CN105180282A - Vertical indoor unit - Google Patents
Vertical indoor unit Download PDFInfo
- Publication number
- CN105180282A CN105180282A CN201510612507.7A CN201510612507A CN105180282A CN 105180282 A CN105180282 A CN 105180282A CN 201510612507 A CN201510612507 A CN 201510612507A CN 105180282 A CN105180282 A CN 105180282A
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- CN
- China
- Prior art keywords
- outlet frame
- spiral case
- tongue assembly
- snail tongue
- installing plate
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
- F24F1/0003—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station characterised by a split arrangement, wherein parts of the air-conditioning system, e.g. evaporator and condenser, are in separately located units
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/08—Air-flow control members, e.g. louvres, grilles, flaps or guide plates
- F24F13/10—Air-flow control members, e.g. louvres, grilles, flaps or guide plates movable, e.g. dampers
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Air-Flow Control Members (AREA)
Abstract
The invention discloses a vertical indoor unit. A vertical air conditioner comprises a shell arranged on a body fixing seat. The shell is provided with an air inlet and an air outlet. The air outlet is in a longitudinally-extending strip shape. An evaporator, a volute and volute tongue assembly and an air outlet frame are sequentially arranged between the air inlet and the air outlet. A longitudinally-extending cross-flow wind wheel is arranged in the volute and volute tongue assembly. The air outlet frame is connected between the volute and volute tongue assembly and the air outlet. An air channel communicated with the air inlet and the air outlet is formed by the air outlet frame and the volute and volute tongue assembly. The evaporator, the volute and volute tongue assembly and the position of the body fixing seat are fixed. A drive device is arranged in the shell and drives the air outlet frame to do reciprocating rotation around a longitudinally-extending rotating axis. The vertical air conditioner further comprises a movable door device used for exposing out of the air outlet and sealing the air outlet. The effect that the swing air guide coverage area is larger is achieved.
Description
Technical field
The present invention relates to household appliance technical field, particularly relate to vertical indoor set.
Background technology
Existing single through-flow floor air conditioner, usually by means of only the swinging of longitudinal stator at air outlet place, reaches the effect of left and right pendulum wind.But such swing wind-guiding, the wind-guiding area covered is less, makes air-out direction comparatively concentrated, is unfavorable for the diffusion of air.
Summary of the invention
Main purpose of the present invention is to provide a kind of single through-flow cabinet air conditioner, is intended to increase the area coverage swinging wind-guiding.
For achieving the above object, the invention provides a kind of vertical indoor set, described floor air conditioner comprises the housing be installed on body holder, described housing is formed with air inlet and air outlet, described air outlet is strip extending longitudinally, is provided with evaporimeter, spiral case snail tongue assembly and outlet frame from described air inlet to air outlet successively; Be provided with tubular wine wheel extending longitudinally in described spiral case snail tongue assembly, described outlet frame is connected between described spiral case snail tongue assembly and described air outlet, and described outlet frame and spiral case snail tongue assembly form the air channel connecting described air inlet and air outlet; The position of described evaporimeter and spiral case snail tongue assembly and body holder is fixed, also drive unit is provided with in described housing, described drive unit drives described outlet frame to rotate relative to described body holder 1000, and comes and goes rotation around a rotation extending longitudinally; Described floor air conditioner also comprises for exposing and closing the device intended of described air outlet.
Preferably, the described device intended door body drive in opening position and movement between position of closing the door comprising a body and drive described door body; Described door body is positioned at when closing the door position closes described air outlet, exposes described air outlet when described door body is positioned at opening position.
Preferably, the shell below that described housing comprises shell above and is flexibly connected with described shell above, described air outlet is formed on described shell above, and before described, shell is connected with described outlet frame, moves in order to follow described outlet frame; Described shell above comprises the first front panel and the second face plate of split setting, leaves gap and form described air outlet between described first front panel and second face plate;
Describedly device intendedly comprise a body drive, described door body drive is connected with described first front panel and/or second face plate, move in order to drive described first front panel towards described second face plate and deviate from described second face plate and move, and close and expose described air outlet.
Preferably, described door body drive comprises front panel drive motors, tooth bar and rail structure; Described rail structure comprises sliding card and coordinates guide rail and guide groove, and one of described guide rail and guide groove are formed on described outlet frame, and both another of described guide rail and guide groove is formed on described first front panel and/or second face plate; Driving wheel on described outlet frame drive motors engages with described tooth bar, moves in order to drive described first front panel and/or second face plate.
Preferably, described drive unit comprises outlet frame drive motors, tooth bar and rail structure; Described rail structure comprises sliding card and coordinates guide rail and guide groove, one of described guide rail and guide groove are formed on described outlet frame, and both another of described guide rail and guide groove is formed on described spiral case snail tongue assembly or is formed on a fixture fixing with described spiral case snail tongue assembly; Driving wheel on described outlet frame drive motors engages with described tooth bar, moves in order to drive described outlet frame.
Preferably, described drive unit comprises outlet frame drive motors, driving wheel and connecting rod, and described driving wheel is positioned on described rotation, and described connecting rod is connected between described driving wheel and described outlet frame; Described outlet frame drive motors drives described driving wheel rotate and drive described outlet frame to rotate.
Preferably, in described housing, be installed with supporting component, described housing, spiral case snail tongue assembly, outlet frame, drive unit and to be device intendedly installed on described supporting component.
Preferably, described supporting component comprises spaced top installing plate and end installing plate in the vertical direction, and described top installing plate and end installing plate are connected with the top of described spiral case snail tongue assembly and bottom respectively, in order to fixing described spiral case snail tongue assembly.
Preferably, described supporting component comprises spaced top installing plate and end installing plate in the vertical direction, and described top installing plate and end installing plate are flexibly connected with the inner surface of described outlet frame, in order to support described outlet frame.
Preferably, the front end face of installing plate of the described end and top installing plate is all fitted with the rear surface of described outlet frame, and the binding face of installing plate of the described end, top installing plate and outlet frame is in rotating the arc surfaced formed around described rotation.
Preferably, described supporting component comprises chassis and is arranged on the bracing frame of top side, chassis, and support frame as described above is connected with the inner surface of described housing, in order to fixing described housing.
Preferably, described housing comprise shell above and is flexibly connected with described shell above after shell;
Described supporting component comprises chassis, end installing plate and top installing plate, described shell is below fixedly arranged on the top side on described chassis, installing plate of the described end is fixedly connected with top installing plate with described shell below and is set in distance in the vertical direction, and described spiral case snail tongue assembly is installed between installing plate of the described end and top installing plate.
