CN204335300U - A kind of rotary tillage equipment - Google Patents
A kind of rotary tillage equipment Download PDFInfo
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- CN204335300U CN204335300U CN201420598872.8U CN201420598872U CN204335300U CN 204335300 U CN204335300 U CN 204335300U CN 201420598872 U CN201420598872 U CN 201420598872U CN 204335300 U CN204335300 U CN 204335300U
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- rotary tillage
- shed
- driving mechanism
- shedding
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Abstract
This application discloses a kind of rotary tillage equipment, comprise housing assembly (1), described housing assembly (1) is provided with driving mechanism (2) and rotary tillage mechanism (5), described driving mechanism (2) drives described rotary tillage mechanism (5) to work, described housing assembly (1) lower end is provided with running gear (4), it is characterized in that, described housing assembly (1) is provided with and sheds mechanism (3), describedly shed the front that mechanism (3) is arranged on described rotary tillage mechanism (5) direction of advance, described shed mechanism (3) be connected with described driving mechanism (2) to make described driving mechanism (2) drive described in shed mechanism (3) and work.The rotovator that the utility model provides, shedding of the composition in transformation soil can be made to carry out with the rotary tillage in soil, and its operating efficiency is high simultaneously, and economize energy, machinery lower ground number of times can be reduced simultaneously, be conducive to the protection of ploughing.
Description
Technical field
The application relates to technical field of agricultural machinery, particularly a kind of rotary tillage equipment.
Background technology
Along with improving constantly of agricultural science and technology level, working of farmland mostly achieves mechanical work wholely, as the rotary tillage utilizing machinery to complete agricultural land soil, substantially increases operating efficiency.
The defect of soil before plantation crops existing for soil of China, therefore needed to transform soil soil before plantation crops.Such as, in the soil of China, the soil of slant acidity is more, in order to the growth enabling soil be suitable for crops, needs first to transform soil before plantation crops with the composition in transformation soil.
The transformation of existing soil soil is generally first be sprinkled upon on soil by the composition in transformation soil, then by rotovator, rotary tillage is carried out to soil, thus in the process of rotary tillage, make the composition in transformation soil fully mix with soil soil, thus realize the transformation to soil soil while rotary tillage.
But existing soil soil remediation is owing to being the shedding of composition first realizing transforming soil, and then rotary tillage, and therefore, whole processing operations efficiency is low, and rotary tillage needs to use different machinery to realize with shedding, and energy generation is wasted.
Therefore, invent a kind of rotovator, it can make shedding of the composition in transformation soil carry out with the rotary tillage in soil simultaneously; operating efficiency is high, and economize energy, and reduce machinery lower ground number of times simultaneously; being conducive to the protection of ploughing, is those skilled in the art's problem demanding prompt solutions
Utility model content
For solving the problems of the technologies described above, the utility model provides a kind of rotovator, and it can make shedding of the composition in transformation soil carry out with the rotary tillage in soil simultaneously, and operating efficiency is high, and economize energy, machinery lower ground number of times can be reduced simultaneously, be conducive to the protection of ploughing.
The technical scheme that the utility model provides is as follows:
A kind of rotary tillage equipment, comprise housing assembly, described housing assembly is provided with driving mechanism and rotary tillage mechanism, described driving mechanism is for driving described rotary tillage institution staff, described housing assembly lower end is provided with running gear, described housing assembly is provided with and sheds mechanism, described in shed the front of organization establishes in described rotary tillage mechanism direction of advance, described in shed mechanism be connected with described driving mechanism to make described driving mechanism drive described in shed institution staff.
Preferably, described shed mechanism comprise shed bucket and toggle mechanism, described bucket bottom of shedding is provided with discharging opening, shed the bottom of bucket described in described toggle mechanism is arranged on and the top being arranged on described discharging opening for stirring the described composition shedding the transformation soil of bucket bottom, described in shed bucket and be fixedly mounted on described housing assembly.
Preferably, described toggle mechanism comprises turning cylinder and sliding piece group, described turning cylinder is rotating be arranged on described in shed bucket upper and be arranged on the top of described discharging opening, described sliding piece group is arranged on described turning cylinder.
