CN109845474A - A kind of agricultural harvesting peanut peanut vine separation cropper - Google Patents
A kind of agricultural harvesting peanut peanut vine separation cropper Download PDFInfo
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- CN109845474A CN109845474A CN201910092565.XA CN201910092565A CN109845474A CN 109845474 A CN109845474 A CN 109845474A CN 201910092565 A CN201910092565 A CN 201910092565A CN 109845474 A CN109845474 A CN 109845474A
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- shaft
- peanut
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- rotation
- slot
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D29/00—Harvesters for peanuts
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01F—PROCESSING OF HARVESTED PRODUCE; HAY OR STRAW PRESSES; DEVICES FOR STORING AGRICULTURAL OR HORTICULTURAL PRODUCE
- A01F11/00—Threshing apparatus specially adapted for maize; Threshing apparatus specially adapted for particular crops other than cereals
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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Harvesting Machines For Specific Crops (AREA)
Abstract
The invention discloses a kind of agriculture harvesting peanut peanut vines to separate cropper, it include a body, the organism bottom is provided with a harvesting slot, two corresponding the first chains for clamping rotation are provided in the harvesting slot, the organism bottom is additionally provided with the harvesting peanut slot of a connection corresponding with the harvesting slot, the casting bracket of a rotation is provided in the harvesting peanut slot, the organism bottom is additionally provided with the peanut vine cutting groove of a connection corresponding with the harvesting slot, the second cutter plate of a rotation is provided in the peanut vine cutting groove, peanut vine can further can be conveyed by the rotation of first chain, further peanut can harvest and cut off the root of peanut vine using the rotation of the casting bracket and first cutter plate, to prevent plastic film from crushing Into peanut vine, so that the clean of peanut vine feed is further ensured that, to guarantee the quality to pork.
Description
The application is application number 2017102468749, on 04 16th, 2017 applying date, a kind of denomination of invention " agricultural flower
The divisional application of raw harvest peanut vine separation cropper ".
Technical field
The present invention relates to a kind of harvester for peanuts, and in particular to a kind of agricultural harvesting peanut peanut vine separation cropper, especially
It relates to the agriculture harvesting peanut that can further carry out cutting and grinding harvest to peanut vine while harvesting peanut
Peanut vine separates cropper.
Background technique
Also the continuous development of mechanization of agriculture is further promoted while continuous improvement with living standard, wherein existing
Harvesting peanut during mostly be all to be harvested using mechanization, so as to further be mentioned using harvester for peanut
High harvesting peanut efficiency, and can further lighten one's labor, wherein during present harvesting peanut mostly all only
It can be carried out the harvest of peanut, and peanut vine is the main feed of pig so the collection for needing to concentrate peanut vine is to carry out
Further pulverization process, but needed during collecting peanut vine using manually being picked up, so to peanut vine
Collection will further increase the amount of labour, and benefit is also needed during crushing after collection to peanut vine
It manually completes to crush, although there is problems using the collection and crushing that can manually complete peanut vine:
All be mostly during being crushed to peanut vine wherein using artificially collecting after the crushing concentrated, institute
Will result in the waste of a large amount of manpower using artificial pulverizing, so that the aquaculture cost of pig is further increased, and
It is all mostly directly to put into pulverizer to be crushed during crushing peanut vine, however it can be residual in the root of peanut vine
There are a large amount of plastic films, can not extract film before crushing, so will be by the root film of peanut vine
Putting into pulverizer together, is mixed into smashed peanut vine, so pig is in material feeding to will result in plastic film
During will further wedging to internal, to further affect to the body of pig, thus into one
The quality for influencing pork of step, and when people also can further cause certain harm after edible pork to human body.
It is therefore necessary to design a kind of agriculture harvesting peanut peanut vine separation cropper, to solve the above technical problems.
Summary of the invention
The object of the present invention is to overcome the problems of the prior art, provides a kind of agriculture harvesting peanut peanut vine separation
Cropper, the configuration of the present invention is simple can be provided with a harvesting slot in the bottom of the body, can be arranged by body end
Harvesting bed plate can further loosen the soil operation to the peanut in soil, and can be further right by swinging bed plate
The root of peanut vine is loosened the soil, to guarantee to effect of loosening the soil, and can pass through the first chain of two corresponding rotations
Further peanut vine can be clamped, so as to further be conveyed to peanut vine, thus allow for into
The processing of one step further root to peanut vine can carry out cleaning and the flower of soil by the rotation of casting bracket
Peanut can further can be transported in third collection bracket groove by raw removing by the first conveying chain drum of rotation, thus
Achieve the purpose that harvest peanut, and can be further to the root of peanut vine by the rotation of second cutter plate
Portion is cut off, so as to further avoid for being crushed in feed the root of peanut vine, to guarantee to arrive pannage
Completely, and further peanut vine can be crushed by the rotation of first cutter plate, so as to
It avoids traditional grinding mode and collects trouble caused by peanut vine is crushed again, so that efficiency is further increased, thus into
The processing cost of one step reduction peanut vine.
The invention is realized by the following technical scheme:
A kind of agricultural harvesting peanut peanut vine separation cropper, includes a body, and the organism bottom is provided with a harvesting slot,
The two sides of the body are connected separately with a harvesting support frame, and harvesting support frame described in two sides has been correspondingly connected with one and the harvesting
The corresponding harvesting bed plate of slot, it is described to gather in the swing bed plate that a swing is provided on bed plate.The harvesting bed plate can be passed through
Operation of loosening the soil is carried out to peanut vine, and further can carry out pine in the root to peanut vine by the swing bed plate
Soil, and effect of loosening the soil can be further improved, to be conducive to the harvest of peanut.
Be provided in the harvesting slot two it is corresponding clamp rotation the first chains, two first chains with it is described
It is corresponding to gather in bed plate, can further can be clamped peanut vine by the first chain of two corresponding rotations,
It thus allows for pulling up further conveying.
The organism bottom is additionally provided with the harvesting peanut slot of a connection corresponding with the harvesting slot, the harvesting peanut
The casting bracket of a rotation is provided in slot, the casting bracket is corresponding with two first chains, the top of the body
Portion is provided with a third collecting tank corresponding with the harvesting peanut slot, is provided with a first sliding groove in the body, described
The connection corresponding with the third collecting tank and the harvesting peanut slot respectively of the both ends of first sliding groove is set in the first sliding groove
It is equipped with the first conveying chain drum of a rotation.It can be by the casting bracket of setting in the harvesting peanut slot, so as to pass through
The rotation for stating casting bracket can further remove the soil of the root of peanut vine and peanut, to reach harvest flower
Raw purpose, and further peanut can be conveyed by the rotation of the first conveying chain drum, to reach
To the purpose of harvest peanut.
The organism bottom is additionally provided with the peanut vine cutting groove of a connection corresponding with the harvesting slot, the peanut vine
The second cutter plate of a rotation is provided in cutting groove, second cutter plate is corresponding with two first chains,
It is additionally provided with second collecting tank corresponding with the peanut vine cutting groove at the top of the body, is provided in the body
One second sliding slot, the both ends of second sliding slot company corresponding with the peanut vine cutting groove and second collecting tank respectively
It is logical, the second conveying chain drum of rotation is additionally provided in second collecting tank.The rotation of second cutter plate can be passed through
Further the root of peanut vine can be cut off, so as to avoid traditional peanut vine grinding mode for peanut vine
Root the problem of crushing together, to be further ensured that the clean of pannage, to guarantee to arrive the quality of pig's head, and energy
Enough further the root of peanut vine further can be conveyed by the second conveying chain drum of the rotation, to reach
To the purpose for collecting peanut vine root.
