CN208285811U - Ditching-fertilizing machine and plant cultivating device - Google Patents
Ditching-fertilizing machine and plant cultivating device Download PDFInfo
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- CN208285811U CN208285811U CN201820798143.5U CN201820798143U CN208285811U CN 208285811 U CN208285811 U CN 208285811U CN 201820798143 U CN201820798143 U CN 201820798143U CN 208285811 U CN208285811 U CN 208285811U
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Abstract
The utility model provides a kind of ditching-fertilizing machine and plant cultivating device, is related to technical field of agricultural machinery, ditching-fertilizing machine includes.The ditching-fertilizing machine can be ditched, be applied fertilizer and the operation of earthing, without manually being ditched, being applied fertilizer and the operation of earthing, mitigate labor intensity, improve operating efficiency, it applies fertilizer more uniform, fertilizer can be more accurately conveyed into trench structure, reduce the residual value of fertilizer of soil surface, it improves fertilization effect and saves fertilizer, reduce field management cost.
Description
Technical field
The utility model relates to technical field of agricultural machinery, have more particularly, to a kind of ditching-fertilizing machine and one kind
The plant cultivating device of the ditching-fertilizing machine.
Background technique
Field management refers in Production of Large Fields, the various management that crop is carried out from the entire cultivation for being seeded into harvest
The general name of measure.The labout process that the growth and development of as crop creates good conditions.Such as suppression, thinning, tillage and weeding, training
Soil, keep down the vines of a creeping plant, prune, applying fertilizer, irrigation and drainage, frost prevention are antifreeze, prevention and treatment disease pest etc..Field management must according to various regions natural conditions and
The feature of crop growth takes specific aim measure, can just receive the effect got twice the result with half the effort.
When carrying out field management to fruit trees such as apple, walnut, jujubes in orchard, need to apply in orchard farmyard manure,
The organic fertilizers such as the dregs of fat and compound fertilizer.In fertilising, generally require to make Zinc fractions trench first with manually ditching to soil
Then fertilizer is manually applied in trench structure, finally carries out artificial earthing by structure.
The problem of this fertilization mode is, using manually being ditched, being applied fertilizer and earthing, labor intensity is larger,
And the efficiency applied fertilizer is lower, and unevenness of application, and when manual operation, which will lead to soil surface, residual fertilizer, causes to apply fertilizer
It is ineffective and waste fertilizer, lead to field management higher cost.
Utility model content
The purpose of this utility model is to provide a kind of ditching-fertilizing machines, to solve field management cost in the prior art
Higher technical problem.
Ditching-fertilizing machine provided by the utility model, including walking component, trench digging component, ferigation component and earthing component；
The walking component is for driving the trench digging component, the ferigation component and the earthing component mobile, along institute
The moving direction of walking component is stated, the trench digging component, the ferigation component and the earthing component are successively set on the row
It walks on component；
The trench digging component is for making Zinc fractions trench structure；The ferigation component is used to convey fertilizer into trench structure
Material；The earthing component is for making soil be covered on the trench structure for being sent into fertilizer.
Further, the trench digging component includes plough and elevating mechanism；
The elevating mechanism is for driving the plough to extend into or out in soil；The plough is for making soil shape
At trench structure.
Further, the plough includes trench digging wheel and multiple cutters；
Multiple cutters are provided at circumferentially spaced on trench digging wheel along the trench digging wheel, and the trench digging is taken turns can be around
The axis rotation of trench digging wheel.
Further, the ferigation component includes fertilizing box；
Auger is equipped in the fertilizing box, the auger can be rotated around the axis of auger；The fertilizing box has opening,
The opening, which is equipped with, adjusts door-plate, the aperture for adjusting door-plate and being used to adjust the opening.
Further, the ferigation component further includes being crushed to throw mechanism；
It is described it is broken throw mechanism and the opening is oppositely arranged, the broken mechanism that throws is used to be crushed fertilizer, and to
Fertilizer is thrown in the trench structure of soil.
Further, the ferigation component further includes guide plate；
The guide plate is arranged in described be crushed and throws side of the mechanism far from the opening, and the broken mechanism that throws is thrown
Fertilizer out can be along the trench structure that the guide plate falls into soil.
