CN106902985A - Air purifying device - Google Patents

Abstract

The air purification device of the present invention includes: a body case having an outer shape, a filter installation opening formed at one side of the body case; a filter housing disposed inside the main body case and provided with a power supply terminal; a drawer which can be drawn out to the inner space of the filter housing through the filter installation opening; and an electric dust collector detachably attached to the drawer and provided with a power supply receiving terminal. The power terminal is contacted with the power receiving terminal when the drawer is arranged in the inner space of the filter housing.

Description

Air cleaning unit

Technical field

The present invention relates in order to trap powered dust particle and including producing the purification of air of the electric dust collecting means of electric field Device.

Background technology

Air regulator has for controlling the refrigerator or heat-producing machine of the temperature of air, by removing the foreign matter in air To maintain the air purifier of cleanliness factor, for the humidifier of offer moisture in air and for removing the moisture in air Dehumidifier etc..

Electric dust collecting means are in self or are installed on air regulator, by making the dust particle in air powered and right Its device for carrying out dust.

Electric dust collecting means generally include electro-mechanical part and for dust by the powered dust particle of electro-mechanical part dust collecting part.It is empty Gas is after by electro-mechanical part by the way that during dust collecting part, the dust in air is trapped by dust collecting part.

Electro-mechanical part includes sparking electrode and the heavier electrode with sparking electrode configured in parallel, and dust is by opposite electric discharge electricity Corona discharge between pole and heavier electrode is powered.

The content of the invention

First problem to be solved by this invention is, there is provided make the reassembling type electricity collection of the air cleaning unit of reception power supply The structure that the power supply terminal loose contact of dirt device is minimized.

Second Problem to be solved by this invention is, there is provided user of service may easily be separated and combine air cleaning unit Reassembling type electric dust collecting means structure.

3rd problem to be solved by this invention is, there is provided embodies the extraction gently of reassembling type works and introduces dynamic Make, the structure of clearance is prevented under static (settlement) state of reassembling type works.

4th problem to be solved by this invention is, there is provided circumferential component is not subject to produce the periphery of high-tension part The structure of the influence of electromagnetic field.

The fifth problem to be solved by this invention is, there is provided during electric dust collecting means are introduced and are drawn, pass through Prevent the contact between not mutual corresponding terminal from reducing the wear phenomenon based on friction, and unwanted power supply can be separated The structure of applying.

6th problem to be solved by this invention is, there is provided in electric dust collecting means in the inner space of filter outer cover Under state, power supply is swimmingly applied to electric dust collecting means, when electric dust collecting means are separated from filter outer cover, safely separate electricity The structure in source.

In air cleaning unit running, if there is the hand of user of service or the stream for being partly into air of body , then there is the danger that user of service can get an electric shock in entrance side or the situation of opening portion.7th problem of the invention is, there is provided During use, the structure of Danger Electric shock risk is prevented.

In the case where the situation of power supply or user of service's separation electric dust collecting means is closed, because of the high-potential electrode of dust collecting part And low-potential electrode and powered electric charge is not removed, so as to the safety problems such as human electric shock occur.8th problem of the invention To solve the above problems.

Air cleaning unit of the invention includes：Body housing, for forming profile, forms in the side of the body housing There is filter that opening portion is set；And filter outer cover, the inside of above-mentioned body housing is configured at, it is configured with power supply terminal.

In order to solve above-mentioned first and second problem, above-mentioned hole device purifier includes：Drawer, can be by above-mentioned filtering Device sets opening portion and is drawn to the inner space of above-mentioned filter outer cover；And electric dust collecting means, pacified in the way of it can separate Loaded on above-mentioned drawer, power supply accepting terminals are configured with.The shape of the inner space of above-mentioned filter outer cover is arranged in above-mentioned drawer Under state, above-mentioned power supply terminal is in contact with above-mentioned power supply accepting terminals.

In order to solve above-mentioned 3rd problem, above-mentioned drawer may include clearance preventing portion, above-mentioned clearance preventing portion to it is above-mentioned The direction that the direction of drawer extraction is perpendicular is protruded, so as to reduce the medial surface of above-mentioned filter outer cover and the outside of above-mentioned drawer Clearance between face.

Above-mentioned clearance preventing portion may include sidestream gap preventing portion, and above-mentioned sidestream gap preventing portion is to the side drawn with above-mentioned drawer Protruded at least one side in the two sides in perpendicular direction, so as to reduce the medial surface of above-mentioned filter outer cover and above-mentioned take out Clearance between the two sides of drawer.

In the case of the one side during above-mentioned power supply terminal is configured at the medial surface of above-mentioned filter outer cover both sides, by upper Stating sidestream gap preventing portion minimizes the left and right directions clearance of electric dust collecting means, so as to power supply terminal and power supply accepting terminals can be made Contact it is accurate and fully.

Can be in above-mentioned drawer in the state of the inner space of above-mentioned filter outer cover, above-mentioned clearance preventing portion and above-mentioned mistake The medial surface of filter outer cover is in contact, during above-mentioned drawer is drawn from above-mentioned filter outer cover, above-mentioned clearance preventing portion Release the contact with the medial surface of above-mentioned filter outer cover.Also, above-mentioned clearance preventing portion is configured in above-mentioned drawer upper State the front side in the part inserted to the inner space of above-mentioned filter outer cover in the state of the inner space of filter outer cover. Thus, during above-mentioned drawer is introduced or is drawn, across sufficient clearance, so as to the convenience for using can be improved.

In order to prevent the clearance of above-below direction, above-mentioned orbit portion from may include first interval portion and second interval portion.

Above-mentioned power supply terminal is configured in the side in the medial surface of above-mentioned filter outer cover introducing and drawing with above-mentioned drawer To the side in perpendicular direction.Make the left and right directions of electric dust collecting means and above-below direction clearance most by above-mentioned clearance preventing portion Smallization, so as to power supply terminal contact with power supply accepting terminals can be made accurate and abundant.

In order to solve above-mentioned 4th problem, the space between above-mentioned body housing and above-mentioned filter outer cover, above-mentioned height Voltage generator is configured in the space in the direction that above-mentioned power supply terminal is configured in the space of both sides.Above-mentioned communication module can configure In in above-mentioned both sides space, the opposition side space in the direction of above-mentioned high-voltage generator is configured.Above-mentioned ion generating device can It is configured at the space in the direction that above-mentioned high-voltage generator is configured in above-mentioned both sides space.

Above-mentioned electric dust collecting means include electro-mechanical part and dust collecting part, and above-mentioned electro-mechanical part is used to make the dust particle band in air Electricity, above-mentioned dust collecting part is used for the powered dust particle of dust.Above-mentioned power supply terminal may include：Electro-mechanical part power supply terminal, for Above-mentioned electro-mechanical part is powered；And dust collecting part power supply terminal, for being powered to above-mentioned dust collecting part, above-mentioned power supply accepting terminals include： Electro-mechanical part power supply accepting terminals, are in contact with above-mentioned electro-mechanical part power supply terminal；And dust collecting part power supply accepting terminals, with above-mentioned collection Dirt portion power supply terminal is in contact.

In order to solve above-mentioned the fifth problem, can be received in the power supply of the extraction based on above-mentioned drawer and the above-mentioned electro-mechanical part of introducing Hold on the fore-and-aft direction mobile route of terminal and the fore-and-aft direction mobile route of dust collecting part power supply accepting terminals, it is above-mentioned powered to make Portion's power supply accepting terminals are only in contact with above-mentioned electro-mechanical part power supply terminal, above-mentioned dust collecting part power supply accepting terminals only with above-mentioned dust Portion's power supply terminal is in contact, and above-mentioned electro-mechanical part power supply terminal and above-mentioned dust collecting part power supply terminal have difference in height.

In order to solve above-mentioned 7th problem, above-mentioned air cleaning unit may include roof-cut resistence and press cutting for roof-cut resistence Disconnected projection.Also, gauze filter is may also include, above-mentioned gauze filter is configured at the inflow entrance to form above-mentioned electric dust collecting means Direction, drawn from the inner space of above-mentioned filter outer cover in the way of with above-mentioned drawer independence.Also, above-mentioned purification of air Device may include the first roof-cut resistence and the second roof-cut resistence, to introducing in the way of may also comprise to press first roof-cut resistence First cut-out of the direction protrusion of above-mentioned electric dust collecting means is raised, and in the way of may include to press above-mentioned second roof-cut resistence to The second cut-out for introducing the direction protrusion of above-mentioned gauze filter is raised.

In order to solve above-mentioned 8th problem, the present invention includes short switch and for pressing short switch short circuit projection.This The short switch of an embodiment and the short switch of other embodiment are illustrated in the explanation of invention.

By solution to problem as described above, even if user of service is without extra operation, can fill electric precipitation Put and the connection such as power supply terminal or separate, so that with the effect for providing convenience.Also, with can be easily separated electric dust collecting means And washed, and the effect being easily introduced back into.

The present invention has the effect that, by above-mentioned clearance preventing portion of the invention, when carrying out setting to above-mentioned filter When the initial stage that above-mentioned drawer is inserted in opening portion acts, facilitated because there is clearance, in above-mentioned drawer in the inside of filter outer cover In the state of space, by reducing clearance, the contact of above-mentioned drawer and power supply terminal is set to be in accurate and settling position.

Also, the present invention has the effect that, circumferential component can be made to be subject to the general of the electromagnetic field based on high-tension periphery Rate is minimized, so as to reduce break down or operate abnormal probability.

Also, the present invention has the effect that, because the quantity of terminal is more, thus unnecessary contact is likely to occur, The scheme of above mentioned problem can be prevented by embodying to minimize the abrasion based on termination contact, and can be prevented to not corresponding The operating of terminal applied voltage is abnormal.

Also, when being drawn from the filter outer cover of electric dust collecting means, roof-cut resistence opens power circuit, so as to have work as The significantly reduced effect of Danger Electric shock risk when not using.Especially, in electric dust collecting means, gauze filter is configured at above-mentioned stream Entrance side, and the second roof-cut resistence for being formed at gauze filter is embodied, thus with during using electric dust collecting means Significantly reduce the effect of Danger Electric shock risk.

Also, the present invention has the effect that, strainer cover from front and the completely separated user of service in upside can be embodied Hand, thus reduces the danger of electric shock, and can easy detection for the information of front air structure.

Also, the present invention has the effect that, when above-mentioned electric dust collecting means are inserted to above-mentioned body, high-potential electrode and The short circuit of low-potential electrode is released from, so that the function of the electromagnetic field for producing dust collecting part can be played, when electric dust collecting means from body When inside is drawn, be short-circuited phenomenon because of the operation of high-potential electrode and low-potential electrode, therefore ensures that security.

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 the humidification device 200 for separating Fig. 1.

Fig. 3 is the longitudinal sectional view of the air regulator of Fig. 1.

Fig. 4 is the exploded perspective view for showing the only body 130 of separation Fig. 1.

Fig. 5 is the exploded perspective view of the part of the body 130 for separating Fig. 4.

Fig. 6 is the body 130 for showing Fig. 1 and the filter assemblies for being installed on above-mentioned body 130 in a detachable manner 10 stereogram.

Fig. 7 is the stereogram of the filter assemblies 10 of Fig. 6.

Fig. 8 is the upward view of the filter assemblies 10 of Fig. 7.

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 the filter assemblies 10 of Fig. 7.

Figure 11 is the front view of the body 130 from the state of the separating and filtering device assembly 10 of body 130 of Fig. 6.

Figure 12 and Figure 13 is the sectional view of cutting perpendicularly body 130.Figure 12 is the sectional view cut along the A2-A2 ' of Figure 11, Figure 13 is the sectional view cut along the A3-A3 ' of Figure 28.