Preferably, between described outlet frame and described spiral case snail tongue assembly, be provided with air channel hermetically-sealed construction, in order to keep described air channel to seal when described outlet frame rotates relative to described spiral case snail tongue assembly.
Relative to the vertical indoor set that usual spiral case snail tongue assembly is directly connected with air outlet, vertical indoor set provided by the present invention, outlet frame is connected with between spiral case snail tongue assembly and air outlet, then can be rotated by outlet frame, and the air outlet angle in air channel can be changed, thus obtain and larger sweep wind angle.
Accompanying drawing explanation
Fig. 1 is the exploded perspective view of indoor apparatus of air conditioner first embodiment of the present invention;
Fig. 2 is indoor apparatus of air conditioner cross sectional representation after mounting in Fig. 1;
Fig. 3 is the modular construction schematic diagram of indoor apparatus of air conditioner in Fig. 1;
Fig. 4 is the enlarged diagram of a-quadrant in Fig. 3;
Fig. 5 is the cross sectional representation of indoor apparatus of air conditioner second embodiment of the present invention;
Fig. 6 is the cross sectional representation of indoor apparatus of air conditioner of the present invention 3rd embodiment;
Fig. 7 is the cross sectional representation of indoor apparatus of air conditioner of the present invention 4th embodiment;
Fig. 8 is the cross sectional representation of indoor apparatus of air conditioner of the present invention 5th embodiment.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Usual vertical indoor set comprises housing, and housing offers air inlet and air outlet, is installed with evaporimeter between the air inlet in housing and air outlet, is blown out by the fin through evaporimeter after air enters from air inlet from air outlet.When evaporator operation, then the temperature on its surface will change, and the air flowing through its surface also will be affected, thus reach the effect of regulating outlet air temperature.Spiral case snail tongue assembly is provided with, in order to form the air channel being communicated with evaporimeter and air outlet between evaporimeter and air outlet.Wherein spiral case snail tongue assembly has two openings, comprises the inner opening relative with evaporimeter, and the outward opening relative with air outlet.The tubular wine wheel of vertical indoor set is located in air channel, and usually fixes with spiral case snail tongue assembly, drives the outside opening transfer of the air at inner opening place and form the wind blown out to air outlet in order to high-speed rotation.
Vertical indoor set is placed on the ground usually, and after vertical indoor set is in place, the axis of its tubular wine wheel usually (allowing positive and negative 10 ° of errors) perpendicular to the ground, is namely longitudinally arranged; Air outlet is generally strip extending longitudinally.Then the wind institute overlay area of air outlet blowout is strip extending longitudinally, and spreads gradually on air-out direction.And the outline of normal human body when standing is also substantially in strip extending longitudinally, the air-out overlay area of vertical indoor set above-mentioned as from the foregoing takes up space comparatively identical with the institute of human body when standing, improve the wind area of human body, accelerate the shell temperature changing human body.
The housing entirety of vertical indoor set can be circular cylindrical shape, semi-cylindrical, rectangular cylindrical or polygon column etc.Usual housing is that split is arranged, and is usually divided into shell, below shell, top cover and bottom above, by these component combinations in column.
Vertical indoor set can be divided into single through-flow cabinet-type air conditioner, two through-flow cabinet-type air conditioner and many through-flows cabinet-type air conditioner according to the quantity of the quantity in the air channel in it, the quantity of tubular wine wheel and air outlet.Wherein single through-flow cabinet-type air conditioner has an air outlet, an air channel and a tubular wine wheel; Two through-flow cabinet-type air conditioner has two air outlets, two air channels and two tubular wine wheels; In like manner many through-flows cabinet-type air conditioner comprises most air outlets, the air channel of respective amount and the tubular wine wheels of respective amount.
Hereinafter will mention the embodiment of several vertical indoor set specifically, each embodiment wherein will have a place and improve or many places improvement.Improvement in a certain embodiment, when there is not interference, also can be applicable in other embodiment.
The present invention proposes a kind of two through-flow cabinet-type air conditioner, and Fig. 1 to Fig. 4 shows an embodiment of the two through-flow cabinet-type air conditioner of the present invention.
Please refer to Fig. 1 and Fig. 2, in the present embodiment, described vertical indoor set comprises the housing 2000 be installed on the upside of body holder 1000.The upside at this place, should be understood to the center of housing 2000 in the upside at the center of body holder 1000, the local that this situation should comprise housing 2000 is concordant with body holder 1000, or the local of housing 2000 is inserted into the situation in body holder 1000.Body holder 1000 can comprise chassis and be arranged on chassis or other installed parts integrated with chassis; Wherein, chassis can be discoid, polygon plate-like or other shapes; Other installed parts can be for the mount pad of housing 2000 installation or the mount pad etc. for compressor installation; This detailed description of the invention take chassis as disk for example describes in detail.Under normal circumstances, after being in place, chassis supports is on ground; The lower surface on chassis can be provided with non-slipping block, and to make vertical indoor set stable support on ground, the lower surface on chassis can also be convexly equipped with roller, moves on the ground to make function in vertical chamber.
Described housing 2000 is formed with air inlet 2100 and air outlet 2200, and described air outlet 2200 is in strip extending longitudinally.Housing 2000 can adopt split to arrange, and also can adopt one-body molded; The global shape of housing 2000 can be cylindrical, certainly, also can be Polygonal column shape.In the present embodiment, adopt split to arrange, and cylindrical housing 2000 describe in detail for example.
In described housing 2000, be provided with evaporimeter 3000, spiral case snail tongue assembly 4000 and outlet frame 5000 successively from described air inlet 2100 to air outlet 2200.Tubular wine wheel 4100 extending longitudinally is provided with in described spiral case snail tongue assembly 4000, described outlet frame 5000 is connected between described spiral case snail tongue assembly 4000 and described air outlet 2200, and described outlet frame 5000 and spiral case snail tongue assembly 4000 form the air channel connecting described air inlet 2100 and air outlet 2200.Described evaporimeter 3000 and spiral case snail tongue assembly 4000 are fixed with the position of body holder 1000, also drive unit is provided with in described housing 2000, described drive unit drives described outlet frame 5000 to rotate relative to described body holder 1000, and comes and goes rotation around a rotation extending longitudinally.Namely described air channel comprises the section of blowing for blowing and the pendulum wind section for putting wind; The section of blowing described in described spiral case whirlpool tongue assembly 4000 is formed, described outlet frame 5000 forms described pendulum wind section.
