CN103931291A - Banking machine with fertilization structure - Google Patents
Banking machine with fertilization structure Download PDFInfo
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- CN103931291A CN103931291A CN201310021776.7A CN201310021776A CN103931291A CN 103931291 A CN103931291 A CN 103931291A CN 201310021776 A CN201310021776 A CN 201310021776A CN 103931291 A CN103931291 A CN 103931291A
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Abstract
The invention discloses a banking machine with a fertilization structure. The banking machine with the fertilization structure comprises a banking machine body, a main support and the fertilization structure. One end of the main support is connected to the banking machine body, the other end of the main support is connected to the fertilization structure, and the fertilization structure is attached to the banking machine body. In the ditching and earthing processes of the banking machine, the fertilization structure can be controlled to be matched with the banking machine body to operate, and fertilizer carried in the fertilization structure is applied to the positions where the banking machine passes through, namely, intertillage operation and fertilization operation can be carried out simultaneously.
Description
Technical field
The present invention relates to a kind of banking machine, espespecially a kind of banking machine with Fertilization Structure.
Background technology
Banking machine is a kind of small-sized agricultural tillage tool, it is mainly used in ridging, ridging refers to after crop-planting, need weeding and arrange when irrigation canals and ditches, between crop, digging with banking machine, and the soil rolling up is covered to the root of crop, it need to increase the soil of root with being intended to some crop, carry out weeding operation simultaneously, also can arrange the irrigation canals and ditches in field, in order to draining.So, intertill and clean tillage can allow the vigorous growth of the crop at initial stage, allow soil biogas slowly release, and the acid element providing, improve fertilization effect.
Again, the work of fertilising, for an important ring of agro-farming, is in agricultural product production management process, controls quality, the indispensable step of output.General agricultural tillage operator, all barreled structures to bear, as fertilizing equipment, this series products is cheap, and processing ease, especially in the ranks applying fertilizer when operation in the face of little, the maneuverability that more seems, is generally liked by general peasant, and is applied in widely in the fertilising work of every agricultural product.So this utensil is the fertilizer apparatus of backpack, set finite capacity, cause in fertilising often because feed has been use up interruption of work, need the action of filler for several times repeatedly, just can complete certain working area, add adopted backpack design, operator's burden is not light, fuselage adds the weight of apply fertilizer, within 1st, works, and makes us feeling tired in fact.
In sum, existing banking machine and fertilizing equipment, although can assist peasant to complete required agriculture business, but existing banking machine only can be used for the operation of earthing up, and fertilizer distributor also only can be used for the fertilising operation of farmland, so peasant must optionally buy more different auxiliary machine tools, cause the very big burden on peasant's production cost, and it is also just large to buy more the required parking space of auxiliary machine tool the more, also causes the inconvenience in peasant's keeping.Again, peasant must apply respectively ridging and fertilising operation, causes the increase of farming activity duration, causes the problem of peasant's work load.
Therefore, how to make peasant can apply ridging and fertilising operation simultaneously, and banking machine and fertilizing equipment are merged to use, in order to reduce peasant's work load, also just become relevant manufacturer of domestic each family, the problem that utmost point wish solves.
Summary of the invention
For this reason, because above-mentioned existing banking machine and fertilizer applicator are tillage implements independently separately, cause the increase of farming activity duration, cause the problems such as peasant's work load, inventor is adhering to research and innovation, excelsior spirit, utilize its professional eye and professional knowledge, work out a kind of banking machine with Fertilization Structure of the present invention, it can reach the object that simultaneously applies ridging and fertilising operation.
Object of the present invention,, a kind of banking machine with Fertilization Structure is provided, comprises banking machine, main support and Fertilization Structure.Wherein Fertilization Structure is connected between the other end and banking machine of main support, and at least comprises storage vat, clutch unit, gear unit and the first fertilising unit.Storage vat provides deposits fertilizer, and one end of storage vat is provided with a charging aperture, and the other end is provided with a discharging opening.Clutch unit connects the set power take-off unit of banking machine.Gear unit connects clutch unit, and is subject to clutch unit control, and starts interlock or stop interlock via clutch unit and power take-off unit.The first fertilising connection for transmission unit, unit and discharging opening, and in gear unit and power take-off unit interlock, receive fertilizer fertilising by discharging opening, and gear unit stops and power take-off unit interlock, stops by discharging opening reception fertilizer.