Figure 14 is the stereogram of the body 130 of Figure 11, and Figure 14 is to show the guide portion structure inside filter outer cover 140 146th, 147 figure.

Figure 15 is the stereogram of the body 130 of Figure 11, and Figure 15 shows the guide portion structure 142 inside filter outer cover 140 Figure.

Figure 16 is the stereogram of the drawer 400 of Figure 10.

Figure 17 is the stereogram of the drawer 400 that Figure 16 is watched from another side.

Figure 18 is the elevation of the drawer 400 that Figure 16 is watched from side.

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 that Figure 16 is watched from front.

Figure 22 shows the configuration of the drawer guide portion 147 of the filter outer cover 140 of Figure 14 and the sliding part 414 of drawer 400 The vertical sectional view of state.

Figure 23 is the sectional stereogram of the configuration status of 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 with slide The figure of the position that portion 414 is in contact.

Figure 24 is to show in the state of the filter assemblies 10 of Fig. 6 are installed on 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 of the circuit diagram for schematically illustrating the dust collecting part 540 shown in Figure 24 and Figure 25.

Figure 28 is the stereogram of the electric dust collecting means 500 for showing Figure 10.

Figure 29 is the stereogram of the electric dust collecting means 1 that Figure 28 is watched from another side.

Figure 30 is the state for showing the electric dust collecting means 500 of exploded view 28 and assembling electro-mechanical part 510 and powered shell 501 Stereogram.

Figure 31 is the electro-mechanical part 510 of Figure 30 and the elevation of powered shell.

Figure 32 is the electric dust collecting means 500 of exploded view 28 and configures dust collecting part 540, dust shell 502 and short switch 600 State stereogram.

Figure 33 is the stereogram of the short switch 600 of Figure 32.

Figure 34 is the stereogram of the short switch 600 that Figure 33 is watched from other direction.

Figure 35 watches the elevation of the short switch 600 of Figure 33 from the lateral rear side in front.

Figure 36 is the sectional view along the short switch 600 of B1-B1' exploded charts 35.

Figure 37 is the sectional view along the short switch 600 of B2-B2' exploded charts 35.

Figure 38 and Figure 39 are in addition to short switch fixes body 650 in the short switch 600 for be amplified in Figure 33 The stereogram for dividing.Figure 38 is the figure that short switch 600 is in short-circuit condition, and Figure 39 is that short switch 600 is in the short-circuit shape of releasing The figure of state.

Figure 40 is the stereogram of the electric dust collecting means 500 ' of another embodiment of the present invention.

Figure 41 be show remove Figure 40 electric dust collecting means 500 ' shell a part 502 and in electric dust collecting means 500 ' Configure the stereogram of the state of the short switch 600 ' of other embodiment.

Figure 42 is to show to include that the short switch 145 ' of the other embodiment for housing electric dust collecting means 500 ' and short circuit are raised The front view of 141 ' body 130.

Figure 43 is the stereogram of the short switch 600 ' of Figure 41.

Figure 44 is the stereogram of the short switch 600 ' that Figure 43 is watched from other direction.

Figure 45 is the elevation of the short switch 600 ' that Figure 43 is watched from rear lateral front side.

Figure 46 is the sectional view of the short switch 600 ' along B3-B3' exploded charts 45.

Figure 47 is the elevation of the short switch 600 ' of viewing Figure 43 from the upper side to the lower side.

Figure 48 is the sectional view of the short switch 600 ' along B4-B4' exploded charts 47, and Figure 48 is short switch 600 ' in short The figure of line state.

Figure 49 is the sectional view of the short-circuit state of the short switch 600 ' for releasing Figure 48.

Figure 50 is the elevation of the filter outer cover 140 from the body housing 131 of body 130 of Figure 11.

Figure 51 is the stereogram of the filter outer cover 140 of Figure 50.

Figure 52 is the stereogram of the filter outer cover 140 that Figure 51 is watched from other direction.

Figure 53 is the elevation of the trailing flank of the filter outer cover 140 for watching Figure 50.

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 raised 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

Specific embodiment

The direction of " up/down/front/rear/left/right " mentioned below etc. is defined according to the shown mode such as Fig. 1, above-mentioned Direction is used to clearly state the present invention, according to benchmark, can by different way define all directions.U, D, F, R shown in figure, Le and Ri be respectively (Up), under (Down), preceding (Front), rear (Rear), left (Left) and right (Right).

Air cleaning unit of the 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 purification of air.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 two potential differences of position.It is as shown below " electrical connection " do not mean only that to make electric current directly situation about being in contact in the way of flowing, 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 degree 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 suction extraneous air of above-mentioned air cleaning unit 100, 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 for flowing 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 to outside discharge humidifying air.

Humidification device 200 and air cleaning unit 100 can be separated from each other.User of service can be separated 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 purification of air 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 to humidification in order to fill Put 200 supplies and formed the connection stream 103 for bypassing air through by filtered air in air cleaning unit 100.To be formed Connection stream 103 in the side of above-mentioned air cleaning unit 100 is defined as cleaning connection stream 104, will be formed in above-mentioned humidification dress The connection stream for putting 200 sides is defined as humidification connection stream 105.Air cleaning unit 100 forms cleaning connection stream 104.Plus Wet device 200 forms humidification connection stream 105.

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.The above-mentioned moisture and humidified of being received during by humidifying stream 106 by filtered air. Discharge duct 107 is formed in the downstream side of humidification stream 106, so as to be discharged by air cleaning unit 100 and humidification to outside The air that device 200 is processed.

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, but, air-flow direction A is on the whole above-below direction.Specifically, air-flow direction A is under Direction of the side towards upside.

Above-mentioned air regulator may include the display apparatus module of the running status to user of service's display air cleaning unit 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 in the way of it can separate, for above-mentioned suction The extraneous air for entering 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 separating with base 112 Suction passage 101.Body 130 separates from base 112, therefore, extraneous air can integrally be sucked by the downside of body 130. Above-mentioned air cleaning unit 100 makes the upward side shifting of extraneous air from downside suction.Air edge filtering stream 102, from downside Flowed up against gravity direction to upside.

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 support 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, upper and lower shape Into multiple connecting rods 114.Preferably, above-mentioned multiple connecting rods 114 are in fine and closely woven state, so that the finger for preventing user of service is entered into Suction inlet 111.

Body 130 includes the body housing 131 of the profile for forming 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 in front-rear direction be introduced or drawn relative to body 130.Multiple mistakes Filter can vertically be laminated in filter assemblies 10.Filter assemblies 10 may include for making above-mentioned multiple filters temporary transient Mobile drawer 400.Detailed description thereof will be aftermentioned.

Air cleaning unit 100 includes forming profile and forming filter at side (front side) setting opening portion 133 Body housing 131.Air cleaning unit 100 includes the filter outer cover 140 of the inside for being configured at 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 The inner space of 140 filter modules for being formed with the grade of pluggable electric dust collecting means 500.Above-mentioned filter module can be by filtering Device sets opening portion 133 and is introduced to the inner space of filter outer cover 140.Above-mentioned filter module can be set by filter and be opened Oral area 133 is drawn from the inner space of filter outer cover 140.Drawer 400 can set opening portion 133 to filter by filter The inner space of outer cover 140 introduces.It is empty from the inside of misgivings device outer cover 140 that drawer 400 can set opening portion 133 by filter Between draw.Drawer 400 is introduced and drawn in front-rear direction.

Filter outer cover 140 and filter assemblies 10 form filtering stream 102 in the state of being combined.Filtering stream 102 upstream side is connected with suction passage 101.The downstream side for filtering stream 102 is connected with stream 103 is connected.Specifically, The downstream side of filtering stream 102 is connected stream 104 and is connected with cleaning.

Filter being formed in the side (forward face) of body housing 131, opening portion 133 is set.Above-mentioned filter assemblies 10 lead to Cross above-mentioned filter and inside insertion of the opening portion 133 to above-mentioned filter outer cover 140 is set.Filter assemblies 10 are included in covering State the strainer cover 413 that filter sets opening portion 133.

It is provided for being guided 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 For making the pressure of 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 The filter cross-over configuration of stream 102.Above-mentioned filtering stream 102 is vertically formed, and above-mentioned filter assemblies 10 draw to horizontal direction Enter and draw.

By the air of the suction of above-mentioned suction passage 101 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 plus 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 and 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.

After above-mentioned Air Blast fan 24 is sucked by filtered air to center, to circumferencial direction discharge by filtered air. It is in the present embodiment that above-mentioned air supply motor 22 is located at the upside of Air Blast fan 24 in the way of it there is no impedance with air.On State air supply motor 22 and be arranged at position in addition to air flow circuit.

Filled to the humidification of upside along filter outer cover 140 and air-supply outer cover 150 from the air of the discharge of above-mentioned Air Blast fan 24 Put 200 flowings.

The upside configuration tank 30 of the above-mentioned blowing unit 20 inside above-mentioned body 130.Above-mentioned body 130 is with to upside The mode for inserting 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.

It is provided for sucking the water 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 with above-mentioned sense of vision body 210 in the way of it can separate. 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 the downstream side of humidification stream 106.Above-mentioned connection stream 103 is connected with the upstream side of humidification stream 106. Above-mentioned cap assembly 230 is formed can be in the outside water supply stream 109 for supplying water.

Reference picture 6 and Figure 15, one side of the body 130 in outer circumferential surface form filter and 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 by filter and opened Oral area 133 introduces filter assemblies 10 to the inner space of filter outer cover 140.

The both sides of the 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 that an offer supports the upper of the rubbing surface of filter assemblies 10 Side 146,147a.Guide portion 142,146,147 can at least include that one presses under filter assemblies 10 from the upper side to the lower side Side 142.Guide portion 142,146,147 may include at least one of 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 for guiding netted mistake The gauze filter guide portion 146 of the slip of filter 300.Guide portion 142,146,147 may include to be installed on drawer for guiding Filter module 350,400 upper side slip filter module guide portion 142 (reference picture 14 and Figure 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 powered to electric dust collecting means 500.Air cleaning unit 100 include the ground terminal 149 for providing ground connection 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 that the above-mentioned filter of covering sets the strainer cover 413 of opening portion 133.Strainer cover 413 includes height Degree sets the upside extension 413d of the height fixed intervals of opening portion 133 higher than filter.Above-mentioned upside extension is formed and passed Sensor hole 413a.

Air cleaning unit 100 may include to be arranged at the sensor assembly 135,136,137 of 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 upside that filter sets opening portion 133. In the state of body 130 is combined, sensor assembly 135,136,137 can be hidden filter assemblies 10 by strainer cover 413 Gear.Sensor assembly 135,136,137 is configured in the rear side of the upside extension 413d of strainer cover 413.Sensor die Block 135,136,137 detects provisioning information from by gauge hole 413a leaked-in airs.According to from sensor assembly 135, 136th, the information of 137 detections, can be controlled to above-mentioned blowing unit 20.

Sensor assembly 135,136,137 may include to detect the dust sensor 135 of the dust concentration in extraneous air.Pass Sensor module 135,136,137 may include the humidity sensor 136 of the humidity for detecting extraneous air.Sensor assembly 135,136, The taste sensor 137 of 137 tastes that may include detection extraneous air.

The upper portion for setting opening portion 133 in filter forms the outer circumferential surface depression and strainer cover 413 of body 130 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 (settlement) state of the drawer 400 in the inner space of filter housing 140 means at drawer 400 Introduced in complete (fully) of the state that cannot be introduced to filter outer cover 140 again.Draw to filter outer cover 140 in drawer 400 The state that the state or drawer 400 for entering are drawn from filter outer cover 140 is not above-mentioned static (settlement) 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.

