CN108496636A - A kind of greenhouse electricity drive Full-automatic rice plate rice breeding machine - Google Patents
A kind of greenhouse electricity drive Full-automatic rice plate rice breeding machine Download PDFInfo
- Publication number
- CN108496636A CN108496636A CN201810330603.6A CN201810330603A CN108496636A CN 108496636 A CN108496636 A CN 108496636A CN 201810330603 A CN201810330603 A CN 201810330603A CN 108496636 A CN108496636 A CN 108496636A
- Authority
- CN
- China
- Prior art keywords
- shaft
- seedling disk
- car body
- seedling
- conveyer belt
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
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Classifications
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/08—Devices for filling-up flower-pots or pots for seedlings; Devices for setting plants or seeds in pots
- A01G9/085—Devices for setting seeds in pots
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/08—Devices for filling-up flower-pots or pots for seedlings; Devices for setting plants or seeds in pots
- A01G9/081—Devices for filling-up pots
Abstract
The invention discloses a kind of greenhouse electricity to drive Full-automatic rice plate rice breeding machine, including car body, seedling disk laying rack, seedling disk conveyer belt, actuating unit, Suction cup assembly, earthing portion, sowing portion, paving soil portion, walking mechanism, driving mechanism；Seedling disk laying rack is installed on the car body；Seedling disk conveyer belt is installed on the car body, and close to seedling disk laying rack, the other end of seedling disk conveyer belt is rearward arranged for one end of seedling disk conveyer belt；Actuating unit is for driving Suction cup assembly movement the seedling disk being located on seedling disk laying rack is moved to seedling disk conveyer belt；Earthing portion, sowing portion, paving soil portion are sequentially arranged at along the direction of advance of seedling cultivation machine on car body；Walking mechanism is installed on the car body；Driving mechanism includes lithium battery, motor, speed reducer, transmission shaft, lithium battery and electronic mechatronics；Motor is connect with speed reducer drive, and speed reducer is connect with transmission shaft driven；Transmission shaft is sequentially connected with the seedling disk conveyer belt, earthing portion, sowing portion, paving soil portion, walking mechanism.
Description
Technical field
The present invention relates to seedling cultivation machine fields more particularly to a kind of greenhouse electricity to drive Full-automatic rice plate rice breeding machine.
Background technology
With the continuous renewal and development of agriculture production technology, agricultural modernization production is gradually to automation, mechanization hair
Exhibition, seedling are the important links of Rice Production, and sprout-tray seedling growth is one of modern seedling major way, and plate rice breeding needs are being educated
The a series of programs such as shop fixtures is native, sows, covers table soil are completed in seedling disk, and these are that seedling is successfully crucial.For greenhouse
Air circulation is relatively slow, and according to previous gasoline engine as power source, larger pollution will be generated to greenhouse.Needle
To this special circumstances, power is provided using lithium battery cooperation motor, zero emission and pollution has not only been only reached, has fired simultaneously
The economic higher of oil, meets the main trend of current energy-saving and environmental protection.Simplified machine can also be realized using the scheme of motor simultaneously
Structure reduces volume, mitigates weight, and turning radius smaller is suitble to the warm office work in narrow space.
Invention content
To solve technical problem present in background technology, the present invention proposes that a kind of greenhouse electricity drives Full-automatic rice disc type
Seedling cultivation machine.
A kind of greenhouse electricity proposed by the present invention drives Full-automatic rice plate rice breeding machine, including car body, seedling disk laying rack, seedling
Disk conveyer belt, actuating unit, Suction cup assembly, earthing portion, sowing portion, paving soil portion, walking mechanism, driving mechanism；Seedling disk laying rack
Installation is on the car body；Seedling disk conveyer belt is installed on the car body, and one end of seedling disk conveyer belt is close to seedling disk laying rack, the conveying of seedling disk
The other end of band is rearward arranged；Actuating unit is for driving Suction cup assembly movement will be located at the seedling disk on seedling disk laying rack
It is moved on seedling disk conveyer belt；Earthing portion, sowing portion, paving soil portion are sequentially arranged at along the direction of advance of seedling cultivation machine on car body；Row
Walk mechanism installation on the car body；Driving mechanism includes lithium battery, motor, speed reducer, transmission shaft, lithium battery and electronic electromechanics
Connection；Motor is connect with speed reducer drive, and speed reducer is connect with transmission shaft driven；Transmission shaft and the seedling disk conveyer belt,
Earthing portion, sowing portion, paving soil portion, walking mechanism are sequentially connected.
