CN101520222B - Operation method of air conditioner - Google Patents

Operation method of air conditioner Download PDF

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Publication number
CN101520222B
CN101520222B CN2008100983888A CN200810098388A CN101520222B CN 101520222 B CN101520222 B CN 101520222B CN 2008100983888 A CN2008100983888 A CN 2008100983888A CN 200810098388 A CN200810098388 A CN 200810098388A CN 101520222 B CN101520222 B CN 101520222B
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CN
China
Prior art keywords
mentioned
air
air conditioner
wind direction
exhaust unit
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN2008100983888A
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Chinese (zh)
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CN101520222A (en
Inventor
朴相培
宋惠映
朴来贤
金世贤
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
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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 KR20080023951A external-priority patent/KR101487531B1/en
Priority claimed from KR1020080039440A external-priority patent/KR20090113628A/en
Application filed by LG Electronics Inc filed Critical LG Electronics Inc
Publication of CN101520222A publication Critical patent/CN101520222A/en
Application granted granted Critical
Publication of CN101520222B publication Critical patent/CN101520222B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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    • 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
    • F24F11/70—Control systems characterised by their outputs; Constructional details thereof
    • F24F11/72—Control systems characterised by their outputs; Constructional details thereof for controlling the supply of treated air, e.g. its pressure
    • F24F11/79—Control systems characterised by their outputs; Constructional details thereof for controlling the supply of treated air, e.g. its pressure for controlling the direction of the supplied air
    • 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
    • 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
    • F24F1/0014—Indoor units, e.g. fan coil units characterised by air outlets having two or more outlet openings
    • 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
    • F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • F24F11/63—Electronic processing
    • F24F11/65—Electronic processing for selecting an operating mode
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/10—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Signal Processing (AREA)
  • Physics & Mathematics (AREA)
  • Fuzzy Systems (AREA)
  • Mathematical Physics (AREA)
  • Air-Flow Control Members (AREA)

Abstract

The present invention provides an operation method for air conditioner, comprising: an operation step, when the operation section of the air conditioner inputs operation instructions, a discharge opening unit is lifted to drive a left panel and a right panel in opening manner, wherein the discharge opening unit is configured to lift through the opening section formed on the body, the left panel isconfigured to a left air-intake section and a left air-discharge section retractably formed on the body, the right panel is configured to a right air-intake section and a right air-discharge section retractably formed on the body; a stop step, when the operation section of the air conditioner inputs stop instructions, the discharge opening unit lifting in the operation step is descended, and the left and right panels driven in the opening manner in the operation step are driven in closing manner. The invention has advantages that conditioned air may effectively arrive far away from the air conditioner in operation of the air conditioner, and appearance is improved in stop step of the air conditioner.

Description

The method of operation of air conditioner
Technical field
The present invention relates to a kind of method of operation of air conditioner; Be particularly related to a kind of method of operation of air conditioner of turn round exhaust unit and left and right sides panel; Wherein exhaust unit can be configured in the top of air conditioner up and down, left and right sides panel configuration at the left and right side of air conditioner to open and close air suction portion and air discharge portion.
Background technology
In general; Air conditioner is in order to provide more comfortable indoor environment to the user; The freeze cycle of the cold-producing medium that utilization is made up of compressor, condenser, expansion mechanism and evaporimeter is carried out refrigeration and heating or is purified air indoor, and roughly is divided into divergence type and one-piece type.
Though above-mentioned divergence type is with one-piece type identical on function; But divergence type is the off-premises station that the indoor set of cooling/heat sinking function is set in the indoor and heat radiation/cooling and compression function are set in the outside; And connect through refrigerant piping between two devices that will be separated from each other, one-piece type be with the cooling heat dissipation function integration and on the wall of dwelling house punching or on window erecting by overhang and directly being provided with.
Air conditioner in the past forms the air suction inlet that sucks room air in the front face lower openings of casing; Front face upper opening at casing forms air outlet, and rotatably is provided with the wind direction adjustment means of the wind direction of regulating the air that passes through air outlet.
On the other hand, in open communique 10-2005-0025476 number of Korean Patent, disclose the aforesaid air conditioner that can regulate the wind direction of discharging air.In open communique 10-2005-0025476 number of Korean Patent in the disclosed air conditioner; Configuration opening is formed with the front panel of air outlet in the place ahead of casing; And adjusting is rotatably mounted by front panel through the wind direction adjustment means of the wind direction of the air of air outlet, and the air that is blended in the inside of air conditioner guides through front panel and by the wind direction adjustment means.
But; There is following problem in disclosed air conditioner in open communique 10-2005-0025476 number of Korean Patent; That is: because the height of air outlet is fixed, therefore can't reduce its whole height, and air outlet is opened often; Thereby the decline attractive in appearance of the front upper of air conditioner, and dust etc. invades the inside of air conditioner easily through air outlet.
Summary of the invention
The present invention makes in order to solve above-mentioned prior art problems point, and its purpose is, provides a kind of air of mediation that when air-conditioner operation, makes to arrive from air conditioner distance far away, and when air conditioner stops, improving the method for operation of air conditioner attractive in appearance.
Another object of the present invention is, provides a kind of tempered air that can make to arrive the method for operation to remote air conditioner powerfully.
Of the present invention also have a purpose to be, a kind of method of operation of air conditioner of wind direction of fine adjustment tempered air is provided.
The method of operation of the air conditioner of the present invention that proposes in order to solve the above problems; Comprise: phase run; When instructing through the operating portion input running of air conditioner; Exhaust unit is risen, and to open mode activated Left-Hand Panel and right panel, wherein this exhaust unit is configured to and can go up and down through the peristome that is formed on body top; This Left-Hand Panel is configured to open and close left side air suction portion and the left side air discharge portion on the left side that is formed on above-mentioned body, and this right panel is configured to open and close right side air suction portion and the right side air discharge portion on the right side that is formed on above-mentioned body; Stop phase when through the input halt instruction of aforesaid operations portion, descends the above-mentioned exhaust unit that in above-mentioned phase run, rises, and drives in above-mentioned phase run to open the driven above-mentioned left/right panel of pattern with " shut " mode".
In the above-mentioned phase run; When importing remote air-supply pattern through aforesaid operations portion; With " shut " mode" control left side discharge blade and right side discharge blade; This left side discharge blade opens and closes between above-mentioned left side air discharge portion and the Left-Hand Panel, and this right side discharge blade opens and closes between above-mentioned right side air discharge portion and the right panel.
In the above-mentioned phase run, be cooling operation and import under the situation of above-mentioned remote air-supply pattern, the adjustment means of wind direction up and down that can be configured in rotatably up and down on the above-mentioned exhaust unit is rotated with being inclined upwardly fix afterwards at above-mentioned air conditioner.
In the above-mentioned phase run, be warming operation and import under the situation of above-mentioned remote air-supply pattern, the adjustment means of wind direction up and down that can be configured in rotatably up and down on the above-mentioned exhaust unit is dipped down tiltedly fix after the rotation at above-mentioned air conditioner.
In the above-mentioned phase run, when through aforesaid operations portion input quick mode, control above-mentioned left side discharge blade and right side discharge blade with weave mode.
In the above-mentioned phase run; When purifying operation mode separately through the input of aforesaid operations portion; With " shut " mode" control left side discharge blade and right side discharge blade; This left side discharge blade opens and closes between above-mentioned left side air discharge portion and the Left-Hand Panel, and this right side discharge blade opens and closes between above-mentioned right side air discharge portion and the right panel.
In the above-mentioned phase run, under the situation of the above-mentioned independent purification operation mode of input, the adjustment means of wind direction up and down that can be configured in rotatably up and down on the above-mentioned exhaust unit is rotated with being inclined upwardly fix afterwards.
In the above-mentioned phase run, under the situation of the above-mentioned independent purification operation mode of input,, exhaust unit is risen, and the lifting height of above-mentioned exhaust unit is uprised if the detected dustiness of dustiness sensor that is arranged on the air conditioner is high; If the detected dustiness of above-mentioned dustiness sensor is low, exhaust unit risen, and make the lifting height of the above-mentioned exhaust unit situation higher low than above-mentioned dustiness.
