CN106032913A - Air treatment system - Google Patents
Air treatment system Download PDFInfo
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- CN106032913A CN106032913A CN201510115365.3A CN201510115365A CN106032913A CN 106032913 A CN106032913 A CN 106032913A CN 201510115365 A CN201510115365 A CN 201510115365A CN 106032913 A CN106032913 A CN 106032913A
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Abstract
The invention provides an air treatment system, comprising a base, a body frame arranged on the base, and at least an air treatment device in the body frame. The body frame at least comprises a push-and-pull frame body from top to bottom. The push-and-pull frame body is used to place the air treatment device. Technical effect in some embodiments is that through design of an air channel, a ventilation method of air inlet from a lower part and air outlet from an upper part is realized.
Description
Technical field
The present invention relates to airhandling equipment field, specifically, relate to a kind of air treatment system.
Background technology
The small household appliances improving home air environment in the market mainly have: humidifier, depurator, dehumidifier, and these small household appliances are the machine being used alone.Along with growth in the living standard, user is more and more higher to the requirement of domestic environment, generally has a lot of small household appliances in one family.These small household appliances can take multiple sockets in family, and power line is mixed and disorderly；And the most few home room can be taken in a large number, affect indoor beauty and living environment.Therefore, develop there are the combination household electrical appliances of several functions.When being applied in combination by the household electrical appliances of several functions, arranging of air channel is most important.
Summary of the invention
In view of this, it is an object of the invention to propose a kind of air treatment system.In order to some aspects of the embodiment disclosed are had a basic understanding, shown below is simple summary.This summary layer is not extensive overview, is not key/critical component to be determined or the protection domain describing these embodiments.Its sole purpose is to present some concepts, in this, as the preamble of following detailed description by simple form.
In some illustrative embodiment, a kind of air treatment system, the body frame that including base, is arranged on described base and be arranged at least one air processor within described body frame, described body frame the most at least includes one for the push-and-pull framework placing described air processor.
Technique effect in some illustrative embodiment is as follows: achieved the air circulation style of air-out on lower air intake by the design in this air channel.
For above-mentioned and relevant purpose, one or more embodiments include the feature that will be explained in below and be particularly pointed out in the claims.Description below and accompanying drawing describe some modes in some illustrative aspects, and the utilizable various modes of principle of only each embodiment of its instruction in detail.Other benefit and novel features will be considered in conjunction with the accompanying along with detailed description below and become obvious, and the disclosed embodiments are intended to include all these aspect and their equivalent.
Accompanying drawing explanation
Fig. 1 is the front view of the air treatment system in some embodiments；
Fig. 2 is the sectional view of the air treatment system in some embodiments；
Fig. 3 is the top view of the rotation framework in some embodiments；
Fig. 4 is the upward view of the rotation framework in some embodiments
Fig. 5 is the structural representation one of the base in some embodiments；
Fig. 6 is the structural representation one of the dehydrating unit in some embodiments；
Fig. 7 is the structural representation two of the dehydrating unit in some embodiments；
Fig. 8 is the structural representation three of the dehydrating unit in some embodiments；
Fig. 9 is the structural representation four of the dehydrating unit in some embodiments；
Figure 10 is the structural representation five of the dehydrating unit in some embodiments；
Figure 11 is the schematic diagram one of the purifier in some embodiments；
Figure 12 is the schematic diagram two of the purifier in some embodiments；
Figure 13 is the schematic diagram three of the purifier in some embodiments；
Figure 14 is the schematic diagram one of the damping device in some embodiments；
Figure 15 is the schematic diagram two of the damping device in some embodiments；
Figure 16 is the schematic diagram three of the damping device in some embodiments；
Figure 17 is the schematic diagram four of the damping device in some embodiments；
Figure 18 is the schematic diagram five of the damping device in some embodiments；
Figure 19 is the schematic diagram one of the another kind of damping device in some embodiments；
Figure 20 is the schematic diagram two of the another kind of damping device in some embodiments；
Figure 21 is the schematic diagram three of the another kind of damping device in some embodiments；
Figure 22 is the schematic diagram four of the another kind of damping device in some embodiments.
