CN203985077U - A kind of leaf-peeling mechanism of cane harvester - Google Patents
A kind of leaf-peeling mechanism of cane harvester Download PDFInfo
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- CN203985077U CN203985077U CN201420471190.0U CN201420471190U CN203985077U CN 203985077 U CN203985077 U CN 203985077U CN 201420471190 U CN201420471190 U CN 201420471190U CN 203985077 U CN203985077 U CN 203985077U
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- leaf
- stripping
- sugarcane
- axle
- peeling mechanism
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Abstract
The utility model relates to a kind of leaf-peeling mechanism of cane harvester, it comprises frame, sugarcane entrance, the outlet of sugarcane bar and stripping leaf passage, in described frame, sets gradually from described sugarcane entrance to described sugarcane bar outlet: two delivery wheels and one group are shelled leaf separator above; Described stripping leaf separator comprises: two stripping impellers separate wheel with a reversion that is positioned at described stripping leaf passage below.The direction of rotation of described delivery wheel is to make sugarcane enter the direction of described leaf-peeling mechanism, the direction of rotation of described stripping impeller is identical with the described delivery wheel above or below being located on described stripping leaf passage, and the direction of rotation that described reversion separates wheel is contrary with described stripping impeller with the described delivery wheel that is located on described stripping leaf passage below.The leaf-peeling mechanism of the utility model cane harvester has reduced the percentage of impurity of sugarcane harvesting, avoids shelling leaf passage and stops up, and reduces sugarcane fragmentation, conveniently collects entrucking, and does not need to carry out artificial secondary go-no-go, has improved complete machine service life.
Description
Technical field
The utility model relates to a kind of cane harvester in field of agricultural machinery, particularly a kind of leaf-peeling mechanism of cane harvester.
Background technology
At present, in the operation process of cane harvester, first by the cutter sweep that is positioned at cane harvester front portion, sugarcane is cut off above from root, then feeding is shelled in leaf passage, then shells leaf and separating treatment in stripping leaf passage.Separate not thoroughly with sugarcane bar because sugarcane enters in stripping leaf passage sugarcane leaf, ubiquity sugarcane leaf and weeds are attached to the phenomenon on sugarcane bar.And the sugarcane percentage of impurity of domestic sugar refinery Dui Ru factory has certain requirement.So in order to remove these sugarcane leaf and weeds, the most frequently used way is:
1. in the stripping leaf passage of cane harvester, set up and take out (sending) wind mechanism, by powerful air-flow, sugarcane leaf and weeds are inhaled in (blowing) sugarcane field to cane harvester around sugarcane bar.What wherein add takes out (sending) wind mechanism, and structure is more complicated, and takies the inner space of cane harvester, has increased the volume of cane harvester.
2. a pair of pectination cylinder wheel is installed in the exit of cane harvester, intercept sugarcane leaf and weeds by the pectination brush on pectination cylinder wheel, and sugarcane bar can be flown out from exit by pectination cylinder wheel.Its limitation ground stops sugarcane leaf and weeds, and produces little effect, and a pair of pectination cylinder wheel is easily beaten and flown sugarcane simultaneously, causes brokenly head and disconnected broken, has increased the breakage rate of sugarcane.
Below all can not thoroughly solve sugarcane bar and the problem that sugarcane leaf separates completely, cause sugarcane percentage of impurity high, not meet sugar refinery sugarcane entered to factory's requirement.
Summary of the invention
The technical problems to be solved in the utility model is for above-mentioned deficiency, provides one to make harvested sugarcane breakage rate low, and the leaf-peeling mechanism of the low cane harvester of percentage of impurity.
The utility model is achieved through the following technical solutions:
A leaf-peeling mechanism for cane harvester, it comprises: frame, sugarcane entrance, sugarcane bar export and be communicated with the stripping leaf passage of described sugarcane entrance and the outlet of described sugarcane bar, in described frame, sets gradually from described sugarcane entrance to described sugarcane bar outlet:
Lay respectively at the above and below of described stripping leaf passage, and two delivery wheels in relative rotation; With
Shell above leaf separator for one group;
Described stripping leaf separator comprises:
Lay respectively at the above and below of described stripping leaf passage, and in relative rotation two stripping impellers; With
A reversion that is positioned at described stripping leaf passage below separates wheel;
The direction of rotation of described delivery wheel is to make sugarcane enter the direction of described leaf-peeling mechanism, the direction of rotation of described stripping impeller is identical with the described delivery wheel above or below being located on described stripping leaf passage, and the direction of rotation that described reversion separates wheel is contrary with described stripping impeller with the described delivery wheel that is located on described stripping leaf passage below.