In the above-mentioned phase run, under the situation of the above-mentioned independent purification running of input,, then control air blast, and the rotating speed that is arranged on the above-mentioned air blast on the above-mentioned body is uprised if the detected dustiness of above-mentioned dustiness sensor is high; If the detected dustiness of above-mentioned dustiness sensor is low, then controls air blast, and make the high situation of the above-mentioned dustiness of rotating ratio of above-mentioned air blast low.
In the above-mentioned phase run, the wind direction adjustment means that rotatably is configured on the above-mentioned exhaust unit is rotated to after the initial position, rotate to middle position, and fix.
In the above-mentioned stop phase, the wind direction adjustment means that rotatably is configured on the above-mentioned exhaust unit is rotated to after the initial position, rotate to middle position, and fix.
Like the present invention of above-mentioned formation, when the running of air conditioner, exhaust unit is discharged tempered air on the position higher than body; Therefore; The maximum of tempered air is discharged apart from elongated, and when air conditioner stopped, the air suction portion, air outlet and the exhaust unit that being formed on the body were all hidden; Thereby have and improve attractive in appearancely, and prevent the advantage of the intrusion of foreign matter etc.
Among the present invention; When remote discharge pattern, the left side air discharge portion and the right side air discharge portion that are formed on the body all are closed, and tempered air is focused in the exhaust unit; Therefore; Has tempered air through exhaust unit more forcefully to the advantage of discharging at a distance, even and to have the interior space that air conditioner will be in harmonious proportion big, the advantage that also can promptly be in harmonious proportion.
Among the present invention; When purifying running separately; The adjustment means of wind direction up and down that is arranged at exhaust unit is inclined upwardly and is fixed after the direction rotation, and tempered air is directed discharging to the place ahead of exhaust unit upside, therefore has to make the maximum that purifies air discharge the advantage that distance increases.
Among the present invention; When purifying running separately, when the indoor pollution degree is high, make the lifting height of exhaust unit uprise or make the rotation speed of the fan of air blast to accelerate; Thereby has the advantage that makes indoor rapid purification; And when the indoor pollution degree is low, makes the lifting height step-down of exhaust unit or make the rotation speed of the fan of air blast slack-off, make from body interior to the minimized advantage of outside noise transmitted thereby have.
Among the present invention; At cooling operation and when being remote discharge pattern; Being arranged at the adjustment means of wind direction up and down on the exhaust unit is inclined upwardly and is fixed after the direction rotation; And make cold air on the position higher than body towards the place ahead of exhaust unit upside discharge, so cold air lands with the shower form when arriving body with distant location, has thus to make the advantage of promptly freezing from body space far away.
Among the present invention; At warming operation and when being remote discharge pattern; Be fixed after being arranged at the downward-sloping direction rotation of the adjustment means of wind direction up and down on the exhaust unit; And make heating installation on the position higher than body towards the place ahead of exhaust unit downside discharge, so heating installation rising when arriving body with distant location has thus and makes the advantage that promptly warms from body space far away.
Among the present invention; In the running of air conditioner or when stopping; Be arranged at wind direction adjustment means on the exhaust unit to initial position rotation and the initial point on the fixed mechanism; Therefore the generation that has the anglec of rotation error that can make the wind direction adjustment means minimizes, and can accurately control the advantage of wind direction constantly.
Characteristics of the present invention and advantage, will through after the embodiments of the invention stated detailed description and with reference to following accompanying drawing, be easier to understand and become.
Description of drawings
Fig. 1 is the stereogram of the running according to an embodiment of air conditioner of the present invention when stopping.
Fig. 2 is the stereogram when discharging pattern according to the dispersion of an embodiment of air conditioner of the present invention.
Fig. 3 is the stereogram during according to the concentrated discharge pattern of an embodiment of air conditioner of the present invention.
Fig. 4 is the exploded perspective view according to an embodiment of air conditioner of the present invention.
Fig. 5 is the lower, transverse cutaway view according to an embodiment of air conditioner of the present invention.
Fig. 6 is the upper lateral cutaway view when discharging pattern according to the dispersion of an embodiment of air conditioner of the present invention.
Fig. 7 is the upper lateral cutaway view during according to the concentrated discharge pattern of an embodiment of air conditioner of the present invention.
Fig. 8 is the upper lateral cutaway view of the running according to an embodiment of air conditioner of the present invention when stopping.
Fig. 9 is the longitudinal sectional view of the exhaust unit according to an embodiment of air conditioner of the present invention when being the decline state.
Figure 10 is the longitudinal sectional view of the exhaust unit according to an embodiment of air conditioner of the present invention when being propradation.
Figure 11 is the exploded perspective view of expression according to the exhaust unit of an embodiment of air conditioner of the present invention.
Figure 12 is the exploded perspective view of expression according to the exhaust unit of an embodiment of air conditioner of the present invention.
Figure 13 is the control block diagram according to an embodiment of air conditioner of the present invention.
Figure 14 is the precedence diagram of expression according to an embodiment of the control method of air conditioner of the present invention.
Figure 15 is the local longitudinal sectional view during for cooling operation and for remote air-supply pattern or air purification mode according to an embodiment of air conditioner of the present invention.
Figure 16 is the local longitudinal sectional view during for warming operation and for remote air-supply pattern according to an embodiment of air conditioner of the present invention.
The specific embodiment
Below, with reference to the accompanying drawing that can specifically realize the embodiments of the invention of above-mentioned purpose, be elaborated.
Fig. 1 is the stereogram of the running according to an embodiment of air conditioner of the present invention when stopping; Fig. 2 is the stereogram when discharging pattern according to the dispersion of an embodiment of air conditioner of the present invention; Fig. 3 is the stereogram during according to the concentrated discharge pattern of an embodiment of air conditioner of the present invention; Fig. 4 is the exploded perspective view according to an embodiment of air conditioner of the present invention; Fig. 5 is the lower, transverse cutaway view according to an embodiment of air conditioner of the present invention; Fig. 6 is the upper lateral cutaway view when discharging pattern according to the dispersion of an embodiment of air conditioner of the present invention, and Fig. 7 is the upper lateral cutaway view during according to the concentrated discharge pattern of an embodiment of air conditioner of the present invention, and Fig. 8 is the upper lateral cutaway view of the running according to an embodiment of air conditioner of the present invention when stopping.
According to air conditioner of the present invention, on body 2, be formed with the air suction portion 4,6 that sucks room air, and be formed with discharge and be heated, cool off in body 2 inside or the air discharge portion 8,10 of the air that purification etc. is blended.
Body 2 is that example describes with the vertical air conditioner applicable to any one situation of vertical air conditioner, hanging air conditioner or ceiling air conditioner etc. below.
Below; In the body 2; Be formed with air suction portion 4,6 in the bottom, and be formed with air discharge portion 8,10, suck air thereby have through its underpart on top; And portion is blended the stream that discharge the back, and comprise base 12, casing 20, lower panel 30,40 and upper panel 50 within it.
Base 12 forms the bottom surface sections outward appearance of body 2, and supporting casing 20 and lower panel 30,40, and is formed with the rake 14 that more past downside broadens more around.
Casing 20 forms the back quadrate part outward appearance of body 2, and is made up of back board 22, left board 24 and right panel portion 26, and casing 20 is configured to be positioned at the back quadrate part upside of base 12.
Casing 20 can be crooked with the perpendicular mode of left board 24 and right panel portion 26 and back board 22, can certainly be with the back board 22 mode bending of tilting relatively of its distance of past the place ahead direction far away more.
Lower panel 30,40 is made up of left side lower panel 30 that constitutes left side air suction portion 4 and the lower right side panel 40 that constitutes right side air suction portion 6.
Left side lower panel 30 is arranged on the bottom anterior position of the left board 24 of casing 20; Be above the front part left side of base 12; Left side air suction inlet 31 forms or the direction opening formation along the place ahead, left side along the left and right directions opening, and on left side lower panel 30, is provided with the left side filter hood 34 that left side filter 32 is installed.
Lower right side panel 40 is arranged on the bottom anterior position of the right panel portion 26 of casing 20; Be above the front part right side of base 12; Right side air suction inlet 41 forms or the direction opening formation along the place ahead, right side along the left and right directions opening, and on lower right side panel 40, is provided with the right side filter hood 44 that right side filter 42 is installed.
The connecting rod breakthrough part 38,48 of the panel driving mechanism 160 that left side lower panel 30 and lower right side panel 40 are stated after the bottom is formed with perforation, it forms with slot part, hole portion or stairstepping as illustrated in fig. 4.
