CN207383187U - The first container component and the clarifier using the first container component that biology can be cultivated - Google Patents

The first container component and the clarifier using the first container component that biology can be cultivated Download PDF

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Publication number
CN207383187U
CN207383187U CN201721092118.7U CN201721092118U CN207383187U CN 207383187 U CN207383187 U CN 207383187U CN 201721092118 U CN201721092118 U CN 201721092118U CN 207383187 U CN207383187 U CN 207383187U
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China
Prior art keywords
container
component
hole
clarifier
biology
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CN201721092118.7U
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Chinese (zh)
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饶军
郑日照
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Hubei Chuqing Yugeng Agriculture Development Co Ltd
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Hubei Chuqing Yugeng Agriculture Development Co Ltd
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Priority to CN201721092118.7U priority Critical patent/CN207383187U/en
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P60/00Technologies relating to agriculture, livestock or agroalimentary industries
    • Y02P60/20Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
    • Y02P60/21Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures

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  • Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)

Abstract

The utility model is related to pollution controls and field of ecological agricultural, a kind of the first container component for cultivating biology is provided, including at least one the first container that can be stored liquid and can stack successively, the up big and down small the first container is in flowerpot shape, the first container is provided at least one through hole, the through hole has an interior external tapping, and external tapping is provided with the fillet of screw or sealing ring in the through hole;A kind of clarifier is also provided, including above-mentioned the first container component.In the first container component of the utility model, through hole is provided in the first container, then the water in the first container is replaced more convenient, certainly in normal use, the through hole of the first container should be blocked, and the interior external tapping of through hole is provided with sealing ring or the fillet of screw, then plugging structure can be caused to have preferable sealing performance, it can be to avoid infiltration.

Description

The first container component and the clarifier using the first container component that biology can be cultivated
Technical field
The utility model is related to pollution control and field of ecological agricultural more particularly to a kind of the first containers for cultivating biology Component and the clarifier using the first container component.
Background technology
Serious trend is presented in air in recent years, water and soil pollution, influences environment and the agricultural product quality of production, endangers people Body health, although existing method and equipment energy purification filtering pollution, efficiency is low, high energy consumption, of high cost.
Prior art shortcoming:1st, existing clarifier, the consumption energy is larger, and maintenance cost is high;2nd, existing bioreactor Or vegetable planting machine, it is impossible to which rotation receives illumination;3rd, existing aquarium often changes water, it is necessary to remove residue.
Utility model content
The purpose of this utility model is to provide a kind of the first container components for cultivating biology, it is intended to existing for solving Water planting object container the problem of water is cumbersome is changed using sealing structure.
The utility model is realized in this way:
The utility model embodiment provides a kind of the first container component for cultivating biology, including that can store liquid and can be according to The secondary at least one the first container stacked, the first container is up big and down small in flowerpot shape, and the first container is provided at least One through hole, the through hole have an interior external tapping, and external tapping is provided with the fillet of screw or sealing ring in the through hole.
Further, siphon pipe is fixed in the inner joint of one of them through hole, the external tapping of the through hole is institute State the discharge outlet of siphon pipe.
Further, overflow pipe is fixed in the inner joint of one of them through hole, the external tapping of the through hole is institute The discharge outlet of overflow pipe is stated, and rainbow cover is inhaled in being covered on the overflow pipe.
Further, container column is connected in wherein one through hole, and the container column has and the corresponding through hole Inner joint connection lower end and can the through hole correspondings with upper one the first container the upper end that connects of external tapping.
Further, docked between two adjacent the first containers by bayonet with card slot.
Further, be provided in the first container can be connected or hang with the adjacent the first container it is next described The hook of water planting object in the first container.
Further, the bottom of the first container is provided with step along outside, and the step, which has, can support in next institute It states in the first container along the step surface of end face.
The utility model embodiment also provides a kind of clarifier using the first container component, including fixation kit, also wraps Include at least one above-mentioned the first container component and for storing liquid source and can be to the second of the first container component feed flow Container, the first container component are respectively positioned on the fixation kit.
Further, the 3rd container and rotary components are further included, the rotary components and the fixation kit are rotatable Connection, the first container component are connected with the rotary components, and the 3rd container is located above the second container, described 3rd container has the discharge outlet connected with the second container.
Further, temperature control component is further included, the temperature control component includes adjusting liquid temperature in the second container The temperature regulating part of degree.
The utility model has the advantages that:
In the first container component of the utility model, through hole is provided in the first container, then the water in the first container is replaced More convenient, certainly in normal use, the through hole of the first container should be blocked, and the interior external tapping of through hole is provided with sealing Circle or the fillet of screw can then cause plugging structure to have preferable sealing performance, can be to avoid infiltration.
Description of the drawings
It in order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it can also be obtained according to these attached drawings other attached drawings.
