CN109526480A - A kind of full-automatic seedling culture device - Google Patents
A kind of full-automatic seedling culture device Download PDFInfo
- Publication number
- CN109526480A CN109526480A CN201910078413.4A CN201910078413A CN109526480A CN 109526480 A CN109526480 A CN 109526480A CN 201910078413 A CN201910078413 A CN 201910078413A CN 109526480 A CN109526480 A CN 109526480A
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- China
- Prior art keywords
- seedling
- nutrient solution
- turntable
- box
- incubator
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Classifications
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- 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
- A01G9/14—Greenhouses
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C23/00—Distributing devices specially adapted for liquid manure or other fertilising liquid, including ammonia, e.g. transport tanks or sprinkling wagons
- A01C23/04—Distributing under pressure; Distributing mud; Adaptation of watering systems for fertilising-liquids
- A01C23/047—Spraying of liquid fertilisers
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- 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
- A01G7/00—Botany in general
- A01G7/04—Electric or magnetic or acoustic treatment of plants for promoting growth
- A01G7/045—Electric or magnetic or acoustic treatment of plants for promoting growth with electric lighting
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F33/00—Other mixers; Mixing plants; Combinations of mixers
- B01F33/80—Mixing plants; Combinations of mixers
- B01F33/82—Combinations of dissimilar mixers
- B01F33/821—Combinations of dissimilar mixers with consecutive receptacles
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
Abstract
The invention belongs to seedling culture technical field, specifically a kind of full-automatic seedling culture device；Including incubator, No.1 feed inlet, No. two feed inlets, support base and controller；The No.1 feed inlet and No. two feed inlets are located at the top of incubator；The bottom of the incubator is equipped with rotary cylinder, and the piston end of rotary cylinder passes through incubator and extends in incubator, the piston end and input terminal screw-driven of rotary cylinder；The top of the rotary cylinder piston end is equipped with rotating unit；Inside above the incubator is equipped with No.1 agitating unit, and the lower section of No.1 agitating unit is equipped with No. two agitating units；The present invention is used cooperatively by rotating unit, No.1 agitating unit and No. two agitating unit units, and using rotary cylinder as power, realizes the full-automatic cultivation of seedling, while reducing manual labor amount, ensure that the quality of seedling culture.
Description
Technical field
The invention belongs to seedling culture technical field, specifically a kind of full-automatic seedling culture device.
Background technique
Nursery refers to and cultivates seedling, as the saying goes, half harvest of robust seedling, it is seen that nursery is very in the growth course of crop
Crucial process, in the technical field of forestry, the cultivation of forestry seedling be it is essential, still, the seedling generally cultivated
Survival rate is relatively low, can not cultivate the relatively high seedling of survival rate.For example, nutrient solution is added directly into the soil of seedling culture
In, if nutrition liquid measure is inadequate, the root system of crop is just unable to good absorption nutrient solution, if nutrient solution is excessive, is easy for causing
Nutrient solution overstocking in seedlings nursing plate, causes the death of seedling；And oxygen is insufficient, and the development that can also seriously affect seedling is raw
It is long.
Also occurs the device of some seedling cultures in the prior art, such as application No. is 201620900158 Xiang Zhongguo
Patent discloses a kind of seedling culture device, including culturing frame, nutrition pipeline, nutrient solution auxiliary duct, nutrient solution are auxiliary
Delivery pump, nutrient solution return pipe and the nutrition liquid bath below culturing frame, culturing frame is helped to be made of multilayer raising chamber, each layer
Plant lamp, spraying device and air supply tube are equipped in raising chamber, spraying device is connect with one end of the nutrition pipeline, institute
The other end for stating nutrition pipeline accesses below the liquid level of the nutrition liquid bath, and nutrition pipeline is conveyed equipped with nutrient solution
Pump, each layer of raising chamber bottom are equipped with nutrient solution backflash, and each layer of raising chamber bottom is accessed in one end of nutrient solution return pipe
Nutrient solution backflash in, the other end of the nutrient solution return pipe accesses in the nutrition liquid bath, the nutrient solution return pipe
It is equipped with nutrient solution regulating valve；Each layer of raising chamber is equipped with sponge breezing plate.
A kind of seedling culture device of the technical solution, can cultivate seedling, but the plant lamp in the device is not
Can rotate, and because of seedling leaves reason of different sizes, will cause some parts of seedling can not recipient plant lamp irradiation,
Work causes the growing way of seedling uneven in this way, influences the quality of seedling culture；Nutrient solution is before the use simultaneously in the device simultaneously
It does not carry out crying stirring, the nutriment in such nutrient solution can generate precipitating, and seedling such as method can be made to fully absorb nutrition in this way
Substance, and will cause seedling and be evenly distributed with nutriment and excessively lead to death of seedling, so that the technical solution is restricted.
Summary of the invention
In order to make up for the deficiencies of the prior art, uneven and young to solve seedling growth in seedling culture in the prior art
Seedling is unable to fully the problem of absorbing nutrient solution；The invention proposes a kind of full-automatic seedling culture devices.
