CN208191270U - One kind putting seedling device - Google Patents
One kind putting seedling device Download PDFInfo
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- CN208191270U CN208191270U CN201820775065.7U CN201820775065U CN208191270U CN 208191270 U CN208191270 U CN 208191270U CN 201820775065 U CN201820775065 U CN 201820775065U CN 208191270 U CN208191270 U CN 208191270U
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- seedling
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Abstract
The utility model discloses one kind to put seedling device, including bracket, driving wheel, seedling culture pan and cultivation seedling device, the bracket is the hollow out frame of horizontally disposed cube shape, its two sides is respectively equipped with driving wheel, the seedling culture pan is horizontally placed at the pedestal upper end end, front side and/or the rear side planted seedling device and be placed in the pedestal lower end, the cultivation seedling device has seedling feeder and seedling outlet, its seedling feeder is upward, its mouth down of emerging, the seedling feeder for planting seedling device is by extending upwardly to the edge of the seedling culture pan into seedling pipe, manually put into what the seedling alms bowl in the seedling culture pan was successively spaced one by one into seedling pipe, and edge slides into seedling pipe to cultivation seedling device under gravity, and it is planted through planting seedling device.Wherein, seedling culture pan is to store seedling alms bowl, by being put into seedling alms bowl into seedling pipe, and freely falls into plant in seedling device and carries out cultivation seedling.
Description
Technical field
The utility model belongs to agricultural planting apparatus field more particularly to one kind puts seedling device.
Background technique
Seedling alms bowl class crop seedling plantation when, existing cultivating tool be can only be manual operation, one by one grasp
Make, and its aperture is put seedling and is manually performed, labor efficiency is low, large labor intensity.
Utility model content
In order to solve the above-mentioned technical problem, the purpose of this utility model is to provide a kind of uses simply, work efficiency is high,
Labor intensity it is small put seedling device.
To achieve the goals above, the technical solution of the utility model is: one kind puts seedling device, including bracket, driving wheel,
Seedling culture pan and cultivation seedling device, the bracket are the hollow out frame of horizontally disposed cuboid, and two sides are rotatably equipped with respectively
The driving wheel, the seedling culture pan are horizontally placed at the pedestal upper end end, and the cultivation seedling device is placed in the pedestal lower end
Front side and/or rear side, the cultivation seedling device have seedling feeder and seedling outlet, seedling feeder upward, emerge mouth down, the cultivation
The seedling feeder of seedling device is by extending upwardly to the edge of the seedling culture pan into seedling pipe, through manually by the seedling in the seedling culture pan
What alms bowl was successively spaced one by one puts into seedling pipe, and edge slides into seedling pipe to cultivation seedling device under gravity, and passes through
The cultivation seedling device is planted.
The beneficial effect of above-mentioned technical proposal is: where seedling culture pan to store seedling alms bowl, by by seedling alms bowl be put into
In seedling pipe, and freely falls into plant in seedling device and carry out cultivation seedling, wherein it should be noted that be, it can be PU air hose into seedling pipe, but into
Seedling pipe need to guarantee that seedling alms bowl can from top to bottom slide through it to cultivation seedling device in setting, without into being detained in seedling pipe.
Cultivation seedling device described in above-mentioned technical proposal is multiple, and the evenly spaced setting of multiple cultivation seedling device laterals
On front side of the pedestal lower end and/or rear side, and each seedling feeder for planting seedling device pass through respectively one it is upward into seedling pipe
Extend to the edge of the seedling culture pan.
The beneficial effect of above-mentioned technical proposal is: the multiple cultivation seedling devices of setting simultaneously make multiple cultivation seedling device laterals interval
Uniformly the front side of the pedestal lower end is set, so that planting more seedling alms bowls every time, is conducive to improve working efficiency.
Each cultivation seedling device respectively includes the first elevating mechanism and seedling-planting device, the seedling-planting device in above-mentioned technical proposal
With seedling feeder and seedling outlet, upward, mouth down of emerging, the seedling feeder of the seedling-planting device passes through upward into seedling pipe seedling feeder
The edge of the seedling culture pan is extended to, first elevating mechanism is mounted on the front side of the pedestal lower end, and its telescopic end
Downward, the seedling-planting device is fixedly connected with the telescopic end of first elevating mechanism, and the first elevating mechanism elongation is to drive
The seedling-planting device moves down and makes in its seedling outlet insertion soil to enter seedling pot culture in soil, or shrinks to drive seedling-planting device
Move up reset.