Preferably, actuating unit includes the first power unit, the second power unit, lead screw, slide bar, sliding block, and lead screw is located at
The top of seedling disk laying rack, seedling disk conveyer belt, lead screw arrange that lead screw is rotatablely connected with car body along the moving direction of seedling cultivation machine；It is sliding
Bar is located at the top of seedling disk laying rack, seedling disk conveyer belt, and slide bar is arranged in parallel with lead screw, and slide bar is connect with car body；Sliding block and silk
Bar is threadedly coupled, and sliding block is connect with sliding bar；First power unit is for driving lead screw to rotate；Second power unit is installed
On sliding block and for driving Suction cup assembly to move up and down.
Preferably, seedling disk conveyer belt includes the first driving shaft, first driven shaft, the first belt, support shaft, and first actively
Axis, first driven shaft are rotatablely connected with car body, and the first driving shaft, first driven shaft are divided successively along the moving direction of seedling cultivation machine
Cloth, the first driving shaft are connect by the first belt with first driven shaft, and the first driving shaft is connect with transmission shaft driven；Support shaft
With car body be rotatablely connected, support shaft be located at the inside of the first belt and with the first belt contacts.
Preferably, the quantity of support shaft is multiple, and multiple support shafts are sequentially distributed along the moving direction of seedling cultivation machine.
Preferably, paving soil portion includes paving Tu Cang, the first rotary shaft, the first hack component, and paving Tu Cang is installed on the car body simultaneously
Positioned at the top of seedling disk conveyer belt；First rotary shaft is located in the native storehouse of paving and is rotatablely connected with car body, the first rotary shaft and transmission
Axis is sequentially connected；First hack component is mounted in the first rotary shaft；Preferably, paving soil portion further includes the second driving shaft, second
Driven shaft, the second belt, the second driving shaft, second driven shaft are located at the lower section of the first hack component and are located at seedling disk conveyer belt
Top, the second driving shaft, second driven shaft be sequentially distributed along the moving direction of seedling cultivation machine, and the second driving shaft passes through the second skin
Band is connect with second driven shaft, and the second driving shaft is connect with transmission shaft driven.
Preferably, the first hack component includes multiple cylinders, and multiple cylinders are interlaced to be mounted on the first rotary shaft
On, the angle between two cylinders of arbitrary neighborhood is 30-80 degree.
Preferably, sowing portion includes sowing storehouse, installation axle, seeding belt, and the installation of sowing storehouse is on the car body and defeated positioned at seedling disk
Send the top of band；Installation axle is located in sowing storehouse and is rotatablely connected with car body, and installation axle is connect with transmission shaft driven；Seeding belt
Installation is on the mounting shaft.
Preferably, earthing portion includes earthing storehouse, the second rotary shaft, the second hack component, and earthing storehouse is installed on the car body simultaneously
Positioned at the top of seedling disk conveyer belt；Second rotary shaft is located in earthing storehouse and is rotatablely connected with car body, the second rotary shaft and driving
Mechanism driving connects；Second hack component is mounted in the second rotary shaft；Preferably, earthing portion further includes third driving shaft,
Three driven shafts, third belt, third driving shaft, third driven shaft are located at the lower section of the second hack component and are conveyed positioned at seedling disk
The top of band, third driving shaft, third driven shaft are sequentially distributed along the moving direction of seedling cultivation machine, and third driving shaft passes through third
Belt and the driven axis connection of third, third driving shaft are connect with transmission shaft driven.
Preferably, walking mechanism includes axle, two Athey wheels, and axle installation connects on the car body and with transmission shaft driven
It connects；Two Athey wheels are separately mounted to the both ends of axle.
Preferably, further include outlet plate, export the downstream side that plate is located at seedling disk conveyer belt, outlet plate is inclined
Shape arranges that the higher-end for exporting plate is arranged close to seedling disk conveyer belt.
