CN204285652U - A kind of ultra-thin air cleaning unit - Google Patents
A kind of ultra-thin air cleaning unit Download PDFInfo
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- CN204285652U CN204285652U CN201420671414.2U CN201420671414U CN204285652U CN 204285652 U CN204285652 U CN 204285652U CN 201420671414 U CN201420671414 U CN 201420671414U CN 204285652 U CN204285652 U CN 204285652U
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Abstract
The utility model relates to air cleaning unit technical field, particularly relate to a kind of ultra-thin air cleaning unit, it comprises air intake module, air-out module, air treatment module is provided with between air intake module and air-out module, air treatment module is provided with shell, and the length of the shell of air treatment module is greater than width; The bottom end face of the shell of air treatment module is windward side, top end face is outlet air surface; It is from bottom to top that the internal gas flow of air treatment module flows to, and internal gas flow flows to the windward side perpendicular to air treatment module.The utility model overcome common purifying device in specific occasion inapplicable shortcoming, greatly expanded occupation mode and the range of application of air cleaning unit, the further abundant and perfect application of air purifying process in real life; And the utility model has, and filtration resistance is little, structure is simple, use cost is low, applied range, various air purifying process Combination application flexible, purification of air usefulness high.
Description
Technical field
The utility model relates to air cleaning unit technical field, particularly relates to a kind of ultra-thin air cleaning unit.
Background technology
Air purifier is generally with the dust removed in particular space in air, bacterium, peculiar smell and unsound organic volatile matter, and existing air purifier realizes air-cleaning function mainly through filtering layer by layer.
Pollution sources in air purifier applied environment often have many kinds, the chemical contamination such as formaldehyde, benzene homologues, TVOC that such as micronic dust, pollen, oil smoke, nicotine, peculiar smell, bacterium, virus and decorations cause.At present, market there is various air-treatment technology, the filter screen technology, active carbon adsorption technology, negative oxygen ion technology, active oxygen technology, electrostatic precipitator technology, low temperature asymmetric plasma technology, molecular complex technology, photocatalyst catalytic decomposition technology, cascade filtering technique, UV radiation technology for sterilization etc. of such as various rank.But, each air purifying process is not omnipotent, only effective for specific source, therefore, the function of air purifier often plyability, the combination that is multiple air-treatment technology, and each air-treatment technology will reach optimum performance often requires that clarifier inside has rational space, in air purifier, enough spaces to be had along air current flow direction especially.
Clean air delivery rate (being called for short CADR) is one of major parameter of the detergent power characterizing air purifier, therefore normal air clarifier wishes that the windward side of filter is large as far as possible, for the filter of same characteristic, by identical Clean air delivery rate, the resistance of the more large more then filter of front face area is lower, filter efficiency is higher, and that is the purification of air usefulness of air purifier is higher.Fig. 1 is the STRUCTURE DECOMPOSITION schematic diagram of normal air clarifier, generally comprises filter integrated 303, ultimate filter 304, blower fan 305, casing 306 etc. of panel 301, primary filter 302, specific function.Contaminated air sucks from primary filter end, and after high pressure positive blower pressurization, through filter layer by layer, the unhealthy composition in air is filtered, adsorbs or processes, and last pure air is sent from ultimate filter end.As can be seen from Figure 1, normal air clarifier main feature wishes that the internal gas flow of the largest face of filter as windward side perpendicular to clarifier flows to 307, simultaneously, to unhealthy composition multiple in air, there is the multifunctionality of disposal ability in order to make air purifier, emphasize that the windward side of various filter is being put perpendicular to the upper strata, direction of internal gas flow is stacked, namely various filter all makes platypelloid type, and as shown in Figure 1, its length L, height H are all much larger than width W.
Normal air clarifier has the features such as technology maturation, pattern be various, but normal air clarifier also has many requirements to environmental condition in use, if service condition is not good, clarifier can not be brought into normal play usefulness equally.As some narrow spaces or the more space of stacked items, not only normal air clarifier self needs to occupy certain physical space, and its run required for rational air current composition will require larger running space, limit the use of common purifying device.Have in the occasion of special circumstances at other, there is many inapplicable phenomenons in normal air clarifier equally.In addition, market occurs the filtering core of different purposes passes through the combined filter of stacked formation layer by layer, although structure is compact, but often kind of filtering core is different relative to the dust containing capacity of specific working substance, in different environment, once the performance degradation of one of them filtering core, need entirety to abandon, cause significant wastage.
