CN102934569B - Rolling-type straw curing machine - Google Patents
Rolling-type straw curing machine Download PDFInfo
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- CN102934569B CN102934569B CN201210394051.8A CN201210394051A CN102934569B CN 102934569 B CN102934569 B CN 102934569B CN 201210394051 A CN201210394051 A CN 201210394051A CN 102934569 B CN102934569 B CN 102934569B
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Abstract
The invention discloses a rolling-type straw curing machine. The rolling-type straw curing machine consists of a transmission mechanism, a picking mechanism and a rolling mechanism, wherein two side panels are parallel and symmetrical with each other; the transmission mechanism is arranged at the outer sides of the side panels; the rolling mechanism is fixed in the middle of the two side panels; the picking mechanism is arranged on the lower part in front of a space between the two side panels; external input power is transmitted through a power linkage shaft assembly; and front wheels and rear wheels are fixedly arranged below the two side panels. Under traction of power machinery, the rolling-type straw curing machine advances along a swath naturally piled by straws discharged from a combine harvester, and the straws are picked up from the ground by elastic teeth of the picking mechanism, compressed by rollers and then are transmitted into the rolling mechanism. The rolling-type straw curing machine can be used for continuously and efficiently collecting, picking and packaging the scattered straws in agricultural production and can be hung behind the combine harvester to directly pick and roll the straws discharged from the harvester, so that the straws can be recovered more conveniently and rapidly.
Description
Technical field
The present invention relates to a kind of agricultural stalk and pick up bundling machine, specifically, relate to a kind of volume pressure type straw solidification shaping machine.
Background technology
China is large agricultural country, produce a large amount of stalks, and the overwhelming majority can not only be wasted resource by on-site incineration after crops harvesting, and contaminated environment.Every autumn harvest season, the smog after straw burning has become one of important pollution source of rural environment, and the economic loss that it produces and social danger are also far longer than the benefit that it brings.In farming and animal husbandry production operation Zhong Ji family pasture, store up in careless process at present, baling press (baling press) has been used in daily productive life, is mainly used in picking up paddy rice, wheat straw, herbage, and corn stalk bundling etc.Through feeding, cutting, compacting, tie up and finally break into square bale or round bale, can be according to length and the density of the requirement adjustment bundle type of crops condition, transportation and storage, and the operation of energy Automatic continuous, be convenient to transportation, storage and deep processing, be adapted at various farms, grassland and various straw and reclaim.
A kind of straw solidification shaping machine is disclosed in patent of invention 201110355659.5.Straw solidification shaping machine is provided with the curing molding mould of ring-type below feed hopper, curing molding mould is interior with electric heating device and the forming hole outside circumference, curing molding mould is fixed on the base and frame of bottom, frame is provided with the receiver corresponding with curing molding mould and central shaft, central shaft upper end is sequentially fixed with driving lever and pinch roller, and the lower end of central shaft is sequentially connected to big belt pulley, belt, small belt pulley and motor.Straw solidification shaping machine can be pressed into crushing straw block solid particle.Its deficiency is to need separate electrical motor to supply with power, and before compression, stalk needs pretreatment, agricultural production field operation in the fields, and stalk compression volume is less simultaneously, and efficiency is lower.
Summary of the invention
The deficiency existing for fear of prior art, overcomes stalk compression volume less, the problem that operating efficiency is lower, and the present invention proposes a kind of volume pressure type straw solidification shaping machine.Moulding function is collected continuously and is picked up and compress the stalk being scattered in packing production operation, and can be articulated in combine after, after grain header is discharged stalk, directly pick up and molding.
