CN208244451U - The funginert plant nethike embrane air filter of decomposing formaldehyde benzene - Google Patents
The funginert plant nethike embrane air filter of decomposing formaldehyde benzene Download PDFInfo
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- CN208244451U CN208244451U CN201820601187.4U CN201820601187U CN208244451U CN 208244451 U CN208244451 U CN 208244451U CN 201820601187 U CN201820601187 U CN 201820601187U CN 208244451 U CN208244451 U CN 208244451U
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Abstract
The utility model is a kind of funginert plant nethike embrane air filter of decomposing formaldehyde benzene, is made of air cleaning plant nethike embrane filter body, air inlet grid, air inlet mesh, mould proof purification sponge strainer, Formaldehyde decomposition oxidation, purification sponge strainer, Formaldehyde decomposition oxidation plant fiber filter screen, anti-mildew purification HEPA fabric screen, anti-nanometer dust rebound fabric screen, fixed edge, filter housing, natural disinfection anti-mildew face cream box.With special efficacy decomposition, oxidation, formaldehyde, benzene, the pollutants such as musty, peculiar smell are efficiently removed, 0.01 micron of the dust, nanoscale dust of accumulation deposit, mouldy mould are not rebounded after especially filtering, Reusability after can cleaning.It is used for various air conditioning for automobiles, central air-conditioning, domestic air conditioning, high-speed rail air-conditioning, Metro Air conditioner, train air-conditioning, aircraft air condition, air purifier, microelectronic industry, food engineering, chemical engineering, pharmaceutical engineering, bioengineering, hospital, medical environmental protection purifying equipment.
Description
Technical field
The utility model relates to technical field of air purification, especially a kind of funginert plant nethike embrane of decomposing formaldehyde benzene is empty
Air filter.Applied to various air conditioning for automobiles, central air-conditioning, domestic air conditioning, high-speed rail air-conditioning, Metro Air conditioner, train air-conditioning, aircraft
Air-conditioning, air purifier, power plant, optics industry, microelectronic industry, food engineering, chemical engineering, pharmaceutical engineering, biological work
The fields such as journey, hospital, medical environmental protection purifying equipment use.
Background technique
Formaldehyde is a kind of colourless, readily soluble irritative gas, is generally acknowledged virulent substance, is had to the murder by poisoning of human body virulent
Property, suspicious teratogenesis, carcinogen are determined as by the World Health Organization (WHO).Formaldehyde can be absorbed through respiratory tract, and by making tissue
Active oxygen increase, peroxidatic reaction of lipid, the modes such as immune system for influencing body damage body, cause bronchial asthma etc.；
Formaldehyde also has stimulation to skin and mucosa, can cause allergic dermatitis, color spot, skin necrosis etc.；Except, formaldehyde also has
Strong carcinogenicity can cause rhinocarcinoma, leukemia etc..Moreover, high-concentration formaldehyde is to respiratory system, nervous system, immune system, liver
It is dirty all harmful.It can be seen that the formaldehyde of formaldehyde especially high concentration, can seriously jeopardize human health, it has to allow people's height
Pay attention to.
