CN101532704A

CN101532704A - Air conditioner

Info

Publication number: CN101532704A
Application number: CN200810098381A
Authority: CN
Inventors: 沈智燮
Original assignee: LG Electronics Inc
Current assignee: LG Electronics Inc
Priority date: 2008-03-14
Filing date: 2008-05-30
Publication date: 2009-09-16
Also published as: KR100909244B1

Abstract

The air conditioner of the invention comprises a main body formed with an air suction portion and an air exhaust portion and provided with a heat exchanger and a blast blower in internal part, and formed with an upper surface opening on the upper surface; a front panel rotatably or rectilinearly movably configured at the front part of the main body; an exhaust port unit configured on the main body for passing through the upper surface opening to rectilinearly raise and drop and formed with an air exhaust port at the front part. The invention has the advantages that: the front appearance of the air conditioner is improved by the front panel; when the air conditioner operates, the exhaust port unit raises to the upper side of the main body, thereby exhausting harmonic air in the area closer to the front part of the main body; when the air conditioner stops working, the exhaust port unit drops to the internal part of the main body to hide the air exhaust, thereby improving the appearance and preventing the foreign matters penetrating by passing through the exhaust port unit.

Description

Air conditioner

Technical field

The present invention relates to air conditioner, particularly indoor the place ahead that is in harmonious proportion body is being provided with front panel, but straight line disposes the air conditioner of the exhaust unit that is formed with air outlet up and down on body.

Background technology

In general, air conditioner is in order to cause the more comfortable indoor environment for the user, the freeze cycle of the cold-producing medium that utilization is made of compressor, condenser, expansion mechanism, evaporimeter is carried out cooling and warming or is purified air indoor, and it roughly is divided into divergence type and one-piece type.

Above-mentioned divergence type is with one-piece type identical on function, but divergence type is at indoor set cooling/heat-releasing device to be set, and at off-premises station heat release/cooling and compression set is set, and connects indoor set and the off-premises station that is separated from each other with refrigerant piping; One-piece type is function integration with cooling, heat release, perforation or tangle device and directly be provided with on window on the wall in house.

Trend recently is attractive in appearance for the front of air conditioner, forms air suction portion and air discharge portion in addition in its front, and the front panel of spinning movement is set in the front of air conditioner.

Disclose the indoor set that discloses following air conditioner in communique 10-2005-0078882 number in Korean Patent: air suction inlet is formed respectively at the and arranged on left and right sides bottom at air conditioner, upper surface on and arranged on left and right sides top forms air outlet respectively, rotatably is provided with front panel forwardly.The indoor set of aforesaid air conditioner, but its and arranged on left and right sides top left rotation and right rotation dispose left and right outlet panel, above-mentioned left and right outlet panel is regulated from the left and right wind direction of the air of left and right air outlet discharge, opens and closes left and right air outlet; The surface can dispose upper surface outlet panel up and down rotatably thereon, and above-mentioned upper surface outlet panel is regulated from the upper and lower wind direction of the air of upper surface air outlet discharge, opens and closes the upper surface air outlet.

On the other hand, the indoor set of disclosed air conditioner in open communique 10-2005-0078882 number of Korean Patent, though have raising advantage attractive in appearance owing to front panel is set in its place ahead, but the configuration that upper surface outlet panel tilts when opening owing to the upper surface air outlet, air by the upper surface air outlet is guided to the incline direction of the place ahead of air conditioner upside, thereby have the problem that is difficult to near a large amount of tempered airs of the direct discharge in the zone in air conditioner the place ahead.

In addition, in open communique 10-2005-0014294 number of Korean Patent following air conditioner is disclosed: form air suction inlet in the and arranged on left and right sides bottom, liftably dispose the diffuser of three openings of front and left and right side on top, room air two side lower parts in casing left and right suck and after heat exchange is carried out in inside, from three left and right, positive discharges of diffuser thus.

And, in open communique 10-2005-0091801 number of Korean Patent following air conditioner is disclosed: form air suction inlet in the and arranged on left and right sides bottom, form air outlet at two upper lateral parts, and liftably dispose the exhaust unit of three openings of front and left and right side on top, room air two side lower parts in casing left and right suck and after heat exchange is carried out in inside, from the and arranged on left and right sides top of casing and three left and right, positive discharges of exhaust unit thus.

But, at the open communique 10-2005-0014294 number disclosed air conditioner of Korean Patent with at the open communique 10-2005-0091801 number disclosed air conditioner of Korean Patent, owing to discharge tempered airs for three from the front of diffuser and exhaust unit and and arranged on left and right sides, thereby there is the problem of the requirement that is difficult to satisfy the user who wishes strong front wind.

