CN104996290A - Ecological air purifier and dimensional plant cultivation method - Google Patents
Ecological air purifier and dimensional plant cultivation method Download PDFInfo
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- CN104996290A CN104996290A CN201510495711.5A CN201510495711A CN104996290A CN 104996290 A CN104996290 A CN 104996290A CN 201510495711 A CN201510495711 A CN 201510495711A CN 104996290 A CN104996290 A CN 104996290A
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- 238000012364 cultivation method Methods 0.000 title claims abstract description 14
- 239000007788 liquid Substances 0.000 claims abstract description 489
- 239000000463 material Substances 0.000 claims abstract description 130
- 238000000034 method Methods 0.000 claims abstract description 128
- 239000011941 photocatalyst Substances 0.000 claims abstract description 125
- 239000011148 porous material Substances 0.000 claims abstract description 96
- 230000000694 effects Effects 0.000 claims abstract description 63
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 60
- 238000011010 flushing procedure Methods 0.000 claims abstract description 37
- 238000004887 air purification Methods 0.000 claims abstract description 24
- 238000005034 decoration Methods 0.000 claims abstract description 9
- 241000196324 Embryophyta Species 0.000 claims description 604
- 239000011159 matrix material Substances 0.000 claims description 148
- 239000004745 nonwoven fabric Substances 0.000 claims description 62
- 230000001954 sterilising effect Effects 0.000 claims description 50
- 238000002955 isolation Methods 0.000 claims description 48
- 235000015097 nutrients Nutrition 0.000 claims description 39
- 150000001450 anions Chemical class 0.000 claims description 37
- 238000000746 purification Methods 0.000 claims description 35
- 238000009423 ventilation Methods 0.000 claims description 24
- 238000012545 processing Methods 0.000 claims description 22
- 238000004140 cleaning Methods 0.000 claims description 17
- 239000004744 fabric Substances 0.000 claims description 14
- 238000005538 encapsulation Methods 0.000 claims description 11
- 238000009434 installation Methods 0.000 claims description 10
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 claims description 9
- 229910052760 oxygen Inorganic materials 0.000 claims description 9
- 239000001301 oxygen Substances 0.000 claims description 9
- 239000012530 fluid Substances 0.000 claims description 6
- 239000007921 spray Substances 0.000 claims description 6
- 239000000725 suspension Substances 0.000 claims description 6
- 238000005304 joining Methods 0.000 claims description 5
- 238000005192 partition Methods 0.000 claims description 5
- 230000008635 plant growth Effects 0.000 claims description 4
- 230000015572 biosynthetic process Effects 0.000 claims description 3
- 230000001737 promoting effect Effects 0.000 claims description 3
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- 230000001105 regulatory effect Effects 0.000 claims description 2
- 230000012010 growth Effects 0.000 claims 9
- 238000005516 engineering process Methods 0.000 abstract description 9
- 239000000758 substrate Substances 0.000 abstract description 3
- 238000001179 sorption measurement Methods 0.000 abstract 1
- 238000005507 spraying Methods 0.000 abstract 1
- XLOMVQKBTHCTTD-UHFFFAOYSA-N Zinc monoxide Chemical compound [Zn]=O XLOMVQKBTHCTTD-UHFFFAOYSA-N 0.000 description 174
- 239000011787 zinc oxide Substances 0.000 description 87
- 230000009466 transformation Effects 0.000 description 11
- HCHKCACWOHOZIP-UHFFFAOYSA-N Zinc Chemical compound [Zn] HCHKCACWOHOZIP-UHFFFAOYSA-N 0.000 description 8
- 238000002347 injection Methods 0.000 description 8
- 239000007924 injection Substances 0.000 description 8
- 229920003002 synthetic resin Polymers 0.000 description 5
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- 229920001169 thermoplastic Polymers 0.000 description 5
- 239000004416 thermosoftening plastic Substances 0.000 description 5
- 210000005239 tubule Anatomy 0.000 description 5
- 241001464837 Viridiplantae Species 0.000 description 4
- 230000035568 catharsis Effects 0.000 description 4
- 239000002689 soil Substances 0.000 description 4
- 238000002513 implantation Methods 0.000 description 3
- 238000012423 maintenance Methods 0.000 description 3
- 239000000443 aerosol Substances 0.000 description 2
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Classifications
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G31/00—Soilless cultivation, e.g. hydroponics
- A01G31/02—Special apparatus therefor
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
Landscapes
- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Catalysts (AREA)
- Treatment Of Water By Oxidation Or Reduction (AREA)
- Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
- Hydroponics (AREA)
Abstract
The invention provides an ecological air purifier and a dimensional plant cultivation method. The ecological air purifier comprises a dimensional carrier, a plant container, a fixing device, an air suction device, an air suction pipe shunting device, a liquid container, a liquid suction pump, a liquid distribution device, a flushing device, a water permeable pipe, a dropper, a delivery pipe, a breathable substrate, a plant, a level gauge, an ultra-violet lamp, a fluorescent lamp, a light compensating lamp, a photocatalyst material, a three-dimensional porous material, a negative ion ball and a controller. The dimensional plant cultivation method is characterized in that a water vapour circulation system and a photocatalyst technology are introduced for a plant air purification and plant cultivation process, so as to obtain excellent air purification effect and plant cultivation effect; decorations such as emulational plants are treated functionally with the photocatalyst material, and the treated decorations are combined with an adsorption device, so that the conventional air purify method of only spraying the photocatalyst material to a wall body and furniture is changed.
Description
Technical field
The present invention relates to air cleaning and plant maintenance field, specifically a kind of ecological form air purification device and plant three-dimensional cultivation method
Background technology
One of background, green plants has good purification function to some pollutant in room air, and this is by experimental study and practice are confirmed.Green plants, to the catharsis of room air, depend primarily on the microorganism in the root of plant and soil and moisture, and leaf has certain catharsis, but is not main body, and this point is by experimental study and practice are confirmed.The scientist William Wo Weier surely belonging to NASA's work wherein represented the most, he has used a few year, test tens kinds of different green plantss to the absorbing capacity of tens kinds of chemical complexs, and emphasis is moved on on the ornamental plants that can be able to buy in any nursery, found that various green plants absorbs the ability of the chemical substance in air effectively, major part comes from the microorganism in the root of plant and soil, and they being converted into the nutriment of oneself, its amount is big amazing.
Although people recognize the catharsis that root system of plant is powerful, how this catharsis is applied in people's daily life, namely produces inexpensive ecological form air purification device attractive in appearance, a present or market vacancy.
Background two, plant three-dimensional is cultivated, and substantially adopts cultivation technique without soil, and current soilless culture mainly contains substrate culture, water planting, aerosol training.Substrate culture, drops into minimum, but phase specific efficiency is lower, and water planting sanitation and hygiene preferably resolve the problem of nutrient solution, but root system anoxic problem does not thoroughly solve, and aerosol training is most effective, but management expectancy is high, and input cost is large.
Background three, photocatalyst because of its manifest in air treating comprehensive, the feature of environmental protection, continuation, high efficiency, safety, once appearance, the developed countries such as America and Europe only just complete with six months and popularize, and miraculous with average annual 4.6% speed increase, and China from 2003 contact photocatalyst technology since, so far also rest in the concept of people, although the raw-material enterprise of domestic production photocatalyst is many, the developed countries such as the Japan of outlet had and America and Europe, but the air clearing product of domestic application photocatalyst technology only has very few several, although photocatalyst technology originally, be subject to strict light source limitations affect, application surface is narrow, now photocatalyst technology obtains significant progress, at visible ray, good clean-up effect is all had under faint light state, but it is still rarely seen effective on market, the air cleaning product of the practicality that price is low.
A kind of ecological form air purification device that the present invention proposes and plant cultivation method, one is allow the root system of plant buried in soil play Air purification; Two is stereo cultivation methods that the present invention proposes: cost is low, efficiency is high, management is simple.Three is by photocatalyst technology, get involved in plant cultivation process, not only be conducive to plant growth, and played the effect of photocatalyst in air cleaning preferably, secondly, by through the air filter of photocatalyst technology process and plant walls, plant walls prolong knot air purifier altogether, and with photocatalyst technology to emulation plant, the ornaments such as dried flower carry out functional processing also and through photocatalyst material process with power set, the air purifier that the air filter of light source is combined and produce, people will be met greatly pursuing functional while, to obtain beautiful enjoyment.
