CN208850159U - Transplanter conveys seedling separation system - Google Patents
Transplanter conveys seedling separation system Download PDFInfo
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- CN208850159U CN208850159U CN201821400999.9U CN201821400999U CN208850159U CN 208850159 U CN208850159 U CN 208850159U CN 201821400999 U CN201821400999 U CN 201821400999U CN 208850159 U CN208850159 U CN 208850159U
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- conveyer belt
- cylinder
- seedling
- rack
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Abstract
The utility model relates to a kind of transplanters to convey seedling separation system, including rack, seedling conveying device in a row and be divided into seedlings device automatically；The side of conveyer belt is equipped with flapper after in the seedling conveying device in a row, and drives flapper overturning by the first cylinder；The automatic seedling separation device passes through the synchronous driving parallel rod frame translation of the second cylinder, shift fork rotation；Air compressor is installed, the air compressor passes through synchronous driving the first cylinder, the second cylinder of the reversal valve in the rack.Rice shoot can in a row be stood to convey and distinguish subsequent seedling taking device after guaranteeing by certain beat and orderly worked by the utility model.
Description
Technical field
The utility model relates to a kind of transplanters to convey seedling separation system, belong to agricultural machinery technological field.
Background technique
Vegetables mechanization transplanting can shorten the vegetable growth period, improve yield, be increasingly becoming the main life of vegetable cultivation
Production mode.To improve operating efficiency, reduces labor intensity, realize that vegetables are quickly transplanted automatically, how key is by machine
Rice shoot is manually continuously conveyed and is put into seeding separation, referred to as rice shoot automatic conveyer technique by substitution.
Rice shoot mode of movement common at present has seedling guide tube type, double plate clipping and 3 seed type of belt conveying, wherein conduit
Formula conveying is put into rice shoot to seedling Guan Shangfang is led using planting apparatus, under the effect of gravity in rice shoot free-falling to seedling ditch；Double plate
Clipping disk or disk shift fork clamping rice shoot using two relative rotations, is transported to rice shoot slowly on ground from top,
And turns 90o and fall into rice shoot to seedling ditch.Since rice shoot obstruction conduit often occurs in seedling guide tube type mode of movement, and it is low to feed frequency
Cause operating efficiency low, double plate method of clamping is easily hurt the seedlings and the depth of planting is unstable, so belt conveying, which becomes, improves plant effect
The first choice of rate and quality.
Existing transplanter conveying seedling separation system is broadly divided into automatic seedling separation and manually seedling separation, is mainly used in rice shoot or naked seedling
Transplanting.Common form mainly has board-like tooth form conveyer belt type, guide rail, pin-blocking type, pallet feed-type etc., wherein tooth form conveyer belt type
With guide rail is board-like belongs to manual seedling separation, be applicable to rice shoot or naked seedling, seedling separation speed and accuracy depends on artificial throwing growth of cereal crop seedlings condition；
Pin-blocking type and pallet feed-type are suitable for the automatic seedling separation of rice shoot, and require height to the stability of standing of rice shoot, and pin-blocking type belongs to
Orderly seedling separation orderly conveys requirement height to rice shoot, easily causes bowl damage and stalk to fracture during seedling separation, it is difficult to which guarantee is vertical
Phenomena such as feeding, pallet feed-type belong to unordered seedling separation, mutually crowded between rice shoot to be difficult to ensure that rice shoot is fed, and are divided into seedlings accuracy
It is low, also there is certain injury to bowl.In conclusion existing automatic seedling separation device need in terms of there is injury seedling, seedling separation accuracy
It improves, the defects of that there are working efficiencies is low for seedling separation manually, large labor intensity.
Summary of the invention
The utility model will solve technical problem: provide one kind rice shoot can in a row be stood conveying and by certain beat
Distinguish the transplanter conveying seedling separation system that subsequent seedling taking device after guaranteeing orderly works.
