CN208273711U - Carrot device for raising seedlings - Google Patents
Carrot device for raising seedlings Download PDFInfo
- Publication number
- CN208273711U CN208273711U CN201820903747.1U CN201820903747U CN208273711U CN 208273711 U CN208273711 U CN 208273711U CN 201820903747 U CN201820903747 U CN 201820903747U CN 208273711 U CN208273711 U CN 208273711U
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- Prior art keywords
- connecting band
- plantation
- net
- connection ring
- hemisphere
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- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Abstract
The utility model belongs to the technical field of crop seeds nursery, specifically discloses a kind of carrot device for raising seedlings, including plantation hemisphere, inlet/outlet pipe and branch pipe, inlet/outlet pipe are connected with hemisphere lower rotation, and branch pipe is tiltedly set to inlet/outlet pipe side wall；Hemisphere includes connecting band and connection ring, connecting band is arcuate structure, and multiple connecting band both ends are separately connected connection ring and surround hemispherical dome structure, and connecting band lower end and connection ring are detachably connected, groove is equipped in connecting band and connection ring, trench interiors are filled with sandy loam；Plantation net flexible is equipped in gap between adjacent connecting band, plantation net is detachably connected with connecting band；The end of branch pipe is arranged close to the groove in plantation hemisphere upper port connection ring.The seed of carrot is placed on plantation normally to be planted on the net, in seedling separation, is extracted entire planting unit from soil using inlet/outlet pipe, while shaking plantation net and shaking off the soil adhered to above, the root system of seedling is leaked out, is then divided into seedlings.
Description
Technical field
The utility model belong to crop seeds nursery technical field more particularly to a kind of carrot device for raising seedlings.
Background technique
Carrot is Cruciferae Rhaphanus, also known as " big carrot ", " rouge radish " " northeast carrot ".One, biennial grass
This, root meat, spherical, root skin red, root meat white.China is originated in, there are cultivation in various regions, and northeast is the big carrot master in China
Producing region is wanted, because the factors such as weather and kind form its high nutritive value and medical value.Carrot slightly warm in nature enters lung, stomach
Two warp, have heat-clearing, removing toxic substances, dampness removing, dissipate the stasis of blood, stomach strengthening and digestion promoting, preventing phlegm from forming and stopping coughing, it is pleasant, convenient, promote the production of body fluid to quench thirst, bowl spares, five viscera settling
Etc. functions.
Existing carrot is suitble to be planted in the soil that wet, soil layer is deep, has drained, so needing in seedling raising process
There is good growing environment, then need to transplant after emergence.The existing fixed structure of device for raising seedlings, device for raising seedlings
Immovable to remove, practical such device for raising seedlings is exactly easy plant growth environment.Particularly with as carrot
Seedlet nursery, since emergence rate is higher under appropriate environment for germination percentage, the seedling of every brood needs to be divided into seedlings and transplant.So
What existing device for raising seedlings do not play during seedling separation and transplanting and helps.Such as: license file
Some seeds are started mature plant inflorescence by a kind of method for culturing seedlings and its device of small-sized seed disclosed in CN104472171B
It is placed in device for raising seedlings, by human assistance seed shedding, sprouting, nursery, the plant flowers tagmeme is in one end of plant stem
And be connected with plant stem, the device for raising seedlings includes the container of culture substrate and covering in the cover on container for being laid with,
The cover is made of clear material；The device for raising seedlings provides the microenvironment for being suitble to sprouting for vegetable seeds, and container is one
The seed in micro- seedbed, sprouting can nursery on the spot；The method for culturing seedlings is easy to operate, at low cost, realize collection vegetable seeds acquisition,
Vernalization and nursery in one, solve kernel maturing in the prior art it is inconsistent, picking after seed be easily dehydrated inactivation, laboratory
Nursery need to carry out the technical problems such as secondary transplanting.The container of loading soil, cover, the cover covered on container are equipped with and can wear
The hole of plant stem is crossed, container is connect with cover removable seal, is had the fixing piece of fixed rhizome on cover, is also set up on cover
There is air hole.Actually solve the problems, such as seedlet nursery in above-mentioned application documents, for it is secondary transplanting be also required to by seedling from
It is dug out manually in the soil of device for raising seedlings, then is divided into seedlings and is transplanted.The existing emergence rate as this seedlet of carrot compared with
Height is directly divided into seedlings from soil and is easy to damage root system, blocked due to all root systems by soil during seedling separation, people can not sentence
Surely need to be divided into seedlings the position of root system, so seedling separation be easy to cause root system of plant to damage and the underproduction rashly.
