CN204907005U - Corn root stubble harvester - Google Patents
Corn root stubble harvester Download PDFInfo
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- CN204907005U CN204907005U CN201520682033.9U CN201520682033U CN204907005U CN 204907005 U CN204907005 U CN 204907005U CN 201520682033 U CN201520682033 U CN 201520682033U CN 204907005 U CN204907005 U CN 204907005U
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Abstract
The utility model relates to the technical field of agricultural m achinery, especially, relate to corn root stubble harvester. Main a batch ware is pulled out to workbin, bogie, speed reducer, ten batches of wares, one -levels, the roller grid tray goes native mechanism, second grade to dial a stubble ware, second grade actuating system, single -state drive system including receiving, and according to the geomery of corn root stubble seat earth complex body, the groundwork part that designs is given first place to with rotary part. The higher authority have similar finger the same dial indicate, the roller indicates and ten batches of swoves. The workpiece is at rotatory in -process, constantly with dial the finger, the roller indicates and ten batches of swoves are stirred, the seat earth complex body of tossing. Make the seat earth complex body receive the impact, roll and rub, destroy the inner structure of seat earth complex body, make its loose for soil drops, the most always will take off soil back root stubble and convey and receive the workbin, realizes maize root stubble's results.
Description
Technical field
The utility model relates to agricultural machinery technological field, particularly relates to corn stubble reaping machine.
Background technology
Current maize straw Land use systems has a lot.A part is used for chopping and returning as organic; A part is used for livestock feed through roughing; A part is used for the warming & cooking of peasant household as fuel, and a large amount of stalk abandoned or incinerated in field.This not only causes the waste of resource, also likely causes fire, causes the pollution of environment.The annual production of the corn seed of China is all at about 1.5 hundred million tons.Corn stubble is as a part for maize straw, and the output ratio of seed and root stubble is about 1:0.28.Calculate in this ratio, the root stubble annual production of China is about 0.42 hundred million ton.If the annual production of corn stubble about 5,000,000 tons.If make full use of, generating 5,000,000,000 degree can be transformed, replaceable coal 2,000,000 tons.
The direct combustion power generation of maize straw not only can provide more electric power resource, by the maize straw of purchase peasant, can also bring considerable economic benefit to peasant.During reaping corn, stalk cuts down by combine, put corn away, and the root stubble of stalk being retained in field, maize root system is more flourishing, and plant keeps standing by the solid soil of root system, a large amount of soil must be swept along, at the position of corn stubble axial root system, it sweeps along soil more solid, is the maximum difficult point of de-soil.Special machinery is not had now to carry out the root stubble of mobile phone corn, design the market space that a kind of corn stubble reaping machine significantly can expand agricultural machinery undoubtedly, promote the development of agricultural machinery, effectively can reduce the discharge of environmental pollution and greenhouse gases simultaneously, bring environmental benefit.
Summary of the invention
Technical problem to be solved in the utility model, it is the technical deficiency for above-mentioned existence, corn stubble reaping machine is provided, adopt rewinding case, bogie, reductor, ten batches of devices, one-level pull out a batch device, roller screen Qu Tu mechanism, secondary dial a batch device, secondary drive system, one-level drive system, according to the geomery of corn stubble radical operators, designed main working parts is based on rotary part.There is the same reversal means of similar finger above, roller refers to and ten batches of cuttves.Workpiece, in the process rotated, constantly to refer to reversal means, roller and ten batches of cuttves are stirred, and Throwing throws away radical operators.Make radical operators be subject to impacting, rolling and rub, destroy the interior of radical operators, make it loose, soil is come off, root stubble after the most de-soil is sent in rewinding case, realize the results of corn stubble.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: comprise vehicle frame, rewinding case, bogie, reductor, ten batches of devices, one-level pull out a batch device, roller screen Qu Tu mechanism, secondary dial a batch device, secondary drive system, one-level drive system, wheel, axletree, U-shaped card group; Vehicle frame front portion is provided with front-axle beam; Vehicle frame side is provided with pulls out a batch device axle bed; B axle bed is provided with after A axle bed; C axle bed is provided with in the middle of vehicle frame side; Vehicle frame afterbody side is provided with D axle bed; Vehicle frame afterbody is provided with axletree beam; Ten batches of devices are connected on A axle bed; One-level is pulled out a batch device and is connected on B axle bed; Roller screen Qu Tu mechanism is connected on C axle bed; Secondary is dialled a batch device and is connected on D axle bed; Secondary drive system, one-level drive system are separately positioned on the both sides of vehicle frame; Axletree is connected on axletree beam by U-shaped card group; Rewinding case is bolted on axletree top surface of the beam; Bogie is welded on front-axle beam; Reductor is bolted on front-axle beam.
