CN209693696U - Divide root culture experiment storehouse - Google Patents
Divide root culture experiment storehouse Download PDFInfo
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- CN209693696U CN209693696U CN201920339820.1U CN201920339820U CN209693696U CN 209693696 U CN209693696 U CN 209693696U CN 201920339820 U CN201920339820 U CN 201920339820U CN 209693696 U CN209693696 U CN 209693696U
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- root culture
- separator
- warehouse
- overflow
- nutrient solution
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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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
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Abstract
The utility model relates to plant soil-less culturing technical fields, divide root culture experiment storehouse more particularly to one kind, including warehouse, the separator that warehouse is separated at least two independent root culture compartments is provided in warehouse, two neighboring root culture compartment is separated by a separator, and the overflow ducts overflowed for the nutrient solution in root culture compartment being connected to root culture compartment are equipped in separator；Or two neighboring root culture compartment is separated by two separators, and the overflow ducts overflowed for the nutrient solution in root culture compartment being connected to root culture compartment are equipped between two separators；Each root culture compartment is connected to at least one overflow ducts respectively, and the outlet for overflowing nutrient solution discharge warehouse being connected to overflow ducts is provided on warehouse.It is metabolized rubbish floating object and warehouse is discharged by overflow ducts and outlet, facilitate the removing of the rubbish floating object in each root culture compartment, without nutrient solution to be all discharged, cause the waste of nutrient solution.
Description
Technical field
The utility model belongs to plant soil-less culturing technical field, and in particular to one kind divides root culture experiment storehouse.
Background technique
Point root culture experiment is placed a plant into special container, in the facilities such as greenhouse, solarium or phjytotron
The plant culture experiment carried out under manual simulation or artificial control condition.
Plant roots and stems are the major organs and various hormones for absorbing moisture and nutrient, the assimilation of organic acid and metabolite
With the important place of synthesis, play an important role in plant growth and development, physiological function and substance metabolism process.Part
Plant needs for the rhizome of plant to be individually positioned in the nutrient solution of various concentration and is cultivated and seen when carrying out point root culture
It examines.
Authorization Notice No. be CN202396262U Chinese utility model patent disclose it is a kind of experiment with divide root without soil
Cultivation customization case, including cabinet, case lid and planting cup for placing plant, case lid is covered on top of the box, setting in cabinet
There is the demarcation plate that cabinet is separated into two compartments, position corresponding with demarcation plate is equipped with and determines with what planting cup cooperated on case lid
Hole is planted, planting cup constitutes cage structure, In by upper connection ring, lower connection ring and the support rod being arranged between upper and lower connection ring
The liquid filling hole for injecting nutrient solution into cabinet is provided on case lid, the bottom of wall box is provided with for discharging nutrient solution
Dewatering orifice.
In the liquid feeding into cabinet, once liquid feeding is excessive, the nutrient solution in two compartments will not have demarcation plate to be mixed in one
It rises, influences experimental result, and when generating metabolism rubbish floating object in nutrient solution, can not directly remove, it can only be by discharging water
Nutrient solution is all discharged in hole, then new nutrient solution is injected by liquid filling hole, not only troublesome in poeration, also will cause the wave of nutrient solution
Take.
Utility model content
The purpose of this utility model is to provide one kind to divide root culture experiment storehouse, to solve in the prior art into compartment
Nutrient solution when nutrient solution is added in each compartment is easy the rubbish floating object influenced in experimental result and each compartment that mixes
Remove inconvenient problem.
