CN204923251U - Humidification dehumidification cooling device - Google Patents
Humidification dehumidification cooling device Download PDFInfo
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- CN204923251U CN204923251U CN201520507563.XU CN201520507563U CN204923251U CN 204923251 U CN204923251 U CN 204923251U CN 201520507563 U CN201520507563 U CN 201520507563U CN 204923251 U CN204923251 U CN 204923251U
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- water tank
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Abstract
The utility model discloses a humidification dehumidification cooling device, including the casing, have in the casing inlet channel and with the gas outlet of inlet channel intercommunication, inlet channel is equipped with to interior by outer in proper order: wet curtain, an evaporator. Condensers. The fan for intake air discharges the air from the gas outlet, still including setting up compressor and the throttling element in the casing, compressor, condenser, throttling element and evaporimeter are established ties and are constituted refrigeration circuit, still including set up the water tank in the casing and be arranged in exporting the water of water tank to wet curtain on the water pump. The utility model discloses a cooling device has the humidification and dehumidifies two kinds of modes. Wet curtain and fan cooperation, the air after will purifying carries out the humidification, and refrigeration circuit can dehumidify to the air that gets into inlet channel, through switching opening and closing of wet curtain humidification mechanism, refrigeration circuit for air purifier has two kinds of modes, and the suitability is strong, satisfies user's demand.
Description
Technical field
The utility model relates to air processor, is specifically related to a kind of humidification dehumidified air processor.
Background technology
Humidifier is used to the small household appliances product of humidification room air, can control the humidity of indoor gas, mainly solves the indoor humidity problem because weather or other reasons cause.Due to features such as circulation difference ventilation ability weak humidity the change of divergence in room air are slow, dehumidifying humidification processor is therefore used to be the internationally recognized method improving indoor air humidity.
In order to ensure that indoor have suitable humidity, air processor carries out humidification by humidification mechanism usually, desiccant body dehumidifies, and existing humidification method is commercially divided into ultrasonic humidifying, and the above humidification method of electrical heating type humidification is to water quality will just high or energy consumption be large not environmentally.
Utility model content
The utility model, for the problems referred to above, proposes a kind of humidification dehumidified air processor.Solve humidification high to water quality requirement, the problem that energy consumption is large.
The technical scheme that the utility model is taked is as follows:
A kind of humidification dehumidified air processor, comprise housing, the gas outlet having an inlet channel in described housing and be communicated with inlet channel, described inlet channel is provided with from outside to inside successively:
Wet curtain;
Evaporimeter;
Condenser;
Blower fan, for sucking air and being discharged from described gas outlet by air;
Also comprise and be arranged on compressor in housing and restricting element, described compressor, condenser, restricting element and evaporator series form refrigerating circuit;
Also comprise and be arranged on water tank in housing and for the water in water tank being exported to the water pump on described wet curtain.
The humidification dehumidified air processor of the application has humidification and dehumidifying two kinds of patterns.Wet curtain coordinates with blower fan, the air after purification is carried out humidification, and refrigerating circuit can dehumidify to the air entering inlet channel, by switching the open and close of wet curtain humidification mechanism, refrigerating circuit, make air purifier have two kinds of patterns, applicability is strong, meets the demand of user.
Water is delivered in wet curtain by water pump by the application, through fan action, is delivered in air by pure hydrone, thus reaches the object of humidifying air; The application's humidification speed is fast, and energy consumption is low, and low to water quality requirement.
The application's evaporimeter and condenser are arranged side by side, when refrigerating circuit works (now wet curtain humidification mechanism does not work), by fan by humid air suction inlet channel, when evaporator, steam in air is doubted and is formed frost, has carried out dehumidifying work; Then air is discharged from gas outlet after condenser heating.And doubtful frost of forming is melted into the wet curtain humidification mechanism of water inflow after system heats up, so circulate and indoor humidity is reduced, wet spaces progressively reaches dry and comfortable effect.
As preferably, described water tank is arranged on the outside of inlet channel, and is positioned at the below of wet curtain; Have a water receiving chamber immediately below described wet curtain, described water receiving chamber has the backwater hole towards described water tank, the backwater hole in described water receiving chamber is provided with the floating valve opened or closed for controlling backwater hole.
