CN201652613U - Atomization photocatalysis air purifier and air purification humidifier - Google Patents
Atomization photocatalysis air purifier and air purification humidifier Download PDFInfo
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- CN201652613U CN201652613U CN201020101790XU CN201020101790U CN201652613U CN 201652613 U CN201652613 U CN 201652613U CN 201020101790X U CN201020101790X U CN 201020101790XU CN 201020101790 U CN201020101790 U CN 201020101790U CN 201652613 U CN201652613 U CN 201652613U
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Abstract
The utility model provides an atomization photocatalysis air purifier, which comprises an atomizing unit, a photocatalysis purifying unit and a filter unit which are sequentially connected. The filter unit includes an air inlet passage, a filter cavity and an air outlet connected with the filter chamber, wherein the filter chamber contains filter liquid, an inlet of the air inlet passage receives mixed mist with nano-catalysts, while the mixed mist is outputted by the photocatalysis purifying unit, an outlet is positioned below liquid level of the filter liquid so as to separate the nano-catalysts from the mixed mist. Compared with the prior art, the atomization photocatalysis air purifier can greatly increase air purification effect, and avoid secondary pollution to the nano-catalysts.
Description
Technical field
The utility model belongs to air purification field, and specifically, the utility model relates to a kind of atomizing photocatalysis air purifying device.
Background technology
Room air pollution becomes the problem that people more and more pay close attention to, and to the pursuit of high-quality life, a healthy pure and fresh air environment is arranged around the inevitable requirement.Air purifier is exactly at reducing airborne pollutant, purifying air and invent.Air purifying process at present commonly used has: utilize the adsorption technology, negative oxygen ion technology, photocatalysis technology, high efficiency filter technology (HighEfficiency Particulate Air Filter is abbreviated as HEPA), electrostatic precipitation technology, active oxygen technology of material such as active carbon etc.Wherein thereby photocatalysis technology is to utilize the acting in conjunction of light and catalyst to remove a kind of new technique that harmful substances in air purifies air.The basic principle of PHOTOCATALYTIC AIR-PURIFYING is: photochemical catalyst absorbs energy and is excited greater than the photon of its energy gap, produce electron hole pair, electronics and hole are transported to catalyst surface, thereby have the free radical of strong oxidizing property with harmful substances in air oxidative degradation with the hydrone generation redox reaction generation that is adsorbed in catalyst surface.Wherein catalyst is to be the particle of representative with the nano titanium oxide basically.
Present photocatalysis air purifying device generally adopts the surface to scribble the net or the plate of nano titanium oxide, for example Chinese patent CN2747497Y discloses a kind of vertical light catalytic air purifier, this photocatalysis air purifying device is exactly to allow photocatalysis net or the plate of air by containing nano titanium oxide, simultaneously with xenon lamp or ultra violet lamp, utilize the moisture content that contains in the air, can realize decomposing airborne organic pollution, sterilization.But this type of photocatalysis air purifying device exists some deficiencies in essence: (1) nano particle only is present in the surface of photocatalysis net or plate, when air these nets of process or plate, have only the air that contacts on a small quantity can be by light catalytic purifying with net or plate, a large amount of air directly by and be not cleaned, so clean-up effect is not obvious, and useful space underutilization.(2) under the nature, the moisture that contains in the air is fewer, particularly in the zone of drying, under the lower situation of air humidity, the moisture of photocatalyst surface seldom, thereby make to have the hydroxyl free radical of strong oxidizing property fewer, limited the effect of PHOTOCATALYTIC AIR-PURIFYING greatly.Chinese patent CN1546914A discloses a kind of air processor that adopts ultrasonic atomization liquid nanometer material in addition, and this device utilizes ultrasonic wave atomizing nozzle with the liquid nanometer atomising material, utilizes the multistage type fluorescent tube that returns to shine catalysis then.But this device is designed at the air-conditioning system air cleaning, is not suitable for the portable use of family.In addition, also exist tangible deficiency: the droplet that contains nanocatalyst in (1) this device is only tackled by nylon wire, because nylon wire fixes, cause having a lot of nano particles to overflow and cause secondary pollution inevitably from outlet thereby its footprint is limited; (2) this installs long-term use and can make nylon interception net air purification effect occur blocking and influencing greatly.(3) this device need be provided with a plurality of light sources, thereby has abandoned the use uviol lamp and use fluorescent lamp, causes catalytic effect to descend greatly.Because of the existing deficiency in essence of above two kinds of representational photocatalysis air purifying devices, though the technology of photocatalysis air purifying device is used at present, effect is often not obvious.