The technical solution adopted for the present invention to solve the technical problems is: comprise transmission mechanism, mechanism for picking, rolling-press mechanism, side panel, trailing wheel, front-wheel, both sides panel symmetrical parallel is installed, transmission mechanism is positioned at the outside of both sides panel, rolling-press mechanism is fixed on the middle part of both sides panel, mechanism for picking is arranged on the lower front between the panel of both sides, external impetus input is transmitted by power couple axle component, front-wheel and trailing wheel be fixedly mounted on both sides panel below;
Described side panel is to be formed by connecting by connecting plate by front side board and back side panel, and back side panel rotates and realizes the action that opens a position around connecting plate; Both sides panel is connected by many side plate dead levers; On side panel, fixedly mount five dead axle cylinders and be pentagon shape, five balance staff cylinders distribute and five relative fixed installations of dead axle cylinder in pentagon centered by interlock intermediate shaft assembly, and by adjustable connecting plate, be connected respectively, with five balance staff cylinder end points clockwise directions, have five arc-shaped slots, balance staff cylinder swings along arc-shaped slot;
Described transmission mechanism by organizing sprocket wheel and chain connects to form more, trailing wheel hinge wheel is fixed on trailing wheel axle head and is connected with power input sprocket by chain, power interlock sprocket wheel is connected with precommpression middle sprocket by chain, precommpression inner sprocket be connected on precommpression drum shaft by chain with pick up sprocket wheel and be connected; The outer sprocket wheel of precommpression by chain successively with single sprocket chain, the 5th outer sprocket wheel, the first outer sprocket wheel, all round sprocket wheel connects and drives together with each sprocket wheel and rotate, single sprocket chain is positioned at outside chain; The 4th inner sprocket, the 5th inner sprocket, the first inner sprocket, interlock sprocket wheel connect by chain, and press belt run-in synchronism with corresponding volume; The first middle sprocket is connected with the second outer sprocket wheel, the 3rd outer sprocket wheel successively by chain, and presses belt run-in synchronism with corresponding volume; Interlock sprocket wheel is connected with the 3rd inner sprocket, the second inner sprocket successively by chain, and presses belt run-in synchronism with corresponding volume;
Described rolling-press mechanism is the full oscillating rod type structure of pressing belt to be formed by connecting by volume by dead axle cylinder and balance staff cylinder; Dead axle cylinder obtains power by sprocket wheel and as driving pulley, balance staff cylinder is as driven pulley, and five groups of volumes press the rotation direction of belt identical; Precommpression cylinder is positioned at after mechanism for picking presses belt to be connected with the 4th dead axle cylinder, the 4th balance staff cylinder, servo-actuated cylinder successively by volume, and servo-actuated cylinder is positioned at volume and presses belt outside; What under the driving of chain, each dead axle cylinder drove volume to press belt to clockwise rotate to realize stalk picks up and rolls up pressure.
Described mechanism for picking comprises and picks up sprocket wheel, three hole flanges, four hole flanges, bearing, picks up urceolus, picks up pawl, dead lever, picks up inner core, connecting axle, four groups are picked up pawl and are arranged on four hole flanges by four dead levers, connecting axle passes successively bearing, four hole flanges, three hole flanges and picks up sprocket wheel and is connected, connecting axle coordinates installation with front side board by bearing, three hole flanges are fixedly connected with front side board by bolt; Pick up sprocket rotation and drive connecting axle and dead lever to rotate, realization is picked up pawl rotation and is picked up stalk.
Beneficial effect
The present invention rolls up pressure type straw solidification shaping machine, by transmission mechanism, mechanism for picking, rolling-press mechanism, side panel, trailing wheel and front-wheel, formed, both sides panel symmetrical parallel is installed, transmission mechanism is positioned at the outside of side panel, rolling-press mechanism is fixed on the middle part of both sides panel, mechanism for picking is arranged on the lower front between the panel of both sides, and external impetus input is transmitted by power couple axle component, and front-wheel and trailing wheel are fixedly mounted on the below of both sides panel; Volume pressure type straw solidification shaping machine is under the traction of dynamic power machine, and the stalk of discharging along combine is naturally piled the swath that spreads formation and advanced, and the Elastic Teeth of mechanism for picking is picked up stalk from ground, through cylinder, compresses and sends into rolling-press mechanism.Volume pressure type straw solidification shaping machine energy continuous high-efficient ground collect pick up and the agricultural production operation of packing in the stalk that is scattered, and can be articulated in combine after, after grain header is discharged stalk, directly pick up and molding, make the recovery of stalk more convenient.
