CN102829511B - Air conditioner - Google Patents

Air conditioner Download PDF

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Publication number
CN102829511B
CN102829511B CN201210234518.2A CN201210234518A CN102829511B CN 102829511 B CN102829511 B CN 102829511B CN 201210234518 A CN201210234518 A CN 201210234518A CN 102829511 B CN102829511 B CN 102829511B
Authority
CN
China
Prior art keywords
air
mentioned
illuminating part
light
color
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.)
Expired - Fee Related
Application number
CN201210234518.2A
Other languages
Chinese (zh)
Other versions
CN102829511A (en
Inventor
林泰亨
尹柱协
宋星宇
林栽用
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
LG Electronics Inc
Original Assignee
LG Electronics Inc
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from KR1020120052587A external-priority patent/KR101203540B1/en
Application filed by LG Electronics Inc filed Critical LG Electronics Inc
Priority to CN201410045850.3A priority Critical patent/CN103759342B/en
Publication of CN102829511A publication Critical patent/CN102829511A/en
Application granted granted Critical
Publication of CN102829511B publication Critical patent/CN102829511B/en
Expired - Fee Related 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
    • F24F1/0011—Indoor units, e.g. fan coil units characterised by air outlets
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/50—Control or safety arrangements characterised by user interfaces or communication
    • F24F11/52—Indication arrangements, e.g. displays
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/02—Ducting arrangements
    • F24F13/06—Outlets for directing or distributing air into rooms or spaces, e.g. ceiling air diffuser
    • F24F13/078—Outlets for directing or distributing air into rooms or spaces, e.g. ceiling air diffuser combined with lighting fixtures
    • 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
    • F24F13/26—Arrangements for air-circulation by means of induction, e.g. by fluid coupling or thermal effect
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2221/00—Details or features not otherwise provided for
    • F24F2221/26—Details or features not otherwise provided for improving the aesthetic appearance

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Arrangement Of Elements, Cooling, Sealing, Or The Like Of Lighting Devices (AREA)
  • Air Conditioning Control Device (AREA)
  • Circuit Arrangement For Electric Light Sources In General (AREA)
  • Non-Portable Lighting Devices Or Systems Thereof (AREA)
  • Disinfection, Sterilisation Or Deodorisation Of Air (AREA)

Abstract

As one embodiment of the present invention, an air conditioner comprises a body and an air exhaust section disposed on the body, wherein the air exhaust section comprises a lighting section with a space and an air exhaust port formed inside. As one embodiment of the present invention, an air conditioner comprises a body and an air exhaust section disposed on the body, wherein the air exhaust section comprises a lighting section with a space and an air exhaust port for exhausting air into the abovementioned space formed inside. The air conditioner further comprises a control section which changes settings of the lighting section in an operating state or in a manner corresponding to inputs of a user.

Description

Air regulator
Technical field
The present invention relates to a kind of air regulator that indoor air is regulated.
Background technology
Conventionally, after air regulator changes temperature, humidity or air cleaning degree etc. by air suction inlet air amount, by air outlet to this air of indoor discharge, thereby can build comfortable indoor environment.
Air regulator can arrange in inside: heat exchanger, and it makes cold-producing medium and air carry out heat exchange; Pressure fan, its air amount carrys out heat exchanger and discharges to outside after blowing.
Air regulator can be according to the shape of air suction inlet and air outlet, opening direction and quantity etc. and at the various air-flow of indoor formation.
Come in, in order to improve security, realize superiorly, be tending towards preventing as far as possible that air suction inlet and air outlet are to outer exposed, discharge air to vast area as far as possible simultaneously.
Air regulator adjustable air provides comfort to indoor user, also can utilize design and illumination that psychological comfort is provided.
Summary of the invention
The object of one embodiment of the invention is, by having considered the control of running status and user-selected illumination, provides the comfort of health and the comfort of psychology to user.
The air regulator of one embodiment of the invention comprises: body, and air discharge portion, and it is arranged at body; Air discharge portion comprises: illuminating part, and its inner side is formed with space, and air outlet, and it discharges air to above-mentioned space.
The air regulator of one embodiment of the invention comprises: body, and air discharge portion, and it is arranged at body; Air discharge portion comprises: illuminating part, and its inner side is formed with space, and air outlet, and it discharges air to above-mentioned space; Also comprise control part, this control part, according to running status or user's input, changes the setting of illuminating part.
In addition, the air regulator of one embodiment of the invention comprises: body, and air discharge portion, and it is arranged at above-mentioned body; Above-mentioned air discharge portion comprises: illuminating part, it comprises the guide portion of the light source and the light that the above-mentioned light source of guiding sends that send light, guide sections is formed as annular, and be formed with the space being surrounded by this guide portion, and air outlet, it discharges air to above-mentioned space, so that Bas Discharged is to the outside of air regulator.
In addition, the air regulator of one embodiment of the invention comprises: body, and air discharge portion, and it is arranged at above-mentioned body; Above-mentioned air discharge portion comprises: illuminating part, it comprises the guide portion of the light source and the light that the above-mentioned light source of guiding sends that send light, guide sections is formed as annular, and be formed with the space being surrounded by this guide portion, and air outlet, it discharges air to above-mentioned space, so that Bas Discharged is to the outside of air regulator; Also comprise control part, this control part changes the setting of above-mentioned illuminating part according to running status.
The air regulator of one embodiment of the invention, illuminating part is formed as corresponding with the shape of air outlet, thereby can easily confirm to discharge the region of air through overregulating.The air regulator of one embodiment of the invention can regulate light according to user-selected color-set, thereby brings psychological sense of stability to user.
The air regulator of one embodiment of the invention, makes illuminating part change the color of light according to the variation of running status, thereby the safety sense of sense of vision can be provided to user.
The air regulator of one embodiment of the invention more promptly reduces light intensity when ratio is opened (on) illuminating part in the time closing (off) illuminating part, thereby can provide psychological comfort to user.
The air regulator of one embodiment of the invention, in the time changing the color of light, maintains the stipulated time by light intensity, thereby can make user's visual fatigue degree realization minimize.
The air regulator of one embodiment of the invention makes the color difference of light according to running status, thereby can allow user confirm running status.
The air regulator of one embodiment of the invention can independently be used in illumination with running status.
The air regulator of one embodiment of the invention forms as one air resettlement section and illuminating part, thereby the heat that the light source of illuminating part can be sent is discharged to outside effectively.
Brief description of the drawings
Fig. 1 is the longitudinal sectional view of the air regulator of one embodiment of the invention.
Fig. 2 is the stereogram that represents the structure of the air regulator of one embodiment of the invention.
Fig. 3 is the front view that represents the structure of the air regulator of one embodiment of the invention.
Fig. 4 is the longitudinal sectional view of the air discharge portion of the air regulator of the embodiment shown in Fig. 1.
Fig. 5 is the stereogram of the air discharge portion of the air regulator of the embodiment shown in Fig. 4.
Fig. 6 is the front view that represents multiple shapes of the air discharge portion of the air regulator of multiple embodiment.
Fig. 7 is the figure that represents the sample state of the light from light source of the air regulator of one embodiment of the invention.
Fig. 8 is the figure that represents the variation of the illuminating part of one embodiment of the invention.
Fig. 9 is the block diagram of the air regulator of one embodiment of the invention.
Figure 10 is the figure that represents the control structure of the air regulator of an embodiment.
Figure 11 is the curve map of the light intensity that represents that the illuminating part of the air regulator of an embodiment sends.