Fig. 1 is the structure diagram for the clarifier using the first container component that the utility model embodiment provides;
The driven wheel for the clarifier for using the first container component that Fig. 2 is Fig. 1 for driven inner ring structure diagram;
The driven wheel for the clarifier for using the first container component that Fig. 3 is Fig. 1 for driven outer ring structure diagram;
Fig. 4 is the structure diagram postponed in the fan of the clarifier using the first container component of Fig. 1;
Fig. 5 is the branch pipe distributed architecture schematic diagram of the hydrodynamic(al) component of the clarifier using the first container component of Fig. 1;
Fig. 6 is the structure diagram of the first container of the clarifier using the first container component of Fig. 1;
Fig. 7 is the open tubular column of the clarifier using the first container component of Fig. 1 and the structure diagram of second container cooperation;
Fig. 8 is the 3rd container of the clarifier using the first container component of Fig. 1 and the structural representation of second container cooperation Figure.
Specific embodiment
The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work The all other embodiment obtained, shall fall within the protection scope of the present invention.
Referring to Fig. 1-Fig. 3, the utility model embodiment provides a kind of clarifier using the first container component, includes rotation Turn component 3 and fixation kit 1, be rotatably connected between rotary components 3 and fixation kit 1, so that clarifier has rotation Rotating function has open tubular column 11 in 1 one end of fixation kit, and open tubular column 11 has the hole for fluid disengaging, and certain open tubular column 11 can Using the part as fixation kit 1, the two or two individual parts, open tubular column 11 and fixation kit 1 at this time One end connection is fixed, and certain 1 one end of fixation kit can not also be provided with open tubular column 11, branch of the fixation kit 1 as clarifier Support structure.It is installed in addition, clarifier further includes at least one the first container component 2 on rotary components 3, wherein the first container Component 2 can store a certain amount of liquid, can be water or nutrient solution etc. for liquid, then can pass through the first container component Some biologies of 2 cultures, are mainly water planting object for biology, and water planting object can be selected according to the architectural characteristic of the first container component 2 Select corresponding water planting object, for example, water planting object can be plant either aquatic products etc. and the first container component 2 can be one or more A, this can be selected according to the structure size of rotary components 3, can be cultivated in each the first container component 2 certain The water planting object of amount during culture, can control rotary components 3 to work as needed, and then drive each the first container group 2 synchronous rotary of part so that the water planting object in each the first container component 2 can receive enough and suitable illumination, so as to Ensure the yield of water planting object, can be in addition one or more for the first container component 2.Usual clarifier is also configured with sending out Optical assembly, luminescence component at least part structure are fitted but are not limited only to close to open tubular column 11 and the first container component 2, luminescence component bag The lamps and lanterns such as bactericidal lamp, catalysis lamp, plant lamp and trap lamp, LED light, can also or be not provided with USB interface, lead to when luminescence component is external The fluid of surrounding can be irradiated by crossing illumination component, and then can play the role of purifying fluid in ambient enviroment, especially It is the fluid that can be purified inside and outside open tubular column 11, can is the liquid to work in clarifier for fluid, can also be surrounding ring Air, mist and haze in border etc., sprayable on the housing of clarifier or do not spray catalytic degradation agent coating, housing is purification Various structure members of device, for example catalytic degradation agent coating is coated on open tubular column 11, the catalytic degradation agent bag of spraying fit but Be not limited only to nanometer fineness 5-50 nanometers of ZnO, CdS, WO3, Fe2O3, PbS, SnO2, ZnS, SrTiO3, SiO2, TiO2, The materials such as platinum, rhodium, palladium and co-catalyst, and when water planting object is plant, luminescence component includes plant lamp, trap lamp, bactericidal lamp And catalysis lamp.Photosynthesis is promoted to the plant light compensation of plantation by plant lamp, trap lamp is used to that insect or mosquito to be attracted to connect Closely, bactericidal lamp is sterilized for fluid, and when being coated with catalytic degradation agent coating on purifier shell, bactericidal lamp and catalysis lamp shine Catalytic degradation agent coating is penetrated, catalytic degradation agent coating absorbs catalytic spectral, and water or oxygen catalytic reaction is extremely strong into oxidability Hydroxyl radical free radical (OH) and ultra-oxygen anion free radical (O2), active oxygen (HO2;H2O2) etc. have extremely strong oxidability Photoproduction active group, decomposing organic compounds and inorganic matter, destroy the cell membrane of microorganism and the protein of solidification virus carries Body is killed and decomposes the compound of dead volume release, purifies harmful substance in air and water, releasing negative oxygen ion.The first container group The nitrifier of attachment supplies plant absorption utilization after ammonia nitrogen toxic in water is resolved into nitrite and nitrate in part 2, can To play the role of environment purification.Generally, clarifier has further included cleaning assemblies, and cleaning assemblies includes hairbrush, and cleaning assemblies can It is connected or can be connected with fixation kit 1 with rotary components 3, i.e., hairbrush can be connected with rotary components 3, synchronous with rotary components 3 Rotation, and then can play the role of to fixation kit 1 clean, and when hairbrush is connected with fixation kit 1, then hairbrush does not rotate, Hairbrush can play cleaning action to rotary components 3.
