CN208924569U - A kind of impeller brush rotary assembled grapevine machine native clearly - Google Patents
A kind of impeller brush rotary assembled grapevine machine native clearly Download PDFInfo
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- CN208924569U CN208924569U CN201821385041.7U CN201821385041U CN208924569U CN 208924569 U CN208924569 U CN 208924569U CN 201821385041 U CN201821385041 U CN 201821385041U CN 208924569 U CN208924569 U CN 208924569U
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Abstract
The utility model relates to a kind of impeller brush rotary assembled grapevine machines native clearly, including rack section, motivation transfer motion part, scraping component, rotary blade component, rotation brush device, grading screw feeder component and depth-limiting mechanism.Power is exported by tractor, and passes it to each clear native workpiece by motivation transfer motion part;Scraping component soil thickness can be buried according to grapevine and width is adjusted, so that soil will be buried in the ranks removing above grapevine;Rotary blade component removes grapevine side soil;The soil that rotation brush device will be close to grapevine root is removed, and realizes thoroughly clear soil;Grading screw feeder component further in the ranks conveys the soil that first three component is removed to grape, and it is made equably to be laid in grape row middle;By adjusting gauge wheel according to the native situation of actually burying of grapevine before clear soil to come the operation height that adjusts rack.
Description
Technical field
The utility model relates to agricultural machinery technological field, in particular to a kind of impeller brush rotary assembled grapevine is clear
Native machine.
Background technique
Grape be the main raw material(s) of one of the main fruit in China and wine production, cultivated area and yield by
Year increases, it has also become second-biggest-in-the-world grape main production country.Due to China, unique geographical location, wine-growing main producing region and weather
Condition, compared to external wine-growing management link, is needed to grapevine to avoid grapevine from air-dried or frostbite phenomenon occur
Winter is done to bury that rattan is cold-proof and spring is unearthed therefore this two steps additional process of restocking is formed China's grape and produces distinctive pipe
Reason link --- i.e. winter buries rattan, spring clear soil goes out rattan.When going out rattan due to spring, grapevine has germinateed, and cannot hurt when clear native
To bud, therefore the clear native operation of artificial progress is still relied primarily at present, heavy workload, labor intensity is high, and inefficiency directly results in
Cost is high.In the prior art, there are also grapevine machines native clearly, but these existing machines cannot fully erased grape
Soil is buried on rattan, and is easy to the grapevine that damage is embedded in soil.
It to avoid damage to grapevine, and disposes the soil on grapevine is as much as possible, the utility model is for existing
Have and devises that a kind of clear soil is high-efficient, the thorough impeller brush rotary assembled grapevine machine native clearly of clear soil in the deficiency of technology.
By being retrieved to domestic and international patent document, periodicals and magazines and other documents (such as internet) published,
The utility model has not been reported at home and abroad, we, which also not publicly deliver, is related to the article of the content of the present invention, this is practical new
At home and abroad the public is unknown for type.
Utility model content
In view of the deficiencies in the prior art, the purpose of this utility model is to provide a kind of impeller brush rotation combinations
Formula grapevine machine native clearly.The machine can not only be by the soil removing as much as possible on grapevine, and can greatly reduce pair
The damage of grapevine in soil.
