CN102128480A - Humidifier - Google Patents
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- CN102128480A CN102128480A CN2011100225482A CN201110022548A CN102128480A CN 102128480 A CN102128480 A CN 102128480A CN 2011100225482 A CN2011100225482 A CN 2011100225482A CN 201110022548 A CN201110022548 A CN 201110022548A CN 102128480 A CN102128480 A CN 102128480A
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Abstract
The present invention provides a humidifier which can use electrolysis water with concentration that corresponds with a purpose selected from using in a humidification part and generating electrolysis water mist. An air purification humidifer (1) is provided with an air circulation path (15) which has one end as an air inlet and the other end as an air outlet. The air circulation path is provided with the following components from an upstream side: an air purifier (20), an air humidifer (30) and a blower device (40). An air humidification filter (33) which forms the humification part of the humidifier is humidified by the water supplied from a water supply device (50). The water is electrolyzed by an electrolysis water generator for forming the electrolysis water. One part of the electrolysis water is atomized by an electrolysis water mist generation part. One part of the air that is blown from the blower device is introduced to the electrolysis water mist generation part through a channel structure. The electrolysis water for humidifying the humidification part is stored in a water storage tank for humidifying, and the electrolysis water for electrolysis water mist generation is stored in a water storage tank for mist generation.
Description
Technical field
The present invention relates to humidifier, relate in particular to the humidifier that possesses air-cleaning function.
Background technology
Up to the present, air purifying preparation, humidifier various researchs have been carried out.For example in the humidifier that patent documentation 1 is put down in writing, the water electrolysis of the tank that humidification is used generates and contains hypochlorous brine electrolysis, and water, humidification filter that this hypochlorous acid is used for tank carry out degerming.In patent documentation 2 disclosed humidifiers, a part of electrolysis of the water that humidification is used and produce brine electrolysis with this brine electrolysis atomizing and along with the air behind the humidification sheds outside the body, has the effect of room air being carried out degerming, deodorizing thus.
Patent documentation 1: TOHKEMY 2006-57995 communique (International Classification of Patents: F24F6/00)
Patent documentation 2: TOHKEMY 2009-216320 communique (International Classification of Patents: F24F6/16, F24F7/00, C02F1/46)
According to the record of patent documentation 1,, can't carry out degerming, deodorizing to room air though can carry out degerming to adding wet end.According to the record of patent documentation 2, though can carry out degerming, deodorizing to room air, owing to its structural reason, if do not carry out humidification simultaneously then can't carry out degerming, deodorizing to room air.
Summary of the invention
The objective of the invention is to, in the humidifier of humidifying air, can utilize brine electrolysis to carry out degerming to adding wet end, no matter whether carry out humidification in addition and can both shed electrolysis water smoke indoor and room air is carried out degerming, deodorizing, and as adding brine electrolysis that wet end uses and in order to generate the brine electrolysis that brine electrolysis that electrolysis water smoke uses can use the concentration corresponding with purpose.
In order to reach above-mentioned purpose, humidifier of the present invention possesses: framework; The circulation of air path, it is formed in the described framework, and an end becomes air entry and the other end becomes exhaust outlet; Air humidifying device and air-blast device, they begin to dispose successively from upstream side on described circulation of air path; Water supply installation, it supplies with the water that adds wet end of wetting described air humidifying device; Electrolytic water generating device, its water that described water supply installation is supplied with becomes brine electrolysis; Electrolysis water smoke generating apparatus, it makes the part atomizing of the brine electrolysis that generates at described electrolytic water generating device; Channel design, it imports the ejection part of air of described air-blast device to described electrolysis water smoke generating apparatus, and discharges the air that is mixed with electrolysis water smoke outside body; The humidification aqua storage tank, it stores the wetting described brine electrolysis that adds wet end; Mist generates uses aqua storage tank, and it stores electrolysis water smoke generation brine electrolysis.
According to this structure, be brine electrolysis because can make the wetting water that adds wet end, so can carry out degerming to adding wet end.And, because the ejection part of air of the atomizing of a brine electrolysis part, use air-blast device is discharged outside the body, so also can carry out degerming and deodorizing to room air.Because the brine electrolysis of atomizing is a part that supplies to the brine electrolysis that adds wet end, thus need not only electrolytic water generating device to be set in addition with brine electrolysis in order to generate atomizing, thus can suppress manufacturing cost.Furthermore, to add wet end be provided with humidification with aqua storage tank, electrolysis water smoke generating apparatus is provided with mist generates and to use aqua storage tank, thus, will owing to wetting add wet end cause hypochlorous acid etc. add the wet end place with react attached to the organic matter on the filter or air consume, brine electrolysis behind the concentration dilution generates to cut off with aqua storage tank from mist and is recovered to the humidification aqua storage tank.Thus, can suppress the dilutionization that mist generates the brine electrolysis concentration of using aqua storage tank, keep the high state of concentration, can produce and discharge the sufficiently high electrolysis water smoke of brine electrolysis concentration.