Wherein, the charging aperture place of storage vat is provided with a lid.
Wherein, the bottom of storage vat, to connecing ectocentral position, is the bullet that becomes gradually large.
Wherein, clutch unit comprises driving belt, controller, clutch, clutch line, straining pulley and protecting cover, and driving belt is located between power take-off unit and gear unit.Controller is located at the set leader's of banking machine position.Clutch is located at the position of the adjacent driving belt of main support.One end of clutch line is connected to controller, and the other end is connected to clutch, and clutch line is controlled by external force that controller applies or discharges external force and the action of solenoidoperated cluthes.Straining pulley connects clutch, controller control clutch line, and make clutch drive straining pulley to be pressed on the outer rim of driving belt, and drive gear unit to operate, or controller control clutch line, and make clutch drive straining pulley to leave the position of the outer rim that is pressed on driving belt, and stop driving gear unit running.Protecting cover is located on main support, and is coated on the region of moving relative to driving belt and straining pulley.
Wherein, gear unit comprises belt pulley, decelerator and drive sprocket, and belt pulley is connected in one end of decelerator, drive sprocket is connected in the other end of decelerator, via driving belt driving pulley, belt pulley drives decelerator, and drive sprocket can slow down and rotate via rectifier.
Wherein, the first fertilising unit comprises axostylus axostyle, initiative part, follower, shell, distributor and clutch for clutch control portion.Initiative part is hubbed on one end of axostylus axostyle, and connection for transmission sprocket wheel, to rotate with drive sprocket at axostylus axostyle.Follower is located at the position of the adjacent initiative part of the main support other end, and follower also connects axostylus axostyle, and can drive spindle rotation.Shell is located at the position of the adjacent follower of the main support other end, shell outer rim is provided with an opening of corresponding discharging opening, this shell outer rim is separately provided with a connector, and a side of this shell, offer a side mouth, this side mouth is combined with a side cover that can cover side mouth, and this opening, side mouth and connector all communicate with this enclosure.Distributor is located at enclosure, and distributor connects the other end of axostylus axostyle, and with spindle rotation, and in the process of rotating at distributor, the fertilizer of storage vat enter distributor via discharging opening, opening, and by distributor, fertilizer is directed into connector.Clutch for clutch control portion is located at the position of the corresponding initiative part of main support and follower, and clutch for clutch control portion controls initiative part and drives follower to rotate, or control initiative part does not drive follower to rotate.
Wherein, initiative part comprises driving gear and inferior driving gear.Driving gear is hubbed on axostylus axostyle, and with a chain connection for transmission sprocket wheel.Inferior driving gear is located at axostylus axostyle in a side of driving gear, and rotates with driving gear.
Wherein, follower comprises driven support and driven gear, and driven is erected at the position of the adjacent initiative part of main support, and axostylus axostyle is articulated among driven support, and driven gear is installed between the two ends of axostylus axostyle.
Wherein, clutch for clutch control portion comprises fixed mount, linked block, linked gear and control lever, and fixed mount is located at the main support other end, and covers initiative part and follower.Linked block is hubbed on fixed mount.Linked gear is hubbed on the linked block position of time driving gear relatively.Control lever is set in linked block actively, and controlled and linked gear is engaged with inferior driving gear and driven gear simultaneously, and drive spindle rotation, or controlled and linked gear and inferior driving gear and driven gear engagement are separated, axostylus axostyle stops operating.
Wherein, the first fertilising unit more comprises an extension spring, one end of extension spring is located at fixed mount, the other end is located at linked block, and under control lever state controlled and that linked gear is engaged with inferior driving gear and driven gear simultaneously, extension spring is bestowed its spring pulling-down power at control lever, makes linked gear closely engage time driving gear and driven gear engagement.One side of the relative control lever of fixed mount is provided with a fastening part, and control lever is controlled and when linked gear and inferior driving gear and driven gear engagement are separated, and control lever can be moved and be connected to fastening part.