The technical solution adopted by the present invention to solve the technical problems is: a kind of full-automatic seedling training of the present invention
Educate device, including incubator, No.1 feed inlet, No. two feed inlets, support base and controller；The controller is for controlling seedling
Breeding apparatus work；The incubator is made of transparent material；The No.1 feed inlet and No. two feed inlets are located at incubator
Top, No.1 feed inlet and No. two feed inlets are for being passed through different types of nutrient solution；The bottom of the incubator is equipped with rotation
Rotaring cylinder, the piston end of rotary cylinder pass through incubator and extend in incubator, the piston end and input terminal spiral shell of rotary cylinder
Line transmission, rotation while piston end moves up and down when rotary cylinder works；The top of the rotary cylinder piston end, which is equipped with, to be turned
Moving cell, rotating unit is for driving seedling to rotate to increase the daylight rate of seedling；The rotating unit includes No.1 cylinder, turns
Disk and slide block；The bottom of the No.1 cylinder and piston end of rotary cylinder is affixed, the other end and turntable are affixed, turntable it is upper
Side, which is equipped with, cultivates box, and it is affixed by locking module and turntable to cultivate box；The side wall of the slide block and incubator is affixed, slide block
It is made of soft material；Fixed plate is connected with above the cultivation box, the lower section two sides of fixed plate are equipped with plant growth
Lamp；Inside above the incubator is equipped with No.1 agitating unit, and No.1 agitating unit is used for different types of nutrient solution point
It is not stirred；Wherein,
The No.1 agitating unit includes mixing drum, scissor, rotating cylinder and bull stick；The rotating cylinder is located at the inside of mixing drum,
Rotating cylinder is symmetrical arranged on the basis of the center line of incubator, and rotating cylinder is welded by a horn and two horns, a horn and No. two
Annular groove is offered in the rotating cylinder that cylinder is welded, one end of rotating cylinder is rotatablely connected by the side wall of shaft and mixing drum；Institute
The other end and bull stick for stating rotating cylinder are socketed, one end of bull stick stretch to it is in annular groove and affixed with annular piston plate, bull stick with
The part of rotating cylinder contact is screw-driven；The bull stick is equipped with annular push plate far from one end of rotating cylinder, the end of annular push plate with
Mixing drum screw-driven, the one end of bull stick far from rotating cylinder and annular push plate are rotatablely connected；The scissor is located at the two sides of rotating cylinder, cuts
One end of fork and annular push plate are hinged, and scissor is connected with cleaning block close to the side-walls of mixing drum, clear up on block and are disposed with bristle；
The closed space that the annular push plate and mixing drum are formed is closed for storing nutrient solution, adjacent annular push plate with mixing drum formation
Close space；Turntable is influenced to move down so that No.1 cylinder pressure by slide block reaction force when the turntable and slide block contact
Contracting, the gas that when No.1 cylinder compression is discharged enter in the closed space that adjacent annular push plate and mixing drum are formed and make annular
Push plate is mobile, so that scissor rotation is stirred nutrient solution, annular push plate is cut when mobile for rotation while annular push plate is mobile
Fork is propped up so that bristle is contacted with the side wall of No.1 mixing drum, and the lower section of No.1 mixing drum is equipped with No. two agitating units, and No. two are stirred
Unit is mixed for being stirred mixing to mixed different types of nutrient solution；Wherein,
No. two agitating units include agitator tank and No. two cylinders, and agitator tank is by No.1 agitator tank and No. two agitator tank groups
At the end of No. two agitator tanks is socketed in No.1 agitator tank；No. two cylinders are located at the bottom of agitator tank, No. two cylinders
Output end and agitator tank be affixed, its bottom and fixed plate are affixed；The lower section of the mixing drum is equipped with liquid outlet, sets at liquid outlet
There is check valve, different types of nutrient solution flows into agitator tank through liquid outlet and is stirred mixing；It is set in the middle part of the agitator tank
There are hollow shaft, the end of hollow shaft and fixed plate, the equal screw-driven of agitator tank, the part that hollow shaft is located in agitator tank is disposed with
Paddle, the part that hollow shaft is located in agitator tank offer circular hole, and hollow shaft, which is located on the outside of agitator tank, partially passes through fixation
Spray head is connected with after plate；The gas of compression discharge enters in No. two cylinders and makes when the annular piston plate moves in annular groove
The output end of No. two cylinders moves up, and pushes No. two agitator tanks to move up when No. two cylinders move up, No. two agitator tanks
Mobile Space-time central axis is stirred paddle to mixed nutrient solution, and the nutrient solution after stirring is through in hollow shaft
Circular hole flows into spray head；The present invention cultivates box rotation by driven by rotary disc, cultivates and the seedling cultivated in box is driven to turn when box rotation
Dynamic, seedling makes each section of seedling that can uniformly be generated the irradiation of lamp by plant in the course of rotation, improves seedling
Make the growth of seedling uniform while formation speed, while by design No.1 agitating unit and No. two agitating units, it can be with
It rotates and sprays through spray head after the different types of nutrient solution mixing for needing growth of seedling, the nutrient solution of ejection can be uniform with seedling
Contact is not in that the somewhere of seedling is caused because nutrient solution is excessive while nutriment needed for ensure that growth of seedling
Seedling is lethal, by being used cooperatively for rotating unit, No.1 agitating unit and No. two agitating units, alleviates seedling culture process
In the artificial amount of labour, while also ensuring the quality of seedling culture.
A kind of nutrient solution needed for growth of seedling is poured into from No.1 feed inlet, by seedling need another nutrient solution from
After No. two feed inlets pour into, start rotary cylinder, and open plant growth lamp, the piston end rotation of rotary cylinder, because of rotary pneumatic
The input terminal screw-driven of the piston end of cylinder, so being moved up while the piston end rotation of rotary cylinder, thus with turn
Disk is moved up and is rotated, and turntable rotates so that cultivating the seedling rotation in box, and seedling makes the every of seedling in rotary course
A part can obtain the irradiation of plant growth lamp, ensure that the growing way of each part of seedling is identical, improve seedling culture
Quality；After turntable moves up one end distance, by the reaction force of slide block and to moving down when turntable is contacted with slide block
Dynamic, No.1 cylinder compression when turntable moves down, the gas that when No.1 cylinder compression is discharged enters adjacent annular push plate and stirs
Mixing makes annular push plate mobile to the side wall of incubator in the closed space of cylinder formation, because of annular push plate and rotating cylinder screw-driven, institute
To rotate while annular push plate is mobile, and annular push plate is connect with bar rotation, so when annular push plate is mobile and rotation
Bull stick can be driven to protrude into rotating cylinder while turning, scissor rotation is driven while annular push plate is mobile and rotates, scissor rotation
Nutrient solution is stirred simultaneously, the nutriment in nutrient solution is uniformly dispersed, so that seedling is easier to absorb battalion
Nutriment in nutrient solution, scissor is propped up while rotation, so that bristle is contacted with the side wall of mixing drum, bristle and mixing drum
The nutriment that side wall can adhere to mixing drum side wall when contacting strikes off, and prevents the waste of nutriment；Annular push plate is in movement
When compression mixing drum in nutrient solution so that nutrient solution enters in agitator tank through liquid outlet, different types of nutrient solution is being stirred
It is mixed in case；When bull stick is moved into rotating cylinder, annular piston plate compresses the gas in annular piston plate and annular groove
Enter gas in No. two cylinders, the output end of No. two cylinders stretches place, and No. two stirrings are driven when the output end of No. two cylinders stretches out
Case moves up, because of No. two agitator tanks and hollow shaft screw-driven, so hollow shaft turns while No. two agitator tanks move up
It is dynamic, so that different types of nutrient solution is mixed in paddle rotation, compression while No. two agitator tanks move up
Space between No.1 agitator tank and No. two agitator tanks, so that mixed different types of nutrient solution is through the circular hole in hollow shaft
It rotates and sprays from spray head after discharge, the nutrient solution for rotating ejection can uniformly be contacted with seedling provides nutrition for seedling, ensure that children
Each part of seedling can absorb nutrient solution, and nutrient solution is uniformly dispersed in cultivation box, is not in the nutrition of some part
Liquid is excessive and causes seedling lethal；After seedling contacts with nutrient solution, rotary cylinder, which stops working, to be started to restore to the original state, and is being rotated
Cylinder drives turntable to rotate backward during restoring to the original state, so that every part on seedling can be shone again by plant growth lamp
It penetrates primary.
