CN204653176U - Full ecological air-cleaning makes scape cylinder - Google Patents
Full ecological air-cleaning makes scape cylinder Download PDFInfo
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- CN204653176U CN204653176U CN201520352093.4U CN201520352093U CN204653176U CN 204653176 U CN204653176 U CN 204653176U CN 201520352093 U CN201520352093 U CN 201520352093U CN 204653176 U CN204653176 U CN 204653176U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
The utility model discloses a kind of full ecological air-cleaning and make scape cylinder, realize the effect of purification and humidification room air.Comprise upper cylinder body, lower cylinder body, atomising device, atomization water pump, circulation suction pump and feed pump; Upper cylinder body is placed in the upper end of lower cylinder body; Lower cylinder body comprises biology culture cylinder, purification of water quality cylinder, the first filtering cloth jar and the second filtering cloth jar; The side of the corresponding biology culture cylinder of upper cylinder body arranges water leg; Suction pump is placed in the second filtering cloth jar; Atomising device and primary air purifier are placed in the top of upper cylinder body; The position of the corresponding purification of water quality cylinder in bottom of upper cylinder body offers sieve aperture.Circulation suction pump provides power, make aquaculture water at lower cylinder body, the first filtering cloth jar, the second filtering cloth jar and upper cylinder body internal circulation filtering, primary air purifier impels air to be interspersed in plant clearance, atomization water pump provides aquaculture water to atomising device, atomising device ejection atomized steam makes the dust in the moist adsorbable air of plant leaf surface, the effect played humidification He purify air.
Description
Technical field
The utility model belongs to technical field of air purification, specifically, relates to a kind of full ecological air-cleaning and makes scape cylinder.
Background technology
Air pollution is day by day serious, purifies the air of a room, and keeping in microenvironment with fresh air is the favourable preventive means avoiding air pollution on human to damage.
In prior art, usually adopt air purifier to purify the air of a room, but air purifier cost is high, and long-play not only consume electric power also need frequent more renew cartridge to reach the effect of continuing purge.
Indoor culture plant and the such as aquatile such as fish, pasture and water are the emerging means of one being used for now purifying the air of a room; But the cultivation of house plant adopts different cultivator usually from hydrobiological cultivation, plant cultivation needs edible flowerpot or plant cultivation box, and aquatile needs to use the devices such as fish jar to cultivate, not only plant is cultivated but also cultivate aquatile in indoor if want, then need to use different cultivator, so not only take up room, go back waste water resource.
Summary of the invention
Present applicant proposes a kind of full ecological air-cleaning and make scape cylinder, provide a kind of mode plant and aquatile jointly cultivated, realize the technique effect of purification and humidification room air.
For solving the problems of the technologies described above, the application is achieved by the following technical solutions:
Propose a kind of full ecological air-cleaning and make scape cylinder, comprise upper cylinder body, lower cylinder body, atomising device, atomization water pump, circulation suction pump and feed pump; Described upper cylinder body is placed in the upper end of described lower cylinder body; Described lower cylinder body comprises biology culture cylinder, purification of water quality cylinder, the first filtering cloth jar and the second filtering cloth jar; Described purification of water quality cylinder is disposed adjacent with described biology culture cylinder; The both sides of described purification of water quality cylinder arrange described first filtering cloth jar and described second filtering cloth jar respectively; The side of the corresponding described biology culture cylinder of described upper cylinder body is provided with water leg; Described circulation suction pump is placed in described second filtering cloth jar, and the joint face of described water leg and described second filtering cloth jar offers through hole, and the drinking-water pipe that described circulation suction pump connects stretches in described water leg through described through hole; The sidewall that described first filtering cloth jar is connected with described biology culture cylinder offers second channel; The sidewall that described first filtering cloth jar is connected with described purification of water quality cylinder offers third channel; The sidewall that described second filtering cloth jar is connected with described purification of water quality cylinder offers four-way; Described atomization water pump and described suction pump are placed in the bottom of described lower cylinder body, or are placed in the sidepiece of described upper cylinder body or described lower cylinder body; The pump mouth of described atomization water pump stretches into described first and filters in cylinder body, and the delivery port of described atomization water pump connects described atomising device; Described atomising device is placed in the top of described upper cylinder body; Described feed pump is connected with filling pipe, and the delivery port of described filling pipe stretches in described lower cylinder body; The position of the corresponding described purification of water quality cylinder in bottom of described upper cylinder body offers sieve aperture; The top of described upper cylinder body is provided with primary air purifier; Filtering bodies is provided with in described purification of water quality cylinder, described first filtering cloth jar and described second filtering cloth jar.