Wherein, the first fertilising unit more comprises a passage, and one end of passage is connected with connector.
Wherein, the first fertilising unit more comprises a passage control module, and passage control module comprises telescope support, controls support and extending bracket.Telescope support further comprises first body of rod, second body of rod, the first retaining element and the second retaining element.First body of rod is located at the position of the adjacent passage of main support, and first body of rod is hollow form, second body of rod is set in first body of rod actively, the first retaining element is located at first body of rod in the position that approaches its end, and for fixing second body of rod, the second retaining element is located at second body of rod in the position that approaches its end.Control support and be hubbed on second body of rod, controlling support can rotate along second body of rod, and can be limited its position on second body of rod by the second retaining element, extending bracket can be located at adjustedly to be controlled on support, and the end of extending bracket is provided with a fertilizer guide wire, and fertilizer guide wire is located at the other end of passage.
Wherein, distributor is provided with plurality of grooves.
Wherein, more comprise one second fertilising unit, the second fertilising unit is connected initiative part jointly with the first fertilising unit, and remaining component is symmetricly set on main support.
Compared to background technology, the present invention possesses certain features and effect, hereby arranges as follows:
1. Fertilization Structure can be assembled into banking machine, and with banking machine use, solve deposit keeping problem.
Clutch unit control fertilising unit whether with banking machine synchronization action, make the banking machine of Fertilization Structure more flexible at use face.
3. the position of passage control module control passage, so that impose on the pass through suitable place of position of banking machine by fertilizer.
4. distributor arranges the groove of varying number, can control the number of fertilizing amount.
5. in the time that the irrigation canals and ditches of the both sides of ploughing use banking machine, can utilize clutch for clutch control portion to control one of the first fertilising unit or the second fertilising unit and move with banking machine simultaneously, to fertilizer is imposed on to pass through the wherein side of position of banking machine.
Brief description of the drawings
Fig. 1 is banking machine, main support and the Fertilization Structure decomposing schematic representation of the banking machine with Fertilization Structure of the present invention;
Fig. 2 is Fertilization Structure and the passage control module decomposing schematic representation of the banking machine with Fertilization Structure of the present invention;
Fig. 3 is main support and the clutch unit decomposing schematic representation of the banking machine with Fertilization Structure of the present invention;
Fig. 4 is a clutch for clutch control portion action schematic diagram of the banking machine with Fertilization Structure of the present invention;
Fig. 5 is another clutch for clutch control portion action schematic diagram of the banking machine with Fertilization Structure of the present invention.
Description of reference numerals: banking machine 1; Power take-off unit 10; Handle 12; Main support 2; Fertilization Structure 3; Storage vat 30; Charging aperture 300; Discharging opening 301; Clutch unit 31; Driving belt 310; Controller 311; Clutch 312; Clutch line 313; Straining pulley 314; Protecting cover 315; Gear unit 32; Belt pulley 320; Drive sprocket 321; Decelerator 322; The first fertilising unit 33; Axostylus axostyle 330; Initiative part 331; Driving gear 3311; Inferior driving gear 3312; Follower 332; Driven support 3320; Driven gear 3321; Shell 333; Distributor 334; Groove 3340; Clutch for clutch control portion 335; Fixed mount 3350; Linked block 3351; Linked gear 3352; Control lever 3353; Fastening part 3354; Extension spring 336; The second fertilising unit 34; Chain 4; Passage 5; Passage control module 6; Telescope support 60; First body of rod 601; Second body of rod 602; The first retaining element 603; The second retaining element 604; Control support 61; Extending bracket 62; Fertilizer guide wire 620.
Embodiment
Effect of understanding inventive features of the present invention, content and advantage and can reach for the expensive auditor of profit, hereby the present invention is coordinated to accompanying drawing, and be described in detail as follows with the expression-form of embodiment, and wherein used graphic, its purport is only the use of signal and aid illustration book, may not be true ratio after the invention process and precisely configuration, thus should be with regard to appended graphic ratio with configuration relation deciphering, limit the invention to the interest field in actual enforcement, close first chat bright.