Summary of the invention
A kind of ecological form air purification device of the present invention and plant three-dimensional cultivation method, comprising: three-dimensional carrier, container for plants, fixture, air intake device, centrifugal blower, liquid container, conveying pump, liquid distributor, flushing device, aspiration channel branch apparatus, uviol lamp, fluorescent lamp, light compensating lamp, photocatalyst material, anion ball, flow pipe, water-permeable pipe, dropper, 3 D stereo porous material, aspiration channel, snorkel, permeable matrix, plant, shelf, liquid level gauge, controller, one of its feature: container for plants and liquid container are combined with nested form, described container for plants is the container of all energy cultivated plants, described liquid container, be the container of the energy contain fluid of opened type, container for plants and liquid container being combined with nested form described in this, is sleeved in liquid container by container for plants, therefore, require that liquid container size is slightly large, container for plants size is less, and liquid container processes as follows: in liquid container, install conveying pump, shelf, uviol lamp, and place photocatalyst material and anion ball, the bottom outside of liquid container installs liquid level gauge, container for plants processes as follows: bottom container for plants, open permeable hole, permeable hole is installed water-permeable pipe jockey, wind inlet is left on the container limit of container for plants, wind inlet is installed aspiration channel jockey, air intake device is connected with centrifugal blower by aspiration channel, the 3 D stereo porous material plate through photocatalyst material process is installed in the below of air intake device, 3 D stereo porous material plate is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, liquid distributor is arranged in the vessel port of container for plants, by the container for plants through aforesaid way process, be arranged on the shelf in liquid container, conveying pump in liquid container is connected with liquid distributor by flow pipe, switch on power, under the effect of centrifugal blower, contaminated air is through photocatalyst material, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, flow through container for plants, be finally back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health to grow.Its feature two: container for plants and liquid container are combined with nested form, described container for plants, it is the container of all energy cultivated plants, described liquid container, it is the container of the energy contain fluid of opened type, container for plants and liquid container are combined with nested form described in this, be sleeved in liquid container by container for plants, therefore, liquid container size is slightly large, container for plants size is less, liquid container processes as follows: in liquid container, install conveying pump, shelf, uviol lamp, and place photocatalyst material and anion ball, the bottom outside of liquid container installs liquid level gauge, container for plants processes as follows: bottom container for plants, open permeable hole, permeable hole is installed water-permeable pipe jockey, wind inlet is left on the container limit of container for plants, wind inlet is installed aspiration channel jockey, outside container for plants wind inlet, centrifugal blower installed by aspiration channel jockey, the top of the wind inlet in container for plants, 3 D stereo porous material plate through photocatalyst material process is installed, 3 D stereo porous material plate is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, the vessel port of container for plants installs liquid distributor, liquid distributor is connected with conveying pump by flow pipe, water-permeable pipe jockey is installed the water-permeable pipe immersing liquid container liquid, by the container for plants through aforesaid way process, be arranged on the shelf in liquid container, switch on power, under the effect of centrifugal blower, contaminated air is through the 3 D stereo porous material plate of photocatalyst material process, permeable matrix, export after root system of plant purification, liquid after photocatalyst material sterilizing is sent into liquid distributor by flow pipe by conveying pump, then, flow through container for plants, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.Its feature three: container for plants and liquid container are combined with nested form, described container for plants, it is the container of all energy cultivated plants, described liquid container, it is the container of the energy contain fluid of opened type, container for plants and liquid container are combined with nested form described in this, be sleeved in liquid container by container for plants, therefore, liquid container size is slightly large, container for plants size is less, container for plants processes as follows: do mesh process bottom container for plants, permeable matrix is put in container, serike in permeable matrix, exposed permeable matrix covers non-woven fabrics, device liquid distributor on non-woven fabrics, liquid distributor covers anion ball, described liquid container processes in the following manner: open an air vent in the bottom of liquid container, air vent installs ventilation duct, the side of ventilation duct, namely the ventilation duct in bottom liquid container installs centrifugal blower, by the ventilation duct that centrifugal blower is housed, conveying pump is installed and places photocatalyst material, the 3 D stereo porous material plate through photocatalyst material process is installed in the top of centrifugal blower, 3 D stereo porous material plate covers the screen cloth through photocatalyst material process, container for plants placed by screen cloth, liquid distributor is connected with conveying pump by flow pipe, switch on power, under the effect of centrifugal blower, contaminated air is through 3 D stereo porous material plate, root system of plant, permeable matrix, export after the purification of anion ball, liquid after photocatalyst material sterilizing is sent into liquid distributor by flow pipe by conveying pump, then, flow through container for plants, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow, its feature four: the planting bag made of the non-woven fabrics through photocatalyst material process as container for plants and liquid container combined, described liquid container processes in the following manner: according to the size of centrifugal blower, opening one in the bottom of liquid container can easily by the air vent of centrifugal blower, air vent installs ventilation duct, the side of ventilation duct, namely the ventilation duct in bottom liquid container installs centrifugal blower, the ventilation duct other installation conveying pump of centrifugal blower is installed and places photocatalyst material, the 3 D stereo porous material plate through photocatalyst material process is installed in the top of centrifugal blower, plant planting bag placed by 3 D stereo porous material plate, fill out in planting bag and put permeable matrix, serike in permeable matrix, exposed permeable matrix covers the soft screen cloth through photocatalyst material process, screen cloth installed liquid distributor and cover with anion ball, liquid distributor is connected with conveying pump by flow pipe, switch on power, under the effect of centrifugal blower, contaminated air is through 3 D stereo porous material plate, root system of plant, permeable matrix, export after the purification of anion ball, liquid after photocatalyst material sterilizing is sent into liquid distributor by flow pipe by conveying pump, then, flow through container for plants, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.Its feature five: three-dimensional carrier various is in the form for relying on, liquid distributor, container for plants, liquid container are combined, three-dimensional carrier is equipped with aspiration channel, water-permeable pipe jockey and liquid distributor, container for plants, liquid container fixture, liquid distributor is arranged on the top of three-dimensional carrier, liquid container is arranged on the bottom of three-dimensional carrier, conveying pump is installed in liquid container and places photocatalyst material and anion ball, conveying pump is connected with liquid distributor by flow pipe, and container for plants processes in the following manner, permeable hole is had bottom container for plants, permeable hole is installed water-permeable pipe jockey, the container limit of container for plants has dropper hole and wind inlet, dropper hole and wind inlet install dropper and aspiration channel jockey respectively, facing to wind inlet, air intake device is installed in container for plants, air intake device is connected with centrifugal blower by aspiration channel, isolation mesh sheet is installed in the below of air intake device, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, by on the three-dimensional carrier being arranged between liquid distributor and liquid container successively of the container for plants drop height type through above-mentioned process, between liquid distributor and container for plants, between container for plants and container for plants, water-permeable pipe is passed through between container for plants and liquid container, dropper, flow pipe and conveying pump are interconnected, form a water circulation system, under the effect of centrifugal blower, contaminated air is through photocatalyst material, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, pass through water-permeable pipe, dropper flows through each container for plants successively, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.Its feature six: three-dimensional carrier various is in the form for relying on, by liquid distributor, container for plants, liquid container combines, three-dimensional carrier is equipped with aspiration channel, water-permeable pipe jockey and liquid distributor, container for plants, liquid container fixture, liquid distributor is arranged on the top of three-dimensional carrier, liquid container is arranged on the bottom of three-dimensional carrier, conveying pump is installed in liquid container and places photocatalyst material, container for plants processes in the following manner: bottom container for plants, open permeable hole, permeable hole is installed water-permeable pipe jockey, dropper hole and wind inlet are left in the container limit of container for plants, dropper hole and wind inlet install dropper and aspiration channel jockey respectively, facing to wind inlet, air intake device is installed in container for plants, isolation mesh sheet is installed in the below of air intake device, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, by the container for plants through above-mentioned process, on the three-dimensional carrier being arranged between liquid distributor and liquid container successively of drop height type, air intake device, container for plants, the aspiration channel branch apparatus that centrifugal blower is housed is interconnected by aspiration channel, form an air cleaning system, between liquid distributor and container for plants, between container for plants and container for plants, water-permeable pipe is passed through between container for plants and liquid container, dropper, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through photocatalyst material, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, pass through water-permeable pipe, dropper flows through each container for plants successively, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.The seven various in the form three-dimensional carriers of its feature are for relying on, by liquid distributor, container for plants, liquid container combines, three-dimensional carrier is equipped with aspiration channel, water-permeable pipe jockey and liquid distributor, container for plants, liquid container fixture, liquid distributor is arranged on the top of three-dimensional carrier, liquid container is arranged on the bottom of three-dimensional carrier, conveying pump is installed in liquid container and places photocatalyst material, container for plants processes in the following manner: bottom container for plants, open permeable hole, permeable hole is installed water-permeable pipe jockey, dropper hole and wind inlet are left in the container limit of container for plants, dropper hole and wind inlet install dropper and aspiration channel jockey respectively, facing to wind inlet, the 3 D stereo porous material body through photocatalyst material process is installed in container for plants, the joining place on porous material body and container for plants limit makes encapsulation process, isolation mesh sheet is installed in the below of 3 D stereo porous material body, the water-permeable pipe of water volume adjustable is installed in the below of isolation mesh sheet, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, by the container for plants through above-mentioned process, on the three-dimensional carrier being arranged between liquid distributor and liquid container successively of drop height type, air intake device, container for plants, the aspiration channel branch apparatus of centrifugal blower is housed, be interconnected by aspiration channel, form an air cleaning system, between liquid distributor and container for plants, between container for plants and container for plants, water-permeable pipe is passed through between container for plants and liquid container, dropper, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through photocatalyst material, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, each container for plants is flowed through successively by water-permeable pipe, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow, eight of its feature changes above-mentioned aspiration channel into snorkel, and airtight air draught pipeline changes airtight aspirating pipeline into, and centrifugal blower changes air delivery pump into, and make cultivating container and liquid container with inexpensive material, with low cost, high efficiency carries out plant three-dimensional cultivation.Its feature nine with a three-dimensional casing for carrier, the air filter of centrifugal blower and flushing device will be housed, liquid distributor, container for plants, liquid container combines, described casing: be provided with a fan or the openable cabinet door of number fan, cabinet door 3 D stereo porous material plate is made, cabinet door is equipped with aspiration channel, water-permeable pipe jockey and liquid distributor, container for plants, liquid container fixture, liquid distributor is arranged on the top of cabinet door, the multiple container for plants of installation successively of drop height type and liquid container below liquid distributor, in liquid container, conveying pump is installed, and place photocatalyst material and anion ball, container for plants processes as follows: bottom container for plants, open permeable hole, permeable hole is installed water-permeable pipe jockey, dropper hole and wind inlet are left in the container limit of container for plants, dropper hole and wind inlet install dropper and aspiration channel jockey respectively, facing to wind inlet, the 3 D stereo porous material body through photocatalyst material process is installed in container for plants, porous material body and container for plants limit joining place make encapsulation process, isolation mesh sheet is installed in the below of 3 D stereo porous material body, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, air intake device, container for plants, the aspiration channel branch apparatus of centrifugal blower is housed, be interconnected by aspiration channel, form an air cleaning system, another air cleaning system of the combined formation of air filter, flushing device, centrifugal blower, uviol lamp or fluorescent lamp, between liquid distributor and container for plants, between container for plants and