Utility model content
The utility model in order to overcome common purifying device in specific occasion inapplicable shortcoming and a kind of ultra-thin air cleaning unit is provided, simultaneously, the utility model has also greatly expanded occupation mode and the range of application of air purifier, the further abundant and perfect application of air purifying process in real life.The utility model has that filtration resistance is little, structure is simple, use cost is low, applied range, various air purifying process Combination application flexibly, purification of air usefulness high.
To achieve these goals, the utility model is by the following technical solutions:
A kind of ultra-thin air cleaning unit, comprise air intake module, air-out module, be provided with air treatment module between described air intake module and air-out module, described air treatment module is provided with shell, and the length of the shell of described air treatment module is greater than width; The bottom end face of the shell of described air treatment module is windward side, top end face is outlet air surface; It is from bottom to top that the internal gas flow of described air treatment module flows to, and internal gas flow flows to the windward side perpendicular to described air treatment module.
Wherein, described air intake module, air-out module are provided with shell, and the shell of described air intake module, the shell of air-out module are all that length is greater than width; Described air intake module is positioned at the below of described air treatment module, described air-out module is positioned at the top of described air treatment module, the top of the shell of described air intake module is connected with the bottom of the shell of described air treatment module by flange and sealing strip, and the bottom of the shell of described air-out module is connected with the top of the shell of described air treatment module by flange and sealing strip.
Wherein, described air treatment module can be the one in electrostatic precipitation module, ion generation module, photocatalyst filtering net module, active carbon filter screen module, humidification module, new wind module, two kinds of combinations or multiple combination.
Wherein, described air treatment module can comprise pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, and described air intake module, pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, air-out module set gradually from bottom to up.
Wherein, the shell of described air intake module, pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, air-out module all in cuboid-type, and is connected and sealed by flange and sealing strip between the shell of described air intake module, pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, air-out module.
Wherein, the shell of described air intake module, pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, air-out module is assembled by some wallboards to form.
Wherein, the shell of described air intake module offers air inlet, is provided with the air intake deflector for regulating air intake direction in described air intake module; The shell of described air-out module offers air outlet, is provided with the air-out deflector for regulating air-out direction in described air-out module.
Wherein, prefiltering net is provided with in described pre-filtering module; The bottom of described electrostatic precipitation module is provided with ion emitter, and the top of described electrostatic precipitation module is provided with electrostatic dust collecting plate; In described blower fan module, blower fan is installed; The top of described photocatalyst filtering net module is provided with photocatalyst cellular board, and the bottom of described photocatalyst filtering net module is provided with uviol lamp; Active carbon filter screen is provided with in described active carbon filter screen module.
Wherein, the blower fan in described blower fan module is cross flow fan, axial flow blower or centrifugal blower.
Wherein, the width of described ultra-thin air cleaning unit is 10 ~ 120 millimeters, and the height of described ultra-thin air cleaning unit is more than or equal to 250 millimeters.
The utility model beneficial effect is:
Superthin structure design of the present utility model, make the structure of air cleaning unit more aobvious succinct, dexterous, occupation mode and the range of application of air cleaning unit are greatly expanded, the further abundant and perfect application of air purifying process in real life, special under some particular service requirements, when such as wall hanging or ceiling mode use, greatly save the interior space, if used with other furniture indoor, Facilities serialized, more its excellent performance can be embodied.
Ultra-thin air cleaning unit of the present utility model, more easily realize each module to design and produce with the formal standard of functional section, air cleaning unit is made structurally to realize modular assembly, the module of difference in functionality can be exchanged flexibly, make air cleaning unit can according to environment for use, the change using season and service condition and carry out different function combinations, greatly improve the actual practical value of air cleaning unit, all positive effect is had to the quality safety of air cleaning unit, production efficiency and working service simultaneously.
The utility model emphasizes the project organization extending vent flow path, emphasize the function singleness of each air treatment module, emphasize the filtering effect of electrostatic and absorption, setting like this, avoid each filtering core life-span different and waste that causes in different environments of stacked combination formula type filter, make air in longer runner, have enough chances filter be installed in runner to catch and interception, make the resistance of whole air cleaning unit very low simultaneously, not only greatly reduce the requirement of device to fan performance, reduce fan energy consumption, and more easily control the noise of air cleaning unit.
The relative angle of air intake of the present utility model and air-out can have multiple choices, and air cleaning unit can realize the air flowing in the same space or different spaces, air cleaning unit is possessed greater functionality.