In addition, on the basis of the humidifier of said structure, the invention is characterized in, in described circulation of air path, dispose air cleaning unit at the upstream side of described air humidifying device
According to this structure, Humidifying dehumidifying is outer can also to be purified air.In addition, air humidifying device is arranged at rear at air cleaning unit, and after air humidifying device, further arrange air-blast device, so to air cleaning unit and air humidifying device all do not act on air-blast device ejection power but to the two effect attraction, thereby the blowability of air-blast device is not fully exerted, and the decline of the blow rate required reduces.
In addition, on the basis of the humidifier of said structure, the invention is characterized in, be formed with the electrode that constitutes described electrolytic water generating device, the support of described air humidifying device, described humidification on the water container of the pull-out type in inserting described framework with aqua storage tank, described mist generation aqua storage tank.
This mineral matter can form dirt owing to contain mineral matter in water, so need termly (checking and cleaning) to be safeguarded at the position that contacts with water.According to structure of the present invention,,, therefore has good ease of use so just can carry out required maintenance as long as extract water container out because the position that needs to safeguard focuses on water container.
In addition, on the basis of the humidifier of said structure, the invention is characterized in, outer surface at described water container is provided with connector, when described water container inserted described framework, described connector was connected with the connector of this framework side and described electrolytic water generating device and described electrolysis water smoke generating apparatus is powered.
According to this structure, can easily form the feed path of the required electric current of water container side.
In addition, on the basis of the humidifier of said structure, the invention is characterized in, on described water container, except that described humidification generates with the aqua storage tank with aqua storage tank and mist, also be formed with and store untreated water aqua storage tank and the residing brine electrolysis generation of the described electrolytic water generating device aqua storage tank that becomes the preceding untreated water of brine electrolysis, described mist generates with aqua storage tank has interconnecting part with aqua storage tank and described humidification between with aqua storage tank in described brine electrolysis generation, described humidification with aqua storage tank except that and described mist have the interconnecting part between generating with aqua storage tank, also and described untreated water aqua storage tank between have interconnecting part.
According to this structure, the untreated water dilution that humidification is invaded from the untreated water aqua storage tank with the brine electrolysis in the aqua storage tank is so concentration reduces.Therefore, need not to use extra power just can dilute with brine electrolysis with generating with the low humidification that gets final product of electrolysis water specific concentration with electrolysis water smoke.In addition, generate with aqua storage tank and humidification with the interconnecting part between the aqua storage tank and untreated water aqua storage tank and humidification area ratio by adjusting mist, do not use complicated mechanism also can adjust mist and generate with aqua storage tank and humidification brine electrolysis concentration with aqua storage tank with the interconnecting part between the aqua storage tank.
In addition, on the basis of the humidifier of said structure, the invention is characterized in, dispose gate with aqua storage tank and the generation of described mist with the described interconnecting part between the aqua storage tank at described humidification, this gate is stressed and it is closed, and on described gate combination have make its intermittently from the closed position to the drive unit of open position displacement.
According to this structure, because brine electrolysis only flows into aqua storage tank to humidification with aqua storage tank from the mist generation during gate is opened, during the area of the interconnecting part of closing by regulating gate, increase and decrease gate are opened, can adjust mist with better precision and generate with aqua storage tank and humidification brine electrolysis concentration with aqua storage tank.
In addition, on the basis of the humidifier of said structure, the invention is characterized in, described air humidifying device comprises and utilizes Motor Drive and around runner that horizontal axis rotates be installed in air wetting filter on this runner, bucket portion is installed on the periphery of described runner, this bucket portion is along with the rotation of this runner is drawn water with aqua storage tank and watered on the described air wetting filter from described humidification, and described runner by the holding section is set as described drive unit performance function, this holding section make at interval engaging of the specific anglec of rotation with described gate this gate from the closed position to the open position displacement.
According to this structure, can utilize the mechanism of air humidifying device to constitute drive unit with low cost.
