CN206963371U - The sugarcane leaf separator of segmenting type sugar cane combine harvester - Google Patents
The sugarcane leaf separator of segmenting type sugar cane combine harvester Download PDFInfo
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- CN206963371U CN206963371U CN201720422621.8U CN201720422621U CN206963371U CN 206963371 U CN206963371 U CN 206963371U CN 201720422621 U CN201720422621 U CN 201720422621U CN 206963371 U CN206963371 U CN 206963371U
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Abstract
It the utility model is related to agricultural machinery equipment, the sugarcane leaf separator of particularly a kind of segmenting type sugar cane combine harvester, including lift arm, lift arm includes lift arm side plate (1), driving chain (2), driving wheel (3), hydraulic motor (4), driven pulley (31), scalable scraper plate (6), vibrating device, blower fan hydraulic motor (19) and fan (20)；Vibrating device includes bottom plate (141), middle fixed plate (142), upper mounted plate (143), floating carrier material screen net (8), spring (9) and vibrator (15)；Fan is arranged on the top of lift arm (1), and blower fan hydraulic motor (19) is connected with fan (20).The sugarcane leaf separator of the utility model segmenting type sugar cane combine harvester is simple to manufacture, sound construction, applied to raising dust removal rate, reduction percentage of impurity is advantageous on harvester, is ensured harvesting sugarcane quality, is met that sugar refinery requires.
Description
Technical field
It the utility model is related to agricultural machinery equipment, the sugarcane leaf separation dress of particularly a kind of segmenting type sugar cane combine harvester
Put.
Background technology
As the raising of economic level, the increase of labor cost, people are also increasing to the demand of sucrose, to sucrose
The requirement of quality also more and more higher, manpower, which cuts sugarcane, can not meet the needs of market is to sugarcane.It is sweet in order to reduce harvesting cost
Sugarcane harvester progressively replaces manpower.At present, sugarcane mechanization harvesting turns into a kind of trend, and the type of harvesting machinery mainly has
Two kinds：Segmenting type sugar cane combine harvester and combined whole-rod sugarcane cropper.
Combined whole-rod sugarcane cropper requires higher to harvesting condition, for growth curvature or the sugarcane of lodging, very
Hardly possible completes the requirement of harvesting and removal of impurities.Segmenting type sugar cane combine harvester is less demanding to sugarcane harvesting condition, can complete to receive
The task of the bad sugarcane of growing way is cut, impurity-eliminating effect is better than combined whole-rod sugarcane cropper, is especially suitable for China's national situation.But
It is that the sugarcane of most of segmenting type sugar cane combine harvester harvesting can not meet that sugar refinery requires, main reason is that efficiency is low, contained
Miscellaneous rate is high, and its impurity mainly contains sugarcane leaf, perennial root, soil and stone etc., so as to influence the yield of sucrose and quality.Therefore, open
The sugarcane leaf separator for the segmenting type sugar cane combine harvester that to send out operating efficiency a kind of high, percentage of impurity is low has critically important reality
Meaning.At present, the sugarcane leaf separator of domestic and international existing segmenting type sugar cane combine harvester, is arranged using axial flow blower mostly
Miscellaneous, i.e., at work, sugarcane material is dished out from transfer passage outlet moment, into axial flow blower lower section, is born caused by blower fan
Pressure discharges the impurity such as sugarcane leaf.Numerous studies and optimization design have been carried out to it both at home and abroad, still, still can not harvest satisfaction sugar
The sugarcane that factory requires, itself main reason is that the sugarcane leaf disengaging time of existing sugarcane leaf separator is short, some apart from blower fan farther out
Impurity do not separate also and just fall into aggregate bin.The utility model extends sugarcane leaf disengaging time, and in course of conveying, by sugarcane leaf
It is scattered, make it nearer apart from blower fan, larger leaf is discharged by blower fan, other less impurity can fall thereunder,
So as to reach the purpose for improving dust removal rate, reducing percentage of impurity.
