CN208108354U - Light water ion module and air supply device - Google Patents
Light water ion module and air supply device Download PDFInfo
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- CN208108354U CN208108354U CN201820410189.5U CN201820410189U CN208108354U CN 208108354 U CN208108354 U CN 208108354U CN 201820410189 U CN201820410189 U CN 201820410189U CN 208108354 U CN208108354 U CN 208108354U
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Abstract
The utility model provides a kind of smooth water ion module and air supply device.Light water ion module includes the first fixing seat, the second fixing seat, the first fixed plate, the second fixed plate, light water ionization reaction driving light source and photocatalyst filtering net.First fixing seat has opening.Second fixed seating has groove in the side of the first fixing seat.First fixed plate is fixed between one end of the first fixing seat and one end of the second fixing seat.Second fixed plate is fixed between the other end of the first fixing seat and the other end of the second fixing seat.The both ends of light water ionization reaction driving light source are located in opening and groove.Photocatalyst filtering net drives light source between the first fixing seat and the second fixing seat, and around the reaction of light water ionization.Above-mentioned smooth water ion module and air supply device can be effectively removed air pollutants and surface contaminant.
Description
Technical field
The utility model relates to a kind of cleaning module more particularly to a kind of smooth water ion module and air supply devices.
Background technique
Pollution of indoor environment further comprises various body surfaces other than the air pollution being often mentioned in fact
Pollution problem, this part include be attached to the various body surface such as metope, floor, desktop, ceiling, furniture and clothing thin
The pollution problems such as bacterium, virus, mould, third hand cigarette.Although traditional air purifier is under normal operation, sky can be effectively solved
Gas pollution problem, but be helpless to this kind of surface contaminant.
Especially in the area of high humility, such as the full island of TaiWan, China, China's Mainland south China, country in Southeast Asia etc., even if
Use air purifier, it is indoor or often have musty, if infrequently replacing strainer, the hair of allergic symptom can be aggravated instead
It is raw.Strainer of the above-mentioned musty not only from air purifier, it is also possible to the mould bred from metope or corner of the room, to
Pollution of indoor environment is effectively solved, in addition to the purification for air pollution beyond the region of objective existence, surface contaminant is also to need to solve together
Important topic certainly.
In recent years, also there is portioned product to use the mode of such as anion generator or ozone etc, pass through high concentration
Anion or ozone, it is desirable to reach good surface bacteriostasis efficacy, but the anion of high concentration can generate black wall effect, it is anti-to increase
The pollution on surface is added.In addition, electrion mode produces ozone, but also the nitrogen oxides of suitable high concentration is produced, no
It can not only solve the problems, such as surface contamination, also manufacture more air pollution problems inherents.
Utility model content
The utility model provides a kind of smooth water ion module and air supply device, can be effectively removed air pollutants with
Surface contaminant.
The utility model provides a kind of smooth water ion module, including the first fixing seat, the second fixing seat, the first fixation
Plate, the second fixed plate, light water ionization reaction driving light source and photocatalyst filtering net.First fixing seat has opening.Second is fixed
Seat is located at the side of the first fixing seat, and has groove.First fixed plate is fixed in one end of the first fixing seat and second and fixes
Between one end of seat.Second fixed plate is fixed between the other end of the first fixing seat and the other end of the second fixing seat.Light water
The both ends of ion reaction driving light source are located in opening and groove.Photocatalyst filtering net is located at the first fixing seat and consolidates with second
Between reservation, and around light water ionization reaction driving light source.
Described in an embodiment according to the utility model, in light water ion module, there are two the first fixing seat can have
First limited block, and the first limited block is located at one end and the other end of the first fixing seat.There are two second fixing seat can have
Second limited block, and two the second limited blocks are located at one end and the other end of the second fixing seat.First fixed plate is settable
Between first limited block of one end and the second limited block positioned at one end of the second fixing seat for being located at the first fixing seat.Second
Fixed plate may be provided at the of the first limited block of the other end positioned at the first fixing seat and the other end that is located at the second fixing seat
Between two limited blocks.
