CN204006376U - Air treatment system - Google Patents
Air treatment system Download PDFInfo
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- CN204006376U CN204006376U CN201420366004.7U CN201420366004U CN204006376U CN 204006376 U CN204006376 U CN 204006376U CN 201420366004 U CN201420366004 U CN 201420366004U CN 204006376 U CN204006376 U CN 204006376U
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- Air Humidification (AREA)
Abstract
An air treatment system, comprise top cover, base and be arranged on described top cover and described base between at least one air processor; Between described top cover and adjacent air processor, between described base and adjacent air processor, between adjacent air processor, all the mode by magnet attraction connects.Technique effect in some illustrative embodiment is as follows: the mode by magnet attraction makes between unit easy to connect, is convenient to dismounting.
Description
Technical field
The utility model relates to air-treatment field, specifically, relates to a kind of air treatment system.
Background technology
Start in the market to occur increasing knockdown air treatment system.These knockdown air treatment systems normally by the air processor with simple function by constituting.But the common more complicated of the syndeton of these knockdown air treatment systems, when user needs oneself assemble or dismantle, very inconvenient at present.
Utility model content
In view of this, an object of the present utility model is to propose air treatment system.For there is to a basic understanding some aspects of the embodiment disclosing, provided simple summary below.This summary part is not to comment general, neither determine key/critical component or describe the protection domain of these embodiment.Its sole purpose is to present some concepts by simple form, usings this preamble as following detailed description.
In some illustrative embodiment, a kind of air treatment system, comprise top cover, base and be arranged on described top cover and described base between at least one air processor; Described top cover and connecting in the mode between the described air processor of the top, between described base and the described air processor below, by magnet attraction between a plurality of described air processor.
Technique effect in some illustrative embodiment is as follows: the mode by magnet attraction makes between each device easy to connect, is convenient to dismounting.
For above-mentioned and relevant object, one or more embodiment comprise below by the feature that describes in detail and particularly point out in the claims.Explanation below and accompanying drawing describe some illustrative aspects in detail, and its indication is only some modes in the utilizable variety of way of principle of each embodiment.Other benefit and novel features consider the detailed description along with below by reference to the accompanying drawings and become obviously, and the disclosed embodiments are to comprise being equal to of all these aspects and they.
Accompanying drawing explanation
Fig. 1 is the stereogram of the air treatment system in some embodiment;
Fig. 2 is the cutaway view of the air treatment system in some embodiment;
Fig. 3 is the structural representation one of the first terminal row in some embodiment;
Fig. 4 is the structural representation two of the first terminal row in some embodiment;
Fig. 5 is the structural representation one of the second terminal row in some embodiment;
Fig. 6 is the structural representation two of the second terminal row in some embodiment;
Fig. 7 is the structural representation that the first terminal is arranged and the second terminal row docks in some embodiment;
Fig. 8 is the structural representation one of the base in some embodiment;
Fig. 9 is the structural representation two of the base in some embodiment;
Figure 10 is the structural representation one of the top cover in some embodiment;
Figure 11 is the structural representation two of the top cover in some embodiment;
Figure 12 is the structural representation three of the top cover in some embodiment;
Figure 13 is the structural representation one of the dehydrating unit in some embodiment;
Figure 14 is the structural representation two of the dehydrating unit in some embodiment;
Figure 15 is the structural representation three of the dehydrating unit in some embodiment;
Figure 16 is the structural representation four of the dehydrating unit in some embodiment;
Figure 17 is the structural representation five of the dehydrating unit in some embodiment;
Figure 18 is the schematic diagram one of purifier in some illustrative embodiment;
Figure 19 is the schematic diagram two of purifier in some illustrative embodiment;
Figure 20 is the schematic diagram three of purifier in some illustrative embodiment;
Figure 21 is the schematic diagram one of a kind of damping device in some illustrative embodiment;
Figure 22 is the schematic diagram two of a kind of damping device in some illustrative embodiment;
Figure 23 is the schematic diagram three of a kind of damping device in these some illustrative embodiment;
Figure 24 is the schematic diagram four of a kind of damping device in some illustrative embodiment;
Figure 25 is the schematic diagram five of a kind of damping device in some illustrative embodiment;
Figure 26 is the schematic diagram one of another kind of damping device in some illustrative embodiment;
Figure 27 is the schematic diagram two of another kind of damping device in some illustrative embodiment;
Figure 28 is the schematic diagram three of another kind of damping device in some illustrative embodiment;
Figure 29 is the schematic diagram four of another kind of damping device in some illustrative embodiment.
The specific embodiment
The following description and drawings illustrate specific embodiments of the present utility model fully, to enable those skilled in the art to put into practice them.Other embodiments can comprise structure, logic, electric, process and other change.Embodiment only represents possible variation.Unless explicitly requested, otherwise independent parts and function are optional, and the order of operation can change.The part of some embodiments and feature can be included in or replace part and the feature of other embodiments.The scope of embodiment of the present utility model comprises the gamut of claims, and all obtainable equivalent of claims.In this article, these embodiments of the present utility model can be represented with term " utility model " individually or always, this is only used to conveniently, and if in fact disclose the utility model that surpasses, not that the scope that will automatically limit this application is any single utility model or utility model design.