Detailed description of the invention
The following description and drawings illustrate specific embodiments of the present invention fully, to enable those skilled in the art to put into practice them.Other embodiments can include structure, logic, electric, process and other change.Embodiment only represents possible change.Unless explicitly requested, otherwise individually components and functionality is optional, and the order operated can change.The layer of some embodiments and feature can be included in or replace layer and the feature of other embodiments.The scope of embodiment of the present invention includes the gamut of claims, and all obtainable equivalent of claims.In this article, these embodiments of the present invention can be represented by " inventing " individually or generally with term, this is only used to conveniently, and if in fact disclose the invention more than, it is not meant to automatically limit this application in the range of any single invention or inventive concept.
As illustrated in fig. 1 and 2, this air treatment system, the body frame 1 that including base 5, is arranged on described base 5 and be arranged at least one air processor within described body frame 1, described body frame 1 the most at least includes one for the push-and-pull framework 12,13,14 placing described air processor.It should be appreciated that embodiments of the invention are not limited thereto, it is also possible to be other arrangement modes, it is also possible to be 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, bring more more options space to user.
In some illustrative embodiment, base 5 includes air inlet, air outlet, external power supply and the output electric power-feeding structure powered for adjacent air processor.
Preferably, also include the fan being arranged at described body frame 1 inside upper part, plant-grid connection mouth and at least one body air inlet it is provided with on described base 5, described body frame 1 top is provided with at least one body air outlet, described body frame 1 is divided into three layers of described push-and-pull framework 12,13,14 under upper, and the described push-and-pull framework 12,13,14 of adjacent two layers is powered directly or indirectly through electrical fitting, controls and is tightly connected, described base 5 is that undermost described push-and-pull framework 12,13,14 is powered by described plant-grid connection mouth..
Preferably, also include the display screen of electrical connection and control device, described display screen is arranged at described body frame 1 surface, and described control device is arranged on rear side of described body frame 1 display screen internal, described, and described control device electrically connects with all described air processors and described fan；Or also include the display screen of electrical connection and control device, described display screen is arranged at described base 5 surface, described control device is arranged on rear side of described base 5 display screen internal, described, and described control device electrically connects with all described air processors and described fan.
Preferably, every layer as shown in Figure 3 and Figure 4 described push-and-pull framework 12,13,14 inner lower is provided with the base plate for placing described air processor, through hole is offered in the middle part of described base plate, described through hole is not less than described body air inlet or described body air outlet, being provided with the power supply port powered for described air processor on described base plate, described power supply port electrically connects with described electrical fitting.
Preferably, described electrical fitting is the chute 1001 made of conductive material and slide card 1002, and the both ends of the surface up and down of every layer of described push-and-pull framework 12,13,14 are respectively arranged with the described chute 1001 and described slide card 1002 that can cooperate.
Preferably, all described air processor sides are provided with actively male part, described body frame 1 side is provided with the backboard 51 that lower end is connected with described base 5, described chute 1001 or described slide card 1002 are perpendicular to described backboard 51 in the horizontal direction, and described backboard is provided with at least one passive male part 511 coupled with all described active male parts；The side of the adjacent described backboard 51 of all described push-and-pull frameworks 12,13,14 is provided with actively male part, described body frame 1 side is provided with the backboard 51 that lower end is connected with described base 5, described chute 1001 or described slide card 1002 are perpendicular to described backboard 51 in the horizontal direction, and described backboard is provided with at least one passive male part 511 carrying out with all described active male parts coupling.
Preferably, all described air processors include being arranged at the device air outlet of end face and being arranged at the device air inlet of bottom surface, and the device air inlet of described air processor is connected with the device air outlet of adjacent described air processor by described through hole.
Preferably, every layer of described push-and-pull framework 12,13,14 side is provided with attacker 1003.
Preferably, described body air outlet 11 is one, is arranged on described body frame 1 end face；Or described body air outlet 11 is two, it is relatively arranged on the upside of described body frame 1 side, described fan；Or described body air outlet 11 is four, being arranged on the upside of described body frame 1 side, described fan in equal angular.
Preferably, described body air inlet 51 is lattice-shaped air inlet or hole shape air inlet, and described body air outlet 11 is lattice-shaped air inlet or hole shape air inlet.
Preferably, at least one during at least one air processor described includes damping device 2, dehydrating unit 3 and purifier 4.