To achieve the above object, the technical solution in provided by the utility model point of root culture experiment storehouse are as follows:
Divide root culture experiment storehouse, including warehouse, is provided in warehouse and warehouse is separated at least two independent root systems trainings
Support the separator of compartment, two neighboring root culture compartment separates by a separator, be equipped in separator and root culture every
The overflow ducts of storehouse connection overflowed for the nutrient solution in root culture compartment, each root culture compartment overflow at least one respectively
Circulation road is connected to, and the outlet for overflowing nutrient solution discharge warehouse being connected to overflow ducts is provided on warehouse；Or it is adjacent
Two root culture compartments are separated by two separators, between two separators be equipped be connected to root culture compartment for root system
The overflow ducts that the nutrient solution in compartment overflows are cultivated, each root culture compartment is connected to at least one overflow ducts respectively, storehouse
The outlet for overflowing nutrient solution discharge warehouse being connected to overflow ducts is provided on body.
It has the beneficial effect that when two neighboring root culture compartment is separated by a separator, is arranged in separator
The overflow ducts of root culture compartment are connected to, are additionally provided with the outlet being connected to overflow ducts on warehouse, when carrying out liquid feeding,
If there is the excessive situation of liquid feeding, will warehouse successively be discharged by overflow ducts and outlet in excessive nutrient solution, that is,
It says, due to the presence of overflow ducts, the nutrient solution in any one root culture compartment all may not flow into it when addition is excessive
In his root culture compartment, avoids the nutrient solution of multiple root culture compartments from mixing, influence experimental result；Similarly, when
When two neighboring root culture compartment is separated by two separators, storehouse is discharged still through overflow ducts in excessive nutrient solution
Body；In addition, when generating metabolism rubbish floating object in nutrient solution, it can be a large amount of by being added into corresponding root culture compartment
Nutrient solution, make to be metabolized rubbish floating object and increase until warehouse can be discharged by overflow ducts and outlet, facilitate each
The removing of rubbish floating object in system's culture compartment, more renews nutrient solution without nutrient solution to be all discharged again, avoids
The waste of nutrient solution.
Further, separator towards being provided with for the battalion in root culture compartment in the side wall surface of root culture compartment
Nutrient solution flows into the overflow inlet in overflow ducts, and the overflow inlet is lower than the top of separator.
Have the beneficial effect that overflow inlet is lower than the top of separator, accordingly even when nutrient solution is added excessively, nutrient solution can also
With being discharged by overflow ducts early, and do not have to be discharged until the top for not crossing separator, such root culture compartment
The nutrient solution of middle addition be not just it is very much, can be to avoid waste；In addition excessive liquid feeding is being needed so that metabolism rubbish floating object row
Warehouse out, not needing excessive nutrient solution is added can be achieved with, to reduce the amount that nutrient solution is added, save nutrient solution.
Further, two neighboring root culture compartment is separated by a separator, and separator includes surrounding each root system training
The separator side wall of compartment and the connection wall of each separator side wall of connection are supported, is spaced setting between each separator side wall, it is described
Overflow inlet is arranged on each separator side wall.
Have the beneficial effect that two neighboring root culture compartment is separated by a separator, separator is set by two intervals
The separator side wall set and the connection wall being connected between two spacer side walls are constituted, between two such separator side wall just
For hollow structure, separator weight is lighter, not only facilitates the processing and manufacturing of separator, but also facilitates setting for overflow ducts
It sets.
Further, the connection wall is located at the bottom end of each separator side wall and constitutes contacting with warehouse bottom for separator
Bottom wall, the overflow outlet for nutrient solution outflow of the overflow ducts is arranged in connection wall, and the outlet is arranged in storehouse
The bottom of body and corresponding with overflow outlet.
Have the beneficial effect that connection wall is located at the bottom end of each separator and directly contacts with warehouse bottom, so that separator
Vertical section is U-shaped, thus forms U-shaped space between two separator side walls, facilitates setting overflow ducts；Overflow outlet
It is arranged in connection wall, and the bottom of warehouse is arranged in outlet, convenient from the drain of warehouse bottom, structure is simple, convenient to add
Work.
Further, dividing root culture experiment storehouse further includes the overflow pipe for connecting overflow inlet, overflow outlet and outlet,
The overflow ducts are made of the inner cavity of overflow pipe.