Accompanying drawing explanation
Below in conjunction with drawings and embodiments, a kind of volume pressure type of the present invention straw solidification shaping machine is described in further detail.
Fig. 1 is that the present invention rolls up pressure type straw solidification shaping machine structural representation.
Fig. 2 is that the present invention rolls up pressure type straw solidification shaping machine shaft side figure.
Fig. 3 is outside chain distribution map of the present invention.
Fig. 4 is that interior roll of the present invention is pressed belt distribution map.
Fig. 5 a is first volume pressure condition; The volume pressure chamber that Fig. 5 b is volume swaging Cheng Geng great; Fig. 5 c is for forming solid stalk bale state; Fig. 5 d is stalk bale falling state figure.
Fig. 6 is power input shaft assembly explosive view of the present invention.
Fig. 7 is balance staff cylinder explosive view of the present invention.
Fig. 8 is mechanism for picking explosive view of the present invention.
Fig. 9 is the first dead axle cylinder explosive view of the present invention.
In figure:
1. the first dead axle cylinder, 2. back side panel, 3. adjustable connecting plate, 4. the second dead axle cylinder 5. couple axle components, 6. the 4th balance staff cylinder, 7. the 4th dead axle cylinder, 8. trailing wheel, 9. outer sprocket wheel 10. power interlock sprocket wheels of precommpression, 11. front-wheels, 12. front side boards, 13. precommpression middle sprockets, 14. mechanism for picking 15. precommpression inner sprockets, 16. single sprocket chain dead axle cylinders, 17. side plate dead levers, 18. the 5th balance staff cylinder 19. the 5th dead axle cylinders, 20. second balance staff cylinders, 21. the 3rd balance staff cylinders, 22. the 3rd dead axle cylinder 23. second inner sprockets, 24. hind axles, 25. second outer sprocket wheels, 26. linkage gears, 27. interlock intermediate shaft assembly 28. the 3rd inner sprockets, 29. the 3rd outer sprocket wheels, 30. power linkage gears, 31. power input shaft assembly 32. follower gears, 33. power couple axle components, 34. servo-actuated cylinders, 35. precommpression cylinders, 36. sprocket wheel 37. the 4th inner sprockets all round, 38. single sprocket chains, 39. interlock sprocket wheels, 40. the 5th outer sprocket wheels, 41. the 5th inner sprocket 42. connecting plates, 43. first balance staff cylinders, 44. trailing wheel hinge wheels, 45. power input sprockets, 46. sleeve 47. power input gears, 48. 3 hole flanges, 49. bearings, 50. power input shafts, 51. balance staffs, 52. cylinder 53. roller end covers, 54. 2 hole flanges, 55. pads, 56. pick up sprocket wheel, 57. 4 hole flanges, 58. pick up urceolus 59. picks up pawl, 60. dead levers, 61. pick up inner core, 62. connecting axles, 63. first outer sprocket wheel 64. first middle sprockets, 65. first inner sprockets, 66. first dead axles
Embodiment
The present embodiment is a kind of volume pressure type straw solidification shaping machine.