In order to solve the above-mentioned technical problem, the utility model proposes technical solution be: a kind of transplanter conveying seedling separation system
System including rack and sets gradually seedling conveying device in a row on the rack, is divided into seedlings device automatically；The seedling conveying dress in a row
Set by pedestal, setting rear conveyer belt on the base and be separately positioned on the right baffle-plate of rear conveyer belt two sides, right shell body is constituted,
The right baffle-plate includes fixed baffle and flapper two parts, and the right shell body and fixed baffle are fixedly mounted on pedestal
On；The first cylinder is also equipped on the pedestal, the cylinder body and pedestal of first cylinder are hinged, affixed on the flapper
There are at least two link blocks extended downwardly and with the pedestal hingedly, the piston at the top of the flapper and the first cylinder
Bar is hinged；
The automatic seedling separation device includes preceding conveyer belt, fixed block, parallel rod frame, movable block and the second cylinder, described
Fixed block is affixed with rack, and the parallel rod frame is parallel to each other by two and horizontally disposed connecting rod forms, the connecting rod
One end is hinged with fixed block, and the other end and movable block of the connecting rod are hinged；
The arranged on left and right sides of the preceding conveyer belt is respectively equipped with affixed side conveyer belt and active side conveyer belt, the affixed side
Conveyer belt and active side conveyer belt are vertically arranged；The affixed side conveyer belt is mounted on the rack, the active side conveyer belt
It is mounted on movable block；
The shift fork being equipped with above preceding conveyer belt on the movable block, the shift fork is rotatable and has gear Miao Hefang
Two kinds of working conditions of seedling；
The cylinder body and rack of second cylinder are hinged, and the piston rod of second cylinder is connected with the gear being vertically arranged
One end of plate, the baffle and rocking bar is hinged, and the other end of the rocking bar and one end of pull rod are hinged, the other end of the pull rod
Hinged with shift fork, middle part and the rack of the rocking bar are pivotally connected to move rocking bar restriction in perpendicular；
The movable block is equipped with the idler wheel being resisted against on baffle, and the baffle is set relative to the inclination of affixed side conveyer belt
It sets, reset spring is equipped between the movable block and rack；
Air compressor is installed, the air compressor passes through the reversal valve the first gas of synchronous driving in the rack
Cylinder, the second cylinder；In the course of work, when rice shoot in a row after first cylinder driving flapper clamps on conveyer belt,
Driving parallel rod frame drives active side conveyer belt to affixed side conveyer belt side while the second cylinder shift fork puts seedling
Seedling is pressed from both sides to mobile；When first cylinder driving flapper puts seedling, the second cylinder shift fork drives while keeping off seedling
Dynamic parallel rod frame drives active side conveyer belt to far from the movement of affixed side belt direction.
Rice shoot is mobile from rear toward front in the utility model, i.e., front and back is the direction mobile by rice shoot, with machine
The direction of motion of frame is opposite.
When the utility model is used, artificial be put on rear conveyer belt by seedling taking device from seedling disk one row's rice shoot of taking-up, it is left
Baffle and right shell body can prevent rice shoot from skewing during transportation, when rice shoot is transported to flapper position, active catch
Plate is to side oscillation inside and outside conveyer belt under the drive of the first cylinder, and when inside side oscillation presss from both sides seedling, outside side oscillation Shi Zefang seedling, from
And be discontinuously fed forward rice shoot, realize the intermittent delivery of entire row rice shoot, it is ensured that subsequent entire row seedling can be single in seedling separation
Strain seedling taking has many advantages, such as that no seedling injury, high-efficient, saving is artificial, reduces labor intensity.
Seedling conveying device in a row realizes the intermittent delivery of entire row rice shoot in the utility model, to guarantee in subsequent entire row seedling
Single plant seedling taking has the function of conveying function and tapping mode time of delivery.The flexible of first cylinder is controlled using pneumatic system,
The folder Miao Yufang seedling movement of active block stop is controlled with this, the reaction time is short, and control position is accurate, and operating frequency is with air pressure change
Value variation is adjustable at any time.