Preferably, described body frame 1 is from top to bottom divided into top layer push-and-pull framework 12, middle level push-and-pull framework 13 and the bottom push-and-pull framework 14 3 layers that width increases successively, in described top layer push-and-pull framework 12, described damping device is set, it is provided with purifier in described middle level push-and-pull framework 13, in described bottom push-and-pull framework 14, is provided with dehydrating unit.
Preferably, in some illustrative embodiment, between each modular unit of this air treatment system, use the mode being rotatably connected, not only make the features simple structure of this air treatment system, also make installation process easy.User need not use instrument and can complete voluntarily to install.Additionally, the mode being rotatably connected also makes the stabilized structure of the air treatment system after installation.
In some illustrative embodiment, there are two kinds of set-up modes with the air inlet of the adjacent air processor of base 5, specific as follows:
In some illustrative embodiment, it is arranged on the sidewall of this air processor with the air inlet of the adjacent air processor of base 5.It is unscreened sensing surrounding with the direction of the air inlet of the adjacent air processor of base 5.Preferably, the bottom surface of this air processor can be not provided with air inlet, then the air channel between this air processor and base 5 is not switched on, and now, wind enters from the air inlet of this air processor, does not enters from the air inlet of base 5.Preferably, the bottom surface of this air processor can arrange air inlet, then 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, it is possible to enters from the air inlet of base 5.
In some illustrative embodiment, it is arranged on the bottom surface of this air processor with the air inlet of the adjacent air processor of base 5.The air outlet of base 5 is connected with the air inlet of adjacent air processor.The air outlet of body frame 1, the direction of air inlet of base 5 are all unscreened sensing surroundings.Now, wind enters from the air inlet of base 5.The program to have enough intensity with the adjacent air processor of base 5, preferably selects metal material.
In some illustrative embodiment, each air inlet can be lattice-shaped air inlet or hole shape air inlet.
Base and the structure of each layer push-and-pull framework of this air treatment system is introduced in citing below.It should be appreciated that the structure of this each layer is not limited with following embodiment.
It is illustrated in figure 5 the structural representation of the base of the present invention.
In some illustrative embodiment, the subjacent of base 5 is provided with universal wheel 501, to facilitate the movement of this air treatment system.
In some illustrative embodiment, the upper surface of base 5 is provided with groove.Preferably, groove is the circular ring structure concentric with base 5.This groove can be used for rewiring plate around, facilitate the storage of electric wire.
In some illustrative embodiment, the power supply export structure of base 5 is specially base 5 power supply mating interface.Base 5 can also include the electrical fitting being arranged at described base 5 upper surface, is used for communicating, power and sealing connecting.
As Fig. 6 is to shown in 10, for the structural representation one to five of present invention dehydrating unit in certain embodiments.
In some illustrative embodiment, air processor can be dehydrating unit 4.This dehydrating unit 4 includes heat exchanger 404, drip tray 406 and water tank 401.Drip tray 406 is positioned at the top of water tank 401, and offers at least one apopore being connected with water tank 401 on drip tray 406.Heat exchanger 404 is not equal to 90 degree with the angle of the plane at drip tray 406 place.The extended line of the lower end edge dehydrating unit axial direction of heat exchanger 404 intersects with drip tray 406 place plane.
In some illustrative embodiment, heat exchanger 404 is not the top being placed in drip tray 406 the most horizontally or vertically, heat exchanger 404 is the top being placed on drip tray 406 tilted, so that the condensed water that heat exchanger 404 operationally produces can flow into drip tray 406 along heat exchanger 404 bottom, then flowed into water tank 401 by drip tray 406.Optionally, drip tray 406 arranges the hole communicated with water tank 401, so that condensed water flows into water tank 401 by this hole.Optionally, can also being directly connected with outlet pipe for the hole making condensed water flow out of described drip tray 406, so that condensed water discharges described dehydrating unit by this outlet pipe.
In some illustrative embodiments, this dehydrating unit includes 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, and therefore air inlet 431 has two kinds of set-up modes as previously mentioned.Air inlet 431 is opened on sidewall and/or the dehumidifying chassis 410 of dehydrating unit.
