CN105546664B - Air purifier - Google Patents
Air purifier Download PDFInfo
- Publication number
- CN105546664B CN105546664B CN201510631341.3A CN201510631341A CN105546664B CN 105546664 B CN105546664 B CN 105546664B CN 201510631341 A CN201510631341 A CN 201510631341A CN 105546664 B CN105546664 B CN 105546664B
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- Prior art keywords
- air
- filter
- unit
- main body
- protruding portion
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
- F24F8/10—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
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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
- F24F13/28—Arrangement or mounting of filters
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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
- F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
- F24F8/10—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
- F24F8/108—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering using dry filter elements
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Filtering Of Dispersed Particles In Gases (AREA)
- Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
Abstract
A kind of air purifier can make air purification maximum capacity with minimum setting area.The present invention air purifier include：Main body, part of it are cylindrical shape；Unit is sucked, the lower part of the main body is set to, is formed with to suck the suction inlet of air；Deliverying unit is set to the top of the main body, is formed with that the outlet of the air sucked via the suction inlet is discharged；Blowing unit is set to the body interior, air is made to be flowed from the sucking unit side to the deliverying unit side；And filter unit, it is set to the body interior, to purify the air sucked via the suction inlet；Wherein, the periphery of the suction inlet and at least one party in the outlet be formed by face be the relatively described cylinder inclined ellipse, the filter unit for air by filtering surface be the relatively described inclined ellipse.
Description
Technical field
The present invention relates to a kind of air purifiers, are related to a kind of making air purification hold with minimum setting area in more detail
Measure maximized air purifier.
Background technology
Air purifier is the device of the air purification that will pollute at fresh air, passes through the sky of fan sucking pollution
Gas, and fine dust or mushroom are trapped using filter, also the stinks such as body odor, smoke are deodorized.
While such air purifier is required energy consumption minimized, the pollutant being effectively removed in air, and
It is required to increase air purification capacity while taking up space smaller when being configured at interior.
Invention content
The issue of the present invention is to provide a kind of air making air purification maximum capacity but setting area is made to minimize
Clarifier.
The project of the present invention is not limited to above-mentioned project, to other silent projects, the skill of this field
Art personnel can be expressly understood that by record below.
In order to solve the problem, the air purifier of the embodiment of the present invention comprising：Main body, part of it are circle
Tubular；Unit is sucked, the lower part of the main body is set to, is formed with to suck the suction inlet of air；Deliverying unit is set to
The top of the main body is formed with that the outlet of the air sucked via the suction inlet is discharged；Blowing unit is set to
The body interior makes air be flowed from the sucking unit side to the deliverying unit side；And filter unit, it is set to
The body interior, to purify the air sucked via the suction inlet；Wherein, in the suction inlet and the outlet
The periphery of at least one party is formed by the ellipse for the inclined that face is the relatively described cylinder, the confession of the filter unit
Air by filtering surface be the relatively described inclined ellipse.
The particular content of other embodiment is included in specific implementation mode and attached drawing.
Air purifier according to the present invention obtains one or more of following effect.
First, not only increase air purification capacity, but also setting area is made to minimize.
Second, the filter unit of the filtering surface with ellipse is obliquely configured at columnar body interior, with
Make to maximize by the air capacity of filter, makes air purification very high capacity.
Third, filter unit so that air purification effect maximizes, and make each of lamination by a variety of filters of lamination
A part for filter is exposed to outside, so that when being missed, user is easy to find.
4th, pass through obliquely the configurating filtered device unit at a proper angle so that air is from inclined suction inlet to inclining
Oblique outlet swimmingly flows.
The effect of the present invention is not limited to above-mentioned effect, to other silent effects, the skill of this field
Art personnel can clearly be understood by the record of claims.
Description of the drawings
Fig. 1 is the front side stereogram of the air purifier of one embodiment of the invention.
Fig. 2 is the rear side stereogram of air purifier shown in FIG. 1.
Fig. 3 is the side view of air purifier shown in FIG. 1.
Fig. 4 is the exploded perspective view of air purifier shown in FIG. 1.
Fig. 5 is the stereogram of a part of structure of air purifier shown in FIG. 1.
Fig. 6 is a part of exploded perspective view of air purifier shown in FIG. 1.
Fig. 7 is the figure for showing the combination between a part of structure of air purifier shown in FIG. 1.
Fig. 8 A are the exploded perspective views of the filter unit of air purifier shown in FIG. 1.
Fig. 8 B are the sectional side views of filter unit shown in Fig. 8 A.
Fig. 9 is the front view of filter unit shown in Fig. 8 A.
Figure 10 A and Figure 10 B are the installation diagrammatic illustrations of filter unit shown in Fig. 8 A.
Figure 11 is the installation diagrammatic illustration of the filter unit of air purifier shown in FIG. 1.
Figure 12 is a part of structure chart in lower part of air purifier shown in FIG. 1.
Figure 13 is a part of structure chart in inside of air purifier shown in FIG. 1.
Figure 14 is a part of sectional view of air purifier shown in FIG. 1.
Figure 15 is the rearview of the air-supply main body of air purifier shown in FIG. 1.
Figure 16 is the stereogram of the blowing fan of air purifier shown in FIG. 1.
Figure 17 is a part of structure chart of the blowing unit of air purifier shown in FIG. 1.
Figure 18 is a part of sectional view in top of air purifier shown in FIG. 1.
Figure 19 is the stereogram of air purifier shown in FIG. 1.
Figure 20 is the effect diagrammatic illustration of the illumination portion of air purifier shown in FIG. 1.
Reference numeral
110：Pedestal；120：Main body；121：Front panel；122：Rear panel；123：Handle portion；129：Inner panel；130：
Suck unit 130a：Suction inlet 131：Suction panel；131b：Filter confirmation portion；132：Suck main body；132-1：Suck lattice
Grid；139：Link rod part；140：Filter unit；141：Prefilter；142：HEPA filter bodies；146：HEPA filters；
143：It is deodorized filter body；147：First deodorization filter；148：Second deodorization filter；151：Air duct；152：Air duct lattice
Grid；160：Deliverying unit；160a：Outlet；161：Panel is discharged；165：Control unit；166：Illumination portion；180：Blowing unit；
189：Motor；182：Blowing fan；181：Air-supply main body；183：Impeller portion；184：Motor cover；185：Ion generator.
Specific implementation mode
By referring to appended attached drawing and the embodiment being described in detail later together, by clear advantages of the present invention, feature and use
In the method for realizing it.But the present invention is not limited to embodiments disclosed below, but can be by mutually different a variety of shapes
State is implemented, and the present embodiment is only and the general skill into the technical field belonging to the present invention to keep the announcement of the present invention complete
Art personnel completely prompt the scope of the present invention and provide, and the present invention will be only defined by the scope of the claims.Whole
In a specification, identical reference numeral indicates identical structure member.
Hereinafter, with reference to illustrate the attached drawing of air purifier, the embodiment of the present invention is illustrated.
Fig. 1 is the front side stereogram of the air purifier of one embodiment of the invention, and Fig. 2 is air purification shown in FIG. 1
The rear side stereogram of device, Fig. 3 are the side views of air purifier shown in FIG. 1, and Fig. 4 is air purifier shown in FIG. 1
Exploded perspective view.
The air purifier of one embodiment of the invention includes：Pedestal 110；Main body 120, part of it is cylindrical；Sucking
Unit 130 is set to the lower part of main body 120, is formed with to suck the suction inlet 130a of air；Deliverying unit 160, is set to
The top of main body 120 is formed with that the air sucked by suction inlet 130a is discharged；Blowing unit 180 is set to main body 120
Inside makes air flow to 160 side of deliverying unit from 130 side of sucking unit.