The content of the invention
The purpose of this utility model is the segmenting type sugar cane combine harvester for proposing that a kind of operating efficiency is high, percentage of impurity is low
Sugarcane leaf separator, in the course of the work, due to vibration, disperse billets of cane and sugarcane top, blower fan produce negative pressure will be big
Sugarcane leaf is discharged, and small impurity falls away from floating carrier material screen net.
The purpose of this utility model is achieved through the following technical solutions：
The sugarcane leaf separator of segmenting type sugar cane combine harvester, including lift arm, lift arm include lift arm side plate 1,
Driving chain 2, driving wheel 3, hydraulic motor 4, directive wheel 71 on driven pulley 31, first, it is oriented on first time directive wheel 72, second
Wheel 73 and second time directive wheel 74, lift arm include the hypomere positioned at front, the epimere being located behind and the connection epimere
With the inclined stage casing of hypomere, epimere and hypomere and plane-parallel, the both sides of the lift arm are provided with lift arm side plate 1, phase
Answer, lift arm side plate 1 also has hypomere, stage casing and epimere；The hypomere of lift arm side plate 1 and the junction in stage casing are positioned at transmission
The upper surface of chain 2 is provided with directive wheel 71 and first time directive wheel 72, the stage casing of lift arm side plate 1 and the combination of epimere on first
Place is provided with directive wheel 73 and second time directive wheel 74 on second positioned at the lower surface of driving chain 2；
The separator also includes scalable scraper plate 6, vibrating device, blower fan hydraulic motor 19 and fan 20；
Scalable scraper plate 6 includes upper scraping plate 21, scrapes flat spring 24 and lower scraping plate 25；The bottom of upper scraping plate 21 is provided with upper spring
Groove 29；The top of lower scraping plate 25 is provided with inner chamber 27, and the bottom of inner chamber 27 is provided with lower spring groove 26；At least the one of upper scraping plate 21
It is partially received in the inner chamber 27 of lower scraping plate 25, scrapes flat spring 24 and be arranged between upper scraping plate 21 and lower scraping plate 25, wherein, scraper plate
The lower end of spring 24 is fitted close with lower spring groove 26, upper end and upper spring groove 29；The bottom of upper scraping plate 21 is provided with outside
The upper scraping plate protrusive board 30 that side protrudes, the upper opening of the inner chamber 27 of lower scraping plate 25 are provided with the baffle plate 28 prominent to open interior；
Scalable scraper plate 6 arranges that upper scraping plate 21 is logical between the lift arm side plate 1 of the both sides of lift arm parallel to drive shaft
Cross upper scraping plate bolt 35 to be connected on driving chain 2, multiple scalable scraper plates 6 are arranged on driving chain 2, scalable scraper plate 6
It is vertical with the transmission plane of driving chain 2；
Vibrating device includes bottom plate 141, middle fixed plate 142, upper mounted plate 143, floating carrier material screen net 8, bullet
Spring 9 and vibrator 15；
Floating carrier material screen net 8 include the hypomere positioned at front, the epimere that is located behind and the connection epimere and
The inclined stage casing of hypomere, wherein, epimere and hypomere and plane-parallel；
Hypomere, stage casing and the epimere of lift arm side plate 1 be connected with respectively the hypomere with floating carrier material screen net 8, in
Section and parallel bottom plate 141, middle fixed plate 142 and the upper mounted plate 143 of epimere；
Set between the lower surface of floating carrier material screen net 8 and bottom plate 141, middle fixed plate 142 and upper mounted plate 143
Spring 9 is equipped with, vibrator 15 is arranged on floating carrier material screen net 8；
The upper surface of floating carrier material screen net 8 contacts with the bottom of lower scraping plate 25；
Directive wheel 71 takes turns the lower edge in week on described first and the vertical range of the hypomere of floating carrier material screen net 8 is less than
The drift of scalable scraper plate 6, the upper edge in the wheel week of directive wheel 73 and floating carrier material screen net 8 is upper on described second
The vertical range of section is less than the drift of scalable scraper plate 6；
Fan is arranged on the top of lift arm 1, and blower fan hydraulic motor 19 is connected with fan 20.