To achieve the above objectives, the technical scheme adopted by the utility model is that:
A kind of impeller brush rotary assembled grapevine machine native clearly, including rack section, motivation transfer motion part, scraping portion
Part, rotary blade component, rotation brush device, grading screw feeder component and depth-limiting mechanism;
The rack section includes rack 1, trifilar suspension frame 2, speed changing box support plate 41, commutator support plate 42, rotation
Impeller support plate 30, band square base bearing I 31, brush support plate 11 and with square base bearing II 45, the upper end of the rack 1 is set
Incline structure is counted into, is made between the tilting front and back crossbeam for being welded on 1 right side top of rack of the speed changing box support plate 41, it is described to change
It is fixed on the front and back crossbeam of 1 left side lower section of rack to device support plate 42 by U-bolt, the band square base bearing I 31 is solid
It is scheduled in rotary blade support plate 30, the two sides of the rotary blade support plate 30 are fixed under 1 left side of rack by U-bolt
On the front and back crossbeam of side, the band square base bearing II 45 is fixed on brush support plate 11, and the brush support plate 11 welds
In the left side rear end of rack 1, the trifilar suspension frame 2 is fixed on the top of rack 1;
The running part includes gearbox 19, commutator 20, commutator connecting shaft 26, chain wheel transmission shaft 21, internal spline
Connector sleeve I 22, internal spline connector sleeve II 23, internal spline connector sleeve III 24, drive sprocket I 8, drive sprocket II 16, driven sprocket I
9, driven sprocket II 35, chain I 10, chain II 18, tightener sprocket I 17, tightener sprocket II 40 and stand bearing 25;
The gearbox 19 is bolted on speed changing box support plate 41, and the commutator 20 is bolted on
In commutator support plate 42, one end of the commutator connecting shaft 26 passes through the left end of internal spline connector sleeve II 23 and gearbox 19
Axis connection is exported, the other end of the commutator connecting shaft 26 is connected by the input shaft of internal spline connector sleeve III 24 and commutator 20
It connects, the right end output shaft of the gearbox 19 is connect by internal spline connector sleeve I 22 with one end of chain wheel transmission shaft 21, and sprocket wheel passes
The other end of moving axis 21 is mounted in rack 1 by stand bearing 25, and drive sprocket is installed in one end of the chain wheel transmission shaft 21
Ⅱ16;
The scraping component includes clean-up scraper 3, sheet rubber 4, clean-up scraper pillar 5, clean-up scraper connecting plate 27 and sleeve 43, institute
Stating clean-up scraper pillar 5 is cylindrical structure, and 43 sets of the sleeve top in clean-up scraper pillar 5, and being fastened by bolts is welded on sleeve 43
A connecting plate is connect, connecting plate is fixed on the front end of the left side beam of rack 1, the lower end of the clean-up scraper pillar 5 by U bolt
Fixed clean-up scraper connecting plate 27, clean-up scraper 3 are fixed by welding on clean-up scraper connecting plate 27, pass through in the bottom end of clean-up scraper 3
Bolt 44 connects sheet rubber 4, allows to be wrapped in the part of 3 bottom margin of clean-up scraper well;
The rotary blade component includes impeller blade 6, impeller blade connecting sleeve 28 and rotary shaft 29, and the rotary shaft 29 is
One top is welded with the multi-diameter shaft of disk, and a drive sprocket I 8 is fixedly mounted at the multi-diameter shaft shaft shoulder;Disk is equipped with bolt
Hole, the upper end of rotary shaft 29 is passed through to be bolted with square base bearing I 31 and the bottom disc of 20 output shaft of commutator, is revolved
The lower end of shaft 29 is set along axis direction evenly and at intervals there are three hole, in the peripheral surface of the impeller blade connecting sleeve 28
On equably weld four impeller blades 6, and along the axis direction of impeller blade connecting sleeve 28 according to the hole of the lower end of rotary shaft 29
Specification be arranged three identical holes, lower end and the impeller blade connecting sleeve 28 of rotary shaft 29 are bolted, so as to the later period
It is readily replaceable when impeller blade 6 is worn;
The rotation brush device includes brush 7 and brush shaft 32, and the brush shaft 32 is multi-diameter shaft, in the multi-diameter shaft shaft shoulder
A driven sprocket I 9 is fixedly mounted in place, and the upper end of brush shaft 32 passes through band square base bearing II 45 and is fixedly mounted on brush branch
