CN107131575A - Air purifier - Google Patents

Air purifier Download PDF

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Publication number
CN107131575A
CN107131575A CN201710383731.2A CN201710383731A CN107131575A CN 107131575 A CN107131575 A CN 107131575A CN 201710383731 A CN201710383731 A CN 201710383731A CN 107131575 A CN107131575 A CN 107131575A
Authority
CN
China
Prior art keywords
mentioned
air
periphery
pipeline
air purifier
Prior art date
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.)
Granted
Application number
CN201710383731.2A
Other languages
Chinese (zh)
Other versions
CN107131575B (en
Inventor
刘基奉
李庆镐
车相晋
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
LG Electronics Inc
Original Assignee
LG Electronics Inc
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Priority claimed from KR1020140145279A external-priority patent/KR101647716B1/en
Priority claimed from KR1020140152980A external-priority patent/KR101663512B1/en
Priority claimed from KR1020140152983A external-priority patent/KR101729021B1/en
Application filed by LG Electronics Inc filed Critical LG Electronics Inc
Publication of CN107131575A publication Critical patent/CN107131575A/en
Application granted granted Critical
Publication of CN107131575B publication Critical patent/CN107131575B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

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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
    • 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
    • F24F1/02—Self-contained room units for air-conditioning, i.e. with all apparatus for treatment installed in a common casing
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
    • F04D—NON-POSITIVE-DISPLACEMENT PUMPS
    • F04D25/00—Pumping installations or systems
    • F04D25/02—Units comprising pumps and their driving means
    • F04D25/08—Units comprising pumps and their driving means the working fluid being air, e.g. for ventilation
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
    • F04D—NON-POSITIVE-DISPLACEMENT PUMPS
    • F04D29/00—Details, component parts, or accessories
    • F04D29/70—Suction grids; Strainers; Dust separation; Cleaning
    • F04D29/701—Suction grids; Strainers; Dust separation; Cleaning especially adapted for elastic fluid pumps
    • F04D29/703—Suction grids; Strainers; Dust separation; Cleaning especially adapted for elastic fluid pumps specially for fans, e.g. fan guards
    • 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
    • F24F13/02—Ducting arrangements
    • 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
    • F24F13/02—Ducting arrangements
    • F24F13/06—Outlets for directing or distributing air into rooms or spaces, e.g. ceiling air diffuser
    • 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
    • F24F13/24—Means for preventing or suppressing noise
    • 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
    • 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
    • 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
    • F24F8/20—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by sterilisation

Abstract

The present invention relates to the capacity that can not only increase air cleaning, additionally it is possible to the air purifier for minimizing setting area.Including：Body；Suction inlet, is arranged at the bottom of above-mentioned body, for sucking air；Deliverying unit, is arranged at the top of above-mentioned body, is formed with the outlet of the air discharge for will be sucked to above-mentioned suction inlet；Blowing unit, is arranged at the inside of above-mentioned body, makes air from the lateral above-mentioned deliverying unit side flowing of above-mentioned suction inlet；And pipeline, it is arranged between above-mentioned blowing unit and above-mentioned deliverying unit, for being guided to above-mentioned outlet the air flowed by above-mentioned blowing unit, the face that the periphery of above-mentioned outlet is formed is formed in an inclined manner, the face that the periphery of the lower end of above-mentioned pipeline is formed is formed in a horizontal manner, and the face that the periphery of the upper end of above-mentioned pipeline is formed is formed in an inclined manner.

Description

Air purifier
The application is the applying date for September in 2015 23 days, Application No. 2015106122312, entitled " air is net The divisional application of the application of change device ".
Technical field
The present invention relates to air purifier, Domestic air purifier is related in more detail.
Background technology
Air purifier refers to be changed to the device of fresh air, air cleaning by purifying contaminated air Device sucks contaminated air by fan, and carries out dust to small dust or bacterium class by filter, removes body odor Or the stench such as smoke.
And this air purifier should reach can will be energy consumption minimized, and effectively remove air in polluter.Also, Need to be easy to use while air cleaning capacity is increased.
The content of the invention
Problem to be solved by this invention is that, there is provided a kind of air purifier, the appearance of air cleaning can not only be increased Amount, additionally it is possible to minimize setting area.
Of the invention the problem of, is not limited to problem mentioned above, and NM other problemses can be as belonging to the present invention The those of ordinary skill of technical field more clearly understands according to herein below.
In order to solve the above problems, the air purifier of the embodiment of the present invention includes：Body；Suction inlet, is arranged at above-mentioned The bottom of body, for sucking air；Deliverying unit, is arranged at the top of above-mentioned body, is formed with for will be to above-mentioned suction The outlet of the air discharge of mouth suction；Blowing unit, is arranged at the inside of above-mentioned body, makes air lateral from above-mentioned suction inlet Above-mentioned deliverying unit side flowing；And pipeline, be arranged between above-mentioned blowing unit and above-mentioned deliverying unit, for by The air for stating blowing unit flowing is guided to above-mentioned outlet, the face that the periphery of above-mentioned outlet is formed shape in an inclined manner Into the face that the periphery of the lower end of above-mentioned pipeline is formed is formed in a horizontal manner, what the periphery of the upper end of above-mentioned pipeline was formed Face is formed in an inclined manner.
Detailed description of the invention and accompanying drawing contain the details of other embodiment.
According to the air purifier of the present invention, with following one or more kinds of effects.
Firstth, have the following advantages that, i.e. air cleaning capacity can not only be increased, additionally it is possible to minimize setting area.
Secondth, also have the following advantages that, i.e. make the air of the upward side flowing of the body along drum upside forwards Vertically discharge.
3rd, also have the following advantages that, i.e. be formed with pipeline, by above-mentioned pipeline to the row towards formation on the upside of front Outlets direct air, so that air sleekly flows and discharged.
4th, also have the following advantages that, i.e. the discharge panel for forming outlet gets over the curved surface that diverging is formed towards upside, So as to make the air of discharge more broadly extend.
5th, also have the following advantages that, i.e. a rear side part for outlet is configured with console portion, so as to accelerate air Discharge forwards, also, the suction inlet that the air after discharge will not be set to rear side again is flowed into.
6th, also have the following advantages that, i.e. by the air-supply main body of the side for surrounding centrifugal fan and be configured at centrifugal fan Upside blade, the air discharged to the side of centrifugal fan sleekly flow by upward side.
The effect of the present invention is not limited to effect mentioned above, and other NM effects can be as belonging to the present invention The those of ordinary skill of technical field more clearly understands according to the content of the claimed scope of invention.
Brief 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 the air purifier shown in Fig. 1.
Fig. 3 is the side view of the air purifier shown in Fig. 1.
Fig. 4 is the exploded perspective view of the air purifier shown in Fig. 1.
Fig. 5 is the stereogram of a part of structure of the air purifier shown in Fig. 1.
Fig. 6 is a part of exploded perspective view of the air purifier shown in Fig. 1.
Fig. 7 is the figure for showing the state that a part of structure of the air purifier shown in Fig. 1 is combined.
Fig. 8 A are the exploded perspective view of the filter element of the air purifier shown in Fig. 1.
Fig. 8 B are the side sectional view of the filter element shown in Fig. 8 A.
Fig. 9 is the front view of the filter element shown in Fig. 8 A.
Figure 10 A, Figure 10 B are the installation example figure of the filter element shown in Fig. 8 A.
Figure 11 is the installation example figure of the filter element of the air purifier shown in Fig. 1.
Figure 12 is the local structural graph of the bottom of the air purifier shown in Fig. 1.
Figure 13 is the local structural graph of the inside of the air purifier shown in Fig. 1.
Figure 14 is the partial sectional view of the air purifier shown in Fig. 1.
Figure 15 is the rearview of the air-supply main body of the air purifier shown in Fig. 1.
Figure 16 is the stereogram of the blowing fan of the air purifier shown in Fig. 1.
Figure 17 is the local structural graph of the blowing unit of the air purifier shown in Fig. 1.
Figure 18 is the partial sectional view on the top of the air purifier shown in Fig. 1.
