CN106338100B - The indoor unit of air regulator - Google Patents

The indoor unit of air regulator Download PDF

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Publication number
CN106338100B
CN106338100B CN201610357233.6A CN201610357233A CN106338100B CN 106338100 B CN106338100 B CN 106338100B CN 201610357233 A CN201610357233 A CN 201610357233A CN 106338100 B CN106338100 B CN 106338100B
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CN
China
Prior art keywords
mentioned
discharge
discharger
indoor unit
air
Prior art date
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Active
Application number
CN201610357233.6A
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Chinese (zh)
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CN106338100A (en
Inventor
崔成植
徐己源
黄舜喆
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LG Electronics Inc
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LG Electronics Inc
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Publication of CN106338100A publication Critical patent/CN106338100A/en
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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 present invention relates to the indoor units of air regulator.The indoor unit of the air regulator of the embodiment of the present invention includes: shell；Sucting is formed in the rear part of above-mentioned shell, for sucking air；Heat exchanger carries out heat exchange to the air sucked by above-mentioned sucting；Multiple dischargers have discharge duct, and above-mentioned discharge duct is used to carry out the air of heat exchange in above-mentioned heat exchanger to interior space discharge, and above-mentioned multiple dischargers are arranged in a rotatable way；Dividing device is set between above-mentioned multiple dischargers, for dividing each above-mentioned discharge duct；And sealing device, it is arranged in a manner of blocking the gap between above-mentioned discharger and above-mentioned shell or the gap between above-mentioned discharger and above-mentioned dividing device, for blocking the return air of the air flowed into from the above-mentioned interior space to the inside of above-mentioned shell.

Description

The indoor unit of air regulator
Technical field
The present invention relates to the indoor units of air regulator.
Background technique
Air regulator is the equipment for making the air in regulation space maintain most suitable state according to purposes, purpose. In general, above-mentioned air regulator includes compressor, condenser, expansion device and evaporator, condensing agent can be executed by driving Compression, condensation, expansion and evaporation process refrigerating cycle above-mentioned regulation space freezed or heated.
According to the place for using above-mentioned air regulator, above-mentioned regulation space can there are many.As an example, when above-mentioned sky When gas adjuster is configured at family or office, above-mentioned regulation space can be house or the interior space of building.On the contrary, when upper When stating air regulator and being configured at automobile, above-mentioned regulation space can be the seating space taken for people.
Above-mentioned air regulator includes the outdoor unit for being set to outdoor and the indoor unit for being set to above-mentioned regulation space.As An example, above-mentioned outdoor unit include compressor, outdoor heat exchanger and outdoor blowing fan, and above-mentioned indoor unit includes temple inside heat exchanger And indoor blowing fan.
When air regulator carries out refrigerating operaton, above-mentioned outdoor heat exchanger and indoor heat exchanger can each serve as cold Condenser and evaporator effect.On the contrary, above-mentioned outdoor heat exchanger and Indoor Thermal are handed over when air regulator carries out heating operation Parallel operation can each serve as evaporator and condenser effect.
Above-mentioned indoor unit further includes discharger, and above-mentioned discharger is used to guide the air for completing heat exchange to above-mentioned rule Determine space discharge.As an example, above-mentioned discharger is arranged in a manner of it can rotate, as a result, can be towards above-mentioned regulation space Multiple places form a variety of air discharge direction.
Existing technical literature relevant to above content is as follows.
1. open number (publication date): KR10-2009-0017289 (on 2 18th, 2009)
2. denomination of invention: the indoor unit of air regulator
According to the prior art as described above, in order to rotate above-mentioned discharger swimmingly, that is, in order to prevent The interference between discharger and indoor unit is stated, separates sky as defined in formation between above-mentioned discharger and the shell of indoor unit Between.During running air regulator, the air for the interior space occur passes through the above-mentioned space that separates into indoor unit The phenomenon that portion flows into.
As an example, when air regulator carries out refrigerating operaton, the air of high temperature and the how wet interior space can be to room The inside of interior machine flows into, and there are problems that the surface of the machine indoors due to the temperature difference of air generates dew as a result,.
Moreover, the air for flowing into above-mentioned indoor unit interferes the flowing for the air being discharged by above-mentioned discharger, thus deposit It is reducing the draft capacity of indoor unit or is leading to the problem of noise because of the friction between air.
Summary of the invention
It is proposed the present invention to solve the problems, such as described above, the object of the present invention is to provide prevent air from room Interior spatial flow enters the indoor unit of the air regulator of the inside of indoor unit.
The indoor unit of the air regulator of the embodiment of the present invention includes: shell；Sucting is formed in the rear of above-mentioned shell Portion, for sucking air；Heat exchanger carries out heat exchange to the air sucked by above-mentioned sucting；Multiple dischargers, have Discharge duct, above-mentioned discharge duct are used to carry out the air of heat exchange in above-mentioned heat exchanger to interior space discharge, on Multiple dischargers are stated to be arranged in a rotatable way；Dividing device is set between above-mentioned multiple dischargers, for dividing Each above-mentioned discharge duct；And sealing device, to block gap or the above-mentioned row between above-mentioned discharger and above-mentioned shell The mode in the gap of device and above-mentioned dividing device is arranged out, flows into for blocking from the above-mentioned interior space to above-mentioned enclosure interior Air return air.
Also, above-mentioned discharger includes: the discharge ontology of cylindrical shape；And blowing fan, in a manner of it can rotate It is set to the inside of above-mentioned discharge ontology.
Also, above-mentioned sealing device includes the first seal member, and above-mentioned first seal member is set to above-mentioned discharge ontology Outer peripheral surface and above-mentioned shell inner peripheral surface between.
Also, it is a feature of the present invention that above-mentioned discharge ontology includes stabilizer, aforementioned stable device is configured at above-mentioned air-supply The discharge side of fan, for preventing from the air that said fan is discharged to above-mentioned heat exchanger side countercurrently, above-mentioned first sealing Part is set to the inside face of above-mentioned shell, and above-mentioned first seal member is in contact with aforementioned stable device.
Also, above-mentioned sealing device includes the second seal member, and above-mentioned second seal member is set to above-mentioned discharge ontology Outer peripheral surface and above-mentioned dividing device one side between.
Also, it is a feature of the present invention that above-mentioned discharge ontology includes rear portion guiding device, above-mentioned rear portion guiding device is configured at The suction side of said fan, for being flowed to said fan side with guiding sucking smooth air, above-mentioned second seal member It is set to above-mentioned dividing device, above-mentioned second seal member is in contact with above-mentioned rear portion guiding device.
Also, said fan includes axial-flow fan.
Also, it is a feature of the present invention that above-mentioned sucting is formed in the rear top of above-mentioned shell, it is set to above-mentioned row The outlet of device is formed in the front upper of above-mentioned shell out.
Also, it is a feature of the present invention that said fan and above-mentioned outlet are configured at corresponding height.
Also, above-mentioned sealing device includes: seal body, is attached to the inside face or above-mentioned dividing device of above-mentioned shell On one side；And contact portion, extend from above-mentioned seal body towards the outer peripheral surface of above-mentioned discharge ontology.
Also, above-mentioned sealing device includes: seal body, is attached to the outer peripheral surface of above-mentioned discharge ontology；And contact portion, Extend from above-mentioned seal body towards the one side of the inside face of above-mentioned shell or above-mentioned dividing device.
Also, above-mentioned contact portion includes brush.
Also, above-mentioned seal body or above-mentioned contact portion are formed by the rubber material of elastically deformable.
Also, it is a feature of the present invention that above-mentioned contact portion has multiple curved shape.
Also, above-mentioned contact portion includes coated portion, and above-mentioned coated portion is for preventing above-mentioned discharge ontology to be worn.
Also, it is a feature of the present invention that above-mentioned seal body and above-mentioned contact portion constitute vulcanite scraper water portion, above-mentioned contact Portion is extended in a manner of tapering width from above-mentioned seal body.
Also, above-mentioned sealing device includes roller, above-mentioned roller in a rotatable way with above-mentioned shell or above-mentioned division Device combines.
Also, above-mentioned multiple dischargers include the first discharger and the second discharger, above-mentioned first discharger It is arranged side-by-side with above-mentioned second discharger in the left and right side in the front of above-mentioned shell.
Also, above-mentioned discharger includes: the discharge ontology of cylindrical shape；And blowing fan, it is set to above-mentioned discharge sheet The outside of body.
Also, said fan includes turbofan, and above-mentioned turbofan sucks air from axis direction, and to radial direction Above-mentioned air is discharged.
Also, it is a feature of the present invention that above-mentioned sucting is formed in the rear lower portion of above-mentioned shell, it is set to above-mentioned row The discharge unit of device is formed in the front upper of above-mentioned shell out, above-mentioned turbofan make from the air that above-mentioned sucting sucks to The discharge duct of above-mentioned discharger is flowed into after the flowing of top.
