CN1895682A - Air conditioner - Google Patents
Air conditioner Download PDFInfo
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- CN1895682A CN1895682A CN200610106358.8A CN200610106358A CN1895682A CN 1895682 A CN1895682 A CN 1895682A CN 200610106358 A CN200610106358 A CN 200610106358A CN 1895682 A CN1895682 A CN 1895682A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A50/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE in human health protection, e.g. against extreme weather
- Y02A50/20—Air quality improvement or preservation, e.g. vehicle emission control or emission reduction by using catalytic converters
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- Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
- Devices For Blowing Cold Air, Devices For Blowing Warm Air, And Means For Preventing Water Condensation In Air Conditioning Units (AREA)
- Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)
Abstract
The invention provides an air conditioner capable of omitting time and labor of having a user replenish water to be used in an electrostatic atomizing device. This air conditioner comprises a casing having an air inlet and an outlet, a fan and an electrostatic atomizing part for generating electrostatic atomizing. The electrostatic atomizing part is provided with atomizing electrodes; dew generating unit for condensing water in air and providing dew to the atomizing electrodes; a heat radiation part for radiating the heat produced by dew generating unit; and a high voltage applying unit to apply high voltage on the atomizing electrodes and to electrostaticly atomize dew. The atomizing electrodes and the heat radiation part are arranged within the casing capable of discharging the electrostatic atomizing from the outlet by part of the air flow supplied from the fan, and the remaining air flow to cool the heat radiation part.
Description
Technical field
The present invention relates to a kind of aircondition with the electrostatic atomization portion that generates the charged corpuscle mist.
Background technology
In the past, well-known is to be the air cleaner that purpose discharges the charged corpuscle mist with the deodorization of room air and the abnormal flavour of removing attached to indoor wall etc.This air cleaner, for example openly specially permit in communique 2004-85185 number in Japan on the books, mainly by constituting: have the casing, filter, Air Blast fan, aqua storage tank of air entry and outlet, be the electrostatic atomization portion that raw material generates the charged corpuscle mist with the water of supplying with from aqua storage tank with the lower part.Electrostatic atomization portion possesses atomizing electrode and opposite electrode, by apply high voltage between atomizing electrode and opposite electrode, the water of supplying with from aqua storage tank is carried out electrostatic atomization, and generating particle diameter is the charged corpuscle mist of nano-scale.
In the air cleaner of said structure, when driving Air Blast fan, extraneous air attracted in the casing by air entry, remove dust by filter after, be sent to electrostatic atomization portion.The charged corpuscle mist that generates in electrostatic atomization portion and together emitted to the outside from outlet by the air that filter has been cleaned.
But, in this air cleaner,, therefore, when long-time continuous is used air cleaner, must carry out operation termly to the aqua storage tank moisturizing owing to supply with by aqua storage tank as the water of the raw material of charged corpuscle mist.
Summary of the invention
The present invention develops in view of above-mentioned problem in the past, and the operation of not feeding water also can for a long time, stably generate the aircondition of charged corpuscle mist even its main purpose is to provide a kind of user.
That is, aircondition of the present invention is characterized in that, comprising: casing, and it has air entry and outlet; Electrostatic atomization portion, it generates the charged corpuscle mist; Air Blast fan, it sucks extraneous air in the casing via air entry, and the air that will contain the charged corpuscle mist is emitted from outlet, and electrostatic atomization portion possesses: atomizing electrode; Dew generates mechanism, and it makes airborne moisture dewfall, provides dew to atomizing electrode; Cooling mechanism, it dispels the heat to the heat that dew generates mechanism's generation; The voltage applying mechanism, it applies high voltage to atomizing electrode, dew is carried out electrostatic atomization, atomizing electrode and cooling mechanism are configured in the casing, make and the charged corpuscle mist to be emitted from outlet, by the nubbin cooling heat dissipation mechanism of air flow by the part of the air flow supplied with from Air Blast fan.
