CN104982121B - Sprouting vegetable seed temperature and light synergism processor - Google Patents
Sprouting vegetable seed temperature and light synergism processor Download PDFInfo
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- CN104982121B CN104982121B CN201510393336.3A CN201510393336A CN104982121B CN 104982121 B CN104982121 B CN 104982121B CN 201510393336 A CN201510393336 A CN 201510393336A CN 104982121 B CN104982121 B CN 104982121B
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- belt mechanism
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- feed belt
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Abstract
The invention relates to a sprouting vegetable seed temperature and light synergism processor which comprises a temperature and light synergism processor tank body, a control cabinet, a rack, a conveying belt support, a seedling device assembly, a fan heater, an induced draft fan and a motor. The rack is fixed in the temperature and light synergism processor tank body, the conveying belt support is fixed in the rack, the seedling device assembly is arranged on the top of the conveying belt support, the fan heater is arranged at the bottom of the rack, the induced draft fan is arranged on the top of the rack, and the motor is arranged on the rack. The conveying belt support comprises a plurality of layers of sub supports arranged in parallel. Each layer of sub support is provided with a conveying belt mechanism. LED module lap sets are arranged below the top rack and the sub supports except for the bottom layer of sub support. The rotating directions of conveying belts of every two adjacent layers of conveying belt mechanism are opposite under the drive of the motor and a corresponding driving mechanism. The sprouting vegetable seed temperature and light synergism processor is applicable to batched all-weather seed temperature and light processing of sprouting vegetable production and other high-frequency immediate seed charge industries, and has the processing effects of enhancing the seed sprouting related enzyme activity and improving seed sprouting rate and uniformity.
Description
Technical field
The present invention relates to agricultural machinery technological field, and in particular to a kind of bud seedling vegetable seed temperature light potentiation datatron.
Background technology
Bud seedling vegetable is, using the seed in plant agriculture, to cultivate in certain circumstances and be available for edible Sprout vegetables
General name；With fast, output value height, eutrophy, no pollution, the product attribute for being easy to factorial praluction is grown, meet green health, battalion
Support the consumption concept of safety, nineteen ninety《Chinese agriculture encyclopedia vegetable volume》List bud seedling vegetable in 15 class vegetables.As battalion
Foster, health, clean popular vegetable, the vigorous market demand have pulled bud seedling vegetable industrialized development.
Bud seedling vegetable industrialization production has that sowing quantity is big, need are charged seed daily immediately, growth cycle is short, can not use violated agriculture
The productive prospectings such as industry input.Under the conditions of control environment, bud seedling vegetable growth cycle about 7 days or so, as no enough divides
Solution time, national standard are not allowed using poisonous and harmful input；If with medium-scale bud vegetable manufacturing enterprise, by average daily production
100 tons of Semen Glycines Germinatus are calculated, daily need to be with 12.5 tons of bean kind, and sowing quantity is huge.In production practices, seed-borne fungi, germination percentage and send out
It is to cause the rotten bud of the rotten kind of bud vegetable, the direct factor that output ratio is low and commodity is poor that bud regularity is low, method for treating seeds with process
The quality of effect is to obtain high-quality, the basis of high yield bud seedling vegetable.
For a long time, bud seedling vegetable production is tedded using sunlight and is carried out at seed with antibacterial, growth regulator seed-soaking method
Reason.Sunlight is tedded, and is a kind of green
Effective prior seed processing method, but be limited by weather and rain or shine change and ted place and labour cost, Producer, particularly
Industrialization production enterprise is rarely employed；Antibacterial, growth regulator seed soaking, to killing seed face source pathogenic bacteria, improving germination
Rate and germination regularity have a better effects, but against in the law of food safety and national standard, Producer often it is illegal secretly
Use, in fact the phenomenon of illegal non-edible material from soybeans production " ordeal bean bud " prohibited using country is tired prohibits without cease, to vast
The food safety of consumer causes huge threat.