Upper panel 50 is configured in the top, the place ahead of casing 20, and is formed with left side air discharge portion 8 in the left side, is formed with right side air discharge portion 10 on the right side, and roughly is made up of preceding board 52 and left side board 53 and right side board 54.
Left side air discharge portion 8; Between preceding board 52 and left side board 53, be formed with left side portion 55 with respect to preceding board 52 and 53 inclinations of left side board; And form left side air outlet 56 at left side portion 55 upper edge left and right directions openings, perhaps the incline direction opening of direction forms left side air outlet 56 along the place ahead, left side.
Left side air discharge portion 8 is in order to form the S1 of leftward space portion; Left side portion 55 is to the interior side direction depression of body 2; And be formed obliquely with respect to preceding board 52 and left side board 53; After the Left-Hand Panel 90 stated when closing, insertion such as guide portion 92 is discharged in the left side that on Left-Hand Panel 90, possesses highlightedly, the left side discharge blade of stating after especially 94 also is contained among the S1 of this leftward space portion.
Right side air discharge portion 10 forms the right side rake 57 with respect to preceding board 52 and 54 inclinations of right side board between preceding board 52 and right side board 54, rake 57 upper edge left and right directions openings form or the direction opening formation right side air outlet 58 along the place ahead, right side on the right side.
Right side air discharge portion 10 is in order to form the S2 of rightward space portion; Right side rake 57 is to the interior side direction depression of body 2; And be formed obliquely with respect to preceding board 52 and right side board 54; After the right panel 100 stated when closing, insertion such as guide portion 102 is discharged on the right side that on right panel 100, possesses highlightedly, the right side discharge blade of stating after especially 104 also is contained among the S2 of this rightward space portion.
The place ahead in the upper panel 50 of body 2 is provided with front cover 60.
At this, front cover 60 is set up with the mode in the place ahead of covering upper panel 50, and forms the Square consisting of two isosceles right-angled triangles shape on the whole, and the part 62 in the left side the place ahead of covering the S1 of leftward space portion, and the part 64 on right side is covered the place ahead of the S2 of rightward space portion.
Front cover 60 plays the not direction craspedodrome forwards of air that makes through left side air outlet 56 and right side air outlet 58; And the effect of blade 90 and a kind of air guide member of right side blade 100 guiding to the left; And above-mentioned front cover 60 also plays a kind of effect of curtain-shaped cover member; That is, when Left-Hand Panel 90 and right panel 100 are positioned at the closed position, discharge guide portion 92 and block with the mode that guide portion 102 is discharged on the right side can't see the left side from the place ahead.
On the other hand; Body 2 can be configured to 60 the place aheads that cover upper panel 50 of front cover; The place ahead that also can front cover 60 not only covers upper panel 50; And cover left and right, lower panel 30, the place ahead between 40 and the place ahead left and right, lower panel 30,40 together, below, 60 situation that cover the place ahead of upper panel 50 of front cover are described.
And, front panel 70 with left and right, in a side be the place ahead that the center rotatably is connected body 2.
Front panel 70 forms the front face side outward appearance of air conditioner; And can be fixedly mounted at least one in base 12, left side lower panel 30, lower right side panel 40 and the upper panel 50; Can certainly rotatably be connected at least one in base 12, left side lower panel 30, lower right side panel 40 and the upper panel 50, so that open and close the space between left side lower panel 30 and the lower right side panel 40.
Below; Front panel 70 rotatably is connected at least one in base 12, left side lower panel 30, lower right side panel 40 and the upper panel 50; And the situation between the upper end of switching upper panel 50, front cover 60 and the front face of base 12 describes.
At this; Front panel 70 is by being that benchmark is positioned at inside and outside or forward and backward a plurality of members 71,72 multiplet that forms that mutually combines and constitutes when closing; And comprise: outer member 71, it forms the outward appearance of the front face side of air conditioner, and be outside benchmark is positioned at body 2; Inner member 72, it is positioned at the inboard front part that also rotatably is connected body 2; Support 73, it combines outer member 71 and inner member 72.
On inner member 72, form at least one open pore, be provided with the display 74 that shows the operation information of air conditioners through outer member 71 in the position at the rear of open pore or open pore.
And, have in the inside of body 2: air blast, it produces air blast power, makes after the inside of body 2 sucks room air, to discharge to the outside of body 2; Heat exchanger 75, it makes air and the cold-producing medium seen off from air blast carry out heat exchange.
Air blast 310 is arranged on the lower inside of body 2, and sucks the air at its place ahead or rear and the centrifugal blower of blowing to upside, and comprises: fan motor 76, and its axial rotary fore-and-aft direction is set up highlightedly; Blower fan 77, it is connected on the rotating shaft of fan motor 76; Fan shroud 78, it surrounds blower fan 77 and fan motor 76, and is formed with peristome in front or on the face in the back, and is formed with outlet on top; Orifice plate 79, it is configured on the peristome of fan shroud 78.
Heat exchanger 75 is arranged on air blast, especially the upside of fan shroud 78.
On the other hand, to shown in Figure 3, the air conditioner of present embodiment is made up of following structure like Fig. 1, that is, exhaust unit 80 rises on the body 2 in the inside upper part of body 2, and on body 2, drops to the inside upper part of body 2.
Fig. 9 is the longitudinal sectional view of the exhaust unit according to an embodiment of air conditioner of the present invention when being the decline state.Figure 10 is the longitudinal sectional view of the exhaust unit according to an embodiment of air conditioner of the present invention when being propradation.
Body 2 has the whole opening surface of opening along the vertical direction above it, perhaps forms the peristome of opening along the vertical direction in the above, and exhaust unit 80 is driven up and down through the opening surface or the peristome of body 2.
Exhaust unit 80, at least one the face upper shed in face around four of front, rear, left and right forms air outlet 81, and the bottom surface opening forms so that communicate with body 2, and forms the bottom surface of connection opening and the air flow circuit of air outlet 81 in inside.
On body 2, be provided with the up-down guide 82 of the up-down of guiding exhaust unit 80; Exhaust unit 80 is by up-down guide 82 guiding of going up and down, and rises to the upper side position of up-down guide 82, thereby makes air outlet 81 or open/expose; Perhaps drop to the inside of up-down guide 82; Thereby cover up-down guide 82 above, promptly body 2 above, airtight/hidden air outlet 81.
At this, up-down guide 82 is configured to the top in the space between casing 20 and upper panel 50.
As shown in Figure 4, on up-down guide 82, form guiding slot part 83 along the vertical direction more longways, this guiding slot part 83 when the lifting action of exhaust unit 80 along after the fixed gear 87 stated be directed.
Up-down guide 82 is arranged on the top in the space between casing 20 and the upper panel 52; On up-down guide 82, be provided with upper decoration member 84, the last side-prominent part between casing 20 and upper panel 52 that this upper decoration member 84 is covered in the up-down guide 82.
On the other hand, exhaust unit 80 carries out lifting action through elevating mechanism 85, and is as shown in Figure 4, and elevating mechanism 85 comprises: lift motor 86; Power transfering part 87,88, it is connected on the lift motor 86, and along with the driving of lift motor 86, makes exhaust unit 80 carry out lifting action.
In the exhaust unit 80; Lift motor 86 is installed on the exhaust unit 80, and power transfering part fixedly is provided in the top of body 2, on the guide 82 that especially goes up and down; And exhaust unit 80 comprises: fixed gear 87, and it is made up of the tooth bar that forms more longways along the vertical direction; Carrier wheel 88, it is arranged on the lift motor 86, and when lift motor 86 drives along with fixed gear 87 rotations and go up and down, and constitute by pinion.
Exhaust unit 80 comprises: outlet main body 210, and it is gone up and down by elevating mechanism 85, and is formed with air outlet 81; Left and right sides wind direction governor motion 290, its left and right sides wind direction adjusting portion 230 and left and right sides wind direction adjusting driving mechanism 260 by the left and right sides wind direction of regulating the air of discharging through outlet main body 210 constitutes; The wind direction governor motion 320 up and down, its by the adjustment means of wind direction up and down 300 of the left and right sides wind direction of regulating the air of discharging through outlet main body 210 and up and down wind direction regulate driving mechanism 310 and constitute.To exhaust unit 80 and up-down guide 82, will be elaborated in the back.