In some illustrative embodiments, heat exchanger 404 fixed plate 405 is fixing with the sidewall of dehydrating unit to be connected.The housing of dehydrating unit includes dehumidify fore shell 402, dehumidifying back cover 403, dehumidifying top cover 408 and dehumidifying chassis 410, and heat exchanger 404 fixed plate 405 is fixed on dehumidifying fore shell 402.Optionally, heat exchanger 404 is connected with the fixing of heat exchanger 404 fixed plate 405 by bolt.
In some illustrative embodiments, heat exchanger 404 and drip tray 406 are arranged at the inside of housing.Water tank 401 and housing are Split type structure, are provided with the groove placing water tank 401 in casing, so that water tank 401 freely can be dismantled from the housing of dehydrating unit, user-friendly.
Dehumidifying fore shell 402 can be connected by the mode such as draw-in groove or bolt is fixing with dehumidifying back cover 403, is provided with the groove for placing water tank 401 on dehumidifying back cover 403.Drip tray 406 is placed at the top of 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, groove can be provided with slide rail, and corresponding position is provided with slideway bottom water tank 401, so that the dismounting of water tank 401 more convenient power-saving.
In some illustrative embodiments, air inlet 431 can be arranged in bottom of shell at least layer sidewall of the casing bottom water tank 401.As shown in figure 12, air inlet 431 is arranged in bottom of shell to whole sidewalls of the casing bottom water tank 401.
Optionally, air inlet 431 can be arranged on layer sidewall, the most only arranges air inlet 431 on the sidewall of dehumidifying fore shell 402 or dehumidifying back cover 403.Certainly, air inlet 431 can also be arranged on the sidewall of the dehydrating unit above water tank 401.
In some optional embodiments, dehydrating unit also includes compressor 407 and electrical appliance box body.Compressor 407 and electrical appliance box body are placed in the bottom of dehydrating unit, as shown in FIG., owing to the general volume of compressor 407 is relatively big, being therefore placed in the space that dehumidifying fore shell 402 is surrounded.In order to save space, being then placed in by electrical appliance box body by the bottom in dehumidifying the surrounded space of back cover 403, dehumidifying back cover 403 begins with the groove for placing water tank 401, groove has certain space, electrical appliance box body to be placed in this space to dehumidifying chassis 410.Electrical appliance box body is used for depositing circuit board.
In some optional embodiments, dehumidifying top cover 408 is provided with the lower power interface 412 and lower communication interface 411 that can dock with described power supply mating interface 107 and described communication mating interface 108.
In some optional embodiments, the attachment structure being connected with other device above-mentioned it is additionally provided with on dehydrating unit, attachment structure can be aforesaid electrical fitting structure, can also be that (such as gathering sill and lead, the direct lead of each device is corresponding to gathering sill to be equipped with foregoing guide frame.Dehumidifying top cover 408 and dehumidifying chassis 410 are respectively equipped with gathering sill 414 and lead 415.
In some illustrative embodiments, dehumidifying top cover 408 is provided with the lower power interface 412 and lower communication interface 411 docked with described power supply mating interface 107 and described communication mating interface 108.
In some illustrative embodiments, heat exchanger 404 in dehydrating unit can also horizontal positioned, due to during heat exchanger 404 horizontal positioned heat exchanger to drip downwards the area of condensed water relatively large, the corresponding horizontal area according to described heat exchanger 404 of the most described drip tray 406, amplifies accordingly.
Use the dehydrating unit of above-described embodiment, can reach following effect: reduce the size of dehumidifier；The area of drip tray is no longer limited by size of heat exchanger；Improve heat exchange efficiency.
As figs 11-13, for the schematic diagram one to three of purifier in some illustrative embodiment of the present invention.
This purifier 3 includes purifying fore shell 301, cleaning module 302, purifying back cover 303, is arranged on the purification top cover 304 above purifier 3, is arranged on purifier 3 purification disk 305 below.The cleaning module 302 of this purifier 3 is fixed on purification back cover 303.Purification back cover 303 can be pulled during replacing, i.e. can be taken off cleaning module 302.Purifier 3 is in addition to comprising cleaning module 302, it is also possible to include the parts such as UV lamp or nanometer copper-silver sterilization filtering screen, anion, champignon that sterilize.
As seen in figs. 14-18, for the schematic diagram one to five of a kind of damping device in some illustrative embodiment of the present invention.