Utility model content
The technical issues of the utility model solves is that existing device for raising seedlings is fixed during seedling separation and transplanting, point
Seedling can only manually be dug out from the soil of device for raising seedlings, be easy to damage seedlings root.
In order to solve the above-mentioned technical problem, the utility model provides following base case: carrot device for raising seedlings, including kind
It plants hemisphere, inlet/outlet pipe and branch pipe, inlet/outlet pipe to connect with hemisphere lower rotation, branch pipe is tiltedly set to inlet/outlet pipe side wall；Hemisphere
Including connecting band and connection ring, connecting band is arcuate structure, and multiple connecting band both ends are separately connected connection ring and surround hemispherical junction
Structure, and connecting band lower end and connection ring are detachably connected, and groove is equipped in connecting band and connection ring, trench interiors are filled with husky earth
Soil；Plantation net flexible is equipped in gap between adjacent connecting band, plantation net is detachably connected with connecting band；The end of branch pipe
It is arranged close to the groove in plantation hemisphere upper port connection ring.
In above-mentioned base case, realization principle: being placed on plantation for the seed of carrot and normally planted on the net, is dividing
Miao Shi is extracted entire planting unit using inlet/outlet pipe from soil, while being shaken plantation net and being shaked off the soil adhered to above,
The root system of seedling is leaked out, is then divided into seedlings, transplanted.
Specific implementation process, it is because mellow and full appearance can be reduced that the external structure of planting unit, which is set to sphere, first
The attachment of external structure soil, at the same it is more laborsaving when extracting planting unit.Inlet/outlet pipe is connected with hemisphere lower rotation,
In this way can be when inlet/outlet pipe rotate, branch pipe rotates with it.The mixing of water or water and fertilizer is added in this way inside inlet/outlet pipe
When object, branch pipe is rotated with inlet/outlet pipe and is uniformly poured in the groove in connection ring.The water in groove in connection ring is with gravity
It flows in the groove in connecting band.It is filled with sandy loam in groove, guarantees seepage of water, while can slowly be soaked to planting soil
Profit avoids watering excessive.Plantation net flexible is equipped in gap between adjacent connecting band, plantation net detachably connects with connecting band
It connects, convenient for manually being cleaned to plantation net.By seed be placed on plantation normally planted on the net, be divided into seedlings when, hold into
Outlet pipe shakes plantation net to extract entire planting unit from soil, the soil adhered to above is shaked off, by seedling
Root system leak out, be then divided into seedlings, transplanted.
The beneficial effect of this base case is:
1, device for raising seedlings can be extracted, extra soil is removed in shake, exposes root system and is divided into seedlings, guarantees not damage as far as possible
Hurt root system, guarantees the survival rate of seedling after transplanting.
2, device for raising seedlings can be high-efficient with more plants of seedling of nursery or a variety of seedling, is suitable for a variety of growing environments.
3, this programme structure is simple, convenient for operation, improves seedling separation efficiency.
4, watering, fertilising of this device for raising seedlings in seedling raising process can be completed, while water using slowly infiltration,
Realization trickle irrigation is connect, has both guaranteed humidity or excess moisture seed is avoided to addle that emergence needs.
Further, the plantation net is two layers of wire rope net superposition composition, has certain tension, while guaranteeing to plant net
Flexibility, conducive to the sowing of seed.
Further, the plantation net is flexible windproof net, structurally flexible and securely, convenient for plantation, in addition this infrastructure cost
Cheap, replacement is convenient.