Air regulator according to the present invention is provided in the gap being present between discharger and the shell of indoor unit Sealing device thus prevents the air of the interior space to flow into the return air problem of indoor unit in advance.Finally, it can prevent because of room air Temperature difference between the discharge air of indoor unit and generate dew.Moreover, can prevent because of above-mentioned room air and above-mentioned discharge Friction between air and generating noise and the air quantity of air is discharged reduces.
Also, above-mentioned sealing device is set to the one side of shell, and discharger during being rotated always may be used It is arranged in a manner of being in contact by the exterior face with discharger, so as to effectively prevent room during running air regulator The phenomenon that interior air is flowed into the inside of indoor unit.
Also, above-mentioned sealing device is made of the material of soft material or elastically deformable, and discharge is thus prevented to fill The exterior face set is worn or generates scratch.
Also, due to above-mentioned discharger can in the state that sealing device is in contact with the exterior face of discharger into Row rotation, so that the effect that can be cleaned to the exterior face of discharger be presented.
Also, the invention has the advantages that, that is, sealing device can remove the dew for being formed in the exterior face of discharger Water, and the dew being removed can be discharged by the drain fan for the downside for being set to sealing device.
Detailed description of the invention
Fig. 1 is the main view for showing the structure of the indoor unit of air regulator of first embodiment of the invention.
Fig. 2 is the cross-sectional view along the I-I' line cutting of Fig. 1.
Fig. 3 is the cross-sectional view along the II-II' line cutting of Fig. 1.
Fig. 4 is the cross-sectional view along the III-III' line cutting of Fig. 1.
Fig. 5 is the cross-sectional view of part " A " of enlarged drawing 4.
Fig. 6 is the cross-sectional view of part " B " of enlarged drawing 4.
Fig. 7 is the figure for showing the structure of seal member of first embodiment of the invention.
Fig. 8 is the figure for showing the pent state of discharge unit of first embodiment of the invention.
Fig. 9 is the figure for showing the structure of seal member of second embodiment of the invention.
Figure 10 be show second embodiment of the invention seal member be set to indoor unit state figure.
Figure 11 is the figure for showing the structure of seal member of third embodiment of the invention.
Figure 12 be show third embodiment of the invention seal member be set to indoor unit state figure.
Figure 13 be show fourth embodiment of the invention seal member be set to indoor unit state figure.
Figure 14 to Figure 16 is the figure for showing the structure of indoor unit of fifth embodiment of the invention.
Specific embodiment
Hereinafter, being illustrated referring to attached drawing to specific embodiments of the present invention.But thought of the invention is not limited to In the embodiment proposed, the those of ordinary skill for understanding thought of the invention can be easily proposed by it in identical thought range Its embodiment.
Fig. 1 is the main view for showing the structure of the indoor unit of air regulator of first embodiment of the invention, Fig. 2 be along The cross-sectional view of the I-I' line cutting of Fig. 1, Fig. 3 are the cross-sectional view along the II-II' line cutting of Fig. 1.
Referring to figs. 1 to Fig. 3, the indoor unit 10 of the air regulator of first embodiment of the invention includes being used to form appearance Shell 20.Above-mentioned shell 20 includes: pedestal 21, is set to the lower part of above-mentioned shell 20；Front faceplate panels 23 are set to above-mentioned bottom The upside of seat 21；Side panel 25 is set to the left side side and right side side of above-mentioned shell 20；And rear face plate 27, it is set to The rear side of above-mentioned shell 20.
Above-mentioned front faceplate panels 23 are configured at the forward lower part of above-mentioned indoor unit 10.Above-mentioned side panel 25 is used to form The two sides face of indoor unit 10 is stated, above-mentioned rear face plate 27 is used to form the rear face of above-mentioned indoor unit 10.
Above-mentioned indoor unit 10 includes discharger 110,150, and above-mentioned discharger 110,150 is used to be discharged to the interior space The inside of machine 10 carried out the air of heat exchange indoors.Before above-mentioned discharger 110,150 may be disposed at above-mentioned shell 20 Square top, that is, above-mentioned discharger 110,150 may be disposed at the upside of above-mentioned front faceplate panels 23.
Moreover, above-mentioned discharger 110,150 can be arranged in a movable manner.As an example, above-mentioned discharger 110,150 can be rotated in the lateral direction on the basis of the forward face of above-mentioned indoor unit 10, that is, above-mentioned discharger 110, 150 can clockwise or counterclockwise be rotated.
In detail, above-mentioned discharger 110,150 includes the first discharger 110 and second row that can be driven independently of each other Device 150 out.As an example, above-mentioned first discharger 110, above-mentioned second discharger 150 can clockwise or Counterclockwise rotated, as another example, one in above-mentioned first discharger 110, above-mentioned second discharger 150 It can be rotated clockwise, and another in above-mentioned first discharger 110, above-mentioned second discharger 150 can It is rotated counterclockwise.Moreover, above-mentioned first discharger 110, above-mentioned second discharger 150 can be arranged side-by-side in The left and right side of the forward face of indoor unit.
Above-mentioned first discharger 110 includes: the first discharge ontology 111, is used to form the first discharge duct 115；And First discharge unit 112 is formed in the forward face of above-mentioned first discharge ontology 111, for air to be discharged.Above-mentioned first discharge unit 112 can extend longitudinally to the lower part of above-mentioned first discharge ontology 111 from the top of above-mentioned first discharge ontology 111.Above-mentioned One discharge unit 112 is provided with the first discharge blade 114.
Above-mentioned first discharge ontology 111 substantially forms hollow cylindrical shape in internal, in above-mentioned first discharge ontology 111 Opening can be formed at top and lower part.Moreover, the rear part in above-mentioned columnar first discharge ontology 111 is formed with inflow part, Above-mentioned inflow part flows into the air through over-heat-exchanger 80 towards blowing fan 130, in above-mentioned columnar first discharge ontology 111 front part is formed with above-mentioned first discharge unit 112.
Space of above-mentioned first discharge duct 115 as the inside for being formed in above-mentioned first discharge ontology 111, can will be above-mentioned First discharge duct 115 is interpreted as the flow path of the air flowing for completing heat exchange in heat exchanger 80.
Above-mentioned first discharger 110 includes: lower plate 121, for covering the lower part of above-mentioned first discharge ontology 111；With And upper plate 125, for covering the top of above-mentioned first discharge ontology 111.As an example, above-mentioned lower plate 121 and above-mentioned upper plate 125 Above-mentioned first discharge ontology 111 or above-mentioned lower plate 121 and above-mentioned upper plate 125 can be formed in a unitary manner can be with Above-mentioned first discharge ontology 111 is formed in by the mode that defined connecting component combines.
Above-mentioned indoor unit 10 includes: first support 250, is used to support the lower part of above-mentioned first discharger 110；And the Two brackets 260 are used to support the top of above-mentioned first discharger 110.Above-mentioned first support 250 can be used for supporting above-mentioned lower plate 121 downside, 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 protruding portion 126, above-mentioned protruding portion 126 is for providing above-mentioned first discharger 110 Rotation center.Above-mentioned protruding portion 126 can protrude upwards from above-mentioned upper plate 125, and by above-mentioned in a manner of it can rotate The support of two brackets 260.It can be formed with slot in above-mentioned second support 260, above-mentioned slot is for accommodating above-mentioned protruding portion 126.
Above-mentioned indoor unit 10 includes driving device 140,145, and above-mentioned driving device 140,145 is for making above-mentioned first discharge Device 110 is rotated.Above-mentioned driving device 140,145 includes: driving motor 140, for generating driving force；And sliding tooth Wheel 145, is rotated in a manner of combining with above-mentioned driving motor 140.
Above-mentioned driving gear 145 can be such that above-mentioned discharge ontology 111 rotates.In detail, in above-mentioned discharge ontology 111 or above-mentioned Lower plate 121 can be formed with driven gear 123, and above-mentioned driven gear 123 is interlocked with above-mentioned driving gear 145.As an example, as schemed Shown in 2, driven gear 123 is formed in above-mentioned lower plate 121.
In detail, above-mentioned lower plate 121 includes motor receiving portion 122, and above-mentioned motor receiving portion 122 is for accommodating fan motor 135.Above-mentioned motor receiving portion 122 is formed as one with above-mentioned lower plate 121, or is formed separately above-mentioned motor receiving portion 122 and above-mentioned lower plate 121, and above-mentioned motor receiving portion 122 is anchored on above-mentioned lower plate 121.As an example, above-mentioned driven gear 123 can be formed in the outer peripheral surface of above-mentioned motor receiving portion 122.
By above-mentioned driving gear 145 and driven gear 123 by the driving force of above-mentioned driving motor 140 be transmitted to it is above-mentioned under Plate 121 and above-mentioned discharge ontology 111, above-mentioned discharge ontology 111 can be pivoted about with above-mentioned protruding portion 126.