Preferably, the cultivation box is separated into No.1 by culture plate and cultivates box and No. two cultivation boxes, and No.1 is cultivated box and is used for
It places soil and cultivates seedling；The middle part of No. two cultivations box is equipped with gas-guide tube, and one end of gas-guide tube and No.1 are cultivated box and connected
The logical, other end runs through turntable, and gas-guide tube is located at the part two sides that No. two are cultivated in box and has been respectively and fixedly connected with spring, and spring is far from air guide
One end of pipe is connected with impact block；The lower section of the culture plate is equipped with convex and bores tooth；Centrifugal force is generated when the turntable rotates to be made
It obtains impact block and hits the soil loosening that convex cone tooth makes No.1 cultivate box；The centrifugal force that the present invention generates when being rotated by turntable
It drives impact block mobile, is contacted between convex cone tooth when impact block is mobile and generate vibration so that No.1 cultivates the loose soil in box
It is dynamic, be conducive to the root absorption oxygen that No.1 cultivates seedling in box, respiration carried out, to be conducive to the growth of seedling.
Preferably, fixed cell is disposed on the outside of the cultivation box, fixed cell is for the fixed seedling cultivated；It is described
Fixed cell includes riser, cross bar and snap ring；The riser is separately positioned on the two sides for cultivating box, and riser is affixed with turntable；Institute
The top that cross bar is located at riser is stated, and is slidably connected between cross bar and riser；The snap ring is set on seedling, snap ring and cross bar
Between pass through spring connect；The present invention can be fixed seedling, prevent seedling in generating process by design fixed cell
Or occur the situation of skew in the course of rotation, improve the cultivation quality of seedling.
Preferably, the snap ring is made of No.1 snap ring and No. two snap rings, the company of sliding between No.1 snap ring and No. two snap rings
It connects, No.1 snap ring is located at the part in No. two snap rings and is connect by spring with No. two snap rings, the No.1 snap ring being slidably connected and two
Number snap ring does not influence the growth of seedling while fixed seedling；By the present invention in that No.1 snap ring and No. two snap ring slidings connect
It connects, during generation, snap ring can become larger such seedling with the growth of seedling, and snap ring is in the feelings for not influencing seedling growth
Seedling can also be fixed under condition, further improve the quality of seedling culture.
Preferably, the inside of the slide block offers cavity, and the cavity in slide block is connected to gas-guide tube；It is described to stir
The gas of cavity compression when block is contacted with turntable, cavity compression discharge enters the root in No.1 cultivation box for seedling through gas-guide tube
Oxygen is provided；The gas that the present invention is discharged when being compressed by slide block provides oxygen for the root of seedling, it is ensured that in soil
Oxygen is sufficient always, therefore the root of seedling will not be lethal because of anoxic.
Preferably, the lower section of the turntable is equipped with surge drum, and filtering table is equipped in surge drum, is offered on filtering table
Filter hole, filter plate are connect by rigidity rope with the bottom of turntable, and the end of filtering table is contacted with surge drum；Above and below the turntable
It drives filtering table to move up and down when mobile, nutrient solution is filtered when filtering table moves up and down；The present invention is collected by design
Cylinder and filtering table, the nutrient solution not entered in cultivation box that can be sprayed to spray head are filtered, and facilitate the secondary use of nutrient solution,
Improve the utilization rate of resource.
Drive filtering table mobile with the movement of turntable, when turntable is mobile, when filtering table is mobile cultivate box can be to spray head
The nutrient solution cultivated in box that do not enter sprayed is filtered, and filtered nutrient solution enters in surge drum through filter hole to be received
Collection, facilitates the secondary use of nutrient solution, improves the utilization rate of resource；During being rotated with turntable, in No. two cultivations
Impact block is moved because of centrifugal force to bore tooth contact with convex, and convex cone tooth is to generate vibration during impact block contact
The soil in box can be cultivated to No.1 to loosen, the root for being conducive to seedling absorbs oxygen, respiration is carried out, to be conducive to
The growth of seedling；And during seedling culture, seedling goes out in generating process or in the course of rotation in order to prevent
The situation of existing skew, by the way that snap ring to be socketed on seedling and seedling can be fixed, and snap ring is blocked by No.1 snap ring and No. two
Ring is slidably connected, and during generation, snap ring can become larger such seedling with the growth of seedling, and snap ring is not influencing seedling
Seedling can also be fixed in the case where growing way, further improve the quality of seedling culture.
Beneficial effects of the present invention are as follows:
1. a kind of full-automatic seedling culture device of the present invention；The device is single by rotating unit, No.1 stirring
Member and No. two agitating unit units are used cooperatively, and using rotary cylinder as power, realize the full-automatic cultivation of seedling, are reduced
While manual labor amount, the quality of seedling culture ensure that.
2. a kind of full-automatic seedling culture device of the present invention, the rotating unit in the device at work can band
Dynamic seedling rotation, so that every part of seedling can obtain the irradiation of the lamp of plant growth, ensure that the growing way of seedling is uniform, mentions
The high quality of seedling culture.
3. a kind of full-automatic seedling culture device of the present invention, No.1 agitating unit which uses and No. two
Agitating unit can be sufficiently mixed nutrient solution, be conducive to being evenly distributed for nutriment in nutrient solution, so that young
Seedling can absorb the nutriment in nutrient solution to a greater extent, further improve the quality of seedling culture.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings.