Further, trenched side-wall is stated equipped with multiple discharge outlet, increases the infiltrating area of water.
Further, the groove is equipped with and blocks flip lid, and the sandy loam in groove is avoided to be lost.
In order to solve the above-mentioned technical problem, the following method for culturing seedlings of the utility model offer: carrot method for culturing seedlings, including with
Lower step: a, entire hemisphere is put into plantation nest, position is adjusted, entire hemisphere is made to keep balance；B, it is planted in flexibility
The online soil for being laid with plantation, watering, fertilising；C, it sows, the seed of carrot is placed in planting soil, light soil is then used
It is covered, waits emergence；D, nursery is poured in the seeding stage by inlet/outlet pipe and branch pipe, by water and fertilizer mix from into
Water pipe injection, is discharged from branch pipe, and being rotated into outlet pipe can circumferentially uniformly pour to planting online seed；E, it is divided into seedlings, holds
It lives in outlet pipe to extract entire hemisphere from soil, shake plantation net falls excessive soil, until seeing the feelings of root system
Seedling separation transplanting is carried out under condition.
In above-mentioned base case, the seed of carrot is placed on the normal plantation sowing of the online progress of plantation, in seedling separation,
Entire planting unit is extracted from soil using inlet/outlet pipe, while shaking plantation net and shaking off the soil adhered to above, it will be young
The root system of seedling leaks out, and is then divided into seedlings, is transplanted.
Further, in the step b, when being laid with planting soil in flexible net, it is divided into three layers of laying, first layer is sand
Soil, the second layer are Nutrition Soil, and the light soil and sandy soil of third layer carry out 2:1 mixing and be laid with.It is planted using second layer Nutrition Soil
It plants, first layer sandy soil guarantee the seepage of water of plantation, while sandy soil are easy to separate with hemisphere when whole device pulls up, third layer
The seedling grown can be fixed, while light soil has the advantages that warming and lightweight.
Further, the first layer sandy soil are laid in U-shaped groove structure, and the soil of the second layer and third layer is laid on its U
In shape slot.When pulling up convenient for hemisphere, soil is fallen, while more planting soils being avoided to be attached directly to connecting band and connection ring
Surface.
By above-mentioned type of seeding and matched device, many places sowing can be carried out in a device.In seedling raising process
In carry out infiltration pouring, achieve the effect that trickle irrigation.Device for raising seedlings is extracted after emergence, extra soil is removed in shake, exposes
Root system is divided into seedlings again, guarantees not damage root system as far as possible, guarantees the survival rate of seedling after transplanting.Existing device for raising seedlings of forgoing is only
It is able to achieve the purpose of plantation, cannot realize plantation, pouring and the purpose convenient for seedling separation simultaneously.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of carrot device for raising seedlings embodiment 1 in the utility model embodiment；
Fig. 2 is the structural schematic diagram for planting net in the utility model embodiment in carrot device for raising seedlings embodiment 2；
Fig. 3 is the structural schematic diagram of groove in carrot device for raising seedlings embodiment 3 in the utility model embodiment；
Fig. 4 is to plant soil strip map in net in the utility model embodiment in carrot device for raising seedlings embodiment 4.
Specific embodiment
It is further described below by specific embodiment:
Appended drawing reference in Figure of description includes: hemisphere 1, inlet/outlet pipe 2, branch pipe 3, connecting band 4, connection ring 5, groove
6, net 7, discharge outlet 8, flip lid 9 are planted.