Further optimization the technical program, described bogie comprises pin, groove, draw bar, fixed head, support; Support welding is on front-axle beam; Fixed head is welded on the bottom surface of fixed head; Groove weld is connected on before fixed head; Draw bar is connected on groove by pin.
Further optimization the technical program, ten batches of described devices comprise A axle, ten batches of cuttves; A axle inserts A axle bed; Ten batches of cuttves along the axis of A axle be uniformly distributed and on the cross section of axle circumferentially 60 degree, interval be uniformly distributed.
Further optimization the technical program, described one-level is pulled out a batch device and is comprised B axle, A reversal means; B axle inserts B axle bed; A reversal means along the axis of B axle be uniformly distributed and on the cross section of axle circumferentially 120 degree, interval be uniformly distributed.
Further optimization the technical program, described roller screen Qu Tu mechanism comprises C axle, roller pipe, roller refer to, sieve native net; C axle inserts C axle bed; Roller pipe inserts C axle; Roller refers to be uniformly distributed along the axis of C axle and be circumferentially spacedly distributed on the cross section of axle; The both sides of sieve soil net to be welded on vehicle frame and to be positioned at below roller screen Qu Tu mechanism, and its one end is connected with rewinding case.
Further optimization the technical program, described secondary is dialled a batch device and is comprised D axle and B dials; D axle inserts D axle bed; B reversal means along the axis of D axle be uniformly distributed and on the cross section of axle circumferentially 90 degree, interval be uniformly distributed.
Further optimization the technical program, described reductor comprises A output shaft and B output shaft; A output shaft is towards secondary drive system, and B output shaft is towards one-level drive system.
Further optimization the technical program, described secondary drive system comprises A sprocket wheel, A biserial sprocket wheel, B sprocket wheel, A chain, B chain; A sprocket wheel is connected on A output shaft by key; A biserial sprocket wheel is connected on C axle by key; B sprocket wheel is connected on D axle by key; A chain connects a sprocket wheel in A sprocket wheel and A biserial sprocket wheel; B chain connects another sprocket wheel in B sprocket wheel and A biserial sprocket wheel.
Further optimization the technical program, described one-level drive system comprises C sprocket wheel, B biserial sprocket wheel, D sprocket wheel, C chain, D chain; C sprocket wheel is connected to B output shaft by key; B biserial sprocket wheel is connected to A axle by key; D sprocket wheel is connected to B axle by key; C chain connects a sprocket wheel in C sprocket wheel and B biserial sprocket wheel; D chain connects another sprocket wheel in D sprocket wheel and B biserial sprocket wheel
Compared with prior art, the utility model has the following advantages: 1, bogie is connected with tractor traction frame, it is a kind of half suspension-towed hanging member, pin and draw bar adopt hinged mode, achieve corn stubble harvest machinery system to rotate around pin, hard-over be about 45 degree, reduce the radius of turn of corn stubble reaping machine; 2, the moment of torsion that the axle rotation of ten batches of devices produces acts on the radical operators on earth's surface by ten batches of cuttves, also at strike complex while ten batches of cuttves can stir complex, complex Throwing throws by rotating by ten batches of cuttves, complex relies on the initial velocity given, can drop on the workpiece of machine, the de-geotechnique entering next stage does; 3, radical operators refers at roller pipe, roller, the destroyed area sieved between soil net is subject to clashing into, rubbing and extrude, make to produce friction and relative motion between soil and root stubble, realize dropping of soil, soil drops out mechanism from the space of sieve soil net, root stubble is dished out from the port of export of sieve soil net with certain speed, drops on the workpiece of next stage; 4, one-level is pulled out batch device and secondary and is dialled a batch device and constantly rotate, the complex of root stubble and soil is subject to stirring of the reversal means of High Rotation Speed and hits, not only achieving complex transports until feed the function of roller screen Qu Tu mechanism backward, and in this process, complex is subject to the repeatedly strike of reversal means, its structure must be subject to larger effect of stress causes radical operators loosely organized, and part soil is sloughed.