In the present invention, using lithium battery, more environmentally friendly, structure of the invention is compact, reasonable, realizes and automates, is disposable
Extensive balance seedling is completed, simple operation is simple, greatly improves working efficiency, reduces labor intensity, and with stopping
With walking, control is sensitive convenient, and balance is neat, compact, spreads soil uniformly, and rice shoot bedding is smooth, reduces the wave of seed and seedling disk base soil
Take
Description of the drawings
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the structural schematic diagram in earthing portion, sowing portion, paving soil portion etc.；
Fig. 3 is the structural schematic diagrams such as earthing portion, sowing portion, paving soil portion, walking mechanism, driving mechanism.
Specific implementation mode
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase
Mutual combination；Below with reference to the accompanying drawings it elaborates to the present invention and in conjunction with the embodiments
Referring to Fig.1-3, a kind of greenhouse electricity proposed by the present invention drives Full-automatic rice plate rice breeding machine, including car body 1, seedling
Disk laying rack 2, seedling disk conveyer belt, actuating unit, Suction cup assembly 40, earthing portion, sowing portion, paving soil portion, walking mechanism, driving
Mechanism；Seedling disk laying rack 2 is mounted on car body 1；Seedling disk conveyer belt is mounted on car body 1, and one end of seedling disk conveyer belt is close to seedling
The other end of disk laying rack 2, seedling disk conveyer belt is rearward arranged；Actuating unit is for driving the movement of Suction cup assembly 40 with by position
It is moved on seedling disk conveyer belt in the seedling disk on seedling disk laying rack 2；Earthing portion, sowing portion, paving soil portion are along the advance side of seedling cultivation machine
To being sequentially arranged on car body 1；Walking mechanism is mounted on car body 1；Driving mechanism includes lithium battery 41, motor 36, slows down
Machine 37, transmission shaft 38, lithium battery 41 are electrically connected with motor 36；Motor 36 and speed reducer 37 are sequentially connected, speed reducer 37 with
Transmission shaft 38 is sequentially connected；Transmission shaft 38 is passed with the seedling disk conveyer belt, earthing portion, sowing portion, paving soil portion, walking mechanism
Dynamic connection.
In further embodiment, actuating unit includes the first power unit 4, the second power unit 5, lead screw 8, slides
Bar 6, sliding block 7, lead screw are located at the top of seedling disk laying rack 2, seedling disk conveyer belt, and lead screw is arranged along the moving direction of seedling cultivation machine, silk
Bar is rotatablely connected with car body；Slide bar is located at the top of seedling disk laying rack, seedling disk conveyer belt, and slide bar is arranged in parallel with lead screw, slide bar
It is connect with car body；Sliding block is connect with wire rod thread, and sliding block is connect with sliding bar；First power unit is for driving lead screw to turn
It is dynamic；Second power unit is mounted on sliding block and for driving Suction cup assembly to move up and down.
Multiple seedling disks are placed on seedling disk laying rack 2, in operation, drive lead screw to rotate using the first power unit, when
Suction cup assembly stops when being located at the top of seedling disk, drives Suction cup assembly to decline using the second power unit, adsorbs seedling disk, then
Suction cup assembly, seedling disk is driven to rise, the first power unit drives lead screw rotation again, and when Suction cup assembly, that seedling disk is located at seedling disk is defeated
Stop when the top for sending band, drives Suction cup assembly to decline using using the second power unit, seedling disk is placed on seedling disk conveyer belt
On, repeatedly, realize the movement of seedling disk.
In further embodiment, seedling disk conveyer belt includes the first driving shaft 15, first driven shaft 16, the first belt
17, support shaft 18, the first driving shaft 15, first driven shaft 16 are rotatablely connected with car body 1, and the first driving shaft 15, first is driven
Axis 16 is sequentially distributed along the moving direction of seedling cultivation machine, and the first driving shaft 15 is connect by the first belt 17 with first driven shaft 16,
First driving shaft 15 is connect with transmission shaft driven；Support shaft 18 is rotatablely connected with car body 1, and support shaft 18 is located at the first belt 17
Inside and contacted with the first belt 17；In further embodiment, the quantity of support shaft 18 is multiple, multiple support shafts
18 are sequentially distributed along the moving direction of seedling cultivation machine.