Humidity sensor hole 136a is formed in depressed part 134.After humidity sensor 136 is configured at above-mentioned depressed part 134 Side.Humidity sensor 136 is configured at the rear of above-mentioned humidity sensor hole 136a.Humidity sensor hole 136a can be by multiple apertures It is intensive to form.

Taste sensor hole 137a is formed in depressed part 134.After taste sensor 137 is configured at above-mentioned depressed part 134 Side.Taste sensor 137 is configured at the rear of above-mentioned taste sensor hole 137a.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 of the outflow of dust sensor 135.Ostium 135b, clean-out hatch 135a and tap hole 135c successively under on the side Side configures.

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 to air by above-mentioned heating part Heat, then by convection, air can the side flowing 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, The rear side of 135b, 135c.

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 in the lateral direction long gap shape in the position corresponding with least one of 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 mode long.Gauge hole 413a can Think the gap formed in horizontally long mode.

Multiple gauge hole 413a can be formed.Gauge hole 413a can vertically be separated by multiple gaps and form.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 laterally with long Mode is formed.Second sensor hole 413a2 can be formed laterally in mode long.First sensor hole 413a1 along rear side multiple The direction of sensor arrangement is formed in mode long.The direction that second sensor hole 413a2 is arranged along multiple sensors of rear side Formed in mode long.First sensor hole 413a1 is formed at the highly corresponding position with tap hole 135c.Second sensing Device hole 413a2 is formed at the highly corresponding position with ostium 135b.

Upside extension 413d can be according to the extraction of drawer 400 and introducing opening and closing clean-out hatch 135a.In drawer 400 in filtering In the state of the inside of device outer cover 140, the trailing flank of upside extension 413d closes clean-out hatch 135a.In drawer 400 from misgivings In the state of device outer cover 140 is drawn, the trailing flank of upside extension 413d 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 the foreign matter in gas.

Drawer 400 can set opening portion 133 and 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 400 along filter outer cover 140 drawer 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 air sucked by suction passage 101 is passed through to the above-below direction of drawer opening portion 400a.Side leads to air on the side under Cross drawer opening portion 400a.

Drawer 400 includes being formed the framework 410 of the drawer opening portion for bypassing air through.Drawer 400 includes precoat filter The strainer cover 413 of opening portion is set.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 of frame 410 extends.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 leads 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 vertically passes through drawer opening portion 400a and filter module 500,350.

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 are made the dust particle in air powered and air is entered by dust powered dust particles Row filtering.

Light catalyst filter 350 has the photocatalyst of deodoriging properties in the coating of porous base, so as to 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 be by having The base member for forming the hole of a part for filtering stream 102 applies the known photocatalyst with deodoriging properties to make, Also can form hole in the part with photocatalyst property to make.

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 is separated from body 130 and filter assemblies 10 and it is exposed in sunlight etc., thus can be gone 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, light catalyst filter 350 is configured in topmost.

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 of 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 and 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 draws with drawer 400 Go out.Gauze filter 300 is independently introduced into or draws 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 is drawn from inside.

Gauze filter 300 includes being formed the gauze filter lid 313 of forward face.In gauze filter 300 and drawer 400 In the state of filter outer cover 140, gauze filter lid 313 is formed on the continuous face of forward face with 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, and strainer cover 413 forms the handle exposed division 413c of the part depression in lower end.Handle The forward face of exposed division 413c and downside are in open state.Handle exposed division 413c is recessed from the forward face of strainer cover 413 Fall into the rear end of above-mentioned gauze filter lid handle 313a.User of service puts his hand into handle exposed division 413c and holds netted mistake Filter cover handle 313a.

Gauze filter 300 is included on the horizontal plane at the rear of gauze filter lid 313 and 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 of removal 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 configured with grid framework 315 and netted auxiliary frame 316 In same level.Gauze filter 300 is separated from body 130 to be washed, thus can remove what is 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.Drawer opening portion 400a is formed in a pair of lateral frame 410a.A pair of lateral frame 410a extend in front-rear direction.Cross Filter cover 413 is configured at a pair of leading sections of lateral frame 410a.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 the rearward end of a pair of side frames 410a.Afterframe 410b to Left and right directions extends.The left end of afterframe 410b is combined with the rearward end of the body side frame 410a in left side.Afterframe 410b Right-hand end be combined with the rearward end of the body side frame 410a on right side.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 the leading section of a pair of side frames 410a.Front baffle 410c with The rear of strainer cover 413 is combined.Front baffle 410c extends in the lateral direction.The left end of front baffle 410c and left side The leading section of body side frame 410a be combined.The right-hand end of front baffle 410c is mutually tied with the leading section of the body side frame 410a on right side 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.

Framework 410 forms the mounting surface 411 for installing filter module 350,500.Mounting surface 411 forms support filter mould 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 It is high depending on being installed on framework 410 from score.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 3rd mounting surface 411c.

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 be protruded 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 is used to guide filtering The installation action of device module 350,500 so that filter module 350,500 can be in contact with mounting surface 411.

The mounting surface 411a of a pair of side frames 410a can be with the mounting surface 411b's of afterframe 410b and front baffle 410c At least one of mounting surface 411c has difference in height.The position of the mounting surface 411a of a pair of side frames 410a can be higher than front frame The position of the mounting surface 411 of frame 410c.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 being formed the front face 4131 of forward face.Front face 4131 forms the sensor 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 that 131 lateral surface extends.Front face 4131 can be in the shape bent in the way of protruding forwards on horizontal profile. Front face 4131 includes being configured at the above-mentioned upside extension 413d of upper side.

Strainer cover 413 includes the rear face 4132 being in contact with the front face of filter module 350,500.Rear face At least a portion of 4132 trailing flanks for forming 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 4133 above opposite with the upper inside face of filter outer cover 140.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 so that fastener 417a can be blocked in the way of form fastening groove 143 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 the lower end of upside extension 413d.

Reference picture 9, drawer 400 includes making drawer 400 be engaged in the way of being installed on the inside of filter outer cover 140 Clamping device 417.Clamping device 417 enters in the state of the inside of filter outer cover 140 with drawer 400 to drawer 400 Row 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 In the upper side of the inner space of filter outer cover 140.Fastener 417a protrudes to upside.The position of the upper end of fastener 417a Higher than the position of upper surface portion 4133.The trailing flank of fastener 417a 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 The lower side shifting of fastener 417a.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 shifting.If fastener 417a is inserted in fastening groove 143, even if pull taking out forwards Drawer 400, drawer 400 will not also be 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 shiftings of fastener 417a releases button 417b.The locking of fastener 417a contact fasteners 417a.Fastener 417a releases button 417b and is connected with locking.If pressing locking releases button 417b, fastener 417a can side shifting 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.

In the case of clamping device 417 may include to be pressed to downside, the elastic portion 417c of recuperability is applied to upside.Elastic portion 417c is configured in the downside that locking releases button 417b.Elastic portion 417c can support the downside that locking releases button 417b.

Reference picture 14, Figure 15, Figure 17 to Figure 20, Figure 22 and Figure 23, illustrates between filter outer cover 140 and drawer 400 Slide construction between slide construction and filter outer cover 140 and gauze filter 300 is as follows.

Filter outer cover 140 includes a drawer guide portion 147 of the both sides for being respectively arranged at filter outer cover 140.One It is used for the extraction and introducing of guiding frame 410 to drawer guide portion 147.Drawer 400 is respectively arranged at the two of framework 410 including matching somebody with somebody 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 the downside of a pair of side frames 410a.

Drawer guide portion 147 may include orbit portion 147a.Drawer guide portion 147 may include roller 147b.Orbit portion 147a can Extend in front-rear 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 the rotary shaft of roller 147b is left and right directions.The roller 147b in drawer guide portion 147 and sliding part 414 Orbit portion 414a be in contact.

Sliding part 414 may include orbit portion 414a.Sliding part 414 may include roller 414b.Orbit portion 414a can rear forward 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 the rotary shaft of roller 414b 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 in front-rear direction be moved along orbit portion 147a.The downside of orbit portion 147a support rollers 414b.Orbit portion 414b can in front-rear 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 being respectively configured a pair of filter module guide portions 142 with the both sides of filter outer cover 140.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 strong point of roller 147b is located at front, orbit portion The strong point of 147a is located behind.The strong point separates in front-rear direction, so that drawer 400 is stably supported.

During drawer 400 is drawn from filter outer cover 140, the position of the strong point of roller 147b is maintained, but, roller During 414b is moved forwards, the strong point of orbit portion 147a is moved forwards.The strong point and orbit portion of roller 147b The spaced apart of the strong point of 147a narrows, and the forward portion of drawer 400 is protruded with the direction without the strong point.If in drawer 400 install electric dust collecting means 500 and light catalyst filter 350, then the upper side and filter outer cover of light catalyst filter 350 140 filter module guide portion 142 is in contact, so as to prevent the front direction downside rotation of drawer 400.

Filter outer cover 140 includes the gauze filter guide portion of extraction and the introducing for guiding gauze filter 300 146.Filter outer cover 140 includes a pair of gauze filter guide portions 146 of the both sides for being respectively arranged at filter outer cover 140. Gauze filter 300 includes that sliding part 315a, corresponding filter outer cover 140, above-mentioned sliding part 315a can make netted filtering Device 315a is moved in front-rear direction.Gauze filter 300 includes the pair of sliding of the both sides for being respectively arranged at 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 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.The downside of sliding part 315a Moved in front-rear direction during the upper side of gauze filter guide portion 146 enters line slip in face.

When being observed 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 being observed 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.

Gauze filter guide portion 146 positioned at the position less than drawer guide portion 147.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, 147a for being in contact with roller 147b, 414b.As shown in this embodiment, below illustrate First interval portion and second interval portion may be disposed at the orbit portion 414a of sliding part 414, but, 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 another reality of the orbit portion 147a in drawer guide portion 147 Apply example.

Reference picture 22 and Figure 23, orbit portion 414a include first interval portion 414a1, when drawer 400 starts outside to filter When the inner space of cover 140 introduces, above-mentioned first interval portion 414a1 is from the first position p1 being in contact with roller 147b to predetermined bits Put p2 and form tabular surface.Orbit portion 414a includes first interval portion 414a1, and in drawer opening portion, the front end 400a1 of 400a 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 that roller 147b is in contact forms tabular surface.Orbit portion 414a includes first interval portion 414a1, when drawer 400 is opened When beginning to be introduced to the inner space of filter for molten 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 of contact forms tabular surface.

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 to make the upward side shifting of framework 410 in the way of have it is different from first interval portion 414a1 Highly.Second interval portion 414a2,414a3 to make the upward side shifting of drawer 400 in the way of have with first interval portion 414a1 not Same height.In first interval portion 414a1 and second interval portion 414a2,414a3 are formed at the present embodiment of sliding part 414, The position of downside of the position of the downside of second interval portion 414a2,414a3 less than first interval portion 414a1.Above-mentioned One interval portion and second interval portion are formed in another embodiment in drawer guide portion 147, the upper side in above-mentioned second interval portion Position higher than above-mentioned first interval portion upper side position.

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 the front end 400a1 of 400a 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 taking out The inclined phenomenon in the downward side in leading section of drawer.With this, so that with not making the front end 400a1 of drawer opening portion 400a with downside 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 shifting of drawer 400, 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 First interval portion 414a1 relatively large difference in height, is configured at the position of relatively close second place p2；And the second height shape Into portion 414a3, with the difference in height relatively small with first interval portion 414a1, the position of relatively close 3rd position p3 is configured at Put.In second interval portion 414a2,414a3 are formed at 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 the 3rd inclined inclination in position p3 directions 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 that the position being in contact with the first height forming portion 414a2 and the second height forming portion 414a3 starts to second The inclined inclined plane in position p2 directions.