Fig. 1 is main view of the invention；
Fig. 2 is the partial enlarged view in Fig. 1 at A；
Fig. 3 is the partial enlarged view in Fig. 1 at B；
Fig. 4 is the structural schematic diagram of snap ring in the present invention；
In figure: incubator 1,2, No. two feed inlets 21 of No.1 feed inlet, rotary cylinder 3, rotating unit 4, No.1 cylinder 41,
Turntable 42, slide block 43 cultivate box 44, culture plate 441, No.1 cultivation box 442, No. two cultivations boxes 443, fixed plate 45, plant
Growth lamp 46, No.1 agitating unit 5, mixing drum 51, scissor 52, cleaning block 521, rotating cylinder 53, a horn 531, two horns 532,
Bull stick 54, annular piston plate 55,56, No. two agitating units 6 of annular push plate, agitator tank 61, No.1 agitator tank 611, two stirrings
612, No. two cylinders 62 of case, hollow shaft 63, paddle 64, spray head 65, gas-guide tube 7, impact block 71, convex cone tooth 72, fixed list
First 8, riser 81, cross bar 82, snap ring 83, No.1 snap ring 831, No. two snap rings 832, surge drum 9, filtering tables 91.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Specific embodiment is closed, the present invention is further explained.
As shown in Figures 1 to 4, a kind of full-automatic seedling culture device of the present invention, including incubator 1, No.1
Feed inlet 2, No. two feed inlets 21, support base and controllers；The controller is for controlling the work of seedling culture device；The training
Case 1 is educated to be made of transparent material；The No.1 feed inlet 2 and No. two feed inlets 21 are located at the top of incubator 1, No.1 charging
Mouth 2 and No. two feed inlets 21 are for being passed through different types of nutrient solution；The bottom of the incubator 1 is equipped with rotary cylinder 3, rotation
The piston end of cylinder 3 passes through incubator 1 and extends in incubator 1, the piston end and input terminal screw-driven of rotary cylinder 3,
Rotation while piston end moves up and down when rotary cylinder 3 works；The top of 3 piston end of rotary cylinder is equipped with rotating unit
4, rotating unit 4 is for driving seedling to rotate to increase the daylight rate of seedling；The rotating unit 4 includes No.1 cylinder 41, turns
Disk 42 and slide block 43；The bottom of the No.1 cylinder 41 and piston end of rotary cylinder 3 is affixed, the other end and turntable 42 are solid
It connects, the top of turntable 42, which is equipped with, cultivates box 44, and it is affixed by locking module and turntable 42 to cultivate box 44；The slide block 43 and training
The side wall for educating case 1 is affixed, and slide block 43 is made of soft material；The top for cultivating box 44 is connected with fixed plate 45, Gu
The lower section two sides of fixed board 45 are equipped with plant growth lamp 46；The inside of 1 top of the incubator is equipped with No.1 agitating unit 5, and one
Number agitating unit 5 for being stirred different types of nutrient solution respectively；Wherein,
The No.1 agitating unit 5 includes mixing drum 51, scissor 52, rotating cylinder 53 and bull stick 54；The rotating cylinder 53, which is located at, to be stirred
The inside of cylinder 51 is mixed, rotating cylinder 53 is symmetrical arranged on the basis of the center line of incubator 1, and rotating cylinder 53 is by a horn 531 and two horns
532 are welded, and offer annular groove, one end of rotating cylinder 53 in the rotating cylinder 53 that a horn 531 and two horns 532 are welded
It is rotatablely connected by the side wall of shaft and mixing drum 51；The other end and bull stick 54 of the rotating cylinder 53 are socketed, one end of bull stick 54
It is interior and affixed with annular piston plate 55 to stretch to annular groove, the part that bull stick 54 is contacted with rotating cylinder 53 is screw-driven；It is described
Bull stick 54 is equipped with annular push plate 56, the end of annular push plate 56 and 51 screw-driven of mixing drum, bull stick far from one end of rotating cylinder 53
54 one end far from rotating cylinder 53 and annular push plate 56 are rotatablely connected；The scissor 52 is located at the two sides of rotating cylinder 53, and the one of scissor 52
End and annular push plate 56 are hinged, and scissor 52 is connected with cleaning block 521 close to the side-walls of mixing drum 51, clears up on block 521 and arranges
There is bristle；The closed space that the annular push plate 56 and mixing drum 51 are formed is for storing nutrient solution, adjacent annular push plate 56
Closed space is formed with mixing drum 51；Shadow of the turntable 42 by 43 reaction force of slide block when the turntable 42 is contacted with slide block 43
Ring and move down so that No.1 cylinder 41 compresses, when No.1 cylinder 41 compresses the gas that is discharged enter adjacent annular push plate 56 with
Make annular push plate 56 mobile in the closed space that mixing drum 51 is formed, rotation is so that scissor 52 while annular push plate 56 is mobile
Rotation is stirred nutrient solution, and scissor 52 is propped up so that the side wall of bristle and No.1 mixing drum 51 connects when annular push plate 56 is mobile
Touching, the lower section of No.1 mixing drum 51 are equipped with No. two agitating units 6, and No. two agitating units 6 are used for mixed different types of
Nutrient solution is stirred mixing；Wherein,
No. two agitating units 6 include agitator tank 61 and No. two cylinders 62, and agitator tank 61 is by No.1 agitator tank 611 and two
Number agitator tank 612 forms, and the end of No. two agitator tanks 612 is socketed in No.1 agitator tank 611；No. two cylinders 62, which are located at, to be stirred
Mix the bottom of case 61, the output ends of No. two cylinders 62 and agitator tank 61 be affixed, its bottom and fixed plate 45 are affixed；The mixing drum
51 lower section is equipped with liquid outlet, and check valve is equipped at liquid outlet, and different types of nutrient solution flows into agitator tank 61 through liquid outlet
Inside it is stirred mixing；The middle part of the agitator tank 61 is equipped with hollow shaft 63, the end of hollow shaft 63 and fixed plate 45, agitator tank
61 equal screw-drivens, the part that hollow shaft 63 is located in agitator tank 61 are disposed with paddle 64, and hollow shaft 63 is located at agitator tank 61
Interior part offers circular hole, hollow shaft 63 be located at 61 outside of agitator tank partially pass through fixed plate 45 after be connected with spray head 65；
The gas of compression discharge, which enters in No. two cylinders 62, when the annular piston plate 55 moves in annular groove makes No. two cylinders 62
Output end move up, when No. two cylinders 62 move up push No. two agitator tanks 612 move up, No. two agitator tanks 612
Mobile Space-time mandrel 63 rotates so that paddle 64 is stirred mixed nutrient solution, and the nutrient solution after stirring is through hollow shaft
Circular hole on 63 flows into spray head 65；The present invention is driven by turntable 42 cultivates the rotation of box 44, cultivates when box 44 rotates and drives training
The seedling rotation in box 44 is educated, seedling makes each section of seedling uniformly can be generated lamp by plant in the course of rotation
Irradiation, improve seedling formation speed while make the growth of seedling uniform, while by design No.1 agitating unit 5 and two
Number agitating unit 6 is rotated through spray head 65 after different types of nutrient solution mixing that growth of seedling can be made to need and is sprayed, ejection
Nutrient solution can uniformly be contacted with seedling, be not in the somewhere of seedling while nutriment needed for ensure that growth of seedling
It causes seedling lethal because nutrient solution is excessive, is made by the cooperation of rotating unit 4, No.1 agitating unit 5 and No. two agitating units 6
With alleviating the artificial amount of labour during seedling culture, while also ensuring the quality of seedling culture.