In the present embodiment, tubular wine wheel 4100 is longitudinally arranged, and be in order to corresponding with air outlet 2200 extending longitudinally, thus the wind avoiding tubular wine wheel 4100 to produce is through the break-in of larger angle, and produces larger wind energy loss.Relative to the vertical indoor set that usual spiral case snail tongue assembly 4000 is directly connected with air outlet 2200, in the present embodiment, the outlet frame 5000 that can rotate is connected with between spiral case snail tongue assembly 4000 and air outlet 2200, then can be rotated by outlet frame 5000, and the air outlet angle of the pendulum wind section in air channel can be changed, thus obtain and larger sweep wind angle.
Wherein, outlet frame 5000 can be connected with housing 2000, also can be connected with spiral case snail tongue assembly 4000.
When outlet frame 5000 is connected with housing 2000, connected mode can be fixedly connected with, one connect or be flexibly connected.When outlet frame 5000 is fixedly connected with housing 2000 or is integrally connected, then housing 2000 moves together with outlet frame 5000.From aforementioned, the scheme that housing 2000 can adopt split to arrange, when housing 2000 is arranged for split, then can be before housing 2000 shell and outlet frame 5000 fixing and together with move, and the shell below of housing 2000 is fixed with body holder 1000 and keeps static scheme.When outlet frame 5000 is flexibly connected with housing 2000, then housing 2000 both can have been followed outlet frame 5000 and rotated and move relative to body holder 1000; Also can be static relative to body holder 1000, and rotate relative to outlet frame 5000; Or housing 2000 is under the driving of another drive unit, can static relative to body holder 1000, motion or link with outlet frame 5000.Wherein, the scheme that outlet frame 5000 is flexibly connected with housing 2000 can adopt arc-shaped slide rail structure to be slidably connected usually, or adopts swing rod structure to swing connection.
When outlet frame 5000 is connected with spiral case snail tongue assembly 4000, connected mode can be flexibly connected or be fixedly connected with.When outlet frame 5000 is flexibly connected with spiral case snail tongue assembly 4000, outlet frame 5000 can adopt the scheme of pivot joint or slip to be connected with spiral case snail tongue assembly 4000.
Preferably, air channel hermetically-sealed construction is provided with between described outlet frame 5000 and described spiral case snail tongue assembly 4000, in order to keep described air channel to seal when described outlet frame 5000 rotates relative to described spiral case snail tongue assembly 4000, thus leak out when avoiding outlet frame 5000 to rotate relative to spiral case snail tongue assembly 4000.Air channel hermetically-sealed construction can be formed on outlet frame 5000 and spiral case snail tongue assembly 4000 respectively, such as, reach the effect of sealing by the sealing surface that mutually coincide; Air channel hermetically-sealed construction can also be connected to the middleware with deformability between spiral case snail tongue assembly 4000 and outlet frame 5000, come to be connected with spiral case snail tongue assembly 4000 and outlet frame 5000 respectively by the two ends of the middleware with deformability, thus reach the relative motion that can adapt to outlet frame 5000 and spiral case snail tongue assembly 4000, can keep in touch with outlet frame 5000 and spiral case snail tongue assembly 4000 and reach sealing effectiveness again.Deformability wherein can be that multiple plate that can not be out of shape itself is flexibly connected mutually, and by the movement of active connection place or rotate and realize distortion; Or, such as, by the connector inherently with deformability, silica gel material.
Preferably, described air channel hermetically-sealed construction comprises the air channel sealing surface 5100 be formed on described outlet frame 5000, described air channel sealing surface 5100 is adjacent and fit with described spiral case snail tongue assembly 4000 with described air channel, and when described outlet frame 5000 moves and described spiral case snail tongue assembly 4000 keep fitting.Relative to the scheme adopting middleware to connect outlet frame 5000 and spiral case snail tongue assembly 4000, in the present embodiment, directly fitted by outlet frame 5000 and spiral case snail tongue assembly 4000, the part needing assembling can be reduced, make part less, assemble simpler.In the present embodiment, the air channel sealing surface 5100 of outlet frame 5000 is the axis arc surfaced coaxial with described longitudinal rotating shaft line, then when outlet frame 5000 rotates around rotation, air channel sealing surface 5100 is constant with the spacing of outlet frame 5000, can produce good sealing effectiveness.
Preferably, described air channel has the longitudinal side wall with the axis being parallel of described tubular wine wheel 4100.Described air channel hermetically-sealed construction comprises the air guide member be connected between described outlet frame 5000 and described spiral case snail tongue assembly 4000, described air guide member 6000 is formed with movable wind-guiding face, described movable wind-guiding face is connected between described outlet frame 5000 and spiral case snail tongue assembly 4000, in order to jointly to form described longitudinal side wall with described spiral case snail tongue assembly 4000 and outlet frame 5000.Wherein, air guide member 6000 can be many plates articulated elements, produces distortion by the rotation of hinged place; Air guide member 6000 can also be that two plates are connected by chute, produces distortion by the slippage of chute junction.In the present embodiment, air guide member 6000 is adopted to be connected between outlet frame 5000 and spiral case snail tongue assembly 4000, the structure of spiral case snail tongue assembly 4000 and outlet frame 5000 then can be avoided to need too much to consider sealing each other and become complicated, namely avoid spiral case snail tongue assembly 4000 and outlet frame 5000 become be difficult to manufacture and manufacturing cost higher.
Preferably, described air guide member 6000 comprises first 6100 and second 6200, described first 6100 is connected with outlet frame 5000 and spiral case snail tongue assembly 4000 respectively with the end dorsad of second 6200, the abutting end of described first 6100 and second 6200 is flexibly connected, in order to be out of shape when described outlet frame 5000 moves; Described first 6100 and second 6200 side towards described air channel form described movable wind-guiding face.It can be hinged for being wherein flexibly connected, and also can be that chute connects.In the present embodiment, air guide member 6000 describes in detail for two (first 6100 and second 6200); Certainly, in other embodiments, also described air guide member 6000 can be formed by three portions, four portions or more portion.
Preferably, adopt hinged mode to connect between first 6100 and second 6200, hinged mode has connection flexibly, is not easy to stuck effect.Certainly, in other embodiments, between first 6100 and second 6200, more middleware can also be connected, thus form chain.Wherein, first 6100 and second 6200 preferably adopts plate-like piece, namely similar with Accordion.When employing employing two portions, first 6100 and second 6200, during composition air guide member 6000, relative to three portions or four portions etc., there is distortion attitude and more hold manageable effect.
Preferably, described first 6100 and second 6200 are when described outlet frame 5000 is movable, and the opening of the angle formed between the two is all the time towards described air channel.Relative to, other embodiments in the angle opening formed between the two of first 6100 and second 6200 described air channel dorsad, the present embodiment can be avoided, and first 6100 and second 6200 invades air channel, and the draught area in air channel is reduced, and then the windage in air channel is made to become large.