To Figure 20, drawer 400 may include to reduce the medial surface of filter outer cover 140 and the outside of drawer 400 reference picture 17 The clearance preventing portion 412 of the clearance between face.Clearance preventing portion 412 is convex to the direction perpendicular with the direction that drawer 400 is drawn Go out.For in the case of fore-and-aft direction, the direction perpendicular with the direction that drawer 400 is drawn can be with the direction drawn in drawer 400 It is 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 in front-rear direction.

Clearance preventing portion 412 may include from the two sides in the direction perpendicular with the direction that drawer 400 is drawn at least One sidestream gap preventing portion 412a of protrusion.Sidestream gap preventing portion 412a reduces the medial surface and drawer 400 of filter outer cover 140 Two sides between clearance.A pair of side frames 410a may include to be respectively facing a pair of the side protrusion of filter outer cover 140 Sidestream gap preventing portion 412a.Sidestream gap preventing portion 412a can be in be protruded from lateral frame 410a to the side of filter outer cover 140 And the muscle shape for extending in front-rear direction.

Clearance preventing portion 412 may include the vertical play preventing portion 412b for vertically protruding.Vertical play preventing portion 412b reduces the above-below direction clearance between the medial surface and the lateral surface of drawer 400 of filter outer cover 140.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 protrusion and the muscle shape for extending in front-rear 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 drawn from 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 the above-below direction of body side frame 410a interval. With this, when acting at the initial stage for carrying out setting the insertion of opening portion 133 drawer 400 to filter, 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 is introduced 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 for crossing filter outer cover 140, 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 the front side of body side frame 410a.

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, for the powered dust particle in electro-mechanical part 510 of dust；And shell 501,502 is 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 downside, Dust collecting part 540 is configured in upside.

The electricity for making the electric dust collecting means from drawer 400 is separated and developed simultaneously of electric dust collecting means 500 is formed in shell 501,502 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 downside, outside 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 upper sides for being formed at dust shell 502.

Flow direction A is as follows for observation integrated air.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, by drawer opening portion 400a.By the air of drawer opening portion 400a by the inflow entrance 506 of electric dust collecting means to shell 501st, 502 inside flows 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 by the upward side of flow export 507 after 540.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 above-mentioned high voltage is the producible numerical value in wire electrodischarge electrode 521.

Configurable multiple comparative electrode plate 523.Comparative electrode plate 523 can be come with opposite across wire electrodischarge electrode 521 Mode separates.

Configurable multiple wire electrodischarge electrode 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 direction perpendicular with the direction that wire electrodischarge electrode 521 is arranged 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 of to the applied voltage of wire electrodischarge electrode 521, in wire electrodischarge electrode 521 and comparative electrode plate 523 Between there is corona discharge.Dust particle in air is powered during by electro-mechanical part 510.

Reference picture 27, dust collecting part 540 includes the electrode 540a for 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 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 neat configuration of direction Y identical modes.

Electrode 541,542 to form opposite gap S in the way of arrange multiple.Edge and width Z and length direction Y phases Vertical direction X, multiple high-potential electrodes 541 and multiple low-potential electrode 542 to be alternatively formed gap S in the way of configure.

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 powered to electro-mechanical part 510 and dust collecting part 540.Body 130 Including for ground terminal 149a, the 149b to electro-mechanical part 510 and the supply ground connection of 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 may include：Electro-mechanical part ground terminal 149a, uses It is grounded in 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 is included for producing high-tension high-voltage generator 581.Body 130 is included for producing to powered The high-tension high-voltage generator 581a that portion 510 applies.Body 130 is included for producing to the applying high voltage of dust collecting part 540 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 is a high-voltage generator 581, constituted for applying power supply to electro-mechanical part 510 and dust collecting part 540 in parallel respectively in high-voltage generator 581 Circuit.Body 130 includes 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 at for the electro-mechanical part 510 and dust collecting part being connected with high-voltage generator 581 in filter housing 140 Power supply terminal 148a, 148b of 540 power supplies.It is configured to the electro-mechanical part 510 being connected with ground terminal 582 in body 130 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 is 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, The ground connection accepting terminals 519,549 that 149b is in contact and makes electro-mechanical part 510 and dust collecting part 540 be electrically connected with ground connection.

Power supply accepting terminals 518,548 include electro-mechanical part power supply accepting terminals 518 and dust collecting part power supply accepting terminals 548. Ground connection accepting terminals 519,549 include that electro-mechanical part is grounded 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 It is in contact in electro-mechanical part ground terminal 149a and the electro-mechanical part that electro-mechanical part 510 is electrically connected with ground connection is grounded accepting terminals 519. 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, electro-mechanical part power supply accepting terminals 518 and dust collecting part power supply accepting terminals are configured 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 separates.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 separates.

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 end Sub- 148a, 148b and power supply accepting terminals 518,548 contact with each other, ground terminal 149a, 149b and ground connection accepting terminals 519, 549 are 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 149b corresponding position 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, electro-mechanical part power supply accepting terminals 518 and dust collecting part power supply accepting terminals are configured 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 is grounded accepting terminals 519 and dust collecting part ground connection accepting terminals 549 are configured in the identical of shell 501,502 On 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 of 400 introducings and the direction drawn.

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 of the side of configuration power supply terminal 148a, 148b 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 are electric 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 are electric 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 Putting 500 includes making electric wire put the high-voltage line 584a that point electrode 521 is electrically connected with high-voltage generator 581a.

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 the switching function of electrically opening and closing high-voltage line 584a.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 the switching function of electrically opening and closing ground wire 583a.

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 The 500 high-voltage line 584b for including making 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 the switching function of electrically opening and closing high-voltage line 584b.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 the switching function of electrically opening and closing ground wire 583b.

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 are 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 the allocation position of electro-mechanical part power supply terminal 148a and dust collecting part power supply terminal 148b was introduced and drawn with drawer 400 The perpendicular direction existence position difference in direction.The allocation position of electro-mechanical part ground terminal 149a and dust collecting part ground terminal 149b The perpendicular direction existence position difference in the direction that introduces and draw with drawer 400.

Electric dust collecting means 500 are introduced and the direction 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 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 Source terminal 148a and dust collecting part power supply terminal 148b there may be difference in height.

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 applying 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 can the above-mentioned dangerous generation of mode by there may be Danger Electric shock risk, the present invention.

To Figure 27, filter outer cover 140 includes determining that whether being acted for electric dust collecting means 500 is cut reference picture 24 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 roof-cut resistence 145 is pressed, the power supply of high-voltage generator 581 can be applied.Roof-cut resistence 145 is controllable System whether to need 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 separated from 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 roof-cut resistence 145 is pressed, 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.To shell 501,502 roof-cut resistence can be pressed to the direction that body 130 is inserted 145。

Filter assemblies 10 include the cut-out projection 144 of pressing roof-cut resistence 145.Cut-out raised 144 is configured at drawer 400 The side in the direction inserted to filter outer cover 140.Cut-out raised 144 is protruded to the direction that electric dust collecting means 500 are introduced.In mistake In the state of the inner space of filter outer cover 140, cut-out raised 144 presses roof-cut resistence 145 to filter module 10.If cut-out Raised 144 press roof-cut resistence 145, then the supply lines 585 that roof-cut resistence 145 is opened is in short-circuit condition, so that can be to height Voltage generator 581 applies power supply.With this, in filter assemblies from 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, can prevent from geting an electric shock.Electric dust collecting means 500 can be wrapped Include cut-out raised 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.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 raised 144 includes：First cut-out projection 144a, to press the first roof-cut resistence 145a in the way of from filter Component 10 protrudes；And second cut-out projection 144b, to press the second roof-cut resistence 145b in the way of it is convex from filter assemblies 10 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 the mode of the first roof-cut resistence 145a is protruded.First cut-out projection 144a is 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 to press the second roof-cut resistence 145b.Second cut-out projection 144b is 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 electricity high 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 from the state of the separation of filter outer cover 140.

In the state of drawer 400 is separated from the inner space 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 pressing is released, 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 as to the electric charge in dust collecting part 540 is powered and electromagnetic field occurs.

Filter outer cover 140 is included in drawer 400 short circuit is pressed in the state of the inner space of filter outer cover 140 to be opened Close 600 short circuit raised 141.Protrude in short-circuit raised 141 directions drawn to drawer 400.

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 raised 141 are configured at the trailing flank in the medial surface of filter outer cover 140.

Short switch 600 includes exposing and in shell 501,502 from body to the raised corresponding position of above-mentioned short circuit 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 opposition side of pressure surface.When above-mentioned pressurization part 626 is pressed, above-mentioned elastomer is elastically compressed, and adds 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 cannot 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 user of service can further be strengthened.

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 of the lateral surface for being configured at shell 501,502.Second Short switch 600-2 includes the second pressurization part 652-2 of the lateral surface for being configured at 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 In the state of the inner space of filter outer cover 140, multiple short circuit projections press above-mentioned multiple and add 500 drawer 400 respectively Splenium 652-1,652-2.

Reference picture 28 and Figure 29, in for the explanation of electric dust collecting means 500, X-direction is many of dust collecting part described later The direction that individual electrode 540a is alternately arranged, Y direction is the length direction of multiple electrodes 540a, and Z-direction is multiple electrodes The width of 540a.In the present embodiment, X-direction, Y direction and Z-direction are mutually perpendicular to.In the present embodiment, Z axis Direction is above-below direction, and Y direction is fore-and-aft direction, and X-direction is left and right directions.

Reference picture 28 and Figure 29, the shell 501,502 of electric dust collecting means 500 form outward appearance.Shell 501,502 includes using Personnel can lift the handle 503 of shell 501,502 with hand.A pair of handles 503 can be formed at the two sides of shell 501,502. Hand 503 can be formed by the surface indentation of shell 501,502.

Shell 501,502 forms the inflow entrance 506 for making air be flowed into the side of electro-mechanical part 510.Shell 501,502 is formed makes sky The flow export 507 that gas flows out from the side of dust collecting part 540.Base distance maintaining portion 561 described later is configured at outflow in the way of exposing Mouth 507.

In addition to inflow entrance 506 and flow export 507, shell 501,502 can be also formed when being washed, and simply made outwards The osculum 508 that the water that the inside of shell 501,502 flows into flows out from shell 501,502.Multiple osculums 508 can be formed.It is multiple Osculum 508 can be spaced from each other configuration.

Osculum 508 can in the lateral surface of shell 501,502 from formed inflow entrance 506 side and inflow entrance 506 every Open.Osculum 508 can be formed at the both sides of the length direction Y of comparative electrode plate 523 in the lateral surface of shell 501,502. Osculum 508 can be formed at the both sides of the length direction Y of electrode 540a in the lateral surface of shell 501,502.

Reference picture 30 and Figure 31, electro-mechanical part 510 are included for applying high-tension wire electrodischarge electrode 521 and being put with electric wire The comparative electrode plate 523 that electrode 521 separates.

In the case of to the applied voltage of wire electrodischarge electrode 521, in wire electrodischarge electrode 521 and comparative electrode plate 523 Between there is corona discharge.Can by discharging when air in molecular ionization, and the anion such as OH-, O- or H+ etc. can be produced Cation.The ion of above-mentioned generation can make the dust particle in air powered.Anion provides electronics to dust particle, so that can Make dust particle negatively charged.Cation can capture electronics from dust particle, so as to dust particle can be made positively charged.