In addition, the air conditioner with liftable shutter that comprises following parts is disclosed in No. 0149375, the open communique patent of Korean Patent: body, shutter portion liftably is bearing in the top of above-mentioned body, has the outlet that is used to discharge the air after the processing; Screw shaft is between above-mentioned shutter portion and above-mentioned body; And elevating mechanism; Have with the nut member of the male screw portion of above-mentioned screw shaft engagement with to above-mentioned screw shaft and carry out positive and negative driving and make the CD-ROM drive motor of above-mentioned shutter portion with respect to above-mentioned body lifting.

But, at the open No. 0149375 disclosed air conditioner of communique patent of Korean Patent with liftable shutter, all the time expose and exist when not using air conditioner influence attractive in appearance on the top of body owing to shutter portion, foreign matter is by the problem of shutter portion infiltration.

Summary of the invention

The present invention proposes in order to solve above-mentioned prior art problems, its purpose is to provide a kind of air conditioner, supply with front wind to zone rapidly when the front of raising air conditioner is attractive in appearance, and prevent that when not using exhaust unit from forwards exposing near air conditioner the place ahead.

Another object of the present invention is to provide a kind of air conditioner, the main control section that is located on the body can be powered to the electric component that is located at the electric component on the front panel and be located on the exhaust unit simultaneously.

Be used to solve the air conditioner of the present invention of above-mentioned problem, comprise: body, be formed with air suction portion and air discharge portion, be provided with heat exchanger and air blast in inside, be formed with upper surface open portion at upper surface; Front panel, but rotatable or straight line is configured in the place ahead of above-mentioned body movably; And exhaust unit, be configured on the above-mentioned body, carrying out the straight line lifting, be formed with air outlet in front by above-mentioned upper surface open portion.

Above-mentioned exhaust unit comprises: the outlet main body, and it is formed with above-mentioned air outlet in front, and lower surface is open, left surface, right flank, back and upper surface sealing; Blade carrier, it is located at the inside of above-mentioned outlet main body; Blade, it can be rotated to support on the above-mentioned blade carrier; The blade rotation motor, it is connected with above-mentioned blade and is located on above-mentioned outlet main body or the blade carrier, so that the rotation of above-mentioned blade.

Above-mentioned blade comprises the left and right sides blow direction adjusting blades that can be rotated to support on the above-mentioned blade carrier and can be rotated to support on blow direction adjusting blades up and down on the above-mentioned blade carrier; Above-mentioned blade rotation motor comprises and is located at the left and right sides blow direction adjusting blades motor that makes blow direction adjusting blades rotation in the above-mentioned left and right sides on the above-mentioned outlet main body and is located on the above-mentioned blade carrier and makes the motor of blow direction adjusting blades up and down of above-mentioned blow direction adjusting blades up and down rotation.

Also comprise the exhaust unit control part, it is located on the above-mentioned outlet main body, and is used to control above-mentioned blade rotation motor.

Also comprise be located on the above-mentioned outlet main body so that the lift motor of above-mentioned outlet main body lifting, be located on the above-mentioned lift motor driven wheel and with above-mentioned driven wheel engagement and be located at driven gear on the above-mentioned body; Above-mentioned lift motor is controlled by above-mentioned exhaust unit control part.

Above-mentioned front panel comprises: the front cover that forms the front of above-mentioned air conditioner; Be configured in the afterframe at the rear of above-mentioned front cover; Be located on the above-mentioned afterframe and show the display of information.

Also comprise the front panel control part, it is located on the above-mentioned front panel, and is used to control aforementioned display device.

Above-mentioned body is formed with above-mentioned air suction portion respectively in the bottom of and arranged on left and right sides, and is formed with above-mentioned air discharge portion respectively on the top of and arranged on left and right sides; And comprise: Left-Hand Panel, the air discharge portion that it opens and closes the air suction portion of the bottom, left side that is formed on above-mentioned body together and is formed on the left upper portion of above-mentioned body; Right panel, the air discharge portion that it opens and closes the air suction portion of the lower right side that is formed on above-mentioned body together and is formed on the right upper portion of above-mentioned body; The Left-Hand Panel driving mechanism, it drives above-mentioned Left-Hand Panel; The right panel driving mechanism, it drives above-mentioned right panel.

Also comprise main control section, it is located on the above-mentioned body, and is used to control above-mentioned Left-Hand Panel driving mechanism and right panel driving mechanism.