On fagging 11, its peripheral surface of the lower end edge of brush shaft 32 is fixedly connected with brush 7;
It is connected between drive sprocket I 8 and driven sprocket I 9 by chain I 10, the output shaft of commutator 20 transmits power
To impeller blade 6, to further impart power to brush 7 by chain conveyer;
The grading screw feeder component includes conveying screw feeder 12, conveying screw conveyor shaft 33, support frame 34 and with circular seat bearing 36,
The conveying screw feeder 12 and conveying screw conveyor shaft 33 are welded as a whole, and the both ends of the conveying screw conveyor shaft 33 pass through band circular seat bearing
36 are mounted on the two sides lower end of support frame 34, and the upper end of support frame 34 is connect by pin shaft with the rear end bottom vertical beam of rack 1;From
Movable sprocket II 35 is mounted on the right end of conveying screw conveyor shaft 33, is connect by chain II 18 with drive sprocket II 16;Thus by speed change
The power that case 19 exports passes to conveying screw feeder 12, makes its rotation;
The depth-limiting mechanism includes three gauge wheels, respectively gauge wheel I 13, gauge wheel II 14 and gauge wheel III 15, often
A gauge wheel is made of wheel 37, bracket 38, rotating handle 39 and connecting plate 46 respectively, and the connecting plate 46 is welded on the branch
The middle part of frame 38 passes through the hole on connecting plate 46 by U-bolt and gauge wheel is fixed in rack 1, the gauge wheel bracket 38
Upper end be connected through a screw thread rotating handle 39, an axis is welded in the lower end of the gauge wheel bracket 38, passes through axis and wheel 37
Connection, the gauge wheel I 13 are mounted on the front center of rack 1, and gauge wheel II 14 is mounted on the right side of rack 1, gauge wheel III
15 are mounted in the middle part of the rear end of rack 1.
On the basis of above scheme, the bottom of the clean-up scraper 3 is designed as lateral bending curved shape backward.
On the basis of above scheme, a series of diplopores being vertically arranged are arranged in the upper end of support frame as described above 34, pass through pin
Axis is connect with the rear end bottom vertical beam of rack 1.
On the basis of above scheme, a tightener sprocket II 40 is installed on the outside of the middle part of the chain I 10.
On the basis of above scheme, one tightener sprocket I 17 is installed in the inside middle portion of the chain II 18.
On the basis of above scheme, the brush shaft 32 and brush 7 are demountable.
On the basis of above scheme, the impeller blade 6 has certain distance in the transverse projection of rack 1 with brush 7
Overlapping.
A kind of impeller brush rotary assembled grapevine disclosed by the utility model machine native clearly has the advantages that
(1) the rack form for devising a kind of special construction keeps the installation of all parts on the rack more compact, thus
Keep entire equipment more compact;
(2) scraping component, rotary blade component, the native screw feeder component of rotation brush device peace totally four homework department are devised
Part not only can be all clear by the soil of grapevine top, side and close grapevine bottom by the cooperation of this four operation parts
It removes, and the grapevine in soil will not be damaged;
(3) bottom edge of clean-up scraper is designed as bending backward shape, and wraps up one layer of flexible rubber piece, is guaranteeing scraping
Can guarantee while effect will not damage the grapevine buried in the soil;
(4) rotation brush be compliant member, can with grapevine contact operation, so as to so that grapevine bottom soil
Also it can be cleaned;
(5) rack-mounted three gauge wheels not only provide three effective supports to the walking operations of equipment
Point, but also can burying the ground flat degree in earthy condition and vineyard and adjust gauge wheel according to practical grapevine, thus
Operation height of the equipment apart from ground is adjusted, allows to preferably complete clear native operation.
Detailed description of the invention
The utility model has following attached drawing:
Fig. 1 is the utility model grapevine machine structural schematic diagram one native clearly.
Fig. 2 is the utility model grapevine machine structural schematic diagram two native clearly.
Fig. 3 is the utility model grapevine machine structural side view native clearly.
Fig. 4 is rotary blade modular construction schematic diagram.
Fig. 5 is clean-up scraper modular construction schematic diagram.