Accompanying drawing explanation
Fig. 1 is corn stubble reaping machine vehicle frame axonometric drawing.
Fig. 2 is corn stubble harvester steering shelf structure schematic diagram.
Fig. 3 is corn stubble reaping machine axonometric drawing.
Fig. 4 is corn stubble reaping machine secondary drive system architecture schematic diagram.
Fig. 5 is corn stubble reaping machine one-level driving system structure schematic diagram.
In figure, 1, vehicle frame; 2, rewinding case; 3, bogie; 4, reductor; 5, ten batches of devices; 6, one-level pulls out a batch device; 7, roller screen Qu Tu mechanism; 8, secondary dials a batch device; 9, secondary drive system; 10, one-level drive system; 11, wheel; 12, axletree; 13, front-axle beam; 14, A axle bed; 15, B axle bed; 16, C axle bed; 17, D axle bed; 18, axletree beam; 19, type card group; 20, sell; 21, groove; 22, draw bar; 23, fixed head; 24, A axle; 25, ten batches of cuttves; 26, B axle; 27, A reversal means; 28, C axle; 29, roller pipe; 30, roller refers to; 31, native net is sieved; 32, D axle; 33, B reversal means; 34, A sprocket wheel; 35, A biserial sprocket wheel; 36, B sprocket wheel; 37, A chain; 38, B chain; 39, A output shaft; 40, B output shaft; 41, C sprocket wheel; 42, B biserial sprocket wheel; 43, D sprocket wheel; 44, C chain; 45, D chain; 46, support.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with embodiment also with reference to accompanying drawing, the utility model is further described.Should be appreciated that, these describe just exemplary, and do not really want to limit scope of the present utility model.In addition, in the following description, the description to known features and technology is eliminated, to avoid unnecessarily obscuring concept of the present utility model.
Embodiment one: shown in composition graphs 1, comprises vehicle frame 1, rewinding case 2, bogie 3, reductor 4, ten batches of devices 5, one-level pulls out batch device 6, roller screen Qu Tu mechanism 7, secondary dial batch device 8, secondary drive system 9, one-level drive system 10, wheel 11, axletree 12, U-shaped card group 19; Vehicle frame 1 front portion is provided with front-axle beam 13; Vehicle frame 1 side is provided with A axle bed 14; A axle bed 14 is provided with B axle bed 15 below; C axle bed 16 is provided with in the middle of vehicle frame 1 side; Vehicle frame 11 afterbody side is provided with D axle bed 17; Vehicle frame 1 afterbody is provided with axletree beam 18; Ten batches of devices 5 are connected on A axle bed 14; One-level is pulled out batch device 6 and is connected on B axle bed 15; Roller screen Qu Tu mechanism 7 is connected on C axle bed 16; Secondary is dialled batch device 8 and is connected on D axle bed 17; Secondary drive system 9, one-level drive system 10 are separately positioned on the both sides of vehicle frame 1; Axletree 12 is connected on axletree beam 18 by U-shaped card group 19; Rewinding case 2 is bolted on axletree beam 18 end face; Bogie 3 is welded on front-axle beam 13; Reductor 4 is bolted on front-axle beam 13; Bogie 3 comprises pin 20, groove 21, draw bar 22, fixed head 23, support 46; Support 46 is welded on front-axle beam 13; Fixed head 23 is welded on the bottom surface of fixed head 23; Groove 21 is welded on before fixed head 23; Draw bar 22 is connected on groove 21 by pin 20; Ten batches of devices 5 comprise A axle 24, ten batches of cuttves 25; A axle 24 inserts A axle bed 14; Ten batches of cuttves 25 along the axis of A axle 14 be uniformly distributed and on the cross section of axle circumferentially 60 degree, interval be uniformly distributed; One-level is pulled out batch device 6 and is comprised B axle 26, A reversal means 27; B axle 26 inserts B axle bed 15; A reversal means 27 along the axis of B axle 26 be uniformly distributed and on the cross section of axle circumferentially 120 degree, interval be uniformly distributed; Roller screen Qu Tu mechanism 7 comprises C axle 28, roller pipe 29, roller refer to 30, sieve native net 31; C axle 28 inserts C axle bed 16; Roller pipe 29 inserts C axle 28; Roller refers to that 30 are uniformly distributed along the axis of C axle 28 and are circumferentially spacedly distributed on the cross section