The content of the invention
It is an object of the invention to provide a kind of bud seedling vegetable seed temperature light potentiation datatron, the datatron is suitable for bud seedling vegetable
The high frequency time industry of charging seed immediately such as production carries out mass, standardization, round-the-clock seed temperature optical processing, with strengthening seed sprouting
The activity of relevant enzyme, the treatment effect killed seed face source pathogenic bacteria, improve percentage of seedgermination and germination regularity.
To solve above-mentioned technical problem, a kind of bud seedling vegetable seed temperature light potentiation datatron disclosed by the invention, its feature exist
In：It includes that warm light potentiation processes cabinet bulk, switch board, the frame being fixed in warm light potentiation process cabinet bulk, is fixed on machine
Belt support, the seeder assembly being arranged at the top of belt support, the warm-air drier for being arranged on bottom of the frame, setting in frame
Air-introduced machine, the motor being arranged in frame in frame top, the belt support include the multilamellar submounts being arranged in parallel,
Feed belt mechanism is equipped with every straton support, the adjacent two layers transmission skin under the driving of motor and correspondence drive mechanism
Conveyer belt rotation direction with mechanism leads kind of a plate conversely, the outfan of every layer of feed belt mechanism is provided with, bottom transmission
Kind of a plate of leading for belt mechanism passes frame and warm light potentiation process cabinet bulk, and each layer of remaining in addition to bottom feed belt mechanism is passed
Send belt mechanism to lead kind of plate corresponding with the input of corresponding next layer of feed belt mechanism, except bottom feed belt mechanism
Other outside the submounts of place are equipped with LED module lamp group per the bottom of straton support, and the LED control signal of the switch board is defeated
Go out the control end of end connection LED module lamp group, the motor control signal outfan of switch board connects the control end of motor, switch board
Warm-air drier control signal output connect the control signal input of warm-air drier, the air inducing machine control signal of above-mentioned switch board is defeated
Go out the control signal input of end connection air-introduced machine.
Each LED module lamp group includes being divided to two rows equally distributed multiple LED rectangles standalone modules, and each LED rectangle is only
Formwork erection block includes equally distributed multiple first LED lamp beads and multiple second LED lamp beads.
The wave-length coverage of first LED lamp bead is 705～725nm, and the wave-length coverage of second LED lamp bead is 648
～668nm.
The pallet with concavo-convex hole is further fixed on above-mentioned support, the pallet is located at below the Sheng kind face of conveyer belt, pallet
Concavo-convex hole is contacted with conveyer belt.
Research shows that Different Crop species is aided with dry-heat air using different wave length light quality, light intensity with kind and processes seed
Certain hour, it is whole with activity, killing seed face source pathogenic bacteria, raising percentage of seedgermination and the germination for strengthening seed sprouting relevant enzyme
Its Integration ofTechnology in a machine, is capable of achieving mass, standardization, round-the-clock seed treatment by the good result of Qi Du, the present invention, this
The characteristics of invention is know-why science, the province ground that saves time is laborsaving, efficient productivity fruit is good, is a kind of green tedded better than sunlight
Harmless seed treatment mode.
During present invention work, by seeder out, Jing leads kind of a plate, seed wheel and electric machine speed regulation collective effect to seed, is passing
Send and take to form monolayer lay, it is to avoid seed is stacked；Conveyer belt consigns seed, makes seed all the time along LED range of exposures row
Enter；Using the concavo-convex hole of conveyer belt pallet, make seed running produce slight, irregular rolling, bounce, increase seed treatment
Face, improves warm optical processing effect；The dry-heat air of uniform temperature is acted in seed course reversely by warm-air drier, air-introduced machine
Flowing, enhancement process effect；Different wave length mixing light source, light intensity and light application time are by LED module lamp group, switch board and conveyer belt
Speed governing realization, meets the seed variability process demand of Different Crop species and kind；Seed is fallen by kind of a mouth is gone out, and is concentrated and is received
Collection.
Different Crop species can be aided with dry-heat air using different wave length light quality, light intensity with kind and process seed by the present invention
Certain hour, it is whole with activity, killing seed face source pathogenic bacteria, raising percentage of seedgermination and the germination for strengthening seed sprouting relevant enzyme
The effect of Qi Du.