In figure: 1-rack 2-trifilar suspension frame 3-clean-up scraper, 4-sheet rubber, 5-clean-up scraper, 6-impeller of pillar
Piece 7-brush, 8-drive sprocket, I 9-driven sprocket, I 10-chain, I 11-brush support plate 12-conveys screw feeder
13-I 18-chains of gauge wheel I 14-gauge wheel, II 15-gauge wheel, III 16-drive sprocket, II 17-tightener sprocket II
19-gearbox 20-commutator, 21-chain wheel transmission shaft, 22-internal spline, I 23-internal spline of connector sleeve connector sleeves II
24-internal spline connector sleeve III 25-stand bearing 26-commutator connecting shaft 27-clean-up scraper, 28-impeller blades of connecting plate
Connecting sleeve 29-rotary shaft, 30-rotary blade support plate 31-band I 32-brush shaft of square base bearing 33-conveys
34-support frame of screw conveyor shaft, 35-driven sprocket II 36-band 37-wheel of circular seat bearing, 38-bracket 39-rotates
44-bolt of handle 40-tightener sprocket, II 41-speed changing box support plate 42-commutator, 43-sleeve of support plate 45-
Band II 46-connecting plate of square base bearing
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
1-5 and embodiment with reference to the accompanying drawing, are described in further detail specific embodiment of the present utility model.
Following implementation is merely to illustrate the utility model, but is not intended to limit the scope of the present invention.
As shown in Figs. 1-5, a kind of impeller brush rotary assembled grapevine machine native clearly, comprising: rack section, power transmission
Partially, scraping component, rotary blade component, rotation brush device, grading screw feeder component and depth-limiting mechanism.
The rack section includes rack 1, trifilar suspension frame 2, speed changing box support plate 41, commutator support plate 42, rotation
Impeller support plate 30, band square base bearing I 31, brush support plate 11 and with square base bearing II 45, the upper end of the rack 1 is set
Incline structure is counted into, is made between the tilting front and back crossbeam for being welded on 1 right side top of rack of the speed changing box support plate 41, it is described to change
It is fixed on the front and back crossbeam of 1 left side lower section of rack to device support plate 42 by U-bolt, the band square base bearing I 31 is solid
It is scheduled in rotary blade support plate 30, the two sides of the rotary blade support plate 30 are fixed under 1 left side of rack by U-bolt
On the front and back crossbeam of side, the band square base bearing II 45 is fixed on brush support plate 11, and the brush support plate 11 welds
In the left side rear end of rack 1, the trifilar suspension frame 2 is fixed on the top of rack 1;In machine operation, by trifilar suspension frame 2
It is mounted with the hydraulic three-link hitch of tractor postposition, so that the work for entire machine provides power.
The running part includes gearbox 19, commutator 20, commutator connecting shaft 26, chain wheel transmission shaft 21, internal spline
Connector sleeve I 22, internal spline connector sleeve II 23, internal spline connector sleeve III 24, drive sprocket I 8, drive sprocket II 16, driven sprocket I
9, driven sprocket II 35, chain I 10, chain II 18, tightener sprocket I 17, tightener sprocket II 40 and stand bearing 25;
The gearbox 19 is bolted on speed changing box support plate 41, and the commutator 20 is bolted on
In commutator support plate 42, one end of the commutator connecting shaft 26 passes through the left end of internal spline connector sleeve II 23 and gearbox 19
Axis connection is exported, the other end of the commutator connecting shaft 26 is connected by the input shaft of internal spline connector sleeve III 24 and commutator 20
It connects, the right end output shaft of the gearbox 19 is connect by internal spline connector sleeve I 22 with one end of chain wheel transmission shaft 21, and sprocket wheel passes
The other end of moving axis 21 is mounted in rack 1 by stand bearing 25, and drive sprocket is installed in one end of the chain wheel transmission shaft 21
Ⅱ16;
The scraping component includes clean-up scraper 3, sheet rubber 4, clean-up scraper pillar 5, clean-up scraper connecting plate 27 and sleeve 43, institute
Stating clean-up scraper pillar 5 is cylindrical structure, when the design of such structure can make the scraping component work manually easily to its into
The adjusting of row operating angle and working depth, soil can be scraped the inside to machine by clean-up scraper 3 when realization machine works forward;
43 sets of the sleeve top in clean-up scraper pillar 5, and be fastened by bolts, a connecting plate is welded on sleeve 43, connecting plate passes through U
Shape bolt is fixed on the front end of the left side beam of rack 1, the fixed clean-up scraper connecting plate 27 in the lower end of the clean-up scraper pillar 5, scraping
Plate 3 is fixed by welding on clean-up scraper connecting plate 27, is connected sheet rubber 4 by bolt 44 in the bottom end of clean-up scraper 3, is made it can
To be wrapped in the part of 3 bottom margin of clean-up scraper well;The bottom of clean-up scraper 3 is designed as lateral bending curved shape backward, so as to
So that clean-up scraper 3 avoids damage to bury grapevine in the soil at work.