According to the present invention, catch moisture contained in the air because will utilize dew to generate mechanism, the dew that obtains is generated the charged corpuscle mist as raw material, so the operation of need not user feeding water also can generate the charged corpuscle mist for a long time.In addition, though need generate the heat that mechanism produces to dew owing to be provided with that dew generates mechanism dispels the heat, but in the present invention, because use a part of cooling heat dissipation mechanism of air flow that Air Blast fan provides, therefore by using an Air Blast fan, just can carry out simultaneously emitting charged particle mist and cooling heat dissipation mechanism from outlet.Consequently, need not cooling body be set in addition in casing, can prevent the maximization of aircondition and the increase of manufacturing cost.
Above-mentioned aircondition has the filter of the air that purification attracts from air entry, preferably with filter deployment between air entry and Air Blast fan, electrostatic atomization portion is configured between Air Blast fan and the outlet.Like this, by filter cleaning air be sent to electrostatic atomization portion, therefore, trickle dust can not be adsorbed on electrostatic atomization portion, and, can be simultaneously provide charged particle mist and the air that has purified from outlet.
In addition, outlet is made of first outlet and second outlet that is arranged on the first outlet diverse location, preferably atomizing electrode is configured in first air supply path that is arranged between the Air Blast fan and first outlet, cooling mechanism is configured in second air supply path that is arranged between the Air Blast fan and second outlet.In addition, in this structure, preferred second outlet has the aperture area different with first outlet, so that the air mass flow of emitting from second outlet decides above-mentioned aperture area more than the mode of the air mass flow of emitting from first outlet.Like this, supplied to first air supply path and second air supply path owing to be used for the air flow of conveyance charged particle mist respectively with the air flow that is used for cooling heat dissipation mechanism, so can prevent, or because of reduce the discharging amount of charged particle mist to adhering to of cooling mechanism because of the charged particle mist makes cooling mechanism charged.Also have,, therefore can improve the cooling effectiveness of cooling mechanism because the air of supplying with to second air supply path is more.
In addition, above-mentioned aircondition preferably has at least one anion generator, and anion generator is configured in the casing, so that charged corpuscle mist and anion are all emitted from outlet.In addition, in this structure, the electric precipitation filter deployment of positively charged is between air entry and Air Blast fan in the time of more preferably will using.The dust that swims in the air is electronegative because of the anion of emitting from outlet, when the air that contains these materials is inhaled in the aircondition by air entry, with electric dust will be caught effectively by the electric precipitation filter of positively charged.
When anion generator is made of single anion generator, preferably anion generator is configured in the position higher than atomizing electrode.Because the anion that is generated by anion generator is lighter than charged corpuscle mist, so, can prevent to reduce owing to contact the quantity delivered that makes anion with the charged corpuscle mist by above higher, disposing anion generator than atomizing electrode.
In addition, when anion generator was made of a pair of anion generator, the mode that the preferred so that anion that is generated is emitted from the upper end and the bottom of outlet disposed a pair of anion generator.In addition, in this structure, preferably electrostatic atomization portion is configured in the casing, makes the charged corpuscle mist emit from the upper end of outlet and the substantial middle portion between the bottom.Like this, can be from the wind speed of Air Blast fan near the substantial middle of bigger outlet, emit the charged corpuscle mist to farther place, can make a pair of anion generator in wider scope, scatter anion simultaneously, thereby can improve dust collecting performance.
In addition, cooling mechanism preferably has a plurality of fin, makes the air that will supply with from Air Blast fan be directed to guiding elements and fin disposed adjacent the fin gap to each other.Like this, can further improve the cooling effectiveness of fin.In addition, the guiding elements that preferred implementation of the present invention relates to is characterised in that, by the box body that holds fin be arranged on box body relative with fin to wall on a plurality of slits constitute, by these slits, the air of supplying with from Air Blast fan flow into the fin gap to each other.Therefore like this, dust and dust are hindered by the box body wall, are difficult to invade in the box body, can prevent to reduce cooling effectiveness on the fin owing to dust and dust are deposited in.In addition, because the air of supplying with from Air Blast fan flow into the fin gap to each other by slit, so can obtain the high cooling effectiveness of fin.In addition, if form wall, then make the upkeep operation of electrostatic atomization portion carry out easily, so be preferred with a plurality of slits in the mode that can freely load and unload from box body.