Aftermentioned front, rear, left direction, right direction, upper side direction and downside direction are as shown in Figure 1 to Figure 3.On
Lower direction be with the vertical direction in the placement ground of air purifier, gravity direction is downside direction, the phase negative side in downside direction
To for upper side direction.Front-rear direction and left and right directions are directions parallel to the ground, and left and right directions is vertical with front-rear direction
Direction.Front is the direction for configuring aftermentioned front panel 121, and rear is the direction for configuring aftermentioned rear panel 122.Left direction
It is the left side on the basis of main body 120, right direction is the right side on the basis of main body 120.Also, central shaft SA is empty with placement
The ground of gas purifier is vertical and parallel with upper and lower directions, and horizontal direction is parallel with the placement ground of air purifier.
Pedestal 110 is placed in ground, to supportive body 120.The periphery of pedestal 110 is formed with circle.Pedestal 110 is preferred
Ground is formed with the hollow annular of center portion.
Pedestal 110 is combined with main body 120.The upside of pedestal 110 is combined with main body 120 and sucking unit 130.In pedestal
110 semi-circular front part is combined with main body 120.There are the rear semi-circular portions of the pedestal 110 of main body 120 rotatable unbonded
Ground is combined with sucking unit 130, and the rear and the rear of sucking unit 130 of the rear semi-circular portions of pedestal 110 separate.
A part for main body 120 is formed to have the cylindrical shape of central shaft SA perpendicular to the ground.Main body 120 is incorporated into bottom
The upside of seat 110, and supported by pedestal 110.The horizontal cross-section of the cylindrical portions of main body 120 is formed with circle, periphery and bottom
The periphery of seat 110 is identical or almost the same.
The top of main body 120 is configured with deliverying unit 160, and the lower part of main body 120 is configured with sucking unit 130.Main body 120
Inside be configured with blowing unit 180 and air duct 151.The downside of main body 120 is combined with pedestal 110.Main body 120 and pedestal 110
Semi-circular front part combine.
Main body 120 includes：Semicylindrical front panel 121, be incorporated into front panel 121 top it is semicylindrical below
Plate 122, the rear for being configured at front panel 121 and the semicylindrical inner panel 129 combined with pedestal 110 are incorporated into front
The handle portion 123 of the side of plate 121 and rear panel 122.
Front panel 121 is formed with semi-cylindrical shaped, forms the front appearance of main body 120.At least one level of front panel 121
Section is preferably formed with semicircle.
The periphery of the lower end of front panel 121 is formed by that face is vertical with central shaft SA, i.e. the ground with placement air purifier
Face is parallel.The periphery of the lower end of front panel 121 is formed with semicircle.The lower end of front panel 121 periphery preferably with pedestal 110
It is consistent or almost consistent that the periphery of semi-circular front part is mutually butted ground.
The periphery of the upper end of front panel 121 is formed by face and is tilted with respect to central shaft SA.The periphery of the upper end of front panel 121
It is formed by facing towards formation on the upside of front.The periphery of the upper end of front panel 121 is with parabola shaped formation.Front panel 121 it is upper
The periphery at end is formed by face, and to be preferably formed by face with the periphery of the upper end of outlet 160a consistent or parallel.That is, front panel
It is consistent or almost consistent that the periphery of 121 upper end is preferably mutually butted ground with the front periphery of the upper end of deliverying unit 160.
A part for the side of front panel 121 is open and is combined with handle portion 123.
The rear of front panel 121 is configured with inner panel 129, blowing unit 180, air duct 151 and deliverying unit 160.Before
Panel 121 is configured to Chong Die with semicylindrical inner panel 129.The rear surface of front panel 121 and the preceding table of inner panel 129
Face configures face to face.The downside of front panel 121 is configured with pedestal 110.
Rear panel 122 is formed with semi-cylindrical shaped, forms the rear appearance of main body 120.At least one level of rear panel 122
Section is preferably formed with semicircle.Rear panel 122 is incorporated into the upper back of front panel 121 to form columnar appearance.Afterwards
Panel 122 is configured at the upside of sucking unit 130 to form semicylindrical rear appearance.
The periphery of the upper end of rear panel 122 is formed by face and is tilted with respect to central shaft SA.The periphery of the upper end of rear panel 122
It is formed by facing towards formation on the upside of front.The periphery of the upper end of rear panel 122 is with parabola shaped formation.Rear panel 122 it is upper
The periphery that the periphery at end is formed by face and the upper end of front panel 121 is formed by face in same plane.Rear panel 122
The periphery of upper end is connected with the periphery of the upper end of front panel 121 to form ellipse.
The periphery of the upper end of rear panel 122 is formed by periphery of the face preferably with the upper end of outlet 160a and is formed by face
It is consistent or parallel.That is, periphery of the periphery of the upper end of rear panel 122 preferably with the upper end rear of deliverying unit 160 is mutually butted
Ground is consistent or almost consistent.
The periphery of the lower end of rear panel 122 is formed by face and is tilted with respect to central shaft SA.The periphery of the lower end of rear panel 122
It is formed by and faces rearward downside formation.The periphery of the lower end of rear panel 122 is with parabola shaped formation.Under rear panel 122
The periphery at end is formed by face, and to be preferably formed by face with the periphery of the upper end of rear panel 122 parallel.
The periphery of the lower end of rear panel 122 is formed by periphery a part of shape of the face preferably with the upper end for sucking unit 130
At face it is consistent or parallel.That is, the periphery of the lower end of rear panel 122 is preferably a part of with the periphery of the upper end of sucking unit 130
It is consistent or almost consistent to be mutually butted ground.
A part for the side of rear panel 122 is open and is combined with handle portion 123.
The front of rear panel 122 is configured with blowing unit 180, air duct 151 and deliverying unit 160.The downside of rear panel 122
Configured with filter unit 140 and sucking unit 130.
Inner panel 129 is formed with semi-cylindrical shaped, is incorporated into 110 upside front of pedestal.Inner panel 129 it is at least one
Horizontal cross-section is preferably formed with semicircle.
The periphery of the lower end of inner panel 129 is formed by that face is vertical with central shaft SA, i.e., with placement air purifier
Ground is parallel.The lower end of front panel 121 is incorporated into the upside of the semi-circular front part of pedestal 110.Outside the lower end of front panel 121
Outermost radius of the radius enclosed preferably than pedestal 110 is small.
The periphery of the upper end of inner panel 129 is formed by that face is vertical with central shaft SA, i.e., with placement air purifier
Ground is parallel.The periphery that the periphery of the upper end of inner panel 129 is formed by face and the lower end of inner panel 129 is formed by face
It is parallel.The upper end of inner panel 129 is combined with blowing unit 180.
Inner panel 129 is overlappingly configured with front panel 121.The front surface of inner panel 129 and the rear table of front panel 121
Face configures face to face.The upside of inner panel 129 is configured with blowing unit 180.The rear of inner panel 129 is configured with filtering
Device unit 140 and sucking unit 130.
The guiding of inner panel 129 makes its upward side flowing by the suction inlet 130a the being formed obliquely air flowed into.It is interior
The periphery that portion's panel 129 vertically surrounds suction inlet 130a is formed by the upper aspect in face, so that via suction inlet 130a
The air for flowing into and through filter unit 140 is directed to blowing unit 180.
Handle portion 123 is introduced to 120 internal direction of main body so that user can hold.Handle portion 123 preferably in combination in
The side of front panel 121 and/or rear panel 122, in the present embodiment, handle portion 123 is with front panel 121 and rear panel 122
It is all combined with front panel 121 and rear panel 122 centered on boundary.Handle portion 123 is preferably provided with multiple.