The rotary blade component includes impeller blade 6, impeller blade connecting sleeve 28 and rotary shaft 29, and the rotary shaft 29 is
One top is welded with the multi-diameter shaft of disk, and a drive sprocket I 8 is fixedly mounted at the multi-diameter shaft shaft shoulder;Disk is equipped with bolt
Hole, the upper end of rotary shaft 29 is passed through to be bolted with square base bearing I 31 and the bottom disc of 20 output shaft of commutator, is revolved
The lower end of shaft 29 is set along axis direction evenly and at intervals there are three hole, in the peripheral surface of the impeller blade connecting sleeve 28
On equably weld four impeller blades 6, and along the axis direction of impeller blade connecting sleeve 28 according to the hole of the lower end of rotary shaft 29
Specification be arranged three identical holes, lower end and the impeller blade connecting sleeve 28 of rotary shaft 29 are bolted, so as to the later period
It is readily replaceable when impeller blade 6 is worn;
The rotation brush device includes brush 7 and brush shaft 32, and the brush shaft 32 is multi-diameter shaft, in the multi-diameter shaft shaft shoulder
A driven sprocket I 9 is fixed in place's installation, and 32 upper end of brush shaft passes through band square base bearing II 45 and is fixedly mounted on brush support
On plate 11, its peripheral surface of lower end edge is fixedly connected with brush 7, the brush shaft 32 with brush 7 be it is demountable, so as to the later period
It is readily replaceable when abrasion, and impeller blade 6 has the overlapping of certain distance with brush 7 in the transverse projection of rack 1.To protect
Card does not omit the removing of soil.
It is connected between drive sprocket I 8 and driven sprocket I 9 by chain I 10, the output shaft of commutator 20 transmits power
To impeller blade 6, to further impart power to brush 7 by chain conveyer;
The grading screw feeder component includes conveying screw feeder 12, conveying screw conveyor shaft 33, support frame 34 and with circular seat bearing 36,
The conveying screw feeder 12 and conveying screw conveyor shaft 33 are welded as a whole, and the both ends of conveying screw conveyor shaft 33 pass through band circular seat bearing 36 and pacify
Mounted in the two sides lower end of support frame 34, the upper end of support frame 34 is connect by pin shaft with the rear end bottom vertical beam of rack 1;Driven chain
II 35 right ends for being mounted on conveying screw conveyor shaft 33 are taken turns, the drive chain of chain II 18 and the installation of described 21 one end of chain wheel transmission shaft is passed through
II 16 connections are taken turns, so that the power that gearbox 19 exports is passed to conveying screw feeder 12, make its rotation;Guarantee the transmitting of power.
A series of longitudinally disposed diplopores in the upper end of support frame as described above 34 can be according to actual operation come adjusting pin in machine operation
The relative position of diplopore on axis and support frame 34, thus to adjust the depth of implements of grading screw feeder component, it can also be according to difference
Handling situations, entire grading screw feeder component is dismantled.
The depth-limiting mechanism includes three gauge wheels, respectively gauge wheel I 13, gauge wheel II 14 and gauge wheel III 15, often
A gauge wheel is made of wheel 37, bracket 38, rotating handle 39 and connecting plate 46 respectively, and the connecting plate 46 is welded on the branch
The middle part of frame 38 passes through the hole on connecting plate 46 by U-bolt and gauge wheel is fixed in rack 1, the gauge wheel bracket 38
Upper end be connected through a screw thread rotating handle 39, an axis is welded in lower end, is connect by axis with wheel 37, the gauge wheel I 13
It is mounted on the front center of rack 1, gauge wheel II 14 is mounted on the right side of rack 1, and gauge wheel III 15 is mounted on the rear end of rack 1
Middle part, three gauge wheels being mounted in rack 1 not only provide three effective supporting points to the walking operations of equipment, and
And gauge wheel can also be adjusted according to the ground flat degree for burying earthy condition and vineyard of practical grapevine, to adjust equipment
Operation height apart from ground.