Summary of the invention
The purpose of this utility model is the problem that exists in the present photocatalysis air purifying device to provide a kind of atomizing photocatalysis air purifying device and purifying humidifier that can improve clean-up effect, avoid secondary pollution.
For achieving the above object, the utility model provides a kind of atomizing photocatalysis air purifying device, comprise: the unit that hazes of Lian Jieing, light catalytic purifying unit and filter element successively, the described unit that hazes is used to produce the droplet that has nanocatalyst, and it is mixed with air to be clean form the mixing fog have nanocatalyst, described light catalytic purifying unit is used for that the described mixing fog that has nanocatalyst is carried out light and purifies, and exports the mixing fog after the light purification to described filter element; Described filter element comprises inlet channel and filter chamber, fill filter liquide in the described filter chamber, the inlet of described inlet channel receives the mixing fog that has nanocatalyst of light catalytic purifying unit output, outlet places under the liquid level of described filter liquide, to separate the nanocatalyst in the described mixing fog, described filter chamber is provided with air outlet slit.
Wherein, the described unit that hazes comprises haze chamber and the ultrasonic pond that places the below, chamber that hazes, fill the liquid that hazes in the described chamber that hazes, the chamber that hazes is provided with the inlet of air to be clean and fog outlet, have ultrasonic day with fog in the described ultrasonic pond, the described chamber bottom of hazing contacts with liquid level in the described ultrasonic pond.
Wherein, described liquid and the filter liquide of hazing is water.
Wherein, described hazing is provided with water stream channel between chamber and the filter chamber, and filter chamber one side of described water stream channel is provided with floating valve, and the position of described water stream channel is higher than the water level in the described chamber that hazes.
Wherein, described light catalytic purifying unit comprises radiation source and transparent gyrotron, and described radiation source places in the middle of the described transparent gyrotron.
Wherein, the two ends of described transparent gyrotron are connected with the inlet channel of filter element with the fog outlet of the unit that hazes by the head that removably connects respectively.
Wherein, described atomizing photocatalysis air purifying device also comprises the air inlet unit, and described air inlet unit comprises fan.
Wherein, described air inlet unit comprises that also air just filters wall.
For achieving the above object, the utility model also provides a kind of atomizing photocatalysis air-cleaning humidifier, comprise: the unit that hazes of Lian Jieing, light catalytic purifying unit and filter element successively, the described unit that hazes is used to produce the droplet that has nanocatalyst, and it is mixed with air to be clean form the mixing fog have nanocatalyst, described light catalytic purifying unit is used for that the described mixing fog that has nanocatalyst is carried out light and purifies, and exports the mixing fog after the light purification to described filter element; Described filter element comprises inlet channel and filter chamber, fill filter liquide in the described filter chamber, the inlet of described inlet channel receives the mixing fog that has nanocatalyst of light catalytic purifying unit output, outlet places under the liquid level of described filter liquide, to separate the nanocatalyst in the described mixing fog, described filter chamber is provided with air outlet slit; Described atomizing photocatalysis air-cleaning humidifier also comprises purifying air of discharging of described filter element is added the humidifying unit of wet process.
Wherein, the described unit that hazes comprises haze chamber and the ultrasonic pond that places the below, chamber that hazes, fill the liquid that hazes in the described chamber that hazes, the chamber that hazes is provided with the inlet of air to be clean and fog outlet, have ultrasonic day with fog in the described ultrasonic pond, the described chamber bottom of hazing contacts with liquid level in the described ultrasonic pond.
Wherein, described liquid and the filter liquide of hazing is water.
