CN209693473U - A kind of crawler type sugar-cane cutting machine - Google Patents
A kind of crawler type sugar-cane cutting machine Download PDFInfo
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- CN209693473U CN209693473U CN201920082402.9U CN201920082402U CN209693473U CN 209693473 U CN209693473 U CN 209693473U CN 201920082402 U CN201920082402 U CN 201920082402U CN 209693473 U CN209693473 U CN 209693473U
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- 230000008878 coupling Effects 0.000 claims description 6
- 238000010168 coupling process Methods 0.000 claims description 6
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Abstract
The utility model discloses a kind of crawler type sugar-cane cutting machines, including rack, Athey wheel, control platform, workbench, dynamical system, cutterhead cutting mechanism, Fu He mechanism and rice crop-arranging mechanism, crawler body is connected by retractable support frame with the first spline shaft assembly, dynamical system includes diesel engine, moving gear box, work gearbox, side chain roller box, pulley assemblies, second spline shaft assembly, turbine and worm component, cutterhead cutting mechanism includes angular adjustment rod piece and cutterhead, Fu He mechanism includes perching knife and helps standing grain spiral-tube, rice crop-arranging mechanism includes first row standing grain propellers and second row standing grain propellers, workbench is connect by snap-gauge and cylinder slide bar with housing slide, workbench connects universal wheel by screw rod.The utility model realizes walking, cuts root, helps standing grain and arrange the automation harvesting process of standing grain, and obtained sugarcane is put neatly, is conducive to later collection and is worked；The utility model is suitable for the ridge of different terrain, different in width, is suitable for large range promotion use.
Description
Technical field
The utility model relates to sugar-cane cutting machine technical field more particularly to a kind of crawler type sugar-cane cutting machines.
Background technique
With the continuous development of modernization industry, production process mechanization and the promotion of automatization level, sugar-cane cutting machine
It is widely paid close attention in agricultural production.In actual production, oneself of production can be improved in the application of sugar-cane cutting machine
Dynamicization is horizontal, to improve labor productivity.
It is domestic at present that sugarcane harvesting work is mainly completed using large-scale sugar-cane cutting machine, but large-scale harvester is not applicable
In the harvesting of the small plots sugarcane such as hills, mountainous region, so not can be carried out comprehensive popularization and use.
Currently on the market it is not yet found that a kind of small-scale type sugarcane harvester product, characteristic small in size by its, easily operated,
It is adapted to various complicated landforms and carries out Agricultural Activities, alleviates the work intensity of worker.
Utility model content
Purpose of the utility model is to solve disadvantages existing in the prior art, and a kind of crawler type proposed
Sugar-cane cutting machine.
To achieve the goals above, the utility model adopts the technical scheme that
A kind of crawler type sugar-cane cutting machine, mainly by rack, Athey wheel, control platform, workbench, dynamical system
System, cutterhead cutting mechanism, Fu He mechanism and rice crop-arranging mechanism composition, rack, control platform and workbench are by square tubes soldering
Made of truss structure, control platform carry is in the rear end of rack, and in the front end of rack, Athey wheel is equipped with to be carried out workbench carry
Band chassis, the bottom of rack is placed on crawler body；
Crawler body includes retractable support frame and the first spline shaft assembly, and Athey wheel includes driving wheel, thrust wheel, carrier wheel
The driving wheel of component, directive wheel and crawler belt, two sides is connected by the first spline shaft assembly, and retractable support frame is by sliding sash, slide plate
And fastener is constituted, the thrust wheel of two sides is connected by retractable support frame, and rack is bolted in retractable support frame；
Dynamical system includes diesel engine, and moving gear box and work gearbox, diesel engine are located at machine frame inside, speed change of walking
Case is located at the bottom of control platform, and the main shaft of diesel engine is connected by pulley assemblies with the input shaft of moving gear box, walking
The output shaft of gearbox is connected by shaft coupling with the first spline shaft assembly, and work gearbox is located at the top position of rack,
The main shaft of diesel engine also by pulley assemblies with work gearbox input shaft be connected, work gearbox set there are two output
The output shaft of axis, one of work gearbox is connected with side chain roller box, and side chain roller box is connected with rice crop-arranging mechanism, another work