Figure 12 represents light intensity that the illuminating part of the air regulator of an embodiment sends and the curve map of change color.
Figure 13 is the curve map of the light intensity that represents that the illuminating part of the air regulator of an embodiment sends.
Figure 14 to Figure 17 is the flow chart of the method for operating of the air regulator to multiple embodiment.
Detailed description of the invention
Below, with reference to accompanying drawing, embodiments of the invention are elaborated.
Fig. 1 is the longitudinal sectional view of an embodiment of air regulator of the present invention, and Fig. 2 is the stereogram of an embodiment of air regulator of the present invention, and Fig. 3 is the front view that represents the structure of the air regulator of one embodiment of the invention.
Referring to figs. 1 through Fig. 3, air regulator comprises: body 4, and it is formed with air suction inlet 2; Heat exchanger 6, it is arranged at the inside of body 4; Air discharge portion 8, the top that it is arranged at body 4, makes by the Bas Discharged of heat exchanger 6; Blowing unit 10, it is by air suction inlet 2 air amounts, and makes this air by blowing to air discharge portion 8 after heat exchanger 6.Be formed with space G in the inner side of air discharge portion 8.Air discharge portion 8 can be formed with air outlet L, and this air outlet L discharges air to space G.
The air of body 4 outsides can be drawn into by air suction inlet 2 inside of body 4.Air suction inlet 2 can be formed at the rear of body 4.The air of body 4 outsides, can be drawn into from the rear position of body 4 inside of body 4 by air suction inlet 2.
Body 4 can be formed with side air outlet 12, and this side air outlet 12 makes the air of body 4 inside be independent of air outlet L and discharges separately.After a part for the air being sucked by air suction inlet 2 can flow from the inside of body 4 to air discharge portion 8, discharge to the front of the space G of air discharge portion 8.A part for the air being sucked by air suction inlet 2, can discharge to the outside of body 4 from the inside of body 4 by side air outlet 12.
Body 4 can comprise: suction panel 13, and it is formed with air suction inlet 2, and purifies the air sucking; Discharge panel 14, it is disposed at the front of suction panel 13, and is formed with side air outlet 12.The upper surface of suction panel 13 and discharge panel 14 can be opened.Side air outlet 12 can discharged panel 14 lengthways formation along the vertical direction.
Air regulator can be configured to the type air regulator of standing.Body 4 also can comprise base 24, and this base 24 is placed with suction panel 13 and discharges panel 14.Air regulator can be provided with suction panel 13 at the rear quadrate part upside of base 24, and can be provided with and discharge panel 14 at the front part upside of base 24.The front surface of base 24 can be opened.
Heat exchanger 6 can be arranged at the front of air suction inlet 2.Heat exchanger 6 can with suction panel 13 disposed adjacent.
Air discharge portion 8 can be arranged at the upside of suction panel 13 and discharge the upside of panel 14.Air discharge portion 8 can be formed with in bottom surface peristome 30, and this peristome 30 makes to flow into air discharge portion 8 from upwards the blow side air that send of blowing unit 10.Space G can open to the front of air discharge portion 8.According to embodiment, space G can be the shape that the front and back of air discharge portion 8 are connected, but is not limited thereto.
Air discharge portion 8 can comprise: illuminating part 32, and its inner side is formed with space G; Interior body 34, it inserts front end to space G, and forms air outlet L.Air discharge portion 8 also can comprise shell 38, and this shell 38 is arranged at the upside of body 4, and accommodates illuminating part 32 and interior body 34.
The front end of interior body 34 can be positioned at the inner side of the space G of illuminating part 32.Interior body 34 can form air outlet L to the direction of space G, but marriage relation can be various, and is not limited thereto.
Shell 38 can form the outward appearance of air discharge portion 8.Shell 38 can be protected interior body 34 and illuminating part 32.Shell 38 can be formed as hexahedral shape, but is not limited thereto.
Shell 38 can be arranged at the upside of body 4.Shell 38 can be formed with in bottom surface peristome 30.The air blowing from body 4, can be by being formed at the peristome 30 of bottom surface of shell 38, and flow into the inner side of shell 38.
Shell 38 can be arranged at the upside of suction panel 13 and discharge the upside of panel 14.Peristome 30 can be formed as with suction panel 13 and discharge between panel 14 being connected.Shell 38 can comprise rear casing 39 and be disposed at the front casing 40 in the front of rear casing 39.
Rear casing 39 can form the rear quadrate part of shell 38.Rear casing 39 can be arranged at the upside of suction panel 13.Rear casing 39 can be positioned over the top of suction panel 13, and is anchored on the top of suction panel 13 by secure components such as bolts.
Front casing 40 can form the front part of shell 38.Front casing 40 can be arranged at the upside of discharging panel 14.Front casing 40 can be positioned over the top of discharging panel 14, and is anchored on the top of discharging panel 14 by secure components such as bolts..
Blowing unit 10 can be arranged at the front of heat exchanger 6.The air that blowing unit 10 can be configured to suction rear carrys out the centrifugal blowing unit that direction blows towards periphery.Blowing unit 10 can be arranged at discharges panel 14, and air is blowed to side air outlet 12 and air discharge portion 8.
Blowing unit 10 can comprise: top blowing unit 41, and it is blowed to side air outlet 12 and air discharge portion 8 by air suction inlet 2 air amounts; Bottom blowing unit 42, it,, by air suction inlet 2 air amounts, blows to side air outlet 12.
Top blowing unit 41 can comprise: upper motor 43, and it is arranged at discharges panel 14, to be positioned at the front, top of heat exchanger 6; Top turbofan 44, its rotating shaft is connected with upper motor 43, and the air that sucks rear carrys out direction towards periphery and blows.
Bottom blowing unit 42 can comprise: lower motor 45, and it is arranged at discharges panel 14, to be positioned at the front, bottom of heat exchanger 6; Bottom turbofan 46, its rotating shaft is connected with lower motor 45, and the air that sucks rear carrys out direction towards periphery and blows.
The inside of body 4 may be configured with divides guide 47, and this division guide 47 is divided the stream of top blowing unit 41 and the stream of bottom blowing unit 42 and guided air.With regard to dividing guide 47, its upper surface guides by the mobile air of top blowing unit 41, and its lower surface guides by the mobile air of bottom blowing unit 42.
Blowing unit 10 can comprise orifice plate 48, and orifice plate 48 is guided the air that has passed through heat exchanger 6 into blowing unit 10.Orifice plate 48 can be formed with top guide hole 49, and this top guide hole 49 is guided the air on the top of having passed through heat exchanger 6 into top blowing unit 41.Orifice plate 48 can be formed with bottom guide hole 50, and this bottom guide hole 50 is guided the air of the bottom of having passed through heat exchanger 6 into bottom blowing unit 42.
Blowing unit 10 can be to air discharge portion 8 blow air.The air that blowing unit 10 blows can be contained in the air resettlement section P of air discharge portion 8.
Air regulator can comprise side lid 60, and this side lid 60 is formed with the Bas Discharged hole (not shown) being connected with side air outlet 12, and together covers the discharge side of panel 14 and the front part side of air discharge portion 8.
Side lid 60 can cover the border of discharging between the side of panel 14 and the front part side of air discharge portion 8.Side lid 60 can lengthways form along the vertical direction, and together covering base 24 front part side with discharge the side of panel 14 and the front part side of air discharge portion 8.