The beneficial effect of above-mentioned technical proposal is: wherein the first elevating mechanism is to control seedling-planting device decline to drop emergence
In mouth insertion soil or lift, wherein seedling-planting device simultaneously releases seedling alms bowl to plant in the soil when being inserted into soil.
Each seedling-planting device includes a cylinder, multiple open point heads and the second elevating mechanism, institute in above-mentioned technical proposal
It states cylinder to be vertically arranged and its both ends open, the upper end is seedling feeder, and lower end is seedling outlet, and its seedling feeder passes through one respectively
Root extends upwardly to the edge of the seedling culture pan into seedling pipe, the telescopic end of first elevating mechanism and the corresponding cylinder side
The connection of wall upper end, multiple open point head rotations are disposed around the side-walls of the cylinder seedling outlet, and multiple open point heads can be same
Step turns to and mutually draws close tapered to block seedling outlet, and its junction of vertebra tip far from itself and cylinder, or synchronous turns
It moves to being located remotely from each other in flower-shape and open seedling outlet;Second elevating mechanism is mounted on the lateral wall of the cylinder,
Its telescopic end downward, and its telescopic end end be equipped with a horizontally disposed annulus, the cylinder pass through the annulus, the circle
Ring is rotatablely connected correspondingly by the outer wall of multiple connectors and multiple open point heads, the second elevating mechanism elongation
Draw close tapered or contraction mutually to drive each open point head to synchronize by connector to drive each open point head same
Step is located remotely from each other into flower-shape.
The beneficial effect of above-mentioned technical proposal is: the second elevating mechanism rise so that open point head in flower shape by cylinder
Seedling outlet opening seedling alms bowl is released, or decline is so that open point head is tapered closes up, and seedling outlet is closed, and open point head
It is tapered to close up convenient in seedling-planting device insertion soil, and the new term begins head opens in flower when push open the soil of insert division to form cultivation
Seedling hole, convenient for seedling alms bowl to be put into wherein.
Connector described in above-mentioned technical proposal is pull rod, and each pull rod is vertically arranged, the upper end and the circle
The outer wall of ring rotation connection, lower end and the open point head is rotatablely connected.
The beneficial effect of above-mentioned technical proposal is: using pull rod, structure is simple, and has certain rigidity, in hacking
Tension suffered by corresponding open point head is born when head closing up in insertion soil.
First elevating mechanism described in above-mentioned technical proposal and the second elevating mechanism are telescopic cylinder.
The beneficial effect of above-mentioned technical proposal is: it is easy to control, cultivation seedling can be automatically performed.
Detailed description of the invention
Fig. 1 is the structure diagram that seedling device is put described in the utility model embodiment 1;
Fig. 2 is the structure diagram that seedling device is put described in the utility model embodiment 1;
Fig. 3 is the structure diagram that seedling device is put described in the utility model embodiment 2;
Fig. 4 is the structure diagram put when the seedling-planting device open point head of seedling device closes up described in the utility model embodiment;
Structure diagram when Fig. 5 is the seedling-planting device open point head opening for putting seedling device described in the utility model embodiment;
Fig. 6 is the structure diagram that seedling device is put described in the utility model embodiment equipped with handle when;
Fig. 7 is the electrical connection graph that the control device of seedling device is put described in the utility model embodiment.
In figure: 1 bracket, 2 driving wheels, 3 seedling culture pans, 4 cultivation seedling devices, 41 first elevating mechanisms, 42 seedling-planting devices, 421 cylinders,
422 open point heads, 423 second elevating mechanisms, 4231 annulus, 4232 connectors, 5 are into seedling pipe, 6 handles.
Specific embodiment
The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical
It is novel, it is not intended to limit the scope of the utility model.
Embodiment 1
As depicted in figs. 1 and 2, it present embodiments provides one kind and puts seedling device, including bracket 1, driving wheel 2,3 and of seedling culture pan
Seedling device 4 is planted, the bracket 1 is the hollow out frame of horizontally disposed cuboid, and two sides are rotatably equipped with the row respectively
Wheel 2, the seedling culture pan 3 is horizontally placed at the 1 upper end end of bracket, before the cultivation seedling device 4 is placed in 1 lower end of bracket
Side and/or rear side, the cultivation seedling device 4 have seedling feeder and seedling outlet, seedling feeder upward, emerge mouth down, the cultivation
The seedling feeder of seedling device 4 is by extending upwardly to the edge of the seedling culture pan 3 into seedling pipe 5, through manually will be in the seedling culture pan 3
Putting into seedling pipe 5 of being successively spaced one by one of seedling alms bowl, and slide under gravity along into seedling pipe 5 to planting seedling device 4
It is interior, and planted through the cultivation seedling device 4.Wherein, seedling culture pan is to store seedling alms bowl, by being put into seedling alms bowl into seedling pipe
It is interior, and freely fall into plant in seedling device and carry out cultivation seedling, wherein it should be noted that be, to can be PU air hose into seedling pipe, but into seedling pipe
It need to guarantee that seedling alms bowl can from top to bottom slide through it to cultivation seedling device in setting, without into being detained in seedling pipe.