The invention effect
According to the present invention, be used for adding the brine electrolysis that wet end carries out the brine electrolysis of degerming and is used for room air is carried out degerming and deodorizing by handling respectively, thereby do not use because the wetting wet end that adds causes and contacts with air etc. and brine electrolysis that concentration reduces generates electrolysis water smoke, and be to use the brine electrolysis that keeps the high state of concentration to generate electrolysis water smoke, thereby can realize adding the degerming of wet end and the degerming and the deodorizing of room air effectively.
Description of drawings
Fig. 1 is the stereogram of the air purification humidifier of first embodiment of the present invention.
Fig. 2 is the vertical sectional view of the air purification humidifier of Fig. 1.
Fig. 3 is the vertical sectional view of the air purification humidifier of Fig. 1, and its direction of observation is opposite with Fig. 2 and the section position is different.
Fig. 4 is the horizontal cross of the air purification humidifier of Fig. 1.
Fig. 5 be inserted into water container in the framework of air purification humidifier of Fig. 1, that be in the state that remains in air humidifying device and with the stereogram of the framework inner member of its combination.
Fig. 6 is the vertical sectional view of the air purification humidifier of Fig. 1, and this cutaway view is along cutting open with Fig. 2 and the rectangular direction of Fig. 3.
Fig. 7 is the vertical sectional view that is in the water container of the state that remains in air humidifying device.
Fig. 8 is the vertical sectional view that is in the water container of the state that remains in air humidifying device, and this cutaway view is to cut open along the position of the A-A line of Fig. 7.
Fig. 9 is the vertical sectional view that is in the water container of the state that remains in air humidifying device, and this cutaway view is to cut open along the position of the B-B line of Fig. 7.
Figure 10 is the stereogram that is in the water container of the state that does not remain in air humidifying device.
Figure 11 is the vertical view that is in the water container of the state that remains in air humidifying device.
Figure 12 is the vertical view that is in the water container of the state that does not remain in air humidifying device.
Figure 13 is the vertical sectional view that is in the water container of the state that does not remain in air humidifying device.
Figure 14 is the stereogram from the observed air-blast device of rear side.
Figure 15 is and the vertical sectional view of the same air purification humidifier of Fig. 6 that the direction of its observation is opposite with Fig. 6.
Figure 16 is expression second embodiment of the present invention and the vertical sectional view same water container of Figure 13, and it adds the part that air humidifying device is shown.
Figure 17 is and the vertical sectional view of the same water container of Figure 16 that it illustrates the state different with Figure 16.
Figure 18 is the vertical view that is in the water container of the state that does not remain in air humidifying device, and it is corresponding with Figure 16 or Figure 17.
Symbol description
1 air purification humidifier
10 frameworks
12 air entries
13 exhaust outlets
15 circulation of air paths
The outlet of 16 spray paintings
20 air cleaning units
21 air cleaning filters
30 air humidifying devices
31 runners
32 add wet end
33 air wetting filters
34 bucket portions
The 34A holding section
35 motor
40 air-blast devices
41 Sirocco fans
42 motor
43 fan drums
The 43a ejiction opening
The secondary ejiction opening of 43c
50 water supply installations
51 water containers
51b bearing portion (support)
54 supply tanks
55 untreated water aqua storage tanks
57 humidification aqua storage tanks
58 mists generate uses aqua storage tank
59 brine electrolysis generate uses aqua storage tank
55a, 57a, 58a, 59a interconnecting part
60 electrolytic water generating devices
65 electrolysis water smoke generating apparatus
68 connectors
70 channel designs
The specific embodiment
According to Fig. 1 to Figure 15 the air purification humidifier that possesses air-cleaning function as the humidifier of first embodiment is described.The air purification humidifier 1 of first embodiment has framework flat on fore-and-aft direction 10.About being used for illustrating the orientation term of framework 10, be defined as: the paper left side of Fig. 1 is a left side, and the paper right side is right.Be used to illustrate that the orientation term of other inscapes is also with reference to this definition
Upper surface the place ahead in framework 10 disposes guidance panel 11.On guidance panel 11, dispose the various instructions of input switches set, show the lamp group of other information of the operational situation of air purification humidifier 1.Switches set is made of thin film switch, and the lamp group is made of light emitting diode (LED).
At the left and right side in the place ahead of framework 10 and the air entry 12 that the bottom surface is formed with slit-shaped, be formed with exhaust outlet 13 at the upper surface rear.Be provided with at exhaust outlet 13 rib is weaved into cancellate protective grille 14, insert to prevent that finger from waiting from exhaust outlet 13.
Form circulation of air path 15 in the inside of framework 10, an end in this circulation of air path 15 becomes air entry 12 and the other end becomes exhaust outlet 13.In circulation of air path 15, begin to dispose successively air cleaning unit 20, air humidifying device 30 and air-blast device 40 from upstream side.