Front end on the hypomere of lift arm side plate 1 positioned at floating carrier material screen net 8 is provided with guide wheel 7, and guide wheel 7 takes turns week
Lower edge 32 upper edge in week is taken turns less than driving wheel 3, the front end face of floating carrier material screen net 8 has downward radian, its
The front end of downward radian is the screen cloth front end 33 of floating carrier material screen net 8, and guide wheel 7 takes turns lower edge 32 and the sieve in week
The vertical range for netting front end 33 is more than the drift of scalable scraper plate 6, and the lower edge 32 that guide wheel 7 takes turns week carries with floating
The vertical range of material screen cloth 8 is less than the drift of scalable scraper plate 6.
A part for baffle plate 28 is the positioning being removably secured by positioning the upper opening of crab bolt 22 and inner chamber 27
Plate 23.
The front side edge lower end of lower scraping plate 25 is higher than back side edge lower end, is provided between front side edge lower end and back side edge lower end
Changeover portion.
The changeover portion is arc.
Multiple scalable scraper plates 6 are arranged on driving chain 2 at interval of 30cm to 35cm distance.
The separator also includes fan shroud 18, and the fan shroud 18 is arranged on lift arm 1, positioned at the upper of lift arm 1
Side, multiple fans 20 are arranged in fan shroud 18.
Center line symmetrical disposed at equal distance of multiple fans 20 in the direction of 18 interior edge conveying arm of fan shroud 1.
The elastic force for scraping flat spring 24 is more than the gravity of upper scraping plate 21.
The beneficial effects of the utility model are：
1. the utility model is compared with existing sugarcane leaf separator, it is ensured that sugarcane leaf disengaging time, conveying arm is by shaking
Dynamic achievable multiple sugarcane leaf disperses, and producing negative pressure by blower fan separates sugarcane leaf, improves sugarcane leaf separating effect.
2. the utility model can ensure that the distance of sugarcane leaf material and sugarcane leaf blower fan mouth is certain, sugarcane leaf material is prevented not
Situation about being separated by blower fan.
3. less material can be directly separated by the utility model from bottom.
4. compared with existing scraper plate, scalable scraper plate retractable, be advantageous to closely connect with floating carrier material screen net
Touch, meanwhile, even across long-time using wearing, contact compactness is also can guarantee that, prevents sugarcane section from losing, impurity blocks scraper plate
Problem.
The sugarcane leaf separator of the utility model segmenting type sugar cane combine harvester is simple to manufacture, sound construction, is applied to
Be advantageous to improve dust removal rate on harvester, reduce percentage of impurity, ensure harvesting sugarcane quality, meet that sugar refinery requires.
Brief description of the drawings
Fig. 1 is the side structure schematic view of the sugarcane leaf separator of the utility model segmenting type sugar cane combine harvester；
Fig. 2 is the dimensional structure diagram of the sugarcane leaf separator of the utility model segmenting type sugar cane combine harvester；
Fig. 3 is the decomposition front view of scalable scraper plate 6 of the present utility model；
Fig. 4 is the dimensional structure diagram of vibrating device of the present utility model；
Fig. 5 is the enlarged drawing of Fig. 1 dashed regions.
Reference：
The driving wheel of 1 lift arm side plate, 2 driving chain 3
4 hydraulic motor, 5 hydraulic motor bolt, 6 scalable scraper plate
First time directive wheel of directive wheel 72 on 7 guide wheels 71 first
The floating carrier material screen net of second time directive wheel of directive wheel 74 8 on 73 second
Fixed plate in the bottom plate 142 of 9 spring 141
The fan shroud of 143 upper mounted plate, 15 vibrator 18
The upper scraping plate of 19 blower fan hydraulic motor, 20 fan 21
The 22 positioning location-plates 24 of crab bolt 23 scrape flat spring
The inner chamber of 25 lower scraping plate, 26 lower spring groove 27
The upper scraping plate protrusive board of spring groove 30 on 28 baffle plates 29
The screen cloth front end of 31 driven pulley, 32 lower edge 33
35 upper scraping plate bolts
Embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.