About the front panel 121 of main body 120, rear panel 122 and inner panel 129 mutual relationship and they with
Combination between other structures is described later herein with reference to Fig. 5 to Fig. 7.
Sucking unit 130 is formed with suction inlet 130a to suck extraneous air.Unit 130 is sucked to be set under main body 120
Portion.Sucking unit 130 is configured at the downside of rear panel 122.Sucking unit 130 is incorporated into the rear of inner panel 129, is configured at
The rear of front panel 121.Rear and the upside of pedestal 110 of sucking unit 130 separate.
The periphery for sucking the suction inlet 130a of unit 130 is formed by central shaft of the face with respect to the cylindrical portions of main body 120
SA is tilted.The periphery of suction inlet 130a is formed by face and is tilted from direction of the horizontal direction configured with front panel 121, to before
Side upside is formed (on the downside of rear).Suction inlet 130a is formed as that air is made to have the front of front panel 121 inclined to relative configuration
Sucking on the upside of front.
The peripheral shape of suction inlet 130a is ellipse, so that inhalation area maximizes, to make air as much as possible
It is flowed by the suction inlet 130a of ellipse.The inclined sections central shaft SA of columnar main body 120 are ellipse relatively, are led to
It crosses and accordingly forms suction inlet 130a with the section of such ellipse, so that the inhaled air volume of suction inlet 130a maximizes.
The periphery of suction inlet 130a is formed by face and is preferably formed into be formed by with the periphery of the upper end of outlet 160a
Face is compared, and is more tilted on the basis of level.The periphery of suction inlet 130a is formed by upper end of the face preferably than outlet 160a
Periphery is formed by face and is closer to vertical direction and tilts, to make the inhalation area of suction inlet 130a than outlet 160a's
Area bigger is discharged.
The downside for sucking unit 130 is configured with pedestal 110.Sucking unit 130 and the rear semi-circular portions of pedestal 110 separate
Configuration.Air is sucked by space made of sucking unit 130 and pedestal 110 separately.
The positioned inside of sucking unit 130 has filter unit 140.The upside for sucking unit 130 is configured with main body 120
Rear panel 122.The former configuration of sucking unit 130 has the inner panel 129 and front panel 121 of main body 120.
Sucking unit 130 is rotatably engaged in inner panel 129 and pedestal 110.In order to being inserted into inside main body 120 or
Filter unit 140 is dismantled from 120 inside of main body, sucking unit 130 is opened from main body 120 to downside rear.To the detailed of this
Illustrate to be described later herein with reference to Figure 11 to Figure 13.
Sucking unit 130 includes：Semicylindrical suction panel 131 is formed with suction inlet 130a and to dispose filtering
The sucking main body 132 of device unit 140.
A part for suction panel 131 is formed with semi-cylindrical shaped, forms rear appearance.Suction panel 131 it is at least one
Horizontal cross-section is preferably formed with semicircle.Suction panel 131 is incorporated into the lower part rear of front panel 121, with main body 120 together
Form columnar appearance.Suction panel 131 is configured at the downside of rear panel 122, forms semicylindrical rear appearance.
The periphery of the upper end of suction panel 131 is formed by face and is tilted with respect to central shaft SA.The upper end of suction panel 131
Periphery is formed by facing towards formation on the upside of front.The periphery of the upper end of suction panel 131 is with parabola shaped formation.Suction panel
The periphery of 131 upper end is formed by face, and to be preferably formed by face with the periphery of the lower end of rear panel 122 consistent or parallel.Sucking
The periphery of the upper end of panel 131 be formed by face be preferably mutually butted with the periphery of the lower end of rear panel 122 unanimously or almost
Unanimously.
A part for the periphery of the upper end of suction panel 131 is formed with the filter confirmation portion 131b of opening, so that filtering
A part for device unit 140 is exposed to outside.Filter confirmation portion 131b be formed as the upper end of suction panel 131 to downside with
" u "-shaped is recessed.
The periphery of the lower end of suction panel 131 is formed by face and is tilted with respect to central shaft SA.The lower end of suction panel 131
Periphery is formed by facing towards formation on the upside of front.The periphery of the lower end of suction panel 131 is with parabola shaped formation.Suction panel
The periphery of 131 lower end is formed by face and is preferably formed into compared with the periphery of the upper end of suction panel 131 is formed by face, with
It is more tilted on the basis of level.The periphery of the lower end of suction panel 131 is formed by face preferably than the upper end of suction panel 131
Periphery is formed by face and is closer to vertical direction and tilts, so that the inhalation area of suction inlet 130a is larger.
Sucking main body 132 is formed with the suction inlet 130a of ellipse.Sucking main body 132 is formed with sucking in suction inlet 130a
Grid 132-1.The suction grid 132-1 of sucking main body 132 is on the face that the periphery of suction inlet 130a is constituted with grille-like shape
At.Filter unit 140 is mounted on the upside of suction grid 132-1.According to embodiment, suction grid 132-1 can be formed in suction
Enter panel 131.
In order to which in 120 inner inclination of main body the configurating filtered device unit 140, the face that suction grid 132-1 is formed are relatively main
The central shaft SA of the cylindrical portions of body 120 is tilted.Suction grid 132-1 is formed by facing towards the side configured with front panel 121
It is formed in a manner of towards (rear downside) on the upside of front to inclination, to support the lower surface of filter unit 140.
The lower part of sucking main body 132 be formed with along with the suction grid 132-1 direction mistakes outstanding that be formed by face vertical
Filter support portion 132-2.Filter support portion 132-2 is a part of to support the side of filter unit 140.Filter support
Portion 132-2 is protrudedly formed in the lower periphery of sucking main body 132 in a manner of with " u "-shaped section.
Sucking main body 132 is incorporated into the inside of suction panel 131.According to embodiment, main body 132 and suction panel are sucked
131 are formed as one.
Filter unit 140 is purifying the air via suction inlet 130a sucking.Filter unit 140 is to via sucking
The polluters such as the fine dust or mushroom of air of mouth 130a suckings are trapped and are deodorized to stink.
The periphery of filter unit 140 is formed with ellipse, relatively inclined section of the central shaft SA of columnar main body 120
Face is ellipse, and in order to corresponding with such section of ellipse, the periphery of filter unit 140 is formed with ellipse.
Filter unit 140 is with peripheral corresponding and the filtering surface that bypasses air through the periphery of ellipse with oval shape
At the inclined sections central shaft SA of columnar main body 120 are ellipse relatively, for the section pair with such ellipse
It answers, the filtering surface of filter unit 140 is formed with ellipse, to make the air capacity by filter unit 140 maximize.
Filter unit 140 is placed in sucking unit 130, to be configured at the inside of main body 120.Filter unit 140
It is corresponding with inclined suction inlet 130a and be obliquely configured at the inside of main body 120.The filtering surface of filter unit 140 relatively in
Mandrel SA is obliquely configured, to make the air capacity by filter unit 140 maximize.
Filter unit 140 can opposite sucking unit 130 handling.
About the detailed description of filter unit 140, described later herein with reference to Fig. 8 to Figure 11.
Blowing unit 180 is set to the inside of main body 120, and air is made to be flowed from the upward side in downside.The periphery of blowing unit 180
Be formed as close to circle.Blowing unit 180 makes air be flowed with the direction vertical with the placement ground of air purifier.Air-supply is single
Member 180 is configured between sucking unit 130 and air duct 151, and air is made to be flowed from sucking 130 side of unit to 151 side of air duct.
Blowing unit 180 is configured at the upside of inner panel 129.The front of blowing unit 180 is incorporated into inner panel 129
Upside.About the combination of blowing unit 180 and inner panel 129, described later herein with reference to Fig. 5.