Above-mentioned indoor unit 10 includes: the first blowing fan 130, for generating air flowing；And fan motor 135, it is used for Drive above-mentioned first blowing fan 130.
Above-mentioned first blowing fan 130 is set to the inside of above-mentioned first discharge ontology 111 in a manner of it can rotate.In detail Ground, above-mentioned first blowing fan 130 top be arranged support portion 132, above-mentioned support portion 132 in a manner of it can rotate with it is above-mentioned Upper plate 125 combines.Moreover, above-mentioned upper plate 125 can also include the slot combined with above-mentioned support portion 132 or hole.Above-mentioned One blowing fan 130 can be pivoted about with above-mentioned support portion 132.That is, above-mentioned support portion 132 is used to form above-mentioned first The rotation center of blowing fan 130.
Said fans motor 135 can be combined with the downside of above-mentioned first blowing fan 130.In detail, electric with said fans The motor shaft 136 that machine 135 combines can extend to the upside of above-mentioned fan motor 135, and under above-mentioned first blowing fan 130 Portion combines.Moreover, said fans motor 135 can be contained in above-mentioned motor receiving portion 122, and by above-mentioned first support 250 Support.
In conclusion above-mentioned first blowing fan 130 and fan motor 135, that is, fan motor assembly can be from above-mentioned first row The lower plate 121 of device extends longitudinally to the upper plate 125 of above-mentioned first discharger out.Moreover, above-mentioned first blowing fan 130 can It is arranged in a manner of corresponding with the height of above-mentioned first discharge unit 112.That is, passing through above-mentioned first blowing fan from sucting 31 130 and extend to above-mentioned first discharge unit 112 air flow circuit can be from the rear top of shell 20 towards above-mentioned shell 20 before Straight line flow path is formed at square top.
During rotating above-mentioned first discharge ontology 111, above-mentioned first blowing fan 130 can be made by the rotation set Turn radius to be rotated.
In detail, the first rotation center R1 (referring to Fig. 4) and above-mentioned first discharge ontology of above-mentioned first blowing fan 130 111 the second rotation center C1 (referring to Fig. 4) separates to be formed, that is, mutually eccentric.Therefore, when it is above-mentioned first discharge ontology 111 with When being rotated on the basis of above-mentioned second rotation center C1, above-mentioned first blowing fan 130 can by above-mentioned first rotation center R1 with The distance between second rotation center C1 is rotated as radius of turn.At this point, said fans motor 135 can be with above-mentioned One blowing fan 130 is rotated together.Above-mentioned first rotation center R1 is formed in position corresponding with above-mentioned support portion 132, Above-mentioned second rotation center C1 is formed in position corresponding with above-mentioned protruding portion 126.
Certainly, above-mentioned first blowing fan 130 can be by the driving autorotation of said fans motor 135, and generates air Flowing.That is, above-mentioned first blowing fan 130 can carry out spinning motion and revolution motion simultaneously.As an example, in above-mentioned first discharge Ontology 111 under state of rotation, can be blown in a manner of keeping above-mentioned first discharge unit 112 open by running above-mentioned first 130 are fanned air is discharged.
It is formed with sucting 31 in above-mentioned indoor unit 10, above-mentioned sucting 31 is formed in the rear part of above-mentioned indoor unit 10, For sucking air to above-mentioned indoor unit 10.As an example, above-mentioned sucting 31 can be formed in the top of above-mentioned rear face plate 27. Moreover, may be provided with sucking barrier 32 in above-mentioned sucting 31.
Above-mentioned indoor unit 10 further includes filter device 70, and above-mentioned filter device 70 is set to the inside of above-mentioned sucting 31, That is, above-mentioned filter device 70 is set to the front of above-mentioned sucting 31, above-mentioned filter device 70 passes through above-mentioned sucking for purifying The air that portion 31 sucks.Above-mentioned filter device 70 may include multiple filter elements 71,73 (referring to Fig. 4).
Above-mentioned indoor unit 10 further includes heat exchanger 80, before above-mentioned heat exchanger 80 is set to above-mentioned filter device 70 Side, for carrying out heat exchange to air.It may be provided with Drainage Division 86 in the downside of above-mentioned heat exchanger 80, above-mentioned Drainage Division 86 is used In the condensed water for being stored in the above-mentioned generation of heat exchanger 80.Moreover, dividing device is arranged in the front of above-mentioned heat exchanger 80 200, above-mentioned dividing device 200 is for dividing above-mentioned first discharger 110 and above-mentioned second discharger 150.
In conclusion above-mentioned filter device 70 is set between above-mentioned sucting 31 and above-mentioned heat exchanger 80, above-mentioned heat Exchanger 80 is set between above-mentioned filter device 70 and above-mentioned dividing device 200.
As an example, above-mentioned first blowing fan 130 may include axial-flow fan.It therefore, can be from above-mentioned first blowing fan 130 One circumferencial direction sucks air, and air is discharged to another circumferencial direction of above-mentioned first blowing fan 130.When driving above-mentioned first When blowing fan 130, make by above-mentioned sucting 31 suck air flow through above-mentioned filter device 70 and above-mentioned heat exchanger 80 come Make above-mentioned air by above-mentioned first blowing fan 130, and above-mentioned air made to flow through above-mentioned first discharge duct 115, so as to from Air is discharged to the interior space in above-mentioned first discharge unit 112.
The structure of above-mentioned second discharger 150 is similar to the structure of above-mentioned first discharger 110.As an example, wind Fan electric machine assembly is set to the thought of the inside of discharge ontology, keeps the rotation center of blowing fan inclined from the rotation center of discharge ontology The structure of the heart and the rear part of the discharge ontology in cylindrical shape are formed with inflow part and in the discharge sheet of above-mentioned cylindrical shape The structure that the front part of body is formed with discharge unit is similar to the structure of above-mentioned first discharger 110.But on it will be set to The fan motor 175 for stating the second discharger 150 is configured at the aspect that the upside of ontology 151 is discharged, with the first discharger 110 Structure have differences.
In detail, above-mentioned second discharger 150 includes: the second discharge ontology 151, is used to form the second discharge duct 155；And second discharge unit 152, it is formed in the forward face of above-mentioned second discharge ontology 151, for air to be discharged.Above-mentioned second Discharge unit 152 can extend longitudinally to the lower part of above-mentioned second discharge ontology 151 from the top of above-mentioned second discharge ontology 151.? Above-mentioned second discharge unit 152 is provided with the first discharge blade 154.
Above-mentioned second discharger 150 further include: under lower plate 161, with the formation opening of above-mentioned second discharge ontology 151 Portion combines；And upper plate 165, it is combined with the top of the formation opening of above-mentioned second discharge ontology 151.As an example, on Stating lower plate 161 and upper plate 165 can be formed as one or above-mentioned lower plate 161 and upper plate 165 with above-mentioned second discharge ontology 151 It can be combined by defined connecting component with above-mentioned second discharge ontology 151.
It may be provided with the second blowing fan 170 that can be rotated in the inside of above-mentioned second discharge ontology 151.Moreover, upper The upside for stating the second blowing fan 170 is provided with fan motor 175, and said fans motor 175 is used for above-mentioned second blowing fan 170 Driving force is provided.Above-mentioned upper plate 165 includes the motor receiving portion 165a for accommodating said fans motor 175.
Above-mentioned lower plate 161 is provided with protruding portion 166, above-mentioned protruding portion 166 is for providing above-mentioned second discharger 150 Rotation center.Above-mentioned protruding portion 166 can protrude downwards from above-mentioned lower plate 161, side of the above-mentioned protruding portion 166 can rotate Formula is supported by above-mentioned first support 250.The slot for accommodating above-mentioned protruding portion 166 can be formed in above-mentioned first support 250.
Above-mentioned indoor unit 10 includes driving device 180,185, and above-mentioned driving device 180,185 is for making above-mentioned second discharge Device 150 is rotated.Above-mentioned driving device 180,185 includes: driving motor 180, for generating driving force；And sliding tooth Wheel 185, is rotated in a manner of combining with above-mentioned driving motor 180.
Above-mentioned driving gear 185 can be such that above-mentioned second discharge ontology 151 is rotated.In detail, in above-mentioned second discharge Ontology 151 or above-mentioned lower plate 161 can be formed with driven gear 163, and above-mentioned driven gear 163 is interlocked with above-mentioned driving gear 185. As an example, as shown in figure 3, driven gear 163 is formed in above-mentioned lower plate 161.
Go out ontology 151 and above-mentioned lower plate to above-mentioned second row by above-mentioned driving gear 185 and above-mentioned driven gear 163 The driving force of the 161 above-mentioned driving motors 180 of transmitting, above-mentioned second discharge ontology 151 can centered on above-mentioned protruding portion 166 into Row rotation.