The organism bottom is additionally provided with the peanut vine crushing groove of a connection corresponding with the harvesting slot, the peanut vine
The first cutter plate of a rotation is provided in crushing groove, the bottom of the body is provided with opposite with the peanut vine crushing groove
The first collecting tank that should be connected to, first cutter plate are corresponding with second cutter plate and with the casting bracket
Rotation.Further peanut vine can be crushed by the rotation of first cutter plate, so as to avoid biography
Trouble caused by the grinding mode of system, so that the crush efficiency of peanut vine is further increased, to further decrease peanut vine feeding
The processing cost of material.
It is provided with the main shaft of a rotation in the body, the main shaft drives first chain and described the respectively
One conveying chain drum and rotation corresponding with the second conveying chain drum, the main shaft drive the corresponding pendulum of the swing bed plate
It is dynamic.Can by the main shaft being arranged in body, can further drive the first chain and it is described first conveying chain drum and
It is described second conveying chain drum coordination rotation, so as to further realize to peanut vine pull up and the harvest of peanut and
The synchronous working that the excision of peanut vine root can be coordinated.
Further, the 7th shaft of a rotation is provided on the harvesting support frame, the 7th shaft is provided with one
First gear, is provided with the second gear of an engagement connection corresponding with the first gear on the main shaft, and described first
It is provided with an eight revolution axis on gear, the first compression bar of a rotation, the harvesting bed plate and institute are provided on the eight revolution axis
The side for stating swing bed plate is respectively arranged with the convex block that a corresponding cross-pair answers engagement rotation, and intersection is correspondingly arranged convex block and passes through
The a tenth shaft corresponding rotation connection is provided with a bottom plate groove on the swing bed plate, is provided in the bottom plate groove
The 17th shaft is provided with the second compression bar of a rotation in the 17th shaft, and the end of first compression bar is provided with
One the 9th shaft, second compression bar rotate in the 9th shaft, and it is sliding that a support is additionally provided on the harvesting support frame
Hole, second compression bar slide in the support slide opening.It can further be driven by the rotation of the main shaft
The rotation of the first gear, so as to can further drive first compression bar by the rotation of the first gear
It moves in a circle, so as to further drive second compression bar to move in a straight line using first compression bar, so as to
The swing bed plate is enough pushed to do reciprocal movement, so as to further be beaten to the root of peanut vine, so as to
It is enough further to improve the effect loosened the soil.
Further, it is described harvesting slot both ends be respectively set there are two corresponding rotation first rotating shaft and one second turn
It is respectively arranged with one first sprocket wheel and one second sprocket wheel in axis, two first rotating shafts and second shaft, described in two
First chain rotates between first sprocket wheel and second sprocket wheel respectively, and one first cone tooth is provided on the main shaft
Wheel, is provided with the 4th bevel gear that an engagement corresponding with the first bevel gear connects in a first rotating shaft, and two
The third gear of a corresponding engagement connection is respectively arranged in the first rotating shaft, the two sides of the harvesting slot have respectively included
One is located at the chain sliding slot on the body, and two first chains slide in the chain sliding slot respectively, and described first
The gripping block intersected and be correspondingly connected with is respectively set on chain, and the length of the first rotating shaft is longer than the length of second shaft
Degree, two first chains are obliquely arranged.It can further be driven by the rotation of the main shaft described
The rotation of first rotating shaft, so as to the third gear connected by two corresponding engagements, so as to further make two
The corresponding rotation that a first rotating shaft is able to carry out, so as to further drive two first chains opposite
The clamping rotation answered, so as to which peanut vine is clamped, so as to be able to carry out after clamping peanut vine pull up it is laggard
The further conveying of row.
Further, one is respectively arranged in the harvesting peanut slot and the peanut vine cutting groove be connected to the body
On the second support frame and one first support frame, be respectively arranged with a rotation on second support frame and first support frame
The 4th shaft and one the 5th shaft, the casting bracket is correspondingly connected in the 4th shaft, second cutter plate
It is correspondingly connected in the 5th shaft, is respectively arranged with a corresponding third in the 4th shaft and the 5th shaft
Sprocket wheel and one the 4th sprocket wheel, by the corresponding rotation connection of one second chain between the third sprocket wheel and the 4th sprocket wheel,
It is provided with motor-driven 6th shaft in the peanut vine crushing groove, is provided with one the 6th sprocket wheel in the 6th shaft,
The 5th sprocket wheel corresponding with the 6th sprocket wheel, the 5th sprocket wheel and the described 6th are additionally provided in 5th shaft
By a corresponding rotation connection of third chain between sprocket wheel, first cutter plate is correspondingly connected in the 6th shaft
On, and a feeder is provided in the body, the both ends of the feeder respectively with the peanut vine crushing groove and described
The corresponding connection of one collecting tank is provided with a filter screen at the top of first collecting tank, is additionally provided in the 6th shaft
One exhaust fan corresponding with the feeder.Described 6th turn can be further driven by the rotation of the motor
The rotation of axis, guest's promise in the past can by the third chain and institute the second chain corresponding connection, so as at the same
The synchronous rotation of the casting bracket and second cutter plate and first cutter plate is driven, so as to further
Realization peanut vine loosen the soil harvest that peanut is carried out with the root to peanut vine and and to carry out crushing to peanut vine synchronous
Operation, so as to realize the work of synchronous coordination.
First butt plate corresponding with first cutter plate, the flower are provided in the peanut vine crushing groove
Second butt plate corresponding with second cutter plate is provided in raw seedling cutting groove.It can be cut by described first
Cutterhead and second cutter plate docking corresponding with first butt plate and second butt plate progress respectively, from
And it can further guarantee that first cutter plate and second cutter plate, peanut vine can be carried out normal
Dissection.
Further, the third shaft of a rotation is provided in the body, the third shaft is respectively in the peanut
Rotation in slot and the peanut vine cutting groove is harvested, is connected separately with one in the harvesting peanut slot and institute in the third shaft
The first chain rivet and a third chain rivet rotated in peanut vine cutting groove is stated, is divided in second collecting tank and the third collecting tank
It is not provided with the 15th shaft and 1 the 14th shaft that one rotates in the body, the 15th shaft and the described tenth
The 4th chain rivet and one second chain rivet of a rotation are respectively arranged in four shafts, the first conveying chain drum is in first chain rivet
It is rotated on second chain rivet, the second conveying chain drum rotates on the third chain rivet and the 4th chain rivet, and institute
The two sides for stating the first conveying chain drum and the second conveying chain drum are connected separately with corresponding 16th shaft of a row, and described the
The first idler wheel of a rotation is respectively arranged in 16 shafts, first idler wheel is respectively in the first sliding groove and described second
Rotation in sliding slot.It can be by the rotation of the third shaft, so as to can be simultaneously by the rotation of the third shaft
Drive it is described first conveying chain drum and it is described second conveying chain drum synchronous rotation, so as to further realize to peanut
Seedling concentration harvest synchronous with the peanut.
It is provided with one the 9th bevel gear in the third shaft, one is additionally provided in the body and is hung down with the third shaft
The 13rd shaft directly rotated, one end of the 13rd shaft are provided with an engagement connection corresponding with the 9th bevel gear
The tenth bevel gear, the end of the main shaft is provided with 1 the 12nd bevel gear, the other end setting of the 13rd shaft
There is the 11st bevel gear of an engagement connection corresponding with the 12nd bevel gear.The rotation energy of the main shaft can be passed through
Enough rotations for further driving the 13rd shaft, so as to pass through the 9th bevel gear and the tenth bevel gear
Corresponding engagement connection, it is described so as to realize so as to further drive the synchronous rotation of the third shaft
The corresponding rotation that first conveying chain drum can be synchronized with the second delivery pipe chain drum with first chain.
Further, the peanut godet of the corresponding setting of a circle is provided on the second conveying chain drum, the peanut is led
The L-shaped setting of disk, described first conveys the peanut vine bracket that the corresponding setting of a circle is provided on chain drum, the harvesting peanut slot
Inside it is provided with peanut guide cylinder corresponding with the peanut godet.Can by peanut godet can further to peanut into
Row conveying, and further the root of peanut vine can be hooked by the peanut vine bracket, so as to
The root of peanut vine is further conveyed.