Figure 19 is the stereogram of the air purifier shown in Fig. 1.
Figure 20 is the operating diagram of the Lighting Division of the air purifier shown in Fig. 1.
Embodiment
Come referring to the drawings and together that embodiments that the present invention will be described in detail with accompanying drawing, will be apparent from of the invention Advantage, feature and the method for realizing these advantages and feature.But, the invention is not limited in implementation as disclosed below Example, the present invention can be implemented in mutually different various modes, and the present embodiment is only used for making disclosure of the invention more complete, and And general technical staff of the technical field of the invention can be made to be more fully understood from scope of the invention, the present invention according only to Invention is claimed scope to define.In the specification, identical reference represents identical structural element.
Hereinafter, with reference to the accompanying drawing for being used to illustrate air purifier, and using embodiments of the invention come to present invention progress Explanation.
Fig. 1 is the front side stereogram of the air purifier of one embodiment of the invention, and Fig. 2 is the air cleaning shown in Fig. 1 The rear side stereogram of device, Fig. 3 is the side view of the air purifier shown in Fig. 1, and Fig. 4 is the air purifier shown in Fig. 1 Exploded perspective view.
The air purifier of one embodiment of the invention includes：Base 110；Body 120, a part of cylindrical shape；Suction Unit 130, is arranged at the bottom of body 120, is formed with the suction inlet 130a for sucking air；Deliverying unit 160, is arranged at The top of body 120, is formed with the outlet 160a of the air discharge for will be sucked to suction inlet 130a；And blowing unit 180, the inside of body 120 is arranged at, for making air from the lateral side of deliverying unit 160 flowing of suction unit 130.
In aftermentioned content, front, rear, left direction, right direction, upside direction and downside direction such as Fig. 1 to Fig. 3 It is shown.Above-below direction is the direction vertical relative to the ground for placing air purifier, and gravity direction is downside direction, lower side To opposite direction be upside direction.Fore-and-aft direction and left and right directions are direction parallel to the ground, left and right directions and front and back To being mutually perpendicular to.Front for configuration will front panel 121 described later direction, rear be configuration will rear board 122 described later Direction.On the basis of body 120, left direction is the left side of body 120, and right direction is the right side of body 120.Also, Central shaft SA is vertical relative to the ground for placing air purifier, and central shaft SA is parallel with above-below direction, and level is with placing air The ground of clarifier is parallel.
Base 110 is positioned over ground, for supporting body 120.The periphery of base 110 is rounded.Preferably, base 110 In hollow annular state.
Base 110 is combined with body 120.The upside of base 110 is combined with body 120 and suction unit 130.Base 110 semi-circular front part is combined with body 120.Suck unit 130 rotatably combine not with the phase of body 120 With reference to base 110 rear semi-circular portions, the rears of the rear semi-circular portions of base 110 and the rear phase for sucking unit 130 Separate.
Body 120 is in the drum with the part central shaft SA vertical relative to ground.Body 120 and base 110 upside is combined, to be supported by base 110.The horizontal cross-section of the cylindrical portions of body 120 is rounded, the circle of body 120 The periphery of cylinder part is identical or almost identical with the periphery of base 110.
Deliverying unit 160 is configured with the top of body 120, suction unit 130 is configured with the bottom of body 120. The inside of body 120 is configured with blowing unit 180 and pipeline 151.The downside of body 120 is combined with base 110.Body 120 It is combined with the semi-circular front part of base 110.
Front panel 121 of the body 120 including semi-cylindrical shape, the semi-cylindrical shape being combined with the top of front panel 121 Rear board 122, be configured at the rear of front panel 121 and the inner panel 129 for the semi-cylindrical shape being combined with base 110 with And the handle portion 123 being combined with the side of front panel 121 and rear board 122.
Front panel 121 is in semi-cylindrical shape, the front outward appearance for forming body 120.Preferably, front panel 121 is extremely A few horizontal cross-section semicircular in shape state.
The lower end of front panel 121 is so that the periphery of the lower end of front panel 121 face that is formed is vertical with respect to central shaft SA Mode, i.e. the face formed with the periphery for the lower end for making front panel 121 the mode shape parallel with the ground of placement air purifier Into.The periphery semicircular in shape state of the lower end of front panel 121.Preferably, the periphery of the lower end of front panel 121 with base 110 The mode that the periphery of semi-circular front part matches is consistent or almost consistent with the periphery of the semi-circular front part of base 110.
The upper end of front panel 121 is so that the face that is formed of the periphery of the upper end of front panel 121 is inclined with respect to central shaft SA Mode is formed.The periphery of the upper end of front panel 121 formed facing on the upside of front.The upper end periphery of front panel 121 is in throwing Thing line morphology.Preferably, the periphery in the periphery of the upper end of front panel 121 is formed face and outlet 160a upper end is formed Face it is consistent or parallel.I.e., it is preferable that the periphery of the upper end of front panel 121 with it is outer in front of the upper end of deliverying unit 160 The mode matched in week is consistent or almost consistent with the periphery in front of the upper end of deliverying unit 160.
A part in the side of front panel 121 forms opening, makes the side phase of handle portion 123 and above-mentioned front panel 121 With reference to.
Inner panel 129, blowing unit 180, pipeline 151 and deliverying unit 160 are configured with the rear of front panel 121. Front panel 121 is configured in the mode overlapping with the inner panel 129 of semi-cylindrical shape.Behind front panel 121 with inside face Opposite mode is configured before plate 129.Base 110 is configured with the downside of front panel 121.
Rear board 122 is in semi-cylindrical shape, the rear outward appearance for forming body 120.Preferably, rear board 122 is extremely A few horizontal cross-section semicircular in shape state.Rear board 122 is combined with the rear on the top of front panel 121, to form cylindrical shape The outward appearance of shape.Rear board 122 is configured at the upside of suction unit 130, forms the rear outward appearance of semi-cylindrical shape.
The upper end of rear board 122 is so that the face that is formed of the periphery of the upper end of rear board 122 is inclined with respect to central shaft SA Mode is formed.The periphery of the upper end of rear board 122 formed facing on the upside of front.The periphery of the upper end of rear board 122 is in Parabola form.The face that the periphery of the upper end of rear board 122 is formed and the face that the periphery of the upper end of front panel 121 is formed are deposited It is in identical plane.The periphery of the upper end of rear board 122 with the consecutive mode shape in the periphery of the upper end of front panel 121 Into ellipse.
Preferably, the periphery in the periphery of the upper end of rear board 122 is formed face and outlet 160a upper end is formed Face it is consistent or parallel.I.e., it is preferable that the periphery of the upper end of rear board 122 is with outer with the upper end rear of deliverying unit 160 The mode matched in week is consistent or almost consistent with the periphery at the upper end rear of deliverying unit 160.
The lower end of rear board 122 is so that the face that is formed of the periphery of the lower end of rear board 122 is inclined with respect to central shaft SA Mode is formed.What the periphery of the lower end of rear board 122 was formed faces rearward downside.The periphery of the lower end of rear board 122 is in Parabola form.Preferably, the periphery institute shape in the face that the periphery of the lower end of rear board 122 is formed and the upper end of rear board 122 Into face it is parallel.
Preferably, one of the periphery of upper end of the face that the periphery of the lower end of rear board 122 is formed with sucking unit 130 Divide formed face consistent or parallel.I.e., it is preferable that the periphery of the lower end of rear board 122 is with the upper end with sucking unit 130 Periphery the mode that matches of a part it is a part of consistent or almost consistent with the upper end periphery for sucking unit 130.
A part in the side of plate 122 below forms opening, makes one of handle portion 123 and the side of rear board 122 Split-phase is combined.
Below, the front of plate 122 is configured with blowing unit 180, pipeline 151 and deliverying unit 160.In plate 122 below Downside is configured with filter element 140 and suction unit 130.
Inner panel 129 is in semi-cylindrical shape, and is combined in front of the upside of base 110.Preferably, inner panel 129 at least one horizontal cross-section semicircular in shape state.