of axle; The both sides of sieving native net 31 to be welded on vehicle frame 1 and to be positioned at below roller screen Qu Tu mechanism 7, and its one end is connected with rewinding case 2; Secondary is dialled batch device 8 and is comprised D axle 32 and B reversal means 33; D axle 32 inserts D axle bed 17; B reversal means 33 along the axis of D axle 32 be uniformly distributed and on the cross section of axle circumferentially 90 degree, interval be uniformly distributed; Reductor 4 comprises A output shaft 39 and B output shaft 40; A output shaft 39 is towards secondary drive system 9, B output shaft 40 towards one-level drive system 10; Secondary drive system 9 comprises A sprocket wheel 34, A biserial sprocket wheel 35, B sprocket wheel 36, A chain 37, B chain 38; A sprocket wheel 34 is connected on A output shaft 39 by key; A biserial sprocket wheel 35 is connected on C axle 28 by key; B sprocket wheel 36 is connected on D axle 32 by key; A chain 37 connects A sprocket wheel 34 and a sprocket wheel in A biserial sprocket wheel 35; B chain 38 connects B sprocket wheel 36 and another sprocket wheel in A biserial sprocket wheel 35; One-level drive system 10 comprises C sprocket wheel 41, B biserial sprocket wheel 42, D sprocket wheel 43, C chain 44, D chain 45; C sprocket wheel 41 is connected to B output shaft 40 by key; B biserial sprocket wheel 42 is connected to A axle 24 by key; D sprocket wheel 43 is connected to B axle 26 by key; C chain 44 connects C sprocket wheel 41 and a sprocket wheel in B biserial sprocket wheel 42; D chain 45 connects D sprocket wheel 43 and another sprocket wheel in B biserial sprocket wheel 42.
During use, bogie 3 is connected with the hitch frame of tractor, tractor is plugged in reaping machine by reductor 4 to corn root and is provided power, reductor 4 provides power by A output shaft 39 and B output shaft 40 respectively to secondary drive system 9 and one-level drive system 10, one-level drive system 10 is by C sprocket wheel 41, B biserial sprocket wheel 42 and C chain 44 drive ten batches of devices 5 to rotate, the A axle 24 of ten batches of devices 5 rotates the moment of torsion produced and acts on the radical operators on earth's surface by ten batches of cuttves 25, also at strike complex while ten batches of cuttves 25 can stir complex, complex Throwing throws by rotating by ten batches of cuttves 25, complex relies on the initial velocity given, the one-level that can drop is pulled out on batch device 6, the B axle 26 that the rotation of B biserial sprocket wheel 42 drives one-level to pull out batch device 6 by D chain 45 simultaneously rotates, the complex of root stubble and soil is subject to stirring and hitting of the reversal means 33 of High Rotation Speed, not only achieving complex transports until feed the function of roller screen Qu Tu mechanism 7 backward, and in this process, complex is subject to the repeatedly strike of reversal means 7, its structure is subject to larger effect of stress causes radical operators loosely organized, part soil is sloughed, then root insert by one-level pull out batch device 6 be pushed into roller screen Qu Tu mechanism 7 sieve soil net 31 on, secondary drive system 9 is by A sprocket wheel 34, A biserial sprocket wheel 35, A chain 37 drives roller screen Qu Tu mechanism 7 to rotate, the C axle 28 of roller screen Qu Tu mechanism 7 rotates the moment of torsion produced and refers to that 30 act on the radical operators sieved on native net 31 by roller, complex roller refer to 30 and the destroyed area sieved between native net 31 clashed into, rub and extrude, make to produce friction and relative motion between soil and root stubble, realize dropping of soil, soil drops out mechanism from the space of sieve soil net, root stubble is dished out from the port of export of the native net 31 of sieve with certain speed, drop and dial on batch device 8 at secondary, secondary is dialled batch device 8 and is dialed further to carry the corn root of coming to insert and inserted by root and be shipped in rewinding case 2, the corner of bogie 3 adjustable corn stubble reaping machine under the traction of tractor, realizes large-arealy picking up the corn stubble be lost in field.