Further, there are two the 11st shaft rotated in the body, institutes for setting in the peanut vine crushing groove
It states and is respectively arranged with corresponding first contact roller and one second contact roller for clamping rotation in the 11st shaft, first pressure
Bearing up pulley is corresponding with first cutter plate respectively with second contact roller, is respectively set in two the 11st shafts
There is the 4th gear of a corresponding engagement connection, the end of the 11st shaft is provided with one the 7th bevel gear, described
The 12nd shaft rotated vertical with the 11st shaft is provided in body, described 12nd shaft one end is provided with one
It is corresponding with the 7th bevel gear to engage the 8th bevel gear connected, a second bevel gear, institute are provided on the main shaft
The other end for stating the 12nd shaft is provided with the 5th bevel gear of an engagement connection corresponding with the second bevel gear.It can lead to
The corresponding rotation of first contact roller with second contact roller is crossed, so as to further be clamped to peanut vine
Conveying, so as to further carry out cutting and grinding to peanut vine using first cutter plate.
Further, the bottom of the harvesting peanut slot includes the earth discharging hole being located on the body, the earth discharging hole
It is covered in the bottom of the harvesting peanut slot.Can by the earth discharging hole can further by the soil of peanut vine root into
Row is removed, to further improve the harvest effect of peanut.
Further, the tapered setting in end of two first chains.First chain described in chain can be arranged
It is tapered, peanut vine is clamped so as to further realize, is then further conveyed, to carry out into one
The processing of step.
Compared with prior art, the beneficial effects of the present invention are: a harvesting slot can be provided in the bottom of the body,
The harvesting bed plate that can be arranged by body end can further loosen the soil operation to the peanut in soil, and can pass through pendulum
Dynamic bed plate can further loosen the soil to the root of peanut vine, to guarantee to effect of loosening the soil, and can pass through two
Peanut vine can be further clamped by the first chain of corresponding rotation, so as to further carry out to peanut vine
Conveying, be able to carry out further processing, can by casting bracket rotation can further to the root of peanut vine into
The cleaning of row soil and the removing of peanut can convey chain drum energy by the first of rotation to achieve the purpose that harvest peanut
It is enough that further peanut is transported in third collection bracket groove, to achieve the purpose that harvest peanut, and described the can be passed through
The rotation of two cutter plates can further cut off the root of peanut vine, so as to further avoid peanut
The root of seedling is crushed in feed, mixes the plastic film of peanut vine root caused by crushing so as to avoid traditional peanut vine
Enter into the peanut vine of crushing, to guarantee to the clean of pannage, to improve the quality of pork, can further guarantee
To the health of human body, and further peanut vine can be crushed by the rotation of first cutter plate,
Trouble caused by peanut vine is crushed again is collected so as to avoid traditional grinding mode, to further increase effect
Rate, to further decrease the processing cost of peanut vine.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawing.
Fig. 1 is that agricultural of embodiment of the present invention harvesting peanut peanut vine separates cropper overall structure diagram.
Fig. 2 is harvesting peanut of embodiment of the present invention slot overall structure side view.
Fig. 3 is peanut vine of embodiment of the present invention cutting groove overall structure diagram.
Fig. 4 is second sliding slot of embodiment of the present invention overall structure diagram.
Fig. 5 is first sliding groove of embodiment of the present invention overall structure diagram.
Fig. 6 is peanut vine of embodiment of the present invention crushing groove overall structure diagram.
Fig. 7 is main shaft of the embodiment of the present invention and third rotating shaft connecting structure schematic diagram.
Fig. 8 is that the embodiment of the present invention gathers in slot overall structure side view.
Fig. 9 is that the embodiment of the present invention gathers in bed plate and swings bed plate overall structure side view.
Figure 10 is that the embodiment of the present invention gathers in support frame and harvesting bed plate overall structure diagram.
Figure 11 is the first chain of embodiment of the present invention overall structure top view.
In figure: 1 body, 2 harvesting support frames, 3 harvesting bed plaves, 4 harvesting slots, 5 main shafts, 6 first bevel gears, 7 second cones
Gear, 8 third hand tap gears, 9 the 4th bevel gears, 10 the 5th bevel gears, 11 the 6th bevel gears, 12 first rotating shafts, 13 second shafts,
14 first sprocket wheels, 15 second sprocket wheels, 16 first chains, 17 harvesting peanut slots, 18 peanut vine cutting grooves, 19 peanut vine crushing grooves,
20 third shafts, 21 first conveying chain drums, 22 second conveying chain drums, 23 the 4th shafts, 24 the 5th shafts, 25 third sprocket wheels, 26
4th sprocket wheel, 27 the 5th sprocket wheels, 28 second chains, 29 the 6th shafts, 30 motors, 31 the 6th sprocket wheels, 32 third chains, 33 air drafts
Fan, 34 first cutter plates, 35 first contact rollers, 36 second pinch wheels, 37 first butt plates, 38 feeders, 39 filter screens, 40
First collecting tank, 41 second collecting tanks, 42 third collecting tanks, 43 the 7th shafts, 44 first gears, 45 second gears, 46 the 8th
Shaft, 47 first compression bars, 48 the 9th shafts, 49 second compression bars, 50 swing bed plate, 51 the tenth shafts, 52 casting brackets, 53 second
Cutter plate, 54 third gears, 55 gripping blocks, 56 the 11st shafts, 57 the 4th gears, 58 the 7th bevel gears, 59 the 8th cone teeth
Wheel, 60 the 12nd shafts, 61 the 9th bevel gears, 62 the tenth bevel gears, 63 the 13rd shafts, 64 the 11st bevel gears, 65 the tenth
Two bevel gears, 66 first sliding grooves, 67 the 14th shafts, 68 first chain rivets, 69 second chain rivets, 70 earth discharging holes, 71 peanut guide cylinders,
72 second sliding slots, 73 third chain rivets, 74 the 4th chain rivets, 75 the 15th shafts, 76 bottom plate grooves, 77 second butt plates, 78 first
Support frame, 79 second support frames, 80 the 16th shafts, 81 first idler wheels, 82 peanut godets, 83 peanut vine brackets, 84 the 17th
Shaft, 85 support slide openings, 86 chain sliding slots.
Specific embodiment
As shown in Figure 1 to 11, a kind of agriculture harvesting peanut peanut vine separates cropper, includes machine described in a body 1
1 bottom of body is provided with a harvesting slot 4, and the two sides of the body 1 are connected separately with a harvesting support frame 2, gather in branch described in two sides
Support 2 has been correspondingly connected with a harvesting bed plate 3 corresponding with the harvesting slot 4, is provided with a swing on the harvesting bed plate 3
Swing bed plate 50.The bottom of the body 1 is provided with a concave harvesting slot 4, is additionally provided in the end of the body 1
Two corresponding harvesting support frames 2, two harvesting support frames 2 are connected respectively in the two sides of the body 1, two
It has been correspondingly connected with a harvesting bed plate 3 on harvesting support frame 2 described in side, the harvesting bed plate 3 is corresponding with the harvesting slot 4, from
And the harvesting bed plate 3 can be extend into ground, so as to utilize the sliding of the harvesting bed plate 3 further to flower
Raw seedling loosens the soil, and so as to further guarantee to by peanut vine to pull up, and is provided with one on the harvesting bed plate 3
The swing bed plate 50 of swing can pass through the pendulum after peanut vine is loosened the soil by the harvesting bed plate 3
The swing of dynamic bed plate 50 further can further be loosened the soil of peanut vine bottom, so as to further
The soil amount on peanut vine is reduced, to be conducive to pulling up for peanut vine.