container for plants, be interconnected by water-permeable pipe, dropper, flow pipe and conveying pump between container for plants and liquid container, form a water circulation system, air filter, flushing device, liquid container are by flow pipe and conveying pump, form another water circulation system, the periphery of casing is provided with multiple exhaust vent, under the effect of centrifugal blower, the photocatalyst material of contaminated air first in container for plants, permeable matrix, root system of plant filter, after export after being arranged on air filter in casing, ultraviolet lamp purification, under the control of the controller, conveying pump 1 is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, flow through each container for plants successively by water-permeable pipe, dropper, be finally back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health to grow, conveying pump 2, by the liquid after photocatalyst material sterilizing, sends into flushing device by flow pipe, is back to liquid container after flowing through air filter, go round and begin again, constantly air filter is washed away, improve air purification effect, extend the life-span of air filter.Its feature ten with a three-dimensional framework for container for plants placed by platform, described three-dimensional framework is the cylindrical body that a cover is filled with three layers of shelf, photocatalyst material is placed bottom cylindrical body, conveying pump is installed by the lower floor of three layers of shelf, air filter is installed in middle level, the 3 D stereo porous material plate through photocatalyst material process is installed on upper strata, centrifugal blower and flushing device air filter be equipped with, flushing device is connected with conveying pump by flow pipe, described container for plants, there are two kinds of processing methods: method one, wind inlet and permeable hole is opened bottom container for plants, wind inlet is installed aspiration channel jockey, centrifugal blower installed by aspiration channel jockey, permeable hole is installed water-permeable pipe jockey, water-permeable pipe installed by water-permeable pipe jockey, and in the liquid requiring its length to immerse to hold bottom cylindrical body, at certain altitude place bottom container for plants, 3 D stereo porous material plate through photocatalyst material process is installed, permeable matrix placed by 3 D stereo porous material plate, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, the vessel port of container for plants installs liquid distributor, liquid distributor is connected with conveying pump by flow pipe, method two: open permeable hole in the bottom of hydroponic plant container and send water hole, with sending on water hole, water-permeable pipe and flow pipe jockey are installed at permeable hole respectively, the amount of being filled with water in container, regulate by the water-permeable pipe length be arranged in container, plant is planted in container by field planting basket, the container for plants processed through said method one is placed on the platform of three-dimensional framework, container for plants, air filter, liquid container is interconnected by flow pipe and water-permeable pipe, form a water circulation system, switch on power, the centrifugal blower be arranged on container for plants works respectively with the centrifugal blower be arranged on air filter, contaminated air, one tunnel is through photocatalyst material, permeable matrix, export after root system of plant purification, one tunnel is through porous material plate, export after air filter purification, under control of the controller, conveying pump 1 is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, be back to after flowing through container for plants bottom cylindrical body, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health to grow, conveying pump 2, by the liquid after photocatalyst material sterilizing, sends into flushing device by flow pipe, is back to bottom cylindrical body after flowing through air filter, go round and begin again, constantly air filter is washed away, improve air purification effect, extend the life-span of air filter, the container for plants processed through said method two is placed on the platform of three-dimensional framework, container for plants, flushing device, liquid container passes through flow pipe, water-permeable pipe and conveying pump are interconnected, define a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through porous material plate, export after air filter purification, under the control of the controller, conveying pump 1 will send into hydroponic plant container by liquid after photocatalyst material sterilizing, then flow into bottom cylindrical body by water-permeable pipe, water in container for plants constantly circulates, ensure that hydroponic plant obtains abundant oxygen, thus Promoting plant growth, conveying pump 2, by the liquid after photocatalyst material sterilizing, sends into flushing device by flow pipe, is back to bottom cylindrical body after flowing through air filter, go round and begin again, constantly air filter is washed away, improve air purification effect, extend the life-span of air filter, 11 of its feature carries out functional process with photocatalyst material to emulation plant, dried flower, light fixture, aquarium, geomantic omen spring and interior/exterior decoration article, and combined with plant walls form, plant wall hanging form, plant bracketplant form, plant bonsai form, aquarium form, geomantic omen spring form and air filter, change and singlely at present with photocatalyst material, the mode purified air is reached to body of wall and furniture spray paint.
Described three-dimensional carrier, can be body of wall, door and window, partition, screen, flower stand, suspension bracket, cultivating stand.
Described air intake device, is a band mesh body in multiple geometry, and aspiration channel jockey is housed.
Described aspiration channel, one is equipped with centrifugal blower jockey, and one is equipped with air intake device jockey.
Described dropper, one is equipped with water-permeable pipe jockey.
Described air filter, be sealed on by the screen pack through photocatalyst material process on the 3 D stereo porous material body of photocatalyst material process, one of body is equipped with lighting fixture and makes encapsulation process, and one is equipped with centrifugal blower jockey.
Described air filter, is combined with the air draught cover body having inlet scoop by the 3 D stereo porous material plate body through photocatalyst material process, inlet scoop is installed centrifugal blower jockey.
Embodiment
Embodiment one makes the container that two sizes differ, size large as liquid container, in liquid container, conveying pump is installed, shelf, uviol lamp, and place nano granular of zinc oxide and anion ball, size little as container for plants, the container limit of container for plants has wind inlet, wind inlet is installed aspiration channel jockey, the bottom of container for plants has permeable hole, water-permeable pipe jockey permeable hole is equipped with, make the circular net hole body that is less than container for plants base diameter, circular net hole body has more than one wind inlet, wind inlet is installed aspiration channel jockey, circular net hole body to be arranged in container for plants and to be connected with centrifugal blower by aspiration channel, isolation mesh sheet is installed in the below of circular net hole body, mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, the vessel port of container for plants installs liquid distributor, the bottom outside of liquid container installs liquid level gauge, by the container for plants through above-mentioned process, be arranged on the shelf in liquid container, conveying pump is connected with liquid distributor by flow pipe, switch on power, under the effect of centrifugal blower, contaminated air is through nano granular of zinc oxide, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then, flow through container for plants, finally fall back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
Embodiment two makes the container that two sizes differ, size large as liquid container, in liquid container, conveying pump is installed, shelf, uviol lamp, and place nano granular of zinc oxide and anion ball, size little as container for plants, the vessel port of container for plants installs liquid distributor, liquid distributor is connected with conveying pump by flow pipe, more than one permeable hole is had bottom container for plants, permeable hole is installed water-permeable pipe jockey, the nearly bottom sides of container for plants has multiple wind inlet, wind inlet is installed aspiration channel jockey, outside container for plants, centrifugal blower installed by aspiration channel jockey, in container for plants, isolation mesh sheet is installed in the top of aspiration channel, isolation mesh sheet places permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, serike in matrix, water-permeable pipe is arranged on water-permeable pipe jockey, and pass straight through in the liquid of liquid container, switch on power, under the effect of centrifugal blower, contaminated air is through nano granular of zinc oxide, permeable matrix, export after root system of plant purification, liquid after nano granular of zinc oxide sterilizing is sent into liquid distributor by flow pipe by conveying pump, then, flow through container for plants, finally fall back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
Embodiment three: make a container for plants, mesh process is done bottom container for plants, permeable matrix is put in container, serike in permeable matrix, exposed permeable matrix covers non-woven fabrics, device liquid distributor on non-woven fabrics, liquid distributor covers anion ball, make one to match with container for plants and container for plants can be set in interior liquid container, an air vent is opened in the bottom of liquid container, air vent installs ventilation duct, the side of ventilation duct, namely the ventilation duct in bottom liquid container installs centrifugal blower, by the ventilation duct that centrifugal blower is housed, conveying pump is installed and places nano granular of zinc oxide, the 3 D stereo porous material plate through nano zine oxide process is installed in the top of centrifugal blower, 3 D stereo porous material plate covers the screen cloth through nano zine oxide process, container for plants placed by screen cloth, liquid distributor, container for plants, liquid container passes through water-permeable pipe, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through 3 D stereo porous material plate, root system of plant, permeable matrix, export after the purification of anion ball, liquid after nano granular of zinc oxide sterilizing is sent into liquid distributor by flow pipe by conveying pump, then, flow through container for plants, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow,
Embodiment four-function is through the fabric planting bag substituted plant container of nonwoven of nano zinc oxide material process, fill out in planting bag and put permeable matrix, serike in permeable matrix, exposed permeable matrix covers the soft screen cloth through nano zine oxide process, screen cloth installed liquid distributor and cover with anion ball, make a liquid container, opening one in the bottom of liquid container can easily by the air vent of centrifugal blower, air vent installs ventilation duct, the side of ventilation duct, namely the ventilation duct in bottom liquid container installs centrifugal blower, the ventilation duct other installation conveying pump of centrifugal blower is installed and places nano granular of zinc oxide, the 3 D stereo porous material plate through nano zine oxide process is installed in the top of centrifugal blower, plant planting bag placed by 3 D stereo porous material plate, liquid distributor, container for plants, liquid container passes through water-permeable pipe, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through 3 D stereo porous material plate, root system of plant, permeable matrix, export after the purification of anion ball, liquid after nano granular of zinc oxide sterilizing is sent into liquid distributor by conveying pump, then, flow through container for plants, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant ensures that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
Embodiment five makes a hollow three-dimensional platform, the three-dimensional surface of platform has multiple air vent, divide two-layer up and down in platform body, air filter is installed on upper strata, liquid container is installed by lower floor, filter is equipped with flushing device, liquid container is built with conveying pump and nano granular of zinc oxide, the upper plane of three-dimensional platform places container for plants, container for plants processes as follows: bottom container for plants, open a wind inlet and more than one permeable hole, wind inlet is installed aspiration channel jockey, centrifugal blower installed by aspiration channel jockey, permeable hole is installed water-permeable pipe jockey, water-permeable pipe installed by water-permeable pipe jockey, and require that its length can immerse in liquid container, at certain altitude place bottom container for plants, the 3 D stereo porous material plate of nano zinc oxide material process is installed, permeable matrix placed by 3 D stereo porous material plate, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, the vessel port of container for plants installs liquid distributor, liquid distributor, container for plants, flushing device, air filter, liquid container are interconnected by water-permeable pipe, flow pipe and conveying pump, form a water circulation system, switch on power, the centrifugal blower be arranged on container for plants works respectively with the centrifugal blower be arranged on air filter, contaminated air, a road exports after nano granular of zinc oxide, permeable matrix, root system of plant purification, one tunnel exports after air filter purification, liquid after nano granular of zinc oxide sterilizing is sent into liquid distributor by flow pipe by conveying pump, then, flow through container for plants, air filter, be finally back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, constantly air filter is washed away, extend the service life of air filter.
Embodiment six makes a hollow three-dimensional platform, the three-dimensional surface of platform has multiple air vent, divide two-layer up and down in platform body, air filter is installed on upper strata, liquid container is installed by lower floor, filter is equipped with flushing device, liquid container is built with conveying pump and nano granular of zinc oxide, the upper plane of three-dimensional platform places hydroponic plant container, hydroponic plant container processes as follows: open permeable hole in the bottom of hydroponic plant container and send water hole, with sending on water hole, water-permeable pipe and flow pipe jockey are installed at permeable hole respectively, according to the needs of the container amount of being filled with water, regulate the water-permeable pipe length be arranged in container, switch on power, under the effect of centrifugal blower, contaminated air exports after air filter purification, conveying pump will send into hydroponic plant container by liquid after photocatalyst material sterilizing, the flushing device being arranged on air filtering and loading onto then is flowed through by water-permeable pipe, finally be back in liquid container, water in hydroponic plant container constantly circulates and ensures that hydroponic plant obtains abundant oxygen, thus Promoting plant growth, under gravity, liquid in hydroponic plant container is by water-permeable pipe, and continue to flow through being arranged on the flushing device on air filter, flushing device constantly washes away air filter, thus extend the service life of air filter, reduce the use cost of product.
