CN104798622B - A kind of plant factor's system - Google Patents
A kind of plant factor's system Download PDFInfo
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- CN104798622B CN104798622B CN201510200339.0A CN201510200339A CN104798622B CN 104798622 B CN104798622 B CN 104798622B CN 201510200339 A CN201510200339 A CN 201510200339A CN 104798622 B CN104798622 B CN 104798622B
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Abstract
The present invention relates to a kind of plant factor's system, plant factor's system includes the multiple cultivating and growing framves being placed in toilet, and the cultivating and growing frame includes the cultivation framework set in multi-layer framework（1）, cultivate framework（1）Slot type culture structure is mounted on each layer（2）, neighbouring slot type culture structure（2）Between pass through water-falling structure（4）It is connected, and neighbouring slot type culture structure（2）The water-falling structure of upper installation（4）It is located at left and right ends respectively, positioned at undermost slot type culture structure（2）Pass through water-falling structure（4）It is communicated to the liquid storage pool being disposed below（5.1）, the liquid storage pool（5.1）The slot type culture structure positioned at the superiors is communicated to through circulating pump（2）.A kind of plant factor's system of the present invention, floor space is small, water consumption is few, filtering is timely, flow feed flow, system air feed and light is abundant.
Description
Technical field
The present invention relates to a kind of factory system, it is more particularly, to a kind of factory of utilization cultivation technique without soil planting plants
System, belongs to plant soil-less culturing technical field.
Background technology
At present, with the reduction of land resource, the decline of arable land area, and the increased chronic stress of population,
Planting industry bears increasing pressure, and this forces professional of agriculture to study cultivation technique without soil to extenuate to Land Demand
Pressure；Have for this " a kind of plant factor " disclosed in Corporation R ＆ D such as Chinese patent 201210158630.2,
" resource intensive utilizes type plant factor " and " a kind of intelligence disclosed in 201410607569.4 disclosed in 201210592579.6
The miniature germ-free plant factory of energy "；These technologies are using soilless culture to plant（Grain, vegetables, flowers etc.）Carry out batch production
Plantation, so as to reduce the dependence to soil, it is huge that the population pressure for contributing to solution growing is produced to plants such as grains
Big demand；
But, above-mentioned plant factor still has many deficiencies in the process of running：1）It is not high to space availability ratio, still
Need larger floor space；2）Needing to fill full nutrient solution in its cultivation bed supports plant to use, and adds to water resource
Consumption, and more water adds the weight of cultivation slot structure, so that being needed for its platform for providing support with higher
Intensity and weight capacity, virtually add input cost；3）Lack in effective, reliable filtration system, breeding process
The impurity and discarded object of generation can not be filtered out in time, so that the absorption of Plant To Nutrient liquid is reduced, and after long-play
Need periodically to shut down and cleaned comprehensively, taken time and effort；4）To cultivation bed feed flow using the mode that is pumped directly into, lack water flowing,
So as to be unfavorable for plant according to the absorption to nutrient solution；5）Lighting system uses direct irradiation, and a large amount of light scatter to outside, from
And make it that the utilization rate of light is relatively low, and light height, angle can not be adjusted, and cause it when planting different plants, nothing
Method builds most suitable illumination condition；6）Lack corresponding air circulating system, it is impossible to simulate the wind effect in nature, from
And plant leaf in growth course will not be waved, its rising effect is influenceed, is unfavorable for its growth；Therefore industry needs one badly
Plant factor's system of above mentioned problem kind is can solve the problem that, plant is planted in order to extensive, industrialized, to slow down pair
The pressure in soil.
The content of the invention
It is an object of the invention to overcome above-mentioned deficiency, there is provided a kind of floor space is small, water consumption is few, filtering is timely, stream
Dynamic feed flow, system air feed and the sufficient plant factor's system of light, using plant factor's system of the present invention, can carry out extensive work
The plantation operation of factory.
The object of the present invention is achieved like this：
A kind of plant factor's system, plant factor's system includes the multiple cultivating and growings being placed in toilet
Frame, the cultivating and growing frame includes is mounted on slot type on the cultivation framework set in multi-layer framework, the cultivation each layer of framework
Cultivate and be connected between structure, neighbouring slot type culture structure by water-falling structure, and neighbouring slot type culture knot
The water-falling structure installed on structure is located at left and right ends respectively, is communicated to positioned at undermost slot type culture structure by water-falling structure
The liquid storage pool being disposed below, the liquid storage pool is communicated to the slot type culture structure positioned at the superiors through circulating pump.