Referring to Fig. 2 and Fig. 3, optimize above-described embodiment, clarifier further includes driving motor 43 and bearing 4, rotary components 3 It is rotatably connected between fixation kit 1 using bearing 4, middle (center) bearing 4 has bearing inner race 41 and bearing outer ring 42, works as fixation When component 1 is connected with bearing inner race 41, then rotary components 3 are connected with bearing outer ring 42, otherwise when fixation kit 1 and bearing outer ring During 42 connection, then rotary components 3 are connected with bearing inner race 41, at this time can be by the outer ring 42 of the inner ring 41 of bearing 4 or bearing 4 Consider as driven wheel, be sequentially connected between driving motor 43 and driven wheel, i.e., driving motor 43 can drive bearing inner race 41 Or bearing outer ring 42 rotates, specifically, when rotary components 3 are connected with bearing outer ring 42, driving motor 43 is driven outside bearing 42 rotation of circle, and when rotary components 3 are connected with bearing inner race 41, then driving motor 43 drives bearing inner race 41 to rotate, so as to Ensure by driving motor 43 rotary components 3 to be controlled to rotate.In the present embodiment, the kind of drive between driving motor 43 and driven wheel Can be there are many form, such as gear engaged transmission, i.e., driving motor 43 and driven wheel are gear, and the two engagement connects, also It can be belt transmission and chain drive, gearbox transmission can also be used between certain driving motor 43 and driven wheel, with Control the velocity of rotation of rotary components 3.Certainly, when clarifier size is smaller or between rotary components 3 and fixation kit 1 When rotating more convenient, rotary components 3 can manually be driven to rotate.
Referring to Fig. 1 and Fig. 4, further, clarifier should also include hydrodynamic(al) component 5, hydrodynamic(al) component 5 and the first container Component 2 is used cooperatively, hydrodynamic(al) component 5 can into each the first container component 2 feed flow.In the present embodiment, hydrodynamic(al) component 5 is liquid Power and diversion component, water or nutrient solution etc. can be automatically replenished to each the first container component 2, it is more convenient. In this regard, hydrodynamic(al) component 5 should include pipeline 51 and liquid pump 52, liquid pump 52 is power part, is not limited only to submerged type Water pump, non-submerged type water pump, half submerged type air pump and air pump, and air pump includes electromagnetic type air pump, air compressor machine, double-row type pneumatics Machine, star-like air compressor machine, when hydrodynamic(al) component 5 includes air pump, air pump air outlet pipe connection three-way pipe, three-way pipe inlet is put in liquid Interior, since Bernoulli's theorem liquid enters three-way pipe, air push liquid exports out from three-way pipe.And pipeline 51 is then that one end can Liquid source is connected to, and the other end can be then for importing liquid to the first container component 2, after liquid pump 52 works, can incite somebody to action Liquid is extracted by liquid source in each the first container component 2 or directly extracting to the top of the first container component 2.For pipeline 51 into each the first container component 2, feed flow can be by two kinds of forms, and one of which is directly to be imported into each the first container component 2 Liquid, another kind be by the upward layer adding liquid in direction on the first container component 2, can also be by hydrodynamic(al) group for this form Part 5 uses external structure type, the position of hydrodynamic(al) component 5 can be adjusted as needed, so that liquid can be through hydrodynamic(al) group Part 5 is imported in each the first container component 2, and in this structure type, and hydrodynamic(al) component 5 can be one-to-many mode, i.e., and one Group hydrodynamic(al) component 5 can go out each 2 feed flow of the first container component of multigroup clarifier in the pipeline 51 of hydrodynamic(al) component 5 at this time Water end (W.E.) is provided with the Water outlet of adjustable water yield, and Water outlet can be drip head or atomising head, can also use certainly in addition Structure type, at least two branch pipes can also be provided at the Water outlet of the pipeline 51 of hydrodynamic(al) component 5, the number of branch pipe can It is determined with number according to the first container component 2, is one-to-one relationship.Certainly in a pair of hydrodynamic(al) component 5 and clarifier Also can not be one-to-one relationship in multi-form, between the first container component 2 of branch pipe and clarifier, it can be with by multiple branch pipes It supplies water to multiple clarifiers, is both provided with solenoid valve on each branch pipe at this time, branch pipe water route is corresponded to by solenoid valve control Break-make, and then the purpose that a hydrodynamic(al) component 5 supplies water simultaneously to the first container component 2 of multiple clarifiers, can meet The occasion that a large amount of clarifiers use, such as farm correspond to a water-supply structure without each clarifier, reduce cost.In addition, In another embodiment, supplement liquid can be added into each the first container component 2 in a manner that directly use is artificial.