In sum, ultra-thin air cleaning unit of the present utility model has the advantages such as structure is simple, assembling is flexible, filtration resistance is low, the scope of application is wide.
Accompanying drawing explanation
Fig. 1 is the decomposing schematic representation of normal air clarifier;
Fig. 2 is each module housing syndeton of the present utility model and air flow direction schematic diagram;
Fig. 3 is schematic perspective view of the present utility model;
Fig. 4 is front view and the part sectioned view of the utility model one embodiment;
Fig. 5 is the left pseudosection of the utility model one embodiment.
Comprise in Fig. 2 ~ 5:
The ultra-thin air cleaning unit of 100-, 1-shell, 2-wallboard, 3-flange, 4-sealing strip, 5-air intake module, 6-pre-filtering module, 7-electrostatic precipitation module, 8-blower fan module, 9-photocatalyst filtering net module, 10-active carbon filter screen module, 11-air-out module, 12-buffer module;
51-air inlet, 52-air intake deflector, 61-prefiltering net, 71-ion emitter, 72-electrostatic dust collecting plate, 81-blower fan, 91-photocatalyst cellular board, 92-uviol lamp, 101-active carbon filter screen, 111-air outlet, 112-air-out deflector;
201-internal gas flow flows to, 202-air intake air-flow, 203-air-out air-flow, 204-windward side, 205-outlet air surface, 206-vertical cross-section, 207-horizontal cross-section.
Detailed description of the invention
In order to describe the technical solution of the utility model in detail, below in conjunction with the accompanying drawing of the utility model embodiment, clear, complete description is carried out to the technical scheme of the utility model embodiment.Obviously, described embodiment is a part of embodiment of the present utility model, instead of whole embodiments.Based on described embodiment of the present utility model, the every other embodiment that those of ordinary skill in the art obtain under without the need to the prerequisite of creative work, all belongs to the scope of the utility model protection.
Please refer to Fig. 2 and Fig. 3, ultra-thin air cleaning unit 100 of the present utility model, comprise air intake module 5, air-out module 11, air treatment module is provided with between air intake module 5 and air-out module 11, air treatment module is provided with shell 1, and the length L1 of the shell 1 of air treatment module is greater than width W 1.The bottom end face of the shell 1 of air treatment module is windward side 204, top end face is outlet air surface 205.The internal gas flow of air treatment module flows to 201 for from bottom to top, and internal gas flow flows to 201 perpendicular to the windward side 204 of air treatment module, makes ultra-thin air cleaning unit 100 form superthin structure.Superthin structure design of the present utility model, make the structure of air cleaning unit more aobvious succinct, dexterous, occupation mode and the range of application of air cleaning unit are greatly expanded, the further abundant and perfect application of air purifying process in real life, special under some particular service requirements, when such as wall hanging or ceiling mode use, greatly save the interior space, if used with other furniture indoor, Facilities serialized, more its excellent performance can be embodied.
Main feature of the present utility model wishes that ultra-thin air cleaning unit carries out cross section on three-dimensional 3 directions, and that cross-section parallel getting maximum area flows to 201 in internal gas flow, gets that cross section of minimum area as windward side 204.As shown in Figure 3, for schematic perspective view of the present utility model, on three-dimensional 3 directions, the cross section of maximum area is vertical cross-section 206, the cross section of minimum area is horizontal cross-section 207, so vertical cross-section 206 is parallel to internal gas flow flow to 201, horizontal cross-section 207 is as windward side 204.In order to distinguish little subminiature air cleaner, the width W 1 of the ultra-thin air cleaning unit 100 of the utility model is 10 ~ 120 millimeters, and the height H 1 of ultra-thin air cleaning unit 100 is more than or equal to 250 millimeters.
As shown in Figure 2, air intake module 5, air-out module 11 are provided with shell 1, and the shell 1 of the shell 1 of air intake module 5, air-out module 11 is all length is greater than width.Air intake module 5 is positioned at the below of air treatment module, air-out module 11 is positioned at the top of air treatment module, the top of the shell 1 of air intake module 5 is connected with the bottom of the shell 1 of air treatment module by flange 3 and sealing strip 4, and the bottom of the shell 1 of air-out module 11 is connected with the top of the shell 1 of air treatment module by flange 3 and sealing strip 4.This syndeton, more easily realize each module to design and produce with the formal standard of functional section, air cleaning unit is made structurally to realize modular assembly, make air cleaning unit can according to environment for use, the change using season and service condition and carry out different function combinations, greatly improve the actual practical value of air cleaning unit, all positive effect is had to the quality safety of air cleaning unit, production efficiency and working service simultaneously.