The output shaft for making gearbox is connected with the second spline shaft assembly by pulley assemblies；
First spline shaft assembly and the second spline shaft assembly are made of splined shaft and splined sleeve, the second spline shaft assembly
Splined shaft be connected by pulley assemblies with the output shaft for the gearbox that works, the external fixation of the second splined shaft pack spline sleeve
It is socketed with sliding rail frame, sliding rail frame is fixedly connected with workbench, and the splined sleeve of the second spline shaft assembly is connected by pulley assemblies
It is connected to turbine and worm component, the worm shaft of turbine and worm component is socketed on the bearing block of workbench；
Turbine and worm component is made of worm shaft and turbine wheel shaft, and the worm shaft of turbine and worm component is equipped with driving wheel and driven
Wheel, driving wheel are connected by pulley assemblies with cutterhead cutting mechanism by pulley assemblies and the second spline shaft assembly, driven wheel；
The both ends of turbine and worm component worm gear shaft are equipped with transmission gear, and transmission gear is connected with quadrant by chain wheel assembly,
Quadrant is connected with Fu He mechanism；
Cutterhead cutting mechanism is mutually staggered by cutter axis, two groups of cutterheads and angular adjustment rod piece composition, two groups of cutterheads, and two groups
Cutter axis is separately fixed in the bearing block of angular adjustment rod piece, and two groups of cutter axis pass through pulley assemblies and are connected to driven wheel
On；
Fu He mechanism perching knife and helps standing grain spiral-tube to form by round tube, and standing grain shaft is helped in socket in round tube, helps one end of standing grain shaft
It is connected in quadrant, the other end of standing grain shaft is helped to be connected with bevel gear component, bevel gear component is separate to help standing grain shaft
Side is socketed in the bottom for helping standing grain spiral-tube, and perching knife is welded on the binding site for helping standing grain spiral-tube and round tube, bevel gear component position
In the inside of perching knife；
Rice crop-arranging mechanism includes first row standing grain propellers and second row standing grain propellers, and first row standing grain propellers are located at second row standing grain
One end of the oblique upper of propellers, first row standing grain propellers is connected on the gear of side chain roller box, first row standing grain propellers it is another
One end is connected with the first cylinder quadrant, and the first cylinder quadrant passes through ten thousand far from the side of first row standing grain propellers
It is connected with the second cylinder quadrant to section shaft coupling, the second cylinder quadrant is connected to the one of second row standing grain propellers
End, the other end of second row standing grain propellers are connected in the fixed plate of workbench, first row standing grain propellers and second row standing grain spiral shell
It revolves and is equipped with support sheet frame between roller, support sheet frame is also secured on workbench, and the oblique upper of first row standing grain propellers is equipped with oblique
Baffle, slanting baffle are fixed on the front end of rack；
Machine frame inside is equipped with symmetrical two cylinder slide bars, and cylinder slide bar is socketed with spring, the top welding of workbench
There is snap-gauge, snap-gauge is socketed on two cylinder slide bars, and workbench is connect by snap-gauge with housing slide；
The inside of workbench sets up supporting beam, and the both ends of supporting beam are respectively connected with screw rod sleeve, and screw rod sleeve inner sleeve connects
Screw rod, screw rod are connected with universal wheel；
Fu He mechanism is located at the front position of first row standing grain propellers and second row standing grain propellers, first row standing grain propellers and
Second row standing grain propellers be it is horizontal, helping standing grain spiral-tube is that slope is placed, and universal wheel is located at the front position of Athey wheel.
Preferably, hinge mount of the angular adjustment rod piece by U-shaped bar and frame at U-shaped bar both ends forms, and hinge mount is fixed on work
Make on platform.
Preferably, pulley assemblies by two belt pulley sets of belt and percutaneous band connection at.
Preferably, chain wheel assembly is made of chain and two gears connected through chain.
Preferably, bevel gear component is engaged by the bevel gear that angular range is 30-75 °.
Preferably, it helps the surface of standing grain spiral-tube to be equipped with spiral blade, helps standing grain spiral-tube by light-duty thin support
Hollow tube-like structure.
Preferably, first row standing grain propellers and second row standing grain propellers connect screw blade by screw rod packet and form, spiral
The monodentate spacing of blade is 10-15cm.