Having the beneficial effect that nutrient solution flows out warehouse by overflow pipe, the inner cavity of overflow pipe constitutes dedicated overflow ducts,
Nutrient solution would not remain between two separator side walls in this way, thus keep point root culture experiment storehouse more clean and tidy, clean, it is also square
Divide the cleaning in root culture experiment storehouse.
Further, the placing piece for placing plant is provided at the top of the separator, be provided on placing piece with
The perforation that the corresponding rhizome for plant of each root culture compartment passes through.
It has the beneficial effect that in the perforation that placing piece setting is passed through for the rhizome of plant, a point root conveniently is carried out to plant and is operated,
A point root culture experiment is carried out to plant to convenient.
Further, placing piece is placement plate, and placement plate includes the plate being located at the top of separator and is connected with plate
And the inclined plate extended obliquely upward to each root culture compartment top, the perforation are arranged on inclined plate.
It has the beneficial effect that placing piece includes level board and the inclined plate that extends obliquely upward, effectively prevent plant in placement plate
Skew caused by run-off the straight, also, inclined plate gradually upwardly extends, convenient for plant rhizome via perforation across user
Just.
Further, it is provided with the agitating device for stirring nutrient solution on the bulkhead of each root culture compartment, stirs
Device includes rotating power source and the agitating shaft with rotating power source transmission connection, and paddle, stirring dress are provided on agitating shaft
It sets and further includes coaxial with agitating shaft and be fixedly linked with each paddle with the mixing drum of agitating shaft synchronous rotary, the cylinder of mixing drum
Flowing hole is provided on wall.
It has the beneficial effect that setting agitating device, constantly nutrient solution can be stirred, guarantee the nutrients in nutrient solution
Matter diffusion uniformly, is absorbed and is grown convenient for plant rhizome, meanwhile, agitating device is conducive to the flowing of nutrient solution, avoids metabolism poison
Element, which is deposited in rhizome, nearby influences plant strain growth；Flowing hole is set on the barrel of mixing drum, is conducive to the flowing of nutrient solution, and
And paddle is located in mixing drum, so that agitating device will not occur to wind and avoid causing plant rhizome with plant rhizome
Injury.
Further, inlet tube, warehouse bottom are provided on the warehouse side wall corresponding with each root culture compartment of warehouse
Sewage pipe is provided on wall.
Have the beneficial effect that and inlet tube be set on warehouse side wall, and sewage pipe is set on warehouse bottom wall, it is convenient to point
Nutrient solution in root culture experiment storehouse carries out replacement and liquid feeding.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for dividing root culture experiment storehouse embodiment of the utility model；
Fig. 2 is the structural schematic diagram of agitating device in Fig. 1；
In figure, 1- divides root culture experiment storehouse；2- separator；21- overflow inlet；22- overflow outlet；23- outlet；3- is put
Set plate；31- plate；32- inclined plate；4- perforation；The left root culture compartment of 5-；The right root culture compartment of 6-；7- overflow pipe；8- blowdown
Pipe；9- inlet tube；10- agitating device；11- motor；12- agitating shaft；13- paddle；14- mixing drum；15- flowing hole.
Specific embodiment
Specific embodiment of the present utility model is described further with reference to the accompanying drawing.
The embodiment for dividing root culture experiment storehouse of the utility model divides the root culture experiment storehouse 1 to include as depicted in figs. 1 and 2
It accommodates the warehouse of nutrient solution and the separator 2 that warehouse is divided into two independent root culture compartments in warehouse is set, point
The top of spacing body 2 is provided with the placing piece for placing plant, be equipped in separator 2 be connected to root culture compartment for root system
The overflow ducts that the nutrient solution in compartment overflows are cultivated, are provided with the outlet 23 being connected to overflow ducts on warehouse.