Described floating valve, for keeping the sealing of inlet channel, prevents air from being leaked by backwater hole.Complete machine inside is made to be in relative sealing air to runner.
The one-way flow of air in humidification mechanism can be realized by arranging floating valve, preventing air from flowing in backwater hole, affecting the efficiency of air processor; And when the water in water receiving chamber arrives certain water level, floating valve can open backwater hole, is entered in water tank by the water in water receiving chamber.
As preferably, the water pump of the application is arranged in described water tank, and the outlet pipe of described water pump extends to the top of described wet curtain.Such setting is to make water input in wet curtain preferably, except such setting, can also be that the suction hose of water pump stretches in described water tank.
In the application, described water receiving chamber is made up of the water spilage tray be located at below inlet channel, and the openend of described water spilage tray and inlet channel are sealed and matched, described backwater hole is located at the bottom at water spilage tray, and inlet channel has just to the opening of water spilage tray immediately below wet curtain.
Can also be made up of the recessed inwall of inlet channel except arranging described water receiving chamber like this.
The water changed into prevent frost flows to other places in inlet channel, and in order to recycle the water that frost changes into, as preferably, the bottom of described inlet channel inwall, the left and right sides of evaporimeter all has a baffle plate, and the baffle plate closing on described water receiving chamber has overfall.
Frost now between two baffle plates, and can be changed into by overfall and guides in water receiving chamber by the water that frost can change into by two baffle plates, realizes recycling.
As preferably, described floating valve comprises:
Pin, is located on described backwater hole, and the upper and lower side of pin all has spacing ring;
Empty boasting, is set on described pin, and between backwater hole and the spacing ring of pin upper end.
The spacing ring of lower end is used for preventing pin from departing from described backwater hole, and the spacing ring of upper end is used for preventing empty boasting from departing from pin.
As preferably, described water tank has and correspondingly with described backwater hole arranges and be positioned at the water tank top board below backwater hole, and this water tank top board is equipped with a filtration sponge, water tank top board also has a filtered water delivery port.
Can purify the water of backflow by arranging filtration sponge, preventing bulky grain thing from entering water tank.
As preferably, described water tank and described housing are slidably matched, and are also provided with water pump rotating mechanism in described housing, and described water pump rotating mechanism comprises:
Fixed mount, is fixed in described housing;
Water pump support, one end is hinged on described fixed mount, and the other end stretches in described water tank, and the one end stretching into water tank is for installing described water pump, and described water pump support has a stressed driving lever;
Rotating turret, is hinged on described fixed mount, and rotating turret has two relatively-stationary cursors, and described stressed driving lever is between two cursors, and what two cursors replaced coordinates with described stressed driving lever, drives water pump support to carry out back rotation;
Torsion spring, is arranged on rotating turret and fixed mount hinged place, for providing torsion, making rotating turret drive water pump holder pivots, having one end of water pump to raise water pump support installing.
Make water tank when shifting out and move into by arranging rotating turret, water pump support and torsion spring, the water pump of water pump support can move up and down, and can facilitate the cleaning of water tank and add water.
As preferably, described fixed mount has projection, and described rotating turret is set on projection and is rotatably assorted with projection; It is relative with fixed mount fixing that described torsion spring set is located on projection and one end, and the other end is relative with described rotating turret fixing.
Fixed mount has a fixed axis, the hinged end of described water pump support is set on described fixed axis, and this hinged end can relatively rotate along described fixed axis.
In order to make more optimized structure, and ensure that water tank has larger space, as preferably, the protuberance that described water tank comprises tank body and is communicated with tank body, the hinged place of described rotating turret and fixed mount is positioned at the top of protuberance, and rotating turret cursor stretches in protuberance, another cursor is positioned at the outside of protuberance, it is the stressed sidewall of protuberance between two cursors, when water tank moves, the stressed sidewall of protuberance alternately coordinates with two cursors, drives rotating turret to rotate.
Compared to the water tank not having protuberance, the design of protuberance not only increases water space, and feed pump, rotating turret and water pump support provide abundant installing space, water pump support across distance can be larger, the angle that water pump holder pivots is same, the distance that water pump moves up and down is larger.