Compared with prior art, the utility model has the beneficial effects that
1. the utility model has been handled by helping standing grain spiral-tube that sugarcane is made to cut root processing by cutterhead under the action of helping standing grain
Sugarcane bar is discharged to the two sides of harvester through first row standing grain propellers and second row standing grain propellers again；
2. the utility model realizes walking, cuts root, helps standing grain and arrange the automation harvesting process of standing grain, obtained sugarcane is put
Neatly, it is conducive to later collection to work；
3. the utility model uses the Athey wheel of adjustable width, the height of universal wheel, In are adjusted by screw rod sleeve
In walking process, encounter the gradient, universal wheel drives workbench automatic adjustment height, thus the utility model be suitable for different terrain,
The ridge of different in width, is suitable for large range promotion use.
Detailed description of the invention
Fig. 1 be the utility model proposes a kind of crawler type sugar-cane cutting machine structural schematic diagram；
Fig. 2 be the utility model proposes a kind of crawler type sugar-cane cutting machine side view；
Fig. 3 be the utility model proposes a kind of crawler type sugar-cane cutting machine crawler body structural schematic diagram；
Fig. 4 be the utility model proposes a kind of crawler type sugar-cane cutting machine transmission principle schematic diagram；
In figure: 1 rack, 2 Athey wheels, 201 crawler bodies, 202 retractable support frames, 203 first spline shaft assemblies, 204 are driven
Driving wheel, 205 thrust wheels, 206 carrier wheels, 207 directive wheels, 208 crawler belts, 3 control platforms, 4 workbenches, 5 dynamical systems, 501
Diesel engine, 502 moving gear boxes, 503 work gearboxes, 504 side chain roller boxs, 505 second spline shaft assemblies, 506 turbine and worms
Component, 6 cutterhead cutting mechanisms, 601 cutter axis, 602 cutterheads, 603 angular adjustment rod pieces, 7 Fu He mechanisms, 701 round tubes, 702 shovels
Knife, 703 help standing grain spiral-tube, 704 to help standing grain shaft, 705 bevel gear components, 706 blades, 8 rice crop-arranging mechanisms, 801 first row standing grain spirals
Roller, 802 second row standing grain propellers, 803 first cylinder quadrants, 804 gimbal couplings, 805 second cylinder right angles change
To device, 806 fixed plates, 807 support sheet frames, 808 slanting baffles, 9 pulley assemblies, 10 sliding rail frames, 11 bearing blocks, 12 driving wheels, 13
Driven wheel, 14 transmission gears, 15 chain wheel assemblies, 16 quadrants, 17 cylinder slide bars, 18 springs, 19 supporting beams, 20 screw rod bushings
Cylinder, 21 screw rods, 22 universal wheels.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.
Referring to Fig.1-3, a kind of crawler type sugar-cane cutting machine, mainly by rack 1, Athey wheel 2, control platform 3, work
Platform 4, dynamical system 5, cutterhead cutting mechanism 6, Fu He mechanism 7 and rice crop-arranging mechanism 8 form, rack 1, control platform 3 and work
Platform 4 is the truss structure as made of square tubes soldering, and 3 carry of control platform exists in the rear end of rack 1,4 carry of workbench
The front end of rack 1, Athey wheel 2 are equipped with crawler body 201, and the bottom of rack 1 is placed on crawler body 201；
Referring to Fig.1-3, crawler body 201 includes retractable support frame 202 and the first spline shaft assembly 203, Athey wheel 2 include
The driving wheel 204 of driving wheel 204, thrust wheel 205, carrier wheel 206, directive wheel 207 and crawler belt 208, two sides passes through the first spline
Shaft assembly 203 is connected, and retractable support frame 202 is made of sliding sash, slide plate and fastener, and the thrust wheel 205 of two sides passes through flexible
Support frame 202 is connected, and rack 1 is bolted in retractable support frame 202；The adjustable width of crawler body 201, from
And the ridge of different in width is adapted to, adapt to the harvest of various landform.