Embodiment 1
As shown in Figure 1, carrot device for raising seedlings, including plantation hemisphere 1, inlet/outlet pipe 2 and branch pipe 3, inlet/outlet pipe 2 and hemisphere
The connection of 1 lower rotation of body, branch pipe 3 are tiltedly set to 2 side wall of inlet/outlet pipe.Hemisphere 1 includes connecting band 4 and connection ring 5, and connecting band 4 is
Arcuate structure, multiple 4 both ends of connecting band are separately connected connection ring 5 and surround hemispherical dome structure, and 4 lower end of connecting band and connection ring 5
It is detachably connected, groove 6 is equipped in connecting band 4 and connection ring 5, is filled with sandy loam inside groove 6.Between adjacent connecting band 4
Gap in be equipped with plantation net 7 flexible, plantation net 7 is detachably connected with connecting band 4, plants net 7 as two layers of wire rope net
Superposition composition.The end of branch pipe 3 is arranged close to the groove 6 in plantation 1 upper port connection ring 5 of hemisphere.Carrot nursery side
Method, comprising the following steps: a, entire hemisphere 1 is put into plantation nest, position is adjusted, entire hemisphere 1 is made to keep balance；b,
It is laid with soil, the watering, fertilising of plantation on the net in flexible wire ropes；C, it sows, the seed of carrot is placed in planting soil,
Then it is covered with light soil, waits emergence；D, nursery is poured in the seeding stage by inlet/outlet pipe 2 and branch pipe 3, by water
With fertilizer mixing from water inlet pipe inject, from branch pipe 3 be discharged, be rotated into outlet pipe 2 can circumferentially uniformly to plantation net 7 on seed into
Row pours；E, it is divided into seedlings, holds inlet/outlet pipe 2 and extract entire hemisphere 1 from soil, shake plantation net 7 falls excessive 1 soil
It falls, until carrying out seedling separation transplanting in the case where seeing root system.
In implementation, it is because mellow and full appearance can reduce external knot that the external structure of planting unit, which is set to sphere, first
The attachment of structure soil, at the same it is more laborsaving when extracting planting unit.Inlet/outlet pipe 2 is connected with 1 lower rotation of hemisphere, in this way
Can be when inlet/outlet pipe 2 rotate, branch pipe 3 rotates with it.The mixture of water or water and fertilizer is added in this way inside inlet/outlet pipe 2
When, branch pipe 3 is rotated with inlet/outlet pipe 2 and is uniformly poured in the groove 6 in connection ring 5.The water in groove 6 in connection ring 5 with
In groove 6 in gravity flowing to connecting band 4.Be filled with sandy loam in groove 6, guarantee seepage of water, at the same can to planting soil into
Row slowly infiltration, avoids watering excessive.In gap between adjacent connecting band 4 be equipped with wire rope net flexible, wire rope net with
Connecting band 4 is detachably connected, convenient for manually cleaning to wire rope net.Seed is placed on wire rope net and carries out normal kind
It plants, in seedling separation, holds inlet/outlet pipe 2 to extract entire planting unit from soil, while shaking wire rope net, it will be above
The soil of attachment is shaked off, and the root system of seedling is leaked out, is then divided into seedlings, transplanted.Above-described embodiment is cooperated by device plants
Method can extract device for raising seedlings, and extra soil is removed in shake, expose root system and be divided into seedlings, guarantee not damage root as far as possible
System guarantees the survival rate of seedling after transplanting.Watering, fertilising of this device for raising seedlings in seedling raising process can be completed, and pour simultaneously
Water realizes trickle irrigation using slowly infiltration indirectly, has both guaranteed humidity or avoid excess moisture that seed is caused to addle that emergence needs.
Embodiment 2
As shown in Figure 1, 2, carrot device for raising seedlings, including plantation hemisphere 1, inlet/outlet pipe 2 and branch pipe 3, inlet/outlet pipe 2 and half
The connection of 1 lower rotation of sphere, branch pipe 3 are tiltedly set to 2 side wall of inlet/outlet pipe.Hemisphere 1 includes connecting band 4 and connection ring 5, connecting band 4
For arcuate structure, multiple 4 both ends of connecting band are separately connected connection ring 5 and surround hemispherical dome structure, and 4 lower end of connecting band and connection ring
5 are detachably connected, and groove 6 is equipped in connecting band 4 and connection ring 5, is filled with sandy loam inside groove 6.Between adjacent connecting band 4
Gap in be equipped with plantation net 7 flexible, plantation net 7 be detachably connected with connecting band 4, plantation net 7 be flexible windproof net.Branch pipe
3 end is arranged close to the groove 6 in plantation 1 upper port connection ring 5 of hemisphere.Carrot method for culturing seedlings, including following step
It is rapid: a, entire hemisphere 1 being put into plantation nest, position is adjusted, entire hemisphere 1 is made to keep balance；B, in flexible windproof net
The upper soil for being laid with plantation, watering, fertilising；C, sow, the seed of carrot is placed in planting soil, then with light soil into
Row covering, waits emergence；D, nursery is poured in the seeding stage by inlet/outlet pipe 2 and branch pipe 3, by water and fertilizer mix from into
Water pipe injection, is discharged from branch pipe 3, and being rotated into outlet pipe 2 can be circumferentially uniformly to the plantation net 7 namely online seed of flexible windproof
It is poured；E, it is divided into seedlings, holds inlet/outlet pipe 2 and extract entire hemisphere 1 from soil, shake flexible windproof net makes excessive soil
Earth is fallen, until carrying out seedling separation transplanting in the case where seeing root system.