In the back air humidifying device 30 is described.
Air-blast device 40 forms the air stream that sucks, discharges from exhaust outlet 13 from air entry 12, and it comprises Sirocco fan 41, make the motor 42 of Sirocco fan 41 rotations, surround the fan drum 43 of Sirocco fan 41.On fan drum 43, be formed with the ejiction opening 43a (shape being shown best) that is connected with exhaust outlet 13 at Figure 14.
Utilize 50 pairs of air humidifying devices of water supply installation 30 to supply with the water that humidification is used.The water container 51 that water supply installation 50 constitutes the pull-out type that inserts with the right flank from framework 10 is the center.The right flank of water container 51 and the cover body that is mounted thereon removably 52 constitute the part of the shell of frameworks 10.Right flank at water container 51 is formed with the recess 53 that is used for for the pew extension.
If will contain the supply tank 54 of entry is set on the untreated water aqua storage tank 55 of water container 51, then utilize projection 56 to back down the valve of supply tank 54, as described later, water is supplied with till reaching predetermined water level (the waterline WL shown in Fig. 7 to Fig. 9) to water container 51.
As shown in figure 12, on water container 51, except untreated water aqua storage tank 55, also divide respectively and be formed with humidification and generate with aqua storage tank 58 and brine electrolysis with aqua storage tank 57, mist and generate with aqua storage tank 59 by spaced walls.Humidification is used to store the brine electrolysis of supplying with to air humidifying device 30 with aqua storage tank 57, mist generates with aqua storage tank 58 and is used to store the brine electrolysis that electrolysis water smoke generates usefulness, and brine electrolysis generates the untreated water that is used for being supplied with by supply tank 54 with aqua storage tank 59 and becomes brine electrolysis.
Between generating with aqua storage tank 59, untreated water aqua storage tank 55 and brine electrolysis be formed with interconnecting part 59a, between generating with aqua storage tank 58 with aqua storage tank 59 and mist, the brine electrolysis generation is formed with interconnecting part 58a, generate with aqua storage tank 58 and humidification at mist and to be formed with interconnecting part 57a between with aqua storage tank 57, between humidification is with aqua storage tank 57 and untreated water aqua storage tank 55, be formed with interconnecting part 55a.Utilize these interconnecting parts, it is identical that the water level of each aqua storage tank keeps.Interconnecting part 59a, 57a, 55a are made of the aperture that connects spaced walls respectively, but interconnecting part 58a is made of the bigger gap of width.
The left end that generates with aqua storage tank 59 at brine electrolysis disposes electrolytic water generating device 60, and 60 pairs of this electrolytic water generating devices flow into the brine electrolysis generation from untreated water aqua storage tank 55 by interconnecting part 59a to carry out electrolysis with the untreated water of aqua storage tank 59 and generate brine electrolysis.Electrolytic water generating device 60 constitutes with the pair of electrodes 61 in the water in the aqua storage tank 59 by being immersed in the brine electrolysis generation.
In generating with aqua storage tank 58, mist disposes the electrolysis water smoke generating apparatus 65 that brine electrolysis is atomized.Electrolysis water smoke generating apparatus 65 is by generate ultrasonic vibration part 66 (with reference to Fig. 8) formation of exposing the vibration section with the bottom of aqua storage tank 58 at mist.
As shown in Figure 9, be provided with connector 68 on the left outer surface of water container 51, this connector 68 is used for supplying with electric current to electrolytic water generating device 60 and electrolysis water smoke generating apparatus 65.When water container 51 was pressed into the depths of framework 10, connector 68 was connected with the not shown connector of the inside of being located at framework 10, thereby respectively to electrolytic water generating device 60 and 65 power supplies of electrolysis water smoke generating apparatus.
As shown in figure 10, on water container 51, paired pillar 51a erects with the sidewall upper that the sidewall upper of the face side of aqua storage tank 57 and brine electrolysis generate with the face side of aqua storage tank 59 from humidification in mode opposite each other.The 51b of bearing portion of open U font above the upper end of the opposed faces of each pillar 51a is formed with.Air humidifying device 30 is supported by the 51b of this bearing portion.Next, the structure to air humidifying device 30 describes.
The runner 31 of waterwheel shape becomes the center of air humidifying device 30.Runner 31 has hub 31a, has wheel rim 31b at periphery at the center, hub 31a and wheel rim 31b are linked by many face side spoke 31c and many rear side spoke 31d.