Referring to Fig.1-4, dynamical system 5 includes diesel engine 501, moving gear box 502 and work gearbox 503, diesel engine
501 are located inside rack 1, and moving gear box 502 is located at the bottom of control platform 3, and the main shaft of diesel engine 501 passes through pulley assemblies
9 are connected with the input shaft of moving gear box 502, and the output shaft of moving gear box 502 passes through shaft coupling and the first splined shaft group
Part 203 is connected, and work gearbox 503 is located at the top position of rack 1, the main shaft of diesel engine 501 also by pulley assemblies 9 and
The input shaft of work gearbox 503 is connected, and work gearbox 503 is set there are two output shaft, one of work gearbox 503
Output shaft be connected with side chain roller box 504, side chain roller box 504 is connected with rice crop-arranging mechanism 8, another work gearbox 503
Output shaft is connected with the second spline shaft assembly 505 by pulley assemblies 9；First spline shaft assembly 203 and the second spline shaft assembly
505 are made of splined shaft and splined sleeve, and the splined shaft of the second spline shaft assembly 505 passes through pulley assemblies 9 and work speed change
The output shaft of case 503 is connected, and the external fixing sleeve of 505 splined sleeve of the second spline shaft assembly is connected to sliding rail frame 10, sliding rail frame 10
It is fixedly connected with workbench 4, the splined sleeve of the second spline shaft assembly 505 is connected with turbine and worm group by pulley assemblies 9
Part 506, the worm shaft of turbine and worm component 506 are socketed on the bearing block 11 of workbench 4；Turbine and worm component 506 is by snail
Bar axis and turbine wheel shaft composition, the worm shaft of turbine and worm component 506 are equipped with driving wheel 12 and driven wheel 13, and driving wheel 12 passes through band
Wheel assembly 9 and the second spline shaft assembly 505, driven wheel 13 are connected by pulley assemblies 9 with cutterhead cutting mechanism 6；Turbine snail
The both ends of 506 worm gear shaft of bar assembly are equipped with transmission gear 14, and transmission gear 14 is connected with right angle commutation by chain wheel assembly 15
Device 16, quadrant 16 are connected with Fu He mechanism 7；Power passes to work gearbox 503 from diesel engine 501, and work speed change
There are two output end, an output ends, and the first row standing grain propellers 801 of rice crop-arranging mechanism 8 are passed to by side chain roller box 504 for case 503
On, another output is transmitted on turbine and worm component 506 by the second spline shaft assembly 505, turbine and worm component 506
Generate power branch: worm shaft is transmitted on the cutter axis 601 of cutterhead cutting mechanism 6, turbine wheel shaft by quadrant 16 with
Fu He mechanism 7 helps standing grain shaft 704 to be connected；
Referring to Fig.1-3, cutterhead cutting mechanism 6 is made of cutter axis 601, two groups of cutterheads 602 and angular adjustment rod piece 603,
Two groups of cutterheads 602 mutually stagger, and two groups of cutter axis 601 are separately fixed in the bearing block of angular adjustment rod piece 603, two groups of cutterheads
Axis 601 is connected on driven wheel 13 by pulley assemblies 9；The cutting of cutterhead 602 can be adjusted by angular adjustment rod piece 603
Angle can carry out the adjusting of cutterhead scheduling according to specific works demand；
Referring to Fig.1-3, Fu He mechanism 7 perching knife 702 and helps standing grain spiral-tube 703 to form by round tube 701, socket in round tube 701
Standing grain shaft 704 is helped, one end of standing grain shaft 704 is helped to be connected in quadrant 16, the other end of standing grain shaft 704 is helped to be connected with umbrella
Gear assembly 705, bevel gear component 705 is separate to help the side of standing grain shaft 704 to be socketed in the bottom for helping standing grain spiral-tube 703, perching knife
702 are welded on the binding site for helping standing grain spiral-tube 703 and round tube 701, and bevel gear component 705 is located at the inside of perching knife 702；Help standing grain
The perching knife 702 of mechanism 7 and the preferentially touching sugarcane bar of standing grain spiral-tube 703 is helped, the sugarcane bar to have fallen down is propped up to come, while also being kept away
Exempt from directly to fall down to the ground after sugarcane cuts root by cutterhead 602 and hinder subsequent harvesting process, is cut the sugarcane oblique of root to row's standing grain machine
On structure 8；
Referring to Fig.1-3, rice crop-arranging mechanism 8 includes first row standing grain propellers 801 and second row standing grain propellers 802, first row standing grain
Propellers 801 are located at the oblique upper of second row standing grain propellers 802, and one end of first row standing grain propellers 801 is connected to side chain roller box
On 504 gear, the other end of first row standing grain propellers 801 is connected with the first cylinder quadrant 803, the first cylinder right angle
Side of the commutator 803 far from first row standing grain propellers 801 is connected with the commutation of the second cylinder right angle by gimbal coupling 804
Device 805, the second cylinder quadrant 805 are connected to one end of second row standing grain propellers 802, second row standing grain propellers 802
The other end is connected in the fixed plate 806 of workbench 4, is set between first row standing grain propellers 801 and second row standing grain propellers 802
There is support sheet frame 807, support sheet frame 807 is also secured on workbench 4, and the oblique upper of first row standing grain propellers 801 is equipped with oblique
Baffle 808, slanting baffle 808 are fixed on the front end of rack 1；Sugarcane bar after helping standing grain, which is taken advantage of a situation, leans against 801 He of first row standing grain propellers
In the slurry gap of second row standing grain propellers 802, first row standing grain propellers 801 and second row standing grain propellers 802 rotate simultaneously, will be sweet
Sugarcane bar is transported to the side of harvester automatically, to make sugarcane bar be placed in field in good orderly, conducive to the receipts of subsequent sugarcane
Collection process.