Air treatment module can be the one in electrostatic precipitation module, ion generation module, photocatalyst filtering net module, active carbon filter screen module, humidification module, new wind module, two kinds of combinations or multiple combination, to realize air conditioning, Chalk-dust filtering and to remove the air-treatment functions such as pernicious gas.So the air treatment module in Fig. 2 adopts omissive representation.
Operationally, air enters from air intake module 5 the ultra-thin air cleaning unit of Fig. 2, sends after each resume module of ultra-thin air cleaning unit from air-out module 11, and air is that internal gas flow flows to 201 from air inlet 51 to the flow direction of air outlet 111; The approach axis of air when entering air inlet 51 and the transport direction when sending air outlet 111 are called that outer gas stream flows to, and air inlet 51 place forms air intake air-flow 202, and air outlet 111 place forms air-out air-flow 203.Outer gas stream flows to and forms the air current composition of air cleaning unit in space.
Please refer to Fig. 4 and Fig. 5, the ultra-thin air cleaning unit 100 of the utility model one embodiment, air treatment module comprises pre-filtering module 6, electrostatic precipitation module 7, blower fan module 8, buffer module 12, photocatalyst filtering net module 9, active carbon filter screen module 10.Wherein, air intake module 5, pre-filtering module 6, electrostatic precipitation module 7, blower fan module 8, buffer module 12, photocatalyst filtering net module 9, active carbon filter screen module 10, air-out module 11 set gradually from bottom to up.
Air intake module 5, pre-filtering module 6, electrostatic precipitation module 7, blower fan module 8, buffer module 12, photocatalyst filtering net module 9, active carbon filter screen module 10, the shell 1 of air-out module 11 is all in cuboid-type, such as: air intake module 5, pre-filtering module 6, electrostatic precipitation module 7, blower fan module 8, buffer module 12, photocatalyst filtering net module 9, active carbon filter screen module 10, the length of the shell 1 of air-out module 11 is equal, air intake module 5, pre-filtering module 6, electrostatic precipitation module 7, blower fan module 8, buffer module 12, photocatalyst filtering net module 9, active carbon filter screen module 10, the width of the shell 1 of air-out module 11 is equal, be connected and sealed by flange 3 and sealing strip 4 between the shell 1 of air intake module 5, pre-filtering module 6, electrostatic precipitation module 7, blower fan module 8, buffer module 12, photocatalyst filtering net module 9, active carbon filter screen module 10, air-out module 11.
Buffer module 12 is as the transitional module between two functional modules, can be in order to supporting ultra-thin air cleaning unit structure, also can be last functional module for reaching the space required for better performance, generally only have shell and inside does not have device functionality component.The wallboard of the shell of buffer module can adopt special material neatly, to reach special effect.
The shell 1 of air intake module 5, pre-filtering module 6, electrostatic precipitation module 7, blower fan module 8, buffer module 12, photocatalyst filtering net module 9, active carbon filter screen module 10, air-out module 11 is be made up of some wallboard 2 assemblings or also can is integral structure.Or the shell of the ultra-thin air cleaning unit 100 to be connected to form by each module sealing also can be integral structure.Wherein, the shell 1 of each module or flange 3, all can do the fixed support of the component of this inside modules, and can increase decorative panel further at the skin of shell 1, make ultra-thin air cleaning unit sealing of the present utility model tighter, profile is more attractive in appearance.
The shell 1 of air intake module 5 offers air inlet 51, is provided with the air intake deflector 52 for regulating air intake direction in air intake module 5; The shell 1 of air-out module 11 offers air outlet 111, is provided with the air-out deflector 112 for regulating air-out direction in air-out module 11.
Prefiltering net 61 is provided with in pre-filtering module 6; The bottom of electrostatic precipitation module 7 is provided with ion emitter 71, and the top of electrostatic precipitation module 7 is provided with electrostatic dust collecting plate 72; Blower fan 81 is installed in blower fan module 8; The top of photocatalyst filtering net module 9 is provided with photocatalyst cellular board 91, and the bottom of photocatalyst filtering net module 9 is provided with uviol lamp 92.The active carbon filter screen 101 be made up of the non-woven fabrics of entrainment activity charcoal particle is provided with in active carbon filter screen module 10, the non-woven fabrics of active carbon filter screen 101 can be other network of micropores, also can be electrostatic electret fiber filtrate, activated carbon granule can be eliminated, decompose, the bad composition such as the peculiar smell suppressed in air, ozone, and electrostatic electret fiber filtrate then adsorbs further to the residue dust granule in air.Further, the activated carbon granule that active carbon filter screen 101 is carried secretly also can be that other have the particle of adsorption capacity, or the mixing of multiple adsorbent, makes active carbon filter screen 101 possess adsorption effect widely.