When seedling disk is moved on the first belt 17 of seedling disk conveyer belt, driving mechanism drives the rotation of the first driving shaft 15,
Seedling disk is driven to move using the first belt 17.
Since seedling disk conveying strip length is larger, by the way that support shaft 18 is arranged, support seedling disk avoids, can be effective
Transmit seedling disk.
In further embodiment, paving soil portion includes the native storehouse 19 of paving, the first rotary shaft 20, the first hack component 21, paving
Native storehouse 19 is mounted on the top on car body 1 and positioned at seedling disk conveyer belt；First rotary shaft 20 is located in paving soil storehouse 19 and and car body
1 rotation connection, the first rotary shaft 20 are connect with transmission shaft driven；First hack component 21 is mounted in the first rotary shaft 20.
Paving soil portion further includes the second driving shaft 22, second driven shaft 23, the second belt 24, the second driving shaft 22, second from
Moving axis 23 is located at the lower section of the first hack component 21 and the top positioned at seedling disk conveyer belt, the second driving shaft 22, second driven shaft
23 are sequentially distributed along the moving direction of seedling cultivation machine, and the second driving shaft 22 is connect by the second belt 24 with second driven shaft 23, and
Two driving shafts 22 are connect with transmission shaft driven.
It is put into soil in Pu Tucang 19, drives the first rotary shaft 20 to rotate using driving mechanism, utilizes the first hack group
Soil is crushed, is refined by part 21.
Soil is fallen by the outlet in paving soil storehouse 19 on the second belt 24, and driving mechanism is utilized to drive the second driving shaft 22
Rotation transmits soil using the second belt 24, and soil falls from the second belt 24, trickle down on seedling disk, seedling disk uplink at
5mm to 8mm substratums.Subsoil is uniformly and the not no stone of bulky grain.
In further embodiment, sowing portion includes sowing storehouse 25, installation axle 26, seeding belt 27, and sowing storehouse 25 is installed
Top on car body 1 and positioned at seedling disk conveyer belt；Installation axle 26 is located in sowing storehouse 25 and is rotatablely connected with car body 1, installation
Axis 26 is connect with transmission shaft driven；Seeding belt 27 is mounted in installation axle 26.
It is put into seed in sowing storehouse 25, drives installation axle 26 to rotate using driving mechanism, in the drive of seeding belt 27
Under, seed is fallen from sowing storehouse 25, is uniformly trickled down on seedling disk.
In further embodiment, earthing portion includes earthing storehouse 28, the second rotary shaft 29, the second hack component 30, is covered
Native storehouse 28 is mounted on the top on car body 1 and positioned at seedling disk conveyer belt；Second rotary shaft 29 is located in earthing storehouse 28 and and car body
1 rotation connection, the second rotary shaft 29 are sequentially connected with driving mechanism；Second hack component 30 is mounted in the second rotary shaft 29；
Preferably, earthing portion further includes third driving shaft 31, third driven shaft 32, third belt 33, third driving shaft 31, third from
Moving axis 32 is located at the lower section of the second hack component 30 and the top positioned at seedling disk conveyer belt, third driving shaft 31, third driven shaft
32 are sequentially distributed along the moving direction of seedling cultivation machine, and third driving shaft 31 is connect by third belt 33 with third driven shaft 32,
Third driving shaft 31 is connect with transmission shaft driven.
It is put into soil in earthing storehouse 28, drives the second rotary shaft 29 to rotate using driving mechanism, utilizes the second hack group
Soil is crushed, is refined by part 30.
Soil is fallen by the outlet in earthing storehouse 28 on third belt 33, and third driving shaft 31 is driven using driving mechanism
Rotation transmits soil using third belt 33, and soil falls from third belt 33, trickle down on seedling disk, seedling disk uplink at
5mm to 8mm overburden layers.
In further embodiment, walking mechanism includes 34, two Athey wheels 35 of axle, and axle 34 is mounted on car body 1
Above and with transmission shaft driven it connect；Two Athey wheels 35 are separately mounted to the both ends of axle 34.Axle is driven using driving mechanism
34, Athey wheel 35 rotates, and then drives entire seedling cultivation machine movement.
Further include outlet plate 39 in further embodiment, outlet plate 39 is located at the downstream of seedling disk conveyer belt
Side, outlet plate 39 obliquely arrange that the higher-end for exporting plate 39 is arranged close to seedling disk conveyer belt.Facilitate seedling disk from going out
Mouth plate 39 flows out.