The present invention is a kind of banking machine with Fertilization Structure, refers to shown in Fig. 1 ~ Fig. 3, comprises banking machine 1, main support 2 and Fertilization Structure 3.Wherein Fertilization Structure 3 is connected between the other end and banking machine 1 of main support 2, and at least comprises storage vat 30, clutch unit 31, gear unit 32 and the first fertilising unit 33.Storage vat 30 provides deposits fertilizer, and one end of storage vat 30 is provided with a charging aperture 300, and the other end is provided with a discharging opening 301.Clutch unit 31 connects the set power take-off unit 10 of banking machine 1.Gear unit 32 connects clutch unit 31, and is controlled by clutch unit 31, and starts interlock or stop interlock via clutch unit 31 and power take-off unit 10.The first fertilising 33 connection for transmission unit 32, unit and discharging opening 301, and in gear unit 32 and power take-off unit 10 interlocks, receive fertilizer fertilising by discharging opening 301, and gear unit 32 stops and power take-off unit 10 interlocks, stops receiving fertilizer by discharging opening 301.And charging aperture 301 places of storage vat 30 are provided with a lid 302, and the bottom of storage vat 30 is to connecing ectocentral position, is the bullet that becomes gradually large.
Control for making gear unit 32 be subject to clutch unit 31, and can start interlock or stop interlock with power take-off unit 10, in the present invention, refer to shown in Fig. 1 and Fig. 3, clutch unit 31 comprises driving belt 310, controller 311, clutch 312, clutch line 313, straining pulley 314 and protecting cover 315.Driving belt 310 is located between power take-off unit 10 and gear unit 32.Controller 311 is located at the set leader of banking machine 1 12 position.Clutch 312 is located at the position of the adjacent driving belt 310 of main support 2.One end of clutch line 313 connects controller 311, and the other end connects clutch 312, and clutch line 313 is controlled by external force that controller 311 applies or discharges external force and the action of solenoidoperated cluthes 312.Straining pulley 314 connects clutch 312, controller 311 is controlled clutch line 313, and make clutch 312 drive straining pulley 314 to be pressed on the outer rim of driving belt 310, and drive gear unit 32 to operate, or, controller 311 is controlled clutch line 313, and makes clutch 312 drive straining pulley 314 to leave the position of the outer rim that is pressed on driving belt 310, and stops driving gear unit 32 to operate.Protecting cover 315 is located on main support 2, and is coated on the region of moving relative to driving belt 310 and straining pulley 314, to avoid driving belt and straining pulley 314 strands to damage or stuck cannot action to foreign matter.
In the present invention, refer to shown in Fig. 3 ~ Fig. 5, gear unit 32 comprises belt pulley 320, drive sprocket 321 and decelerator 322, belt pulley 320 is connected in one end of decelerator 322,321 of drive sprockets are connected in the other end of decelerator 322, via driving belt 310 driving pulleys 320, belt pulley 320 drives decelerator 322, and drive sprocket 321 can slow down and rotate via rectifier 322.
In the present invention, refer to shown in Fig. 2 ~ Fig. 5, the first fertilising unit 33 comprises axostylus axostyle 330, initiative part 331, follower 332, shell 333, distributor 334 and clutch for clutch control portion 335.Initiative part 331 is hubbed on one end of axostylus axostyle 330, and connection for transmission sprocket wheel 321, with on axostylus axostyle 330 with drive sprocket 321 starts.Follower 332 is located at the position of the adjacent initiative part 331 of main support 2 other end, and follower 332 also connects axostylus axostyle 330, makes follower 332 can drive axostylus axostyle 330 to rotate.Shell 333 is located at the position of the adjacent follower 332 of main support 2 other end, and the outer rim of shell 333 is provided with an opening 3330 of corresponding discharging opening 301, and shell 333 outer rims are separately provided with a connector 3331, and opening 3330 and connector 3331 all communicate with shell 333 inside.Distributor 334 is located at shell 333 inside, distributor 34 connects axostylus axostyle 330, and rotates with follower 332, and in the process of rotating at distributor 334, the fertilizer of storage vat 30 enter distributor 334 via discharging opening 301, opening 3330, and by distributor 334, fertilizer is directed into connector 3331.Clutch for clutch control portion 335 is located at the position of the corresponding initiative part 331 of main support 2 and follower 332, and clutch for clutch control portion 335 controls initiative part 331 and drives follower 332 to rotate, or control initiative part 331 does not drive follower 332 to rotate.