As illustrated in fig. 1 and 2, be respectively stereogram and the cutaway view of air treatment system in certain embodiments of the present utility model.
This air treatment system comprises a base 5 and is placed in the one or more air processors on base 5.Wherein, each air processor comprises air inlet, air outlet and electric power-feeding structure.In the present embodiment, air treatment system has from top to bottom dehydrating unit 4, purifier 3 and the damping device 2 of combination successively.Should be understood that, embodiment of the present utility model, not as limit, can also be other arrangement modes, can be also the modular unit of other functions.
In some illustrative embodiment, by the modular design of air processor, by selecting different modules to realize difference in functionality, to user, bring more more options space.The combination of each module adopts upper and lower stacking method, can fully save space.
In some illustrative embodiment, base 5 comprises air inlet, air outlet, external power supply and is the output electric power-feeding structure in abutting connection with air processor power supply.
In some illustrative embodiment, base 5 is connected with the adjacent air processor mode by magnet attraction or connector.Mode by magnet attraction or connector between adjacent air processor connects.Top cover 1 is connected with the adjacent air processor mode by magnet attraction or connector.
In some illustrative embodiment, the mode by magnet attraction or connector makes that various piece is convenient to be connected.
Preferably, base 5 is connected with the adjacent air processor mode by magnet attraction.Mode by magnet attraction between adjacent air processor connects.Top cover 1 is connected with the adjacent air processor mode by magnet attraction.The connected mode of this magnet attraction is preferably: on the bottom surface of top cover 1, on the end face and bottom surface of air processor, be respectively arranged with at least one magnetic part on the end face of base 5.The polarity of the magnetic part that the magnetic part on the bottom surface of top cover 1 is corresponding and corresponding with the position that is positioned at the magnetic part on the end face of air processor of the top is contrary.The polarity of the magnetic part that the magnetic part on the end face of base 5 is corresponding and corresponding with the position that is positioned at the magnetic part on the bottom surface of the air processor of below is contrary.The polarity of the magnetic part that magnetic part on the bottom surface of the magnetic part on the end face of air processor and adjacent air processor is corresponding and corresponding is contrary.Magnetic part can be arranged on the center or circumference of end face of the bottom surface of top cover 1, the end face of air processor and bottom surface and base.
In some illustrative embodiment, between each modular unit of this air treatment system, adopt the mode of magnet attraction connection, not only make the features simple structure of this air treatment system, also make installation process easy.User does not need use instrument can complete voluntarily installation.In addition, the mode of magnet attraction also makes the stabilized structure of the air treatment system after installation.
Preferably, base 5 is connected with the adjacent air processor mode by connector.Mode by connector between adjacent air processor connects.Top cover 1 is connected with the adjacent air processor mode by connector.
Preferably, this connector can be to be separately positioned on draw-in groove and claw on two adjacent faces.By claw, snap in draw-in groove, various piece is coupled together.
Preferably, this connector can also be the structure of gathering sill and lead.In some illustrative embodiment, on the bottom surface of top cover 1, be respectively arranged with at least one gathering sill on the bottom surface of air processor.On the end face of base 5, be respectively arranged with at least one guide protrusions on the end face of air processor, the gathering sill on adjacent two faces and the position of guide protrusions are corresponding, and wire projection is inserted in gathering sill.The application is as limit, can on another side, be also lead so that a face is gathering sill on the adjacent face of this air processor, to realize the grafting of gathering sill and lead, do not limit each face upper terminal row's kind.Gathering sill and lead can not only dock by implementation structure, play the effect of guiding in the time of can also being used in conjunction with other syndetons.Preferably, in this gathering sill, can be provided with conducting strip, this lead is electric conductor.This set makes gathering sill and lead except realizing guide effect, can also substitute the function that a part is electrically connected to.
In some illustrative embodiment, the air outlet of top cover 1 is arranged on the end face of top cover 1, on the bottom surface of top cover 1, offers fresh air inlet.The air inlet of top cover 1 is connected with the air outlet of the air processor of adjacency.The air inlet of base 5 is arranged on the bottom surface of base 5, and the air outlet of base 5 is arranged on the end face of base 5.When a plurality of air processors connect, the air outlet of each air processor is connected with the air inlet of the air processor of adjacency.
In some illustrative embodiment, there are two kinds of set-up modes with the air inlet of the air processor of base 5 adjacency, specific as follows:
In some illustrative embodiment, be arranged on the sidewall of this air processor with the air inlet of the air processor of base 5 adjacency.The air outlet of top cover 1 and with the direction of the air inlet of the air processor of base 5 adjacency are all unscreened sensing surrounding environment.Preferably, on the bottom surface of this air processor, air inlet can be set, the air channel between this air processor and base 5 is not connected, and now, wind enters from the air inlet of this air processor, from the air inlet of base 5, does not enter.Preferably, on the bottom surface of this air processor, air inlet can be set, the air channel between this air processor and base 5 is connected, and now, wind both can enter from the air inlet of this air processor, also can enter from the air inlet of base 5.
