CN106338100A - Indoor unit for an air conditioner - Google Patents

Indoor unit for an air conditioner Download PDF

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Publication number
CN106338100A
CN106338100A CN201610357233.6A CN201610357233A CN106338100A CN 106338100 A CN106338100 A CN 106338100A CN 201610357233 A CN201610357233 A CN 201610357233A CN 106338100 A CN106338100 A CN 106338100A
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CN
China
Prior art keywords
mentioned
discharger
discharge
indoor set
air
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201610357233.6A
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Chinese (zh)
Other versions
CN106338100B (en
Inventor
崔成植
徐己源
黄舜喆
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LG Electronics Inc
Original Assignee
LG Electronics Inc
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by LG Electronics Inc filed Critical LG Electronics Inc
Publication of CN106338100A publication Critical patent/CN106338100A/en
Application granted granted Critical
Publication of CN106338100B publication Critical patent/CN106338100B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/0007—Indoor units, e.g. fan coil units
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/0007—Indoor units, e.g. fan coil units
    • F24F1/0043—Indoor units, e.g. fan coil units characterised by mounting arrangements
    • F24F1/005—Indoor units, e.g. fan coil units characterised by mounting arrangements mounted on the floor; standing on the floor
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/20—Casings or covers
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/22—Means for preventing condensation or evacuating condensate
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/24—Means for preventing or suppressing noise
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/30—Arrangement or mounting of heat-exchangers
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/22—Means for preventing condensation or evacuating condensate
    • F24F2013/221—Means for preventing condensation or evacuating condensate to avoid the formation of condensate, e.g. dew
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/24—Means for preventing or suppressing noise
    • F24F2013/247—Active noise-suppression

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Air-Conditioning Room Units, And Self-Contained Units In General (AREA)

Abstract

The invention relates to an indoor unit for an air conditioner. The indoor unit for the air conditioner provided by the embodiment of the invention comprises the components of a housing; a suction part which is formed at the rear portion of the housing and is used for sucking air; a heat exchanger which performs heat exchange on the air which is sucked by the suction part; a plurality of discharging devices which are provided with discharging flow paths that are used for discharging the air after heat exchange in the heat exchanger to an indoor space, wherein the plurality of discharging devices are arranged in a rotatable manner; a dividing device which is arranged among the plurality of discharging devices and are used for dividing the discharging flow paths; and a sealing device which is arranged in a manner of blocking slits between the discharging devices and the housing or slits between the discharging devices and the dividing device and is used for blocking return air which flows into the housing from the indoor space.

Description

The indoor set of air conditioner
Technical field
The present invention relates to the indoor set of air conditioner.
Background technology
Air conditioner is to make the air in regulation space maintain most suitable state according to purposes, purpose Equipment.Generally, above-mentioned air conditioner includes compressor, condenser, expansion gear and vaporizer, Can be by driving the freeze cycle of the compression executing condensing agent, condensation, expansion and evaporation process come to above-mentioned Freezed or heated in regulation space.
According to the place using above-mentioned air conditioner, above-mentioned regulation space can be divided into multiple.As one, When above-mentioned air conditioner is configured at family or office, above-mentioned regulation space can be house or building The interior space.On the contrary, when above-mentioned air conditioner is configured at automobile, above-mentioned regulation space can be Take space for what people took.
Above-mentioned air conditioner includes being arranged at the off-premises station of outdoor and the room being arranged at above-mentioned regulation space Interior machine.As one, above-mentioned off-premises station includes compressor, outdoor heat converter and outdoor blowing fan, on State indoor set and include temple inside heat exchanger and indoor blowing fan.
When air conditioner carries out refrigerating operaton, above-mentioned outdoor heat converter and indoor heat converter can divide Do not play condenser and vaporizer effect.On the contrary, when air conditioner carries out heating operation, above-mentioned Outdoor heat converter and indoor heat converter can each serve as vaporizer and condenser effect.
Above-mentioned indoor set also includes discharger, and above-mentioned discharger is used for the air that guiding completes heat exchange Discharge to above-mentioned regulation space.As one, above-mentioned discharger is arranged in the way of can rotating, by This, can form multiple air discharge direction towards multiple places in above-mentioned regulation space.
The prior art literature related to the above is as follows.
1. open numbering (publication date): kr10-2009-0017289 (on 2 18th, 2009)
2. denomination of invention: the indoor set of air conditioner
According to prior art as above, in order that above-mentioned discharger is swimmingly rotated, i.e. In order to prevent the interference between above-mentioned discharger and indoor set, in the shell of above-mentioned discharger and indoor set Form regulation between body separates space.During running air conditioner, occur in that the interior space Air through above-mentioned separate inside from space to indoor set flow into phenomenon.
As one, when air conditioner carries out refrigerating operaton, the sky of high temperature and the how wet interior space Gas can flow into the inside of indoor set, and is produced from the surface that accordingly, there are the machine indoors because of the temperature difference of air The problem of raw dew.
And, the air flowing into above-mentioned indoor set hinders the stream of the air discharged by above-mentioned discharger Dynamic, thus there is the draft capacity reducing indoor set or produce asking of noise because of the friction between air Topic.
Content of the invention
In order to solve problem as above, the present invention is proposed, it is an object of the invention to, provide and prevent Air flows into the indoor set of the air conditioner of inside of indoor set from the interior space.
The indoor set of the air conditioner of the embodiment of the present invention includes: housing；Sucting, is formed at above-mentioned The rear portion of housing, for sucking air；Heat exchanger, is carried out to the air being sucked by above-mentioned sucting Heat exchange；Multiple dischargers, have discharge duct, and above-mentioned discharge duct is used for discharging to the interior space Carried out the air of heat exchange in above-mentioned heat exchanger, above-mentioned multiple dischargers are rotatably Setting；Divide device, be arranged between above-mentioned multiple discharger, for dividing each above-mentioned discharge stream Road；And sealing device, to block the gap between above-mentioned discharger and above-mentioned housing or above-mentioned discharge The mode in the gap of device and above-mentioned division device is arranged, for blocking from the above-mentioned interior space to above-mentioned shell The return air of internal portion leaked-in air.
And, above-mentioned discharger includes: the discharge body of drum；And blowing fan, with can The mode of rotation is arranged at the inside of above-mentioned discharge body.
And, above-mentioned sealing device includes the first seal member, above-mentioned first seal member is arranged at above-mentioned Discharge between outer peripheral face and the inner peripheral surface of above-mentioned housing of body.
And, it is a feature of the present invention that above-mentioned discharge body includes regulator, aforementioned stable device configures In the discharge side of said fan, for preventing the air discharged from said fan to above-mentioned heat exchanger Side adverse current, above-mentioned first seal member is arranged at the inside face of above-mentioned housing, above-mentioned first seal member with Aforementioned stable device contacts.
And, above-mentioned sealing device includes the second seal member, above-mentioned second seal member is arranged at above-mentioned Discharge between outer peripheral face and the one side of above-mentioned division device of body.
And, it is a feature of the present invention that above-mentioned discharge body includes rear portion guide, above-mentioned rear portion is drawn Lead the suction side that device is configured at said fan, for guiding with sucking smooth air to said fan side Flowing, above-mentioned second seal member is arranged at above-mentioned division device, above-mentioned second seal member with above-mentioned after Portion's guide contacts.
And, said fan includes axial-flow fan.
And, it is a feature of the present invention that above-mentioned sucting is formed at the rear top of above-mentioned housing, if The outlet being placed in above-mentioned discharger is formed at the front upper of above-mentioned housing.
And, it is a feature of the present invention that said fan and above-mentioned outlet are configured at corresponding height Degree.
And, above-mentioned sealing device includes: seal body, it is attached to the inside face of above-mentioned housing or above-mentioned Divide the one side of device；And contact site, from above-mentioned seal body towards the outer peripheral face of above-mentioned discharge body Extend.
And, above-mentioned sealing device includes: seal body, it is attached to the outer peripheral face of above-mentioned discharge body； And contact site, from above-mentioned seal body towards the one side of the inside face of above-mentioned housing or above-mentioned division device Extend.
And, above-mentioned contact site includes brush.
And, above-mentioned seal body or above-mentioned contact site are formed by the quality of rubber materials of elastically deformable.
And, it is a feature of the present invention that above-mentioned contact site has the shape of multiple bending.
And, above-mentioned contact site includes coated portion, above-mentioned coated portion is used for preventing above-mentioned discharge body from being ground Damage.
And, it is a feature of the present invention that above-mentioned seal body and above-mentioned contact site constitute vulcanite scraper water portion, Above-mentioned contact site is extended from above-mentioned seal body in the way of tapering width.
And, above-mentioned sealing device includes roller, above-mentioned roller rotatably with above-mentioned housing or Above-mentioned division device combines.
And, above-mentioned multiple discharger includes the first discharger and the second discharger, above-mentioned first Discharger and above-mentioned second discharger are arranged side-by-side the left side in front and right side in above-mentioned housing.
And, above-mentioned discharger includes: the discharge body of drum；And blowing fan, it is arranged at The outside of above-mentioned discharge body.