Beneficial effects of the present invention are specially：
1st, seed moisture content is reduced, kills or be greatly decreased seed face source pathogenic bacteria, suppress the rotten bud of the rotten kind of production process；
2nd, percentage of seedgermination and germination regularity are improved, increases dry seed output ratio, improves bud seedling vegetable commodity；
3rd, hot blast temperature, wind-force and light quality, light intensity and process time can be combined regulation and control, can meet Different Crop species and product
The seed variability processing requirement planted, realizes seed treatment standardization；
4th, seed treatment is not limited by weather and site condition；
5th, Physical potentiation is processed, it is to avoid seed treatment processes use the violated input of poisonous and harmful, and method is green with technique
Color is efficient；
6th, the technique of basking seeds in traditional agriculture production is substituted, agriculture field the storage of seeds, agricultural production is widely portable to
Etc. relevant industries.
Description of the drawings
Fig. 1 is the structural representation of feed belt mechanism in the present invention；
Fig. 2 is machine frame inside structural representation in the present invention；
Fig. 3 is the structural representation that the middle temperature light potentiation of the present invention processes cabinet bulk；
Fig. 4 is the structural representation of LED module lamp group in the present invention；
Fig. 5 is the structural representation of LED rectangle standalone modules in the present invention；
Fig. 6 is the structural representation of electric control part in the present invention.
Wherein, 1-1-support, 1-2-drive roll, 1-3-conveyer belt, 1-4-driven voller, 1-5-duplex chain wheel, 2-
1-frame, 2-2-seeder assembly, 2-3-belt support, 2-4-air-introduced machine, 2-5-switch board, 2-6-lead kind of a plate,
2-7-submounts, 2-8-second gear, 2-9-seed wheel, 2-10-angled piece, 2-11-warm-air drier, 2-12-warm-air drier
Underframe, 2-13-first gear, 2-14-micanite pipe, 2-15-motor, 2-16-gear shaft, 2-17-chain, 2-18-support
Disk, the potentiation of 3-warm light process cabinet bulk, 3-1-hoof foot, 3-2-notch, 4-LED module lamp group, 4-1-LED rectangle independences
Module, 4-2-the first LED lamp bead, 4-3-the second LED lamp bead.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail：
The bud seedling vegetable seed temperature light potentiation datatron of the present invention, as shown in figs. 1 to 6, processes cabinet bulk 3 including warm light potentiation
(warm light potentiation processes the top of cabinet bulk 3 and is provided with charging aperture corresponding with the input of seeder assembly 2-2, at warm light potentiation
The bottom of reason cabinet bulk 3 is provided with hoof foot 3-1), switch board 2-5, be fixed on frame 2-1 that warm light potentiation processed in cabinet bulk 3, solid
Belt support 2-3 being scheduled in frame 2-1, the seeder assembly 2-2 being arranged at the top of belt support 2-3, it is arranged on machine
The warm-air drier 2-11 of frame 2-1 bottoms, the air-introduced machine 2-4 being arranged at the top of frame 2-1, the motor 2-15 being arranged in frame 2-1
(deceleration buncher), belt support 2-3 include the multilamellar submounts 2-7 being arranged in parallel, described per straton support 2-7
On be equipped with feed belt mechanism 2-19, motor 2-15 and correspondence drive mechanism driving under adjacent two layers feed belt mechanism
The conveyer belt rotation direction of 2-19 is conversely, the outfan of every layer of feed belt mechanism 2-19 is provided with and leads kind of a plate 2-6, bottom
Kind of the plate 2-6 that leads of feed belt mechanism 2-19 passes frame 2-1 and warm light potentiation process cabinet bulk 3, except bottom feed belt machine
Remaining Ge Ceng feed belt mechanism 2-19 outside structure 2-19 lead kind of plate 2-6 with corresponding next layer of feed belt mechanism 2-19
Input correspondence, bottom of other in addition to bottom feed belt mechanism 2-19 place submounts 2-7 per straton support 2-7 be equal
It is provided with LED module lamp group 4, the control end of the LED control signal outfan connection LED module lamp group 4 of the switch board 2-5, control
The motor control signal outfan of cabinet 2-5 processed connects the control end of motor 2-15, the warm braw machine control signal output of switch board 2-5
The control signal input of end connection warm-air drier 2-11, the air-introduced machine control signal output connection air inducing of above-mentioned switch board 2-5
The control signal input of machine 2-4.