In some illustrative embodiment, be arranged on the bottom surface of this air processor with the air inlet of the air processor of base 5 adjacency.The air outlet of base 5 is connected with the air inlet of the air processor of adjacency.The direction of the air inlet of the air outlet of top cover 1, base 5 is all unscreened sensing surrounding environment.Now, wind enters from the air inlet of base.In this scheme, to there is enough intensity with the air processor of base 5 adjacency, preferably select metal material.
In some illustrative embodiment, each air outlet can be lattice-shaped air inlet or hole shape air inlet.
As shown in Fig. 3～7, be the first terminal row's in certain embodiments of the present utility model structural representation one and the structural representation one and two of two, the second terminal rows, the structural representation of the first terminal row and the docking of the second terminal row.
In some illustrative embodiment, on the top cover 1 of this air treatment system, base 5 and each air processor, be provided with connector, this connector can be used as the electric power connection interface of top cover 1, base 5 and each air processor and the structure of communication connection interface.This connector comprises the first terminal row the 9 and second terminal row 10.On a sidewall of the first terminal row 9, have boss 904, at least one connecting hole 901 is arranged on boss 904.A sidewall of the second terminal row 10 is provided with the groove 140 coordinating with boss 904, and at least one joint pin 110 matching with connecting hole 901 is arranged in groove 140.When the first terminal row the 9 and second terminal row 10 docking, boss 904 embeds in groove 140 and groove 140 engagings.During the first terminal row the 9 and second terminal row 10 docking, joint pin 110 inserts in connecting hole 901 outer surface of joint pin 110 is contacted with the inner surface of connecting hole 901.On the first terminal row sidewalls with axially parallel connecting hole 901 9, be provided with at least one the first terminal 902 being electrically connected to connecting hole 901.In the vertical two opposite side walls of the first terminal row 9 the sidewall with being provided with boss 904, be respectively arranged with at least one first holder 903.On the relative sidewall of the groove 140 with being provided with joint pin 110 of the second terminal row 10, be provided with at least one second terminal 120 being electrically connected to joint pin 110.In the vertical two opposite side walls of the sidewall with being provided with groove 140 of the second terminal row 10, be respectively arranged with at least one second holder 130.The inwall of this connecting hole 901 or inner side diapire can be the materials with conducting function, can be also the mechanisms with communication stitch.Preferably, this connecting hole 901 is interior can be provided with function contact element specially.Function contact element is conducting strip or communication stitch.When the first terminal row the 9 and second terminal row 10 docking, the outer surface of joint pin 110 and function contact element contacts.As long as it is the first terminal row 9 that the application makes a face on the adjacent face of this air processor, is the second terminal row 10 on another side, to realize the grafting of the first terminal row the 9 and second terminal row 10, do not limit the kind that each face upper terminal is arranged.The motion that realizes line docking can be rectilinear motion, can be also to rotatablely move.In addition, according to this docking calculation, wire (forceful electric power, the light current) quantity of docking, can design the terminal of different pairs and realize as required.
Introduce for example the structure of the various piece of this air treatment system below.Should be understood that, the structure of this various piece is not limited with following embodiment.
As shown in Figure 8 and Figure 9, be respectively the structural representation one and two of the utility model base in certain embodiments.
In some illustrative embodiment, below, the bottom surface of base 5 is provided with universal wheel 501, to facilitate the movement of this air treatment system.
In some illustrative embodiment, on the upper surface of base 5, be provided with groove.Preferably, groove is the circular ring structure concentric with base.This groove can be used for rewiring plate around, facilitate taking in of electric wire.
In some illustrative embodiment, the power supply export structure of base 5 is specially base power mating interface 503.Base 5 can also comprise base communication mating interface, for the connection of communicating by letter.Certainly, base power mating interface 503 mating interface of communicating by letter with base can be integrated into an interface.This base 5 can also comprise base power output interface 502, for being connected with external power source.Power supply mating interface 503, base communication mating interface and base power output interface 502 adopt the first terminal row or the second terminal row structure of aforesaid connector.
As shown in Figure 10～12, it is the structural representation one, two and three of top cover in certain embodiments of the present utility model.
In some illustrative embodiment, this air treatment system also comprises a top cover 1, is placed on one or more air processors.Top cover 1 comprises air inlet 191, air outlet 102 and accepts in abutting connection with the power supply input structure of air processor power supply.This power supply input structure is arranged on the bottom surface of top cover 1.This power supply input structure is specially top cover power supply mating interface 107.This air treatment system can also comprise the top cover communication mating interface 108 being arranged on top cover bottom surface, for the connection of communicating by letter.Certainly, top cover power supply mating interface 107 mating interface 108 of communicating by letter with top cover can be integrated into an interface.Communicate by letter with top cover mating interface 108 of top cover power supply mating interface 107 adopts the first terminal row or the second terminal row structure of aforesaid connector.On the bottom surface of top cover 1, be also provided with top cover magnet 109 and lead 104.This top cover magnet 109 is aforesaid magnetic part, and lead 104 is aforesaid lead structure.