A kind of plant factor's system of the present invention, the cultivation framework is set in nine layer architectures.
A kind of plant factor's system of the present invention, the slot type culture structure includes cross section for trapezoidal cultivation bed, institute
State notch both sides at the top of cultivation bed and be provided with step, the both sides of cultivation plate are provided with the shoulder being held on the step surface of above-mentioned step
Multiple implantation holes are provided with portion, the cultivation plate, is equipped with the implantation hole in field planting basket, the field planting basket and has plugged sea
Being drawn at the top of silk floss, the sponge has cross paddle-tumble, or there is in-line paddle-tumble sponge side stroke；The shoulder of the cultivation plate is to two
Composition flanging is turned over downwards after the extension of side, so as to hook the both sides cell wall of cultivation bed to prevent its inclination of caving in；Above-mentioned flanging court
Roller is installed on to the one side of cultivation bed external groove sidevall, the wheel face of the roller is adjacent to the external groove sidevall of cultivation bed, consequently facilitating cultivation
Plate is movable along cultivation bed length direction.
Light structure, the light structure bag are provided with above a kind of plant factor's system of the present invention, the cultivation bed
Containing reflector, the bottom surface reflective surface of the reflector is towards being provided with multiple plants on cultivation bed, and the reflective surface of reflector
Growth lamp, the two panels reflective membrane be arrangeding in parallel is located at the both sides of reflector, and reflector, two panels reflective membrane and cultivation bed respectively
On cultivation plate constitute a light room.
A kind of plant factor's system of the present invention, the top edge of the reflector has turned down flange vertically upward, described to turn over
Offered on side and chain sling is hung with suppending hole, the cultivation framework, an end hook of S-hook is placed in the chain link of chain sling, another
End hook is placed in suppending hole.
It is connected between a kind of plant factor's system of the present invention, neighbouring cultivation bed by water-falling structure, and it is adjacent
The water-falling structure installed on cultivation bed is located at the left and right ends of adjacent cultivation bed respectively, and the water-falling structure, which includes, is plugged in cultivation
Train the downpipe and siphon pipe of trench bottom；The siphon pipe includes on the straight length for being plugged in cultivation trench bottom, the straight length
Siphon head is connected with, the siphon head is to press to be equipped with a tubular structure, the open top end that the siphon head is located in cultivation bed
Gland, the gland is an inverted barrel-like structure, and the open top of above-mentioned siphon head is pressed together on the bucket bottom of gland bottom, and siphon
The tube wall of head is provided with multiple suckers at gland bottom, and the top of above-mentioned downpipe and the gland top of siphon pipe are mutually neat
It is flat.
A kind of plant factor's system of the present invention, is provided with liquid storage pool, the liquid storage pool below undermost cultivation bed
Circulating pump of the outlet end through water circulation system be communicated to cultivation bed positioned at the superiors so that liquid storage pool, circulating pump and
Cultivation bed constitutes a complete water circulation system by water-falling structure, positioned at undermost cultivation bed by water-falling structure with storing liquid
Pond is connected, and labyrinth filtration is provided between the pool wall up and down of liquid storage pool, and the labyrinth filtration is by positioned at pond up and down
Polylith filter on wall interval setting of interlocking is formed, and an internal circulation pump is provided with the liquid storage pool, the internal circulation pump is located at
Between labyrinth filtration and the outlet end of liquid storage pool, the outlet end of the internal circulation pump is communicated to labyrinth filtering knot through filter
Between the water-falling structure of structure and orlop cultivation bed.
A kind of plant factor's system of the present invention, plant factor's system also includes air circulating system, the wind circulation
System includes air-conditioning and blower fan, and the air-conditioning and blower fan are respectively arranged in the left and right ends of cultivation framework, so that air-conditioning
The wind energy blown out with blower fan make it that cultivate the plant cultivated in framework vacillates now to the left, now to the right under the action of the forces of the wind.
A kind of plant factor's system of the present invention, plant factor's system also includes maintenance system, the maintenance system
Include the mesh plate for being installed on eminence, mesh plate one travelling platform of formation, the maintenance system also includes connection mesh plate
Stair.