The utility model passes through the second cylinder as the same power source, while driving active side conveyer belt folder seedling and shift fork
Gear seedling separation realizes that the two cooperates, and movement synchronizes, and is divided into seedlings seedling steady ordered in a row automatically, seedling separation efficiency is improved, after being
Continued access seedling plants seedling and lays a good foundation.Active side conveyer belt and the shift fork direction of motion in the utility model are on the contrary, when active side conveys
When band inwardly clamps rice shoot, shift fork is shown, and when active side conveyer belt unclamps rice shoot, previous rice shoot is taken away by conveyer belt, this
When, shift fork swings in the rice shoot for blocking rear, so that it is rear to guarantee that conveyer belt top remains that a rice shoot is transported to the position
Continuous planting apparatus folder is walked, and realizes quantitative, spacing plant.
The utility model is adjusted by the second cylinder driving velocity and sprocket wheel replacement is, it can be achieved that different volumes, different quality
The orderly separation of substrate block seedling is suitble to the blocky seedling of different agronomic characteristics requirements to separate, and applicability is wide.
The utility model can be realized by one-stop operation in a row fetches and delivers seedling, automatic intermittent seedling separation gear seedling, and movement is precisely reliable,
Operating efficiency is high, and planting effect is good.
The further improvement of above-mentioned technical proposal is: the rack is equipped with wide gear axis, the both ends of the wide gear axis
It is respectively equipped with the first wide gear, the second wide gear, the parallel rod frame is equipped with the first narrow tooth corresponding with the first wide gear
Wheel shaft, the rack are equipped with the second narrow gear shaft corresponding with the second wide gear, distinguish on the first, second narrow gear shaft
Equipped with the first, second narrow gear to match with the first wide gear, the second wide gear, the wide gear axis, the first narrow gear shaft,
Second narrow gear shaft is parallel with the driving shaft of horizontal conveying belt；The driving shaft of the horizontal conveying belt passes through chain sprocket mechanism
Drive wide gear axis；First, second narrow gear shaft passes through angular wheel group driving active side conveyer belt drive sprocket axle respectively and consolidates
Determine side conveyer belt drive sprocket axle.The utility model in this way is by horizontal conveying belt and two vertical conveyer belt (i.e. active side conveyer belts
With affixed side conveyer belt) collaboration clamping substrate block rice shoot transport advance, it can prevent mutual extrusion between multiple rice shoot soil blocks from lodging, it can
Guarantee that single substrate block rice shoot is effectively quickly dialled to separate out.
The further improvement of above-mentioned technical proposal is: the rack is articulated on tractor, and the rack is equipped with sky
Air compressor, the air compressor drive cylinder through reversal valve, and the air compressor is driven by tractor motive power output shaft.
Further, land wheel there are four setting in the rack, is respectively installed to the quadrangle of rack, can be convenient the height of adjustment rack.
Detailed description of the invention
The utility model is described in further detail with reference to the accompanying drawing.
Fig. 1 is the structural schematic diagram of the utility model embodiment.
Fig. 2 is the structural schematic diagram of seedling conveying device in a row.
Fig. 3 is the top view of Fig. 2.
Fig. 4 is the structural schematic diagram of automatic seedling separation device
Fig. 5 is schematic diagram when automatic seedling separation device puts seedling.
Schematic diagram when Fig. 6 is automatic seedling separation device gear seedling.
Fig. 7 is the schematic illustration of shift fork movement.
Fig. 8 is the schematic front view of baffle.
Fig. 9 is the transmission schematic diagram of seedling conveying device in a row and automatic seedling separation device.
Figure 10 is the operation schematic diagram of the first cylinder.