As depicted in figs. 1 and 2, the sugarcane leaf separator of segmenting type sugar cane combine harvester, including：It is lift arm, scalable
Scraper plate 6, vibrating device, fan shroud 18, blower fan hydraulic motor 19 and fan 20.
Lift arm includes lift arm side plate 1, driving chain 2, driving wheel 3, hydraulic motor 4, driven pulley 31, guide wheel 7, the
Directive wheel 71 on one, directive wheel 73 and second time directive wheel 74 on first time directive wheel 72, second.
Lift arm includes the hypomere positioned at front, the epimere being located behind and connects the inclined of the epimere and hypomere
Stage casing, wherein, epimere and hypomere and plane-parallel.
The both sides of the lift arm are provided with lift arm side plate 1, accordingly, lift arm side plate 1 also have hypomere, stage casing and on
Section.
The front end of lift arm side plate 1 is provided with drive shaft, and a pair of driving wheels 3 is provided with drive shaft；Lift arm side plate 1
Rear end is provided with driven shaft, and a pair of driven 31 is provided with driven shaft.Hydraulic motor 4 is fixed on by hydraulic motor bolt 5
On lift arm side plate 1.The clutch end of hydraulic motor 4 and driving axis connection, so as to impart power to driving wheel 3.
Driving chain 2 is set on driving wheel 3 and driven pulley 31.Driving wheel 3 drive driving chain 2 drive shaft with it is driven
It is driven between axle, realizes the purpose of conveying billets of cane.
The upper surface that the hypomere of lift arm side plate 1 and the junction in stage casing are located at driving chain 2 is provided with directive wheel on first
71 and first time directive wheel 72；The lower surface that the stage casing of lift arm side plate 1 and the junction of epimere are located at driving chain 2 is provided with the
Directive wheel 73 and second time directive wheel 74 on two.
As shown in figure 3, scalable scraper plate 6 includes upper scraping plate 21, scrapes flat spring 24 and lower scraping plate 25.
The bottom of upper scraping plate 21 is provided with upper spring groove 29.
The top of lower scraping plate 25 is provided with inner chamber 27, and the bottom of inner chamber 27 is provided with lower spring groove 26.
At least a portion of upper scraping plate 21 is contained in the inner chamber 27 of lower scraping plate 25, is scraped flat spring 24 and is arranged in upper scraping plate 21
Between lower scraping plate 25, wherein, the lower end and lower spring groove 26, upper end and upper spring groove 29 for scraping flat spring 24 are closely matched somebody with somebody
Close.
The elastic force for scraping flat spring 24 is more than the gravity of upper scraping plate 21, can be achieved to scrape flat spring 24 and upper scraping plate 21 and lower scraping plate
25 close contact, without affixed, ensure the scalable stretching motion of scraper plate 6, be advantageous to scalable scraper plate 6 and carried with floating
Material screen cloth 8 is fitted close.
The bottom of upper scraping plate 21 is provided with upper scraping plate protrusive board 30 prominent laterally, the upper opening of the inner chamber 27 of lower scraping plate 25
Provided with the baffle plate 28 prominent to open interior.In working condition, baffle plate 28 is engaged with upper scraping plate protrusive board 30, to upper scraping plate 21
There is positioning action, to prevent upper scraping plate 21 from ejecting inner chamber 27 in the presence of the spring force of flat spring 24 is scraped.
Preferably, a part for baffle plate 28 is to be removably secured by positioning crab bolt 22 and the upper opening of inner chamber 27
Location-plate 23, baffle plate 28 and location-plate 23 are so as to forming an opening smaller than the upper opening of inner chamber 27.
The front side edge lower end of lower scraping plate 25 is higher than back side edge lower end, is provided between front side edge lower end and back side edge lower end
Changeover portion, it is preferable that the changeover portion is arc.