Preferably, described housing 2000 comprises shell 2300 and is flexibly connected shell 2400 above with described shell 2300 below below, and described air inlet 2100 is formed on described shell 2300 below, before described in described air outlet 2200 is formed on shell 2400.Described shell 2400 is above connected with described outlet frame 5000, moves in order to follow described outlet frame 5000.Wherein, before, shell 2400 can be fixedly connected with outlet frame 5000 or be flexibly connected.
If shell 2400 is fixedly connected with outlet frame 5000 above, then shell 2400 moves and keeps static together with described outlet frame 5000 above.Such as be spirally connected, clamping or one connect.
If shell 2400 is flexibly connected with outlet frame 5000 above, then above shell 2400 can keep synchronizing moving with outlet frame 5000 and keep static, also can with the asynchronous movement of outlet frame 5000 and produce relative movement.Such as above shell 2400 and outlet frame 5000 are provided with a locking buckle, when locking buckle fastens, before shell 2400 move together with outlet frame 5000, when locking buckle unclamps, before shell 2400 and outlet frame 5000 can relative motion; Again such as, before shell 2400 driven by a drive unit and control translational speed and direction, then can by controlling make shell 2400 and outlet frame 5000 above keep synchronizing moving or relative movement.
Preferably, described shell 2400 is above connected hermetically-sealed construction with described being provided with between shell 2300 below, in order to ensure described shell 2400 above when mobile with described after shell 2300 seal.Connect hermetically-sealed construction, in order to described shell 2400 above relative to described shell 2300 rotates below time keep described sealing, thus avoid shell 2400 above to leak out relative to when shell 2300 rotates below.Connecting hermetically-sealed construction can be formed at shell 2400 and below on shell 2300 above respectively, such as, reach the effect of sealing by mutually identical sealing surface; Connecting hermetically-sealed construction can also be connected to shell 2400 and the middleware with deformability below between shell 2300 above, by the two ends of the middleware with deformability come respectively with shell 2400 above and below shell 2300 be connected, thus reach the relative motion that can adapt to shell 2400 above and shell 2300 below, again can with shell 2400 above and below shell 2300 keep in touch and reach sealing effectiveness.Wherein having the middleware of deformability, can be that multiple plate that can not be out of shape itself is flexibly connected mutually, and by the movement of active connection place or rotate and realize distortion; Or, such as, by the connector inherently with deformability, silica gel material.
Preferably, described connection hermetically-sealed construction is included in the connection sealing surface 2410 that described shell 2400 is above formed, and described connection sealing surface 2410 is fitted with described shell 2300 below, and when described outlet frame 5000 moves with described after shell 2300 keep fitting.Relative to the shell 2400 and adopt extra middleware to seal between shell 2300 below above, it is few that the present embodiment has part, assembles simple effect.
Preferably, described shell 2400 above comprises the first panel 2420 and the second panel 2430, between one end that described first panel 2420 is connected to described shell 2300 below and described outlet frame 5000, between the other end that described second panel 2430 is connected to described shell 2300 below and described outlet frame 5000; Described first panel 2420 and/or the second panel 2430 are flexibly connected with described outlet frame 5000, in order to move and air channel described in opening and closing of fault relative to described outlet frame 5000.
Wherein, first panel 2420 and the second panel 2430 can be straight plates also can be arc, preferably, first panel 2420 and the second panel 2430 adopt arc, thus can keep fitting with shell 2300 below when the first panel 2420 and the second panel 2430 move, thus obtain good sealing effectiveness.When the first panel 2420 and the second panel 2430 adopt flat board, then the two ends, left and right of shell 2300 need lateral bend forward below, thus can form the cavity holding the parts such as evaporimeter 3000 and spiral case snail tongue assembly 4000 below between shell 2300, first panel 2420 and the second panel 2430.
Relative to arranging the scheme being specifically designed to the dodge gate of switch gate, the present embodiment adopts the first panel 2420 and the second panel 2430 to form shell 2400 above, and the first panel 2420 and the second panel 2430 can relative movements and form air outlet 2200 or closed air outlet 2200, thus reach the effect of dodge gate.
Certainly, in other embodiments, above, shell 2400 can also arrange a body, the side of described outlet frame 5000 described spiral case snail tongue assembly 4000 is dorsad located in the activity of described door body, and described door body moves at opening position and closing the door between position; Described door body is positioned at when closing the door position closes described air channel, exposes described air channel when described door body is positioned at opening position.It is comparatively single that such structure has function, all more convenient when making and assemble.When arranging separately body, the first panel 2420 can be fixedly connected with outlet frame 5000 with the second panel 2430, such as one-body molded, be spirally connected or clamping etc., thus form air outlet 2200 all the time between the first panel 2420 and the second panel 2430.
Vertical indoor set also comprises the supporting component 7000 on the top being installed in described body holder 1000, and described housing 2000, spiral case snail tongue assembly 4000, outlet frame 5000 and drive unit are installed on described supporting component 7000.Certainly, in other embodiments, also can adopt the mounting means by other, such as, utilize housing 2000 to form the mounting structure of confession spiral case snail tongue assembly 4000, outlet frame 5000 and drive unit.
Wherein, supporting component 7000 comprises girder 7100 extending longitudinally, and is connected and the brace table brace table of horizontal-extending (7200,7300) with girder 7100, described girder 7100 and brace table composition bracing frame; Brace table and girder 7100 are all provided with fit structure, such as snap-in structure, spiro connection structure or plug-connection structure, are fixed and support housing 2000, spiral case snail tongue assembly 4000, outlet frame 5000 and drive unit etc. by these fit structures.When assembling, first the parts such as spiral case snail tongue assembly 4000, outlet frame 5000 and drive unit can be carried out portion's dress with supporting component 7000, then whole parts being carried out self-contained again, thus operation when reducing self-contained, avoid self-contained streamline long.
Incorporated by reference to referring to Fig. 3 and Fig. 4, preferably, described air channel has two lateral sidewalls with the axes normal of described tubular wine wheel 4100.
Described supporting component 7000 comprises and being installed in described housing 2000 and upper and lower spaced top installing plate 7200 and end installing plate 7300, described top installing plate 7200 is fixed with the top of described spiral case snail tongue assembly 4000, installing plate of the described end 7300 is fixed with the bottom of described spiral case snail tongue assembly 4000, in order to fixing described spiral case snail tongue assembly 4000; Described top installing plate 7200 and end installing plate 7300 are connected between described spiral case snail tongue assembly 4000 and described outlet frame 5000, and the forward surface of described top installing plate 7200 and end installing plate 7300 forms described two lateral sidewalls respectively.The top installing plate 7200 of the present embodiment and end installing plate 7300 can play the effect supporting spiral case snail tongue assembly 4000 and evaporimeter 3000; The effect of formation two lateral sidewalls can also be played.In the present embodiment, top installing plate 7200 and end installing plate 7300 have the advantage of feature richness.Certainly, in other embodiments, also can be that two connecting plates are set at spiral case snail tongue assembly 4000 and outlet frame 5000, thus form two lateral sidewalls by connecting plate; Such as two connecting plates are connected with spiral case snail tongue assembly 4000 or are connected with outlet frame 5000, and are connected between spiral case snail tongue assembly 4000 and outlet frame 5000.