On the other hand, to shown in Figure 8, body 2 comprises like Fig. 1: Left-Hand Panel 90, and it is configured in the left side of body 2 along the vertical direction more longways, so that open and close left side air suction portion 4 and left side air discharge portion 8 together and guide air; Right panel 100, it is configured in the right side of body 2 along the vertical direction more longways, so that open and close right side air suction portion 6 and right side air discharge portion 10 together and guide air.
In the left and right side panel 90,100; The air suction portion 4,6 that opens and closes is played in its underpart; And guiding is to the suction door of air suction portion 4,6 inhaled airs and the effect that sucks guide; And its top is played and is opened and closed air discharge portion 8,10, and the ejection door of the guiding air of discharging through air discharge portion 8,10 and the effect of discharging guide, and forms long along the vertical direction plate shape on the whole.
Left and right side panel 90,100 is made up of the combination 120,130,140 of a plurality of members respectively; If constitute by the parts that glass, timber, metal material or synthetic resin etc. with ornamental portion have aesthetic feeling as the outer member 120 of the part of mainly seeing from external energy; Then can wait and improve aesthetic feeling, and can wait and represent new design through changing glass, timber, metal material or synthetic resin through the ornamental portion of glass, timber, metal material or synthetic resin.
Left-Hand Panel 90 is air discharge portion 8 in the left side; Especially with on the leftward space portion corresponding position of S1 possess the left side highlightedly and discharge guide portion 92; Guide portion 92 is regulated the air of discharging through left side air discharge portion 8 when air discharge portion 8 opens in the left side wind direction is discharged in this left side, and is inserted into and leaves in the S1 of leftward space portion when closing in left side air discharge portion 8.
On Left-Hand Panel 90, be provided with left side discharge blade 94 and left side discharge blade driving mechanism 95; This left side discharge blade 94 opens and closes when Left-Hand Panel 90 is opened between the front end of left side air discharge portion 8 and Left-Hand Panel 90; And guiding is discharged air, discharge blade 94 rotations on the left of this left side discharge blade driving mechanism 95 makes.
Left side discharge blade driving mechanism 95 is made up of left side discharge blade motor, and this left side discharge blade motor is arranged on the upside or the downside of left side discharge blade 94, and left side discharge blade 94 is rotated.
Right panel 100 is air discharge portion 10 on the right side; Especially with the rightward space portion corresponding position of S2 on possess the right side highlightedly and discharge guide portion 102; Guide portion 102 is regulated the air of discharging through right side air discharge portion 10 when right panel 100 is opened wind direction is discharged on this right side, and when right panel 100 is closed, is inserted into and leaves in the S2 of rightward space portion.
On right panel 100, be provided with right side discharge blade 104 and right side discharge blade driving mechanism 105; This right side discharge blade 104 opens and closes between the front end of right side air discharge portion 10 and right panel 100 when right panel 100 is opened; And guiding discharge air, this right side discharge blade driving mechanism 105 makes 104 rotations of right side discharge blade.
Right side discharge blade driving mechanism 105 is made up of right side discharge blade motor, and this right side discharge blade motor is arranged on the upside or the downside of right side discharge blade 104, and makes 104 rotations of right side discharge blade.
On body 2, as shown in Figure 4, be provided with Left-Hand Panel driving mechanism 159 that drives Left-Hand Panel 90 and the right panel driving mechanism 160 that drives right panel.
On the other hand; In the air conditioner according to present embodiment; The medial surface that guide portion 92 and left side discharge blade 94 and left side discharge blade driving mechanism 95 are configured in Left-Hand Panel 90 is discharged in the left side, i.e. right flank and be the left side of body 2, and also Left-Hand Panel driving mechanism 159 is set at the left side of body 2; The medial surface that guide portion 102 and right side discharge blade 104 and right side discharge blade driving mechanism 105 are configured in right panel 100 is discharged on the right side; Be left surface, and right panel driving mechanism 160 is set at the right side of body 2, Left-Hand Panel 90 is made up of left and right symmetrical structure with right panel 100 on the whole.
Left-Hand Panel driving mechanism 159 comprises: the lower left side that is arranged on body 2 is the Left-Hand Panel motor in the left side of base 12; Rotate by the Left-Hand Panel motor, and be connected on the Left-Hand Panel 90, and when the Left-Hand Panel motor drives, make the Poewr transmission mechanism of the connecting rod etc. of Left-Hand Panel 90 rotations.
Right panel driving mechanism 160 comprises: the right side, bottom that is arranged on body 2 is the right panel motor on the right side of base 12; Rotate by the right panel motor, and be connected on the right panel 100, and when the right panel motor drives, make the Poewr transmission mechanism of the connecting rod etc. of right panel 100 rotations.
Fig. 6 extremely Reference numeral 52A, 52B shown in Figure 8 is that blade holds slot part; This blade holds the and arranged on left and right sides that slot part is formed on the front face 52 of upper panel 50 steppedly; So that closing the left and right side panel at 90,100 o'clock, and can insert and hold the part of left and right side discharge blade 94,104.
Figure 11 is the exploded perspective view of expression according to the exhaust unit of an embodiment of air conditioner of the present invention, and Figure 12 is the exploded perspective view of expression according to the exhaust unit of an embodiment of air conditioner of the present invention.
For exhaust unit 80 is descended to the inside of up-down guide 82, and the air of seeing off to the top of body 2 is passed through, above up-down guide 82 forms and below open wide and the inner casing shape of opening along the vertical direction.
Elevating mechanism 85 preferably is arranged on the position of flowing that lift motor 86, carrier wheel 88 and fixed gear 87 do not hinder air to greatest extent, promptly on four the angle sides or at least one side in the left and right side of exhaust unit 80 and up-down guide 82; For exhaust unit 80 more stably goes up and down, many covers are set preferably; Be preferably the bottom that lift motor 86 is separately positioned on the and arranged on left and right sides of exhaust unit 80, lift motor 86 separately on carrier wheel 88 is set, and fixed gear 87 is set respectively in the and arranged on left and right sides of up-down guide.
Fixed gear 87 is can be on the periphery inwall of up-down guide 82 outstanding integratedly to be formed, and also can be on the periphery inwall of up-down guide 82 links and is provided with highlightedly with the coupling member of screw etc.Below; Situation to comprising accommodation section 87A and gear part 87B describes, and this accommodation section 87A is outstanding to be formed on the inwall of up-down guide 82, and this gear part 87B slides and is inserted among the 87A of accommodation section; And link through the coupling member of screw etc. with accommodation section 87A, and with carrier wheel 88 engagements.
The motor holding portion that inserts and hold lift motor 86 is formed at the bottom in outlet main body 210, and is combined with the motor shell 89 that covers lift motor 86 with motor holding portion.
Outlet main body 210 can have to be made after the air that the inside upper part of body 2 is seen off passes through; A direction in the upside front, rear, left and right of body is discharged; Thereby forwards disperse the flow passage structure of discharging, and can have the flow passage structure of a direction discharge that forwards waits with a plurality of directions such as and arranged on left and right sides.Below, the mechanism's situation that outlet main body 210 is had the stream of forwards discharging describes.
Outlet main body 210 has following flow passage structure; That is, the air of seeing off from the inside of body 2 up flows from beneath, and after the direction turnover forwards of its flow direction; The flow passage structure that discharge in the place ahead through exhaust unit 80; Thereby form bottom surface and open-front on the whole, and left and right, back, above be blocked, form the stream that air passes through between bottom surface and the front.
Rear side in the inside of outlet main body 210 is equipped with stream guide 211, and this stream guide 211 will forwards guide from beneath up air flowing.
Outlet main body 210 is in the inboard that drops to body 2; When especially dropping to the inside of up-down guide 82; Hide body 2 above, especially hide up-down guide 82 above, and form the top surface portion outward appearance of air conditioner; Opening forms the electric installation portion 212 of the various electric components that motor, PCB etc. are set at an upper portion thereof, and is provided with the top cover 213 that forms the top outward appearance of air conditioner when hiding electric installation portion 212 top in the above.
Left and right sides wind direction adjustment means 220,230,240,250 is configured to about central portion or the back quadrate part that its vertical pivot is arranged in forward and backward, the central portion of outlet main body 210.