Further, the leaf-peeling mechanism of described a kind of cane harvester, described delivery wheel comprises:
The first axle, level is installed in described frame;
Delivery wheel main body, it is taking described the first axle as axle; With
Some cylindrical shells, are installed on the outer peripheral face of described delivery wheel main body.
Further, the leaf-peeling mechanism of described a kind of cane harvester, the outer peripheral face of described cylindrical shell is arranged with the rubber sleeve isometric with described cylindrical shell.
Further, the leaf-peeling mechanism of described a kind of cane harvester, described cylindrical shell comprises an eccentric shaft, the both sides of described delivery wheel main body arrange disc, described cylindrical shell is connected between the described disc of described delivery wheel main body both sides by described eccentric shaft, and described eccentric shaft is parallel to described the first axle.
Further, the leaf-peeling mechanism of described a kind of cane harvester, described stripping impeller comprises:
The second axle, level is installed in described frame;
Stripping impeller bodies, it is taking described the second axle as axle; With
Some stripping leaves are brushed, and are installed on the outer peripheral face of described stripping impeller bodies.
Further, the leaf-peeling mechanism of described a kind of cane harvester, described stripping leaf brush comprises some stripping leaf-teeth, described stripping leaf-teeth are quality of rubber materials.
Further, the leaf-peeling mechanism of described a kind of cane harvester, described reversion separates wheel and comprises:
The 3rd axle, level is installed in described frame;
Reversion separates wheel body, and it is taking described the 3rd axle as axle; With
Some separation are brushed, and are installed on the outer peripheral face of described reversion separation wheel body.
Further, the leaf-peeling mechanism of described a kind of cane harvester, described separation brush comprises some separation teeth, the crescent pointed tooth that described separation tooth is high-toughness material.
Advantage of the present utility model and effect are:
1. the leaf-peeling mechanism of the utility model cane harvester arranges delivery wheel, stripping impeller separates wheel with reversion, the moderate delivery wheel of rotating speed steadily transports sugarcane in stripping leaf passage, the stripping impeller of High Rotation Speed is shelled leaf to sugarcane, and the reversion of low speed rotation separates wheel and separates the sugarcane leaf and the weeds that are still attached on sugarcane bar.
2. the leaf-peeling mechanism of the utility model cane harvester adopts a reversion to separate wheel, and with lower rotating speed rotation, the sugarcane that can not hinder in stripping leaf passage continues to advance, and separates clean.
3. the leaf-peeling mechanism of the utility model cane harvester has reduced the percentage of impurity of sugarcane harvesting, avoids shelling leaf passage and stops up, and reduces sugarcane fragmentation, conveniently collects entrucking, and does not need to carry out artificial secondary go-no-go, has improved complete machine service life.
Brief description of the drawings
Fig. 1 is the structural representation of leaf-peeling mechanism in embodiment 1 of the present utility model;
Fig. 2 is the structural representation of delivery wheel in embodiment 1 of the present utility model;
Fig. 3 is the cross-sectional view of delivery wheel in embodiment 1 of the present utility model;
Fig. 4 is the structural representation of shelling impeller in embodiment 1 of the present utility model;
Fig. 5 is the structural representation that in embodiment 1 of the present utility model, reversion separates wheel;
Fig. 6 is the structural representation of leaf-peeling mechanism in embodiment 2 of the present utility model.
