CN107036197A - Air purifying device - Google Patents

Air purifying device Download PDF

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Publication number
CN107036197A
CN107036197A CN201610997651.1A CN201610997651A CN107036197A CN 107036197 A CN107036197 A CN 107036197A CN 201610997651 A CN201610997651 A CN 201610997651A CN 107036197 A CN107036197 A CN 107036197A
Authority
CN
China
Prior art keywords
mentioned
filter
drawer
outer cover
cleaning unit
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
CN201610997651.1A
Other languages
Chinese (zh)
Other versions
CN107036197B (en
Inventor
金泰润
李建荣
李钟洙
崔仁虎
朴亨镐
李亮和
全勋哲
崔智恩
孙常赫
李庆浩
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 KR1020160037246A external-priority patent/KR20170051143A/en
Priority claimed from KR1020160037235A external-priority patent/KR20170051142A/en
Priority claimed from KR1020160083227A external-priority patent/KR20170051182A/en
Priority claimed from KR1020160113455A external-priority patent/KR102017146B1/en
Application filed by LG Electronics Inc filed Critical LG Electronics Inc
Priority to CN202210827536.5A priority Critical patent/CN115200138A/en
Publication of CN107036197A publication Critical patent/CN107036197A/en
Application granted granted Critical
Publication of CN107036197B publication Critical patent/CN107036197B/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
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/32—Transportable units, e.g. for cleaning room air
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/017—Combinations of electrostatic separation with other processes, not otherwise provided for
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/02—Plant or installations having external electricity supply
    • B03C3/04—Plant or installations having external electricity supply dry type
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B03C3/40—Electrode constructions
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B03C3/40—Electrode constructions
    • B03C3/41—Ionising-electrodes
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B03C3/40—Electrode constructions
    • B03C3/60—Use of special materials other than liquids
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B03C3/66—Applications of electricity supply techniques
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/89—Arrangement or mounting of control or safety devices
    • 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
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C2201/00—Details of magnetic or electrostatic separation
    • B03C2201/04—Ionising electrode being a wire

Abstract

The air purification device of the present invention includes: a body case for forming an external shape, a filter installation opening part being formed at one side of the side surfaces; a filter housing disposed inside the main body case; a drawer including a frame forming a drawer opening through which air passes and a filter cover coupled to the frame to cover the filter opening; and a filter module detachably attached to the frame for filtering air passing through the opening of the drawer. The drawer can be led out from the inner space of the filter housing through the filter installation opening.

Description

Air cleaning unit
Technical field
The present invention relates to the air cleaning unit of the reassembling type filter module filtered including the air to suction.
Background technology
Air regulator has the refrigerator or heat-producing machine for the temperature for being used to control air, by removing the foreign matter in air To maintain the air purifier of cleanliness factor, for providing the humidifier of moisture into air and for removing the moisture in air Dehumidifier etc..
Air cleaning unit includes the fan for being used to sucking and discharging air.Air cleaning unit includes the air to suction The filter module filtered.
In conventional air cleaning unit, above-mentioned filter module is arranged at above-mentioned air cleaning dress in the way of dismounting Put.In order to be washed to filter module, reassembling type filter module is separated from body, or for air cleaning unit Driving, reassembling type filter module is combined with body.
The content of the invention
First problem to be solved by this invention is that simple separation and air cleaning unit can be combined there is provided user of service Reassembling type filter module structure.
Second Problem to be solved by this invention is there is provided in the case of the filter module with multiple dismounting, Also multiple filters and the structure being disposably combined can disposably be separated.
3rd problem to be solved by this invention is to be supported in the way of installing and shape there is provided above-mentioned filter module Into the opening portion for filter stream, and the drawer structure of the dismounting for filter module.
In the case where above-mentioned filter module includes electric dust collecting means, if the inflow entrance side of air in operation is opened The situation about being partly into of the bodies such as the hand of user of service occurs for oral area, then occurs the danger got an electric shock by high voltage.The present invention 4th problem to be solved is that there is provided the structure that Danger Electric shock risk is removed during use.
Of the invention the problem of, is not limited to problems noted above, general technical staff of the technical field of the invention NM other problemses can be expressly understood that by following record.
The air cleaning unit of the present invention includes：Main body cover, forms profile, and the side in side forms filter and set Put opening portion；Filter outer cover, is configured at the inside of aforementioned body shell.
In order to solve the above-mentioned first to the 3rd problem, include as the air cleaning unit of inventive solution：Drawer, Including framework and strainer cover, said frame forms the drawer opening portion that air passes through, above-mentioned strainer cover and said frame phase With reference to for covering above-mentioned filter setting opening portion；And filter module, above-mentioned frame is installed in the way of it can separate Frame, for being filtered to the air by drawer opening portion.Above-mentioned drawer can set opening portion from upper by above-mentioned filter Draw the inner space for stating filter outer cover.
In above-mentioned drawer in the state of the inner space of above-mentioned filter outer cover, above-mentioned air cleaning unit can make air Pass through above-mentioned drawer opening portion and filter module along the vertical direction.
Above-mentioned filter module may include the multiple filters being laminated in the way of being separated from each other.
Said frame may include a pair of side frames, relative to above-mentioned filter outer cover, and above-mentioned body side frame is slided along the longitudinal direction It is dynamic, above-mentioned drawer opening portion is formed between.
Above-mentioned strainer cover is configured in the leading section of above-mentioned a pair of side frames, and said frame includes：Afterframe, for even Connect the rearward end of above-mentioned a pair of side frames；And front baffle, the leading section for connecting above-mentioned a pair of side frames, with above-mentioned filtering The rear of device lid is combined.
Above-mentioned a pair of side frames, afterframe and front baffle can form the mounting surface for installing above-mentioned filter module, on State the mounting surface of a pair of side frames at least has with one in the mounting surface of above-mentioned afterframe and the mounting surface of above-mentioned front baffle Difference in height.
Above-mentioned filter outer cover may include a pair of drawer guide portions, and above-mentioned a pair of drawer guides portion is respectively arranged at above-mentioned mistake The both sides of filter outer cover, and for guiding the extraction and introducing of said frame, above-mentioned drawer also includes pair of sliding portion, above-mentioned one The both sides of said frame are respectively arranged to sliding part, and are moved along above-mentioned drawer guide portion.
Above-mentioned air cleaning unit may also include with above-mentioned drawer independently mode from the inside of above-mentioned filter outer cover The gauze filter that space is drawn, above-mentioned filter outer cover may also include gauze filter guide portion, in above-mentioned filter outer cover Inside, the position of above-mentioned gauze filter guide portion is configured at above-mentioned one in the way of less than the position in above-mentioned drawer guide portion To between drawer guide portion.Above-mentioned gauze filter guide portion is used for the extraction and introducing for guiding above-mentioned gauze filter.
Above-mentioned filter outer cover also includes filter module guide portion, and above-mentioned filter module guide portion is configured at above-mentioned mistake The upper inside of filter outer cover, when above-mentioned filter module is together drawn and introduced with above-mentioned drawer, for guiding above-mentioned mistake The movement of the upper side of strainer modules.
One in above-mentioned drawer guide portion and above-mentioned sliding part is included in roller, above-mentioned drawer guide portion and above-mentioned sliding part Another include the orbit portion that is in contact with above-mentioned roller.In the case, the simple extraction and introducing action of drawer are embodied, and In the state of drawer is located (settlement), in order to prevent above-below direction clearance, above-mentioned orbit portion may include first interval Portion and second interval portion.
Above-mentioned filter module may include electric dust collecting means.In the case, in order to solve above-mentioned 4th problem, above-mentioned mistake Filter outer cover may include the first roof-cut resistence and the second roof-cut resistence, and above-mentioned first roof-cut resistence and the second roof-cut resistence are used to control Whether system can apply power supply, and the first roof-cut resistence and the second roof-cut resistence are serially connected to above-mentioned electric dust collecting means, so that In the case where pressing the first roof-cut resistence and the second roof-cut resistence, power supply can be applied.Above-mentioned electric dust collecting means may include State raised the first cut-out projection protruded in the way of pressing above-mentioned first roof-cut resistence from above-mentioned electric dust collecting means of the first cut-out. Also, above-mentioned gauze filter may include the protruded in the way of pressing above-mentioned second roof-cut resistence from above-mentioned gauze filter Two cut-outs are raised.
The downside of above-mentioned strainer cover can be combined with the above-mentioned framework, and be extended to the vertical direction of said frame.
Above-mentioned strainer cover may include：Front face, forms handle；Rear face, the front face of contact filtration device module；And Upper surface portion, is configured between above-mentioned rear face and above-mentioned front face, towards the upper inside face of above-mentioned filter outer cover.
Above-mentioned strainer cover may include clamping device.
Above-mentioned strainer cover may include upside extension, and forming position sets the high metric of opening portion higher than above-mentioned filter Set a distance, is formed with gauge hole.In the case, sensor assembly is may also include, the sensor module is configured at above-mentioned The rear side of upside extension, provisioning information is detected from by the sensor hole leaked-in air.
Aforementioned body shell may include depressed part, above-mentioned drawer the inner space of above-mentioned filter outer cover state Under, above-mentioned depressed part matches with above-mentioned upside extension.
The present invention has the effect that, by simple separation filter module and it is washed, and simply draws again Enter filter module.Especially, in the case of with multiple filter modules, multiple filter modules are prevented in above-mentioned drawer, If introducing and drawing drawer, multiple filters disposably can be introduced and drawn.
Also, by the thin portion structure of above-mentioned drawer, when drawing the drawer for installing filter module, acted in introducing At initial stage, across sufficient clearance, the convenience of introducing action is thus improved, in drawer completely into the state to filter outer cover Under, realize the accurate contact of power supply terminal etc. by minimizing clearance.
Also, when the filter outer cover extraction from electric dust collecting means, roof-cut resistence opens power circuit, so that with aobvious Write the effect of Danger Electric shock risk when reduction is not used.And then, in electric dust collecting means, gauze filter is configured at above-mentioned inflow Mouthful side, and embody the second roof-cut resistence for being formed at gauze filter, thus with being substantially reducing at using electric dust collecting means During Danger Electric shock risk.
Also, individually separated with electric dust collecting means from gauze filter, so as to easily be washed, while and can ensure that pair In the security of electric shock.
Even if also, the extra fan of setting is not added in multiple sensors using extraneous air, also because with sound press And the inflow of air is guided, the clean-out hatch of dust sensor is opened and closed by the strainer cover of above-mentioned drawer, is removed so as to need to have Extra dust sensor opening and closing structure outside extra drawer.
Also, strainer cover is completely separated from front and upside from the hand of user of service, so that the danger of electric shock is reduced, And can the easy detection information related to front air.
The effect of the present invention is not limited to above-mentioned effect, general technical staff of the technical field of the invention Other NM effects can be expressly understood that by the record of the claimed scope of invention.
Brief description of the drawings
Fig. 1 is the stereogram of the air regulator of one embodiment of the invention.
Fig. 2 is the exploded perspective view of the part of separation Fig. 1 humidification device 200.
Fig. 3 is the longitudinal sectional view of Fig. 1 air regulator.
Fig. 4 is the exploded perspective view for showing only separation Fig. 1 body 130.
Fig. 5 is the exploded perspective view of the part of separation Fig. 4 body 130.
Fig. 6 is the filter assemblies for showing Fig. 1 body 130 and being installed on above-mentioned body 130 in a detachable manner 10 stereogram.
Fig. 7 is the stereogram of the filter assemblies 10 of figure.
Fig. 8 is the upward view of Fig. 7 filter assemblies 10.
Fig. 9 is the A1-A1 ' longitudinal sectional views of the filter assemblies 10 of exploded chart 8.
Figure 10 is the exploded perspective view of Fig. 7 filter assemblies 10.
Figure 11 is the front view from the body 130 in the state of Fig. 6 separating and filtering device assembly 10 of body 130.
Figure 12 and Figure 13 is the sectional view of cutting perpendicularly body 130.Figure 12 is the sectional view cut along Figure 11 A2-A2 ', Figure 13 is the sectional view cut along Figure 11 A3-A3 '.