The lower end of inner panel 129 is so that the face that the periphery of the lower end of inner panel 129 is formed is hung down with respect to central shaft SA Directly, i.e., the face formed with the periphery for the lower end for making inner panel 129 the mode shape parallel with the ground of placement air purifier Into.The lower end of front panel 121 is combined on the upside of the semi-circular front part of base 110.Preferably, the lower end of front panel 121 Periphery radius be less than base 110 periphery radius.
The upper end of inner panel 129 is so that the face that the periphery of the upper end of inner panel 129 is formed is hung down with respect to central shaft SA Directly, i.e., the face formed with the periphery for the upper end for making inner panel 129 the mode shape parallel with the ground of placement air purifier Into.The face that the periphery of the upper end of inner panel 129 is formed is parallel with the face that the periphery of the lower end of inner panel 129 is formed. The upper end of inner panel 129 is combined with blowing unit 180.
Inner panel 129 is configured in the mode overlapping with front panel 121.Before inner panel 129 with front panel 121 Behind opposite mode configure.Internally the upside of panel 129 is configured with blowing unit 180.The internally rear of panel 129 It is configured with filter element 140 and suction unit 130.
The guiding of inner panel 129 is flowed by the upward side of the suction inlet 130a leaked-in airs being formed obliquely.Inside face Plate 129 is configured in the way of the vertical direction of the upper side along the face formed relative to suction inlet 130a periphery is surrounded, Flowed into for being guided to blowing unit 180 to suction inlet 130a and via the air of filter element 140.
Handle portion 123 is formed in the way of the internal direction towards body 120 is introduced, and family can be used to hold.Preferably, Hand 123 is combined with the side of front panel 121 and/or rear board 122, in the present embodiment, and handle portion 123 is with front panel 121 and rear board 122 border centered on, be all combined with front panel 121 and rear board 122.Preferably, many one or two is set Hand 123.
Reference picture 5 is to Fig. 7, to the front panel 121 of body 120, rear board 122 and the phase of inner panel 129 in will be described below Combination and their combinations between other structures between mutually are illustrated.
Suction inlet 130a is formed with suction unit 130, come the air for sucking outside.Suction unit 130 is arranged at The bottom of body 120.Suction unit 130 is configured at the downside of rear board 122.Suck unit 130 and the rear of inner panel 129 It is combined, and is configured at the rear of front panel 121.The rear of suction unit 130 is configured at the upper of base 110 in a spaced manner Side.
The suction inlet 130a of unit 130 is sucked so that the face phase that the suction inlet 130a of suction unit 130 periphery is formed The inclined modes of central shaft SA to the cylindrical portions of body 120 are formed.The face that suction inlet 130a periphery is formed is from level Tilted to the direction of configuration front panel 121, tomorrow upside (rear on the downside of) forwards.Suction inlet 130a is used for before relative configuration Suction air on the upside of the inclined front in front of panel 121.
Suction inlet 130a periphery is oval, and suction area is maximized, as far as possible many air is passed through ellipse Suction inlet 130a flow into.The inclined cross sections of central shaft AS of relatively columnar body 120 are oval, by with this Plant the corresponding mode in oval cross section and form suction inlet 130a, so that suction inlet 130a air imbibed quantity is maximum Change.
Preferably, on the basis of horizontal plane, compared with the face that the periphery of outlet 160a upper end is formed, suction inlet The face that 130a periphery is formed more is tilted.Preferably, the face that suction inlet 130a periphery is formed is with outlet 160a's The mode that the face that upper end periphery is formed is compared closer to vertical direction is tilted so that suction inlet 130a suction area is more than row Export 160a discharge area.
Base 110 is configured with the downside of suction unit 130.Unit 130 is sucked with the rear semi-circular portions with base 110 The mode being spaced is configured.The space being spaced by sucking unit 130 and base 110 sucks air.
Filter element 140 is placed with the inside of suction unit 130.Body 120 is configured with the upside of suction unit 130 Rear board 122.The inner panel 129 and front panel 121 of body 120 are configured with the front of suction unit 130.
Suction unit 130 is pivotally combined with inner panel 129 and base 110.Unit 130 is sucked from originally Body 120 is opened to downside rear so that can be inserted in filter element 140 in the inside of body 120 or opposing body 120 Assemble and disassemble filter element 140 in portion.In aftermentioned, by reference picture 11 to Figure 13, the above to be described in detail.
Suction unit 130 includes：The suction panel 131 of semi-cylindrical shape；And suction main body 132, it is formed with suction inlet 130a, for placing filter element 140.
A part for suction panel 131 is in semi-cylindrical shape, to form rear outward appearance.Preferably, suction panel 131 is extremely A few horizontal cross-section semicircular in shape state.Suction panel 131 is combined with the bottom rear of front panel 121, with body 120 1 With the outward appearance for forming drum.Suction panel 131 is configured at the downside of rear board 122, to form the rear of semi-cylindrical shape Outward appearance.
The upper end of suction panel 131 is so that the face that the periphery of the upper end of suction panel 131 is formed is inclined with respect to central shaft SA Oblique mode is formed.The periphery of the upper end of suction panel 131 formed facing on the upside of front.The upper end of suction panel 131 Periphery parabolically form.Preferably, the face that the periphery of the upper end of suction panel 131 is formed and the lower end of rear board 122 The face that is formed of periphery it is consistent or parallel.Preferably, the periphery of the upper end of suction panel 131 with rear board 122 The mode that the periphery at end matches is consistent with the periphery of the lower end of rear board 122 or almost consistent.
A part in the periphery of the upper end of suction panel 131 is formed with filtering confirmation portion 131b, above-mentioned filtering confirmation portion 131b forms the above-mentioned opening of suction panel 131 by way of exposing with a part for filter element 140 to outside.Filtering is true Portion 131b is recognized to make the upper end of suction panel 131 be formed in "U" shaped in the way of being introduced to downside.
The lower end of suction panel 131 is so that the face that the periphery of the lower end of suction panel 131 is formed is inclined with respect to central shaft SA Oblique mode is formed.The periphery of the lower end of suction panel 131 formed facing on the upside of front.The lower end of suction panel 131 Periphery parabolically form.Preferably, on the basis of horizontal plane, the face formed with the periphery of the upper end of suction panel 131 Compare, the face that the periphery of the lower end of suction panel 131 is formed more is tilted.Preferably, the periphery institute of the lower end of suction panel 131 The face of formation, closer to tilting in the way of vertical direction, is made compared with the face that the periphery of the upper end with suction panel 131 is formed The suction area for obtaining suction inlet 130a is big.
Suction main body 132 is formed with the suction inlet 130a of ellipse.Suction main body 132 is formed with suction in suction inlet 130a Grid 132-1.The suction grid 132-1 of suction main body 132 forms grill-shaped on the face that suction inlet 130a periphery is formed State.Filter element 140 is placed with the upside of suction grid 132-1.According to embodiment, suction grid 132-1 can be formed at suction Enter panel 131.
The central shaft SA of the cylindrical portions for the face opposing body 120 that suction grid 132-1 is formed is tilted, and may be such that filtering Unit 140 is obliquely configured at the inside of body 120.The side facing to configuration front panel 121 that suction grid 132-1 is formed To inclination, to be formed in the way of towards (rear downside) on the upside of front, the bottom surfaces of filter element 140 are supported with this.
Filter support portion 132-2 is formed with the bottom of suction main body 132, and above-mentioned filter support portion 132-2 is to phase The vertical direction in the face that is formed for suction grid 132-1 is protruded.Filter support portion 132-2 support filter elements 140 A part for side.Filter support portion 132-2 is in the way of with "U" shaped cross section in the bottom of suction main body 132 Periphery protrudes and formed.
Suction main body 132 is combined with the inside of suction panel 131.According to embodiment, suction main body 132 and suction panel 131 are formed as one.
140 pairs of filter element is purified by the suction inlet 130a air sucked.140 pairs of filter element is to suction inlet The polluters such as micronic dust or bacterium class in the air of 130a suctions carry out dust, and carry out deodorization to air.
The periphery of filter element 140 is oval.The inclined sections of central shaft AS of relatively columnar body 120 are in ellipse Circle, and make the periphery of filter element 140 oval in the mode corresponding with above-mentioned oval cross section.
