CN108353640A - It is a kind of to dial standing grain device for long-stalked crop cropper - Google Patents
It is a kind of to dial standing grain device for long-stalked crop cropper Download PDFInfo
- Publication number
- CN108353640A CN108353640A CN201810160262.2A CN201810160262A CN108353640A CN 108353640 A CN108353640 A CN 108353640A CN 201810160262 A CN201810160262 A CN 201810160262A CN 108353640 A CN108353640 A CN 108353640A
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- China
- Prior art keywords
- standing grain
- crop
- winder
- drive assembly
- group
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Classifications
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D57/00—Delivering mechanisms for harvesters or mowers
- A01D57/01—Devices for leading crops to the mowing apparatus
- A01D57/02—Devices for leading crops to the mowing apparatus using reels
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D57/00—Delivering mechanisms for harvesters or mowers
- A01D57/01—Devices for leading crops to the mowing apparatus
- A01D57/06—Devices for leading crops to the mowing apparatus using endless conveyors
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D69/00—Driving mechanisms or parts thereof for harvesters or mowers
- A01D69/06—Gearings
Abstract
The invention discloses a kind of standing grain device is dialled for long-stalked crop cropper,Its key points of the technical solution are that including cropper main body,Dial standing grain drive assembly in a left side,Dial standing grain drive assembly in the right side,Winder and cutter,It includes that four driving wheels and one dial standing grain transmission belt that standing grain drive assembly is dialled with right group of standing grain drive assembly in a left side,And the two forms the transfer passage for conveying crop,Two driving wheels of two winders respectively with convergence Channel front end are coaxially disposed,Winder can directly toggle it to crop on standing grain transmission belt,Therefore winder is connected close with standing grain transmission belt is dialled,Crop can backward be conveyed rapidly by access road,Its cutting being deposited in the ceding of Taiwan to crop is avoided to impact,And winder being capable of height up and down,When winder be adjusted to terrain clearance it is smaller when,Winder stirs the lower end of crop at this time,Therefore when plant lodging,Winder can be by its righting,The device helps standing grain effect good.
Description
Technical field
The present invention relates to agricultural mechanical equipment field, more particularly to a kind of dialling for long-stalked crop cropper
Standing grain device.
Background technology
It dials standing grain device crop to be cut is needed to guide to the direction of cutter, and for laid crop, it is desirable that guiding
During by its righting, therefore dial standing grain device and can improve the work quality of header, improve adaptation of the machine to laid crop
Property.Existing group of standing grain device generally use winder is stirred crop and is gathered to header, then by cutter to the work gathered
Object is cut, and conveys the crop after cutting backward finally by conveying device.However, due to winder and conveying device it
Between be difficult to closely be connected, winder is difficult to quickly be transferred out by conveying device after crop is gathered cutting, causes to cut
Disconnected stalk is deposited in the ceding of Taiwan, and by winder to crop carry out dial standing grain when, winder is often stirred in long-stalked crop
Upper end helps standing grain effect poor crop.
Invention content
In view of the deficiencies of the prior art, the present invention intends to provide a kind of dialling for long-stalked crop cropper
Standing grain device, the device enable to the stalk cut off quickly to be transferred out by conveying device, it are avoided to be deposited in the ceding of Taiwan
On, and have and preferably help standing grain effect.