And, said fan includes turbofan, above-mentioned turbofan sucks air from direction of principal axis, and Discharge above-mentioned air to radial direction.
And, it is a feature of the present invention that above-mentioned sucting is formed at the rear lower portion of above-mentioned housing, if The discharge unit being placed in above-mentioned discharger is formed at the front upper of above-mentioned housing, above-mentioned turbofan make by The air that above-mentioned sucting sucks flows into the discharge duct of above-mentioned discharger after flowing upward.
According to the air conditioner of the present invention, in the seam being present between discharger and the housing of indoor set Gap is provided with sealing device, thus can prevent the air of the interior space from flowing into the return air problem of indoor set in advance. Finally, can prevent from producing dew because of the temperature difference between room air and the air-out of indoor set.And And, can prevent from producing noise because of the friction between above-mentioned room air and above-mentioned air-out and discharge empty The air quantity of gas reduces.
And, above-mentioned sealing device is arranged at the one side of housing, discharger is with the process being rotated In the mode that can contact with the exterior face of discharger all the time arrange, thus can effectively prevent from running The phenomenon that during air conditioner, room air flows into the inside of indoor set.
And, above-mentioned sealing device is made up of the material of soft material or elastically deformable, thus can prevent Only the exterior face of discharger is worn or produces scratch.
And, can be contacted with the exterior face of discharger in sealing device due to above-mentioned discharger Rotated under state, thus assuming the effect that the exterior face of discharger can be carried out.
And, the invention has the advantages that, i.e. sealing device can remove and be formed at the outer of discharger The dew in portion face, and can discharge by the drain fan of the downside being arranged at sealing device and be removed Dew.
Brief description
Fig. 1 is the front view of the structure of the indoor set of the air conditioner illustrating first embodiment of the invention.
Fig. 2 is the sectional view of the i-i' line cutting along Fig. 1.
Fig. 3 is the sectional view of the ii-ii' line cutting along Fig. 1.
Fig. 4 is the sectional view of the iii-iii' line cutting along Fig. 1.
Fig. 5 is the sectional view of " a " part amplifying Fig. 4.
Fig. 6 is the sectional view of " b " part amplifying Fig. 4.
Fig. 7 is the figure of the structure of the seal member illustrating first embodiment of the invention.
Fig. 8 is the figure of the pent state of discharge unit illustrating first embodiment of the invention.
Fig. 9 is the figure of the structure of the seal member illustrating second embodiment of the invention.
Figure 10 is to illustrate that the seal member of second embodiment of the invention is arranged at the figure of the state of indoor set.
Figure 11 is the figure of the structure of the seal member illustrating third embodiment of the invention.
Figure 12 is to illustrate that the seal member of third embodiment of the invention is arranged at the figure of the state of indoor set.
Figure 13 is to illustrate that the seal member of fourth embodiment of the invention is arranged at the figure of the state of indoor set.
Figure 14 to Figure 16 is the figure of the structure of the indoor set illustrating fifth embodiment of the invention.
Specific embodiment
Hereinafter, referring to the drawings, the specific embodiment of the present invention is illustrated.But, the think of of the present invention Want to be not limited to proposed embodiment, understand that the those of ordinary skill of the thought of the present invention can be identical It is easily proposed by other embodiments in thought range.
Fig. 1 is the front view of the structure of the indoor set of the air conditioner illustrating first embodiment of the invention, Fig. 2 is the sectional view of the i-i' line cutting along Fig. 1, and Fig. 3 is cuing open of the ii-ii' line cutting along Fig. 1 View.
Referring to figs. 1 to Fig. 3, the indoor set 10 of the air conditioner of first embodiment of the invention include for Form the housing 20 of outward appearance.Above-mentioned housing 20 includes: base 21, is arranged under above-mentioned housing 20 Portion；Anterior faceplate panels 23, are arranged at the upside of above-mentioned base 21；Side panel 25, is arranged at above-mentioned The left side side of housing 20 and right side side；And rear face plate 27, it is arranged at the rear side of above-mentioned housing 20.
Above-mentioned front portion faceplate panels 23 are configured at the forward lower part of above-mentioned indoor set 10.Above-mentioned side panel 25 For forming the both sides face of above-mentioned indoor set 10, above-mentioned rear face plate 27 is used for forming above-mentioned indoor set 10 rear face.
Above-mentioned indoor set 10 includes discharger 110,150, above-mentioned discharger 110,150 be used for The inside that the interior space discharges machine 10 indoors carried out the air of heat exchange.Above-mentioned discharger 110, 150 front upper that may be disposed at above-mentioned housing 20, i.e. above-mentioned discharger 110,150 can be arranged Upside in above-mentioned front portion faceplate panels 23.
And, above-mentioned discharger 110,150 can be arranged in a movable manner.As one, Above-mentioned discharger 110,150 can be entered on the basis of the forward face of above-mentioned indoor set 10 in the lateral direction Row rotation, i.e. above-mentioned discharger 110,150 can be carried out clockwise or counterclockwise Rotation.
In detail, above-mentioned discharger 110,150 include can separate driving the first discharger 110 and second discharger 150.As one, above-mentioned first discharger 110, above-mentioned second discharge Device 150 all can be rotated clockwise or counterclockwise, as another example, above-mentioned first One of discharger 110, above-mentioned second discharger 150 can be rotated clockwise, And another in above-mentioned first discharger 110, above-mentioned second discharger 150 can be to side counterclockwise To being rotated.And, above-mentioned first discharger 110, above-mentioned second discharger 150 can be side by side It is configured at left side and the right side of the forward face of indoor set.
Above-mentioned first discharger 110 includes: the first discharge body 111, discharges stream for forming first Road 115；And first discharge unit 112, it is formed at the forward face of above-mentioned first discharge body 111, use In air-out.Above-mentioned first discharge unit 112 longitudinally can be prolonged from the top of the above-mentioned first discharge body 111 Extend the bottom of above-mentioned first discharge body 111.Above-mentioned first discharge unit 112 is provided with the first discharge Blade 114.
Above-mentioned first discharge body 111 is in substantially the cylindrical shape being internally formed hollow, in the above-mentioned first discharge Opening can be formed at the top of body 111 and bottom.And, in above-mentioned columnar first discharge body 111 Rear portion be formed with inflow part, above-mentioned inflow part makes air through over-heat-exchanger 80 towards blowing fan 130 inflows, are formed with above-mentioned first discharge in the front part of above-mentioned columnar first discharge body 111 Portion 112.
Above-mentioned first discharge duct 115 is as the sky of the inside being formed at above-mentioned first discharge body 111 Between, above-mentioned first discharge duct 115 can be interpreted as the sky for completing heat exchange in heat exchanger 80 The stream of flow of air.
Above-mentioned first discharger 110 includes: lower plate 121, for covering above-mentioned first discharge body 111 Bottom；And upper plate 125, for covering the top of above-mentioned first discharge body 111.As one, Above-mentioned lower plate 121 and above-mentioned upper plate 125 can be formed at above-mentioned first discharge body in a unitary manner 111, or above-mentioned lower plate 121 and above-mentioned upper plate 125 can be to combine by the connection member specifying Mode be formed at above-mentioned first discharge body 111.
Above-mentioned indoor set 10 includes: first support 250, for supporting above-mentioned first discharger 110 Bottom；And second support 260, for supporting the top of above-mentioned first discharger 110.Above-mentioned One support 250 can be used for supporting the downside of above-mentioned lower plate 121, and above-mentioned second support 260 can be used for supporting The upside of above-mentioned upper plate 125.
Above-mentioned upper plate 125 is provided with protuberance 126, above-mentioned protuberance 126 is used for providing above-mentioned first The center of rotation of discharger 110.Above-mentioned protuberance 126 can project upward from above-mentioned upper plate 125, And supported by above-mentioned second support 260 in the way of can rotating.Can be formed in above-mentioned second support 260 There is groove, above-mentioned groove is used for housing above-mentioned protuberance 126.
Above-mentioned indoor set 10 includes driving means 140,145, and above-mentioned driving means 140,145 are used for making Above-mentioned first discharger 110 is rotated.Above-mentioned driving means 140,145 include: motor 140, for produces driving force；And driving gear 145, with combine with above-mentioned motor 140 Mode is rotated.
Above-mentioned driving gear 145 can make above-mentioned discharge body 111 rotate.In detail, in above-mentioned discharge originally Body 111 or above-mentioned lower plate 121 can be formed with driven gear 123, above-mentioned driven gear 123 and above-mentioned drive Moving gear 145 interlocks.As one, as shown in Fig. 2 driven gear 123 is formed at above-mentioned lower plate 121.
In detail, above-mentioned lower plate 121 includes motor resettlement section 122, and above-mentioned motor resettlement section 122 is used for House fan electromotor 135.Above-mentioned motor resettlement section 122 is formed as one with above-mentioned lower plate 121, or It is formed separately above-mentioned motor resettlement section 122 and above-mentioned lower plate 121, and above-mentioned motor resettlement section 122 It is anchored on above-mentioned lower plate 121.As one, above-mentioned driven gear 123 can be formed at above-mentioned motor and house The outer peripheral face in portion 122.