A kind of nutrient solution needed for growth of seedling is poured into from No.1 feed inlet 2, another nutrient solution that seedling is needed
After pouring into from No. two feed inlets 21, start rotary cylinder 3, and open plant growth lamp 46, the piston end rotation of rotary cylinder 3,
Because of the input terminal screw-driven of the piston end of rotary cylinder 3, so moved up while the piston end rotation of rotary cylinder 3,
To drive turntable 42 to move up and rotate, turntable 42 rotates so that cultivating the seedling rotation in box 44, and seedling is rotating through
Make each part of seedling that can obtain the irradiation of plant growth lamp 46 in journey, ensure that the growing way phase of each part of seedling
Together, the quality of seedling culture is improved；After turntable 42 moves up one end distance, when turntable 42 and slide block 43 contact by
The reaction force of slide block 43 and move down, when turntable 42 moves down No.1 cylinder 41 compress, No.1 cylinder 41 compress when
The gas of discharge, which enters in the closed space that adjacent annular push plate 56 and mixing drum 51 are formed, makes annular push plate 56 to incubator 1
Side wall it is mobile, because of annular push plate 56 and 53 screw-driven of rotating cylinder, so rotated while annular push plate 56 is mobile, and annular
Push plate 56 is rotatablely connected with bull stick 54 again, so bull stick 54 can be driven to protrude into rotating cylinder while annular push plate 56 is mobile and rotation
In 53, scissor 52 is driven to rotate while annular push plate 56 is mobile and rotates, scissor 52 stirs nutrient solution while rotation
It mixes, the nutriment in nutrient solution is uniformly dispersed, so that seedling is easier to absorb the nutriment in nutrient solution, cut
It is propped up while 52 rotation of fork, so that bristle is contacted with the side wall of mixing drum 51, the side wall of bristle and mixing drum 51 can when contacting
The nutriment that 51 side wall of mixing drum adheres to is struck off, the waste of nutriment is prevented；Annular push plate 56 is compressed when moving stirs
The nutrient solution in cylinder 51 is mixed, so that nutrient solution enters in agitator tank 61 through liquid outlet, different types of nutrient solution is in agitator tank 61
Inside mixed；When bull stick 54 is moved into rotating cylinder 53, annular piston plate 55 compresses in annular piston plate 55 and annular groove
Gas enter gas in No. two cylinders 62, the output end of No. two cylinders 62 stretches place, when the output end stretching of No. two cylinders 62
No. two agitator tanks 612 are driven to move up, because of No. two agitator tanks 612 and 63 screw-driven of hollow shaft, so No. two agitator tanks 612
Hollow shaft 63 rotates while moving up, so that different types of nutrient solution is mixed in the rotation of paddle 64, two
Space while number agitator tank 612 moves up between compression No.1 agitator tank 611 and No. two agitator tanks 612, so that mixing
Different types of nutrient solution afterwards is rotated from spray head 65 after the circular hole discharge in hollow shaft 63 and is sprayed, and rotates the nutrient solution of ejection
It can uniformly be contacted with seedling and provide nutrition for seedling, ensure that each part of seedling can absorb nutrient solution, and nutrient solution exists
Cultivate and be uniformly dispersed in box 44, be not in some part nutrient solution it is excessive and cause seedling lethal；In seedling and nutrient solution
After contact, rotary cylinder 3, which stops working, to be started to restore to the original state, and drives turntable 42 anti-during rotary cylinder 3 restores to the original state
To rotation, so that every part on seedling can be irradiated once again by plant growth lamp 46.
As a kind of specific embodiment of the invention, the cultivation box 44 is separated into No.1 by culture plate 441 and cultivates box
442 and No. two cultivation boxes 443, No.1 cultivates box 442 for placing soil and cultivating seedling；In No. two cultivations box 443
Portion is equipped with gas-guide tube 7, and one end of gas-guide tube 7 is connected to No.1 cultivation box 442, the other end is through turntable 42, and gas-guide tube 7 is located at two
Number cultivate box 443 in part two sides be respectively and fixedly connected with spring, spring is connected with impact block 71 far from one end of gas-guide tube 7；Institute
The lower section for stating culture plate 441 is equipped with convex and bores tooth 72；Generation centrifugal force hits impact block 71 convex when the turntable 42 rotates
The soil that shape cone tooth 72 makes No.1 cultivate box 442 loosens；The centrifugal force drive that the present invention generates when being rotated by turntable 42 is hit
The movement of block 71 is hit, contacts the soil for generating and shaking so that in No.1 cultivation box 442 when impact block 71 is mobile between convex cone tooth 72
Earth loosens, and is conducive to the root absorption oxygen that No.1 cultivates seedling in box 442, respiration is carried out, to be conducive to seedling
Growth.