Specifically, root culture experiment storehouse 1 is divided to include cuboid formula warehouse, separator 2 is arranged in the middle part of warehouse and along storehouse
The width direction of body extends, and root culture experiment storehouse 1 will be divided to be divided into left root culture compartment 5 and right root culture compartment 6, certainly
In other embodiments, separator 2 can also extend along the length direction of warehouse.Separator 2 include surround left root culture every
The left separator side wall in storehouse 5, the right separator side wall for surrounding right root culture compartment 6 and left separator side wall and right separator
The connection wall that side wall is wholely set, the bottom end of left and right separator side wall is arranged in connection wall, and connection wall constitutes separator
2 bottom wall contacted with warehouse bottom, left and right separator sidewall spacers setting, makes separator 2 form vertical section U-shaped
Hollow structure.
The overflow overflowed for the nutrient solution in corresponding root culture compartment is provided on left and right spacing body side wall
Import 21, i.e. overflow inlet 21 are lower than the top of separator 2, and the overflow outlet for nutrient solution outflow is provided in connection wall
22, a corresponding overflow inlet 21 in overflow outlet 22 is provided with connection corresponding with overflow outlet 22 in the bottom of warehouse
Warehouse is discharged for overflowing nutrient solution in outlet 23, outlet 23, and outlet 23, overflow outlet 22 and overflow inlet 21 1 are a pair of
One group should and be constituted, each root culture compartment is correspondingly arranged on one group.Dividing root culture experiment storehouse 1 further includes being sequentially connected
The inner cavity of two overflow pipes 7 of corresponding overflow inlet 21, overflow outlet 22 and outlet 23, each overflow pipe 7 forms connection
Overflow ducts outside corresponding root culture compartment and warehouse, two overflow pipes 7 stretch out outside warehouse, in each overflow pipe 7
On be provided with and control the flow control valve that corresponding overflow pipe 7 is opened and closed.It is additionally provided on the top of the side wall of each root culture compartment
Inlet tube 9, the level height that inlet tube 9 exports are higher than the height of overflow inlet 21, in order to be added to each root culture compartment
New nutrient solution facilitates nutrient solution to be replaced and supplemented in time, and control inlet tube 9 is also equipped on each inlet tube 9 and is opened and closed
Flow control valve.
The top that separator 2 is as arranged in placing piece is used to place the placement plate 3 of plant, and placement plate 3 includes being located to divide
At the top of spacing body 2 and by the plate of the top closure of separator 2 31 and 31 integrally connected of plate and respectively to each root culture compartment
Two inclined plates 32 that top extends obliquely upward, plate 31 are horizontally disposed, be provided on inclined plate 32 respectively with left root culture every
The middle part of corresponding inclined plate 32 is arranged in storehouse 5 and right root culture compartment 6 corresponding two perforation 4, each perforation 4, and each perforation 4 is used for
It is passed through for the rhizome of plant, and extend into rhizome in the nutrient solution of each root culture compartment and carry out a point root culture experiment.Each
It is additionally provided with foam-rubber cushion on the inner peripheral wall of perforation 4, is damaged with preventing rhizome to be squeezed inside perforation 4, is guaranteed
The healthy growth of plant.
It also corresponds to and is equipped with for stirring nutrient solution close to the position of bottom in the warehouse side wall of each root culture compartment
Agitating device 10, as shown in Fig. 2, agitating device 10 includes the motor 11 for providing power for agitating device 10, agitating shaft 12, stirring
Leaf 13 and column mixing drum 14.Wherein, agitating shaft 12 seals rolling assembling on warehouse side wall, one end of agitating shaft 12 and motor
11 transmission connections, the other end protrude into inside root culture compartment, and paddle 13 is fixed on the outer peripheral surface of agitating shaft 12, mixing drum
14 are coaxially disposed with agitating shaft 12, and 14 inner wall of mixing drum is fixedly connected with paddle 13, so that mixing drum 14 is with stirring
12 synchronous rotary of axis.The length of agitating shaft 12 is less than the length of mixing drum 14, and the peripheral surface of column mixing drum 14 is smooth,
Farther out, paddle 13 and mixing drum 14 can't be wound rhizome apart from plant with rhizome, be damaged to rhizome.Stirring
Leaf 13 and agitating shaft 12 are respectively positioned on inside mixing drum 14, and multiple flowing holes 15 are arranged at intervals on the barrel of mixing drum 14, with
Conducive to the flowing of nutrient solution.It drives mixing drum 14 to rotate by agitating shaft 12 and paddle 13, nutrient solution is constantly stirred,
Guarantee that the nutriment diffusion in nutrient solution is uniform.Flowing hole 15 meanwhile in order to avoid rhizome is damaged, on mixing drum 14
Opening edge be arranged chamfering.