Embodiment seven is using body of wall as carrier, liquid distributor is installed in the top of body of wall, the bottom of body of wall installs liquid container, in liquid container, conveying pump is installed, and placement nano granular of zinc oxide, conveying pump is connected with liquid distributor by flow pipe, make multiple container for plants, container for plants processes as follows: bottom container for plants, open more than one permeable hole, permeable hole is installed water-permeable pipe jockey, side, nearly bottom, container for plants limit is provided with rectangular mesh body, rectangular mesh body has more than 1 wind inlet, wind inlet is installed aspiration channel jockey, container for plants limit has the wind inlet matched with rectangular mesh body, wind inlet is installed aspiration channel jockey, rectangular mesh body is connected with centrifugal blower by aspiration channel, isolation mesh sheet is installed in the nearly bottom of container for plants, isolation mesh sheet places permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, by on the in picturesque disorder body of wall being arranged between liquid distributor and liquid container of the container for plants of above process, liquid distributor and container for plants, container for plants and container for plants, between container for plants and liquid container, pass through water-permeable pipe, flow pipe and conveying pump are interconnected, form a water circulation system, under the effect of centrifugal blower, contaminated air is through nano granular of zinc oxide, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then, each container for plants is flowed through successively by water-permeable pipe, finally be back in liquid container, go round and begin again and constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
Embodiment eight take pivoting door as carrier, liquid distributor and light compensating lamp are installed in the top of the one side of pivoting door, bottom installs liquid container, conveying pump is installed in liquid container and places nano granular of zinc oxide, conveying pump is connected with liquid distributor by flow pipe, the another side of pivoting door, flow pipe is installed, water-permeable pipe, uviol lamp, controller, be arranged on the container for plants on pivoting door, process in the following manner, make several circular container for plants, several rectangle container for plants, the bottom of circular container for plants and rectangle container for plants has permeable hole, permeable hole is installed water-permeable pipe jockey, the limit of circular container for plants and rectangle container for plants has dropper hole and wind inlet, dropper hole and wind inlet install dropper and aspiration channel jockey respectively, make several circular net hole body and rectangular mesh body, circular net hole body and rectangular mesh body have wind inlet, wind inlet is installed aspiration channel jockey, circular net hole body and rectangular mesh body are arranged on respectively container perimeter and the side of circular container for plants and rectangle container for plants, circular net hole body is connected with centrifugal blower by aspiration channel with rectangular mesh body, isolation mesh sheet is installed in the below of container for plants mesh body, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, by circular container for plants, on the pivoting door that what square container for plants was in picturesque disorder be arranged between liquid distributor and liquid container, liquid distributor and container for plants, container for plants and container for plants, container for plants and liquid container pass through water-permeable pipe, dropper, flow pipe interconnects mutually with conveying pump, form a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through nano granular of zinc oxide, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then, pass through water-permeable pipe, dropper flows through each container for plants successively, finally be back in liquid container, go round and begin again and constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.Liquid distributor, container for plants, liquid container and send permeable pipeline, uviol lamp, controller etc. to be divided into pivoting door two sides, improve decorative effect, is convenient to again maintenance.
Embodiment nine take pivoting door as carrier, pivoting door is equipped with aspiration channel, water-permeable pipe jockey and liquid distributor, light compensating lamp, container for plants, liquid container, controller fixture, liquid distributor and light compensating lamp are installed in the top of the one side of pivoting door, middle installation container for plants, bottom installs liquid container, conveying pump is installed in liquid container and places nano granular of zinc oxide and anion ball, conveying pump is connected with liquid distributor by flow pipe, the another side of pivoting door, flow pipe is installed, water-permeable pipe, aspiration channel, controller, be arranged on the container for plants on pivoting door, process in the following manner: make multiple container for plants, permeable hole is had bottom container for plants, permeable hole is installed water-permeable pipe jockey, jockey is installed the water-permeable pipe of water volume adjustable, isolation mesh sheet is installed in the top of water-permeable pipe, wind inlet and dropper hole are opened in the upper side of isolation mesh sheet, wind inlet and dropper hole install aspiration channel and dropper jockey respectively, facing to wind inlet, 3 D stereo porous material body through nano zine oxide process is installed, make encapsulation process to being close to limit simultaneously, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, by on the pivoting door that be arranged on liquid distributor and liquid container between in picturesque disorder with the container for plants of upper type process, each container for plants wind inlet is interconnected by aspiration channel, form an airtight air draught pipeline, air draught pipeline is installed aspiration channel branch apparatus, described aspiration channel branch apparatus, in a chamber, have more than one air draught pore and more than one centrifugal blower wind inlet, air draught pore and centrifugal blower wind inlet are installed aspiration channel jockey and centrifugal blower jockey respectively, container for plants, air intake device, aspiration channel branch apparatus, be interconnected by aspiration channel and centrifugal blower, formed with individual air cleaning system, liquid distributor and container for plants, container for plants and container for plants, container for plants and liquid container pass through water-permeable pipe, dropper, flow pipe and conveying pump are interconnected, form a water circulation system.Switch on power, under the effect of centrifugal blower, contaminated air exports after nano granular of zinc oxide, permeable matrix, root system of plant purification, and conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then, flow through each container for plants successively by water-permeable pipe, dropper, be finally back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health to grow.Liquid distributor, light compensating lamp, container for plants, liquid container, flow pipe, aspiration channel branch apparatus, send permeable pipeline, controller etc. to be divided into pivoting door two sides, improve decorative effect, be convenient to again maintenance.
Embodiment ten take Mobile partition as carrier, make the doorframe of the above Mobile partition of a fan, make the Waterproof decorative panel of capping doorframe, in the top of decoration panel one side, liquid distributor is installed, bottom installs liquid container, conveying pump is installed in liquid container and places nano granular of zinc oxide, conveying pump is connected with liquid distributor by flow pipe, the another side of decoration panel, flow pipe is installed, water-permeable pipe, uviol lamp, controller, the container for plants be arranged on decoration panel processes in the following manner: make multiple container for plants, container for plants one side bottom has permeable hole, permeable hole is installed water-permeable pipe jockey, another side of container for plants has dropper hole and wind inlet, dropper hole and wind inlet install dropper and aspiration channel jockey respectively, make multiple air intake device, air intake device is arranged in container for plants, air intake device is connected with centrifugal blower by aspiration channel, isolation mesh sheet is installed in the below of air intake device, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, by on the in picturesque disorder decoration panel being arranged between liquid distributor and liquid container of the container for plants of above-mentioned process, liquid distributor and container for plants, container for plants and container for plants, container for plants and liquid container pass through water-permeable pipe, dropper, flow pipe and conveying pump are interconnected, form a water circulation system.Liquid distributor will be housed, container for plants, liquid container and flow pipe, uviol lamp, the decoration panel of permeable pipeline is sealed in the two sides of Mobile partition doorframe, switch on power, under the effect of centrifugal blower, contaminated air is through nano granular of zinc oxide, permeable matrix, export from air outlet after root system of plant purification, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then, each container for plants is flowed through successively by water-permeable pipe, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
Embodiment 11 with layer-stepping flower stand for carrier, make a liquid container, in liquid container, conveying pump is installed, and place nano granular of zinc oxide and the upper hydroponic plant of plantation, liquid container is placed on the orlop of layering flower stand, make multiple container for plants, container for plants processes in the following manner, more than one permeable hole is opened bottom container for plants, permeable hole is installed water-permeable pipe jockey, wind inlet is left on the container limit of container for plants, wind inlet is installed aspiration channel jockey, make multiple circular net hole body, mesh body has wind inlet, wind inlet is installed aspiration channel jockey, wind inlet circular net hole body being arranged on container for plants is connected with centrifugal blower by aspiration channel, isolation mesh sheet is installed in the below of mesh body, isolation mesh sheet places permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, by the container for plants through above-mentioned process, layer-stepping be placed on flower stand, the vessel port being placed on the container for plants on the superiors' flower stand installs liquid distributor, liquid distributor, container for plants, liquid container passes through water-permeable pipe, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through nano granular of zinc oxide, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then, each container for plants is flowed through successively by water-permeable pipe, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
Embodiment 12 take suspension bracket as carrier, make multiple container for plants, container for plants processes in the following manner, more than one permeable hole is opened bottom container for plants, permeable hole is installed water-permeable pipe jockey, the container limit of container for plants has wind inlet, one of wind inlet centrifugal blower is installed, wind inlet in the other end of wind inlet and container for plants installs air intake device, isolation mesh sheet is installed in the below of air intake device, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, make a liquid container, in liquid container, conveying pump is installed, and place nano granular of zinc oxide and the upper hydroponic plant of plantation, by the container for plants through above-mentioned process, liquid container is hung on suspension bracket by suspension hook, hanging installs liquid distributor in the vessel port of the container for plants of the superiors.Liquid distributor, container for plants, liquid container passes through water-permeable pipe, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through nano granular of zinc oxide, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then, each container for plants is flowed through successively by water-permeable pipe, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
The 3 D stereo porous material plate of embodiment 13 through nano zine oxide process makes one piece of boatswain chair, boatswain chair is provided with connecting device for hanging hook, suspended hood jockey, aspiration channel branch apparatus, suspended hood and aspiration channel branch apparatus that centrifugal blower is housed are arranged on boatswain chair, by container for plants, liquid container is arranged on the another side of boatswain chair by suspension hook, container for plants processes as follows: open a permeable hole and wind inlet in the bottom of container for plants, permeable hole and wind inlet install water-permeable pipe and aspiration channel jockey respectively, water-permeable pipe and aspiration channel jockey install water-permeable pipe and aspiration channel, isolation mesh sheet is installed in the top of water-permeable pipe and aspiration channel, the Minisize air-filtering device that aspiration channel jockey is housed is arranged in isolation mesh sheet, and be connected with the aspiration channel be arranged on bottom container for plants, dropper hole is opened in the side on container for plants limit, dropper hole is installed dropper jockey, air filter periphery and above fill out and put permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, make a liquid container, in liquid container, conveying pump is installed, and place nano granular of zinc oxide and the upper hydroponic plant of plantation, by through the container for plants of above-mentioned process and liquid container in picturesque disorder be hung on boatswain chair, be hung on the container for plants interior installation liquid distributor of the top.Container for plants, aspiration channel branch apparatus, to be interconnected by aspiration channel and centrifugal blower, to form an air cleaning system.Liquid distributor, container for plants, liquid container, by water-permeable pipe, dropper, flow pipe and conveying pump, form a water circulation system, boatswain chair through above-mentioned process is hung in the air, switch on power, under being arranged on the centrifugal blower effect on suspended hood, contaminated air exports after the 3 D stereo porous material plate purification of nano zine oxide process; Under being arranged on the centrifugal blower effect on aspiration channel branch apparatus, contaminated air exports after nano granular of zinc oxide, permeable matrix, root system of plant purification, conveying pump, by the liquid after nano granular of zinc oxide sterilizing, sends into liquid distributor by flow pipe, then, each container for plants is flowed through successively by water-permeable pipe, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health to grow.