Wherein, described hazing is provided with water stream channel between chamber and the filter chamber, and filter chamber one side of described water stream channel is provided with floating valve, and the position of described water stream channel is higher than the water level in the described chamber that hazes.
Wherein, described light catalytic purifying unit comprises radiation source and transparent gyrotron, and radiation source places in the middle of the described transparent gyrotron.
Wherein, the two ends of described transparent gyrotron are connected with the inlet channel of filter element with the fog outlet of the unit that hazes by the head that removably connects respectively.
Wherein, described atomizing photocatalysis air-cleaning humidifier also comprises the air inlet unit, and described air inlet unit comprises fan.
Wherein, described air inlet unit comprises that also air just filters wall.
Compared with prior art, the utlity model has following technique effect:
1, air purification effect significantly improves.
2, can avoid the secondary pollution of nanocatalyst.
3, nanocatalyst is easy to recycle.
4, the cleaning of parts and maintenance are comparatively convenient.
5, can realize simultaneously purifying and the humidification effect.
Description of drawings
Below, describe embodiment of the present utility model in conjunction with the accompanying drawings in detail, wherein:
Fig. 1 shows the atomizing photocatalysis air purifying device schematic diagram of an embodiment of the utility model;
Fig. 2 shows the atomizing photocatalysis air-cleaning humidifier schematic diagram of another embodiment of the utility model.
The drawing explanation:
1--nanocatalyst inlet 2--water inlet 3--circuit control panel
Ultrasonic day with fog 6--of 4--fan 5--air is just filtered wall
The ultrasonic pond 8--of the 7--chamber 9--liquid level cuing scale that hazes
10--fog outlet 11--xenon lamp or the transparent gyrotron of uviol lamp 12--
A removably connect 14--nano particle of 13--filters a mouthful 15--floating valve
16--delivery port 17--filter chamber 19--water inlet
Haze ultrasonic day with fog 22--of humidification chamber 21--humidifying air outlet of 20--
23--air induction conduit 24--concave structure
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model will be further described.
According to an embodiment of the present utility model, a kind of atomizing photocatalysis air purifying device is provided, this air purifier comprises the air inlet unit, the unit that hazes, clean unit and filter element.
As shown in Figure 1, the air inlet unit comprises that air just filters wall 6, inlet channel and fan 4, and air is just filtered wall 6 and can tentatively be filtered air.Inlet channel connects the unit that hazes, in order to unit that air input to be clean is hazed.Fan 4 is arranged in the inlet channel to increase the flow velocity of air.In case of necessity, circuit control panel 3 can also be set so that fan 4 is controlled, and then regulate the flow velocity of air.Certainly, in the air inlet unit of present embodiment, air just filters wall 6 and fan 4 also can use separately separately.In other embodiment that comparatively simplifies, can also omit described air inlet unit, the unit that directly air input to be clean hazed gets final product, and this is that those skilled in the art are understandable.
Hazing, the unit comprises ultrasonic day with fog 5, ultrasonic pond 7, chamber 8 and liquid level cuing scale 9 haze.The chamber 8 that hazes is provided with nanocatalyst inlet 1, is used to put into nanocatalyst, and nano-catalyst material is mainly titanium dioxide, zinc oxide, aluminium oxide or iron oxide etc.Hazing fills the liquid that hazes in the chamber 8, and present embodiment can adopt water as hazing liquid.Ultrasonic pond 7 places 8 belows, chamber that haze, and ultrasonic day with fog 5 places ultrasonic pond 7, and ultrasonic pond 7 is designed to drawing and pulling type, is convenient to the additional liquid as ultrasonic carrier toward 7 the insides, ultrasonic pond like this, and in the present embodiment, this liquid also can adopt water.Liquid level cuing scale 9 places in the chamber 8 that hazes, and is used to measure the liquid level position that hazes in the chamber 8.Hazing also is provided with fog outlet 10 on the chamber 8, and the fog that has nanocatalyst can enter clean unit by this fog outlet 10 under the drive of air to be clean.In general, the chamber concave structures 24 of 8 bottom design (as shown in Figure 1) that haze, this concave structure immerse in the liquid in ultrasonic pond 7 (be about to this concave structure place the liquid level in ultrasonic pond 7 following), so that accept ultrasonic energy.Haze and to be provided for the delivery port 16 of draining on the chamber 8.What deserves to be explained is that the design of the above-mentioned unit that hazes not is unique, the utility model also can adopt the unit that hazes of other kind, and this is that those skilled in the art are understandable.