Description of reference numerals: 1-sugarcane entrance, the outlet of 2-sugarcane bar, 3-delivery wheel, 301-the first axle, 302-delivery wheel main body, 303-cylindrical shell, 304-rubber sleeve, 305-eccentric shaft, 306-disc, 307-the first gear, 4-stripping leaf separator, 41-shells impeller, 411-the second axle, 412-shells impeller bodies, 413-stripping leaf brush, 414-shells leaf-teeth, 415-the second gear, 42-reversion separates wheel, 421-the 3rd axle, 422-reversion separates wheel body, 423-separates brush, 424-separates tooth, 425-the 3rd gear.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in more detail:
Embodiment 1:
As Fig. 1, it shows the structural representation of leaf-peeling mechanism in embodiment 1 of the present utility model.Described leaf-peeling mechanism comprises frame (not shown), sugarcane entrance 1, sugarcane bar outlet 2 and is communicated with described sugarcane entrance 1 and the stripping leaf passage of described sugarcane bar outlet 2.Described stripping leaf passage is that sugarcane enters described sugarcane entrance 1 through the inner track route to described sugarcane bar outlet 2 of described leaf-peeling mechanism.Described leaf-peeling mechanism also comprises from described sugarcane entrance 1 to described sugarcane bar outlet 2 delivery wheels that be arranged in parallel successively 3, stripping impeller 41 and reverses to separate and take turns 42.After the cutter of cane harvester cuts off sugarcane, fed the described delivery wheel 3 of stripping leaf passage through described sugarcane entrance 1 by the ceding of Taiwan of cane harvester.
Described delivery wheel 3, described stripping impeller 41 separate wheel 42 and are cylindric with described reversion, in the utility model, the bottom surface of cylinder is defined as described delivery wheel 3, described stripping impeller 41 or described reversion and separates the side of taking turns 42, the side of cylinder is defined as described delivery wheel 3, described stripping impeller 41 or described reversion and separates the outer peripheral face of taking turns 42, is the axis that described delivery wheel 3, described stripping impeller 41 or described reversion separate wheel 42 through the line of cylinder 2 bottom center's points.
Two parallel and relatively turnable being installed in described frame of described delivery wheel 3, and lay respectively at the above and below of described stripping leaf passage.Concrete, the homonymy of two described delivery wheels 3 arranges respectively the mutual interlock of the first gear 307 described in the first gear 307, two, and same size, makes two described delivery wheels 3 synchronously and relatively rotates; The direction of rotation of two described delivery wheels 3 is that the direction that makes sugarcane enter described leaf-peeling mechanism (is the arrow shown in Fig. 1
direction); The rotating speed of described delivery wheel 3 is moderate, and sugarcane is steadily advanced; Between two described delivery wheels 3, tool is at regular intervals, make two described delivery wheels 3 have suitable pressure to sugarcane effect, can clamp sugarcane and it is not damaged, and utilizing described delivery wheel 3 to the frictional force of sugarcane, it steadily to be advanced, to described stripping impeller 41 places.
Two parallel and relatively turnable being installed in described frame of described stripping impeller 41, and lay respectively at the above and below of described stripping leaf passage.Concrete, the homonymy of two described stripping impellers 41 arranges respectively the mutual interlock of the second gear 415 described in the second gear 415, two, and same size, makes two described stripping impellers 41 synchronously and relatively rotates; The direction of rotation of described stripping impeller 41 is identical with the described delivery wheel 3 above or below being located on described stripping leaf passage; Described stripping impeller 41 is High Rotation Speed, and its rotating speed is greater than described delivery wheel 3; Between two described stripping impellers 41, tool is at regular intervals, make 41, the described stripping impeller of High Rotation Speed add active force to the sugarcane foliar spray of growing on sugarcane bar, to sugarcane leaf is peeled off, and sugarcane bar is not damaged, and two described delivery wheels 3 are still steadily advanced sugarcane bar with former speed, separate and take turns 42 places to described reversion.Now, the sugarcane leaf peeling off along the direction of rotation of described stripping impeller 41 from described stripping impeller 41 and the space that separates between wheel 42 of described reversion fall to ground, but on sugarcane bar, be still attached with the sugarcane leaf and the weeds that are peeled off through described stripping impeller 41.