Described in an embodiment according to the utility model, in light water ion module, there are two the first fixing seat can have
First locating slot, and the first locating slot is located at the side and the other side of opening.Second fixing seat can have fixed there are two second
Position slot, and the second locating slot is located at the side and the other side of groove.At least part of one end of photocatalyst filtering net can be held
It is contained in the first locating slot, and at least part of the other end of photocatalyst filtering net may be housed in the second locating slot.
Described in an embodiment according to the utility model, in light water ion module, the second fixing seat can have connection
In the venthole of groove.
Described in an embodiment according to the utility model, in light water ion module, light water ionization reaction driving light
Source is, for example, ultraviolet source.
Described in an embodiment according to the utility model, in light water ion module, photocatalyst filtering net and light water ion
Changing reaction driving light source can be intervally installed.
Described in an embodiment according to the utility model, in light water ion module, photocatalyst filtering net may include coating
There is the strainer of photocatalyst or is coated with the combination of the strainer and support frame of photocatalyst.
Described in an embodiment according to the utility model, in light water ion module, it may also include multiple first lockings
Part and multiple second locking parts.First locking part locks the first fixed plate in the first fixing seat and in the second fixing seat.The
Two locking parts lock the second fixed plate in the first fixing seat and in the second fixing seat.
Described in an embodiment according to the utility model, in light water ion module, the first locking part and the second locking
Part is, for example, screw.
Described in an embodiment according to the utility model, in light water ion module, it may also include lamp holder.Lamp holder can connect
It is connected to light water ionization reaction driving light source.
Described in an embodiment according to the utility model, in light water ion module, it is solid that lamp holder can also be fixed in first
In reservation.
Described in an embodiment according to the utility model, in light water ion module, it may also include multiple third lockings
Part.Third locking part locks lamp holder in the first fixing seat.
Described in an embodiment according to the utility model, in light water ion module, third locking part is, for example, screw.
Described in an embodiment according to the utility model, in light water ion module, may also include the first bolster with
Second bolster.First bolster be arranged in the opening, and be located at the first fixing seat reacted with light water ion drive light source it
Between.Second bolster is arranged in a groove, and is located at the second fixing seat and is reacted between driving light source with light water ion.
Described in an embodiment according to the utility model, in light water ion module, the first bolster and the second buffering
Part is, for example, o-ring (O-ring).
Described in an embodiment according to the utility model, in light water ion module, the first fixing seat, second are fixed
At least one of seat, the first fixed plate and second fixed plate can have an at least mounting hole.
The utility model provides a kind of air supply device, including air supply module and above-mentioned smooth water ion module.Air supply module
It is arranged on the gas flow path of air supply device.Light water ion module is arranged on the gas flow path of air supply device, and is located at and send
The side of wind module.
Described in an embodiment according to the utility model, in air supply device, light water ion module can be located at air-supply dress
Between the air inlet set and air supply module.
Described in an embodiment according to the utility model, in air supply device, light water ion module can be located at air-supply dress
Between the air outlet set and air supply module.
Described in an embodiment according to the utility model, in air supply device, air supply device is, for example, air purifier, ring
Border clarifier, dehumidifier, air-conditioning device, new blower or fan coil units (fan coil unit).
Based on above-mentioned, since the light water ion module proposed in the utility model can be filled with air-supply easily and advantageously
It sets and is combined, therefore can be widely used in various air supply devices.
In addition, in the light water ion module and air supply device that the utility model is proposed, since light water ionization is anti-
Should drive light source can with direct photolysis pollutant, and by air oxygen and aqueous vapor ionize.Therefore, in the condition for having aqueous vapor
Under, it can produce the purification factor of suitable high concentration, and such purification factor can promote hydroxyl free radical under high aqueous vapor environment
Generation, and accelerated oxidation/reduction reaction rate.In addition, light water ionization reaction driving light source can also be by bacterium, virus or mould
The DNA and RNA of bacterium are directly destroyed, and effectively prevent the diffusion of bacterium and virus in the environment.Therefore, interior can efficiently be removed
Air pollutants and surface contaminant.
In order to make the above-mentioned features and advantages of the utility model more obvious and understandable, special embodiment below, and cooperate attached drawing
It is described in detail below.
Detailed description of the invention
Fig. 1 is the plan view of the light water ion module of an embodiment of the present invention.
Fig. 2 is the perspective view of the light water ion module of an embodiment of the present invention.