Two corresponding the first chains 16 for clamping rotation, two first chains 16 are provided in the harvesting slot 4
It is corresponding with the harvesting bed plate 3.And two corresponding the first chains for clamping rotation are provided in the harvesting slot 4
16, so as to which the peanut vine after loosening the soil further is clamped conveying by the rotation of two first chains 16,
So as to further pull up peanut vine from soil, thus allow for further handling.
1 bottom of body is additionally provided with the harvesting peanut slot 17 of a connection corresponding with the harvesting slot 4, the peanut
The casting bracket 52 of a rotation is provided in harvest slot 17, the casting bracket 52 is corresponding with two first chains 16,
The top of the body 1 is provided with a third collecting tank 42 corresponding with the harvesting peanut slot 17, setting in the body 1
Have a first sliding groove 66, the both ends of the first sliding groove 66 respectively with the third collecting tank 42 and 17 phase of harvesting peanut slot
It is corresponding to be connected to, the first conveying chain drum 21 of a rotation is provided in the first sliding groove 66.It is provided in the bottom of the body 1
One harvesting peanut slot 17, the harvesting peanut slot 17 connection corresponding with the harvesting slot 4, sets in the harvesting peanut slot 17
Be equipped with the casting bracket 52 of a rotation, the casting bracket 52 setting in the form of annular discs, and the casting bracket 52 be provided with it is more
Root, and the position of the casting bracket 52 is corresponding with first chain 16, so as to pass through first chain 16
Peanut vine is further conveyed, it can further will be on peanut vine by the rotation of the casting bracket 52
Soil is further cleared up, so as to by peanut vine soil and peanut clear up, thus reach harvest separation
The purpose of peanut, and the top of the body 1 can be provided with a third collecting tank 42, the third collecting tank 42 and institute
It is corresponding to state harvesting peanut slot 17, and is provided with a first sliding groove 66 in the body 1, the both ends of the first sliding groove 66
Connection corresponding with the third collecting tank 42 and the harvesting peanut slot 17 respectively, is provided with one in the first sliding groove 66
First conveying chain drum 21 of rotation can pass through described the so as to after the peanut to peanut vine bottom harvests
The rotation of one conveying chain drum 21 can further convey peanut, be transported to peanut so as to further described
In third collecting tank 42, so as to achieve the purpose that carry out centralized collection to peanut.
1 bottom of body is additionally provided with the peanut vine cutting groove 18 of a connection corresponding with the harvesting slot 4, the flower
The second cutter plate 53 of a rotation, second cutter plate 53 and two first chains are provided in raw seedling cutting groove 18
Item 16 is corresponding, and the top of the body 1 is additionally provided with second collecting tank 41 corresponding with the peanut vine cutting groove 18,
Be provided with a second sliding slot 72 in the body 1, the both ends of the second sliding slot 72 respectively with the peanut vine cutting groove 18 and
The corresponding connection of second collecting tank 41 is additionally provided with the second conveying chain drum 22 of rotation in second collecting tank 41.?
The bottom of the body 1 is additionally provided with a peanut vine cutting groove 18, and the position of the peanut vine cutting groove 18 and the peanut are received
It obtains that slot 17 is corresponding, the second cutter plate 53 of a rotation, and described second is provided in the peanut vine cutting groove 18
The position of cutter plate 53 is corresponding with first chain 16, so as to pass through the rotation energy of second cutter plate 53
It is enough that further the root of peanut vine is cut, so as to avoid traditional crushing peanut vine during by plastics
Film is mixed into the peanut vine of crushing, so as to further guarantee to the clean of pannage, so as to further
Guarantee the quality to pork, to guarantee the health after eating pork to people, and the top of the body 1 is provided with one
Second collecting tank 41, the position of second collecting tank 41 is corresponding with the peanut vine cutting groove 18, sets in the body 1
It is equipped with a second sliding slot 72, the second sliding slot 72 can be opposite by second collecting tank 41 and the peanut vine cutting groove 18
It should be connected to, and be provided in the second sliding slot 72 second conveying chain drum 22 of a rotation, so as to pass through described the
The rotations of two conveying chain drums 22 further can further convey the peanut vine root after cutting, so as to incite somebody to action
The root of peanut vine is transported in second collecting tank 41, is crushed to crushing so as to avoid the root of traditional peanut vine
Peanut vine in, so as to further guarantee to the clean of pannage.
1 bottom of body is additionally provided with the peanut vine crushing groove 19 of a connection corresponding with the harvesting slot 4, the flower
The first cutter plate 34 of a rotation is provided in raw seedling crushing groove 19, the bottom of the body 1 is provided with and the peanut vine
First collecting tank 40 of the corresponding connection of crushing groove 19, first cutter plate 34 and second cutter plate 53 and with
The corresponding rotation of the casting bracket 52.The bottom of the body 1 is provided with a peanut vine crushing groove 19, the groundnut stem meal
The connection corresponding with the harvesting slot 4 of broken slot 19, is provided with the first cutter of a rotation in the peanut vine crushing groove 19
Disk 34, so as to can further be crushed to peanut vine by the rotation of first cutter plate 34, so as to
It is enough crushing harvest to be carried out to peanut vine simultaneously during harvesting peanut, it is crushed so as to avoid traditional peanut vine
The waste of a large amount of manpower is caused, to further save human resources, can further reduce the cost of pannage, and
And one first collecting tank 40 is provided on the body 1, first collecting tank 40 is opposite with the peanut vine crushing groove 19
It should be connected to, be transported to first collecting tank 40 so as to can further concentrate after crushing to peanut vine
It is interior, so as to further complete the purpose being collected to smashed peanut, and first cutter plate 34 with
Second cutter plate 53 and rotation corresponding with the casting bracket 52, so as to pass through first cutter plate
34 with the synchronous rotation of second cutter plate 53 and the casting bracket 52, so as to further realize to peanut
The harvest of the peanut of root can simultaneously cut the root of peanut vine, and can carry out simultaneously to peanut vine
It is further to crush, so as to guarantee to synchronous work.
Be provided with the main shaft 5 of a rotation in the body 1, the main shaft 5 drive respectively first chain 16 with
The first conveying chain drum 21 and rotation corresponding with the second conveying chain drum 22, the main shaft 5 drive the swing
The corresponding swing of bed plate 50.It is provided with the main shaft 5 of a rotation, in the body 1 so as to pass through the main shaft 5
Rotation can further drive first chain 16 to convey chain drum with the first conveying chain drum 21 and with described second
22 corresponding rotation, so as to can further make first chain 16 during the main shaft 5 rotation
Synchronization action with the first conveying chain drum 21 and with the second conveying chain drum 22, and it is capable of the main shaft 5
Rotation can further drive the synchronous hunting for swinging bed plate 50.