Further feature of the present invention and effect thereof can be understood more clearly according to the following best mode that is used to carry out an invention.
Description of drawings
Figure 1A～Fig. 1 E is vertical view, front view, rearview and the left and right sides view of the air cleaner that relates to of preferred implementation of the present invention.
Fig. 2 A is the horizontal cross of air cleaner, and Fig. 2 B is the mobile sketch map of the air in the expression air cleaner.
Fig. 3 A is configured in the interior odor removal filter of air cleaner and the axonometric chart of dust-collecting filter, and Fig. 3 B is the figure of the structure of expression odor removal filter, and Fig. 3 C is the figure of the structure of expression dust-collecting filter.
Fig. 4 A～Fig. 4 C is perspective interior view, exterior perspective view and the side view of electrostatic atomization portion.
Fig. 5 is the axonometric chart of the installation site of expression electrostatic atomization portion.
Fig. 6 A is the front view of air cleaner of the position of expression electrostatic atomization portion and anion generator, and Fig. 6 B～Fig. 6 D is the enlarged drawing of the part shown in circle P1～P3 among Fig. 6 A.
Fig. 7 is the axonometric chart of installment state that the box body of fin is held in expression.
Fig. 8 is the vertical view of installment state that the box body of fin is held in expression.
Fig. 9 is the axonometric chart of modification that the box body of fin is held in expression.
Figure 10 is the front view of the air cleaner that relates to of the modification of above-mentioned embodiment.
Figure 11 is the front view of the air cleaner that relates to of other modifications of above-mentioned embodiment.
Figure 12 is the front view of the air cleaner that relates to of another other modifications of above-mentioned embodiment.
The specific embodiment
Below, with reference to accompanying drawing, the air cleaner of the preferred implementation of aircondition of the present invention is described in detail.
As Figure 1A～shown in Figure 12, the air cleaner of present embodiment is mainly by constituting with the lower part: casing 1, and it has air entry 10 and outlet (11,12); Air Blast fan 2, it is configured in the casing 1; Filter 3, it removes dust and the abnormal flavour that contains in the air; Electrostatic atomization portion 4, it generates the charged corpuscle mist; Anion generator 6, it generates anion, and by driving Air Blast fan 2, extraneous air is inhaled in the casing 1 by air entry 10, contains purifying air of charged corpuscle mist and anion and is emitted from the outside of outlet 11 to casing.
Shown in Figure 1A～Fig. 1 E, casing 1 forms to be had with the gently crooked front 13 of the forwards outstanding mode of central part with the elongate shape at the back side 14 of the very big bending of the rearward outstanding mode of central part.Air entry 10 forms the clathrate of lengthwise at a sidepiece at the back side 14 of casing.In addition, outlet is made of first outlet 11 and second outlet 12, and second outlet 12 is to be formed by a plurality of slits of growing crosswise in the other side at the back side 14 of casing.On the other hand, first outlet 11 is in the front 13 of casing, with second outlet, 12 homonymies, form the clathrate of lengthwise.Though shape and structure to air entry and outlet have no particular limits,, be preferably formed to can not allowing foreign body or finger etc. owing to error enters shape and structure in the air cleaner for safety.In the present embodiment, make the aperture area of second outlet 12 form greatlyyer greatly in order to make than first outlet 11 from second outlet, 12 air discharged flow-rate ratios from first outlet, 11 air discharged flows.In Figure 1A, Reference numeral 15 expressions are configured in the operation panel above the casing 1.