Equipment power is exported by tractor PTO, the input shaft through cardan drive axis connection gearbox 19.
The course of work of impeller brush rotary assembled grapevine described in the utility model machine native clearly is as follows: normal operation
When, grapevine machine native clearly is articulated in behind tractor by trifilar suspension frame 2, the thickness and width of soil are buried according to winter grapevine
The flatness on ground, the work of equipment is adjusted by adjusting Characteristics of Tractor Hydraulic Suspension System and depth-limiting mechanism in degree and vineyard
Industry height adjusts the operating angle and depth of implements of clean-up scraper 3 by adjusting clean-up scraper pillar 5, thus will using clean-up scraper 3
Soil is buried in the ranks removing above grapevine.Speed change is transmitted to through Cardan shaft by the power that tractor motive power output shaft exports
Power is divided two-way to export by case 19, gearbox 19: power being transmitted to commutator 20 through commutator connecting shaft 26 all the way, then by changing
It is transmitted to rotary blade 6 to device 20, imparts power to brush 7 finally by chain conveyer, using rotary blade 6 by grapevine side
Side soil and clean-up scraper 3 scrape the soil come in the ranks removing, and will be close to the soil of grapevine root to clear in the ranks using brush 7
It removes;Power is transmitted to drive sprocket II 16 by chain wheel transmission shaft 21 by another way, and power is finally transmitted to conveying screw feeder 12, is utilized
Conveying screw feeder 12 is by soil that preceding several components are removed further in the ranks conveying and it is made equably to be laid in grape row center
Between, so as to complete the entire clear native operation of grapevine, so that winter current year grapevine buries reusing and later period plant protection for soil
Walking operations of the machinery in grape in the ranks.
Embodiment of above is merely to illustrate the utility model, and is not limitation of the utility model, related technology neck
The those of ordinary skill in domain, in the case where not departing from the spirit and scope of the utility model, can also make a variety of changes and
Modification, therefore all equivalent technical solutions also belong to the scope of the utility model, the scope of patent protection of the utility model is answered
It is defined by the claims.
The content being not described in detail in this specification belongs to the prior art well known to professional and technical personnel in the field.
Claims (7)
1. a kind of impeller brush rotary assembled grapevine machine native clearly, which is characterized in that including rack section, power transmission part
Divide, scraping component, rotary blade component, rotate brush device, grading screw feeder component and depth-limiting mechanism;
The rack section include rack (1), trifilar suspension frame (2), speed changing box support plate (41), commutator support plate (42),
Rotary blade support plate (30), band square base bearing I (31), brush support plate (11) and with square base bearing II (45), it is described
The upper end of rack (1) is designed to incline structure, makes the speed changing box support plate (41) is tilting to be welded on top on the right side of rack (1)
Between the crossbeam of front and back, the commutator support plate (42) is fixed on the front and back crossbeam of lower section on the left of rack (1) by U-bolt
On, the band square base bearing I (31) is fixed on rotary blade support plate (30), and the two of the rotary blade support plate (30)
Side is fixed on the left of rack (1) on the front and back crossbeam of lower section by U-bolt, and the band square base bearing II (45) is fixed on brush
On sub- support plate (11), the brush support plate (11) is welded on the left side rear end of rack (1), and the trifilar suspension frame (2) is solid
Due to the top of rack (1);
The running part includes gearbox (19), commutator (20), commutator connecting shaft (26), chain wheel transmission shaft (21), interior
Spline connecting sleeve I (22), internal spline connector sleeve II (23), internal spline connector sleeve III (24), drive sprocket I (8), drive sprocket II
(16), driven sprocket I (9), driven sprocket II (35), chain I (10), chain II (18), tightener sprocket I (17), tightener sprocket
II (40) and stand bearing (25);
The gearbox (19) is bolted on speed changing box support plate (41), and the commutator (20) is bolted
On commutator support plate (42), one end of the commutator connecting shaft (26) passes through internal spline connector sleeve II (23) and gearbox