The flowerpot of embodiment ten four-function existing market is reequiped, getting bottom is not liquid container with the flowerpot that bore dia is slightly large, in liquid container, water pump is installed, shelf, and placement nano granular of zinc oxide, get the slightly little flowerpot of bottom belt permeable hole diameter as container for plants, permeable hole is installed water-permeable pipe jockey, at the side opening wind inlet of container for plants, wind inlet is installed centrifugal blower jockey, isolation mesh sheet is installed above wind inlet, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, the vessel port of container for plants installs liquid distributor, liquid distributor is connected with the conveying pump in liquid container by flow pipe, water-permeable pipe is arranged on water-permeable pipe jockey, and immerse in the liquid of liquid container, to ensure the seal bottom container for plants, centrifugal blower is arranged on the jockey of centrifugal blower, switch on power, under the effect of centrifugal blower, contaminated air is through nano granular of zinc oxide, permeable matrix, export after root system of plant purification, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then flow through container for plants, finally be back in liquid container, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
Embodiment 15 makes a long cylinder flowerpot, long cylinder flowerpot has centrifugal blower exhaust vent, nano granular of zinc oxide is placed in bottom, make a hydroponic plant container, permeable hole is opened at hydroponic plant container bottom, permeable hole is installed water-permeable pipe jockey, water-permeable pipe jockey is installed the water-permeable pipe of regulating level, make three layers of shelf, conveying pump 1 and conveying pump 2 are arranged on respectively the orlop of shelf, the air filter that centrifugal blower and flushing device are housed is arranged on intermediate layer, 3 D stereo porous material plate through nano zinc oxide material process is arranged on the superiors, shelf through above-mentioned process is put into long cylinder flowerpot, hydroponic plant container is placed on porous material plate, conveying pump 1 is connected with flushing device by flow pipe, conveying pump 2 is connected with water-permeable pipe by flow pipe, under centrifugal blower effect, contaminated air is through porous material plate, export from centrifugal blower exhaust vent after air filter purification, under the control of the controller, conveying pump 1 is by the liquid after nano granular of zinc oxide sterilizing, flushing device is sent into by flow pipe, be back to after flowing through air filter in liquid container, go round and begin again, constantly air filter is washed away, improve air purification effect, extend the service life of air filter, conveying pump 2, by the liquid after nano granular of zinc oxide sterilizing, is sent into hydroponic plant container by flow pipe, is then back in liquid container by water-permeable pipe, ensures that hydroponic plant obtains sufficient oxygen, impel plant health to grow.
Embodiment 16 makes the shelf of a multilayer, liquid distributor is arranged on the top of multilayer shelf, with the pvc drainpipe transformation of the way liquid container that diameter is thicker, in liquid container, conveying pump is installed, uviol lamp, and placement nano granular of zinc oxide, and the upper hydroponic plant of plantation, liquid container is arranged on the bottom of multilayer shelf, conveying pump in liquid container is connected with liquid distributor by flow pipe, with pvc drainpipe transformation of the way cultivating container, cultivating container is changed a social system as follows: on drainpipe, equidistantly output multiple culture hole, the opposite side of each culture hole corresponding opens permeable hole, permeable hole is installed water-permeable pipe jockey, wind inlet is had between culture hole and permeable hole, wind inlet is installed aspiration channel jockey, make the tubule of many band mesh, tubule has wind inlet, wind inlet is installed aspiration channel jockey, after the shutoff of tubule two, be arranged in the cultivating container of drainpipe making, isolation mesh sheet is installed in the below of mesh tubule, isolation mesh sheet places permeable matrix and cultivates plant, cultivating container after above-mentioned process is arranged on successively on the multilayer shelf between liquid distributor and liquid container, each container for plants wind inlet, be interconnected by aspiration channel, form an airtight air draught pipeline, air draught pipeline is installed aspiration channel branch apparatus, aspiration channel branch apparatus installs centrifugal blower, liquid distributor and cultivating container, cultivating container and cultivating container, cultivating container and liquid container pass through water-permeable pipe, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, plant root obtains sufficient oxygen, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then, flow through container for plants, finally be back in liquid container, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
Embodiment 17 makes the shelf of a multilayer, liquid distributor is arranged on the top of multilayer shelf, with the pvc drainpipe transformation of the way liquid container that diameter is thicker, in liquid container, conveying pump is installed, uviol lamp, and placement nano granular of zinc oxide, and the upper hydroponic plant of plantation, liquid container is arranged on the bottom of multilayer shelf, conveying pump in liquid container is connected with liquid distributor by flow pipe, multiple snorkel and mesh snorkel is made with tubule, cultivating container is made with pvc drainpipe, its production process is as follows: on drainpipe, equidistantly output multiple culture hole, the opposite side of each culture hole corresponding opens permeable hole, permeable hole is installed water-permeable pipe jockey, injection well is had between culture hole and permeable hole, injection well is installed snorkel jockey, snorkel jockey is installed mesh snorkel, isolation mesh sheet is installed in the below of mesh snorkel, isolation mesh sheet places permeable matrix and the upper plant of cultivation.By the cultivating container after above-mentioned process, be arranged on the multilayer shelf between liquid distributor and liquid container successively, each cultivating container injection well, be interconnected by snorkel, form an airtight aspirating pipeline, aspirating pipeline is installed snorkel branch apparatus, snorkel branch apparatus installs air delivery pump.Liquid distributor and cultivating container, cultivating container and cultivating container, cultivating container and liquid container are interconnected by water-permeable pipe, flow pipe and conveying pump, form a water circulation system, switch on power, under the effect of air delivery pump, plant root obtains sufficient oxygen, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then flow through container for plants, finally be back in liquid container, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health to grow.
Embodiment 18 makes the shelf of a multilayer, liquid distributor and light compensating lamp are installed in shelf the top, the bottom of shelf installs the liquid container with the transformation of the way of cultivation case, in liquid container, conveying pump is installed, uviol lamp, and place nano granular of zinc oxide and the upper hydroponic plant of plantation, conveying pump is connected with liquid distributor by flow pipe, multiple mesh tube is made with anti-corrosion material, with rectangular cultivation case transformation of the way container for plants, the repacking program of cultivation case is as follows: open more than one permeable hole in the bottom of cultivation case, permeable hole is installed adjustable water-permeable pipe, two corresponding injection wells are opened in the both sides of cultivation case, injection well is installed snorkel jockey, snorkel jockey is installed 3 D stereo porous material pipe, the pipe face of whole body covers filter net cloth, isolation mesh sheet is installed in the below of body, isolation mesh sheet places permeable matrix and plants plant, by the container for plants changed a social system through aforesaid way, on the multilayer shelf being arranged between liquid distributor and liquid container of layering, to carry out with snorkel between cultivation case with cultivation case that transverse direction is airtight to be connected, and on lateral connection snorkel, snorkel branch apparatus is installed, snorkel branch apparatus installs air delivery pump.Liquid distributor, container for plants, liquid container are interconnected by water-permeable pipe, flow pipe and conveying pump, form a water circulation system, switch on power, under the effect of air delivery pump, plant root obtains sufficient oxygen, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, send into liquid distributor by flow pipe, then flow through cultivating container, be finally back in liquid container, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health to grow.
Embodiment 19 makes a fixed frame, liquid distributor is arranged on the top of fixed frame, make multiple water receiving tank, one of them larger water receiving tank is arranged on the bottom of fixed frame, in the water receiving tank of bottom, conveying pump is installed, uviol lamp, and place nano granular of zinc oxide and the upper hydroponic plant of plantation, conveying pump is connected with liquid distributor by flow pipe, all the other water receiving tanks, be installed between liquid distributor and larger water receiving tank respectively, make many mesh snorkels, mesh snorkel is embedded in the permeable matrix with non-woven wraps, with pvc drainpipe transformation of the way cultivating container, its transformation of the way mode is as follows: pvc drainpipe is intercepted Len req, in drainpipe one lateral deviation, place has injection well, injection well is installed snorkel jockey, permeable matrix will be housed, mesh snorkel also plants the cultivating container having the non-woven bag of plant to put into the drainpipe transformation of the way, cultivating container through above-mentioned process is placed on water receiving tank, the injection well of each cultivating container is interconnected through snorkel, form an airtight aspirating pipeline, aspirating pipeline is installed snorkel branch apparatus, snorkel branch apparatus installs air delivery pump, switch on power, under the effect of air delivery pump, plant root obtains sufficient oxygen, conveying pump is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then flow through container for plants, finally be back in liquid container, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
The PVC drain pipe of embodiment 20 on market, Y-junction of drainpipe, union elbow carries out the plant cultivating device transformation of the way, the program of the transformation of the way is as follows: divided by drainpipe etc. and intercept into drainpipe clamping ring, multiple Y-junction of drainpipe connects into the planting tube with multiple implantation hole by drainpipe clamping ring, the below of each implantation hole of planting tube has permeable hole, permeable hole is installed water-permeable pipe jockey, intercept a PVC drain pipe matched with planting tube length, drainpipe is connected with two Y-junction of drainpipe by union elbow, and carry out shutoff to one of two Y-junction of drainpipe, make it the base becoming liquid container and culturing device, in liquid container, conveying pump is installed, two planting tube tube connectors be formed by connecting with Y-junction of drainpipe, be arranged on the Y-junction of drainpipe on base, many planting tubes are arranged on the planting tube tube connector of longitudinally installation respectively, air filter is arranged in planting tube tube connector, to permeable matrix be wrapped in and plant the non-woven bag of plant, put into the implantation hole of planting tube, between each root planting tube is upper and lower, be connected by water-permeable pipe, liquid distributor is arranged in the planting tube of the superiors, liquid distributor, plant cultivating device, liquid container passes through water-permeable pipe, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, air is through permeable matrix, root system of plant, export after air filter purification, nutritive water is sent into liquid distributor by flow pipe by conveying pump, then flow through container for plants, finally be back in liquid container, ensure that plant obtains moisture and the nutrient of high-quality, plant health is impelled to grow.