To achieve the above object, the present invention provides following technical solutions：It is a kind of to dial standing grain for long-stalked crop cropper
It dials standing grain drive assembly and right group of standing grain drive assembly, use in the left side that device includes cropper main body, is set in cropper main body
In the winder for stirring crop and cutter for cutting crop；
The a left side group standing grain drive assembly and right group of standing grain drive assembly driving wheel and one group of standing grain transmission belt including there are four,
Four driving wheels are arranged at two row, and eight driving wheels are at least arranged at three rows, before respectively left group of standing grain drive assembly left column
In front of the front row of the driving wheel of side and the right driving wheel composition dialled in front of the right row of standing grain drive assembly, the left group of right row of standing grain drive assembly
The middle row and a left side that driving wheel is constituted with the right driving wheel dialled in front of standing grain drive assembly left column dial the right row rear of standing grain drive assembly
The heel row that driving wheel is constituted with the right driving wheel for dialling standing grain drive assembly left column rear；
Eight driving columns are installed, each driving wheel is mounted on a driving column, described in the cropper main body
It dials standing grain transmission belt and bypasses four driving wheels successively, and be both provided with group standing grain on the outside of group standing grain transmission belt and refer to, standing grain drive assembly is dialled on a left side
The transfer passage for conveying crop is formed between right group of standing grain drive assembly, the transfer passage includes positioned at cropper
Convergence channel on front side of main body and the transport channel being connected with convergence channel tail end, the convergence channel by front-seat driving wheel and
Standing grain transmission belt of dialling between middle row's driving wheel is formed, and is converged channel and be arranged at " V " font, and the transport channel is passed by middle row
Standing grain transmission belt of dialling between driving wheel and heel row driving wheel is arranged in parallel to be formed；
The winder at least provided with two, the central axis of two winders respectively with two front-seat driving wheels
Central axis coincides, and two winders are connect with slip above and below driving column；
The cutter is located between front-seat driving wheel and middle row's driving wheel, and crop is pushed standing grain transmission belt by winder
On, standing grain transmission belt is dialled by dialling standing grain and refers to drive crop during converging channel transport, and cutter cuts crop.
As a further improvement on the present invention, include fixed link and sleeve positioned at two front-seat driving columns, it is described
Fixed link lower end is fixedly connected with cropper main body, and the sleeve is located at outside fixed link and can be rotated around fixed link, the biography
Driving wheel is fixedly connected with sleeve and can be rotated with moving sleeve, and the winder is connected with sleeve, and the winder includes
Annulus and several driving levers on annulus lateral surface, the driving lever perpendicular to annulus lateral surface and driving lever along annulus
Mandrel line is circlewise distributed.
As a further improvement on the present invention, the lateral surface of the sleeve is provided with several the first screw threads from the bottom to top
Hole is provided with first through hole on the winder, and the sleeve is bolted with winder, when bolt passes through first through hole
It is connected afterwards from different first threaded holes and the height of winder is adjusted.
As a further improvement on the present invention, the sleeve lateral surface is provided with several raised lines, and the raised line is along sleeve
Central axis be circlewise distributed, several grooves, central shaft of the groove along annulus are provided on the medial surface of the annulus
Line is circlewise distributed, and the medial surface of the annulus is adapted with the lateral surface of sleeve, when winder moves up and down, first through hole
Central axis of the central axis successively with each first threaded hole coincide.
As a further improvement on the present invention, the driving lever includes pulling sleeve and dials core, and described group of core is fixedly connected on
On annulus lateral surface, the pulling sleeve, which is sheathed on, to be dialled on the outside of core, and the second through-hole, described group of core are provided on the lateral surface of the pulling sleeve
It is provided with several the second threaded holes along its length, the pulling sleeve is bolted to connection with core is dialled, when bolt passes through
It is connected so that the length of driving lever is different from the second different threaded holes after second through-hole.
As a further improvement on the present invention, the left driving wheel for dialling standing grain drive assembly left column rear and right group of standing grain transmission
The driving wheel at the right row rear of assembly is connect with cropper main body slip, two driving columns being connected with two driving wheels
Lower end is both provided with link block, and third through-hole is both provided on the link block, if the cropper main body is transversely distributed with
Dry third threaded hole, the link block are bolted with cropper main body, bolt pass through after third through-hole with harvest owner
Different third screw holes on body make driving column can lateral adjustments.
As a further improvement on the present invention, slippage slot, third threaded hole position are provided in the cropper main body
In in slippage slot, the width of the slippage slot is adapted with the width of link block, link block horizontal sliding in slippage slot
During, the central axis of the central axis of third through-hole successively with each third threaded hole coincides.
As a further improvement on the present invention, the transport channel both sides are both provided with baffle, the baffle and cropper
Main body is surrounded by the conveyor chamber of conveying crop, and the crop after cutting is conveyed backward by conveyor chamber.