The lower part of above-mentioned second blowing fan 170 includes support portion 172, above-mentioned support portion 172 in a manner of it can rotate with Above-mentioned lower plate 161 combines.Moreover, above-mentioned lower plate 161 may include the slot combined with above-mentioned support portion 172 or hole.Above-mentioned Two blowing fans 170 can be pivoted about with above-mentioned support portion 172.That is, above-mentioned support portion 172 is used to form above-mentioned second The rotation center of blowing fan 170.
In conclusion above-mentioned second blowing fan 170 and fan motor 175, that is, fan motor assembly can be from above-mentioned second row The upper plate 165 of device extends longitudinally to the lower plate 161 of above-mentioned second discharger out.Moreover, above-mentioned second blowing fan 170 can be set Be placed in above-mentioned second discharge unit 152 correspondingly height.That is, passing through above-mentioned second blowing fan 170 simultaneously from above-mentioned sucting 31 The air flow circuit for extending to above-mentioned second discharge unit 152 can be from the rear top of shell 20 towards the front upper of above-mentioned shell 20 Form straight line flow path.
During rotating above-mentioned second discharge ontology 151, above-mentioned second blowing fan 170 can be made by the rotation set Turn radius to be rotated.In detail, the first rotation center R2 (referring to Fig. 4) and above-mentioned second row of above-mentioned second blowing fan 170 The second rotation center C2 (referring to Fig. 4) of ontology 151 is eccentric out.Therefore, when above-mentioned second discharge ontology 151 is with above-mentioned second rotation When turning to be rotated on the basis of the C2 of center, above-mentioned second blowing fan 170 can be by above-mentioned first rotation center R2 and above-mentioned second rotation Turn the distance between center C2 as radius of turn to be rotated.Above-mentioned first rotation center R2 is formed in and above-mentioned support portion 172 corresponding positions, above-mentioned second rotation center C2 are formed in position corresponding with above-mentioned protruding portion 166.
Reference is discharged to first to be illustrated to above-mentioned sucting 31, filter device 70, heat exchanger 80 and dividing device 200 The explanation of device 110.
Above-mentioned indoor unit 10 further includes dividing device 200, above-mentioned dividing device 200 by above-mentioned first discharger 110, on State the left and right sides that the second discharger 150 is divided in above-mentioned indoor unit 10.Above-mentioned dividing device 200 includes: the first division 210, it is set to the forward face top of above-mentioned indoor unit 10；And second division 220, backward from above-mentioned first division 210 Fang Yanshen.
As an example, above-mentioned first division 210 may include display unit, and above-mentioned display unit is used to show the fortune of indoor unit 10 Row information.Moreover, it may include partition that above-mentioned second division 220, which includes, aforementioned barriers are for dividing from above-mentioned heat exchanger 80 Towards the flow path of above-mentioned first discharger 110 and above-mentioned second discharger 150.
Fig. 4 is along the cross-sectional view of the III-III' line cutting of Fig. 1, and Fig. 5 is the cross-sectional view of part " A " of enlarged drawing 4, figure 6 be the cross-sectional view of part " B " of enlarged drawing 4, and Fig. 7 is the figure for showing the structure of seal member of first embodiment of the invention, Fig. 8 The figure of the pent state of discharge unit to show first embodiment of the invention.
Referring to Fig. 4 to Fig. 8, the indoor unit 10 of first embodiment of the invention further includes sealing device 300, above-mentioned sealing device 300 for preventing air from passing through the space between above-mentioned first discharger 110 and shell 20 or gap and above-mentioned second discharge Space or gap flowing between device 150 and shell 20.Above-mentioned space or gap can be as assembling needed for preparation process Tolerance is produced, the side for enabling above-mentioned first discharger 110, above-mentioned second discharger 150 not interfered by shell 20 Formula is easy to be rotated.
Above-mentioned sealing device 300 includes the first seal member 310, and above-mentioned first seal member 310 is for blocking above-mentioned shell Space or gap between body 20 and above-mentioned first discharger 110.In detail, above-mentioned first seal member 310 may be disposed at Side faceplate panels and first in two side panels 25 are discharged between the exterior face of ontology 111.
In more detail, above-mentioned first discharge ontology 111 includes rear portion guiding device 118, and above-mentioned rear portion guiding device 118 is configured at The suction side of above-mentioned first blowing fan 130.Above-mentioned rear portion guiding device 118 can in above-mentioned lower plate 121 and above-mentioned upper plate 125 At least one is combined.When the first blowing fan 130 is rotated, the above-mentioned guidance of rear portion guiding device 118 sucking smooth air It is flowed to above-mentioned first blowing fan, 130 side.Moreover, above-mentioned rear portion guiding device 118 can prevent from flowing by above-mentioned first blowing fan 130 The phenomenon that dynamic air is detached from from above-mentioned first blowing fan 130.
Above-mentioned first discharge ontology 111 further includes stabilizer 117, and aforementioned stable device 117 is configured at above-mentioned first blowing fan 130 discharge side.Aforementioned stable device 117 can be combined at least one of above-mentioned lower plate 121 and above-mentioned upper plate 125.And And aforementioned stable device 117 and the outer peripheral surface of above-mentioned first blowing fan 130 are spaced apart, so that aforementioned stable device 117 is prevented from upper State the phenomenon that air of the first blowing fan 130 discharge is to above-mentioned 80 side adverse current of heat exchanger.Above-mentioned rear portion guiding device 118 and above-mentioned Stabilizer 117 extends to the length direction of above-mentioned first blowing fan 130, that is, above-mentioned rear portion guiding device 118 and aforementioned stable device 117 longitudinal extensions.
Above-mentioned first seal member 310 is set between the exterior face of aforementioned stable device 117 and above-mentioned side faceplate panels 25, Room air is thus prevented to flow into the inside of above-mentioned indoor unit 10.As an example, above-mentioned first seal member 310 can with it is above-mentioned Side faceplate panels 25 combine, and can be in contact with the exterior face of aforementioned stable device 117.
Above-mentioned first seal member 310 is constituted in a manner of with sufficient width, make it is above-mentioned first discharge ontology 111 into During row rotation, above-mentioned first seal member 310 can maintain the shape being in contact always with above-mentioned first discharge ontology 111 State.Moreover, above-mentioned first seal member 310 can be along the length direction of above-mentioned first discharge ontology 111 in a manner of longitudinally growing Extend.
Above-mentioned sealing device 300 further includes the second seal member 320, and above-mentioned second seal member 320 is above-mentioned for blocking Space or gap between first discharger 110 and above-mentioned dividing device 200.In detail, above-mentioned second seal member 320 can It is set between above-mentioned dividing device 200 and the exterior face of above-mentioned rear portion guiding device 118.As an example, above-mentioned second sealing Part 320 can be set to the outer of above-mentioned rear portion guiding device 118 in a manner of being in contact with the exterior face of above-mentioned rear portion guiding device 118 Portion face, above-mentioned second seal member 320 combine on one side with above-mentioned dividing device 200.
Above-mentioned second seal member 320 is constituted in a manner of with sufficient width, make it is above-mentioned first discharge ontology 111 into During row rotation, above-mentioned second seal member 320 can maintain the shape being in contact always with above-mentioned first discharge ontology 111 State.Moreover, above-mentioned second seal member 320 can be along the length direction of above-mentioned first discharge ontology 111 in a manner of longitudinally growing Extend.
Above-mentioned sealing device 300 further includes third seal member 330, and above-mentioned third seal member 330 is above-mentioned for blocking Space or gap between shell 20 and above-mentioned second discharger 150.In detail, above-mentioned third seal member 330 is settable Another side panel and second in above-mentioned two side panel 25 are discharged between the exterior face of ontology 151.
In more detail, above-mentioned second discharge ontology 151 includes stabilizer 157 and rear portion guiding device 118.To aforementioned stable device 157 and above-mentioned rear portion guiding device 118 illustrate to quote to the explanation of the stabilizer 117 of above-mentioned first discharger 110 and right The explanation of the rear portion guiding device 118 of above-mentioned first discharger 110.
Above-mentioned third seal member 330 be set to aforementioned stable device 157 exterior face and above-mentioned another side panel 25 it Between, above-mentioned third seal member 330 is for preventing room air from flowing into the inside of above-mentioned indoor unit 10.As an example, above-mentioned Three seal members 330 can be set to the outer of aforementioned stable device 157 in a manner of being in contact with the exterior face of aforementioned stable device 157 Portion face, above-mentioned third seal member 330 are combined with above-mentioned another side panel 25.
Above-mentioned third seal member 330 is constituted in a manner of with sufficient width, make it is above-mentioned second discharge ontology 151 into During row rotation, above-mentioned third seal member 330 can maintain the state being in contact with above-mentioned second discharge ontology 151.And And above-mentioned third seal member 330 can be extended in a manner of longitudinally growing along the length direction of above-mentioned second discharge ontology 151.