Preferably, top installing plate 7200 and end installing plate 7300 towards the front end face of shell 2400 above in rotating the arcuation formed around described rotation, the inner surface of shell 2400 is also in corresponding arcuation above, thus make above shell 2400 rotate time, the laminating with top installing plate 7200 and end installing plate 7300 can be kept, reach good sealing effectiveness.
Preferably, the front end of described top installing plate 7200 and end installing plate 7300 is flexibly connected with described outlet frame 5000, in order to support described outlet frame 5000.Wherein, top installing plate 7200 and end installing plate 7300 can be provided with guide barrel construction, and outlet frame 5000 is provided with corresponding guide rail structure, thus realizes being flexibly connected, and the event trace of outlet frame 5000 can be limited.Certainly, can also be that top installing plate 7200 and end installing plate 7300 are only played a supporting role, and limit the rotation of outlet frame 5000 around described rotation by other structure; Such as vertical indoor set also comprises outlet frame drive motors, driving wheel and connecting rod, and described driving wheel is positioned on described rotation, and described connecting rod is connected between described driving wheel and described outlet frame; Described outlet frame drive motors drives described driving wheel rotate and drive described outlet frame to rotate.
In the present embodiment, first, be connected with described outlet frame 5000 with the front end of end installing plate 7300 by top installing plate 7200, then can Appropriate application top installing plate 7200 and end installing plate 7300, the function of top installing plate 7200 and end installing plate 7300 is increased; Secondly, because spiral case snail tongue assembly 4000 and outlet frame 5000 are all connected with top installing plate 7200 and end installing plate 7300, then spiral case snail tongue assembly 4000 and outlet frame 5000 have common reference for installation, thus position relationship each other more easily ensures, and then reach better sealing effectiveness.
Preferably, the inner surface of described outlet frame 5000 protrudes and is formed with back-up block 5200, the bottom surface of described back-up block 5200 is protruded and is formed hook 5210, described supporting component 7000 is provided with the support slot 7210 be linked into for described hook 5210, described support slot 7210, in rotating the arcuation formed around described rotation, moves around described rotation in order to guide described outlet frame 5000.Preferably, back-up block 5200 is overlapped on corresponding described top installing plate 7200 or installing plate of the described end 7300.Certainly, in other embodiments, back-up block 5200 can also be overlapped in other gripper shoe.
In the present embodiment, protruded by the inner surface of outlet frame 5000 and be formed with inner support block 5200, thus be erected at the top end face of top installing plate 7200 and end installing plate 7300 by inner support block 5200, good support effect can be played; Further, the bottom surface of back-up block 5200 is protruded and is formed with hook 5210, and pushes up the support slot 7210 installing plate 7200 and end installing plate 7300 being formed with correspondence, thus limits the movement locus of outlet frame 5000.Certainly, in other embodiments, outlet frame 5000 also can be movably installed in above on shell 2400, or is movably installed on spiral case snail tongue assembly 4000.
Preferably, the rear end face of described inner support block 5200 protrudes and is formed with tooth bar 5220, and described tooth bar 5220 is in rotating the arcuation formed around described rotation; Described drive unit comprises outlet frame drive motors 7220, described outlet frame drive motors 7220 is provided with the driving wheel 7230 engaged with described tooth bar 5220, and described outlet frame drive motors 7220 drives described outlet frame 5000 to rotate by the cooperation of described driving wheel 7230 and tooth bar 5220.In the present embodiment, inner support block 5200 is namely for being set up in top installing plate 7200 and end installing plate 7300, also for the formation of tooth bar 5220, drive for the driving wheel 7230 on outlet frame drive motors 7220, thus make inner support block 5200 have the effect of several functions.Wherein, outlet frame drive motors 7220 is preferably arranged on top installing plate 7200 or end installing plate 7300, certainly, in other embodiments, also can be provided with other gripper shoe in order to install outlet frame drive motors 7220, and tooth bar 5220 also can be other positions of the inner surface forming outlet frame 5000.
Preferably, described outlet frame 5000 has wind outlet area 5300, first district 5400 and the second district 5500; Offer the window 2210 of corresponding described air outlet 2200 in described wind outlet area 5300, described first district 5400 and the second district 5500 are symmetrical set, and lay respectively at the both sides of the horizontal direction of described wind outlet area 5300.
Described wind outlet area 5300, first district 5400 and the second district 5500 are all in rotating the arc tabular formed around described rotation, described first district 5400 and the second district 5500 are connected to the both sides of the edge of described wind outlet area 5300, and towards described rotation indentation, slot to make way 5600 is formed between the outer surface in described first district 5400 and the second district 5500 and the inner surface of described shell 2400 above, the notch of described slot to make way 5600 deviates from described wind outlet area 5300 and arranges, in order at described outlet frame 5000 and shell 2400 rotates above time insert for the end of described shell 2300 below, thus can sealing effectiveness be improved on the one hand, can also to avoid on the other hand when rotating outlet frame 5000 and below shell 2300 interfere, thus obtain larger rotational angle.
Preferably, described first district 5400 is provided with accommodating hole 5410, shell motor 5420 is above equiped with in described accommodating hole 5410, described shell motor 5420 is above arranged with driving wheel 5430, the inner surface of described shell 2400 is above provided with the tooth bar 2440 engaged with described driving wheel 5430, and described shell motor 5420 above drives described shell 2400 above to move relative to described outlet frame 5000 by described driving wheel 5430 and tooth bar 2440.In the present embodiment, shell 2400 is above driven by shell motor 5420 above, then can control shell 2400 and outlet frame 5000 above to rotate simultaneously, shell 2400 and outlet frame 5000 relative motion above can also be controlled, there is abundanter position relationship, thus the effect of switch air outlet 2200 can be reached by shell 2400 and the relative motion of outlet frame 5000 above.