Clean unit comprises xenon lamp or uviol lamp 11 and transparent gyrotron 12.The two ends of transparent gyrotron 12 connect the air induction conduit 23 (this air induction conduit 23 will be described below, and repeats no more) of fog outlet 10 and filter element respectively here.Xenon lamp or uviol lamp 11 place in the middle of the described transparent gyrotron 12, are used for shining the air to be clean of transparent gyrotron 12 and the mixture of fog, make harmful substances in air oxidative degradation to be clean.In the present embodiment, xenon lamp or uviol lamp 11 also can be controlled by circuit control panel 3, thereby reach purposes such as regulating intensity of illumination.In addition, in a preferred embodiment, can also be provided with respectively at the two ends of transparent gyrotron 12 and removably connect 13,13 be connected with the air induction conduit 23 of filter element with fog outlet 10 respectively by removably connecting again, be convenient to the cleaning of transparent gyrotron 12 like this.
Filter element comprises air induction conduit 23, filter chamber 17 and air outlet slit 18.Fill filter liquide in the filter chamber 17.The outlet of air induction conduit is that nano particle filters mouth 14, and nano particle filters mouth 14 and places under the liquid level of filter liquide.Air enters air induction conduit 23 with the mixture (fog that mixes that promptly has nanocatalyst particles) of the droplet that has nanocatalyst particles after clean unit is handled, filter mouthful 14 places at nano particle, purified air and separated with droplet, nanocatalyst in the droplet is stayed in the filter liquide, form suspension, purified air and discharged the liquid level of filter liquide with the form of bubble.On the filter chamber 17 air outlet slit is set, is used for release and purifies air.The area of air outlet slit 18 can suitably increase so that purified air and evenly discharge, as shown in Figure 1.In the present embodiment, can adopt water as filter liquide, filter liquide can be general with the liquid that hazes like this, between chamber 8 and the filter chamber 17 water stream channel can be set hazing, and in general, should make the position of this water stream channel be higher than water level in the chamber 8 that hazes.Filter chamber one side at this passage is provided with floating valve 15, when the water level of filter chamber 17 reach a certain height, floating valve 15 was opened, and the water of filter chamber 17 enters the chamber 8 that hazes by described water stream channel, in for chamber 8 supplementing water that haze, reached the purpose of recycling nanocatalyst.What deserves to be explained is that the utility model is not limited to above-mentioned way.The utility model also can use other haze liquid and filter liquide, and the liquid that hazes can be different with filter liquide, and this is that those skilled in the art are understandable.