Figure 14 is the stereogram of Figure 11 body 130, and Figure 14 is to show the guide portion structure inside filter outer cover 140 146th, 147 figure.
Figure 15 is the stereogram of Figure 11 body 130, and Figure 15 shows the guide portion structure 142 inside filter outer cover 140 Figure.
Figure 16 is the stereogram of Figure 10 drawer 400.
Figure 17 is the stereogram for the drawer 400 that Figure 16 is watched from another side.
Figure 18 is the elevation of the drawer 400 from side viewing Figure 16.
Figure 19 is the A4-A4 ' sectional views of the drawer 400 of exploded chart 18.
Figure 20 is the A5-A5 ' sectional views of the drawer 400 of exploded chart 18.
Figure 21 is the elevation for taking out solid 400 from front viewing Figure 16.
Figure 22 shows the configuration of the drawer guide portion 147 of Figure 14 filter outer cover 140 and the sliding part 414 of drawer 400 The vertical sectional view of state.
Figure 23 is the sectional stereogram of the configuration status for the drawer guide portion 147 and sliding part 414 for showing Figure 14, Tu23Wei Show when the front end 400a1 of drawer opening portion is configured more forwards than the front end 3001 of gauze filter, roller 147b is with sliding The figure for the position that portion 414 is in contact.
Figure 24 is to show that the filter assemblies 10 in Fig. 6 are installed in the state of the inner space of filter outer cover 140 The schematic diagram of the circuit diagram of electric dust collecting means 500.
Figure 25 is to show filter assemblies 10 in Fig. 6 from electric dust collecting means 500 in the state of the extraction of filter outer cover 140 Circuit diagram schematic diagram.
Figure 26 shows the stereogram of the circuit diagram of the electro-mechanical part 510 shown in brief Figure 24 and Figure 25.
Figure 27 is the elevation for the circuit diagram for schematically illustrating the dust collecting part 540 shown in Figure 24 and Figure 25.
Wherein, description of reference numerals is as follows：
100：Air cleaning unit 200：Humidification device
130：Body 131：Body housing
140：Filter outer cover 141：It is short-circuit raised
144：Cut-out projection 145：Roof-cut resistence
148a：Electro-mechanical part power supply terminal 149a：Electro-mechanical part ground terminal
148b：Dust collecting part power supply terminal 149b：Dust collecting part ground terminal
10：Filter assemblies
300：Gauze filter 400：Drawer
410：Framework 413：Strainer cover
500：Electric dust collecting means 350：Light catalyst filter
510：Electro-mechanical part 540：Dust collecting part
581、581a、581b：High-voltage generator 582,582a, 582b：Ground connection
583、583a、583b：Ground wire 584,584a, 584b：High-voltage line
518：Electro-mechanical part power supply accepting terminals 519：Electro-mechanical part is grounded accepting terminals
548：Dust collecting part power supply accepting terminals 549：Dust collecting part is grounded accepting terminals
600：Short switch
Embodiment
Mode of the direction of " up/down/front/rear/left/right " mentioned below etc. according to Fig. 1 etc. is defined, above-mentioned Direction is used to clearly state the present invention, and according to benchmark, all directions can be defined by different way.U, D, F, R shown in figure, Le and Ri be respectively upper (Up), under (Down), preceding (Front), rear (Rear), left (Left) and right (Right).
The air cleaning unit of the present invention can with into can be in the air regulator etc. of cooling and warming or humidification etc. part fill Put, it is also possible to make the extra self-contained unit of air cleaning.In the present embodiment, it is illustrated as being installed on the air of air regulator Purifier, when being not limited thereto.
" current potential " as shown below is energy of position." voltage " of following presentation is the potential difference of two positions.It is as shown below " electrical connection " do not mean only that situation about being in contact in the way of making electric current directly flow, and across it between being additionally included in His electric conductor is come situation about being connected.In the present invention, the performance of " first, second ... " is used for specification configuration key element, with structure Priority or importance between key element is unrelated.
Referring to figs. 1 to Fig. 5, the air regulator of one embodiment of the invention includes air cleaning unit 100 and is arranged at State the upside humidification device 200 of air cleaning unit 100.Air cleaning unit 100 is arranged at ground, above-mentioned humidification device 200 It is arranged at the top of air cleaning unit 100.
Filtered after the above-mentioned suction of air cleaning unit 100 extraneous air, and quilt is provided to above-mentioned humidification device 200 Filtered air.Above-mentioned air cleaning unit 100 is discharged except the foreign matter in the extraneous air flowed into and gone to humidification device 200 Except stench etc. is by filtered air.Above-mentioned humidification device 200 receive it is above-mentioned by filtered air and carry out provide moisture plus It is wet, and discharge humidifying air to outside.
Humidification device 200 and air cleaning unit 100 can be separated from each other.User of service separates above-mentioned humidification device 200 And cleaned after air cleaning unit 100.User of service from air cleaning unit 100 separate above-mentioned humidification device 200 it Afterwards, supplied water to the tank 30 for being configured inside.User of service also can be laminated in air cleaning unit in above-mentioned humidification device 200 Supplied water in the state of 100.
Above-mentioned air cleaning unit 100 is formed with the suction passage 101 for sucking extraneous air.Above-mentioned air cleaning dress Put 100 and be formed with the filtering stream 102 for implementing filtering for the air to above-mentioned suction.
In the state of air cleaning unit 100 is laminated in humidification device 200, above-mentioned air regulator in order to humidification fill Put 200 supplies and formed the connection stream 103 bypassed air through by filtered air in air cleaning unit 100.Above-mentioned shape Cleaning connection stream 104 is defined as into the connection stream 103 in the side of air cleaning unit 100, above-mentioned humidification device is will be formed in The connection stream of 200 sides is defined as humidification connection stream 105.The formation cleaning connection stream 104 of air cleaning unit 100.Humidification The formation humidification connection stream 105 of device 200.
Above-mentioned humidification device 200 is formed with for being implemented by filtered air by above-mentioned air cleaning unit 100 The humidification stream 106 of humidification.It is above-mentioned that moisture is received and humidified during by humidifying stream 106 by filtered air. In the downstream side formation discharge duct 107 of humidification stream 106, so as to outside discharge by air cleaning unit 100 and humidification The air that device 200 is handled.
In the present embodiment, there is air-flow direction one in the inside of air cleaning unit 100 and humidification device 200 The part of part bending, still, air-flow direction A are above-below direction on the whole.Specifically, air-flow direction A is under Direction of the side towards upside.
Above-mentioned air regulator may include the display apparatus module that the running status of air cleaning unit is shown to user of service 160。
Above-mentioned air regulator may include the handle 129 for lifting humidification device 200.
Above-mentioned air cleaning unit 100 includes：Body 130, for passing through above-mentioned suction passage to the guiding of humidification device 200 The extraneous air of 101 suctions；Filter assemblies 10, are arranged at above-mentioned body 130, for above-mentioned suction in the way of it can separate The extraneous air entered implements filtering；And blowing unit 20, the inside of above-mentioned body 130 is configured at, for the air to flowing Pressure is provided.
Above-mentioned air cleaning unit 100 is arranged at base 112, and body 130 forms above-mentioned in the way of being separated with base 112 Suction passage 101.Body 130 is separated from base 112, therefore, can integrally suck extraneous air by the downside of body 130. Above-mentioned air cleaning unit 100 makes the upward side movement of extraneous air sucked from downside.Air is along filtering stream 102, from downside Flowed up to upside against gravity direction.
By above-mentioned suction passage 101,360 degree of comprehensive direction suction extraneous airs from horizontal plane.On separating Base 112 and body 130 are stated, link rod frame 115 is set between above-mentioned body 130 and base 112.Above-mentioned link rod frame 115 Above-mentioned base 112 and body 130 are combined, and supports above-mentioned body 130.
Extraneous air flows via above-mentioned link rod frame 115 to suction inlet 111.In above-mentioned link rod frame 115, shape up and down Into multiple connecting rods 114.Preferably, above-mentioned multiple connecting rods 114 are in fine and closely woven state, to prevent finger from entering suction inlet 111.
Body 130 includes the body housing 131 for forming the profile of air cleaning unit 100.
In above-mentioned body 130, the section cut along the plane vertical relative to above-below direction can be rounded.
Filter assemblies 10 are combined with above-mentioned body 130 in a detachable manner.Above-mentioned filter assemblies 10 can be from Body 130 is separated to horizontal direction.Filter assemblies 10 can be introduced or drawn along the longitudinal direction relative to body 130.Multiple mistakes Filter can be laminated in filter assemblies 10 along the vertical direction.Filter assemblies 10 may include to be used to make above-mentioned multiple filters temporary transient Mobile drawer 400.Detailed description thereof will be aftermentioned.
Air cleaning unit 100 includes forming profile and sets opening portion 133 in side (front side) formation filter Body housing 131.Air cleaning unit 100 includes being configured at the filter outer cover 140 of the inside of body housing 131.
Filter outer cover 140 is formed with the inner space for housing filter assemblies 10 in a detachable manner.Filter Outer cover 140 is arranged at body 130.Filter outer cover 140 is configured at the inside of body 130 in a fixed manner.Filter outer cover 140 are formed with the inner space of the filter module of the pluggable grade of electric dust collecting means 500.Above-mentioned filter module can pass through filtering Device sets opening portion 133 to be introduced to the inner space of filter outer cover cover 140.Above-mentioned filter module can be set by filter Drawn from the inner space of filter outer cover 140 opening portion 133.Drawer 400 can set opening portion 133 to filtering by filter The inner space of device outer cover 140 is introduced.Drawer 400 can set opening portion 133 from the inside of filter outer cover 140 by filter Draw in space.Drawer 400 is introduced and drawn along the longitudinal direction.
Filter outer cover 140 and filter assemblies 10 form filtering stream 102 in the state of being combined.Filter stream 102 upstream side is connected with suction passage 101.The downstream side of filtering stream 102 is connected with being connected stream 103.Specifically, The downstream side of filtering stream 102 is connected stream 104 with cleaning and is connected.
Filter is formed in the side (forward face) of body housing 131, and opening portion 133 is set.Above-mentioned filter assemblies 10 lead to Crossing above-mentioned filter sets opening portion 133 to be inserted to the inside of above-mentioned filter outer cover 140.Filter assemblies 10 are included in covering State the strainer cover 413 that filter sets opening portion 133.
It is provided for guiding to above-mentioned humidification device 200 in the inside of above-mentioned body 130 and is discharged from above-mentioned blowing unit 20 Air air-supply outer cover 150.Above-mentioned air-supply outer cover 150 is located at the upside of above-mentioned filter outer cover 140.Above-mentioned air-supply outer cover 150 are fixed on above-mentioned filter outer cover 140.
Blowing unit 20 is set between above-mentioned filter outer cover 140 and air-supply outer cover 150.Above-mentioned blowing unit 20 is provided Pressure for making air flow.
Above-mentioned filter assemblies 10 are configured in the mode orthogonal with the flow direction of air.Above-mentioned filter assemblies 10 and mistake Filter the cross-over configuration of stream 102.Above-mentioned filtering stream 102 is formed along the vertical direction, and above-mentioned filter assemblies 10 draw to horizontal direction Enter and draw.
The air sucked by above-mentioned suction passage 101 is by the inside of above-mentioned filter outer cover 140 to blowing unit 20 Flowing.Above-mentioned blowing unit 20 is configured at the upside of filter outer cover 140, and by the air of suction filter stream 102 to adding Wet device 200 is discharged.
Above-mentioned blowing unit 20 includes air supply motor 22 and Air Blast fan 24.In the present embodiment, above-mentioned air supply motor 22 And Air Blast fan 24 is configured between air-supply outer cover 150 and filter outer cover 140, above-mentioned air supply motor 22 is configured at upside, And Air Blast fan 24 is configured at downside.