Scalable scraper plate 6 is arranged between the lift arm side plate 1 of the both sides of lift arm parallel to drive shaft.Upper scraping plate 21 is logical
Cross upper scraping plate bolt 35 to be connected on driving chain 2, as shown in Figure 5.Multiple scalable scraper plates 6 at interval of 30cm to 35cm away from
From being arranged on driving chain 2.The mode of being fixedly connected can ensure that scalable scraper plate 6 is vertical with the transmission of driving chain 2 plane.Can
The lower scraping plate 25 of expansion scraper blade 6 changeover portion design purpose be in order to the line contact of floating carrier material screen net 8, be beneficial to
Pass through the curve transition face of floating carrier material screen net 8.
As shown in figure 4, vibrating device includes bottom plate 141, middle fixed plate 142, upper mounted plate 143, floating carrier
Material screen net 8, spring 9 and vibrator 15.
It is similar with lift arm, floating carrier material screen net 8 also include the hypomere positioned at front, the epimere that is located behind and
The inclined stage casing of the epimere and hypomere is connected, wherein, epimere and hypomere and plane-parallel.
Hypomere, stage casing and the epimere of lift arm side plate 1 be connected with respectively the hypomere with floating carrier material screen net 8, in
Section and parallel bottom plate 141, middle fixed plate 142 and the upper mounted plate 143 of epimere.
Set between the lower surface of floating carrier material screen net 8 and bottom plate 141, middle fixed plate 142 and upper mounted plate 143
It is equipped with spring 9.Vibrator 15 is arranged on floating carrier material screen net 8.
The upper surface of floating carrier material screen net 8 contacts with the bottom of lower scraping plate 25.
Vibrator 15 can cause floating carrier material screen net 8 to vibrate, and spring 9 can produce floating carrier material screen net 8
Raw certain freely up and down motion, in the presence of elastic force, while keeping being fitted close with scalable scraper plate 6, it can make sweet
Sugarcane section is disperseed with impurity, and so as to impurity, the negative pressure caused by fan 20 is discharged.
Directive wheel 71 takes turns the lower edge in week on described first and the vertical range of the hypomere of floating carrier material screen net 8 is less than
The drift of scalable scraper plate 6.Upper edge and the floating carrier material screen net 8 in the wheel week of directive wheel 73 is upper on described second
The vertical range of section is less than the drift of scalable scraper plate 6.
Preferably, the front end on the hypomere of lift arm side plate 1 positioned at floating carrier material screen net 8 is provided with guide wheel 7, guides
The upper edge in week is taken turns less than driving wheel 3 in the lower edge 32 in the wheel week of wheel 7.
As shown in Figure 4 and Figure 5, the front end face of floating carrier material screen net 8 has downward radian, its downward radian
Front end is the screen cloth front end 33 of floating carrier material screen net 8.Guide wheel 7 takes turns the lower edge 32 and screen cloth front end 33 in week
Vertical range is more than the drift of scalable scraper plate 6, and guide wheel 7 takes turns lower edge 32 and the floating carrier material screen net 8 in week
Vertical range is less than the drift of scalable scraper plate 6.It is so shaped, can make scalable scraper plate 6 in the course of the work with floating
Carrier material screen net 8 smoothly without producing collide by contact, and can guarantee that it is in close contact without separating.
Fan shroud 18 is arranged on lift arm 1, positioned at the top of lift arm 1.Multiple fans 20 are arranged in fan shroud 18,
Preferably, center line symmetrical disposed at equal distance of multiple fans 20 in the direction of 18 interior edge lift arm of fan shroud 1.Blower fan hydraulic motor
19 are connected with fan 20, and blower fan hydraulic motor 19 imparts power to fan 20, and negative pressure is produced in fan shroud 18, arrange sugarcane leaf
Go out.
The course of work：
During harvest, material falls the hypomere in floating carrier material screen net 8, and the power of hydraulic motor 4 passes through driving
Wheel 3 passes to driving chain 2, and in the presence of driving chain 2, billets of cane is transported to the upper of lift arm 1 by scalable scraper plate 6
Section.In course of conveying, vibration is passed to material by vibrator 15 by floating carrier material screen net 8, realizes sugarcane section and sugarcane leaf
Separation, the driving fan 20 of blower fan hydraulic motor 19 rotates, and produces suction and separate sugarcane leaf.