In the present invention, initiative part 331 further comprises driving gear 3311 and inferior driving gear 3312.Driving gear 3311 is hubbed on axostylus axostyle 330, and with chain 4 connection for transmission sprocket wheels 321.Inferior driving gear 3312 is located at axostylus axostyle 330 in a side of driving gear 3311, and rotates with driving gear 3311.
In the present invention, follower 332 further comprises driven support 3320 and driven gear 3321, driven support 3320 is located at the position of the adjacent initiative part 331 of main support 2, and pivot joint axostylus axostyle 330 is in driven support 3320, and 3321 of driven gears are installed between the two ends of axostylus axostyle 330.
In the present invention, clutch for clutch control portion 335 comprises fixed mount 3350, linked block 3351, linked gear 3352 and control lever 3353.Fixed mount 3350 is located at main support 2 other ends, and covers initiative part 331 and follower 332.Linked block 3351 is hubbed on fixed mount 3350.Linked gear 3352 is hubbed on linked block 3351 position of time driving gear 3312 relatively.Control lever 3353 is set in linked block 3351 actively, and controlled and linked gear 3352 is engaged with inferior driving gear 3312 and driven gear 3321 simultaneously, and drive axostylus axostyle 330 to rotate, or controlled and linked gear 3342 and inferior driving gear 3312 and driven gear 3321 are engaged separate, axostylus axostyle 330 stops operating.
In the present invention, the first fertilising unit 33 more comprises an extension spring 336, one end of extension spring 336 is located at fixed mount 3350, the other end is located at linked block 3351, and under control lever 3353 state controlled and that linked gear 3352 is engaged with inferior driving gear 3312 and driven gear 3321 simultaneously, extension spring 336 is bestowed its spring pulling-down power at control lever 3353, makes linked gear 3352 closely be engaged on time driving gear 3312 and driven gear 3321.One side of fixed mount 3350 relative control levers 3353 is provided with a fastening part 3354, control lever 3353 is controlled and linked gear 3352 and inferior driving gear 3312 and driven gear 3321 is engaged while separating, control lever 3353 can be moved and be connected to fastening part 3354, so, control lever 3353 is by means of being connected to fastening part 3354, can resist the spring pulling-down power of extension spring 336, and can not be returned to the state that linked gear 3342 engages with inferior driving gear 3312 and driven gear 3321 simultaneously.
In the present invention, the first fertilising unit 33 more comprises a passage 5, and one end of passage 5 is connected with connector 3331.
In the present invention, the first fertilising unit 33 more comprises a passage control module 6, and passage control module 6 comprises telescope support 60, controls support 61 and extending bracket 62.Telescope support 60 further comprises first body of rod 601, second body of rod 602, the first retaining element 603 and the second retaining element 604.First body of rod 601 is located at the position of the adjacent passage 5 of main support 3, and first body of rod 601 is hollow form, second body of rod 602 is set in first body of rod 601 actively, the first retaining element 603 is located at first body of rod 601 in the position that approaches its end, and be located at second body of rod 602 in the position that approaches its end for fixing the second body of rod 602, the second retaining elements 604.Control support 61 and be hubbed on second body of rod 602, controlling support 61 can rotate along second body of rod 602, and can be limited its position on second body of rod 602 by the second retaining element 604, extending bracket 62 can be located at adjustedly to be controlled on support 61, and the end of extending bracket 62 is provided with a fertilizer guide wire 620, and fertilizer guide wire 620 is located at the other end of passage 5.
In the present invention, distributor 334 is provided with plurality of grooves 3340, relies on the groove 3340 that varying number is set on distributor, can control the number of fertilizing amount.