Shown in Fig. 2 A and Fig. 2 B, in the present embodiment, as Air Blast fan 2, becoming vertically with rotating shaft in casing 1, the mode of (vertical direction) disposes cross flow fan.The outlet (11,12) that cross flow fan is suitable for from lengthwise is emitted lamellated uniform air flow.In addition, by upright configuration cross flow fan, realize the slimming of casing 1.
Between the Air Blast fan 2 and air entry 10 in casing 1, as shown in Figure 3A, dispose the filter 3 that constitutes by odor removal filter 30 and dust-collecting filter 31.Than dust-collecting filter 31, odor removal filter 30 is configured in to air entry 10 sides.Odor removal filter 30, shown in Fig. 3 B, by attached to the active carbon of the inner surface in a plurality of holes of honeycombed structure from by deodorize composition (for example acetaldehyde) the air in hole.Prevent the viewpoint of the pressure loss from reducing aeration resistance, the opening direction in a plurality of holes and the air flow almost parallel of supplying with from Air Blast fan 2.On the other hand, as dust-collecting filter 31, preferred use have collecting electrode and ground electrode, seizure is by the dust that contained in these interelectrode air and the electric precipitation filter of dust.After being sucked in the casing 1 via air entry 10, will be caught efficiently by the electric precipitation filter of positively charged from the charged airborne dust of the anion of anion generator 6 supplies described later.Fig. 3 C is an example of the detailed construction of expression dust-collecting filter 31.The size of grid pattern by changing each filter (30,31) or the unit of honeycomb pattern structure, or change hole rate, or change stacked number and can adjust aeration resistance.In addition, in Fig. 2 A, Reference numeral 32 adjacent air entries 10 of expression and the prefilter that is configured before odor removal filter 30 and dust-collecting filter 31, is caught the big foreign body from air entry 10 inhaled airs.Like this, because will deliver to electrostatic atomization described later portion 4 by the air that filter 3 has purified, thus can not adhere to fine dust in electrostatic atomization portion, and can produce the charged corpuscle mist long-term and stably.
By driving Air Blast fan 2, be sucked into air in the casing 1 via air entry 10, such shown in the arrow among Fig. 2 B, after being cleaned by prefilter 32, odor removal filter 30 and dust-collecting filter 31, its part is sent to the first air supply path C1 of the atomizing electrode 40 that disposes electrostatic atomization portion 4, and remainder is sent to the second air supply path C2 of the fin 57 that disposes electrostatic atomization portion 4.That is, be divided into the first air supply path C1 and the second air supply path C2 towards the air suction way of Air Blast fan 2 by the air flow distribution member 16 that is configured in Air Blast fan 2 downstreams from air entry 10.In addition, the first air supply path C1 is formed between the Air Blast fan 2 and first outlet 11, and the second air supply path C2 is formed between the Air Blast fan 2 and second outlet 12.
Shown in Fig. 4 A～Fig. 4 C, electrostatic atomization portion 4 is mainly by constituting with the lower part: front end forms the bar-shaped atomizing electrode 40 of sharp shape; Opposite electrode 41, it is located at and the opposed position of the leading section of atomizing electrode 40; Dew generation unit 42, it makes airborne moisture dewfall, provides dew to atomizing electrode; Heat-sink unit 43, it dispels the heat to the heat that produces from dew generation unit 42; High voltage applying unit 44, it applies high voltage between atomizing electrode 40 and opposite electrode 41, the dew that supplies to atomizing electrode is carried out electrostatic atomization.
Preferably the material by heat conductivity excellences such as copper or silver forms atomizing electrode 40.Opposite electrode 41 is maintained at the upper end of retaining member 45 cylindraceous.Bar-shaped atomizing electrode 40 is accommodated in the inside of retaining member 45 in the mode on the approximate centre axle that is positioned at retaining member 45 cylindraceous.Opposite electrode 41 in the form of a ring, its central opening is mutually opposed with the leading section of atomizing electrode 40.In addition, among Fig. 4 A, Reference numeral 48 expressions in the present embodiment, are used the good and low-cost rustless steel of corrosion resistance in order to apply high-tension electroconductive member between atomizing electrode 40 and opposite electrode 41.
