven gear is connected with described primary input axle by corresponding transmission mechanism, when input power is uniform rotation, the alternate rotation of speed is exported by the transmission of change gear pair, and make the alternate rotation of speed within a gyration period of revolution case, thus drive the slow operation of transplanting arm one fast with single-revolution case two ends.Described change gear pair is the gear pair of an intermittent drive, the gear pair of this intermittent drive comprises an a driven partial gear 3-1 and initiatively partial gear 3-2 and corresponding driven gear shaft 3-4 and driving gear shaft 3-3, driven partial gear and initiatively partial gear are all only distributed with tooth on one section of circumference of gear, and corresponding engagement mutually, wherein driven partial gear not distributed tooth be circumferentially provided with one section of concave surface arc section 3-5, initiatively partial gear not distributed tooth be circumferentially provided with the convex surface arc section 3-6 suitable with described concave surface arc section.
The active partial gear of batch (-type) gear is at rotation process, driven partial gear is driven to rotate, in the process, both have the part of tooth to engage each other rotation, when last tooth of active partial gear enters into the spacing convave trough between last tooth of driven partial gear and concave surface arc section, concave surface arc section and convex surface arc section are fitted gradually, in laminating process, convex surface arc section drives driven partial gear slowly to rotate, until concave surface arc section and convex surface arc section are fitted completely, then, driven partial gear stops operating, initiatively partial gear is rotated further, convex surface arc section and concave surface arc section relative sliding, the tooth of the direct acting active partial gear other end starts to enter in the spacing convave trough of driven partial gear, drive driven partial gear to move next time.Therefore, the utility model achieves initiatively persistent movement, slave end rapid movement-slowly motion-stop motion, and then the alternation procedure of rapid movement, and alternation procedure is steady, does not have the mechanical shock in principle, also ensure that his service life.In the process of the driving force connection of rotating of rice transplanting mechanism, the following process of inserted link mechanism can be completed:
If described revolution case rotation one week is a period of motion T of driving mechanism, a period of motion T is divided into again work period T1 and gap periods T2, in work period T1, initiatively partial gear drives driven partial gear to move, two transplanting arms of revolution case complete twice complete seedling taking continuously, rice transplanting process, then gap periods T2 is entered, now, tooth initiatively on partial gear and driven partial gear is separated, after concave surface arc section on driven partial gear fits with convex surface arc section gradually, convex surface arc section and concave surface arc section relative sliding.Therefore, in gap periods, the first low strap of revolution case rotates, rear stop motion.Achieve revolution case often to operate an adjustment velocity of rotation after a work period T1, first slows down in gap periods and stop operating afterwards, after gap periods terminates, driving mechanism recovers rated speed again, makes to turn round case speed alternating movement in a period of motion T.
In work period T1, driving mechanism drives revolution case to move with rated speed, and this implanting mechanism completes twice transplanting action altogether within a work period, then enters gap periods, in gap periods, turns round case low speed or stops operating.
The utility model in use, laterally being placed in by standard blanket seedling carries on seedling plate, (length due to standard blanket seedling is 58CM, consider that the both sides of blanket seedling and plate body need certain gap, so the width carrying seedling plate is set to 60CM by the present embodiment) seedling platform transverse shifting, each revolution case synchronous axial system, and the transplanting claw of same group three revolution casees is simultaneously to the seedling taking of same blanket seedling, with the revolution case between group transplanting claw the seedling inserted be narrow row, the transplanting claw of the revolution case between group and group the seedling inserted be wide row, form two narrow wide rice shoot line-spacing layouts.
The utility model is one group of revolution case by three, and the spacing of three revolution casees is less, and the spacing between group and group is the setting of 2 times of the spacing of revolution case in group, and the wide-and narrow-row realizing the wide row of two narrow rows one is arranged.And the width change simultaneously achieved due to it in spacing in the rows, therefore its effect finally realized both had had width change in line-spacing direction, the process of the two-dimentional width interval rice transplanting also having width to change in spacing in the rows, the layout of plant 5 as shown in Figure 5.
Embodiment 2:
As shown in Figure 2, the present embodiment is on the basis of embodiment 1, implanting mechanism is improved further, transplanting case is divided into single output transplanting case 21 and dual output transplanting case 22, single transplanting case that exports is provided with a revolution case 3, dual output transplanting case is provided with two, left and right revolution case 3, single output transplanting case is provided with between two dual output transplanting casees, the left side of leftmost side dual output transplanting case is provided with two single output transplanting casees, the right of rightmost side dual output transplanting case is provided with two single output transplanting casees, two revolution casees that the left and right sides revolution case of described dual output transplanting case is contiguous with it with both sides respectively form one group.Existing agronomy science shows, the narrow row of wide-and narrow-row rice transplanting technology need at 20CM, and the structure of turning round case is comparatively complicated, two revolution casees of dual output transplanting case will realize this pitch requirements, its process costs is higher, with regard to existing agricultural machinery technology, its reliability is also difficult to ensure, therefore, in the technical program, divided by the revolution case of same transplanting case both sides and be listed in adjacent two groups, the transplanting work of wide row is actually responsible for by these two revolution casees, greatly reduce process costs, improve its reliability.