Consult Fig. 1, Fig. 2, the present invention rolls up pressure type straw solidification shaping machine, and side panel is to be formed by connecting by connecting plate 42 by front side board 12 and back side panel 2, and back side panel 2 rotates and realizes the action that opens a position around connecting plate; Both sides panel is connected by many side plate dead levers 17; Front side board 12 front portions are provided with mechanism for picking 14, single sprocket chain dead axle cylinder 16 and precommpression cylinder 35, below is provided with front-wheel 11, power couple axle component 33, power input shaft assembly 31 and trailing wheel 8 successively, top is installed the 5th dead axle cylinder 19, the first dead axle cylinder 1 successively, rear portion fixed installation couple axle component 5 and interlock intermediate shaft assembly 27.Servo-actuated cylinder 34 is equipped with in precommpression cylinder 35 back lower places; The first balance staff cylinder 43, the 4th balance staff cylinder 6 and the 5th balance staff cylinder 18 are arranged on successively in the arc-shaped slot of front side board 12 and are connected with the first dead axle cylinder 1, the 4th dead axle cylinder 7 and the 5th dead axle cylinder 19 respectively by adjustable connecting plate 3.Power couple axle component 33, power input shaft assembly 31 and servo-actuated cylinder 34 carry out transmission by power linkage gear 30, power input gear 47, follower gear 32.Trailing wheel 8 inner sides are provided with trailing wheel hinge wheel 44; Linkage gear 26 and interlock sprocket wheel 39 are installed on couple axle component 5; On interlock intermediate shaft assembly 27, linkage gear 26 is installed.The 3rd dead axle cylinder 22 is equipped with in back side panel 2 belows, and couple axle component 5 is equipped with in front portion, and the second dead axle cylinder 4 is equipped with at rear portion.The second balance staff cylinder 20 and the 3rd balance staff cylinder 21 are arranged on respectively in the deep-slotted chip breaker of back side panel 2 and by adjustable connecting plate 3 and are connected with the second dead axle cylinder 4 and the 3rd dead axle cylinder 22 respectively.
Fig. 3 is outside chain distribution map of the present invention.Stalk volume press is by tractor-drawn campaign, and its trailing wheel hinge wheel 44 is as power drive part.Trailing wheel hinge wheel 44 is connected and drives one to play rotation with the power input sprocket 45 on power input shaft assembly 31 by chain; Power interlock sprocket wheel 10 on power couple axle component 33 is connected and drives one to play rotation with the precommpression middle sprocket 13 on precommpression cylinder 35 by chain; Precommpression inner sprocket 15 on precommpression cylinder 35 is connected and drives one to play rotation with the sprocket wheel 56 that picks up on mechanism for picking 14 by chain; The outer sprocket wheel 9 of precommpression on precommpression cylinder 35 by chain successively with the on single sprocket chain 38 on single sprocket chain dead axle cylinder 16, the 5th outer sprocket wheel 40 on the 5th dead axle cylinder 19, the first outer sprocket wheel 63 on the first dead axle cylinder 1 and the 4th dead axle cylinder 7 all round sprocket wheel 36 connects and drives together with these four sprocket wheels and move, wherein single sprocket chain 38 is positioned at outside chain; When the 4th inner sprocket 37 on the 4th dead axle cylinder 7, the 5th inner sprocket 41 on the 5th dead axle cylinder 19, the first inner sprocket 65 on the first dead axle cylinder 1, the interlock sprocket wheel 39 on couple axle component 5 connect to guarantee that by chain volume is pressed chamber expansion, the first balance staff cylinder 43, the 5th balance staff cylinder 18, the 4th balance staff cylinder 6 synchronously swing; The first middle sprocket 64 on the first dead axle cylinder 1 is connected and drives two-wheeled to be synchronized with the movement with the second outer sprocket wheel 25 on the second dead axle cylinder 4 and the 3rd outer sprocket wheel 29 on the 3rd dead axle cylinder 22 successively by chain; When the interlock sprocket wheel 39 on couple axle component 5 connects to guarantee that with the 3rd inner sprocket 28 on the 3rd dead axle cylinder 22, the second inner sprocket 23 on the second dead axle cylinder 4 volume is pressed chamber expansion successively by chain, the 3rd inner sprocket 28 and the second inner sprocket 23 are synchronizeed swing.
Fig. 4 is that interior roll of the present invention is pressed belt distribution map, and what under the driving of chain, each dead axle cylinder drove belt to rotate to realize stalk clockwise picks up and roll up pressure.Dead axle cylinder is the driving wheel of belt, and balance staff cylinder is driven pulley.Five groups of belts distribute along side panel center circumferential.The first dead axle cylinder 1 is positioned at side panel back upper place and is connected and drives one to play rotation with the first balance staff cylinder 43 by belt; The second dead axle cylinder 4 is positioned at side panel rear and is connected and drives one to play rotation with the second balance staff cylinder 20 by belt; The 3rd dead axle cylinder 22 is positioned at the side panel back lower place and is connected and drives one to play rotation with the 3rd balance staff cylinder 21 by belt; Precommpression cylinder 35 is positioned at after mechanism for picking the 4th dead axle cylinder 7, the servo-actuated cylinder 34 of by belt, walking around successively side panel upper forepart and is connected and drives one to play rotation with the 4th balance staff cylinder 6; The 5th dead axle cylinder 19 is positioned at side panel front upper place and is connected and drives one to play rotation with the 5th balance staff cylinder 18 by belt; The rotation direction of five groups of belts is identical.