1 ~ 2 is provided with a kind of plant factor's system of the present invention, multiple cultivating and growing framves is used to plant fungi plant, no
But enriching the carbon dioxide produced in cultivar, and fungus grown can be supplied to green plants to carry out photosynthesis,
So as to constitute a microcirculqtory system, further promote the growth of plant.
Compared with prior art, the beneficial effects of the invention are as follows：
Multilayer of the present invention is set, and is caused by water-falling structure between multilayer by gravity formation water circulation, is not only saved
Can, and be conducive to the growth of plant；Meanwhile, cultivation bed is arranged to after trapezium structure, and a small amount of nutrient solution is that can reach higher liquid
Position, is easy to the sponge in field planting basket to absorb nutrient solution；One easy half is constituted by reflector and film of giving out light simultaneously to seal
The light room structure closed, so that the light that plant growth lamp is sent is irradiated to plant as far as possible on the premise of air circulation is not influenceed
On thing, be conducive to improving the growth efficiency of plant, and by the cooperation of chain sling and S-hook, height that can easily to reflector
Degree is adjusted, to cause it to be adjusted between plant to optimal spacing；And set by the dual fail-safe of water-falling structure,
Ensure the filter energy that nutrient solution in the cultivation bed between neighbouring layer can be set in smooth flow, and liquid storage pool
It is enough that unremitting filtration operation is carried out to nutrient solution, it is ensured that the cleaning of nutrient solution；In addition, the wind being made up of air-conditioning, blower fan is followed
Loop system so that the plant of cultivation can vacillate now to the left, now to the right under the action of the forces of the wind in cultivation framework, can not only improve its light
Area, and its transpiration is favorably improved, promote the growth of plant；Moreover, being provided with 1 ~ 2 in multiple cultivating and growing framves
For planting fungi plant, not only enrich the carbon dioxide produced in cultivar, and fungus grown can be supplied to it is green
Color plant carries out photosynthesis, so as to constitute a microcirculqtory system, further promotes the growth of plant；System of plant factor of the present invention
Floor space of uniting is small, and plant production is fast, and after tested, most of leaf vegetables can be gathered at 25 days or so, so as to greatly improve
Its yield；It slow down the pressure that growing population is formed to arable land.
Brief description of the drawings
Fig. 1 is a kind of structural representation of plant factor's system of the invention.
Fig. 2 is a kind of cultivation bed of plant factor's system of the invention and the mounting structure simplified schematic diagram of cultivation plate.
Fig. 3 is a kind of structural representation of the cultivation plate of plant factor's system of the invention.
Fig. 4 is a kind of application state schematic diagram of the sponge of plant factor's system of the invention.
Fig. 5 is a kind of another application view of the sponge of plant factor's system of the invention.
Fig. 6 is a kind of structural representation of the lighting system of plant factor's system of the invention.
Fig. 7 is a kind of broken section enlarged drawing of the lighting system of plant factor's system of the invention at reflector edge.
Fig. 8 is a kind of partial sectional view of the water-falling structure of plant factor's system of the invention.
Fig. 9 is a kind of partial enlarged drawing of the siphon pipe of plant factor's system of the invention.
Figure 10 is a kind of cultivation bed of plant factor's system of the invention and another mounting structure simplified schematic diagram of cultivation plate.
Wherein：
Cultivate framework 1, slot type culture structure 2, light structure 3, water-falling structure 4, filtration 5, water circulation system 6, wind
The circulatory system 7, maintenance system 8；
Cultivation bed 2.1, cultivation plate 2.2, field planting basket 2.3, sponge 2.4；
Step 2.1.1, implantation hole 2.2.1, shoulder 2.2.2, flanging 2.2.3, roller 2.2.4, cross paddle-tumble 2.4.1,
In-line paddle-tumble 2.4.2；
Reflector 3.1, plant growth lamp 3.2, reflective membrane 3.3, chain sling 3.4, S-hook 3.5；
Flange 3.1.1, suppending hole 3.1.2；
Downpipe 4.1, siphon pipe 4.2；
Straight length 4.2.1, siphon head 4.2.2, sucker 4.2.3, gland 4.2.4；
Liquid storage pool 5.1, labyrinth filtration 5.2, internal circulation pump 5.3, filter 5.4；
Circulating pump 6.1；
Air-conditioning 7.1, blower fan 7.2；
Mesh plate 8.1, stair 8.2.