One that discharges in panel 14 and side lid 60 can be provided with wind direction adjustment member 67 and wind direction adjusting motor (not shown).The wind direction of the adjustable air of discharging to side air outlet 12 of wind direction adjustment member 67.
Wind direction adjustment member 67 can open and close side air outlet 12.Wind direction regulates motor can regulate by rotary wind the wind direction of air to adjustment member 67, and can open and close side air outlet 12.
Air regulator can comprise protecgulum 70, and this protecgulum 70 is formed with the open pore 68 larger than air outlet L, and together covers the discharge front surface of panel 14 and the front surface of air discharge portion 8.Protecgulum 70 can cover the border of discharging between the front surface of panel 14 and the front surface of air discharge portion 8.
Protecgulum 70 can form the outward appearance in front, and is formed with open pore.Protecgulum 70 can lengthways form along the vertical direction, and together covering base 24 front surface and discharge the front surface of panel 14 and the front surface of air discharge portion 8.The diameter of open pore 68 can be greater than the diameter of illuminating part 32.Protecgulum 70 can be set to cover the part except the front end of illuminating part 32 in air discharge portion 8.
Fig. 4 is the longitudinal sectional view of the air discharge portion shown in Fig. 1, Fig. 5 is the stereogram of the air discharge portion shown in Fig. 4, Fig. 6 is the front view that represents multiple shapes of the air discharge portion of the air regulator of multiple embodiment, and Fig. 7 is the figure that represents the sample state of the light from light source of the air regulator of an embodiment.
With reference to Fig. 4 to Fig. 7, the air discharge portion 8 of the air regulator of an embodiment can comprise: air outlet L, and it discharges the air of above-mentioned body; Illuminating part 32, it is corresponding with the shape of air outlet L.
Air discharge portion 8 can be formed with air resettlement section P, and it accommodates the air sending that upwards blows side from body 4.The air outlet L of air discharge portion 8 can be formed as making air resettlement section P and space G to be connected.Air discharge portion 8 can have passing away, and the guiding of this passing away is from body 4 air that the send forward direction discharge to air discharge portion 8 that upwards blow side.Passing away can be formed by air resettlement section P, air outlet L and space G.
Illuminating part 32 can be formed as being positioned at the front of air outlet L.One region of illuminating part 32 can along the circumferential direction form curvature, and can be linearly along fore-and-aft direction.Illuminating part 32 can be formed with air outlet L, and this air outlet L discharges air to outside.Illuminating part 32 can together form air outlet L with interior body 34.
Illuminating part 32 can be formed as the point diameter D2 that its inner diameter D 1 is greater than interior body 34.Because the inner diameter D 1 of illuminating part 32 is greater than the point diameter D2 of interior body 34, can be by being formed at the space G of inside of illuminating part 32 so passed through the air of air outlet L.
Air outlet L can discharge air to the space G of the inside that is formed at illuminating part 32 around illuminating part 32.The air of discharging from air outlet L can be discharged to the outside of air regulator by space G.
Illuminating part 32 is in a region of front end, and more forwards aperture area more increases.Illuminating part 32 can form curvature at front end.Illuminating part 32 can be formed as in a region of front end, and more forwards diameter is larger, and more rearward diameter is less.
The front end of illuminating part 32 can be formed as less than the open pore 68 of the protecgulum 70 shown in Fig. 1.
Illuminating part 32 can be formed with inner space V.Guide portion 104 can form the outward appearance of illuminating part 32, and transparent or translucent formation, can make thus light transmission.Illuminating part 32 can comprise light source 112, these light source 112 guide portion 104 light irradiations.In the configurable inner space V forming in guide portion 104 of light source 112.
Illuminating part 32 can be corresponding with the shape of air outlet L.Illuminating part 32 can send the light of the shape corresponding with the shape of air outlet L.Illuminating part 32 is positioned at air outlet L around, and can be luminous around air outlet L.
Fig. 6 is the front view that represents multiple shapes of the air discharge portion of the air regulator of multiple embodiment.
With reference to Fig. 6, the shape of air discharge portion 8 can comprise multiple embodiment.
The shape of the illuminating part 32 of air discharge portion 8 can be various.During according to description of contents shown in Fig. 6, (shape of the illuminating part 32 of Fig. 6 air discharge portion 8 a) can be square to the air regulator of an embodiment.Above-mentionedly squarely not only comprise that square also comprises rectangle etc.
The shape of air outlet L can be corresponding with the shape of illuminating part 32.While watching in the front of air regulator illuminating part 32 be shaped as square, the shape of air outlet L can be square.The space G that air outlet L can form to illuminating part 32 discharges air.
(shape of the illuminating part 32 of Fig. 6 air discharge portion 8 b) can be long hole shape to the air regulator of other embodiment.Above-mentioned long hole shape refers to, its two side portions shape linearly along the vertical direction, and top and the bottom have curvature, vertically extend the shape that ground forms.Above-mentioned elliptical shape does not limit its curvature, does not limit its size yet.
The shape of air outlet L can be long hole shape, corresponding with the shape of oval-shaped illuminating part 32.Air outlet L can be formed as corresponding with the shape of illuminating part 32, and the space G forming to illuminating part 32 discharges air.
(shape of the illuminating part 32 of Fig. 6 air discharge portion 8 c) can be circular to the air regulator of other embodiment.Air outlet L can be formed at the outside of illuminating part 32.Air outlet L can go out air from the outboard row of illuminating part 32.
With reference to Fig. 7, illuminating part 32 is corresponding with the shape that is formed as annular air outlet L, sends annular light.Because the shape of illuminating part 32 can change in the mode corresponding with the shape of air outlet L, therefore the shape shown in Fig. 7 is only an embodiment, and is not limited thereto.
Illuminating part 32 can be formed as closed curve shape.Air outlet is L shaped become closed curve shape in the situation that, illuminating part 32 can be formed as closed curve shape and corresponding thereto.Illuminating part 32 is positioned at the front of air outlet L, and can send the light of closed curve shape.
Illuminating part 32 can comprise luminous light source 112 and light that light source 112 is sent becomes the guide portion 104 of area source.
Light source 112 can be positioned at the inner space V that guide portion 104 forms.Light source 112 can be protected by guide portion 104.The light emitting diode (LED:Light Emitting Diode) that light source 112 can comprise substrate and arrange on substrate, but be not limited thereto, and can comprise other luminous devices.Substrate can be disposed at inner space V with annular shape.The mode that can along the circumferential direction separate at the front surface of substrate arranges multiple light emitting diodes.
Guide portion 104 can be the translucent material that makes the light transmission that light source 112 sends.The light that guide portion 104 can be sent light source 112 becomes area source and forms light-emitting area.Guide portion 104 can be formed with bending.Guide portion 104 is flexible and make a region have obtuse angle θ.
Guide portion 104 can form a part of air outlet L.Guide portion 104 can together form air outlet L with interior body 34.The front end of the rear end of guide portion 104 and interior body 34 can form air outlet L.Guide portion 104 is connected with the air outlet L of interior body 34, thereby can extend air outlet L.
Guide portion 104 is configurable in the front of air outlet L.Guide portion 104 can be at formation space, inside G, and this space G passes through the air of discharging from air outlet L.
Guide portion 104 can be formed as corresponding with the shape of air outlet L.The light that guide portion 104 can be irradiated illuminating part 32 becomes the area source of the shape corresponding with air outlet L.
Guide portion 104 is configurable in the front of air outlet L.Guide portion 104 can be luminous around air outlet L.Guide portion 104 can be formed as closed curve form at the periphery of air outlet L.