Above-mentioned sealing device 300 further includes the 4th seal member 340, and above-mentioned 4th seal member 340 is above-mentioned for blocking Space or gap between second discharger 150 and above-mentioned dividing device 200.In detail, above-mentioned 4th seal member 340 can It is set between above-mentioned dividing device 200 and the exterior face of above-mentioned rear portion guiding device 158.As an example, above-mentioned 4th sealing Part 340 can be set to the outer of above-mentioned rear portion guiding device 158 in a manner of being in contact with the exterior face of above-mentioned rear portion guiding device 158 Portion face, above-mentioned 4th seal member 340 are combined with the another side of above-mentioned dividing device 200.
Above-mentioned 4th seal member 340 is constituted in a manner of with sufficient width, make it is above-mentioned second discharge ontology 151 into During row rotation, above-mentioned 4th seal member 340 can maintain the shape being in contact always with above-mentioned second discharge ontology 151 State.Moreover, above-mentioned 4th seal member 340 can be along the length direction of above-mentioned second discharge ontology 151 in a manner of longitudinally growing Extend.
Above-mentioned first seal member 310, the second seal member 320, third seal member 330 and the 4th seal member 340 It can structure having the same.
Referring to Fig. 5 and Fig. 7, above-mentioned first seal member 310 is installed on the inside face of side panel 25 and first and this is discharged Between body 111, in detail, steady above-mentioned first seal member 310 is installed on the inside face and stabilizer 117 of above-mentioned side panel 25 Exterior face between.Above-mentioned first seal member 310 includes: seal body 311, is combined with above-mentioned side panel 25；And Contact portion 313 can be set to above-mentioned first discharge ontology 111 in a manner of being in contact with above-mentioned first discharge ontology 111, on Contact portion 313 is stated to combine with above-mentioned seal body 311.
Above-mentioned seal body 311 includes the adhesive tape for being attached to above-mentioned side panel 25.Above-mentioned contact portion 313 may include fiber Or the brush (brush) of soft plastic material.Moreover, the length of above-mentioned contact portion 313 is longer than the interior of above-mentioned side panel 25 The distance between the exterior face in portion face and stabilizer 117.
By this seal body 311 and the structure of contact portion 313, convenient for above-mentioned first seal member 310 is arranged, even if Above-mentioned contact portion 313 is in the state got wet by moisture etc., and above-mentioned first seal member 310 can also be tightly attached to above-mentioned first discharge Ontology 111.
Referring to Fig. 6 and Fig. 7, above-mentioned second seal member 320 is installed on the one side and above-mentioned first discharge of dividing device 200 Between ontology 111, in detail, above-mentioned second seal member 320 is installed on the one side and rear portion guiding device 118 of dividing device 200 Exterior face between.Above-mentioned second seal member 320 includes: seal body 321, is combined with above-mentioned dividing device 200；And Contact portion 323 can be set to above-mentioned first discharge ontology 111 in a manner of being in contact with above-mentioned first discharge ontology 111, on Contact portion 323 is stated to combine with above-mentioned seal body 321.
To the structure of above-mentioned seal body 321 and above-mentioned contact portion 323 illustrate reference to above-mentioned seal body 311 and on State the explanation of the structure of contact portion 313.Although also, it is not shown in figures, to being set to above-mentioned second discharger 150 Third seal member 330 and the explanation of the 4th seal member 340 also quote to above-mentioned seal body 311 and above-mentioned contact portion The explanation of 313 structure.
Referring to Fig. 4 and Fig. 8, the first discharger 110 and the second discharger 150 of first embodiment of the invention can be to It is clockwise or counterclockwise to be rotated.
In detail, Fig. 4, which is shown, is in specified position in above-mentioned first discharger 110 and above-mentioned second discharger 150 In the state of (first position), the state of above-mentioned first discharge unit 112 and above-mentioned second discharge unit 152 towards front.Above-mentioned One position is the position after above-mentioned first discharger 110 rotates clockwise to the maximum extent, can be by above-mentioned first Position is interpreted as the position after above-mentioned second discharger 150 rotates counterclockwise to the maximum extent.
Therefore, during operationally stating indoor unit 10, above-mentioned first discharger 110 can from above-mentioned first position to It is counterclockwise rotated, above-mentioned second discharger 150 can be rotated clockwise from above-mentioned first position.
Fig. 8, which is shown, is in specified position (second in above-mentioned first discharger 110 and above-mentioned second discharger 150 Set) in the state of, the state of above-mentioned first discharge unit 112 and the second discharge unit 152 towards side.When above-mentioned indoor unit 10 stops When operation, that is, when above-mentioned indoor unit 10 is closed, said second position can be interpreted as to above-mentioned first discharge unit 112 and upper State the position for not being exposed to outside that the second discharge unit 152 is located at the inside of above-mentioned shell 20, that is, said second position can be managed Solution is the position being closed.At this point, can be configured in the exterior face of above-mentioned first discharge unit 112 and above-mentioned second discharge unit 152 Above-mentioned sealing device.
Therefore, during operationally stating indoor unit 20, state as shown in Figure 8 is not embodied.Operationally state room During interior machine 20, above-mentioned first discharge unit 112 and above-mentioned second discharge unit 152 maintain wide-open state, in this shape Under state, above-mentioned first discharger 110, above-mentioned second discharger 150 can be rotated.
Finally, during above-mentioned first discharger 110 is rotated, above-mentioned first discharge ontology 111 maintains to begin The whole state being in contact with above-mentioned first seal member 310 and above-mentioned second seal member 320.Also, in above-mentioned second discharge During device 150 is rotated, it is above-mentioned second discharge ontology 151 can maintain always with above-mentioned third seal member 330 and The state that above-mentioned 4th seal member 340 is in contact.
Fig. 9 is the figure for showing the structure of seal member of second embodiment of the invention, and Figure 10 is to show the present invention second in fact Apply example seal member be set to indoor unit state figure.
It may be disposed at indoor unit 10 referring to Fig. 9 and Figure 10, the sealing device 300a of second embodiment of the invention.To above-mentioned close Quote the explanation to first embodiment in the setting position of seal apparatus 300a.
Above-mentioned sealing device 300a includes: seal body 311a, is set to above-mentioned shell 20 or above-mentioned dividing device 200 On one side；Interconnecting piece 312a goes out ontology 111 or above-mentioned second discharge ontology 151 from above-mentioned seal body 311a to above-mentioned first row Extend；And contact portion 313a, with what can be in contact with above-mentioned first discharge ontology 111 or above-mentioned second discharge ontology 151 Mode is arranged and above-mentioned first discharge ontology 111 or above-mentioned second discharge ontology 151, above-mentioned contact portion 313a and above-mentioned interconnecting piece 312a is combined.
Above-mentioned seal body 311a, above-mentioned interconnecting piece 312a and above-mentioned contact portion 313a are formed as one, above-mentioned sealing Ontology 311a, above-mentioned interconnecting piece 312a and above-mentioned contact portion 313a can be formed by the rubber material of elastically deformable.
Even if it is above-mentioned first discharge ontology 111, it is above-mentioned second discharge ontology 151 clockwise or counterclockwise into Row rotation, above-mentioned contact portion 313a also can have multiple curved shape, so as to maintain above-mentioned contact portion 313a with it is upper State the compactness between the first discharge ontology 111, above-mentioned second discharge ontology 151.
Above-mentioned contact portion 313a includes coated portion 314a.Above-mentioned coated portion 314a can be formed in above-mentioned contact portion 313a with it is upper State the first discharge ontology 111, the one side that above-mentioned second discharge ontology 151 is in contact.It thus prevents in above-mentioned sealing device The discharge ontology 111, second of 300a and first is discharged in the mutual friction process of ontology 151, above-mentioned sealing device 300a or above-mentioned the One discharge ontology 111, above-mentioned second discharge ontology 151 are worn.
Also, above-mentioned coated portion 314a may include can be with the coating material of moisture absorption.Therefore, even if this is discharged above-mentioned first Body 111, above-mentioned second discharge ontology 151 or sealing device 300a generate dew, and above-mentioned coated portion 314a can be by absorbing moisture To remove above-mentioned dew.
Figure 11 is the figure for showing the structure of seal member of third embodiment of the invention, and Figure 12 is to show third reality of the present invention Apply example seal member be set to indoor unit state figure.
The sealing device 300b of 1 and Figure 12 referring to Fig.1, third embodiment of the invention can be set in indoor unit 10.To upper State explanation of the setting position reference to first embodiment of sealing device 300b.
Above-mentioned sealing device 300b includes: multiple extension 312b；Seal body 311b has and is attached to above-mentioned shell 200 or dividing device 200 attachment surface 314b；And contact portion 313b, with can be with above-mentioned first discharge ontology 111, above-mentioned The mode that second discharge ontology 151 is in contact is set to above-mentioned first discharge ontology 111, above-mentioned second discharge ontology 151, above-mentioned Contact portion 313b is connected with above-mentioned seal body 311b.