As a kind of specific embodiment of the invention, the outside for cultivating box 44 is disposed with fixed cell 8, fixed single
Member 8 is for the fixed seedling cultivated；The fixed cell 8 includes riser 81, cross bar 82 and snap ring 83；The riser 81 is set respectively
It sets in the two sides for cultivating box 44, riser 81 and turntable 42 are affixed；The cross bar 82 is located at the top of riser 81, and cross bar 82 and perpendicular
It is slidably connected between plate 81；The snap ring 83 is set on seedling, is connected between snap ring 83 and cross bar 82 by spring；The present invention
By designing fixed cell 8, seedling can be fixed, prevent seedling in generating process or occur in the course of rotation
The situation of skew, improves the cultivation quality of seedling.
As a kind of specific embodiment of the invention, the snap ring 83 is by No.1 snap ring 831 and No. two 832 groups of snap ring
At being slidably connected between No.1 snap ring 831 and No. two snap rings 832, it is logical that No.1 snap ring 831 is located at the part in No. two snap rings 832
Spring is crossed to connect with No. two snap rings 832, the No.1 snap ring 831 being slidably connected and No. two snap rings 832 while fixed seedling not
Influence the growth of seedling；By the present invention in that No.1 snap ring 831 and No. two snap rings 832 are slidably connected, such seedling is in generation
In the process, snap ring 83 can become larger with the growth of seedling, and snap ring 83 can also be to seedling in the case where not influencing seedling growth
It is fixed, further improves the quality of seedling culture.
As a kind of specific embodiment of the invention, the inside of the slide block 43 offers cavity, in slide block 43
Cavity be connected to gas-guide tube 7；Cavity compression when the slide block 43 is contacted with turntable 42, the gas of cavity compression discharge is through leading
Tracheae 7, which enters in No.1 cultivation box 442, provides oxygen for the root of seedling；The gas that the present invention is discharged when being compressed by slide block 43
Body provides oxygen for the root of seedling, it is ensured that the oxygen in soil is sufficient always, therefore the root of seedling will not be due to anoxic
It is lethal.
As a kind of specific embodiment of the invention, the lower section of the turntable 42 is equipped with surge drum 9, surge drum 9
It is interior to be equipped with filtering table 91, filter hole is offered on filtering table 91, filter plate is connect by rigidity rope with the bottom of turntable 42, is filtered
The end of disk 91 is contacted with surge drum 9；Filtering table 91 is driven to move up and down when the turntable 42 moves up and down, about 91 filtering table
Nutrient solution is filtered when mobile；The present invention can not enter 65 ejection of spray head by design surge drum 9 and filtering table 91
The nutrient solution cultivated in box 44 is filtered, and is facilitated the secondary use of nutrient solution, is improved the utilization rate of resource.
It drives filtering table 91 mobile with the movement of turntable 42, when turntable 42 is mobile, is cultivating box when filtering table 91 is mobile
44 nutrient solutions not entered in cultivation box 44 that can be sprayed to spray head 65 are filtered, and filtered nutrient solution enters through filter hole
It is collected in surge drum 9, facilitates the secondary use of nutrient solution, improve the utilization rate of resource；The process rotated with turntable 42
In, the impact block 71 in No. two cultivations is moved because of centrifugal force to contact with convex cone tooth 72, and convex cone tooth 72 is to hit
Block 71 generates vibration during contacting can loosen the soil in No.1 cultivation box 442, and the root for being conducive to seedling absorbs
Oxygen carries out respiration, to be conducive to the growth of seedling；And during seedling culture, seedling is in life in order to prevent
At the situation for occurring skew in the process or in the course of rotation, by the way that snap ring 83 to be socketed on seedling and can carry out to seedling
It is fixed, and snap ring 83 is slidably connected by No.1 snap ring 831 and No. two snap rings 832, such seedling is during generation, snap ring 83
It can become larger with the growth of seedling, snap ring 83 can also be fixed seedling in the case where not influencing seedling growth, into one
Step improves the quality of seedling culture.
When work, a kind of nutrient solution needed for growth of seedling is poured into from No.1 feed inlet 2, the another kind that seedling is needed
After nutrient solution is poured into from No. two feed inlets 21, start rotary cylinder 3, and open plant growth lamp 46, the piston end of rotary cylinder 3
Rotation, because of the input terminal screw-driven of the piston end of rotary cylinder 3, so upward while the piston end rotation of rotary cylinder 3
Mobile, to drive turntable 42 to move up and rotate, turntable 42 rotates so that cultivating the seedling rotation in box 44, and seedling is being revolved
Make each part of seedling that can obtain the irradiation of plant growth lamp 46 during turning, ensure that the growing way of each part of seedling
It is identical, improve the quality of seedling culture；After turntable 42 moves up one end distance, when turntable 42 and slide block 43 contact by
To slide block 43 reaction force and move down, when turntable 42 moves down No.1 cylinder 41 compress, No.1 cylinder 41 compress
When the gas that is discharged enter in the closed space that adjacent annular push plate 56 and mixing drum 51 are formed and make annular push plate 56 to cultivation
The side wall of case 1 is mobile, because of annular push plate 56 and 53 screw-driven of rotating cylinder, so rotated while annular push plate 56 is mobile, and
Annular push plate 56 is rotatablely connected with bull stick 54 again, so bull stick 54 can be driven to protrude into while annular push plate 56 is mobile and rotation
In rotating cylinder 53, drive scissor 52 to rotate while annular push plate 56 is mobile and rotation, while scissor 52 rotates to nutrient solution into
Row stirring, allows the nutriment in nutrient solution to be uniformly dispersed, so that seedling is easier to absorb the nutrients in nutrient solution
Matter, scissor 52 are propped up while rotation, so that bristle is contacted with the side wall of mixing drum 51, bristle is contacted with the side wall of mixing drum 51
When can by 51 side wall of mixing drum adhere to nutriment strike off, prevent the waste of nutriment；Annular push plate 56 is pressed when moving
Nutrient solution in contracting mixing drum 51, so that nutrient solution enters in agitator tank 61 through liquid outlet, different types of nutrient solution is being stirred
It is mixed in case 61；When bull stick 54 is moved into rotating cylinder 53, annular piston plate 55 compresses annular piston plate 55 and annular is recessed