Further, the earthing component includes throwing native cylinder；
The side of the plough is arranged in described one end for throwing native cylinder, and the plough can make soil be thrown into the throwing
In native cylinder, side of the ferigation component far from the plough is arranged in the other end for throwing native cylinder, for covering soil
It covers in the trench structure for being sent into fertilizer.
Further, the ditching-fertilizing machine further includes engine, and the engine is for driving the walking component, institute
State trench digging component and the ferigation component.
Further, the walking component being capable of 4 wheel driven walking.
The purpose of this utility model, which also resides in, provides a kind of plant cultivating device, including trench digging described in the utility model is applied
Fertile machine.
Ditching-fertilizing machine provided by the utility model, including walking component, trench digging component, ferigation component and earthing component；
The walking component is for driving the trench digging component, the ferigation component and the earthing component mobile, along the walking group
The moving direction of part, the trench digging component, the ferigation component and the earthing component are successively set on the walking component；
The trench digging component is for making Zinc fractions trench structure；The ferigation component is for conveying fertilizer into trench structure；It is described
Earthing component is for making soil be covered on the trench structure for being sent into fertilizer.In use, walking component drives trench digging component, applies
Fertile component and earthing component move on soil, along the moving direction of walking component, trench digging component, ferigation component and earthing component
It is successively set on walking component, in ditching-fertilizing machine walking, trench digging component ditches to soil, makes Zinc fractions trench
Structure, subsequent ferigation component are moved to above trench structure, and ferigation component conveys fertilizer, last earthing component into trench structure
Landfill has been fed into the trench structure of fertilizer, to carry out earthing to the trench structure for having been fed into fertilizer.The ditching-fertilizing machine
It can be ditched, be applied fertilizer and the operation of earthing, without manually being ditched, being applied fertilizer and the operation of earthing, not only be can use out
Ditch fertilizer applicator replaces manual operation, mitigates labor intensity, improves operating efficiency, moreover, fertilising is more uniform, it can be more
Fertilizer is accurately conveyed into trench structure, reduces the residual value of fertilizer of soil surface, improves fertilization effect and saves fertilizer,
Reduce field management cost.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the main view of ditching-fertilizing machine provided by the embodiment of the utility model；
Fig. 2 is the partial enlarged view of Fig. 1；
Fig. 3 is the top view of ditching-fertilizing machine provided by the embodiment of the utility model；
Fig. 4 is the structural schematic diagram of ferigation component in ditching-fertilizing machine provided by the embodiment of the utility model.
Icon: 1- driver's cabin；2- trench digging component；21- elevating mechanism；22- trench digging wheel；23- cutter；3- speed change
Case；4- ferigation component；41- adjusts door-plate；42- opening；43- auger；44- guide plate；45- throws wheel；46- is broken
Part；47- fertilizing box；5- hydraulic system；6- engine；7- throws native cylinder；8- first direction；9- second direction.
Specific embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical
Novel protected range.
In the description of the present invention, it should be noted that such as occur term " center ", "upper", "lower", " left side ",
" right side ", "vertical", "horizontal", "inner", "outside" etc., indicated by orientation or positional relationship be orientation based on the figure or
Positional relationship is merely for convenience of describing the present invention and simplifying the description, rather than the device or member of indication or suggestion meaning
Part must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
In addition, such as there is term " first ", " second ", being used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
Wherein, term " first position " and " second position " are two different positions.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
The concrete meaning of language in the present invention.
The utility model provides a kind of ditching-fertilizing machine and plant cultivating device, and multiple embodiments are given below to this reality
It is described in detail with the ditching-fertilizing machine of novel offer and plant cultivating device.
Embodiment 1
Ditching-fertilizing machine provided in this embodiment, as shown in Figures 1 to 4, including walking component, trench digging component 2, fertilising group
Part 4 and earthing component；Component walk for driving trench digging component 2, ferigation component 4 and earthing component mobile, along walking component
Moving direction, trench digging component 2, ferigation component 4 and earthing component are successively set on walking component；Trench digging component 2 is for making soil
Earth forms trench structure；Ferigation component 4 is for conveying fertilizer into trench structure；The earthing component is for being covered on soil
It has been sent into the trench structure of fertilizer.