Above-mentioned embodiment is merely to illustrate the utility model, wherein the structure of each part, connected mode etc. are all can be with
It is varied from, every equivalents carried out on the basis of utility model technical scheme and improvement, should not discharges in this reality
Outside new protection domain.
Claims (9)
1. the sugarcane leaf separator of segmenting type sugar cane combine harvester, including lift arm, lift arm include lift arm side plate (1),
Driving chain (2), driving wheel (3), hydraulic motor (4), driven pulley (31), directive wheel (71), first time directive wheel on first
(72), directive wheel (73) and second time directive wheel (74) on second, lift arm include the hypomere positioned at front, be located behind it is upper
Section and the inclined stage casing of the connection epimere and hypomere, epimere and hypomere and plane-parallel, the both sides of the lift arm
Provided with lift arm side plate (1), accordingly, lift arm side plate (1) also has hypomere, stage casing and epimere；Under lift arm side plate (1)
The upper surface that the junction in section and stage casing is located at driving chain (2) is provided with directive wheel (71) and first time directive wheel on first
(72), the stage casing of lift arm side plate (1) and the junction of epimere be located at driving chain (2) lower surface be provided with second on directive wheel
And second time directive wheel (74) (73)；
It is characterized in that：
The separator also includes scalable scraper plate (6), vibrating device, blower fan hydraulic motor (19) and fan (20)；
Scalable scraper plate (6) includes upper scraping plate (21), scrapes flat spring (24) and lower scraping plate (25)；The bottom of upper scraping plate (21) is provided with
Upper spring groove (29)；The top of lower scraping plate (25) is provided with inner chamber (27), and the bottom of inner chamber (27) is provided with lower spring groove (26)；
At least a portion of upper scraping plate (21) is contained in the inner chamber (27) of lower scraping plate (25), is scraped flat spring (24) and is arranged in upper scraping plate
(21) between lower scraping plate (25), wherein, scrape the lower end of flat spring (24) and lower spring groove (26), upper end and upper spring groove
(29) it is fitted close；The bottom of upper scraping plate (21) is provided with upper scraping plate protrusive board (30) prominent laterally, the inner chamber of lower scraping plate (25)
(27) upper opening is provided with the baffle plate (28) prominent to open interior；
Scalable scraper plate (6) is between the lift arm side plate (1) of the both sides of lift arm parallel to drive shaft arrangement, upper scraping plate (21)
It is connected to by upper scraping plate bolt (35) on driving chain (2), multiple scalable scraper plates (6) are arranged on driving chain (2),
Scalable scraper plate (6) is vertical with the transmission plane of driving chain (2)；
Vibrating device includes bottom plate (141), middle fixed plate (142), upper mounted plate (143), floating carrier material screen net
(8), spring (9) and vibrator (15)；
Floating carrier material screen net (8) include the hypomere positioned at front, the epimere that is located behind and the connection epimere and under
The inclined stage casing of section, wherein, epimere and hypomere and plane-parallel；
Hypomere, stage casing and the epimere of lift arm side plate (1) be connected with respectively the hypomere with floating carrier material screen net (8), in
Section and parallel bottom plate (141), middle fixed plate (142) and the upper mounted plate (143) of epimere；
The lower surface of floating carrier material screen net (8) and bottom plate (141), middle fixed plate (142) and upper mounted plate (143) it
Between be provided with spring (9), vibrator (15) is arranged on floating carrier material screen net (8)；
The upper surface of floating carrier material screen net (8) contacts with the bottom of lower scraping plate (25)；
The lower edge in directive wheel (71) wheel week and the vertical range of the hypomere of floating carrier material screen net (8) are less than on described first
The drift of scalable scraper plate (6), the upper edge in the wheel week of directive wheel (73) and floating carrier material screen net on described second
(8) vertical range of epimere is less than the drift of scalable scraper plate (6)；
Fan is arranged on the top of lift arm, and blower fan hydraulic motor (19) is connected with fan (20).