In some illustrative embodiments, damping device includes: the storage water tank 202 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 in water tank 202 is delivered to tank 241 by water pump 205.
In the present embodiment, damping device is the damping device of a kind of pure formula, utilizes water pump 205 that water is pumped to from water tank 202 tank 241, then the water by the way of natural evaporation so that in tank 241 is diffused in air, reaches the effect of humidification；Furthermore, it is possible to by arranging Level monitor in tank 241, in real time the water level in tank 241 is detected, when water level is less than certain designated water level, starts water pump 205 and start pumping, when water level reaches certain designated water level, stop water pump 205.
In some illustrative embodiments, in tank 241, it is provided with block water plate 2411.The height of block water plate 2411 is less than the height of tank 241 outer wall 2412.The effect of block water plate 2411 is to slow down water pump 205 to pump the flow velocity of current when water enters tank 241, prevents water from spilling tank 241.The shape of block water plate 2411 can as shown in Figure 15, and the height of block water plate 2411 is less than the outer wall 2412 of tank 241, and zigzag design, to reach to slow down the effect of current.
In some illustrative embodiments, in water tank 202, it is additionally provided with water strainer 206.Upper hose 251 is connected with water strainer 206 in stretching to water tank 202.The undesirable substances such as water strainer 206 plays the effect purifying water, is cleaned so that the water in entrance tank 241 passes through water strainer 206, the impurity antibacterial in removal water.
In some illustrative embodiments, in tank 241, it is provided with the connection seat 208 of downcomer 252 for fixing water pump 205, so that downcomer 252 will not move because of current during pumping water.
In some illustrative embodiments, water pump 205 and tank 241 are 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 placing water tank on humidification housing.The housing of damping device includes humidifying top cover 201, humidification procapsid 204, humidification back casing 203.Water pump 205 and tank 241 are placed in humidifying in procapsid 204.Humidification back casing 203 is linked together by the connector such as bolt or draw-in groove with humidification procapsid 204.Humidification top cover 201 is buckled in the upper surface of above-mentioned two housings, and is fixed together, thus forms the housing of this damping device.Wherein, humidification back casing 203 offering groove, the structure of groove matches with water tank 202, so that water tank 202 freely can be dismantled from the housing of damping device, user-friendly.
Optionally, it is provided with slide rail 231 in the bottom of groove, and corresponding position is provided with slideway bottom water tank 202, so that the dismounting of water tank 202 more convenient power-saving.
In some illustrative embodiments, damping device includes the air channel running through damping device.Tank 201 is around this air channel.
After concrete set-up mode can be such that back casing 203 docking of the bottom at damping device, i.e. humidification procapsid 204 and humidification, there is the air inlet 209 being specifically designed to ventilation in bottom.Tank 241 is hollow design, i.e. surrounds air channel, and wind through out-of-date, strengthens (i.e. tank 241) evaporation of water speed around air channel from tank 241.At the upper surface (that is, humidification top cover 201) of damping device, above offer the air outlet 211 (steam outwards evaporates) for ventilating from this air outlet.
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 the center of tank 241.
Because air channel needs to pass from whole damping device, so whole damping device can regard a circulus (cross section) as, internal ring can be consistent or different with the shape of outer shroud, and internal ring or outer shroud can be circular, square or the structure such as triangle.The annular that damping device is the most concentric, this design is more conducive to ventilate and the evaporation of steam.
Optionally, the shape of internal ring determines the structure in air channel, i.e. (longitudinal section) in air channel is can be with rectangle, it is also possible to be trapezoidal other structure such as grade；In order to be better understood from, if the longitudinal section in air channel be rectangle, then can approximate and be interpreted as that air channel is cylinder or cube structure, if trapezoidal, then the structure in air channel can be the structure of a kind of nearly cone.
In some illustrative embodiment, this damping device includes electric power-feeding structure.Supply input structure that electric power-feeding structure includes accepting externally fed and the power supply export structure for externally fed.Supply input structure and power supply export structure can be specifically power interfaces.Optionally, it is equipped with, at the top of housing of damping device and bottom, the power interface docked with described power supply mating interface 107.It is also provided with and the communication interface of described mating interface 108 docking that communicates with bottom at the top of the housing of this damping device.Further, humidification top cover 201 is provided with power source communications integrated interface, i.e. power source communications lower interface 217, bottom damping device, is provided with interface 216 on power source communications；Certainly, power interface and communication interface can also be two interfaces independently, and position can also be according to the position relative set of interface on other device docked mutually with damping device.