In some illustrative embodiment, the sidewall of top cover 1 comprises inner and outer wall, is separated with interval between inner and outer wall.In top cover 1, be also provided with detecting unit.This detecting unit comprises: detect air inlet 181, detect air port 182, detect blower fan 184 and sensor.Detect air inlet 181 and detect on the surface of outer wall 106 that air port 182 is separately positioned on top cover.Detecting blower fan 184 and sensor setting is detecting air inlet 181 and is detecting in the interval between air port 182.In the present embodiment, this sensor comprise but: VOC (VOC, volatile organic compounds) sensor 183, PM2.5 checkout gear 185 and temperature-humidity sensor 186 etc.Should be understood that, the utility model, not as limit, can be also the sensor for detecting air index of other kinds.In some illustrative embodiment, by being set, detecting unit can detect the quality of air.
In some illustrative embodiment, in top cover 1, be also provided with motor 104.This motor 104 is used to this air treatment system that power is provided.
In some illustrative embodiment, on the end face of top cover 1, be provided with projection, on the surface of this projection, be provided with display screen 101.This display screen 101 is as human-computer interaction interface, for showing current duty, the ongoing operation of user etc.The periphery of this display screen is a circle indicator lamp band, can be used as machine work, stops or the indication of fault etc.Described indicator lamp band can also be used to indicate air quality, and for example, the different colours of indicator lamp band represents different air quality grades.
In some illustrative embodiment, except basic controlling, top cover 1 can also increase infrared transceiver device, is used for controlling other household electrical appliance.
As shown in Figure 13～17, it is the structural representation one to five of the utility model dehydrating unit in certain embodiments.
In some illustrative embodiment, air processor can be dehydrating unit 4.This dehydrating unit 4 comprises heat exchanger 404, drip tray 406 and water tank 401.Drip tray 406 is positioned at the top of water tank 401, and on drip tray 406, offers the apopore that at least one is connected with water tank 401.Heat exchanger 404 is not equal to 90 degree with the angle of the plane at drip tray 406 places.The extended line of the lower end edge dehydrating unit axial direction of heat exchanger 404 and drip tray 406 place Plane intersects.
In some illustrative embodiment, heat exchanger 404 is not level or the vertical top that is placed in drip tray 406 as the prior art, heat exchanger 404 is the tops that are placed on drip tray 406 that tilt, so that the condensed water that heat exchanger 404 produces when work can flow into drip tray 406 along heat exchanger 404 bottoms, then flow into water tank 401 by drip tray 406.Optionally, the hole communicating with water tank 401 is set on drip tray 406, so that condensed water flows into water tank 401 by this hole.Optionally, described drip tray 406 for the hole that condensed water flows out also can be directly connected with outlet pipe, so that condensed water is discharged described dehydrating unit by this outlet pipe.
In some illustrative embodiment, this dehydrating unit comprises air inlet 431 and air outlet 432.Air outlet 432 is opened on the dehumidifying top cover 408 of dehydrating unit.In the present embodiment, dehydrating unit 4 arranges and is connected with base 5, so air inlet 431 has two kinds of set-up modes as previously mentioned.Air inlet 431 is opened on the sidewall and/or dehumidifying chassis 410 of dehydrating unit.
In some illustrative embodiment, heat exchanger 404 fixed heads 405 are fixedly connected with the sidewall of dehydrating unit.The housing of dehydrating unit comprises dehumidifying fore shell 402, dehumidifying back cover 403, dehumidifying top cover 408 and dehumidifying chassis 410, and heat exchanger 404 fixed heads 405 are fixed on dehumidifying fore shell 402.Optionally, heat exchanger 404 being fixedly connected with by bolt and heat exchanger 404 fixed heads 405.
In some illustrative embodiment, heat exchanger 404 and drip tray 406 are all arranged on the inside of housing.Water tank 401 is Split type structure with housing, is provided with the groove of placing water tank 401 on casing, so that water tank 401 can freely dismantle from the housing of dehydrating unit, user-friendly.
Dehumidifying fore shell 402 can be fixedly connected with by modes such as draw-in groove or bolts with dehumidifying back cover 403, on dehumidifying back cover 403, is provided with for placing the groove of water tank 401.Drip tray 406 is placed at top at the groove of dehumidifying back cover 403.Drip tray 406 can be structure as a whole or Split type structure with dehumidifying back cover 403.Optionally, on groove, can be provided with slide rail, and be provided with slideway in water tank 401 corresponding positions, bottom, so that the dismounting of water tank 401 convenient power-saving more.
In some illustrative embodiment, air inlet 431 can be arranged in bottom of shell at least part of sidewall of the casing of water tank 401 bottoms.As shown in figure 12, air inlet 431 is arranged in bottom of shell to whole sidewalls of the casing of water tank 401 bottoms.
Optionally, air inlet 431 can be arranged in partial sidewall, for example, only on the sidewall of dehumidifying fore shell 402 or dehumidifying back cover 403, air inlet 431 is set.Certainly, air inlet 431 also can be arranged on the sidewall of dehydrating unit of water tank 401 tops.
In some optional embodiments, dehydrating unit also comprises compressor 407 and electrical appliance box body.Compressor 407 and electrical appliance box body are all placed in the bottom of dehydrating unit, as shown in FIG., because the general volume of compressor 407 is larger, are therefore placed in the space that dehumidifying fore shell 402 surrounds.In order to save space, electrical appliance box body is placed in to the bottom by dehumidifying back cover 403 space that surrounds, on dehumidifying back cover 403, start to be useful on the groove of placing water tank 401, groove has certain space to dehumidifying chassis 410, and electrical appliance box body is placed in this space.Electrical appliance box body is used for depositing circuit board.