Referring to Fig. 4 and Fig. 5, optimize above-described embodiment, hydrodynamic(al) component 5 can there are many structure type, hydrodynamic(al) component 5 Pipeline 51 can be connected with rotary components 3 and drive synchronous rotary by rotary components 3, can also be connected, that is, revolve with fixation kit 1 Turning component 3 will not drive pipeline 51 to rotate.Specifically, in 5 rotatable embodiment of hydrodynamic(al) component, pipeline 51 and first holds 2 synchronous rotary of device assembly, when the first container component 2 is one, pipeline 51 is located on the rotation axis of rotary components 3, fixed Component 1 is enclosed cavity with rotary components 3, and rotary components 3 have head cover 31, and pipeline 51 sequentially passes through open tubular column 11, cavity And the head cover 31 of rotary components 3, it is provided with water inlet structure (through hole external tapping) in the bottom of the first container component 2, and should be into Water-bound also is located on rotation axis, and one can be remained between pipeline 51 and feed liquor structure by this structure type It causes, then when liquid pump 52 works, liquid can be driven to be entered by pipeline 51 in the first container component 2;And when the first container component 2 For it is multiple when, each the first container component 2 around rotation axis set, pipeline 51 have is corresponded with each the first container component 2 Branch pipe 53, each branch pipe 53 connects respectively with corresponding the first container component 2, when liquid pump 52 works, liquid by the road 51 into Enter in each branch pipe 53, then entered by branch pipe 53 in corresponding the first container component 2, certainly for this structure type, hydrodynamic(al) group Part 5 should also include hand-operated valve or motor-driven valve etc., and then can control the break-make of each branch pipe 53 respectively, and motor-driven valve opens confession in turn Water in sizable application, can lower 5 power of hydrodynamic(al) component, avoid 5 frequent starting of hydrodynamic(al) component, extend the clarifier service life.Due to Liquid pump 52 is electric elements, and in said structure, when rotary components 3 rotate, liquid pump 52 answers synchronous rotary, in order to avoid The phenomenon that electric line of liquid pump 52 is wound then is provided with current collection in rotary components 3 and the cavity of the enclosing of fixation kit 1 Ring 32, collector ring 32 are connected fixation with open tubular column 11, and liquid pump 52 is electrically connected with collector ring 32, and specifically, open tubular column 11 has Inner prop, collector ring 32 are fixed on the inner prop.And in another embodiment, pipeline 51 does not rotate, can be with fixed group Part 1 connects, and can not be between the two certainly direct-connected, have between pipeline 51 and the first container component 2 and relatively rotate, on the one hand may be used So that be rotatably connected between the port position of pipeline 51 and the first container component 2, and on the other hand, sprinkling may be employed Mode, the pipeline 51 of hydrodynamic(al) component 5 is located on the rotation axis of rotary components 3 and pipeline 51 is connected fixation with fixation kit 1, The water outlet of pipeline 51 is higher than each the first container component 2, and the first container component 2 has the opening that opens up upward, and pipeline 51 The opening of water outlet towards the first container component 2 is set, and when the first container component 2 rotates, the water outlet of pipeline 51 can To spray feed flow into each the first container component 2, and in this embodiment, can be provided in the water outlet of pipeline 51 Atomizing component, atomizing component manufacture water mist increase the contact area of water and air, and subtle object is mixed by water mist in air, may be used also To achieve the purpose that purify air.
Referring to Fig. 4, continue to optimize above-described embodiment, it is first vertical to include being connected to liquid source for the pipeline 51 of hydrodynamic(al) component 5 Section 511, can be to the second vertical section 512 of each 2 feed flow of the first container component and connection the first vertical section 511 and the second vertical section 512 bending segment 513, the first vertical section 511 are connected fixation with open tubular column 11, and the second vertical section 512 is located at the rotation of rotary components 3 On shaft axis.In the present embodiment, for 5 non-rotary structure type of hydrodynamic(al) component, 51 structure of pipeline has been refined, it can be by liquid Pump 52 is series on bending segment 513, and the rotation axis of usual rotary components 3 is the axis of symmetry of its own, the first vertical section 511 and 512 stagger setting of the second vertical section, the two is on same vertical axis, i.e. the first vertical section 511 deviation rotation axis Line, the second vertical section 512 are located at the top of bearing 4, so that pipeline 51 can stagger with rotation axis part rotational structure.
Referring to Fig. 2-Fig. 4, further, clarifier has further included Pneumatic assembly 6, and Pneumatic assembly 6 includes and hydrodynamic(al) component 5 Pipeline 51 connect gas circuit and the actuator for admitting air into gas circuit can be driven.In the present embodiment, actuator mainly uses Outside air by the work of fan 61 can be sucked in gas circuit, then enters the pipeline of above-mentioned hydrodynamic(al) component 5 by gas circuit by fan 61 In 51, so that partial air is dissolved in the liquid in pipeline 51, the dissolved oxygen amount in liquid, usual liquid can be improved Body is water, after the air that fan 61 sucks enters in pipeline 51, can play the role of purifying air by water, additionally by Fan 61 can also enter sucking insect or mosquito in gas circuit, and then can fall into water body insect or mosquito etc. and feed Aquatic products.It for the installation site of fan 61 in Pneumatic assembly 6, can install as needed, and this is also between rotary components 3 Relation selects, such as can be by the housing of rotary components 3, and fan 61 is directly contacted with extraneous air, and fan 61 can be with It directly draws air into gas circuit, and fan 61 can be with 3 synchronous rotary of rotary components, for this structure, fan 61 with gas circuit Also it is electrically connected with collector ring 32, so as to avoid fan 61, the electric line of fan 61 is wound during rotation.And In another embodiment, fan 61 is installed on fixation kit 1, and fan 61 is located at fixation kit 1 and is enclosed with rotary components 3 Cavity on the inside of, venthole will not can be offered on rotary components 3, when 61 work of fan with 3 synchronous rotary of rotary components When making, outside air is entered by venthole in cavity, then is entered through fan 61 in gas circuit.When fan 61 is installed on rotary components 3 Housing on when, corresponded in pipeline 51 and be provided with air port at fan 61, the air port is multiple, and circumferentially directional spreding, 51 outside of pipeline is provided with trapping circle, and trapping circle blocks each air port, and in the air port of 61 position of face fan by trapping circle It opens, trapping circle and 61 synchronous rotary of fan, to this during fan 61 is with 3 synchronous rotary of rotary components, face fan 61 air port is opened always, and air can be entered in pipeline 51 by the air port, and in addition each air port is closed by trapping circle, can be with Air is avoided to be escaped after entering in pipeline 51 by other air port, improves sealing performance.