Further, described second district 5500 is also provided with shell motor 5420 above, then two above shell motor 5,420 first panel 2420 and the second panels 2430 of shell 2400 before correspondence respectively, make it possible to control first panel 2420 move together with outlet frame 5000 with the second panel 2430 and keep static, or the first panel 2420 and the second panel 2430 move relative to outlet frame 5000 respectively.Such as, when drying, the first panel 2420 all moves with the second panel 2430 and keeps static together with outlet frame 5000, exposes in order to keep air outlet 2200; And when being about to shutdown when terminating blowing, then the first panel 2420 and the second panel 2430 move toward one another and close air outlet 2200.Move toward one another described here can be that the first panel 2420 moves towards the second panel 2430, also can be that the second panel 2430 moves towards the first panel 2420, can also be that the first panel 2420 and the second panel 2430 move simultaneously in opposite directions.
Preferably, the outer surface in described first district 5400 protrudes and is formed with outer support block 5700, described outer support block 5700 is located at the bottom side of described accommodating hole 5410, the end face of described outer support block 5700 has been recessed to form support slot 5710, the bottom surface of the described tooth bar 2440 of shell 2400 is above protruded and is formed with hook 2441, described hook 2441 plugs together, in order to fix with described outlet frame 5000 with described support slot 5710.In the present embodiment, before shell 2400 be connected with outlet frame 5000, outlet frame 5000 and the air channel above between shell 2400 can be tightr.Certainly in other embodiments, before shell 2400 can also be flexibly connected with body holder, thus increase the stability of shell 2400 activity above.
Preferably, described vertical indoor set also comprises the longitudinal stator 2210 being movably arranged on described air outlet 2200 place, and described longitudinal stator 2210 swings back and forth around the axis with described rotation axis parallel.In the present embodiment, in conjunction with the rotation of longitudinal stator 2210 and outlet frame 5000, larger rotation amplitude can be reached.Such as when outlet frame rotates clockwise the limit, longitudinal stator 2210 also rotates clockwise the limit, thus can obtain clockwise maximum air outlet angle.
Fig. 5 shows the second embodiment of the present invention, in the second embodiment based on the first embodiment, adopts outlet frame 5000 directly to support with spiral case snail tongue assembly 4000 scheme be connected.
In this programme, described single through-flow cabinet air-conditioner comprises the housing 2000B be installed on body holder, and described housing 2000B is formed with air inlet 2100B and air outlet 2200B, and described air outlet 2200B is strip extending longitudinally.
Evaporimeter 3000B, spiral case snail tongue assembly 4000B and outlet frame 5000B is provided with successively from described air inlet 2100B to air outlet 2200B; Tubular wine wheel 4100B extending longitudinally is provided with in described spiral case snail tongue assembly 4000B, described outlet frame 5000 is connected between described spiral case snail tongue assembly 4000B and described air outlet 2200B, in order to form the air channel connecting described air inlet 2100B and air outlet 2200B; Also be provided with drive unit in described housing 2000B, described drive unit drive described outlet frame 5000B around the axis being parallel with described tubular wine wheel 4100B a rotation come and go rotate; Described air channel has two longitudinal side walls with the axis being parallel of described tubular wine wheel 4100B, and described outlet frame 5000B and described spiral case snail tongue assembly 4000B abuts against, in order to jointly to form two longitudinal side walls described in each and every one.Wherein, the snail tongue 4300B that described spiral case snail tongue assembly 4000B comprises spiral case 4200B and covers with described spiral case 4200B, described spiral case 4200B forms the part of a described longitudinal side wall, described snail tongue 4300B forms the part of longitudinal side wall described in another, and described snail tongue 4300B and described spiral case 4200B all abuts with described outlet frame 5000.
In the present embodiment, two longitudinal side walls are all supported by outlet frame 5000 and spiral case snail tongue assembly 4000 and are formed, and relative to the structure that have employed air guide member 6000 in the first embodiment, the part that the present embodiment has employing is less, the simpler effect of equipment operation.Certainly, in the present embodiment, can also be the scheme that one-sided longitudinal side wall adopts outlet frame 5000 and spiral case snail tongue assembly 4000 to support, and the longitudinal side wall of opposite side adopt other scheme, the scheme of such as, middleware in the first embodiment.
Preferably, in order to can be convenient to motion and reach good sealing effectiveness, in the present embodiment, the bearing surface that described outlet frame 5000B and described spiral case snail tongue assembly 4000B abuts against, in rotating the arcuation formed around described rotation.
Fig. 6 shows the third embodiment of the present invention, in the 3rd embodiment based on the first embodiment, adopts outlet frame 5000 and the scheme be connected by friction-type middleware between spiral case snail tongue assembly 4000.
In this programme, a kind of single through-flow cabinet air-conditioner, described single through-flow cabinet air-conditioner comprises the housing 2000C be installed on body holder, described housing 2000C is formed with air inlet 2100C and air outlet 2200C, described air outlet 2200C is strip extending longitudinally, is provided with evaporimeter 3000C, spiral case snail tongue assembly 4000C and outlet frame 5000C from described air inlet 2100C to air outlet 2200C successively; Tubular wine wheel 4100C extending longitudinally is provided with in described spiral case snail tongue assembly 4000C, described outlet frame 5000C is connected between described spiral case snail tongue assembly 4000C and described air outlet 2200C, and described outlet frame 5000C and spiral case snail tongue assembly 4000C forms the air channel connecting described air inlet 2100C and air outlet 2200C; The position of described evaporimeter 3000C and spiral case snail tongue assembly 4000C and body holder is fixed, and is also provided with drive unit in described housing 2000C, and described drive unit drives described outlet frame 5000C to come and go around a rotation extending longitudinally and rotates; Described air channel has two longitudinal side walls with the axis being parallel of described tubular wine wheel 4100C, at least one screen connector 6000C is provided with between described outlet frame 5000C and described spiral case snail tongue assembly 4000C, one end of described screen connector 6000C is connected with described outlet frame 5000C, the other end of described screen connector 6000C abuts with described spiral case snail tongue assembly 4000C, in order to jointly to form longitudinal side wall described at least one with described spiral case snail tongue assembly 4000C and outlet frame 5000C.
Wherein, screen connector 6000C can be spirally connected with outlet frame 5000C, clamping or one be connected; Described screen connector 6000C can be that line abuts or face abuts with the abutment of described spiral case snail tongue assembly 4000C.If face abuts, then preferably, the bearing surface that screen connector 6000C and described spiral case snail tongue assembly 4000C abuts against, in rotating the arc surfaced formed around described rotation.
Relative to the flexible middleware of employing, one end and the outlet frame 5000C of the screen connector 6000C of the present embodiment fix, the other end abuts with described spiral case snail tongue assembly 4000C, then screen connector 6000C does not have bascule, thus has higher stability.