Blowing unit 180 includes：Motor 189 generates rotary force；Blowing fan 182, using the rotation of motor 189
Air is set to flow；Air-supply main body 181, the downside and periphery of encirclement blowing fan 182 are simultaneously combined with main body 120；Impeller portion 183,
It is configured at the upside of blowing fan 182, and the air flowed via blowing fan 182 is directed to 160 side of deliverying unit；Motor cover
184, it is configured at the center upside in impeller portion 183 and covers motor 189.
About blowing unit 180, described later herein with reference to Figure 14 to Figure 17.
Air duct 151 is configured at the upside of blowing unit 180, and the air flowed via blowing unit 180 is made to be directed to discharge
Unit 160.Air duct 151 is configured at the inside of main body 120.Air duct 151 is incorporated into the upside of blowing unit 180.Air duct 151 it is upper
Side is configured with deliverying unit 160.
It is preferably vertical with central shaft SA (that is, parallel to the ground) that the periphery of the lower end in air duct 151 is formed by face, and with give
It is consistent or almost consistent that the periphery of the upper end in the impeller portion 183 of wind unit 180 is mutually butted ground.The periphery of the upper end in air duct 151
It is consistent with the periphery of the lower end of outlet 160a.
The size that the periphery of the upper end in air duct 151 is formed by face is formed by face than the periphery of the lower end in air duct 151
Size wants small.The inflow area that the air in air duct 151 flows into is than the discharge area bigger that air is discharged.That is, the air in air duct 151
The flow path of flowing becomes narrower closer to upside.The internal flow path in air duct 151 narrows along the flow direction of air, so that internal
The air of flowing rapidly flows.
Air duct 151 is preferably formed into the air that makes to be discharged via deliverying unit 160 towards on the upside of front.About air duct 151
Shape, described later herein with reference to Figure 18.
The upside in air duct 151 is configured with air flue grid 152.Air flue grid 152 is preventing impurity from passing through outlet 160a
It is flowed into inside air duct 151 and/or blowing unit 180.Air flue grid 152 is configured between air duct 151 and deliverying unit 160.
Deliverying unit 160 is formed with outlet 160a so that air is discharged to the outside.Deliverying unit 160 is configured at air duct
151 upside.Deliverying unit 160 is set to the top of main body 120.
The periphery of the upper end of the outlet 160a of deliverying unit 160 is formed by cylindrical portions of the face with respect to main body 120
Central shaft SA is tilted.The periphery of the upper end of outlet 160a is formed by facing towards formation on the upside of front.Outlet 160a is formed
To make air upside discharge forwards.Outlet 160a is formed as making air upside discharge forwards, so that via the row of being set to
The air for exporting the suction inlet 130a discharges of the downside of 160a is no longer flow into.
The periphery of outlet 160a is formed with ellipse, so that discharge area maximizes, to make air as much as possible
Pass through the outlet 160a discharges of ellipse.The inclined sections central shaft SA of columnar main body 120 are ellipse relatively, are led to
It crosses and accordingly forms outlet 160a with the section of such ellipse, so that the discharge air capacity of outlet 160a maximizes.
The periphery of the upper end of outlet 160a is formed by face and is preferably formed into be formed by with the periphery of suction inlet 130a
Face is compared, and is tilted smaller on the basis of level.The periphery of the upper end of outlet 160a is formed by face and preferably compares suction inlet
The periphery of 130a is formed by face and is closer to horizontal direction and tilts.
The discharge area of outlet 160a is preferably smaller than the inhalation area of suction inlet 130a so that smooth air flow
It is dynamic.
The periphery of outlet 160a and at least one party in suction inlet 130a are formed by cylindrical portion of the face with respect to main body 120
The central shaft SA divided is tilted.A side in outlet 160a and suction inlet 130a can also be formed obliquely, and another party is made to hang down
Directly or it is horizontally formed.
Deliverying unit 160 includes：Panel 161 is discharged, is formed with outlet 160a；Control unit 165 is configured at discharge
The upside of mouth 160a, a part of masking outlet 160a, to adjust the discharge direction for passing through the outlet 160a air being discharged；
Illumination portion 166 is configured at the lower aspect of control unit 165, to discharge 161 irradiation light of panel.
Discharge panel 161 forms the flow path for making air flow and forms upside appearance.Discharge panel 161 is formed as outlet
160a becomes wider funnel shaped from downside closer to upside.At least one section of panel 161 is discharged with oval shape
At.
Discharge panel 161 is formed in a manner of making the top of inner surface that can expose to outside.In the interior table of discharge panel 161
The light irradiated from illumination portion 166 is reflected on face top.
The periphery that the lower end of panel 161 is discharged is formed by the preferably opposite central shaft SA inclinations in face, with under air duct 151
It is consistent that the periphery at end is mutually butted ground.The periphery that the upper end of panel 161 is discharged is formed by face with respect to central shaft SA inclinations.
The periphery that the periphery of the upper end of discharge panel 161 is formed by face and the lower end that panel 161 is discharged is formed by face
It is parallel or almost parallel, so as to be discharged towards front upside via the air of outlet 160a discharges.
The periphery that the upper end of panel 161 is discharged is formed by peripheral institute's shape of lower end of the size in face than panel 161 is discharged
At face size it is big.The inflow area that the air of discharge panel 161 flows into is than the discharge area smaller that air is discharged.Discharge
The flow path of the air flowing of panel 161 becomes wider closer to upside, so that the air of discharge is widely spread.
Control unit 165 is configured at the upside of outlet 160a, a rear part of masking outlet 160a.Control unit 165
It is incorporated on the upside of the rear of discharge panel 161.
The upper surface of control unit 165 is vertical with central shaft SA (that is, parallel to the ground), lower surface with discharge panel 161
Forward inner surface formed shape accordingly formed.The upper surface of control unit 165 is formed with rectangle.The following table of control unit 165
Face is formed with arch, so that more parallel with ground closer to upside from downside.The lower surface guiding of control unit 165 passes through outlet
The air of 160a discharges is as far as possible towards front.The lower surface of control unit 165 is formed as the sky for making to be discharged by outlet 160a
Gas is not towards rear, so that the air being discharged by outlet 160a is not directly flowed into suction inlet 130a again.
Using the flowing of the air in air duct 151, discharge panel 161 and control unit 165, chatted later herein with reference to Figure 18
It states.
Illumination portion 166 includes the light source to shine, and the illumination sent out is mapped to the inner surface top of discharge panel 161.It closes
Detailed description in illumination portion 166 is described later herein with reference to Figure 18 to Figure 20.
Fig. 5 is the stereogram of a part of structure of air purifier shown in FIG. 1.
The lower end of air-supply main body 181 is formed with downward side inner panel outstanding and combines protrusion 181-1, inner panel 129
Upper end opening and be formed with and combine the inner panel that protrusion 181-1 is inserted into conjunction with protrusion insertion section 129a for inner panel.It is interior
Portion's panel combines protrusion 181-1 to be inserted into inner panel and combines protrusion insertion section 129a, so that blowing unit 180 is incorporated into main body
120 inner panel 129.
Inner panel combines the lower end of protrusion 181-1 to be preferably formed with grab, combines protrusion to insert in inner panel to block
Enter portion 129a.
Inner panel combines protrusion 181-1 to be preferably inserted into inner panel combination protrusion insertion section 129a so that blowing unit
After 180 are incorporated into the inner panel 129 of main body 120, pass through other bolt and connect bolting) fasten blowing unit 180
With the inner panel 129 of main body 120.
Fig. 6 is a part of exploded perspective view of air purifier shown in FIG. 1, and Fig. 7 is to show air purification shown in FIG. 1
The figure of the combination of a part of structure of device.