Referring to Fig. 1 and Fig. 7, further, the utility model embodiment protects a kind of the first container component 2, including At least one the first container 21, each the first container 21 can be individually used for storage liquid, each the first container component 2 it is each The first container 21 vertically stacks installation successively, and the first container 21 positioned at bottom is installed on rotary components 3.This In embodiment, usual each the first container component 2 includes multiple the first containers 21, each the first container 21 can be deposited individually Water, i.e. each the first container 21 can individually cultivate water planting object, in each the first container component 2, each 21 equal edge of the first container Vertical direction is stacked, so as to show that the occupied space of the horizontal direction of each the first container component 2 is smaller, and by being located at The first container 21 of bottom drives entire the first container component 2 to rotate horizontally.Certainly in each the first container component 2, when each When the first container 21 stacks successively, a upper the first container 21 will not form next the first container 21 and seal, to ensure every 1 the Enough oxygen in one container 21 needed for culture water planting object.And in the prioritization scheme of the present embodiment, each the first container 21 is in Flowerpot shape, in each the first container component 2, the bottom of a upper the first container 21 is arranged in the opening of next the first container 21 On wall, when multiple the first containers 21 overlap connection successively, between adjacent the first container 21 by be arranged at bottom along with upper at Bayonet docked with card slot, can prevent from skewing, outside is in addition provided with step at the bottom of the first container 21, and step has Step surface, when two the first containers 21 are stacked, then the step surface of a upper the first container 21 is supported in next the first container 21 On along end face, and have water planting object in the first container 21, conveniently remove the first container 21 and safeguard.The first container 21 is more valves Structure, up big and down small, next the first container 21 can be connected or hang with adjacent the first container 21 by being provided in the first container 21 The hook of interior water planting object specifically, can be connected with hook on 21 side wall of the first container, be also equipped with linking up in bottom, then may be used The hook on next 21 side wall of the first container is hung with the hook using upper 21 bottom of a first container, and then can cause each the The suspension of one container, 21 bunchiness uses, and the hook positioned at bottom position can hook water planting object in next the first container 21 certainly, work as water When training object is plant, then it can prevent plant from skewing.
Referring to Fig. 5 and Fig. 6, optimize above-mentioned the first container component 2, hold including at least one the first container 21, first Device 21 is provided at least one through hole 211, and through hole 211 has an interior external tapping, and external tapping has the fillet of screw or bayonet or close in through hole 211 There are sealing ring in seal position, sealing ring position, it is ensured that the sealing performance of correspondence position, 211 inner joint of through hole are fixed with overflow pipe Or siphon pipe 212,211 external tapping of through hole have the outlet of overflow pipe or siphon pipe 212, overflow pipe makees 212 used time of siphon pipe need to Add with syphon hood 213,213 lower end of syphon hood has thread to eat dishes without rice or wine, into water, to eat dishes without rice or wine to communicate with outlet in detail, syphon hood when water level raises Air is discharged in 213, when water level is to above overflow pipe, triggers siphon drainage, and water level is drained to eating dishes without rice or wine in detail into after air, siphon Stop.Usual through hole 211 is multiple, and there are two through hole 211, one of through holes 211 in the setting of the bottom of the first container 21 Corresponding above-mentioned overflow pipe or siphon pipe 212, and another through hole 211 then corresponds to container column 214, container column 214 is using hollow Structure, when multiple the first containers 21 once overlap connection, 214 lower end of container column connection, 21 through hole 211 of corresponding the first container is inscribed Mouthful, and 214 upper end of container column is connected to adjacent 21 through hole of the first container, 211 external tapping, is increased by container column 214 adjacent Stability during two connection installations of the first container 21, and will not seep water after connecting portion increases sealing ring, first when stacking Water generates displacement hull oxygenation under siphonage level in container 21, and through hole 211 is also offered on the side wall of the first container 21, Above-mentioned hook is then installed in 211 position of through hole, for hooking the plant in the first container 21 of lower section.In addition, pass through container Column 214 to be interconnected between each the first container 21 in each the first container component 2, is using hydrodynamic(al) component 5 to this knot During the first container 2 feed flow of component of structure, between pipeline 51 and container column 214 tool there are two types of connection mode, similar to pipeline 51 with The connection structure of open tubular column 11, in one way in which in, pipeline 51 is connected to the container column 214 positioned at bottom, passes through bottom Container column 214 be gradually directed to liquid top each the first container 21 in, container column 214 can play the work of drain at this time With;And in another embodiment, pipeline 51 or branch pipe 53 are directly protruding into each container column 214, and vertical along container column 214 The container column 214 of top layer is extended upwardly to, by pipeline 51 itself come feed flow, each container column 214 is simply played for pipeline at this time 51 or the effect that passes through of branch pipe 53.