It is equipped with sewage pipe 8 in the bottom of each root culture compartment, sewage pipe 8 is connected to inside warehouse and outside warehouse, In
Sewage pipe 8 be equipped with control of sewage disposal pipe 8 be opened and closed flow control valve, sewage pipe 8 can be discharged in time corresponding root culture every
Metabolism rubbish inside storehouse ensures the growing environment in root culture compartment.
It is equipped with the top cover (not shown) being adapted to warehouse at the top for dividing root culture experiment storehouse 1, is arranged on top cover
There is circular hole, be placed in placement plate 3 so that the rhizome of plant passes through circular hole, prevents plant inclination from skewing by circular hole.
The present embodiment divides root culture experiment storehouse that can provide one group of observation experiment, and when experiment, plant is first initially passed through top
The circular hole that covers simultaneously is placed in placement plate 3, and the rhizome of plant is divided into two parts and is each passed through corresponding perforation 4 in placement plate 3,
So that rhizome protrudes into the nutrient solution of left root culture compartment 5 and right root culture compartment 6, top cover is divided by inlet tube 9
The nutrient solution of two kinds of various concentrations is not added in root culture compartment 5 and right root culture compartment 6 to the left, it can start to carry out
Divide root culture experiment.During the experiment, agitating device 10 can be opened to be stirred nutrient solution, so that nutriment is spread
Uniformly, and prevent metabolic toxicities from accumulating.When the liquid feeding excess into root culture compartment, excessive nutrient solution will pass through overflow pipe
Outside 7 discharge warehouses；When there is metabolism rubbish floating object on the nutrient solution upper layer in root culture compartment, by inlet tube 9 to right
Addition supernutrition liquid in root culture compartment is answered, when liquid level is higher than overflow inlet 21, metabolism rubbish floating object passes through overflow
Pipe 7 is discharged.When needing to replace nutrient solution or needing to clean root culture compartment, the valve of sewage pipe 8 is directly opened,
Nutrient solution in corresponding root culture compartment can be all discharged, nutrient solution is passed through by inlet tube 9, or be passed through clear water into
Row cleaning.
In the present embodiment, it is provided with inlet tube and sewage pipe on warehouse, in other embodiments, feed liquor can be not provided with
Pipe, directly opening top cover, are directly added nutrient solution into corresponding root culture compartment；It can also be not provided with sewage pipe, needed
When replacing nutrient solution, top cover is directly opened, nutrient solution is poured, or one valve is installed in warehouse bottom, into
Row blowdown work.
In the present embodiment, agitating device is provided on the bulkhead of root culture compartment, agitating device includes motor, stirs
Leaf, agitating shaft and mixing drum are mixed, in other embodiments, motor can be not provided with, by driven by shaking, agitating shaft stretches out warehouse
One end rocking handle can be set, pass through shake rocking handle driving；In addition in other embodiments, it can not touch stirring completely in root system
In the case where device, can also only setting paddle it be stirred；Certainly in other embodiments, stirring dress can also be not provided with
It sets.
In the present embodiment, placing piece is placement plate, and placement plate includes plate and inclined plate, in other embodiments, can be with
Caged cylinder is set by placing piece, the hole stretched out for rhizome is provided on the side wall of caged cylinder.