By above-mentioned driving gear 145 and driven gear 123, the driving force of above-mentioned motor 140 is passed It is delivered to above-mentioned lower plate 121 and above-mentioned discharge body 111, above-mentioned discharge body 111 can be with above-mentioned prominent Portion 126 pivots about.
Above-mentioned indoor set 10 includes: the first blowing fan 130, for producing air flow；And, fan Motor 135, for driving above-mentioned first blowing fan 130..
Above-mentioned first blowing fan 130 is arranged at above-mentioned first discharge body 111 in the way of can rotating Internal.In detail, supporting part 132, above-mentioned supporting part are set on the top of above-mentioned first blowing fan 130 132 are combined with above-mentioned upper plate 125 in the way of can rotating.And, above-mentioned upper plate 125 is acceptable Including the groove combining with above-mentioned supporting part 132 or hole.Above-mentioned first blowing fan 130 can be with above-mentioned Support part 132 pivots about.That is, above-mentioned supporting part 132 is used for forming above-mentioned first blowing fan 130 Center of rotation.
Said fans motor 135 can be combined with the downside of above-mentioned first blowing fan 130.In detail, with The motor shaft 136 that said fans motor 135 combines can extend to the upside of above-mentioned fan electromotor 135, And combine with the bottom of above-mentioned first blowing fan 130.And, said fans motor 135 can be contained in Above-mentioned motor resettlement section 122, and supported by above-mentioned first support 250.
In sum, above-mentioned first blowing fan 130 and fan electromotor 135, i.e. fan motor assembly can Extend longitudinally to the upper plate 125 of above-mentioned first discharger from the lower plate 121 of above-mentioned first discharger. And, above-mentioned first blowing fan 130 can be with the side corresponding with the height of above-mentioned first discharge unit 112 Formula is arranged.That is, through above-mentioned first blowing fan 130 and extend to above-mentioned first discharge from sucting 31 The air flow circuit in portion 112 can be formed from the rear top of housing 20 towards the front upper of above-mentioned housing 20 Straight line stream.
Make above-mentioned first discharge body 111 rotation during, can make above-mentioned first blowing fan 130 by The radius of turn of setting is rotated.
In detail, the first center of rotation r1 (with reference to Fig. 4) of above-mentioned first blowing fan 130 and above-mentioned the Second center of rotation c1 (with reference to Fig. 4) of one discharge body 111 separates and is formed, i.e. mutually bias. Therefore, when the above-mentioned first discharge body 111 is rotated on the basis of above-mentioned second center of rotation c1, Above-mentioned first blowing fan 130 can by between above-mentioned first center of rotation r1 and the second center of rotation c1 away from Rotated from as radius of turn.Now, said fans motor 135 can be with above-mentioned first blowing fan 130 are together rotated.Above-mentioned first center of rotation r1 is formed at corresponding with above-mentioned supporting part 132 Position, above-mentioned second center of rotation c1 is formed at the position corresponding with above-mentioned protuberance 126.
Certainly, above-mentioned first blowing fan 130 can by the driving autorotation of said fans motor 135, And produce air flow.That is, above-mentioned first blowing fan 130 can carry out spinning motion and revolution motion simultaneously. As one, in the above-mentioned first discharge body 111 to make to enter in the way of above-mentioned first discharge unit 112 is open In the state of row rotation, can be by running above-mentioned first blowing fan 130 come air-out.
It is formed with sucting 31 in above-mentioned indoor set 10, above-mentioned sucting 31 is formed at above-mentioned indoor set 10 rear portion, for sucking air to above-mentioned indoor set 10.As one, above-mentioned sucting 31 can It is formed at the top of above-mentioned rear face plate 27.And, suction barrier can be provided with above-mentioned sucting 31 32.
Above-mentioned indoor set 10 also includes defecator 70, and above-mentioned defecator 70 is arranged at above-mentioned sucting 31 inner side, i.e. above-mentioned defecator 70 is arranged at the front of above-mentioned sucting 31, above-mentioned filtration dress Put 70 for purify by the air of above-mentioned sucting 31 suction.Above-mentioned defecator 70 may include many Individual filter element 71,73 (with reference to Fig. 4).
Above-mentioned indoor set 10 also includes heat exchanger 80, and above-mentioned heat exchanger 80 is arranged at above-mentioned filtration dress Put 70 front, for heat exchange is carried out to air.Can be provided with the downside of above-mentioned heat exchanger 80 Drainage Division 86, above-mentioned Drainage Division 86 is used for being stored in the condensed water that above-mentioned heat exchanger 80 produces.And, Arrange in the front of above-mentioned heat exchanger 80 and divide device 200, above-mentioned division device 200 is used for dividing State the first discharger 110 and above-mentioned second discharger 150.
In sum, above-mentioned defecator 70 is arranged at above-mentioned sucting 31 and above-mentioned heat exchanger 80 Between, above-mentioned heat exchanger 80 is arranged between above-mentioned defecator 70 and above-mentioned division device 200.
As one, above-mentioned first blowing fan 130 may include axial-flow fan.Therefore, can be from above-mentioned first One circumferencial direction of blowing fan 130 sucks air, and another circumference side to above-mentioned first blowing fan 130 To air-out.When driving above-mentioned first blowing fan 130, make by the suction of above-mentioned sucting 31 Air flows through above-mentioned defecator 70 and above-mentioned heat exchanger 80 to make above-mentioned air send through above-mentioned first Fan 130, and make above-mentioned air flow through above-mentioned first discharge duct 115, thus can be from above-mentioned first row Go out portion 112 to interior space air-out.
The structure of above-mentioned second discharger 150 is similar to the structure of above-mentioned first discharger 110.Make For one, fan motor assembly is arranged at the thought of inside discharging body, the center of rotation making blowing fan The rear portion shape of the discharge body from the eccentric structure of the center of rotation discharging body and in drum Become to have inflow part and the discharge body of above-mentioned drum front part be formed with the structure of discharge unit with The structure of above-mentioned first discharger 110 is similar.But, above-mentioned second discharger 150 will be arranged at Fan electromotor 175 be configured at discharge body 151 upside aspect, with the first discharger 110 Structure has differences.
In detail, above-mentioned second discharger 150 includes: the second discharge body 151, for forming the Two discharge duct 155；And second discharge unit 152, be formed at above-mentioned second discharge body 151 before Portion face, for air-out.Above-mentioned second discharge unit 152 can be upper from the above-mentioned second discharge body 151 Portion extends longitudinally to the bottom of above-mentioned second discharge body 151.It is provided with above-mentioned second discharge unit 152 First discharge blade 154.
Above-mentioned second discharger 150 also includes: lower plate 161, with the above-mentioned second discharge body 151 The bottom forming opening combines；And upper plate 165, with above-mentioned second discharge body 151 formation open The top of mouth combines.As one, above-mentioned lower plate 161 and upper plate 165 can discharge this with above-mentioned second Body 151 forms as one, or above-mentioned lower plate 161 and upper plate 165 can by the connection member of regulation with Above-mentioned second discharge body 151 combines.
The second blowing fan 170 rotating can be provided with the inside of the above-mentioned second discharge body 151. And, the upside of above-mentioned second blowing fan 170 is provided with fan electromotor 175, said fans motor 175 For providing driving force to above-mentioned second blowing fan 170.Above-mentioned upper plate 165 is included for housing above-mentioned wind The motor resettlement section 165a of fan motor 175.
Above-mentioned lower plate 161 is provided with protuberance 166, above-mentioned protuberance 166 is used for providing above-mentioned second The center of rotation of discharger 150.Above-mentioned protuberance 166 can project downwards from above-mentioned lower plate 161, Above-mentioned protuberance 166 is supported by above-mentioned first support 250 in the way of can rotating.At above-mentioned first Frame 250 can be formed with the groove for housing above-mentioned protuberance 166.
Above-mentioned indoor set 10 includes driving means 180,185, and above-mentioned driving means 180,185 are used for making Above-mentioned second discharger 150 is rotated.Above-mentioned driving means 180,185 include: motor 180, for produces driving force；And driving gear 185, with combine with above-mentioned motor 180 Mode is rotated.
Above-mentioned driving gear 185 can make above-mentioned second discharge body 151 be rotated.In detail, upper State the second discharge body 151 or above-mentioned lower plate 161 can be formed with driven gear 163, above-mentioned driven gear 163 are interlocked with above-mentioned driving gear 185.As one, as shown in figure 3, driven gear 163 is formed In above-mentioned lower plate 161.
By above-mentioned driving gear 185 and above-mentioned driven gear 163 to above-mentioned second row go out body 151 and Above-mentioned lower plate 161 transmits the driving force of above-mentioned motor 180, and above-mentioned second discharges body 151 can Pivoted about with above-mentioned protuberance 166.