Embodiment 21 makes a casing, in casing, air filter is installed, uviol lamp, controller, one side on cabinet door installs liquid distributor, container for plants, liquid container, another side installs water-permeable pipe, flow pipe, aspiration channel, described air filter, formed by following manner process: make with stainless (steel) wire orifice plate the cylinder that two diameter differ, by cylinder little for diameter, be inserted in the large cylinder of diameter, nano granular of zinc oxide is placed at the interval of size cylinder, and fixed with flange, one of cylinder is equipped with centrifugal blower jockey and flushing device, the permeable process of sealing is done in other end, the outer surface of cylinder sprays nano zinc oxide material, described liquid container processes as follows: in liquid container, install conveying pump and place nano granular of zinc oxide and anion ball, casing is provided with the openable cabinet door of many fans, the 3 D stereo porous material plate of cabinet door through nano zine oxide process is made, cabinet door is equipped with aspiration channel, water-permeable pipe jockey and liquid distributor, container for plants, liquid container fixture, liquid distributor is arranged on the top of cabinet door, the multiple container for plants of installation successively of drop height type and liquid container below liquid distributor, container for plants processes as follows: bottom container for plants, open permeable hole, permeable hole is installed water-permeable pipe jockey, the container limit of container for plants is left wind inlet and dropper hole, wind inlet and dropper hole install aspiration channel and dropper jockey respectively, facing to wind inlet, the 3 D stereo porous material body through nano zine oxide process is installed in container for plants, the joining place on porous material body and container limit makes encapsulation process, isolation mesh sheet is installed in the below of 3 D stereo porous material body, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed nano granular of zinc oxide and anion ball, and the upper plant of plantation, .Air intake device, container for plants, the aspiration channel branch apparatus of centrifugal blower is housed, is interconnected by aspiration channel, forms an air cleaning system, another air cleaning system of the combined formation of air filter, centrifugal blower, uviol lamp.Between liquid distributor and container for plants, between container for plants and container for plants, be interconnected by water-permeable pipe, dropper, flow pipe and conveying pump between container for plants and liquid container, form a water circulation system; Air filter, flushing device, liquid container are interconnected by flow pipe and conveying pump, form another water circulation system, the periphery of casing is provided with multiple exhaust vent, under the effect of centrifugal blower, the nano granular of zinc oxide of contaminated air first in container for plants, permeable matrix, root system of plant filter, and then export after being arranged on air filter in casing, ultraviolet lamp purification; Under control of the controller, conveying pump 1 is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, flow through each container for plants successively by water-permeable pipe, dropper, be finally back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health to grow; Conveying pump 2, by the liquid after nano granular of zinc oxide sterilizing, sends into flushing device by flow pipe, is back to liquid container after flowing through air filter, go round and begin again, constantly air filter is washed away, improve air purification effect, extend air filter service life.
Embodiment 22 makes one can wall hanging casing on the wall, installs air filter in casing, uviol lamp, controller, the one side on cabinet door installs liquid distributor, container for plants, liquid container, another side installs water-permeable pipe, flow pipe, aspiration channel, aspiration channel branch apparatus, controller, casing is provided with openable cabinet door, and the three-dimensional porous material of cabinet door through nano zinc oxide material process is made, and cabinet door is equipped with aspiration channel, water-permeable pipe jockey, and liquid distributor, container for plants, liquid container fixture, the surrounding of casing has exhaust vent, installs air filter in casing, aspiration channel branch apparatus, fluorescent lamp, controller, described air filter, formed by following manner process: squeeze out filament by nozzle after melting with thermoplastic synthetic resin and stack together, and its phase contact clinkering is become 3 D stereo porous material pipe, with nano zinc oxide material liquid, cylinder is inside and outside sprayed, then whole barrel surface is wrapped up with crossing hepa filter material through nano zine oxide process, one of cylinder centrifugal blower jockey and flushing device are installed, encapsulation process is carried out in other end, and described liquid container processes as follows: in liquid container, install conveying pump and place nano granular of zinc oxide and anion ball, described container for plants processes as follows: make multiple mesh body, make multiple container for plants, container for plants one side bottom has permeable hole, permeable hole is installed water-permeable pipe jockey, another side of container for plants has wind inlet and dropper hole, wind inlet and dropper sky install aspiration channel and dropper jockey respectively, mesh body is arranged on the wind inlet in container for plants, isolation mesh sheet is installed in the below of mesh body, isolation mesh sheet is filled out and puts permeable matrix, permeable matrix covers non-woven fabrics, nano granular of zinc oxide placed by non-woven fabrics, and the upper plant of plantation, each container for plants wind inlet is interconnected by aspiration channel, form an airtight air draught pipeline, air draught pipeline is installed aspiration channel branch apparatus, aspiration channel branch apparatus installs centrifugal blower, multiple permeable matrix is housed, mesh body, nano granular of zinc oxide also plants the container for plants of plant, pass through aspiration channel, aspiration channel branch apparatus, centrifugal blower is interconnected, form an air cleaning system.The air filter that centrifugal blower and flushing device are housed is another air cleaning system; Liquid distributor and container for plants, container for plants and container for plants, container for plants and liquid container are interconnected by water-permeable pipe, dropper, flow pipe and conveying pump, form a water purification system; Air filter, flushing device, liquid container are interconnected by flow pipe and conveying pump, form another water circulation system.Switch on power, under the effect of centrifugal blower, contaminated air, after nano granular of zinc oxide, permeable matrix, root system of plant, air filter purify at many levels, makes the air of output, clean, aseptic, oxygen enrichment; Under controller controls, conveying pump 1 is by the liquid after nano granular of zinc oxide sterilizing, liquid distributor is sent into by flow pipe, then, flow through each container for plants successively by water-permeable pipe, dropper, be finally back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health to grow; Conveying pump 2, by the liquid after nano granular of zinc oxide sterilizing, sends into flushing device by flow pipe, is back to liquid container after flowing through air filter, go round and begin again, constantly air filter is washed away, improve air purification effect, extend air filter service life.
Embodiment 23 nano zinc oxide material sprays the trunk of artificial tree and leaf, and plant as real plants in plant pot, plant pot processes as follows: open wind inlet in the bottom of plant pot, wind inlet inside at the bottom of plant pot installs centrifugal blower, centrifugal blower periphery installs uviol lamp, 3 D stereo porous material plate is installed above it, 3 D stereo porous material plate is mixed mutually with thermoplastic synthetic resin by nano zinc oxide material, and stack together squeezing out filament by nozzle after thermoplastic synthetic resin thawing, and its phase contact clinkering is formed, installing simulation plant on 3 D stereo porous material plate, and place nano granular of zinc oxide and anion ball, switch on power, under the effect of centrifugal blower, contaminated air sucks at the bottom of basin, through uviol lamp, the 3 D stereo porous material plate of nano zine oxide process, after nano granular of zinc oxide purifies at many levels, overflow from basin mouth.
Embodiment 20 four-function photocatalyst material sprays the trunk of artificial tree and leaf, and plant as real plants in plant pot, plant pot processes as follows: open wind inlet in the bottom of plant pot, wind inlet outside at the bottom of plant pot installs centrifugal blower, the inlet scoop periphery of inner side installs uviol lamp, the 3 D stereo porous material body that above uviol lamp, installation nano zine oxide is spray coated, 3 D stereo porous material body squeezes out filament by nozzle after thermoplastic synthetic resin melts to stack together, and its phase contact clinkering is formed, installing simulation plant on 3 D stereo porous material body, and place nano granular of zinc oxide and anion ball, switch on power, under the effect of centrifugal blower, contaminated air sucks from basin mouth, through nano granular of zinc oxide, the 3 D stereo porous material of nano zine oxide process, after uviol lamp purifies at many levels, from the centrifugal fan air outlet effusion be arranged on outside at the bottom of basin.
Embodiment 25 makes a casing, one side and the periphery of casing have inlet scoop, centrifugal blower is installed in inlet scoop, the another side of casing is provided with the openable cabinet door of many fans, cabinet door periphery makes encapsulation process, the 3 D stereo porous material plate of cabinet door nano zine oxide process is made, by the simulating plant decorative through nano zine oxide process on door, after door, fluorescent lamp is installed, switch on power, under centrifugal blower effect, contaminated air first purifies through the emulation plant of nano zine oxide process, then, after the 3 D stereo porous material purification of nano zinc oxide material process, send from centrifugal blower air outlet.
Embodiment 26 makes several suspended hood, suspended hood opens wind inlet, wind inlet installs centrifugal blower, the suspended hood of centrifugal blower will be housed, be arranged on the 3 D stereo porous material plate with nano zine oxide process, decorate with the emulation plant through nano zine oxide process at the another side of 3 D stereo porous material plate, and it is embedded in photo frame, wall hanging on the wall, switch on power, under centrifugal blower effect, contaminated air first purifies through the emulation plant of nano zine oxide process, then, after the 3 D stereo porous material of nano zinc oxide material process filters, send from centrifugal blower air outlet.
Embodiment 27 makes a casing, casing is provided with the openable cabinet door of many fans, the 3 D stereo porous material of cabinet door nano zine oxide process is made, by the simulating plant decorative through nano zine oxide process on door, installation fluorescent lamp and the air filter below of door, air filter processes as follows: squeeze out filament by nozzle after melting with thermoplastic synthetic resin and stack together, and its phase contact clinkering is formed a cylinder, be similar to the blind pipe of water guide in architectural engineering, uviol lamp is installed and makes encapsulation process for one of cylinder, centrifugal blower is installed in other end, screen pack through nano zinc oxide material process is sealed on cylinder, switch on power, under centrifugal blower effect, contaminated air first purifies through the emulation plant of nano zine oxide process, then, after air filter filters, send from centrifugal blower air outlet.