In implementation, it is because mellow and full appearance can reduce external knot that the external structure of planting unit, which is set to sphere, first
The attachment of structure soil, at the same it is more laborsaving when extracting planting unit.Inlet/outlet pipe 2 is connected with 1 lower rotation of hemisphere, in this way
Can be when inlet/outlet pipe 2 rotate, branch pipe 3 rotates with it.The mixture of water or water and fertilizer is added in this way inside inlet/outlet pipe 2
When, branch pipe 3 is rotated with inlet/outlet pipe 2 and is uniformly poured in the groove 6 in connection ring 5.The water in groove 6 in connection ring 5 with
In groove 6 in gravity flowing to connecting band 4.Be filled with sandy loam in groove 6, guarantee seepage of water, at the same can to planting soil into
Row slowly infiltration, avoids watering excessive.Flexible windproof net flexible, flexible windproof are equipped in gap between adjacent connecting band 4
Net is detachably connected with connecting band 4, convenient for manually cleaning to flexible windproof net.It is enterprising that seed is placed on flexible windproof net
The normal plantation of row holds inlet/outlet pipe 2 in seedling separation to extract entire planting unit from soil, while shaking flexible anti-
Wind net shakes off the soil adhered to above, and the root system of seedling is leaked out, is then divided into seedlings, transplanted.Above-described embodiment passes through dress
Cooperation implantation methods are set, device for raising seedlings can be extracted, extra soil is removed in shake, exposes root system and is divided into seedlings, is protected as far as possible
Card does not damage root system, guarantees the survival rate of seedling after transplanting.Watering, fertilising of this device for raising seedlings in seedling raising process can be complete
At, while watering using slowly infiltration, trickle irrigation is realized indirectly, has both guaranteed humidity or avoid excess moisture seed rotten that emergence needs
It is bad.
Embodiment 3
As shown in Figure 1,3, unlike the embodiments above: 6 side wall of groove is equipped with multiple discharge outlet 8, and groove 6 is equipped with
Block flip lid 9.It can guarantee that the end of groove 6 can seep water in this way, side wall can also seep water outward, increase the permeable face of water
Product.Flip lid 9 on groove 6 can prevent the sandy loam in groove 6 to be lost.
Embodiment 4
As shown in figure 4, unlike the embodiments above: in step b, when being laid with planting soil in flexible net, being divided into
Three layers of laying, first layer are sandy soil, and the second layer is Nutrition Soil, and the light soil and sandy soil of third layer carry out 2:1 mixing and be laid with.First
Layer sandy soil are laid in U-shaped groove structure, and the soil of the second layer and third layer is laid in its U-lag.Utilize second layer Nutrition Soil
It is sowed, first layer sandy soil guarantee the seepage of water of plantation, while when whole device pulls up, sandy soil are easy and hemisphere 1 divides
From third layer can be fixed the seedling grown, while light soil has the advantages that warming and lightweight.First layer sandy soil
It is laid in U-shaped groove structure, the soil of the second layer and third layer is laid in its U-lag.When being pulled up convenient for hemisphere 1, soil
It falls, while more planting soils being avoided to be attached directly to 5 surface of connecting band 4 and connection ring.