Preferably, described shed mechanism be connected with described driving mechanism to make described driving mechanism drive described in shed institution staff and be specially, be provided with driven pulley in described one end of shedding the turning cylinder of mechanism, described driven pulley is connected with the driving wheel on described driving mechanism by driving-belt.
Preferably, described shed mechanism be connected with described driving mechanism to make described driving mechanism drive described in shed institution staff and be specially, described shedding between mechanism and described driving mechanism is provided with the first rotary tillage gear, described one end of shedding the turning cylinder of mechanism is provided with driven pulley, described driven pulley is connected by the drive of driving-belt with described first rotary tillage gear, and the driving wheel of described driving mechanism is connected with the drive of described first rotary tillage gear.
Preferably, described shed mechanism be connected with described driving mechanism to make described driving mechanism drive described in shed institution staff and be specially, described shedding between mechanism and described driving mechanism is provided with the first rotary tillage gear and the second rotary tillage gear, described one end of shedding the turning cylinder of mechanism is provided with driven pulley, described driven pulley is connected by the drive of driving-belt with described first rotary tillage gear, the drive of described first rotary tillage gear is connected by the drive of driving-belt with described second rotary tillage gear, the driving wheel of described driving mechanism is connected with the drive of described second rotary tillage gear.
Preferably, described shed mechanism be connected with described driving mechanism to make described driving mechanism drive described in shed institution staff and be specially, be provided with sprocket wheel in described one end of shedding the turning cylinder of mechanism, described sprocket wheel is connected with gearbox by chain, and described gearbox is connected with described driving mechanism.
Preferably, described gearbox is connected with described driving mechanism and is specially, cardan drive assembly is provided with between described gearbox and described driving mechanism, one end of described universal joint runner assembly is connected with described gearbox, and the other end of described cardan drive assembly is connected with described driving mechanism.
Preferably, described in shed organization establishes on the housing of described rotary tillage mechanism, described in shed mechanism and be fixed on described housing assembly by fixed part.
Preferably, described housing assembly is provided with controlling organization, described controlling organization is connected with described driving mechanism for controlling described driving mechanism work.
Rotary tillage equipment provided by the utility model, compared with prior art, mechanism is shed owing to being provided with on the housing assembly of rotary tillage equipment, shed mechanism to be connected with driving mechanism, driving mechanism can drive and shed institution staff while driving rotary tillage institution staff, make soil immediately carry out rotary tillage by rotary tillage mechanism after shedding mechanism to shed the composition in transformation soil, therefore, operating efficiency is high; Be arranged on the housing assembly of rotovator owing to shedding mechanism again, making to shed mechanism and rotary tillage mechanism can operation simultaneously, avoids repetition operation of the prior art, therefore, has saved the energy, can reduce machinery lower ground number of times simultaneously, be conducive to the protection in arable land.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present application or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, the accompanying drawing that the following describes is only some embodiments recorded in the application, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is embodiment one rotary tillage equipment front view;
Fig. 2 is the left view of embodiment one rotary tillage equipment;
Fig. 3 is the vertical view of embodiment one rotary tillage equipment;
Fig. 4 is the front view of embodiment two rotary tillage equipment;
Fig. 5 is the left view of embodiment two rotary tillage equipment;
Fig. 6 is the vertical view of embodiment two rotary tillage equipment.
Embodiment
Technical scheme in the application is understood better in order to make those skilled in the art person, below in conjunction with the accompanying drawing in the embodiment of the present application, technical scheme in the embodiment of the present application is clearly and completely described, obviously, described embodiment is only some embodiments of the present application, instead of whole embodiments.Based on the embodiment in the application, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all should belong to the scope of the application's protection.
Embodiment one
The present embodiment provides a kind of rotary tillage equipment, please as shown in Figure 1 to Figure 3, the rotary tillage equipment that the present embodiment provides comprises housing assembly 1, housing assembly 1 is provided with driving mechanism 2 and rotary tillage mechanism 5, driving mechanism 2 works for driving rotary tillage mechanism 5, housing assembly 1 lower end is provided with running gear 4, housing assembly 1 is provided with and sheds mechanism 3, describedly shed the front that mechanism 3 is arranged on described rotary tillage mechanism 5 direction of advance, shed mechanism 3 and be connected that with driving mechanism 2 driving mechanism 2 is driven and shed mechanism 3 to work.