As preferably, the end being positioned at the outside cursor of protuberance has a kink, and described kink coordinates with the stressed sidewall of protuberance.By arrange kink make stressed sidewall with coordinate between cursor better.
As preferably, between described rotating turret and fixed mount, or there is between the lateral wall of described water tank and shell holder the fastening structure keeping rotating turret position, and during fastening structure work, water tank slips in housing completely.
Water tank is made to slip into the torsion can being offset torsion spring after in housing by the coordinate force of fastening structure completely by arranging fastening structure, when water tank outwards shifts out housing simultaneously, fastening structure is not in work, and under the twisting force of torsion spring, water pump support installing has one end of water pump to raise.By arranging engaging support mechanism, the stability of structure is better.
Described fastening structure comprises the salient point and concave point that cooperatively interact, or the fixture block cooperatively interacted and draw-in groove.
The beneficial effects of the utility model are: empty wet curtain humidification mechanism coordinates with blower fan, air after purification is carried out humidification, and refrigerating circuit can dehumidify to the air entering inlet channel, by switching the open and close of wet curtain humidification mechanism, refrigerating circuit, air purifier is made to have two kinds of patterns, applicability is strong, meets the demand of user.By water pump, water is delivered in wet curtain, through fan action, pure hydrone is delivered in air, thus reach the object of humidifying air; The application's humidification speed is fast, and energy consumption is low, and low to water quality requirement.
Accompanying drawing illustrates:
Fig. 1 is the structural representation of the utility model humidification dehumidified air processor;
Fig. 2 is the structural representation at another visual angle of the utility model humidification dehumidified air processor;
Fig. 3 is the structural representation removing the utility model humidification dehumidified air processor after left and right sidewall;
Fig. 4 is the structural representation of the fore shell being provided with blower fan;
Fig. 5 is the structural representation of the fore shell being provided with evaporimeter and condenser;
Fig. 6 is the structural representation of the back cover being provided with wet curtain;
Fig. 7 is the structural representation of the utility model enclosure interior;
Fig. 8 is the structural representation of pin;
Fig. 9 is the structural representation of wet curtain and water tank in housing;
Figure 10 is the enlarged drawing of A in Fig. 9;
Figure 11 is the structural representation of water tank and water pump rotating mechanism;
Figure 12 is the explosive view of water pump rotating mechanism;
Figure 13 is the structural representation after enclosure interior removes wet curtain;
Figure 14 is the structural representation after Figure 13 removes evaporimeter and condenser.
In figure, each Reference numeral is:
1, gas outlet, 2, fore shell, 3, top board, 4, right plate, 5, back cover, 7, water tank, 8, compressor installation cavity sidewall, 9, first installation cavity, 10, blower fan, 11, baffle plate, 12, overfall, 13, evaporimeter, 14, condenser, 15, upper holder, 16, lower fixed frame, 17, wet curtain, 18, second installation cavity, 19, pull mouth, 24, pin, 25, spacing ring, 26, empty boasting, 27, water spilage tray, 28, water tank top board, 29, filtered water delivery port, 30, tank body, 31, protuberance, 32, stressed sidewall, 33, water pump rotating mechanism, 34, water pump, 35, water pump support, 36, rotating turret, 37, torsion spring, 38, fixed mount, 39, stressed driving lever, 40, cursor, 41, kink, 42, projection, 43, fixed axis, 44, compressor, 45, base plate.
Detailed description of the invention:
Below in conjunction with each accompanying drawing, the utility model is described in detail.
As shown in Fig. 1 ~ 14, a kind of humidification dehumidified air processor, comprises housing, the gas outlet 1 having an inlet channel in housing and be communicated with inlet channel, and inlet channel is provided with from outside to inside successively:
Wet curtain 17;
Evaporimeter 13;
Condenser 14;
Blower fan 10, for sucking air and being discharged from gas outlet by air;
Also comprise and be arranged on compressor 44 in housing and restricting element, compressor 44, condenser 14, restricting element and evaporimeter 13 refrigerating circuit in series;
Also comprise and be arranged on water tank 7 in housing and for the water in water tank being exported to the water pump 34 on wet curtain 17.