Fig. 3 is the schematic diagram of the air supply device of an embodiment of the present invention.
Fig. 4 is the schematic diagram of the air supply device of another embodiment of the utility model.
Drawing reference numeral explanation
100：Light water ion module
102,104：Fixing seat
106,108：Fixed plate
110：Light water ionization reaction driving light source
112：Photocatalyst filtering net
114,116,120：Locking part
118：Lamp holder
122,124：Bolster
126：Opening
128：Groove
130：Venthole
132,134：Limited block
136：Mounting hole
138,140：Locating slot
200,300：Air supply device
202：Air supply module
204：Air inlet
206：Air outlet
AF：Gas flow path
Specific embodiment
Fig. 1 is the plan view of the light water ion module of an embodiment of the present invention.Fig. 2 is the implementation of the utility model one
The perspective view of the light water ion module of example.
Fig. 1 and Fig. 2 are please referred to, light water ion module 100 includes fixing seat 102, fixing seat 104, fixed plate 106, consolidates
Fixed board 108, light water ionization reaction driving light source 110 and photocatalyst filtering net 112, and may also include locking part 114, locking part
116, at least one of lamp holder 118, locking part 120, bolster 122 and bolster 124.
Fixing seat 102 has opening 126.Fixing seat 104 is located at the side of fixing seat 102, and has groove 128.It is fixed
Seat 102 can be used to the position that fixed light water ion reacts driving light source 110 and photocatalyst filtering net 112 with fixing seat 104.It is fixed
Seat 104 can have the venthole 130 for being connected to groove 128.Venthole 130 can be used for being vented, and be conducive to install light water ion
Change reaction driving light source 110.
Fixed plate 106 is fixed between one end of fixing seat 102 and one end of fixing seat 104.Fixed plate 108 is fixed in
Between the other end of reservation 102 and the other end of fixing seat 104.Fixed plate 106 and fixed plate 108 can effectively increase light water from
The structural strength of sonization module 100.In addition, being mounted on the established angle in air supply device by adjusting light water ion module 100
Degree aloows fixed plate 106 and fixed plate 108 to stop the foreign matter of bulky grain in gas flow, and has protection light water
The effect of ion reaction driving light source 110.
It includes by locking part 114 or passing through that fixed plate 106, which is fixed in fixing seat 102 with the mode in fixing seat 104,
Integrally formed mode carries out affixed.Locking part 114 is, for example, screw.It in this embodiment, is with locking part 114 by fixed plate
106 lockings in fixing seat 102 in fixing seat 104 for be illustrated, but the utility model is not limited thereto.
It includes by locking part 116 or by one that fixed plate 108, which is fixed in the mode in fixing seat 102 and fixing seat 104,
Body formed mode carries out affixed.Locking part 116 is, for example, screw.It in this embodiment, is with locking part 116 by fixed plate
108 lockings fixing seat 102 in fixing seat 104 for be illustrated, but the utility model is not limited thereto.
In addition, fixing seat 102 can have, there are two limited blocks 132, and limited block 132 is located at one end of fixing seat 102
With the other end.Fixing seat 104 can have there are two limited block 134, and two limited blocks 134 are located at one end of fixing seat 104
With the other end.Fixed plate 106 may be provided at the limited block 132 of one end positioned at fixing seat 102 and the one end for being located at fixing seat 104
Limited block 134 between.Fixed plate 108 may be provided at positioned at the limited block 132 of the other end of fixing seat 102 and positioned at fixing seat
Between the limited block 134 of 104 other end.Limited block 132 and limited block 134 can be used to limit fixed plate 106 and fixed plate 108
Position, therefore can prevent fixed plate 106 and fixed plate 108 from rotating.
In addition, at least one of fixing seat 102, fixing seat 104, fixed plate 106 and fixed plate 108 can have at least one
Mounting hole 136, therefore be conducive to for light water ion module 100 being fixed in air supply device.It in this embodiment, is with fixation
Seat 102 is illustrated for having mounting hole 136, but the utility model is not limited thereto.Fixing seat 102, fixing seat
104, fixed plate 106, fixed plate 108 material can be identical or different.Fixing seat 102, fixed plate 106, is consolidated fixing seat 104
The material of fixed board 108 is, for example, metal or bakelite.