The rotary tillage equipment that the present embodiment provides, compared with prior art, mechanism 3 is shed owing to being provided with on the housing assembly 1 of rotary tillage equipment, shed mechanism 3 to be connected that with driving mechanism 2 driving mechanism 2 is driven and to shed mechanism 3 to work, shed mechanism 3 for shedding the composition in transformation soil to the soil before rotary tillage mechanism 5 work, therefore, driving mechanism 2 can drive and shed mechanism 3 and work while driving rotary tillage mechanism 5 works, soil is made immediately to carry out rotary tillage by rotary tillage mechanism 5 after shedding mechanism 3 to transform the composition in soil, operating efficiency is high, be arranged on the housing assembly 1 of rotovator owing to shedding mechanism 3, making to shed mechanism 3 and rotary tillage mechanism 5 can operation simultaneously, avoid repetition operation of the prior art, therefore, save the energy, machinery lower ground number of times can be reduced simultaneously, be conducive to the protection of ploughing.
Mechanism 3 of shedding in the present embodiment preferably includes and sheds bucket 31 and toggle mechanism 32, shedding bucket 31 is fixedly mounted on housing assembly 1, the bottom of shedding bucket 31 is provided with discharging opening 33, shed mechanism 3 to be shed out by the composition of discharging opening 33 by the transformation soil shedding bucket 31 li, in order to make the effect of shedding better, be provided with toggle mechanism 32 in the bottom of shedding bucket 31, toggle mechanism 32 is arranged on the top of discharging opening 33.When shedding mechanism 3 and working, toggle mechanism 3 works, and the composition of toggle mechanism 3 to the transformation soil shedding bucket 31 li is stirred, and the composition in the transformation soil shedding bucket 31 li is shed out by discharging opening 33.
Toggle mechanism 32 in the present embodiment preferably includes turning cylinder 321 and sliding piece group 322, and turning cylinder 321 is rotating to be arranged on and to shed on bucket 31 and be arranged on the top of discharging opening 33, and sliding piece group 322 is arranged on turning cylinder 321.When shedding mechanism 3 and not working, toggle mechanism 32 does not work, and namely turning cylinder 321 does not rotate, and now, turning cylinder 321 plays closed discharging opening 33, and the composition in the transformation soil shed in bucket 31 is not spilt from shedding in bucket 31; When shedding mechanism 3 and working, toggle mechanism 32 works, namely turning cylinder 321 rotates, turning cylinder 321 rotates thus drives the sliding piece group 322 on turning cylinder to rotate along with turning cylinder 321, in the process of rotating, sliding piece group 322 stirs the composition in the transformation soil shed in bucket 31, makes it be shed out by discharging opening 33.
In the present embodiment, shed mechanism 3 to be connected that with driving mechanism 2 driving mechanism 2 is driven and to shed mechanism 3 and to work concrete being preferably, be provided with driven pulley 323 in the one end of the turning cylinder 321 shedding mechanism 3, driven pulley 323 is connected by the driving wheel of driving-belt with driving mechanism 2.When shedding mechanism 3 and needing work, driving mechanism 2 works, the driving wheel of driving mechanism 2 rotates, because the driving wheel of driving mechanism 2 is connected with the driven pulley 323 on turning cylinder 321, therefore driven pulley 323 rotates along with the rotation of the driving wheel of driving mechanism 2, thus drive turning cylinder 321 to rotate, realize driving mechanism 2 and drive and shed mechanism 3 and work.
Be more preferably, be provided with the first rotary tillage gear 6 shedding between mechanism 3 and driving mechanism 2, the one end of shedding the turning cylinder 321 of mechanism 3 is provided with driven pulley 323, driven pulley 323 is connected by the drive 61 of driving-belt with the first rotary tillage gear, and the driving wheel of driving mechanism 2 is connected with the drive 61 of the first rotary tillage gear.The setting of the first rotary tillage gear 6 enables the rotating speed of the turning cylinder 321 shedding mechanism 3 more meet the needs shedding mechanism 3.