(19) left end exports axis connection, and the other end of the commutator connecting shaft (26) passes through internal spline connector sleeve III (24) and commutation
The right end output shaft of the input axis connection of device (20), the gearbox (19) is driven by internal spline connector sleeve I (22) and sprocket wheel
One end of axis (21) connects, and the other end of chain wheel transmission shaft (21) is mounted on rack (1) by stand bearing (25), the chain
One end of wheel shaft (21) is installed by drive sprocket II (16);
The scraping component includes clean-up scraper (3), sheet rubber (4), clean-up scraper pillar (5), clean-up scraper connecting plate (27) and sleeve
(43), the clean-up scraper pillar (5) is cylindrical structure, and sleeve (43) covers on the top of clean-up scraper pillar (5), and tight by bolt
Gu welding a connecting plate on sleeve (43), connecting plate is fixed on the front end of the left side beam of rack (1) by U bolt, described
The lower end of clean-up scraper pillar (5) is fixed clean-up scraper connecting plate (27), and clean-up scraper (3) is fixed by welding in clean-up scraper connecting plate
(27) on, in the bottom end of clean-up scraper (3) by bolt (44) connection sheet rubber (4), allow to be wrapped in clean-up scraper well
(3) part of bottom margin;
The rotary blade component includes impeller blade (6), impeller blade connecting sleeve (28) and rotary shaft (29), the rotary shaft
(29) it is multi-diameter shaft that a top is welded with disk, a drive sprocket I (8) is fixedly mounted at the multi-diameter shaft shaft shoulder;It is set on disk
There is bolt hole, it is logical that the upper end of rotary shaft (29) passes through the bottom disc with square base bearing I (31) and commutator (20) output shaft
It crosses and is bolted, the lower end of rotary shaft (29) is set along axis direction evenly and at intervals there are three hole, is connected in the impeller blade
Four impeller blades (6), and the axis direction along impeller blade connecting sleeve (28) are equably welded in the peripheral surface of casing (28)
According to the specification in the hole of the lower end of rotary shaft (29), three identical holes, the lower end of rotary shaft (29) and impeller blade connector sleeve are set
Pipe (28) is bolted, readily replaceable when so as to later period impeller blade (6) abrasion;
The rotation brush device includes brush (7) and brush shaft (32), and the brush shaft (32) is multi-diameter shaft, in multi-diameter shaft axis
A driven sprocket I (9) is fixedly mounted at shoulder, the upper end of brush shaft (32) passes through band square base bearing II (45) and is fixedly mounted on
On brush support plate (11), its peripheral surface of the lower end edge of brush shaft (32) is fixedly connected with brush (7);
It is connected between drive sprocket I (8) and driven sprocket I (9) by chain I (10), the output shaft of commutator (20) is by power
Impeller blade (6) are passed to, to further impart power to brush (7) by chain conveyer;
The grading screw feeder component includes conveying screw feeder (12), conveying screw conveyor shaft (33), support frame (34) and with circular seat bearing
(36), the conveying screw feeder (12) and conveying screw conveyor shaft (33) are welded as a whole, and the both ends of conveying screw conveyor shaft (33) pass through
The two sides lower end of support frame (34) is mounted on circular seat bearing (36), the upper end of support frame (34) passes through pin shaft and rack (1)
Rear end bottom vertical beam connection;Driven sprocket II (35) be mounted on conveying screw conveyor shaft (33) right end, by chain II (18) with
Drive sprocket II (16) connection;To which the power of gearbox (19) output is passed to conveying screw feeder (12), make its rotation;
The depth-limiting mechanism includes three gauge wheels, respectively gauge wheel I (13), gauge wheel II (14) and gauge wheel III (15),
Each gauge wheel is made of wheel (37), bracket (38), rotating handle (39) and connecting plate (46) respectively, the connecting plate (46)
It is welded on the middle part of the bracket (38), the hole on connecting plate (46) is passed through by U-bolt, gauge wheel is fixed on rack (1)
On, the upper end of the gauge wheel bracket (38) is connected through a screw thread rotating handle (39), the lower end of the gauge wheel bracket (38)
An axis is welded, is connect by axis with wheel (37), the gauge wheel I (13) is mounted on the front center of rack (1), gauge wheel
II (14) are mounted on the right side of rack (1), and gauge wheel III (15) is mounted in the middle part of the rear end of rack (1).