The bottom of above-mentioned second blowing fan 170 includes supporting part 172, and above-mentioned supporting part 172 is revolving The mode turning is combined with above-mentioned lower plate 161.And, above-mentioned lower plate 161 may include and above-mentioned supporting part 172 grooves combining or hole.Above-mentioned second blowing fan 170 can be entered centered on above-mentioned supporting part 172 Row rotation.That is, above-mentioned supporting part 172 is used for forming the center of rotation of above-mentioned second blowing fan 170.
In sum, above-mentioned second blowing fan 170 and fan electromotor 175, i.e. fan motor assembly can Extend longitudinally to the lower plate 161 of above-mentioned second discharger from the upper plate 165 of above-mentioned second discharger. And, above-mentioned second blowing fan 170 may be disposed at and above-mentioned second discharge unit 152 accordingly height. That is, through above-mentioned second blowing fan 170 and extend to above-mentioned second discharge unit 152 from above-mentioned sucting 31 Air flow circuit can from the rear top of housing 20 towards the front upper of above-mentioned housing 20 formed linear flow Road.
Make above-mentioned second discharge body 151 rotation during, can make above-mentioned second blowing fan 170 by The radius of turn of setting is rotated.In detail, the first center of rotation of above-mentioned second blowing fan 170 The second center of rotation c2 (with reference to Fig. 4) of r2 (with reference to Fig. 4) and above-mentioned second discharge body 151 is partially The heart.Therefore, when the above-mentioned second discharge body 151 is revolved on the basis of above-mentioned second center of rotation c2 When turning, above-mentioned second blowing fan 170 can be by above-mentioned first center of rotation r2 and above-mentioned second center of rotation The distance between c2 is rotated as radius of turn.Above-mentioned first center of rotation r2 be formed at upper State the corresponding position of supporting part 172, above-mentioned second center of rotation c2 is formed at and above-mentioned protuberance 166 Corresponding position.
Explanation to above-mentioned sucting 31, defecator 70, heat exchanger 80 and division device 200 is drawn With the explanation to the first discharger 110.
Above-mentioned indoor set 10 also includes dividing device 200, and above-mentioned division device 200 is discharged above-mentioned first Device 110, above-mentioned second discharger 150 are divided in the left and right sides of above-mentioned indoor set 10.Above-mentioned stroke Separating device 200 includes: the first division 210, is arranged at the forward face top of above-mentioned indoor set 10；With And second division 220, rearward extend from above-mentioned first division 210.
As one, above-mentioned first division 210 may include display part, and above-mentioned display part is used for showing room The operation information of interior machine 10.And, above-mentioned second division 220 includes may include dividing plate, above-mentioned every Plate is used for dividing from above-mentioned heat exchanger 80 towards above-mentioned first discharger 110 and above-mentioned second discharge The stream of device 150.
Fig. 4 is the sectional view of the iii-iii' line cutting along Fig. 1, and Fig. 5 is " a " portion amplifying Fig. 4 Point sectional view, Fig. 6 is the sectional view of " b " part amplifying Fig. 4, and Fig. 7 is to illustrate the present invention the The figure of the structure of the seal member of one embodiment, Fig. 8 is the discharge unit quilt illustrating first embodiment of the invention The figure of the state closed.
With reference to Fig. 4 to Fig. 8, the indoor set 10 of first embodiment of the invention also includes sealing device 300, Above-mentioned sealing device 300 is used for preventing air from passing through between above-mentioned first discharger 110 and housing 20 Space or gap and above-mentioned second discharger 150 and housing 20 between space or gap flowing. Above-mentioned space or gap can be produced by required assembling tolerance in preparation technology, make above-mentioned first discharge Device 110, above-mentioned second discharger 150 easily can be revolved in the way of not being subject to housing 20 interference Turn.
Above-mentioned sealing device 300 includes the first seal member 310, and above-mentioned first seal member 310 is used for Block the space between above-mentioned housing 20 and above-mentioned first discharger 110 or gap.In detail, on State side faceplate panels and the first discharge that the first seal member 310 may be disposed in two side panel 25 Between the exterior face of body 111.
In more detail, above-mentioned first discharge body 111 includes rear portion guide 118, the guiding of above-mentioned rear portion Device 118 is configured at the suction side of above-mentioned first blowing fan 130.Above-mentioned rear portion guide 118 can with upper State at least one of lower plate 121 and above-mentioned upper plate 125 to combine.When the first blowing fan 130 is revolved When turning, above-mentioned rear portion guide 118 guiding sucks smooth air ground to above-mentioned first blowing fan 130 effluent Dynamic.And, above-mentioned rear portion guide 118 can prevent the air by the flowing of above-mentioned first blowing fan 130 The phenomenon departing from from above-mentioned first blowing fan 130.
Above-mentioned first discharge body 111 also includes regulator 117, and aforementioned stable device 117 is configured at above-mentioned The discharge side of the first blowing fan 130.Aforementioned stable device 117 can be with above-mentioned lower plate 121 and above-mentioned upper plate At least one of 125 combine.And, aforementioned stable device 117 and above-mentioned first blowing fan 130 Outer peripheral face is spaced apart, thus aforementioned stable device 117 prevents the sky discharged from above-mentioned first blowing fan 130 Gas is to the phenomenon of above-mentioned heat exchanger 80 side adverse current.Above-mentioned rear portion guide 118 and aforementioned stable device 117 Extend to the length direction of above-mentioned first blowing fan 130, i.e. above-mentioned rear portion guide 118 and above-mentioned steady Determine device 117 longitudinal extension.
Above-mentioned first seal member 310 is arranged at the exterior face of aforementioned stable device 117 and above-mentioned one side face Between plate 25, thus can prevent room air from flowing into the inside of above-mentioned indoor set 10.As one, on State the first seal member 310 to combine with above-mentioned side faceplate panels 25, and can be with aforementioned stable device 117 Exterior face contact.
Above-mentioned first seal member 310 is constituted in the way of having sufficient width, makes above-mentioned first discharge During body 111 is rotated, above-mentioned first seal member 310 can maintain all the time with above-mentioned first Discharge the state that body 111 contacts.And, above-mentioned first seal member 310 can be along above-mentioned first The length direction discharging body 111 is extended in the way of longitudinally length.
Above-mentioned sealing device 300 also includes the second seal member 320, and above-mentioned second seal member 320 is used In the space blocking between above-mentioned first discharger 110 and above-mentioned division device 200 or gap.In detail Ground, above-mentioned second seal member 320 may be disposed at above-mentioned division device 200 and above-mentioned rear portion guide 118 Exterior face between.As one, above-mentioned second seal member 320 can with above-mentioned rear portion guide The mode that 118 exterior face contacts is arranged at the exterior face of above-mentioned rear portion guide 118, and above-mentioned second Seal member 320 is combined with the one side of above-mentioned division device 200.
Above-mentioned second seal member 320 is constituted in the way of having sufficient width, makes above-mentioned first discharge During body 111 is rotated, above-mentioned second seal member 320 can maintain all the time with above-mentioned first Discharge the state that body 111 contacts.And, above-mentioned second seal member 320 can be along above-mentioned first The length direction discharging body 111 is extended in the way of longitudinally length.
Above-mentioned sealing device 300 also includes the 3rd seal member 330, and above-mentioned 3rd seal member 330 is used In the space blocking between above-mentioned housing 20 and above-mentioned second discharger 150 or gap.In detail, Above-mentioned 3rd seal member 330 may be disposed at another side panel in above-mentioned two side panel 25 with Between the exterior face of the second discharge body 151.
In more detail, above-mentioned second discharge body 151 includes regulator 157 and rear portion guide 118. Explanation to aforementioned stable device 157 and above-mentioned rear portion guide 118 is quoted to above-mentioned first discharger 110 explanation of regulator 117 and to the rear portion guide 118 of above-mentioned first discharger 110 Explanation.
Above-mentioned 3rd seal member 330 is arranged at the exterior face of aforementioned stable device 157 and above-mentioned another side Between panel 25, above-mentioned 3rd seal member 330 is used for preventing room air from flowing into above-mentioned indoor set 10 Inside.As one, above-mentioned 3rd seal member 330 can be with the outside with aforementioned stable device 157 The mode that face contacts is arranged at the exterior face of aforementioned stable device 157, above-mentioned 3rd seal member 330 with Above-mentioned another side panel 25 combines.
Above-mentioned 3rd seal member 330 is constituted in the way of having sufficient width, makes above-mentioned second discharge During body 151 is rotated, above-mentioned 3rd seal member 330 can maintain and the above-mentioned second discharge The state that body 151 contacts.And, above-mentioned 3rd seal member 330 can be along the above-mentioned second discharge The length direction of body 151 is extended in the way of longitudinally length.
Above-mentioned sealing device 300 also includes the 4th seal member 340, and above-mentioned 4th seal member 340 is used In the space blocking between above-mentioned second discharger 150 and above-mentioned division device 200 or gap.In detail Ground, above-mentioned 4th seal member 340 may be disposed at above-mentioned division device 200 and above-mentioned rear portion guide 158 Exterior face between.As one, above-mentioned 4th seal member 340 can with above-mentioned rear portion guide The mode that 158 exterior face contacts is arranged at the exterior face of above-mentioned rear portion guide 158, and the above-mentioned 4th Seal member 340 is combined with the another side of above-mentioned division device 200.