In the present invention, more comprise one second fertilising unit 34, the second fertilising unit 34 is connected same initiative part 330 jointly with the first fertilising unit 33, remaining component is symmetricly set on main support 2, so, in the time that the irrigation canals and ditches of the both sides of ploughing use banking machine, one of them that can utilize each clutch for clutch control portion 334 to control the first fertilising unit 33 or the second fertilising unit 34 moved with banking machine 1 simultaneously, to fertilizer is imposed on to pass through the wherein side of position of banking machine 1.
More than explanation is just illustrative for the purpose of the present invention; and nonrestrictive, those of ordinary skill in the art understand, in the case of not departing from the spirit and scope that claim limits; can make many amendments, variation or equivalence, but within all will falling into protection scope of the present invention.
Claims (12)
1. a banking machine with Fertilization Structure, is characterized in that, comprising:
One banking machine;
One main support, one end of this main support connects this banking machine; And
One Fertilization Structure, this Fertilization Structure is connected between the other end and this banking machine of this main support, and at least comprises: a storage vat, a clutch unit, a gear unit and one first fertilising unit, wherein:
This storage vat, for depositing fertilizer, its one end is provided with a charging aperture, and the other end is provided with a discharging opening;
This clutch unit, connects the set power take-off unit of this banking machine;
This gear unit, connects this clutch unit, and is subject to clutch unit control, and starts interlock or stop interlock via this clutch unit and this power take-off unit; And
This first fertilising unit, connects this gear unit and this discharging opening;
When this gear unit and this power take-off unit interlock, receive fertilizer fertilising by this discharging opening, when this gear unit stops with this power take-off unit interlock, stop receiving fertilizer by this discharging opening.
2. the banking machine with Fertilization Structure according to claim 1, is characterized in that, this clutch unit comprises:
One driving belt, this driving belt is located between this power take-off unit and this gear unit;
One controller, this controller is located at the position of the set handle of this banking machine;
One clutch, is located at the position of adjacent this driving belt of this main support;
One clutch line, one end of this clutch line connects this controller, and the other end connects this clutch, and this clutch line is controlled by external force that this controller applies or discharges this external force and control the action of this clutch;
One straining pulley, connect this clutch, this clutch line of this controller control and make this clutch drive this straining pulley to be pressed on the outer rim of this driving belt, and then drive this gear unit to operate, or this clutch line of this controller control and make this clutch drive this straining pulley to leave the position of the outer rim that is pressed on this driving belt, thereby stop driving this gear unit running; And
One protecting cover, is located on this main support, and is coated on the region of moving relative to this driving belt and straining pulley.
3. the banking machine with Fertilization Structure according to claim 2, is characterized in that, this gear unit comprises:
One belt pulley, this belt pulley connects this driving belt;
One speed reducer, one end of this decelerator connects belt pulley, relies on this belt pulley to drive decelerator to rotate, and makes this decelerator slow down and rotates output; And
One drive sprocket, is connected in the other end of this decelerator, and is driven and rotated by the other end of this decelerator.
4. the banking machine with Fertilization Structure according to claim 3, is characterized in that, this first fertilising unit comprises:
One axostylus axostyle;
One initiative part, is hubbed on one end of this axostylus axostyle, and connects this drive sprocket, to rotate with this drive sprocket on this axostylus axostyle;
One follower, is located at the position of adjacent this initiative part of this main support other end, and this follower connects this axostylus axostyle, makes this follower drive this spindle rotation;
One shell, be located at the position of adjacent this follower of this main support other end, this shell outer rim is provided with a opening that should discharging opening, this shell outer rim is also provided with a connector, one side of this shell offers a side mouth, this side mouth is combined with a side cover that can cover side mouth, and this opening, side mouth and connector all communicate with this enclosure;
One distributor, is located at this enclosure, and this distributor connects this axostylus axostyle other end, and with this spindle rotation, and in the process of rotating at this distributor, the fertilizer of this storage vat enter this distributor via this discharging opening, opening, and by this distributor, fertilizer is directed into this connector; And
One clutch for clutch control portion, this clutch for clutch control portion is located at this main support to should initiative part and the position of this follower, and this clutch for clutch control portion controls this initiative part and drives this follower to rotate, or controls this initiative part and do not drive this follower to rotate.