With the oval periphery of filter element 140 accordingly, filter element 140 make air via filtering surface Periphery is oval.The inclined cross sections of central shaft AS of relatively columnar body 120 are oval, and this oval Section accordingly, makes the filtering surface of filter element 140 oval, so that the air capacity via filter element 140 is maximum Change.
Filter element 140 is by being positioned over suction unit 130, to be configured at the inside of body 120.Filter element 140 with The mode corresponding with inclined suction inlet 130a is obliquely configured at the inside of body 120.Filter element 140 is by making filtering Face is obliquely configured the air capacity maximization via filter element 140 with respect to central shaft AS.
Filter element 140 relative can suck unit 130 and be assembled and disassembled.
In aftermentioned, by reference picture 8A to Figure 11, filter element 140 to be described in detail.
Blowing unit 180 is arranged at the inside of body 120, and for making air, side is flowed on the side under body 120.Send The periphery of wind unit 180 is close to round.Blowing unit 180 makes air to vertical relative to the ground for placing air purifier Flow in direction.Blowing unit 180 is configured between suction unit 130 and pipeline 151, to make air lateral from suction unit 130 Flow the side of pipeline 151.
Blowing unit 180 is configured at the upside of inner panel 129.The front of blowing unit 180 is upper with inner panel 129 Side is combined.Combination to blowing unit 180 and inner panel 129, reference picture 5 is illustrated in aftermentioned centre.
Blowing unit 180 includes：Motor 189, for producing revolving force；Blowing fan 182, by being rotated by motor 189 To make air flow；Air-supply main body 181, is combined, downside and periphery for surrounding blowing fan 182 with body 120；Blade part 183, the upside of blowing fan 182 is configured at, for guiding the air flowed by blowing fan 182 to the side of deliverying unit 160； And motor cover 184, the center upside of blade part 183 is configured at, for covering motor 189.
Reference picture 14 is illustrated to Figure 17 in will be described below to blowing unit 180.
Pipeline 151 is configured at the upside of blowing unit 180, is flowed for being guided to deliverying unit 160 by blowing unit 180 Dynamic air.Pipeline 151 is configured at the inside of body 120.Pipeline 151 is combined with the upside of blowing unit 180.In pipeline 151 upside is configured with deliverying unit 160.
Preferably, the face that the periphery of the lower end of pipeline 151 is formed is vertical relative to central shaft SA (that is, flat with ground OK), also, the lower end of pipeline 151 the side that is matched with the periphery with the upper end of the blade part 183 of blowing unit 180 of periphery Formula is consistent or almost consistent with the periphery of the upper end of the blade part 183 of blowing unit 180.Preferably, the upper end of pipeline 151 The face that periphery is formed is tilted with respect to central shaft SA, also, the periphery of the upper end of pipeline 151 is with the lower end with deliverying unit 160 The mode that matches of periphery it is consistent with the periphery of the lower end of deliverying unit 160 or almost consistent.Outside the upper end of pipeline 151 Week is consistent with the periphery of outlet 160a lower end.
The size in the face that the periphery of the upper end of pipeline 151 is formed is less than the face that the periphery of the lower end of pipeline 151 is formed Size.Pipeline 151 is formed in the way of the inflow area that air is flowed into is more than the discharge area that air is discharged.That is, pipeline 151 The stream for making air flow more become narrower to upside.Narrowed by pipeline 151 with internal flow path according to the flowing of air Mode is formed, to make the rapid air movement in the internal flow of pipeline 151.
Preferably, pipeline 151 is formed in the way of making on the upside of to the air of the discharge of deliverying unit 160 towards front.To pipe The shape in road 151, reference picture 18 is illustrated in aftermentioned.
Pipeline grid 152 is configured with the upside of pipeline 151.Pipeline grid 152 prevent foreign matter by outlet 160a to The inside of pipeline 151 and/or blowing unit 180 is flowed into.Pipeline grid 152 is configured between pipeline 151 and deliverying unit 160.
Deliverying unit 160 is formed with outlet 160a, for discharging air to outside.Deliverying unit 160 is configured at pipeline 151 upside.Deliverying unit 160 is arranged at the top of body 120.
The outlet 160a of deliverying unit 160 is so that the periphery of the outlet 160a of deliverying unit 160 upper end is formed The inclined modes of central shaft SA of cylindrical portions of face opposing body 120 formed.The periphery institute shape of outlet 160a upper end Into facing on the upside of front.Outlet 160a makes air, and upside is discharged forwards.Outlet 160a so that air forwards on Side discharge mode formed, for prevent discharge air by be arranged at outlet 160a downside suction inlet 130a again Flow into.
Outlet 160a periphery is oval, for discharge area to be maximized so that many air pass through ellipse as far as possible Circular outlet 160a discharges.The inclined outlet 160a of central shaft AS of relatively columnar body 120 cross section is in Ellipse, and outlet 160a is formed in the mode corresponding with this oval cross section, by outlet 160a's Air capacity is discharged to maximize.
Preferably, on the basis of horizontal plane, compared with the face that the periphery of outlet 160a upper end is formed, suction inlet The face that 130a periphery is formed more is tilted.Preferably, the face that the periphery of outlet 160a upper end is formed with suction inlet Compare the mode being more horizontally directed and tilt in the face that 130a periphery is formed.
Preferably, outlet 160a discharge area is less than suction inlet 130a suction area, to flow with making smooth air It is dynamic.
At least one in outlet 160a and suction inlet 130a is so that the cylinder for the face opposing body 120 that periphery is formed The partial inclined modes of central shaft SA are formed.One in outlet 160a and suction inlet 130a can opposing body 120 circle The central shaft SA of cylinder part is tilted, and another can be perpendicular or parallel relative to the central shaft SA of the cylindrical portions of body 120.
Deliverying unit 160 includes：Panel 161 is discharged, for forming outlet 160a；Console portion 165, to cover discharge The mode of a mouth 160a part is configured at outlet 160a upside, and the outlet 160a air discharged is passed through for adjusting Discharge direction；And Lighting Division 166, be configured at the bottom surfaces in console portion 165, for discharge the irradiation light of panel 161.
The discharge formation of panel 161 makes the stream of air flow, and forms the upside outward appearance of body 120.Discharging panel 161 is in Outlet 160a more becomes wider funnel shaped from downside to upside.At least one cross section of panel 161 is discharged in ellipse Shape.
The top of inner surface of the discharge panel 161 to make above-mentioned discharge panel 161 is formed in the way of can exposing to outside.From Top reflection of the light that Lighting Division 166 irradiates in the inner surface of discharge panel 161.
Preferably, the face that is formed of periphery of the lower end of discharge panel 161 is with respect to central shaft SA inclinations, and with pipeline The mode that the periphery of 151 lower end matches is consistent with the periphery of the lower end of pipeline 151.Outside the upper end of discharge panel 161 Week forms face and tilted with respect to central shaft SA.
The face that the periphery of the face that the periphery of the upper end of discharge panel 161 is formed and the lower end of discharge panel 161 is formed It is parallel or almost parallel so that the air discharged to outlet 160a is discharged towards front upside.
The size in the face that the periphery of the upper end of discharge panel 161 is formed is more than the periphery institute of the lower end of discharge panel 161 The size in the face of formation.Discharge panel 161 flows into shape in the way of area is less than the discharge area that air is discharged by what air was flowed into Into.Discharge panel 161 is formed with making the stream of air flow more become wider mode to upside so that the air of discharge is extensive Diffusion.
The upper of outlet 160a is configured in the way of the part at rear of the console portion 165 to cover outlet 160a Side.Console portion 165 is combined on the upside of the rear for discharging panel 161.