Be more preferably, be provided with the first rotary tillage gear 6 and the second rotary tillage gear 7 shedding between mechanism 3 and driving mechanism 2, the one end of shedding the turning cylinder 321 of mechanism 3 is provided with driven pulley 323, driven pulley 323 is connected by the drive 61 of driving-belt with the first rotary tillage gear, the drive 61 of the first rotary tillage gear is connected with the drive 71 of the second rotary tillage gear, and the driving wheel of driving mechanism 2 is connected with the drive 71 of the second rotary tillage gear.The setting of the first rotary tillage gear 6 and the second rotary tillage gear 7 can make the rotating speed of the turning cylinder 321 shedding mechanism 3 more meet the needs shedding mechanism 3, makes the better effects if of shedding.
The rotary tillage equipment that the present embodiment provides, housing assembly 1 is also provided with controlling organization 8, and controlling organization 8 is connected with driving mechanism 2, and controlling organization 8 works for controlling driving mechanism 2.
Housing assembly 1 is also provided with control room, and controlling organization 8 is arranged in control room, and when rotovator works, operating personnel, in control room, control driving mechanism 2 by controlling organization 8 thus realize rotary tillage mechanism 5 and the control of shedding mechanism 3.
Embodiment two
Please as shown in Figures 4 to 6, the difference of the rotary tillage equipment that the present embodiment provides and the rotary tillage equipment that embodiment one provides is,
Mechanism 3 of shedding in the present embodiment is connected that with driving mechanism 2 described driving mechanism 2 is driven and sheds mechanism 3 and to work concrete being preferably, in the one end of the turning cylinder 321 shedding mechanism 3, sprocket wheel 324 is installed, sprocket wheel 324 is connected with gearbox 9 by chain 325, and gearbox 9 is connected with driving mechanism 2.When rotary tillage equipment works, driving mechanism 2 drives gearbox 9 to run, through gearbox 9 speed change, then by chain 325, sprocket wheel 324 is rotated, because sprocket wheel 324 is arranged on the one end of the turning cylinder 321 shedding mechanism 3, therefore, sprocket wheel 324 rotates and drives turning cylinder 321 to rotate, again because sliding piece group 322 is arranged on turning cylinder 321, therefore, turning cylinder 321 rotate realize shed mechanism 3 to transformation soil composition shed.
Wherein, gearbox 9 is connected concrete being preferably with driving mechanism 2, between gearbox 9 and driving mechanism 2, be provided with universal joint runner assembly 10, one end of cardan drive assembly 10 is connected with gearbox 9, and the other end of cardan drive assembly 10 is connected with driving mechanism 2.The setting of cardan drive assembly 10 improves the transmission efficiency between driving mechanism 2 and gearbox 9.
Mechanism 3 of shedding in the present embodiment is preferably arranged on the housing 51 of rotary tillage mechanism 5, sheds mechanism 3 and is fixed on housing assembly 1 by fixed part 11.The setting of fixed part 11 can keep shedding mechanism 3 stability at work.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the utility model.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein when not departing from spirit or scope of the present utility model, can realize in other embodiments.Therefore, the utility model can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. a rotary tillage equipment, comprise housing assembly (1), described housing assembly (1) is provided with driving mechanism (2) and rotary tillage mechanism (5), described driving mechanism (2) works for driving described rotary tillage mechanism (5), described housing assembly (1) lower end is provided with running gear (4), it is characterized in that, described housing assembly (1) is provided with and sheds mechanism (3), describedly shed the front that mechanism (3) is arranged on described rotary tillage mechanism (5) direction of advance, described shed mechanism (3) be connected with described driving mechanism (2) to make described driving mechanism (2) drive described in shed mechanism (3) and work.
2. rotary tillage equipment according to claim 1, it is characterized in that, described mechanism (3) of shedding comprises and sheds bucket (31) and toggle mechanism (32), described bucket (31) bottom of shedding is provided with discharging opening (33), shed the bottom of bucket (31) described in described toggle mechanism (32) is arranged on and the top being arranged on described discharging opening (33) is used for stirring the described composition shedding the transformation soil of bucket (31) bottom, described in shed bucket (31) and be fixedly mounted on described housing assembly (1).