In some optional embodiments, on dehumidifying top cover 408, be provided with lower power interface 412 and lower communication interface 411.On humidification chassis, be also provided with corresponding power source interface 413.Further, lower power interface 412 and lower communication interface 411 can be same interface.Lower power interface 412, lower communication interface 411 and power source interface 413 can be the first terminal row or the second terminal row structures of aforesaid connector.
In some optional embodiments, on dehydrating unit, be also provided with the syndeton being connected with above-mentioned other device, syndeton can be aforesaid connecting-piece structure, also can be foregoing guide frame (as gathering sill and lead, each installs, and direct lead is corresponding with gathering sill to be equipped with).On dehumidifying top cover 408 and dehumidifying chassis 410, be respectively equipped with gathering sill 414 and lead 415.In addition, on dehumidifying top cover 408 and dehumidifying chassis 410, lower magnet 416 and upper magnet 413 also can be set respectively, so that dehydrating unit is connected with the mode of other device by adhesive.This lower magnet 416 and upper magnet 413 can be aforesaid magnetic parts.
In some illustrative embodiment, on dehumidifying top cover 408, be provided with lower power interface 412 and lower communication interface 411.On dehumidifying chassis 410, be also provided with corresponding power source interface 413.Each above-mentioned interface can make aforementioned connector construction, and with the corresponding setting in position of the corresponding interface of other devices.
In some illustrative embodiment, heat exchanger 404 in dehydrating unit also can horizontal positioned, it is relatively large that during due to heat exchanger 404 horizontal positioned, heat exchanger drips the area of condensed water downwards, therefore described drip tray 406 is corresponding according to the horizontal area of described heat exchanger 404, corresponding amplifying.
The dehydrating unit that adopts above-described embodiment, can reach following effect: the size that reduces dehumidifier; The area of drip tray is no longer subject to the restriction of size of heat exchanger; Improve heat exchange efficiency.
As shown in Figure 18～20, for of the present utility model in some illustrative embodiment the schematic diagram one to three of purifier.
This purifier 3 comprises and purifies fore shell 301, cleaning module 302, purifies back cover 303, is arranged on purification top cover 304 above of purifier 3, is arranged on purifier 3 purification disk 305 below.The cleaning module 302 of this purifier 3 is fixed on and purifies on back cover 303.During replacing, can pull and purify back cover 303, can take out cleaning module 302.Purifier 3, except comprising cleaning module 302, can also comprise the parts such as sterilization UV lamp or nanometer copper-silver sterilization filtering screen, anion, champignon.
This purifier 3 be also provided with there is the first terminal row of aforesaid connector or the power source mating interface 306 of the second terminal row structure, upper communication mating interface 307, lower power supply mating interface 308 with under the mating interface 309 of communicating by letter.This purifier 3 is also provided with upper magnet 310 and the lower magnet 311 of the structure with aforesaid magnetic part.This purifier 3 is also provided with has aforesaid lead 312 and gathering sill 313 structures.
As shown in Figure 21～25, for of the present utility model in some illustrative embodiment a kind of schematic diagram one to five of damping device.
In some illustrative embodiment, damping device comprises: the water tank 202 of storage of water, water pump 205 and the tank 241 being connected with water pump 205 by downcomer 252.Water pump 205 is connected with water tank 202 by upper hose 251.Water pump 205 is delivered to tank 241 by the water pump in water tank 202.
In the present embodiment, damping device is a kind of damping device of pure formula, utilizes water pump 205 water to be pumped to from water tank 202 to tank 241, then the mode by natural evaporation is so that the water in tank 241 is diffused in air, reaches the effect of humidification; In addition, can in real time the water level in tank 241 be detected by tank 241, Level monitor being set, when water level is during lower than certain designated water level, start water pump 205 and start pump water, when water level reaches certain designated water level, stop water pump 205.
In some illustrative embodiment, in tank 241, be provided with block water plate 2411.The height of block water plate 2411 is less than the height of tank 241 outer walls 2412.The effect of block water plate 2411 is flow velocitys of current when slowing down water pump 205 pumps water and entering tank 241, and anti-sealing spills tank 241.The shape of block water plate 2411 can be as shown in Figure 15, and the height of block water plate 2411 is lower than the outer wall 2412 of tank 241, and zigzag design, to reach the effect that slows down current.
In some illustrative embodiment, in water tank 202, be also provided with water filter 206.Upper hose 251 stretches in water tank 202 and is connected with water filter 206.Water filter 206 plays the effect of purifying waste water, so that the water entering in tank 241 is cleaned by water filter 206, removes the undesirable substances such as impurity bacterium in water.
In some illustrative embodiment, in tank 241, be provided with the Connection Block 208 for the downcomer 252 of station pump 205, so that downcomer 252 can not move because of current in the process of pumps water.