In use, walking component drives trench digging component 2, ferigation component 4 and earthing component to move on soil, along walking group
The moving direction of part, trench digging component 2, ferigation component 4 and earthing component are successively set on walking component, in ditching-fertilizing machine row
When walking, trench digging component 2, ferigation component 4 and earthing component pass sequentially through the soil to apply fertilizer, and component 2 of ditching is to soil
It ditches, makes Zinc fractions trench structure, subsequent ferigation component 4 is moved to above trench structure, and ferigation component 4 is to trench knot
Fertilizer is conveyed in structure, soil is covered in the trench structure for having been fed into fertilizer by last earthing component, thus to having been fed into
The trench structure of fertilizer carries out earthing.
The ditching-fertilizing machine can be ditched, apply fertilizer and the operation of earthing, without manually being ditched, being applied fertilizer and earthing
Operation not only can use ditching-fertilizing machine instead of manual operation, mitigate labor intensity, operating efficiency be improved, moreover, applying
Fertilizer is more uniform, and fertilizer can be more accurately conveyed into trench structure, reduces the residual value of fertilizer of soil surface, raising is applied
Fertilizer efficiency fruit and fertilizer is saved, reduces field management cost.
Further, trench digging component 2 includes plough and elevating mechanism 21；Elevating mechanism 21 is for driving the plough
It extends into or out in soil；Plough is for making Zinc fractions trench structure.
Wherein, elevating mechanism 21 may include any suitable form such as hydraulic cylinder, cylinder or electric pushrod, elevating mechanism
21 drive ploughs deeply or stretch out in soil, to realize movement that plough buries or is unearthed.When being ditched, rise
Descending mechanism 21 drives plough to be reduced at suitable position, plough can be driven to enter soil；It is not needing to ditch
When, elevating mechanism 21 drives plough to be increased at suitable position, plough can be driven to leave soil, can reduce trench digging
The abrasion of device is also possible to prevent plough and interferes walking component walking.In addition, plough lifting is driven by elevating mechanism 21,
Adjustable plough protrudes into depth different in soil, to output the fertile ditch of different depth, to adapt to a variety of requirements.
Further, plough includes trench digging wheel 22 and multiple cutters 23；Week of multiple cutters 23 along the trench digging wheel 22
To being arranged at intervals on trench digging wheel 22, trench digging wheel 22 can get around the axis rotation of furrow wheel 22.
Wherein, plough can be connect with actuator, and the axis that actuator is used to that trench digging wheel 22 to be driven to get around furrow wheel 22 turns
Dynamic, actuator can be motor, or any suitable form such as engine 6.Such as actuator be motor, motor it is defeated
22 coaxial arrangement of shaft and trench digging wheel, and the output shaft of motor is fixedly connected with trench digging wheel 22, so that trench digging wheel 22 be driven to get around
The axis of furrow wheel 22 rotates, and then multiple cutters 23 is driven to get around the axis rotations of furrow wheels 22, cutter 23 during rotation with
Soil contact to complete hack and throw the movement of soil, and then realizes function of ditching.
Further, ferigation component 4 includes fertilizing box 47；Auger 43 is equipped in fertilizing box 47, auger 43 can be around auger
43 axis rotation；Fertilizing box 47 has opening 42, and opening 42, which is equipped with, adjusts door-plate 41, adjusts door-plate 41 for adjusting opening
42 aperture.
Wherein, auger 43 can be connect with actuator, and actuator is used to that auger 43 to be driven to rotate around the axis of auger 43, be driven
Moving part can be motor, or any suitable form such as engine 6.Such as actuator is motor, the output shaft of motor
It is coaxially disposed with auger 43, and the output shaft of motor is fixedly connected with auger 43, to drive auger 43 around the axis of auger 43
Rotation.
Auger 43 can be one, or it is multiple, it is originally in embodiment, auger 43 is two.Two augers 43 exist
When rotation, the fertilizer being able to drive in fertilizing box 47 moves in fertilizing box 47.