In above-mentioned technical proposal, the Sheng kind face of the conveyer belt 1-3 of every layer of feed belt mechanism 2-19 is equipped with corresponding row
Plant wheel 2-9.
In above-mentioned technical proposal, the dry-heat air of uniform temperature and wind-force is made jointly by warm-air drier 2-11 and air-introduced machine 2-4
With and with seed course reverse flow, meet the difference demand of different mass of 1000 kernel seeds, increase treatment effect.
In above-mentioned technical proposal, it is adjustable to lead kind of the inclination angle of plate 2-6, seed Jing seeder assembly 2-2 go out kind of amount regulation and control and
Left and right vibrations and seed wheel 2-9 are shared equally, are led kind of a plate 2-6 dispersions, make seed that monolayer lay is formed on conveyer belt 1-3, it is to avoid to plant
Son stacking.
In above-mentioned technical proposal, each LED module lamp group 4 includes being divided to two rows equally distributed multiple LED rectangles independence moulds
Block 4-1, each LED rectangle standalone module 4-1 include equally distributed multiple first LED lamp beads 4-2 and multiple second LEDs
Pearl 4-3.The wave-length coverage of first LED lamp bead 4-2 is 705～725nm, and the wave-length coverage of second LED lamp bead 4-3 is
648～668nm.4 Fen Sige areas of LED module lamp group are made up of 28 LED rectangle standalone module 4-1,
Each LED rectangle standalone module 4-1 includes the second LED lamp bead 4-3,129；First LED lamp bead 4-2,15.
The first LED lamp bead 4-2 and the second LED lamp bead 4-3 in LED rectangle standalone module 4-1 is distributed by 6 row, 24 row；1st, 3,5 row difference
Dress the second LED lamp bead 4-3 of wavelength, 22；Fill the first LED lamp bead 4-2,2；2nd, 4,6 row fill the second LED lamp bead 4- of wavelength respectively
3,21, fill the first LED lamp bead 4-2,3.Light mixing ratio between second LED lamp bead 4-3 and the first LED lamp bead 4-2 by
Increase, the luminous number of LED lamp bead 4-3 that subtracts the second, realize 5～9 (the second LED lamp beads 4-3):1 (the first LED lamp bead 4-2) adjustable, light
Strong and light application time is realized by LED module lamp group, switch board and conveyer belt speed governing.This design enables the present invention to meet seed product
The difference demand of inter-species.
In above-mentioned technical proposal, every layer of feed belt mechanism 2-19 includes support 1-1, drive roll 1-2, conveyer belt
1-3 and driven voller 1-4, the support 1-1 are arranged on corresponding submounts 2-7, and the front end of the support 1-1 arranges drive roll
The rear end of 1-2, support 1-1 arranges driven voller 1-4, the conveyer belt 1-3 and drive roll 1-2 and driven voller 1-4 is rolled to coordinate and (passed
Band 1-3 is sent to be tightened by drive roll 1-2 and driven voller 1-4, so that conveyer belt 1-3 keeps smooth), it is fixed on the drive roll 1-2
There is duplex chain wheel 1-5.The pallet 2-18 with concavo-convex hole is further fixed on above-mentioned support 1-1, pallet 2-18 is located at conveyer belt
Below the Sheng kind face of 1-3, the concavo-convex hole of pallet 2-18 is contacted with conveyer belt 1-3, when above-mentioned conveyer belt 1-3 runs, pallet 2-18
Concavo-convex hole make seed running produce slight, irregular rolling, bounce, increase seed treatment face, improve warm optical processing effect
Really.