Blower fan 81 in blower fan module 8 is cross flow fan 81, axial flow blower 81 or centrifugal blower 81, and specifically, blower fan module 8 provides kinetic energy for air, and the air entering ultra-thin air cleaning unit is flowed according to the flow direction of setting.The blower fan 81 that blower fan module 8 inside is installed can be the cross flow fan of 1 or 1 more parallel installation, can be the axial flow blower of 1 or 1 more parallel installation, also can be the centrifugal blower of 1 or 1 more parallel installation.
The operation principle of the ultra-thin air cleaning unit of the utility model one embodiment: outdoor air is by the adjustment of the air intake deflector 52 of air intake module 5, enter ultra-thin air cleaning unit 100 from corresponding air inlet 51, then by the prefiltering net 61 in pre-filtering module 6, the dust of the larger particles such as the hair contained in air, fiber is filtered for the first time; Air after the dust of prefiltering net 61 filtering larger particles enters electrostatic precipitation module 7, when air is through ion emitter 71, ion emitter 71 constantly produces electric charge and swoons under high-tension effect, make the dust granule in air and bacterium charged, air-flow continues flowing, various charged species accelerates mixing, collision, thus make microorganism be ionized solution, effectively resist, the microorganism removed in air, then air enters electrostatic dust collecting plate 72, and dust granule charged in air is adsorbed by electrostatic dust collecting plate 72 under the effect of Coulomb force; Air successively through blower fan module 8 and buffer module 12 laggard enter photocatalyst filtering net module 9, photocatalyst cellular board 91 improves activity under the effect of uviol lamp 92, the organic substance be harmful in air and part inorganic substances are decomposed further, simultaneously, the internal gas flow of photocatalyst cellular board 91 to ultra-thin air cleaning unit 100 also can play current balance function, makes air more uniformly enter active carbon filter screen module 10; Air is after active carbon filter screen module 10 is filtered; Obtain clean air, the water conservancy diversion of the air-out deflector 112 in air outlet module 11, sends from corresponding air outlet 111.
Further, each module of the utility model air treatment module all must not need to install, and can only uniquely not install, can be that a kind of module may also be being combined through series connection of multiple module or multiple congenerous module, each air treatment module can according to the difference of environment for use, and it is installed kind, quantity and position and all can adjust flexibly.
Therefore, ultra-thin air cleaning unit of the present utility model, more easily realize each module to design and produce with the formal standard of functional section, air cleaning unit is made structurally to realize modular assembly, the module of difference in functionality can be exchanged flexibly, make air cleaning unit can according to environment for use, the change using season and service condition and carry out different function combinations, greatly improve the actual practical value of air cleaning unit, all positive effect is had to the quality safety of air cleaning unit, production efficiency and working service simultaneously.
The utility model emphasizes the project organization extending vent flow path, emphasize the function singleness of each air treatment module, emphasize the filtering effect of electrostatic and absorption, setting like this, avoid each filtering core life-span different and waste that causes in different environments of stacked combination formula type filter, make air in longer runner, have enough chances filter be installed in runner to catch and interception, make the resistance of whole air cleaning unit very low simultaneously, not only greatly reduce the requirement of device to fan performance, reduce fan energy consumption, and more easily control the noise of air cleaning unit.
The relative angle of air intake of the present utility model and air-out can have multiple choices, and air cleaning unit can realize the air flowing in the same space or different spaces, air cleaning unit is possessed greater functionality.
In sum, ultra-thin air cleaning unit of the present utility model has the advantages such as structure is simple, assembling is flexible, filtration resistance is low, the scope of application is wide.
Finally should be noted that; above embodiment is only in order to illustrate the technical solution of the utility model; but not the restriction to the utility model protection domain; although done to explain to the utility model with reference to preferred embodiment; those of ordinary skill in the art is to be understood that; the technical solution of the utility model is modified or equivalent replacement, all belong to protection domain of the present utility model.Equally, the nouns of locality such as above-mentioned up, down, left, right, before and after, only in order to the technical solution of the utility model to be described, but not the restriction to the utility model protection domain.