Currently, both at home and abroad using HEPA filter, HEPA active carbon filter, photocatalysis filtering technique etc., these filterings
There are disadvantages;First is that HEPA filter, is mainly made of filter core, blower and several parts of shell, and in the prior art, HEPA filtering
Net is mainly PP filter paper, glass fibre, compound PP/PET filter paper, melt-blown terylene non-woven fabric and is meltblown five kinds of materials of glass fibre,
It is filtered generally be directed to the particle that diameter is 0.3-0 .5 μm, the disadvantage is that;Mould easy to breed in a humid environment, and
And cannot achieve inactivation to multiple pathogens, the mouldy mould of dust PM2.5 for filtering accumulation deposit can all wave instead again
Bullet also occurs that mildew is mouldy, cannot effectively kill mould, bacterium, virus, cannot remove musty, peculiar smell, cannot decompose oxidation
The problems such as formaldehyde, toluene, filter efficiency are low, service life is short;Second is that HEPA active carbon filter the disadvantage is that;In moist environment
In mould easy to breed, and cannot achieve the inactivation to multiple pathogens, filter mouldy mould of dust PM2.5 of accumulation deposit
Bacterium can all wave again rebound, it also occur that mildew it is mouldy, cannot effectively kill mould, bacterium, virus, cannot remove musty,
Peculiar smell, oxidation formaldehyde cannot be decomposed, toluene, filter efficiency is low, service life is short, active carbon one week adsorption saturation and will lose
Effect can also nourish mould, bacterium, virus, non-selectivity, influence and be desorbed vulnerable to ambiance, easily causes secondary dirt after failure
It contaminates and the problems such as valueless need to be periodically replaced or reactivated;Third is that photocatalysis filtering technique mainly utilizes modified nanometer
The photocatalysis principle of TiO2 carrys out decomposing formaldehyde, and catalytic oxidation technologies are mainly the oxygen utilized in air, in the effect of catalyst
It is lower by Formaldehyde decomposition be carbon dioxide and water.The disadvantage is that: exist and needs outer excitation light source, catalysis low to visible light utilization ratio
Agent easy in inactivation, in a humid environment mould easy to breed, can also go mouldy it is mouldy, further, since PM0.3 be not easily susceptible to cyclone and
The influence of Van der Waals force, therefore PM0.3 is easier to penetrate filter screen compared to smaller volume particle PM0.1, the filtering main force is big, holds very much
The problems such as easily blocking filter hole.
For problem above, effective solution there is no currently on the market.Therefore, the invention proposes a kind of decomposing formaldehydes
The funginert plant nethike embrane air filter of benzene, can satisfy existing " air standards ", will also meet future standard and repairs
Requirements at the higher level after ordering.Researcher of the present invention consulted domestic and international paper and patent there is not yet, can efficient-decomposition formaldehyde, no
Mouldy, removal musty peculiar smell, but can the mouldy mould of dust PM2.5 of high-efficient purification PM2.5 filtering accumulation deposit will not be again
Wave the report of rebound.Therefore research decomposing formaldehyde, benzene, not mouldy and filtering accumulation deposit dust PM2.5 mouldy mould
The rebound that cannot wave again has great historic significance.
Summary of the invention
In order to overcome the shortcomings of the above technology, to solve the problems, such as that filter screen filtration in the prior art is ineffective, this
Utility model provides a kind of not mouldy, efficient-decomposition formaldehyde, benzene, removes musty, peculiar smell, kill mould, kill harmful bacteria, kill
Virus, filter filtering accumulation deposit the mouldy mould of dust PM2.5 will not wave again rebound, low in cost, decompose only
Change the good funginert plant nethike embrane air filter of decomposing formaldehyde benzene of effect.
The technical scheme adopted by the utility model to solve the technical problem is as follows: a kind of funginert plant of decomposing formaldehyde benzene
Nethike embrane air filter and manufacturing method, the funginert plant nethike embrane air filter of decomposing formaldehyde benzene, it is characterised in that: by sky
Gas purifying plant nethike embrane filter body, air inlet grid, air inlet mesh, mould proof purification sponge strainer, Formaldehyde decomposition aoxidize plant
Fibrous filter net, benzene decompose oxidation, purification sponge strainer, anti-mildew purification HEPA fabric screen, the rebound fiber filter of anti-nanometer dust
Net, bottom air discharge duct, air inlet net, bottom grid, fixed edge, filter housing, natural disinfection anti-mildew face cream box composition.
There is filter housing on four sides around plant nethike embrane air filter ontology, and the upper surface of filter housing has with following
Fixed edge；
There is air inlet net below the upper surface of plant nethike embrane air filter ontology fixed edge；
Air inlet has air inlet grid and air inlet mesh on the net；
There is mould proof purification sponge strainer below air inlet net；
There is Formaldehyde decomposition to aoxidize plant fiber filter screen below mould proof purification sponge strainer；
There is benzene to decompose oxidation, purification sponge strainer below Formaldehyde decomposition oxidation plant fiber filter screen；
Benzene, which decomposes, has anti-mildew to purify HEPA fabric screen below oxidation, purification sponge strainer；
There is the cleaning fibrous strainer of anti-nanometer dust rebound below anti-mildew purification HEPA fabric screen；
There is bottom grid below anti-nanometer dust rebound fabric screen；
There is bottom air discharge duct on bottom grid；
There is a number of rows root natural disinfection anti-mildew face cream in the side of plant nethike embrane air filter ontology against filter housing
Box.