In the present embodiment, it is provided with placing piece at the top of separator, in other embodiments, can be not provided with placing
Part, the rhizome of plant are divided into two parts or separator and have certain wall thickness directly across being supported on separator, can
Plant to be placed on separator, and the perforation passed through for rhizome is set on separator；It is fixed on top cover again or by plant
On, rhizome is divided into several pieces and protrudes into each root culture compartment.
In the present embodiment, overflow ducts are made of the inner cavity of overflow pipe, in other embodiments, can be not provided with overflow
Pipe, nutrient solution directly flows into separator by overflow inlet, and merges between two separator side walls, is flowed out by outlet,
At this point, separator itself forms overflow ducts.
In the present embodiment, connection wall is located at the bottom end of each separator side wall, and in other embodiments, connection wall can be set
It sets at the middle part of each separator side wall, forms a H-shaped structure, overflow pipe passes through connection wall and is connected to warehouse outside.
In the present embodiment, two neighboring root culture compartment is separated by a separator, and separator includes two sidewalls
Two independent separators can be set, between two separators are parallel in other embodiments with the bottom wall of connection two sidewalls
Every the demarcation plate of setting, two demarcation plates are fixed on warehouse bottom, will be divided to root culture experiment storehouse be divided into two root cultures every
Storehouse and it is located in the middle the U-shaped space surrounded by two demarcation plates and warehouse bottom, overflow inlet is separately positioned on two points
On partition, overflow pipe is located in U-shaped space, or is not provided with overflow pipe, and U-shaped space constitutes overflow ducts.
In the present embodiment, being divided to root culture experiment storehouse includes that two root culture compartments in other embodiments can also be with
By the way that multiple separators are arranged, root culture experiment storehouse will be divided to be divided into multiple independent root culture compartments, just for example, can set
Four successively vertically disposed demarcation plates are set, root culture experiment storehouse will be divided to be divided into four independent root culture compartments, four
Different nutrient solutions is injected in root culture compartment.
In the present embodiment, overflow inlet is provided on separator, overflow inlet is lower than the top of separator, at other
In embodiment, overflow inlet can be not provided on separator, just for example, when two neighboring root culture compartment is opened by a upper end
Mouthful hollow structure separator perhaps two unique spacers setting channels separated when opening on separator or two points
It will form a U-shaped space between spacing body, at this point, the length of placement plate in the longitudinal direction is set smaller than separator
Length, between the rear and front end and warehouse side wall of placement plate have interval namely placement plate compare separator in the longitudinal direction
Want short, the rear and front end of placement plate is not contacted with warehouse side wall, and when the nutrient solution in root culture compartment is excessive, nutrient solution is just
It can diffuse out from being located at the top of placement plate front and rear sides for separator into overflow ducts, it is final to be discharged outside warehouse.
In the present embodiment, separator is integrated the hollow structure of setting, and in other embodiments, separator can be real
Core structure, setting is connected to the T shape channel outside left and right root culture compartment and warehouse inside separator, and two compartments overflow
Nutrient solution converge in T shape channel and pass through outlet and flow out warehouse；Or two independent L shapes are set inside separator and are led to
Road, the corresponding root culture compartment in a L shape channel, the nutrient solution that each root culture compartment overflows are logical by corresponding L shape
Flow out warehouse in road.
In the present embodiment, the corresponding overflow ducts of a root culture compartment, in other embodiments, a root system
Excessive nutrient solution can be discharged in culture compartment by two or more overflow ducts.
Claims (9)
1. point root culture experiment storehouse, including warehouse, it is provided in warehouse and warehouse is separated at least two independent root cultures
The separator of compartment, it is characterised in that: two neighboring root culture compartment is separated by a separator, is equipped with and root in separator
The overflow ducts of system's culture compartment connection overflowed for the nutrient solution in root culture compartment, each root culture compartment is respectively and extremely
Few overflow ducts are connected to, and the outlet for overflowing nutrient solution discharge warehouse being connected to overflow ducts is provided on warehouse；
Or two neighboring root culture compartment is separated by two separators, is equipped between two separators and is connected to root culture compartment
For in root culture compartment nutrient solution overflow overflow ducts, each root culture compartment respectively at least one overflow ducts
It is connected to, the outlet for overflowing nutrient solution discharge warehouse being connected to overflow ducts is provided on warehouse.