Further, be provided with level sensor in described lower cylinder body, described level sensor is connected with described feed pump.
Further, described primary air purifier is blower fan, and the top layer of described blower fan is provided with filter.
Further, the bottom of described lower cylinder body is provided with base cabinet, and described atomization water pump and described feed pump are placed in described base cabinet.
Further, described base cabinet is divided into bilevel first base cabinet and the second base cabinet; Described atomization water pump and described feed pump are placed in described first base cabinet.
Further, the rear side of described lower cylinder body is connected with the maintenance cylinder body communicated; Described maintenance cylinder body top is provided with cylinder cap.
Further, the angle between the backboard of described upper cylinder body and base plate is greater than 90 °.
Further, the dorsal part that described full ecological air-cleaning makes scape cylinder is provided with screen.
Further, the side of described biology culture cylinder is provided with the 3rd filtering cloth jar; The sidewall that described biology culture cylinder is connected with described 3rd filtering cloth jar offers first passage; Described second channel is opened on the sidewall that described 3rd sub-filtering cloth jar is connected with described first sub-filtering cloth jar; Filtering bodies is provided with in described 3rd sub-filtering cloth jar; Arrange interlayer in the middle part of described 3rd filtering cloth jar, described 3rd filtering cloth jar is divided into the first sub-filtering cloth jar and the second sub-filtering cloth jar by described interlayer; The height of described interlayer is lower than the height of described 3rd filtering cloth jar.
Further, described water leg near the Sidewall Height of described biology culture cylinder lower than the height of its opposing sidewalls.
Compared with prior art, advantage and the good effect of the application are: the full ecological air-cleaning that the embodiment of the present application proposes makes scape cylinder, plant cultivation is integrated with biology culture, during use, aquaculture water is at lower cylinder body internal circulation filtering, concrete, aquaculture water flows in the 3rd filtering cloth jar from the first passage the sidewall that biology culture cylinder is connected with the 3rd filtering cloth jar, after being filtered by the filtering bodies in the 3rd filtering cloth jar, second channel from the sidewall that the 3rd filtering cloth jar is connected with the first filtering cloth jar flows into the first filtering cloth jar, after being filtered by the first filtering cloth jar, to be connected from the first filtering cloth jar the third channel that sidewall offers with purification of water quality cylinder and to flow into purification of water quality cylinder, after being filtered by the filtering bodies in purification of water quality cylinder, being connected with the second filtering cloth jar the four-way that sidewall is offered by water filtration cylinder flows in the second filtering cloth jar, after being filtered by the filtering bodies in the second filtering cloth jar, be recycled in suction pump suction water leg, and overflow completely afterwards in water leg inner product and fall in biology culture cylinder, and continue to flow into the 3rd filtering cloth jar by biology culture cylinder, and repeat said process, aquaculture water after being filtered by the first filtering cloth jar, is atomized water pump and extracts out, and ejection after atomising device atomization, the atomized water of ejection is for supplying the plant cultivated in upper cylinder body, and the excessive moisture infiltrating plant root flows back to purification of water quality cylinder by sieve aperture, form a full ecological cultivation system of microcirculation thus, aquaculture water is by circulation suction pump and the effect circulating filtration use between lower cylinder body and upper cylinder body being all the time atomized water pump, not only ensure plant and hydrobiological healthy growth environment, also reduce water consumption to greatest extent, the aquaculture water of atomising device atomization, not only plays the effect of supply plant, and the steam of its atomization also plays the effect of environment humidification, and the vapor adhesion of atomization is in being placed on blade face, is conducive to the dust particles in absorbed air, suck after the macromolecular particle of primary air purifier just in air filters in upper cylinder body, the air through primary purifying is made continuously to be interspersed in the space between plant, dust granule in dense moist blade absorbed air, thus by air cleaning, a dust granule part is atomized Vapor adsorption, a part is by the absorption of the blade face of the plant of humidity and finally fall into purification of water quality cylinder with water droplet, and by lower cylinder body filtration cycle, thus plays the effect that bilayer purifies air, when aquaculture water causes moisture to reduce due to reasons such as evaporation losses, feed pump serves the effect of supply cycle water.
After reading the detailed description of the application's embodiment by reference to the accompanying drawings, other features of the application and advantage will become clearly.