Above-mentioned air supply motor 22 is arranged at air-supply outer cover 150, and is supported by above-mentioned air-supply outer cover 150.Above-mentioned Air Blast fan 24 assemble with air supply motor 22, and receive the driving force of above-mentioned air supply motor 22 to be rotated.Above-mentioned Air Blast fan 24 is configured In the side of filter outer cover 140.
To minimize installation space, at least a portion of above-mentioned air supply motor 22 is inserted in the inside of air-supply outer cover 150, At least a portion of above-mentioned Air Blast fan 24 is inserted in the inside of filter outer cover 140.
Above-mentioned Air Blast fan 24, by after filtered air, is discharged by filtered air to center suction to circumferencial direction. In the present embodiment, above-mentioned air supply motor 22 is located at the upside of Air Blast fan 24 in the way of not occurring impedance with air.It is above-mentioned Air supply motor 22 is arranged at the position in addition to air flow circuit.
The air discharged from above-mentioned Air Blast fan 24 is filled along filter outer cover 140 and air-supply outer cover 150 to the humidification of upside Put 200 flowings.
The upside configuration tank 30 of above-mentioned blowing unit 20 inside above-mentioned body 130.Above-mentioned body 130 is with to upside The mode of insertion tank 30 forms the tank insertion space being recessed from upper laterally inner side.
Face forms the humidification path inlet 123 that can be bypassed air through, above-mentioned humidification around above-mentioned tank insertion space Path inlet 123 is connected with the inside of tank 30.In the present embodiment, configured in the inner side of above-mentioned humidification path inlet 123 Humidification medium 50 containing moisture.
The water for being provided for sucking inside above-mentioned tank 30 in the inside of above-mentioned tank 30, extracts what is sucked out to upside Water, and the unit 40 of pouring water of be pumped into water is sprayed laterally.Unit 40 of pouring water is provided as in the bottom of above-mentioned tank 30 The motor 42 of pouring water of power source.Above-mentioned pour water motor 42 and the physical differentiation of above-mentioned air supply motor 22.Can independent control be above-mentioned send Wind fan 22 and motor 42 of pouring water.
Above-mentioned humidification device 200 includes：Sense of vision body 210, air cleaning unit is laminated in the way of it can separate 100, formed by perspective material；And cap assembly 230, it is combined in the way of it can separate with above-mentioned sense of vision body 210. In the present embodiment, discharge duct 107 is formed between above-mentioned cap assembly 230 and sense of vision body 210.Above-mentioned discharge duct 107 are connected with humidifying the downstream side of stream 106.Above-mentioned connection stream 103 is connected with humidifying the upstream side of stream 106. The water supply stream 109 that the above-mentioned formation of cap assembly 230 can supply water in outside.
Reference picture 6 and Figure 15, one side formation filter of the body 130 in outer circumferential surface set opening portion 133.Pass through Filter sets opening portion 133, and the inner space of filter outer cover 140 is connected with exterior space.Set and opened by filter Oral area 133 introduces filter assemblies 10 to the inner space of filter outer cover 140.
The both sides of medial surface in the way of guiding the slip of filter assemblies 10 in filter outer cover 140 can form guiding Portion 142,146,147.Guide portion 142,146,147 can at least include the upper of the rubbing surface of an offer support filter assemblies 10 Sideways 146,147a.Guide portion 142,146,147 can at least include one and press from the upper side to the lower side under filter assemblies 10 Sideways 142.Guide portion 142,146,147 may include at least one in roller 147b or bearing.Guide portion 142,146,147 can be wrapped Include the drawer guide portion 147 of the slip for guiding drawer 400.Guide portion 142,146,147 may include to be used to draw to include for drawing Lead the gauze filter guide portion 146 of the slip of gauze filter 300.Guide portion 142,146,147 may include to be used to guide peace Filter module guide portion 142 (reference picture 14 and the figure of the slip of the upper side of filter module 350,400 loaded on drawer 15)。
The left and right side (sides of configuration guide sections) of the inner space of filter outer cover 140 disconnects filter assemblies The flowing of 10 left and right directions.
Air cleaning unit 100 includes the power supply terminal 148 for being used to power to electric dust collecting means 500.Air cleaning unit 100 include being used to provide the ground terminal 149 being grounded to electric dust collecting means 500.Power supply terminal 148 and ground terminal 149 are configured In the medial surface of filter outer cover 140.
Power supply terminal 148 may include：Electro-mechanical part power supply terminal 148a, for being powered to electro-mechanical part 510；And dust collecting part electricity Source terminal 148b, for being powered to dust collecting part 540.Ground terminal 149 may include：Electro-mechanical part ground terminal 149a, for band Electric portion 510 provides ground connection；And dust collecting part ground terminal 149b, for providing ground connection to dust collecting part 540.
Drawer 400 includes covering the strainer cover 413 that above-mentioned filter sets opening portion 133.Strainer cover 413 includes height Degree sets the upside extension 413d of the height predetermined distance of opening portion 133 higher than filter.Above-mentioned upside extension formation is passed Sensor hole 413a.
Air cleaning unit 100 may include the sensor assembly 135,136,137 for being arranged at body 130.Sensor assembly 135th, 136,137 at least include the part that a part is exposed to outside air.Sensor assembly 135,136,137 is used for from outer Portion's air detection provisioning information.Sensor assembly 135,136,137 is configured in the inside of body 130.Sensor assembly 135, 136th, 137 it can also be configured the upside that opening portion 133 is set in filter.The shape being combined in filter assemblies 10 with body 130 Under state, sensor assembly 135,136,137 can be blocked by strainer cover 413.Sensor assembly 135,136,137 is configured in The upside extension 413d of strainer cover 413 rear side.Sensor assembly 135,136,137 flows from by gauge hole 413a The air detection provisioning information entered., can be to above-mentioned blowing unit 20 according to the information detected from sensor assembly 135,136,137 It is controlled.
Sensor assembly 135,136,137 may include the dust sensor 135 for detecting the dust concentration in extraneous air.Pass Sensor module 135,136,137 may include the humidity sensor 136 for detecting the humidity of extraneous air.Sensor assembly 135,136, 137 may include the taste sensor 137 of the taste of detection extraneous air.
The outer circumferential surface for setting the upper portion of opening portion 133 to form body 130 in filter is recessed and strainer cover 413 Upside extension 413d the corresponding distance of thickness depressed part 134.Body housing 131 includes depressed part 134, in drawer 400 in the state of the inner space of filter outer cover 140, and above-mentioned depressed part 134 matches with upside extension 413d.Serve as Filter cover 413 matches when body 130 is combined with depressed part 134.When upside extension 413d is when body 130 is combined Match with above-mentioned depressed part 134.
" static (the settlement) " state of drawer 400 in the inner space of filter housing 140 means drawer 400 Complete (fully) in the state that can not be introduced again to filter outer cover 140 is introduced.In drawer 400 to filter outer cover 140 The state that the state or drawer 400 of introducing are drawn from filter outer cover 140 is not above-mentioned " static " state.
Sensor assembly 135,136,137 may include multiple sensors.Multiple sensors can landscape configuration.Above-mentioned multiple biographies Sensor is horizontally arranged in the rear side of depressed part 134.
Body housing 131 forms hole 135a, 136a, 137a respectively in the front of above-mentioned multiple sensors.In depressed part 134 In, it is formed at each hole landscape configuration in front of each sensor.
In the formation humidity sensor of depressed part 134 hole 136a.Humidity sensor 136 is configured at after above-mentioned depressed part 134 Side.Humidity sensor 136 is configured at above-mentioned humidity sensor hole 136a rear.Humidity sensor hole 136a can be by multiple apertures It is intensive to form.
In the formation taste sensor of depressed part 134 hole 137a.Taste sensor 137 is configured at after above-mentioned depressed part 134 Side.Taste sensor 137 is configured at above-mentioned taste sensor hole 137a rear.Taste sensor hole 137a can be by multiple apertures It is intensive to form.
The clean-out hatch 135a of the inside for cleaning dust sensor 135 is formed in body housing 131.Body housing 131 Including the inlet bore 135b for making air be flowed into dust sensor 135.Body housing 131 formed for make air from The tap hole 135c that dust sensor 135 flows out.Ostium 135b, clean-out hatch 135a and tap hole 135c successively under on the side Side is configured.
Dust sensor 135 may include for (not scheming to the heating part heated to the leaked-in air of dust sensor 135 Show).Above-mentioned heating part is configured in the inner space for being opened and closed clean-out hatch 135a.If being carried out by above-mentioned heating part to air Heat, then by convection, air can side be flowed on the side under.By above-mentioned convection current, air flows to the ostium 135b of downside Enter, and upwards effluent portal 135c outflow.
Dust sensor 135 is configured at the rear side of depressed part 134.Dust sensor 135 be configured at above-mentioned multiple hole 135a, 135b, 135c rear side.
In the state of strainer cover 413 blocks dust sensor 135, in order to supply outside sky to dust sensor 135 Gas, gauge hole 413a is formed in the part of the strainer cover 413 corresponding with the position of dust sensor 135.Gauge hole 413a is being in long gap shape in the lateral direction with least one corresponding position in ostium 135b and tap hole 135c. Above-mentioned multiple sensors can be arranged along the length direction in above-mentioned gap.
Gauge hole 413a can be formed at the position corresponding with ostium 135b and tap hole 135c.Gauge hole 413a The position corresponding with ostium 135b and tap hole 135c can be respectively formed in.
Gauge hole 413a can be formed along the direction for arranging above-mentioned multiple sensors in long mode.Gauge hole 413a can Think the gap formed in horizontally long mode.
Multiple gauge hole 413a can be formed.Gauge hole 413a can along the vertical direction be separated by multiple gaps and formed.Pass Sensor hole 413a includes being configured at the first sensor hole 413a1 of upside and is configured at the second sensor hole 413a2 of downside.The One gauge hole 413a1 and second sensor hole 413a2 can be formed fitly.First sensor hole 413a1 can be laterally with long Mode is formed.Second sensor hole 413a2 can be formed laterally in long mode.First sensor hole 413a1 is along the multiple of rear side The direction of sensor arrangement is formed in long mode.The direction of multiple sensors arrangements of the second sensor hole 413a2 along rear side Formed in long mode.First sensor hole 413a1 is formed at the position corresponding with tap hole 135c height.Second sensing Device hole 413a2 is formed at the position corresponding with ostium 135b height.
Upside extension 413d can be opened and closed clean-out hatch 135a according to the extraction and introducing of drawer 400.In drawer 400 in filtering In the state of the inside of device outer cover 140, upside extension 413d trailing flank closes clean-out hatch 135a.In drawer 400 from misgivings In the state of device outer cover 140 is drawn, upside extension 413d trailing flank opens clean-out hatch 135a.
Filter assemblies 10 include the filter module 500,350 filtered to air.Filter assemblies 10 include branch Support the drawer 400 of filter assemblies 500,350.Filter assemblies 10 include bypassing air through between net-shaped mesh and removing sky The gauze filter 300 of foreign matter in gas.
Drawer 400 can set opening portion 133 to be drawn from the inner space of filter outer cover 140 by filter.Filter Module 500,350 is installed on drawer 400.Filter module 500,350 together sets opening portion with drawer 400 by filter 133 draw from the inner space of filter outer cover 140.
Drawer 400 supports at least a portion of filter module 500,350.Drawer of the drawer 400 along filter outer cover 140 Guide portion 147 is slided.The drawer opening 400a that air passes through when drawer 400 is formed with.Drawer opening portion 400a is formed at level Face.The above-below direction of from the air sucked by suction passage 101 to drawer opening portion 400a pass through.Side leads to air on the side under Cross drawer opening portion 400a.
Drawer 400 includes the framework 410 for forming the drawer opening portion bypassed air through.Drawer 400 includes covering and filtered Device sets the strainer cover 413 of opening portion.Strainer cover 413 is combined with framework 410.
Framework 410 is configured in the downside of drawer 400.Strainer cover 413 is configured at the forward face of drawer 400.Framework 410 Leading section and strainer cover 413.The following side of strainer cover 413 is combined with framework 410.Strainer cover 413 can to frame The perpendicular direction extension of frame 410.Framework 410 is configured in horizontal plane.Strainer cover 413 is configured in and body housing 131 Lateral surface identical plane.