The funginert plant nethike embrane air filter of decomposing formaldehyde benzene, plant nethike embrane air filter can be made into circle
Type, square, oblate, not of uniform size, shape is different.
A kind of funginert plant nethike embrane air filter of a kind of decomposing formaldehyde benzene described above, it is characterised in that: anti-
The mould proof cleanser composition of raw materials of mould purification sponge strainer is based on following weight: 8 grams of polyvinyl alcohol, 10 grams of calcium carbonate, alginic acid
1.3 grams, 90 grams of water, 7 grams of medical ventolin.
Steps are as follows for the preparation method of mould proof cleanser:
Step 1: first sodium alginate being added to the water, lower heating is stirred, dissolves it sufficiently, then by polyvinyl alcohol, carbon
Sour calcium is added thereto, and continuing stirring dissolves polyvinyl alcohol sufficiently and be uniformly distributed calcium carbonate, obtains polyvinyl alcohol colloidal sol；
Step 2: by polyvinyl alcohol colloidal sol heating stirring, when glue temperature is reduced to 65 DEG C -75 DEG C, medical all scholars are added
7 grams of woods, stirring 20-30 minutes repeatedly mixes it uniformly with glue, that is, glue needed for being formed puts mould proof purification sponge strainer
Enter in glue, pick up within 1 minute and filtered liquid, obtain mould proof purification sponge strainer, is applied to plant nethike embrane air filter.
Formaldehyde decomposition aoxidizes the cleanser composition of raw materials of plant fiber filter screen based on following weight: plant stays alcohol ester 13
Gram, 100 grams of propylene glycol, 6 grams of polyisobutene, 6 grams of butyl titanate, 3 grams of potassium permanganate, 0.001 gram of nano silver；
Steps are as follows for the cleanser preparation method of Formaldehyde decomposition oxidation plant fiber filter screen: plant is stayed 13 grams of alcohol ester,
100 grams of propylene glycol, 6 grams of polyisobutene, 6 grams of butyl titanate, 3 grams of potassium permanganate, 0.001 gram of nano silver is put into togerther 80 in kettle
DEG C melt, after having melted, be sprayed on plant fiber filter screen 5 with spray pattern, obtain Formaldehyde decomposition oxidation plant fiber filter
Net is applied to plant nethike embrane air filter.
Benzene decompose oxidation, purification sponge strainer in glue composition of raw materials based on following weight: plant stay 15 grams of alcohol ester,
6 grams of 5.5- methylimidazole alkane -2.4- diketone, 8 grams of dicyanodiamine, 7 grams of guar gum, 100 grams of ethyl alcohol, 5 grams of litsea citrate oil；
Benzene decompose oxidation, purification sponge strainer and its preparation method of glue steps are as follows: plant is stayed 15 grams of alcohol ester,
6 grams of diketone of 5.5- methylimidazole alkane -2.4-, 8 grams of dicyanodiamine, 7 grams of guar gum, 100 grams of ethyl alcohol are put into water-bath 45 DEG C
It melts, has melted 5 grams of litsea citrate oil of addition and stirred evenly, be sprayed on sponge strainer 6 with spray pattern, obtain benzene and decompose oxidation, purification
Sponge strainer is applied to plant nethike embrane air filter.
Anti-mildew purify HEPA fabric screen glue composition of raw materials based on following weight: plant stay 12 grams of alcohol ester, 3 grams of beeswax,
10 grams of Blumea oil, 7 grams of eucalyptus oil；
Steps are as follows for anti-mildew purification HEPA fabric screen and its glue preparation method: plant being stayed 12 grams of alcohol ester, beeswax 3
Gram, 10 grams of Blumea oil, 7 grams of eucalyptus oil are put into 95 DEG C of stirrings in oil bath pan and melt, and have melted, have been sprayed on 7HEPA fibre with spray pattern
It ties up on strainer, obtains anti-mildew purification HEPA fabric screen, be applied to plant nethike embrane air filter.