Particularly, as shown in Figure 7, runner 31 comprises: runner matrix 31l, and it has face side spoke 31c, wheel rim 31b and inboard hub 31a1; Runner lid 31m, it has the hub 31a2 and the input gear 31f described later in rear side spoke 31d, the outside, and is chimeric each other by hub 31a1,31a2, and runner lid 31m combines with runner matrix 31l.Parts after inside and outside two hub 31a1, the 31a2 combination become hub 31a.
On runner 31, be provided with and add wet end 32 (with reference to Fig. 7).What formation added wet end 32 is the air wetting filter 33 of plate-like.Air wetting filter 33 by the raw material that has water holding capacity and air permeability concurrently for example net, nonwoven constitute, it is installed in the front surface of rear side spoke 31d.
Particularly, on the rear side spoke 31d of runner 31, be equipped with rib 31i, this rib 31i has the inclined plane 31h that is used to form taper seat 33a, on the other hand, the inboard of face side spoke 31c be equipped with rib 31k with the opposed position of inclined plane 31h, this rib 31k has the inclined plane 31j identical with inclined plane 31h.By in conjunction with runner matrix 31l and runner lid 31m the time, between both sides of the chest 31i and 31k, sandwiching air wetting filter 33, make air wetting filter 33 form the shape of regulation thus.
On the rib 31b of runner 31, dispose a plurality of (among the figure being 6) bucket portion 34 to separate certain angle mode at interval.Bucket portion 34 can be the parts that are installed in addition on the rib 31b, also can be one-body molded with rib 31b.
The mouth of all bucket portions 34 all is configured to towards certain orientation.When runner 31 rotation and bucket portion 34 when moving to the foot of rib 31b, humidification sinks to in the water in the aqua storage tank 57 in bucket portion 34, and water immerses bucket portion 34.When runner 31 rotation and the mouth of bucket portion 34 up the time, bucket portion 34 becomes the form that water is drawn.Its mouthful is towards laterally, by under the water droplet that draws along with the top of the 34 close rib 31b of bucket portion.Interfere in the taper seat 33a of air wetting filter 33 and the path that water falls, and the water that drips is fallen on this taper seat 33a.
Make the motor 35 of runner 31 rotation can't help water container 51 supportings, but by spaced walls 10a (with reference to Fig. 5) supporting of the inside of framework 10.Motor 35 has output gear 35a.Output gear 35a and idler gear 36a engagement, this idler gear 36 is supported by spaced walls 10a equally with motor 35.The input gear 31f of peripheral part one-body molded or that be fixed in the runner lid 31m of runner 31 meshes with idler gear 36.The moment of input gear 31f and idler gear 36 engagements is that water container 51 is pressed into the innermost moment.
Around containment body 37 (with reference to Fig. 5) the encirclement runner 31, the inside of containment body 37 is communicated with the air entry 43b of fan drum 43.Containment body 37 is by constituting with spaced walls 10a integrated part containment body 37a with water container 51 integrated part containment body 37b.When water container 51 was pressed into the bosom, part containment body 37b engaged with part containment body 37a and constitutes containment body 37.
Combination has a channel design 70 on electrolysis water smoke generating apparatus 65, and this channel design 70 imports the ejection part of air of air-blast device 40 in the electrolysis water smoke generating apparatus 65, makes it to become the air that is mixed with electrolysis water smoke and is discharged to outside the framework 10.
Vortex stream top set at blower-casting 43 is formed with the secondary ejiction opening 43c (with reference to Figure 14) that the ejection part of air is shunted.As shown in Figure 3, the outlet 43d of secondary ejiction opening 43c is connected with the root of passage 72.Be formed with guide body 72a in the inside of passage 72, this guide body 72a make the ejection air of coming in from secondary ejiction opening 43c towards becoming down, make its direction towards electrolysis water smoke generating apparatus 65.
The action of air purification humidifier 1 then, is described.If surplus in supply tank 54 have enough water, then generating with aqua storage tank 57, mist to accumulate in aqua storage tank 59 with aqua storage tank 58 and brine electrolysis generation at untreated water aqua storage tank 55, humidification has the water that reaches respectively as the height of Fig. 7 waterline WL extremely shown in Figure 9.If the residue of the water in the supply tank 54 reduces and becomes the low state of its water table ratio waterline WL, then not shown sensor detects this state, shows hydropenic situation on guidance panel 11.When observing hydropenic demonstration, take off cover body 52 and take out supply tank 54 with supplementing water.After supplementing water, when placing supply tank 54 on the water container 51, the water that flows out from supply tank 54 makes water level be returned to the height of waterline WL, and hydropenic demonstration disappears.If the cover body 52 that takes off is embedded into original state, then air purification humidifier 1 can turn round.