As a further improvement on the present invention, two in transport channel dial the distance between standing grain transmission belt and are not less than
It dials standing grain to refer to, and the standing grain of dialling of the left and right ends in transport channel refers into and is symmetrical arranged, i.e. the standing grain of dialling of the left and right sides refers to twice of length
At being arranged in a one-to-one correspondence.
As a further improvement on the present invention, bearing, the internal diameter of bearing are provided between the fixed link and the sleeve
It is adapted with the outer diameter of fixed link, the outer diameter of bearing is adapted with the internal diameter of sleeve.
Beneficial effects of the present invention：It is coaxially disposed by winder and driving wheel, winder can directly stir crop
To dialling on standing grain transmission belt, winder is connected closely with standing grain transmission belt is dialled, and group standing grain transmission belt is referred to by group standing grain conveys crop
During, cutter cuts crop, and the crop after cutting continues through transfer passage and conveys backward, therefore crop is cut
It can be conveyed backward rapidly after cutting, avoid its accumulation on cutting tables, the cutting of crop below is impacted, and due to dialling standing grain
Wheel is connect with the upper and lower slip of driving column, winder can height up and down, when winder be adjusted to terrain clearance it is smaller when,
Winder can stir the lower end of crop at this time, therefore when plant lodging, and winder can be by its righting, and winder is helped at this time
Standing grain effect is good, when winder be adjusted to terrain clearance it is larger when, winder is more easy to stir crop at this time, stirs the power needed for crop
Small, the energy consumption of this group of standing grain device is small, is conducive to save use cost, operating personnel can dial standing grain according to degree of lodging to adjust
The terrain clearance of wheel.
Description of the drawings
Fig. 1 is a kind of dimensional structure diagram for dialling standing grain device for long-stalked crop cropper；
Fig. 2 is a kind of structural schematic diagram for dialling standing grain device for long-stalked crop cropper；
Fig. 3 is the dimensional structure diagram of winder；
Fig. 4 is the attachment structure schematic diagram of winder and driving column.
Reference numeral：1, cropper main body；11, driving column；111, fixed link；112, sleeve；1121, the first threaded hole；
1122, raised line；113, link block；1131, third through-hole；12, third threaded hole；13, slippage slot；2, left to dial standing grain drive assembly；
21, driving wheel；22, standing grain transmission belt is dialled；221, standing grain is dialled to refer to；3, right to dial standing grain drive assembly；4, winder；41, annulus；411, recessed
Slot；42, driving lever；421, pulling sleeve；4211, the second through-hole；422, core is dialled；4221, the second threaded hole；43, first through hole；5, it cuts
Knife；6, transfer passage；61, channel is converged；62, transport channel；621, baffle.
Specific implementation mode
With reference to the accompanying drawings and examples, the present invention is described in more detail.Wherein identical parts are with identical
Reference numeral indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down"
Refer to that the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements
The direction of geometric center.
Shown in 4, a kind of of the present embodiment dials standing grain device for long-stalked crop cropper, includes harvest
Owner's body 1, the left side being set in cropper main body 1 dial standing grain drive assembly 2 and right group of standing grain drive assembly 3, for stirring crop
Winder 4 and cutter 5 for cutting crop；
It includes that there are four driving wheels 21 and one to dial standing grain transmission belt that standing grain drive assembly 2 is dialled with right group of standing grain drive assembly 3 in a left side
22, four driving wheels 21 are arranged at two row, and eight driving wheels 21 are at least arranged at three rows, respectively left to dial standing grain drive assembly
It is total that standing grain transmission is dialled on front row, the left side that driving wheel 21 in front of 2 left columns is constituted with the right driving wheel 21 dialled in front of 3 right row of standing grain drive assembly
The middle row and a left side constituted with the right driving wheel 21 dialled in front of 3 left column of standing grain drive assembly at the driving wheel 21 in front of 2 right row dials standing grain
The heel row that the driving wheel 21 at the right row rear of drive assembly 2 is constituted with the right driving wheel 21 for dialling 3 left column rear of standing grain drive assembly；
Eight driving columns 11 are installed, each driving wheel 21 is mounted on a driving column 11, is dialled in cropper main body 1
Standing grain transmission belt 22 bypasses four driving wheels 21 successively, and 22 outside of group standing grain transmission belt is both provided with group standing grain and refers to 221, and standing grain biography is dialled on a left side
The transfer passage 6 for conveying crop is formed between dynamic assembly 2 and right group of standing grain drive assembly 3, transfer passage 6 includes to be located at
The convergence channel 61 of the front side of cropper main body 1 and the transport channel 62 being connected with convergence 61 tail end of channel, converge channel 61 by
Standing grain transmission belt 22 of dialling between front-seat driving wheel 21 and middle row's driving wheel 21 is formed, and is converged channel 61 and be arranged at " V " font,
Transport channel 62 is arranged in parallel by group standing grain transmission belt 22 between middle row's driving wheel 21 and heel row driving wheel 21 and is formed；
Winder 4 is at least provided with two, the central axis of winder 4 center with two front-seat driving wheels 21 respectively
Axis coincides, and winder 4 is connect with about 11 slip of driving column；
Cutter 5 is located between front-seat driving wheel 21 and middle row's driving wheel 21, and crop is pushed standing grain transmission belt by winder 4
On 22, dial standing grain transmission belt 22 by dial standing grain refer to 221 drive crops converge channel 61 transport during, cutter 5 to crop into
Row cutting.