Claims (10)
1. a ultra-thin air cleaning unit, comprise air intake module, air-out module, be provided with air treatment module between described air intake module and air-out module, it is characterized in that: described air treatment module is provided with shell, and the length of the shell of described air treatment module is greater than width; The bottom end face of the shell of described air treatment module is windward side, top end face is outlet air surface; It is from bottom to top that the internal gas flow of described air treatment module flows to, and internal gas flow flows to the windward side perpendicular to described air treatment module.
2. ultra-thin air cleaning unit according to claim 1, is characterized in that: described air intake module, air-out module are provided with shell, and the shell of described air intake module, the shell of air-out module are all that length is greater than width; Described air intake module is positioned at the below of described air treatment module, described air-out module is positioned at the top of described air treatment module, the top of the shell of described air intake module is connected with the bottom of the shell of described air treatment module by flange and sealing strip, and the bottom of the shell of described air-out module is connected with the top of the shell of described air treatment module by flange and sealing strip.
3. ultra-thin air cleaning unit according to claim 2, is characterized in that: described air treatment module is the one in electrostatic precipitation module, ion generation module, photocatalyst filtering net module, active carbon filter screen module, humidification module, new wind module, two kinds of combinations or multiple combination.
4. ultra-thin air cleaning unit according to claim 2, it is characterized in that: described air treatment module comprises pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, described air intake module, pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, air-out module set gradually from bottom to up.
5. ultra-thin air cleaning unit according to claim 4, it is characterized in that: the shell of described air intake module, pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, air-out module all in cuboid-type, and is connected and sealed by flange and sealing strip between the shell of described air intake module, pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, air-out module.
6. ultra-thin air cleaning unit according to claim 5, is characterized in that: the shell of described air intake module, pre-filtering module, electrostatic precipitation module, blower fan module, buffer module, photocatalyst filtering net module, active carbon filter screen module, air-out module is assembled by some wallboards to form.
7. ultra-thin air cleaning unit according to claim 5, is characterized in that: the shell of described air intake module offers air inlet, is provided with the air intake deflector for regulating air intake direction in described air intake module; The shell of described air-out module offers air outlet, is provided with the air-out deflector for regulating air-out direction in described air-out module.
8. ultra-thin air cleaning unit according to claim 5, is characterized in that: be provided with prefiltering net in described pre-filtering module; The bottom of described electrostatic precipitation module is provided with ion emitter, and the top of described electrostatic precipitation module is provided with electrostatic dust collecting plate; In described blower fan module, blower fan is installed; The top of described photocatalyst filtering net module is provided with photocatalyst cellular board, and the bottom of described photocatalyst filtering net module is provided with uviol lamp; Active carbon filter screen is provided with in described active carbon filter screen module.
9. ultra-thin air cleaning unit according to claim 8, is characterized in that: the blower fan in described blower fan module is cross flow fan, axial flow blower or centrifugal blower.
10. the ultra-thin air cleaning unit according to claim 1 to 9 any one, is characterized in that: the width of described ultra-thin air cleaning unit is 10 ~ 120 millimeters, and the height of described ultra-thin air cleaning unit is more than or equal to 250 millimeters.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420671414.2U CN204285652U (en) | 2014-11-10 | 2014-11-10 | A kind of ultra-thin air cleaning unit |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420671414.2U CN204285652U (en) | 2014-11-10 | 2014-11-10 | A kind of ultra-thin air cleaning unit |
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| CN204285652U true CN204285652U (en) | 2015-04-22 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105003977A (en) * | 2014-11-10 | 2015-10-28 | 贺红宇 | Ultrathin air purifying device and air purifying device combined with door for installation |
| CN106051940A (en) * | 2016-06-06 | 2016-10-26 | 碧城（上海）新能源科技有限公司 | Photocatalyst filter net air purifier |
| CN114659211A (en) * | 2017-08-30 | 2022-06-24 | 首尔伟傲世有限公司 | Air purification module |
-
2014
- 2014-11-10 CN CN201420671414.2U patent/CN204285652U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105003977A (en) * | 2014-11-10 | 2015-10-28 | 贺红宇 | Ultrathin air purifying device and air purifying device combined with door for installation |
| CN106051940A (en) * | 2016-06-06 | 2016-10-26 | 碧城（上海）新能源科技有限公司 | Photocatalyst filter net air purifier |
| CN114659211A (en) * | 2017-08-30 | 2022-06-24 | 首尔伟傲世有限公司 | Air purification module |
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