Gas in slot enters gas in No. two cylinders 62, and the output end of No. two cylinders 62 stretches place, and the output end of No. two cylinders 62 is stretched
No. two agitator tanks 612 are driven to move up when out, because of No. two agitator tanks 612 and 63 screw-driven of hollow shaft, so No. two stirrings
Hollow shaft 63 rotates while case 612 moves up, and stirs so that the rotation of paddle 64 carries out mixing to different types of nutrient solution
It mixes, the space between No.1 agitator tank 611 and No. two agitator tanks 612 is compressed while No. two agitator tanks 612 move up, so that
Mixed different types of nutrient solution is rotated from spray head 65 after the circular hole discharge in hollow shaft 63 and is sprayed, and rotates the battalion of ejection
Nutrient solution can uniformly contact with seedling and provide nutrition for seedling, ensure that each part of seedling can absorb nutrient solution, and nutrition
Liquid is uniformly dispersed cultivating in box 44, be not in some part nutrient solution it is excessive and cause seedling lethal；In seedling and battalion
After nutrient solution contact, rotary cylinder 3, which stops working, to be started to restore to the original state, and drives turntable during rotary cylinder 3 restores to the original state
42 rotate backward, so that every part on seedling can be irradiated once again by plant growth lamp 46；With the movement of turntable 42,
It drives filtering table 91 mobile when turntable 42 is mobile, training can not be entered to what spray head 65 sprayed in cultivation box 44 when filtering table 91 is mobile
The nutrient solution educated in box 44 is filtered, and filtered nutrient solution enters in surge drum 9 through filter hole to be collected, and facilitates nutrient solution
Secondary use, improve the utilization rate of resource；With turntable 42 rotate during, No. two cultivate in impact block 71 because from
Mental and physical efforts and it is mobile to be contacted with convex cone tooth 72, convex cone tooth 72 is to generate vibration during impact block 71 contacts can be right
The soil that No.1 is cultivated in box 442 is loosened, and the root for being conducive to seedling absorbs oxygen, respiration is carried out, to be conducive to
The growth of seedling；And during seedling culture, seedling goes out in generating process or in the course of rotation in order to prevent
The situation of existing skew, by the way that snap ring 83 to be socketed on seedling and seedling can be fixed, and snap ring 83 is by 831 He of No.1 snap ring
No. two snap rings 832 are slidably connected, and during generation, snap ring 83 can become larger such seedling with the growth of seedling, snap ring
83 can also be fixed seedling in the case where not influencing seedling growth, further improve the quality of seedling culture.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and the above embodiments and description only describe originals of the invention
Reason, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes and improvements
It all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle
It is fixed.
Claims (6)
1. a kind of full-automatic seedling culture device, it is characterised in that: including incubator (1), No.1 feed inlet (2), No. two into
Material mouth (21), support base and controller；The controller is for controlling the work of seedling culture device；The incubator (1) uses
Transparent material is made；The No.1 feed inlet (2) and No. two feed inlets (21) are located at the top of incubator (1), No.1 feed inlet
(2) and No. two feed inlets (21) are for being passed through different types of nutrient solution；The bottom of the incubator (1) is equipped with rotary cylinder
(3), the piston end of rotary cylinder (3) passes through incubator (1) and extends in incubator (1), the piston end of rotary cylinder (3) with
Input terminal screw-driven, rotation while piston end moves up and down when rotary cylinder (3) works；Rotary cylinder (3) piston
The top at end is equipped with rotating unit (4), and rotating unit (4) is for driving seedling to rotate to increase the daylight rate of seedling；Described turn
Moving cell (4) includes No.1 cylinder (41), turntable (42) and slide block (43)；The bottom of the No.1 cylinder (41) and rotary pneumatic
The piston end of cylinder (3) is affixed, the other end and turntable (42) are affixed, and the top of turntable (42), which is equipped with, cultivates box (44), cultivates box
(44) affixed by locking module and turntable (42)；The slide block (43) and the side wall of incubator (1) are affixed, slide block (43)
It is made of soft material；It is connected with fixed plate (45) above the cultivation box (44), the lower section two sides of fixed plate (45) are equal
Equipped with plant growth lamp (46)；Inside above the incubator (1) is equipped with No.1 agitating unit (5), No.1 agitating unit (5)
For being stirred respectively to different types of nutrient solution；Wherein,
The No.1 agitating unit (5) includes mixing drum (51), scissor (52), rotating cylinder (53) and bull stick (54)；The rotating cylinder
(53) be located at mixing drum (51) inside, rotating cylinder (53) on the basis of the center line of incubator (1) be symmetrical arranged, rotating cylinder (53) by
One horn (531) and two horns (532) are welded, in the rotating cylinder (53) that a horn (531) and two horns (532) are welded
Annular groove is offered, one end of rotating cylinder (53) is rotatablely connected by the side wall of shaft and mixing drum (51)；The rotating cylinder (53)
The other end and bull stick (54) be socketed, one end of bull stick (54) stretch to it is in annular groove and affixed with annular piston plate (55),
The part that bull stick (54) is contacted with rotating cylinder (53) is screw-driven；The bull stick (54) is equipped with annular far from the one end of rotating cylinder (53)
Push plate (56), the end of annular push plate (56) and mixing drum (51) screw-driven, the one end of bull stick (54) far from rotating cylinder (53) with
Annular push plate (56) rotation connection；The scissor (52) is located at the two sides of rotating cylinder (53), one end of scissor (52) and annular push plate
(56) hingedly, side-walls of the scissor (52) close to mixing drum (51) are connected with cleaning block (521), are disposed in cleaning block (521)
Bristle；The closed space that the annular push plate (56) and mixing drum (51) are formed is for storing nutrient solution, adjacent annular push plate
(56) closed space is formed with mixing drum (51)；Turntable (42) is by slide block when the turntable (42) and slide block (43) contact
(43) influence of reaction force moves down so that No.1 cylinder (41) compresses, when No.1 cylinder (41) compresses the gas that is discharged into
Entering in the closed space that adjacent annular push plate (56) and mixing drum (51) are formed makes annular push plate (56) mobile, annular push plate