The upper side in console portion 165 is formed in the way of relative to central shaft SA vertical (that is, parallel to the ground), is controlled The bottom surfaces in platform portion 165 are corresponding with discharging the shape that the forward inner surface of panel 161 is formed.The top in console portion 165 Face is rectangular.The bottom surfaces in console portion 165 are domed, from the downside of the bottom surfaces in console portion 165 more to upside, get over Ground is parallel.The air that the bottom surfaces guiding in console portion 165 is discharged by outlet 160a is as far as possible towards front.Console portion 165 bottom surfaces are used to prevent the air discharged by outlet 160a towards rear, and prevent from discharging by outlet 160a Air directly again to suction inlet 130a flow into.
Flowing to the air based on pipeline 151, discharge panel 161 and console portion 165, reference picture 18 is come aftermentioned In illustrate.
Lighting Division 166 includes being used for luminous light source, and above-mentioned Lighting Division 166 is to the top of the inner surface of discharge panel 161 The sent light of irradiation.Detailed description to Lighting Division 166 comes reference picture 18 to Figure 20 in aftermentioned middle progress.
Fig. 5 is the stereogram of a part of structure of the air purifier shown in Fig. 1.
The inner panel combination projection 181-1 that downward side is protruded is formed with the lower end of air-supply main body 181, internally panel 129 upper end be formed with inner panel combination projection insertion section 129a, above-mentioned inner panel combination projection insertion section 129a so that The mode of inner panel combination projection 181-1 insertions forms opening.Inside face is inserted in by inner panel combination projection 181-1 Hardened conjunction projection insertion section 129a, to make blowing unit 180 be combined with the inner panel 129 of body 120.
Preferably, the projection of panel combination internally 181-1 lower end is formed with hook, to make inner panel combination projection 181- 1 hangs over inner panel combination projection insertion section 129a.
Preferably, inner panel combination projection 181-1 is inserted in inner panel combination projection insertion section 129a, to make to send Wind unit 180 makes blowing unit 180 and body after the inner panel 129 of body 120 is combined by single bolt connection 120 inner panel 129 is fastened.
Fig. 6 is a part of exploded perspective view of the air purifier shown in Fig. 1, and Fig. 7 is to show the air cleaning shown in Fig. 1 The figure for the state that a part of structure of device is combined.
The pipeline combination projection 121-1 that downward side is protruded is formed with the inner surface of front panel 121, in the outer of pipeline 151 Surface is formed with pipeline combination projection insertion section 151-1, and above-mentioned pipeline combination projection insertion section 151-1 is so that pipeline combination projection The mode of 121-1 insertions forms opening.Pipeline combination projection insertion section 151-1 is inserted in by pipeline combination projection 121-1, come Front panel 121 is set to be combined with pipeline 151.
Preferably, make front panel 121 after pipeline 151 is combined, by single bolt connection make front panel 121 with Inner panel 129 is fastened.
Upwardly projecting rear board combination projection 121-2 is formed with the side of the inner surface of front panel 121, later The side of the inner surface of plate 122 is formed with rear board combination projection insertion section 122-2, above-mentioned rear board combination projection insertion section 122-2 forms opening in the way of inserting rear board combination projection 121-2.It is inserted in by rear board combination projection 121-2 Rear board combination projection insertion section 122-2, to make rear board 122 be combined with front panel 121.
Preferably, hardened conjunction projection 121-2 is inserted in after rear board combination projection insertion section 122-2 later, passes through list Only bolt connection makes front panel 121 be fastened with rear board 122.
As shown in figure 5, after inner panel 129 of the blowing unit 180 with body 120 is fastened, pipeline 151 and air-supply The upside of unit 180 is combined.Preferably, in pipeline 151 after front panel 121 is combined, front panel 121 and inner panel are made 129 are fastened, and make rear board 122 be combined to be assembled with front panel 121.
Fig. 8 A are the exploded perspective view of the filter element of the air purifier shown in Fig. 1, and Fig. 8 B are the filtering shown in Fig. 8 A The side sectional view of unit, Fig. 9 is the front view of the filter element shown in Fig. 8 A, and Figure 10 A, Figure 10 B are the filtering shown in Fig. 8 A The installation example figure of unit.
The filter element 140 of one embodiment of the invention is positioned over suction unit 130, to be obliquely configured at body 120 Inside, and make air via filtering surface periphery it is oval.Filter element 140 is positioned over suction grid 132-1, with Filtering surface is configured with respect to the inclined modes of central shaft SA.
Compared with the face that suction inlet 130a periphery is formed, the filtering surface of filter element 140 is rolled tiltedly more up.With water On the basis of plane, compared with the filtering surface of filter element 140, the face that entrance 130a periphery is formed more is tilted.Pass through suction Mouth 130a upside leaked-in air upward side flowings in blowing unit 180 forwards, thus preferably, it is configured at suction inlet Filter element 140 between 130a and blowing unit 180 is configured in the way of the closer level compared with suction inlet 130a.
Preferably, filter element 140 is so that compared with the filtering surface of filter element 140, outlet 160a periphery is formed The inclined mode in side is configured more up in face.Preferably, on the basis of horizontal plane, the face formed with outlet 160a periphery Compare, the filtering surface of filter element 140 is more tilted.
As shown in Figure 8 A, it is preferable that the shape that the periphery of the filtering surface of filter element 140 is formed is not configured in short axle V Egg form in major axis H center.I.e., it is preferable that in the shape that the periphery of filtering surface is formed, the minimum curvature on top Less than the minimum curvature of bottom.
Preferably, the profile of filter element 140 is also in accordingly egg form with the shape of the periphery of filtering surface.It is preferred that Ground, in the shape that is formed of profile of filter element 140, the minimum curvature on top is less than the minimum curvature of bottom, to make Filter the center of gravity G deviations bottom of the profile of unit 140.
Because the center of gravity G of filter element 140 is inclined to bottom, thus, when installing filter element 140, above-mentioned filter element 140 along crooked above suction grid 132-1 and stably slide.That is, the top of filter element 140 is on the skew positioned over suction Enter grid 132-1 upper side, rather than tilt forwards.Also, even in installing after filter element 140, it is also prevented from filtering Unit 140 is tilted.
The filter element 140 of one embodiment of the invention includes：Fore filter 141, the foreign matter being used in air filtering；It is high Air cleaner main body 142 is imitated, the upside of fore filter 141 is laminated in, for forming receiving space；High efficiency particle air filter 146, it is positioned in high efficiency particle air filter main body 142, for carrying out dust to the polluter in air；Odor removal filter 147th, 148, the upside of high efficiency particle air filter 146 is laminated in, for removing the stench in air；And odor removal filter main body 143, the upside of odor removal filter 147,148 is laminated in, and be combined with high efficiency particle air filter main body 142.
Grid, the air that above-mentioned 141 pairs of fore filter is sucked by suction inlet 130a are formed with fore filter 141 In foreign matter carry out first time filtering.Fore filter 141 is laminated in suction grid 132-1.At the rear of fore filter 141 Side is formed with the fore filter protuberance 141-1 protruded from fore filter 141.Fore filter protuberance 141-1 passes through Filtering confirmation portion 131b exposes to outside.Fore filter protuberance 141-1 is inserted in the filtering confirmation portion 131b of opening.
Opening, and the edge of high efficiency particle air filter main body 142 are formed in the middle of high efficiency particle air filter main body 142 For placing high efficiency particle air filter 146 and odor removal filter 147,148.The portion of the opening of high efficiency particle air filter main body 142 Divide and form the elliptical shape corresponding with suction inlet 130a.High efficiency particle air filter main body 142 is laminated in fore filter 141.
High efficiency particle air filter protuberance 142-1, above-mentioned height are formed with the rear side of high efficiency particle air filter main body 142 Effect air cleaner protuberance 142-1 is protruded from high efficiency particle air filter main body 142, and is laminated in fore filter protuberance 141-1.High efficiency particle air filter protuberance 142-1 is exposed by filtering confirmation portion 131b to outside.High efficiency particle air filter is dashed forward Go out the filtering confirmation portion 131b that portion 142-1 is inserted in opening.
High efficiency particle air filter 146 is inserted in high efficiency particle air filter main body 142, for being inhaled by suction inlet 130a The polluter of the air entered carries out dust.Odor removal filter 147,148 is inserted in the way of being laminated in high efficiency particle air filter 146 Enter in high efficiency particle air filter main body 142.Odor removal filter 147,148 is removed in the air sucked by suction inlet 130a Stench.