But the rotating shaft that left and right sides wind direction adjustment means 220,230,240,250 is configured to hang down as for the inside of outlet main body 210 is the center left rotation and right rotation; And will guide to its configuration direction through the modulated and air of outlet main body 210; And for modulated and air are spread to the left and right, a plurality of left and right sides wind direction adjustment means is separated configuration along left and right directions.
230 to be regulated driving mechanism 260 by left and right sides wind direction be the center rotation with the vertical axis in a plurality of left and right sides wind direction adjustment means 220,230,240,250 any, left and right sides wind direction adjustment means 230 interlocks in remaining 220,240,250 and the spinning movement and be that the center rotates with the vertical axis.
Below; The left and right sides wind direction adjustment means of utilizing left and right sides wind direction to regulate driving mechanism 260 and directly rotating is called driving wind direction adjustment means 230, and other left and right sides wind direction adjustment means of rotating with driving wind direction adjustment means 230 interlocks are called driven wind direction adjustment means 220,240,250.
At this; Drive wind direction adjustment means 230; Be equipped with the rotating shaft 232 that is connected with left and right sides wind direction adjusting driving mechanism 260 at upside; And be equipped with the rotatably mounted rotating shaft 234 of supported part 270 at downside, and be formed with the connecting axle 236 that is connected with driven wind direction adjustment means 220,240,250 for through linkage part 264.
And; Driven wind direction adjustment means 220,240,250; Be equipped with at upside and be discharged from the rotatably mounted rotating shaft 222,242,252 of mouthful main body 210; And be equipped with the rotatably mounted rotating shaft 224,244,254 of supported part 270 in the bottom, and be formed with the connecting axle 226,246,256 that is connected with driving wind direction adjustment means 230 for through linkage part 264.
At this; Linkage part 264 is a kind of when driving wind direction adjustment means 230 by 260 rotations of left and right sides wind direction adjusting drive source; Make driven wind direction adjustment means 220,240,250 with driving the connection connecting rods of wind direction adjustment means 230 to same direction rotation, and with after the left and right sides wind direction stated regulate driving mechanism 260 and constitute left and right sides wind direction governor motion 290.
Linkage part 264 is configured on the downside rear position of left and right sides wind direction adjustment means 220,230,240,250 more longways along left and right directions; The connecting axle 226,236,246,256 of left and right sides wind direction adjustment means 220,230,240,250 is inserted into and the connecting hole 265,266,267,268 that connects, separates the interval of left and right sides wind direction adjustment means 220,230,240,250 and forms.
Left and right sides wind direction is regulated driving mechanism 260 and is made up of the left and right sides wind direction governor motor that is arranged on the electric installation portion 212, and is attached on the electric installation portion 212 through the coupling member of screw etc.
Wind direction adjustment means 300 pivot that is configured to its level is positioned at about front part of outlet main body 210 up and down.
Wind direction adjustment means 300 can equally with left and right sides wind direction adjustment means possess a plurality of adjustment means up and down; And a plurality of adjustment means are passed through linkage part and interlock; Also can a plurality of wind direction adjusting portions 301,302 up and down form separatedly up and down; And on the two side ends of a plurality of up and down wind direction adjusting portions 301,302, form left and right side end 303,304, and a plurality of wind direction adjusting portion 301,302 up and down and left and right side end 303,304 can form as one.Below, situation about forming as one is described.
Wind direction adjustment means 300 is the center rotation with the trunnion axis up and down; The outstanding outfit with wind direction up and down reconciled the rotating shaft 305 that the rotating shaft of driving mechanism 310 is connected on the side in left and right, gives prominence to outfit on the opposite side in left and right by the rotatably mounted rotating shaft 306 of supporting member 270.
On the other hand; Supporting member 270 comprises a plurality of legs 271,272,273,274 of the bottom rotating shaft 224,234,244,254 of a plurality of left and right sides of supporting wind direction adjustment means 220,230,240,250; And for make air pass through a plurality of leg 271,272,273, between 274; Form path 276,277,278 at a plurality of leg 271,272,273, between 274; And the left side 281 of the left side leg 271 that is positioned at the leftmost side and supporting member 270 separates, thereby the left side of leg 271 forms left side path 275 in the left side; Be positioned at the right side leg 274 of the rightmost side and the right side 282 of supporting member 270 and separate, thereby the right side of leg 274 forms right side path 279 on the right side.
Supporting member 270 comprises the joint portion 280 that combines with outlet main body 210, and a plurality of leg 271,272,273,274 rocks in order to prevent, 280 is outstanding and extend to the bottom of left and right wind direction adjustment means 220,230,240,250 from the joint portion.
The joint portion 280 of supporting member 270 is by constituting along the left and right board body part that forms more longways, and the coupling member through screw etc. is combined on the linking part 219, is formed on the front lower of outlet main body 210 about these linking part 219 edges more longways.
Supporting member 270 is regulated driving mechanism 310 in order to support up and down wind direction adjustment means 300 and wind direction to be set up and down, and comprises: left side 282, and it is positioned at the inboard next door of the left side of outlet main body 210; Right side 283, it is positioned at the inboard next door of the right plate of outlet main body 210, and supporting member 270 constitutes the structure that between the left side of left side 282 and right side 283 and outlet main body 210 and right side, has the space.
Wind direction regulates that in the lateral wall of madial wall and supporting member 210 that driving mechanism 310 is arranged on outlet main body 210 one goes up so that the governor motor of wind direction up and down between the lateral wall of the madial wall of outlet main body 210 and supporting member 210 up and down, and its rotating shaft 311 is set up along left and right directions highlightedly.
Wind direction is regulated driving mechanism 310 promptly up and down in the coupling member of wind direction governor motor through screw etc. the left side 282 that is attached at supporting member 210 and the right side 283 up and down.
Reference numeral 285 is an axle through hole, and at least one in the rotating shaft 311 of the side-prominent rotating shaft 305 of this through hole from wind direction adjustment means 300 up and down left and right and rotating mechanism 310 up and down runs through the left side 282 of supporting member 270 and any in the right side 283 forms.
Reference numeral 286 is an axle support, on another in the left side 282 that this support will can be rotated to support on supporting member 270 from the outstanding rotating shaft 306 of opposite side wind direction adjustment means 300 up and down left and right and the right side 283.
Reference numeral 215 is the rotating shaft through hole; This rotating shaft through hole is formed on the outlet main body 210, makes the top rotating shaft 232 of driving wind direction adjustment means 230 and at least one that left and right sides wind direction is regulated in the rotating shaft 261 that driving mechanism 260 is a left and right sides wind direction governor motor run through in this rotating shaft through hole.
Reference numeral 216,217,218 is the axle support, the top rotating shaft 222,242,252 of the rotatably mounted driven wind direction adjustment means 220,240,250 of this support.
Figure 13 is the control block diagram according to an embodiment of air conditioner of the present invention.
Shown in figure 13, according to air conditioner of the present invention, also comprise: operating portion 400; Control part 410; It is according to the operation of operating portion 400, comes fan motor 76, Left-Hand Panel driving mechanism 159, right panel driving mechanism 160, elevating mechanism 85, left side discharge blade driving mechanism 95, right side discharge blade driving mechanism 105, wind direction is regulated driving mechanism 310 up and down, left and right sides wind direction is regulated driving mechanism 260.
Control part 410; When receiving the air-conditioner operation instruction of importing through operating portion 400, fan motor 76 makes blower fan 77 rotate; And Left-Hand Panel driving mechanism 159 and right panel driving mechanism 160 all are controlled to the pattern of opening; So that Left-Hand Panel 90 is all opened with right panel 100, and elevating mechanism 85 is controlled to the rising pattern, so that exhaust unit 80 rises to the upside of body 2.
When aforesaid control; Left-Hand Panel 90 is opened left side air suction portion 4 and left side air discharge portion 8 simultaneously; Right panel 100 is opened right side air suction portion 6 and right side air discharge portion 10 simultaneously; Exhaust unit 80 rises to the upside of body 2, thereby opens the air outlet 81 of exhaust unit 80.
In addition; When the operation mode by inputs such as users is remote discharge pattern; Control part 410 is with " shut " mode" control left side discharge blade driving mechanism 95; So that left side discharge blade 94 is closed left side air discharge portion 8, and with " shut " mode" control right side discharge blade driving mechanism 105, so that right side discharge blade 104 is closed right side air discharge portion 10.When the operation mode by inputs such as users is quick mode; Control part 410 is with swing rotary mode control left side discharge blade driving mechanism 95; So that left side discharge blade 94 swing rotations; And with weave mode control right side discharge blade driving mechanism 105, so that right side discharge blade 95 shakes rotation.