When air purification humidifier 1 turns round with common operation mode, power to the motor 42 of air-blast device 40, the electrode 61 of electrolytic water generating device 60, the ultrasonic vibration part 66 of electrolysis water smoke generating apparatus 65 and the motor 35 of air humidifying device 30, these inscapes begin to carry out specified action respectively.
When applying the voltage (for example 10V) of regulation to the electrode 61 of electrolytic water generating device 60, the untreated water that generates with aqua storage tank 59 from untreated water aqua storage tank 55 inflow brine electrolysis is become brine electrolysis by electrolysis.
With pair of electrodes 61 intermittently (for example per hour being about 3 to 10 minutes) mode of alternately becoming reversed polarity carry out voltage application.If water is the running water that contains chlorine, then produce following electrochemical reaction.
(anode-side)
4H
2O-4e-→4H++O
2↑+2H
2O
2Cl-→Cl
2+2e-
H
2O+Cl
2←→HClO+H++Cl-
(cathode side)
4H
2O+4e-→2H
2↑+4OH-
(between electrode)
H++OH-→H
2O
According to above-mentioned reaction, generation comprises the hypochlorous acid (HClO) with degermation and deodorization, the brine electrolysis of active oxygen.
Brine electrolysis generates with the brine electrolysis in the aqua storage tank 59 and generates with aqua storage tank 58 by interconnecting part 58a inflow mist.When the ultrasonic vibration part 66 that makes electrolysis water smoke generating apparatus 65 produces vibration, generate the water surface with aqua storage tank 58 mist of water that produces electrolysis from mist, and be full of mist and generate the space that is surrounded with aqua storage tank 58 and passage 71.
Mist generates with the brine electrolysis in the aqua storage tank 58 and flows into humidification with in the aqua storage tank 57 by interconnecting part 57a.Untreated water in the untreated water aqua storage tank 55 is also passed through interconnecting part 55a and is flowed into humidification with aqua storage tank 57, so brine electrolysis is diluted by untreated water, generates with the specific concentration reduction mutually of the brine electrolysis in the aqua storage tank 58 with mist.Area by changing interconnecting part 57a and interconnecting part 55a is than adjusting the degree that concentration drops to.
As described above, generate with the brine electrolysis that stores the concentration height (for example more than the 5ppm) that is fit to atomizing in the aqua storage tank 58 at mist, humidification with aqua storage tank 57 in storage than its concentration low (for example 1ppm) but can give full play to the brine electrolysis of its function at the degerming purpose that adds wet end 32.
When making Sirocco fan 41 rotation by energising, produce flowing of the such air of air entry 12 → air cleaning unit 20 → air humidifying device 30 → air-blast device 40 → exhaust outlet 13 to motor 42.Realize purifying from the air entry 12 inhaled airs dust that by air cleaning filter 21 time, is captured, by air wetting filter 33 time, take away moisture.Be inhaled into air-blast device 40 by purifying air of humidification, discharge by exhaust outlet 13.
According to the structure of present embodiment, because of air cleaning unit 20 and air humidifying device 30 not being acted on the ejection power effect attraction of air-blast device 40, so air humidifying device 30 does not form big resistance, the reduction of the blow rate required is less.In addition because with air wetting filter 33 wetting be brine electrolysis, so can carry out degerming to air wetting filter 33.
For the air of Sirocco fan 41 ejections, its most of ejiction opening 43a of passing through discharges from exhaust outlet 13, and its part enters secondary ejiction opening 43c as shown in Figure 15.The air that enters into secondary ejiction opening 43c becomes down wind direction at this by guide body 72a from outlet 43d admission passage 72.The air that blows out downwards towards electrolysis water smoke generating apparatus 65 is generated with the water surface in the aqua storage tank 58 by mist and stops and commutation upward, involves in electrolysis water smoke simultaneously.
The air that is mixed with electrolysis water smoke rises in the inside of passage 72, emits from spray painting outlet 16.The air that is mixed with electrolysis water smoke of being emitted is further involved in the air-flow that blows out from exhaust outlet 13, to indoor diffusion.Thus, room air is by degerming and deodorizing.
The mist of brine electrolysis is emitted by the ejection air of air-blast device 40 because by air-blast device 40, so needn't worry that metal part branch at air-blast device 40 gets rusty or mist in mineral composition attached to air-blast device 40 on and produce the situation of dirt.Because the brine electrolysis of atomizing is a part that supplies to the brine electrolysis of humidification filter 33, thus need not only electrolytic water generating device to be set in addition with the purpose of brine electrolysis in order to generate atomizing, thus can suppress manufacturing cost.