High efficiency particle air filter 146 and the formation of odor removal filter 147,148 elliptical shape corresponding with suction inlet 130a, To purify the air sucked by suction inlet 130a to greatest extent.
Preferably, multiple odor removal filters 147,148 are set, and multiple odor removal filters 147,148 include the first deodorization Filter 147 and the second odor removal filter 148 for being laminated in the first odor removal filter 147.
High efficiency particle air filter 146 and the formation of odor removal filter 147,148 filtering surface as described above.
Odor removal filter main body 143 is laminated in the upside of odor removal filter 147,148, and in detachable mode and efficiently Air cleaner main body 142 is fastened.Grid is formed with the centre of odor removal filter main body 143, to prevent odor removal filter 147th, 148 is upwardly projecting.
Odor removal filter protuberance 143-1, above-mentioned odor removal filter are formed with the rear side of odor removal filter main body 143 Protuberance 143-1 is protruded from odor removal filter main body 143, and is laminated in high efficiency particle air filter protuberance 142-1.Preferably, An odor removal filter protuberance 143-1 part is recessed in the way of it family can be used to hold.Odor removal filter protuberance 143-1 leads to Filtering confirmation portion 131b exposes to outside.Odor removal filter protuberance 143-1 is inserted in the filtering confirmation portion 131b of opening.
Fore filter protuberance 141-1, high efficiency particle air filter protuberance 142-1 and odor removal filter protuberance 143- 1 is exposed by filtering confirmation portion 131b to outside, to prevent when user changes high efficiency particle air filter 146 or odor removal filter 147th, 148 when omit a certain part.
As shown in Figure 10 A, in the case where all parts of filter element 140 are complete, fore filter protuberance 141- 1st, high efficiency particle air filter protuberance 142-1 and odor removal filter protuberance 143-1 is revealed by filtering confirmation portion 131b to outside Go out.As shown in Figure 10 B, in the case where omitting fore filter 141, only high efficiency particle air filter protuberance 142-1 and remove Smelly filter protuberance 143-1 is exposed by filtering confirmation portion 131b to outside.
As shown in Figure 10 A, fore filter protuberance 141-1, high efficiency particle air filter protuberance 142-1 and deodorization filtering Device protuberance 143-1 posterior end is tilted with respect to filtering surface.That is, fore filter protuberance 141-1, high efficiency particle air filter Protuberance 142-1 and odor removal filter protuberance 143-1 the posterior end direction that relative atmospheric flows in filter element 140 Tilt.
Because filter element 140 is tilted, thus by filtering the fore filter protuberance 141- that confirmation portion 131b exposes 1st, high efficiency particle air filter protuberance 142-1 and odor removal filter protuberance 143-1 is with the suction panel with sucking unit 130 131 modes for forming integration are tilted.
Figure 11 is the installation example figure of the filter element of the air purifier shown in Fig. 1, and Figure 12 is that the air shown in Fig. 1 is net Change the local structural graph of the bottom of device, Figure 13 is the local structural graph of the inside of the air purifier shown in Fig. 1.
The suction unit 130 of one embodiment of the invention is pivotally combined with body 120, for being opened and closed body 120 inside.Suction unit 130 is opened from body 120 to downside rear so that filter element 140 can be inserted in into body 120 Inside or can opposing body 120 inside assembly and disassembly filter element 140.
Suction unit 130 is rotatably combined with base 110, and is mutually tied with body 120 by crank connecting link Close.The suction panel 131 of suction unit 130 is formed with the base combination pin being rotatably combined with base 110 131-3.Base combination pin 131-3 is protruded inwardly from the inner surface of the lower end of suction panel 131.
Base 110 is formed with the suction panel joint portion 113 being combined with base combination pin 131-3.It is hardened in suction plane Conjunction portion 113 is formed with the base combination pin slot 113a for inserting base combination pin 131-3.Base combination pin slot 113a The opening of arc shape is formed, to make base combination pin 131-3 to slide.
Base combination pin 131-3 is combined in the way of rotatable and slide with base combination pin slot 113a.With this, inhale Enter panel to be rotated in the lump relative to body 120 and translational motion, from without the front panel 121 by body 120 and after The interference of panel 122 and rotate.
The suction unit 130 of one embodiment of the invention also includes the connecting rod as the crank connecting link being combined with body 120 Portion 139.Link rod part 139 is formed with rotary joint, the inside face of link rod part 139 rotatably with body 120 in centre Plate 129 is combined, also, link rod part 139 is rotatably combined with suction panel 131.
Link rod part 139 is dashed forward in the upwardly projecting connecting rod that is formed in part with being combined with the inner panel 129 of body 120 Go out portion 139-9.Connecting rod stop section 129-9 is formed with the inner surface of the inner panel 129 of body 120, when 130 turns of unit of suction When dynamic, above-mentioned connecting rod stop section 129-9 engages connecting rod protuberance 139-9.When open suction unit 130, connecting rod protuberance 139-9 is locked to connecting rod stop section 129-9, to prevent suction unit 130 from rotating more than to a certain degree.Pass through connecting rod protuberance 139-9 is locked to connecting rod stop section 129-9, come prevent from making because sucking the inordinate rotation of unit 130 rear end of suction panel 131 with Bottom surface is in contact.
As shown in figure 13, suction main body 132 be formed with filter fixed part 132-9, above-mentioned filter fixed part 132-9 from Filter support portion 132-2 is prominent to the direction parallel with the face that suction grid 132-1 is formed, for fixing filter element 140 part.Filter fixed part 132-9 is in contact with the upper front end of filter element 140, to prevent from working as filter element 140 when being positioned over suction grid 132-1, and upside departs from filter element 140 forwards.
As shown in figure 11, rotated by sucking unit 130 from body 120 come the inside of Open Ontology 120.User can pass through Filter element 140 is installed on the inside of body 120 or dismantles filter element from the inside of body 120 by the part being opened 140.In the case where filter element 140 is installed on into the inside of body 120, if the push-in of filter element 140 is opened by user Part, then filter element 140 along suction grid 132-1 slide after, be positioned over suction by filter support portion 132-2 Grid 132-1 upside.Suction unit 130 is closed after filter element 140 is installed in suction unit 130 by user, Also due to the center of gravity G of filter element 140 is low, and by filter fixed part 132-9, come prevent filter element 140 from tilting or to Depart from the upside of front.
Figure 14 is the partial sectional view of the air purifier shown in Fig. 1, and Figure 15 is the air-supply of the air purifier shown in Fig. 1 The rearview of main body, Figure 16 is the stereogram of the blowing fan of the air purifier shown in Fig. 1, and Figure 17 is that the air shown in Fig. 1 is net Change the local structural graph of the blowing unit of device.
Blowing fan 182 rotates to make air flow by motor 189.Blowing fan 182 sucks air by suction inlet 130a, And air is discharged by outlet 160a.
Blade part 183 is configured with the upside of blowing fan 182.Air-supply master is configured with the periphery and downside of blowing fan 182 Body 181.As shown in figure 16, in the present embodiment, blowing fan 182 is to suck air from the downside as suction unit 130 side, and The centrifugal fan of the air of suction is discharged to side by outlet 160a.With rotating speed and the other kinds of fan phase of size identical Than, the air output of centrifugal fan reaches maximum, thus preferably, thus blowing fan is embodied by centrifugal fan.
Blowing fan 182 includes：Protective cover 182-1, for passing air into；Multiple fan blades 182-2, with circumferentially The mode separated is configured at protective cover 182-1 upside；And pivot 182-3, it is combined with motor 189, it is multiple for fixing Fan blades 182-2.
Protective cover 182-1 formation streams more become narrower aperture form to downside.Protective cover 182-1 lower end is in circle Shape.Protective cover 182-1 is connected with multiple fan blades 182-2 each lower end.
When fan blades 182-2 rotates, fan blades 182-2 is displaced through protective cover 182-1 leaked-in airs to side.Such as Fig. 7 Shown, fan blades 182-2 is diagonally bent by the trailing edge (trailing edge) as discharge air side and formed, and is used Tried one's best upward side flowing in the air for making discharge.