Integrated circuit is positioned at the center of tank 241, overlaps with position, air channel, and humidification top cover 201 power source communication lower interface 217 is connected with circuit connecting unit 207, and circuit connecting unit 207 is connected with interface 216 in the power supply bottom damping device, communication again.
For interface 206 on the power source communications bottom fixed power source communication lower interface 217, circuit connecting unit 207 and damping device in air channel, the present invention arranges fixed mount 218 in the bottom of damping device, connects fixing for above-mentioned parts.
Damping device is provided with the attachment structure being connected with other device above-mentioned, draw-in groove 212 can be provided with on humidification top cover 201, claw 232 is set on the housing bottom damping device, so that damping device is connected with draw-in groove or the claw of relative set on other device.
Use above-described embodiment, can reach following effect: simple in construction, security performance are good, without " white lead " pollution, device easy cleaning；Use the principle of natural evaporation, more green health.
As shown in figures 19-22, for the schematic diagram one to four of another kind of damping device in some illustrative embodiment of the present invention.
In some optional embodiments, damping device includes: axially penetrate through the air channel of damping device, stores the water tank 201b of water, and, the filter element 204b being placed in water tank；Wherein, water tank 201b is around air channel.
In pure formula damping device in the prior art, typically arrange one for the water tank depositing water specially, the effect then humidified by tank (or tank) realization evaporation；In the present embodiment, only devising water tank 201b, the structure of water tank 201b as shown in figure 22, can also regard a tank as, and water tank 201b is applied not only to store water, and assume responsibility for the effect of tank.This design simplify the structure of damping device in prior art, and be effectively utilized space, water tank 201b can be designed to bigger, it is not necessary to scruple space shared by tank.
Additionally, due to water tank 201b is around air channel, therefore water tank 201b is hollow structure, so that wind passes from water tank 201b, around band air channel, i.e. steam in water tank 201b, plays the effect of humidification rapidly.
In some optional embodiments, the inwall 211b of water tank 201 surrounds air channel, is provided with the cavity running through filter element upper and lower surface in filter element 204b.Filter element 204b is set in outside the inwall 201b of water tank by cavity.The effect of filter element 204b is to improve the water in evaporation efficiency and cleaned water tank, and therefore filter element 204b is also along air channel loop design, coordinates the circulus in water tank 201b, during so that wind is by water tank 201b, also by filter element 204b, thus improves humidification speed.
Further, in order to increase the contact area of filter element 204b and wind, when designing the cavity structure of filter element 204b, filter element 204b is higher than the inwall 211b of water tank 201b.The inwall 211b of water tank 201b is less than outer wall 212b, and the height of filter element 204b is identical with the height of outer wall 212b, therefore filter element 204b in whole humidification with the contact area of wind in addition to the area of upper surface, also include the area of the sidewall of filter element 204b higher than inwall 211b.
Further, the cavity of filter element 204b can also be transformed further, so that the area of cavity bottom is more than the area of cavity top, the cavity of filter element 204b will make the shape that little end opening suitable for reading is big, increase the area that side contacts with wind, so that wind preferably contacts with filter element 204b, take away steam.
Optionally, filter element 204b can be arranged, higher than the layer of the inwall of water tank, the kink bent inwards, thus reach following effect: one is increased the area that filter element 204b side contacts with wind；Two areas being increased filter element 204b upper surface；Three is suitable for reading diminishing, so that wind sufficiently contacts with filter element 204b, takes away more steam.
Optionally, filter element 204b can also be designed to taper, then the structure of the inwall of corresponding water tank 201b can also be configured accordingly.
In some illustrative embodiments, water tank 201b is Split type structure with the housing of damping device, is provided with the groove placing water tank on humidification housing.
The housing of damping device includes humidifying top cover 205b, humidification housing 202b, humidification inner shell 203b and humidification chassis 209b.Wherein, humidification inner shell 203b is fixing with humidification housing 204b to be connected, the mode connected can be spirally connected, the mode such as bonding, clamping, humidification inner shell 203b is provided with groove, the structure of groove matches with water tank 201b, so that water tank 201b freely can dismantle from the housing of damping device, user-friendly.Then the top of water tank 201b is connected with humidification inner shell 203b by upper connection strap 206b, the bottom of humidification inner shell 203b and humidification housing 202b with humidify chassis 209b and fix and is connected, the mode of connection can be spirally connected, the mode such as bonding, clamping.