5. the banking machine with Fertilization Structure according to claim 4, is characterized in that, this initiative part comprises:
One driving gear, this driving gear is hubbed at this axostylus axostyle, and connects this drive sprocket with a chain; And
A driving gear, is located at this axostylus axostyle in a side of this driving gear, and rotates with this driving gear.
6. the banking machine with Fertilization Structure according to claim 5, is characterized in that, this follower comprises:
One driven support, is located at the position of adjacent this initiative part of this main support, and is articulated with this axostylus axostyle; And
One driven gear, this driven gear is installed between the two ends of this axostylus axostyle.
7. the banking machine with Fertilization Structure according to claim 6, is characterized in that, this clutch for clutch control portion comprises:
One fixed mount, is located at this main support other end, and covers this initiative part and this follower;
One linked block, is hubbed on this fixed mount;
One linked gear, is hubbed on this linked block position of this driving gear relatively; And
One control lever, be set in actively in this linked block, this control lever is controlled and this linked gear is engaged with this driving gear and driven gear simultaneously, and drive this spindle rotation, or this control lever is controlled and this linked gear is separated with this driving gear and the engagement of this driven gear, this axostylus axostyle stops operating.
8. the banking machine with Fertilization Structure according to claim 7, it is characterized in that, this the first fertilising unit also comprises an extension spring, this fixed mount is located in one end of this extension spring, the other end is located at linked block, and under this control lever state controlled and that this linked gear is engaged with this driving gear and driven gear, this extension spring is bestowed spring pulling-down power to this control lever simultaneously, make this linked gear closely engage this driving gear and driven gear;
A this fixed mount relatively side of this control lever is provided with a fastening part, and this control lever is controlled and when this linked gear is separated with this driving gear and the engagement of this driven gear, and this control lever is moved and is connected in this fastening part.
9. the banking machine with Fertilization Structure according to claim 4, is characterized in that, this first fertilising unit also comprises a passage, and one end of this passage is connected with this connector.
10. the banking machine with Fertilization Structure according to claim 9, is characterized in that, this first fertilising unit also comprises a passage control module, and this passage control module comprises:
One telescope support, this telescope support comprises:
One first body of rod, this first body of rod is located at the position of adjacent this passage of this main support, and this first body of rod is hollow form;
One second body of rod, is set in this first body of rod actively;
One first retaining element, is located at this first body of rod in the position that approaches its end, and for fixing this second body of rod; And
One second retaining element, is located on this second body of rod and connects subterminal position;
One controls support, is hubbed on this second body of rod, and this control support can rotate along this second body of rod, and can be limited its position on this second body of rod by this second retaining element; And
One extending bracket can be located on this control support adjustedly, and the end of this extending bracket is provided with a fertilizer guide wire, and this fertilizer guide wire is located at the other end of this passage.
11. banking machines with Fertilization Structure according to claim 4, is characterized in that, this distributor is provided with plurality of grooves.
12. banking machines with Fertilization Structure according to claim 8, it is characterized in that, also comprise one second fertilising unit, this the second fertilising unit and identical and shared this initiative part of this first fertilising cellular construction, this first unit assembly except described initiative part that applies fertilizer of this second fertilising unit is symmetricly set in this main support.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310021776.7A CN103931291A (en) | 2013-01-21 | 2013-01-21 | Banking machine with fertilization structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310021776.7A CN103931291A (en) | 2013-01-21 | 2013-01-21 | Banking machine with fertilization structure |
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| CN103931291A true CN103931291A (en) | 2014-07-23 |
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| CN201310021776.7A Pending CN103931291A (en) | 2013-01-21 | 2013-01-21 | Banking machine with fertilization structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104145546A (en) * | 2014-08-15 | 2014-11-19 | 湖南中天龙舟农机有限公司 | Fertilizing unit of crawler-type rotary tillage ridger |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104145546B (en) * | 2014-08-15 | 2016-06-15 | 湖南龙舟农机股份有限公司 | The fertilising device of a kind of track type rotary tillage ridger |
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Application publication date: 20140723 |