Dial the driving wheel 21 at 2 left column rear of standing grain drive assembly and the right driving wheel 21 for dialling the right row rear of standing grain drive assembly 3 in a left side
It may be disposed between front-seat and middle row or be located along the same line between middle row and heel row or with middle row, when two driving wheels 21
Be set as between cropper main body 1 can Relative sliding when, operating personnel, which can pass through, carries out the positions of the two driving wheels 21
It adjusts and is tensioned to dial standing grain transmission belt 22 to two, and be tensioned by the two driving wheels 21 to dialling standing grain transmission belt 22
When, transfer passage 6 will not be impacted, avoid passing through other driving wheels 21 to carry out tensioning adjusting to dialling standing grain transmission belt 22
When, the length of transfer passage 6, width or openings of sizes etc. will be impacted, transfer passage 6 may be caused to convey crop
Stability and efficiency reduce.
Winder 4 refers to 221 with group standing grain dialled on standing grain transmission belt 22 and plays the role of dialling standing grain to crop, and winder 4 can be set
It is set to two or four, when winder 4 is set as two, two winders 4 are located at two front-seat driving wheels 21
Lower section, when winder 4 is set as four, four winders 4 are located above and below two front-seat driving wheels 21,
Two winders 4 being connected with same driving column 11 rotate coaxially, and the winder 4 of top can stir the upper end of crop, under
The winder 4 of side can stir the lower end of crop, therefore crop is more easy to be struck.
Since winder 4 and driving wheel 21 are coaxially disposed, crop directly can be toggled it to standing grain transmission belt 22 by winder 4
On, winder 4 is connected close with standing grain transmission belt 22 is dialled, and due to cutter 5 be located at front-seat driving wheel 21 and middle row's driving wheel 21 it
Between, therefore after winder 4 toggles it to crop on standing grain transmission belt 22, dial standing grain transmission belt 22 by dialling standing grain and refer to 221 pairs of crops
During being conveyed, cutter 5 can cut crop, and it is defeated backward that the crop after cutting continues through transfer passage 6
Send, thus crop cut after can convey backward rapidly, when cutter 5 being avoided to be located at 6 front end of transfer passage, crop is first cut
It cuts, between the two neighboring group of standing grain on entering group standing grain transmission belt 22 refers to 221, if the crop after cutting at this time cannot timely enter
Dial standing grain transmission belt 22 on two neighboring group of standing grain refer to 221 between, then will cause cutting after crop accumulation on cutting tables, to rear
The cutting of face crop impacts.
Since winder 4 is connect with about 11 slip of driving column, winder 4 can height up and down, operation
Personnel can adjust the height of the winder 4 of top according to the height of crop, and when the winder 4 of lower section is adjusted to terrain clearance
When smaller, the winder 4 of lower section can stir the lower end of crop at this time, therefore when plant lodging, and the winder 4 of lower section can incite somebody to action
Its righting, at this time winder 4 help standing grain effect good, when the winder 4 of lower section be adjusted to terrain clearance it is larger when, lower section at this time
Winder 4 is more easy to stir crop, and the power stirred needed for crop is small, and the energy consumption of this group of standing grain device is small, is conducive to save use cost,
Operating personnel can adjust the terrain clearance of the winder 4 of lower section according to degree of lodging.