Embodiment 2
With embodiment 1, difference is, as shown in figure 3, cultivation seedling device 4 described in above-mentioned technical proposal is multiple and more
A 4 lateral separation of cultivation seedling device is uniformly arranged on front side of 1 lower end of bracket and/or rear side, and each cultivation seedling
The seedling feeder of device 4 passes through the edge that the seedling culture pan 3 is extended upwardly into seedling pipe 5 respectively.Multiple cultivation seedling dresses are set
It sets and makes the evenly spaced front side that the pedestal lower end is set of multiple cultivation seedling device laterals, so that planting more seedlings every time
Alms bowl is conducive to improve working efficiency.
As shown in Figure 4 and Figure 5, specifically, each cultivation seedling device 4 respectively includes the first lifting in the various embodiments described above
Mechanism 41 and seedling-planting device 42, the seedling-planting device 42 have seedling feeder and seedling outlet, seedling feeder upward, emerge mouth down, institute
The front side that the first elevating mechanism 41 is mounted on 1 lower end of bracket is stated, and its telescopic end is downward, the seedling-planting device 42 and described the
The telescopic end of one elevating mechanism 41 is fixedly connected, and the elongation of the first elevating mechanism 41 is to drive the seedling-planting device 42 to move down
And make in its seedling outlet insertion soil to enter seedling pot culture in soil, or shrink to drive seedling-planting device 42 to move up reset.Its
In the first elevating mechanism to control seedling-planting device decline with drop seedling outlet insertion soil in or lift, wherein seedling-planting device is being inserted into
Seedling alms bowl is released to plant in the soil simultaneously when in soil;Each seedling-planting device 42 includes a cylinder 421, multiple opens cave
First 422 and second elevating mechanism 423, the cylinder 421 is vertically arranged and its both ends open, and the upper end is seedling feeder, lower end
For seedling outlet, and its seedling feeder passes through the edge that the seedling culture pan 3 is extended upwardly into seedling pipe 5 respectively, and described first
The telescopic end of elevating mechanism 41 is connected with corresponding 421 sidewall upper of cylinder, and multiple rotations of open point head 422 are disposed around institute
State the side-walls of 421 seedling outlet of cylinder, multiple open point heads 422 can rotate synchronously tapered with by seedling outlet to mutually drawing close
It blocks, and its junction of vertebra tip far from itself and cylinder 421, or rotates synchronously to being located remotely from each other in flower-shape and by seedling outlet
It opens;Second elevating mechanism 423 is mounted on the lateral wall of the cylinder 421, telescopic end downward, and its telescopic end end
Portion is equipped with a horizontally disposed annulus 4231, and the cylinder 421 passes through the annulus 4231, and the annulus 4231 passes through multiple
Connector 4232 and the outer wall of multiple open point heads 422 are rotatablely connected correspondingly, and second elevating mechanism 423 extends
It mutually draws close tapered or shrinks to drive each described open to drive each open point head 422 to synchronize by connector 4232
Cave-head 422, which synchronizes, is located remotely from each other into flower-shape.
Wherein, the second elevating mechanism rises so that seedling alms bowl has been put the seedling outlet opening of cylinder in flower shape by open point head
Out, or decline is so that open point head is tapered closes up, and seedling outlet is closed, and open point head it is tapered close up inserted convenient for seedling-planting device
Enter in soil, and head is in push open to be formed by the soil of insert division when flower is opened to plant seedling hole the new term begins, convenient for seedling alms bowl is put into it
In.
Wherein, to be multiple open point heads 422 scatter in circumferential with cylinder lower end junction at it flower-shape, such as flower
Sample is opened at the lower ending opening of cylinder at this time, and multiple 422 when mutually drawing close, and forms the taper of a upper end opening, and its
Opening and the opening of the cylinder lower end are coaxial, wherein the annulus 4231 rises, that is, drive each connector 4232 synchronous
Rising makes open point head scatter or annulus decline, and it is tapered to drive open point head to close to drive the decline of each connector 4232.