Adjusting door-plate 41 can be slidably connected with fertilizing box 47, can also be hinged with fertilizing box 47, so as to close out
Mouth 42 and the aperture that opening 42 can be adjusted.
In the present embodiment, adjusting door-plate 41 can be slidably connected with fertilizing box 47, and specifically, fertilizing box 47, which is equipped with, to be slided
Slot adjusts door-plate 41 and is mounted in sliding slot, adjusts 41 other end of door-plate and is connect with actuator by link mechanism, and actuator can be with
For any suitable form such as electric pushrod or hydraulic cylinder, actuator is able to drive link mechanism and turns around the axis of installation axle
Dynamic, when use, can control the stroke of actuator, to control to adjust the folding amount of door-plate 41, slide into when adjusting door-plate 41
When first position, the closing of door-plate 41 opening 42 is adjusted, when adjusting door-plate 41 slides into other positions, opening 42 is opened, fertilizer
It can be flowed out by opening 42 by fertilizing box 47, by the folding amount of adjusting adjusting door-plate 41, the aperture of adjustable opening 42,
To adjust the rate of outflow of fertilizer, and then regulated fertilization amount, to adapt to different fertilising requirements.
Fertilizer can be arranged in fertilizing box 47 in advance before use.When not starting fertilising, adjusts the closing of door-plate 41 and open
Mouth 42, fertilizer is moved along first direction 8 (for clockwise in Fig. 2) in fertilizing box 47 under the drive of auger 43, right
Fertilizer is stirred.When starting fertilising, the adjusting unlatching of door-plate 41 opening 42 is fertile under the drive of auger 43 to suitable aperture
Material 9 movement (in Fig. 2 for counterclockwise) in a second direction in fertilizing box 47, fertilizer enter opening 42, and from opening 42
Fertilizing box 47 is flowed out, is finally flowed into trench structure.
Further, ferigation component 4 further includes being crushed to throw mechanism；The broken outside for throwing mechanism and opening 42 being set,
The broken mechanism that throws throws fertilizer into the trench structure of soil for being crushed fertilizer.
Wherein, being crushed and throwing mechanism may include throwing wheel 45 and multiple crushing members 46, and multiple crushing members 46 are along throwing wheel
45 be provided at circumferentially spaced throw wheel 45 on, throw wheel 45 can around throw wheel 45 axis rotation.Wherein, crushing members 46 can
Think crushing rod, or crushing shell, or any suitable structure such as crushing cutter 23.
Throw wheel 45 can connect with actuator, and actuator, which is used to drive, to be thrown wheel 45 and rotate around the axis for taking turns 45 is thrown,
Actuator can be motor, or any suitable form such as engine 6.Such as actuator is motor, the output of motor
Axis and 45 coaxial arrangement of wheel is thrown, and the output shaft of motor 45 is fixedly connected with wheel is thrown, takes turns 45 around throwing to drive and throw
The axis rotation of wheel 45, and then drive multiple crushing members 46 around the axis rotation for throwing wheel 45, crushing members 46 are during rotation
It is contacted with fertilizer, to complete broken fertilizer and throw the movement of fertilizer.
The broken mechanism that throws is oppositely arranged with opening 42, after fertilizer is by 42 outflow of opening, is thrown mechanism into broken, is crushed
Throw mechanism by fertilizer it is broken after, throw into trench structure.
Further, ferigation component 4 further includes guide plate 44；The setting of guide plate 44 throws mechanism and keeps away from mouth 42 broken
Side, it is broken throw fertilizer that mechanism dishes out can be along the trench structure that guide plate 44 falls into soil.
Fertilizer can be along the trench structure that the extending direction of guide plate 44 falls into soil after mechanism dishes out by broken throw.
Preferably, guide plate 44 can adjust the folding angle between fertilizer outlet 48, so that fertilizer is precisely delivered into ditch
In.Specifically, guide plate 44 can be hinged with fertilizing box 47 and forms hinge joint, and guide plate 44 can be rotated around hinge joint, with
Adjust the folding angle between guide plate 44 and fertilizer outlet 48.
Further, earthing component includes throwing native cylinder 7；The side of plough, plough energy is arranged in the one end for throwing native cylinder 7
It is thrown into soil in native cylinder 7, side of the ferigation component 4 far from plough is arranged in the other end for throwing native cylinder 7, for making soil
Earth is covered in the trench structure for being sent into fertilizer.