Above-described embodiment is be combined with each other by type of seeding and matched device, can be carried out in a device more
Place's sowing.Infiltration pouring is carried out in seedling raising process, achievees the effect that trickle irrigation.Device for raising seedlings is extracted after emergence, shake is gone
Fall extra soil, exposes root system and be divided into seedlings again, guarantee not damage root system as far as possible, guarantee the survival rate of seedling after transplanting.It gets rid of
Except existing device for raising seedlings can only realize the purpose of plantation, plantation, pouring and the purpose convenient for seedling separation cannot be realized simultaneously.
In all embodiments, inlet/outlet pipe 2 and 1 lower rotation connection type of hemisphere can be turned using 2 bottom of inlet/outlet pipe
Axis and the socket of 1 bottom of hemisphere, are locked using bolt or spring, it can only be rotated；It can also be equipped in 1 bottom of hemisphere
With 2 bottom meshed gears of inlet/outlet pipe, be engaged with each other same turn.4 lower end of connecting band and connection ring 5 are detachably connected, plantation net 7 with
Connecting band 4 is detachably connected, and being detachably connected for the two structures can be using snapping connection, and locating piece and fastener are matched
It closes, locating piece guides fastener on designated position by fastener and card slot cooperation clamping；It can also carry out pinpointing using bolt tight
Gu unscrewing Bolt dismantling when not needing.
Above-described is only the embodiments of the present invention, and the common sense such as well known specific structure and characteristic are herein in scheme
It does not describe excessively.It should be pointed out that for those skilled in the art, in the premise for not departing from the utility model structure
Under, several modifications and improvements can also be made, these also should be considered as the protection scope of the utility model, these all will not influence
The effect and patent practicability that the utility model is implemented.
Claims (5)
1. carrot device for raising seedlings, which is characterized in that including plantation hemisphere, inlet/outlet pipe and branch pipe, inlet/outlet pipe and hemisphere bottom
Rotation connection, branch pipe are tiltedly set to inlet/outlet pipe side wall；Hemisphere includes connecting band and connection ring, and connecting band is arcuate structure, multiple
Connecting band both ends are separately connected connection ring and surround hemispherical dome structure, and connecting band lower end and connection ring are detachably connected, connecting band
With groove is equipped in connection ring, trench interiors are filled with sandy loam；Plantation flexible is equipped in gap between adjacent connecting band
Net, plantation net are detachably connected with connecting band；The end of branch pipe is with the groove in plantation hemisphere upper port connection ring close to setting
It sets.
2. carrot device for raising seedlings according to claim 1, it is characterised in that: the plantation net is that two layers of wire rope net is folded
Add composition.
3. carrot device for raising seedlings according to claim 1, it is characterised in that: the plantation net is flexible windproof net.
4. carrot device for raising seedlings according to claim 1, it is characterised in that: the trenched side-wall is equipped with multiple discharge outlet.
5. carrot device for raising seedlings according to claim 4, it is characterised in that: the groove is equipped with and blocks flip lid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820903747.1U CN208273711U (en) | 2018-06-11 | 2018-06-11 | Carrot device for raising seedlings |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820903747.1U CN208273711U (en) | 2018-06-11 | 2018-06-11 | Carrot device for raising seedlings |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208273711U true CN208273711U (en) | 2018-12-25 |
Family
ID=64698908
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820903747.1U Expired - Fee Related CN208273711U (en) | 2018-06-11 | 2018-06-11 | Carrot device for raising seedlings |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208273711U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108541488A (en) * | 2018-06-11 | 2018-09-18 | 重庆华渝种子有限公司 | Carrot device for raising seedlings |
-
2018
- 2018-06-11 CN CN201820903747.1U patent/CN208273711U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108541488A (en) * | 2018-06-11 | 2018-09-18 | 重庆华渝种子有限公司 | Carrot device for raising seedlings |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181225 Termination date: 20190611 |
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| CF01 | Termination of patent right due to non-payment of annual fee |