At this, discharge pattern has at a distance perhaps been imported the situation of independent purification running for imported the situation of remote air-supply pattern through operating portion 400 through operating portion 400, for remote discharge pattern, will be elaborated in the back.
On the other hand; When importing the halt instruction of air conditioners through operating portion 400, control part 410 stops fan motor 76, so that blower fan 77 stops; And with " shut " mode" driving Left-Hand Panel driving mechanism 159 and right panel driving mechanism 160; So that Left-Hand Panel 90 all closes with right panel 100, and with decline mode activated elevating mechanism 85, so that exhaust unit 80 drops to the inside of body 2.
Figure 14 is the precedence diagram of expression according to an embodiment of the control method of air conditioner of the present invention; Figure 15 be according to an embodiment of air conditioner of the present invention for cooling operation and be remote air-supply pattern or the local longitudinal sectional view during purification pattern separately, Figure 16 is the local longitudinal sectional view during for warming operation and for remote discharge pattern according to an embodiment of air conditioner of the present invention.
At first; When instructing through the running (opening) of operating portion 400 input air conditioners; Control part 410 is to open mode activated Left-Hand Panel driving mechanism 159 and right panel driving mechanism 160; So that Left-Hand Panel 90 and right panel 100 all open, and carry out phase run S1～S14, so that exhaust unit 80 rises with rising mode activated elevating mechanism 85.
At this, phase run S1～S14 is the stage that makes air conditioner mediation room air, is elaborated in the face of phase run S1～S14 down.
When phase run; The left side air suction portion 4 and the left side air discharge portion 8 of body 2 open; And right side air suction portion 6 and right side air discharge portion 10 open, and exhaust unit 80 rises to the upside of body 2, thereby air outlet 81 open/is exposed.(S2)
In before aforesaid exhaust unit 80 rises, perhaps rising on the way or after the end of rising; Control part 410 driving left and right sides wind directions are regulated driving mechanism 260; So that left and right sides wind direction adjustment means 220,230,240,250 and current angle irrespectively rotate to the initial position of left and right directions; And drive up and down wind direction and regulate driving mechanism 310, so that wind direction adjustment means 300 and current angle irrespectively rotate to the initial position of above-below direction up and down.(S2)
At this; The initial position of left and right directions (for example is configured to the position of left and right sides wind direction adjustment means 220,230,240,250 when rotating to the arbitrary direction in left and right to greatest extent; The position of rotation of the leftmost side); The initial position of above-below direction is configured to the position (for example, the position of rotation of lower side) when rotating to the arbitrary direction in upper and lower to greatest extent of wind direction adjustment means 300 up and down.
When left and right sides wind direction adjustment means 220,230,240,250 rotates to the initial position of left and right directions; Be initialised and initial point on the fixed mechanism; When up and down wind direction adjustment means 300 rotates to the initial position of above-below direction, be initialised and initial point on the fixed mechanism.
Afterwards; Control part 410 driving left and right sides wind direction governor motions 260; So that wind direction adjustment means 220,230,240,250 initial positions from left and right directions in the left and right sides rotate to the middle position of left and right directions; And drive wind direction governor motion 310 up and down, so that wind direction adjustment means 300 rotates to the middle position of above-below direction from the initial position of above-below direction up and down.(S2)
And; When the operation mode of air conditioner is a cooling operation and when blowing pattern at a distance; Control part 40 is for to remote discharge cold air, with " shut " mode" control left side discharge blade driving mechanism 95 and right side discharge blade driving mechanism 105, so that left and right air discharge portion 8,10 closes.(S3、S4、S5)
When aforesaid control, left side discharge blade 94 blocks between left side air discharge portion 8 and the Left-Hand Panel 90, and right side discharge blade 104 blocks between right side air discharge portion 10 and the right panel 100.(S5)
Control part 410 drives wind direction adjusting driving mechanism 310 up and down; So that wind direction adjustment means 300 is rotated with being inclined upwardly up and down; When wind direction adjustment means 300 up and down is inclined upwardly predetermined angular when rotating as illustrated in fig. 15 (θ 1), stops up and down wind direction and regulate driving mechanism 310.(S5)
Control part 410 is regulated driving mechanism 260 with central pattern control left and right sides wind direction, so that left and right sides wind direction adjustment means 220,230,240,250 sidespin then be positioned at central authorities in left and right not.
Control part 410 is as described above with the cooling operation/mode activated of blowing at a distance fan motor 76; And be arranged on the cold/warm transfer valve (not shown) on the off-premises station (not shown), and be arranged on the compressor (not shown) on the off-premises station according to the indoor temperature opening/closing with refrigeration mode control.
When carrying out aforesaid control; Indoor air is directed into after the bottom of left/right panel 90,100; Be inhaled into the and arranged on left and right sides bottom of body 2 through left and right air suction portion 4,6, and carry out heat exchange, thereby be cooled at the inside and the heat exchanger 75 of body 2.
As stated; Cooled air focuses on after the inside of exhaust unit 80; Be discharged from mouthful unit 80 and 220,230,240,250 guiding of left and right sides wind direction adjustment means; Receive the up and down guiding of wind direction adjustment means 300 afterwards, thereby it is discharged direction and is adjusted to side direction on the place ahead of exhaust unit 80.
Exhaust unit 80 is on the position higher than body 2; Through the make progress wind direction of side directed cold air of the acclivitous configuration of wind direction adjustment means 300 up and down; Thereby compare with the situation of disperseing through left and right air discharge portion 8,10 to discharge or through the situation that discharge the front of body 2, make the cold air reach longer and wind-force when arriving is stronger.
Promptly; Through closing of left and right air discharge portion 8,10, cold air is focused in the exhaust unit 80, because the height of exhaust unit 80 is high; Therefore from forwards discharging cold air than body 2 high positions; And through configuration with being inclined upwardly up and down wind direction adjustment means 300 with upwards guiding of cold air, thereby cold air is arrived from body 2 distance far away with strong wind-force, and make from the indoor of position of body 2 distance far away and also can promptly freeze.
On the other hand, the cold air of discharging from the place ahead upside of the last side direction exhaust unit 80 of body 2 as described above, drop to the shower form indoor, thereby arrive to from body 2 position far away.
On the other hand; When the operation mode of air conditioner is a cooling operation and during for quick mode; For the air conditioner periphery is freezed as early as possible; Control part 201 is with swing rotary mode control left side discharge blade driving mechanism 95 and right side discharge blade driving mechanism 105, so that 94, the 104 swing rotations of left and right discharge blade.(S3、S6、S7)
And; Control part 410 is regulated driving mechanism 310 with wind direction about the control of swing rotary mode; So that wind direction adjustment means 300 swings up and down rotation up and down; And with horizontal pattern control up and down wind direction regulate driving mechanism 310 so that wind direction adjustment means 300 sidespin in up and down then be positioned at level not up and down.(S7)
At this; Control part 410 is regulated driving mechanism 310 with wind direction about the control of swing rotary mode; So that up and down wind direction adjustment means 300 in driven compressor during swing up and down rotation; And with horizontal pattern control wind direction governor motion 310 up and down so that up and down wind direction adjustment means 300 in compressor stops during be positioned at level.
And control part 410 is regulated driving mechanism 260, the rotation so that left and right sides wind direction adjustment means 300 swings with swing rotary mode control left and right sides wind direction.(S7)
As stated; Control part 410 is with cooling operation/quick mode fan motor 76; And be arranged on the cold/warm transfer valve (not shown) on the off-premises station (not shown) with refrigeration mode control, drive/stop the compressor (not shown) that is arranged on the off-premises station according to indoor temperature.
When carrying out aforesaid control; Indoor air is directed into after the bottom of left/right panel 90,100; Be inhaled into the and arranged on left and right sides bottom of body 2 through left and right air suction portion 4,6, and carry out heat exchange, thereby be cooled at the inside and the heat exchanger 75 of body 2.
As stated, be cooled and an air part of having carried out heat exchange through left side air discharge portion 8 and right side air discharge portion 10 left, part on the right side and loose and discharge the remaining inside that flow to exhaust unit 80 from the top of the and arranged on left and right sides of body 2.