A described reversion separates wheel 42 and is installed in described frame, and is positioned at the below of described stripping leaf passage.Concrete is, the side that described reversion separates wheel 42 arranges the 3rd gear 425, described the 3rd gear 425 and be located on described the second gear 415 phase interlocks that described stripping impeller 41 1 sides of described stripping leaf passage below arrange, reaching described reversion, to separate the direction of rotation of wheel 42 contrary with described stripping impeller 41 with the described delivery wheel 3 below being located on described stripping leaf passage; And described the 3rd gear 425 that described reversion separates wheel 42 is different size with described second gear 415 of described stripping impeller 41, to reach described stripping impeller 41 as High Rotation Speed, and described reversion separation wheel 42 is low speed rotation, and its rotating speed is less than described delivery wheel 3, the reverse rotation that makes described reversion separate wheel 42 does not affect sugarcane bar steadily advances with former speed, and separable sugarcane leaf and sugarcane bar.Sugarcane leaf drops to the space separating by described stripping impeller 41 and described reversion between wheel 42 in sugarcane field, and sugarcane bar continues to advance, and to described sugarcane outlet 2, the stripping leaf work of cane harvester completes.
Further, as Fig. 2, it shows the structural representation of delivery wheel in embodiment 1 of the present utility model.Described delivery wheel 3 comprises the first axle 301, delivery wheel main body 302 and some cylindrical shells 303.Some described cylindrical shells 303 are installed on the outer peripheral face of described delivery wheel main body 302, preferably, some described cylindrical shells 303 are uniformly distributed in the outer peripheral face of described delivery wheel main body 302, and the axis of some described cylindrical shells 303 is parallel with the axis of described delivery wheel main body 302.Described delivery wheel main body 302, taking described the first axle 301 as axle, is socketed on described the first axle 301, and described the first axle 301 overlaps with the axis of described delivery wheel main body 302.Described delivery wheel main body 302 is installed in described frame by described the first axle 301, and can freely rotate reposefully around its axis.
Further, as Fig. 3, it shows the cross-sectional view of delivery wheel in embodiment 1 of the present utility model.The outer peripheral face of described cylindrical shell 303 is arranged with the rubber sleeve 304 isometric with described cylindrical shell 303, its sugarcane to clamping between two described delivery wheels 3 plays cushioning effect, and has avoided because the spacing of two described delivery wheels 3 is fixed and indivedual sturdy sugarcanes are damaged.
Further, described cylindrical shell 303 comprises an eccentric shaft 305, and described eccentric shaft 305 is parallel and does not coincide with the axis setting of described cylindrical shell 303.The both sides of described delivery wheel main body 302 arrange disc 306, and the diameter of described disc 306 is greater than the side diameter of described delivery wheel main body 302.Described cylindrical shell 303 is connected between the described disc 306 of described delivery wheel main body 302 both sides by described eccentric shaft 305, and described eccentric shaft is parallel to described the first axle 301.The setting of described eccentric shaft 305 makes the thrust of adjustable two the described delivery wheels 3 of described cylindrical shell 303 to sugarcane, makes the sugarcane of various thicknesses can be subject to uniform power and is sent to two described stripping impeller 41 places.Preferably, the tie point of described eccentric shaft 305 and described disc 306 is near described delivery wheel 3, the outer peripheral face of described cylindrical shell 303 is arranged with rubber sleeve 304, described cylindrical shell 303 can not freely be rotated, but in the time that indivedual sturdy sugarcanes enter between two described delivery wheels 3, due to the active force of sugarcane to described cylindrical shell 303, force described cylindrical shell 303 to push described delivery wheel main body 302, overcoming the cushioning effect power that described rubber sleeve 304 has rotates around described eccentric shaft 305, increase the spacing of two described delivery wheels 3, avoid indivedual sturdy sugarcanes to damage.
Further, as Fig. 4, it shows the structural representation of shelling impeller in embodiment 1 of the present utility model.Described stripping impeller 41 comprises the second axle 411, stripping impeller bodies 412 and some stripping leaves brush 413.Some described stripping leaf brushes 413 are installed on the outer peripheral face of described stripping impeller bodies 411, and preferably, some described stripping leaf brushes 413 evenly and are vertically installed on the outer peripheral face of described stripping impeller bodies 412.Concrete, can select to install four described stripping leaf brushes 413, every two adjacent described stripping leaf brush 413 mutual at right angle settings are in the outer peripheral face of described stripping impeller bodies 411.Described stripping impeller bodies 412, taking described the second axle 411 as axle, is socketed on described the second axle 411, and described the second axle 411 overlaps with the axis of described stripping impeller bodies 412.Described stripping impeller bodies 412 is installed in described frame by described the second axle 411, and can freely rotate reposefully around its axis.