As shown in Fig. 5 a, Fig. 5 b, Fig. 5 c, Fig. 5 d, the present invention is drawn by dynamic power machine, trailing wheel 8 input powers, and mechanism for picking picks up stalk by picking up pawl 59, and sends between single sprocket chain dead axle cylinder 16 and precommpression cylinder 35 and carry out precommpression.Then by the belt on the first dead axle cylinder 1, send into volume and press chamber, and on the first balance staff cylinder 43, the second balance staff cylinder 20, the 3rd balance staff cylinder 21, the 4th balance staff cylinder 6 and the 5th balance staff cylinder 18, under the motion of belt separately, form first volume and press (as shown in Figure 5 a), along with stalk is more and more, deep-slotted chip breaker when each balance staff cylinder is pressed installation, to external expansion, forms larger volume and presses chamber (as shown in Figure 5 b).Each balance staff drum movement is to the arc-shaped slot other end and full pressure a period of time subsequently, solid straw bundle (as shown in Figure 5 c) is stablized in formation, by opening manually back side panel 2, stalk bale can be taken advantage of a situation and be fallen (as shown in Fig. 5 d), completes once volume and presses.Finally close back side panel 2 and continue volume pressure next time.
Referring to Fig. 6, power input shaft assembly 31 left and right symmetrical configuration, consist of power input sprocket 45, sleeve 46, power input gear 47, three hole flanges 48, bearing 49 and power input shaft 50, and two ends are fixed by nut.Power input sprocket 45 is connected with power input shaft 50 by key with power input gear 47; Power input shaft 50 coordinates installation by bearing 49 with front side board 12.Three hole flanges 48 are affixed by bolt and front side board 12.
Referring to Fig. 7, balance staff cylinder left and right symmetrical configuration, consists of balance staff 51, cylinder 52, roller end cover 53, bearing 49, connecting plate 42, two hole flanges 54 and pad 55, and two ends are fixed by nut.Connecting plate 42 and two hole flanges 54 are bolted, and coordinate with balance staff 51 by bearing 49, and realize oscillating motion after being connected by adjustable connecting plate group 3 with dead axle cylinder.
As shown in Figure 8, mechanism for picking 14 left and right symmetrical configuration, by picking up sprocket wheel 56, three hole flanges 48, four hole flanges 57, bearing 49, pick up urceolus 58, pick up pawl 59, dead lever 60, pick up inner core 61, connecting axle 62 forms, two ends are fixed by nut.Four groups are picked up pawl 59 and are separately fixed on four dead levers 60, and dead lever 60 is connected on four hole flanges 57, connecting axle 62 by key with pick up sprocket wheel 56 and be connected.Sprocket rotation drives connecting axle 62 to rotate, thereby drives dead lever 60 to rotate, and can realize picking up pawl 59 and rotating and pick up stalk around connecting axle 62.Picking up pawl 59 has certain elasticity, can adapt to well complicated surface state.Connecting axle 62 coordinates installation by bearing 49 with front side board 12; Three hole flanges 48 are fixedly connected with front side board 12 by bolt.
Consult Fig. 9, the first dead axle cylinder 1 is left and right symmetrical configuration, cylinder 52, the first dead axle 66, roller end cover 53, sleeve 46, bearing 49, connecting plate 42, the outer sprocket wheel 63 of three hole flanges 48, first, the first middle sprocket 64 and the first inner sprocket 65, consist of, cylinder 52 is interference fit with roller end cover 53; The first outer sprocket wheel 63, the first middle sprocket 64, roller end cover 53 by key, is connected to realize cylinder 52 with the first dead axle 66 and each sprocket wheel is synchronized with the movement; The first dead axle 66 coordinates installation by bearing 49 with front side board 12; The first inner sprocket 65, connecting plate 42, three hole flange 48 are bolted and pass through bearing 49 coordinates with the first dead axle 66, and after being connected by adjustable connecting plate 3 with balance staff cylinder, make it to realize and swing.