As Fig. 1 ~ 7, shown in 14, the housing of the present embodiment air processor comprises fore shell 2, back cover 5, base plate 45, top board 3, left plate and right plate 4, fore shell 2 has an ante-chamber, back cover has a back cavity, ante-chamber comprises the first installation cavity 9 for installing evaporimeter 13, condenser 14 and blower fan 10, and back cover 5 comprises the second installation cavity 18, and wet curtain 17 is arranged in this second installation cavity 18.First installation cavity and the second installation cavity sealing docking form above-mentioned inlet channel, and ante-chamber is above-mentioned gas outlet 1 away from the end of the second installation cavity.As shown in Figures 4 and 5, fore shell 2 also comprises the compressor installation cavity for installing compressor 44, and this compressor installation cavity is made up of compressor installation cavity sidewall 8.
As shown in Fig. 3,9 and 10, water tank 7 is arranged on the outside of inlet channel, and is positioned at the below of wet curtain 17; Have a water receiving chamber immediately below wet curtain 17, water receiving chamber has the backwater hole towards water tank, the backwater hole in water receiving chamber is provided with the floating valve opened or closed for controlling backwater hole.In the present embodiment, water receiving chamber is made up of the water spilage tray 27 be located at below inlet channel, and the openend of water spilage tray 27 and inlet channel are sealed and matched, backwater hole is located at the bottom at water spilage tray, and inlet channel has just to the opening (not shown in FIG.) of water spilage tray immediately below wet curtain 17.Can also be made up of the recessed inwall of inlet channel except arranging water receiving chamber like this.
As shown in Fig. 8,9 and 10, floating valve comprises:
Pin 24, is located on backwater hole, and the upper and lower side of pin all has spacing ring 25;
Empty boasting 26, is set on pin, and between backwater hole and the spacing ring of pin upper end.
Water tank 7 has and correspondingly with backwater hole arranges and be positioned at the water tank top board 28 below backwater hole, and this water tank top board is equipped with a filtration sponge, water tank top board also has a filtered water delivery port 29.Can purify the water of backflow by arranging filtration sponge, preventing bulky grain thing from entering water tank.
The present embodiment can realize the one-way flow of air in humidification mechanism by arranging floating valve, prevents air from flowing in backwater hole, affects the efficiency of air processor; And when the water in water receiving chamber arrives certain water level, floating valve can open backwater hole, is entered in water tank by the water in water receiving chamber.
As shown in Fig. 5,13 and 14, the water changed into prevent frost flows to other places in inlet channel, and in order to recycle the water that frost changes into, the bottom of inlet channel inwall, the left and right sides of evaporimeter all has a baffle plate 11, and the baffle plate closing on water receiving chamber has overfall 12, in the present embodiment, in the first installation cavity, be provided with the upper holder 15 for installing evaporimeter 13 and condenser 14 and lower fixed frame 16.Baffle plate 11 is arranged on lower fixed frame 16, and the present embodiment in order to the effect that baffle plate is played better, evaporimeter and condenser, between two baffle plates, are arranged so that like this, and the globule that condenser stays also can enter in water spilage tray 27 through overfall.
As Fig. 2,6,7, shown in 11 and 12, water tank 7 and housing are slidably matched, back cover 5 has the pull mouth 19 interted for supply tank, be also provided with water pump rotating mechanism 33 in housing 7, water pump rotating mechanism 33 comprises:
Fixed mount 38, is fixed in housing;
Water pump support 35, one end is hinged on fixed mount, and the other end stretches in water tank, and the one end stretching into water tank is for installing water pump 34, and water pump support has a stressed driving lever 39;
Rotating turret 36, is hinged on fixed mount, and rotating turret has two relatively-stationary cursors 40, and stressed driving lever 39 is between two cursors, and what two cursors replaced coordinates with stressed driving lever, drives water pump support to carry out back rotation;
Torsion spring 37, is arranged on rotating turret and fixed mount hinged place, for providing torsion, making rotating turret drive water pump holder pivots, having one end of water pump to raise water pump support installing.