In the present embodiment, use peltier device (Peltier device) as dew generation unit 42.Peltier device comprise the thermoelement 50 that is provided in atomizing electrode 40 belows and be configured in the heat-absorbent surface of thermoelement 50 and the lower end of atomizing electrode 40 between the absorber plate 52 that constitutes by heat conductivity good insulation performance material (for example such ceramic material of aluminium oxide).On the other hand, the heating face side (an opposite side with atomizing electrode 40 sides) at thermoelement 50 disposes heat-sink unit 43.The matrix 55 that heat-sink unit 43 is contacted by the heating face with thermoelement 50 and constitute from the generally perpendicularly outstanding a plurality of fin 57 of matrix 55.Fin 57 preferably uses the material of heat conductivity excellences such as copper or silver, still, considers cost factor, uses metal materials such as aluminum or ferrum also enough.In addition, because air flows into fin 57 gap to each other easily, therefore, preferably electrostatic atomization portion 4 is configured in the second air supply path C2 in the projected direction of fin 57 mode with the direction almost parallel of the air flow of supplying with by Air Blast fan 2.
Dew generation unit 42 is energized to thermoelement 50 via lead-in wire (not shown), and is under the effect of Peltier effect, mobile from the heat-absorbent surface side direction heating face side generation heat of thermoelement 50.At this moment, the atomizing electrode 40 that is configured on the heat-absorbent surface is cooled, and the temperature of atomizing electrode 40 ambient airs descends, and produces dewfall on atomizing electrode 40.Like this, the dew attached to atomizing electrode 40 surfaces becomes the supply source that generates the necessary water of charged corpuscle mist in electrostatic atomization portion 4.
Then, generating on the atomizing electrode 40 under the state of dew, when by high voltage applying unit 44 so that atomizing electrode 40 when between atomizing electrode 40 and opposite electrode 41, applying high voltage for the mode of negative pole, dew is generated the charged corpuscle mist by electrostatic atomization.That is, by the high voltage that applies between electrode, dew receives lot of energy, carries out Rayleigh (Rayleigh) division repeatedly, generates thus and contains the charged corpuscle mist that particle diameter is the spike of nano-scale.The charged corpuscle mist that generates is emitted to the outside by the central opening of opposite electrode 41.
Like this, in the present invention,, therefore, aqua storage tank need not be set in casing, thereby the volume that can dwindle air cleaner is significantly realized miniaturization because the moisture dewfall that contains in the air is used.Therefore in addition, the operation of also need not feeding water in aqua storage tank has termly improved the operability of air cleaner significantly.And, owing to use an Air Blast fan 2, can carry out the cooling with electrostatic atomization portion 4 of emitting of charged corpuscle mist simultaneously, therefore, compare with the situation of the cooling body that electrostatic atomization portion 4 is set in addition, can make air cleaner miniaturization (simplifying), can realize the raising of cost performance simultaneously.
In addition, the erecting tools of use as bolt or screw is fixed on assigned position in the casing with the electrostatic atomization portion 4 of present embodiment, expose in the first air supply path C1 so that generate the heat absorbing side of the electrostatic atomization portion 4 of charged corpuscle mist, and the heating side of the electrostatic atomization portion 4 that is provided with fin 57 is exposed in the second air supply path C2.In addition, as shown in Figure 5, the formation position of the electrostatic atomization portion 4 of present embodiment is near the substantial middle portion of the outlet (11,12) of lengthwise.