Embodiment 28 anticorrosive wood makes a miniature rectangular tank, the bottom of container has wind inlet, wind inlet installs centrifugal blower, the 3 D stereo porous material body through nano zine oxide process is installed in the top of centrifugal blower, 3 D stereo porous material body is installed the ornament through nano zinc oxide material process, connect vehicle power or sun-generated electric power, under the effect of centrifugal blower and under photosynthesis, through ornament and the 3 D stereo porous material body of nano zine oxide process, constantly redox reaction is carried out to the organic matter in car and bacterium, make to obtain good air quality in car.
The above-mentioned similar method of embodiment 29 is changed a social system light fixtures such as pendent lamp, wall lamp, desk lamps, as: one of lampshade centrifugal blower is installed, 3 D stereo porous material body through nano zine oxide process is installed above centrifugal blower, porous material body places nano granular of zinc oxide and mounting lamp holder, lamp socket is plugged bulb or fluorescent tube, switch on power, under the effect of centrifugal blower, contaminated air continues to flow through the 3 D stereo porous material body of nano zine oxide process, under the light source of abundance, be able to strengthened purification effect.
Above embodiment limits the present invention never in any form, and every other improving and applying made in equivalent transformation mode above embodiment, all belongs to protection scope of the present invention.
Claims (7)
1. ecological form air purification device and a plant three-dimensional cultural method, comprising: three-dimensional carrier, container for plants, fixture, air intake device, centrifugal blower, liquid container, conveying pump, liquid distributor, flushing device, aspiration channel branch apparatus, uviol lamp, fluorescent lamp, light compensating lamp, photocatalyst material, anion ball, flow pipe, water-permeable pipe, dropper, 3 D stereo porous material, aspiration channel, snorkel, permeable matrix, plant, shelf, liquid level gauge, controller, one of its feature: container for plants and liquid container are combined with nested form, described container for plants is the container of all energy cultivated plants, described liquid container, be the container of the energy contain fluid of opened type, container for plants and liquid container are combined with nested form described in this, is sleeved in liquid container by container for plants, therefore, require liquid container size slightly large, container for plants size is less, and liquid container is processed as follows: conveying pump is installed in liquid container, shelf, uviol lamp, and placement photocatalyst material and anion ball, the bottom outside of liquid container is installed liquid level gauge, container for plants is processed as follows: open permeable hole in container for plants bottom, permeable hole is installed water-permeable pipe jockey, wind inlet is left on the container limit of container for plants, wind inlet is installed aspiration channel jockey, air intake device is connected with centrifugal blower by aspiration channel, the 3 D stereo porous material plate through photocatalyst material processing is installed in the below of air intake device, 3 D stereo porous material plate is filled out and put permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, liquid distributor is arranged in the vessel port of container for plants, by the container for plants through aforesaid way processing, be arranged on the shelf in liquid container, conveying pump in liquid container is connected with liquid distributor by flow pipe, switch on power, under the effect of centrifugal blower, contaminated air is through photocatalyst material, permeable matrix, root system of plant exports after purifying, conveying pump is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, the container for plants of flowing through, is finally back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health growth, two of its feature: container for plants and liquid container are combined with nested form, described container for plants, it is the container of all energy cultivated plants, described liquid container, it is the container of the energy contain fluid of opened type, container for plants and liquid container are combined with nested form described in this, be sleeved in liquid container by container for plants, therefore, liquid container size is slightly large, container for plants size is less, liquid container is processed as follows: conveying pump is installed in liquid container, shelf, uviol lamp, and placement photocatalyst material and anion ball, the bottom outside of liquid container is installed liquid level gauge, container for plants is processed as follows: open permeable hole in container for plants bottom, permeable hole is installed water-permeable pipe jockey, wind inlet is left on the container limit of container for plants, wind inlet is installed aspiration channel jockey, centrifugal blower is installed on aspiration channel jockey outside container for plants wind inlet, the top of the wind inlet in container for plants, 3 D stereo porous material plate through photocatalyst material processing is installed,3 D stereo porous material plate is filled out and put permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, the vessel port of container for plants is installed liquid distributor, liquid distributor is connected with conveying pump by flow pipe, water-permeable pipe jockey is installed the water-permeable pipe that immerses liquid container liquid, by the container for plants through aforesaid way processing, be arranged on the shelf in liquid container, switch on power, under the effect of centrifugal blower, contaminated air is through the 3 D stereo porous material plate of photocatalyst material processing, permeable matrix, root system of plant exports after purifying, liquid after photocatalyst material sterilizing is sent into liquid distributor by flow pipe by conveying pump, then, the container for plants of flowing through, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health growth, three of its feature: container for plants and liquid container are combined with nested form, described container for plants, it is the container of all energy cultivated plants, described liquid container, it is the container of the energy contain fluid of opened type, container for plants and liquid container are combined with nested form described in this, be sleeved in liquid container by container for plants, therefore, liquid container size is slightly large, container for plants size is less, container for plants is processed as follows: mesh processing is done in container for plants bottom, permeable matrix is put in container, serike in permeable matrix, exposed permeable matrix covers non-woven fabrics, device liquid distributor on non-woven fabrics, liquid distributor covers anion ball, described liquid container is processed in the following manner: open an air vent in the bottom of liquid container, air vent is installed ventilation duct, the side of ventilation duct, namely on the ventilation duct in liquid container bottom, centrifugal blower is installed, be equipped with by the ventilation duct of centrifugal blower, conveying pump is installed and is placed photocatalyst material, the 3 D stereo porous material plate through photocatalyst material processing is installed in the top of centrifugal blower, 3 D stereo porous material plate covers the screen cloth through photocatalyst material processing, screen cloth is placed container for plants, liquid distributor is connected with conveying pump by flow pipe, switch on power, under the effect of centrifugal blower, contaminated air is through 3 D stereo porous material plate, root system of plant, permeable matrix, anion ball exports after purifying, liquid after photocatalyst material sterilizing is sent into liquid distributor by flow pipe by conveying pump, then, the container for plants of flowing through, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health growth, four of its feature: the planting bag of using the non-woven fabrics through photocatalyst material processing to make is combined as container for plants and liquid container, described liquid container is processed in the following manner: according to the size of centrifugal blower, opening one in the bottom of liquid container can easily by the air vent of centrifugal blower, air vent is installed ventilation duct, the side of ventilation duct, namely on the ventilation duct in liquid container bottom, centrifugal blower is installed, other conveying pump and the placement photocatalyst material installed of ventilation duct of centrifugal blower is installed, the 3 D stereo porous material plate through photocatalyst material processing is installed in the top of centrifugal blower, 3 D stereo porous material plate is placed plant planting bag,In planting bag, fill out and put permeable matrix, serike in permeable matrix, exposed permeable matrix covers the soft screen cloth through photocatalyst material processing, screen cloth installed liquid distributor and covered with anion ball, liquid distributor is connected with conveying pump by flow pipe, switch on power, under the effect of centrifugal blower, contaminated air is through 3 D stereo porous material plate, root system of plant, permeable matrix, anion ball exports after purifying, liquid after photocatalyst material sterilizing is sent into liquid distributor by flow pipe by conveying pump, then, the container for plants of flowing through, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health growth, five of its feature: various three-dimensional carrier is for relying in the form, liquid distributor, container for plants, liquid container are combined, three-dimensional carrier is equipped with aspiration channel, water-permeable pipe jockey and liquid distributor, container for plants, liquid container fixture, liquid distributor is arranged on three-dimensional carrier the top, liquid container is arranged on the bottom of three-dimensional carrier, conveying pump is installed in liquid container and is placed photocatalyst material and anion ball, conveying pump is connected with liquid distributor by flow pipe, and container for plants is processed in the following manner, permeable hole is had in container for plants bottom, permeable hole is installed water-permeable pipe jockey, the container limit of container for plants has dropper hole and wind inlet, dropper hole and wind inlet are installed respectively dropper and aspiration channel jockey, in container for plants, facing to wind inlet, air intake device is installed, air intake device is connected with centrifugal blower by aspiration channel, isolation mesh sheet is installed in the below of air intake device, isolation mesh sheet is filled out and put permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, being arranged on the container for plants drop height type through above-mentioned processing successively on three-dimensional carrier between liquid distributor and liquid container, between liquid distributor and container for plants, between container for plants and container for plants, water-permeable pipe is passed through between container for plants and liquid container, dropper, flow pipe and conveying pump are interconnected, form a water circulation system, under the effect of centrifugal blower, contaminated air is through photocatalyst material, permeable matrix, root system of plant exports after purifying, conveying pump is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, pass through water-permeable pipe, dropper each container for plants of flowing through successively, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health growth, six of its feature: various three-dimensional carrier is for relying in the form, by liquid distributor, container for plants, liquid container combines, three-dimensional carrier is equipped with aspiration channel, water-permeable pipe jockey and liquid distributor, container for plants, liquid container fixture, liquid distributor is arranged on the top of three-dimensional carrier, liquid container is arranged on the bottom of three-dimensional carrier, conveying pump is installed in liquid container and is placed photocatalyst material, container for plants is processed in the following manner: open permeable hole in container for plants bottom, permeable hole is installed water-permeable pipe jockey, dropper hole and wind inlet are left in the container limit of container for plants,Dropper hole and wind inlet are installed respectively dropper and aspiration channel jockey, in container for plants, facing to wind inlet, air intake device is installed, isolation mesh sheet is installed in the below of air intake device, isolation mesh sheet is filled out and put permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, by the container for plants through above-mentioned processing, being arranged on successively on three-dimensional carrier between liquid distributor and liquid container of drop height type, air intake device, container for plants, the aspiration channel branch apparatus that centrifugal blower is housed is interconnected by aspiration channel, form an air cleaning system, between liquid distributor and container for plants, between container for plants and container for plants, water-permeable pipe is passed through between container for plants and liquid container, dropper, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through photocatalyst material, permeable matrix, root system of plant exports after purifying, conveying pump is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, pass through water-permeable pipe, dropper each container for plants of flowing