The air of discharging from left side air discharge portion 8 passes through between the top of left side air discharge portion 8 and Left-Hand Panel 90; And by left side discharge blade 94 and Left-Hand Panel 90 guiding; Especially spread to the left and right through left side discharge blade 94, and widely discharge from the left side in the place ahead of body 2.
The air of discharging from right side air discharge portion 10 passes through between the top of right side air discharge portion 10 and right panel 100; And by right side discharge blade 104 and right panel 100 guiding; Especially spread to the left and right through right side discharge blade 104, and widely discharge from the left side in the place ahead of body 2.
On the other hand; Flow to the guiding that air in the inside of exhaust unit 80 receives left and right sides wind direction adjustment means 220,230,240,250; And diffusion to the left and right receives the guiding of wind direction adjustment means 300 up and down afterwards, discharges or the level discharge with the mode that its discharge direction enlarges up and down.
That is, the cold air of discharging from exhaust unit 80, with about the mode that spreads up and down diffusion the time discharge, perhaps about diffusion and level discharge.
As stated; The left forward side of body 2 with about the cold air that is discharged from of the mode of diffusion and the right side in the place ahead of body 2 with about discharge diffusely up and down when spreading about the cold air that is discharged from of the mode of diffusion and upside the place ahead at body 2 or about level is discharged diffusion time the cold air; Cool off the air conditioner periphery in all directions, the air conditioner periphery is promptly turned cold.
On the other hand; When the swing of the swing of wind direction adjustment means 300 rotation and left and right sides wind direction adjustment means 220,230,240,250 is rotated about aforesaid; Control part 410 makes up and down wind direction adjustment means 300 and 220,230,240, the 250 swing rotations of left and right sides wind direction adjustment means with the number of revolutions set (for example; 10 times), and make up and down wind direction adjustment means 300 and left and right sides wind direction adjustment means 220,230,240,250 rotate to initial position (for example, under the situation of wind direction adjustment means 300 up and down; Position of rotation for the lower side; Under the situation of left and right sides wind direction adjustment means 220,230,240,250, be the position of rotation of the leftmost side) initialization, make wind direction adjustment means 300 and 220,230,240, the 250 swing rotations of left and right sides wind direction adjustment means up and down afterwards once more.
On the other hand; When the operation mode of air conditioner is a warming operation and when blowing pattern at a distance; Control part 410 is remote for heating installation is arrived, with " shut " mode" control left side discharge blade driving mechanism 95 and right side discharge blade driving mechanism 105, so that left and right air discharge portion 8,10 closes.(S8、S9、S10)
When aforesaid control, left side discharge blade 94 blocks between left side air discharge portion 8 and the Left-Hand Panel 90, and right side discharge blade 104 blocks between right side air discharge portion 10 and the right panel 100.(S10)
Control part 410 drives wind direction adjusting driving mechanism 310 up and down; So that wind direction adjustment means 300 rotation that dips down tiltedly up and down; When the downward-sloping as illustrated in fig. 16 predetermined angular of wind direction adjustment means 300 rotates (θ 2) up and down, stop wind direction adjusting driving mechanism 310 up and down.(S10)
Control part 410 is regulated driving mechanism 260 with central pattern control left and right sides wind direction, so that left and right sides wind direction adjustment means 220,230,240,250 sidespin then be positioned at central authorities in left and right not.(S10)
Control part 410 is as described above with the warming operation/mode activated of blowing at a distance fan motor 76; Be arranged on the cold/warm transfer valve (not shown) on the off-premises station (not shown) with heating mode control, and drive/stop the compressor (not shown) that is arranged on the off-premises station according to indoor temperature.
When carrying out aforesaid control; Indoor air is directed into after the bottom of left/right panel 90,100; Be inhaled into the bottom of the and arranged on left and right sides of body 2 through left and right air suction portion 4,6, and carry out heat exchange, thereby be heated at the inside and the heat exchanger 75 of body 2.
As stated; Heated air focuses on after the inside of exhaust unit 80; Receive the guiding of exhaust unit 80 and left and right sides wind direction adjustment means 220,230,240,250; Receive the up and down guiding of wind direction adjustment means 300 afterwards, and its discharge direction be adjusted to exhaust unit 80 the place ahead lower side to.
Exhaust unit 80 is on the position higher than body 2, through the wind direction of the downward side directed heating installation of downward-sloping configuration of wind direction adjustment means 300 up and down.
Through closing of left and right air discharge portion 8,10; Heating installation is focused in the exhaust unit 80; Because the height of exhaust unit 80 is high; Therefore from forwards discharging heating installation than body 2 high positions, compare with the situation of disperseing through left and right air discharge portion 8,10 to discharge or through the situation that discharge the front of body 2, can arrive farther distance.
Wind direction adjustment means 300 dips down and tiltedly is configured up and down; Thereby compare with the situation of the cooling operation/pattern of blowing at a distance; Heating installation arrives from the nearer position of body 2; But because the height itself of closing to concentrate heating installation and exhaust unit 80 through left and right air discharge portion 8,10 is than body 2 height; Therefore can fully arrive from body 2 distance far away, the heating installation that the place ahead downside of aforesaid last side direction exhaust unit 80 from body 2 is discharged fully arrives rising after body 2 position far away, warms rapidly thereby make from body 2 positions far away.
On the other hand; When the operation mode of air conditioner is a warming operation and during for quick mode, control part 410 is controlled left side discharge blade driving mechanism 95, right side discharge blade driving mechanism 105 with the situation of cooling operation/quick mode, wind direction is regulated driving mechanism 310 and left and right sides wind direction adjusting driving mechanism 260 up and down the samely.(S8、S11、S12)
And; As stated; The same ground of the situation of control part 410 and the cooling operation/pattern of blowing at a distance; Fan motor 76 is arranged on the cold/warm transfer valve (not shown) on the off-premises station (not shown) with heating mode control, and drives/stop the compressor (not shown) that is arranged on the off-premises station according to indoor temperature.
When aforesaid control; Heating installation is discharged in the left forward side of body 2 to the left and right diffusely; Discharge to the left and right diffusely in right forward side at body 2, and level is discharged when spreading about discharge perhaps diffusely up and down when about upside the place ahead of body 2, spreading.
That is, heating installation warms the air conditioner periphery in all directions, thereby the air conditioner periphery promptly warms.
On the other hand; When the operation mode of air conditioner is when purifying operation mode separately, control part 410 is controlled left side discharge blade driving mechanism 95, right side discharge blade driving mechanism 105 with the situation of the cooling operation/pattern of blowing at a distance the samely, wind direction is regulated driving mechanism 310 and left and right sides wind direction adjusting driving mechanism 260 up and down.(S13、S14)
And; As stated, the same ground of the situation of control part 410 and the cooling operation/pattern of blowing at a distance, fan motor 76; With the different ground of the situation of the cooling operation/pattern of blowing at a distance, stop to be arranged on the compressor (not shown) on the off-premises station (not shown).
When carrying out aforesaid control; Indoor air is directed into after the bottom of left/right panel 90,100; Be inhaled into the bottom of the and arranged on left and right sides of body 2 through left and right air suction portion 4,6; And after the purification mechanism through left and right filter 32,42 etc. is cleaned, do not carry out under the situation of heat exchange through heat exchanger 75.As stated, it is after 80s that the air that has been cleaned and the situation of the cooling operation/pattern of blowing at a distance focus on exhaust unit the samely, discharges to the place ahead of exhaust unit 80 upside with the situation of the cooling operation/pattern of blowing at a distance the samely.
As stated, the cleaned air passes that is discharged from arrives from body 2 distance far away, thus indoor from body 2 distance far away also by abundant purification.
On the other hand, control part 410 can decide lifting height and air blast, the especially rotating speed of fan motor 76 of exhaust unit 80 according to through the detected indoor pollution degree of dustiness sensor (not shown).
Control part 410 can be with being divided at least more than three stages through the detected indoor pollution degree of dustiness sensor; And, utilize form or mathematical expression to decide lifting height and air blast, the especially rotating speed of fan motor 76 of exhaust unit 80 according to the difference of separately dustiness; In addition; Can decide the lifting height and the air blast of exhaust unit 80, especially the rotating speed of fan motor 76 according to the ratio of detected indoor pollution degree.When detected indoor pollution degree is above above the dustiness of setting; Control part 410 can be the highest lifting height with the lifting height decision of exhaust unit 80; And the decision of the rotating speed of fan motor 76 is maximum (top) speed; When detected indoor pollution degree is the dustiness of setting when following; Control part 410 can be with the decision of the lifting height of exhaust unit 80 for being lower than the setting lifting height of high lifting height, and the rotating speed decision of fan motor 76 is the setting rotating speed less than maximum (top) speed.