The glue composition of raw materials of anti-nanometer dust rebound fabric screen is based on following weight: plant stays 13 grams of alcohol ester, ABS modeling
Expect 10 grams, 21 grams of slack wax, 19 grams of atoleine；
Steps are as follows for glue of anti-nanometer dust rebound fabric screen and preparation method thereof:
Step 1 is melted: plant being stayed 13 grams of alcohol ester, 10 grams of ABS plastic, 21 grams of slack wax, 19 grams of atoleine mix
Oil bath heating together, to melt completely to liquid；
Step 2 hybrid reaction: the plant of above-mentioned thawing to liquid is stayed into alcohol ester, ABS plastic, slack wax, atoleine
Liquid reaction kettle is added, stir evenly, at 141 DEG C, pressure is 5 kilograms for reaction temperature control, and the reaction time is 60 points
Clock；
Step 3 is cooling: the liquid after above-mentioned reaction being cooled to 95 DEG C, the fluid inflow pressure bottle after reaction is filled interior spray
It is coated on plastic optical fibre strainer, obtains anti-nanometer dust rebound fabric screen, be applied to plant nethike embrane air filter.
One, plant nethike embrane air filter sterilization experiment
According to national hospital antiseptic hygiene standard (GBl5982-1995), plant nethike embrane air filter is put into air cleaning
In device, air purifier, which boots up, carries out the experiment of tertiary air Disinfection Effect in 33 square metres of relatively closed room,
In, room temperature is 25 DEG C, relative humidity 80%；Using east, south, west, north points distributing method, height of sampling is 1.2 meters, layout from
0.8 meter of wall；It is exposed after ten minutes with the General nutrition agar plate of 9 cm diameters in sampled point, 37 DEG C calculate for culture 48 hours
Clump count.The following are the experiment effects of experiment.
Experiment condition: interior has 2 people movable in test process, does not wear masks.There are 3 people to pass in and out room in experimentation.
The killing effect of bacterium in 1 plant nethike embrane air filter room air of table:
As a result table 1:
Two, plant nethike embrane air filter, PARA FORMALDEHYDE PRILLS(91,95) clean-up effect, toluene clean-up effect, purging sulfur dioxide effect are real
It tests, plant nethike embrane air filter compares HEPA high efficiency particulate air, HEPA activated carbon filter effect experiment:
As a result table 2
Three, plant nethike embrane air filter is tested using chronergy:
Plant nethike embrane air filter tests PM2.5 clean-up effect: plant nethike embrane air filter uses the time pair
Than U.S.'s HEPA high efficiency particulate air, the PM2.5 clean-up effect rate comparative experiments table of HEPA activated carbon filter:
As a result table 3
The beneficial effects of the utility model are: first is that key solves the existing fibrous web-like nano/micron pore structure in front, reverse side
There is mesh nanometer pore structure again, mesh can expect the new creation of proportion regulation sponge pore size according to source.Second is that the utility model
Unexpected effect is decomposed with special efficacy, is aoxidized, formaldehyde, benzene, efficiently removing the pollutants such as musty, peculiar smell, especially
0.01 micron of the dust of accumulation deposit, nanoscale dust, mouldy mould are not rebounded after filter, Reusability after can cleaning, tool
There are novelty and practicability.Third is that the utility model air cleaning plant nethike embrane filter is aoxidized, is decomposed, purifying multilayer laminated knot
It is integrated, and maintains the height permeability of filter, air quantity is big, purifying rate is high, kills various pathogens, inhibits mould raw
It is long, there is lasting originality.Fourth is that the present invention realizes, preparation method is simple, and manufacturing condition is controllable, and can be according to need
Material proportion is adjusted, various shapes can cooperate various air-conditionings, air conditioning for automobiles, air purifier, various purification filtering equipment to make
With having a good application prospect and wide market.
The utility model is further illustrated with reference to the accompanying drawings and detailed description.
Detailed description of the invention
Attached drawing 1 is the schematic perspective view of the utility model；
Attached drawing 2 is the utility model schematic cross-sectional view.