It is powered to motor using lithium battery, drives speed reducer 37 to rotate using motor, speed reducer 37 drives transmission shaft
38 rotations.
First driving gear A can be installed on transmission shaft 38, the first driven gear B is installed on axle 34, pass through
One chain C realizes transmission.
Second driving gear D can be installed on transmission shaft 38, in the first driving shaft 15, the second driving shaft 22, third master
Moving axis 31, the second rotary shaft 29, installs the second driven gear E in installation axle 26 at first rotary shaft 20, and it is real to pass through the second chain F
Now it is driven.In order to control the tension of the second chain F, can be controlled by increasing Tension gear P.
Seedling disk is placed in seedling disk laying rack, is moved to seedling disk on seedling disk conveyer belt simultaneously using actuating unit, Suction cup assembly
It moves along seedling disk conveyer belt, when seedling disk is moved to the lower section in paving soil portion, is trickled down subsoil on seedling disk using paving soil portion,
Seedling disk uplink is at 5mm to 8mm substratums.Subsoil is uniformly and the not no stone of bulky grain.When seedling disk is moved to the lower section in sowing portion
When, seed is trickled down on seedling disk using sowing portion.It, will be fine crushing using earthing portion when seedling disk is moved to the earthing in sowing portion
Soil trickle down on seedling disk, row at 5mm to 8mm overburden layer.Finally by outlet plate outflow.
The foregoing is only a preferred embodiment of the present invention, but protection scope of the present invention be not limited to
This, any one skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention
And its inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (10)
1. a kind of greenhouse electricity drives Full-automatic rice plate rice breeding machine, which is characterized in that defeated including car body, seedling disk laying rack, seedling disk
Send band, actuating unit, Suction cup assembly, earthing portion, sowing portion, paving soil portion, walking mechanism, driving mechanism；Seedling disk laying rack is installed
On the car body；Seedling disk conveyer belt is installed on the car body, one end of seedling disk conveyer belt close to seedling disk laying rack, seedling disk conveyer belt it is another
One end is rearward arranged；Actuating unit is for driving Suction cup assembly movement the seedling disk being located on seedling disk laying rack is moved to seedling
On disk conveyer belt；Earthing portion, sowing portion, paving soil portion are sequentially arranged at along the direction of advance of seedling cultivation machine on car body；Walking mechanism is pacified
Dress is on the car body；Driving mechanism includes lithium battery, motor, speed reducer, transmission shaft, lithium battery and electronic mechatronics；It is electronic
Machine is connect with speed reducer drive, and speed reducer is connect with transmission shaft driven；Transmission shaft and the seedling disk conveyer belt, earthing portion, sowing
Portion, paving soil portion, walking mechanism are sequentially connected.
2. greenhouse electricity according to claim 1 drives Full-automatic rice plate rice breeding machine, which is characterized in that actuating unit includes
First power unit, the second power unit, lead screw, slide bar, sliding block, lead screw are located at the top of seedling disk laying rack, seedling disk conveyer belt,
Lead screw arranges that lead screw is rotatablely connected with car body along the moving direction of seedling cultivation machine；Slide bar is located at seedling disk laying rack, seedling disk conveyer belt
Top, slide bar are arranged in parallel with lead screw, and slide bar is connect with car body；Sliding block is connect with wire rod thread, and sliding block is connect with sliding bar；
First power unit is for driving lead screw to rotate；Second power unit is mounted on sliding block and is moved down on Suction cup assembly for driving
It is dynamic.
3. greenhouse electricity according to claim 1 drives Full-automatic rice plate rice breeding machine, which is characterized in that seedling Pan Shusongdaibao
The first driving shaft, first driven shaft, the first belt, support shaft are included, the first driving shaft, first driven shaft, which are rotated with car body, to be connected
It connects, the first driving shaft, first driven shaft are sequentially distributed along the moving direction of seedling cultivation machine, and the first driving shaft passes through the first belt and
One driven axis connection, the first driving shaft are connect with transmission shaft driven；Support shaft is rotatablely connected with car body, and support shaft is located at the first skin
The inside of band and with the first belt contacts.