Embodiment
Referring to Fig. 1 ~ 10, a kind of plant factor's system of the present invention, plant factor's system, which includes, to be placed in
Multiple cultivating and growing framves in toilet, the cultivating and growing frame includes the cultivation framework 1 set in multi-layer framework, such as Fig. 1
Shown cultivation framework 1 is set in nine layer architectures, and slot type culture structure 2, the slot type are mounted on the cultivation each layer of framework 1
Culture structure 2 includes cross section for trapezoidal cultivation bed 2.1, and the open top both sides of cultivation bed 2.1 are provided with step
2.1.1, the both sides of cultivation plate 2.2 are provided with the shoulder 2.2.2 being held on above-mentioned step 2.1.1 step surface, the cultivation
It is provided with plate 2.2 in multiple implantation hole 2.2.1, implantation hole 2.2.1 and is equipped with field planting basket 2.3, is filled in the field planting basket 2.3
Sponge 2.4 is equipped with, the top of sponge 2.4, which is drawn, cross paddle-tumble 2.4.1, or sponge 2.4 has drawn in-line paddle-tumble sideways
2.4.2, so as to meet different cultivars plant, the demand in different plantation stages；Set simultaneously as cultivation bed 2.1 is trapezoidal, when
When the cell wall of cultivation bed 2.1 is relatively thin, its cell wall is easily tilted to both sides to cave in, therefore, the shoulder 2.2.2 of cultivation plate 2.2 is to both sides
Composition flanging 2.2.3 is turned over downwards after extension, so as to hook the both sides cell wall of cultivation bed 2.1 to prevent its inclination of caving in；Meanwhile,
Above-mentioned flanging 2.2.3 is towards roller 2.2.4 is provided with the one side of the external groove sidevall of cultivation bed 2.1, and roller 2.2.4 wheel face is adjacent to
The external groove sidevall of cultivation bed 2.1, consequently facilitating cultivation plate 2.2 is movable along the length direction of cultivation bed 2.1；
The top of the cultivation bed 2.1 is provided with light structure 3, and the light structure 3 includes reflector 3.1, described
The bottom surface reflective surface of reflector 3.1 is towards being provided with multiple plant growth lamps on cultivation bed 2.1, and the reflective surface of reflector 3.1
3.2, the two panels reflective membrane 3.3 be arrangeding in parallel is located at the both sides of reflector 3.1, and reflector 3.1, two panels reflective membrane 3.3 respectively
And the cultivation plate 2.2 on cultivation bed 2.1 constitutes a simple light room, so that the light that plant growth lamp 3.2 is sent to the greatest extent may be used
Exposing on the plant in cultivation plate 2.2 more than energy, so as to improve the speed of growth of plant；The top surface side of the reflector 3.1
Edge has turned down to offer on flange 3.1.1, the flange 3.1.1 vertically upward to be hanged on suppending hole 3.1.2, the cultivation framework 1
Chain sling 3.4 is hung with, an end hook of S-hook 3.5 is placed in the chain link of chain sling 3.4, and another end hook is placed in suppending hole 3.1.2, excellent
Choosing, S-hook 3.5 is mounted with four respectively in the surrounding of reflector 3.1, so that reflector 3.1 is more steady after hanging,
Pass through the cooperation of chain sling 3.4 and S-hook 3.5 simultaneously, in that context it may be convenient to which the height to reflector 3.1 is adjusted, to reach most
Good irradiation height；
It is connected between neighbouring cultivation bed 2.1 by water-falling structure 4, and falling of being installed on adjacent cultivation bed 2.1
Water-bound 4 is located at left and right ends respectively, so that the nutrient solution in cultivation bed 2.1 can be formed and circulated；It is described overboard
Structure 4 includes the downpipe 4.1 and siphon pipe 4.2 for being plugged in the bottom of cultivation bed 2.1, and the downpipe 4.1 is common downpipe,
Play a part of anti-overflow, when siphon pipe 4.2 does not start normally, water conservancy diversion can be carried out to nutrient solution by the downpipe 4.1；