Include 111 He of fixed link positioned at two front-seat driving columns 11 as a kind of improved specific implementation mode
Sleeve 112,111 lower end of fixed link are fixedly connected with cropper main body 1, and sleeve 112 is located at outside fixed link 111 and can be around fixation
Bar 111 rotates, and driving wheel 21 is fixedly connected with sleeve 112 and can be rotated with moving sleeve 112, and winder 4 is connected with sleeve 112
It connects, winder 4 includes annulus 41 and several driving levers 42 on 41 lateral surface of annulus, and driving lever 42 is perpendicular to annulus 41
Lateral surface and driving lever 42 is circlewise distributed along the central axis of annulus 41.
By the setting of fixed link 111 and sleeve 112, when driving wheel 21 rotates, band moving sleeve 112 rotates, sleeve 112
Winder 4 is driven to rotate, driving lever 42 stirs crop, therefore, when winder 4 stirs crop, dials standing grain transmission
Band 22, which starts simultaneously at, conveys crop, when crop is stirred in the stopping of winder 4, dials standing grain transmission belt 22 and is simultaneously stopped
Crop is conveyed, the linkage stirred crop with convey crop is realized, when winder 4 being avoided to work, dials standing grain transmission belt 22
When not working or dialling standing grain transmission belt 22 and work, winder 4 does not work, all will be unable to complete cutting to crop and defeated at this time
The start and stop for both sending, and stirring crop and allowing the operator to control simultaneously with the linkage for conveying crop, operation are simpler square
Just.
As a kind of improved specific implementation mode, the lateral surface of sleeve 112 is provided with several the first spiral shells from the bottom to top
Pit 1121 is provided with first through hole 43 on winder 4, and sleeve 112 is bolted with winder 4, when bolt passes through the
Be connected after one through-hole 43 from different first threaded holes 1121 height of i.e. adjustable winder 4, passes through first through hole 43 and the
The setting of one threaded hole 1121 and bolt, the height for realizing winder 4 are adjusted, and the height adjusting structure is simple and practical, just
In processing.
As a kind of improved specific implementation mode, 112 lateral surface of sleeve is provided with several raised lines 1122, raised line 1122
Central axis along sleeve 112 is circlewise distributed, and several grooves 411 is provided on the medial surface of annulus 41, groove 411 is along annulus
41 central axis is circlewise distributed, and the medial surface of annulus 41 is adapted with the lateral surface of sleeve 112, i.e., convex on sleeve 112
Item 1122 can move in the groove 411 on annulus 41 respectively, when winder 4 moves up and down, the center of first through hole 43
Central axis of the axis successively with each first threaded hole 1121 coincides, and passes through the setting of raised line 1122 and groove 411 so that
Relative rotation will not occur between annulus 41 and sleeve 112 so that first through hole 43 and each first threaded hole 1121 are more easy to pair
Together, personnel easy to operation adjust the height of winder 4.
As a kind of improved specific implementation mode, driving lever 42 includes pulling sleeve 421 and dials core 422, dials core 422 and fixes
It is connected on 41 lateral surface of annulus, pulling sleeve 421, which is sheathed on, dials 422 outside of core, and the second through-hole is provided on the lateral surface of pulling sleeve 421
4211, it dials core 422 and is provided with several the second threaded holes 4221 along its length, pulling sleeve 421 is consolidated with core 422 is dialled by bolt
Fixed connection, be connected from the second different threaded holes 4221 after bolt passes through the second through-hole 4211 so that the length of driving lever 42 not
Together.
Pass through pulling sleeve 421 and the setting for dialling core 422 so that the length of driving lever 42 becomes adjustable, is conducive to operating personnel's root
The length of driving lever 42 is adjusted according to the different density degree of plant growth so that winder 4 can stir suitable crop for dialling
Standing grain transmission belt 22 convey and cutter 5 cut, avoid driving lever 42 can not adjustment length when, if plant growth is closeer, driving lever 42
Required power is larger when stirring, and driving lever 42 may be caused to fracture, and reduces the service life of the device, and pass through the second through-hole
4211, the structure of adjusting length of the second threaded hole 4221 and bolt is simple and practical, easy to process.