Configurable multiple comparative electrode plate 523.Comparative electrode plate 523 can be opposite and mutual across wire electrodischarge electrode 521 Separate.

The two ends of multiple comparative electrode plates 523 are connected with each other by electrode plate connection parts 524.Electrode plate connection parts 524 are matched somebody with somebody Horizontal plane is placed in, multiple comparative electrode plates 523 are configured at the face perpendicular with electrode plate connection parts 524.

Electrode plate connection parts 524 and multiple comparative electrode plate 523 by cutting 90 degree of center and the bending of plate-type metal, by This can form one.Above-mentioned preparation method is as follows.In the state of the both ends of plate-type metal are changed into electrode plate connection parts 524, The length corresponding with the side of comparative electrode plate 523 side long is cut in the center section of above-mentioned plate-type metal.With electric with relative The corresponding length of the two ends short side of pole plate 523, at the two ends for cutting the part of above-mentioned side edge lengths long or so with curved respectively Bent 90 degree mode is cut.If make it is above-mentioned with Contraband font cut (cut side edge lengths long part and its two ends with 90 degree of mode is bent respectively to be cut) above-mentioned plate-type metal part bend 90 degree, then the part for bending becomes relatively electric Pole plate 523.

Configurable multiple wire electrodischarge electrode 521.Multiple wire electrodischarge electrodes 521 mutually neat can separate configuration. Between multiple wire electrodischarge electrodes 521, comparative electrode plate 523 can be parallel with wire electrodischarge electrode 521.

Multiple wire electrodischarge electrodes 521 can be serially connected.That is, one cable component can continuously constitute multiple wire electrodischarge electricity Pole 521.In the present embodiment, in wire electrodischarge electrode 521, a cable component is from Wire support portion 522a to opposite side Wire support portion 522b extends, so as to form a wire electrodischarge electrode 521.It is curved in the Wire support portion 522b of above-mentioned opposite side Bent said wires part extends close to the Wire support portion 522b with the Wire support portion 522b phase homonymies of above-mentioned opposite side, So as to constitute wired in series portion (not shown).In the said wires portion of the above-mentioned close Wire support portion 522b bendings of phase homonymy Part extends to the close Wire support portion 522a with the Wire support portion 522a phase homonymies of above-mentioned side, so as to constitute another Wire electrodischarge electrode 521.Through the above way, the Wire support portion 522a that will at predetermined intervals be configured respectively in both sides is used as branch Support point, so as to form the wire electrodischarge electrode 521 for alternateing connection and said wires series connection portion.

Wire support portion 522 includes the vertical member extended to air-flow direction, in the side of above-mentioned vertical member, on The mode that cable component supported is stated to bend.

In the present embodiment, multiple wire electrodischarge electrodes 551 and multiple comparative electrode plate 523 along with air-flow direction A Perpendicular direction X separates configuration in an alternating fashion.Multiple wire electrodischarge electrodes 551 and multiple comparative electrode plates 523 are configured In the downstream side of above-mentioned inflow entrance 506.

Above-mentioned electrode plate connection parts 524 configure one, and edge and multiple phases at the two ends of multiple comparative electrode plates 523 respectively The direction X perpendicular to battery lead plate 523 extends.Said wires series connection portion is perpendicular with multiple wire electrodischarge electrodes 521 with edge The mode that direction X extends is configured at the two ends of multiple wire electrodischarge electrodes 521.

Preferably, in the space between multiple comparative electrode plates 523, multiple wire electrodischarge electrodes 521 are located near upper Flow the position of side.Said wires series connection portion be configured in in the identical plane of multiple wire electrodischarge electrodes 521.Preferably, it is It is further spaced from said wires series connection portion and electrode plate connection parts 524, electrode plate connection parts 524 are configured at multiple comparative electrodes In the plane of the dirty side of plate 523.Because also applying high voltage, and electrode plate connection parts to above-mentioned wired in series portion 524 is also the metal electrically connected with multiple comparative electrode plates 523, so as to reduce said wires series connection portion and electrode plate connection parts Spark probability of happening between 524.

Wire electrodischarge electrode 521 and comparative electrode plate 523 are fixed on powered shell 501.In wire electrodischarge electrode 521, One two ends of cable component is fixedly connected on powered shell 501 in two sides of wire electrodischarge electrode 521 respectively, by above-mentioned The position being fixedly connected, high voltage is applied to above-mentioned cable component.

Electro-mechanical part 510 includes the multiple comparative electrode plates 523 of support and is fixed on the spark preventing portion 525 of powered shell 501. The fixed plate electrode connecting portion 524 of spark preventing portion 525.

Spark preventing portion 525 configures one at the both ends of multiple comparative electrode plates 523 respectively.Spark preventing portion 525 is wrapped Curtain-shaped cover member (not shown) between including the electrode plate connection parts 524 of configuration apart from top to bottom and stopping said wires series connection portion.On State the board member that curtain-shaped cover member can be template.Preferably, above-mentioned curtain-shaped cover member is insulating properties material.Above-mentioned curtain-shaped cover member is played Reduce the effect of the spark probability of happening between said wires series connection portion and electrode plate connection parts 524.

The groove of insertion electrode plate connection parts 524 is formed in spark preventing portion 525.Above-mentioned electrode plate connection parts 524 are inserted Groove depression direction be multiple comparative electrode plates 523 length direction.Form the groove that above-mentioned electrode plate connection parts 524 are inserted Part surround electrode plate connection parts 524 upper side and downside.The part for surrounding the downside of electrode plate connection parts 524 can Combine above-mentioned curtain-shaped cover member and embody in street.

Reference picture 32, dust collecting part 540 includes the electrode 540a of dust charged dust particle.Arrangement multiple electrodes 540a.Collection Dirt portion 540 includes the multiple electrodes 540a of dust charged dust particle.

Dust collecting part 540 is included in the fixed part 540b of the inside fixed electrode 540a of shell 501,502.Shell 501,502 House motor 540a.Shell 501,502 houses multiple electrodes.Above-mentioned multiple electrodes 540a can be fixed on dust by fixed part 540b The inside of shell 502.

Electrode 540a is opposite, and to form gap S in the way of arrange multiple.In above-mentioned multiple electrodes 540a, each electricity The length of pole length direction Y is more than the reverse Z of electrode width, opposite and form gap S, and is arranged in a row, so as to form arrangement Group.In multiple electrodes 540a, the above-mentioned side of electrode width direction Z is towards above-mentioned flow export 507.

Electrode 540a includes：Multiple high-potential electrodes 541, apply relative high potential；And multiple low-potential electrodes 542, Apply relative low potential.Multiple high-potential electrodes 541 and multiple low-potential electrodes 542 alternate configuration.Multiple high potential electricity Pole 541 and multiple low-potential electrodes 542 it is opposite and to form gap S in the way of be alternately arranged.

Fixed part 540b includes at least side being configured in the above-mentioned width both sides of above-mentioned arrangement group, so as to maintain The interval location portion 560 of above-mentioned gap S.

The inside of shell 501,502 is fixed in distance maintaining portion 560.In the present embodiment, distance maintaining portion 561,566 is only It is fixed on dust shell 502.Distance maintaining portion 560 can play a part of support multiple electrodes 540a.

In the above-mentioned width Z both sides that distance maintaining portion 560 may include away from above-mentioned arrangement group in dust shell 502 The central spacer maintenance portion 566 of side.Above-mentioned distance maintaining portion 561,566 may include：Base distance maintaining portion 561, is configured at width Spend the side of direction Z；And central spacer maintenance portion 566, it is configured at the opposite side of the width Z of above-mentioned electrode.

Insert a part of multiple electrodes 540a in the regulation space that fixation portions 540b is included in dust shell 502 Under state, the injection portion 578,579 in above-mentioned regulation space is filled in.Hardened simultaneously by making the slurry of regulation in injection portion 578,579 Fixed multiple electrodes 540a.In the state of a part of the slurry immersion multiple electrodes 540a of regulation, injection portion 578,579 leads to Crossing forms above-mentioned regulation slurry hardening.

Multiple electrodes 540a to make width Z be configured in the way of above-below direction, but be not limited to that this.Multiple electricity Pole 540a can be making length direction Y identical modes fitly configure.Multiple electrodes 540a with to electrode width direction Z and Electrode length direction Y perpendicular direction X-shaped is configured into the mode of gap S.

At least one end in the length direction Y both ends of multiple electrodes 540a, the length of each broadband direction Z can phase To smaller.In at least one end in the length direction Y both ends of multiple electrodes 540a, the one end of width Z enters one Walk and extend to length direction Y.The arrangement of multiple electrodes 540a is assembled to be placed in and hit in the state of dust shell 502, above-mentioned arrangement group Length direction Y one end formed to orientation X extend space.In the present embodiment, at the both ends of electrode 540a The space 545 of the one end opening of width Z is formed respectively.With above-mentioned space 545 is formed, the both ends of electrode 540a can In the shape with difference in height.

Above-mentioned absolutely empty 545 inside for being configurable on shell 501,502 of the arrangement group of multiple electrodes 540a other Part.Short switch 600 can to occupy above-mentioned space 545 in the way of configure.

The slurry (paste) of above-mentioned regulation can be conductive electric conductor slurry.The slurry of above-mentioned regulation can be with It is the insulator slurry with insulating properties.The slurry of above-mentioned regulation may each comprise mutually distinguish configuration above-mentioned electric conductor slurry and Above-mentioned insulator slurry.

Injection portion 578,579 can be conductive electrode connecting portion 578.Injection portion 578,579 can be with The cap 579 of insulating properties.Injection portion 578,579 may each comprise the electrode connecting portion 578 and cap 579 for mutually distinguishing configuration.Electricity Pole connecting portion 578 and cap 579 can be layered on top of each other.The above-mentioned cap 579 of electrical insulating property can cover electrode connecting portion 578.

Injection portion 578,579 can be formed by hardening the slurry of above-mentioned regulation.Electrode connecting portion 578 can be above-mentioned by making The hardening of electric conductor slurry is formed.Cap 579 can be formed by hardening above-mentioned insulator slurry.

Play the function of fixed electrode 540a in injection portion 578,579.Electrode connecting portion 578 not only acts as consolidating for electrode 540a Determine function, and also act as the electric wire function of applying power supply to the conductive layer of electrode 540a.Electrode connecting portion 578 and voltage source electricity Connection, so as to apply power supply to electrode 540a.Cap 579 not only acts as the fixing function of electrode 540a, and also acts as covering The waterproof and insulation function of electric conductor.

To Figure 39, in electric dust collecting means, multiple short switch 600-1,600-2 are formed as one to reference picture 32.

Reference picture 11 to Figure 13, with multiple short circuits raised 141.Filter outer cover 140 include multiple short circuit projection 141a, 141b.Short-circuit raised 141 include：First short-circuit projection 141a, for pressing the first pressurization part 626-1；And second short circuit it is convex 141b is played, for pressing the second pressurization part 626-2.The short circuits of first short circuit projection 141a and second projection 141b is spaced laterally apart.

Reference picture 32, short switch 600 includes the first pressurization part 652-1 of the trailing flank for being formed at electric dust collecting means 500 And the second pressurization part 652-2.First pressurization part 626-1 and the second pressurization part 626-2 can be spaced laterally apart configuration.In electric dust collecting means 500 configurations are exposed in the position corresponding with multiple short circuit projection 141a, 141b, so that in drawer 400 in filter outer cover 140 Inner space in the state of multiple pressurization parts 626-1,626-2 for being pressed.Multiple pressurization parts 626-1,626-2 are in circuit phase It is mutually in parallel, so that, if releasing the pressing to, high-potential electrode 541 and low-potential electrode 542 can be short-circuited.