In Fig. 1-2,1. plant nethike embrane air filter ontologies, 2. air inlet grids, 3. air inlet mesh, 4. mould proof purification seas
Continuous strainer, 5. Formaldehyde decompositions oxidation plant fiber filter screen, 6. benzene decompose oxidation, purification sponge strainer, 7. anti-mildews purify HEPA
Fabric screen, 8. anti-nanometers of dust rebound fabric screens, 9. bottom air discharge ducts, 10. air inlet nets, 11. bottom grids, 12. are fixed
Side, 13. clarifier shells, 14. natural disinfection anti-mildew face cream boxes.
Specific embodiment
Embodiment one:
Referring to Fig. 1-2, the utility model embodiment first is that the funginert plant nethike embrane air filter of decomposing formaldehyde benzene,
It is characterized in that: by plant nethike embrane air filter ontology 1, air inlet grid 2, air inlet mesh 3, mould proof purification sponge strainer 4, formaldehyde
Decompose oxidation plant fiber filter screen 5, benzene decomposes oxidation, purification sponge strainer 6, anti-mildew purifies HEPA fabric screen 7, anti-nanometer
Dust rebounds fabric screen 8, bottom air discharge duct 9, air inlet net 10, bottom grid 11, fixed edge 12, filter housing 13, natural
Anti-mildew face cream box 14 is sterilized to form.
There is a filter housing 13 on four sides around plant nethike embrane air filter ontology 1, the upper surface of filter housing 13 and
There is fixed edge 12 below；
There is air inlet net 10 below the upper surface of plant nethike embrane air filter ontology 1 fixed edge 12；
There are air inlet grid 2 and air inlet mesh 3 on air inlet net 10；
There is mould proof purification sponge strainer 4 below air inlet net 10；
There is Formaldehyde decomposition to aoxidize plant fiber filter screen 5 below mould proof purification sponge strainer 4；
There is benzene to decompose oxidation, purification sponge strainer 6 below Formaldehyde decomposition oxidation plant fiber filter screen 5；
Benzene, which decomposes, has anti-mildew to purify HEPA fabric screen 7 below oxidation, purification sponge strainer 6；
There is the cleaning fibrous strainer 8 of anti-nanometer dust rebound below anti-mildew purification HEPA fabric screen 7；
There is bottom grid 11 below anti-nanometer dust rebound fabric screen 8；
There is bottom air discharge duct 9 on bottom grid 11；
The side of plant nethike embrane air filter ontology 1 has a number of rows root natural disinfection anti-mildew fragrant against filter housing 13
Rouge box 14.
The funginert plant nethike embrane air filter of decomposing formaldehyde benzene, plant nethike embrane air filter can be made into circle
Type, square, oblate, not of uniform size, shape is different.
A kind of funginert plant nethike embrane air filter of a kind of decomposing formaldehyde benzene described above, it is characterised in that: anti-
The mould proof cleanser composition of raw materials of mould purification sponge strainer is based on following weight: 8 grams of polyvinyl alcohol, 10 grams of calcium carbonate, alginic acid
1.3 grams, 90 grams of water, 7 grams of medical ventolin.
Steps are as follows for the preparation method of mould proof cleanser:
Step 1: first sodium alginate being added to the water, lower heating is stirred, dissolves it sufficiently, then by polyvinyl alcohol, carbon
Sour calcium is added thereto, and continuing stirring dissolves polyvinyl alcohol sufficiently and be uniformly distributed calcium carbonate, obtains polyvinyl alcohol colloidal sol；
Step 2: by polyvinyl alcohol colloidal sol heating stirring, when glue temperature is reduced to 65 DEG C -75 DEG C, medical all scholars are added
7 grams of woods, stirring 20-30 minutes repeatedly mixes it uniformly with glue, that is, glue needed for being formed puts mould proof purification sponge strainer
Enter in glue, pick up within 1 minute and filtered liquid, obtain mould proof purification sponge strainer, is applied to plant nethike embrane air filter.