Afterwards, control part 410 drives elevating mechanism 85, so that exhaust unit 80 rises to the lifting height that is determined, and fan motor 76, so that fan motor 76 drives with the rotating speed that is determined.
When aforesaid control, according to the dustiness of room air, exhaust unit 80 makes the open area in the air outlet 81, promptly discharges area and increases, and the discharge area is big more, and more purifies air to indoor discharge.
When aforesaid independent purification is turned round; The noise that produces in the inside of body 2 (for example; Fan noise or motor noise) air outlet 81 through exhaust unit 80 passes to the outside; Under the low situation of the rotating speed of fan motor 76, can be with the noise minimization that produces by fan motor 76 and blower fan 77, and under the low situation of the lifting height of exhaust unit 80; Because the area of opening to the outside in the air outlet 81 of exhaust unit 80 is less, therefore can makes the noise that is produced be delivered to outside noise content and become minimum through air outlet 81.
On the other hand; In the various runnings of aforesaid air conditioner, when stopping (pass) instruction through operating portion 400 inputs, control part 410 stops fan motor 76 and compressor; If at the quick mode that operates as before; Then stop left side discharge blade driving mechanism 95 and right side discharge blade driving mechanism 105 and regulate driving mechanism 310 etc. with wind direction up and down, and exhaust unit 80 is descended, execution is with the stop phase (S15, S16) of " shut " mode" driving left and right panel 90,100.
At this, stop phase (S15, S16) is the stage that the running of air conditioner finishes, below, stop phase is elaborated.
When stop phase; The left side air suction portion 4 and the left side air discharge portion 8 of body 2 close; And right side air suction portion 6 and right side air discharge portion 10 also close, and exhaust unit 80 drops to the inside of body 2, and make air outlet 81 close/hidden.(S16)
And; Before aforesaid air outlet 80 declines or in the way that descends or after the end that descends; Control part 410 driving left and right sides wind directions are regulated driving mechanism 260; So that left and right sides wind direction adjustment means 220,230,240,250 and current angle irrespectively rotate to the initial position of left and right directions, and drive up and down wind direction and regulate driving mechanism 310, so that wind direction adjustment means 300 and current angle irrespectively rotate to the initial position of above-below direction up and down.(S16)
Left and right sides wind direction adjustment means 220,230,240,250; When rotating to the initial position of left and right directions, be initialised and initial point on the fixed mechanism, up and down wind direction adjusting portion 300; When rotating to the initial position of above-below direction, be initialised, and the initial point on the fixed mechanism.
Afterwards; Control part 410 driving left and right sides wind directions are regulated driving mechanism 260; So that wind direction adjustment means 220,230,240,250 initial positions from left and right directions in the left and right sides rotate to the middle position of left and right directions; And drive up and down wind direction and regulate driving mechanism 310, so that wind direction adjustment means 300 rotates to the middle position of above-below direction from the initial position of above-below direction up and down.(S16)

Claims (10)

1. the method for operation of an air conditioner is characterized in that, comprising:
Phase run; When instructing through the operating portion input running of air conditioner; Exhaust unit is risen; And to open mode activated Left-Hand Panel and right panel; Wherein this exhaust unit is configured to and can goes up and down through the peristome that is formed on body top, and this Left-Hand Panel is configured to open and close left side air suction portion and the left side air discharge portion on the left side that is formed on above-mentioned body, and this right panel is configured to open and close right side air suction portion and the right side air discharge portion on the right side that is formed on above-mentioned body;
Stop phase when through aforesaid operations portion input halt instruction, descends the above-mentioned exhaust unit that in above-mentioned phase run, rises, and drives in above-mentioned phase run opening driven above-mentioned Left-Hand Panel of pattern and right panel with " shut " mode",
In the above-mentioned phase run; When importing remote air-supply pattern through aforesaid operations portion; With " shut " mode" control left side discharge blade and right side discharge blade; This left side discharge blade opens and closes the space between above-mentioned left side air discharge portion and the Left-Hand Panel, and this right side discharge blade opens and closes the space between above-mentioned right side air discharge portion and the right panel.
2. the method for operation of air conditioner according to claim 1; It is characterized in that; In the above-mentioned phase run; Be cooling operation and import under the situation of above-mentioned remote air-supply pattern at above-mentioned air conditioner, the adjustment means of wind direction up and down that can be configured in rotatably up and down on the above-mentioned exhaust unit is rotated with being inclined upwardly fix afterwards.
3. the method for operation of air conditioner according to claim 1; It is characterized in that; In the above-mentioned phase run; Be warming operation and import under the situation of above-mentioned remote air-supply pattern at above-mentioned air conditioner, the adjustment means of wind direction up and down that can be configured in rotatably up and down on the above-mentioned exhaust unit is dipped down tiltedly fix after the rotation.
4. the method for operation of air conditioner according to claim 1 is characterized in that, in the above-mentioned phase run, when through aforesaid operations portion input quick mode, controls above-mentioned left side discharge blade and right side discharge blade with weave mode.
5. the method for operation of air conditioner according to claim 1; It is characterized in that; In the above-mentioned phase run, when purifying operation mode separately, with " shut " mode" control left side discharge blade and right side discharge blade through the input of aforesaid operations portion; This left side discharge blade opens and closes the space between above-mentioned left side air discharge portion and the Left-Hand Panel, and this right side discharge blade opens and closes the space between above-mentioned right side air discharge portion and the right panel.
6. the method for operation of air conditioner according to claim 5; It is characterized in that; In the above-mentioned phase run; Under the situation of the above-mentioned independent purification operation mode of input, the adjustment means of wind direction up and down that can be configured in rotatably up and down on the above-mentioned exhaust unit is rotated with being inclined upwardly fix afterwards.
7. the method for operation of air conditioner according to claim 5 is characterized in that,
In the above-mentioned phase run, under the situation of the above-mentioned independent purification operation mode of input,, exhaust unit is risen, and the lifting height of above-mentioned exhaust unit is uprised if the detected dustiness of dustiness sensor that is arranged on the air conditioner is high,
If the detected dustiness of above-mentioned dustiness sensor is low, exhaust unit risen, and make the lifting height of the above-mentioned exhaust unit situation higher low than above-mentioned dustiness.
8. the method for operation of air conditioner according to claim 5 is characterized in that,
In the above-mentioned phase run, under the situation of the above-mentioned independent purification operation mode of input,, then control air blast, and the rotating speed that is arranged on the above-mentioned air blast on the above-mentioned body uprised if the detected dustiness of dustiness sensor that is arranged on the air conditioner is high,
If the detected dustiness of above-mentioned dustiness sensor is low, then controls air blast, and make the high situation of the above-mentioned dustiness of rotating ratio of above-mentioned air blast low.
9. according to the method for operation of each described air conditioner in the claim 1 to 8; It is characterized in that, in the above-mentioned phase run, the wind direction adjustment means that rotatably is configured on the above-mentioned exhaust unit is rotated to after the initial position; Rotate to middle position, and fix.
10. according to the method for operation of each described air conditioner in the claim 1 to 8; It is characterized in that, in the above-mentioned stop phase, the wind direction adjustment means that rotatably is configured on the above-mentioned exhaust unit is rotated to after the initial position; Rotate to middle position, and fix.
CN2008100983888A 2008-02-29 2008-05-30 Operation method of air conditioner Expired - Fee Related CN101520222B (en)

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KR1020080019211 2008-02-29
KR1020080019211A KR20090093600A (en) 2008-02-29 2008-02-29 Control method of the same
KR10-2008-0019211 2008-02-29
KR20080023951A KR101487531B1 (en) 2008-03-14 2008-03-14 Air conditioner and Control method of the same
KR10-2008-0023951 2008-03-14
KR1020080023951 2008-03-14
KR1020080039440 2008-04-28
KR1020080039440A KR20090113628A (en) 2008-04-28 2008-04-28 Air conditioner and controlling method thereof
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