When carrying out humidification, humidification is consumed with the water in the aqua storage tank 57.The water that is consumed replenishes by generating from mist with the brine electrolysis of aqua storage tank 58 inflows and the untreated water that flows into from untreated water aqua storage tank 55.
The brine electrolysis that waters on the air wetting filter 33 is all gasified, and has quite a few directly not turned back to humidification by gasification with in the aqua storage tank 57.Though turn back to that humidification is mixed by bucket portion 34 with the brine electrolysis in the aqua storage tank 57 and air reaction, also with attached to the organic matter on the air wetting filter 33 react in addition, thereby cause consumption such as hypochlorous acid and concentration reduces fast, but described brine electrolysis generates with aqua storage tank 58 cut-outs and stores from mist.Therefore, generate with storing in the aqua storage tank 58 at mist to keep the brine electrolysis of the high state preservation of concentration, so can generate and emit the sufficiently high electrolysis water smoke of brine electrolysis concentration with contacting less of air etc.
In above-mentioned common operation mode, owing to by runner 31 rotations brine electrolysis is watered on the air wetting filter 33, the air of discharging from exhaust outlet 13 becomes the air that humidification finishes all the time.As other operation mode, also can set the operation mode that motor 35 energisings is not only driven electrolytic water generating device 60, electrolysis water smoke generating apparatus 65 and air-blast device 40.In this operation mode because air wetting filter 33 is not wetted, so do not carry out humidification only to indoor discharge electrolysis water smoke.Therefore, effective in the time of need carrying out under the situation of degerming, deodorizing of room air (want during for example at plum rains suppress mouldy situation) etc. there is no need to carry out humidification.
If the long-time air purification humidifier 1 that uses, the mineral matter in the water forms dirt at the position that contacts with water and adheres to.In the structure of present embodiment, the position of water contact be that concentrate at the center with water container 51, so as long as extract water container 51 out, just needs can be carried out taking out outside the framework 1 with the position of the maintenance of water pass.Thus, maintenance work becomes convenient.
Then, according to Figure 16 to Figure 18 second embodiment of the present invention is described.For the inscape mark and the symbol identical symbol that in the explanation of first embodiment use common with first embodiment, and omission is to its explanation.
In the first embodiment, make brine electrolysis and untreated water flow into humidification aqua storage tank 57 naturally, but this flow into the especially inflow of brine electrolysis by artificial control in second embodiment.
In order to reach above-mentioned purpose, gate 75 is set on interconnecting part 57a.Gate 75 forms by the punch process metallic plate, and it possesses: the base portion 75a that horizontally slips on the bottom surface of humidification with aqua storage tank 57, the 75b of the portion that closes that erects from the left end of base portion 75a, the holding section 75c that erects from the right-hand member of base portion 75a.To the left application of force, normality tail gates 75 are closed by 76 pairs of gates 75 of draft helical spring shown in Figure 17.
On gate 75, be assembled with drive unit, this drive unit make gate 75 from the closed position off and on to the open position displacement.In the present embodiment, runner 31 is realized the effect of drive unit.
Be formed with the holding section on runner 31, this holding section engages with gate 75 in that the specific anglec of rotation is interval, and make its from the closed position to the open position displacement.In the present embodiment, in eight bucket portions 34 only one bigger than other, with this bucket portion as holding section 34A.
The holding section 34A that rotates along with the rotation of runner 31 is engaging with the holding section 75c of gate 75 near the lower limit place that moves up and down.As shown in figure 17, when runner 31 rotated continuously, gate 75 overcame the active force of draft helical spring 76 to right-hand displacement, and interconnecting part 57a opens.Thus, brine electrolysis generates with aqua storage tank 58 from mist and flows into aqua storage tank 57 to humidification.
The holding section 34A that only limits to bucket portion uses in the aqua storage tank 57 at humidification and moves from left to right, and humidification is forced in the untreated water aqua storage tank 55 with the water in the aqua storage tank 57 thus.Therefore, promote to generate the inflow of the brine electrolysis of using aqua storage tank 58 from mist.Moving shown in the arrow among Figure 18 of the water in the water container 51.
Finally, holding section 34A breaks away from from holding section 75c, and gate 75 turns back to the position of Figure 16 under the effect of draft helical spring 76.To holding section 34A walk around once more come before, gate 75 continues to close interconnecting part 57a.