As a kind of improved specific implementation mode, the driving wheel at standing grain drive assembly left column rear is dialled on a left side and standing grain transmission is dialled on the right side
The driving wheel at the right row rear of assembly is connect with cropper main body slip, two transmissions being connected with two driving wheels 21
11 lower end of column is both provided with link block 113, and third through-hole 1131 is both provided on link block 113, and cropper main body 1 is transversely divided
Several third threaded holes 12 are furnished with, link block 113 is bolted with cropper main body 1, and bolt passes through third through-hole 1131
Third threaded holes different from cropper main body 1 12 are spirally connected so that driving column 11 can lateral adjustments afterwards.
Pass through setting for the third through-hole 1131 on link block 113, the third threaded hole 12 in cropper main body 1 and bolt
Set so that driving column 11 can lateral adjustments position, i.e. driving wheel 21 on driving column 11 can lateral adjustments position so that driving wheel
21 can carry out tensioning adjusting to dialling standing grain transmission belt 22, avoid dialling standing grain transmission belt 22 using becoming loose more long afterwards, to crop
Conveying impacts, and the position adjustment structure is simple and practical, easy to process.
As a kind of improved specific implementation mode, slippage slot 13, third threaded hole 12 are provided in cropper main body 1
In in slippage slot 13, the width of slippage slot 13 is equal or slightly larger than the width of link block 113, and link block 113 is in slippage slot 13
During horizontal sliding, the central axis of third through-hole 1131 is mutually be overlapped with the central axis of each third threaded hole 12 successively
It closes, passes through the setting of slippage slot 13 so that third through-hole 1131 is more easy to be aligned with each third threaded hole 12, personnel easy to operation
The position of driving wheel 21 is adjusted.
As a kind of improved specific implementation mode, 62 both sides of transport channel are both provided with baffle 621, baffle 621 and receipts
The conveyor chamber that owner's body 1 is surrounded by conveying crop is obtained, the crop after cutting is conveyed backward by conveyor chamber, passes through baffle 621
Setting so that the crop after cutting when conveying, will not be slid onto outside 62 both sides of transport channel in transport channel 62, cause to cut
Crop afterwards is unable to complete successfully conveying.
As a kind of improved specific implementation mode, be located at two in transport channel 62 dial between standing grain transmission belts 22 away from
Refer to twice of 221 length from not less than group standing grain, and group standing grain of the left and right ends in transport channel 62 refers to 221 one-tenth and is symmetrical arranged, i.e.,
Group standing grain of the left and right sides refers to 221 one-tenth and is arranged in a one-to-one correspondence, therefore adjacent on two groups of standing grain transmission belts 22, group standing grain transmission belt 22
Two dial standing grain refer to 221 and two dialled on standing grain transmission belt 22 of its offside dial between standing grain refer to 221 and define and can accommodate crop
Accommodating chamber, in transport channel 62 when conveying, crop is respectively positioned in each accommodating chamber for crop after cutting, crop be difficult to from
It is skidded off in accommodating chamber, is conducive to crop conveying backward in good order, and group standing grain of the left and right sides refers to 221 one-tenth one-to-one correspondence and sets
Set, with dial standing grain refer to 221 one-tenth be staggered compared with, increase the accommodating space of accommodating chamber, when avoiding accommodating space too small, reduce
The efficiency that crop conveys backward causes crop that cannot transfer out and accumulate on cutting tables backward in time, to crop below
Cutting impacts.
As a kind of improved specific implementation mode, be provided with bearing between fixed link 111 and sleeve 112, bearing it is interior
Diameter is equal to the outer diameter of fixed link 111, and the outer diameter of bearing reduces fixed link equal to the internal diameter of sleeve 112 by the setting of bearing
The friction damage between rotation friction and fixed link 111 and sleeve 112 between 111 and sleeve 112, increases fixed link
111 with the service life of sleeve 112.