Based on above-mentioned it is found that can be formed by fixing seat 102, fixing seat 104, fixed plate 106 and fixed plate 108 to solid
Determine the fixed frame of light water ionization reaction driving light source 110.
The both ends of light water ionization reaction driving light source 110 are located in opening 126 and groove 128.Light water ion
Reaction driving light source 110 is, for example, ultraviolet source, such as ultraviolet lamp tube, cold-cathode fluorescence lamp (cold cathode
Fluorescent lamp, CCFL), light emitting diode ultraviolet lamp or combinations thereof.Ultraviolet source can radiate UVC (ultraviolet light
C) the ultraviolet light of wave-length coverage (about 100 nanometers to 280 nanometers) has preferable inactivation efficiency to bacterium and mould.In this reality
It applies in example, light water ionization reaction driving light source 110 is to be illustrated by taking quartz burner as an example, but the utility model is not
As limit.
Photolysis (Photolysis)
The ultraviolet light that light water ionization reaction driving light source 110 is radiated includes first wave length, and wherein first wave length is small
In 200 nanometers, and photolysis (photolysis) can be carried out.Photolysis can be divided into direct photolysis reaction (direct
Photolysis) with indirect photolysis (indirect photolysis), indirect photolysis because involve air from
Sub-ization effect, therefore subsequent herein it is referred to as ion reaction (ionization).Direct photolysis reaction is (small by short wavelength
In 200nm) ultraviolet energy directly destroy molecular link.For example, the ultraviolet light that wavelength is 185nm has 6.7 electron volts
The energy of special (eV), is equivalent to 646 kj/mol (kJ/mol).Therefore, when intermolecular bond energy is less than above-mentioned ultraviolet light institute
When energy (646kJ/mol) of radiation, molecular link may be destroyed and be broken.Accordingly, have can for molecular link as shown in Table 1
It can be destroyed by photolysis, cover the indoor air pollutants or different smell of the overwhelming majority.
Table 1
However, the nitrogen in air, because the bond energy of N ≡ N is up to 940kJ/mol, the ultraviolet light of wavelength is not enough to
It decomposes nitrogen and generates the nitrogen oxides being harmful to the human body, therefore the utility model does not have because of high temperature (as burnt) or high electric field
(corona discharge of such as ozone generation device) and lead to the problem of nitrogen oxides.
Ion reaction
On the other hand, please refer to following formula (1) to formula (7), ion reaction is by short wavelength (less than 200 nanometers)
Aqueous vapor and oxygen ion in air is generated ozone (O by ultraviolet energy3), hydrogen ion (H3O+), hydroxyl free radical
(OH●), hydrogen peroxide (H2O2) and superoxide ion (or negative oxygen ion, O2 -) etc. to pollutant have very strong oxidation/reduction
The purification factor of ability removes pollutant by these purification factors and pollutant reaction indirectly.Especially hydroxyl free radical,
Its strong oxdiative power can rapidly with the pollutant reaction in air, and less than 1 millisecond of service life (ms), so that hydroxyl free radical one leaves
Light water ion module 100 reacts away or is reduced to water, therefore will not cause harm to the human body.
H2O+hv (< 200nm) → 2H++2e-+1/2O2……......(1)
O2+ hv (< 200nm) → O++O-……………………......(2)
H2O+H+→H3O-………………………………………(3)
H2O+O-→H2O2…………………………………………(4)
O2+O-→O2……………………………………………….(6)
H++e-+O-→OH-
………………………………………(7)
In addition, the ultraviolet light that light water ionization reaction driving light source 110 is radiated further includes second wave length, wherein second
Wavelength is more than or equal to 200 nanometers and is less than or equal to 280 nanometers.The ultraviolet light of this wavelength (e.g., 254 nanometers) can be by bacterium, virus
DNA and RNA directly destroy, effectively prevent bacterium and virus diffusion in the environment.
Photocatalyst filtering net 112 drives light between fixing seat 102 and fixing seat 104, and around the reaction of light water ionization
Source 110.Since photocatalyst filtering net 112 is around light water ionization reaction driving light source 110, if there is foreign matter shock will not be straight
It connects and strikes light water ionization reaction driving light source 110, can play a good protective effect.In addition, photocatalyst filtering net 112
Gas permeability and translucency are good, can maintain optimal photodissociation, ionization and catalysis reaction, it is ensured that depollution of environment efficiency.