In some illustrative embodiment, water pump 205 and tank 241 are all placed in the inside of the housing of damping device.Water tank 202 is Split type structure with the housing of damping device, is provided with the groove of placing water tank on humidification housing.The housing of damping device comprises humidification top cover 201, humidification procapsid 204, humidification back casing 203.Water pump 205 and tank 241 are all placed in humidification procapsid 204.Humidification back casing 203 links together by connectors such as bolt or draw-in grooves with humidification procapsid 204.Humidification top cover 201 is buckled in the upper surface of above-mentioned two housings, and is fixed together, thereby forms the housing of this damping device.Wherein, on humidification back casing 203, offer groove, the structure of groove matches with water tank 202, so that water tank 202 can freely dismantle from the housing of damping device, user-friendly.
Optionally, in the bottom of groove, be provided with slide rail 231, and be provided with slideway in water tank 202 corresponding positions, bottom, so that the dismounting of water tank 202 convenient power-saving more.
In some illustrative embodiment, damping device comprises the air channel of running through damping device.Tank 201 is around this air channel.
Concrete set-up mode can be as follows: in the bottom of damping device, i.e. after humidification procapsid 204 and humidification back casing 203 docking, have the air inlet 209 of the ventilation of being specifically designed in bottom.Tank 241 is hollow design, surrounds air channel, and wind through out-of-date, strengthens (being tank 241) evaporation of water speed around air channel from tank 241.Upper surface (that is, humidification top cover 201) at damping device, above offers the air outlet 211 (steam outwards evaporates from this air outlet) for ventilating.
Further, the center of damping device is run through in air channel.The center of damping device is run through in air channel, and also at tank 241 center.
Because air channel need to be passed from whole damping device, so whole damping device can be regarded a circulus (cross section) as, the shape of interior ring and outer shroud can be consistent or different, and interior ring or outer shroud can be the structures such as circular, square or triangle.Damping device is concentric annular preferably, and this design is more conducive to the evaporation of ventilation and steam.
Optionally, the shape of interior ring determines the structure in air channel, and (vertical section) in air channel is can rectangle, can be also trapezoidal other structure such as grade; For better understanding, if the vertical section in air channel is rectangle, can be similar to and be interpreted as that air channel is cylinder or cube structure, if trapezoidal, the structure in air channel can be a kind of structure of nearly cone.
In some illustrative embodiment, this damping device comprises electric power-feeding structure.Electric power-feeding structure comprises to be accepted the power supply input structure of externally fed and is the power supply export structure of externally fed.Power supply input structure and power supply export structure can be specifically power interfaces.Optionally, in top and the bottom of the housing of damping device, be equipped with power interface.Top and bottom at the housing of this damping device can also be provided with communication interface.Further, be provided with power supply communication integrated interface on humidification top cover 201, i.e. power supply communication lower interface 217, is provided with interface 216 in power supply communication in damping device bottom; Certainly, power interface and communication interface can be also independently interfaces of two difference, and position also can be according to the position relative set of the upper interface of other device connecting with damping device.Above-mentioned power interface, power supply communication integrated interface, communication interface can be the first terminal row or the second terminal row structure of foregoing connector.
Integrated circuit is positioned at the center of tank 241, overlaps with position, air channel, and humidification top cover 201 power sources communication lower interfaces 217 are connected with circuit connecting unit 207, circuit connecting unit 207 again with damping device bottom power supply, communication on interface 216 be connected.
For the power supply of fixed power source in air channel communication lower interface 217, circuit connecting unit 207 and damping device bottom communicate by letter on interface 206, the utility model arranges fixed mount 218 in the bottom of damping device, and above-mentioned parts are fixedly connected with.
Damping device is provided with the syndeton being connected with above-mentioned other device, can on humidification top cover 201, be provided with draw-in groove 212, on the housing of damping device bottom, claw 232 is set, so that draw-in groove or the claw of damping device and the upper relative set of other device are connected.Further, if connected mode is clamping, can on damping device and other device, add magnet component, so that between device adhesive is firmly and utilize and install; Certainly, magnet component also can depart from syndeton and design separately, so that damping device is connected with other device adhesive.
Adopt above-described embodiment, can reach following effect: be simple in structure, security performance good, without " white powder ", pollute, device easy cleaning; Adopt the principle of natural evaporation, more green health.
As shown in Figure 26～29, for of the present utility model in some illustrative embodiment the schematic diagram one to four of another kind of damping device.
In some optional embodiments, damping device comprises: axially run through the air channel of damping device, and the water tank 201b of storage of water, and, be placed in the filter core 204b in water tank; Wherein, water tank 201b is around air channel.
In pure formula damping device in the prior art, one of operated by rotary motion, for depositing specially the water tank of water, then realizes the effect of evaporation humidification by tank (or tank); In the present embodiment, only designed water tank 201b, the structure of water tank 201b as shown in figure 28, can also be regarded a tank as, and water tank 201b is not only for storage of water, and has born the effect of tank.This design simplification the structure of damping device in prior art, and effectively utilized space, water tank 201b can design greatlyr, without the scruple shared space of tank.
In addition, because water tank 201b is around air channel, so water tank 201b is hollow structure, can be so that wind to pass from water tank 201b, and around band air channel, the steam in water tank 201b, plays the effect of rapid humidification.