The inner surface of front panel 121 is formed with downward side air duct outstanding and combines protrusion 121-1, the outer surface in air duct 151
It is formed with to opening the air duct that wind channel combines protrusion 121-1 to be inserted into and combines protrusion insertion section 151-1.Air duct combines protrusion 121-
1, which is inserted into air duct, combines protrusion insertion section 151-1, so that front panel 121 is incorporated into air duct 151.
It is preferred that after plate 121 is incorporated into air duct 151 in front, by other bolt connection fastening front panel 121 and interior
Portion's panel 129.
The side of the inner surface of front panel 121 is formed with upwardly projecting rear panel and combines protrusion 121-2, rear panel
The side opening of 122 inner surface being formed with the rear panel for combining protrusion 121-2 to be inserted into for rear panel combines raised insertion section
122-2.Rear panel combines protrusion 121-2 to be inserted into rear panel and combines protrusion insertion section 122-2, so that before rear panel 122 is incorporated into
Panel 121.
After hardened conjunction protrusion 121-2 is inserted into rear panel combination protrusion insertion section 122-2 preferably after, pass through other spiral shell
It tethers and fetches fastening front panel 121 and rear panel 122.
As shown in figure 5, after the inner panel 129 of fastening blowing unit 180 and main body 120, in the upper of blowing unit 180
Side combines air duct 151.Preferably, after combining front panel 121 on air duct 151, front panel 121 and inner panel 129 are fastened,
And by rear panel 122 and front panel 121 in conjunction with and assemble.
Fig. 8 A are the exploded perspective views of the filter unit of air purifier shown in FIG. 1, and Fig. 8 B are mistakes shown in Fig. 8 A
The sectional side view of filter module, Fig. 9 are the front views of filter unit shown in Fig. 8 A, and Figure 10 A and Figure 10 B are shown in Fig. 8 A
The installation diagrammatic illustration of filter unit.
The filter unit 140 of one embodiment of the invention is placed in sucking unit 130 and is obliquely configured at main body 120
Inside, air by filtering surface periphery with ellipse formed.Filter unit 140 is placed in suction grid 132-1, and makes
Filtering surface is obliquely configured with respect to central shaft SA.
Periphery of the filtering surface of filter unit 140 than suction inlet 130a is formed by more obliquely to be configured towards upside.
Filter unit 140 is configured to that the periphery of suction inlet 130a is made to be formed by face compared with filtering surface, on the basis of level more
It tilts.It is flowed in 180 upward side of blowing unit by the suction inlet 130a air that upside flows into forwards, therefore, is configured at suction
Filter unit 140 between entrance 130a and blowing unit 180 is preferably closer to horizontal arrangement than suction inlet 130a.
The filtering surface of filter unit 140 preferably compared with the periphery of outlet 160a is formed by face, to upside compared with
It is small obliquely to configure.Filter unit 140 is preferably configured to that the periphery of outlet 160a is made to be formed by face compared with filtering surface,
It is tilted smaller on the basis of level.
As shown in Figure 8 A, the short axle V that is preferably shaped to that the periphery of the filtering surface of filter unit 140 is formed is not configured in length
The egg shape at the center of axis H.That is, in the shape that the periphery of filtering surface is formed, the minimum curvature on top is preferably most than lower part
Small curvature wants small.
The shape of filter unit 140 is preferably also accordingly is formed as egg shape with the shape of the periphery of filtering surface.It crosses
The minimum curvature for the shape middle and upper part that the shape of filter module 140 is formed is preferably smaller than the minimum curvature of lower part, so that filtering
The center of gravity G of the shape of device unit 140 is deviated to lower part.
The center of gravity G of filter unit 140 is deviated to lower part, so as to when install filter unit 140, along sucking lattice
The upper surface of grid 132-1 is crooked steadily to be slided.That is, the top of filter unit 140 does not overturn forwards, but it is crooked
Ground is placed in the upper surface of suction grid 132-1.After filter unit 140 is installed, it is reverse to be also prevented from filter unit 140.
The filter unit 140 of one embodiment of the invention includes：Prefilter 141, to cross the impurity in air filtering；
Efficiency particulate air (High Efficiency Particulate Air, HEPA) filter body 142, lamination is in pre- mistake
The upside of filter 141 simultaneously forms accommodation space；HEPA filters 146 are placed in HEPA filter bodies 142 and trap sky
Polluter in gas；It is deodorized filter 147,148, lamination is in the upside of HEPA filters 146 and in deaerated
Stink；Be deodorized filter body 143, lamination in deodorization filter 147,148 upside and with HEPA filter bodies 142
In conjunction with.
Prefilter 141 is formed with grid, the impurity being filtered through for the first time in the air of suction inlet 130a suckings.Pre- mistake
Filter 141 is configured to lamination in suction grid 132-1.The rear side of prefilter 141 is formed with prefilter outstanding and protrudes
Portion 141-1.Prefilter protruding portion 141-1 is exposed by filter confirmation portion 131b to outside.Prefilter protruding portion 141-1
The filter confirmation portion 131b of insertion opening.
The central opening of HEPA filter bodies 142 and edge is formed as disposing HEPA filters 146 and be deodorized
Filter 147,148.The opening portion of HEPA filter bodies 142 with suction inlet 130a to be accordingly formed as ellipse.HEPA
142 lamination of filter body is in prefilter 141.
The rear side of HEPA filter bodies 142 be formed with it is prominent and with the HEPA of prefilter protruding portion 141-1 laminations
Filter protruding portion 142-1.HEPA filter protruding portion 142-1 are exposed by filter confirmation portion 131b to outside.HEPA mistakes
The filter confirmation portion 131b of filter protruding portion 142-1 insertion openings.
HEPA filters 146 are inserted into HEPA filter bodies 142, to trap in the air sucked by suction inlet 130a
Polluter.It is deodorized filter 147,148 and is inserted into the interior simultaneously lamination of HEPA filter bodies 142 in HEPA filters 146.Deodorization
Filter 147,148 sloughs the stink in the air sucked by suction inlet 130a.
HEPA filters 146 and deodorization filter 147,148 with suction inlet 130a to be accordingly formed as ellipse, with most
Purify to big degree the air via suction inlet 130a suckings.
Deodorization filter 147,148 be provided preferably with it is multiple, including first deodorization filter 147 and lamination in first deodorization
Second deodorization filter 148 of filter 147.
HEPA filters 146 and deodorization filter 147,148 form above-mentioned filtering surface.
Be deodorized 143 lamination of filter body in deodorization filter 147,148 upside, with HEPA filter bodies 142
Releasably fasten.The centre of deodorization filter body 143 is formed with grid, to prevent the smelly filter 147,148 of anti-avulsion to upside
It is prominent.
The rear side of deodorization filter body 143 is formed with prominent and de- with HEPA filter protruding portion 142-1 laminations
Smelly filter protruding portion 143-1.Deodorization filter protruding portion 143-1 preferably makes part of it be introduced for user's holding.
Filter protruding portion 143-1 is deodorized by filter confirmation portion 131b to expose to outside.Filter protruding portion 143-1 is deodorized to be inserted into
The filter confirmation portion 131b of opening.
User does not omit a certain structural portion when replacing HEPA filters 146 or deodorization filter 147,148 in order to prevent
Part, prefilter protruding portion 141-1, HEPA filter protruding portion 142-1 and deodorization filter protruding portion 143-1 pass through filter
Confirmation portion 131b exposes to outside.