Filter module 500,350 is installed on framework 410 in the way of it can separate.Filter module 500,350 pairs lead to The air for crossing drawer opening portion 400a is filtered.In drawer 400 in the state of the inner space of filter outer cover 140, make Air passes through drawer opening portion 400a and filter module 500,350 along the vertical direction.
Filter module 350,500 may include multiple filters of stacking in the way of it can be separated from each other.Filter mould Block 350,500 may include electric dust collecting means 500.Filter module 350,500 may include light catalyst filter 350.
Electric dust collecting means 500 make the dust particle in air powered and air are entered by dust powered dust particle Row filtering.
Light catalyst filter 350 applies the photocatalyst with deodoriging properties in porous base, so that with physical/chemical Mode removes the taste components in air.
Light catalyst filter 350 includes：Light catalyst filter framework 353, week is formed in the horizontal profile of filtering stream 102 Enclose；And photocatalyst service portion 355, supported by light catalyst filter framework 353.Photocatalyst service portion 355 can by Forming the base member coating of the hole of a part for filtering stream 102, there is the known photocatalyst of deodoriging properties to make, Also it can be made in the part formation hole with photocatalyst property.
Above-mentioned photocatalyst may include activated carbon.Activated carbon can be trapped by physical bond power in photocatalyst service portion 355 Taste particle.Using activated carbon or other photocatalysts, above-mentioned taste is trapped in photocatalyst service portion 355 by chemical bond mode Road particle.Light catalyst filter 350 separates from body 130 and filter assemblies 10 and it is exposed in sunlight etc., thus can go Except the taste particle trapped in photocatalyst service portion 355.
Drawer 400 can support electric dust collecting means 500.Electric dust collecting means 500 can support light catalyst filter 350.Netted mistake Filter 300, electric dust collecting means 500 and light catalyst filter 350 on the basis of air-flow direction A can from upstream to flow down successively Configuration.In filter assemblies 10, electricity can be configured in the upside of gauze filter 300 in foot configuration mesh filter 300 Dust collect plant 500, in topmost configuration configuration light catalyst filter 350.
Filter module 350,500 is installed on drawer 400 in the way of it can separate.Electric dust collecting means 500 are can divide From mode be installed on drawer 400.Light catalyst filter 350 is installed on the upper of electric dust collecting means 500 in the way of it can separate Side.
Gauze filter 300 is drawn in the mode independent with drawer 400 from the inner space of filter outer cover 140.It is netted Filter 300 is configured at the direction for the inflow entrance 506 to form electric dust collecting means 500.
Gauze filter 300 is configured at the downside of electric dust collecting means 500.Gauze filter 300 is configured in electric precipitation dress Put the direction that electro-mechanical part 510 is configured in 500.Gauze filter 300 is configured at forms electric dust collecting means in electric dust collecting means 500 The direction of 500 inflow entrance 506.Gauze filter 300 is laminated with electric dust collecting means 500.
Gauze filter 300 is configured at the downside of drawer 400.Gauze filter 300 is independently introduced into or drawn with drawer 400 Go out.Gauze filter 300 is independently introduced into or drawn with electric dust collecting means 500.Only in electric dust collecting means 500 and gauze filter The inside to filter outer cover 140 in 300 introduces or drawn from inside.
Gauze filter 300 includes the gauze filter lid 313 for forming forward face.In gauze filter 300 and drawer 400 In the state of filter outer cover 140, on the continuous face of forward face of the formation of gauze filter lid 313 and strainer cover 413 Outward appearance.Gauze filter lid 313 is formed from the upside gauze filter lid handle 313a that side is recessed downwards.
It is that can make above-mentioned netted misgivings in gauze filter 300 and drawer 400 in the state of filter outer cover 140 Device lid handle 313a exposes to outside, the handle exposed division 413c of the part depression in the formation of strainer cover 413 lower end.Handle Exposed division 413c forward face and downside are in open state.The forward face of handle exposed division 413c from strainer cover 413 is recessed Fall into above-mentioned gauze filter lid handle 313a rear end.User of service puts his hand into handle exposed division 413c and holds netted mistake Filter cover handle 313a.
Gauze filter 300, which is included on the horizontal plane at the rear of gauze filter lid 313, is configured at above-mentioned filter stream Grid framework 315 around road 102.Gauze filter 300 may include to grid framework 315 provided around inner side divide Filter the netted auxiliary frame 316 of the horizontal profile of stream 102.Netted auxiliary frame 316 will filter the horizontal profile of stream 102 It is divided into multiple.
Gauze filter 300 includes the mesh 318 for removing institute's foreign matter through the air and collection.The quilt of mesh 318 Grid framework 315 and netted auxiliary frame 316 are supported.Mesh 318 is matched somebody with somebody with grid framework 315315 and netted auxiliary frame 316 It is placed in same level.Separate gauze filter 300 to be washed from body 130, thus can remove and gathered by mesh 318 Foreign matter.
Reference picture 16 and Figure 21, framework 410 include a pair of side frames relative to the rear slide forward of filter outer cover 140 Frame 410a.In a pair of lateral frame 410a formation drawers opening portion 400a.A pair of lateral frame 410a extend along the longitudinal direction.Cross Filter cover 413 is configured at a pair of lateral frame 410a leading section.A pair of lateral frame 410a be configured at filter module 350, 500 downside.A pair of lateral frame 410a are configured at the upside of gauze filter 300.
Framework 410 may include to connect the afterframe 410b between a pair of side frames 410a rearward end.Afterframe 410b to Left and right directions extends.Afterframe 410b left end is combined with the body side frame 410a in left side rearward end.Afterframe 410b Right-hand end be combined with the body side frame 410a on right side rearward end.Drawer opening portion 400a is formed at afterframe 410b and mistake Between filter cover 413.Afterframe 410b is configured at the downside of filter module 350,500.Afterframe 410b is configured at netted mistake The upside of filter 300.
Framework 410 may include to connect the front baffle 410c between a pair of side frames 410a leading section.Front baffle 410c with The rear of strainer cover 413 is combined.Front baffle 410c extends in the lateral direction.Front baffle 410c left end and left side Body side frame 410a leading section be combined.Front baffle 410c right-hand end and the body side frame 410a on right side leading section are mutually tied Close.Drawer opening portion 400a is formed between afterframe 410b and front baffle 410c.Front baffle 410c is configured at filter module 350th, 500 downside.Front baffle 410c is configured at the upside of gauze filter 300.
The mounting surface 411 of filter module 350,500 is installed in the formation of framework 410.The formation support filter mould of mounting surface 411 The upper side of block 350,500.Mounting surface 411 can be respectively formed in the left and right sides of framework 410.Mounting surface 411 and filter module 350th, the part in 500 downside is in contact, so as to support filter module 350,500.
Filter module 350,500 is installed on framework 410 in the way of it can separate.Electric dust collecting means 500 are can divide Held high from score depending on being installed on framework 410.A pair of side frames 410a, afterframe 410b and front baffle 410c are formed with for installing The mounting surface 411 of strainer modules 350,500.A pair of side frames 410a is formed at the downside of filter module 350,500 to upside The first mounting surface 411a that face is in contact.Afterframe 410b is formed at filter module 350,500 is in contact second to upside Mounting surface 411b.Front baffle 410c forms the 3rd mounting surface being in contact with the downside of filter module 350,500 to upside 411c.Mounting surface 411 may include the first mounting surface 411a, the second mounting surface 411b and the mounting surface 411c of the 3rd mounting surface three.
Drawer opening portion 400a can be formed in the central portion of mounting surface 411.First mounting surface 411a, the second mounting surface 411b And the 3rd mounting surface 411c can surround drawer opening portion 400a.The present invention may include to protrude to upside along around mounting surface 411 And the guide member (not shown) being in contact with the side of filter module 350,500.Guide sections part, which is used to guide, to be filtered The installation action of device module 350,500 so that filter module 350,500 can be in contact with mounting surface 411.
A pair of side frames 410a mounting surface 411a can be with afterframe 410b mounting surface 411b's and front baffle 410c At least one in mounting surface 411c has difference in height.A pair of side frames 410a mounting surface 411a position can be higher than front frame The position of frame 410c mounting surface 411.The downside of filter module 350,500 is in and the shape in the way of with above-mentioned difference in height Into the shape that matches of multiple mounting surface 411a, 411b, 411c.
Strainer cover 413 includes the front face 4131 for forming forward face.The formation the sensor of front face 4131 hole 413a. Front face 4131 includes handle 413b.A part for front face 4131 forms strainer cover handle in the way of being recessed to rear side 413b.If pulling strainer cover handle 413b, drawer 400 can be pulled.Card described later is can configure in strainer cover handle 413b Only release button 417b.Front face 4131 can form handle exposed division 413c described later.Front face 4131 can be in body housing The shape of 131 lateral surface extension.Front face 4131 can be in the shape bent on horizontal profile in the way of protruding forwards. Front face 4131 includes the above-mentioned upside extension 413d for being configured at upper side.
Strainer cover 413 includes the rear face 4132 being in contact with the front face of filter module 350,500.Rear face 4132 form at least a portion of the trailing flank of strainer cover 413.Rear face 4132 guides the front of filter module 350,500 The position in face.Rear face 4132 is in the shape corresponding with the shape in the front face of filter module 350,500.In the present embodiment In, the front face of filter module 350,500 forms vertical plane, the shape of rear face 4132 also perpendicular plane.
Strainer cover 413 may include with the upper inside face of filter outer cover 140 it is opposite above 4133.Upper surface portion 4133 are configured between rear face 4132 and front face 4131.Fastener 417a described later is configured in upper surface portion 4133.Filter Outer cover 140 forms fastening groove 143 in the way of it can block fastener 417a in the position corresponding with fastener 417a.Above The rear end in portion 4133 can be connected with the upper end of rear face 4132.The front end of upper surface portion 4133 and the rear of front face 4131 It is connected.The front end of upper surface portion 4133 is connected with upside extension 413d lower end.
Reference picture 9, drawer 400 is blocked including making drawer 400 in the mode for the inside for being installed on filter outer cover 140 Clamping device 417 only.Clamping device 417 with drawer 400 in the state of the inside of filter outer cover 140 to drawer 400 It is fixed.Clamping device 417 is configured in strainer cover 413.
Clamping device 417 includes fastener 417a, in drawer 400 in the state of the inner space of filter outer cover 140, Above-mentioned fastener 417a is stuck in filter outer cover 140.Fastener 417a is configured at upper surface portion 4133.Above-mentioned fastening groove 143 is formed Upper side in the inner space of filter outer cover 140.Fastener 417a protrudes to upside.The position of fastener 417a upper end Higher than the position of upper surface portion 4133.Fastener 417a trailing flank is then formed close to the inclined plane of rear side closer to downside.Taking out During drawer 400 is introduced to rear direction, above-mentioned inclined plane is close to the upper end that misgivings device sets opening portion 133, so as to Fastener 417a downside movement.In drawer 400 in the state of the inner space of filter outer cover 140, fastener 417a is inserted Enter above-mentioned fastening groove 143 and upwards side movement.If fastener 417a is inserted in fastening groove 143, taken out even if pulling forwards Drawer 400, drawer 400 will not be also brought out.
In the state of fastener 417a is inserted in fastening groove 143, clamping device 417 may include to make to release locking The locking of the downward side movements of fastener 417a releases button 417b.Fastener 417a contact fasteners 417a locking.Fastener 417a releases button 417b with locking and is connected.If pressing locking releases button 417b, fastener 417a can be moved side downwards. Button 417b can be released to downside pressing locking.Locking releases the downside that button 417b is configured in strainer cover handle 413b Face.
Clamping device 417 may include in the case of being pressed to downside, apply the elastic portion 417c of recuperability to upside.Elastic portion 417c is configured in the downside that locking releases button 417b.The sustainable lockings of elastic portion 417c release button 417b downside.