Accompanying drawing explanation
Fig. 1 is that the full ecological air-cleaning that the embodiment of the present application proposes makes the Split type structure schematic diagram of scape cylinder;
Fig. 2 is the structural representation of the lower cylinder body that the embodiment of the present application proposes;
Fig. 3 is the 3rd filtering cloth jar structural representation that the embodiment of the present application proposes;
Fig. 4 is that the full ecological air-cleaning that the embodiment of the present application proposes makes the integrated design structural representation of scape cylinder.
Embodiment
Be described in more detail below in conjunction with the embodiment of accompanying drawing to the application.
As shown in Figure 1 and Figure 4, the full ecological air-cleaning for the embodiment of the present application proposition makes the structural representation of scape cylinder, comprises upper cylinder body A, lower cylinder body B, atomising device 9, atomization water pump 8, circulation suction pump 7 and feed pump 20; Upper cylinder body A is placed in the upper end of lower cylinder body B; Lower cylinder body B comprises biology culture cylinder 2, purification of water quality cylinder 3, first filtering cloth jar 4 and the second filtering cloth jar 5; Purification of water quality cylinder 3 is disposed adjacent with biology culture cylinder 2 (for being set up in parallel in diagram); The both sides of purification of water quality cylinder 3 arrange the first filtering cloth jar 4 and the second filtering cloth jar 5 respectively; The side of the corresponding biology culture cylinder 2 of upper cylinder body A is provided with water leg 17; Circulation suction pump 7 is placed in the second filtering cloth jar 5, and the joint face of water leg 17 and the second filtering cloth jar 5 offers through hole 16, and the drinking-water pipe 71 that circulation suction pump 7 connects stretches in water leg 17 through through hole 16; The sidewall that first filtering cloth jar 4 is connected with biology culture cylinder 2 offers second channel 12; The sidewall that first filtering cloth jar 4 is connected with purification of water quality cylinder 3 offers third channel 13; The sidewall that second filtering cloth jar 5 is connected with purification of water quality cylinder 3 offers four-way 14; Atomization water pump 9 and feed pump 20 are placed in the bottom of lower cylinder body B, or, be placed in the sidepiece of upper cylinder body A or lower cylinder body B; The pump mouth of atomization water pump 8 stretches in the first filtering cloth jar 4 body, and the delivery port of atomization water pump 8 connects atomising device 9; Atomising device 9 is placed in the top of upper cylinder body A; Feed pump 20 is connected with filling pipe 201, and the delivery port of filling pipe 201 stretches in lower cylinder body B; The position of the corresponding purification of water quality cylinder 3 in bottom of upper cylinder body A offers sieve aperture 15; The top of upper cylinder body A is provided with primary air purifier 10; Filtering bodies is provided with in purification of water quality cylinder 3, first filtering cloth jar 4 and the second filtering cloth jar 5.
The side of the biology culture cylinder 2 of lower cylinder body B can also be provided with the 3rd filtering cloth jar 6; The madial wall of the 3rd filtering cloth jar 6 offers first passage 11; Second channel 12 is opened on the sidewall that the 3rd filtering cloth jar 6 is connected with the first filtering cloth jar 4; And be also provided with filtering bodies in the 3rd filtering cloth jar 6.
Concrete, atomization water pump 8 is fixed on the rear side of lower cylinder body B with fixture, and offer a suction eye at the sidewall of the first filtering cloth jar 4, the mouth of pipe that draws water of atomization water pump 8 is connected with this atomized water pump seal, and realization atomization water pump 8 extracts filtration aquaculture water and carries out atomized spray in the first filtering cloth jar; Or, atomization water pump 8 is fixed on the bottom of lower cylinder body B with fixture, and offer suction eye at the sidewall of the first filtering cloth jar 4 or purification of water quality cylinder 3, the mouth of pipe that draws water of atomization water pump 8 is connected with this atomized water pump seal, and realization atomization water pump extracts the aquaculture water after filtering and carries out atomized spray in the first filtering cloth jar or in purification of water quality cylinder.
Filtering bodies can be any one in filter cotton, non-woven fabrics, active carbon, Fungicidal substance, stone, bead, large aperture sponge or large-mesh screen pack, or wherein several combinations, plays the effect of adsorption particle impurity, filtering water.
Atomising device 9 comprises multiple atomizer 91, for by the aquaculture water atomization ejection after the filtration of pumping of atomization water pump 8, and the plant of cultivation in supply upper cylinder body A.