As shown in Figure 10 A, true by filter in the case where all structure members of filter unit 140 have been got all the ready
Recognize portion 131b and exposes prefilter protruding portion 141-1, HEPA filter protruding portion 142-1 and deodorization filter protruding portion to outside
143-1.As shown in Figure 10 B, in the case where omission there are prefilter 141, only revealed to outside by filter confirmation portion 131b
Go out HEPA filter protruding portion 142-1 and deodorization filter protruding portion 143-1.
As shown in figure 9, prefilter protruding portion 141-1, HEPA filter protruding portion 142-1 and deodorization filter protruding portion
The posterior end of 143-1 is tilted with respect to filtering surface.That is, prefilter protruding portion 141-1, HEPA filter protruding portion 142-1 and
The posterior end of deodorization filter protruding portion 143-1 is formed obliquely with the direction with 140 hollow flow of air of filter unit.
Filter unit 140 obliquely configures, therefore, the prefilter protruding portion exposed by filter confirmation portion 131b
141-1, HEPA filter protruding portion 142-1 and deodorization filter protruding portion 143-1 be formed obliquely and with sucking unit 130
131 integration of suction panel.
Figure 11 is the installation diagrammatic illustration of the filter unit of air purifier shown in FIG. 1, and Figure 12 is air shown in FIG. 1
The structure chart of a lower part part for clarifier, Figure 13 are the structure charts of an inside part for air purifier shown in FIG. 1.
The sucking unit 130 of one embodiment of the invention is rotatably engaged with main body 120, to be opened and closed the inside of main body 120.
Sucking unit 130 is opened from main body 120 to downside rear, can be dismantled to insertion inside main body 120 or inside main body 120
Filter module 140.Unit 130 is sucked so that its rear is closely rotated with main body 120 with pedestal 110.
Sucking unit 130 is rotatably engaged with pedestal 110, and is combined with main body 120 using two section connecting rods.Suck unit
130 suction panel 131 is formed with the pedestal combination pin 131-3 being rotatably engaged with pedestal 110.Pedestal combination pin 131-3
It is formed with protruding inwardly in the lower end inner face of suction panel 131.
Pedestal 110 is formed with the suction panel engaging portion 113 combined with pedestal combination pin 131-3.Suction panel engaging portion
113 are formed with the pedestal combination pin insertion groove 113a to inserted base combination pin 131-3.Pedestal combination pin is inserted into groove
113a is open to be formed with arc shape, so that pedestal combination pin 131-3 can be slided.
Pedestal combination pin 131-3 and pedestal combination pin insertion groove 113a is rotatable and is slidably combined.It inhales as a result,
Enter panel 131 to be rotated and go forward side by side together movement with respect to main body 120, to main body 120 front panel 121 and back
Plate 122 is without interferingly being rotated.
The sucking unit 130 of one embodiment of the invention further includes the link rod part of the two section connecting rods combined with main body 120
(link)139.Link rod part 139 is formed with swivel in centre, and is rotatably engaged with the inner panel of main body 120 129, also
It is rotatably engaged with suction panel 131.
It is prominent that link rod part 139 is formed with upwardly projecting connecting rod on the part that the inner panel 129 with main body 120 is combined
Go out portion 139-9.The inner face of the inner panel 129 of main body 120 is formed with connecting rod retainer (stopper) 129-9, single in sucking
Blocking connecting rod protruding portion 139-9 when the rotation of member 130.When open sucking unit 130, connecting rod protruding portion 139-9 is blocked
In connecting rod retainer 129-9, to make sucking unit 130 no longer rotate more than to a certain degree.Pass through connecting rod protruding portion 139-9 cards
Firmly in connecting rod retainer 129-9, suction panel 131 is set to touch ground or pedestal to prevent the excessively rotation of sucking unit 130
110。
As shown in figure 13, sucking main body 132 is formed with filter fixed part 132-9, and the filter fixed part 132-9 is from mistake
Direction parallel to the face formed with suction grid 132-1 filter support portion 132-2 is prominent, and to Fixed-Filter unit
140 part.Filter fixed part 132-9 is contacted with the upper front end of filter unit 140, in filter unit 140
When being placed in suction grid 132-1, preventing filter unit 140, upside is detached from forwards.
As shown in figure 11, sucking unit 130 is rotated from main body 120 with inside opening main part 120.User can be by opening
Filter unit 140 is installed on 120 inside of main body or dismounting by the part put.Filter unit 140 is being installed on main body 120
In the case of inside, when filter unit 140 is pushed into open part by user, filter unit 140 is along sucking lattice
After grid 132-1 slidings, the upside of suction grid 132-1 is placed in by filter support portion 132-2.Even if will be filtered in user
Device unit 140 closes sucking unit 130 after being installed in sucking unit 130, by the lower center of gravity G of filter unit 140
With filter fixed part 132-9, filter unit 140 will not be reversed or upside is detached from forwards.
Figure 14 is a part of sectional view of air purifier shown in FIG. 1, and Figure 15 is sending for air purifier shown in FIG. 1
The rearview of wind main body, Figure 16 are the stereograms of the blowing fan of air purifier shown in FIG. 1, and Figure 17 is air shown in FIG. 1
A part of structure chart of the blowing unit of clarifier.
Blowing fan 182 is rotated using motor 189 so that air flows.Blowing fan 182 is sucked by suction inlet 130a
Air, and air is discharged by outlet 160a.
The upside of blowing fan 182 is configured with impeller portion 183.The periphery and downside of blowing fan 182 are configured with air-supply main body
181.As shown in figure 16, the blowing fan 182 in the present embodiment is to suck air from the downside of 130 side of sucking unit, and pass through row
The centrifugal fan that the air of sucking is discharged outlet 160a to side.Feelings of the air output of centrifugal fan in same rotational speed and size
Under condition, its air quantity is up to maximization compared with other kinds of fan, therefore blowing fan 182 is preferably by centrifugal fan Lai real
It is existing.
Blowing fan 182 includes：Shield (shroud) 182-1, to pass air into；Multiple blade (blade) 182-
2, it is configured with being spaced with circumferencial direction in the upside of shield 182-1；Hinge (hub) 182-3, it is multiple to fixation
Blade 182-2 is simultaneously combined with motor 189.
Shield 182-1 more becomes to be formed in the form of narrower throttle orifice (orifice) by its flow path to downside.Shield 182-1
Lower end with circle formed.Lower end each with multiple blade 182-2 shield 182-1 is connect.
Blade 182-2 is transplanted on side when being rotated, by the air flowed by shield 182-1.To make discharge
Air side flowing as upward as possible, as shown in fig. 7, the rear (trailing edge) of the discharge side as blade 182-2 is with right
Linea angulata direction is formed by bending.
To make the side flowing as upward as possible of the air of discharge, the leading edge for the side that the air as blade 182-2 flows into
(leading edge) is preferably formed more extremely shortly than rear.The upper end of blade 182-2 is connect with hinge 182-3, lower end with
Shield 182-1 connections.
Hinge 182-3 and shield 182-1 separates configuration.Hinge 182-3 is connect with motor 189.In order to make to utilize blade
The upward side flowing as much as possible of the air of 182-2 discharges, hinge 182-3 is preferably formed on its inner diameter more precipitous to incline
Tiltedly.That is, hinge 182-3 is preferably from 189 side of motor, more to the sides shield 182-1, its outer diameter sharp reduces.Hinge 182-3 with it is more
Upper end connection each a blade 182-2.
Using the outer diameter shape of above-mentioned hinge 182-3, the blocking side of the shape of blade 182-2 and air-supply main body 181,
The air being discharged from centrifugal fan, that is, blowing fan 182 is swimmingly flowed to upside.