The above is only the preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-described embodiment,
All technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
For those of ordinary skill, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications are also answered
It is considered as protection scope of the present invention.
Claims (10)
1. a kind of dialling standing grain device for long-stalked crop cropper, includes cropper main body (1), is set to cropper main body
(1) standing grain drive assembly (2) and right group of standing grain drive assembly (3), the winder (4) for stirring crop are dialled and is used in the left side on
Cut the cutter (5) of crop, it is characterised in that：
The left standing grain drive assembly (2) and right group of standing grain drive assembly (3) dialled includes that there are four driving wheels (21) and one group of standing grain
Transmission belt (22), four driving wheels (21) are arranged at two row, and eight driving wheels (21) are at least arranged at three rows, respectively left
Dial the driving wheel (21) in front of standing grain drive assembly (2) left column and right driving wheel (21) structure dialled in front of standing grain drive assembly (3) right row
At front row, the left driving wheel (21) dialled in front of standing grain drive assembly (2) right row and the right biography dialled in front of standing grain drive assembly (3) left column
The middle row and the left driving wheel (21) for dialling the right row rear of standing grain drive assembly (2) that driving wheel (21) is constituted dial standing grain drive assembly with right
(3) heel row that the driving wheel (21) at left column rear is constituted；
Eight driving columns (11) are installed, each driving wheel (21) is mounted on a driving column on the cropper main body (1)
(11) on, described group of standing grain transmission belt (22) bypasses four driving wheels (21) successively, and dials and be respectively provided on the outside of standing grain transmission belt (22)
There is group standing grain to refer to (221), a left side, which is dialled, to be formed between standing grain drive assembly (2) and right group of standing grain drive assembly (3) for conveying the defeated of crop
Send channel (6), the transfer passage (6) include convergence channel (61) on front side of cropper main body (1) and with convergence
The connected transport channel (62) of channel (61) tail end, the convergence channel (61) is by front-seat driving wheel (21) and middle row's driving wheel
(21) between dial standing grain transmission belt (22) formed, and converge channel (61) at " V " font setting, the transport channel (62) by
Standing grain transmission belt (22) of dialling between middle row's driving wheel (21) and heel row driving wheel (21) is arranged in parallel to be formed；
The winder (4) at least provided with two, the central axis of winder (4) respectively with two front-seat driving wheels (21)
Central axis coincide, slip is connect winder (4) up and down with driving column (11)；
The cutter (5) is located between front-seat driving wheel (21) and middle row's driving wheel (21), and winder (4) pushes crop
On standing grain transmission belt (22), standing grain transmission belt (22) is dialled by dialling standing grain and refers to the process that (221) drive crop in convergence channel (61) transport
In, cutter (5) cuts crop.
2. a kind of group standing grain device for long-stalked crop cropper according to claim 1, it is characterised in that：Positioned at front row
Two driving columns (11) include fixed link (111) and sleeve (112), fixed link (111) lower end and harvest owner
Body (1) is fixedly connected, and the sleeve (112) is located at fixed link (111) outside and can be rotated around fixed link (111), the transmission
Wheel (21) is fixedly connected with sleeve (112) and can be rotated with moving sleeve (112), and the winder (4) is connected with sleeve (112)
It connects, the winder (4) includes annulus (41) and several driving levers (42) on annulus (41) lateral surface, the driving lever
(42) it is circlewise distributed along the central axis of annulus (41) perpendicular to the lateral surface of annulus (41) and driving lever (42).
3. a kind of group standing grain device for long-stalked crop cropper according to claim 2, it is characterised in that：The sleeve
(112) lateral surface is provided with several the first threaded holes (1121) from the bottom to top, and it is logical that first is provided on the winder (4)
Hole (43), the sleeve (112) are bolted with winder (4), from different the after bolt passes through first through hole (43)
One threaded hole (1121), which is connected, is adjusted the height of winder (4).