Appended drawing reference: rack 1, it is automatic to be divided into seedlings device 5, seedling conveying device 6 in a row, jackshaft 17, land wheel 104, pedestal
301, conveying belt sprocket 302, cylinder connecting rack 303, appendix 304, the first cylinder 305, tracheae 306 convey V belt translation afterwards afterwards
Axis 307, support plate 308, right baffle-plate 309, rear conveyer belt follower 312, rear conveyer belt 313, fixed baffle 314, flapper
316, power drive wheel 318, right shell body 321, air compressor 322, safety valve 323, air accumulator 324, air conditioner unit
325, pressure control unit 326, reversal valve 327；Fixed block 401, parallel rod frame 402, the second cylinder 403, active side conveying
Band mounting base 404, movable block 405, idler wheel 406, baffle 407, rocking bar 408, shaft mounting base 409, wide gear drive sprocket
410, preceding conveyer belt 411, active side conveyer belt 412, shift fork fixed block 413, pull rod 414, shift fork mounting rod 415, the first wide tooth
Wheel 416, the narrow gear 417 of active side, reset spring 418, affixed side conveyer belt 419, affixed side conveyer belt mounting base 420 are fixed
The narrow gear 421 in side, the second wide gear 422, sprocket wheel 423, preceding conveyer belt drive sprocket 424, preceding conveyer belt driving shaft 425, wide tooth
Wheel bearing seat 426, shaft 427, bevel gear 428, bevel gear 429, yoke bar 430.
Specific embodiment
Embodiment one
The transplanter of the present embodiment conveys seedling separation system, as shown in figs 1-9, including the rack 1 that is articulated on tractor with
And it is mounted on the seedling conveying device in a row 6 in rack 1 and automatic seedling separation device 5.
As shown in Figure 1, rack 1 is equipped with jackshaft 17, and by chain that the power of tractor output shaft is defeated through power
Enter axis and send jackshaft 17 to, drives seedling conveying device 6 in a row and automatic seedling separation device 5 to act respectively by jackshaft 17；Automatically
The rear of rack 1 is arranged in seedling separation device 5 and seedling conveying device 6 in a row；Before automatic seedling separation device 5 is arranged in plant feed unit 4
Side.Front and back is on the basis of the direction of motion of rice shoot in this example, i.e., rice shoot is mobile from rear toward front.It is set in rack 1
There are four land wheels 104, are respectively installed to the quadrangle of rack 1, can be used for adjusting the height of rack.
As shown in Figures 2 and 3, seedling conveying device 6 in a row is by pedestal 301, the rear conveyer belt 313 being arranged on pedestal 301
And it is separately positioned on the right baffle-plate 309 of rear 313 two sides of conveyer belt, the composition of right shell body 321, right baffle-plate 309 includes fixed baffle
314 and 316 two parts of flapper, right shell body 321 and fixed baffle 314 be fixedly mounted on pedestal 301, on pedestal 301 also
First cylinder 305 is installed, the cylinder body and pedestal 301 of the first cylinder 305 it is hinged (pedestal 301 is equipped with cylinder connecting rack 303,
The cylinder body of cylinder connecting rack 303 and the first cylinder 305 is bolted to form hinged relationship), it is connected on flapper 316
It extends downwardly and two link blocks 317 hinged with pedestal 201, the length of two link blocks 317 is consistent, flapper 316
Top and the piston rod of the first cylinder 305 are hinged.Thus active catch can be driven by the stretching of 305 piston rod of the first cylinder
313 direction of conveyer belt is overturn plate 316 backwards, so that it is located at the rice shoot in a row at flapper 316 after clamping on conveyer belt 313,
And block subsequent rice shoot on rear conveyer belt 313；When 305 piston rod of the first cylinder is shunk, flapper 316 is towards far from rear defeated
It send 313 direction of band to overturn, puts seedling at this time.