The course of work:
Volume pressure type straw solidification shaping machine is under the traction of dynamic power machine, and the stalk of discharging along combine is naturally piled the swath that spreads formation and advanced, and picks up the Elastic Teeth of pawl stalk is picked up from ground, through cylinder compression set, compresses and sends into volume pressure chamber.It can effectively collect and the agricultural production of packing in the stalk that is scattered, make the recycling of stalk more convenient.The full oscillating rod type volume pressing system that this volume press forms based on five groups of belts.Pickup is sent straw field pickup and by cylinder compression set into volume pressure chamber.Grass core is subject to the roll extrusion of moulding belt in pentagon volume pressure chamber, and increases and volume increase with stalk amount.At careless core, be full of behind volume ballasting chamber, stop and open rear door discharge bale, then shut hatch door and roll up pressure operation next time.
Claims (2)
1. roll up pressure type straw solidification shaping machine for one kind, comprise transmission mechanism, mechanism for picking, rolling-press mechanism, side panel, trailing wheel, front-wheel, both sides panel symmetrical parallel is installed, transmission mechanism is positioned at the outside of both sides panel, rolling-press mechanism is fixed on the middle part of both sides panel, and mechanism for picking is arranged on the lower front between the panel of both sides, and external impetus input is transmitted by power couple axle component, front-wheel and trailing wheel be fixedly mounted on both sides panel below, it is characterized in that:
Described side panel is to be formed by connecting by connecting plate by front side board and back side panel, and back side panel rotates and realizes the action that opens a position around connecting plate; Both sides panel is connected by many side plate dead levers; On side panel, fixedly mount five dead axle cylinders and be pentagon shape, five balance staff cylinders distribute and five relative fixed installations of dead axle cylinder in pentagon centered by interlock intermediate shaft assembly, and by adjustable connecting plate, be connected respectively, with five balance staff cylinder end points clockwise directions, have five arc-shaped slots, balance staff cylinder swings along arc-shaped slot;
Described transmission mechanism by organizing sprocket wheel and chain connects to form more, trailing wheel hinge wheel is fixed on trailing wheel axle head and is connected with power input sprocket by chain, power interlock sprocket wheel is connected with precommpression middle sprocket by chain, precommpression inner sprocket be connected on precommpression drum shaft by chain with pick up sprocket wheel and be connected; The outer sprocket wheel of precommpression by chain successively with single sprocket chain, the 5th outer sprocket wheel, the first outer sprocket wheel, all round sprocket wheel connects and drives together with each sprocket wheel and rotate, single sprocket chain is positioned at outside chain; The 4th inner sprocket, the 5th inner sprocket, the first inner sprocket, interlock sprocket wheel connect by chain, and press belt run-in synchronism with corresponding volume; The first middle sprocket is connected with the second outer sprocket wheel, the 3rd outer sprocket wheel successively by chain, and presses belt run-in synchronism with corresponding volume; Interlock sprocket wheel is connected with the 3rd inner sprocket, the second inner sprocket successively by chain, and presses belt run-in synchronism with corresponding volume;
Described rolling-press mechanism is the full oscillating rod type structure of pressing belt to be formed by connecting by volume by dead axle cylinder and balance staff cylinder; Dead axle cylinder obtains power by sprocket wheel and as driving pulley, balance staff cylinder is as driven pulley, and five groups of volumes press the rotation direction of belt identical; Precommpression cylinder is positioned at after mechanism for picking presses belt to be connected with the 4th dead axle cylinder, the 4th balance staff cylinder, servo-actuated cylinder successively by volume, and servo-actuated cylinder is positioned at volume and presses belt outside; What under the driving of chain, each dead axle cylinder drove volume to press belt to clockwise rotate to realize stalk picks up and rolls up pressure.