Reference picture 33 to Figure 39, short switch 600 includes the first pressurization part 626-1 and the second pressurization part 626-2.Short circuit is opened Closing 600 includes：First electric conductor 610, electrically connects with high-potential electrode 541 and ground potential electrode 542；And second Electric conductor 620, electrically connects with another in high-potential electrode 541 and ground potential electrode 542, separates with the first electric conductor 610 Configuration.

Short switch 600 includes that the multiple bridge-types for being combined and moving with multiple pressurization parts 626-1,626-2 respectively are conductive Body 640.When release pressurization part 626-1,626-2 pressing when, multiple bridge-type electric conductors 640 simultaneously with above-mentioned first electric conductor 610 and above-mentioned second electric conductor 620 be in contact and electrically connect.

Multiple bridge-type electric conductors 640 include：First bridge-type electric conductor 640-1, is combined and moves with the first pressurization part 626-1 It is dynamic；And the second bridge-type electric conductor 640-2, it is combined and moves with the second pressurization part 626-2.As the first pressurization part 626- of releasing During 1 pressing, the first bridge-type electric conductor 640-1 is in contact and electricity with the first electric conductor 610 and above-mentioned second electric conductor 620 simultaneously Connection.When the pressing of the second pressurization part 626-2 is released, the second bridge-type electric conductor 640-2 simultaneously with the first electric conductor 610 and upper The second electric conductor 620 is stated to be in contact and electrically connect.

First bridge-type electric conductor 640-1 may include some spaced apart from each other (part) electric conductors 640a, 640b.First Bridge-type electric conductor 640-1 may include Part I electric conductor 640a spaced apart from each other and Part II electric conductor 640b.Second bridge Formula electric conductor 640-2 may include some electric conductors 640a, 640b spaced apart from each other.Second bridge-type electric conductor 640-1 can be wrapped Include Part I electric conductor 640a spaced apart from each other and Part II electric conductor 640b.

Pressurization part 626-1,626-2 of one in multiple pressurization parts 626-1,626-2 can be with multiple spaced apart from each other Partially electronically conductive body 640a, 640b are combined.If mobile first pressurization part 626-1, the be combined with the first pressurization part 626-1 A part of electric conductor 640a and Part II electric conductor 640b are together moved.If mobile second pressurization part 626-2, adds with second The Part I electric conductor 640a and Part II electric conductor 640b that splenium 626-2 is combined together are moved.

If pressurization part 626-1,626-2 releases pressing, Part I electric conductor 640a and Part II electric conductor 640b Respectively electrically connect the first electric conductor 610 and the second electric conductor 620.Even if for example, being solved in Part I electric conductor 640a Except bad, Part II electric conductor 640b can electrically connect the first electric conductor 610 and the second electric conductor 620.

Short switch 600 includes that above-mentioned first electric conductor 610 of support, the second electric conductor 620, the short circuit of pressurization part 626 are opened Close fixed body 650.Short switch fixes body 650 includes being fixed on short switch 600 fixed part of shell 501,502 652。

Short switch is fixed body 650 and formed can make the inside for fixing body 650 to short switch flow into the row that water flows out Portal 650a, 650c.Short switch fixes body 650 includes that the tap that short switch fixes body 650 can be passed water through 650a、650c。

Osculum 650c can be formed at the above-below direction side that short switch fixes body 650.Make electric dust collecting means 500 It is installed in the state of drawer 400, water simply by osculum 650c flowed out from the upper side to the lower side by direction.

Osculum 650a can be formed at the electrode length direction Y sides that short switch fixes body 650.In electrode length side In the case of being fore-and-aft direction to Y, osculum 650a can be formed at the trailing flank that short switch fixes body 650.By draining Hole 650a is flowed into the water that backside flow goes out to the gap S between multiple electrodes 540a, so as to be flowed by between above-mentioned gap S Air easily evaporate.With this, the electric dust collecting means 500 of easy washing can be embodied.

Short switch 600 includes elastomer 630-1,630-2 of the opposition side of the pressurized plane for being configured at pressurization part 626.When During pressing pressurization part 626, elastomer 630-1,630-2 are elastically compressed, when the pressing of pressurization part 626 is released, elastomer 630-1,630-2 restore.Elastomer 630-1,630-2 include：First elastomer 630-1, is configured at the first pressurization part 626-1's The wanting of pressurized plane is tossed about；And the second elastomer 630-2, be configured at the second pressurization part 626-2 pressurized plane want toss about.It is multiple One end of elastomer 630-1,630-2 be respectively arranged in the pressurized plane of multiple pressurization parts 630-1,630-2 want toss about.Multiple bullets The other end of gonosome 630-1,630-2 is respectively arranged in short switch and fixes body 650.Elastomer 630-1,630-2 can be Spring.

Pressurization part 626 includes the pressurized plane (not shown) towards rear.Pressurization part 626 is included from around above-mentioned pressurized plane The side surface part (not shown) of forward direction protrusion.Pressurization part 626 can be on the whole the cylinder type portion that front side bottom faces are opened Part.One end of elastomer 630-1,630-2 are installed in the inside of pressurization part 626.Pressurization part 626 is formed by insulator.

Pressurization part 626 includes being fixed on bridge-type electric conductor 640 the bridge-type electric conductor fixed part 626a of pressurization part 626.Bridge Formula electric conductor fixed part 626a can be formed at the above-mentioned side surface part of pressurization part 626.Bridge-type electric conductor fixed part 626a is to pressurization part 626 moving direction both sides limit bridge-type electric conductor 640.Bridge-type electric conductor fixed part 626a includes support bridge type electric conductor 640 The part of trailing flank and the money of support bridge type electric conductor 640 in terms of part.Bridge-type electric conductor 640 is inserted in bridge-type electric conductor The groove that fixed part 626a is formed, so that bridge-type electric conductor 640 is securable to pressurization part 626.

One pressurization part 626-1,626-2 may include multiple bridge-type electric conductor fixed part 626a.Some electric conductors 640a, 640b decibel is fixed on the multiple bridge-type electric conductor fixed part 626a formed in pressurization part 626-1,626-2.

The shape that bridge-type electric conductor 640 can rearward bend in the both ends of the part of rod-type.With bridge-type electric conductor 640 The part that first electric conductor 610 is in contact can rearward bend.It is in contact with the second electric conductor 620 of bridge-type electric conductor 640 Part can tilted rearward.

First electric conductor 610 and the second electric conductor 620 can be parallel to each other.First electric conductor 610 is included to multiple pressurization parts The first conductive part 611 that the direction of 626-1,626-2 arrangement extends.Second electric conductor include to multiple pressurization part 626-1, The second conductive part 621 that the direction of 626-2 arrangements extends.First conductive part 611 and the second conductive part 621 can be in bar (bar) shape.First conductive part 611 and the second conductive part 621 can be parallel to each other.First conductive part 611 and the second conductive part 621 Can be configured across multiple pressurization parts 626-1,626-2.

First electric conductor 610 includes the first contact site 612,613 being in contact with bridge-type electric conductor 640.First contact site 612nd, 613 thickness is formed in front-rear direction.First contact site 612,613 extends from the first conductive part 611.First contact site 612, 613 include：1-1 contact sites 612, are configured in the way of it can be in contact with Part I electric conductor 640a；And 1-2 contact sites 613, by can Part II electric conductor 640b be in contact in the way of configure.

Second electric conductor 620 includes the second contact site 622,623 being in contact with bridge-type electric conductor 640.Second and it is basic Portion 622,623 forms thickness in front-rear direction.Second contact site 622,623 extends from the second conductive part 621.Second contact site 622nd, 623 include：2-1 contact sites 622, are configured in the way of it can be in contact with Part I electric conductor 640a；And 2-2 connects Contact portion 623, is configured in the way of it can be in contact with Part II electric conductor 640b.

Bridge-type electric conductor 640 is configured at the front of the first contact site 612,613 and the second contact site 622,623.Reference picture 38, if pressurization part 626 releases pressing, the contact site 612,613 of bridge-type electric conductor 640 and first and the second contact site 622,623 It is in contact and short circuit.Reference picture 39, if pressing pressurization part 626, the contact site 612,613 of bridge-type electric conductor 640 and first and the Two contact sites 622,623 are spaced and release short circuit.

Part I electric conductor 640a is configured at the front of 1-1 contact sites 612 and 2-1 contact sites.Part II electric conductor 640b is configured at the front of 1-2 contact sites 613 and 2-2 contact sites 623.Reference picture 38, if releasing the pressing of pressurization part 626, Part I electric conductor 640a is in contact and short circuit, Part II electric conductor 640b with 1-1 contact sites 612 and 2-1 contact sites 622 623 are contacted with 1-2 contact sites 613 and 2-2 to be in contact and short circuit.Reference picture 39, if pressing pressurization part 626, Part I is led Electric body 640a separates with 1-1 contact sites 612 and 2-1 contact sites 622 and releases short circuit, and Part II electric conductor 640b and 1-2 connects Contact portion 613 and 2-2 contact sites separate and release short circuit.

Above-mentioned short switch fixes body 650 includes the movement for being used to guide above-mentioned pressurization part 626 and bridge-type electric conductor 640 Guide portion (not shown).

Reference picture 40 is to Figure 49, and the electric dust collecting means 500 ' of the short switch 600 ' for illustrating to include another embodiment are as follows. The item common with the electric dust collecting means 500 of an above-mentioned embodiment is shown with reference, and the repetitive description thereof will be omitted.

Reference picture 40 and Figure 41, the short switch 600 ' of another embodiment is single switch, in electric dust collecting means 500 ' Trailing flank on only configure a pressurization part 626 '.It is short-circuit raised corresponding position dew in the configuration of electric dust collecting means 500 Go out, so as to the pressurization part being pressed in the state of the inner space of above-mentioned filter outer cover in above-mentioned drawer.In electric precipitation dress Put the single cut-out projection 144 ' that 500 ' configurations are rearward protruded.

Reference picture 42, the trailing flank in the inner space of filter outer cover 140 configures single roof-cut resistence 145 '.In mistake The trailing flank configuration short circuit raised 141 ' in the space of filter outer cover 140.The short-circuit raised 141 ' pressurizations for pressing short switch 600 ' Portion 626 '.

Reference picture 43 to Figure 49, short switch 600 ' includes：First electric conductor 610 ', with above-mentioned high-potential electrode 541 and At least one of above-mentioned low-potential electrode 542 is electrically connected；And second electric conductor 620 ', with above-mentioned high-potential electrode 541 and Another electrical connection in above-mentioned low-potential electrode 542.Above-mentioned short switch 600 ' is including supporting above-mentioned first electric conductor 610 ' And second electric conductor 620 ' short switch fix body 650 '.

Above-mentioned short switch 600 ' includes pressurization part 626 ', and it is short-circuit raised 141 ' relative that above-mentioned pressurization part 626 ' is exposed The position answered, so that, it is pressed when above-mentioned electric dust collecting means 500 ' are inserted to the inside of filter outer cover 140.Pressurization part 626 ' the parts that may make up the first electric conductor 610 '.That is, the first electric conductor 610 ' may include pressurization part 626 '.

Above-mentioned short switch 600 ' is including being configured at the elastomer 630 ' of the opposition side of the pressurized plane of above-mentioned pressurization part 626 '. When above-mentioned pressurization part 626 ' is pressed, elastomer 630 ' is compressed by ductility, above-mentioned when the pressing of above-mentioned pressurization part 626 ' is released Elastomer 630 ' restores.Pressurization part 626 ' can be the panel component for forming the pressurized plane towards rear.