In some optional embodiments, the inwall 211b of water tank 201 surrounds air channel, is provided with the cavity that runs through filter core upper and lower surface in filter core 204b.Filter core 204b is set in the inwall 201b outside of water tank by cavity.The effect of filter core 204b is in order to improve the water in evaporation efficiency and cleaned water tank, so filter core 204b is also along air channel loop design, coordinates the circulus in water tank 201b, so that wind during by water tank 201b, also by filter core 204b, thereby improves humidification speed.
Further, in order to increase the contact area of filter core 204b and wind, when the cavity structure of design filter core 204b, filter core 204b is higher than the inwall 211b of water tank 201b.The inwall 211b of water tank 201b is lower than outer wall 212b, and the height of filter core 204b is identical with the height of outer wall 212b, therefore filter core 204b in whole humidification with the contact area of wind except the area of upper surface, also comprise the area higher than the sidewall of the filter core 204b of inwall 211b.
Further, the cavity of filter core 204b further can also be transformed, so that the area of cavity bottom is greater than the area at cavity top, the cavity that is about to filter core 204b is made the shape that young end opening is large, increase the area that side contacts with wind, so that wind better contacts with filter core 204b, take away steam.
Optionally, the kink that filter core 204b can be bent inwards higher than the part setting of the inwall of water tank, thus reach following effect: the one, increased the area that filter core 204b side contacts with wind; The 2nd, increased the area of filter core 204b upper surface; The 3rd, suitable for reading diminishing, so that wind contacts fully with filter core 204b, takes away more steam.
Optionally, filter core 204b also can be designed to taper, and the structure of the inwall of so corresponding water tank 201b also can correspondingly arrange.
In some illustrative embodiment, the housing of water tank 201b and damping device is Split type structure, is provided with the groove of placing water tank on humidification housing.
The housing of damping device comprises humidification top cover 205b, humidification housing 202b, humidification inner casing 203b and humidification chassis 209b.Wherein, humidification inner casing 203b is fixedly connected with humidification housing 204b, the mode connecting can be spirally connected, the mode such as bonding, clamping, humidification inner casing 203b is provided with groove, the structure of groove matches with water tank 201b, so that water tank 201b can freely dismantle from the housing of damping device, user-friendly.Then the top of water tank 201b is connected with humidification inner casing 203b by upper connection strap 206b, and the bottom of humidification inner casing 203b and humidification housing 202b is fixedly connected with humidification chassis 209b, the mode of connection can be spirally connected, the mode such as bonding, clamping.
In addition, the bottom of humidification inner casing 203b and humidification chassis 209b are at regular intervals, and in the gap between humidification housing 202b and humidification inner casing 203b, be provided with the humidification computer board (humidification PCB) for controlling damping device, a side of being surrounded by humidification housing 202b at humidification inner casing 203b can be fixed by bolt and humidification chassis 209b, and the bottom margin of the opposite side of humidification inner casing 203b is connected with humidification chassis 209b by lower connection strap 207b.
Optionally, on the groove of humidification inner casing 203b, can be provided with slide rail, and corresponding position is provided with slideway in water tank 202b bottom, so that the dismounting of water tank 202b convenient power-saving more.
Optionally, humidification top cover 205 is provided with air outlet, from air outlet, can observe filter core 204 upper surfaces water tank 201, is appreciated that the upper surface of filter core 204 exposed in air, avoid the bore design of air outlet too small, hinder the evaporation of steam and overflow speed.
Optionally, humidification top cover 205b is not directly arranged on humidification inner casing 203b and the formed upper surface of upper connection strap 206b, and humidification top cover 205b and this upper surface have certain distance, in this spacing, be provided with a series of assembly, for example power interface and communication interface.On humidification top cover 205b, be provided with lower power interface 213b and lower communication interface 214b; In like manner on humidification chassis, be also provided with corresponding power source interface 211b and upper communication interface 212b.Therefore, this just need to be at humidification top cover 205b, and the isolation lid 210b of an isolated water steam is set between humidification inner casing 203b and the formed upper surface of upper connection strap 206b, and humidification top cover 205b covers 210b and is fixedly connected with isolating.Lower power interface 213b, lower communication interface 214b, power source interface 211b and upper communication interface 212b can be the first terminal row of aforesaid connector or the structure of the second terminal row.
In some optional embodiments, the center of damping device is run through in air channel, and also at the center of filter core 204b.
Because air channel need to be passed from whole damping device, so whole damping device can be regarded a circulus (cross section) as, the shape of interior ring and outer shroud can be consistent or different, and interior ring or outer shroud can be the structures such as circular, square or triangle; Damping device is concentric annular preferably, i.e. structure as Figure 17～Figure 20 as shown in, and this design is more conducive to the evaporation of ventilation and steam.
Optionally, the shape of interior ring determines the structure in air channel, and (vertical section) in air channel is can rectangle, can be also trapezoidal other structure such as grade; For better understanding, if the vertical section in air channel is rectangle, can be similar to and be interpreted as that air channel is cylinder or cube structure, if trapezoidal, the structure in air channel can be a kind of structure of nearly cone.