As shown in Fig. 1, Fig. 9 and Figure 10, it is provided with the 7th shaft 43 of a rotation on the harvesting support frame 2, described the
Seven shafts 43 are provided with a first gear 44, and an engagement corresponding with the first gear 44 is provided on the main shaft 5 and is connected
The second gear 45 connect is provided with an eight revolution axis 46 in the first gear 44, is provided with one turn on the eight revolution axis 46
The first dynamic compression bar 47, the harvesting bed plate 3 are respectively arranged with a corresponding cross-pair with the side for swinging bed plate 50 and answer
The convex block of engagement rotation, intersection are correspondingly arranged convex block and pass through the corresponding rotation connection of 1 the tenth shaft 51, the swing bed plate 50
On be provided with a bottom plate groove 76,1 the 17th shaft 84 is provided in the bottom plate groove 76, in the 17th shaft 84
It is provided with the second compression bar 49 of a rotation, the end of first compression bar 47 is provided with one the 9th shaft 48, second compression bar
49 rotate in the 9th shaft 48, and a support slide opening 85, second compression bar 49 are additionally provided on the harvesting support frame 2
It is slided in the support slide opening 85.It is provided with the 7th shaft 43 of a rotation on the harvesting support frame 2, described 7th turn
Axis 43 can rotate in the turn hole set by the harvesting support frame 2, and be provided with one first in the 7th shaft 43
Gear 44, is provided with a second gear 45 on the main shaft 5, and the second gear 45 can be with 44 phase of first gear
It is engaged connection, so as to can further drive the second gear 45 during the main shaft 5 rotation
Rotation be provided with one the 8th in the first gear 44 so as to be further driven to the rotation of the first gear 44
Shaft 46, the eight revolution axis 46 are located at the outer ring of the first gear 44, the edge of the first gear 44 are located at, in institute
The first compression bar 47 that a rotation is provided on eight revolution axis 46 is stated, so as to the energy during first gear 44 rotation
It is enough that first compression bar 47 is further driven to move in a circle, in the harvesting bed plate 3 and the side for swinging bed plate 50
It is respectively arranged with the corresponding convex block arranged in a crossed manner of a row, it can be by set by the harvesting bed plate 3 and the swing bed plate 50
Convex block intersect and be correspondingly arranged, and can be carried out relatively by 1 the tenth shaft 51 on intersecting the convex block that is correspondingly arranged
The connection answered, so as to rotate the swing bed plate 50 on the harvesting bed plate 3 described, in institute
It states to swing and is provided with a bottom plate groove 76, the concave setting of the bottom plate groove 76, in the bottom plate groove 76 on bed plate 50
It is provided with 1 the 17th shaft 84, the second compression bar 49 of a rotation, second pressure are provided in the 17th shaft 84
Bar 49 is corresponding with first compression bar 47, and the end of first compression bar 47 is provided with one the 9th shaft 48, and described second
Compression bar 49 can rotate in the 9th shaft 48, can be into one so as to be moved in a circle by first compression bar 47
The sliding of promotion second compression bar 49 of step, and it is provided with a support slide opening 85 on the harvesting support frame 2, so as to
Slide second compression bar 49 in the support slide opening 85, it can be using the support slide opening 85 further to described
Second compression bar 49 is supported, and so as to guarantee to second compression bar 49 to move in a straight line, can utilize second pressure
Bar 49 further pushes the swing bed plate 50, and the swing bed plate 50 can further be made continuously to swing,
Further preliminary cleaning can be carried out by the soil to peanut vine bottom by the swing for swinging bed plate 50, thus
It can further guarantee the effect to harvesting peanut.
As illustrated in figures 1 and 8, the first rotating shaft 12 there are two corresponding rotation is respectively set in the both ends of the harvesting slot 4
With one second shaft 13, one first sprocket wheel 14 and one is respectively arranged in two first rotating shafts 12 and second shaft 13
Second sprocket wheel 15, two first chains 16 rotate between first sprocket wheel 14 and second sprocket wheel 15 respectively, institute
It states and is provided with a first bevel gear 6 on main shaft 5, be provided with one and the first bevel gear 6 in a first rotating shaft 12
It is corresponding to engage the 4th bevel gear 9 connected, a corresponding engagement connection is respectively arranged in two first rotating shafts 12
The two sides of third gear 54, the harvesting slot 4 respectively include a chain sliding slot 86 being located on the body 1, described in two
First chain 16 slides in the chain sliding slot 86 respectively, and the folder for intersecting and being correspondingly connected with is respectively set on first chain 16
Tight block 55, and the length of the first rotating shaft 12 is longer than the length of second shaft 13, two first chains 16 are in incline
Ramp-like setting.Second turn there are two the first rotating shaft 12 rotated and two rotations is respectively set at the both ends of the harvesting slot 4
Axis 13, the first rotating shaft 12 and second shaft 13 rotate in turn hole set in the body 1 respectively, and two
One first sprocket wheel 14 and one second sprocket wheel 15, two institutes are respectively arranged in a first rotating shaft 12 and second shaft 13
It states the first chain 16 to be respectively provided on first sprocket wheel 14 and second sprocket wheel 15, so as to make first chain 16
It is rotated on first sprocket wheel 14 and second sprocket wheel 15, and is wherein provided with one the 4th in a first rotating shaft 12
Bevel gear 9 is provided with the first bevel gear 6 of an engagement connection corresponding with the 4th bevel gear 9 on the main shaft 5,
The rotation of the first bevel gear 6 can be driven, further so as to the rotation by the main shaft 5 so as to logical
The first bevel gear 6 is crossed further to connect with the corresponding engagement of the 4th bevel gear 9 so as to drive described the
The rotation of one shaft 12, so as to further drive the rotation of wherein first chain 16, at described first turn
The third gear 54 of a corresponding engagement connection is respectively arranged on axis 12, so as to pass through two third gears 54
Corresponding engagement connection so as to simultaneously enable the rotation of two first chains 16 simultaneously, and in the harvesting
The two sides of slot 4 are respectively arranged with a chain sliding slot 86, and first chain 16 can slide in the chain sliding slot 86 respectively,
And two first chains 16 are capable of the rotation of corresponding clamping, so as to keep two first chains 16 corresponding
Further peanut vine can be clamped after clamping, thus allow for further conveying, and can be described first
The gripping block 55 of the corresponding setting of a circle is respectively arranged on chain 16, it is set on two first chains 16 so as to make
The corresponding clamping of gripping block 55 after further peanut vine can be clamped, thus allow for further conveying, and
The length of the first rotating shaft 12 is longer than the length of second shaft 13, so as to further make first chain 16
In inclined state, peanut vine can further can be pulled out inside soil by the rotation of first chain 16
It rises, to achieve the purpose that harvest.
As shown in Figure 1 to Figure 3, a connection is respectively arranged in the harvesting peanut slot 17 and the peanut vine cutting groove 18
The second support frame 79 and one first support frame 78 on the body 1, second support frame 79 and first support frame
The 4th shaft 23 and one the 5th shaft 24 of a rotation are respectively arranged on 78, the casting bracket 52 is correspondingly connected with described
In four shafts 23, second cutter plate 53 is correspondingly connected in the 5th shaft 24, the 4th shaft 23 with it is described
Be respectively arranged with a corresponding third sprocket wheel 25 and one the 4th sprocket wheel 26 in 5th shaft 24, the third sprocket wheel 25 with it is described
Pass through the corresponding rotation connection of one second chain 28 between 4th sprocket wheel 26, is provided with a motor in the peanut vine crushing groove 19
6th shafts 29 of 30 drivings, are provided with one the 6th sprocket wheel 31 in the 6th shaft 29, also set up in the 5th shaft 24
There is the 5th sprocket wheel 27 corresponding with the 6th sprocket wheel 31, passes through between the 5th sprocket wheel 27 and the 6th sprocket wheel 31
The corresponding rotation connection of one third chain 32, first cutter plate 34 is correspondingly connected in the 6th shaft 29, and institute
State and be provided with a feeder 38 in body 1, the both ends of the feeder 38 respectively with the peanut vine crushing groove 19 and described
The corresponding connection of one collecting tank 40, the top of first collecting tank 40 are provided with a filter screen 39, in the 6th shaft 29
It is additionally provided with an exhaust fan 33 corresponding with the feeder 38.In the harvesting peanut slot 17 and the peanut vine cutting groove
The second support frame 79 and one first support frame 78 that one is connected on the body 1 are respectively set in 18, in second support
Frame 79 and first support frame 78 are respectively arranged with the 4th shaft 23 and one the 5th shaft 24 of a rotation, the casting bracket
52 are correspondingly connected in the 4th shaft 23, so as to be further driven to institute by the rotation of the 4th shaft 23
The rotation of casting bracket 52 is stated, second cutter plate 53 is correspondingly connected in the 5th shaft 24, so as to pass through
The rotation of 5th shaft 24 can be further driven to the rotation of second cutter plate 53, the 4th shaft 23 with
The third sprocket wheel 25 and one the 4th sprocket wheel 26 of a corresponding setting are respectively arranged in 5th shaft 24, in the third chain
By the corresponding connection of one second chain 28 between wheel 25 and the 4th sprocket wheel 26, so as to further make the third
The rotation synchronous with the 4th sprocket wheel 26 of sprocket wheel 25 is provided with the of a motor 30 driving in the peanut vine crushing groove 19
Six shafts 29 are provided with one the 6th sprocket wheel 31 in the 6th shaft 29, and one is additionally provided in the 5th shaft 24
Five sprocket wheels 27 carry out corresponding company by a third chain 32 between the 6th sprocket wheel 31 and the 5th sprocket wheel 27
It connects, the rotation of the 6th shaft 29, first cutting can be further driven by the rotation of the motor 30
Cutterhead 34 is arranged in the 6th shaft 29, so as to further drive the rotation of first cutter plate 34, and
And the synchronous rotation of drive the 5th shaft 24 simultaneously can be capable of by the third chain 32, so as to further
The synchronous rotation of second cutter plate 53 is driven, and can further drive institute by second chain 28
The rotation of casting bracket 52 is stated, so as to can be by the soil and flower of peanut vine bottom by the rotation of the casting bracket 52
Life is removed, to achieve the purpose that harvest peanut, and can be by the rotation of second cutter plate 53
One step cuts off the root of peanut vine, to prevent the peanut vine for being mixed into crushing after crushing the root of peanut vine from raising
In material, and further peanut vine can be crushed by the rotation of first cutter plate 34, so as to
Trouble caused by being crushed again after further avoiding artificially collecting peanut vine is reached, so as to further increase work effect
Rate, while the cost of peanut vine feed also can be further reduced, a feeder 38 is provided in the body 1, in institute
State and be provided with an exhaust fan 33 in the 6th shaft 29, so as to by the 6th shaft 29 rotation can simultaneously drive
The rotation of the exhaust fan 33 can pass through the feeding so as to further generate wind-force by the exhaust fan 33
Smashed peanut vine is transported in first collecting tank 40 by cylinder 38, so as to reach the mesh for collecting peanut vine feed
, and the top of first collecting tank 40 is provided with a filter screen 39, it can so as to pass through the filter screen 39
Further peanut vine is collected, to prevent under the action of the forces of the wind dispelling peanut vine, to reach the mesh of collection
's.