2. the sugarcane leaf separator of segmenting type sugar cane combine harvester according to claim 1, it is characterised in that：
Front end on the hypomere of lift arm side plate (1) positioned at floating carrier material screen net (8) is provided with guide wheel (7), guide wheel (7)
The all lower edges (32) of the wheel upper edge all less than driving wheel (3) wheel, the front end face of floating carrier material screen net (8) have downwards
Radian, the front end of its downward radian is the screen cloth front end (33) of floating carrier material screen net (8), guide wheel (7) wheel
The lower edge (32) in week is more than the drift of scalable scraper plate (6), guide wheel (7) with the vertical range of screen cloth front end (33)
Take turns the drift that the lower edge (32) in week is less than scalable scraper plate (6) with the vertical range of floating carrier material screen net (8).
3. the sugarcane leaf separator of segmenting type sugar cane combine harvester according to claim 1, it is characterised in that：
A part for baffle plate (28) is to be determined by position that the upper opening of crab bolt (22) and inner chamber (27) is removably secured
Position plate (23).
4. the sugarcane leaf separator of segmenting type sugar cane combine harvester according to claim 1, it is characterised in that：
The front side edge lower end of lower scraping plate (25) is higher than back side edge lower end, is provided between front side edge lower end and back side edge lower end
Cross section.
5. the sugarcane leaf separator of segmenting type sugar cane combine harvester according to claim 4, it is characterised in that：
The changeover portion is arc.
6. the sugarcane leaf separator of segmenting type sugar cane combine harvester according to claim 1, it is characterised in that：
Multiple scalable scraper plates (6) are arranged on driving chain (2) at interval of 30cm to 35cm distance.
7. the sugarcane leaf separator of segmenting type sugar cane combine harvester according to claim 1, it is characterised in that：
The separator also includes fan shroud (18), and the fan shroud (18) is arranged on lift arm, positioned at the top of lift arm,
Multiple fans (20) are arranged in fan shroud (18).
8. the sugarcane leaf separator of segmenting type sugar cane combine harvester according to claim 7, it is characterised in that：
Center line symmetrical disposed at equal distance of multiple fans (20) in fan shroud (18) interior edge lift arm direction.
9. the sugarcane leaf separator of segmenting type sugar cane combine harvester according to claim 1, it is characterised in that：
The elastic force for scraping flat spring (24) is more than the gravity of upper scraping plate (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720422621.8U CN206963371U (en) | 2017-04-21 | 2017-04-21 | The sugarcane leaf separator of segmenting type sugar cane combine harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720422621.8U CN206963371U (en) | 2017-04-21 | 2017-04-21 | The sugarcane leaf separator of segmenting type sugar cane combine harvester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206963371U true CN206963371U (en) | 2018-02-06 |
Family
ID=61411947
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720422621.8U Active CN206963371U (en) | 2017-04-21 | 2017-04-21 | The sugarcane leaf separator of segmenting type sugar cane combine harvester |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206963371U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106900277A (en) * | 2017-04-21 | 2017-06-30 | 中国农业大学 | The sugarcane leaf separator of segmenting type sugar cane combine harvester |
| CN109479509A (en) * | 2019-01-04 | 2019-03-19 | 中国农业大学 | A kind of conveyor of sugar cane harvester |
-
2017
- 2017-04-21 CN CN201720422621.8U patent/CN206963371U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106900277A (en) * | 2017-04-21 | 2017-06-30 | 中国农业大学 | The sugarcane leaf separator of segmenting type sugar cane combine harvester |
| CN109479509A (en) * | 2019-01-04 | 2019-03-19 | 中国农业大学 | A kind of conveyor of sugar cane harvester |
| CN109479509B (en) * | 2019-01-04 | 2023-07-18 | 中国农业大学 | Conveying device of sugarcane harvester |
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