Guide portion 104 can be at formation space, inside G, and this space G passes through the air of discharging from air outlet L.For example, guide portion 104 can be formed as closed curve shape or ring (ring) shape, thereby can be at formation space, inside G.
The content of illuminating part 32 described above can be an embodiment, and illuminating part 32 can have the guide portion with surface source luminescence voluntarily according to embodiment.For example, illuminating part 32 includes organic electroluminescence devices (OLED), can make the one side of the outward appearance that forms air discharge portion 8 luminous.
Illuminating part 32 can be connected with the front part of shell 38, and interior body 34 can be connected with the rear quadrate part of shell 38.Illuminating part 32 can be connected with front casing 40 and can be housed in front casing 40, but does not limit its annexation.Interior body 34 can be connected with rear casing 39 and can be housed in rear casing 39.
Shell 38 can form interior body 34 and air resettlement section P.Air resettlement section P can be used as and can make the dispersion passage of the air dispersion sucking to shell 38 by peristome 30 play a role.According to embodiment, illuminating part 32 can form as one or be separated to form with air resettlement section P.
The illuminating part 32 of the air regulator of one embodiment can be separated to form with air resettlement section P.The rear end of illuminating part 32 can be connected with the plectane portion 84 of fixed part 80.
The shell 38 of the air regulator of one embodiment can be formed with fixed part 80, and this fixed part 80 makes a part for illuminating part 32 insert and be accommodated.Fixed part 80 can rearward extend from the header board of shell 38.Fixed part 80 can comprise: cylindrical portion 82, and it rearward extends from shell 38 header boards; Plectane portion 84, it is formed at the rear end of cylindrical portion 82.Plectane portion 84 can be formed as vertical with the rear end of cylindrical portion 82.
Fixed part 80 can make illuminating part 32 separate mutually with air resettlement section P.Fixed part 80 can make illuminating part 32 separate mutually with air resettlement section P, thereby stops light to expose to the direction of air resettlement section P.
Illuminating part 32 can insert to the fixed part 80 that is formed at shell 38.Illuminating part 32 can be connected with fixed part 80.The rear end of illuminating part 32 can be connected with fixed part 80.The front surface of the comparable shell 38 of front end of illuminating part 32 is more outstanding.But can omit fixed part 80 according to embodiment, a part that can be configured to illuminating part 32 is positioned at the inside of shell 38.
The illuminating part 32 of air regulator of embodiment at other can form as one with air resettlement section P.Illuminating part 32 can form a region of air resettlement section P.Illuminating part 32 can be used as the lid of a side of air resettlement section P.In the situation that illuminating part 32 forms as one with air resettlement section P, the heat that light source 112 sends is more easily discharged to outside, so can improve the stability of illuminating part 32.
In other embodiments, illuminating part 32 can forming surface light source.The face that is used to form space G in illuminating part 32 can be luminous.For example, illuminating part 32 can comprise the organic electroluminescence device (OLED) with surface source luminescence, but is not limited thereto.
Interior body 34 can form in inner side rear space S, and this rear space S is connected with the space G of illuminating part 32 along fore-and-aft direction.The front end of interior body 34 can insert to the space G of illuminating part 32.The rear end of interior body 34 can be connected with shell 38.
Interior body 34 can form air outlet L, and guides the air of air resettlement section P into air outlet L.Interior body 34 can form according to embodiment the air outlet L of closed curve shape or annular.Illuminating part 32 can be positioned at the front of the air outlet of body 34.
Interior body 34 can be set to its front end and be positioned at the space G of illuminating part 32.The rear section of interior body 34 can form rear casing 39 and air resettlement section P.
Interior body 34 can be anchored on rear casing 39.The rear end of interior body 34 can be connected with rear casing 39.Interior body 34 can form in inner side rear space S.Interior body 34 can be formed as drum.While watching interior body 34 from outside, can see inner peripheral surface by rear space S.
Below, shell 38 is described.
Shell 38 can form the rear receiving space of accommodating interior body 34 at rear casing 39, can form the front receiving space of accommodating illuminating part 32 at front casing 40.
The front surface of rear casing 39 can be opened.Rear casing 39 can form in bottom surface peristome 30.Rear casing 39 can and interior body 34 between form air resettlement section P.Rear casing 39 can form after-opening hole 145 in the wings.After-opening hole 145 forwards, backwards direction is open.After-opening hole 145 can be formed as being connected with the rear space S of interior body 34 along fore-and-aft direction.But this is only an embodiment, and the rear of rear casing 39 also may be stopped up in other embodiments, so be not limited thereto.
The rear surface of front casing 40 can be opened.Front casing 40 can form in bottom surface peristome 30.Front casing 40 can and fixed part 80 between form air resettlement section P.Fixed part 80 can be formed as being greater than illuminating part 32.Illuminating part 32 can be protected by fixed part 80.
Below, the effect of the air regulator to said structure describes, as follows.
First, while driving blowing unit 10, indoor air sucks to air suction inlet 2 from the rear of air suction inlet 2, and sucks to the inside of body 4 by air suction inlet 2.The air sucking to the inside of body 4, carries out heat exchange along fore-and-aft direction by heat exchanger 6 and with cold-producing medium, sucks afterwards to blowing unit 10.The air sucking to blowing unit 10 by blowing unit 10 towards periphery direction blow.In the air blowing to the peripheral direction of blowing unit 10, a part blows to the upside between suction panel 13 and discharge panel 14, and sucks to the inside of air discharge portion 8 by peristome 30.In the air sucking to the inside of air discharge portion 8 spreads between shell 38 and interior body 34, disperse to air resettlement section P, by air outlet L, discharge to space G afterwards.The air of discharging to space G can be discharged to the forward direction of space G by space G.In the air blowing to the peripheral direction of blowing unit 10, a part blows to the side of blowing unit 10, and flows to side air outlet 12, and discharges to the outside of body 4 by side air outlet 12.
Fig. 8 is the front view of the change color of the light that represents that the illuminating part of one embodiment of the invention sends.
With reference to Fig. 8, illuminating part 32 can send the light of multiple color.
Illuminating part 32 can comprise light source 112.Light source 112 can comprise light emitting diode (LED:Light Emitting Diode), but is not limited thereto, and can comprise the various structures that converts electrical energy into luminous energy.
Light emitting diode can be multiple.For example, can comprise the multiple light emitting diodes that send redness, green, blue light, recently make it with regulating impulse width modulated duty (PWM Duty) coloured light that turns white, but be not limited thereto.
Illuminating part 32, by the light of the multiple color that combines multiple light emitting diodes and send, can send versicolor light.
Illuminating part 32 can change in the mode corresponding with running status or user's input the setting of illuminating part 32.For example, the setting of above-mentioned illuminating part 32 can change color or the intensity of light.Illuminating part 32 can send the light of user-selected color.In the situation that running status changes, illuminating part 32 can change the color of light.
For example, while describing with reference to Fig. 8, illuminating part 32 can send the light of particular color according to input, and (Fig. 8 a).Cycle is alternately changing the light of multiple color and is carrying out luminous illuminating part 32 in accordance with regulations.Illuminating part 32 can send the light of particular color, and through after official hour, and (Fig. 8 b) can to change the color of light.In the situation that running status changes, the color of illuminating part 32 convertible light, makes it that corresponding with the running status changing (Fig. 8 c).
Illuminating part 32 can comprise multiple patterns, and multiple pattern can be intersected mutually according to input.For example, illuminating part 32 can comprise light illumination mode and operation state mode.