First butt plate 37 corresponding with first cutter plate 34 is provided in the peanut vine crushing groove 19,
Second butt plate 77 corresponding with second cutter plate 53 is provided in the peanut vine cutting groove 18.In the flower
One first butt plate 37 is provided in raw seedling crushing groove 19, first cutter plate 34 is opposite with first butt plate 37
It answers, it is corresponding so as to be carried out by first butt plate 37 during first cutter plate 34 rotation
Clamping can be into one so as to by the corresponding clamping of first cutter plate 34 and first butt plate 37
Step carries out cutting and grinding to peanut vine, and can be carried out by second cutter plate 53 with second butt plate 77
Corresponding clamping, so as to further carry out excision operation to the root of peanut vine.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 7, it is provided with the third shaft 20 of a rotation in the body 1, described
Three shafts 20 rotate in the harvesting peanut slot 17 and the peanut vine cutting groove 18 respectively, in the third shaft 20 respectively
It is connected with the first chain rivet 68 and a third chain rivet that one rotates in the harvesting peanut slot 17 and the peanut vine cutting groove 18
73, be respectively arranged in second collecting tank 41 and the third collecting tank 42 one rotated in the body 1 the 15th
A rotation is respectively arranged in shaft 75 and 1 the 14th shaft 67, the 15th shaft 75 and the 14th shaft 67
4th chain rivet and one second chain rivet 73, the first conveying chain drum 21 turn on first chain rivet 68 and second chain rivet 69
Dynamic, the second conveying chain drum 22 rotates on the third chain rivet 73 and the 4th chain rivet 74, and first carrier chain
Disk 21 and the two sides of the second conveying chain drum 22 are connected separately with corresponding 16th shaft 80 of a row, and described 16th turn
The first idler wheel 81 of a rotation is respectively arranged on axis 80, first idler wheel 81 is respectively in the first sliding groove 66 and described
Rotation in two sliding slots 72.The third shaft 20 of a rotation is provided in the body 1, what the third shaft 20 can be distinguished
It is rotated in the harvesting peanut slot 17 and the peanut vine cutting groove 18, one is respectively arranged in the third shaft 20
One chain rivet 68 and a third chain rivet 73, first chain rivet 68 and the third chain rivet 73 can respectively in the harvesting peanut
Rotation, is respectively set in second collecting tank 41 and the third collecting tank 42 in slot 17 and the peanut vine cutting groove 18
There are the 15th shaft 75 and 1 the 14th shaft 67 of a rotation, the 15th shaft 75 is distinguished with the 14th shaft 67
The turn hole set by the body 1 in rotate, be respectively set in the 15th shaft 75 and the 14th shaft 67
There are the 4th chain rivet 74 and one second chain rivet of a rotation, the first conveying chain drum 21 is in first chain rivet 68 and described second
It being rotated on chain rivet 69, the second conveying chain drum 22 rotates on the third chain rivet 73 and the 4th chain rivet 74, so as to
The same of first chain rivet 68 and the third chain rivet 73 can further enough be driven by the rotation of the third shaft 20
Step rotation, so as to further drive the rotation of the first conveying chain drum 21 and the second conveying chain drum 22, and
The tenth of the corresponding rotation of a circle is respectively arranged in the two sides that the first conveying chain drum 21 conveys chain drum 22 with described second
Six shafts 80 are also respectively provided with the first idler wheel 81 of a rotation in the 16th shaft 80, and first idler wheel 81 can
Rotating in the first sliding groove 66 and the second sliding slot 72 respectively, the first sliding groove 66 is divided with the second sliding slot 72
Other semicircular in shape setting, so as to pass through the sliding in the first sliding groove 66 and described second of first idler wheel 81 difference
Rotation in slot 72, so as to prop up the first conveying chain drum 21 with the second conveying chain drum 22
Support, so as to be further ensured that the normal sliding of the first conveying chain drum 21 and the second conveying chain drum 22.
It is provided with one the 9th bevel gear 61 in the third shaft 20, is additionally provided with one and the third in the body 1
One end of the 13rd shaft 63 that shaft 20 vertically rotates, the 13rd shaft 63 is provided with one and the 9th bevel gear 61
Tenth bevel gear 62 of corresponding engagement connection, the end of the main shaft 5 are provided with 1 the 12nd bevel gear 65, and the described tenth
The other end of three shafts 63 is provided with the 11st bevel gear 64 of an engagement connection corresponding with the 12nd bevel gear 65.?
It is provided with one the 9th bevel gear 61 in the third shaft 20, the 13rd shaft 63 of a rotation is provided in the body 1,
13rd shaft 63 is vertically arranged with the third shaft 20, and one end of the 13rd shaft 63 is provided with one
Tenth bevel gear 62, the 9th bevel gear 61 engagement connection corresponding with the tenth bevel gear 62, and turn in the master
The end of axis 5 is provided with 1 the 12nd bevel gear 65, and the other end of the 13rd shaft 63 is provided with 1 the 11st cone tooth
Wheel 64, the 11st bevel gear 64 engagement connection corresponding with the 12nd bevel gear 65, so as to turn in the master
Axis 5 can further drive the rotation of the 13rd shaft 63 during rotating, described so as to be further driven to
The rotation of third shaft 20, so as to further drive turn of the first conveying chain drum 21 and the second conveying chain drum 22
It is dynamic.