Further, described stripping leaf brush 413 comprises some stripping leaf-teeth 414.Preferably, described stripping leaf-teeth 414 evenly and are abreast arranged on described stripping leaf brush 413, and described stripping leaf-teeth 414 are elongate in shape, and are quality of rubber materials.Its elongate in shape has increased moment, has strengthened toughness; Its quality of rubber materials has avoided the described stripping impeller 41 of two of High Rotation Speed to drive described stripping leaf-teeth 414 to damage sugarcane bar, and easily the sugarcane leaf being grown on sugarcane bar is peeled off.
Further, as Fig. 5, it shows reversion in embodiment 1 of the present utility model and separates the structural representation of taking turns.Described reversion separates wheel and comprises that the 3rd axle 421, reversion separate wheel body 422 and some brushes 423 that separate.Some described separation brushes 423 are installed on the outer peripheral face of described reversion separation wheel body.Preferably, some described separation brushes 423 evenly and are vertically installed on the outer peripheral face of described reversion separation wheel body 422.Concrete, can select to install four described separation brushes 423, every two adjacent described separation brush 423 mutual at right angle settings separate the outer peripheral face of wheel body 422 in described reversion.Described reversion separates wheel body 422 taking described the 3rd axle 421 as axle, is socketed on described the 3rd axle 421, and described the 3rd axle 421 separates wheel body 422 axis with described reversion overlaps.Described reversion separates wheel body 422 and is installed in described frame by described the 3rd axle 421, and can freely rotate reposefully around its axis.
Further, described separation brush 423 comprises some separation teeth 424.Preferably, described separation tooth 424 evenly and is abreast arranged on described separation brush 423, and the described separation tooth 424 crescent pointed tooth that is high-toughness material.
Further, the described separation tooth 424 in two of centres of described separation brush 423 is (if described separation tooth is odd number, in the middle of being, one separates the separation tooth that is adjacent of tooth) central point of line is positioned on the center line that enters track of sugarcane, and the pointed tooth part of described separation tooth 424 departs from the centre of motion line of sugarcane.Make described separation tooth 424 just stop sugarcane sugarcane leaf and weeds around, do not hinder sugarcane to travel forward, reduced the injury to sugarcane simultaneously.
Embodiment 2:
As Fig. 6, it shows the structural representation of leaf-peeling mechanism in embodiment 2 of the present utility model.Two described stripping impellers 41 as above separate wheel 42 with 1 described reversion be one group of stripping leaf separator 4, and described leaf-peeling mechanism sets gradually the described stripping leaf separator 4 of many groups from described delivery wheel 3 to described sugarcane bar outlet 2.By many groups of described stripping leaf separators 4, and set described delivery wheel 3 and described stripping impeller 41, described stripping impeller 41 separates wheel 42 with described reversion, and the reasonable clearance of adjacent described stripping leaf separator 4, separates the rotating speed of taking turns 42 with described delivery wheel 3, described stripping impeller 41 with described reversion.Make peeling leaves of sugarcane clean, improved stripping leaf efficiency, and ensure that sugarcane is complete, reach the acquisition criteria in sugar refinery, and sugarcane leaf and weeds are separated in the ground of sugarcane harvesting motor spindle.
The foregoing is only preferably embodiment of the utility model, be not used for limiting practical range of the present utility model, the equivalence of in every case doing in protection domain of the present utility model changes and modifies, and all should think and fall in protection domain of the present utility model.
Claims (8)
1. the leaf-peeling mechanism of a cane harvester, it comprises: frame, sugarcane entrance, sugarcane bar export and be communicated with the stripping leaf passage of described sugarcane entrance and the outlet of described sugarcane bar, it is characterized in that, in described frame, set gradually from described sugarcane entrance to described sugarcane bar outlet:
Lay respectively at the above and below of described stripping leaf passage, and two delivery wheels in relative rotation; With
Shell above leaf separator for one group;
Described stripping leaf separator comprises:
Lay respectively at the above and below of described stripping leaf passage, and in relative rotation two stripping impellers; With
A reversion that is positioned at described stripping leaf passage below separates wheel;
The direction of rotation of described delivery wheel is to make sugarcane enter the direction of described leaf-peeling mechanism, the direction of rotation of described stripping impeller is identical with the described delivery wheel above or below being located on described stripping leaf passage, and the direction of rotation that described reversion separates wheel is contrary with described stripping impeller with the described delivery wheel that is located on described stripping leaf passage below.