Illuminating part 32 can send as the light of the specific color of above-mentioned Fig. 8 a according to user's input.In above-mentioned Fig. 8 b, the multiple color of the light that illuminating part 32 converts can be user-selected color-set.User-selected color-set can be multiple, and the number of its color is changeable.Below this is described as " light illumination mode ".
In the situation that running status changes, illuminating part 32 can, as shown in above-mentioned Fig. 8 c, be transformed into the color corresponding with the running status changing.Illuminating part 32 can send the light of the color corresponding with running status, and through after the stipulated time, makes the color of light be reverse into the color of in the past sending.Below this is described as " operation state mode "..
The color corresponding from running status can be different with above-mentioned user-selected color-set.The color corresponding with running status and above-mentioned color-set realize differential, thereby can clearly represent running status.
Illuminating part 32 can change according to input the pattern of light.The pattern of above-mentioned light can be variable multiple colors or variable light intensity.Illuminating part 32 can carry out light color changeable light illumination mode and represent the operation state mode of running status with the color of light.
Illuminating part 32 can enter light illumination mode according to user's selection.Carrying out light illumination mode in the situation that, illuminating part 32 can make light cColor-cycling change.The number of the color of the color of illuminating part 32 adjustable light or the light of variation, makes it corresponding with user's selection.For example, illuminating part 32 can be corresponding with user's selection, regulates the light of multiple light emitting diodes, thereby can send the light of particular color.
Embodiment while carrying out light illumination mode for illuminating part 32 will talk about in to the declaratives of Figure 10.
In the case of the electric power starting or running status change of air regulator, illuminating part 32 can enter operation state mode.
In the situation that carrying out operation state mode, illuminating part 32 can send according to the running status of air regulator the light of different colours.Running status can be the several different methods that room air is regulated, and for example, running status can be at least one during refrigeration, dehumidifying, air cleaning and wind direction regulate.The air regulator of one embodiment can be in above-mentioned running status, and refrigeration is with blue corresponding, and air cleaning is corresponding with light green, dehumidifies corresponding with purple, and wind direction regulates with green corresponding.
The illuminating part 32 of the air regulator of one embodiment can be send in when refrigeration when blueness, running status are dehumidifying, to send that when purple, running status are air cleaning, to send light green, running status be that wind direction sends green light while regulating in running status.The color of the above-mentioned light corresponding with running status, can change according to setting, also can change according to user's selection.
Illuminating part 32 can, in the time that other functions except running status described above are carried out, also send the light of color corresponding thereto.For example, the function that makes wind speed and the various variation of wind direction in execution, illuminating part 32 can send the light of grass green system and corresponding thereto, but be not limited thereto.
In the time entering operation state mode, illuminating part 32 can make the light intensity of the color corresponding with running status be increased to gradually desired value.In the situation that operation state mode finishes, illuminating part 32 can make light intensity be reduced to gradually desired value.Curve map to this with reference to Figure 11 describes.
Fig. 9 is the block diagram of the air regulator of an embodiment, and Figure 10 is the figure that represents the control structure of the air regulator of an embodiment.
With reference to Fig. 9 and Figure 10, the air regulator of an embodiment can comprise input part 180, and this input part 180 receives user's input.Input part 180 can comprise operating portion 182, running status or variations in temperature etc. that this operating portion 182 can input air adjuster.Input part 180 can comprise selection portion 185, and this selection portion 185 can be selected the light illumination mode of illuminating part 32.
Input part 180 can transmit signal to control part 160.In the situation that user inputs, input part 180 can transmit the signal corresponding with user's input to control part 160.
The air regulator of one embodiment can comprise control part 160.Control part 160 can be controlled the exercises of air regulator.For example, control part 160 can be controlled top blowing unit 41 and bottom blowing unit 42.
Control part 160 can be controlled blowing unit 10.Control part 160 can be controlled wind direction adjustment member 67.Control part 160 can comprise main control section 148, and this main control section 148 is controlled top blowing unit 41, bottom blowing unit 42 or rotating mechanism 188.The mode control top blowing unit 41 that main control section 148 can be corresponding with the signal receiving with input part 180 and the speed of bottom blowing unit 42 and whether move.
For example, can be according to operational mode or indoor temperature, decide the rotating speed of top blowing unit 41 and bottom blowing unit 42 or whether move, and can control independently of each other top blowing unit 41 and bottom blowing unit 42.
In the situation that running status changes, control part 160 can make illuminating part 32 enter operation state mode, and sends the light of the official hour color corresponding with running status.
Control part 160 can comprise display control unit 143.Display control unit 143 can be controlled display part 189.Display control unit 143 can be controlled illuminating part 32.Change or select light illumination mode in the running status of air regulator, display control unit 143 can be controlled illuminating part 32 corresponding thereto.
The air regulator of one embodiment can comprise display part 189.Display part 189 can show running status, target temperature or the indoor temperature etc. of air regulator.Display part 189 can be arranged in a region of protecgulum 70, but does not limit its position relationship, and can have various embodiments.
Display control unit 143 can, according to running status or user's input, change the setting of illuminating part 32.Above-mentioned setting can change color or the intensity of light.
Change or user occurs in the running status of air regulator and input the events such as light illumination mode, display control unit 143 can be sent signal corresponding thereto to illuminating part 32.Display control unit 143 can be under operation state mode or light illumination mode, color and the intensity of the light that control illuminating part 32 sends.Display control unit 143 can be controlled illuminating part 32 intersections and carry out operation state mode and light illumination mode.
Display control unit 143 can change according to light illumination mode the setting of illuminating part 32.Control for illuminating part 32, will be described in detail below.
The air discharge portion 8 of the air regulator of one embodiment is rotatably supported on body 4.Air discharge portion 8 can rotate or rotate centered by trunnion axis on body 4 centered by vertical axis.Air regulator can comprise rotating mechanism 188, and this rotating mechanism 188 rotates air discharge portion 8.
For example, the tooth bar that rotating mechanism 188 can comprise motor (not shown), be arranged at the pinion of motor and engage with pinion.Motor can be arranged at body 4, and pinion can be arranged at the rotating shaft of motor, and tooth bar can be arranged at air discharge portion 8.Tooth bar can form around air discharge portion 8.When drive motors, pinion rotation, tooth bar can rotate along with gear.
Main control section 148 can be controlled air discharge portion 8 and rotate.The input of being scheduled in input part 180, main control section 148 can be corresponding thereto, and air discharge portion 8 is rotated, thereby can make light source portion 32 left rotation and right rotation.
Figure 11 is the curve map of the light intensity that represents that the illuminating part 32 of the air regulator of an embodiment sends.
Curve map as shown in figure 11, the air regulator of a luminous embodiment, can change according to the running status of illuminating part 32 pattern of light.The pattern of above-mentioned light can be the pattern of variable multiple color or variable light intensity.
Illuminating part 32 changes the color of light when luminous, thereby can represent running status.Above-mentioned running status can be the several different methods that room air is regulated.The in the situation that of electric power starting (on) or the running status that is in operation conversion, illuminating part 32 can change the pattern of light and represent.
In the situation that electric power starting or the running status that is in operation change, illuminating part 32 can make light intensity increase gradually.This describes as increasing interval A at Figure 11.
In the time entering operation state mode, illuminating part 32 can start to enter increases interval A, and the interval A of this increase increases light intensity gradually.Illuminating part 32 can send at the interval A of increase the light of the color corresponding with running status.Illuminating part 32 can make light intensity be increased to gradually desired value at the interval A of increase.Above-mentioned desired value is not limited to the value of regulation, and can be according to setting and difference.