Photocatalyst filtering net 112 may include being coated with the strainer of photocatalyst or being coated with the strainer of photocatalyst and the group of support frame
It closes.Photocatalyst is, for example, titanium dioxide (TiO2) or zinc oxide.Strainer is, for example, glass fiber mesh, carbon fibre web, metal mesh
(e.g., stainless (steel) wire or foaming metal net), ceramic network or combinations thereof, but the utility model is not limited, as long as resistance to ultraviolet
The material of light irradiation is all used as the material of strainer.In one embodiment, in the supportive of strainer (e.g., glass fiber mesh)
In insufficient situation, support frame is needed to be supported behind.Support frame is, for example, metal mesh or perforated panel, and support frame
Material is, for example, steel alloy, stainless steel, aluminium alloy or galvanized sheet.In another embodiment, when strainer has enough supportives
When, then it can omit support frame.
The mode that photocatalyst filtering net 112 is arranged between fixing seat 102 and fixing seat 104 is illustrated below, but this reality
It is not limited thereto with novel.Fixing seat 102 can have there are two locating slot 138, and locating slot 138 is located at opening 126
Side and the other side.Fixing seat 104 can have there are two locating slot 140, and locating slot 140 be located at the side of groove 128 with
The other side.At least part of one end of photocatalyst filtering net 112 may be housed in locating slot 138, and photocatalyst filtering net 112 is another
At least part of one end may be housed in locating slot 140.
Photocatalyst filtering net 112, which reacts driving light source 110 with light water ion, to be intervally installed, therefore light may make to touch
Matchmaker's strainer 112 is reacted with light water ion has the space not obstructed enough and between driving light source 110, to increase light and gas
The contact probability of body promotes photodissociation and ion reaction, and by the effect of photocatalyst, reduces the energy barrier of reaction and shorten reaction
The required time reacts purification factor and pollutant quickly on catalyst surface, promotes integrated air purification effect
Rate.
Catalysis reaction (catalysis)
Following formula (8) is please referred to formula (10), the light-catalyzed reaction of photocatalyst (by taking titanium dioxide as an example) is in addition to that can pass through
The electron-hole that formula (8) generates can also be produced to directly generating outside redox reaction with pollutant by formula (9) and formula (10)
Raw purification factor (hydroxyl free radical and negative oxygen ion) is reacted.It follows that the source of purification factor is touched in addition to light
Outside matchmaker's irradiation generates, purification factor caused by above-mentioned smooth water ionization reaction driving light source 110 can also participate on catalyst surface
Reaction, therefore its reaction rate is much higher than UV (254nm)/O3/TiO2Air purification program.
TiO2+ hv (< 385nm) → h++e-………………….(8)
h++H2O→OH-+H+…………………..………….(9)
Lamp holder 118 may connect to light water ionization reaction driving light source 110.Lamp holder 118 can also be fixed in fixing seat 102
On.For example, lamp holder 118 can be locked in fixing seat 102 by locking part 120.Locking part 120 is, for example, screw.
Bolster 122 setting opening 126 in, and be located at fixing seat 102 reacted with light water ion drive light source 110 it
Between.Bolster 124 is arranged in groove 128, and is located at fixing seat 104 and is reacted between driving light source 110 with light water ion.It is slow
Stamping 122 can increase the stationarity that light water ion reacts driving light source 110 with bolster 124, and it is anti-to can avoid water ionization
110 direct collision of light source should be driven to fixing seat 102 and fixing seat 104.Bolster 122 and bolster 124 are, for example, o-ring
(O-ring)。
Based on the above embodiment it is found that light water ion module 100 can be combined with air supply device easily and advantageously,
Therefore it can be widely used in various air supply devices.