In above-mentioned technical proposal, the drive mechanism includes many chain 2-17, is arranged on transmission by gear shaft 2-16
First gear 2-13 and second gear 2-8 on belt supporting frame 2-3, the feed belt mechanism 2-19 have five layers, wherein, top layer is passed
The duplex chain wheel 1-5 of the duplex chain wheel 1-5 and third layer feed belt mechanism 2-19 of belt mechanism 2-19 is sent to pass through chain 2-17
Connection, the duplex chain wheel 1-5 of the duplex chain wheel 1-5 and bottom feed belt mechanism 2-19 of third layer feed belt mechanism 2-19 are led to
Chain 2-17 connections are crossed, duplex chain wheel 1-5 and the 4th layer of feed belt mechanism 2-19's of second layer feed belt mechanism 2-19
Duplex chain wheel 1-5 is connected by chain 2-17, and the duplex chain wheel 1-5 of the bottom feed belt mechanism 2-19 is defeated with motor 2-15
Shaft is connected by chain 2-17, and motor 2-15 output shafts also pass through chain 2-17 gear shaft 2-s corresponding with first gear 2-13
16 connections, first gear 2-13 engaged with second gear 2-8, and the corresponding gear shaft 2-16 of second gear 2-8 passes through
Chain 2-17 is connected with the duplex chain wheel 1-5 of the 4th layer of feed belt mechanism 2-19.Seed light according to process time length by electricity
Slow fast realizations of the machine 2-15 by the regulation feed belt mechanism 2-19 speeds of service.Above-mentioned motor 2-15 passes through chain 2-17 and double
Row chain wheel 1-5, realizes the contrary control targe of the conveyer belt rotation direction of adjacent two layers feed belt mechanism 2-19.
In above-mentioned technical proposal, the seeder assembly 2-2 and air-introduced machine 2-4 is respectively positioned at the two ends on frame 2-1 top.
The warm-air drier 2-11 is fixedly connected with the bottom of frame 2-1 by warm-air drier underframe 2-12.The warm-air drier 2-11 is located at machine
The center of frame 2-1 bottoms, the air outlet of the warm-air drier 2-11 are connected with micanite pipe 2-14.Micanite pipe 2-14 is hot-blast outlet.
In above-mentioned technical proposal, the corner of frame 2-1 is equipped with angled piece 2-10.Angled piece 2-10 is used to increase machine
The intensity of frame 2-1.
In above-mentioned technical proposal, warm light potentiation processes cabinet bulk 3 and leaves the notch 3-2 for installing switch board 2-5, convenient to operate
Human users.Warm light potentiation process the side plate of cabinet bulk 3 leave bottom feed belt mechanism 2-19 lead that kind of plate 2-6 stretches out go out
Mouthful, its effect is to collect seed.
The present invention the course of work be：Seed out, sequentially passes through ground floor feed belt mechanism by seeder assembly 2-2
2-19 to layer 5 feed belt mechanism 2-19, (under the control of motor 2-15 and drive mechanism, ground floor, third layer, the 5th
Layer feed belt mechanism 2-19 is rotated forward, and the second layer and the 4th layer of feed belt mechanism 2-19 are rotated backward), seed is by
State during ground floor feed belt mechanism 2-19 is transferred to layer 5 feed belt mechanism 2-19, entered by LED module lamp group 4
Row treatment with irradiation, meanwhile, provided and the reverse hot blast of seed course by warm-air drier 2-11 and air-introduced machine 2-4, seed is entered
Temperature light potentiation of going is processed, and utilizes the concavo-convex holes of conveyer belt pallet 2-18, is produced seed running and slightly, is irregularly turned over
Rolling, bounce, increase seed treatment face, improve warm optical processing effect.Final layer 5 feed belt mechanism 2-19 is by warm light potentiation
Seed after process is derived the potentiation of warm light and processes cabinet bulk 3, centralized collection.
The content that this specification is not described in detail belongs to prior art known to professional and technical personnel in the field.