Reference picture 14, Figure 15, Figure 17 illustrate between filter outer cover 140 and drawer 400 to Figure 20, Figure 22 and Figure 23 Slide construction between slide construction and filter outer cover 140 and gauze filter 300 is as follows.
Filter outer cover 140 includes being respectively arranged at a drawer guide portion 147 of the both sides of filter outer cover 140.One It is used for the extraction and introducing of guiding frame 410 to drawer guide portion 147.Drawer 400, which includes matching somebody with somebody, is respectively arranged at the two of framework 410 The pair of sliding portion 414 of side.Moved along a pair of drawer guide portions 147 in pair of sliding portion 414.Sliding part 414 is can be moved Dynamic mode is supported by drawer guide portion 147.Sliding part 414 is formed at a pair of side frames 410a downside.
Drawer guide portion 147 may include orbit portion 147a.Drawer guide portion 147 may include roller 147b.Orbit portion 147a can Extend along the longitudinal direction.Orbit portion 147a is formed at the upper side that sliding part 414 is in contact.Roller 147b is configured in drawer guide The leading section in portion 147.The direction of roller 147b rotary shaft is that left and right is left and right directions.The roller 147b and cunning in drawer guide portion 147 The orbit portion 414a in dynamic portion 414 is in contact.
Sliding part 414 may include orbit portion 414a.Sliding part 414 may include roller 414b.Orbit portion 414a can be along front and back To formation.Orbit portion 414a is formed at the downside that drawer guide portion 147 is in contact.Roller 414b is configured in sliding part 414 Rearward end.The direction of roller 414b rotary shaft is left and right directions.The track in the roller 414b figure drawer guides portion 147 of sliding part 414 Portion 147a is in contact.
Roller 414b can along the longitudinal direction be moved along orbit portion 147a.Orbit portion 147a support rollers 414b downside.Orbit portion 414b can along the longitudinal direction be moved by roller 147b.Roller 147b supporting tracks portion 414b.
Filter outer cover 140 includes filter module guide portion 142, when filter module 350,500 and drawer 400 together When drawing and introducing, the movement of the upper side of the above-mentioned guiding of filter module guide portion 142 filter module 350,500.Filtering Device outer cover 140 includes a pair of filter module guide portions 142 with the both sides of filter outer cover 140 are respectively configured.Filter mould Block guide portion 142 is configured at the upper inside of filter outer cover 140.Filter module guide portion 142 is formed at filter module 350th, the downside that 500 upper side is in contact.
In drawer 400 in the state of the inside of filter outer cover 140, the roller 147b strong point is located at front, orbit portion The 147a strong point is located behind.The strong point is separated along the longitudinal direction, so that drawer 400 is stably supported.
During drawer 400 is from the extraction of filter outer cover 140, the position of the roller 147b strong point, still, roller are maintained During 414b is moved forwards, the orbit portion 147a strong point is moved forwards.The roller 147b strong point and orbit portion The spaced apart of the 147a strong point narrows, and the forward portion of drawer 400 is protruded with the direction without the strong point.If in drawer 400 install the upper side and filter outer cover of electric dust collecting means 500 and light catalyst filter 350, then light catalyst filter 350 140 filter module guide portion 142 is in contact, so as to prevent from rotating on the downside of the front direction of drawer 400.
Filter outer cover 140 includes being used to guide the gauze filter guide portion of extraction and the introducing of gauze filter 300 146.Filter outer cover 140 includes a pair of gauze filter guide portions 146 for being respectively arranged at the both sides of filter outer cover 140. Gauze filter 300, which includes sliding part 315a, corresponding filter outer cover 140, above-mentioned sliding part 315a, can make netted filtering Device 315a is moved along the longitudinal direction.Gauze filter 300 includes the pair of sliding for being respectively arranged at the both sides of netted condition framework 315 Portion 315a.
Sliding part 315a is formed at the downside of grid framework 315.Sliding part 315a is provided and gauze filter guide portion 146 The downside being in contact.Gauze filter guide portion 146 include be used for guide sliding part 315a movement gauze filter with 146 between computer.Gauze filter guide portion 146 provides the upper side being in contact with sliding part 315a portion 315a.Sliding part 315a Downside moved along the longitudinal direction during the upper side of gauze filter guide portion 146 enters line slip.
When from downside, sliding part 315a is configured between pair of sliding portion 414.With the phase of sliding part 414 of phase homonymy Than the sliding part 315a of side is located at inner side.When from upside, gauze filter guide portion 146 is configured at above-mentioned filter Between a pair of drawer guide portions 147 in the inside of outer cover.Compared with the drawer guide portion 147 of phase homonymy, the netted mistake of side Filter guide portion 146 is located at inner side.
The position being located at less than drawer guide portion 147 of gauze filter guide portion 146.In a pair of gauze filter guiding The suction inlet 111 that suction passage 101 is connected is formed between portion 146.
One in drawer guide portion 147 and sliding part 414 includes roller 147b, 414b, drawer guide portion 147 and sliding part Another in 414 includes orbit portion 414a, the 147a being in contact with roller 147b, 414b.As shown in this embodiment, illustrate below First interval portion and second interval portion may be disposed at the orbit portion 414a of sliding part 414, still, in other embodiments, i.e., The orbit portion 147a for being arranged at drawer guide portion 147 is set also to play identical function.The present embodiment is illustrated below, and Above-described embodiment also illustrates that first interval portion and second interval portion are arranged at the orbit portion 147a in drawer guide portion 147 another reality Apply example.
Reference picture 22 and Figure 23, orbit portion 414a include first interval portion 414a1, when drawer 400 starts to outside filter When the inner space of cover 140 is introduced, above-mentioned first interval portion 414a1 is from the first position p1 being in contact with roller 147b to predetermined bits Put p2 formation tabular surfaces.Orbit portion 414a includes first interval portion 414a1, and in drawer opening portion, 400a front end 400a1 is from rule Positioning put inner space from p1 to filter outer cover 140 introduce before, above-mentioned first interval portion 414a1 from assigned position p1 to The second place p2 formation tabular surfaces that roller 147b is in contact.Orbit portion 414a includes first interval portion 414a1, when drawer 400 is opened Begin to during the inner space introducing of filter outer cover 140, above-mentioned first interval portion 414a1 is from first be in contact with roller 147b Put p1 to drawer opening portion 400a inner space from front end 400a1 to filter outer cover 140 introduce before with roller 147b phases The second place p2 formation tabular surfaces of contact.
Reference picture 22 and Figure 23, orbit portion 414a include second interval portion 414a2,414a3, above-mentioned second interval portion 414a2,414a3 from said second position p2 to drawer 400 in the state of the inner space of filter outer cover 140 with roller The 3rd position p3 that 147b is in contact has different from first interval portion 414a1 in the way of moving the upward side of framework 410 Highly.Second interval portion 414a2,414a3 has with first interval portion 414a1 not in the way of moving the upward side of drawer 400 Same height.This implementation of sliding part 414 is formed in the interval portion 414a1 of the firstth area one and second interval portion 414a2,414a3 In example, the position of downside of the position less than first interval portion 414a1 of second interval portion 414a2,414a3 downside. Above-mentioned first interval portion and second interval portion are formed in another embodiment in drawer guide portion 147, above-mentioned second interval portion Position of the position of upper side higher than the upper side in above-mentioned first interval portion.
With this, when the drawer 400 for installing filter module 350,500 starts to draw to the inner space of filter outer cover 140 It is fashionable, the sufficient clearance of above-below direction with the drawer 400 for installing filter module 350,500, so as to start with insertion Act convenient effect.
Meanwhile, the time point that 400a front end 400a1 is introduced to the inner space of filter outer cover 140 in drawer opening portion, The drawer 400 for installing filter module 350,500 is at utmost close to the upper side of filter outer cover 140, so as to prevent from taking out The inclined phenomenon in the downward side in leading section of drawer.With this, so that with the front end 400a1's and downside for not making drawer opening portion 400a The effect of front end (or filter sets the front end of opening portion) collision of gauze filter 3001.
Meanwhile, in drawer 400 in the state of the inner space of filter outer cover 140, make installation filter module 350, The 500 upward side of drawer 400 movement, so as to reduce the above-below direction trip between drawer 400 and the medial surface of filter outer cover 140 Gap.With this, the installment state of drawer 400 can be accurately maintained, and the gap between drawer 400 and filter outer cover 140 is limited In specified degree, and the accurate contact realized between electric terminal.
Reference picture 22 and Figure 23, second interval portion 414a2,414a3 may include：First height forming portion 414a2, with Difference in height relatively large first interval portion 414a1, is configured at relatively close second place p2 position；And the second height shape Into portion 414a3, with the difference in height relatively small with first interval portion 414a1, relatively close 3rd position p3 position is configured at Put.In second interval portion, 414a2,414a3 are formed in the present embodiment of sliding part 414, under the first height forming portion 414a2 The position of downside of the position of side less than the second height forming portion 414a3.Drawer is formed in above-mentioned second interval portion to draw Lead in another embodiment in portion 147, the position of the upper side of above-mentioned first height forming portion is higher than above-mentioned second height forming portion Upper side position.
Second interval portion 414a2,414a3 include starting to tilt to the 3rd position p3 directions are inclined with second place p2 Face.First height forming portion 414a2 includes starting to the 3rd inclined inclined plane in position p3 directions with second place p2.First is high Degree forming portion includes starting to second with the first height forming portion 414a2 and the second height forming portion 414a3 position being in contact The inclined inclined plane in position p2 directions.
Reference picture 17 is to Figure 20, and drawer 400 may include the outer of the medial surface for reducing filter outer cover 140 and drawer drawer 400 The clearance preventing portion 412 of clearance between side.Clearance preventing portion 412 is to the perpendicular direction in the direction drawn with drawer 400 Protrusion.In the case of being fore-and-aft direction in the direction that drawer 400 is drawn, perpendicular direction can with the direction of the extraction of drawer 400 Think fore-and-aft direction or left and right directions.Clearance preventing portion 412 can be in from framework 410 and the muscle shape that extends along the longitudinal direction.
Clearance preventing portion 412 may include from the two sides in the perpendicular direction in the direction drawn with drawer 400 at least The side clearance preventing portion 412a of one protrusion.Side clearance preventing portion 412a reduces the medial surface of filter outer cover 140 and taken out Clearance between the two sides of drawer 400.A pair of side frames 410a may include the side protrusion for being respectively facing filter outer cover 140 A pair of side clearance preventing portion 412a.Side clearance preventing portion 412a can be in from lateral frame 410a to filter outer cover 140 The muscle shape that side is protruded and extended along the longitudinal direction.
Clearance preventing portion 412 may include the vertical play preventing portion 412b protruded along the vertical direction.Vertical play preventing portion 412b reduces the above-below direction clearance between the medial surface of filter outer cover 140 and the lateral surface of drawer 400.A pair of side frames 410a may include to be respectively facing a pair of vertical play preventing portion 412b that drawer guide portion 147 protrudes to downside.Vertical play is prevented Stop 412b can be in the muscle shape protruded and extended along the longitudinal direction from body side frame 410a to downside.Above-mentioned second interval portion 414a2,414a3 are in and vertical play preventing portion 412b identical structures.
In drawer 400 in the state of the inner space of filter outer cover 140, clearance preventing portion 412 and filter outer cover 140 medial surface is in contact, and during drawer 400 is from the extraction of filter outer cover 140, releases and filter outer cover 140 The contact of medial surface.That is, clearance preventing portion 412 is only formed at a part of interval in body side frame 410a above-below direction interval. With this, when acted to the initial stage that filter sets opening portion 133 to insert drawer 400, facilitating because there is clearance, taking out Drawer 400 makes drawer stably be seated exactly in the state of the inner space of filter outer cover 140 by reducing clearance Position.
Clearance preventing portion 412 may include so that drawer introduces to the inner space of filter outer cover 140 and gradually decreases trip The inclined rake of mode projection of gap.