The soil thrown out from plough is thrown along the extending direction for throwing native cylinder 7 to the rear of ferigation component 4, will have been applied fertilizer
Ditch filled, complete earthing movement.
Further, ditching-fertilizing machine further includes engine 6, and engine 6 is for driving walking component, trench digging 2 and of component
Ferigation component 4 provides power for walking component, trench digging component 2 and ferigation component 4.
Ditching-fertilizing machine provided in this embodiment further includes driver's cabin 1, and walking mechanism is agricultural vehicle, and driver sits when use
Operate ditching-fertilizing machine in driver's cabin 1, engine 6 is able to drive walking component, ferigation component 4 (such as auger 43, broken is thrown
Send mechanism etc.) and trench digging component 2 (such as trench digging wheel 22) work.
Further, walking component being capable of 4 wheel driven walking.Component of walking further includes hydraulic system 5, gearbox 3, front-wheel bridge
With rear-wheel bridge, engine 6 drives vibration hydraulic system 5 to work, and hydraulic system 5 drives gearbox 3 to work, and gearbox 3 is by power
It is transferred to front-wheel bridge and rear-wheel bridge respectively, realizes walking component 4 wheel driven walking.Walking component 4 wheel driven walking can make component of walking
More stably walk in field.
In addition, walking component further includes rack, driver's cabin 1 is mounted on the rack, the other component for component of walking, trench digging group
Part 2, ferigation component 4 and earthing component are respectively mounted on the rack, and along the direction of travel of walking component, ditch component 2, fertilising group
Part 4 and earthing component are sequentially arranged in rack.
Ditching-fertilizing machine provided in this embodiment, including walking component, trench digging component 2, ferigation component 4 and earthing component；
Component walk for driving trench digging component 2, ferigation component 4 and earthing component mobile, along the moving direction of walking component, trench digging group
Part 2, ferigation component 4 and earthing component are successively set on walking component；Trench digging component 2 is for making Zinc fractions trench structure；
Ferigation component 4 is for conveying fertilizer into trench structure；The earthing component is for making soil be covered on the ditch for being sent into fertilizer
In shape structure.In use, walking component drives trench digging component 2, ferigation component 4 and earthing component to move on soil, along walking
The moving direction of component, trench digging component 2, ferigation component 4 and earthing component are successively set on walking component, in ditching-fertilizing machine
When walking, trench digging component 2 ditches to soil, makes Zinc fractions trench structure, subsequent ferigation component 4 is moved to trench structure
Top, ferigation component 4 convey fertilizer into trench structure, and last earthing component landfill has been fed into the trench structure of fertilizer, from
And earthing is carried out to the trench structure for having been fed into fertilizer.The ditching-fertilizing machine can be ditched, be applied fertilizer and the operation of earthing, nothing
It need to manually be ditched, be applied fertilizer and the operation of earthing, not only can use ditching-fertilizing machine instead of manual operation, mitigate artificial labor
Fatigue resistance, fertilizer can more accurately be conveyed into trench structure by improving operating efficiency moreover, fertilising is more uniform, be reduced
The residual value of fertilizer of soil surface improves fertilization effect and saves fertilizer, reduces field management cost.