Further describe the concrete operation method of the atomizing photocatalysis air purifying device of present embodiment below.At first nanocatalyst 1 is poured in the chamber 8 that hazes by entering the mouth.Inject clear water by water inlet 2 then, the water level in the lifting filter chamber gradually after water is injected in the filter chamber 17, after water level was raised to a certain degree, floating valve 15 was opened valve because of carrying in the buoyancy, thus the water in the filter chamber 17 can flow in the chamber 8 that hazes.The user can control the water yield of adding by transparent liquid level cuing scale 9.Then the ultrasonic pond 7 of drawing and pulling type is pulled out, fill water inside, water level need surpass the height of the concave structure of haze chamber 8 and 7 junctions, ultrasonic pond, and ultrasonic pond inwall indicates the lowest water level line that satisfies this condition.By the switch open fan 4 on the circuit control panel 3, the air in the external world is just filtered wall 6 preliminary inside of filtering back suction clarifier via air then.At last by switch open xenon lamp or uviol lamp 11 and ultrasonic day with fog 5 on the control panel 3.Afterwards, the water slurry that is mixed with nanocatalyst in the chamber 8 that hazes can be hazed by ultrasonic, is full of the mist of being made up of the micron order water droplet that is enclosed with nanocatalyst in the chamber 8 that hazes thereby make.These droplets are blowed to fog outlet 10 by extraneous inhaled air, thereby enter round xenon lamp or the ultraviolet lamp tube 11 sinuous transparent gyrotrons 12 that spiral.In transparent gyrotron, air and fog have passed through the one section very long electrical distance that is subjected to, and air has carried out contacting of fullest with the droplet that has nanocatalyst.Under the effect of xenon lamp or uviol lamp, the countless droplets that are wrapped in nanocatalyst have produced the hydroxyl free radical with strong oxidizing property of huge amount, thereby decompose airborne all contaminations, degerming up hill and dale.Cleaned air passes is accompanied by below the water surface that the fog that has reacted has been blown to filter chamber 17, thereby make fog and wherein remaining nanocatalysts all be retained in the water, have only clean air just can filter from nano particle and overflow the water surface again after mouth 14 comes out with the form of bubble.Thereby the water in the filter chamber 17 has played the nanocatalyst that the elimination previous stage brings and the effect of fog of crossing at this moment.Air behind the final purification can be blown toward air outlet slit 18 because of gas pressure.Along with increasing also of the mist that enters can the lifting water level, can replenish moisture in the chamber 8 thereby allow water be back to haze in the filter chamber 17, guarantee that then long-time continuous uses so that floating valve is opened because of the fog loss.In the process of using, the user can be as required by the control of the knob on circuit control panel intake, and the light intensity magnitude of haze power and xenon lamp or ultraviolet lamp tube is regulated the speed of giving vent to anger, air cleaning intensity etc.When not using this clarifier, can open delivery port 16 simultaneously and discharge the suspension of the inside and clean inner cavity chamber by injecting more clear water toward water inlet 2.Can extract ultrasonic pond 7 out outwell the inside water.If transparent gyrotron 12 needs to change, only transparent gyrotron 12 need be taken out and change new getting final product from removably connecting 13.
Present embodiment is vertical design, is convenient to indoor use, and is simple to operate.Present embodiment adopts the form that comprises the nano-catalytic particle in the fog, can greatly strengthen contacting between nanocatalyst, water, light and the air, thereby more effectively purifies air than net or the plate that traditional surface is coated with nano particle.And water smoke is provided in the present embodiment, increased than the moisture that contains in the air under the nature many, thereby can provide enough hydroxyl free radicals to purify air.In addition, present embodiment has been owing to adopted the design of transparent gyrotron, both guaranteed the time enough photocatalysis airborne pollutant of fully degrading, and saved the space again greatly, and only needed a light source, therefore can directly adopt uviol lamp.Thereby thoroughly overcome among the Chinese patent CN1546914A drawback that reduces owing to the photocatalysis efficiency that needs a plurality of light sources to have to abandon to adopt uviol lamp to bring.Present embodiment can thoroughly be removed the nano particle that is mixed with in the fog by the method for water filtration.Thereby present embodiment can either guarantee nano particles a large amount of when photocatalysis can be directly and light, water, air interact, can guarantee again not contain any nano particle in the light catalytic purifying air later.
According to another embodiment of the present utility model, provide a kind of atomizing photocatalysis air-cleaning humidifier.As shown in Figure 2, this embodiment has increased humidifying unit on the basis of the atomizing photocatalysis air purifying device (as shown in Figure 1) of first embodiment, and humidifying unit includes the mouth of a river 19, the humidification chamber 20 that hazes, ultrasonic day with fog 21 and humidifying air outlet 22.The humidification chamber 20 that hazes is communicated with the filter chamber 17 of filter element, is used to receive the air that has purified.The remainder of present embodiment and first embodiment are in full accord, repeat no more here.
When concrete operations, the cleaned air passes of coming out from filter chamber 17 hazes because of gas pressure is blown in the humidification chamber 20, and the water smoke that is produced in the humidification chamber 20 that will haze blows out final purification and the humidification function of having realized air simultaneously by humidifying air outlet 22.In the process of using, the user can add wet strength by the control of the knob on the circuit control panel as required.All the other methods of operating are then in full accord with first embodiment, repeat no more here.