During use, on the one hand, aquaculture water is at lower cylinder body B internal circulation filtering, concrete, aquaculture water flows in the 3rd filtering cloth jar 6 from the first passage 11 madial wall of the 3rd filtering cloth jar 6, after being filtered by the filtering bodies of the 3rd filtering cloth jar 6, second channel 12 from the sidewall that the 3rd filtering cloth jar 6 is connected with the first filtering cloth jar 4 flows into the first filtering cloth jar 4, after being filtered by the first filtering cloth jar 4, to be connected from the first filtering cloth jar 4 third channel 13 that sidewall offers with purification of water quality cylinder 3 and to flow into purification of water quality cylinder 3, after being filtered by the filtering bodies in purification of water quality cylinder 3, being connected with the second filtering cloth jar 5 four-way 14 that sidewall is offered by water filtration cylinder 3 flows in the second filtering cloth jar 5, after being filtered by the filtering bodies in the second filtering cloth jar 5, be recycled in suction pump 7 suction water leg 17, and fall in biology culture cylinder 2 from water leg 17 spilling, then continue to flow into the 3rd filtering cloth jar 6 by biology culture cylinder 2, and repeat said process.
On the other hand, aquaculture water after being filtered by the first filtering cloth jar 4, is atomized water pump 8 and extracts out, and ejection after atomising device 9 is atomized, the atomized water of ejection is for supplying the plant cultivated in upper cylinder body A, and the excessive moisture infiltrating plant root is flowed back in purification of water quality cylinder 3 by sieve aperture 15.
Comprehensively above-mentioned, upper cylinder body A and lower cylinder body B forms a full ecological cultivation system of microcirculation, aquaculture water is by circulation suction pump 7 and the effect circulating filtration use between lower cylinder body B and upper cylinder body A being all the time atomized water pump 8, not only ensure plant and hydrobiological healthy growth environment, also reduce water consumption to greatest extent; The aquaculture water that atomising device 8 is atomized, not only play the effect of supply plant, the steam of its atomization also plays the effect of environment humidification, and on the plant leaf surface that the vapor adhesion of atomization is cultivated in upper cylinder body A, be conducive to the dust particles in absorbed air, after macromolecular particle in air filters by primary air purifier 10 above inspiration upper cylinder body A, in the space that air is interspersed between plant, and dense moist blade can adsorb to walk the dust granule in air; Thus, the dust granule part in air is atomized Vapor adsorption, and a part is adsorbed by moist blade face, and finally falls into purification of water quality cylinder 3 with blade face being formed water droplet, and is used by lower cylinder body B filtration cycle, thus plays the effect purified air.
Primary air purifier 10 plays the effect to air primary purifying, reduces noise when making the operation of scape cylinder and increases the service life; And cause recirculating aquaculture water to reduce due to reasons such as evaporation losses, supply can be carried out by feed pump 20; In whole process, the clean moistening air with oxygen anion can be blown in indoor environment by ventilating system endlessly that make scape cylinder, plays the effect of purification and humidification preferably.
For realizing intelligent automatic makeup to aquaculture water, what the embodiment of the present application proposed makes in scape cylinder, in lower cylinder body, level sensor is installed, this level sensor is connected with feed pump 20, for detecting the water level in lower cylinder body B, when the water level in lower cylinder body B is lower than normal circulation water, it is that lower cylinder body carries out supply water supply that feed pump 20 can be opened by filling pipe automatically according to the testing result intelligence of level sensor.
Primary air purifier 10 can adopt existing small-sized or compared with the air purifier of flat pattern, and top layer also can be used to be provided with the blower fan of filter; As long as can play filtration macromolecular particle all can use as primary air purifier the device that the effect of air primary purifying and promotion air enter in upper cylinder body A continually, the embodiment of the present application will not limit.This primary air purifier is different from the biological cleaning mode based on plant leaf surface absorption, but physically based deformation, chemical property purify air.
The full ecological air-cleaning that the embodiment of the present application proposes makes scape cylinder, for the ability of air cleaning, a concrete testing example is as follows: high according to the wide * of long *, unit centimetre, makes lower cylinder body B volume and is about 30*30*15 and upper cylinder body A volume is about 30*20*30, when the test space is 50*50*70, when being full of smog in the test space, the full ecological air-cleaning that the embodiment of the present application proposes made scape cylinder within 15-20 minute, smog all can be purified, although compared to the purification speed of professional air purifier (according to the test space scope of the embodiment of the present application, the purification of specialty air purifier needs 2-3 minute), it is slower that the full ecological air-cleaning that the embodiment of the present application proposes makes scape cylinder purification speed, but based on complete ecological purification style, i.e. environmental protection but also save electric energy, the energy consumptions such as water energy, need not timing more renew cartridge, can also beautify the environment, pleasing, provide the complete ecotypic air cleaning unit of a kind of animals and plants cultivation.