(56) rotation while mobile is so that scissor (52) rotation is stirred nutrient solution, scissor (52) when annular push plate (56) is mobile
It props up so that bristle is contacted with the side wall of No.1 mixing drum (51), the lower section of No.1 mixing drum (51) is equipped with No. two agitating units
(6), No. two agitating units (6) are for being stirred mixing to mixed different types of nutrient solution；Wherein,
No. two agitating units (6) include agitator tank (61) and No. two cylinders (62), and agitator tank (61) is by No.1 agitator tank
(611) it is formed with No. two agitator tanks (612), the end of No. two agitator tanks (612) is socketed in No.1 agitator tank (611)；It is described
No. two cylinders (62) are located at the bottom of agitator tank (61), the output end of No. two cylinders (62) and agitator tank (61) affixed, its bottom
It is affixed with fixed plate (45)；The lower section of the mixing drum (51) is equipped with liquid outlet, is equipped with check valve, variety classes at liquid outlet
Nutrient solution through liquid outlet flow into agitator tank (61) in be stirred mixing；The middle part of the agitator tank (61) is equipped with hollow shaft
(63), the end of hollow shaft (63) and fixed plate (45), agitator tank (61) equal screw-driven, hollow shaft (63) are located at agitator tank
(61) part in is disposed with paddle (64), and the part that hollow shaft (63) is located in agitator tank (61) offers circular hole, hollow
Axis (63) be located on the outside of agitator tank (61) partially pass through fixed plate (45) after be connected with spray head (65)；The annular piston plate
(55) gas of compression discharge enters the output end for making No. two cylinders (62) in No. two cylinders (62) when moving in annular groove
It moves up, pushes No. two agitator tanks (612) to move up when No. two cylinders (62) move up, No. two agitator tanks (612) are moved
Hollow shaft (63) rotates so that paddle (64) is stirred mixed nutrient solution when dynamic, and the nutrient solution after stirring is through hollow
Circular hole on axis (63) flows into spray head (65)；The present invention is driven by turntable (42) cultivates box (44) rotation, cultivates box (44)
The seedling rotation cultivated in box (44) is driven when rotation, seedling makes each section of seedling can be uniform in the course of rotation
The irradiation of lamp is generated by plant, makes the growth of seedling uniform while improving seedling formation speed, while passing through design one
Number agitating unit (5) and No. two agitating units (6), through spraying after different types of nutrient solution mixing that growth of seedling can be made to need
Head (65) rotation sprays, and the nutrient solution of ejection can uniformly contact with seedling, nutriment needed for ensure that growth of seedling it is same
When, be not in that the somewhere of seedling causes seedling lethal because nutrient solution is excessive, pass through rotating unit (4), No.1 agitating unit
(5) it is used cooperatively with No. two agitating unit (6), alleviates the artificial amount of labour during seedling culture, also ensure simultaneously
The quality of seedling culture.
2. a kind of full-automatic seedling culture device according to claim 1, it is characterised in that: the cultivation box (44) by
Culture plate (441) is separated into No.1 and cultivates box (442) and No. two cultivation boxes (443), and No.1 cultivates box (442) for placing soil
With cultivation seedling；Described No. two middle parts for cultivating box (443) are equipped with gas-guide tube (7), and one end of gas-guide tube (7) and No.1 cultivate box
(442) connection, the other end run through turntable (42), and gas-guide tube (7) is located at the part two sides that No. two are cultivated in box (443) and is respectively and fixedly connected with
There is spring, spring is connected with impact block (71) far from one end of gas-guide tube (7)；The lower section of the culture plate (441) is equipped with convex
It bores tooth (72)；Centrifugal force is generated when the turntable (42) rotates makes impact block (71) shock convex cone tooth (72) that No.1 is trained
The soil for educating box (442) loosens.
3. a kind of full-automatic seedling culture device according to claim 2, it is characterised in that: cultivation box (44)
Outside is disposed with fixed cell (8), and fixed cell (8) is for the fixed seedling cultivated；The fixed cell (8) includes riser
(81), cross bar (82) and snap ring (83)；The riser (81) is separately positioned on the two sides for cultivating box (44), riser (81) and turntable
(42) affixed；The cross bar (82) is located at the top of riser (81), and is slidably connected between cross bar (82) and riser (81)；It is described
Snap ring (83) is set on seedling, is connect between snap ring (83) and cross bar (82) by spring.
4. a kind of full-automatic seedling culture device according to claim 3, it is characterised in that: the snap ring (83) is by one
Number snap ring (831) and No. two snap rings (832) compositions, are slidably connected between No.1 snap ring (831) and No. two snap rings (832), No.1
Snap ring (831) is located at the part in No. two snap rings (832) and is connect by spring with No. two snap rings (832), the No.1 being slidably connected
Snap ring (831) and No. two snap rings (832) do not influence the growth of seedling while fixed seedling.
5. a kind of full-automatic seedling culture device according to claim 1, it is characterised in that: the slide block (43)
Inside offers cavity, and the cavity in slide block (43) is connected to gas-guide tube (7)；The slide block (43) contacts with turntable (42)
When cavity compress, the gas of cavity compression discharge, which through gas-guide tube (7) enters No.1, to be cultivated in box (442) and provides for the root of seedling
Oxygen.
6. a kind of full-automatic seedling culture device according to claim 5, it is characterised in that: under the turntable (42)
Side is equipped with surge drum (9), is equipped with filtering table (91) in surge drum (9), and filtering table offers filter hole, filter plate on (91)
It is connect by rigidity rope with the bottom of turntable (42), the end of filtering table (91) is contacted with surge drum (9)；On the turntable (42)
Filtering table (91) are driven to move up and down when lower mobile, filtering table (91) is filtered nutrient solution when moving up and down.
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| CN113179810A (en) * | 2021-05-12 | 2021-07-30 | 伊犁哈萨克自治州林木良种繁育试验中心 | But case is bred to chinese wax nursery stock that layering was cultivated |
| CN113179810B (en) * | 2021-05-12 | 2023-07-25 | 伊犁哈萨克自治州林木良种繁育试验中心 | Fraxinus chinensis seedling breeding box capable of being cultivated in layered mode |
| CN113597931A (en) * | 2021-09-03 | 2021-11-05 | 李伟 | Agriculture and forestry seedling system |
| CN114568170A (en) * | 2022-03-25 | 2022-06-03 | 宁安市利民中草药科技有限公司 | Chinese-medicinal material dittany bark device of growing seedlings |
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