Preferably, the connector 4232 is pull rod, and each pull rod is vertically arranged, the upper end and the annulus
The outer wall of 4231 rotation connections, lower end and the open point head 422 is rotatablely connected.
The beneficial effect of above-mentioned technical proposal is: using pull rod, structure is simple, and has certain rigidity, in hacking
Tension suffered by corresponding open point head is born when head closing up in insertion soil.
Preferably, first elevating mechanism 41 and the second elevating mechanism 423 are telescopic cylinder.It is easy to control, it can be certainly
It is dynamic to complete to plant seedling.
It is further preferred, it further include power supply device and control device in above-described embodiment, the power supply device is placed in institute
It states in bracket 1, the power supply device, the first elevating mechanism 41 and the second elevating mechanism 423 are electrically connected with the control device respectively
It connects.So that each cultivation seedling device voluntarily works, working efficiency is improved, artificial intensity is reduced.
Power supply device described in above-mentioned technical proposal is generating set.Self-powered is realized, so that its is more convenient to use.
Wherein, handle can also be respectively set with the upper end of rear side on front side of bracket, the handle is horizontally disposed U
Shape bar, both ends connect on front side of the bracket and upper end of rear side respectively, are pull rod positioned at front side, are positioned at rear side
Push rod, wherein seedling culture pan is removably to be placed in the pedestal upper end, and settable multiple seedling culture pans replace work in turn, when one
After seedling pot culture in seedling culture pan is complete, the seedling culture pan can be removed and change another seedling culture pan for filling seedling alms bowl.
Distinguish a settable vertical sliding rail, the cylinder in the installation place for being wherein located at cylinder with rear side on front side of bracket
Side wall be equipped with sliding block, sliding block sliding is inlaid in sliding rail, and the top and bottom of sliding rail are sealed respectively, described first
Elevating mechanism drives the cylinder to move up and down along sliding rail length direction, it should be noted that sliding when cylinder runs to the top
Rail and sliding block cannot influence sliding of the annulus on cylinder, that is, need for sliding block to be arranged in the upper end of the cylinder lateral wall,
The length of sliding rail is unsuitable too long, and when needing to guarantee cylinder and annulus while rising to highest, annulus is not contacted with the lower end of sliding rail
It is preferred, setting sliding rail may make cylinder to move up and down and will not wave under the driving of the first elevating mechanism.
And need to have into the length of seedling pipe certain reserved, it is straight into seedling pipe when adapting to cylinder and dropping to extreme lower position
Shape.
Its principle is to drive this to put seedling device by two people, a people pulls in front side, and a people pushes in rear side, and two people
It is each responsible for being put into seedling alms bowl into what is be successively spaced in seedling pipe to the cultivation seedling device of respective side, is contraction-like in the first elevating mechanism
State, when the second elevating mechanism is elongation state, to each into a seedling alms bowl is put into seedling pipe, at this time by controlling each first liter
Descending mechanism elongation, so that in each seedling-planting device insertion soil, then control the contraction of the second elevating mechanism and controlled so that seedling alms bowl is released
The contraction of the first elevating mechanism is made, then controls the elongation of the second elevating mechanism again, completes to plant seedling, then will put seedling device by two people and push away
Dynamic repeatedly above-mentioned movement after moving forward certain distance, then complete once to plant seedling, it is preferred that it is located at pedestal lower end front side and lower end
It is consistent that rear side plants seedling number of devices, and front and back is aligned one by one respectively, and plantation seedling alms bowl may make to embark on journey into column distribution.
It can certainly cancel into seedling pipe, cylinder need to only be extended upwardly to close to the edge of seedling culture pan.
Wherein, controller can be PLC controller or single-chip microcontroller.
It should be noted that being: the load in order to reduce seedling-planting device needs to loosen the soil to field before plantation.
Wherein, generating set includes internal combustion engine and generator, is generated electricity by internal combustion machine driving generator.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (6)
1. one kind puts seedling device, which is characterized in that including bracket (1), driving wheel (2), seedling culture pan (3) and plant seedling device (4), institute
The hollow out frame that bracket (1) is horizontally disposed cuboid is stated, two sides are rotatably equipped with driving wheel (2), institute respectively
It states seedling culture pan (3) and is horizontally placed at the bracket (1) upper end end, before the cultivation seedling device (4) is placed in the bracket (1) lower end
Side and/or rear side, the cultivation seedling device (4) have seedling feeder and seedling outlet, and upward, mouth down of emerging is described for seedling feeder
The seedling feeder of seedling device (4) is planted by extending upwardly to the edge of the seedling culture pan (3) into seedling pipe (5), through manually will be described
What the seedling alms bowl in seedling culture pan (3) was successively spaced one by one put into seedling pipe (5), and under gravity along into seedling pipe (5)
It slides to cultivation seedling device (4), and is planted through the cultivation seedling device (4).