Above-mentioned first electric conductor 610 ' including with above-mentioned high-potential electrode 541 and above-mentioned low-potential electrode 542 in one Electrical connection the first connection terminal 612 ', above-mentioned second electric conductor 620 ' including with above-mentioned high-potential electrode 541 and above-mentioned low electricity Second connection terminal 622 ' of another electrical connection in the electrode 542 of position.

Above-mentioned first electric conductor 610 ' includes the first contact site 614 ' for being in contact with above-mentioned second electric conductor 620 '.Work as solution Except pressurization part 626 ' pressing when, the first contact site 614 ' is electrically connected with the second contact site 624 ' described later.

Above-mentioned second electric conductor 620 ' includes the second contact site 624 ' for being in contact with above-mentioned first electric conductor 610 '.Work as solution Except pressurization part 626 ' pressing when, the second contact site 624 ' is electrically connected with the first contact site 614 '.

Second contact site 624 ' forms as one with above-mentioned pressurization part 626 ', thus towards with above-mentioned pressurization part 626 ' plus Pressure surface identical direction.Above-mentioned first contact site 614 ' is opposite with the face of above-mentioned pressurized plane direction.

First electric conductor 610 ' includes the first multiple electric conductor bending section 616 ' of bending after above-mentioned.Reference picture 34, First electric conductor 610 ' includes：First the first electric conductor bending section 616a ', along bearing of trend, bending+90 is spent for the first time, and second Secondary bending -90 is formed；Second the first electric conductor bending section 616b ' ,+90 flexibility are pressed twice along bearing of trend；3rd One electric conductor bending section 616c ', is bent twice along bearing of trend by -90 degree；And the 4th the first electric conductor bending section 616d ' ,+90 are bent along bearing of trend.

Above-mentioned short switch fixes body 650 ' including with relative with the quantity of above-mentioned first electric conductor bending section 616 ' First electric conductor fastener 654 ' of the quantity answered.First electric conductor fastener 654 ' is being clipped in above-mentioned first electric conductor bending section Mode fix above-mentioned first electric conductor.Specifically, including it is clipped in the first conductive of first the first electric conductor bending section 616a ' Body fastener 654a ', including it is clipped in second second first electric conductor fastener of the first electric conductor bending section 616b ' 654b ', including the 3rd the 3rd of the first electric conductor bending section 616c ' the first electric conductor fastener 654c ' is clipped in, including folder In the 4th the 3rd of the first electric conductor bending section 616d ' the first electric conductor fastener 654d ',

Above-mentioned short switch is fixed body 650 ' and be may include when above-mentioned pressurization part 626 ' applies pressure, above-mentioned for guiding The electric conductor guide portion 627 ' of the movement of pressurization part 626 '.There can be a pair of conductive body guide portion 627 '.A pair of conductive body is guided Portion 627 ' can be formed to equidirectional respectively in the side of pressurization part and opposite side.

Above-mentioned electric conductor guide portion 627 ' may include the gap formed in mode long along the moving direction of above-mentioned pressurization part 656’.Above-mentioned short switch fixes body 650 ' including forming the guide surface 655 ' in above-mentioned gap.When carrying out based on elastomer During the restoring movement of 630 ' pressurization part, in order to limit the moving range of pressurization part 626 ', in a side shape of guide surface 655 ' The stop section 655a ' that the rear of pressurization part 626 ' is moved is bent and limits into the direction of configuration pressurization part.

Above-mentioned elastomer 630 ' can be spring.Short switch fix body 650 ' including from above-mentioned elastomer 630 ' Short switch fixes being protruded towards the direction of pressurization part 626 ' of being in contact of body 650 ' and fix the elastomer of elastomer 630 ' and pacifies Dress portion 658 '.

The opposing face of the pressurized plane of above-mentioned pressurization part 626 is in contact with above-mentioned elastomer 630 '.Formed in pressurization part 626 ' The elastomer that elastomer 630 ' is protruded and installed from above-mentioned opposing face installs projection 626b '.Above-mentioned elastomer installs projection 626b ' Above-mentioned pressurized plane direction depression so that, can be mounted when short-circuit raised 141 ' end presses pressurization part 626 '.

Short switch fixes body 650 ' including short switch 600 ' to be fixed on the fixed part 652 ' of shell 501,502.

Above-mentioned second electric conductor 620 ' includes the guide portion bending section 627 ' that is bent from above-mentioned pressurization part 626 '.Guide portion is curved Pars convoluta 627 ' includes the guide portion insertion section 627a ' that is inserted to above-mentioned gap 656 '.Guide portion bending section 627 ' is from pressurization part Side and opposition side bend 90 degree respectively, and the section of guide portion bending section 627 ' is along the direction in above-mentioned gap with mode shape long Into.Guide sections bending section 627 ' is including to the direction extension for forming above-mentioned gap 656 ' and to the guiding of above-mentioned gap insertion Portion insertion section 627a '.The quantity of guide portion bending section 627 ' is corresponding with the quantity in above-mentioned gap 656 '.

The position that above-mentioned second electric conductor 620 ' is included in the guide sections insertion section above-mentioned gap 656 ' of 627a ' insertions is curved Locking bending section 628 ' that is bent and being stuck in above-mentioned gap 656 '.Locking bending section 628 ' is with to the bearing of trend in above-mentioned gap 656 ' The mode extended with vertical direction bends.By locking bending section 628 ', above-mentioned second electric conductor 620 ' cannot be from above-mentioned gap 656 ' draw.One in above-mentioned locking bending section 628 ' forms the second connection terminal 622 ' in the way of extending.

Above-mentioned second electric conductor 620 ' is included in the above-mentioned bending of pressurization part 626 ' and is in contact with above-mentioned guide surface 655 ' The guiding auxiliary bend portion 626b ' that slides of mode.Upper lateral bendings of the guiding auxiliary bend portion 626b ' in above-mentioned pressurization part 626 ' Song, so as to form the plane parallel with above-mentioned guide surface 655 '.By above-mentioned guiding bending section 627 ', the second electric conductor is prevented 620 ' upward side flowings.

Above-mentioned second electric conductor 620 ' is included in the guiding auxiliary of the opposite lateral bend of above-mentioned guiding auxiliary bend portion 626b Correspondence bending section 626c '.

Reference picture 50 to Figure 53, filter outer cover 140 is configured at the upside of base 112.Filter outer cover 140 and base 112 separate by connecting rod 114.In the upper side the configurating filtered device outer cover 140 of link rod frame 115.Suction passage 101, suction inlet 111 and filter outer cover 140 inner space be connected with each other.

Filter outer cover 140 includes extending vertically and dividing dividing plate 140a, 140b inside filter outer cover 140.Dividing plate 140a, 140b are circumferentially extending.Filter outer cover 140 includes being protruded laterally from dividing plate 140a, 140b and being prolonged along surrounding The horizontal bar 140d for stretching.Filter outer cover is vertical including what is protruded laterally from dividing plate 140a, 140b and vertically extended Muscle 140e.

Horizontal bar 140d is mutually connected with vertical tendon 140e in the way of in lattice type.In the present embodiment, horizontal bar 140d is configured on the extended line of the upper end that filter sets opening portion 133.Dividing plate 140a, 140b include being configured at horizontal bar The downside dividing plate 140a of the downside of 140d and be configured at horizontal bar 140d upside upside dividing plate 140b.Closer to upside, on Become around side dividing plate 140b big.Upside dividing plate 140b forms inclined plane laterally.When being observed from upside, upside dividing plate 140b It is Chong Die with horizontal bar 140d.

Space between body housing 131 and filter outer cover 140 is defined as below.

The lower side space (not shown) of configurable various parts is formed between horizontal bar 140d and link rod frame 115. The upside space (not shown) of configurable various parts is formed between the inclined plane of horizontal bar 140d and upside dividing plate 140b.

When opening portion 133 is set from front observation filter, above-mentioned upside space can be divided into and be formed at right side Lower right side space, the lower left side space for being formed at left side, the lower right side space for being formed at rear side.

When opening portion 133 is set from front observation filter, above-mentioned upside space can be divided into and be formed at front Front space, the upper right side space for being formed at right side, the upper left side space for being formed at left side, be formed at rear side rear upside it is empty Between.

Rightward space is the space formed by above-mentioned upper right side space and lower right side space.Leftward space is empty by upper left side Between and lower left side space formed space.Rear space is the space formed with rear upside space by rear side space.It is internal empty Between the inner space that is divided by filter outer cover 140.

Above-mentioned multiple sensors 135,136,137 are configured in above-mentioned front space.

The various electricity the need for above-mentioned rear space (specifically, rear side space) is configured in air cleaning unit 100 The part (air supply motor, motor of pouring water, light emitting diode etc.) in source distributes the power distribution module 701 of electric current.

Space between body housing 131 and filter outer cover 140, in above-mentioned rightward space and leftward space one Individual configuration high-voltage generator 581.Space between body housing 131 and filter outer cover 140, high-voltage generator 581 It is configured at the space in the direction that power supply list 148a, 148b are configured in the space of both sides.

Power supply terminal 148a, 148b are configured in the left and right directions side of the above-mentioned inner space of filter outer cover 140 Configure the side in the direction of above-mentioned high-voltage generator 581.Electro-mechanical part power supply terminal 148a and dust collecting part power supply terminal 148b match somebody with somebody It is placed in the left and right directions side of the above-mentioned inner space of filter outer cover 140 and configures the side of above-mentioned high-voltage generator 581 To side.With this, can minimize the length of high-voltage line 584a, 584b, and make the electromagnetism produced by high-voltage line 584a, 584b The scope that place is related to is minimized.

Ground terminal 149a, 149b are configured in the left and right directions side of the above-mentioned inner space of filter outer cover 140 Configure the opposite sides in the direction of above-mentioned high-voltage generator 581.Electro-mechanical part ground terminal 149a and dust collecting part ground terminal 149b is configured in the left and right directions side of above-mentioned inner space the opposition side in the direction for configuring above-mentioned high-voltage generator 581 Face.Ground wire 583a, 583b are via above-mentioned rear space and connect between above-mentioned leftward space and rightward space.

On the other hand, air cleaning unit 100 may include control module 703, and above-mentioned control module 703 has micom, because This is controlled to various parts.Control module 703 is configured at and above-mentioned electricity high is configured in above-mentioned leftward space and rightward space Press the opposition side space in the direction of generator 581.With this, can minimize the influence of the electromagnetic field suffered by control module 703.

On the other hand, air cleaning unit 100 may include the communication module 705 with outside device receiving and transmitting signal.Communication Module 705 is configured at the side of the above-mentioned high-voltage generator 581 of configuration in above-mentioned both sides space (leftward space and rightward space) To opposition side space.With this, can minimize the influence suffered by communication module 705.Communication module 705 can be wireless guarantor True various telecommunications metrics such as (Wi-Fi), bluetooth (BlueTooth) and/or Zigbee.

Control module 703 and communication module 705 can above-below direction separate configuration.Specifically, matching somebody with somebody in above-mentioned lower right side space Put high-voltage generator 581, above-mentioned lower left side space configuration control module 703, in above-mentioned upper left side space configuration communication module 705。

On the other hand, air cleaning unit 100 may include ion generating device 707, and above-mentioned ion generating device 707 is set In filter outer cover 140, for producing ion.Ion generating device 707 on the basis of the flow direction of air, in filter group There is ion on the downstream side stream of part 3010.Ion generating device 707 on the basis of the flow direction of air, in humidification device There is ion on 200 upstream side stream.

Apply high voltage to ion generating device 707 to be discharged, and make molecular ionization in air come produce from Son.Moisture and humidification medium 50 itself of the ion pair produced from ion generating device 707 in medium 50 is humidified carry out sterilization. There is strong electromagnetic field on periphery to produce high-tension device in ion generating device 707.