Formaldehyde decomposition aoxidizes the cleanser composition of raw materials of plant fiber filter screen based on following weight: plant stays alcohol ester 13
Gram, 100 grams of propylene glycol, 6 grams of polyisobutene, 6 grams of butyl titanate, 3 grams of potassium permanganate, 0.001 gram of nano silver；
Steps are as follows for the cleanser preparation method of Formaldehyde decomposition oxidation plant fiber filter screen: plant is stayed 13 grams of alcohol ester,
100 grams of propylene glycol, 6 grams of polyisobutene, 6 grams of butyl titanate, 3 grams of potassium permanganate, 0.001 gram of nano silver is put into togerther 80 in kettle
DEG C melt, after having melted, be sprayed on plant fiber filter screen 5 with spray pattern, obtain Formaldehyde decomposition oxidation plant fiber filter
Net is applied to plant nethike embrane air filter.
Benzene decompose oxidation, purification sponge strainer in glue composition of raw materials based on following weight: plant stay 15 grams of alcohol ester,
6 grams of 5.5- methylimidazole alkane -2.4- diketone, 8 grams of dicyanodiamine, 7 grams of guar gum, 100 grams of ethyl alcohol, 5 grams of litsea citrate oil；
Benzene decompose oxidation, purification sponge strainer and its preparation method of glue steps are as follows: plant is stayed 15 grams of alcohol ester,
6 grams of diketone of 5.5- methylimidazole alkane -2.4-, 8 grams of dicyanodiamine, 7 grams of guar gum, 100 grams of ethyl alcohol are put into water-bath 45 DEG C
It melts, has melted 5 grams of litsea citrate oil of addition and stirred evenly, be sprayed on sponge strainer 6 with spray pattern, obtain benzene and decompose oxidation, purification
Sponge strainer is applied to plant nethike embrane air filter.
Anti-mildew purify HEPA fabric screen glue composition of raw materials based on following weight: plant stay 12 grams of alcohol ester, 3 grams of beeswax,
10 grams of Blumea oil, 7 grams of eucalyptus oil；
Steps are as follows for anti-mildew purification HEPA fabric screen and its glue preparation method: plant being stayed 12 grams of alcohol ester, beeswax 3
Gram, 10 grams of Blumea oil, 7 grams of eucalyptus oil are put into 95 DEG C of stirrings in oil bath pan and melt, and have melted, have been sprayed on 7HEPA fibre with spray pattern
It ties up on strainer, obtains anti-mildew purification HEPA fabric screen, be applied to plant nethike embrane air filter.
The glue composition of raw materials of anti-nanometer dust rebound fabric screen is based on following weight: plant stays 13 grams of alcohol ester, ABS modeling
Expect 10 grams, 21 grams of slack wax, 19 grams of atoleine；
Steps are as follows for glue of anti-nanometer dust rebound fabric screen and preparation method thereof:
Step 1 is melted: plant being stayed 13 grams of alcohol ester, 10 grams of ABS plastic, 21 grams of slack wax, 19 grams of atoleine mix
Oil bath heating together, to melt completely to liquid；
Step 2 hybrid reaction: the plant of above-mentioned thawing to liquid is stayed into alcohol ester, ABS plastic, slack wax, atoleine
Liquid reaction kettle is added, stir evenly, at 141 DEG C, pressure is 5 kilograms for reaction temperature control, and the reaction time is 60 points
Clock；
Step 3 is cooling: the liquid after above-mentioned reaction being cooled to 95 DEG C, the fluid inflow pressure bottle after reaction is filled interior spray
It is coated on plastic optical fibre strainer, obtains anti-nanometer dust rebound fabric screen, be applied to plant nethike embrane air filter.