through successively, finally be back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health growth, its feature seven in the form various three-dimensional carrier for relying on, by liquid distributor, container for plants, liquid container combines, three-dimensional carrier is equipped with aspiration channel, water-permeable pipe jockey and liquid distributor, container for plants, liquid container fixture, liquid distributor is arranged on the top of three-dimensional carrier, liquid container is arranged on the bottom of three-dimensional carrier, conveying pump is installed in liquid container and is placed photocatalyst material, container for plants is processed in the following manner: open permeable hole in container for plants bottom, permeable hole is installed water-permeable pipe jockey, dropper hole and wind inlet are left in the container limit of container for plants, dropper hole and wind inlet are installed respectively dropper and aspiration channel jockey, in container for plants, facing to wind inlet, the 3 D stereo porous material body through photocatalyst material processing is installed, the joining place on porous material body and container for plants limit is made encapsulation process, isolation mesh sheet is installed in the below of 3 D stereo porous material body, the water-permeable pipe of water volume adjustable is installed in the below of isolation mesh sheet, isolation mesh sheet is filled out and put permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, by the container for plants through above-mentioned processing, being arranged on successively on three-dimensional carrier between liquid distributor and liquid container of drop height type, air intake device, container for plants, the aspiration channel branch apparatus of centrifugal blower is housed, be interconnected by aspiration channel, form an air cleaning system, between liquid distributor and container for plants, between container for plants and container for plants, water-permeable pipe is passed through between container for plants and liquid container, dropper, flow pipe and conveying pump are interconnected, form a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through photocatalyst material, permeable matrix, root system of plant exports after purifying, conveying pump is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, pass through water-permeable pipe, dropper each container for plants of flowing through successively, finally be back in liquid container, go round and begin again,Constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health growth, eight of its feature changes above-mentioned aspiration channel into snorkel, and airtight air draught pipeline changes airtight aspirating pipeline into, and centrifugal blower changes air delivery pump into, and make cultivating container and liquid container with inexpensive material, with low cost, high efficiency is carried out plant three-dimensional cultivation, its feature nine taking a three-dimensional casing as carrier, the air filter of centrifugal blower and flushing device will be housed, liquid distributor, container for plants, liquid container combines, described casing: be provided with a fan or the openable cabinet door of number fan, cabinet door 3 D stereo porous material plate is made, aspiration channel cabinet door is equipped with, water-permeable pipe jockey and liquid distributor, container for plants, liquid container fixture, liquid distributor is arranged on the top of cabinet door, the multiple container for plants of installation successively and the liquid container of liquid distributor below drop height type, conveying pump is installed in liquid container, and placement photocatalyst material and anion ball, container for plants is processed as follows: open permeable hole in container for plants bottom, permeable hole is installed water-permeable pipe jockey, dropper hole and wind inlet are left in the container limit of container for plants, dropper hole and wind inlet are installed respectively dropper and aspiration channel jockey, in container for plants, facing to wind inlet, the 3 D stereo porous material body through photocatalyst material processing is installed, porous material body and container for plants limit joining place are made encapsulation process, isolation mesh sheet is installed in the below of 3 D stereo porous material body, isolation mesh sheet is filled out and put permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, air intake device, container for plants, the aspiration channel branch apparatus of centrifugal blower is housed, be interconnected by aspiration channel, form an air cleaning system, another air cleaning system of the combined formation of air filter, flushing device, centrifugal blower, uviol lamp or fluorescent lamp, between liquid distributor and container for plants, between container for plants and container for plants, between container for plants and liquid container, be interconnected by water-permeable pipe, dropper, flow pipe and conveying pump, form a water circulation system, air filter, flushing device, liquid container are by flow pipe and conveying pump, form another water circulation system, the periphery of casing is provided with multiple exhaust vents, under the effect of centrifugal blower, the contaminated air first photocatalyst material in the container for plants, permeable matrix, root system of plant filters, after through exporting after air filter, ultraviolet lamp purification in being arranged on casing, under the control of the controller, conveying pump 1 is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, then, by water-permeable pipe, dropper each container for plants of flowing through successively, be finally back in liquid container, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health growth, conveying pump 2, by the liquid after photocatalyst material sterilizing, is sent into flushing device by flow pipe, after the air filter of flowing through, is back to liquid container, go round and begin again, constantly air filter is washed away, improve air purification effect, extend the life-span of air filter, ten of its feature is placed container for plants taking a three-dimensional framework as platform,Described three-dimensional framework is the cylindrical body that a cover be filled with three layers of shelf, photocatalyst material is placed in cylindrical body bottom, conveying pump is installed by the lower floor of three layers of shelf, air filter is installed in middle level, the 3 D stereo porous material plate through photocatalyst material processing is installed on upper strata, centrifugal blower and flushing device air filter be equipped with, flushing device is connected with conveying pump by flow pipe, described container for plants, there are two kinds of processing methods: method one, wind inlet and permeable hole is opened in container for plants bottom, wind inlet is installed aspiration channel jockey, aspiration channel jockey is installed centrifugal blower, permeable hole is installed water-permeable pipe jockey, water-permeable pipe jockey is installed water-permeable pipe, and its length is required can to immerse in the liquid that cylindrical body bottom holds, at certain altitude place bottom container for plants, 3 D stereo porous material plate through photocatalyst material processing is installed, 3 D stereo porous material plate is placed permeable matrix, permeable matrix covers non-woven fabrics, non-woven fabrics is placed photocatalyst material and anion ball, and the upper plant of plantation, the vessel port of container for plants is installed liquid distributor, liquid distributor is connected with conveying pump by flow pipe, method two: open permeable hole in the bottom of hydroponic plant container and send water hole, at permeable hole with send on water hole water-permeable pipe and flow pipe jockey are installed respectively, the amount of being filled with water in container, can be regulated by the water-permeable pipe length being arranged in container, plant is planted in container by field planting basket, the container for plants of processing through said method one is placed on the platform of three-dimensional framework, container for plants, air filter, liquid container is interconnected by flow pipe and water-permeable pipe, form a water circulation system, switch on power, the centrifugal blower being arranged on container for plants is worked respectively with the centrifugal blower being arranged on air filter, contaminated air, one tunnel is through photocatalyst material, permeable matrix, root system of plant exports after purifying, one tunnel is through porous material plate, air filter exports after purifying, under control of the controller, conveying pump 1 is by the liquid after photocatalyst material sterilizing, liquid distributor is sent into by flow pipe, flow through and be back to cylindrical body bottom after container for plants, go round and begin again, constantly matrix and root system are watered, ensure that plant obtains moisture and the nutrient of high-quality, impel plant health growth, conveying pump 2, by the liquid after photocatalyst material sterilizing, is sent into flushing device by flow pipe, is back to cylindrical body bottom after the air filter of flowing through, go round and begin again, constantly air filter is washed away, improve air purification effect, extend the life-span of air filter, the container for plants of processing through said method two is placed on the platform of three-dimensional framework, container for plants, flushing device, liquid container passes through flow pipe, water-permeable pipe and conveying pump are interconnected, define a water circulation system, switch on power, under the effect of centrifugal blower, contaminated air is through porous material plate, air filter exports after purifying, under the control of the controller, conveying pump 1 will be sent into hydroponic plant container by liquid after photocatalyst material sterilizing, then flowed into cylindrical body bottom by water-permeable pipe, water in container for plants constantly circulates, ensure that hydroponic plant and obtain abundant oxygen, thus Promoting plant growth, conveying pump 2 by the liquid after photocatalyst material sterilizing,Sent into flushing device by flow pipe, after the air filter of flowing through, be back to cylindrical body bottom, go round and begin again, constantly air filter is washed away, improve air purification effect, extend the life-span of air filter; 11 of its feature is carried out functional processing with photocatalyst material to emulation plant, dried flower, light fixture, aquarium, geomantic omen spring and interior/exterior decoration article, and combined with plant walls form, plant wall hanging form, plant bracketplant form, plant bonsai form, aquarium form, geomantic omen spring form and air filter, change and at present singlely the mode purifying air is reached to body of wall and furniture spray paint with photocatalyst material.
2. a kind of ecological form air purification device according to claim 1 and plant three-dimensional cultivation method, is characterized in that described three-dimensional carrier, can be body of wall, door and window, partition, screen, flower stand, suspension bracket, cultivating stand.
3. a kind of ecological form air purification device according to claim 1 and plant three-dimensional cultivation method, is characterized in that described air intake device, is a band mesh body in multiple geometry.
4. a kind of ecological form air purification device according to claim 1 and plant three-dimensional cultivation method, is characterized in that described aspiration channel, and one is equipped with centrifugal blower jockey, and one is equipped with air intake device jockey.
5. a kind of ecological form air purification device according to claim 1 and plant three-dimensional cultivation method, is characterized in that described dropper, and one is equipped with water-permeable pipe jockey.
6. a kind of ecological form air purification device according to claim 1 and plant three-dimensional cultivation method, it is characterized in that described air filter, the screen pack through photocatalyst material process is sealed on the 3 D stereo porous material body of photocatalyst material process, one of body is equipped with lighting fixture and makes encapsulation process, and one is equipped with centrifugal blower.
7. a kind of ecological form air purification device according to claim 1 and plant three-dimensional cultivation method, it is characterized in that described air filter, be that the 3 D stereo porous material plate body through photocatalyst material process is combined with the air draught cover body having inlet scoop, centrifugal blower is installed in inlet scoop.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108651264A (en) * | 2018-06-01 | 2018-10-16 | 湖南沙帮智慧农业服务有限公司 | A kind of modularization leaf vegetables aerial fog cultivation system |
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| CN103583352A (en) * | 2013-11-11 | 2014-02-19 | 刘闯 | Cultivation apparatus for purifying air |
| CN104542230A (en) * | 2015-01-30 | 2015-04-29 | 翁正祥 | Plant wall air purifier |
| CN104713180A (en) * | 2014-12-09 | 2015-06-17 | 翁正祥 | Air cleaner capable of being installed at outside |
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| KR100757325B1 (en) * | 2006-09-12 | 2007-09-11 | 주식회사 아이레보엔에스 | Air purification planter for hydroponics plant and control method thereof |
| CN103583352A (en) * | 2013-11-11 | 2014-02-19 | 刘闯 | Cultivation apparatus for purifying air |
| CN104713180A (en) * | 2014-12-09 | 2015-06-17 | 翁正祥 | Air cleaner capable of being installed at outside |
| CN104542230A (en) * | 2015-01-30 | 2015-04-29 | 翁正祥 | Plant wall air purifier |
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