The siphon pipe 4.2 includes is connected with siphon on the straight length 4.2.1 for being plugged in the bottom of cultivation bed 2.1, straight length 4.2.1
Head 4.2.2, the siphon head 4.2.2 are a tubular structure, and siphon head 4.2.2 is located at the open top end in cultivation bed 2.1
Upper pressure is equipped with gland 4.2.4, and gland 4.2.4 is an inverted barrel-like structure, and above-mentioned siphon head 4.2.2 open top is pressed
On the bucket bottom of gland 4.2.4 bottoms, and siphon head 4.2.2 tube wall is provided with multiple suckers at gland 4.2.4 bottoms
4.2.3, above-mentioned siphon head 4.2.2 and gland 4.2.4 are constituted with syphon structure, and nutrient solution enters siphon head by sucker 4.2.3
4.2.2 it is flowed into afterwards in lower floor's cultivation bed 2.1, and the top and the gland 4.2.4 tops of siphon pipe 4.2 of above-mentioned downpipe 4.1
It is flush, so that downpipe 4.1 and siphon pipe 4.2 play dual fail-safe effect；
Lower section positioned at undermost cultivation bed 2.1 is provided with liquid storage pool 5.1, and the liquid storage pool 5.1 is through water circulation system 6
Circulating pump 6.1 is communicated to the cultivation bed 2.1 positioned at the superiors, so that liquid storage pool 5.1, circulating pump 6.1 and cultivation bed 2.1 are logical
Cross water-falling structure 4 and constitute a complete water circulation system 6, water-falling structure 4 and liquid storage pool are passed through positioned at undermost cultivation bed 2.1
5.1 are connected, and labyrinth filtration 5.2 is provided between the pool wall up and down of liquid storage pool 5.1, big in nutrient solution for removing
Particle diameter impurity, the labyrinth filtration 5.2 is staggered by the polylith filter on pool wall up and down and formed, the liquid storage pool
An internal circulation pump 5.3 is provided with 5.1, the internal circulation pump 5.3 is located at the outlet end of labyrinth filtration 5.2 and liquid storage pool 5.1
Between, the outlet end of the internal circulation pump 5.3 is communicated to labyrinth filtration 5.2 and orlop cultivation bed 2.1 through filter 5.4
Water-falling structure 4 between；So as to be filtered again to the nutrient solution in circulation；
Plant factor's system also includes air circulating system 7 and maintenance system 8, and the air circulating system 7 includes
Air-conditioning 7.1 and blower fan 7.2, the air-conditioning 7.1 and blower fan 7.2 are respectively arranged in the left and right ends of cultivation framework 1, so that having leisure
The wind energy that tune 7.1 and blower fan 7.2 are blown out causes the plant for cultivating cultivation in framework 1 to vacillate now to the left, now to the right under the action of the forces of the wind, not only
Its light-receiving area can be improved, and is favorably improved its transpiration, promotes the growth of plant；
The maintenance system 8 includes the mesh plate 8.1 for being installed on eminence, and mesh plate 8.1 forms a travelling platform, so that
Attendant is walked on mesh plate 8.1, and is arranged to after mesh plate structure type, internal air stream is not influenceed
It is logical, detrimental effect is not resulted in plant growth；Meanwhile, stair 8.2 are additionally provided with, to enter above-mentioned row with attendant
Walk platform
In addition：1 ~ 2 is provided with multiple cultivating and growing framves is used to plant fungi plant, not only enriches cultivar,
And the carbon dioxide produced in fungus grown can be supplied to green plants to carry out photosynthesis, so as to constitute a microcirculation system
System, further promotes the growth of plant.
In addition：It should be noted that above-mentioned embodiment is only a prioritization scheme of this patent, the skill of this area
Any change or improvement that art personnel are done according to above-mentioned design, within the protection domain of this patent.