Referring to Fig. 7 and Fig. 8, further, clarifier has further included second container 7 and at least one 3rd container 71, Wherein second container 7 can be used for storing liquid, and the liquid in second container 7 can be used as liquid source, mainly use In 21 feed flow of the first container to the first container component 2, second container 7 also has the opening set up, at this time fixation kit 1 One end be provided with open tubular column 11, the lower port of open tubular column 11 can be directly extended in the liquid of second container 7, certain open tubular column 11 can also integrally be respectively positioned on the outside of liquid, can also integrally be respectively positioned on the inside of liquid, can be large-scale water for second container 7 Domain or water vat etc..Certainly in another embodiment, second container 7 is running water pipe without open, at this time second container 7 without corresponding with open tubular column 11.When second container 7 is water vat or water tank etc, the 3rd container 71 can then be used as second to hold The cover of device 7 uses, and blocks the open position of second container 7, is that activity connects between certain 7 and the 3rd container 71 of second container It connects, water planting object can also be cultivated in second container 7, when water planting object is aquatic products, the 3rd container 71 can prevent aquatic products can By being jumped out in the 3rd container 71, and when second container 7 is water field of big area, then the 3rd container 71 can be polylith, float on On the water surface of second container 7.Other 3rd container 71 also has certain accommodation space, can be with the structure of second container 7 It is similar, but accommodation space is limited, depth is smaller, is located at the lower section of the first container component 2, can make as water collector With, it drops in each the first container component 2 or is collected to the 3rd container 71 in the liquid that sprinkling is dropped in the process, and the Discharge outlet is also equipped on three containers 71, the liquid that the 3rd container 71 is collected can be entered in second container 7 by the discharge outlet, to this The size that 3rd container 71 is unfolded in the horizontal direction should be greater than the size that each the first container component 2 is unfolded, and in other words every 1 the Three containers 71 can correspond to multiple 11 structures of open tubular column simultaneously, and it is miscellaneous that a certain amount of filter material filtering can be put into the 3rd container 71 Matter.In addition extension tube 215 is also had additional in the outlet of overflow pipe or siphon pipe 212, rotary components 3 have head cover 31, extend Pipe 215 passes through and 41 corresponding component of bearing inner race through head cover 31 into cavity so that and liquid is discharged into open tubular column 11, 11 liquid of open tubular column is discharged into second container 7, is with cleaning assemblies in extension tube 215, extension tube 215 follows rotary components 3 to revolve When turning, extension tube 215 can also be arranged at sky by the open tubular column 11 of the connection of brush cleaning fixation kit 1 of cleaning assemblies certainly The outside of stem 11, along the vertical extension downwards of open tubular column 11, liquid can hold along extension tube 215 into the 3rd container 71 or second In device 7.In general, clarifier also has additional feed supplement component 8, and feed supplement component 8 can use different structure and peace as needed Holding position can be exported the feed supplement of feed supplement component 8 by motor-driven valve, for example when feed supplement is liquid, then feed supplement component 8 can be with It on fixation kit 1 either rotary components 3 or individually installs, then by other liquid pump 52 etc by feed supplement It extracts to each the first container 21, and when feed supplement is solid particle or floury structure, feed supplement component 8 has a chamber, Chamber is mainly used for feed supplement, can be exported the feed supplement in it by motor-driven valve, and the chamber is located at the upper of the 3rd container 71 Side, motor-driven valve have the door of activity closure chamber, and door has spring and sealing strip and discharging machine, and discharging machine axis connection has Shifting block, electric machine shaft driving shifting block stir discharging and rush open door, discharging are allow to fall to automatically in the 3rd container 71 or direct Enter via discharge outlet in second container 7, and spring can also retract door, sealing joint strip closes door.
Further optimize above-described embodiment, clarifier can also be integrated with multiple sensors, for detecting a variety of data letters Breath, such as the sensors such as VOC sensors, dust sensor, Temperature Humidity Sensor, light sensor and liquid level sensor, wherein VOC sensors are used to detect the pernicious gas in air, and dust sensor is used to detect the particulate matter in air, VOC sensors It can be installed near the fan 61 of Pneumatic assembly 6 with dust sensor, temperature sensor is used to detect liquid in Temperature Humidity Sensor Temperature, humidity sensor can be also installed near fan 61, light sensor is used to detect for detecting ambient air humidity Ambient lighting brightness, installation site, can be in the hull outsides of clarifier than wide, can also be in 61 neighbouring position of fan, liquid Level sensor is for detecting water height, then temperature sensor is installed with liquid level sensor in second container 7.