In addition, reacting driving light source 110 due to light water ionization can be with direct photolysis in light water ion module 100
Pollutant, and by air oxygen and aqueous vapor ionize.Therefore, under conditions of having aqueous vapor, it can produce suitable high concentration
Purification factor, and such purification factor can promote the generation of hydroxyl free radical, and accelerated oxidation/reduction under high aqueous vapor environment
Reaction rate.In addition, light water ionization reaction driving light source 110 can also be directly broken by the DNA of bacterium, virus or mould and RNA
It is bad, it effectively prevent the diffusion of bacterium and virus in the environment.Therefore, indoor air pollutants (e.g., first can efficiently be removed
Aldehyde, toluene, peculiar smell, bacterium, virus, mould etc.) and surface contaminant (e.g., bacterium, virus, mould, third hand cigarette etc.).
Fig. 3 is the schematic diagram of the air supply device of an embodiment of the present invention.
Referring to figure 3., air supply device 200 includes air supply module 202 and light water ion module 100, and can have air inlet
Mouth 204 and air outlet 206.Air supply device 200 is, for example, air purifier, environment purification device, dehumidifier, air-conditioning device, fresh air
Machine or fan coil units, but the utility model is not limited thereto.The gas of air supply device 200 is arranged in air supply module 202
On flow path AF.Air supply module 202 is, for example, fan.The gas flow path AF of air supply device 200 is arranged in light water ion module 100
On, and it is located at the side of air supply module 202.In this embodiment, light water ion module 100 is to be located at air supply device 200
Air inlet 204 and air supply module 202 between be used as example.In addition, the content about light water ion module 100 can refer to
The explanation for stating embodiment is not repeated to illustrate in this.
Fig. 4 is the schematic diagram of the air supply device of an embodiment of the present invention.
It is referring to figure 3. with Fig. 4, air supply device 300 and the difference of air supply device 200：Light water ion module 100 is
As example between air outlet 206 and air supply module 202 to be located at air supply device 300.In addition, the phase isomorphism in Fig. 3 and Fig. 4
Part is indicated using the same symbol, is not repeated to illustrate in this.
Based on the above embodiment it is found that since air supply device 200 and air supply device 300 have light water ion module 100,
Therefore air pollutants and surface contaminant can be effectively removed by the reaction mechanism of photodissociation, ionization and catalysis reaction.
In conclusion the light water ion module of above-described embodiment can be combined with air supply device easily and advantageously,
Therefore it can be widely used in various air supply devices.In addition, in the light water ion module and air supply device of above-described embodiment
In, due to light water ionization react driving light source can with direct photolysis pollutant, and by air oxygen and aqueous vapor ionize.
Therefore, under conditions of having aqueous vapor, it can produce the purification factor of suitable high concentration, and such purification factor is in high aqueous vapor environment
Under can promote the generation of hydroxyl free radical, and accelerated oxidation/reduction reaction rate.In addition, light water ionization reaction driving light source
The DNA of bacterium, virus or mould and RNA can also directly be destroyed, effectively prevent the diffusion of bacterium and virus in the environment.Cause
This, can efficiently remove indoor air pollutants and surface contaminant.
Although the utility model is disclosed as above with embodiment, so it is not intended to limit the utility model, any affiliated
Technical staff in technical field, without departing from the spirit and scope of the utility model, when can make a little change and retouching, therefore
The protection scope of the utility model is when being subject to the range that claim defined.
Claims (20)
1. a kind of smooth water ion module, which is characterized in that including：
First fixing seat has opening；
Second fixing seat positioned at the side of first fixing seat, and has groove；
First fixed plate is fixed between one end of first fixing seat and one end of second fixing seat；
Second fixed plate is fixed between the other end of first fixing seat and the other end of second fixing seat；
Light water ionization reaction driving light source, both ends are located in the opening and the groove；And
Photocatalyst filtering net, between first fixing seat and second fixing seat, and it is anti-around the smooth water ionization
Light source should be driven.
2. smooth water ion module according to claim 1, which is characterized in that
For the first fixing seat tool there are two the first limited block, described two first limited blocks are located at first fixing seat
One end and the other end,
For the second fixing seat tool there are two the second limited block, described two second limited blocks are located at second fixing seat
One end and the other end,
First fixed plate is arranged in first limited block of one end of first fixing seat and is located at described the
Between second limited block of one end of two fixing seats, and
Second fixed plate is arranged in first limited block of the other end of first fixing seat and is located at described
Between second limited block of the other end of second fixing seat.