Claims (7)
1. a kind of bud seedling vegetable seed temperature light potentiation datatron, it is characterised in that：It includes that warm light potentiation processes cabinet bulk (3), control
Cabinet (2-5) processed, the frame (2-1) being fixed in warm light potentiation process cabinet bulk (3), the conveyer belt being fixed in frame (2-1)
Support (2-3), the seeder assembly (2-2) being arranged at the top of belt support (2-3), it is arranged on the warm of frame (2-1) bottom
Blower fan (2-11), the air-introduced machine (2-4) being arranged at the top of frame (2-1), the motor (2-15) being arranged in frame (2-1), institute
Belt support (2-3) is stated including the multilamellar submounts (2-7) being arranged in parallel, on every straton support (2-7), biography is equipped with
Belt mechanism (2-19) is sent, the adjacent two layers feed belt mechanism (2-19) under the driving of motor (2-15) and correspondence drive mechanism
Conveyer belt rotation direction lead kind of a plate (2-6), bottom conversely, the outfan of every layer of feed belt mechanism (2-19) is provided with
Kind of a plate (2-6) of leading for feed belt mechanism (2-19) passes frame (2-1) and warm light potentiation process cabinet bulk (3), except bottom is passed
Kind of a plate (2-6) of leading for belt mechanism (2-19) remaining Ge Ceng feed belts mechanism (2-19) outward is sent to pass with corresponding next layer
Send the input correspondence of belt mechanism (2-19), other in addition to bottom feed belt mechanism (2-19) place submounts (2-7)
Bottom per straton support (2-7) is equipped with LED module lamp group (4), the LED control signal outfan of the switch board (2-5)
The control end of connection LED module lamp group (4), the control of motor control signal outfan connection motor (2-15) of switch board (2-5)
End processed, the control signal input of warm-air drier control signal output connection warm-air drier (2-11) of switch board (2-5), above-mentioned control
The control signal input of air-introduced machine control signal output connection air-introduced machine (2-4) of cabinet (2-5) processed；
Every layer of feed belt mechanism (2-19) includes support (1-1), drive roll (1-2), conveyer belt (1-3) and driven voller
(1-4), the support (1-1) is arranged on corresponding submounts (2-7), and the front end of the support (1-1) arranges drive roll (1-
2), the rear end of support (1-1) arranges driven voller (1-4), and the conveyer belt (1-3) is rolled with drive roll (1-2) and driven voller (1-4)
It is dynamic to coordinate, duplex chain wheel (1-5) is fixed with the drive roll (1-2)；
The Sheng kind face of the conveyer belt (1-3) of every layer of feed belt mechanism (2-19) is equipped with corresponding seed wheel (2-9)；
The drive mechanism includes many chains (2-17), by gear shaft (2-16) in belt support (2-3)
First gear (2-13) and second gear (2-8), the feed belt mechanism (2-19) have five layers, wherein, top layer feed belt
The duplex chain wheel (1-5) of mechanism (2-19) is with the duplex chain wheel (1-5) of third layer feed belt mechanism (2-19) by chain (2-
17) connect, the duplex chain wheel (1-5) of third layer feed belt mechanism (2-19) is double with bottom feed belt mechanism (2-19)
Sprocket wheel (1-5) is connected by chain (2-17), and the duplex chain wheel (1-5) of second layer feed belt mechanism (2-19) is passed with the 4th layer
The duplex chain wheel (1-5) of belt mechanism (2-19) is sent to connect by chain (2-17), the bottom feed belt mechanism (2-19)
Duplex chain wheel (1-5) be connected by chain (2-17) with motor (2-15) output shaft, motor (2-15) output shaft also pass through chain
Bar (2-17) gear shaft (2-16) connection corresponding with first gear (2-13), the first gear (2-13) and second gear
(2-8) engage, the corresponding gear shaft (2-16) of the second gear (2-8) is by chain (2-17) and the 4th layer of feed belt machine
Duplex chain wheel (1-5) connection of structure (2-19).