In this example, air compressor 322 is installed in the rack 1, tractor motive power output shaft imparts power to sky
Air compressor 322, the air compressor 322 pass through synchronous driving the first cylinder, the second cylinder of the reversal valve 327.With
For one cylinder, as shown in Figure 10, air compressor 322 does work, and compressed air is transported to air accumulator by safety valve 323
324, guarantee that compressed air pressure is constant in air accumulator 324.Compressed air in air accumulator 324 passes through air conditioner unit 325
Two five logical mechanical switching valves 327 are passed to pressure control unit 326, when trigger switch is closed, two five logical mechanical
It is connected on the left of reversal valve 327, the rodless cavity air inlet of the first cylinder 305, piston rod are pushed out at this time, 313 side rice shoot of conveyer belt
It is clamped by flapper 316；It is connected on the right side of trigger switch opening, two five logical mechanical switching valves 327, at this time the first cylinder
Seedling is put in 305 rod chamber air inlet, piston rod retraction at this time.
It is automatic to be divided into seedlings device as shown in figs. 4-7, including preceding conveyer belt 411, fixed block 401, parallel rod frame 402, activity
Block 405 and the second cylinder 403, the right side and left side of preceding conveyer belt 411 are respectively equipped with affixed side conveyer belt fixing seat 420 and activity
Side conveyer belt fixing seat 404, affixed side conveyer belt fixing seat 420 and active side conveyer belt fixing seat 404 are separately mounted to rack 1
On movable block 405, it is respectively used to installation affixed side conveyer belt 419 and active side conveyer belt 412,419 He of affixed side conveyer belt
Active side conveyer belt 412 is vertically arranged；Air compressor 322 drives the second cylinder 403 through reversal valve 327, according to reversal valve
The piston rod of 327 the second cylinder of state-driven 405 is stretched out or is shunk, i.e., air compressor 322 drives by the way that reversal valve 327 is synchronous
Dynamic first cylinder 305, the second cylinder 403.As shown in Figure 10, reversal valve 327 is two five logical mechanical switching valves in this example,
Obviously, reversal valve 327 is equipped with spring contact, switches the first cylinder 305, second cylinder 403 by pressuring spring contact
Working condition.
Fixed block 401 and rack 1 are affixed, and parallel rod frame 402 is parallel to each other by two and horizontally disposed connecting rod forms,
One end of connecting rod and fixed block 401 are hinged, and the other end and movable block 405 of connecting rod are hinged, and parallel rod frame 402 is in the horizontal plane
Movement.
The shift fork being equipped with above preceding conveyer belt 411 on movable block 405, shift fork is by shift fork fixed block 413 and admittedly
The yoke bar 430 being scheduled on shift fork fixed block 413 is constituted, and shift fork fixed block 413 is mounted on the shift fork mounting rod affixed with rack
On 415, shift fork fixed block 413 is pivotally connected with around shift fork mounting rod 415, i.e., shift fork fixed block 413 can be revolved around shift fork mounting rod 415
Turn.The cylinder body and rack 1 of second cylinder 403 are hinged, and the piston rod of the second cylinder 403 is connected with the baffle 407 being vertically arranged, gear
Plate 407 and one end of rocking bar 408 are hinged, and one end of the other end and pull rod 414 of rocking bar 408 is hinged, the other end of pull rod 414 with
Shift fork fixed block 413 is hinged, and rocking bar 408 is divided into parallel two sections, is fixed together by shaft 427.It is connected with and turns in rack 1
Axis mounting base 409, shaft 427 run through shaft mounting base 409, i.e. the middle part of rocking bar 408 and the pivot joint of rack 1 limits rocking bar 408
It moves in perpendicular.The piston rod of such second cylinder 403 is flexible to drive shift fork to rotate, so that shift fork be made to have
Gear seedling is carried out to the rice shoot 506 on preceding conveyer belt and puts two kinds of working conditions of seedling.
Movable block 405 is equipped with the idler wheel 406 being resisted against on 407 plates of gear, and as shown in figs. 5 and 8, baffle 407 is relative to solid
Determine conveyer belt 419 to be obliquely installed, reset spring 418 is equipped between movable block 405 and rack 1.The piston of such second cylinder 403
When bar stretches, baffle 407 is driven to move forward and backward.Baffle 407 and idler wheel 406 pass through contact of incline plane, so just compressing rolling of baffle 407
Wheel 406 is rolled along baffle 407, to drive parallel rod frame 402 and movable block 405 along solid under the action of reset spring 418
Determine block 401 to swing.