Air-supply main body 181 surrounds the downside and periphery of blowing fan 182, and the air being discharged to the side of blowing fan 182 is made to draw
Lead the upside of 160 side of deliverying unit.The air that the lower end of air-supply main body 181 is formed with to flow into shield 182-1 is logical
The supply grille 181-3 crossed.The side of air-supply main body 181 is formed with astomous wall, to make to arrange to the side of blowing fan 182
The air gone out is directed to upside.
The lower surface of air-supply main body 181 is formed with space forming portion 181-9, and space forming portion 181-9 is in supply grille
It is introduced to downside with annular around 181-3.Space forming portion 181-9 has the space being spaced from the lower end of shield 182-1
B.Space forming portion 181-9 below the lower end of shield 182-1 and air-supply main body 181 between form space B, make from blade
The air upward side flowing again of the downward side flowing of rear of 182-2, to inhibit noise to generate and improve efficiency.That is, passing through leaf
Shield 182-1 will be flowed by flowing to space forming portion 181-9 in the air of piece 182-2 discharge and being formed by the air of space B.
It is flowed using blowing fan 182 to make and is drawn to upside under the action of air-supply main body 181 in impeller portion (vane) 183
The air led is directed to upside.Air duct 151 will be directed into and flow to deliverying unit 160 by having passed through the air in impeller portion 183.
The middle section in impeller portion 183 is configured with motor 189.The downside in impeller portion 183 is configured with blowing fan 182.Impeller
The lower end periphery in portion 183 and the upper end peripheral bond of air-supply main body 181.
Impeller portion 183 includes multiple impeller 183-1, and multiple impeller 183-1 are circumferentially separatedly configured at edge.
Impeller 183-1 is formed with the stand up plate shape of configuration of upper and lower directions.Each length direction of multiple impeller 183-1 is towards center.
Under the action of impeller 183-1, the air guided to upside using air-supply main body 181 flow to upside.
Referring to Fig.1 7, direction bending that impeller 183-1 is bent to the rear of blade 182-2 and be formed as fin (air
foil).Impeller 183-1 can reduce noise as a result, and the air using blade 182-2 discharges is made preferably to flow to upside.
Motor cover 184 is combined with motor 189 in downside, and is incorporated into the upside in impeller portion 183.The centre of motor cover 184
Be formed as the dome (dome) protruded to upside, when being flowed into air duct 151 with the air for preventing the edge in impeller portion 183 to be discharged
Generate sinuous flow.
Blowing unit 180 further includes ion generator 185, which is configured at motor cover 184, to make
The air ionization flowed to blowing fan 182.Ion generator 185 is preferably equipped in the middle section of motor cover 184 multiple.
Figure 18 is a part of sectional view in top of air purifier shown in FIG. 1, and Figure 19 is air purifier shown in FIG. 1
Stereogram, Figure 20 is the effect diagrammatic illustration of the illumination portion of air purifier shown in FIG. 1.
Air duct 151 makes the air flowed using 180 upward side of blowing unit be directed to deliverying unit 160.Under air duct 151
The periphery at end is formed by that face is vertical with central shaft SA, and the periphery of upper end is formed by face with respect to inclined, so that
The air flowed using 180 upward side of blowing unit is directed to front upside.
The front end length L1 in air duct 151 is shorter than rear end length L2, so that the sky flowed using 180 upward side of blowing unit
The periphery that gas is directed to outlet 160a is formed by the upside of the side i.e. front of face institute direction.
The periphery of the upper end in air duct 151 is formed by the size in face, and than the periphery of lower end to be formed by face small.That is, air duct
The flow path of 151 air flowing more becomes narrower to upside.
The opposite central shaft SA in face is formed by with the periphery of the lower end for the discharge panel 161 that the upside in air duct 151 combines to incline
Tiltedly, the periphery of upper end is formed by tilts towards central shaft SA.The periphery that the upper end of panel 161 is discharged is formed by face and lower end
Periphery be formed by facing towards identical direction.That is, the periphery of the upper end of discharge panel 161 is formed by the outer of face and lower end
It encloses and is formed by facing towards on the upside of front.
Control unit 165 is adjusting the discharge direction of the air by the outlet 160a discharge that panel 161 is discharged.Control
The lower surface in portion 165 from downside more to upside and ground more to be formed parallel to.That is, the lower surface of control unit 165 is got over from downside
It is more vertical with central shaft SA to upside, so that the air being discharged to the rear of outlet 160a is directed to front as much as possible.
The lower surface of control unit 165 is accordingly formed with the shape that the forward inner surface with discharge panel 161 is constituted.By
This, the air upside discharge forwards of the outlet 160a discharges by the way that panel 161 is discharged.
Figure 19 is the stereogram of air purifier shown in FIG. 1.
Illumination portion 166 is configured at the lower surface of control unit 165, to discharge 161 irradiation light of panel.The thickness of illumination portion 166
It preferably thinly forms as far as possible, to prevent from generating interference with the air that the lower surface along control unit 165 is flowed.Illumination portion
166 are preferably formed with circle, with to discharge panel 161 equably irradiation light.The inside of illumination portion 166 is configured with light source, this
The preferred LED of light source (light emitting diode, light emitting diode) of embodiment.Illumination portion 166 preferably irradiates respectively
The light of kind color.
At least one section of discharge panel 161 is formed as ellipse, and the top of inner surface is formed with exposing to outside,
Light to irradiate illumination portion 166 is reflected in the form of elliptical ring R.As described above, peripheral institute's shape of the upper end of discharge panel 161
At the size in face be formed by than the periphery of lower end the size bigger in face, to make the light reflection that illumination portion 166 is irradiated to upper
Hold the medial surface of periphery.
It is anti-to the direction for the air being discharged from outlet 160a that discharge panel 161 is formed as the light for making illumination portion 166 irradiate
It penetrates.That is, discharge panel 161 is by light that illumination portion 166 is irradiated, upside is reflected forwards.It is discharged panel 161 and reflects institute's shape
At with the periphery of outlet 160 to be formed by face parallel the faces that are formed of light of elliptical ring R forms.
Control unit 165 includes：Operation portion 165-1 is configured at the upper surface being vertically formed with central shaft SA, for user
It is inputted；Display unit 165-2 is configured at upper surface and to show the working condition of air purifier.Display unit 165-2
Preferably by shining to show the working condition of air purifier.Display unit 165-2 can send out the light of a variety of colors, preferably
Ground sends out the light of the light same color irradiated with illumination portion 166.
Different colours are irradiated in illumination portion 166 advantageously according to the pollution level of the air sucked via suction inlet 130a
Light.Sucking unit 130 or main body 120 are configured with the pollution of the pollution level to detect the air via suction inlet 130a suckings
Sensor (not shown), the pollution level detected according to contaminant sensor, illumination portion 166 irradiate the light of different colours.Example
Such as, when the pollution level of air is high, red is irradiated so that elliptical ring R shows red, when the pollution journey of air in illumination portion 166
When spending low, green is irradiated so that elliptical ring R shows green in illumination portion 166.Display unit 165-2 is also in the pollution level of air height
When send out red light, green light is sent out when the pollution level of air is low.
It is as follows to the Action Specification of above-mentioned air purifier.
When so that blowing fan 182 is rotated by motor 189, the air outside suction inlet 130a suckings by sucking unit 130.
Extraneous air on the downside of the rear of air purifier is drawn into front upside by suction inlet 130a.
The air sucked by suction inlet 130a by being filtered impurity when the prefilter 141 of filter unit 140,
It is captured by polluter when HEPA filters 146, stink is divested when by being deodorized filter 147,148.
The air being cleaned for having passed through filter unit 140 is flowed along 129 upward side of inner panel, to flow to
The supply grille 181-3 of air-supply main body 181.