The full ecological air-cleaning that the embodiment of the present application proposes is made in scape cylinder, and third channel 13 is opened in the front side of the first filtering cloth jar 4, and four-way 14 is opened in the rear side of the second filtering cloth jar 5; Also namely, third channel 13 and four-way 14 are opened in the diagonal positions of purification of water quality cylinder 3, increase the glide path of aquaculture water, make aquaculture water time of staying in purification of water quality cylinder 3 long, fully can be filtered by the filtering bodies in purification of water quality cylinder 3.In figure, various cylinder body is rectangle, and in practical application, the embodiment of the present application does not limit the shape of cylinder body, and the setting of third channel 13 and four-way 14, to ensure aquaculture water in purification of water quality cylinder 3 according to longer path flows.
During practical application, as shown in Figure 1, be a semi open model cylinder body at upper cylinder body A, the upper edge at its backboard C set up by atomising device 9 and primary air purifier 10, preferably primary air purifier 10 is placed on backboard C top and leans on through one end of backboard C; On the one hand, backboard can block water droplets and can not be splashed to and place on this full ecological air-cleaning desktop of making scape cylinder or ground; On the other hand, the natural wind after primary filter that primary air purifier 10 sucks flows downward along backboard C, and flow in the other direction to backboard through the stop of backboard C, finally blow to the plant of cultivation in upper cylinder body A, blow in process; simultaneously on the one hand the steam of atomization is taken away, play the effect of air wetting, on the other hand, make air be interspersed between plant, dust granule in air by humidity dense plant stem-leaf adsorb, play the effect purified air.In upper cylinder body A during planting plants, plantation becomes in potted landscape form low before rear height usually, and this plantation form is more conducive to atomization moisture to the regional diffusion outside cylinder body, is more conducive to humidification and the purification of room air.
Atomized steam enters in the upper cylinder body A in semi open model space, and falls on the plant of cultivation in upper cylinder body A, and plant leaf surface forms water droplet, the dust granule in moist blade face absorbed air; Primary air purifier 10 is ceaselessly by surrounding air inspiration semi open model space, dust granule in the air of newly coming in constantly is made air be purified by the water droplet absorption on dense moist blade, and the air after purification is sucked into the air release semi open model space come; Keep the continuous firing of primary air purifier 10, then constantly have new air inspiration semi open model space to be cleaned rear release, continual work like this, can effectively play the effect purified the air of a room.
The top of upper cylinder body A can also arrange illuminating lamp, and the light of illuminating lamp is used for, for plant light compensation, making plant possess lasting photosynthesis, producing the oxygen bar's function making oxygen for a long time; Or illuminating lamp is uviol lamp, for generation of harmful components such as the formaldehyde in the ultraviolet light degradation air of specific wavelength.
Circulation suction pump 7 is when specifically placing, and as shown in Figure 1 and Figure 4, due to the stop bottom upper cylinder body A, through hole 16 is offered in the bottom be connected with the second filtering cloth jar 5 at water leg 17, is connected drinking-water pipe 71 stretches in water leg 17 through this through hole 16 with circulation suction pump 7.The effect of circulation suction pump 7 is the circulation power for the water circulation of whole device provides; Aquaculture water after filtering is recycled suction pump 7 and is pumped into after in water leg 17, overflows in rear inflow biology culture cylinder 2 by water leg 17; As shown in Figure 1, water leg 17 is preferably designed for: near the height of the sidewall 171 of biology culture cylinder 2 lower than the height of its opposing sidewalls 172, like this, when the water in water leg 17 amasss spill-over water, water falls in biology culture cylinder 2 from sidewall 171, and the water in water leg 17 blocks and do not reflux by sidewall 172, the impulse force of the water of whereabouts also plays the effect of beating oxygen, for the biology in biological culturing jar 2 provides oxygen.
As shown in Figure 2, can also be connected with a maintenance cylinder body 31 communicated with lower cylinder body B at the rear side of lower cylinder body B, this maintenance cylinder body top is provided with cylinder cap 32; When the various filtering bodies needs replacing in lower cylinder body B or when taking out cleaning, open cylinder cap 32, hand is stretched into by maintenance cylinder body 31, because maintenance cylinder body 31 communicates with lower cylinder body B, hand can enter in each cylinder body and filtering bodies be taken out. and atomization water pump 8 can be installed, convenient for maintaining and maintenance in space more than maintenance cylinder body 31 water level or the inner side of cylinder cap 32; Ordinary times, covers maintenance cylinder body 31 and prevents introduced contaminants dust from entering by cylinder cap 32.