The present embodiment, fixed mount 38 has projection 42, and rotating turret 36 is set on projection and is rotatably assorted with projection; It is relative with fixed mount 38 fixing that torsion spring 37 is set on projection 42 and one end, and the other end is relative with rotating turret 36 fixing.Fixed mount 38 has a fixed axis 43, the hinged end of water pump support 35 is set on fixed axis, and this hinged end can relatively rotate along fixed axis.
In order to make more optimized structure, and ensure that water tank has larger space, the protuberance 31 that water tank 7 comprises tank body 30 and is communicated with tank body, the hinged place of rotating turret and fixed mount is positioned at the top of protuberance, and rotating turret cursor stretches in protuberance, and another cursor is positioned at the outside of protuberance, it is the stressed sidewall 32 of protuberance between two cursors, when water tank moves, the stressed sidewall of protuberance alternately coordinates with two cursors, drives rotating turret to rotate.
Compared to the water tank not having protuberance, the design of protuberance not only increases water space, and feed pump, rotating turret and water pump support provide abundant installing space, water pump support across distance can be larger, the angle that water pump holder pivots is same, the distance that water pump moves up and down is larger.
The end that the present embodiment is positioned at the outside cursor 40 of protuberance has a kink 41, and kink coordinates with the stressed sidewall of protuberance.By arrange kink make stressed sidewall with coordinate between cursor better.
Make water tank when shifting out and move into by arranging rotating turret, water pump support and torsion spring, the water pump of water pump support can move up and down, and can facilitate the cleaning of water tank and add water.When water tank slips in box body completely, in order to overcome the torsion of torsion spring, in the present embodiment, between rotating turret and fixed mount, or there is between the lateral wall of water tank and shell holder the fastening structure keeping rotating turret position, and during fastening structure work, water tank slips in housing completely.
Water tank is made to slip into the torsion can being offset torsion spring after in housing by the coordinate force of fastening structure completely by arranging fastening structure, when water tank outwards shifts out housing simultaneously, fastening structure is not in work, and under the twisting force of torsion spring, water pump support installing has one end of water pump to raise.By arranging engaging support mechanism, the stability of structure is better.
Fastening structure can be the salient point that cooperatively interacts and concave point, also can be the fixture block that cooperatively interacts and draw-in groove.The present embodiment be salient point and concave point, and salient point concave point is separately positioned on rotating turret and fixed mount.
Water pump in the present embodiment is arranged in water tank, and the outlet pipe of water pump extends to the top of wet curtain.Such setting is to make water input in wet curtain preferably, except such setting, can also be that the suction hose of water pump stretches in water tank.
The air processor of the present embodiment has the various modes such as humidification and dehumidifying.Wet curtain coordinates with blower fan, the air after purification is carried out humidification, and refrigerating circuit can dehumidify to the air entering inlet channel, by switching the open and close of wet curtain humidification mechanism, refrigerating circuit, make air purifier have various modes, applicability is strong, meets the demand of user.And the application's evaporimeter and condenser are arranged side by side, when refrigerating circuit works (wet curtain does not have water to now water air pump inoperative), by fan by humid air suction inlet channel, when evaporator, the steam in air is doubted and is formed frost, has carried out dehumidifying work; Then air is discharged from gas outlet after condenser heating.And doubtful frost of forming is melted into the wet curtain humidification mechanism of water inflow after system heats up, so circulate and indoor humidity is reduced, wet spaces progressively reaches dry and comfortable effect.
The foregoing is only preferred embodiment of the present utility model; not thereby scope of patent protection of the present utility model is namely limited; the equivalent structure transformation that every utilization the utility model description and accompanying drawing content are done; directly or indirectly be used in the technical field that other are relevant, be all in like manner included in protection domain of the present utility model.
Claims (9)
1. a humidification dehumidified air processor, comprises housing, and the gas outlet having an inlet channel in described housing and be communicated with inlet channel, is characterized in that, described inlet channel is provided with from outside to inside successively:
Wet curtain;
Evaporimeter;
Condenser;
Blower fan, for sucking air and being discharged from described gas outlet by air;
Also comprise and be arranged on compressor in housing and restricting element, described compressor, condenser, restricting element and evaporator series form refrigerating circuit;
Also comprise and be arranged on water tank in housing and for the water in water tank being exported to the water pump on described wet curtain.