Referring to Fig.1-3, symmetrical two cylinder slide bars 17 are equipped with inside rack 1, cylinder slide bar 17 is socketed with spring 18, work
The top for making platform 4 is welded with snap-gauge, and snap-gauge is socketed on two cylinder slide bars 17, and workbench 4 is sliding by snap-gauge and rack 1
Dynamic connection；The inside of workbench 4 sets up supporting beam 19, and the both ends of supporting beam 19 are respectively connected with screw rod sleeve 20, screw rod sleeve
Screw rod 21 is socketed in 20, screw rod 21 is connected with universal wheel 22；Fu He mechanism 7 is located at first row standing grain propellers 801 and second row standing grain
The front position of propellers 802, first row standing grain propellers 801 and second row standing grain propellers 802 be it is horizontal, help standing grain spiral-tube 703
For slope placement, universal wheel 22 is located at the front position of Athey wheel 2；Universal wheel 22 is adjusted by screw rod sleeve 20 and screw rod 21
Highly, and workbench 4 is slidably connected by snap-gauge, cylinder slide bar 17 and spring 18 with rack 1, in the process of walking, encounter
The gradient, universal wheel 22 drives 4 automatic adjustment height of workbench, so that the landform of different gradient is adapted to, it is suitable for large-scale promotion.
Referring to Fig.1-2, hinge mount of the angular adjustment rod piece 603 by U-shaped bar and frame at U-shaped bar both ends forms, and hinge mount is solid
It is scheduled on workbench 4, hinge mount can pad handicapping Buddhist nun's rubber antiskid, after adjustment angle, then be screwed angular adjustment rod piece
603 position.
Referring to Fig.1-2, pulley assemblies 9 are by two belt pulley sets of belt and percutaneous band connection at chain wheel assembly 15 is by chain
Item and two gears connected through chain form, and bevel gear component 705 is engaged by the bevel gear that angular range is 30-75 °.
Referring to Fig.1-2, it helps the surface of standing grain spiral-tube 703 to be equipped with spiral blade 706, helps standing grain spiral-tube 703 by light-duty
The hollow tubular structure of thin plate support avoids sugarcane top to mechanical damage convenient for carrying out simple stripping leaf to sugarcane.
Referring to Fig.1-2, first row standing grain propellers 801 and second row standing grain propellers 802 connect screw blade by screw rod packet
It forms, the monodentate spacing of screw blade is 10-15cm, and the spacing of screw blade is for placing sugarcane bar.