Above-mentioned 4th seal member 340 is constituted in the way of having sufficient width, makes above-mentioned second discharge During body 151 is rotated, above-mentioned 4th seal member 340 can maintain all the time with above-mentioned second Discharge the state that body 151 contacts.And, above-mentioned 4th seal member 340 can be along above-mentioned second The length direction discharging body 151 is extended in the way of longitudinally length.
Above-mentioned first seal member 310, the second seal member 320, the 3rd seal member 330 and the 4th Seal member 340 can have identical structure.
With reference to Fig. 5 and Fig. 7, above-mentioned first seal member 310 be installed on the inside face of side panel 25 with First discharges between body 111, and in detail, surely above-mentioned first seal member 310 is installed on above-mentioned side Between the exterior face of the inside face of panel 25 and regulator 117.Above-mentioned first seal member 310 includes: Seal body 311, is combined with above-mentioned side panel 25；And contact site 313, can with above-mentioned The mode that first discharge body 111 contacts is arranged at above-mentioned first discharge body 111, above-mentioned contact site 313 are combined with above-mentioned seal body 311.
Above-mentioned seal body 311 includes being attached to the adhesive tape of above-mentioned side panel 25.Above-mentioned contact site 313 May include the brush (brush) of the plastic material of fiber or softness.And, the length of above-mentioned contact site 313 Degree is longer than the distance between the inside face of above-mentioned side panel 25 and the exterior face of regulator 117.
By the structure of this seal body 311 and contact site 313, it is easy to arrange above-mentioned first sealing Part 310, even if above-mentioned contact site 313 is in the state got wet by moisture etc., above-mentioned first seal member 310 also can be close to above-mentioned first discharge body 111.
With reference to Fig. 6 and Fig. 7, above-mentioned second seal member 320 be installed on divide the one side of device 200 with Above-mentioned first discharges between body 111, and in detail, above-mentioned second seal member 320 is installed on division dress Put between 200 one side and the exterior face of rear portion guide 118.Above-mentioned second seal member 320 includes: Seal body 321, is combined with above-mentioned division device 200；And contact site 323, can with upper State the mode that the first discharge body 111 contacts and be arranged at above-mentioned first discharge body 111, above-mentioned contact Portion 323 is combined with above-mentioned seal body 321.
Explanation to above-mentioned seal body 321 and the structure of above-mentioned contact site 323 is quoted to above-mentioned sealing originally The explanation of the structure of body 311 and above-mentioned contact site 313.And it is although not shown in figures, but right It is arranged at above-mentioned second the 3rd seal member 330 of discharger 150 and saying of the 4th seal member 340 The explanation of the bright structure also quoted to above-mentioned seal body 311 and above-mentioned contact site 313.
With reference to Fig. 4 and Fig. 8, dress discharged by the first discharger 110 and second of first embodiment of the invention Put 150 all can be rotated clockwise or counterclockwise.
In detail, Fig. 4 is shown at above-mentioned first discharger 110 and above-mentioned second discharger 150 In the state of assigned position (primary importance), above-mentioned first discharge unit 112 and above-mentioned second discharge unit 152 towards front state.Above-mentioned primary importance be above-mentioned first discharger 110 to greatest extent to Above-mentioned primary importance can be interpreted as above-mentioned second discharger by the position after being rotated clockwise 150 to greatest extent counterclockwise rotate after position.
Therefore, during operationally stating indoor set 10, above-mentioned first discharger 110 can be from upper State primary importance to be rotated counterclockwise, above-mentioned second discharger 150 can be from above-mentioned first Put and rotated clockwise.
Fig. 8 is shown in above-mentioned first discharger 110 and above-mentioned second discharger 150 is in predetermined bits In the state of putting (second position), above-mentioned first discharge unit 112 and the second discharge unit 152 are towards side State.When above-mentioned indoor set 10 is out of service, i.e. when above-mentioned indoor set 10 is closed, can Said second position is interpreted as above-mentioned first discharge unit 112 and above-mentioned second discharge unit 152 positioned at above-mentioned The position not being exposed to outside of the inner side of housing 20, i.e. said second position can be interpreted as being sealed The position closed.Now, can be in the exterior face of above-mentioned first discharge unit 112 and above-mentioned second discharge unit 152 It is configured with above-mentioned sealing device.
Therefore, during operationally stating indoor set 20, do not embody state as shown in Figure 8. During operationally stating indoor set 20, above-mentioned first discharge unit 112 and above-mentioned second discharge unit 152 Maintain wide-open state, in this case, above-mentioned first discharger 110, above-mentioned second discharge Device 150 can be rotated.
Finally, during above-mentioned first discharger 110 is rotated, above-mentioned first discharge body The shape that 111 maintenances are contacted with above-mentioned first seal member 310 and above-mentioned second seal member 320 all the time State.And, during above-mentioned second discharger 150 is rotated, above-mentioned second discharge body 151 can maintain and contact with above-mentioned 3rd seal member 330 and above-mentioned 4th seal member 340 all the time State.
Fig. 9 is the figure of the structure of the seal member illustrating second embodiment of the invention, and Figure 10 is to illustrate this The seal member of invention second embodiment is arranged at the figure of the state of indoor set.
With reference to Fig. 9 and Figure 10, the sealing device 300a of second embodiment of the invention may be disposed at indoor set 10.Explanation to first embodiment is quoted to the set location of above-mentioned sealing device 300a.
Above-mentioned sealing device 300a includes: seal body 311a, is arranged at above-mentioned housing 20 or above-mentioned stroke The one side of separating device 200；Connecting portion 312a, goes out this from above-mentioned seal body 311a to above-mentioned first row Body 111 or above-mentioned second discharge body 151 extend；And contact site 313a, with can be with above-mentioned first Discharge body 111 or the above-mentioned second discharge mode that contacts of body 151 arranges and above-mentioned first discharges this Body 111 or above-mentioned second discharge body 151, above-mentioned contact site 313a is tied with above-mentioned connecting portion 312a phase Close.
Above-mentioned seal body 311a, above-mentioned connecting portion 312a and above-mentioned contact site 313a are formed as one, Above-mentioned seal body 311a, above-mentioned connecting portion 312a and above-mentioned contact site 313a can be by elastically deformables Quality of rubber materials is formed.
Even if above-mentioned first discharge body 111, above-mentioned second discharge body 151 are clockwise or inverse Clockwise is rotated, and above-mentioned contact site 313a can also have the shape of multiple bending, so that can With maintain above-mentioned contact site 313a with above-mentioned first discharge body 111, above-mentioned second discharge body 151 it Between compactness.
Above-mentioned contact site 313a includes coated portion 314a.Above-mentioned coated portion 314a can be formed at above-mentioned contact The one side that portion 313a is contacted with the above-mentioned first discharge body 111, above-mentioned second discharge body 151.From And can prevent mutual with the first discharge body 111, second discharge body 151 in above-mentioned sealing device 300a In friction process, above-mentioned sealing device 300a or above-mentioned first discharges body 111, above-mentioned second discharge originally Body 151 is worn.
And, above-mentioned coated portion 314a may include can be with the coating material of moisture absorption.Therefore, even if upper State the first discharge body 111, above-mentioned second discharge body 151 or sealing device 300a and produce dew, on State coated portion 314a and can remove above-mentioned dew by absorbing moisture.
Figure 11 is the figure of the structure of the seal member illustrating third embodiment of the invention, and Figure 12 is to illustrate this The seal member of invention 3rd embodiment is arranged at the figure of the state of indoor set.
With reference to Figure 11 and Figure 12, the sealing device 300b of third embodiment of the invention can be arranged at interior Machine 10.Explanation to first embodiment is quoted to the set location of above-mentioned sealing device 300b.
Above-mentioned sealing device 300b includes: multiple extension 312b；Seal body 311b, has attachment Attachment surface 314b in above-mentioned housing 200 or division device 200；And contact site 313b, with can The mode contacting with the above-mentioned first discharge body 111, above-mentioned second discharge body 151 is arranged at above-mentioned First discharges body 111, above-mentioned second discharge body 151, and above-mentioned contact site 313b is with above-mentioned sealing originally Body 311b is connected.
Above-mentioned multiple extension 312b separates towards above-mentioned contact site 313b direction from above-mentioned attached face 314b. Above-mentioned contact site 313b have width towards above-mentioned first discharge body 111, second discharge body 151 by Tapered little shape, thus, it is possible to improve discharge body 111, above-mentioned second discharge for above-mentioned first The compactness of body 151.
Above-mentioned seal body 311b and above-mentioned contact site 313b are formed as one, above-mentioned seal body 311b and above-mentioned contact site 313b can be formed by resiliently flexible quality of rubber materials.
Above-mentioned sealing device 300b is close to the first discharge body 111, second being rotated and discharges body 151, thus can be to the surface being present in above-mentioned first discharge body 111, above-mentioned second discharge body 151 Dust or moisture be purged.At this point, above-mentioned sealing device 300b can be referred to as " vulcanite scraper Water portion ".