Illuminating part 32 can increase light intensity gradually at the interval A of increase, thereby can make the fatigue strength realization of eyes of user minimize.
Reach desired value at the light intensity sending, illuminating part 32 can enter and maintain interval B.Illuminating part 32 can maintain the stipulated time by the light intensity of the color corresponding with running status maintaining interval B, but is not limited thereto, and can have various embodiments.
Illuminating part 32 can send the light of the color corresponding with running status, and after having passed through the stipulated time, makes it to extinguish.For example, maintain interval B and through after the stipulated time, illuminating part 32 can reduce light intensity gradually entering.This is described as reducing interval C.Illuminating part 32 can reduce interval C and reducing the light intensity of the color corresponding with running status.
The interval A of the increase of illuminating part 32 is comparable, and to reduce interval C longer.Slope that interval C light intensity reduces is comparable is increasing slope that interval A light intensity increases more sharply to illuminating part 32 reducing.
Maintaining the interval A of the comparable increase of interval B or reducing interval C of illuminating part 32 is longer.Illuminating part 32 can allow user positively grasp the variation of running status.For example, the interval A of the increase of illuminating part 32 can be 3 seconds, reduce interval C can be that to increase 1.5 seconds of half of interval A, maintain interval B can be 10.5 seconds, but this is only an embodiment, and is not limited thereto.
While carrying out operation state mode at illuminating part 32, the running status of air regulator changes, the color of illuminating part 32 convertible light, makes it corresponding with the running status changing.
In the case of the running status conversion that maintains air regulator in interval B, illuminating part 32 can be in the time of the conversion of running status the color of point transformation light.Illuminating part 32 can change the color of light gradually.For example, illuminating part 32 can make the color of light along with the time changes linearly, but this is only an embodiment, and is not limited thereto.
Illuminating part 32 can be from the time point of the corresponding color of running status that becomes and change, through after the stipulated time, enters and reduces interval and reduce light intensity.
In the interval increasing at light intensity, running status converts, illuminating part 32 can become slower time point the time point of the color corresponding with the running status changing and the time point of light intensity arrival desired value from the color of light and start, through after the stipulated time, enter and reduce interval and reduce light intensity.
Figure 12 represents light intensity that the illuminating part of the air regulator of an embodiment sends and the curve map of change color.
Illuminating part 32 can be carried out light illumination mode.Illuminating part 32 can enter light illumination mode according to user's input.In the time carrying out light illumination mode, the color-set that illuminating part 32 can be inputted according to user regulates the color of light, and irrelevant with the running status of air regulator.The color that illuminating part 32 can make light in accordance with regulations the cycle change, make it corresponding with user-selected color-set.Illuminating part 32 can change the color of light gradually.For example, illuminating part 32 can make the color of light along with the time changes linearly.
Above-mentioned color-set can comprise the light of multiple color.Above-mentioned color-set can be three.User can select some in three color-set.
The 1st color-set can be corresponding with two of blue series kind of color, and for example, two kinds of colors of above-mentioned blue series can be blueness and sky blue.
The 2nd color-set can be corresponding with two of Yellow Red kind of color, and for example, two kinds of colors of above-mentioned Yellow Red can be yellow and orange.
The 3rd color-set can be corresponding from six kinds of mutually different colors, and for example, the 3rd color-set can comprise purple, blueness, green, pea green, yellow and orange.
Illuminating part 32 can send corresponding with multiple color-set respectively light.Illuminating part 32 in accordance with regulations cycle checker the light of multiple color and is carried out luminous.For example, the in the situation that of user-selected above-mentioned the 1st color-set, illuminating part 32 can alternately send blue and sapphire light.The in the situation that of user-selected above-mentioned the 3rd color-set, illuminating part 32 can alternately send purple, blueness, green, pea green, yellow and orange light.
The color of the light corresponding with above-mentioned three color-set is only multiple embodiment, and the color of light and number can be various, so be not limited thereto.
With reference to the curve map of Figure 12, in the situation that user inputs light illumination mode, illuminating part 32 can enter increases interval D.For convenience of explanation, the color-set of user-selected light illumination mode can be above-mentioned the 1st color-set.Therefore, the light that illuminating part 32 sends can be blueness and sky blue, and this is only an embodiment, so do not limit the number of its color and color.
Illuminating part 32 can increase light intensity gradually at the interval D of increase.Illuminating part 32 can send in the light of the color corresponding with user-selected color-set increasing interval D.Be that above-mentioned the 1st color-set, the light that illuminating part 32 sends can be blueness or sky blue in user-selected color-set, but describe to send blueness here.
Illuminating part 32 can make light intensity be increased to gradually desired value at the interval D of increase.For example, illuminating part can make light intensity along with the time is increased to desired value linearly at the interval D of increase.Above-mentioned desired value is not limited to the value of regulation, and can be according to setting and difference.In Fig. 9, desired value will be described taking percentage % as unit.Illuminating part 32 can increase light intensity gradually at the interval D of increase, thereby can make the fatigue strength realization of user's eyes minimize.
Reach desired value at the light intensity sending, illuminating part 32 can enter first and maintain interval E.Illuminating part 32 can maintain interval E first the light intensity of the color corresponding with user-selected color-set is maintained to the stipulated time.For example, the in the situation that of user-selected the 1st color-set, illuminating part 32 can maintain interval E first and send blue light.
Illuminating part 32 is the color of cyclomorphosis light in accordance with regulations.Maintain interval E and passed through the time of having set in the case of entering first, illuminating part 32 can enter the interval F of change color.Illuminating part 32 can change at the interval F of change color the color of light.Illuminating part 32 can maintain the stipulated time by light intensity at the interval F of change color.
Illuminating part 32 can be in change color interval, and the color of the color that makes light from changing becomes the color after variation gradually.For example, the in the situation that of user-selected the 1st color-set, illuminating part 32 can make light wavelength along with the time becomes sky blue linearly from blueness.The adjustable intensity red, blue, green light source of illuminating part 32 changes the color of light.
If the color of light becomes sky blue from blueness, illuminating part 32 can enter second and maintain interval G.Maintain interval G second, illuminating part 32 can maintain the stipulated time by light intensity and color.
Illuminating part 32 is the color of cyclomorphosis light in accordance with regulations.Second, maintain interval G through the stipulated time in the situation that, illuminating part 32 can reenter the interval H of change color.Illuminating part 32 can change the color of sent light gradually.In the case of the color of light again become blue, illuminating part 32 can again enter first and maintain interval E.
Close (off) at the power-off or the light illumination mode that maintain the interval air regulator of interval or change color, illuminating part 32 can enter and reduce interval I.
Illuminating part 32 can reduce light intensity reducing interval I.Illuminating part 32 can maintain the stipulated time by the color of light reducing interval I.
The time point of closing at power supply or the light illumination mode of air regulator, illuminating part 32 makes light intensity be reduced to gradually desired value.Can be 0% in the desired value that reduces interval I light intensity.
While entering light illumination mode compared with illuminating part 32, light intensity is increased to the time of desired value, the time that when illuminating part 32 is closed light illumination mode, light intensity is reduced to desired value can be shorter.The interval D of the increase of illuminating part 32 is comparable, and to reduce interval I longer.Illuminating part 32 is at the slope that reduces interval I light intensity and reduce, and comparablely increasing slope that interval A light intensity increases more sharply.