2. according to claim 1 point of root culture experiment storehouse, it is characterised in that: separator towards root culture compartment
The overflow inlet flowed into overflow ducts for the nutrient solution in root culture compartment is provided in side wall surface, the overflow inlet is low
In the top of separator.
3. according to claim 2 point of root culture experiment storehouse, it is characterised in that: two neighboring root culture compartment is by one
Separator separates, and separator includes the connection for surrounding the separator side wall and each separator side wall of connection of each root culture compartment
Wall, setting is spaced between each separator side wall, and the overflow inlet is arranged on each separator side wall.
4. according to claim 3 point of root culture experiment storehouse, it is characterised in that: the connection wall is located at each separator side wall
Bottom end and constitute the bottom wall contacted with warehouse bottom of separator, the overflow for nutrient solution outflow of the overflow ducts exports
It is arranged in connection wall, the bottom of warehouse and corresponding with overflow outlet is arranged in the outlet.
5. according to claim 4 point of root culture experiment storehouse, it is characterised in that: dividing root culture experiment storehouse further includes that connection is overflow
The overflow pipe of mouth, overflow outlet and outlet is flowed into, the overflow ducts are made of the inner cavity of overflow pipe.
6. according to claim 1 ~ 5 described in any item points of root culture experiment storehouses, it is characterised in that: set at the top of the separator
It is equipped with the placing piece for placing plant, the rhizome for plant corresponding with each root culture compartment is provided on placing piece and is passed through
Perforation.
7. according to claim 6 point of root culture experiment storehouse, it is characterised in that: placing piece is placement plate, and placement plate includes
Plate at the top of separator and it is connected with plate and to the inclined plate extended obliquely upward at the top of each root culture compartment, it is described
Perforation is arranged on inclined plate.
8. according to claim 1 ~ 5 described in any item points of root culture experiment storehouses, it is characterised in that: the storehouse of each root culture compartment
The agitating device for stirring nutrient solution is provided on wall, agitating device includes rotating power source and is driven with rotating power source
The agitating shaft of connection is provided with paddle on agitating shaft, and agitating device further includes coaxial with agitating shaft and fixes with each paddle
It is connected to be provided with flowing hole on the barrel of mixing drum with the mixing drum of agitating shaft synchronous rotary.
9. according to claim 1 ~ 5 described in any item points of root culture experiment storehouses, it is characterised in that: warehouse with each root culture
It is provided with inlet tube on the corresponding warehouse side wall of compartment, is provided with sewage pipe on warehouse bottom wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920339820.1U CN209693696U (en) | 2019-03-18 | 2019-03-18 | Divide root culture experiment storehouse |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920339820.1U CN209693696U (en) | 2019-03-18 | 2019-03-18 | Divide root culture experiment storehouse |
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| Publication Number | Publication Date |
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| CN209693696U true CN209693696U (en) | 2019-11-29 |
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ID=68646554
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| CN201920339820.1U Active CN209693696U (en) | 2019-03-18 | 2019-03-18 | Divide root culture experiment storehouse |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109792949A (en) * | 2019-03-18 | 2019-05-24 | 河南科技大学 | One kind dividing root culture experiment storehouse |
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2019
- 2019-03-18 CN CN201920339820.1U patent/CN209693696U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109792949A (en) * | 2019-03-18 | 2019-05-24 | 河南科技大学 | One kind dividing root culture experiment storehouse |
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Assignee: Hebei Haofeng Agricultural Technology Co.,Ltd. Assignor: HENAN University OF SCIENCE AND TECHNOLOGY Contract record no.: X2022980008261 Denomination of utility model: Experimental silo of root splitting culture Granted publication date: 20191129 License type: Common License Record date: 20220627 |