Preferably, described screen connector 6000C comprises first 6100C and second 6200C; Described first 6100C is fixedly connected with described outlet frame 5000C and extends towards described spiral case snail tongue assembly 4000C, and the side towards described air channel of described first 6100C forms described movable wind-guiding face; Described second 6200C and described first 6100C connect and relative described first 6100C bends, the side of described second 6200C described first 6100C is dorsad formed with air channel sealing surface 5100C, described air channel sealing surface 5100C and described spiral case snail tongue assembly 4000C fits, in order to when mobile and described spiral case snail tongue assembly 4000C keep fitting.Namely, in the present embodiment, have employed the scheme of face contact.Relative to the scheme of linear contact lay, the scheme of face contact can have better sealing property.
In the present embodiment, the snail tongue 4300C that described spiral case snail tongue assembly 4000C comprises spiral case 4200C and covers with described spiral case 4200C, described spiral case 4200C forms the part of a described longitudinal side wall, described snail tongue 4300C forms the part of longitudinal side wall described in another, described snail tongue 4300C and be all provided with described screen connector 6000C between described spiral case 4200C and described outlet frame 5000C.Certainly, in other embodiments, also can be that only spiral case 4200C is connected with this screen connector 6000C with in snail tongue 4300C, another directly abuts with outlet frame 5000C, or another is connected with outlet frame 5000C by the middleware of other forms in the first embodiment.
Fig. 7 shows the fourth embodiment of the present invention, in the 4th embodiment based on the first embodiment, adopts outlet frame 5000 and the scheme be connected by chute-type middleware between spiral case snail tongue assembly 4000.
In this programme, described single through-flow cabinet air-conditioner comprises the housing 2000D be installed on body holder, described housing 2000D is formed with air inlet 2100D and air outlet 2200D, described air outlet 2200D is strip extending longitudinally, is provided with evaporimeter 3000D, spiral case snail tongue assembly 4000D and outlet frame 5000D from described air inlet 2100D to air outlet 2200D successively; Tubular wine wheel 4100D extending longitudinally is provided with in described spiral case snail tongue assembly 4000D, described outlet frame 5000D is connected between described spiral case snail tongue assembly 4000D and described air outlet 2200D, and described outlet frame 5000D and spiral case snail tongue assembly 4000D forms the air channel connecting described air inlet 2100D and air outlet 2200D; The position of described evaporimeter 3000D and spiral case snail tongue assembly 4000D and body holder is fixed, and is also provided with drive unit in described housing 2000D, and described drive unit drives described outlet frame 5000D to come and go around a rotation extending longitudinally and rotates; Described air channel has two longitudinal side walls with the axis being parallel of described tubular wine wheel 4100D, also be connected with at least one many plate between described outlet frame 5000D and described spiral case snail tongue assembly 4000D and slip part 6000D, in order to jointly to form longitudinal side wall described at least one with described spiral case snail tongue assembly 4000D and outlet frame 5000D.
Preferably, described many plates slip part 6000D and comprise first 6100D and second 6200D, described first 6100 is fixedly connected with described outlet frame 5000D, and extends towards described spiral case snail tongue assembly 4000D, and described first 6100D is provided with the chute extended along its bearing of trend; Described second 6200D is flexibly connected with described spiral case snail tongue assembly 4000D, and extend to towards described outlet frame 5000D and abut with described first 6100D, described first 6100D and second 6200D forms described movable wind-guiding face jointly towards the side in described air channel; Described second 6200D is provided with the rotating shaft plugged together with described slide, in order to be slidably connected with described first 6100D.Wherein, chute can be arranged on two ends at the bottom of the top of first 6100D, also can be the middle part being arranged on first 6100D.
Preferably, described first 6100D is towards described rotation and deviates from the direction deflection extension in described air channel.Relative to first 6100D other schemes towards air channel intrinsic deflection, in the present embodiment, first 6100D and second 6200D be connected with described first 6100D can not invade in air channel, thus avoids intrusion air channel and the draught area in air channel is reduced.
Preferably, the snail tongue 4300D that described spiral case snail tongue assembly 4000D comprises spiral case 4200D and covers with described spiral case 4200D, described spiral case 4200D forms the part of a described longitudinal side wall, described snail tongue 4300D forms the part of longitudinal side wall described in another, is connected with described many plates and slips part 6000D between described snail tongue 4300D and described outlet frame 5000D.In the present embodiment, spiral case 4200D abuts with described outlet frame 5000D, thus forms another longitudinal side wall.
Certainly, in other embodiments, can also be that spiral case 4200D and snail tongue 4300D side are all provided with this many plate and slip part 6000D; Or the other forms of middleware be provided with in above-mentioned first embodiment.
Fig. 8 shows the fifth embodiment of the present invention, in the 5th embodiment based on the first embodiment, adopts outlet frame 5000 and the scheme be connected by Flexible Middleware between spiral case snail tongue assembly 4000.
In this programme, described vertical indoor set comprises the housing 2000E be installed on body holder, described housing 2000E is formed with air inlet 2100E and air outlet 2200E, described air outlet 2200E is strip extending longitudinally, is provided with evaporimeter 3000E, spiral case snail tongue assembly 4000E and outlet frame 5000E from described air inlet 2100E to air outlet 2200E successively; Tubular wine wheel 4100E extending longitudinally is provided with in described spiral case snail tongue assembly 4000E, described outlet frame 5000E is connected between described spiral case snail tongue assembly 4000E and described air outlet 2200E, and described outlet frame 5000E and spiral case snail tongue assembly 4000E forms the air channel connecting described air inlet 2100E and air outlet 2200E; The position of described evaporimeter 3000E and spiral case snail tongue assembly 4000E and body holder is fixed, and is also provided with drive unit in described housing 2000E, and described drive unit drives described outlet frame 5000E to come and go around a rotation extending longitudinally and rotates; Described air channel has two longitudinal side walls with the axis being parallel of described tubular wine wheel 4100E, at least one Flexible Connector 6000E is also connected with, in order to jointly to form longitudinal side wall described at least one with described spiral case snail tongue assembly 4000E and outlet frame 5000E between described outlet frame 5000E and described spiral case snail tongue assembly 4000E.
Wherein, described Flexible Connector 6000E overall makes for flexible material, thus whole Flexible Connector 6000E all can produce distortion; Or a part is made for flexible material in Flexible Connector 6000E, such as two ends are the hard materials such as iron, aluminium or duroplasts, and are connected with the flexible material such as silica gel, plastic foil between two ends.
Relative to split arrange and by middleware that is hinged or that be slidably connected, in the present embodiment, Flexible Connector 6000E is formed in one, then on the air inducing face of Flexible Connector 6000E, there is not seam problems, thus avoid the situation of leaking out from seam crossing.