Above-mentioned multiple extension 312b are separated from above-mentioned attached face 314b towards the direction above-mentioned contact portion 313b.Above-mentioned contact portion There is 313b width the diminishing shape of ontology 151 is discharged towards above-mentioned first discharge ontology 111, second, thus, it is possible to change The kind compactness for above-mentioned first discharge ontology 111, above-mentioned second discharge ontology 151.
Above-mentioned seal body 311b and above-mentioned contact portion 313b is formed as one, above-mentioned seal body 311b and above-mentioned connects Contact portion 313b can be formed by resiliently flexible rubber material.
Above-mentioned sealing device 300b is tightly attached to the first discharge ontology 111, second rotated and ontology 151 is discharged, thus The dust or moisture for being present in the surface that above-mentioned first is discharged ontology 111, above-mentioned second discharge ontology 151 can be purged. In this regard, above-mentioned sealing device 300b can be referred to " vulcanite scraper water portion ".
Drain fan 315b can be set on the inside of the lower part of above-mentioned side panel 25, above-mentioned drain fan 315b is used In the moisture that storage is removed by above-mentioned sealing device 300b.Above-mentioned drain fan 315b can with detachable mode with it is above-mentioned Side panel 25 combines.
Figure 13 be show fourth embodiment of the invention seal member be set to indoor unit state figure.
Referring to Fig.1 3, the sealing device 300c of fourth embodiment of the invention can be set in indoor unit 10.To above-mentioned sealing Quote the explanation of first embodiment in the setting position of device 300c.
Above-mentioned sealing device 300c includes roller, above-mentioned roller in a rotatable way with above-mentioned shell 20 or above-mentioned division Device 200 combines.For this purpose, being formed with slot 25a in above-mentioned shell 20, at least part of above-mentioned roller is contained in above-mentioned slot 25a.Although not shown in figures, in the case where above-mentioned sealing device 300c is set to above-mentioned dividing device 200, above-mentioned Dividing device 200 can be formed with slot.
Above-mentioned roller can be made of the rubber material of elastically deformable.It is above-mentioned when above-mentioned roller is inserted in above-mentioned slot 25a Roller is resiliently flexible.In the state that above-mentioned roller is inserted in above-mentioned slot 25a, since above-mentioned slot 25a surrounds above-mentioned roller Outer peripheral surface 1/2 or more, unless to above-mentioned roller apply setting pressure more than pressure, otherwise above-mentioned roller is difficult from above-mentioned Slot 25a is detached from.
During above-mentioned first discharge ontology 111, above-mentioned second discharge ontology 151 are rotated, above-mentioned roller can It is rolled along the outer peripheral surface of above-mentioned first discharge ontology 111, above-mentioned second discharge ontology 151.Coming by above-mentioned roller can The space or gap of the side for being formed in above-mentioned first discharge ontology 111, above-mentioned second discharge ontology 151 are filled, and And the foreign matter of above-mentioned first discharge ontology 111, above-mentioned second discharge 151 surface of ontology can be removed.
Another embodiment is illustrated.
In above-mentioned first embodiment into 3rd embodiment, the inside face of shell is attached to seal body or divides dress The case where one side set, is illustrated, but unlike this, and above-mentioned seal body can be attached to the exterior face of discharge ontology, As an example, above-mentioned seal body can be attached to the exterior face of stabilizer or rear portion guiding device.Also, the contact portion of sealing device It can combine with above-mentioned seal body, and extend to the one side of the inside face of above-mentioned shell or dividing device.On the other hand, exist The roller illustrated in fourth embodiment can be combined with the exterior face of above-mentioned discharge ontology.
Figure 14 to Figure 16 is the figure for showing the structure of indoor unit of fifth embodiment of the invention.
Referring to Fig.1 4 to Figure 16, the indoor unit 10a of fifth embodiment of the invention includes: blowing fan 402, for sucking air And it transfers；And multiple dischargers 404,405, it is formed with discharge duct, above-mentioned discharge duct is cylindrical, send by above-mentioned The air that fan 402 is transferred after said fan 402 from above-mentioned discharge duct by being discharged.Above-mentioned multiple dischargers 404, 405 can be set in the upside of said fan 402.
Above-mentioned indoor unit 10 further includes rotating mechanism 406, and above-mentioned rotating mechanism 406 is for making above-mentioned multiple dischargers 404,405 rotation.Above-mentioned rotating mechanism 406 can maintain the Pivot axle of each above-mentioned multiple dischargers 404,405 on one side Position, on one side rotated above-mentioned multiple dischargers 404,405.
Above-mentioned indoor unit 10a further includes bracket 407, and above-mentioned bracket 407 makes above-mentioned multiple dischargers 404,405 maintain phase Mutually parallel state.Above-mentioned bracket 407 may be constructed a part of above-mentioned rotating mechanism 406.
Above-mentioned indoor unit 10a further includes the shell 401 for being used to form appearance.Above-mentioned shell 401 includes pedestal 411.It is above-mentioned There is pedestal 411 forward face and upper side to form open three-dimensional shape, above-mentioned pedestal 411 can include: lower frame 412；With And back plate portion 413, it is formed in lower frame 412.It above-mentioned back plate portion 413 can be perpendicular with the rear part of lower frame 412.
Above-mentioned shell 401 further includes front cover 415.Above-mentioned front cover 415 is set in a manner of covering the front of said fan 402 It sets, the lower end of above-mentioned front cover 415 can be placed in the lower frame 412 of above-mentioned pedestal 411.
Above-mentioned shell 401 can also include the sucking main body 416 for sucking air.Above-mentioned sucking main body 416 is set to The rear part of above-mentioned shell 401.In detail, above-mentioned sucking main body 416 can be in the back plate of the above-mentioned pedestal 411 of above-mentioned pedestal 411 413 upside of portion is configured in a manner of vertically growing.The suction inlet for sucking air can be formed in above-mentioned sucking main body 416 416a。
Above-mentioned indoor unit 10a further include: filter device 417, above-mentioned filter device 417 are set to above-mentioned sucking main body 416 Inside, for being purified to the air of sucking；And heat exchanger 418, for the sky by above-mentioned filter device 417 Gas carries out heat exchange.Above-mentioned heat exchanger 418 can be located at above-mentioned sucking main body 416 on the basis of air-flow direction and be sent with above-mentioned Between fan 402.
Flow through said fan 402 by the air of above-mentioned heat exchanger 418, and to above-mentioned multiple dischargers 404, 405 transfers.Also, it is dispersed in above-mentioned multiple discharges by said fan 40 by the air of above-mentioned heat exchanger 418 to fill Set 404,405.
Said fan 402 is set to the inside of above-mentioned shell 401, said fan 402 can with above-mentioned heat exchange A part of opposite mode of device 418 configures.Also, said fan 402 is located at the front of above-mentioned heat exchanger 418, above-mentioned Blowing fan 402 can be transferred by sucking the air at rear come upward side direction.
Said fan 402 can be set multiple.Above-mentioned multiple blowing fans 402 include the first blowing fan 402a and second Blowing fan 402b.Above-mentioned first blowing fan 402a is used to transfer air, above-mentioned second blowing fan 402b to the first discharger 404 Air is transferred for going out device 405 to above-mentioned second row.The first fan motor 403a is installed in above-mentioned first blowing fan 402a, There is the second fan motor 403b above-mentioned second blowing fan 402b is mountable.
Above-mentioned first blowing fan 402a and above-mentioned second blowing fan 402b includes turbofan, above-mentioned turbofan pass through to Axis direction sucks air and is discharged to radial direction.By the sky of above-mentioned first blowing fan 402a, above-mentioned second blowing fan 402b Gas flows upwards, so as to flow into above-mentioned first discharger 404, above-mentioned second discharger 405.
Sky can be discharged in above-mentioned first discharger 404, above-mentioned second discharger 405 in a manner of independently rotating respectively Gas.As an example, above-mentioned first discharger 404 and above-mentioned second discharger 405 can to the same direction or opposite direction into Row rotation is to be discharged air.
Above-mentioned first discharger 404 can include: the first suction inlet 441, the sky for making to be transferred by said fan 402 Gas flows into；First internal flow path 442, for being directed through the air of the first suction inlet 441；And first air discharge portion 443, For the air to external discharge guidance to the first internal flow path 442, above-mentioned first suction inlet 441, the first internal flow path 442 and First air discharge portion 443 may be constructed 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 blow direction adjusting blades 445 for adjusting the wind direction of the air Jing Guo above-mentioned first discharge duct 444.Above-mentioned first blow direction adjusting blades 445 can be with Rotatably it is configured at the inside of above-mentioned first deliverying unit 404.Above-mentioned first blow direction adjusting blades 445 can be set in First internal flow path 442 can make the front end of above-mentioned first blow direction adjusting blades 445 and above-mentioned first air discharge portion 443 Above-mentioned first blow direction adjusting blades 445 are arranged in opposite mode.
Above-mentioned first suction inlet 441 can be formed in a manner of vertically penetrating through above-mentioned first discharger 404 The lower part of above-mentioned first discharger 404.Above-mentioned first internal flow path 442 can be formed in a manner of vertically growing State the inside of the first discharger 404.Above-mentioned first air discharge portion 443 can be formed in the week of above-mentioned first discharger 404 Enclose portion.