In drawer 400 in the state of the inner space of filter outer cover 140 is crossed, clearance preventing portion 412 is configured to mistake Front side in the part of the inner space insertion of filter outer cover 140.Clearance preventing portion 412 is configured at the front side of framework 410. Clearance preventing portion 412 is configured at body side frame 410a front side.
Reference picture 7 to Figure 10, electric dust collecting means 500 include：Electro-mechanical part 510, for making the dust particle in air powered； Dust collecting part 540, the dust particle powered in electro-mechanical part 510 for dust；And and shell 501,502 be contained in electro-mechanical part 510 and the inside of dust collecting part 540.Shell 501/502 can form the outward appearance of electric dust collecting means 500.Electro-mechanical part 510 is configured in down Side, dust collecting part 540 is configured in upside.
Formed in shell 501,502 for making the electricity of the electric dust collecting means from drawer 400 is separated and developed simultaneously of electric dust collecting means 500 Dust collect plant handle 503.A pair of electric dust collecting means handles 503 can be formed at the left and right side of shell 501,502.Electric dust collecting means Handle 503 is formed by the surface indentation of shell 501,502.
Shell 501,502 may include：It is powered to take over a class for an absent teacher 501, internally form the space for housing electro-mechanical part 510；And Dust shell 502, internally forms the space for housing dust collecting part 540.Powered shell 501 is configured in outside downside, dust Shell 502 is configured in upside.The connection of shell 501,502 houses the above-mentioned space of electro-mechanical part 510 and houses the above-mentioned of dust collecting part 540 Space.
In the present embodiment, powered shell 501 is configured at bottom, and dust shell 502 is configured at top, and electro-mechanical part 510 is matched somebody with somebody Bottom is placed in, dust collecting part 540 is configured at upside, when being not limited thereto.
Shell 501,502 includes：Inflow entrance 506, for flowing into the air comprising dust particle；And flow export 507, For making the air inside shell 501,502 be flowed out to outside.Shell 501,502 can form multiple inflow entrances 506.Shell 501, 502 can form multiple flow exports 507.In the present embodiment, inflow entrance 506 is formed at the downside of powered shell 501, and stream removes mouth 507 are formed at the upper side of dust shell 502.
Observe integrated air flow direction A as follows.By shell suction passage 101 externally in above-mentioned air regulator Portion's leaked-in air is flowed into filter stream 102.To the leaked-in air of filter stream 102 by above-mentioned mesh 318 it Afterwards, drawer opening portion 400a is passed through.By drawer opening portion 400a air by the inflow entrances 506 of electric dust collecting means to shell 501st, 502 inside is flowed into.Electro-mechanical part 510 and dust collecting part are passed sequentially through to the inner space leaked-in air of shell 501,502 Flowed after 540 by the upward side of flow export 507.The air of upward side flowing passes through photocatalyst service portion 355.
In another embodiment, the configuration of each structural element can be changed, each structural element can landscape configuration, in this feelings Under condition, air flows from electro-mechanical part 510 towards dust collecting part 540.
Reference picture 26, electro-mechanical part 510 may include：Wire electrodischarge electrode 521, for applying high voltage；And comparative electrode Plate 523, is spaced with wire electrodischarge electrode 521.Because the voltage between wire electrodischarge electrode 521 and comparative electrode plate 523 is very big, So as to which above-mentioned high voltage is the producible numerical value in wire electrodischarge electrode 521.
It can configure multiple comparative electrode plates 523.Comparative electrode plate 523 can be come with opposite across wire electrodischarge electrode 521 Mode is separated.
It can configure multiple wire electrodischarge electrodes 521.Multiple wire electrodischarge electrodes 521 can be configured fitly.In multiple electric wires Between sparking electrode 521, comparative electrode plate 523 can match somebody with somebody to the perpendicular direction in the direction arranged with wire electrodischarge electrode 521 Put.
Exemplified with several wire electrodischarge electrodes 521 and several comparative electrode plates 523 are along air-flow direction A and hang down in Figure 26 Nogata separates configuration to X in an alternating fashion, it is possibility to have greater number of wire electrodischarge electrode 521 and comparative electrode plate 523 It is alternately arranged.
Wire electrodischarge electrode 521 and comparative electrode plate 523 are securable to powered shell 501.The present invention may include to remain many The distance maintaining structure (not shown) at the interval of individual wire electrodischarge electrode 521 and multiple comparative electrode plates 523.
In the case where applying voltage to wire electrodischarge electrode 521, in wire electrodischarge electrode 521 and comparative electrode plate 523 Between occur corona discharge.Dust particle in air is powered during by electro-mechanical part 510.
Reference picture 27, dust collecting part 540 includes being used for the electrode 540a of the powered dust particle of dust.Dust collecting part 540 includes By producing electromagnetic field come the multiple electrodes 541,542 of the powered dust particle of dust.Electrode 540a can be in have length, width And the thin sheet form of thickness.Electrode 540a can be in electrode type.
Electrode 541,542 includes：High-potential electrode 541, for applying relative high potential；And low-potential electrode 542, phase For high-potential electrode 541, apply relative low potential.Multiple high-potential electrodes 541 and multiple low-potential electrodes 542 are with to length The configuration of direction Y identicals mode neatly.
Electrode 541,542 arranges multiple in the way of forming opposite gap S.Edge and width Z and length direction Y phases Vertical direction X, multiple high-potential electrodes 541 and multiple low-potential electrodes 542 are configured in the way of being alternatively formed gap S.
Reference picture 24 illustrates that the structure of the circuit of electric dust collecting means 500 is as follows to Figure 27.
Body 130 includes power supply terminal 148a, the 148b for being used to power to electro-mechanical part 510 and dust collecting part 540.Body 130 Including ground terminal 149a, 149b for supplying ground connection to electro-mechanical part 510 and dust collecting part 540.Power supply terminal 148a, 148b match somebody with somebody It is placed in filter housing 140.Ground terminal 149a, 149b are configured at filter housing 140.
Power supply terminal 148a, 148b may include：Power supply terminal 148a, for being powered to electro-mechanical part 510；And dust collecting part electricity Source terminal 148b, for being powered to dust collecting part 540.Ground terminal 149a, 149b can may include：Electro-mechanical part ground terminal 149a, It is grounded for being supplied to electro-mechanical part 510；And dust collecting part ground terminal 149b, it is grounded for being supplied to dust collecting part 540.
Body 130 includes being used to produce high-tension high-voltage generator 581.Body 130 includes being used to produce to powered The high-tension high-voltage generator 581a that portion 510 applies.Body 130 includes being used to produce to dust collecting part 540 applying high voltage High-voltage generator 581b.High-voltage generator 581a is electrically connected with power supply terminal 148a, 148b.
In the present embodiment, above-mentioned high-voltage generator 581a and high-voltage generator 581b are a high-voltage generator 581, constituted in high-voltage generator 581 for applying power supply to electro-mechanical part 510 and dust collecting part 540 in parallel respectively Circuit.Body 130 includes being used for the power supplying line 585 for applying power supply to high-voltage generator 581.
Electric dust collecting means 500 are included with corresponding with power supply terminal 148a, 148b and connection point terminal 149a, 149b respectively Power supply accepting terminals 518,548 and ground connection accepting terminals 519,549 that mode is in contact.Power supply accepting terminals 518,548 are configured In electric dust collecting means 500.Ground connection accepting terminals 519,549 are configured at electric dust collecting means.
It is configured in filter housing 140 for the electro-mechanical part 510 and dust collecting part being connected with high-voltage generator 581 Power supply terminal 148a, 148b of 540 power supplies.It is configured in body 130 to the electro-mechanical part 510 being connected with ground terminal 582 And dust collecting part 540 provides ground terminal 149a, 149b of ground connection.
The electro-mechanical part for being connected with high-voltage generator 581a and being powered to electro-mechanical part 510 is configured in filter outer cover 140 Power supply terminal 148a.The collection that high-voltage generator 581b is connected and powered to dust collecting part 540 is configured in filter outer cover 140 Dirt portion power supply terminal 148b.The band that ground connection 582a is connected and ground connection is provided to electro-mechanical part 510 is configured in filter outer cover 140 Electric portion's ground terminal 149a.The collection that ground connection 582b is connected and ground connection is provided to dust collecting part 540 is configured in filter outer cover 140 Dirt portion ground terminal 149b.
The lateral surface of shell 501,502 be configured at power supply terminal 148a, 148b be in contact and connect electro-mechanical part 510 and collection Dirt portion 540 and the power supply accepting terminals 518,548 of power supply.Shell 501,502 lateral surface configuration with ground terminal 149a, 149b is in contact and makes electro-mechanical part 510 and dust collecting part 540 with being grounded the ground connection accepting terminals 519,549 electrically connected.
Power supply accepting terminals 518,548 include electro-mechanical part power supply accepting terminals 518 and dust collecting part power supply accepting terminals 548. Being grounded accepting terminals 519,549 includes electro-mechanical part ground connection accepting terminals 519 and dust collecting part ground connection accepting terminals 549.
The lateral surface of shell 501,502 be configured at electro-mechanical part power supply terminal 148a be in contact and connect electro-mechanical part 510 with The electro-mechanical part power supply accepting terminals 518 of power supply.Dust collecting part power supply terminal 148b is configured in the lateral surface of shell 501,502 to connect Touch and make the dust collecting part power supply accepting terminals 548 that dust collecting part 540 is connected with power supply.Configured in the lateral surface of shell 501,502 Accepting terminals 519 are grounded in the electro-mechanical part ground terminal 149a electro-mechanical parts for being in contact and making electro-mechanical part 510 be electrically connected with being grounded. The lateral surface of shell 501,502 is configured at dust collecting part ground terminal 149b and is in contact and makes what dust collecting part 540 was electrically connected with ground connection Dust collecting part is grounded accepting terminals 549.
In electric dust collecting means 500, the side of configuration power supply accepting terminals 518,548 and configuration ground connection accepting terminals 519, 549 side is opposite.In electric dust collecting means 500, configuration electro-mechanical part power supply accepting terminals 518 and dust collecting part power supply accepting terminals 548 side is opposite with the side of configuration electro-mechanical part ground connection accepting terminals 519 and dust collecting part ground connection accepting terminals 549.
Electro-mechanical part power supply accepting terminals 518 and dust collecting part power supply accepting terminals 548 can be on identical horizontal planes to diagonal Direction is separated.Electro-mechanical part is grounded accepting terminals 519 and dust collecting part ground connection accepting terminals 549 can be on identical horizontal plane to diagonal Direction is separated.
When drawer 400 is introduced to the inner space of filter outer cover 140, power supply terminal 148a, 148b and power supply are housed Terminal 518,548 contacts with each other, and ground terminal 149a, 149b and ground connection accepting terminals 519,549 are in contact.Electric precipitation is being installed The drawer 400 of device 500 is seated under " static (settlement) " state of the inner space of filter outer cover 140, power supply Terminal 148a, 148b and power supply accepting terminals 518,548 contact with each other, ground terminal 149a, 149b and ground connection accepting terminals 519th, 549 it is in contact.
In the lateral surface of outer cover 501,502, respectively with electro-mechanical part ground terminal 149a and dust collecting part ground terminal Position corresponding 149b forms electro-mechanical part ground connection accepting terminals 519 and dust collecting part ground connection accepting terminals 549 respectively.
In the lateral surface of shell 501,502, configuration electro-mechanical part power supply accepting terminals 518 and dust collecting part power supply accepting terminals 548 side can be the opposite of the side of configuration electro-mechanical part ground connection accepting terminals 519 and dust collecting part ground connection accepting terminals 549 Side.Above-mentioned power supply accepting terminals 518,548 and above-mentioned ground connection accepting terminals can be respectively configured in the left and right side of shell 501,502 529、549.Electro-mechanical part power supply accepting terminals 518 and dust collecting part power supply accepting terminals 548 are configured in the identical of shell 501,502 On side.Electro-mechanical part ground connection accepting terminals 519 and dust collecting part ground connection accepting terminals 549 are configured in the phase of shell 501,502 In same side.