Preferably, fan blades 182-2 is so that more extremely short than trailing edge as the leading edge (leading edge) of air inflow side Mode is formed, and is tried one's best upward side flowing the air that makes discharge.Fan blades 182-2 upper end is connected with pivot 182-3, fan blades 182-2 lower end is connected with protective cover 182-1.
Pivot 182-3 is spaced and put with protective cover 182-1.Pivot 182-3 is connected with motor 189.Preferably, in pivot The axle 182-3 steeper gradient of external diameter formation, to make to try one's best upward side flowing by the air that fan blades 182-2 is discharged.That is, Preferably, from the side of motor 189 more towards protective cover 182-1 sides, pivot 182-3 external diameter is more strongly reduced.Pivot 182-3 with Multiple fan blades 182-2 each upper end is connected.
By the closing of pivot 182-3 as described above outer diameter shape, fan blades 182-2 shape and main body 181 of blowing Sideways, from as centrifugal fan blowing fan 182 discharge smooth air upwards side flow.
Air-supply main body 181 is used to surrounding the downside and periphery of blowing fan 182, and to the upside as the side of deliverying unit 160 Guide the air of the side discharge to blowing fan 182.Being formed with the bottom surfaces of air-supply main body 181 makes to flow to protective cover 182-1 The supply grille 181-3 that the air entered passes through.The side for main body 181 of blowing at without opening in the way of form wall, come upward Side guides the air of the side discharge to blowing fan 182.
It is formed with and is recessed with annular shape to downside around the supply grille 181-3 of the bottom surfaces of air-supply main body 181 Space forming portion 181-9.Space forming portion 181-9 has the space B separated from protective cover 182-1 lower end.Space is formed Portion 181-9 forms space B between the bottom surfaces of protective cover 182-1 lower end and main body 181 of blowing so that from fan blades 182-2 The flowing of trailing edge downward side air upward side flowing again, so as to suppress the generation of noise, and improve efficiency.That is, passing through In the air of fan blades 182-2 discharges, the air of the space B flowing formed to space forming portion 181-9 flows to protective cover 182-1 Enter.
Blade part 183 is moved by blowing fan 182, to guide the sky guided by air-supply main body 181 to upside to upside Gas.The air via blade part 183 is guided to pipeline 151, so that air flows to deliverying unit 160.
Motor 189 is configured with the center section of blade part 183.Blowing fan 182 is configured with the downside of blade part 183. The periphery of the lower end of blade part 183 is combined with the periphery of the upper end for main body 181 of blowing.
Blade part 183 includes multiple blade 183-1, and above-mentioned multiple blade 183-1 are in the way of circumferentially separating It is configured at the edge of blade part 183.The plate shape that blade 183-1 formation is configured in the way of being erect along above-below direction.It is multiple Blade 183-1 each length direction is towards the center of blade part 183.Made by blade 183-1 upward by air-supply main body 181 The upward side flowing of air of side guiding.
Reference picture 17, blade 183-1 is formed by fin (air foil), and trailing edge of the above-mentioned fin along fan blades 182-2 is curved Bent direction bending.With this, blade 183-1 can reduce noise, and the air by fan blades 182-2 discharges can be made upward well Flow side.
The downside of motor cover 184 is combined with motor 189, also, motor cover 184 is combined with the upside of blade part 183. The upwardly projecting dome form in the formation center section of motor cover 184, for when the air discharged to the edge of blade part 183 to Prevent sinuous flow when being flowed into pipeline 151.
Blowing unit 180 also includes ion generator 185, and above-mentioned ion generator 185 is configured at motor cover 184, is used for The air flowed to blowing fan 182 is ionized.Preferably, multiple ion hairs are set in the center section of motor cover 184 Raw device 185.
Figure 18 is the partial sectional view on the top of the air purifier shown in Fig. 1, and Figure 19 is the air purifier shown in Fig. 1 Stereogram, Figure 20 be Fig. 1 shown in air purifier Lighting Division operating diagram.
Pipeline 151 guides the air flowed by the upward side of blowing unit 180 to deliverying unit 160.The lower end of pipeline 151 The face that is formed of periphery it is vertical relative to symmetry axis SA, the face relative symmetry axle that the periphery of the upper end of pipeline 151 is formed inclines Tiltedly, so that the air that upside guiding is flowed by the upward side of blowing unit 180 forwards.
The front end length L1 of pipeline 151 is shorter than rear end length L2, come to outlet 160a periphery formed facing to Side, i.e., forwards upside guiding by the upward side of blowing unit 180 flow air.
The size in the face that the periphery of the upper end of pipeline 151 is formed is less than the face that the periphery of the lower end of pipeline 151 is formed. That is, pipeline 151 is formed with making the stream of air flow more just become narrower mode to upside.
The face relative symmetry axle SA formed with the periphery of the lower end for the discharge panel 161 that the upside of pipeline 151 is combined Tilt, and the face relative symmetry axle SA that is formed of periphery of the upper end of above-mentioned discharge panel 161 is tilted.Discharge panel 161 The periphery of face that the periphery of upper end is formed and the lower end of discharge panel 161 formed facing to identical direction.That is, discharge The periphery of face that the periphery of the upper end of panel 161 is formed and the lower end of discharge panel 161 formed facing on the upside of front.
Console portion 165 adjusts the discharge direction of the air of the outlet 160a discharges by being formed by discharge panel 161. The bottom surfaces in console portion 165 more just become more parallel to the ground to upside from downside.That is, the bottom surfaces in console portion 165 from Downside more just becomes more vertical relative to symmetry axis SA to upside, so as to guide the rear row to outlet 160a forwards as far as possible The air gone out.
The bottom surfaces formation in console portion 165 is corresponding with discharging the shape that the forward inner surface of panel 161 is formed Shape.So as to which upside discharge is by discharging the air that the outlet 160a of panel 161 is discharged forwards.
Figure 19 is the stereogram of the air purifier shown in Fig. 1.
Lighting Division 166 is configured at the bottom surfaces in console portion 165, for discharge the irradiation light of panel 161.Preferably, shine The thickness in bright portion 166 is as far as possible thin, to prevent from producing interference with the air that the bottom surfaces along console portion 165 flow.Preferably, Lighting Division 166 is rounded, and coming can be equably to the discharge irradiation light of panel 161.Light source is configured with the inside of Lighting Division 166, In the present embodiment, light source is preferably light emitting diode (LED, light emitting diode).Preferably, Lighting Division 166 shines Penetrate the light of a variety of colors.
With regard to discharge panel 161 for, at least one cross section is oval, the inner surface of above-mentioned discharge panel 161 it is upper Portion exposes to outside, and the light irradiated from Lighting Division 166 is reflected with elliptical ring R forms.As described above, discharge panel 161 is upper The size in the face that the periphery that the size in the face that the periphery at end is formed is more than the lower end of discharge panel 161 is formed so that from photograph Medial surface reflection of the light that bright portion 166 is irradiated in the periphery of the upper end of discharge panel 161.
Discharging panel 161 is used to reflect what is irradiated from Lighting Division 166 along to the direction of the outlet 160a air discharged Light.That is, discharge panel 161 is used for the light that upper lateral reflection irradiates from Lighting Division 166 forwards.Formed in the discharge reflection of panel 161 The face that is formed of light of elliptical ring R forms and the face that is formed of outlet 160a periphery be parallel to each other.
Console portion 165 includes：Operating portion 165-1, is configured at the upper of the console portion 165 vertical relative to symmetry axis SA Portion face, the input for receiving user；And display part 165-2, the upper side in console portion 165 is configured at, for showing sky The working condition of gas purifier.Preferably, display part 165-2 shows the working condition of air purifier by lighting.Display Portion 165-2 can send the light of a variety of colors, it is preferable that display part 165-2 sends identical with the light color irradiated by Lighting Division 166 Light.