Optionally, damping device is provided with the syndeton being connected with above-mentioned other device, syndeton can be that guide frame is (as gathering sill and lead, each installs, and direct lead is corresponding with gathering sill to be equipped with), as being provided with gathering sill 215b on humidification top cover 205b, and on humidification chassis, lead is set.In addition, lower magnet 216b and upper magnet 217b also can be set respectively on humidification top cover 205b and humidification chassis 209b, so that damping device is connected with the mode of other device by adhesive.
Adopt above-described embodiment, can reach following effect: be simple in structure, security performance good, without " white powder ", pollute, device easy cleaning; Adopt the principle of natural evaporation, more green health.
In this description, each embodiment adopts the mode of going forward one by one to describe, and each embodiment stresses is the difference with other embodiment, between each embodiment identical similar part mutually referring to.Above-mentioned explanation to the disclosed embodiments, makes professional and technical personnel in the field can realize or use the utility model.To the multiple modification of these embodiment, will be apparent for those skilled in the art, General Principle as defined herein can, in the situation that not departing from spirit or scope of the present utility model, realize in other embodiments.Therefore, the utility model will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (9)
1. an air treatment system, is characterized in that, comprise top cover, base and be arranged on described top cover and described base between at least one air processor; Between described top cover and adjacent air processor, between described base and adjacent air processor, between adjacent air processor, all the mode by magnet attraction connects.
2. air treatment system according to claim 1, is characterized in that: on the bottom surface of described top cover, on the end face and bottom surface of described air processor, be respectively arranged with at least one magnetic part on the end face of described base.
3. air treatment system according to claim 2, is characterized in that: the polarity of the described magnetic part that the magnetic part on the bottom surface of described top cover is corresponding and corresponding with the position that is positioned at the magnetic part on the end face of described air processor of the top is contrary.
4. air treatment system according to claim 2, is characterized in that: the polarity of the described magnetic part that the magnetic part on the end face of described base is corresponding and corresponding with the position that is positioned at the magnetic part on the bottom surface of the most described air processor of below is contrary.
5. air treatment system according to claim 2, is characterized in that: the polarity of the described magnetic part that magnetic part on the bottom surface of the magnetic part on the end face of described air processor and adjacent described air processor is corresponding and corresponding is contrary.
6. air treatment system according to claim 2, is characterized in that: described magnetic part is arranged on the center or circumference of end face of the bottom surface of described top cover, the end face of described air processor and bottom surface or described base.
7. air treatment system according to claim 1, it is characterized in that: on the bottom surface of described top cover, be respectively arranged with at least one gathering sill on the bottom surface of described air processor, on the end face of described base, be respectively arranged with at least one guide protrusions on the end face of described air processor, described gathering sill on adjacent two faces and the position of described guide protrusions are corresponding, and described guide protrusions is inserted in described gathering sill.
8. air treatment system according to claim 7, is characterized in that: in described gathering sill, be provided with conducting strip, described lead is electric conductor.
9. according to the air treatment system described in claim 1 to 8 any one, it is characterized in that, described at least one air processor comprises at least one in damping device, dehydrating unit and purifier.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201420366004.7U CN204006376U (en) | 2014-07-03 | 2014-07-03 | Air treatment system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420366004.7U CN204006376U (en) | 2014-07-03 | 2014-07-03 | Air treatment system |
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| CN204006376U true CN204006376U (en) | 2014-12-10 |
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| CN105091299A (en) * | 2015-01-27 | 2015-11-25 | 青岛海尔空调器有限总公司 | Air purifier, air purification module and primary filter screen installation structure of air purification module |
| CN105098545A (en) * | 2015-01-27 | 2015-11-25 | 青岛海尔空调器有限总公司 | Air cleaner, air cleaning module and central connector thereof |
| CN105091122A (en) * | 2015-01-27 | 2015-11-25 | 青岛海尔空调器有限总公司 | Air purifier and air purification module thereof |
| WO2016000412A1 (en) * | 2014-07-03 | 2016-01-07 | 青岛海尔空调器有限总公司 | Air handling system |
| WO2016000411A1 (en) * | 2014-07-03 | 2016-01-07 | 青岛海尔空调器有限总公司 | Air treatment system |
| WO2016000409A1 (en) * | 2014-07-03 | 2016-01-07 | 青岛海尔空调器有限总公司 | Air treatment apparatus |
| WO2016000407A1 (en) * | 2014-07-03 | 2016-01-07 | 青岛海尔空调器有限总公司 | Humidification device and air treatment system |
| WO2016000408A1 (en) * | 2014-07-03 | 2016-01-07 | 青岛海尔空调器有限总公司 | Humidification device and air treatment system |
| WO2016041263A1 (en) * | 2014-09-18 | 2016-03-24 | 青岛海尔空调器有限总公司 | Air treatment system |
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| WO2016000411A1 (en) * | 2014-07-03 | 2016-01-07 | 青岛海尔空调器有限总公司 | Air treatment system |
| WO2016000409A1 (en) * | 2014-07-03 | 2016-01-07 | 青岛海尔空调器有限总公司 | Air treatment apparatus |
| WO2016000408A1 (en) * | 2014-07-03 | 2016-01-07 | 青岛海尔空调器有限总公司 | Humidification device and air treatment system |
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| WO2016041263A1 (en) * | 2014-09-18 | 2016-03-24 | 青岛海尔空调器有限总公司 | Air treatment system |
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