3. rotary tillage equipment according to claim 2, it is characterized in that, described toggle mechanism (32) comprises turning cylinder (321) and sliding piece group (322), described turning cylinder (321) is rotating be arranged on described in shed bucket (31) upper and be arranged on the top of described discharging opening (33), described sliding piece group (322) is arranged on described turning cylinder (321).
4. rotary tillage equipment according to claim 3, it is characterized in that, described shed mechanism (3) be connected with described driving mechanism (2) to make described driving mechanism (2) drive described in shed mechanism (3) and work and be specially, be provided with driven pulley (323) in described one end of shedding the turning cylinder (321) of mechanism (3), described driven pulley (323) is connected with the driving wheel on described driving mechanism (2) by driving-belt.
5. rotary tillage equipment according to claim 3, it is characterized in that, described shed mechanism (3) be connected with described driving mechanism (2) to make described driving mechanism (2) drive described in shed mechanism (3) and work and be specially, described shedding between mechanism (3) and described driving mechanism (2) is provided with the first rotary tillage gear (6), described one end of shedding the turning cylinder (321) of mechanism (3) is provided with driven pulley (323), described driven pulley (323) is connected by the drive (61) of driving-belt with described first rotary tillage gear, the driving wheel of described driving mechanism (2) is connected with the drive (61) of described first rotary tillage gear.
6. rotary tillage equipment according to claim 3, it is characterized in that, described shed mechanism (3) be connected with described driving mechanism (2) to make described driving mechanism (2) drive described in shed mechanism (3) and work and be specially, described shedding between mechanism (3) and described driving mechanism (2) is provided with the first rotary tillage gear (6) and the second rotary tillage gear (7), described one end of shedding the turning cylinder (321) of mechanism (3) is provided with driven pulley (323), described driven pulley (323) is connected by the drive (61) of driving-belt with described first rotary tillage gear, the drive (61) of described first rotary tillage gear is connected by the drive (71) of driving-belt with described second rotary tillage gear, the driving wheel of described driving mechanism (2) is connected with the drive (71) of described second rotary tillage gear.
7. rotary tillage equipment according to claim 3, it is characterized in that, described shed mechanism (3) be connected with described driving mechanism (2) to make described driving mechanism (2) drive described in shed mechanism (3) and work and be specially, in described one end of shedding the turning cylinder (321) of mechanism (3), sprocket wheel (324) is installed, described sprocket wheel (324) is connected with gearbox (9) by chain (325), and described gearbox (9) is connected with described driving mechanism (2).
8. rotary tillage equipment according to claim 7, it is characterized in that, described gearbox (9) is connected with described driving mechanism (2) and is specially, cardan drive assembly (10) is provided with between described gearbox (9) and described driving mechanism (2), one end of described cardan drive assembly (10) is connected with described gearbox (9), and the other end of described cardan drive assembly (10) is connected with described driving mechanism (2).
9. rotary tillage equipment according to claim 8, it is characterized in that, described mechanism (3) of shedding is arranged on the housing (51) of described rotary tillage mechanism (5), described in shed mechanism (3) and be fixed on described housing assembly (1) by fixed part (11).
10. the rotary tillage equipment according to claim 1 to 9 any one, it is characterized in that, described housing assembly (1) is provided with controlling organization (8), and described controlling organization (8) is connected with described driving mechanism (2) and works for controlling described driving mechanism (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420598872.8U CN204335300U (en) | 2014-10-16 | 2014-10-16 | A kind of rotary tillage equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420598872.8U CN204335300U (en) | 2014-10-16 | 2014-10-16 | A kind of rotary tillage equipment |
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| CN204335300U true CN204335300U (en) | 2015-05-20 |
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| CN201420598872.8U Active CN204335300U (en) | 2014-10-16 | 2014-10-16 | A kind of rotary tillage equipment |
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| CN (1) | CN204335300U (en) |
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