Further, clarifier has further included controller and manipulation center, there is communication module, pericardium in manipulation on controller Include but be not limited only to control panel, the mode of computer, mobile terminal or remote controler, mobile terminal can be smart mobile phone, IPAD or PDA, manipulation center are equipped with the control software of the system, and control software can be compatible with a variety of manipulation centers, several operation systems, Communication, control software can be linked into communication module and controller at manipulation center by way of wirelessly or non-wirelessly Communicate, wirelessly include but are not limited to infrared ray, WIFI, bluetooth, GPRS, ZigBee, 2.4GHz, 5GHz, 60GHz, 3G, 4G and 5G can monitor and adjust the operating status of the system by manipulating center, to meet the normal work of the system Make and the growth demand of breeding, the manipulation center include at least following functions:Moisturizing parameter setting, ventilation parameter are set, light filling Parameter setting, moving parameter are set, working time section is set, closing, automatically and manually pattern.Manipulation center used herein above Equipment including wireless signal receiver, possesses the equipment of the wireless signal receiver of non-emissive ability, but including receiving and The hardware device of transmitting has the hardware device for the reception and transmitting that on bidirectional communication link, can perform two-way communication, This equipment can include:Honeycomb or other communication equipments, with single line display or multi-line display or without more The honeycomb of multi-line display or other communication equipments PCS (Personal CommunicationsService, personal communication system System), it can be with data splitting processing, and/or its communication ability;PDA (Personal DigitalAssistant, a number Word assistant), radio frequency receiver can be included, the Internet/intranet accesses or GPS (Global Positioning System, global positioning system) receiver;Conventional laptop and/or palmtop computer or other equipment, have and/or Conventional laptop and/or palmtop computer or other equipment including radio frequency receiver.It is used herein above various " in manipulation The heart " can be portable, can transport, in the vehicles (aviation, sea-freight and/or land) or be suitable for and/or It is configured to, in local runtime and/or with distribution form, operate in any other position operation in the earth and/or space, here institute Various " terminals " used can also be communication terminal, access terminals, audio and video playing terminal, such as can be PDA, MID (Mobile Internet Device, mobile internet device) and/or there is the mobile phone of audio and video playing, also may be used To be the equipment such as smart television, set-top box, intelligent video camera head, intelligent remote controller, intelligent socket.Those skilled in the art of the present technique can To understand, used herein above " manipulation " center " includes but not limited to computer, network host, single network server, more The cloud that a network server cluster or multiple servers are formed, here, cloud is by being based on the big of cloud computing (Cloud Computing) It measures computer or network server is formed, wherein, cloud computing is one kind of Distributed Calculation, by the computer of a group loose couplings Collect a super virtual computer of composition, in the embodiment of the utility model, remote network devices, terminal device and WNS take Be engaged in device between can by any communication mode realize communicate, including but not limited to the mobile communication based on 3GPP, LTE, WIMAX, Based on TCP/IP, the computer network communication of udp protocol and low coverage wireless transmission side based on bluetooth, Infrared Transmission standard Formula.
Further, clarifier should also include temperature control component, be mainly used for control and regulation second by temperature control component Fluid temperature in container 7 mainly includes water tank and temperature regulating part for temperature control component, can wherein be stored in water tank and the The identical liquid of two containers 7, and temperature regulating part then can be used for the temperature of liquid in regulating tank, wherein water tank, which has, comes in and goes out Mouthful, both connected with second container 7, by, and water tank is close or binding temperature regulating part, temperature regulating part can be direct Liquid in water tank is heated and is either cooled down and the bottom of water tank can be heated or be cooled down, then in entrance In the circuit of formation so that the liquid in water tank carries out heat exchange with liquid in second container 7, and then can reach adjusting second The effect of fluid temperature in container 7.Refrigerator, oven etc. are not limited only to for temperature regulating part, refrigerator includes but are not limited to half The refrigerator of the working methods such as conductor refrigerator, compressor-type refrigerator, electromagnetic oscillation refrigerator.Certain temperature control component can also use temperature Degree regulating part works independently, such as heating tube or cooling piece etc., by the temperature regulating part of this form directly with second container 7 Contact directly heats the liquid in second container 7 or cools down.In addition clarifier is additionally provided with extension cabinet, which can Think entry either the structures such as shoe chest its be mainly used for storing resource, instrument or material etc., i.e., this extension cabinet causes only Changing utensil has storage function.