Ion generating device 707 is configured at the above-mentioned voltage hair in above-mentioned both sides space (leftward space and rightward space) The space in the direction that raw device 581 is configured.Ion generating device 707 is configured at and is controlled in above-mentioned leftward space and rightward space The opposition side space in the direction that module 703 is configured.Ion generating device 707 is configured in above-mentioned leftward space and rightward space The opposition side space in the direction that middle communication module 705 is configured.Thus, to side centralized configuration produce high-tension part 581, 701, control module 703 and communication module 705 are configured at opposition side, so as to can minimize the influence of electromagnetic field.

On the other hand, above-mentioned roof-cut resistence 145 is configured at above-mentioned rear space.The cut-outs of first roof-cut resistence 154a and second Switch 145b is configured at above-mentioned rear space.

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 in the side of the body housing；

Filter outer cover, is configured at the inside of above-mentioned body housing, is configured with power supply terminal；

Drawer, can set opening portion and be drawn from the inner space of above-mentioned filter outer cover by above-mentioned filter；And

Electric dust collecting means, are installed on above-mentioned drawer in the way of it can separate, and are configured with power supply accepting terminals,

In the state of above-mentioned drawer is located at the inner space of above-mentioned filter outer cover, above-mentioned power supply terminal is housed with above-mentioned power supply Terminal is in contact.

2. air cleaning unit according to claim 1, it is characterised in that

Above-mentioned drawer includes clearance preventing portion, and above-mentioned clearance preventing portion is convex along the direction perpendicular with the direction for drawing above-mentioned drawer Go out, so as to reduce the clearance between the medial surface of above-mentioned filter outer cover and the lateral surface of above-mentioned drawer.

3. air cleaning unit according to claim 2, it is characterised in that

Above-mentioned clearance preventing portion includes sidestream gap preventing portion, and above-mentioned sidestream gap preventing portion is mutually hung down from the direction for drawing above-mentioned drawer At least one side protrusion in the two sides in straight direction, so as to reduce the medial surface and the two of above-mentioned drawer of above-mentioned filter outer cover Clearance between side.

4. air cleaning unit according to claim 3, it is characterised in that

Above-mentioned power supply terminal is configured at the one side in the medial surface of above-mentioned filter outer cover both sides.

5. air cleaning unit according to claim 2, it is characterised in that

In the state of above-mentioned drawer is located at the inner space of above-mentioned filter outer cover, above-mentioned clearance preventing portion and above-mentioned filter The medial surface of outer cover is in contact, during above-mentioned drawer is drawn from above-mentioned filter outer cover, above-mentioned clearance preventing portion with it is upper The contact for stating the medial surface of filter outer cover is released from.

6. air cleaning unit according to claim 2, it is characterised in that

Above-mentioned clearance preventing portion is configured at above-mentioned drawer in the state of the inner space of above-mentioned filter outer cover to above-mentioned mistake Front side in the part of the inner space insertion of filter outer cover.

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 drawer guide portion is respectively arranged at above-mentioned filter outer cover Both sides, extraction and introducing for guiding above-mentioned drawer,

Above-mentioned drawer includes pair of sliding portion, and above-mentioned sliding part is respectively arranged at the both sides of above-mentioned drawer, and draws along above-mentioned drawer Portion's movement is led,

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, since when to above-mentioned filter outer cover inner space introduce above-mentioned drawer when with above-mentioned roller phase The interposition that the position of contact was in contact before the inner space positioning of above-mentioned filter outer cover to above-mentioned drawer with above-mentioned roller It is set to and only forms tabular surface；And

Second interval portion, is located in the state of the inner space of above-mentioned filter outer cover located at above-mentioned drawer and is in contact with above-mentioned roller Position, there is the height different from above-mentioned first interval portion in the way of the position of the relative above-mentioned drawer of lifting to upside.

8. air cleaning unit according to claim 1, it is characterised in that

In the medial surface of above-mentioned filter outer cover, above-mentioned power supply terminal is configured at and the direction phase for introducing and drawing above-mentioned drawer Side on vertical direction.

9. air cleaning unit according to claim 8, it is characterised in that

Above-mentioned electric dust collecting means include ground connection accepting terminals,

Above-mentioned filter outer cover includes ground terminal, and in the medial surface of above-mentioned filter outer cover, above-mentioned ground terminal is configured at The opposite sides of the side of above-mentioned power supply terminal are set,

In the state of above-mentioned drawer is located at the inner space of above-mentioned filter outer cover, above-mentioned ground terminal is housed with above-mentioned ground connection Terminal is in contact.

10. air cleaning unit according to claim 1, it is characterised in that

Above-mentioned drawer is introduced and drawn in front-rear direction,

Above-mentioned power supply terminal is configured at a medial surface in the both sides medial surface of above-mentioned filter outer cover.

11. air cleaning units according to claim 10, it is characterised in that

Also include high-voltage generator, above-mentioned high-voltage generator is used to produce high voltage, and above-mentioned high-voltage generator is above-mentioned The side for being configured with above-mentioned power supply terminal in the space of both sides is configured in space between body housing and above-mentioned filter outer cover To space.

12. air cleaning units according to claim 11, it is characterised in that

Communication module including transmission with reception for carrying out signal with outside device,

Above-mentioned communication module is configured at the opposition side space in the direction of the above-mentioned high-voltage generator of configuration in above-mentioned both sides space.

13. air cleaning units according to claim 11, it is characterised in that

Including the ion generating device to generation ion in the air by above-mentioned electric dust collecting means,

Above-mentioned ion generating device is configured at the space in the direction of the above-mentioned high-voltage generator of configuration in above-mentioned both sides space.

14. air cleaning units according to claim 10, it is characterised in that

Above-mentioned electric dust collecting means include electro-mechanical part and dust collecting part, and above-mentioned electro-mechanical part is used to make the dust particle in air powered, on Dust collecting part is stated for carrying out dust to powered dust particle,

Above-mentioned power supply terminal includes：

Electro-mechanical part power supply terminal, for being powered to above-mentioned electro-mechanical part；And

Dust collecting part power supply terminal, for being powered to above-mentioned dust collecting part,

Above-mentioned power supply accepting terminals include：

Electro-mechanical part power supply accepting terminals, are in contact with above-mentioned electro-mechanical part power supply terminal；And

Dust collecting part power supply accepting terminals, are in contact with above-mentioned dust collecting part power supply terminal.

15. air cleaning units according to claim 14, it is characterised in that

Based on the fore-and-aft direction mobile route of above-mentioned electro-mechanical part power supply accepting terminals for drawing and introducing above-mentioned drawer and above-mentioned On the fore-and-aft direction mobile route of dust collecting part power supply accepting terminals, above-mentioned electro-mechanical part power supply terminal and above-mentioned dust collecting part power supply terminal There is difference in height, so that above-mentioned electro-mechanical part power supply accepting terminals are only in contact with above-mentioned electro-mechanical part power supply terminal, make above-mentioned dust Portion's power supply accepting terminals are only in contact with above-mentioned dust collecting part power supply terminal.

16. air cleaning units according to claim 1, it is characterised in that

Also include high-voltage generator, above-mentioned high-voltage generator is used to produce high voltage, and is electrically connected with above-mentioned power supply terminal,

Above-mentioned filter outer cover includes roof-cut resistence, in the case where above-mentioned roof-cut resistence is pressed, can apply above-mentioned high voltage The power supply of generator,

Above-mentioned electric dust collecting means include that cut-out is raised, and above-mentioned cut-out is raised to be located in above-mentioned filter outer cover with above-mentioned drawer The mode that above-mentioned roof-cut resistence can be pressed in the state of portion space is protruded to the direction for introducing above-mentioned electricity collection dust collect plant.

17. air cleaning units according to claim 1, it is characterised in that

Also include：

High-voltage generator, for producing high voltage, electrically connects with above-mentioned power supply terminal；And

Gauze filter, configures being formed with the direction of the inflow entrance of above-mentioned electric dust collecting means, can be with mutual with above-mentioned drawer Mutually independent mode is drawn from the inner space of above-mentioned filter outer cover,

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 Pass is mutually in series, and in the case where above-mentioned first roof-cut resistence and the second roof-cut resistence is pressed, can apply above-mentioned power supply,

Above-mentioned electric dust collecting means include that the first cut-out is raised, and above-mentioned first cut-out is raised to be located at above-mentioned filter with above-mentioned drawer The mode of above-mentioned first roof-cut resistence can be pressed in the state of the inner space of outer cover to the side for introducing above-mentioned electric dust collecting means To protrusion,

Above-mentioned gauze filter includes that the second cut-out is raised, and above-mentioned second cut-out is raised above-mentioned to be located in above-mentioned gauze filter The mode of above-mentioned second roof-cut resistence can be pressed in the state of the inner space of filter outer cover to the above-mentioned netted filtering of introducing The direction protrusion of device.

18. air cleaning units according to claim 1, it is characterised in that

Above-mentioned electric dust collecting means include：

Dust collecting part, including high-potential electrode and low-potential electrode, above-mentioned high-potential electrode and low-potential electrode are used to produce to band Electric dust particle carry out dust needed for electric field；And

Short switch, in the case where pressing is released, above-mentioned high-potential electrode and above-mentioned low-potential electrode are in short-circuit condition,

Above-mentioned filter outer cover includes that short circuit is raised, and above-mentioned short circuit is raised to be located in above-mentioned filter outer cover with above-mentioned drawer The mode that above-mentioned short switch is pressed in the state of portion space is protruded to the direction for drawing above-mentioned drawer.

19. air cleaning units according to claim 18, it is characterised in that

Above-mentioned electric dust collecting means include pressurization part, and above-mentioned pressurization part is exposed with the raised corresponding position of above-mentioned short circuit, upper Drawer is stated in the state of the inner space of above-mentioned filter outer cover, above-mentioned pressurization part is pressed,

Above-mentioned short switch include the first electric conductor for being electrically connected with above-mentioned high-potential electrode and above-mentioned low-potential electrode respectively and Second electric conductor,

Above-mentioned first electric conductor includes the first contact site being in contact with above-mentioned second electric conductor,

Above-mentioned second electric conductor includes the second contact site being in contact with above-mentioned first contact site,

Second contact site is integrally formed with above-mentioned pressurization part, so that towards the pressurized plane identical direction with above-mentioned pressurization part,

Above-mentioned first contact site is towards the face of above-mentioned pressurized plane direction.

20. air cleaning units according to claim 18, it is characterised in that

It is raised with the above-mentioned short circuit of multiple,

Above-mentioned electric dust collecting means include multiple pressurization parts, and above-mentioned multiple pressurization parts are raised corresponding with above-mentioned multiple short circuits respectively Position expose, above-mentioned drawer be located at above-mentioned filter outer cover inner space in the state of, above-mentioned multiple pressurization parts are pressed Pressure, above-mentioned multiple pressurization parts are in parallel in circuit, if releasing the pressing to any one pressurization part, above-mentioned high-potential electrode and on Low-potential electrode short circuit is stated,

Above-mentioned short switch includes：

First electric conductor, electrically connects with the side in above-mentioned high-potential electrode and above-mentioned low-potential electrode；

Second electric conductor, electrically connects with the opposing party in above-mentioned high-potential electrode and above-mentioned low-potential electrode, is led with above-mentioned first Electric body phase separates；And

Multiple bridge-type electric conductors, to be moved in the way of above-mentioned multiple pressurization parts are combined respectively, when releasing is to above-mentioned more During the pressing of individual pressurization part, contact and electrically connect simultaneously with above-mentioned first electric conductor and above-mentioned second electric conductor.