Drain fan 315b, above-mentioned draining can be provided with the inner side of the bottom of above-mentioned side panel 25 Fan 315b is used for the moisture that storage removes by above-mentioned sealing device 300b.Above-mentioned drain fan 315b Can be combined with above-mentioned side panel 25 in the way of detachable.
Figure 13 is to illustrate that the seal member of fourth embodiment of the invention is arranged at the figure of the state of indoor set.
With reference to Figure 13, the sealing device 300c of fourth embodiment of the invention can be arranged at indoor set 10. The explanation of first embodiment is quoted to the set location of above-mentioned sealing device 300c.
Above-mentioned sealing device 300c includes roller, above-mentioned roller rotatably with above-mentioned housing 20 Or above-mentioned division device 200 combines.For this reason, being formed with groove 25a, above-mentioned roller in above-mentioned housing 20 At least a portion be contained in above-mentioned groove 25a.Although it is not shown in figures, in above-mentioned sealing device 300c In the case of being arranged at above-mentioned division device 200, groove can be formed with above-mentioned division device 200.
Above-mentioned roller can be made up of the quality of rubber materials of elastically deformable.When above-mentioned roller is inserted in above-mentioned groove During 25a, above-mentioned roller is resiliently flexible.In the state of above-mentioned roller is inserted in above-mentioned groove 25a, Because above-mentioned groove 25a surrounds more than the 1/2 of the outer peripheral face of above-mentioned roller, unless applied to above-mentioned roller Set the pressure of more than pressure, otherwise above-mentioned roller is difficult to depart from from above-mentioned groove 25a.
During the above-mentioned first discharge body 111, above-mentioned second discharge body 151 are rotated, Above-mentioned roller can enter along the outer peripheral face of the above-mentioned first discharge body 111, above-mentioned second discharge body 151 Row rolls.To discharge body 111, above-mentioned second discharge to being formed at above-mentioned first by above-mentioned roller The space of the side of body 151 or gap are filled with, and can remove above-mentioned first discharge body 111, The foreign body on above-mentioned second discharge body 151 surface.
Another embodiment is illustrated.
In above-mentioned first embodiment to 3rd embodiment, seal body is attached to the inside face of housing Or the situation of the one side of division device is illustrated, but unlike this, above-mentioned seal body can be attached In the exterior face discharging body, as one, above-mentioned seal body can be attached to regulator or rear portion and draw Lead the exterior face of device.And, the contact site of sealing device can be combined with above-mentioned seal body, and to The inside face of above-mentioned housing or the one side extension dividing device.On the other hand, illustrate in the fourth embodiment Roller can combine with the exterior face of above-mentioned discharge body.
Figure 14 to Figure 16 is the figure of the structure of the indoor set illustrating fifth embodiment of the invention.
With reference to Figure 14 to Figure 16, the indoor set 10a of fifth embodiment of the invention includes: blowing fan 402, For sucking air and transferring；And multiple discharger 404,405, it is formed with discharge duct, above-mentioned Discharge duct is cylindrical, by said fan 402 transfer air through said fan 402 it Discharge from above-mentioned discharge duct afterwards.Above-mentioned multiple discharger 404,405 can be arranged at above-mentioned air-supply The upside of fan 402.
Above-mentioned indoor set 10 also includes rotating mechanism 406, and above-mentioned rotating mechanism 406 is used for making above-mentioned multiple Discharger 404,405 rotates.Above-mentioned rotating mechanism 406 can be while maintain each above-mentioned multiple discharge The position of the Pivot axle of device 404,405, makes above-mentioned multiple discharger 404,405 enter Row rotation.
Above-mentioned indoor set 10a also includes support 407, above-mentioned support 407 make above-mentioned multiple discharger 404, The state that 405 maintenances are parallel to each other.Above-mentioned support 407 may be constructed of above-mentioned rotating mechanism 406 Point.
Above-mentioned indoor set 10a also includes the housing 401 for forming outward appearance.Above-mentioned housing 401 includes bottom Seat 411.Above-mentioned base 411 has forward face and upper side forms open three-dimensional shape, above-mentioned base 411 may include: lower frame 412；And after plate portion 413, be formed at lower frame 412.After above-mentioned Plate portion 413 can be perpendicular with the rear portion of lower frame 412.
Above-mentioned housing 401 also includes protecgulum 415.Above-mentioned protecgulum 415 is to cover said fan 402 The mode in front is arranged, and the lower end of above-mentioned protecgulum 415 can be positioned over the lower frame of above-mentioned base 411 412.
Above-mentioned housing 401 can also include the suction main body 416 for sucking air.Above-mentioned suction main body The 416 rear portions being arranged at above-mentioned housing 401.In detail, above-mentioned suction main body 416 can be at above-mentioned bottom Configured in the way of vertically growing on the upside of the rear plate portion 413 of above-mentioned base 411 of seat 411.Can be Above-mentioned suction main body 416 forms the suction inlet 416a for sucking air.
Above-mentioned indoor set 10a also includes: defecator 417, and above-mentioned defecator 417 is arranged at above-mentioned Suck the inner side of main body 416, for purifying to the air sucking；And heat exchanger 418, use In heat exchange is carried out to the air through above-mentioned defecator 417.Above-mentioned heat exchanger 418 is with air stream Can be located on the basis of dynamic direction between above-mentioned suction main body 416 and said fan 402.
Flow through said fan 402 through the air of above-mentioned heat exchanger 418, and to above-mentioned multiple discharges Device 404,405 is transferred.And, through above-mentioned heat exchanger 418 air by said fan 40 are dispersed among above-mentioned multiple discharger 404,405.
Said fan 402 is arranged at the inside of above-mentioned housing 401, said fan 402 can with The a part of opposite mode of above-mentioned heat exchanger 418 configures.And, said fan 402 is located at upper State the front of heat exchanger 418, said fan 402 can be by sucking the air at rear come side upwards To transfer.
Said fan 402 can be provided with multiple.Above-mentioned multiple blowing fan 402 includes the first blowing fan 402a and the second blowing fan 402b.Above-mentioned first blowing fan 402a is used for moving to the first discharger 404 Send air, above-mentioned second blowing fan 402b is used for going out device 405 transfer air to above-mentioned second row.? Above-mentioned first blowing fan 402a is provided with the first fan electromotor 403a, can in above-mentioned second blowing fan 402b Second fan electromotor 403b is installed.
Above-mentioned first blowing fan 402a and above-mentioned second blowing fan 402b includes turbofan, above-mentioned turbine Fan is discharged to radial direction by axially sucking air.Through above-mentioned first blowing fan 402a, The air of above-mentioned second blowing fan 402b flows upward, thus can flow into above-mentioned first discharger 404, Above-mentioned second discharger 405.
Above-mentioned first discharger 404, above-mentioned second discharger 405 can be respectively with independently rotated sides Formula air-out.As one, above-mentioned first discharger 404 and above-mentioned second discharger 405 can Carry out rotation to equidirectional or rightabout and carry out air-out.
Above-mentioned first discharger 404 mays include: the first suction inlet 441, is used for making by said fan The air of 402 transfers flows into；First internal flow path 442, for being directed through the first suction inlet 441 Air；And first air discharge portion 443, for discharging guiding to the first internal flow path 442 to outside Air, above-mentioned first suction inlet 441, the first internal flow path 442 and the first air discharge portion 443 can To constitute the first discharge duct 444 of above-mentioned first discharger 404.
Above-mentioned first discharger 404 may be configured with the first blow direction adjusting blades 445, above-mentioned first wind direction Adjust blade 445 to be used for adjusting the wind direction of the air through above-mentioned first discharge duct 444.Above-mentioned first Blow direction adjusting blades 445 can rotatably be configured at the interior of above-mentioned first deliverying unit 404 Portion.Above-mentioned first blow direction adjusting blades 445 can be arranged at the first internal flow path 442, can make above-mentioned The leading section of the first blow direction adjusting blades 445 mode opposite with above-mentioned first air discharge portion 443 is arranged Above-mentioned first blow direction adjusting blades 445.
Above-mentioned first suction inlet 441 can be with the side of above-mentioned first discharger 404 of vertically insertion Formula is formed at the bottom of above-mentioned first discharger 404.Above-mentioned first internal flow path 442 can be with upwards The mode of lower direction length is formed at the inside of above-mentioned first discharger 404.Above-mentioned first air discharge portion 443 peripheries that can be formed at above-mentioned first discharger 404.
Above-mentioned first discharger 404 has the shape that upper side is closed, above-mentioned first air discharge portion Periphery in 443 upper plate portion and periphery that can be formed at above-mentioned first discharger 404.Above-mentioned One air discharge portion 443 can be formed in the way of the first discharger 404 above-mentioned to horizontal direction insertion Periphery in above-mentioned first discharger 404.Above-mentioned first air discharge portion 443 can be with to upper and lower The mode of direction length is formed at the periphery of above-mentioned first discharger 404.