Shown in Fig. 6 A～Fig. 6 D, the both sides up and down that the air cleaner of present embodiment is included in the electrostatic atomization portion 4 in the first air supply path C1 separate predetermined distance and a pair of anion generator 6 that disposes.Each anion generator 6 is by acicular sparking electrode 60 and opposite electrode (not having diagram), applies the voltage applying circuit that minus high voltage generates anion constitute between these electrodes.The anion that is generated is discharged into the outside from first outlet 11.Therefore,, contain the charged corpuscle mist that generates by electrostatic atomization portion 4, contain the anion that generates by anion generator 6 at the both ends of above-mentioned air flow in the substantial middle portion of the lamellated air flow that has been cleaned of emitting from first outlet 11 of lengthwise.The dust that swims in the interior space, because the anion of being emitted is and electronegative, these electronegative dust one are drawn onto in the air cleaner, will be collected efficiently by the electric precipitation filter of positively charged.In addition, the setting of anion generator 6 is arbitrarily, can omit.
Below, the action of the air cleaner that is made of said structure is described.Operation setting makes Air Blast fan 2 actions at the guidance panel 15 on casing 1 top, shown in the arrow among Fig. 2 B, is cleaned by prefilter 32, odor removal filter 30, dust-collecting filter 31 in order from air entry 10 inhaled airs.After the air that has purified had passed through Air Blast fan 2, a part was sent to the first air supply path C1, the remaining second air supply path C2 that is sent to.In the first air supply path C1, utilize dew generation unit 42, on atomizing electrode 40, generate dew, simultaneously, utilize high voltage applying unit 44, generate the charged corpuscle mist by dew.In addition, utilize anion generator 6 also to produce anion.Consequently, except the air that has been cleaned, charged corpuscle mist and anion also emitted from first outlet 11.The charged corpuscle mist of being emitted carry out to airborne foul smell composition deodorization, to attached to the removing of the foul smell composition of indoor wall etc., to degerming of the interior space etc.In addition, because the air output of the first air supply path C1 is set to such an extent that lack than the second air supply path C2, so can make dew stable and carry out electrostatic atomization in electrostatic atomization portion 4.On the other hand, because the air that more has been cleaned is fed in the second air supply path C2, so cooling heat dissipation unit 43 more effectively.
But, from the viewpoint of the cooling effectiveness of the heat-sink unit 43 that improves electrostatic atomization portion 4, the preferred guiding elements will be from the air guide that Air Blast fan 2 is supplied with adjacent fin 57 gap each other of configuration in the second air supply path C2.Fig. 7 and Fig. 8 represent an example of guiding elements.This guiding elements is made of the case shape box body 70 that inside can hold heat-sink unit 43, an end opening, fin 57 front ends relatively to wall on be provided with a plurality of slits 72.The air of supplying with from Air Blast fan 2 flow into fin 57 gap each other glibly via these slits 72, again by relative with second outlet 12 to the above-mentioned opening of box body 70 flow out, therefore, cold sink 57 effectively.In addition, even suppose from the air that Air Blast fan 2 is supplied with, to contain dust,, can hinder dust to a certain extent and invade in the box body because fin 57 is configured in the box body 70, consequently, can expect to prevent that dust is deposited on the fin and the bad effect that cooling effectiveness is descended.In addition, as shown in Figure 9,, then can carry out the maintenance activity of heat-sink unit 43 and the cleaning work that slit 72 produces when stopping up easily if on the main body of box body 70, formed the wall box body that is formed with slit 72 in loading and unloading mode freely.
In addition, except relative with the front end of fin 57 to wall, also can on the wall of the box body that is positioned at the first air supply path C1 side, also be provided with slit, by this slit, the second air supply path C2 and the first air supply path C1 partly are communicated with.Like this, after air in inflow fin 57 gap is each other heated by the heat from fin, from box body 70 relative with second outlet 12 to opening and slit two sides that are communicated with the first air supply path C1 flow out swimmingly, therefore, can further improve the cooling effectiveness of fin 57.