As shown in Figure 4 and Figure 5, the peanut godet 82 of the corresponding setting of a circle is provided on the second conveying chain drum 22,
The L-shaped setting of the peanut godet 82, described first conveys the peanut vine bracket that the corresponding setting of a circle is provided on chain drum 21
83, peanut guide cylinder 71 corresponding with the peanut godet 82 is provided in the harvesting peanut slot 17.It is defeated described second
It send and is provided with the corresponding setting peanut godet 82 of a circle on chain drum 22, the L-shaped setting of the peanut godet 82, so as to utilize
The peanut godet 82 of L-shaped setting can further convey peanut, and set on the first conveying chain drum 21
It is equipped with peanut vine bracket 83, so as to be hooked to the root of peanut vine using peanut vine bracket 83, so as to
Further the root of peanut vine is conveyed, and is provided with a peanut guide cylinder 71 in the harvesting peanut slot 17,
To enough after peanut to be removed to peanut by the casting bracket 52, it can further pass through the peanut guide cylinder
71 further drop into peanut automatically on the peanut godet 82, so as to further convey to peanut.
As shown in Fig. 1, Fig. 6 and Fig. 7, rotated in the body 1 there are two settings in the peanut vine crushing groove 19
11st shaft 56 is respectively arranged with corresponding first contact roller 35 for clamping rotation and one the in the 11st shaft 56
Two contact rollers 36, first contact roller 35 is corresponding with first cutter plate 34 respectively with second contact roller 36,
Be respectively arranged in two the 11st shafts 56 one it is corresponding engagement connection the 4th gear 57, one described 11st turn
The end of axis 56 is provided with one the 7th bevel gear 58, and a rotation vertical with the 11st shaft 56 is provided in the body 1
The 12nd shaft 60, described 12nd shaft, 60 one end be provided with one it is corresponding with the 7th bevel gear 58 engagement connection
8th bevel gear 59 is provided with a second bevel gear 7 on the main shaft 5, and the other end of the 12nd shaft 60 is provided with
5th bevel gear 10 of one engagement connection corresponding with the second bevel gear 7.It is provided in the peanut vine crushing groove 19
11st shaft 56 of two corresponding rotations turns in the turn hole set by the body 1 of the 11st shaft 56 respectively
It is dynamic, and the first contact roller 35 and one second contact roller of a corresponding clamping are respectively arranged in the 11st shaft 56
36, and first contact roller 35 and second contact roller 36 respectively corresponding with first cutter plate 34, from
And it is able to carry out further after capable of being clamped with second contact roller 36 to peanut vine by first contact roller 35
Conveying, so as to further be transported to peanut vine on first cutter plate 34, so as to pass through described the
One cutter plate 34 crushes peanut vine, and is respectively arranged with one the 4th gear in two the 11st shafts 56
57, so as to be connected by the corresponding engagement of described two 4th gears 57, so as to further make two
11st shaft 56 is corresponding to step up to rotate, and is provided with one the 7th in the 11st shaft 56 wherein
Bevel gear 58 is provided with the 12nd shaft 60 of a rotation, the 12nd shaft 60 and the described tenth in the body 1
One shaft 56 is corresponding to be vertically arranged, and one end of the 12nd shaft 60 is provided with one the 8th bevel gear 59, institute
The engagement connection corresponding with the 8th bevel gear 59 of the 7th bevel gear 58 is stated, and is provided with one on the main shaft 5
Second bevel gear 7 is provided with one the 5th bevel gear 10 in the other end of the 12nd shaft 60, so as to pass through described the
Five bevel gears 10 connect with the corresponding engagement of the second bevel gear 7, so as to further pass through the main shaft 5
Rotation is able to drive the rotation of the 11st shaft 56, so as to be further driven to first contact roller 35 and described the
The corresponding rotation of two contact rollers 36.
As shown in Figure 1, the bottom of the harvesting peanut slot 17 includes the earth discharging hole 70 being located on the body 1, it is described
Earth discharging hole 70 is covered in the bottom of the harvesting peanut slot 17.The bottom of the harvesting peanut slot 17 is provided with earth discharging hole 70,
The earth discharging hole 70 is through-hole, and the earth discharging hole 70 is covered in the bottom of the harvesting peanut slot 17, so as to utilize
Further the root soil of peanut vine is discharged for the earth discharging hole 70, carries out so as to further to peanut defeated
It send.
As shown in figure 11, the tapered setting in end of two first chains 16.The two of tapered setting can be utilized
First chain 16 described in item, so as to be further clamped using two first chains 16 to peanut vine, thus
Further peanut vine can be carried out pulling up conveying operation.
Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair
It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the proposed skill of the present invention
In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and
Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.
Claims (7)
- It include a body, it is characterised in that: the organism bottom is set 1. a kind of agricultural harvesting peanut peanut vine separates cropper It is equipped with a harvesting slot, the two sides of the body are connected separately with a harvesting support frame, and harvesting support frame described in two sides is correspondingly connected with There is a harvesting bed plate corresponding with the harvesting slot, the swing bed plate of a swing is provided on the harvesting bed plate；Two corresponding the first chains for clamping rotation, two first chains and the harvesting are provided in the harvesting slot Bed plate is corresponding；The organism bottom is additionally provided with the harvesting peanut slot of one with the corresponding connection of the harvesting slot, in the harvesting peanut slot It is provided with the casting bracket of a rotation, the casting bracket is corresponding with two first chains, sets at the top of the body It is equipped with a third collecting tank corresponding with the harvesting peanut slot, is provided with a first sliding groove in the body, described first The connection corresponding with the third collecting tank and the harvesting peanut slot respectively of the both ends of sliding slot is provided in the first sliding groove First conveying chain drum of one rotation；The organism bottom is additionally provided with the peanut vine cutting groove of a connection corresponding with the harvesting slot, the peanut vine cutting The second cutter plate of a rotation is provided in slot, second cutter plate is corresponding with two first chains, described It is additionally provided with second collecting tank corresponding with the peanut vine cutting groove at the top of body, one is provided in the body Two sliding slots, the connection corresponding with the peanut vine cutting groove and second collecting tank respectively of the both ends of the second sliding slot, institute State the second conveying chain drum that rotation is additionally provided in the second collecting tank；The organism bottom is additionally provided with the peanut vine crushing groove of a connection corresponding with the harvesting slot, and the peanut vine crushes The first cutter plate of a rotation is provided in slot, the bottom of the body is provided with company corresponding with the peanut vine crushing groove The first logical collecting tank, first cutter plate and second cutter plate and with corresponding turn of the casting bracket It is dynamic；It is provided with the main shaft of a rotation in the body, the main shaft drives first chain and described first defeated respectively Chain drum and rotation corresponding with the second conveying chain drum, the main shaft is sent to drive the corresponding swing of the swing bed plate；The 7th shaft of a rotation is provided on the harvesting support frame, the 7th shaft is provided with a first gear, described It is provided with the second gear of an engagement connection corresponding with the first gear on main shaft, is provided with one in the first gear Eight revolution axis, is provided with the first compression bar of a rotation on the eight revolution axis, the harvesting bed plate and described swings the one of bed plate Side is respectively arranged with the convex block that a corresponding cross-pair answers engagement rotation, and it is opposite by 1 the tenth shaft that intersection is correspondingly arranged convex block It should be rotatablely connected, be provided with a bottom plate groove on the swing bed plate, 1 the 17th shaft, institute are provided in the bottom plate groove The second compression bar that a rotation is provided in the 17th shaft is stated, the end of first compression bar is provided with one the 9th shaft, described Second compression bar rotates in the 9th shaft, and a support slide opening, second compression bar are additionally provided on the harvesting support frame It is slided in the support slide opening；The both ends of the harvesting slot are respectively set first rotating shaft and one second shaft there are two corresponding rotation, and two described the It is respectively arranged with one first sprocket wheel and one second sprocket wheel in one shaft and second shaft, two first chains exist respectively It is rotated between first sprocket wheel and second sprocket wheel, is provided with a first bevel gear on the main shaft, one described The 4th bevel gear of an engagement connection corresponding with the first bevel gear is provided in one shaft, in two first rotating shafts It is respectively arranged with the third gear of a corresponding engagement connection, the two sides of the harvesting slot have respectively included one and have been located at the body On chain sliding slot, two first chains slide in the chain sliding slot respectively, are respectively set on first chain Intersect the gripping block that is correspondingly connected with, and the length of the first rotating shaft is longer than the length of second shaft, two described first Chain is obliquely arranged.