Should be understood that, above-mentioned embodiment of the present utility model only for exemplary illustration or explain principle of the present utility model, and is not formed restriction of the present utility model.Therefore, any amendment made when not departing from spirit and scope of the present utility model, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.In addition, the utility model claims be intended to contain fall into claims scope and border or this scope and border equivalents in whole change and modification.
Claims (9)
1. corn stubble reaping machine, is characterized in that: comprise vehicle frame (1), rewinding case (2), bogie (3), reductor (4), ten batches of devices (5), one-level pull out a batch device (6), roller screen Qu Tu mechanism (7), secondary dial a batch device (8), secondary drive system (9), one-level drive system (10), wheel (11), axletree (12), U-shaped card group (19); Vehicle frame (1) front portion is provided with front-axle beam (13); Vehicle frame (1) side is provided with A axle bed (14); A axle bed (14) is provided with B axle bed (15) below; C axle bed (16) is provided with in the middle of vehicle frame (1) side; Vehicle frame (1) afterbody side is provided with D axle bed (17); Vehicle frame (1) afterbody is provided with axletree beam (18); Ten batches of devices (5) are connected on A axle bed (14); One-level is pulled out a batch device (6) and is connected on B axle bed (15); Roller screen Qu Tu mechanism (7) is connected on C axle bed (16); Secondary is dialled a batch device (8) and is connected on D axle bed (17); Secondary drive system (9), one-level drive system (10) are separately positioned on the both sides of vehicle frame (1); Axletree (12) is connected on axletree beam (18) by U-shaped card group (19); Rewinding case (2) is bolted on axletree beam (18) end face; Bogie (3) is welded on front-axle beam (13); Reductor (4) is bolted on front-axle beam (13).
2. corn stubble reaping machine according to claim 1, is characterized in that: bogie (3) comprises pin (20), groove (21), draw bar (22), fixed head (23), support (46); Support (46) is welded on front-axle beam (13); Fixed head (23) is welded on the bottom surface of fixed head (23); Groove (21) is welded on before fixed head (23); Draw bar (22) is connected on groove (21) by pin (20).
3. corn stubble reaping machine according to claim 1, is characterized in that: ten batches of devices (5) comprise A axle (24), ten batches of cuttves (25); A axle (24) inserts A axle bed (14); Ten batches of cuttves (25) along the axis of A axle (14) be uniformly distributed and on the cross section of axle circumferentially 60 degree, interval be uniformly distributed.
4. corn stubble reaping machine according to claim 1, is characterized in that: one-level is pulled out a batch device (6) and comprised B axle (26), A reversal means (27); B axle (26) inserts B axle bed (15); A reversal means (27) along the axis of B axle (26) be uniformly distributed and on the cross section of axle circumferentially 120 degree, interval be uniformly distributed.