2. humidification dehumidified air processor as claimed in claim 1, it is characterized in that, described water tank is arranged on the outside of inlet channel, and is positioned at the below of wet curtain; Have a water receiving chamber immediately below described wet curtain, described water receiving chamber has the backwater hole towards described water tank, the backwater hole in described water receiving chamber is provided with the floating valve opened or closed for controlling backwater hole.
3. humidification dehumidified air processor as claimed in claim 2, it is characterized in that, the bottom of described inlet channel inwall, the left and right sides of evaporimeter all has a baffle plate, and the baffle plate closing on described water receiving chamber has overfall.
4. humidification dehumidified air processor as claimed in claim 2, it is characterized in that, described floating valve comprises:
Pin, is located on described backwater hole, and the upper and lower side of pin all has spacing ring;
Empty boasting, is set on described pin, and between backwater hole and the spacing ring of pin upper end.
5. humidification dehumidified air processor as claimed in claim 2, it is characterized in that, described water tank has and correspondingly with described backwater hole arranges and be positioned at the water tank top board below backwater hole, and this water tank top board is equipped with a filtration sponge, water tank top board also has a filtered water delivery port.
6. humidification dehumidified air processor as claimed in claim 2, it is characterized in that, described water tank and described housing are slidably matched, and are also provided with water pump rotating mechanism in described housing, and described water pump rotating mechanism comprises:
Fixed mount, is fixed in described housing;
Water pump support, one end is hinged on described fixed mount, and the other end stretches in described water tank, and the one end stretching into water tank is for installing described water pump, and described water pump support has a stressed driving lever;
Rotating turret, is hinged on described fixed mount, and rotating turret has two relatively-stationary cursors, and described stressed driving lever is between two cursors, and what two cursors replaced coordinates with described stressed driving lever, drives water pump support to carry out back rotation;
Torsion spring, is arranged on rotating turret and fixed mount hinged place, for providing torsion, making rotating turret drive water pump holder pivots, having one end of water pump to raise water pump support installing.
7. humidification dehumidified air processor as claimed in claim 6, it is characterized in that, described fixed mount has projection, and described rotating turret is set on projection and is rotatably assorted with projection; It is relative with fixed mount fixing that described torsion spring set is located on projection and one end, and the other end is relative with described rotating turret fixing.
8. humidification dehumidified air processor as claimed in claim 6, it is characterized in that, the protuberance that described water tank comprises tank body and is communicated with tank body, the hinged place of described rotating turret and fixed mount is positioned at the top of protuberance, and rotating turret cursor stretches in protuberance, and another cursor is positioned at the outside of protuberance, it is the stressed sidewall of protuberance between two cursors, when water tank moves, the stressed sidewall of protuberance alternately coordinates with two cursors, drives rotating turret to rotate.
9. humidification dehumidified air processor as claimed in claim 6, it is characterized in that between described rotating turret and fixed mount, or there is between the lateral wall of described water tank and shell holder the fastening structure keeping rotating turret position, and during fastening structure work, water tank slips in housing completely.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520507563.XU CN204923251U (en) | 2015-07-14 | 2015-07-14 | Humidification dehumidification cooling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520507563.XU CN204923251U (en) | 2015-07-14 | 2015-07-14 | Humidification dehumidification cooling device |
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| Publication Number | Publication Date |
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| CN204923251U true CN204923251U (en) | 2015-12-30 |
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| CN201520507563.XU Active CN204923251U (en) | 2015-07-14 | 2015-07-14 | Humidification dehumidification cooling device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107869816A (en) * | 2016-09-28 | 2018-04-03 | 松下知识产权经营株式会社 | Humidification device |
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2015
- 2015-07-14 CN CN201520507563.XU patent/CN204923251U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107869816A (en) * | 2016-09-28 | 2018-04-03 | 松下知识产权经营株式会社 | Humidification device |
| CN107869816B (en) * | 2016-09-28 | 2022-04-19 | 松下知识产权经营株式会社 | Humidifying device |
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