Increase damping device in the present embodiment, clean air not only is provided but also can be indoor humidification simultaneously, thereby possessed the function of air purifier and humidifier simultaneously.And, because present embodiment directly adds wet process to purifying air, the problem that is easy to pollutant such as breed bacteria that can avoid therefore that humidifying air causes.
It should be noted last that above embodiment is only unrestricted in order to the explanation the technical solution of the utility model.Although the utility model is had been described in detail with reference to embodiment, those of ordinary skill in the art is to be understood that, the technical solution of the utility model is made amendment or is equal to replacement, the spirit and scope that do not break away from technical solutions of the utility model, it all should be encompassed in the middle of the claim scope of the present utility model.
Claims (16)
- One kind the atomizing photocatalysis air purifying device, it is characterized in that, comprise: the unit that hazes of Lian Jieing, light catalytic purifying unit and filter element successively, the described unit that hazes is used to produce the droplet that has nanocatalyst, and it is mixed with air to be clean form the mixing fog have nanocatalyst, described light catalytic purifying unit is used for that the described mixing fog that has nanocatalyst is carried out light and purifies, and exports the mixing fog after the light purification to described filter element; Described filter element comprises inlet channel and filter chamber, fill filter liquide in the described filter chamber, the inlet of described inlet channel receives the mixing fog of described light catalytic purifying unit output, outlet places under the liquid level of described filter liquide, to separate the nanocatalyst in the described mixing fog, described filter chamber is provided with air outlet slit.
- 2. atomizing photocatalysis air purifying device according to claim 1, it is characterized in that, the described unit that hazes comprises haze chamber and the ultrasonic pond that places the below, chamber that hazes, fill the liquid that hazes in the described chamber that hazes, the chamber that hazes is provided with the inlet of air to be clean and fog outlet, have ultrasonic day with fog in the described ultrasonic pond, the described chamber bottom of hazing contacts with liquid level in the described ultrasonic pond.
- 3. atomizing photocatalysis air purifying device according to claim 2 is characterized in that, described liquid and the filter liquide of hazing is water.
- 4. atomizing photocatalysis air purifying device according to claim 3, it is characterized in that, described hazing is provided with water stream channel between chamber and the filter chamber, and filter chamber one side of described water stream channel is provided with floating valve, and the position of described water stream channel is higher than the water level in the described chamber that hazes.
- 5. atomizing photocatalysis air purifying device according to claim 1 is characterized in that, described light catalytic purifying unit comprises radiation source and transparent gyrotron, and described radiation source places in the middle of the described transparent gyrotron.
- 6. atomizing photocatalysis air purifying device according to claim 5 is characterized in that, the two ends of described transparent gyrotron are connected with the inlet channel of filter element with the fog outlet of the unit that hazes by the head that removably connects respectively.
- 7. atomizing photocatalysis air purifying device according to claim 1 is characterized in that, described atomizing photocatalysis air purifying device also comprises the air inlet unit, and described air inlet unit comprises fan.
- 8. atomizing photocatalysis air purifying device according to claim 7 is characterized in that, described air inlet unit comprises that also air just filters wall.
- 9. atomizing photocatalysis air-cleaning humidifier, it is characterized in that, comprise: the unit that hazes of Lian Jieing, light catalytic purifying unit and filter element successively, the described unit that hazes is used to produce the droplet that has nanocatalyst, and it is mixed with air to be clean form the mixing fog have nanocatalyst, described light catalytic purifying unit is used for that the described mixing fog that has nanocatalyst is carried out light and purifies, and exports the mixing fog after the light purification to described filter element; Described filter element comprises inlet channel and filter chamber, fill filter liquide in the described filter chamber, the inlet of described inlet channel receives the mixing fog that has nanocatalyst of light catalytic purifying unit output, outlet places under the liquid level of described filter liquide, to separate the nanocatalyst in the described mixing fog, described filter chamber is provided with air outlet slit; Described atomizing photocatalysis air-cleaning humidifier also comprises purifying air of discharging of described filter element is added the humidifying unit of wet process.