5. corn stubble reaping machine according to claim 1, is characterized in that: roller screen Qu Tu mechanism (7) comprises C axle (28), roller pipe (29), roller refer to (30), sieve native net (31); C axle (28) inserts C axle bed (16); Roller pipe (29) inserts C axle (28); Roller refers to (30) is uniformly distributed along the axis of C axle (28) and is circumferentially spacedly distributed on the cross section of axle; The both sides of sieving native net (31) are welded on vehicle frame (1) and go up and the below being positioned at roller screen Qu Tu mechanism (7), and its one end is connected with rewinding case (2).
6. corn stubble reaping machine according to claim 1, is characterized in that: secondary is dialled a batch device (8) and comprised D axle (32) and B reversal means (33); D axle (32) inserts D axle bed (17); B reversal means (33) along the axis of D axle (32) be uniformly distributed and on the cross section of axle circumferentially 90 degree, interval be uniformly distributed.
7. corn stubble reaping machine according to claim 1, is characterized in that: one-level drive system (10) comprises C sprocket wheel (41), B biserial sprocket wheel (42), D sprocket wheel (43), C chain (44), D chain (45); C sprocket wheel (41) is connected to B output shaft (40) by key; B biserial sprocket wheel (42) is connected to A axle (24) by key; D sprocket wheel (43) is connected to B axle (26) by key; C sprocket wheel (41) is connected with a sprocket wheel in B biserial sprocket wheel (42) by C chain (44); D sprocket wheel (43) is connected with another sprocket wheel in B biserial sprocket wheel (42) by D chain (45).
8. corn stubble reaping machine according to claim 1, is characterized in that: secondary drive system (9) comprises A sprocket wheel (34), A biserial sprocket wheel (35), B sprocket wheel (36), A chain (37), B chain (38); A sprocket wheel (34) is connected on A output shaft (39) by key; A biserial sprocket wheel (35) is connected on C axle (28) by key; B sprocket wheel (36) is connected on D axle (32) by key; A sprocket wheel (34) is connected with a sprocket wheel in A biserial sprocket wheel (35) by A chain (37); B sprocket wheel (36) is connected with another sprocket wheel in A biserial sprocket wheel (35) by B chain (38).
9. corn stubble reaping machine according to claim 1, is characterized in that: reductor (4) comprises A output shaft (39) and B output shaft (40); A output shaft (39) is towards secondary drive system (9), and B output shaft (40) is towards one-level drive system (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520682033.9U CN204907005U (en) | 2015-09-06 | 2015-09-06 | Corn root stubble harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520682033.9U CN204907005U (en) | 2015-09-06 | 2015-09-06 | Corn root stubble harvester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204907005U true CN204907005U (en) | 2015-12-30 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520682033.9U Expired - Fee Related CN204907005U (en) | 2015-09-06 | 2015-09-06 | Corn root stubble harvester |
Country Status (1)
| Country | Link |
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| CN (1) | CN204907005U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105122992A (en) * | 2015-09-06 | 2015-12-09 | 罗文凤 | Corn stubble harvester |
| CN106105435A (en) * | 2016-06-28 | 2016-11-16 | 许娟 | Hand propelled experimental plot stubble cleaner |
| CN109819697A (en) * | 2018-11-17 | 2019-05-31 | 中国科学院寒区旱区环境与工程研究所 | A kind of corn, Sorghum roots collector |
-
2015
- 2015-09-06 CN CN201520682033.9U patent/CN204907005U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105122992A (en) * | 2015-09-06 | 2015-12-09 | 罗文凤 | Corn stubble harvester |
| CN106105435A (en) * | 2016-06-28 | 2016-11-16 | 许娟 | Hand propelled experimental plot stubble cleaner |
| CN106105435B (en) * | 2016-06-28 | 2018-08-24 | 连云港宏队实业有限公司 | Hand propelled experimental plot stubble cleaner |
| CN109819697A (en) * | 2018-11-17 | 2019-05-31 | 中国科学院寒区旱区环境与工程研究所 | A kind of corn, Sorghum roots collector |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151230 Termination date: 20160906 |