The shape that there is above-mentioned first discharger 404 upper side to be closed, above-mentioned first air discharge portion 443 can be formed Periphery in the upper plate portion and periphery of above-mentioned first discharger 404.Above-mentioned first air discharge portion 443 can with to The mode that horizontal direction penetrates through above-mentioned first discharger 404 is formed in the periphery of above-mentioned first discharger 404.Above-mentioned One air discharge portion 443 can be formed in the periphery of above-mentioned first discharger 404 in a manner of vertically growing.
It the opening direction of above-mentioned first suction inlet 441 can be mutually orthogonal with the open direction of above-mentioned first air discharge portion 443. Make air sucking after the inside of above-mentioned first deliverying unit 404 by above-mentioned first suction inlet 441, in above-mentioned first discharge Change the flow direction of air in the inside of unit 404, and can be arranged by above-mentioned first air discharge portion 43 to horizontal direction Out.
Above-mentioned second discharger 405 can include: the second suction inlet 451, the sky for making to be transferred by said fan 402 Gas flows into；Second internal flow path 452, for being directed through the air of above-mentioned second suction inlet 451；And second air discharge portion 453, for the air to external discharge guidance to above-mentioned second internal flow path 452.Above-mentioned second suction inlet 451, above-mentioned second Internal flow path 452 and above-mentioned second air discharge portion 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 blow direction adjusting blades 455 for adjusting the wind direction of the air Jing Guo above-mentioned second discharge duct 454.Above-mentioned second blow direction adjusting blades 455 can be with Rotatably it is configured at the inside of above-mentioned second discharger 405.Above-mentioned second blow direction adjusting blades 455 can be set in Above-mentioned second internal flow path 454, can be so that the front end of above-mentioned second blow direction adjusting blades 455 and above-mentioned second air be discharged Above-mentioned second blow direction adjusting blades 455 are arranged in the opposite mode in portion 453.
Above-mentioned second suction inlet 451 can be formed in a manner of vertically penetrating through above-mentioned second discharger 405 The lower part of above-mentioned second discharger 405.Above-mentioned second internal flow path 452 can be formed in a manner of vertically growing State the inside of the second discharger 405.Above-mentioned second air discharge portion 453 can be formed in the week of above-mentioned second discharger 405 Enclose portion.Above-mentioned second discharger 405 can be formed for the shape that upper side is closed, above-mentioned second air discharge portion 453 Periphery in the upper plate portion and periphery of above-mentioned second discharger 405.Above-mentioned second air discharge portion 453 can with to The mode that horizontal direction penetrates through above-mentioned second discharger 405 is formed in the periphery of above-mentioned second discharger 405.Above-mentioned Two air discharge portions 453 can be formed in the periphery of above-mentioned second discharger 405 in a manner of vertically growing.
The opening direction of above-mentioned second suction inlet 451 and the opening direction of above-mentioned second air discharge portion 453 can mutually just It hands over.Make air sucking after the inside of above-mentioned second discharger 405 by above-mentioned second suction inlet 451, above-mentioned second Change the flow direction of air in the inside of discharger 405, and can be by above-mentioned second air discharge portion 453 to level side To discharge.
Above-mentioned rotating mechanism 406 may include sub-body 500, and above-mentioned sub-body 500 for supporting above-mentioned first respectively The lower part of the lower part of discharger 404 and above-mentioned second discharger 405.Above-mentioned first discharger 404 and above-mentioned second row Device 405 can be placed in above-mentioned sub-body 500 in a manner of spaced apart from each other out, above-mentioned first discharger 404 and above-mentioned The load of second discharger 405 can cause to act on by being scattered in above-mentioned sub-body 500.Above-mentioned sub-body 500 can Constitute the lower part of above-mentioned bracket 407.
Above-mentioned rotating mechanism 406 may also include the lower cover 510 for being set to above-mentioned sub-body 500.Above-mentioned lower cover 510 can be with It is anchored on the top of said fan 402, above-mentioned lower cover 510 can make above-mentioned rotating mechanism 406 be installed on said fan 402.Above-mentioned lower cover 510 can together constitute with above-mentioned bracket 407 with above-mentioned sub-body 100.
Above-mentioned rotating mechanism 406 is formed in the mode perpendicular with sub-body 100, and above-mentioned rotating mechanism 406 can also wrap Include the Rear body 520 for accommodating above-mentioned first discharger 404, above-mentioned second discharger 405.Above-mentioned Rear body 520 are extended in the mode perpendicular with above-mentioned sub-body 100, above-mentioned first discharger 404, above-mentioned second discharger 405 can be contained in above-mentioned Rear body 520 in a rotatable way.Above-mentioned Rear body 520 can be interpreted as above-mentioned shell 401 structure.
Above-mentioned Rear body 520 can be formed as one in the rear part of above-mentioned sub-body 100 with sub-body 100. Above-mentioned Rear body 520 can together constitute with above-mentioned bracket 407 with above-mentioned sub-body 500.
Above-mentioned rotating mechanism 406 can also include top cover 540, and above-mentioned top cover be located at above-mentioned first discharger 404, above-mentioned The upside of second discharger 405, above-mentioned top cover 540 are combined with above-mentioned Rear body 520.Above-mentioned top cover 540 can with it is upper It states Rear body 520 and above-mentioned sub-body 500 together constitutes with above-mentioned bracket 407.
Above-mentioned top cover 540 can maintain the top of above-mentioned first discharger 404, above-mentioned second discharger 405.In detail Ground can be formed with shaft supporting part 542,544 in top cover 540, and above-mentioned shaft supporting part 542,544 is rotatably supported above-mentioned The Pivot axle of first discharger 404, above-mentioned second discharger 405.
Above-mentioned indoor unit 10a further includes rear cover 530.Above-mentioned rear cover 530 may also include the side for covering Rear body 520 The side plate 531,532 in face.Above-mentioned side plate 531,532 can include: left side cover board 531, for covering a left side for above-mentioned Rear body 120 Side plate；Right side cover board 132, for covering the right side plate of above-mentioned Rear body 520；And connecting cover plate 133, it is above-mentioned for connecting Left side cover board 531 and above-mentioned right side cover board 532.
Above-mentioned indoor unit 10a may also include dividing device 550, and above-mentioned dividing device 550 is set in such a way that up and down direction is long It is placed between above-mentioned first discharger 404 and above-mentioned second discharger 405, above-mentioned dividing device 550 is above-mentioned for covering Gap between first discharger 404 and above-mentioned second discharger 40.Above-mentioned dividing device 550 can be located at above-mentioned lower part master The upside of body 500, also, above-mentioned dividing device 550 can be located at the downside of above-mentioned top cover 540.
Above-mentioned dividing device 550 includes: the first division 551, is located at above-mentioned first discharger 404 and above-mentioned second row Out between device 405, above-mentioned first division 551 is configured at the forward face of above-mentioned indoor unit 10a；And second division 552, It combines with above-mentioned first division 551 and rearward extends.As an example, above-mentioned first division 551 includes display unit, on Stating the second division 552 includes dividing partition.
Above-mentioned first discharger 404 includes the first discharge ontology 446, and above-mentioned first discharge ontology 446 is used to form The first discharge duct 444 is stated, above-mentioned first discharge ontology 446 is substantially cylindrical.Also, above-mentioned second discharger 405 wraps The second discharge ontology 456 is included, above-mentioned second discharge ontology 456 is used to form above-mentioned second discharge duct 454, above-mentioned second discharge Ontology 446 is substantially cylindrical.
Above-mentioned rotating mechanism 406 includes: motor, is set to above-mentioned first discharge ontology 446 or above-mentioned second discharge ontology 456 lower part side, for generating driving force；And driving gear, for going out ontology 446 or above-mentioned second to above-mentioned first row Discharge ontology 456 transmits the driving force of above-mentioned motor.Ontology 456 is discharged in above-mentioned first discharge ontology 446 or above-mentioned second can To be provided with the dynamic driven gear that is connected with above-mentioned driving gear.
In the back plate portion of sub-body 500, protrusion forms above-mentioned Rear body 520 in a unitary manner, above-mentioned Rear body 520 can spatially shape, for protecting above-mentioned first discharger 404, above-mentioned second discharger 405.It can be by rear portion master Body 520 surrounds a part of each periphery of above-mentioned first discharger 404, above-mentioned second discharger 405, after above-mentioned Portion's main body 520 by surrounding a part of each periphery of above-mentioned first discharger 404, above-mentioned second discharger 405, So as to protect above-mentioned first discharger 404, above-mentioned second discharger 405.