4. greenhouse electricity according to claim 3 drives Full-automatic rice plate rice breeding machine, which is characterized in that the quantity of support shaft
To be multiple, multiple support shafts are sequentially distributed along the moving direction of seedling cultivation machine.
5. greenhouse electricity according to claim 1 drives Full-automatic rice plate rice breeding machine, which is characterized in that paving soil portion includes paving
Tu Cang, the first rotary shaft, the first hack component, paving Tu Cang installations are on the car body and positioned at the top of seedling disk conveyer belt；First rotation
Shaft is located in the native storehouse of paving and is rotatablely connected with car body, and the first rotary shaft is connect with transmission shaft driven；First hack component is installed
In the first rotary shaft；Preferably, paving soil portion further includes the second driving shaft, second driven shaft, the second belt, the second driving shaft,
Second driven shaft is located at the lower section of the first hack component and the top positioned at seedling disk conveyer belt, the second driving shaft, second driven shaft
Moving direction along seedling cultivation machine is sequentially distributed, and the second driving shaft is connect by the second belt with second driven shaft, the second driving shaft
It is connect with transmission shaft driven.
6. greenhouse electricity according to claim 5 drives Full-automatic rice plate rice breeding machine, which is characterized in that first hack
Component includes multiple cylinders, and multiple cylinders are interlaced to be mounted in the first rotary shaft, the folder between two cylinders of arbitrary neighborhood
Angle is 30-80 degree.
7. greenhouse electricity according to claim 1 drives Full-automatic rice plate rice breeding machine, which is characterized in that sowing portion includes broadcasting
Kind storehouse, installation axle, seeding belt, the installation of sowing storehouse is on the car body and positioned at the top of seedling disk conveyer belt；Installation axle is located at sowing storehouse
Interior and be rotatablely connected with car body, installation axle connect with transmission shaft driven；Seeding belt is installed on the mounting shaft.
8. greenhouse electricity according to claim 1 drives Full-automatic rice plate rice breeding machine, which is characterized in that earthing portion includes covering
Tu Cang, the second rotary shaft, the second hack component, the installation of earthing storehouse is on the car body and positioned at the top of seedling disk conveyer belt；Second rotation
Shaft is located in earthing storehouse and is rotatablely connected with car body, and the second rotary shaft is sequentially connected with driving mechanism；Second hack component is pacified
In the second rotary shaft；Preferably, earthing portion further includes third driving shaft, third driven shaft, third belt, and third is actively
Axis, third driven shaft are located at the lower section of the second hack component and the top positioned at seedling disk conveyer belt, and third driving shaft, third are driven
Axis is sequentially distributed along the moving direction of seedling cultivation machine, and third driving shaft is by third belt and the driven axis connection of third, and third is actively
Axis is connect with transmission shaft driven.
9. greenhouse electricity according to claim 1 drives Full-automatic rice plate rice breeding machine, which is characterized in that walking mechanism includes
Axle, two Athey wheels, axle installation are connect on the car body and with transmission shaft driven；Two Athey wheels are separately mounted to axle
Both ends.
10. greenhouse electricity according to claim 1 drives Full-automatic rice plate rice breeding machine, which is characterized in that further include outlet
Plate, outlet plate are located at the downstream side of seedling disk conveyer belt, and outlet plate obliquely arranges that the higher-end for exporting plate is close
Seedling disk conveyer belt is arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810330603.6A CN108496636A (en) | 2018-04-13 | 2018-04-13 | A kind of greenhouse electricity drive Full-automatic rice plate rice breeding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810330603.6A CN108496636A (en) | 2018-04-13 | 2018-04-13 | A kind of greenhouse electricity drive Full-automatic rice plate rice breeding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108496636A true CN108496636A (en) | 2018-09-07 |
Family
ID=63381767
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810330603.6A Pending CN108496636A (en) | 2018-04-13 | 2018-04-13 | A kind of greenhouse electricity drive Full-automatic rice plate rice breeding machine |
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| CN (1) | CN108496636A (en) |
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| CN110402657A (en) * | 2019-08-12 | 2019-11-05 | 东北农业大学 | Cloth net type greenhouse seedling disk continuously plays disk machine automatically |
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Application publication date: 20180907 |
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