One preferred embodiment as shown in Figure 1, angle between the backboard C of upper cylinder body A and its base plate is designed to be greater than 90 °, the benefit of such design is, the plant of the expediently interior cultivation of cylinder body is the domatic laying of such as 45 ° to rear side by front side on the one hand, when being convenient to atomization sprinkling irrigation, atomised spray can run through whole and makes background layer, on the other hand, the passage facilitating hand to put into can be formed at the cylinder body back side, conveniently stretch into matrix and the filtering bodies of changing cultivated plant in maintenance rigid body 31; Further, this design can increase the aesthetics of upper cylinder body side.
In maintenance cylinder body 31 or the bottom of lower cylinder body B can place heater, the water temperature of heating aquaculture water, be applicable to cultivate the biology such as tropical plants and tropical fish; Aquaculture water heats cultivation matrix further, keeps the temperature of cultivated plant root to maintain more than 15 °, makes plant also can healthy growth in the environment of cold.When not keeping in repair cylinder body 31, heater can be positioned over the sidewall of lower cylinder body B, is conducted heat heat aquaculture water by sidewall.
As shown in Figure 3, be a specific embodiment structure of the 3rd filtering cloth jar 6, arrange an interlayer 61 in the 3rd filtering cloth jar 6, the 3rd filtering cloth jar 6 is divided into the first sub-filtering cloth jar 62 and the second sub-filtering cloth jar 63 by interlayer; The height of interlayer 61 is lower than the height of the 3rd filtering cloth jar 6; First passage 11 is positioned on the sidewall that the first sub-filtering cloth jar 62 is connected with biology culture cylinder 2.After aquaculture water enters the first sub-filtering cloth jar 62 from first passage 11, water level in first sub-filtering cloth jar 62 raises gradually, and filtered by the filtering bodies in the first sub-filtering cloth jar 62 in elevation process, when water level is elevated to interlayer more than 61, aquaculture water covers interlayer 61 and flows in the second sub-filtering cloth jar 63.The height of this interlayer 61, lower than the design of the height of the first filtering cloth jar 6, increases the flow path of aquaculture water in filtering bodies, aquaculture water can be fully filtered.
Circulation suction pump 7 is placed in the second filtering cloth jar, as shown in Figure 2, also can arrange partition 51 in the second filtering cloth jar 5, for suction pump 7 isolates independently placement space.
The effect of level sensor and feed pump is, after the full ecological air-cleaning of closedown makes scape cylinder, the water level of purification of water quality cylinder 3 can not exceed the bottom of upper cylinder body A, preferably can maintain the height of upper cylinder body A distance from bottom 2-3cm, produce the phenomenon of rotten to prevent the plant root of planting in upper cylinder body A from being soaked by aquaculture water; Level sensor detects the height of water level in lower cylinder body, when height of water level is too low, such as lower than a default minimum altitude value, then controlling to open feed pump 20 is water filling in lower cylinder body, and the height of water level value that Real-time Obtaining level sensor detects, when height of water level reach the highest designated water level time, control to close feed pump 20 and stop moisturizing.
In above-mentioned figure, what embody is a kind of design of upper cylinder body A and lower cylinder body B Split type structure, and in practical application, as shown in Figure 4, upper cylinder body A and lower cylinder body B can be adopted integrated design, also namely, make upper cylinder body A be with the bottom of sieve aperture to be fixed on the upper end of lower cylinder body B, and each sidewall of upper cylinder body A is integrated with each sidewall of lower cylinder body B makes; Such design can simplify the structural design that whole full ecological air-cleaning makes scape cylinder more.
When cultivating plant in upper cylinder body A, sphagna can be placed bottom upper cylinder body A, prevent the materials such as the soil property of cultivated plant from falling in lower cylinder body B from sieve aperture 15.
The top of backboard C can arrange the top cover of integrated design, comprises the devices such as above-mentioned atomising device, illuminating lamp and blower fan in this top cover, improves the aesthetic feeling of structural design.
For realizing the whole intelligentized control method making scape cylinder, the full ecological air-cleaning that the embodiment of the present application proposes is made scape cylinder and can also be included a central controller, this central controller is connected with illuminating lamp, primary air purifier, atomising device and feed pump, for realizing the switch time controlling illuminating lamp, primary air purifier and atomising device, reaching reasonable operation, safeguarding the effect of animals and plants optimum growh environment.