Open direction can with above-mentioned first air discharge portion 443 in the open direction of above-mentioned first suction inlet 441 Mutually orthogonal.Air is made to suck in above-mentioned first deliverying unit 404 by above-mentioned first suction inlet 441 In the inside of above-mentioned first deliverying unit 404, after inside, change the flow direction of air, and can Discharged to horizontal direction by above-mentioned first air discharge portion 43.
Above-mentioned second discharger 405 mays include: the second suction inlet 451, is used for making by said fan The air of 402 transfers flows into；Second internal flow path 452, is used for being directed through above-mentioned second suction inlet 451 Air；And second air discharge portion 453, for discharging guiding and flowing to inside above-mentioned second to outside The air on road 452.Above-mentioned second suction inlet 451, above-mentioned second internal flow path 452 and above-mentioned second sky Gas discharge unit 53 may make up the second discharge duct 454 of the second deliverying unit 5.
Above-mentioned second discharger 405 can be configured with the second blow direction adjusting blades 455, above-mentioned second wind It is used for adjusting the wind direction of the air through above-mentioned second discharge duct 454 to adjusting blade 455.Above-mentioned Two blow direction adjusting blades 455 can rotatably be configured at the interior of above-mentioned second discharger 405 Portion.Above-mentioned second blow direction adjusting blades 455 can be arranged at above-mentioned second internal flow path 454, can be with Make the leading section of above-mentioned second blow direction adjusting blades 455 side opposite with above-mentioned second air discharge portion 453 Formula arranges above-mentioned second blow direction adjusting blades 455.
Above-mentioned second suction inlet 451 can be with the side of above-mentioned second discharger 405 of vertically insertion Formula is formed at the bottom of above-mentioned second discharger 405.Above-mentioned second internal flow path 452 can be with upwards The mode of lower direction length is formed at the inside of above-mentioned second discharger 405.Above-mentioned second air discharge portion 453 peripheries that can be formed at above-mentioned second discharger 405.Above-mentioned second discharger 405 is permissible The shape being closed for upper side, above-mentioned second air discharge portion 453 can be formed at above-mentioned second and discharge dress Put the periphery in 405 upper plate portion and periphery.Above-mentioned second air discharge portion 453 can be with to water Square it is formed at the week of above-mentioned second discharger 405 to the mode of above-mentioned second discharger 405 of insertion Enclose portion.Above-mentioned second air discharge portion 453 can be formed at above-mentioned second in the way of vertically growing The periphery of discharger 405.
The open direction of above-mentioned second suction inlet 451 and the open direction of above-mentioned second air discharge portion 453 Can be mutually orthogonal.Air is made to suck in above-mentioned second discharger 405 by above-mentioned second suction inlet 451 Inside after, in the inside of above-mentioned second discharger 405 change air flow direction, and Can be discharged to horizontal direction by above-mentioned second air discharge portion 453.
Above-mentioned rotating mechanism 406 may include sub-body 500, and above-mentioned sub-body 500 is used for propping up respectively Support the bottom of above-mentioned first discharger 404 and the bottom of above-mentioned second discharger 405.Above-mentioned first Discharger 404 and above-mentioned second discharger 405 can with mode spaced apart from each other be positioned over above-mentioned under Portion's main body 500, the load of above-mentioned first discharger 404 and above-mentioned second discharger 405 can be passed through It is scattered in above-mentioned sub-body 500 to cause effect.Above-mentioned sub-body 500 may make up above-mentioned support 407 Bottom.
Above-mentioned rotating mechanism 406 may also include the lower cover 510 being arranged at above-mentioned sub-body 500.Above-mentioned Lower cover 510 can be anchored on the top of said fan 402, and above-mentioned lower cover 510 can make above-mentioned rotation Mechanism 406 is installed on said fan 402.Above-mentioned lower cover 510 and above-mentioned sub-body 100 can one With the above-mentioned support 407 of composition.
Above-mentioned rotating mechanism 406 is formed in the way of perpendicular with sub-body 100, above-mentioned rotating mechanism 406 may also include for housing above-mentioned first discharger 404, after above-mentioned second discharger 405 Portion's main body 520.Above-mentioned Rear body 520 is extended in the way of perpendicular with above-mentioned sub-body 100, Above-mentioned first discharger 404, above-mentioned second discharger 405 can rotatably be contained in Above-mentioned Rear body 520.Above-mentioned Rear body 520 can be interpreted as a structure of above-mentioned housing 401.
Above-mentioned Rear body 520 can be in the rear portion of above-mentioned sub-body 100 and sub-body 100 shape It is integrally formed.Above-mentioned Rear body 520 can together constitute with above-mentioned support with above-mentioned sub-body 500 407.
Above-mentioned rotating mechanism 406 can also include top cover 540, and above-mentioned top cover is located at above-mentioned first and discharges dress Put the 404, upside of above-mentioned second discharger 405, above-mentioned top cover 540 and above-mentioned Rear body 520 Combine.Above-mentioned top cover 540 can be with above-mentioned Rear body 520 and above-mentioned sub-body 500 1 isomorphism Become above-mentioned support 407.
Above-mentioned top cover 540 can maintain above-mentioned first discharger 404, above-mentioned second discharger 405 Top.In detail, shaft supporting part 542,544, above-mentioned shaft supporting part can be formed with top cover 540 542,544 are rotatably supported above-mentioned first discharger 404, above-mentioned second discharger 405 Pivot axle.
Above-mentioned indoor set 10a also includes bonnet 530.Above-mentioned bonnet 530 may also include for covering rear portion The side plate 531,532 of the side of main body 520.Above-mentioned side plate 531,532 mays include: left side cover plate 531, For covering the left plate of above-mentioned Rear body 120；Right side cover plate 132, for covering above-mentioned rear portion master The right plate of body 520；And connecting cover plate 133, for connecting above-mentioned left side cover plate 531 and the above-mentioned right side Side cover plate 532.
Above-mentioned indoor set 10a may also include division device 550, and above-mentioned division device 550 is with above-below direction Long mode is arranged between above-mentioned first discharger 404 and above-mentioned second discharger 405, above-mentioned Divide device 550 to be used for covering between above-mentioned first discharger 404 and above-mentioned second discharger 40 Gap.Above-mentioned division device 550 can be located at the upside of above-mentioned sub-body 500, and, above-mentioned stroke Separating device 550 can be located at the downside of above-mentioned top cover 540.
Above-mentioned division device 550 includes: the first division 551, positioned at above-mentioned first discharger 404 And above-mentioned second discharger 405 between, above-mentioned first division 551 is configured at above-mentioned indoor set 10a Forward face；And second division 552, combine and rearward prolong with above-mentioned first division 551 Stretch.As one, above-mentioned first division 551 includes display part, and above-mentioned second division 552 includes Divide dividing plate.
Above-mentioned first discharger 404 includes the first discharge body 446, above-mentioned first discharge body 446 For forming above-mentioned first discharge duct 444, above-mentioned first discharge body 446 is substantially cylindrical.And And, above-mentioned second discharger 405 includes the second discharge body 456, above-mentioned second discharge body 456 For forming above-mentioned second discharge duct 454, above-mentioned second discharge body 446 is substantially cylindrical.
Above-mentioned rotating mechanism 406 includes: motor, is arranged at above-mentioned first and discharges body 446 or above-mentioned the The bottom side of two discharge bodies 456, for produces driving force；And driving gear, for above-mentioned First discharge body 446 or above-mentioned second discharges the driving force that body 456 transmits above-mentioned motor.Above-mentioned First discharge body 446 or above-mentioned second discharge body 456 can be provided with and be connected with above-mentioned driving gear Dynamic driven gear.
Above-mentioned Rear body 520 projects in the rear plate portion of sub-body 500 in a unitary manner and forms, on State Rear body 520 can spatially shape, for protect above-mentioned first discharger 404, above-mentioned second Discharger 405.Can by Rear body 520 to surround above-mentioned first discharger 404, above-mentioned A part for each periphery of two dischargers 405, above-mentioned Rear body 520 passes through to surround above-mentioned the One discharger 404, a part for each periphery of above-mentioned second discharger 405, thus can protect Protect above-mentioned first discharger 404, above-mentioned second discharger 405.
Above-mentioned Rear body 520 mays include: the first resettlement section 522, with above-mentioned first discharger 404 The one side 521 of opposite above-mentioned first resettlement section 522 is sunk in the way of being recessed, for housing above-mentioned the One discharger 404；And second resettlement section 524, opposite with above-mentioned second discharger 405 is upper The one side 523 stating the second resettlement section 524 is sunk in the way of being recessed, and discharges dress for housing above-mentioned second Put 405.
Above-mentioned first resettlement section 522 can be in one of the outer peripheral face surrounding above-mentioned first discharge body 446 The arc-shaped divided, the size of above-mentioned first resettlement section 522 can be more than above-mentioned first discharge body 446 Size.As one, the section shape of above-mentioned first resettlement section 522 can be in arcuation.