Embodiment 2
Plant cultivating device provided in this embodiment, the ditching-fertilizing machine provided including embodiment 1.In use, walking group
Part drives trench digging component 2, ferigation component 4 and earthing component to move on soil, along the moving direction of walking component, component of ditching
2, ferigation component 4 and earthing component are successively set on walking component, and in ditching-fertilizing machine walking, component 2 of ditching is to soil
It ditches, makes Zinc fractions trench structure, subsequent ferigation component 4 is moved to above trench structure, and ferigation component 4 is to trench knot
Fertilizer is conveyed in structure, last earthing component landfill has been fed into the trench structure of fertilizer, thus to the trench for having been fed into fertilizer
Structure carries out earthing.The ditching-fertilizing machine can be ditched, be applied fertilizer and the operation of earthing, without manually being ditched, applied fertilizer and
The operation of earthing not only can use ditching-fertilizing machine instead of manual operation, mitigate labor intensity, improve operating efficiency,
Moreover, fertilising is more uniform, fertilizer can be more accurately conveyed into trench structure, reduce the Residual Fertilizer of soil surface
Amount improves fertilization effect and saves fertilizer, reduces field management cost.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of ditching-fertilizing machine, which is characterized in that including walking component, trench digging component, ferigation component and earthing component；
The walking component is for driving the trench digging component, the ferigation component and the earthing component mobile, along the row
The moving direction of component is walked, the trench digging component, the ferigation component and the earthing component are successively set on the walking group
On part；
The trench digging component is for making Zinc fractions trench structure；The ferigation component is for conveying fertilizer into trench structure；
The earthing component is for making soil be covered on the trench structure for being sent into fertilizer.
2. ditching-fertilizing machine according to claim 1, which is characterized in that the trench digging component includes plough and elevator
Structure；
The elevating mechanism is for driving the plough to extend into or out in soil；The plough is for making Zinc fractions ditch
Shape structure.
3. ditching-fertilizing machine according to claim 2, which is characterized in that the plough includes trench digging wheel and multiple knives
Tool；
Multiple cutters are provided at circumferentially spaced on trench digging wheel along the trench digging wheel, and the trench digging wheel can be around trench digging
The axis of wheel rotates.
4. ditching-fertilizing machine according to claim 1, which is characterized in that the ferigation component includes fertilizing box；
Auger is equipped in the fertilizing box, the auger can be rotated around the axis of auger；The fertilizing box has opening, described
Opening, which is equipped with, adjusts door-plate, the aperture for adjusting door-plate and being used to adjust the opening.
5. ditching-fertilizing machine according to claim 4, which is characterized in that the ferigation component further includes broken catapult
Structure；
It is described it is broken throw mechanism and the opening is oppositely arranged, the broken mechanism that throws is used to be crushed fertilizer, and to soil
Trench structure in throw fertilizer.
6. ditching-fertilizing machine according to claim 5, which is characterized in that the ferigation component further includes guide plate；
The guide plate is arranged in described be crushed and throws side of the mechanism far from the opening, and described be crushed throws what mechanism dished out
Fertilizer can be along the trench structure that the guide plate falls into soil.
7. ditching-fertilizing machine according to claim 3, which is characterized in that the earthing component includes throwing native cylinder；
The side of the plough is arranged in described one end for throwing native cylinder, and the plough can make soil be thrown into the native cylinder of the throwing
In, side of the ferigation component far from the plough is arranged in the other end for throwing native cylinder, for being covered on soil
It has been sent into the trench structure of fertilizer.
8. ditching-fertilizing machine according to claim 1, which is characterized in that the ditching-fertilizing machine further includes engine, institute
Engine is stated for driving the walking component, the trench digging component and the ferigation component.
9. ditching-fertilizing machine according to claim 1, which is characterized in that the walking component being capable of 4 wheel driven walking.
10. a kind of plant cultivating device, which is characterized in that including ditching-fertilizing machine of any of claims 1-9.
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| CN201820798143.5U CN208285811U (en) | 2018-05-25 | 2018-05-25 | Ditching-fertilizing machine and plant cultivating device |
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| CN201820798143.5U CN208285811U (en) | 2018-05-25 | 2018-05-25 | Ditching-fertilizing machine and plant cultivating device |
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| CN208285811U true CN208285811U (en) | 2018-12-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108476665A (en) * | 2018-05-25 | 2018-09-04 | 新疆新研牧神科技有限公司 | Ditching-fertilizing machine and plant cultivating device |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108476665A (en) * | 2018-05-25 | 2018-09-04 | 新疆新研牧神科技有限公司 | Ditching-fertilizing machine and plant cultivating device |
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Assignee: JILIN MUSHEN MACHINERY Co.,Ltd. Assignor: XINJIANG XINYANMUSHEN TECHNOLOGY Co.,Ltd. Contract record no.: X2021990000266 Denomination of utility model: Furrow fertilizer and plant cultivation device Granted publication date: 20181228 License type: Common License Record date: 20210510 |
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