As shown in Figure 4, arrange be provided with base cabinet D in the bottom of lower cylinder body B, this base cabinet D is for placing atomization water pump 8, feed pump 20, central controller controls circuit, and various connecting line and electric wire etc.Preferably, base cabinet is designed to be divided into bilevel first base cabinet D1 and the second base cabinet D2, atomization water pump, feed pump, control circuit and various connecting line and electric wire etc. are placed in the first base cabinet D1, and feed-tank, can receive in nearly second base cabinet D2 for cultivating the materials such as vegeto-animal fertilizer, matrix and bait, such that whole to make scape cylinder elegant in appearance succinctly and not mixed and disorderly.
The full ecological air-cleaning that the embodiment of the present application proposes is made in scape cylinder, can arrange screen at its dorsal part; Screen can arrange shape and pattern etc. according to hobby, makes scape cylinder back for blocking, and makes the whole outward appearance making scape cylinder more attractive in appearance; Thisly add making scape cylinder and can being placed on indoor doorway, screen side opposite house of screen, also serving the wind action of introduction screen.
The full ecological air-cleaning that above-mentioned the embodiment of the present application proposes makes scape cylinder, and circulation suction pump provides power guarantee aquaculture water to use at lower cylinder body internal circulation filtering, when not needing to irrigate the plant in upper cylinder body, closes atomization water pump; During plant irrigating, open atomization water pump, the aquaculture water of the decimated filter of atomization water pump is to atomising device, be sprayed onto after being atomized device atomization on the plant of plantation in upper cylinder body, drawing fan above cylinder body promotes that air is interspersed in the space between plant, in inserting process, the dust granule in air is walked in dense moist blade absorption, plays Air purification; A steam part for atomization drops on plant leaf surface attract dust particle, and a part is shifted onto indoor by the air of primary air purifier inspiration, plays air effect in humidifying chamber, and unnecessary part flows back to lower cylinder body by the sieve aperture bottom upper cylinder body and continues circulating filtration.By said process, show a complete ecological air cleaning system, not only achieve indoor full ecologic breeding, also achieve the effect into indoor air purification and humidification.
It should be noted that; above-mentioned explanation is not to restriction of the present utility model; the utility model is also not limited in above-mentioned citing; the change that those skilled in the art make in essential scope of the present utility model, remodeling, interpolation or replacement, also should belong to protection domain of the present utility model.
Claims (10)
1. full ecological air-cleaning makes scape cylinder, it is characterized in that, comprises upper cylinder body, lower cylinder body, atomising device, atomization water pump, circulation suction pump and feed pump; Described upper cylinder body is placed in the upper end of described lower cylinder body; Described lower cylinder body comprises biology culture cylinder, purification of water quality cylinder, the first filtering cloth jar and the second filtering cloth jar;
Described purification of water quality cylinder is disposed adjacent with described biology culture cylinder; The both sides of described purification of water quality cylinder arrange described first filtering cloth jar and described second filtering cloth jar respectively; The side of the corresponding described biology culture cylinder of described upper cylinder body is provided with water leg; Described circulation suction pump is placed in described second filtering cloth jar, and the joint face of described water leg and described second filtering cloth jar offers through hole, and the drinking-water pipe that described circulation suction pump connects stretches in described water leg through described through hole;
The sidewall that described first filtering cloth jar is connected with described biology culture cylinder offers second channel; The sidewall that described first filtering cloth jar is connected with described purification of water quality cylinder offers third channel; The sidewall that described second filtering cloth jar is connected with described purification of water quality cylinder offers four-way;
Described atomization water pump and described feed pump are placed in the bottom of described lower cylinder body, or are placed in the sidepiece of described upper cylinder body or described lower cylinder body; The pump mouth of described atomization water pump stretches into described first and filters in cylinder body, and the delivery port of described atomization water pump connects described atomising device; Described atomising device is placed in the top of described upper cylinder body; Described feed pump is connected with filling pipe, and the delivery port of described filling pipe stretches in described lower cylinder body;
The position of the corresponding described purification of water quality cylinder in bottom of described upper cylinder body offers sieve aperture;
The top of described upper cylinder body is provided with primary air purifier;
Filtering bodies is provided with in described purification of water quality cylinder, described first filtering cloth jar and described second filtering cloth jar.
2. full ecological air-cleaning according to claim 1 makes scape cylinder, it is characterized in that, is provided with level sensor in described lower cylinder body, and described level sensor is connected with described feed pump.