Working principle of the invention is as follows:
Mould proof purification sponge strainer 4 is entered by the air inlet mesh 3 on air inlet net 10 by filtered air, it is mould proof net being added
Under the action of changing the mould proof cleanser in sponge strainer 4, mould proof purification is carried out；
Enter Formaldehyde decomposition oxidation plant fiber filter screen 5 by mould proof 4 purified gas of purification sponge strainer, is adding
Under the action of the Formaldehyde decomposition oxidizing decontamination agent for entering Formaldehyde decomposition oxidation plant fiber filter screen 5, it is net to carry out Formaldehyde decomposition oxidation
Change；
Enter benzene by the gas of Formaldehyde decomposition oxidation plant fiber filter screen 5 and decompose oxidation, purification sponge strainer 6, is adding
Under the action of entering benzene decomposition oxidizing decontamination agent, carries out benzene and decompose oxidation, purification；
Enter anti-mildew purification HEPA fabric screen 7 by the gas that benzene decomposes oxidation, purification sponge strainer 6, anti-mildew is being added
Under the action of cleanser, anti-mildew purification is carried out；
Enter by the gas of anti-mildew purification HEPA fabric screen 7 and prevents anti-nanometer dust rebound fabric screen 8, it is anti-being added
Under the action of nanometer dust rebound cleanser, dust rebound purification is carried out；
It is discharged by the purification gas of anti-nanometer dust rebound fabric screen 8 from bottom air discharge duct 9 and bottom grid 11；
In order to adjust the taste of purification gas, increase the fragrance of natural flower, a part of gas is fragrant from natural disinfection anti-mildew
The top of rouge box 14 enters natural disinfection anti-mildew face cream box 14, after sterilizing anti-mildew, with the purification gas of natural flower fragrance
It is discharged from the lower part of natural disinfection anti-mildew face cream box 14.
Claims (2)
1. a kind of funginert plant nethike embrane air filter of decomposing formaldehyde benzene, it is characterised in that: by plant nethike embrane air filtration
Device ontology, air inlet grid, air inlet mesh, mould proof purification sponge strainer, Formaldehyde decomposition oxidation plant fiber filter screen, benzene decompose oxygen
Change purification sponge strainer, anti-mildew purification HEPA fabric screen, anti-nanometer dust rebound fabric screen, bottom air discharge duct, air inlet net,
Bottom grid, fixed edge, filter housing, natural disinfection anti-mildew face cream box composition；
There is filter housing on four sides around plant nethike embrane air filter ontology, and the upper surface of filter housing has fixation with following
Side；
There is air inlet net below the upper surface of plant nethike embrane air filter ontology fixed edge；
Air inlet has air inlet grid and air inlet mesh on the net；
There is mould proof purification sponge strainer below air inlet net；
There is Formaldehyde decomposition to aoxidize plant fiber filter screen below mould proof purification sponge strainer；
There is benzene to decompose oxidation, purification sponge strainer below Formaldehyde decomposition oxidation plant fiber filter screen；
Benzene, which decomposes, has anti-mildew to purify HEPA fabric screen below oxidation, purification sponge strainer；
There is the cleaning fibrous strainer of anti-nanometer dust rebound below anti-mildew purification HEPA fabric screen；
There is bottom grid below anti-nanometer dust rebound fabric screen；
There is bottom air discharge duct on bottom grid；
There is a number of rows root natural disinfection anti-mildew face cream box in the side of plant nethike embrane air filter ontology against filter housing.
2. the funginert plant nethike embrane air filter of decomposing formaldehyde benzene according to claim 1, it is characterised in that: plant
Nethike embrane air filter can be made into that round, square, oblate, not of uniform size, shape is different.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820601187.4U CN208244451U (en) | 2018-04-25 | 2018-04-25 | The funginert plant nethike embrane air filter of decomposing formaldehyde benzene |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820601187.4U CN208244451U (en) | 2018-04-25 | 2018-04-25 | The funginert plant nethike embrane air filter of decomposing formaldehyde benzene |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208244451U true CN208244451U (en) | 2018-12-18 |
Family
ID=64637190
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201820601187.4U Active CN208244451U (en) | 2018-04-25 | 2018-04-25 | The funginert plant nethike embrane air filter of decomposing formaldehyde benzene |
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| CN (1) | CN208244451U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108310959A (en) * | 2018-04-25 | 2018-07-24 | 赣州市特可环保技术有限公司 | The funginert plant nethike embrane air filter of decomposing formaldehyde benzene and manufacturing method |
| CN112577146A (en) * | 2021-03-01 | 2021-03-30 | 江中药业股份有限公司 | Workshop dust purification system based on real-time data |
-
2018
- 2018-04-25 CN CN201820601187.4U patent/CN208244451U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108310959A (en) * | 2018-04-25 | 2018-07-24 | 赣州市特可环保技术有限公司 | The funginert plant nethike embrane air filter of decomposing formaldehyde benzene and manufacturing method |
| CN112577146A (en) * | 2021-03-01 | 2021-03-30 | 江中药业股份有限公司 | Workshop dust purification system based on real-time data |
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