In addition, the bottom of humidification inner shell 203b is at regular intervals with humidification chassis 209b, and the gap between humidification housing 202b and humidification inner shell 203b is provided with the humidification computer board (humidification PCB) for controlling damping device, can be fixed with humidification chassis 209b by bolt in the side that the humidified housing 202b of humidification inner shell 203b surrounds, and the bottom margin humidifying the opposite side of inner shell 203b is connected with humidification chassis 209b by lower connection strap 207b.
Optionally, the groove of humidification inner shell 203b can be provided with slide rail, and corresponding position is provided with slideway bottom water tank 202b, so that the dismounting of water tank 202b more convenient power-saving.
Optionally, humidification top cover 205 is provided with air outlet, from air outlet it is observed that filter element 204 upper surface water tank 201, is i.e. appreciated that exposed in atmosphere for the upper surface of filter element 204, the bore design avoiding air outlet is too small, hinders the evaporation of steam and overflows speed.
Optionally, humidification top cover 205b is not directly arranged on the upper surface that humidification inner shell 203b and upper connection strap 206b is formed, and humidification top cover 205b has certain distance, in this spacing with this upper surface, it is provided with a series of assembly, such as power interface and communication interface.Humidification top cover 205b is provided with the lower power interface 213b and lower communication interface 214b docked with described power supply mating interface 107 and described communication mating interface 108；In like manner on humidification chassis, it is also provided with corresponding and described power supply mating interface 107 and power source interface 211b that described communication mating interface 108 docks and upper communication interface 212b.Therefore, this is accomplished by humidification top cover 205b, and humidifies the isolation lid 210b arranging an isolation steam between the upper surface that inner shell 203b and upper connection strap 206b is formed, and humidification top cover 205b fixes with isolation lid 210b and is connected.
In some optional embodiments, the center of damping device is run through in air channel, and also at the center of filter element 204b.
Because air channel needs to pass from whole damping device, so whole damping device can regard a circulus (cross section) as, internal ring can be consistent or different with the shape of outer shroud, and internal ring or outer shroud can be circular, square or the structure such as triangle；The annular that damping device is the most concentric, i.e. structure as shown in Figure 17～Figure 20, this design is more conducive to ventilate and the evaporation of steam.
Optionally, the shape of internal ring determines the structure in air channel, i.e. (longitudinal section) in air channel is can be with rectangle, it is also possible to be trapezoidal other structure such as grade；In order to be better understood from, if the longitudinal section in air channel be rectangle, then can approximate and be interpreted as that air channel is cylinder or cube structure, if trapezoidal, then the structure in air channel can be the structure of a kind of nearly cone.
Optionally, damping device is provided with the attachment structure being connected with other device above-mentioned, attachment structure can be that guide frame is (such as gathering sill and lead, the direct lead of each device is corresponding to gathering sill to be equipped with), as being provided with gathering sill 215b on humidification top cover 205b, and lead is set on humidification chassis.Additionally, lower magnet 216b and upper Magnet 217b can also be respectively provided with on humidification top cover 205b and humidification chassis 209b, it is connected in the way of making damping device and other device by adhesive.
Use above-described embodiment, can reach following effect: simple in construction, security performance are good, without " white lead " pollution, device easy cleaning；Use the principle of natural evaporation, more green health.
In this specification, each embodiment uses the mode gone forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, and between each embodiment, identical similar layer sees mutually.Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses the present invention.Multiple amendment to these embodiments will be apparent from for those skilled in the art, and generic principles defined herein can realize without departing from the spirit or scope of the present invention in other embodiments.Therefore, the present invention is not intended to be limited to the embodiments shown herein, and is to fit to the widest scope consistent with principles disclosed herein and features of novelty.
Claims (11)
1. an air treatment system, it is characterised in that: include base, the basis being arranged on described base
Body framework and be arranged at least one air processor within described body frame, described body frame
The most at least include one for the push-and-pull framework placing described air processor.