As the modification of above-mentioned embodiment,, preferably anion generator 6 is configured in the upper side of electrostatic atomization portion 4 using single anion generator 6 to replace using under the situation of a pair of anion generator 6.Because anion is lighter than charged corpuscle mist, so anion is difficult to be absorbed by the charged corpuscle mist.In addition, in the above-described embodiment,,,, can not produce big influence to sum even a part of anion is absorbed by the charged corpuscle mist because the amount of the anion that generates is many though use a pair of anion generator 6 up and down yet.
In addition, as shown in figure 10, for emitting, the bottom from first outlet 11 of lengthwise contains purifying air of charged corpuscle mist, preferably emit the mode that purifies air that contains anion, anion generator 6 and electrostatic atomization portion 4 are configured in the casing with substantial middle portion and upper end from first outlet.
Also have, as shown in figure 11, also the anion generator 6 up and down that is positioned at electrostatic atomization portion 4 can be configured in the position of only laterally having moved predetermined distance from the position of electrostatic atomization portion 4.Or, as shown in figure 12, anion generator 6 and electrostatic atomization portion 4 mode with lateral alternate on roughly the same height is disposed side by side.
In addition, in the above-described embodiment, though used peltier device as dew generation unit 42,,, also can use other chiller or heat exchanger as long as can cool off atomizing electrode 40 and make moisture dewfall in the surrounding air.Also have, also anion generator 6 can be configured in the second air supply path C2.
As mentioned above, utilize aircondition of the present invention, because make airborne moisture dewfall Lai Fill use water into the raw material of charged corpuscle mist as, the operation so user need not feed water just can generate the charged corpuscle mist long-term and stably.In addition, come cold sink, therefore the cooling body of fin need not be set in addition, thereby can realize aircondition miniaturization, the raising that economizes energy and cost performance owing to utilize from the part of air of Air Blast fan supply.
In addition, on the basis of electrostatic atomization portion, remilitarized under the situation of anion generator and electric precipitation machine, can remove indoor swim bacterium and stench by the charged corpuscle mist, simultaneously, once more will be because of the electronegative dust of anion is attracted in the aircondition, thus can catch effectively by the electric precipitation machine of positively charged.Therefore, by an aircondition, just can access antibiotic, deodorization, dust separating effect.
Like this, the present invention is representative with the air cleaner, realizes the comfortable working space and the aircondition of living space like a cork as being used for, and its application waits in expectation.
Claims (14)
1. aircondition comprises: casing, and it has air entry and outlet; Electrostatic atomization portion, it generates the charged corpuscle mist; Air Blast fan, it sucks extraneous air in the casing via above-mentioned air entry, and the air that will contain the charged corpuscle mist is emitted from above-mentioned outlet, it is characterized in that,
Above-mentioned electrostatic atomization portion has: atomizing electrode; Dew generates mechanism, and it makes airborne moisture dewfall, provides dew to atomizing electrode; Cooling mechanism, it dispels the heat to the heat that above-mentioned dew generates mechanism's generation; The voltage applying mechanism, it applies high voltage to atomizing electrode, and dew is carried out electrostatic atomization,
Above-mentioned atomizing electrode and cooling mechanism are configured in the said machine casing, make by the part of the air flow supplied with from above-mentioned Air Blast fan the charged corpuscle mist to be emitted from above-mentioned outlet, and the nubbin by above-mentioned air flow cools off above-mentioned cooling mechanism.
2. aircondition as claimed in claim 1, it is characterized in that, have the filter of the air that purification attracts from above-mentioned air entry, above-mentioned filter is configured between above-mentioned air entry and the Air Blast fan, and above-mentioned electrostatic atomization portion is configured between above-mentioned Air Blast fan and the outlet.