Passed through supply grille 181-3 air be flowed into shield 182-1 after, be discharged by the rear of blade 182-2.To
The air of blade 182-2 discharges flow to upside under the action of the side of air-supply main body 181, and passes through the leaf in impeller portion 183
Wheel 183-1 flow to upside.At this point, the air that side is flowed downwards in the air being discharged to blade 182-2 passes through air-supply main body 181
Space forming portion 181-9 be formed by space B and be flowed into shield 182-1 again.
The air for having passed through impeller 183-1 is flowed into air duct 151 in the upside of motor cover 184.It is flowed into the sky in air duct 151
Gas is directed into front upside, via the outlet 160a discharges of discharge panel 161.
The air that outlet 160a by the way that panel 161 is discharged is discharged is in the lower surface of discharge panel 161 and control unit 165
Under the action of to air purifier front on the upside of discharge.
Above-mentioned technological thought other than air purifier, the air conditioner that could be applicable to make air to flow and with etc
As device.
The preferred embodiment of the present invention is shown and is illustrated above, but the present invention is not limited to above-mentioned spies
Fixed embodiment, the those skilled in the art of the technical field belonging to the present invention this hair required in without departing substantially from claims
Can carry out various deformation implementation in the case of bright technological thought, such deformation implementation should not with the technological thought of the present invention or
Foreground is away from each other and is individually understood.
Claims (12)
1. a kind of air purifier, which is characterized in that including：
Main body, part of it are cylindrical shape,
Unit is sucked, the lower part of the main body is set to, is formed with to suck the suction inlet of air,
Deliverying unit is set to the top of the main body, is formed with that the row of the air sucked via the suction inlet is discharged
Outlet,
Blowing unit is set to the inside of the main body, air is made to be flowed from the sucking unit side to the deliverying unit side,
And
Filter unit is set to the inside of the main body, to purify the air sucked via the suction inlet；
It is the relatively described columnar center that the periphery of the suction inlet and at least one party in the outlet, which are formed by face,
The inclined ellipse of axis；
The filter unit for air by filtering surface be the relatively described inclined ellipse；
The shape of the filter unit is the egg shape of the downward portion's offset of center of gravity.
2. air purifier according to claim 1, which is characterized in that
The shape that the periphery of the filtering surface of the filter unit is formed is that short axle is not configured in the egg at the center of long axis
Shape.
3. air purifier according to claim 1, which is characterized in that
The filter unit includes：
Prefilter, to cross the impurity in air filtering；
High-efficiency particulate air filter main body, lamination form accommodation space in the upside of the prefilter；
High-efficiency particulate air filter is placed in the high-efficiency particulate air filter main body, traps the pollution in air
Substance；
It is deodorized filter, stink of the lamination in the upside of the high-efficiency particulate air filter, deaerated；And
It is deodorized filter body, lamination is in the upside of the deodorization filter, with the high-efficiency particulate air filter main body
In conjunction with.
4. air purifier according to claim 3, which is characterized in that
The prefilter is formed with prefilter protruding portion outstanding in one side,
The high-efficiency particulate air filter main body one side be formed with it is prominent and with the prefilter protruding portion lamination
High-efficiency particulate air filter protruding portion,
The deodorization filter body side be formed with it is prominent and with the high-efficiency particulate air filter protruding portion lamination
It is deodorized filter protruding portion.
5. air purifier according to claim 4, which is characterized in that
The sucking unit is formed with the filter confirmation portion of opening, so that the prefilter protruding portion, the high efficiency particle
Air filter protruding portion and the deodorization filter protruding portion expose to outside.
6. air purifier according to claim 5, which is characterized in that
The prefilter protruding portion, the high-efficiency particulate air filter protruding portion and the deodorization filter protruding portion are inserted into
Filter confirmation portion.
7. air purifier according to claim 4, which is characterized in that
The prefilter protruding portion, the high-efficiency particulate air filter protruding portion and the deodorization filter protruding portion and institute
Sucking unit is stated to be formed as one.
8. air purifier according to claim 4, which is characterized in that
After the prefilter protruding portion, the high-efficiency particulate air filter protruding portion and the deodorization filter protruding portion
The relatively described filtering surface in square end is formed obliquely.
9. air purifier according to claim 3, which is characterized in that
The deodorization filter is equipped with multiple, and multiple deodorization filters include first being deodorized filter and lamination in described the
Second deodorization filter of one deodorization filter.
10. air purifier according to claim 1, which is characterized in that
The sucking unit is formed with suction grid in the suction inlet,
The filter unit is placed in the suction grid in a manner of the relatively described inclined of the filtering surface.
11. air purifier according to claim 1, which is characterized in that
The filter unit is configured to the filtering surface and more inclines to upside compared with the periphery of the suction inlet is formed by face
Tiltedly.
12. air purifier according to claim 11, which is characterized in that
The upward side inclined degree that the filter unit is configured to the filtering surface is formed less than the periphery of the outlet
Face upward side inclined degree.
Applications Claiming Priority (6)
| Application Number | Priority Date | Filing Date | Title |
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| KR1020140145279A KR101647716B1 (en) | 2014-10-24 | 2014-10-24 | Air Purifier |
| KR10-2014-0145279 | 2014-10-24 | ||
| KR1020140152982A KR101663514B1 (en) | 2014-11-05 | 2014-11-05 | Air Purifier |
| KR1020140152983A KR101729021B1 (en) | 2014-11-05 | 2014-11-05 | Air Purifier |
| KR10-2014-0152983 | 2014-11-05 | ||
| KR10-2014-0152982 | 2014-11-05 |
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| CN105546664A CN105546664A (en) | 2016-05-04 |
| CN105546664B true CN105546664B (en) | 2018-09-25 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| KR102665025B1 (en) * | 2016-08-19 | 2024-05-13 | 삼성전자주식회사 | Air cleaner |
| US11898777B2 (en) * | 2020-12-14 | 2024-02-13 | Lg Electronics Inc. | Air cleaner |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001054562A (en) * | 1999-08-20 | 2001-02-27 | Fujitsu General Ltd | Air cleaner |
| US6354936B1 (en) * | 1998-08-10 | 2002-03-12 | Lg Electronics Inc. | Opening-closing structure of an inlet grille in an air conditioner |
| KR20050118787A (en) * | 2004-06-15 | 2005-12-20 | 엘지전자 주식회사 | Aircleaner having a clean grade display and clean grade display method |
| CN101277724A (en) * | 2005-08-10 | 2008-10-01 | S.C.约翰逊父子公司 | Air purifier |
| CN100574846C (en) * | 2005-03-22 | 2009-12-30 | 夏普株式会社 | Air purifier |
| CN203227561U (en) * | 2012-12-24 | 2013-10-09 | 佛山市南海Tcl家用电器有限公司 | Drawer type filter screen and air purifier |
-
2015
- 2015-09-29 CN CN201510631341.3A patent/CN105546664B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6354936B1 (en) * | 1998-08-10 | 2002-03-12 | Lg Electronics Inc. | Opening-closing structure of an inlet grille in an air conditioner |
| JP2001054562A (en) * | 1999-08-20 | 2001-02-27 | Fujitsu General Ltd | Air cleaner |
| KR20050118787A (en) * | 2004-06-15 | 2005-12-20 | 엘지전자 주식회사 | Aircleaner having a clean grade display and clean grade display method |
| CN100574846C (en) * | 2005-03-22 | 2009-12-30 | 夏普株式会社 | Air purifier |
| CN101277724A (en) * | 2005-08-10 | 2008-10-01 | S.C.约翰逊父子公司 | Air purifier |
| CN203227561U (en) * | 2012-12-24 | 2013-10-09 | 佛山市南海Tcl家用电器有限公司 | Drawer type filter screen and air purifier |
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