Specifically, only in the state of shell 501,502 is seated body 130, so that above-mentioned power supply terminal 148a, 148b And above-mentioned ground terminal 149a, 149b are in contact with power supply accepting terminals 518,548 and ground connection accepting terminals 519,549 respectively Mode configures power supply accepting terminals 518,548 and ground connection accepting terminals 519,549.
Power supply terminal 148a, 148b are configured at what is introduced and draw with drawer 400 in the medial surface of filter outer cover 140 The side in the perpendicular direction in direction.Ground terminal 149a, 149b are configured in the medial surface of filter outer cover 140 and drawer The side in the perpendicular direction in 400 directions for introducing and drawing.
Power supply terminal 148a, 148b are configured at the one side in the medial surface of the both sides of filter outer cover 140.Ground terminal 149a, 149b are configured at the another side in the medial surface of the both sides of filter outer cover 140.Ground terminal 149a, 149b can match somebody with somebody It is placed at the opposite sides for the side that power supply terminal 148a, 148b are configured in the medial surface of filter outer cover 140.
Electro-mechanical part power supply terminal 148a and dust collecting part power supply terminal 148 are configured in the medial surface of the both sides of body 130 In same side.Electro-mechanical part ground terminal 149a and dust collecting part ground terminal 149b are configured in the medial surface of body 130 In same side.
If drawer 400 is received in the inner space of filter outer cover 140, electro-mechanical part power supply terminal 148a and electro-mechanical part power supply Hold terminal 518 to be in contact, electro-mechanical part ground terminal 149a and electro-mechanical part ground connection accepting terminals 519 are in contact.In the case, to Electro-mechanical part 510 applies high voltage.
If drawer 400 is received in the inner space of filter outer cover 140, dust collecting part power supply terminal 148b and dust collecting part power supply Hold terminal 548 to be in contact, dust collecting part ground terminal 149b is in contact with dust collecting part ground connection accepting terminals 549.In the case, to Dust collecting part 540 applies high voltage.
If drawer 400 is drawn from the inner space of filter outer cover 140, electro-mechanical part power supply terminal 148a and electro-mechanical part electricity Source accepting terminals 518 are separated, and electro-mechanical part ground terminal 149a and electro-mechanical part ground connection accepting terminals 519 are separated, so as to disconnect to band The voltage that electric portion 510 applies.
If drawer 400 is drawn from the inner space of filter outer cover 140, dust collecting part power supply terminal 148b and dust collecting part electricity Source accepting terminals 548 are separated, and dust collecting part ground terminal 149b and dust collecting part ground connection accepting terminals 549 are separated, so as to disconnect to collection The voltage that dirt portion 540 applies.
Electric dust collecting means 500 include the ground wire 583a for making comparative electrode plate 523 be electrically connected with ground connection 582a.Electric precipitation is filled Put the 500 high-voltage line 584a for including making electric wire put point electrode 521 and the high-voltage generator 581a high-voltage connectings electrically connected.
Electro-mechanical part power supply terminal 148a and electro-mechanical part power supply accepting terminals 518 are configured at high-voltage line 584a.Electro-mechanical part power supply Terminal 148a and electro-mechanical part power supply accepting terminals 518 play electrically opening and closing high-voltage line 584a switching function.Electro-mechanical part Ground terminal 149a and electro-mechanical part ground connection accepting terminals 519 are configured at ground wire 583a.Electro-mechanical part ground terminal 149a and powered Portion's ground connection accepting terminals 519 play electrically opening and closing ground wire 583a switching function.
Electric dust collecting means 500 include the ground wire 583b of low-potential electrode 542 and ground connection 582b electrical connections.Electric dust collecting means 500 include making the high-voltage line 584b of high-potential electrode 541 and high-voltage generator 581b electrical connections.
Dust collecting part power supply terminal 148b and dust collecting part power supply accepting terminals 548 are configured at high-voltage line 584b.Dust collecting part power supply Terminal 148b and dust collecting part power supply accepting terminals 548 play electrically opening and closing high-voltage line 584b switching function.Dust collecting part Ground terminal 149b and dust collecting part ground connection accepting terminals 549 are configured at ground wire 583b.Dust collecting part ground terminal 149b and dust Portion's ground connection accepting terminals 549 play electrically opening and closing ground wire 583b switching function.
Reference picture 11 is configured at and filter group to Figure 13, electro-mechanical part power supply terminal 148a and dust collecting part power supply terminal 148b The perpendicular face in direction that part 10 is slided.Electro-mechanical part ground terminal 149a and dust collecting part ground terminal 149b are configured at and filter The perpendicular face in direction that component 10 is slided.
Electro-mechanical part power supply accepting terminals 518 and dust collecting part power supply accepting terminals 548 are configured at and slided with filter assemblies 10 The perpendicular face in direction.Electro-mechanical part is grounded accepting terminals 519 and dust collecting part ground connection accepting terminals 549 are configured at and filter group The perpendicular direction in direction that part 10 is slided.
What electro-mechanical part power supply terminal 148a and dust collecting part power supply terminal 148b allocation position were introduced and drawn with drawer 400 The perpendicular direction existence position difference in direction.Electro-mechanical part ground terminal 149a and dust collecting part ground terminal 149b allocation position The perpendicular direction existence position difference in the direction that introduces and draw with drawer 400.
The direction that electric dust collecting means 500 are introduced and drawn can be fore-and-aft direction.In the case, electro-mechanical part power supply terminal 148a and dust collecting part power supply terminal 148b is configured at different height in the same inner face of filter outer cover 140.Electro-mechanical part connects Ground terminal 149a and dust collecting part ground terminal 149b is configured at different height on the same inner face of filter outer cover 140.Band Electric portion's power supply accepting terminals 518 and dust collecting part power supply accepting terminals 548 are configured at not in the same side of electric dust collecting means 500 With height.Electro-mechanical part is grounded the same side of accepting terminals 519 and dust collecting part ground connection accepting terminals 549 in electric dust collecting means 500 On mix and be configured at different height.
The extraction based on drawer 400 and the electro-mechanical part power supply accepting terminals 518 of introducing fore-and-aft direction mobile route and On the fore-and-aft direction mobile route of dust collecting part power supply accepting terminals 548, for make electro-mechanical part power supply accepting terminals 518 only with electro-mechanical part Power supply terminal 148a is in contact, and dust collecting part power supply accepting terminals 548 are only in contact with dust collecting part power supply terminal 148b, electro-mechanical part electricity Difference in height may be present in source terminal 148a and dust collecting part power supply terminal 148b.
During electric dust collecting means 500 are introduced and drawn, by preventing not the mutually contact of corresponding terminal to subtract Few wear phenomenon based on friction, and prevent the application of unwanted power supply.Especially, the process drawn in electric dust collecting means 500 In, even if drawer 400 is not at the state in the inner space of filter outer cover 140, if terminal is in contact and applies power supply, User of service is by there may be Danger Electric shock risk, and the present invention can the above-mentioned dangerous generation of mode.
Reference picture 24 is to Figure 27, and filter outer cover 140 includes determining that whether being acted for electric dust collecting means 500 is cut Disconnect and close 145.Roof-cut resistence 145 is configured in filter outer cover 140.Roof-cut resistence 145 is controlled whether to high-voltage generator 581 power supplies.In the case where pressing roof-cut resistence 145, the power supply of high-voltage generator 581 can be applied.Roof-cut resistence 145 is controllable System whether to needs part (for example, sensor, display, motor etc.) electric dust collecting means 500 other power supplys.
The state of filter outer cover 140 is seated even at electric dust collecting means 500 and drawer 400, roof-cut resistence 145 also may be used Run air cleaning unit 100.In the case where electric dust collecting means 500 and drawer are from the separation of filter outer cover 140, cut off Closing 145 runs air cleaning unit 100.Electric dust collecting means 500 and drawer 400 not exclusively with the phase of filter outer cover 140 In the state of (being located), roof-cut resistence 145 runs air cleaning unit 100.
Roof-cut resistence 145 is configured on supply line 585.Roof-cut resistence 145 control whether to high-voltage generator 581a, 581b applies power supply.Supply lines 585 is connected in the case where pressing roof-cut resistence 145, the situation of roof-cut resistence 145 is pressed in portion Under, supply lines 585 can be disconnected.
Roof-cut resistence 145 is configured in the medial surface of filter outer cover 140.Roof-cut resistence 145 is configured in filter Shell 501,502 is inserted in the side in the direction of body 130 in the medial surface of outer cover 140.Roof-cut resistence 145 is configured in filtering Trailing flank in the medial surface of device outer cover 140.The direction pressing roof-cut resistence that can be inserted to shell 501,502 to body 130 145。
Filter assemblies 10 include the cut-out projection 144 of pressing roof-cut resistence 145.Cut-out projection 144 is configured at drawer 400 The side in the direction inserted to filter outer cover 140.Cut-out projection 144 is protruded to the direction that electric dust collecting means 500 are introduced.In mistake Filter module 10 is in the state of the inner space of filter outer cover 140, and cut-out projection 144 presses roof-cut resistence 145.If cut-out Projection 144 presses roof-cut resistence 145, then the supply lines 585 that roof-cut resistence 145 is opened is in short-circuit condition, so as to height Voltage generator 581 applies power supply.With this, in filter assemblies in the state of the separation of filter outer cover 140, work as user of service When being in contact with power supply terminal 148a, 148b and ground terminal 149a, 149b, it can prevent from geting an electric shock.Electric dust collecting means 500 can be wrapped Include cut-out projection 144.In drawer 400 in the state of the inner space of filter outer cover 140, cut off raised 144 pressable and cut Disconnect and close 145.
Multiple roof-cut resistences 145 can connect.Filter outer cover 140 may include the first roof-cut resistence 145a being serially connected And the second roof-cut resistence 145b.It can apply in the case where the first roof-cut resistence 145a and the second roof-cut resistence 145b are pressed Voltage.First roof-cut resistence 145a and the second roof-cut resistence 145b control whether to apply power supply to electric dust collecting means 500.
Cut-out projection 144 includes：First cut-out projection 144a, from filter in the way of pressing the first roof-cut resistence 145a Component 10 protrudes；And the second cut-out projection 144b, it is convex from filter assemblies 10 in the way of pressing the second roof-cut resistence 145b Go out.
Electric dust collecting means 500 may include in drawer 400 in the state of the inner space of filter outer cover 140, to press The first cut-out projection 144a that first roof-cut resistence 145a mode is protruded.First cuts off projection 144a to electric dust collecting means 500 The direction protrusion of introducing.
Gauze filter 300 may include in gauze filter 300 in the state of the inner space of filter outer cover 140, The the second cut-out projection 144B protruded in the way of pressing the second roof-cut resistence 145b.Second cuts off projection 144b to netted filtering The direction protrusion that device 300 is introduced.
Reference picture 24 to Figure 27, electric dust collecting means 500 are included so that high-potential electrode 541 and low-potential electrode 542 are mutual The mode of short circuit opens (ON) or the mode that short cut with each other is closed the short switch 600 of (OFF).Specifically, multiple high electricity Position electrode 541 is in parallel, and is included in the position that is connected in parallel of high-potential electrode 541 and is electrically connected with a terminal of short switch 600 Short-circuit line 600a.Also, multiple low-potential electrodes 542 are in parallel, and be included in low-potential electrode 542 be connected in parallel position with The short-circuit line 600b of other terminals electrical connection of short switch 600.Short switch 600 is configured on short-circuit line 600a, 600b.
Short switch 600 is closed in the state of filter outer cover 140 in the drawer 400 for installing electric dust collecting means 500, The drawer 400 for installing electric dust collecting means 500 opens short switch 600 in the state of the separation of filter outer cover 140.
In drawer 400 in the state of the inner space separation of filter outer cover 140, high-potential electrode 541 and ground potential Electrode 542 short cut with each other, so as to remove charged particles from dust collecting part 540.In the case where releasing pressing, short switch 600 makes High-potential electrode 541 and ground potential electrode 542 are in short-circuit condition.