2. impeller brush rotary assembled grapevine as described in claim 1 machine native clearly, which is characterized in that the clean-up scraper
(3) bottom is designed as lateral bending curved shape backward.
3. impeller brush rotary assembled grapevine as described in claim 1 machine native clearly, which is characterized in that support frame as described above
(34) a series of diplopores being vertically arranged are arranged in upper end, are connect by pin shaft with the rear end bottom vertical beam of rack (1).
4. impeller brush rotary assembled grapevine as described in claim 1 machine native clearly, which is characterized in that in the chain I
(10) tightener sprocket II (40) is installed on the outside of middle part.
5. impeller brush rotary assembled grapevine as described in claim 1 machine native clearly, which is characterized in that in the chain II
(18) inside middle portion installs a tightener sprocket I (17).
6. impeller brush rotary assembled grapevine as described in claim 1 machine native clearly, which is characterized in that the brush shaft
It (32) is dismountable with brush (7).
7. impeller brush rotary assembled grapevine as described in claim 1 machine native clearly, which is characterized in that the impeller blade
(6) there is the overlapping of certain distance in the transverse projection of rack (1) with brush (7).
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201821385041.7U CN208924569U (en) | 2018-08-27 | 2018-08-27 | A kind of impeller brush rotary assembled grapevine machine native clearly |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201821385041.7U CN208924569U (en) | 2018-08-27 | 2018-08-27 | A kind of impeller brush rotary assembled grapevine machine native clearly |
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Cited By (5)
Publication number | Priority date | Publication date | Assignee | Title |
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CN111034394A (en) * | 2019-12-23 | 2020-04-21 | 江苏大学 | Intelligent grape vine-pulling soil-clearing equipment |
CN111295942A (en) * | 2020-03-11 | 2020-06-19 | 中国农业大学 | Combined grape vine cold-proof soil cleaning machine based on automatic leveling system |
CN111713187A (en) * | 2020-06-12 | 2020-09-29 | 江苏大学 | Grape vine multi-scraper soil cleaning device and engineering machinery provided with same |
CN112352483A (en) * | 2020-12-17 | 2021-02-12 | 乌鲁木齐优尼克生物科技有限公司 | Swing arm type grape scraping and brushing soil cleaning machine |
CN113853842A (en) * | 2021-09-01 | 2021-12-31 | 江苏叁拾叁信息技术有限公司 | Intelligent grape vine-pulling soil-clearing equipment |
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2018
- 2018-08-27 CN CN201821385041.7U patent/CN208924569U/en active Active
Cited By (6)
Publication number | Priority date | Publication date | Assignee | Title |
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CN111034394A (en) * | 2019-12-23 | 2020-04-21 | 江苏大学 | Intelligent grape vine-pulling soil-clearing equipment |
CN111034394B (en) * | 2019-12-23 | 2022-05-17 | 江苏大学 | Intelligent grape vine-pulling soil-clearing equipment |
CN111295942A (en) * | 2020-03-11 | 2020-06-19 | 中国农业大学 | Combined grape vine cold-proof soil cleaning machine based on automatic leveling system |
CN111713187A (en) * | 2020-06-12 | 2020-09-29 | 江苏大学 | Grape vine multi-scraper soil cleaning device and engineering machinery provided with same |
CN112352483A (en) * | 2020-12-17 | 2021-02-12 | 乌鲁木齐优尼克生物科技有限公司 | Swing arm type grape scraping and brushing soil cleaning machine |
CN113853842A (en) * | 2021-09-01 | 2021-12-31 | 江苏叁拾叁信息技术有限公司 | Intelligent grape vine-pulling soil-clearing equipment |
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