Except that the area of interconnecting part 57a and interconnecting part 55a than can also be by regulating runner 31 the opening of rotating speed, gate 75 during length adjust humidification and generate with the brine electrolysis concentration in the aqua storage tank 58 with aqua storage tank 57, mist.Therefore, compare, can adjust brine electrolysis concentration in the described aqua storage tank 57,58 with better precision with first embodiment.
In second embodiment, make in the bucket portion 34 one to maximize and as holding section 34A, but can be not yet with bucket portion as the holding section, but on wheel rim 31b, form projection with used as the holding section.Also plural holding section can be set on runner 31.
First and second embodiment is about having the air purification humidifier of air cleaning unit, it is simple humidifier that but the present invention also goes for not possessing mechanism's (being included in the mechanism that air entry 12 possesses this degree of simple prefilter) of air cleaning unit, can obtain the effect same with above-mentioned embodiment.
More than, though the working of an invention mode is illustrated, scope of the present invention is not limited thereto, and can increase to implement various changes in the scope that does not break away from purport of the present invention.
Industrial utilizability
The present invention can extensively be used in humidifier.
Claims (7)
1. humidifier, it possesses:
Framework;
The circulation of air path, it is formed in the described framework, and an end becomes air entry and the other end becomes exhaust outlet;
Air humidifying device and air-blast device, they begin to dispose successively from upstream side on described circulation of air path;
Water supply installation, it supplies with the water that adds wet end of wetting described air humidifying device;
Electrolytic water generating device, its water that described water supply installation is supplied with becomes brine electrolysis;
Electrolysis water smoke generating apparatus, it makes the part atomizing of the brine electrolysis that generates at described electrolytic water generating device;
Channel design, it imports the ejection part of air of described air-blast device to described electrolysis water smoke generating apparatus, and discharges the air that is mixed with electrolysis water smoke outside body;
The humidification aqua storage tank, it stores the wetting described brine electrolysis that adds wet end;
Mist generates uses aqua storage tank, and it stores electrolysis water smoke generation brine electrolysis.
2. humidifier as claimed in claim 1 is characterized in that,
In described circulation of air path, dispose air cleaning unit at the upstream side of described air humidifying device.
3. humidifier as claimed in claim 1 or 2 is characterized in that,
Be formed with the electrode that constitutes described electrolytic water generating device, the support of described air humidifying device, described humidification on the water container of the pull-out type in inserting described framework with aqua storage tank, described mist generation aqua storage tank.
4. humidifier as claimed in claim 3 is characterized in that,
Outer surface at described water container is provided with connector, and when described water container inserted described framework, described connector was connected with the connector of this framework side and described electrolytic water generating device and described electrolysis water smoke generating apparatus are powered.
5. humidifier as claimed in claim 3 is characterized in that,
On described water container, except that described humidification generates with the aqua storage tank with aqua storage tank and mist, also be formed with and store untreated water aqua storage tank and the residing brine electrolysis generation of the described electrolytic water generating device aqua storage tank that becomes the preceding untreated water of brine electrolysis, described mist generates with aqua storage tank has interconnecting part with aqua storage tank and described humidification between with aqua storage tank in described brine electrolysis generation, described humidification with aqua storage tank except that and described mist have the interconnecting part between generating with aqua storage tank, also and described untreated water aqua storage tank between have interconnecting part.
6. humidifier as claimed in claim 5 is characterized in that,
Generate with aqua storage tank and described mist at described humidification and to dispose gate with the described interconnecting part between the aqua storage tank, this gate is stressed and it is closed, and on described gate, make up have make its intermittently from the closed position to the drive unit of open position displacement.
7. humidifier as claimed in claim 6 is characterized in that,
Described air humidifying device comprises and utilizes Motor Drive and around runner that horizontal axis rotates be installed in air wetting filter on this runner, bucket portion is installed on the periphery of described runner, this bucket portion is along with the rotation of this runner is drawn water with aqua storage tank and watered on the described air wetting filter from described humidification, and described runner by the holding section is set as described drive unit performance function, this holding section make at interval engaging of the specific anglec of rotation with described gate this gate from the closed position to the open position displacement.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010-007775 | 2010-01-18 | ||
| JP2010007775A JP2011145031A (en) | 2010-01-18 | 2010-01-18 | Humidifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102128480A true CN102128480A (en) | 2011-07-20 |
Family
ID=44266670
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011100225482A Pending CN102128480A (en) | 2010-01-18 | 2011-01-17 | Humidifier |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2011145031A (en) |
| CN (1) | CN102128480A (en) |
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Application publication date: 20110720 |