So the utility model is on the basis of existing seedling equipment, to achieve on line-spacing two narrow one wide, the novel wide-and narrow-row rice transplantings that realize a narrow wide interval rice transplanting in spacing in the rows, make it when less on the impact of total cave number, luminous energy power is led in the ventilation of effective raising plant, and the plant between narrow row ensure that reliable growing space, carry out walking the output that improve paddy rice.
Claims (10)
1. a two-dimentional width interval rice transplanter, comprise vehicle frame, seedling platform and implanting mechanism, it is characterized in that described seedling platform comprises several year seedling plate, described implanting mechanism comprises some transplanting casees of single setting, the upper end of transplanting case is connected with driving mechanism, lower end is provided with revolution case, the two ends of revolution case are provided with transplanting arm, each transplanting arm is provided with transplanting claw, described revolution case is one group with three, in group, revolution case is equidistantly arranged, the spacing of the adjacent revolution case between two adjacent groups is 1.5-2 times of revolution case spacing in group, often group revolution case carries seedling plate corresponding to described in one, described driving mechanism is non-at the uniform velocity driving mechanism.
2. one according to claim 1 two-dimentional width interval rice transplanter, it is characterized in that the lower end of described transplanting case is provided with two the synchronism output axles in left and right, wherein left output shaft is provided with side by side left revolution case, middle revolution case, right output shaft is provided with a right-hand rotation case, and three revolution casees on same transplanting case are one group.
3. one according to claim 1 two-dimentional width interval rice transplanter, it is characterized in that described some transplanting casees are divided into single output transplanting case and dual output transplanting case, single transplanting case that exports is provided with a revolution case, dual output transplanting case is provided with two, left and right revolution case, single output transplanting case is provided with between two dual output transplanting casees, the left side of leftmost side dual output transplanting case is provided with two single output transplanting casees, the right of rightmost side dual output transplanting case is provided with two single output transplanting casees, two revolution casees that the left and right sides revolution case of described dual output transplanting case is contiguous with it with both sides respectively form one group.
4. the one two dimension width interval rice transplanter according to claim 1 or 2 or 3, is characterized in that a described year seedling plate width is 58-63mm.
5. one according to claim 1 two-dimentional width interval rice transplanter, it is characterized in that described non-at the uniform velocity driving mechanism is change gearbox, this change gearbox comprises the change gear pair of one or several changeable work, each change gear pair is made up of driving gear and driven gear, each driving gear is all connected with power intake by corresponding transmission mechanism, each driven gear is connected with primary input axle by corresponding transmission mechanism, when input power is uniform rotation, the alternate rotation of speed is exported by the transmission of change gear pair, and make the alternate rotation of speed within a gyration period of revolution case, thus drive the slow operation of transplanting arm one fast with single-revolution case two ends.
6. one according to claim 5 two-dimentional width interval rice transplanter, it is characterized in that described change gear pair is the gear pair of an intermittent drive, the gear pair of this intermittent drive comprises a driven partial gear and one initiatively partial gear and corresponding driven gear shaft and driving gear shaft, driven partial gear and initiatively partial gear are all only distributed with tooth on one section of circumference of gear, and corresponding engagement mutually, wherein driven partial gear not distributed tooth be circumferentially provided with one section of concave surface arc section, initiatively partial gear not distributed tooth be circumferentially provided with the convex surface arc section suitable with described concave surface arc section.
7. the one two dimension width interval rice transplanter according to claim 1 or 2 or 3 or 5 or 6, it is characterized in that described carry seedling plate by plate body, send seedling band to form, described plate body by guided plate, send seedling plate to form, guided plate is located at the upper end sending seedling plate, send seedling plate to be provided with and longitudinally send seedling band described in setting, the described seedling plate that send is the high domes in low middle part, both sides, send seedling plate and described guided plate to seamlessly transit.
8. one according to claim 7 two-dimentional width interval rice transplanter, is characterized in that the described springing height of the domes of seedling plate of sending is 5-18mm.
9. one according to claim 7 two-dimentional width interval rice transplanter, it is characterized in that the described seedling band that send is provided with two, and two is sent seedling band parallel longitudinal, send the direction of the arcuate surface of seedling band and its correspondence position perpendicular.
10. one according to claim 7 two-dimentional width interval rice transplanter, it is characterized in that described plate body is up big and down small inverted trapezoidal structure, plate body both sides are provided with edge guard, and the angle between the edge guard described in both sides is 6-10 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201520386458.5U CN205179710U (en) | 2015-06-04 | 2015-06-04 | Two dimension width interval transplanter |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520386458.5U CN205179710U (en) | 2015-06-04 | 2015-06-04 | Two dimension width interval transplanter |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016192655A1 (en) * | 2015-06-04 | 2016-12-08 | 安徽省锦禾农业装备有限责任公司 | Two-dimensional wide-narrow-interval rice transplanter |
| WO2017193957A1 (en) * | 2016-05-12 | 2017-11-16 | 栾翠莲 | Two-dimension wide- and narrow-line transplanter |
-
2015
- 2015-06-04 CN CN201520386458.5U patent/CN205179710U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016192655A1 (en) * | 2015-06-04 | 2016-12-08 | 安徽省锦禾农业装备有限责任公司 | Two-dimensional wide-narrow-interval rice transplanter |
| WO2017193957A1 (en) * | 2016-05-12 | 2017-11-16 | 栾翠莲 | Two-dimension wide- and narrow-line transplanter |
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