As shown in fig. 6, causing baffle 407 to cause shaft 427 by rocking bar 408 when the piston rod of the second cylinder 403 is shunk
Rotation counterclockwise drives shift fork to swing in by pull rod 414, realizes the gear seedling movement of next seedling；Meanwhile second cylinder 403
Piston rod, which is shunk so that baffle 407 just oppresses idler wheel 406, drives active side conveyer belt 412 to put away from preceding 411 direction of conveyer belt
Dynamic, rice shoot 506 is released in the release of active side conveyer belt 412.As shown in figure 5, when the piston rod of the second cylinder 403 stretches out, shift fork
Seedling is put, active side conveyer belt 412 clamps rice shoot.That is, active side conveyer belt and the shift fork direction of motion are on the contrary, work as active side
When conveyer belt inwardly clamps rice shoot, shift fork, which is shown, puts seedling；When active side conveyer belt unclamps rice shoot, previous rice shoot is by preceding conveying
Band is taken away, at this point, shift fork swings in gear seedling, to guarantee that 411 top of conveyer belt remains that a rice shoot is transported to the position quilt
The planting apparatus folder of plant feed unit 4 is walked, and realizes quantitative, spacing plant.
Embodiment two
The present embodiment is improvement on the basis of embodiment one, with embodiment one the difference is that: in embodiment one
In, affixed side conveyer belt and active side conveyer belt can be operated alone by motor etc.；But the present embodiment preferably uses shown in Fig. 9
Drive scheme: wide gear drive sprocket 410 and conveyer belt drive sprocket 424, wide gear are driven simultaneously by power drive wheel 318
The rotation of 410 gear shaft of drive sprocket, wide gear axis both ends are equipped with 416 He of the first wide gear for being located at conveyer belt two sides
Second wide gear 422, parallel rod frame be equipped with first narrow gear shaft corresponding with the first wide gear 416, rack 1 be equipped with
The corresponding second narrow gear shaft of second wide gear 422, the first, second narrow gear shaft are equipped with and the first wide gear 416 and second
The narrow gear 417,421 that wide gear 422 matches, wide gear axis, the first narrow gear shaft, the second narrow gear shaft with conveyer belt master
Moving axis 425 is parallel；First, second narrow gear shaft passes through angular wheel group respectively, and (for example bevel gear 428 and bevel gear 429 form
Angular wheel group) the driving drive sprocket axle of active side conveyer belt, affixed side conveyer belt drive sprocket axle.
The utility model is not limited to the above embodiment the specific technical solution, and in addition to the implementation, this is practical
It is novel to have other embodiments.For those skilled in the art, all in the spirit and principles of the utility model
Within, the technical solution that any modification, equivalent replacement, improvement and so on are formed should be included in the protection of the utility model
Within the scope of.