4. a kind of group standing grain device for long-stalked crop cropper according to claim 3, it is characterised in that：The sleeve
(112) lateral surface is provided with several raised lines (1122), and the raised line (1122) is circlewise divided along the central axis of sleeve (112)
Cloth is provided with several grooves (411), central shaft of the groove (411) along annulus (41) on the medial surface of the annulus (41)
Line is circlewise distributed, and the medial surface of the annulus (41) is adapted with the lateral surface of sleeve (112), is moved down when on winder (4)
When dynamic, the central axis of the central axis of first through hole (43) successively with each first threaded hole (1121) coincides.
5. a kind of group standing grain device for long-stalked crop cropper according to claim 2, it is characterised in that：The driving lever
(42) include pulling sleeve (421) and group core (422), described group of core (422) is fixedly connected on annulus (41) lateral surface, described
Pulling sleeve (421), which is sheathed on, to be dialled on the outside of core (422), and the second through-hole (4211) is provided on the lateral surface of the pulling sleeve (421), described
It dials core (422) and is provided with several the second threaded holes (4221) along its length, the pulling sleeve (421) is led to core (422) is dialled
It crosses bolt to be fixedly connected, be connected so that dialling from different the second threaded holes (4221) after bolt passes through the second through-hole (4211)
The length of bar (42) is different.
6. a kind of group standing grain device for long-stalked crop cropper according to claim 1, it is characterised in that：Described left group
The driving wheel (21) at standing grain drive assembly (2) left column rear and the right driving wheel (21) for dialling the right row rear of standing grain drive assembly (3) with
Cropper main body (1) slip connects, and two driving column (11) lower ends being connected with two driving wheels (21) are both provided with
Link block (113) is both provided with third through-hole (1131) on the link block (113), and the cropper main body (1) is transversely divided
Several third threaded holes (12) are furnished with, the link block (113) is bolted with cropper main body (1), and bolt passes through the
Third threaded holes (12) different from cropper main body (1) are spirally connected so that driving column (11) can be adjusted laterally three through-holes (1131) afterwards
Section.
7. a kind of group standing grain device for long-stalked crop cropper according to claim 6, it is characterised in that：The harvest
Slippage slot (13) is provided on owner's body (1), the third threaded hole (12) is located in slippage slot (13), the slippage slot (13)
Width be adapted with the width of link block (113), process of the link block (113) in slippage slot (13) interior horizontal sliding
In, the central axis of the central axis of third through-hole (1131) successively with each third threaded hole (12) coincides.
8. a kind of group standing grain device for long-stalked crop cropper according to claim 1, it is characterised in that：The transport
Channel (62) both sides are both provided with baffle (621), and the baffle (621) is surrounded by the defeated of conveying crop with cropper main body (1)
Chamber is sent, the crop after cutting is conveyed backward by conveyor chamber.
9. a kind of group standing grain device for long-stalked crop cropper according to claim 1, it is characterised in that：Positioned at transport
Two in channel (62) are dialled twice that the distance between standing grain transmission belt (22) refers to (221) length not less than group standing grain, and are transported logical
The standing grain of dialling of left and right ends in road (62) refers to (221) at being symmetrical arranged, i.e. group standing grain of the left and right sides refers to (221) and set at one-to-one correspondence
It sets.
10. a kind of group standing grain device for long-stalked crop cropper according to claim 2, it is characterised in that：It is described solid
Bearing is provided between fixed pole (111) and the sleeve (112), the internal diameter of bearing is adapted with the outer diameter of fixed link (111), axis
The outer diameter held is adapted with the internal diameter of sleeve (112).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810160262.2A CN108353640B (en) | 2018-02-26 | 2018-02-26 | A reel device for high-stalk crop harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810160262.2A CN108353640B (en) | 2018-02-26 | 2018-02-26 | A reel device for high-stalk crop harvester |
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| Publication Number | Publication Date |
|---|---|
| CN108353640A true CN108353640A (en) | 2018-08-03 |
| CN108353640B CN108353640B (en) | 2021-03-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810160262.2A Active CN108353640B (en) | 2018-02-26 | 2018-02-26 | A reel device for high-stalk crop harvester |
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| Country | Link |
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| CN (1) | CN108353640B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115136794A (en) * | 2022-07-25 | 2022-10-04 | 湖北理工学院 | Sunflower header capable of flexibly pulling out standing grain |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN108353640B (en) | 2021-03-05 |
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