2. volume pressure type straw solidification shaping machine according to claim 1, it is characterized in that: described mechanism for picking comprises and picks up sprocket wheel, three hole flanges, four hole flanges, bearing, picks up urceolus, picks up pawl, dead lever, picks up inner core, connecting axle, four groups are picked up pawl and are arranged on four hole flanges by four dead levers, connecting axle passes successively bearing, four hole flanges, three hole flanges and picks up sprocket wheel and is connected, connecting axle coordinates installation with front side board by bearing, three hole flanges are fixedly connected with front side board by bolt; Pick up sprocket rotation and drive connecting axle and dead lever to rotate, realization is picked up pawl rotation and is picked up stalk.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210394051.8A CN102934569B (en) | 2012-10-17 | 2012-10-17 | Rolling-type straw curing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210394051.8A CN102934569B (en) | 2012-10-17 | 2012-10-17 | Rolling-type straw curing machine |
Publications (2)
| Publication Number | Publication Date |
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| CN102934569A CN102934569A (en) | 2013-02-20 |
| CN102934569B true CN102934569B (en) | 2014-08-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210394051.8A Expired - Fee Related CN102934569B (en) | 2012-10-17 | 2012-10-17 | Rolling-type straw curing machine |
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| CN (1) | CN102934569B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10609868B2 (en) * | 2015-06-03 | 2020-04-07 | Deere & Company | Module wrap guide arrangement |
| CN110539937A (en) * | 2018-08-21 | 2019-12-06 | 石河子大学 | Belt type residual film round bundle packaging machine |
| CN109757193B (en) * | 2019-03-12 | 2020-06-26 | 安徽科技学院 | Self-propelled corn straw collecting and bundling integrated equipment |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4119026A (en) * | 1974-09-13 | 1978-10-10 | Gebruder Welger | Machine for forming a round bale of fibrous agricultural material |
| DE3234455A1 (en) * | 1982-09-17 | 1984-03-22 | Continental Gummi-Werke Ag, 3000 Hannover | Pressband for use in round balers |
| CN2514636Y (en) * | 2001-12-31 | 2002-10-09 | 付喜斌 | Binder |
| RU2244397C1 (en) * | 2003-07-08 | 2005-01-20 | Самарская государственная сельскохозяйственная академия | Grain combine |
| CN201219387Y (en) * | 2008-06-24 | 2009-04-15 | 任路旗 | Straw crushing round baler |
| CN201435907U (en) * | 2009-07-03 | 2010-04-07 | 东莞市百大新能源有限公司 | Biomass solidification forming device |
| CN202873377U (en) * | 2012-10-17 | 2013-04-17 | 西北工业大学 | Rolling-pressing-type straw-solidification-forming machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5959118A (en) * | 1982-09-27 | 1984-04-04 | 佐々木農機株式会社 | Roll baler |
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2012
- 2012-10-17 CN CN201210394051.8A patent/CN102934569B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4119026A (en) * | 1974-09-13 | 1978-10-10 | Gebruder Welger | Machine for forming a round bale of fibrous agricultural material |
| DE3234455A1 (en) * | 1982-09-17 | 1984-03-22 | Continental Gummi-Werke Ag, 3000 Hannover | Pressband for use in round balers |
| CN2514636Y (en) * | 2001-12-31 | 2002-10-09 | 付喜斌 | Binder |
| RU2244397C1 (en) * | 2003-07-08 | 2005-01-20 | Самарская государственная сельскохозяйственная академия | Grain combine |
| CN201219387Y (en) * | 2008-06-24 | 2009-04-15 | 任路旗 | Straw crushing round baler |
| CN201435907U (en) * | 2009-07-03 | 2010-04-07 | 东莞市百大新能源有限公司 | Biomass solidification forming device |
| CN202873377U (en) * | 2012-10-17 | 2013-04-17 | 西北工业大学 | Rolling-pressing-type straw-solidification-forming machine |
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| CN102934569A (en) | 2013-02-20 |
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