Claims (4)
1. a kind of transplanter conveys seedling separation system, it is characterised in that: including rack and set gradually seedling in a row on the rack
Conveying device is divided into seedlings device automatically；The seedling conveying device in a row is by pedestal, setting rear conveyer belt on the base and difference
The right baffle-plates of rear conveyer belt two sides is set, right shell body is constituted, the right baffle-plate includes fixed baffle and flapper two parts,
The right shell body and fixed baffle are fixedly mounted on the base；The first cylinder, first gas are also equipped on the pedestal
The cylinder body of cylinder and pedestal are hinged, and at least two connections extended downwardly and with the pedestal hingedly are connected on the flapper
Block, the top of the flapper and the piston rod of the first cylinder are hinged；
The automatic seedling separation device includes preceding conveyer belt, fixed block, parallel rod frame, movable block and the second cylinder, the fixation
Block is affixed with rack, and the parallel rod frame is parallel to each other by two and horizontally disposed connecting rod forms, one end of the connecting rod
Hinged with fixed block, the other end and movable block of the connecting rod are hinged；
The arranged on left and right sides of the preceding conveyer belt is respectively equipped with active side conveyer belt and affixed side conveyer belt, the affixed side conveying
Band and active side conveyer belt are vertically arranged；The affixed side conveyer belt is mounted on the rack, the active side conveyer belt installation
On movable block；
The shift fork being equipped with above preceding conveyer belt on the movable block, the shift fork is rotatable and has gear seedling and puts seedling two
Kind working condition；
The cylinder body and rack of second cylinder are hinged, and the piston rod of second cylinder is connected with the baffle being vertically arranged, institute
The one end for stating baffle and rocking bar is hinged, and the other end of the rocking bar and one end of pull rod are hinged, the other end of the pull rod with dial
Fork is hinged, and middle part and the rack of the rocking bar are pivotally connected to move rocking bar restriction in perpendicular；
The movable block is equipped with the idler wheel being resisted against on baffle, and the baffle is relative to affixed side conveying belt inclined arrangement, institute
It states and is equipped with reset spring between movable block and rack；
Air compressor is installed, the air compressor passes through synchronous driving the first cylinder, second of reversal valve in the rack
Cylinder；In the course of work, when rice shoot in a row after first cylinder driving flapper clamps on conveyer belt, described second
Driving parallel rod frame drives active side conveyer belt to press from both sides to affixed side belt direction is mobile while cylinder shift fork puts seedling
Seedling；When first cylinder driving flapper puts seedling, driving connects in parallel while the second cylinder shift fork keeps off seedling
Bridge drives active side conveyer belt to far from the movement of affixed side belt direction.
2. transplanter according to claim 1 conveys seedling separation system, it is characterised in that: the rack is equipped with wide gear
Axis, the both ends of the wide gear axis are respectively equipped with the first wide gear, the second wide gear, and the parallel rod frame is equipped with and first
The corresponding first narrow gear shaft of wide gear, the rack are equipped with the second narrow gear shaft corresponding with the second wide gear, and described the
One, the first, second narrow gear to match with the first wide gear, the second wide gear is respectively equipped on the second narrow gear shaft, it is described
Wide gear axis, the first narrow gear shaft, the second narrow gear shaft are parallel with the driving shaft of horizontal conveying belt；The horizontal conveying belt
Driving shaft drives wide gear axis by chain sprocket mechanism；First, second narrow gear shaft passes through the driving of angular wheel group respectively and lives
Dynamic side conveyer belt drive sprocket axle and affixed side conveyer belt drive sprocket axle.
3. transplanter according to claim 1 conveys seedling separation system, it is characterised in that: the rack is articulated in tractor
On, the air compressor is driven by tractor motive power output shaft.
4. transplanter according to claim 3 conveys seedling separation system, it is characterised in that: ground there are four being set in the rack
Wheel, is respectively installed to the quadrangle of rack.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821400999.9U CN208850159U (en) | 2018-08-28 | 2018-08-28 | Transplanter conveys seedling separation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821400999.9U CN208850159U (en) | 2018-08-28 | 2018-08-28 | Transplanter conveys seedling separation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208850159U true CN208850159U (en) | 2019-05-14 |
Family
ID=66416021
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821400999.9U Withdrawn - After Issue CN208850159U (en) | 2018-08-28 | 2018-08-28 | Transplanter conveys seedling separation system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108848816A (en) * | 2018-08-28 | 2018-11-23 | 农业部南京农业机械化研究所 | Transplanter conveys seedling separation system |
-
2018
- 2018-08-28 CN CN201821400999.9U patent/CN208850159U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108848816A (en) * | 2018-08-28 | 2018-11-23 | 农业部南京农业机械化研究所 | Transplanter conveys seedling separation system |
| CN108848816B (en) * | 2018-08-28 | 2023-08-15 | 农业部南京农业机械化研究所 | Seedling conveying and separating system of transplanting machine |
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Granted publication date: 20190514 Effective date of abandoning: 20230815 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20190514 Effective date of abandoning: 20230815 |