3. smooth water ion module according to claim 1, which is characterized in that
For the first fixing seat tool there are two the first locating slot, described two first locating slots are located at the side of the opening
With the other side,
For the second fixing seat tool there are two the second locating slot, described two second locating slots are located at the side of the groove
With the other side,
At least part of one end of the photocatalyst filtering net is contained in described two first locating slots, and
At least part of the other end of the photocatalyst filtering net is contained in described two second locating slots.
4. smooth water ion module according to claim 1, which is characterized in that second fixing seat, which has, is connected to institute
State the venthole of groove.
5. smooth water ion module according to claim 1, which is characterized in that the smooth water ionization reaction driving light source
Including ultraviolet source.
6. smooth water ion module according to claim 1, which is characterized in that the photocatalyst filtering net and the smooth water from
Sonization reaction driving light source is intervally installed.
7. smooth water ion module according to claim 1, which is characterized in that the photocatalyst filtering net includes being coated with light
The combination of the strainer of catalyst or the strainer and support frame for being coated with photocatalyst.
8. smooth water ion module according to claim 1, which is characterized in that further include：
Multiple first locking parts, by first fixed plate locking in first fixing seat and in second fixing seat；
And
Multiple second locking parts, by second fixed plate locking in first fixing seat and in second fixing seat.
9. smooth water ion module according to claim 8, which is characterized in that the multiple first locking part and described more
A second locking part includes screw.
10. smooth water ion module according to claim 1, which is characterized in that further include lamp holder, the lamp holder is connected to
The smooth water ionization reaction driving light source.
11. smooth water ion module according to claim 10, which is characterized in that the lamp holder is also fixed in described first
In fixing seat.
12. smooth water ion module according to claim 11, which is characterized in that further include：
Multiple third locking parts, by lamp holder locking in first fixing seat.
13. smooth water ion module according to claim 12, which is characterized in that the multiple third locking part includes spiral shell
Silk.
14. smooth water ion module according to claim 1, which is characterized in that further include：
First bolster, setting in said opening, and are located at first fixing seat and react driving with the smooth water ion
Between light source；And
Second bolster is arranged in the groove, and is located at second fixing seat and reacts driving with the smooth water ion
Between light source.
15. smooth water ion module according to claim 14, which is characterized in that first bolster and described second
Bolster includes o-ring.
16. smooth water ion module according to claim 1, which is characterized in that first fixing seat, described second are consolidated
At least one of reservation, first fixed plate and described second fixed plate have an at least mounting hole.
17. a kind of air supply device, which is characterized in that including：
Air supply module is arranged on the gas flow path of the air supply device；And
Light water ion module according to any one of claims 1 to 15, is arranged in the gas of the air supply device
On body flow path, and it is located at the side of the air supply module.
18. air supply device according to claim 17, which is characterized in that the smooth water ion module is located at the air-supply
Between the air inlet of device and the air supply module.
19. air supply device according to claim 17, which is characterized in that the smooth water ion module is located at the air-supply
Between the air outlet of device and the air supply module.
20. air supply device according to claim 17, which is characterized in that the air supply device includes air purifier, ring
Border clarifier, dehumidifier, air-conditioning device, new blower or fan coil units.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820410189.5U CN208108354U (en) | 2018-03-26 | 2018-03-26 | Light water ion module and air supply device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820410189.5U CN208108354U (en) | 2018-03-26 | 2018-03-26 | Light water ion module and air supply device |
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| Publication Number | Publication Date |
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| CN208108354U true CN208108354U (en) | 2018-11-16 |
Family
ID=64122606
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| CN201820410189.5U Active CN208108354U (en) | 2018-03-26 | 2018-03-26 | Light water ion module and air supply device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111574916A (en) * | 2020-05-29 | 2020-08-25 | 中科环净(福建)科技有限责任公司 | Photocatalytic coating, preparation process and photoionization generator |
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2018
- 2018-03-26 CN CN201820410189.5U patent/CN208108354U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111574916A (en) * | 2020-05-29 | 2020-08-25 | 中科环净(福建)科技有限责任公司 | Photocatalytic coating, preparation process and photoionization generator |
| CN111574916B (en) * | 2020-05-29 | 2024-02-27 | 中科环净(福建)科技有限责任公司 | Photocatalytic coating, preparation process and photoelectric ion generator |
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