Referring to Fig. 2, Fig. 4 and Fig. 8, in the embodiment of another clarifier, clarifier is not provided with rotary components 3, i.e. clarifier does not possess spinfunction, using the structure type of peripheral hardware case 9.Peripheral hardware case 9 is the base in said structure form On plinth, reduce spinfunction, without rotary components 3, open tubular column 11 is fixed on one end of fixation kit 1, can be above-mentioned It can be integrated on peripheral hardware case 9 except with rotating relevant functional structure, peripheral hardware case 9 can also be used as control centre and make at this time With, can give multiple clarifiers with spinfunction it is public.In this form, peripheral hardware case 9 can have with the first container component 2 There are two types of fit system, one of which is installed for the first container component 2 on peripheral hardware case 9, and hydrodynamic(al) group is provided in peripheral hardware case 9 Part 5, the pipeline 51 of hydrodynamic(al) component 5 connect or are inserted into the first container component with the container column 214 of bottom in the first container component 2 In 2 each container column 214, after liquid pump 52 works, liquid can be extracted by pipeline 51 to each the first of the first container component 2 In container 21, and in another embodiment, peripheral hardware case 9 is independent structure, for the liquid feeding control knot that can be moved freely Structure can be multiple independently arranged 2 liquid feedings of the first container component by this peripheral hardware case 9 or can also be other structures The water planting object device liquid feeding of form.The peripheral hardware case 9 of certain this structure still can be integrated with Pneumatic assembly 6, by Pneumatic assembly 6 Also install on the inside of peripheral hardware case 9 or be embedded the fan 61 of Pneumatic assembly 6 and be installed on the housing of peripheral hardware case 9.Peripheral hardware case 9 can also by 11 structure assembly of open tubular column into 9 structure of peripheral hardware case, the pipeline 51 of hydrodynamic(al) component 5 can to pass through in open tubular column 11, Pipeline 51 can be directly by extracting liquid in second container 7, and 7 and the 3rd container 71 of second container then can also be used as peripheral hardware case 9 part can also insert open tubular column 11 or pipeline 51 using the two as individual two parts, it is necessary to when use Enter in second container 7, the siphon pipe 212 or overflow pipe of the first container 21 can be then connected to for extension tube 215 with one end Discharge outlet, the other end are extended to through fixation kit 1 in open tubular column 11, and liquid is discharged by open tubular column 11.Specifically, on gas Working method, structure type and the mounting means of dynamic component 6 and hydrodynamic(al) component 5, it is similar to above in addition to rotating part, Details are not described herein.It is electrical for powering to fan 61 and liquid pump 52 for 9 structure of peripheral hardware case of said structure form Element can be collector ring 32, can also directly be electric line.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modifications, equivalent replacements and improvements are made should be included in the utility model Protection domain within.

Claims (10)

1. a kind of the first container component for cultivating biology, at least one first including that can store liquid and can stack successively holds Device, it is characterised in that:The first container is up big and down small in flowerpot shape, and the first container is provided at least one through hole, institute Stating through hole has an interior external tapping, and external tapping is provided with the fillet of screw or sealing ring in the through hole.
2. the first container component of biology can be cultivated as described in claim 1, it is characterised in that:In one of them through hole Inner joint be fixed with siphon pipe, the external tapping of the through hole is the discharge outlet of the siphon pipe.
3. the first container component of biology can be cultivated as described in claim 1, it is characterised in that:In one of them through hole Inner joint be fixed with overflow pipe, the external tapping of the through hole is the discharge outlet of the overflow pipe, and in the overflow pipe upper cover Equipped with suction rainbow cover.
4. the first container component of biology can be cultivated as described in claim 1, it is characterised in that:Connect in wherein one through hole It is connected to container column, and the container column has the lower end that is connected with the inner joint of the corresponding through hole and can be with upper one described the One container corresponds to the upper end of the external tapping connection of the through hole.
5. the first container component of biology can be cultivated as described in claim 1, it is characterised in that:Adjacent two described first It is docked between container by bayonet with card slot.
6. the first container component of biology can be cultivated as described in claim 1, it is characterised in that:It is set in the first container The hook of water planting object in next the first container can be connected or hang with the adjacent the first container by having.
7. the first container component of biology can be cultivated as described in claim 1, it is characterised in that:The bottom edge of the first container Outside is provided with step, and the step, which has, can support in the step surface along end face in next the first container.
8. a kind of clarifier using the first container component, including fixation kit, it is characterised in that:It further includes at least one as weighed Profit requires 1-7 any one of them the first container components and for storing liquid source and can be to the first container component feed flow Second container, the first container component are respectively positioned on the fixation kit.
9. clarifier as claimed in claim 8, it is characterised in that:Further include the 3rd container and rotary components, the rotation Component is rotatably connected with the fixation kit, and the first container component is connected with the rotary components, the 3rd container Above the second container, the 3rd container has the discharge outlet connected with the second container.
10. clarifier as claimed in claim 8, it is characterised in that:Temperature control component is further included, the temperature control component includes being used for Adjust the temperature regulating part of fluid temperature in the second container.
CN201721092118.7U 2017-08-29 2017-08-29 The first container component and the clarifier using the first container component that biology can be cultivated Active CN207383187U (en)

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CN201721092118.7U CN207383187U (en) 2017-08-29 2017-08-29 The first container component and the clarifier using the first container component that biology can be cultivated

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