Above-mentioned second resettlement section 524 can be formed in the way of symmetrical with above-mentioned first resettlement section 522. Above-mentioned second resettlement section 524 can be in the part for outer peripheral face surrounding above-mentioned second discharger 405 Arc-shaped, above-mentioned second resettlement section 524 size can be more than the size of above-mentioned second discharger 405. As one, the section shape of above-mentioned second resettlement section 524 can be in arcuation.
Above-mentioned indoor set 10a includes sealing device, and above-mentioned sealing device passes through to block above-mentioned first discharge dress Put and separate space or gap between 405 or above-mentioned second dischargers 406 and above-mentioned housing 401, from And prevent room air from flowing into above-mentioned indoor set 10a.
Above-mentioned sealing device includes: the first seal member 610, is arranged at above-mentioned first discharge body 446 A sidepiece of outer peripheral face and the inner peripheral surface of above-mentioned Rear body 520 between, i.e. above-mentioned first seal member Between 610 sidepieces of outer peripheral face being arranged at above-mentioned first discharge body 446 and the first resettlement section 522； And second seal member 620, it is arranged at the other side of the outer peripheral face of above-mentioned first discharge body 446 And the one side of above-mentioned division device 550 between.As one, the one side of above-mentioned division device 550 can be wrapped Include the one side of above-mentioned second division 552.
Above-mentioned sealing device also includes: the 3rd seal member 630, is arranged at above-mentioned second discharge body 456 A sidepiece of outer peripheral face and the inner peripheral surface of above-mentioned Rear body 520 between, i.e. above-mentioned third member sets It is placed between a sidepiece of outer peripheral face and second resettlement section 524 of above-mentioned second discharge body 456；And 4th seal member 640, be arranged at above-mentioned second discharge body 456 the other side of outer peripheral face with upper State between the another side of division device 550.
To above-mentioned first seal member 610, above-mentioned second seal member 620, above-mentioned 3rd seal member 630 and the explanation of above-mentioned 4th seal member 640 quote first embodiment to the explanation of fourth embodiment.
By the structure of above-mentioned sealing device, can prevent the air of the interior space from flowing into the inside of indoor set Return air phenomenon, and have the surface of the first discharger, the second discharger can be carried out and Remove the first discharger, the advantage of the moisture of the second discharge apparatus surface.

Claims (20)

1. a kind of indoor set of air conditioner it is characterised in that
Including:
Housing；
Sucting, is formed at the rear portion of above-mentioned housing, for sucking air；
Heat exchanger, is configured at the front of above-mentioned sucting, and the air being sucked by above-mentioned sucting is carried out Heat exchange；
Multiple dischargers, have discharge duct, and above-mentioned discharge duct is used for discharging to the interior space State the air carrying out heat exchange in heat exchanger, above-mentioned multiple dischargers set in the way of can rotating Put；
Divide device, be arranged between above-mentioned multiple discharger, for dividing each above-mentioned discharge duct； And
Sealing device, to block the gap between above-mentioned discharger and above-mentioned housing or above-mentioned discharger The mode in the gap and above-mentioned division device between is arranged, and is flowed by above-mentioned gap for blocking air Dynamic.
2. the indoor set of air conditioner according to claim 1 is it is characterised in that above-mentioned row Go out device to include:
The discharge body of drum；And
Blowing fan, is arranged at the inside of above-mentioned discharge body in the way of can rotating.
3. the indoor set of air conditioner according to claim 2 is it is characterised in that above-mentioned close Seal apparatus include the first seal member, and above-mentioned first seal member is arranged at the outer peripheral face of above-mentioned discharge body And the inner peripheral surface of above-mentioned housing between.
4. air conditioner according to claim 3 indoor set it is characterised in that
Above-mentioned discharge body includes regulator, and aforementioned stable device is configured at the discharge side of said fan, uses In prevent from said fan discharge air to above-mentioned heat exchanger side adverse current,
Above-mentioned first seal member is arranged at the inside face of above-mentioned housing, above-mentioned first seal member with above-mentioned Regulator contacts.
5. the indoor set of air conditioner according to claim 2 is it is characterised in that above-mentioned close Seal apparatus also include the second seal member, and above-mentioned second seal member is arranged at the periphery of above-mentioned discharge body Between the one side of face and above-mentioned division device.
6. air conditioner according to claim 5 indoor set it is characterised in that
Above-mentioned discharge body includes rear portion guide, and above-mentioned rear portion guide is configured at the suction of said fan Enter side, for guiding with sucking smooth air to the flowing of said fan side,
Above-mentioned second seal member is arranged at above-mentioned division device, above-mentioned second seal member and above-mentioned rear portion Guide contacts.
7. the indoor set of air conditioner according to claim 2 is it is characterised in that above-mentioned send Fan includes axial-flow fan.
8. air conditioner according to claim 7 indoor set it is characterised in that
Above-mentioned sucting is formed at the rear top of above-mentioned housing,
The outlet being arranged at above-mentioned discharger is formed at the front upper of above-mentioned housing.
9. the indoor set of air conditioner according to claim 8 is it is characterised in that above-mentioned send Fan and above-mentioned outlet are configured at corresponding height.
10. the indoor set of air conditioner according to claim 2 is it is characterised in that above-mentioned close Seal apparatus include:
Seal body, is attached to the inside face of above-mentioned housing or the one side of above-mentioned division device；And
Contact site, extends from above-mentioned seal body towards the outer peripheral face of above-mentioned discharge body.
The indoor set of 11. air conditioners according to claim 2 is it is characterised in that above-mentioned close Seal apparatus include:
Seal body, is attached to the outer peripheral face of above-mentioned discharge body；And
Contact site, from above-mentioned seal body towards the one side of the inside face of above-mentioned housing or above-mentioned division device Extend.
The indoor set of 12. air conditioners according to claim 10 or 11 it is characterised in that Above-mentioned contact site includes brush.
The indoor set of 13. air conditioners according to claim 10 or 11 it is characterised in that Above-mentioned seal body or contact site are formed by the quality of rubber materials being capable of elastic deformation.
The indoor set of 14. air conditioners according to claim 13 is it is characterised in that above-mentioned Contact site has the shape of multiple bending.
The indoor set of 15. air conditioners according to claim 10 or 11 it is characterised in that Above-mentioned contact site includes coated portion, and above-mentioned coated portion is used for preventing above-mentioned discharge body to be worn.
The indoor set of 16. air conditioners according to claim 10 or 11 it is characterised in that
Above-mentioned seal body and above-mentioned contact site constitute vulcanite scraper water portion,
Above-mentioned contact site is extended from above-mentioned seal body in the way of tapering width.
The indoor set of 17. air conditioners according to claim 2 is it is characterised in that above-mentioned close Seal apparatus include roller, above-mentioned roller in the way of can rotating with above-mentioned housing or above-mentioned division device phase In conjunction with.
The indoor set of 18. air conditioners according to claim 1 is it is characterised in that above-mentioned many Individual discharger includes the first discharger and the second discharger, above-mentioned first discharger and above-mentioned Two dischargers are arranged side-by-side left side and the right side in the front in above-mentioned housing.
The indoor set of 19. air conditioners according to claim 2 is it is characterised in that above-mentioned send Fan includes turbofan.
The indoor set of 20. air conditioners according to claim 19 it is characterised in that
Above-mentioned sucting is formed at the rear lower portion of above-mentioned housing, is arranged at the discharge unit of above-mentioned discharger It is formed at the front upper of above-mentioned housing,
Above-mentioned turbofan makes the air being sucked by above-mentioned sucting flow into above-mentioned discharge after flowing upward The discharge duct of device.
CN201610357233.6A 2015-07-08 2016-05-26 The indoor unit of air regulator Active CN106338100B (en)

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KR10-2015-0097335 2015-07-08
KR1020150097335A KR101710272B1 (en) 2015-07-08 2015-07-08 Indoor unit for an air conditioner

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR200469091Y1 (en) * 2013-06-21 2013-09-17 주식회사 에이알 Air conditioner having airtight function
CN103307660A (en) * 2012-03-16 2013-09-18 Lg电子株式会社 An air conditioner
CN103574868A (en) * 2013-10-28 2014-02-12 广东美的制冷设备有限公司 Air conditioner and sealing device for same
CN203571962U (en) * 2013-10-30 2014-04-30 广东美的制冷设备有限公司 Sealing device and air-conditioner using same
KR101516365B1 (en) * 2014-12-31 2015-05-04 엘지전자 주식회사 Air conditioner

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101749658B1 (en) * 2010-09-01 2017-06-21 삼성전자주식회사 Air conditioner

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103307660A (en) * 2012-03-16 2013-09-18 Lg电子株式会社 An air conditioner
KR200469091Y1 (en) * 2013-06-21 2013-09-17 주식회사 에이알 Air conditioner having airtight function
CN103574868A (en) * 2013-10-28 2014-02-12 广东美的制冷设备有限公司 Air conditioner and sealing device for same
CN203571962U (en) * 2013-10-30 2014-04-30 广东美的制冷设备有限公司 Sealing device and air-conditioner using same
KR101516365B1 (en) * 2014-12-31 2015-05-04 엘지전자 주식회사 Air conditioner

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