In drawer 400 in the state of the inner space of filter outer cover 140, high-potential electrode 541 and ground potential electrode 542 short circuit is released from, so that the electric charge in dust collecting part 540 is powered and occurs electromagnetic field.
Filter outer cover 140, which is included in drawer 400 short circuit is pressed in the state of the inner space of filter outer cover 140, to be opened The short circuit projection 141 of pass 600.Short-circuit projection 141 is protruded to the direction that drawer 400 is drawn.
Short-circuit projection 141 is configured in the medial surface of filter outer cover 140 inserts with drawer 400 to filter outer cover 140 The opposite side in the direction that enters.Short-circuit projection 141 is configured at the trailing flank in the medial surface of filter outer cover 140.
Short switch 600 is included to exposing with the raised corresponding position of above-mentioned short circuit and in shell 501,502 from body The pressurization part 626 being pressed in the state of 130 separation.Above-mentioned short switch 600 may include to be configured at adding for above-mentioned pressurization part 626 The elastomer of the opposite side of pressure surface.When pressing above-mentioned pressurization part 626, above-mentioned elastomer is elastically compressed, and is added when releasing is above-mentioned During the pressing of splenium 626, above-mentioned elastomer restores.
There can be multiple short switches 600.Electric dust collecting means 500 may include multiple short switches.
Multiple short switches 600 are in parallel on short-circuit line 600a, 600b.Even if in multiple short switch 600-1,600-2 At least one be in short-circuit condition, high-potential electrode 541 and low-potential electrode 542 can also short cut with each other.With this, even if multiple One in short switch 600 can not normally be run because clipping foreign matter or failure and other reasons, if at least another normal operation, Then high-potential electrode 541 and low-potential electrode 542 short cut with each other, so as to the security of further reinforcing user of service.
In the present embodiment, electric dust collecting means 500 include two short switches 600-1,600-2.Two short switches 600-1,600-2 can be spaced laterally apart configuration.Electric dust collecting means 500 can be included the first short switch 600-1 and the second short circuit is opened Close 600-2.
First short switch 600-1 includes the first pressurization part 652-1 for being configured at the lateral surface of shell 501,502.Second Short switch 600-2 includes the second pressurization part 652-2 for being configured at the lateral surface of shell 501,502.First pressurization part 652-1 and Second pressurization part 652-2 is spaced from each other.
Filter outer cover 140 includes being formed at position corresponding with above-mentioned multiple pressurization parts 652-1,652-2 respectively Multiple short circuit projection 141a, 141b.Multiple short circuit projection 141a, 141b may include：First short-circuit projection 141a, for pressing the One short switch 600-1；And the second short-circuit projection 141b, for the second short switch 600-2 of pressing.Electric dust collecting means are installed 500 drawer 400 in the state of the inner space of filter outer cover 140, multiple short circuits are raised press respectively it is above-mentioned multiple plus Splenium 652-1,652-2.

Claims (20)

1. a kind of air cleaning unit, it is characterised in that
Including：
Body housing, for forming profile, is formed with filter and sets opening portion；
Filter outer cover, is configured at the inside of above-mentioned body housing；
Drawer, including framework and strainer cover, the drawer opening portion that bypasses air through of said frame formation, above-mentioned strainer cover with Said frame is combined, and opening portion is set for covering above-mentioned filter；And
Filter module, said frame is installed in the way of it can separate, for the air by above-mentioned drawer opening portion Filtered.
2. air cleaning unit according to claim 1, it is characterised in that
In the state of above-mentioned drawer is located at the inner space of above-mentioned filter outer cover, air is set to be taken out along the vertical direction by above-mentioned Drawer opening portion and above-mentioned filter module.
3. air cleaning unit according to claim 1, it is characterised in that
Above-mentioned filter module includes the multiple filters being laminated in the way of it can be separated from each other.
4. air cleaning unit according to claim 1, it is characterised in that
Said frame includes a pair of side frames, and above-mentioned a pair of side frames is slided along the longitudinal direction relative to above-mentioned filter outer cover, Also, above-mentioned drawer opening portion is formed between above-mentioned a pair of side frames.
5. air cleaning unit according to claim 4, it is characterised in that
Above-mentioned strainer cover is configured at the leading section of above-mentioned a pair of side frames,
Said frame includes：
Afterframe, the rearward end for connecting above-mentioned a pair of side frames；And
Front baffle, the leading section for connecting above-mentioned a pair of side frames, is combined with the rear of above-mentioned strainer cover.
6. air cleaning unit according to claim 5, it is characterised in that
Above-mentioned a pair of side frames, above-mentioned afterframe and above-mentioned front baffle form the mounting surface for installing above-mentioned filter module,
At least one in the mounting surface of above-mentioned a pair of side frames, with the mounting surface of above-mentioned afterframe and the mounting surface of above-mentioned front baffle Mounting surface has difference in height.
7. air cleaning unit according to claim 1, it is characterised in that
Above-mentioned filter outer cover includes a pair of drawer guide portions, and above-mentioned a pair of drawer guides portion is respectively arranged at outside above-mentioned filter The both sides of cover, extraction and introducing for guiding said frame,
Above-mentioned drawer also includes pair of sliding portion, and above-mentioned a pair of slide portions is not configured at the both sides of said frame, taken out along above-mentioned Drawer guide portion is moved.
8. air cleaning unit according to claim 7, it is characterised in that
Also include the netted filtering to be drawn with the mutual independent mode of above-mentioned drawer from the inner space of above-mentioned filter outer cover Device,
Above-mentioned filter outer cover also includes gauze filter guide portion, and above-mentioned gauze filter guide portion is with than above-mentioned a pair of drawers The low mode of guide portion is configured between above-mentioned a pair of drawer guides portion of the inside of above-mentioned filter outer cover, above-mentioned for guiding The extraction and introducing of gauze filter.
9. air cleaning unit according to claim 7, it is characterised in that
Above-mentioned filter outer cover also includes filter module guide portion, and above-mentioned filter module guide portion is configured at above-mentioned filter The upper inside of outer cover, when above-mentioned filter module is together brought out and introduced with above-mentioned drawer, for guiding above-mentioned filtering The movement of the upper side of device module.
10. air cleaning unit according to claim 7, it is characterised in that
A side in above-mentioned drawer guide portion and above-mentioned sliding part includes roller,
The opposing party in above-mentioned drawer guide portion and above-mentioned sliding part includes the orbit portion being in contact with above-mentioned roller,
Above-mentioned orbit portion includes：
First interval portion, the inner space from starting to above-mentioned filter outer cover introduces what is be in contact during above-mentioned drawer with above-mentioned roller The front end of first position to above-mentioned drawer opening portion before the inner space of above-mentioned filter outer cover is introduced into above-mentioned roller phase Tabular surface is formed untill the second place of contact；And
Second interval portion, with from said second position to the state for the inner space for being located at above-mentioned filter outer cover in above-mentioned drawer Untill lower the 3rd position being in contact with above-mentioned roller, the mode for lifting said frame to upside has with above-mentioned first interval portion not Same height.
11. air cleaning unit according to claim 10, it is characterised in that
Above-mentioned second interval portion includes：
First height forming portion, forms relatively large difference in height with the height in above-mentioned first interval portion, is configured on relatively close State the position of the second place；And
Second height forming portion, forms relatively small difference in height with the height in above-mentioned first interval portion, is configured on relatively close State the position of the 3rd position.
12. air cleaning unit according to claim 1, it is characterised in that
Above-mentioned filter module includes electric dust collecting means,
Above-mentioned air cleaning unit also includes gauze filter, above-mentioned gauze filter with above-mentioned drawer independent mode mutually Drawn from the inner space of above-mentioned filter outer cover, be configured at the direction for the inflow entrance for being formed with above-mentioned electric dust collecting means,
Above-mentioned filter outer cover includes the first roof-cut resistence and the second roof-cut resistence, and above-mentioned first roof-cut resistence and second cut off Close for controlling whether to apply power supply to above-mentioned electric dust collecting means, the first roof-cut resistence and the second roof-cut resistence are serially connected, from And in the case where pressing the first roof-cut resistence and the second roof-cut resistence, power supply can be applied,
Above-mentioned electric dust collecting means include the first cut-out projection, and above-mentioned first cut-out projection is with the inside to above-mentioned filter outer cover Space presses above-mentioned first roof-cut resistence mode when introducing above-mentioned drawer is protruded from above-mentioned electric dust collecting means,
Above-mentioned gauze filter includes the second cut-out projection, and above-mentioned second cut-out projection is with the inside to above-mentioned filter outer cover Space presses above-mentioned second roof-cut resistence mode when introducing above-mentioned gauze filter is protruded from above-mentioned gauze filter.
13. air cleaning unit according to claim 1, it is characterised in that
The following side of above-mentioned strainer cover is combined with said frame, and above-mentioned strainer cover prolongs along the direction vertical with said frame Stretch.
14. air cleaning unit according to claim 1, it is characterised in that
Above-mentioned strainer cover includes：
Front face, is formed with handle；
Rear face, is in contact with the forward face of above-mentioned filter module；And
Upper surface portion, is configured between above-mentioned rear face and above-mentioned front face, and the upper inside face with above-mentioned filter outer cover is opposite.
15. air cleaning unit according to claim 14, it is characterised in that
Above-mentioned strainer cover includes：
Fastener, is configured at above-mentioned upper surface portion, in the state of above-mentioned drawer is located at the inner space of above-mentioned filter outer cover, card In above-mentioned filter outer cover；And
Locking releases button, is configured at above-mentioned handle, the locking for releasing above-mentioned fastener.
16. air cleaning unit according to claim 1, it is characterised in that
Above-mentioned strainer cover includes upside extension, and the height for highly setting opening portion than above-mentioned filter is higher by predetermined distance, It is formed with gauge hole,
Above-mentioned air cleaning unit also includes sensor assembly, and the sensor module is configured at the back side of above-mentioned upside extension Side, provisioning information is detected from by the sensor hole leaked-in air.
17. air cleaning unit according to claim 16, it is characterised in that
The sensor module includes multiple sensors,
The sensor hole is formed in the way of along the direction extension for arranging multiple the sensors.
18. air cleaning unit according to claim 16, it is characterised in that
Aforementioned body shell includes depressed part, in the state of above-mentioned drawer is located at the inner space of above-mentioned filter outer cover, on Depressed part is stated to be meshed with above-mentioned upside extension.
19. air cleaning unit according to claim 16, it is characterised in that
The sensor module includes the dust sensor of detection dust concentration,
Above-mentioned body housing includes：
Clean-out hatch, is cleaned for the inside to above-mentioned dust sensor；
Ostium, for making air be flowed into above-mentioned dust sensor；And
Tap hole, for making air be flowed out from above-mentioned dust sensor,
The sensor hole is formed at the position corresponding with above-mentioned ostium and above-mentioned tap hole,
Above-mentioned upside extension is opened and closed above-mentioned clean-out hatch according to the extraction and introducing of above-mentioned drawer.
20. air cleaning unit according to claim 19, it is characterised in that
Above-mentioned dust sensor includes being used for the heating part to applying heat to above-mentioned dust sensor leaked-in air,
Side is configured on the side under successively for above-mentioned ostium, above-mentioned clean-out hatch and above-mentioned tap hole,
The sensor hole is in the position corresponding with least one hole in above-mentioned ostium and above-mentioned tap hole along right and left Be formed as slit to extension,
The sensor module includes the multiple sensors arranged along the length direction of above-mentioned slit.
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US201562248463P 2015-10-30 2015-10-30
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US201562252017P 2015-11-06 2015-11-06
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KR20150156254 2015-11-07
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KR1020160037246A KR20170051143A (en) 2015-10-30 2016-03-28 Air Fresher and Air Conditioner comprising the same
KR1020160037235A KR20170051142A (en) 2015-10-30 2016-03-28 apparatus for both humidification and air cleaning
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US201662355118P 2016-06-27 2016-06-27
US62/355,118 2016-06-27
KR1020160083227A KR20170051182A (en) 2015-10-30 2016-07-01 Air Fresher
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CN106902985A (en) 2017-06-30

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