2. according to claim 1 put seedling device, which is characterized in that the cultivation seedling device (4) is multiple, and multiple described
It plants seedling device (4) lateral separation and the bracket (1) lower end front side and/or rear side, and each cultivation seedling dress is uniformly set
The seedling feeder for setting (4) passes through the edge that the seedling culture pan (3) is extended upwardly into seedling pipe (5) respectively.
3. according to claim 2 put seedling device, which is characterized in that each cultivation seedling device (4) respectively includes first
Elevating mechanism (41) and seedling-planting device (42), the seedling-planting device (42) have seedling feeder and seedling outlet, and seedling feeder upward, is emerged
Mouth down, the seedling feeder of the seedling-planting device (42) is by extending upwardly to the edge of the seedling culture pan (3), institute into seedling pipe (5)
State the front side that the first elevating mechanism (41) is mounted on the bracket (1) lower end, and its telescopic end is downward, the seedling-planting device (42) with
The telescopic end of first elevating mechanism (41) is fixedly connected, and the first elevating mechanism (41) elongation is to drive the seedling-planting device
(42) move down and make its seedling outlet insertion soil in seedling pot culture to be entered in soil, or shrink with drive seedling-planting device (42) to
Upper mobile reset.
4. according to claim 3 put seedling device, which is characterized in that each seedling-planting device (42) includes a cylinder
(421), multiple open point heads (422) and the second elevating mechanism (423), the cylinder (421) is vertically arranged and its both ends open,
Upper end is seedling feeder, and lower end is seedling outlet, the telescopic end of first elevating mechanism (41) and corresponding cylinder (421) side
The connection of wall upper end, multiple open point head (422) rotations are disposed around the side-walls of the cylinder (421) seedling outlet, multiple described
Open point head (422) can rotate synchronously tapered to block seedling outlet to mutually drawing close, and its vertebra tip is far from itself and cylinder
(421) junction, or rotate synchronously to being located remotely from each other in flower-shape and open seedling outlet;Second elevating mechanism
(423) be mounted on the lateral wall of the cylinder (421), telescopic end downward, and its telescopic end end be equipped with a level set
The annulus (4231) set, the cylinder (421) pass through the annulus (4231), and the annulus (4231) passes through multiple connectors
(4232) outer wall with multiple open point heads (422) is rotatablely connected correspondingly, the second elevating mechanism (423) elongation
Draw close tapered or contraction mutually to drive each open point head (422) to synchronize by connector (4232) to drive each institute
It states open point head (422) and synchronizes and be located remotely from each other into flower-shape.
5. according to claim 4 put seedling device, which is characterized in that the connector (4232) is pull rod, each described
Pull rod is vertically arranged, and the upper end and the annulus (4231) are rotatablely connected, and the outer wall of lower end and the open point head (422) turns
Dynamic connection.
6. according to claim 5 put seedling device, which is characterized in that first elevating mechanism (41) and the second elevator
Structure (423) is telescopic cylinder.
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CN201820775065.7U CN208191270U (en) | 2018-05-23 | 2018-05-23 | One kind putting seedling device |
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CN201820775065.7U CN208191270U (en) | 2018-05-23 | 2018-05-23 | One kind putting seedling device |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109845435A (en) * | 2019-04-09 | 2019-06-07 | 白昕 | A kind of self-propelled full automatic shallot Ridged plant machine and its application method |
CN110226395A (en) * | 2019-06-19 | 2019-09-13 | 上海山恒生态科技股份有限公司 | A kind of promotion submerged plant planting device and its implantation methods |
-
2018
- 2018-05-23 CN CN201820775065.7U patent/CN208191270U/en active Active
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109845435A (en) * | 2019-04-09 | 2019-06-07 | 白昕 | A kind of self-propelled full automatic shallot Ridged plant machine and its application method |
CN110226395A (en) * | 2019-06-19 | 2019-09-13 | 上海山恒生态科技股份有限公司 | A kind of promotion submerged plant planting device and its implantation methods |
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