3. aircondition as claimed in claim 1, it is characterized in that, above-mentioned outlet is made of first outlet and second outlet that is arranged on the first outlet diverse location, above-mentioned atomizing electrode is configured in first air supply path that is arranged between the above-mentioned Air Blast fan and first outlet, and above-mentioned cooling mechanism is configured in second air supply path that is arranged between the above-mentioned Air Blast fan and second outlet.
4. aircondition as claimed in claim 3, it is characterized in that, above-mentioned second outlet has the aperture area different with first outlet, so that the air mass flow of emitting from second outlet decides above-mentioned aperture area more than the mode of the air mass flow of emitting from first outlet.
5. aircondition as claimed in claim 1 is characterized in that above-mentioned Air Blast fan comprises cross flow fan.
6. aircondition as claimed in claim 1 is characterized in that, has at least one anion generator, and above-mentioned anion generator is configured in the casing, makes charged corpuscle mist and anion all emit from above-mentioned outlet.
7. aircondition as claimed in claim 6 is characterized in that, the electric precipitation filter deployment of positively charged is between above-mentioned air entry and Air Blast fan during with use.
8. aircondition as claimed in claim 6 is characterized in that, above-mentioned at least one anion generator is single anion generator, and above-mentioned anion generator is configured in the position higher than above-mentioned atomizing electrode.
9. aircondition as claimed in claim 6, it is characterized in that, above-mentioned at least one anion generator is a pair of anion generator, so that the mode that the anion that is generated is emitted from the upper end and the bottom of above-mentioned outlet disposes above-mentioned a pair of anion generator.
10. aircondition as claimed in claim 9 is characterized in that, above-mentioned electrostatic atomization portion is configured in the casing, makes and emits the charged corpuscle mist from the upper end of above-mentioned outlet and the substantial middle portion between the bottom.
11. aircondition as claimed in claim 1 is characterized in that, above-mentioned dew generates mechanism and comprises peltier device.
12. aircondition as claimed in claim 1 is characterized in that, above-mentioned cooling mechanism has a plurality of fin, will be directed to the guiding elements and the fin disposed adjacent in fin gap to each other from the air that above-mentioned Air Blast fan is supplied with.
13. aircondition as claimed in claim 12, it is characterized in that, above-mentioned guiding elements by the box body that holds above-mentioned fin be arranged on above-mentioned box body relative with fin to wall on a plurality of slits constitute, the air of supplying with from above-mentioned Air Blast fan flow into the fin gap to each other by above-mentioned each slit.
14. aircondition as claimed in claim 13 is characterized in that, the wall with above-mentioned a plurality of slits can freely load and unload from above-mentioned box body.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005207590 | 2005-07-15 | ||
| JP2005207590A JP4778276B2 (en) | 2005-07-15 | 2005-07-15 | Air conditioner |
| JP2005207591 | 2005-07-15 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1895682A true CN1895682A (en) | 2007-01-17 |
| CN100441232C CN100441232C (en) | 2008-12-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2006101063588A Active CN100441232C (en) | 2005-07-15 | 2006-07-14 | Air conditioner |
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| JP (1) | JP4778276B2 (en) |
| CN (1) | CN100441232C (en) |
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101311637B (en) * | 2007-05-25 | 2010-06-09 | 松下电工株式会社 | Air blast device |
| CN101903710A (en) * | 2007-12-21 | 2010-12-01 | 松下电器产业株式会社 | Air conditioner |
| CN102138044A (en) * | 2008-09-11 | 2011-07-27 | 松下电器产业株式会社 | Air conditioner |
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| CN2322616Y (en) * | 1998-03-18 | 1999-06-09 | 穆建萍 | Multifunctional supersonic atomizing sterilizer |
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- 2005-07-15 JP JP2005207590A patent/JP4778276B2/en not_active Expired - Fee Related
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2006
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Also Published As
| Publication number | Publication date |
|---|---|
| CN100441232C (en) | 2008-12-10 |
| JP4778276B2 (en) | 2011-09-21 |
| JP2007020883A (en) | 2007-02-01 |
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