Above-mentioned Rear body 520 can include: the first receiving portion 522, opposite with above-mentioned first discharger 404 above-mentioned the The one side 521 of one receiving portion 522 is sunk in a manner of recess, for accommodating above-mentioned first discharger 404；And second receiving Portion 524 is sunk in a manner of recess with the one side 523 of opposite above-mentioned second receiving portion 524 of above-mentioned second discharger 405, For accommodating above-mentioned second discharger 405.
It above-mentioned first receiving portion 522 can be in the circular arc of a part for the outer peripheral surface for surrounding above-mentioned first discharge ontology 446 Shape, the size of above-mentioned first receiving portion 522 can be greater than the size of above-mentioned first discharge ontology 446.As an example, above-mentioned first The section shape of receiving portion 522 can be in arcuation.
Above-mentioned second receiving portion 524 can be formed in the mode symmetrical with above-mentioned first receiving portion 522.Above-mentioned second receives It appearance portion 524 can be in the arc-shaped of a part for the outer peripheral surface for surrounding above-mentioned second discharger 405, above-mentioned second receiving portion 524 sizes can be greater than the size of above-mentioned second discharger 405.As an example, the section shape of above-mentioned second receiving portion 524 It can be in arcuation.
Above-mentioned indoor unit 10a includes sealing device, above-mentioned sealing device by block above-mentioned first discharger 405 or on It states and separates space or gap between the second discharger 406 and above-mentioned shell 401, to prevent room air from flowing into above-mentioned room Interior machine 10a.
Above-mentioned sealing device includes: the first seal member 610, is set to the outer peripheral surface of above-mentioned first discharge ontology 446 Between one side and the inner peripheral surface of above-mentioned Rear body 520, i.e., above-mentioned first seal member 610 is set to above-mentioned first discharge originally Between one side of the outer peripheral surface of body 446 and the first receiving portion 522；And second seal member 620, it is set to above-mentioned first row Out between the other side of the outer peripheral surface of ontology 446 and the one side of above-mentioned dividing device 550.As an example, above-mentioned dividing device 550 may include above-mentioned second division 552 while.
Above-mentioned sealing device further include: third seal member 630 is set to the outer peripheral surface of above-mentioned second discharge ontology 456 A side and above-mentioned Rear body 520 inner peripheral surface between, that is, above-mentioned third member be set to it is above-mentioned second discharge ontology Between one side of 456 outer peripheral surface and the second receiving portion 524；And the 4th seal member 640, it is set to above-mentioned second discharge Between the other side of the outer peripheral surface of ontology 456 and the another side of above-mentioned dividing device 550.
To above-mentioned first seal member 610, above-mentioned second seal member 620, above-mentioned third seal member 630 and above-mentioned The explanation for illustrating to quote first embodiment to fourth embodiment of four seal members 640.
By the structure of above-mentioned sealing device, the air of the interior space can be prevented existing to the return air flowed into inside indoor unit As, and have and can the surface of the first discharger, the second discharger be cleaned and be removed the first discharger, the The advantages of moisture on two discharger surfaces.

Claims (19)

1. a kind of indoor unit of air regulator, which is characterized in that
Include:
Shell；
Sucting is formed in the rear part of above-mentioned shell, for sucking air；
Heat exchanger is configured at the front of above-mentioned sucting, carries out heat exchange to the air sucked by above-mentioned sucting；
Multiple dischargers, above-mentioned multiple dischargers are arranged in a manner of it can rotate, and have discharge duct, discharge ontology And blowing fan, above-mentioned discharge duct are used to carry out the air of heat exchange in above-mentioned heat exchanger to interior space discharge, on The discharge cylindrical shape of ontology is stated, and is rotated using on the basis of first rotation center at the center as above-mentioned cylinder, it is above-mentioned Blowing fan is revolved on the basis of the second rotation center separated with above-mentioned first rotation center in the inside of above-mentioned discharge ontology Turn；
Inflow part is formed between above-mentioned discharge ontology and above-mentioned sucting, and above-mentioned inflow part will be by above-mentioned heat exchanger Air is guided to said fan；
Dividing device is set between above-mentioned multiple dischargers, for dividing each above-mentioned discharge duct；And
Sealing device is filled with blocking gap between above-mentioned discharger and above-mentioned shell or above-mentioned discharger and above-mentioned division The mode in the gap between setting is arranged, during above-mentioned discharge ontology and said fan rotate, above-mentioned sealing device resistance Disconnected outside air flows into above-mentioned inflow part by above-mentioned gap.
2. the indoor unit of air regulator according to claim 1, which is characterized in that above-mentioned sealing device includes first close Component is sealed, above-mentioned first seal member is set between the outer peripheral surface of above-mentioned discharge ontology and the inner peripheral surface of above-mentioned shell.
3. the indoor unit of air regulator according to claim 2, which is characterized in that
Above-mentioned discharge ontology includes stabilizer, and aforementioned stable device is configured at the discharge side of said fan, for preventing from above-mentioned The air of blowing fan discharge to above-mentioned heat exchanger side adverse current,
Above-mentioned first seal member is set to the inside face of above-mentioned shell, and above-mentioned first seal member connects with aforementioned stable device Touching.
4. the indoor unit of air regulator according to claim 1, which is characterized in that above-mentioned sealing device further includes second Seal member, above-mentioned second seal member are set between the outer peripheral surface of above-mentioned discharge ontology and the one side of above-mentioned dividing device.
5. the indoor unit of air regulator according to claim 4, which is characterized in that
Above-mentioned discharge ontology includes rear portion guiding device, and above-mentioned rear portion guiding device is configured at the suction side of said fan, for drawing It is flowed to said fan side with leading sucking smooth air,
Above-mentioned second seal member is set to above-mentioned dividing device, and above-mentioned second seal member connects with above-mentioned rear portion guiding device Touching.
6. the indoor unit of air regulator according to claim 1, which is characterized in that said fan includes through-flow wind Fan.
7. the indoor unit of air regulator according to claim 6, which is characterized in that
Above-mentioned sucting is formed in the rear top of above-mentioned shell,
The outlet for being set to above-mentioned discharger is formed in the front upper of above-mentioned shell.
8. the indoor unit of air regulator according to claim 7, which is characterized in that said fan and above-mentioned outlet It is configured at corresponding height.
9. the indoor unit of air regulator according to claim 1, which is characterized in that above-mentioned sealing device includes:
Seal body is attached to the inside face of above-mentioned shell or the one side of above-mentioned dividing device；And
Contact portion extends from above-mentioned seal body towards the outer peripheral surface of above-mentioned discharge ontology.
10. the indoor unit of air regulator according to claim 1, which is characterized in that above-mentioned sealing device includes:
Seal body is attached to the outer peripheral surface of above-mentioned discharge ontology；And
Contact portion extends from above-mentioned seal body towards the one side of the inside face of above-mentioned shell or above-mentioned dividing device.
11. the indoor unit of air regulator according to claim 9 or 10, which is characterized in that above-mentioned contact portion includes brush Son.
12. the indoor unit of air regulator according to claim 9 or 10, which is characterized in that above-mentioned seal body connects Contact portion is formed by the rubber material for capableing of flexible deformation.
13. the indoor unit of air regulator according to claim 12, which is characterized in that above-mentioned contact portion has repeatedly curved Bent shape.
14. the indoor unit of air regulator according to claim 9 or 10, which is characterized in that above-mentioned contact portion includes applying The portion of applying, above-mentioned coated portion is for preventing above-mentioned discharge ontology to be worn.
15. the indoor unit of air regulator according to claim 9 or 10, which is characterized in that
Above-mentioned seal body and above-mentioned contact portion constitute vulcanite scraper water portion,
Above-mentioned contact portion is extended in a manner of tapering width from above-mentioned seal body.
16. the indoor unit of air regulator according to claim 1, which is characterized in that above-mentioned sealing device includes roller, Above-mentioned roller is combined in a manner of it can rotate with above-mentioned shell or above-mentioned dividing device.
17. the indoor unit of air regulator according to claim 1, which is characterized in that above-mentioned multiple dischargers include First discharger and the second discharger, above-mentioned first discharger and above-mentioned second discharger are arranged side-by-side in above-mentioned shell The left and right side in the front of body.
18. the indoor unit of air regulator according to claim 17, which is characterized in that said fan includes turbine wind Fan.
19. the indoor unit of air regulator according to claim 18, which is characterized in that
Above-mentioned sucting is formed in the rear lower portion of above-mentioned shell, and the discharge unit for being set to above-mentioned discharger is formed in above-mentioned shell The front upper of body,
Above-mentioned turbofan flows into the discharge stream of above-mentioned discharger after flowing the air sucked by above-mentioned sucting upwards Road.
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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CN106338100B true CN106338100B (en) 2019-07-02

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Citations (5)

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KR200469091Y1 (en) * 2013-06-21 2013-09-17 주식회사 에이알 Air conditioner having airtight function
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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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Publication number Priority date Publication date Assignee Title
KR101749658B1 (en) * 2010-09-01 2017-06-21 삼성전자주식회사 Air conditioner

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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
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