First of illuminating part 32 maintains interval E and second and maintains the interval D of the comparable increase of interval EG or reduce interval I longer.For example, the interval D of the increase of illuminating part 32 can be 3 seconds, reduce interval I can be the remaining interval for 1.5 seconds, first and second maintain interval E of half that increases interval D, and G can be 8 seconds, but this is only an embodiment, and is not limited thereto.In Figure 12, interval F, H of multiple change color is expressed as the time same with increasing interval D, but is not limited thereto, and can have various embodiments.
In the process of carrying out light illumination mode, the running status of air regulator changes, illuminating part 32 can enter operation state mode.The time point that illuminating part 32 can change from the running status of air regulator changes the color of light.Illuminating part 32 can change according to the variation of running status the color of light.
Illuminating part 32 can be from sending the time point of light of the color corresponding with the running status changing, by the color of light and strength maintenance stipulated time.Illuminating part 32 can maintain color and the intensity of the light corresponding with running status, and when through the stipulated time, the color of light can be become to the color corresponding with light illumination mode.
Figure 12 is the curve map of the light intensity that represents that the illuminating part of the air regulator of an embodiment sends.
With reference to Figure 13, in the case of the power-off of air regulator, illuminating part 32 can represent this situation in sense of vision ground.
Do not carrying out light illumination mode or after light illumination mode finishes power-off in the situation that, illuminating part 32 can make the light intensity of the color corresponding with power-off be increased to gradually desired value, after arriving above-mentioned desired value, reduces gradually again.
For example, in the case of the power-off of air regulator, illuminating part 32 can send white light.In the case of the power-off of air regulator, with regard to illuminating part 32, for increasing the interval J of light intensity value and can be identical for the length of the interval K that reduces light intensity value.In the case of the power-off of air regulator, the increase slope of the light intensity value of illuminating part 32 and reduce slope can be identical.But this is only an embodiment, and the present invention can comprise various embodiments.
After illuminating part 32 is closed, air discharge portion 8 can be initialised, but is not limited thereto.
The curve map of Figure 11 to Figure 13 is only multiple embodiment of the shape luminous about illuminating part 32, and multiple embodiment can distinguish independent enforcement.
Figure 14 to Figure 17 is the flow chart of the method for operating of the air regulator to multiple embodiment.
With reference to Figure 14, the method for operating of the air regulator of an embodiment can be carried out light illumination mode..
The method of operating of the air regulator of one embodiment can comprise the color of step S320, the conversion light of step S310, unlatching (on) illuminating part of unlatching (on) light illumination mode step S330, close the step (S340) of (off) light illumination mode and close the step S350 of (off) illuminating part.
User can open (on) light illumination mode (step S310).User can open (on) light illumination mode and select required color-set.
Opening (on) light illumination mode in the situation that illuminating part (on) (the step S320) that can be unlocked.In the situation that opening illuminating part, illuminating part can make light intensity be increased to gradually desired value.Illuminating part can send the light of the color corresponding with user-selected color-set.
Illuminating part can be from the time point that light intensity is increased to desired value through after the stipulated time, the color (step S330) of conversion light.User-selected color-set can comprise corresponding multiple color.Cycle is sent the light that color changes to illuminating part in accordance with regulations.The afore mentioned rules cycle can set.Illuminating part can maintain the light intensity of regulation in the interval of the color of conversion light, but is not limited thereto.
In the situation that user closes light illumination mode or powered-down, illuminating part can be closed (step S350).In the situation that closing light illumination mode or powered-down, illuminating part can reduce light intensity gradually.For example, illuminating part can make light intensity reduce linearly and extinguish.The light illumination mode of illuminating part is closed and the comparable light illumination mode of slope that reduces that makes that light intensity reduces is opened and makes increase slope that light intensity increases more sharply.
Figure 15 and Figure 16 represent the method for operating of the air regulator of carrying out operation state mode.
With reference to Figure 15, the method for operating of the air regulator of an embodiment can be carried out operation state mode.Operation state mode can show the running status of air regulator by illuminating part.
User can open the power supply (step S410) of air regulator.In the time that user opens the power supply of air regulator, air regulator can enter the running status that initial setting is good.For example, with regard to air regulator, the in the situation that of power-on, air regulator can be carried out refrigeration mode, but is not limited thereto, and can change according to setting.
In the case of opening the power supply of air regulator (step S410), illuminating part can be unlocked (step S420).In the situation that opening illuminating part, light intensity can be increased to desired value gradually.Illuminating part can send the light of the color corresponding with the running status of air regulator.
In the situation that light intensity reaches desired value, illuminating part can maintain the light intensity of regulation.Arrive desired value also through after the stipulated time at light intensity, illuminating part can reduce light intensity (step S430).For example, illuminating part can make light intensity reduce linearly.
User can input the order (step S440) of the power supply of closing air regulator.The order of inputting the power supply of closing air regulator in the case of user (step S440), illuminating part can send the light (step S450) of particular color corresponding thereto.For example, illuminating part can be corresponding with powered-down and be sent white light.Illuminating part can be increased to desired value gradually by the light intensity of particular color.
In the situation that light intensity arrives desired value, illuminating part can reduce light intensity (step S460) again.In the situation that light intensity is 0%, illuminating part can be closed.The power supply of the time point air regulator of closing at illuminating part can be closed, and can initialize the function of product, but be not limited thereto.
With reference to Figure 16, the method for operating of the air regulator of an embodiment can be changed in running status under operation state mode.
User can open the power supply (step S510) of air regulator.The power supply of opening air regulator in the case of user, air regulator can enter the running status having set.
In the case of opening the power supply of air regulator (S510), illuminating part (on) (the step S520) that can be unlocked.In the situation that opening illuminating part, can make light intensity be increased to gradually desired value.Illuminating part can send the light of the color corresponding with the running status of air regulator.
User can change the running status of air regulator.Illuminating part can be corresponding with the running status changing and change the color (step S540) of light.Become slower time point the time point of the color corresponding with running status and the time point of light intensity arrival desired value from the color of light and start, through after the stipulated time, illuminating part can make light intensity reduce gradually (step S550).
With reference to Figure 17, the method for operating of the air regulator of an embodiment can be changed in running status under light illumination mode.
The step that the running status of the step of the light illumination mode of the color changeable of the light that unlatching (On) sends, several different methods that room air is regulated that can comprise the method for operating of the air regulator of one embodiment changes, the color of conversion light make it the step corresponding with the running status changing, make the color of light become the step of the color corresponding with light illumination mode through after the stipulated time.
User can open the light illumination mode (step S610) of (On) air regulator.Light illumination mode can be the color state of variable period in accordance with regulations that makes the light that illuminating part sends.User can select the color-set of light illumination mode.
In the situation that opening light illumination mode, illuminating part can send the light of the color corresponding with user-selected color-set.Illuminating part can make light intensity be increased to gradually desired value.In the situation that light intensity arrives desired value, illuminating part can change by the cycle having set the color of light.
Carrying out in the process of light illumination mode, the running status of air regulator can change (step S630).In the situation that running status changes, the color of the convertible light of illuminating part makes it corresponding with above-mentioned running status (step S640).Illuminating part can change gradually along with the time color of light.
Arrive change running status after desired value in the situation that at light intensity, illuminating part converts the color of light when can maintaining the light intensity of regulation.
The in the situation that of changing running status before light intensity arrives desired value, illuminating part converts the color of light when can making light intensity be increased to desired value.