Preferably, Lighting Division 166 is according to the pollution level to the suction inlet 130a air sucked, and illumination colors are different Light.Contaminant sensor (not shown) is configured with suction unit 130 or body 120, above-mentioned contaminant sensor is (not shown) to be used In the pollution level for determining the air to suction inlet 130a suctions, and according to the pollution level determined by contaminant sensor, illumination The different light of the illumination colors of portion 166.For example, in the case where the pollution level of air is high, Lighting Division 166 irradiates red, So that elliptical ring R shows red, in the case where the pollution level of air is low, Lighting Division 166 irradiates green so that elliptical ring R shows green.Display part 165-2 also in the case where the pollution level of air is high, sends red light, in the pollution journey of air In the case that degree is low, green light is sent.
Effect to air purifier as described above is described as follows.
If blowing fan 182 rotates by motor 189, the sky outside suction inlet 130a suctions by sucking unit 130 Gas.Pass through the air of the outside on the downside of suction inlet the 130a forwards rear of upside suction air purifier.
The air sucked by suction inlet 130a causes foreign matter by the fore filter 141 via filter element 140 Filtered, air is by causing polluter via high efficiency particle air filter 146 by dust, and by via odor removal filter 147th, 148 cause the stench to be removed.
Flowed by the air that is cleaned via filter element 140 along the upward side of inner panel 129, so as to air-supply The supply grille 181-3 flowings of main body 181.
Via supply grille 181-3 air after being flowed into protective cover 182-1, arranged by fan blades 182-2 trailing edge Go out.The air discharged by fan blades 182-2 flows by the upward side in side of air-supply main body 181, and by the leaf of blade part 183 The upward side flowings of piece 183-1.Now, in the air discharged by fan blades 182-2, the air of downward side flowing passes through by blowing The space B that the space forming portion 181-9 of main body 181 is formed is flowed into protective cover 182-1 again.
Flowed into via blade 183-1 air from the upper lateral pipeline 151 of motor cover 184.Guided by upside forwards Discharged to the leaked-in air of pipeline 151, and by the outlet 160a for discharging panel 161.
By discharge panel 161 outlet 160a discharge air by discharge panel 161 and console portion 165 under Discharged towards the front upside of air purifier in portion.
Technological thought as described above may be not only suitable for air purifier, could be applicable to make the air of air flow to adjust Save device and the device similar with air regulator.
More than, the preferred embodiments of the present invention are shown and illustrated, but the invention is not limited in as described above Specific embodiment, can be by this hair in the case of the purport of the invention asked in not departing from the claimed scope of invention Bright person of an ordinary skill in the technical field to the present invention carry out various modifications implementation, this be it is natural, and it is this become The technological thought or prospect that shape implements to depart from the present invention individually understand.

Claims (17)

1. a kind of air purifier, wherein, including：
Body；
Suction inlet, is arranged at the bottom of above-mentioned body, for sucking air；
Deliverying unit, is arranged at the top of above-mentioned body, is formed with the row of the air discharge for will be sucked to above-mentioned suction inlet Outlet；
Blowing unit, is arranged at the inside of above-mentioned body, makes air from the lateral above-mentioned deliverying unit side flowing of above-mentioned suction inlet；With And
Pipeline, is arranged between above-mentioned blowing unit and above-mentioned deliverying unit, for the sky to being flowed by above-mentioned blowing unit Gas is guided to above-mentioned outlet,
The face that the periphery of above-mentioned outlet is formed is formed in an inclined manner,
The face that the periphery of the lower end of above-mentioned pipeline is formed is formed in a horizontal manner, what the periphery of the upper end of above-mentioned pipeline was formed Face is formed in an inclined manner.
2. air purifier according to claim 1, wherein,
The periphery of the lower end of above-mentioned pipeline matches with the periphery of the upper end of above-mentioned blowing unit,
The periphery of the upper end of above-mentioned pipeline matches with the periphery of the lower end of above-mentioned deliverying unit.
3. air purifier according to claim 2, wherein,
The front end length of above-mentioned pipeline is shorter than the rear end length of above-mentioned pipeline, come to the periphery of outlet formed facing to Side, i.e., the air that upside guiding is flowed by above-mentioned blowing unit forwards.
4. air purifier according to claim 1, wherein,
The face that the periphery that the size in the face that the periphery of the upper end of above-mentioned pipeline is formed is less than the lower end of above-mentioned pipeline is formed Size.
5. air purifier according to claim 1, wherein,
The stream for making air flow of above-mentioned pipeline is more narrower to upside.
6. air purifier according to claim 1, wherein, in addition to：
Pipeline grid, is configured between above-mentioned pipeline and above-mentioned deliverying unit, for preventing foreign matter upward by above-mentioned outlet The inside for stating pipeline is flowed into.
7. air purifier according to claim 1, wherein,
Above-mentioned deliverying unit includes：
Panel is discharged, for forming above-mentioned outlet；
Console portion, the upside to be configured at above-mentioned outlet in the way of the rear side part for covering above-mentioned outlet, for adjusting The discharge direction for the air discharged by above-mentioned outlet is saved, and for receiving the input of user.
8. air purifier according to claim 7, wherein,
The face that the periphery of the lower end of above-mentioned discharge panel is formed is formed in an inclined manner relative to central shaft, and with it is above-mentioned The periphery of the upper end of pipeline matches；
The face that the periphery of the upper end of above-mentioned discharge panel is formed is formed in an inclined manner relative to above-mentioned central shaft；
The periphery that the face size that the periphery of the upper end of above-mentioned discharge panel is formed is more than the lower end of above-mentioned discharge panel is formed Face size.
9. air purifier according to claim 7, wherein,
The medial surface of above-mentioned discharge panel forms the curved surface of diverging from downside towards upside.
10. air purifier according to claim 7, wherein,
Above-mentioned console portion guides the air of the rear discharge to above-mentioned outlet forwards.
11. air purifier according to claim 7, wherein,
The upper side in above-mentioned console portion is formed in the way of relative to central axis, and the bottom surfaces in above-mentioned console portion are in arch Shape, gets over to upside from the downside of the bottom surfaces in console portion, more parallel to the ground.
12. air purifier according to claim 11, wherein,
Above-mentioned console portion includes：
Operating portion, is configured at the upper side in above-mentioned console portion, the input for receiving user；And
Display part, is configured at the upper side in above-mentioned console portion, the working condition for showing air purifier.
13. air purifier according to claim 7, wherein,
The curved form that the bottom surfaces in above-mentioned console portion are formed with the medial surface in the front of above-mentioned discharge panel is formed.
14. air purifier according to claim 1, wherein,
Above-mentioned blowing unit includes：
Blowing fan, for making air flow；And
Blade part, is configured at the upside of said fan, and above-mentioned blade part is circumferentially spaced to be provided with multiple blades, and to The air that above-mentioned pipeline guiding is flowed by said fan,
The periphery of the lower end of above-mentioned pipeline matches with the periphery of the upper end of above-mentioned blade part.
15. air purifier according to claim 14, wherein,
Above-mentioned blowing unit also includes：
Air-supply main body, is arranged at the periphery of said fan, and guides the air of the side discharge to centrifugal fan to upside, above-mentioned The upper end periphery of air-supply main body is combined with above-mentioned blade part.
16. air purifier according to claim 1, wherein, including：
Panel, the outward appearance for forming above-mentioned body,
Above-mentioned panel is combined with above-mentioned pipeline.
17. air purifier according to claim 1, wherein, including：
The face that the periphery of above-mentioned outlet is formed is by towards forming in the way of on the upside of front：
Upside is guided via the above-mentioned blade part air that side is flowed straight up above-mentioned pipeline forwards.
CN201710383731.2A 2014-10-24 2015-09-23 Air purifier Active CN107131575B (en)

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KR1020140145279A KR101647716B1 (en) 2014-10-24 2014-10-24 Air Purifier
KR10-2014-0152983 2014-11-05
KR10-2014-0152980 2014-11-05
KR1020140152980A KR101663512B1 (en) 2014-11-05 2014-11-05 Air Purifier
KR1020140152983A KR101729021B1 (en) 2014-11-05 2014-11-05 Air Purifier
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CN107131574A (en) 2017-09-05
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