Claims (9)
1. a kind of plant factor's system, it is characterised in that：Plant factor's system include be placed in it is multiple in toilet
Cultivating and growing frame, the cultivating and growing frame includes the cultivation framework set in multi-layer framework（1）, cultivate framework（1）Each layer
On be mounted on slot type culture structure（2）, neighbouring slot type culture structure（2）Between pass through water-falling structure（4）It is connected,
Positioned at undermost slot type culture structure（2）Pass through water-falling structure（4）It is communicated to the liquid storage pool being disposed below（5.1）, it is described
Liquid storage pool（5.1）The slot type culture structure positioned at the superiors is communicated to through circulating pump（2）；
The slot type culture structure（2）Include cross section for trapezoidal cultivation bed（2.1）, the cultivation bed（2.1）Top slot
Mouth both sides are provided with step（2.1.1）, cultivation plate（2.2）Both sides be provided with and be held on above-mentioned step（2.1.1）Step surface
On shoulder（2.2.2）, the cultivation plate（2.2）On be provided with multiple implantation holes（2.2.1）, the implantation hole（2.2.1）It is embedded
It is equipped with field planting basket（2.3）, the field planting basket（2.3）Sponge is inside plugged（2.4）, the sponge（2.4）Top, which is drawn, cross
Paddle-tumble（2.4.1）, or sponge（2.4）Side, which is drawn, in-line paddle-tumble（2.4.2）；The cultivation plate（2.2）Shoulder
（2.2.2）Composition flanging is turned over downwards after extending to both sides（2.2.3）, above-mentioned flanging（2.2.3）Towards cultivation bed（2.1）Water jacket
Roller is installed in the one side of wall（2.2.4）, the roller（2.2.4）Wheel face be adjacent to cultivation bed（2.1）External groove sidevall.
2. a kind of plant factor's system as claimed in claim 1, it is characterised in that：The cultivation framework（1）Set in nine layer architectures
Put.
3. a kind of plant factor's system as claimed in claim 1, it is characterised in that：The cultivation bed（2.1）Top be provided with
Light structure（3）, the light structure（3）Include reflector（3.1）, the reflector（3.1）Bottom surface reflective surface direction
Cultivation bed（2.1）, and reflector（3.1）Reflective surface on multiple plant growth lamps are installed（3.2）, the two panels be arrangeding in parallel is anti-
Light film（3.3）It is located at reflector respectively（3.1）Both sides, and reflector（3.1）, two panels reflective membrane（3.3）And cultivation bed
（2.1）On cultivation plate（2.2）Constitute a light room.
4. a kind of plant factor's system as claimed in claim 3, it is characterised in that：The reflector（3.1）Top edge erect
To having flipped up flange（3.1.1）, the flange（3.1.1）On offer suppending hole（3.1.2）, the cultivation framework（1）
On be hung with chain sling（3.4）, S-hook（3.5）An end hook be placed in chain sling（3.4）Chain link in, another end hook is placed in suppending hole
（3.1.2）It is interior.
5. a kind of plant factor's system as claimed in claim 1, it is characterised in that：Neighbouring cultivation bed（2.1）Between lead to
Cross water-falling structure（4）It is connected, the water-falling structure（4）Include and be plugged in cultivation bed（2.1）The downpipe of bottom（4.1）With
Siphon pipe（4.2）；The siphon pipe（4.2）Include and be plugged in cultivation bed（2.1）The straight length of bottom（4.2.1）, the straight tube
Section（4.2.1）On be connected with siphon head（4.2.2）, the siphon head（4.2.2）For a tubular structure, the siphon head（4.2.2）
Positioned at cultivation bed（2.1）Pressure is equipped with gland in interior open top end（4.2.4）, the gland（4.2.4）For an inverted tubbiness
Structure, above-mentioned siphon head（4.2.2）Open top be pressed together on gland（4.2.4）On the bucket bottom of bottom, and siphon head（4.2.2）'s
Tube wall is close to gland（4.2.4）Multiple suckers are provided with bottom（4.2.3）, above-mentioned downpipe（4.1）Top and siphon pipe
（4.2）Gland（4.2.4）Top is flush.
6. a kind of plant factor's system as claimed in claim 5, it is characterised in that：Positioned at undermost cultivation bed（2.1）Under
Side is provided with liquid storage pool（5.1）, the liquid storage pool（5.1）Outlet end through water circulation system（6）Circulating pump（6.1）It is communicated to position
In the cultivation bed of the superiors（2.1）, positioned at undermost cultivation bed（2.1）Pass through water-falling structure（4）With liquid storage pool（5.1）It is connected
It is logical, and liquid storage pool（5.1）Pool wall up and down between be provided with labyrinth filtration（5.2）, the labyrinth filtration（5.2）By position
Formed in the interval setting of interlocking of the polylith filter up and down on pool wall, the liquid storage pool（5.1）Inside it is provided with an internal circulation pump
（5.3）, the internal circulation pump（5.3）Positioned at labyrinth filtration（5.2）And liquid storage pool（5.1）Outlet end between, the interior circulation
Pump（5.3）Outlet end through filter（5.4）It is communicated to labyrinth filtration（5.2）With orlop cultivation bed（2.1）Fall
Water-bound（4）Between.