Become slower time point the time point of the color corresponding with running status and the time point of light intensity arrival desired value from the color of light and start, through after the stipulated time, illuminating part can return to light illumination mode (step S650).Illuminating part can make the color of light be reverse into the color corresponding with user-selected color-set.Illuminating part can make the color of light along with the time changes gradually.
The method of operating of the air regulator of one embodiment also can comprise: in closing light illumination mode or carrying out the process of light illumination mode powered-down, reduce light intensity gradually and close the step of illuminating part.
User can finish light illumination mode (step S660).In the situation that user finishes light illumination mode, illuminating part can reduce light intensity gradually.
User can close the power supply of air regulator.In the process of illuminating part execution light illumination mode, close the power supply of air regulator, illuminating part can reduce light intensity gradually and extinguish illumination.
Illuminating part can gradually reduce light intensity, and in the time that light intensity is 0%, is closed (step S670).
In the case of closing the power supply of air regulator after closing light illumination mode, the light of particular color can be increased to target strength value gradually, and gradually reduce light in the time arriving target strength value.For example, the light of particular color can be white, but is not limited thereto.
The method of operating of the air regulator of one embodiment also comprises: in the situation that opening light illumination mode, make above-mentioned light intensity be increased to gradually the step of desired value, and, in the situation that closing light illumination mode, above-mentioned light intensity is reduced gradually and close the step of illuminating part; Can be than the slope for increasing light intensity more sharply for the slope that reduces light intensity.
And, although above, preferred embodiment of the present invention is illustrated and illustrated, but the present invention is not limited to above-mentioned specific embodiment, and in the case of the purport of the present invention of asking in not departing from claim, be to be understood that, the those of ordinary skill of the technical field under the present invention can be implemented various deformation, and but, this distortion is implemented to understand separately from technological thought of the present invention or prospect.

Claims (28)

1. an air regulator, is characterized in that, comprising:
Body, and
Air discharge portion, it is arranged at above-mentioned body;
Above-mentioned air discharge portion comprises:
Illuminating part, it comprises the guide portion of the light source and the light that the above-mentioned light source of guiding sends that send light, guide sections is formed as annular, and is formed with the space being surrounded by this guide portion, and
Air outlet, it discharges air to above-mentioned space, so that Bas Discharged is to the outside of air regulator.
2. air regulator according to claim 1, is characterized in that,
Above-mentioned air discharge portion also comprises interior body;
The rear end of guide sections and the front end of above-mentioned interior body form above-mentioned air outlet.
3. air regulator according to claim 2, is characterized in that,
The internal diameter of above-mentioned illuminating part is greater than the diameter of the front end of above-mentioned interior body.
4. air regulator according to claim 1, is characterized in that, above-mentioned illuminating part forms the outward appearance of a side of air discharge portion, concurrent bright dipping.
5. air regulator according to claim 1, is characterized in that,
Also comprise protecgulum, it forms the outward appearance in front, and is formed with open pore, thereby covers the part except the front end of illuminating part in air discharge portion;
The diameter of above-mentioned open pore is greater than the diameter of the front end of above-mentioned illuminating part.
6. air regulator according to claim 1, is characterized in that,
Above-mentioned air outlet is discharged air from the surrounding of above-mentioned illuminating part to above-mentioned space, and discharges air to outside.
7. air regulator according to claim 1, is characterized in that, also comprises blowing unit, and this blowing unit is to above-mentioned air discharge portion blow air.
8. air regulator according to claim 7, is characterized in that, above-mentioned air discharge portion also comprises air resettlement section, and the air that above-mentioned blowing unit blows is accommodated in this air resettlement section.
9. air regulator according to claim 7, is characterized in that, above-mentioned illuminating part and above-mentioned air resettlement section form as one.
10. air regulator according to claim 1, is characterized in that, also comprises control part, and this control part is with running status or input the corresponding above-mentioned illuminating part of mode control.
11. 1 kinds of air regulators, is characterized in that, comprising:
Body, and
Air discharge portion, it is arranged at above-mentioned body;
Above-mentioned air discharge portion comprises:
Illuminating part, it comprises the guide portion of the light source and the light that the above-mentioned light source of guiding sends that send light, guide sections is formed as annular, and is formed with the space being surrounded by this guide portion, and
Air outlet, it discharges air to above-mentioned space, so that Bas Discharged is to the outside of air regulator;
Also comprise control part, this control part changes the setting of above-mentioned illuminating part according to running status.
12. air regulators according to claim 11, is characterized in that, the setting of above-mentioned illuminating part can change color or the intensity of light.
13. air regulators according to claim 11, is characterized in that,
Above-mentioned illuminating part comprises:
Operation state mode, the running status of expression air regulator;
Light illumination mode, the color of change light.
14. air regulators according to claim 13, is characterized in that, above-mentioned running status comprises that refrigeration, air cleaning, dehumidifying and wind direction regulate.
15. air regulators according to claim 14, is characterized in that, above-mentioned illuminating part sends the light of different colours according to above-mentioned running status.
16. air regulators according to claim 15, is characterized in that,
In above-mentioned running status,
Above-mentioned refrigeration is with blue corresponding, and above-mentioned air cleaning is corresponding with light green, and above-mentioned dehumidifying is corresponding with purple, and above-mentioned wind direction regulates with green corresponding.
17. air regulators according to claim 13, is characterized in that, the light that cycle checker multiple color in accordance with regulations under above-mentioned light illumination mode carries out luminous.
18. air regulators according to claim 17, is characterized in that, above-mentioned multiple color is included in the color-set that user inputs.
19. air regulators according to claim 18, is characterized in that,
Above-mentioned color-set can be multiple,
Above-mentioned multiple color-set is respectively from two kinds of colors of two kinds of colors of blue series, Yellow Red or different six kinds of colors are corresponding mutually.
20. air regulators according to claim 11, is characterized in that, the in the situation that of above-mentioned running status conversion, above-mentioned illuminating part is transformed into the color corresponding with above-mentioned running status.
21. air regulators according to claim 11, is characterized in that, above-mentioned illuminating part sends the light of the color corresponding with above-mentioned running status, and extinguish after the process stipulated time.
22. air regulators according to claim 11, is characterized in that,
Above-mentioned illuminating part sends the light of the color corresponding with above-mentioned running status, and through after the stipulated time, is transformed into the light of user-selected color.
23. air regulators according to claim 13, is characterized in that,
Under above-mentioned light illumination mode,
Above-mentioned illuminating part makes light intensity be increased to gradually setting,
And change the color of light according to inputted color-set,
The order of inputting according to user reduces light intensity gradually.
24. air regulators according to claim 13, is characterized in that, are separate to the control of above-mentioned light illumination mode and above-mentioned operation state mode.
25. air regulators according to claim 11, is characterized in that,
The in the situation that of power-on,
Above-mentioned illuminating part increases light intensity gradually.
26. air regulators according to claim 11, is characterized in that,
The in the situation that of powered-down,
The light intensity of the color corresponding with closing of above-mentioned power supply is increased to gradually desired value by above-mentioned illuminating part, after arriving above-mentioned desired value, reduces gradually again.
27. air regulators according to claim 11, is characterized in that, above-mentioned illuminating part increases the light intensity of selected color gradually.
28. air regulators according to claim 11, is characterized in that,
Above-mentioned control part comprises:
Display control unit, it controls above-mentioned illuminating part; And
Main control section, it controls above-mentioned air discharge portion rotation.
CN201210234518.2A 2011-12-20 2012-07-06 Air conditioner Expired - Fee Related CN102829511B (en)

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