3. full ecological air-cleaning according to claim 1 makes scape cylinder, it is characterized in that, described primary air purifier is blower fan, and the top layer of described blower fan is provided with filter.
4. full ecological air-cleaning according to claim 1 makes scape cylinder, it is characterized in that, the bottom of described lower cylinder body is provided with base cabinet, and described atomization water pump and described feed pump are placed in described base cabinet.
5. full ecological air-cleaning according to claim 4 makes scape cylinder, it is characterized in that, described base cabinet is divided into bilevel first base cabinet and the second base cabinet; Described atomization water pump and described feed pump are placed in described first base cabinet.
6. full ecological air-cleaning according to claim 1 makes scape cylinder, it is characterized in that, the rear side of described lower cylinder body is connected with the maintenance cylinder body communicated; Described maintenance cylinder body top is provided with cylinder cap.
7. full ecological air-cleaning according to claim 6 makes scape cylinder, it is characterized in that, the angle between the backboard of described upper cylinder body and base plate is greater than 90 °.
8. full ecological air-cleaning according to claim 1 makes scape cylinder, it is characterized in that, the dorsal part that described full ecological air-cleaning makes scape cylinder is provided with screen.
9. full ecological air-cleaning according to claim 1 makes scape cylinder, it is characterized in that, the side of described biology culture cylinder is provided with the 3rd filtering cloth jar; The madial wall of described 3rd filtering cloth jar offers first passage; Described second channel is opened on the sidewall that described 3rd filtering cloth jar is connected with described first filtering cloth jar; Filtering bodies is provided with in described 3rd filtering cloth jar;
Arrange interlayer in the middle part of described 3rd filtering cloth jar, described 3rd filtering cloth jar is divided into the first sub-filtering cloth jar and the second sub-filtering cloth jar by described interlayer; The height of described interlayer is lower than the height of described 3rd filtering cloth jar.
10. full ecological air-cleaning according to claim 1 makes scape cylinder, it is characterized in that, described water leg near the Sidewall Height of described biology culture cylinder lower than the height of its opposing sidewalls.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520352093.4U CN204653176U (en) | 2015-05-28 | 2015-05-28 | Full ecological air-cleaning makes scape cylinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520352093.4U CN204653176U (en) | 2015-05-28 | 2015-05-28 | Full ecological air-cleaning makes scape cylinder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204653176U true CN204653176U (en) | 2015-09-23 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520352093.4U Expired - Fee Related CN204653176U (en) | 2015-05-28 | 2015-05-28 | Full ecological air-cleaning makes scape cylinder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204653176U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106014139A (en) * | 2016-04-15 | 2016-10-12 | 河海大学 | Intelligent water circulating push-pull window sash degrading PM2.5 |
| CN106489611A (en) * | 2016-11-01 | 2017-03-15 | 温宁 | Rainforest cylinder and make scape system |
| CN106719280A (en) * | 2017-01-18 | 2017-05-31 | 广东隆聚节能科技有限公司 | The solar powered oxygen-enrichment system in fish pond and oxygenation method |
| CN109970210A (en) * | 2019-05-07 | 2019-07-05 | 畅享生态(北京)科技有限公司 | A kind of wisdom ecological wetland system |
| CN110742005A (en) * | 2019-11-21 | 2020-02-04 | 湖南富高农业科技开发有限公司 | Tadpole is bred and is used water circulation purifier |
-
2015
- 2015-05-28 CN CN201520352093.4U patent/CN204653176U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106014139A (en) * | 2016-04-15 | 2016-10-12 | 河海大学 | Intelligent water circulating push-pull window sash degrading PM2.5 |
| CN106014139B (en) * | 2016-04-15 | 2017-11-24 | 河海大学 | From degraded PM2.5 intelligent water circulating sliding window sash |
| CN106489611A (en) * | 2016-11-01 | 2017-03-15 | 温宁 | Rainforest cylinder and make scape system |
| CN106719280A (en) * | 2017-01-18 | 2017-05-31 | 广东隆聚节能科技有限公司 | The solar powered oxygen-enrichment system in fish pond and oxygenation method |
| CN109970210A (en) * | 2019-05-07 | 2019-07-05 | 畅享生态(北京)科技有限公司 | A kind of wisdom ecological wetland system |
| CN110742005A (en) * | 2019-11-21 | 2020-02-04 | 湖南富高农业科技开发有限公司 | Tadpole is bred and is used water circulation purifier |
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Granted publication date: 20150923 Termination date: 20160528 |