- 2. a kind of agriculture harvesting peanut peanut vine separates cropper according to claim 1, it is characterised in that: the peanut is received Obtain the second support frame and one first support for being respectively arranged with that one is connected on the body in slot and the peanut vine cutting groove The 4th shaft and one the 5th shaft of a rotation, institute are respectively arranged on frame, second support frame and first support frame Casting bracket to be stated to be correspondingly connected in the 4th shaft, second cutter plate is correspondingly connected in the 5th shaft, A corresponding third sprocket wheel and one the 4th sprocket wheel, the third are respectively arranged in 4th shaft and the 5th shaft By the corresponding rotation connection of one second chain between sprocket wheel and the 4th sprocket wheel, one is provided in the peanut vine crushing groove Motor-driven 6th shaft is provided with one the 6th sprocket wheel in the 6th shaft, be additionally provided in the 5th shaft one with Corresponding 5th sprocket wheel of 6th sprocket wheel is opposite by a third chain between the 5th sprocket wheel and the 6th sprocket wheel It should be rotatablely connected, first cutter plate is correspondingly connected in the 6th shaft, and a feeding is provided in the body Cylinder, the connection corresponding with the peanut vine crushing groove and first collecting tank respectively of the both ends of the feeder, described first It is provided with a filter screen at the top of collecting tank, an air draft corresponding with the feeder is additionally provided in the 6th shaft Fan；First butt plate corresponding with first cutter plate, the peanut vine are provided in the peanut vine crushing groove Second butt plate corresponding with second cutter plate is provided in cutting groove.
- 3. a kind of agriculture harvesting peanut peanut vine separates cropper according to claim 1, it is characterised in that: in the body It is provided with the third shaft of a rotation, the third shaft turns in the harvesting peanut slot and the peanut vine cutting groove respectively It is dynamic, first chain rotated in the harvesting peanut slot and the peanut vine cutting groove is connected separately in the third shaft Axis and a third chain rivet are respectively arranged with one in second collecting tank and the third collecting tank and rotate in the body 15th shaft and 1 the 14th shaft are respectively arranged with the of a rotation in the 15th shaft and the 14th shaft Four chain rivets and one second chain rivet, the first conveying chain drum rotate on first chain rivet and second chain rivet, and described the Two conveying chain drums rotate on the third chain rivet and the 4th chain rivet, and the first conveying chain drum and second conveying The two sides of chain drum are connected separately with corresponding 16th shaft of a row, are respectively arranged with a rotation in the 16th shaft First idler wheel, first idler wheel rotate in the first sliding groove and the second sliding slot respectively；It is provided with one the 9th bevel gear in the third shaft, one is additionally provided in the body and vertical with the third shaft is turned The 13rd dynamic shaft, one end of the 13rd shaft are provided with the of an engagement connection corresponding with the 9th bevel gear Ten bevel gears, the end of the main shaft are provided with 1 the 12nd bevel gear, and the other end of the 13rd shaft is provided with one 11st bevel gear of engagement connection corresponding with the 12nd bevel gear.
- 4. a kind of agriculture harvesting peanut peanut vine separates cropper according to claim 1, it is characterised in that: described second is defeated Send the peanut godet that the corresponding setting of a circle is provided on chain drum, the L-shaped setting of peanut godet, the first conveying chain drum On be provided with the peanut vine bracket of the corresponding setting of a circle, be provided in the harvesting peanut slot corresponding with the peanut godet Peanut guide cylinder.
- 5. a kind of agriculture harvesting peanut peanut vine separates cropper according to claim 1, it is characterised in that: the peanut vine Setting is respectively arranged with a phase in the 11st shaft there are two the 11st shaft rotated in the body in crushing groove Corresponding the first contact roller and one second contact roller for clamping rotation, first contact roller and second contact roller respectively with institute It states that the first cutter plate is corresponding, the 4th tooth of a corresponding engagement connection is respectively arranged in two the 11st shafts Wheel, the end of the 11st shaft is provided with one the 7th bevel gear, one and the described 11st is provided in the body The 12nd shaft that shaft vertically rotates, described 12nd shaft one end are provided with an engagement corresponding with the 7th bevel gear 8th bevel gear of connection is provided with a second bevel gear on the main shaft, and the other end of the 12nd shaft is provided with 5th bevel gear of one engagement connection corresponding with the second bevel gear.
- 6. a kind of agriculture harvesting peanut peanut vine separates cropper according to claim 1, it is characterised in that: the peanut is received The bottom for obtaining slot includes the earth discharging hole being located on the body, and the earth discharging hole is covered in the bottom of the harvesting peanut slot.
- 7. a kind of agriculture harvesting peanut peanut vine separates cropper according to claim 1, it is characterised in that: two articles described the The tapered setting in the end of one chain.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910092565.XA CN109845474A (en) | 2017-04-16 | 2017-04-16 | A kind of agricultural harvesting peanut peanut vine separation cropper |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910092565.XA CN109845474A (en) | 2017-04-16 | 2017-04-16 | A kind of agricultural harvesting peanut peanut vine separation cropper |
| CN201710246874.9A CN106993423B (en) | 2017-04-16 | 2017-04-16 | A kind of agricultural harvesting peanut peanut vine separation cropper |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710246874.9A Division CN106993423B (en) | 2017-04-16 | 2017-04-16 | A kind of agricultural harvesting peanut peanut vine separation cropper |
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| CN201910092565.XA Withdrawn CN109845474A (en) | 2017-04-16 | 2017-04-16 | A kind of agricultural harvesting peanut peanut vine separation cropper |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112602439A (en) * | 2020-12-11 | 2021-04-06 | 青岛开疆拓土农业装备科技有限公司 | Automatic cleaning device of intelligence agricultural ginger harvester |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108156870A (en) * | 2018-02-12 | 2018-06-15 | 青岛联合智造科技有限公司 | A kind of farm land fertilising soil package fertilizer spreader |
| CN108360662B (en) * | 2018-02-21 | 2021-01-26 | 青岛联合智造科技有限公司 | Environment treatment blowdown ditch automatic lifting apron sludge cleaning car |
| CN112616416A (en) * | 2021-01-15 | 2021-04-09 | 成都市新都区灰范商贸有限公司 | Peanut harvesting equipment |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3921724A (en) * | 1973-07-31 | 1975-11-25 | Sr James F Horton | Harvester with digging head and root crop washer |
| CN202222148U (en) * | 2011-08-24 | 2012-05-23 | 陶畔武 | Peanut harvesting machine |
| CN204090535U (en) * | 2014-07-07 | 2015-01-14 | 王镐飞 | Designed novel peanut harvesting machine |
| CN203985041U (en) * | 2014-07-23 | 2014-12-10 | 新乡地隆药业机械有限公司 | Harvester for peanut |
| CN106068882B (en) * | 2016-08-11 | 2017-11-03 | 新乡地隆药业机械有限公司 | self-propelled peanut combine |
| CN106171822A (en) * | 2016-08-22 | 2016-12-07 | 安徽农业大学 | A kind of tea seedling transplanter |
-
2017
- 2017-04-16 CN CN201710246874.9A patent/CN106993423B/en not_active Expired - Fee Related
- 2017-04-16 CN CN201910092565.XA patent/CN109845474A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112602439A (en) * | 2020-12-11 | 2021-04-06 | 青岛开疆拓土农业装备科技有限公司 | Automatic cleaning device of intelligence agricultural ginger harvester |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106993423A (en) | 2017-08-01 |
| CN106993423B (en) | 2019-04-23 |
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Application publication date: 20190607 |