Preferably, described Flexible Connector 6000E comprises two contiguous blocks and is connected to the compliant section between described two contiguous blocks, described two contiguous blocks are fixedly connected with spiral case snail tongue assembly 4000E with described outlet frame 5000E respectively, described compliant section forms described movable wind-guiding face towards the side in described air channel, in order to the distortion when described outlet frame 5000E moves and recovery.
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize description of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (13)
1. a floor air conditioner, it is characterized in that, described floor air conditioner comprises the housing be installed on body holder, described housing is formed with air inlet and air outlet, described air outlet is strip extending longitudinally, is provided with evaporimeter, spiral case snail tongue assembly and outlet frame from described air inlet to air outlet successively; Be provided with tubular wine wheel extending longitudinally in described spiral case snail tongue assembly, described outlet frame is connected between described spiral case snail tongue assembly and described air outlet, and described outlet frame and spiral case snail tongue assembly form the air channel connecting described air inlet and air outlet; The position of described evaporimeter and spiral case snail tongue assembly and body holder is fixed, and is also provided with drive unit in described housing, and described drive unit drives described outlet frame to rotate relative to described body holder, and comes and goes rotation around a rotation extending longitudinally; Described floor air conditioner also comprises for exposing and closing the device intended of described air outlet.
2. single through-flow cabinet-type air conditioner as claimed in claim 1, is characterized in that, the described device intended door body drive in opening position and movement between position of closing the door comprising a body and drive described door body; Described door body is positioned at when closing the door position closes described air outlet, exposes described air outlet when described door body is positioned at opening position.
3. single through-flow cabinet-type air conditioner as claimed in claim 1, it is characterized in that, the shell below that described housing comprises shell above and is flexibly connected with described shell above, described air outlet be formed at described before on shell, described shell is above connected with described outlet frame, moves in order to follow described outlet frame; Described shell above comprises the first front panel and the second face plate of split setting, leaves gap and form described air outlet between described first front panel and second face plate;
Describedly device intendedly comprise a body drive, described door body drive is connected with described first front panel and/or second face plate, move in order to drive described first front panel towards described second face plate and deviate from described second face plate and move, and close and expose described air outlet.
4. single through-flow cabinet-type air conditioner as claimed in claim 3, is characterized in that, described door body drive comprises front panel drive motors, tooth bar and rail structure; Described rail structure comprises sliding card and coordinates guide rail and guide groove, and one of described guide rail and guide groove are formed on described outlet frame, and both another of described guide rail and guide groove is formed on described first front panel and/or second face plate; Driving wheel on described outlet frame drive motors engages with described tooth bar, moves in order to drive described first front panel and/or second face plate.
5. single through-flow cabinet-type air conditioner as claimed in claim 1, it is characterized in that, described drive unit comprises outlet frame drive motors, tooth bar and rail structure; Described rail structure comprises sliding card and coordinates guide rail and guide groove, one of described guide rail and guide groove are formed on described outlet frame, and both another of described guide rail and guide groove is formed on described spiral case snail tongue assembly or is formed on a fixture fixing with described spiral case snail tongue assembly; Driving wheel on described outlet frame drive motors engages with described tooth bar, moves in order to drive described outlet frame.
6. single through-flow cabinet-type air conditioner as claimed in claim 1, it is characterized in that, described drive unit comprises outlet frame drive motors, driving wheel and connecting rod, and described driving wheel is positioned on described rotation, and described connecting rod is connected between described driving wheel and described outlet frame; Described outlet frame drive motors drives described driving wheel rotate and drive described outlet frame to rotate.
7. single through-flow cabinet-type air conditioner as claimed in claim 1, is characterized in that, be installed with supporting component in described housing, described housing, spiral case snail tongue assembly, outlet frame, drive unit and to be device intendedly installed on described supporting component.
8. single through-flow cabinet-type air conditioner as claimed in claim 7, it is characterized in that, described supporting component comprises spaced top installing plate and end installing plate in the vertical direction, described top installing plate and end installing plate are connected with the top of described spiral case snail tongue assembly and bottom respectively, in order to fixing described spiral case snail tongue assembly.
9. single through-flow cabinet-type air conditioner as claimed in claim 7, it is characterized in that, described supporting component comprises spaced top installing plate and end installing plate in the vertical direction, and described top installing plate and end installing plate are flexibly connected with the inner surface of described outlet frame, in order to support described outlet frame.
10. single through-flow cabinet-type air conditioner as claimed in claim 9, it is characterized in that, the front end face of installing plate of the described end and top installing plate is all fitted with the rear surface of described outlet frame, and the binding face of installing plate of the described end, top installing plate and outlet frame is in rotating the arc surfaced formed around described rotation.
11. single through-flow cabinet-type air conditioners as claimed in claim 7, is characterized in that, described supporting component comprises chassis and is arranged on the bracing frame of top side, chassis, and support frame as described above is connected with the inner surface of described housing, in order to fixing described housing.
12. single through-flow cabinet-type air conditioners as claimed in claim 7, is characterized in that, described housing comprise shell above and is flexibly connected with described shell above after shell;
Described supporting component comprises chassis, end installing plate and top installing plate, described shell is below fixedly arranged on the top side on described chassis, installing plate of the described end is fixedly connected with top installing plate with described shell below and is set in distance in the vertical direction, and described spiral case snail tongue assembly is installed between installing plate of the described end and top installing plate.
13. single through-flow cabinet-type air conditioners as claimed in claim 1, is characterized in that, are provided with air channel hermetically-sealed construction between described outlet frame and described spiral case snail tongue assembly, in order to keep described air channel to seal when described outlet frame rotates relative to described spiral case snail tongue assembly.
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| CN201510612507.7A CN105180282B (en) | 2015-09-23 | 2015-09-23 | Vertical indoor set |
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| CN201510612507.7A CN105180282B (en) | 2015-09-23 | 2015-09-23 | Vertical indoor set |
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| CN107906649A (en) * | 2017-12-11 | 2018-04-13 | 深圳市联创电器实业有限公司 | A kind of conditioner and its air cooler |
| CN107906649B (en) * | 2017-12-11 | 2023-07-04 | 深圳市联创电器实业有限公司 | Air conditioning device and air conditioning fan thereof |
| CN111256342A (en) * | 2020-01-21 | 2020-06-09 | 广东美的制冷设备有限公司 | Air conditioner, control method thereof and readable storage medium |
| CN112984717A (en) * | 2021-03-04 | 2021-06-18 | 北京小米移动软件有限公司 | Control method, device and equipment of intelligent household equipment and readable storage medium |
| CN112984717B (en) * | 2021-03-04 | 2023-10-31 | 北京小米移动软件有限公司 | Control method, device and equipment of intelligent household equipment and readable storage medium |
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