7. a kind of plant factor's system as claimed in claim 1, it is characterised in that：Plant factor's system also includes wind and followed
Loop system（7）, the air circulating system（7）Include air-conditioning（7.1）And blower fan（7.2）, the air-conditioning（7.1）And blower fan
（7.2）It is respectively arranged in cultivation framework（1）Left and right ends.
8. a kind of plant factor's system as claimed in claim 1, it is characterised in that：Plant factor's system also includes maintenance
System（8）, the maintenance system（8）Include the mesh plate for being installed on eminence（8.1）, mesh plate（8.1）Form a walking flat
Platform, the maintenance system（8）Also include connection mesh plate（8.1）Stair（8.2）.
9. a kind of plant factor's system as claimed in claim 1, it is characterised in that：1 ~ 2 is provided with multiple cultivating and growing framves
For planting fungi plant.
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| CN105830905A (en) * | 2016-03-25 | 2016-08-10 | 京东方光科技有限公司 | Plant hydroponic culture frame and plant growth environment protection system |
| CN105850680B (en) * | 2016-04-08 | 2019-03-15 | 陈念枢 | A kind of cultural method of dragon fruit |
| CN109220764B (en) * | 2018-10-24 | 2021-05-28 | 北京大学宽禁带半导体研究中心高安研究院 | Vegetable planting system of plant factory |
| CN110402724A (en) * | 2019-09-05 | 2019-11-05 | 北京铭海科技开发有限公司 | A kind of plant factor's system of depth water circulation |
| CN111979091A (en) * | 2020-07-10 | 2020-11-24 | 北京荣大咨询有限公司 | Lymphocyte extraction device and extraction method |
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| GB2127664B (en) * | 1982-10-01 | 1985-09-18 | Plantpak | Crop cultivator |
| CN2106494U (en) * | 1990-09-12 | 1992-06-10 | 娄志平 | Apparatus for cultivation without soil |
| CN2220723Y (en) * | 1993-07-25 | 1996-02-28 | 孙景振 | Back water-filling double-layered flowerpot |
| JPH09252652A (en) * | 1996-03-19 | 1997-09-30 | Yoshino Rika Kogyo Kk | Planting block |
| JPH11103687A (en) * | 1997-09-29 | 1999-04-20 | Suzutec Co Ltd | Carriage for feeding apparatus for laying nursery box in parallel |
| CN2681546Y (en) * | 2004-02-24 | 2005-03-02 | 康绍忠 | Protected agriculture cultivating device |
| CN101658127A (en) * | 2009-09-03 | 2010-03-03 | 北京中环易达设施园艺科技有限公司 | Slim leaf vegetable cultivation device |
| CN201499505U (en) * | 2009-09-03 | 2010-06-09 | 北京中环易达设施园艺科技有限公司 | Flat floating culture device |
| CN201499504U (en) * | 2009-09-03 | 2010-06-09 | 北京中环易达设施园艺科技有限公司 | Multi-layer thin leaf vegetable cultivation system |
| CN102461457A (en) * | 2010-11-16 | 2012-05-23 | 陈祖煌 | Leaf vegetable planting system based on soilless culture |
| CN204070027U (en) * | 2014-04-01 | 2015-01-07 | 江西省科学院生物资源研究所 | A kind of controlled LED plant cultivating device capable of circulation |
| CN204968669U (en) * | 2015-04-25 | 2016-01-20 | 江阴市中翎高科农业技术有限公司 | Plant factory system |
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2015
- 2015-04-25 CN CN201510200339.0A patent/CN104798622B/en active Active
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| CN104798622A (en) | 2015-07-29 |
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Effective date of registration: 20190828 Address after: 100089 Beiwa Road, West Suburb of Haidian District, Beijing, 195 Buildings, 1 Floor 123 Patentee after: Beijing Minghai Technology Development Co., Ltd. Address before: 214434 D413, No. 159 Chengjiang Middle Road, Jiangyin City, Wuxi City, Jiangsu Province Patentee before: Tail feather high-tech agrotechnique Co., Ltd in Jiangyin City |