The course of work of the utility model: as shown in figure 4, power passes to work gearbox 503 from diesel engine 501, work
There are two output end, an output ends, and the first row standing grain propellers of rice crop-arranging mechanism 8 are passed to by side chain roller box 504 for gearbox 503
On 801, another output is transmitted on turbine and worm component 506 by the second spline shaft assembly 505, turbine and worm component
506 also generate power branch: worm shaft is transmitted on the cutter axis 601 of cutterhead cutting mechanism 6, and turbine wheel shaft passes through quadrant
16 help the standing grain shaft 704 to be connected with Fu He mechanism 7；Power also passes to moving gear box 502 from diesel engine 501 simultaneously, drives
Walking function is realized in the rotation of Athey wheel 2；To sum up, the utility model realizes walking, cuts root, helps oneself of standing grain and row's standing grain
Dynamicization harvesting process obtains sugarcane and puts neatly, is conducive to later collection and works, while the utility model applies also for differently
The ridge of shape, different in width, is suitable for large range promotion use.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (7)
1. a kind of crawler type sugar-cane cutting machine, mainly by rack (1), Athey wheel (2), control platform (3), workbench
(4), dynamical system (5), cutterhead cutting mechanism (6), Fu He mechanism (7) and rice crop-arranging mechanism (8) composition, which is characterized in that described
Rack (1), control platform (3) and workbench (4) are the truss structures as made of square tubes soldering, the control platform (3)
Carry is equipped with crawler belt in the front end of rack (1), the Athey wheel (2) in the rear end of rack (1), workbench (4) carry
The bottom on chassis (201), the rack (1) is placed on crawler body (201)；
The crawler body (201) includes retractable support frame (202) and the first spline shaft assembly (203), Athey wheel (2) packet
It includes driving wheel (204), thrust wheel (205), carrier wheel (206), directive wheel (207) and crawler belt (208), the driving wheel of two sides
(204) it is connected by the first spline shaft assembly (203), the retractable support frame (202) is by sliding sash, slide plate and fastener structure
At the thrust wheel (205) of two sides is connected by retractable support frame (202), and the rack (1), which is bolted on, stretches
On contracting support frame (202)；
The dynamical system (5) includes diesel engine (501), moving gear box (502) and work gearbox (503), the diesel oil
Machine (501) is located at rack (1) inside, and the moving gear box (502) is located at the bottom of control platform (3), the diesel engine
(501) main shaft is connected by pulley assemblies (9) with the input shaft of moving gear box (502), the moving gear box (502)
Output shaft be connected with the first spline shaft assembly (203) by shaft coupling, the work gearbox (503) is located at rack (1)
Top position, the main shaft of the diesel engine (501) is also by pulley assemblies (9) and the input shaft phase of gearbox (503) of working
Connection, the work gearbox (503) set there are two output shaft, and the output shaft of one of them work gearbox (503) connects
It is connected to side chain roller box (504), the side chain roller box (504) is connected with rice crop-arranging mechanism (8), another described work gearbox
(503) output shaft is connected with the second spline shaft assembly (505) by pulley assemblies (9)；
The first spline shaft assembly (203) and the second spline shaft assembly (505) are made of splined shaft and splined sleeve, described
The splined shaft of second spline shaft assembly (505) is connected by pulley assemblies (9) with the output shaft of work gearbox (503), described
The external fixing sleeve of second spline shaft assembly (505) splined sleeve is connected to sliding rail frame (10), and the sliding rail frame (10) and work are flat
Platform (4) is fixedly connected, and the splined sleeve of the second spline shaft assembly (505) is connected with turbine and worm by pulley assemblies (9)
The worm shaft of component (506), the turbine and worm component (506) is socketed on the bearing block (11) of workbench (4)；
The turbine and worm component (506) is made of worm shaft and turbine wheel shaft, and the worm shaft of the turbine and worm component (506) is set
There are driving wheel (12) and driven wheel (13), the driving wheel (12) passes through pulley assemblies (9) and the second spline shaft assembly (505),
The driven wheel (13) is connected by pulley assemblies (9) with cutterhead cutting mechanism (6)；Turbine and worm component (506) snail
The both ends of wheel shaft are equipped with transmission gear (14), and the transmission gear (14) is connected with quadrant by chain wheel assembly (15)
(16), the quadrant (16) is connected with Fu He mechanism (7)；
The cutterhead cutting mechanism (6) is made of cutter axis (601), two groups of cutterheads (602) and angular adjustment rod piece (603), and two
The group cutterhead (602) mutually staggers, and cutter axis described in two groups (601) is separately fixed at the bearing of angular adjustment rod piece (603)
In seat, cutter axis described in two groups (601) is connected on driven wheel (13) by pulley assemblies (9)；