2. the leaf-peeling mechanism of a kind of cane harvester according to claim 1, is characterized in that, described delivery wheel comprises:
The first axle, level is installed in described frame;
Delivery wheel main body, it is taking described the first axle as axle; With
Some cylindrical shells, are installed on the outer peripheral face of described delivery wheel main body.
3. the leaf-peeling mechanism of a kind of cane harvester according to claim 2, is characterized in that, the outer peripheral face of described cylindrical shell is arranged with the rubber sleeve isometric with described cylindrical shell.
4. according to the leaf-peeling mechanism of a kind of cane harvester described in claim 2 or 3, it is characterized in that, described cylindrical shell comprises an eccentric shaft, the both sides of described delivery wheel main body arrange disc, described cylindrical shell is connected between the described disc of described delivery wheel main body both sides by described eccentric shaft, and described eccentric shaft is parallel to described the first axle.
5. the leaf-peeling mechanism of a kind of cane harvester according to claim 1, is characterized in that, described stripping impeller comprises:
The second axle, level is installed in described frame;
Stripping impeller bodies, it is taking described the second axle as axle; With
Some stripping leaves are brushed, and are installed on the outer peripheral face of described stripping impeller bodies.
6. the leaf-peeling mechanism of a kind of cane harvester according to claim 5, is characterized in that, described stripping leaf brush comprises some stripping leaf-teeth, and described stripping leaf-teeth are quality of rubber materials.
7. the leaf-peeling mechanism of a kind of cane harvester according to claim 1, is characterized in that, described reversion separates wheel and comprises:
The 3rd axle, level is installed in described frame;
Reversion separates wheel body, and it is taking described the 3rd axle as axle; With
Some separation are brushed, and are installed on the outer peripheral face of described reversion separation wheel body.
8. the leaf-peeling mechanism of a kind of cane harvester according to claim 7, is characterized in that, described separation brush comprises some separation teeth, the crescent pointed tooth that described separation tooth is high-toughness material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420471190.0U CN203985077U (en) | 2014-08-20 | 2014-08-20 | A kind of leaf-peeling mechanism of cane harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420471190.0U CN203985077U (en) | 2014-08-20 | 2014-08-20 | A kind of leaf-peeling mechanism of cane harvester |
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| Publication Number | Publication Date |
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| CN203985077U true CN203985077U (en) | 2014-12-10 |
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|---|---|---|---|
| CN201420471190.0U Expired - Fee Related CN203985077U (en) | 2014-08-20 | 2014-08-20 | A kind of leaf-peeling mechanism of cane harvester |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104186109A (en) * | 2014-08-20 | 2014-12-10 | 广西众信农业科技股份有限公司 | Leaf peeling mechanism of sugarcane harvester |
| CN104782321A (en) * | 2015-03-31 | 2015-07-22 | 广德县利民农田水利专业合作社 | Corn stalk leaf peeling device |
| CN108260405A (en) * | 2018-01-10 | 2018-07-10 | 昆明理工大学 | A kind of whole rod type sugarcane stripping leaf machine |
| CN111011897A (en) * | 2019-12-27 | 2020-04-17 | 广西大学 | Sugarcane leaf peeling machine |
-
2014
- 2014-08-20 CN CN201420471190.0U patent/CN203985077U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104186109A (en) * | 2014-08-20 | 2014-12-10 | 广西众信农业科技股份有限公司 | Leaf peeling mechanism of sugarcane harvester |
| CN104782321A (en) * | 2015-03-31 | 2015-07-22 | 广德县利民农田水利专业合作社 | Corn stalk leaf peeling device |
| CN108260405A (en) * | 2018-01-10 | 2018-07-10 | 昆明理工大学 | A kind of whole rod type sugarcane stripping leaf machine |
| CN108260405B (en) * | 2018-01-10 | 2020-04-07 | 昆明理工大学 | Whole-rod type sugarcane leaf peeling machine |
| CN111011897A (en) * | 2019-12-27 | 2020-04-17 | 广西大学 | Sugarcane leaf peeling machine |
| CN111011897B (en) * | 2019-12-27 | 2022-07-26 | 广西大学 | Sugarcane leaf peeling machine |
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