2. bud seedling vegetable seed temperature light potentiation datatron according to claim 1, it is characterised in that：Each LED module lamp group
(4) including two rows are divided to equally distributed multiple LED rectangles standalone modules (4-1), each LED rectangle standalone modules (4-1) is wrapped
Include equally distributed multiple first LED lamp beads (4-2) and multiple second LED lamp beads (4-3).
3. bud seedling vegetable seed temperature light potentiation datatron according to claim 2, it is characterised in that：First LED lamp bead
(4-2) wave-length coverage is 705～725nm, and the wave-length coverage of second LED lamp bead (4-3) is 648～668nm.
4. bud seedling vegetable seed temperature light potentiation datatron according to claim 1, it is characterised in that：The seeder assembly
(2-2) with air-introduced machine (2-4) respectively positioned at the two ends on frame (2-1) top.
5. bud seedling vegetable seed temperature light potentiation datatron according to claim 1, it is characterised in that：The warm-air drier (2-11)
It is fixedly connected with the bottom of frame (2-1) by warm-air drier underframe (2-12).
6. bud seedling vegetable seed temperature light potentiation datatron according to claim 1, it is characterised in that：The warm-air drier (2-11)
Positioned at the center of frame (2-1) bottom, the air outlet of the warm-air drier (2-11) is connected with micanite pipe (2-14).
7. bud seedling vegetable seed temperature light potentiation datatron according to claim 1, it is characterised in that：On above-mentioned support (1-1)
Be further fixed on the pallet with concavo-convex hole (2-18), the pallet (2-18) below the Sheng kind face of conveyer belt (1-3), pallet (2-
18) concavo-convex hole is contacted with conveyer belt (1-3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510393336.3A CN104982121B (en) | 2015-07-07 | 2015-07-07 | Sprouting vegetable seed temperature and light synergism processor |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510393336.3A CN104982121B (en) | 2015-07-07 | 2015-07-07 | Sprouting vegetable seed temperature and light synergism processor |
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| Publication Number | Publication Date |
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| CN104982121A CN104982121A (en) | 2015-10-21 |
| CN104982121B true CN104982121B (en) | 2017-04-12 |
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| CN201510393336.3A Expired - Fee Related CN104982121B (en) | 2015-07-07 | 2015-07-07 | Sprouting vegetable seed temperature and light synergism processor |
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| CN107135707A (en) * | 2017-07-03 | 2017-09-08 | 苏州华曦冷等离子体生物工程科技有限公司 | A kind of crop tuber cold plasma processing equipment |
| CN111921692B (en) * | 2020-06-17 | 2021-12-03 | 泉州市如万电子商务有限公司 | Mould removing machine for germinated wheat |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101164396A (en) * | 2006-10-16 | 2008-04-23 | 石志远 | Microwave sulfur lamp radiation seed increasing device |
| CN101926279A (en) * | 2010-06-29 | 2010-12-29 | 华中农业大学 | Intelligent cultivation method and device for producing bean sprouts |
| CN104303982A (en) * | 2014-11-14 | 2015-01-28 | 芜湖东源新农村开发股份有限公司 | Factory type production system of sprouting vegetable |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2008208077A (en) * | 2007-02-27 | 2008-09-11 | Hoshizaki Electric Co Ltd | Method for sterilization and disinfection of seed |
| CN201216054Y (en) * | 2008-06-02 | 2009-04-08 | 韩爽 | Insulating box for seed germination for biological experiment |
| CN204762023U (en) * | 2015-07-07 | 2015-11-18 | 武汉市农业科学研究所 | Bud seedling dish seed temperature light processor of enlarging |
-
2015
- 2015-07-07 CN CN201510393336.3A patent/CN104982121B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101164396A (en) * | 2006-10-16 | 2008-04-23 | 石志远 | Microwave sulfur lamp radiation seed increasing device |
| CN101926279A (en) * | 2010-06-29 | 2010-12-29 | 华中农业大学 | Intelligent cultivation method and device for producing bean sprouts |
| CN104303982A (en) * | 2014-11-14 | 2015-01-28 | 芜湖东源新农村开发股份有限公司 | Factory type production system of sprouting vegetable |
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