The Fu He mechanism (7) is made of round tube (701), perching knife (702) He Fuhe spiral-tube (703), in the round tube (701)
Socket is helped standing grain shaft (704), and described one end for helping standing grain shaft (704) is connected in quadrant (16), described to help standing grain shaft
(704) the other end is connected with bevel gear component (705), and the bevel gear component (705) is far from the side for helping standing grain shaft (704)
It is socketed in the bottom for helping standing grain spiral-tube (703), the perching knife (702) is welded on the knot for helping standing grain spiral-tube (703) and round tube (701)
Position is closed, the bevel gear component (705) is located at the inside of perching knife (702)；
The rice crop-arranging mechanism (8) includes first row standing grain propellers (801) and second row standing grain propellers (802), the first row standing grain
Propellers (801) are located at the oblique upper of second row standing grain propellers (802), one end connection of the first row standing grain propellers (801)
On the gear of side chain roller box (504), the other end of the first row standing grain propellers (801) is connected with the commutation of the first cylinder right angle
Device (803), side of the first cylinder quadrant (803) far from first row standing grain propellers (801) are joined by universal joint
Axis device (804) is connected with the second cylinder quadrant (805), and the second cylinder quadrant (805) is connected to second
The one end of standing grain propellers (802) is arranged, the other end of the second row standing grain propellers (802) is connected to the fixation of workbench (4)
On plate (806), support sheet frame (807) is equipped between the first row standing grain propellers (801) and second row standing grain propellers (802),
The support sheet frame (807) is also secured on workbench (4), and the oblique upper of the first row standing grain propellers (801) is equipped with oblique
Baffle (808), the slanting baffle (808) are fixed on the front end of rack (1)；
Symmetrical two cylinder slide bars (17) are equipped with inside the rack (1), the cylinder slide bar (17) is socketed with spring (18),
Snap-gauge is welded at the top of the workbench (4), the snap-gauge is socketed on two cylinder slide bars (17), the workbench
(4) it is slidably connected by snap-gauge with rack (1)；
The inside of the workbench (4) sets up supporting beam (19), and the both ends of the supporting beam (19) are respectively connected with screw rod sleeve
(20), screw rod (21) are socketed in the screw rod sleeve (20), the screw rod (21) is connected with universal wheel (22)；
The Fu He mechanism (7) is located at the front end position of the first row standing grain propellers (801) and second row standing grain propellers (802)
Set, the first row standing grain propellers (801) and second row standing grain propellers (802) be it is horizontal, it is described that help standing grain spiral-tube (703) be oblique
Slope is placed, and the universal wheel (22) is located at the front position of Athey wheel (2).
2. a kind of crawler type sugar-cane cutting machine according to claim 1, which is characterized in that the angular adjustment rod piece
(603) hinge mount by U-shaped bar and frame at U-shaped bar both ends forms, and the hinge mount is fixed on workbench (4).
3. a kind of crawler type sugar-cane cutting machine according to claim 1, which is characterized in that the pulley assemblies (9)
By two belt pulley sets of belt and percutaneous band connection at.
4. a kind of crawler type sugar-cane cutting machine according to claim 1, which is characterized in that the chain wheel assembly (15)
It is made of chain and two gears connected through chain.
5. a kind of crawler type sugar-cane cutting machine according to claim 1, which is characterized in that the bevel gear component
(705) it is engaged by the bevel gear that angular range is 30-75 °.
6. a kind of crawler type sugar-cane cutting machine according to claim 1, which is characterized in that described to help standing grain spiral-tube
(703) surface is equipped with spiral blade (706), the hollow tubular for helping standing grain spiral-tube (703) to be supported by light-duty thin
Structure.
7. a kind of crawler type sugar-cane cutting machine according to claim 1, which is characterized in that the first row standing grain spiral
Roller (801) and second row standing grain propellers (802) connect screw blade by screw rod packet and form, the monodentate spacing of the screw blade
For 10-15cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920082402.9U CN209693473U (en) | 2019-01-18 | 2019-01-18 | A kind of crawler type sugar-cane cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920082402.9U CN209693473U (en) | 2019-01-18 | 2019-01-18 | A kind of crawler type sugar-cane cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209693473U true CN209693473U (en) | 2019-11-29 |
Family
ID=68639997
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920082402.9U Expired - Fee Related CN209693473U (en) | 2019-01-18 | 2019-01-18 | A kind of crawler type sugar-cane cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209693473U (en) |
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2019
- 2019-01-18 CN CN201920082402.9U patent/CN209693473U/en not_active Expired - Fee Related
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