- 10. atomizing photocatalysis air purifying device according to claim 9, it is characterized in that, the described unit that hazes comprises haze chamber and the ultrasonic pond that places the below, chamber that hazes, fill the liquid that hazes in the described chamber that hazes, the chamber that hazes is provided with the inlet of air to be clean and fog outlet, have ultrasonic day with fog in the described ultrasonic pond, the described chamber bottom of hazing contacts with liquid level in the described ultrasonic pond.
- 11. atomizing photocatalysis air purifying device according to claim 10 is characterized in that, described liquid and the filter liquide of hazing is water.
- 12. atomizing photocatalysis air purifying device according to claim 11, it is characterized in that, described hazing is provided with water stream channel between chamber and the filter chamber, and filter chamber one side of described water stream channel is provided with floating valve, and the position of described water stream channel is higher than the water level in the described chamber that hazes.
- 13. atomizing photocatalysis air purifying device according to claim 12 is characterized in that, described light catalytic purifying unit comprises radiation source and transparent gyrotron, and described radiation source places in the middle of the described transparent gyrotron.
- 14. atomizing photocatalysis air purifying device according to claim 13 is characterized in that, the two ends of described transparent gyrotron are connected with the inlet channel of filter element with the fog outlet of the unit that hazes by the head that removably connects respectively.
- 15. atomizing photocatalysis air purifying device according to claim 9 is characterized in that, described atomizing photocatalysis air purifying device also comprises the air inlet unit, and described air inlet unit comprises fan.
- 16. atomizing photocatalysis air purifying device according to claim 15 is characterized in that, described air inlet unit comprises that also air just filters wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020101790XU CN201652613U (en) | 2010-01-26 | 2010-01-26 | Atomization photocatalysis air purifier and air purification humidifier |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020101790XU CN201652613U (en) | 2010-01-26 | 2010-01-26 | Atomization photocatalysis air purifier and air purification humidifier |
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| CN201652613U true CN201652613U (en) | 2010-11-24 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102135292B (en) * | 2010-01-26 | 2013-10-16 | 中国科学院物理研究所 | Atomization photocatalysis air cleaner |
| CN103486675A (en) * | 2013-10-09 | 2014-01-01 | 浙江大学苏州工业技术研究院 | Method and device for removing indoor air particulate matter through wet method |
| CN108375110A (en) * | 2018-01-29 | 2018-08-07 | 高顺 | A kind of complete intelligent air cleaning facility |
| CN113669800A (en) * | 2021-08-30 | 2021-11-19 | 珠海格力电器股份有限公司 | Control method of portable outdoor air conditioner and outdoor air conditioner |
| CN114904342A (en) * | 2021-02-10 | 2022-08-16 | 燕龙基(徐州)再生资源利用有限公司 | Useless glass dust removal environment-friendly device |
-
2010
- 2010-01-26 CN CN201020101790XU patent/CN201652613U/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102135292B (en) * | 2010-01-26 | 2013-10-16 | 中国科学院物理研究所 | Atomization photocatalysis air cleaner |
| CN103486675A (en) * | 2013-10-09 | 2014-01-01 | 浙江大学苏州工业技术研究院 | Method and device for removing indoor air particulate matter through wet method |
| CN103486675B (en) * | 2013-10-09 | 2016-04-20 | 浙江二马环境科技有限公司 | Wet method removes the method and apparatus of indoor air particulate matter |
| CN108375110A (en) * | 2018-01-29 | 2018-08-07 | 高顺 | A kind of complete intelligent air cleaning facility |
| CN108375110B (en) * | 2018-01-29 | 2019-12-03 | 薛迪宋 | A kind of intelligentized air cleaning facility |
| CN114904342A (en) * | 2021-02-10 | 2022-08-16 | 燕龙基(徐州)再生资源利用有限公司 | Useless glass dust removal environment-friendly device |
| CN113669800A (en) * | 2021-08-30 | 2021-11-19 | 珠海格力电器股份有限公司 | Control method of portable outdoor air conditioner and outdoor air conditioner |
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