Air treatment system the most according to claim 1, it is characterised in that: also include being arranged at institute
State the fan of body frame inside upper part, described base is provided with plant-grid connection mouth and at least one body
Air inlet, described body frame top is provided with at least one body air outlet, and described body frame is by upper
Under be divided into three layers of described push-and-pull framework, and the described push-and-pull framework of adjacent two layers is directly or indirectly through electricity
Gas connector is powered, controls and is tightly connected, described base by described plant-grid connection mouth be under
The described push-and-pull framework of layer is powered.
Air treatment system the most according to claim 2, it is characterised in that: also include electrical connection
Display screen and control device, described display screen is arranged at described body frame surface, and described control device sets
It is placed on rear side of described body frame display screen internal, described, and described control device and all described air
Processing means and the electrical connection of described fan；Or also include the display screen of electrical connection and control device, described aobvious
Display screen is arranged at described susceptor surface, and described control device is arranged at described chassis interior, described display screen
Rear side, and described control device electrically connects with all described air processors and described fan.
Air treatment system the most according to claim 2, it is characterised in that: every layer of described sliding frame
It is provided with the base plate for placing described air processor on the downside of body, in the middle part of described base plate, offers through hole,
Described through hole is not less than described body air inlet or described body air outlet, and described base plate is provided with
The power supply port powered for described air processor, described power supply port electrically connects with described electrical fitting.
Air treatment system the most according to claim 4, it is characterised in that: described electrical fitting
The chute made for conductive material and slide card, the both ends of the surface up and down of every layer of described push-and-pull framework are respectively arranged with
The described chute that can cooperate and described slide card.
Air treatment system the most according to claim 4, it is characterised in that: at all described air
Reason device side is provided with actively male part, and described body frame side is provided with lower end with described base even
The backboard connect, described chute or described slide card are perpendicular to described backboard in the horizontal direction, and described backboard sets
It is equipped with at least one male part carrying out coupling with all described active male parts；All described push-and-pull frameworks
The side of adjacent described backboard is provided with actively male part, described body frame 1 side be provided with lower end with
The backboard that described base connects, described chute or described slide card are perpendicular to described backboard, institute in the horizontal direction
State and on backboard, be provided with at least one passive male part carrying out with all described active male parts coupling.
Air treatment system the most according to claim 4, it is characterised in that: at all described air
Reason device includes being arranged at the device air outlet of end face and being arranged at the device air inlet of bottom surface, described air
The device air inlet of processing means is by described through hole and the described air-treatment in sliding frame body described in upper strata
The device air outlet connection of device.
Air treatment system the most according to claim 4, it is characterised in that: every layer of described sliding frame
Body side surface is provided with attacker.
Air treatment system the most according to claim 2, it is characterised in that: described body air outlet
It is one, is arranged on described body frame end face；Or described body air outlet is two, it is oppositely arranged
On the upside of described body frame side, described fan；Or described body air outlet is four, in same angular
Being arranged on the upside of described body frame side, described fan of degree.
Air treatment system the most according to any one of claim 1 to 9, it is characterised in that:
At least one air processor described includes at least in damping device, dehydrating unit and purifier
Individual.
11. air treatment systems according to claim 10, it is characterised in that: described body frame
From top to bottom it is divided into top layer push-and-pull framework, middle level push-and-pull framework and bottom push-and-pull framework that width increases successively
Three layers, described damping device is set in described top layer sliding frame body, is provided with in the sliding frame body of described middle level
Purifier, is provided with dehydrating unit in described bottom sliding frame body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510115365.3A CN106032913A (en) | 2015-03-17 | 2015-03-17 | Air treatment system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510115365.3A CN106032913A (en) | 2015-03-17 | 2015-03-17 | Air treatment system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106032913A true CN106032913A (en) | 2016-10-19 |
Family
ID=57151136
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510115365.3A Pending CN106032913A (en) | 2015-03-17 | 2015-03-17 | Air treatment system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106032913A (en) |
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| CN112066480A (en) * | 2020-09-16 | 2020-12-11 | 颜琴 | High-ion purification structure of air purifier and installation method thereof |
| CN112303884A (en) * | 2020-11-01 | 2021-02-02 | 杭州新钻化妆品有限公司 | Water collector subassembly and dehumidifier |
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