Comprise: the front panel control part, it is located on the above-mentioned front panel, and is used to control the electric component that is located on the above-mentioned front panel; The exhaust unit control part, it is located on the above-mentioned exhaust unit, and is used to control the electric component that is located on the above-mentioned exhaust unit; Main control section, it is located on the above-mentioned body, and is used to control the electric component that is located on the above-mentioned body, and above-mentioned main control section is connected with above-mentioned front panel control part and exhaust unit control part respectively by lead.

Structure air conditioner of the present invention as above has following advantage: owing to be provided with front panel in the place ahead of body, thereby the front of improving air conditioner is attractive in appearance, exhaust unit rises and only can discharge air by its front to the upside of body when air-conditioner operation, thereby can discharge front wind to promptly concentrating near the zone in body the place ahead, exhaust unit descends and hiding air outlet to the inside of body when the running of air conditioner stops, thereby improve attractive in appearancely, and prevent that foreign matter etc. from permeating by exhaust unit.

In addition, air conditioner of the present invention has following advantage: but owing on exhaust unit, be provided with the blade and the blade rotation motor that makes the blade rotation of the wind direction of up-down adjustment tempered air, thereby tempered air can carry out the wind direction adjusting to the upper and lower, left and right in exhaust unit the place ahead on than the high position of body.

In addition, air conditioner of the present invention has following advantage: because blade comprises the blow direction adjusting blades up and down of the wind direction up and down of adjustable joint tempered air, thereby the air of discharging from exhaust unit by blow direction adjusting blades up and down guided downward after, can be through the upside of front panel and to discharging near in the set of regions in front panel the place ahead.

In addition, air conditioner of the present invention have the main control section that is located on the body can be simultaneously to the advantage that is located at electric component such as display on the front panel and is located at electric components such as the blade rotation motor power supply on the exhaust unit.

Characteristics of the present invention and advantage will be easier to understand and become by the detailed description of embodiments of the invention described later with reference to following accompanying drawing.

Description of drawings

Fig. 1 is the stereogram of an embodiment when out of service of air conditioner of the present invention.

Fig. 2 is the stereogram of an embodiment in running of air conditioner of the present invention.

Fig. 3 is the roughly exploded perspective view of an embodiment of air conditioner of the present invention.

Fig. 4 is the lower, transverse cutaway view of an embodiment of air conditioner of the present invention.

Fig. 5 is the upper lateral cutaway view of an embodiment of air conditioner of the present invention.

Fig. 6 is the exploded perspective view of panel driving mechanism of an embodiment of expression air conditioner of the present invention.

Fig. 7 is the cutaway view of panel driving mechanism of an embodiment of expression air conditioner of the present invention.

Fig. 8 is the exploded perspective view of exhaust unit of an embodiment of expression air conditioner of the present invention.

Fig. 9 is the part longitudinal sectional view under the state that descends of the exhaust unit of an embodiment of air conditioner of the present invention.

Figure 10 is the part longitudinal sectional view under the state that rises of the exhaust unit of an embodiment of air conditioner of the present invention.

Figure 11 is the front section view of exhaust unit shown in Figure 10.

Figure 12 is the control block diagram of an embodiment of air conditioner of the present invention.

Figure 13 is the stereogram of the running of another embodiment of air conditioner of the present invention when stopping.

Stereogram when Figure 14 is the running of another embodiment of air conditioner of the present invention.

Front view when Figure 15 is the running of another embodiment of air conditioner of the present invention.

Figure 16 is the control block diagram of another embodiment of air conditioner of the present invention.

The specific embodiment

Below, with reference to the accompanying drawings explanation can imbody the embodiments of the invention of above-mentioned purpose.

Fig. 1 is the stereogram of an embodiment when out of service of air conditioner of the present invention; Fig. 2 is the stereogram of an embodiment in running of air conditioner of the present invention; Fig. 3 is the roughly exploded perspective view of an embodiment of air conditioner of the present invention; Fig. 4 is the lower, transverse cutaway view of an embodiment of air conditioner of the present invention; Fig. 5 is the upper lateral cutaway view of an embodiment of air conditioner of the present invention.

, according to the air conditioner of present embodiment, form the

air suction portion

4,6 that sucks room air, and form the

air discharge portion

8,10 of discharging to shown in Figure 5 as Fig. 1 at the tempered air of body 2 inner heating or cooling or purification etc. at body 2.

Body 2 is applicable to any one situation of vertical air conditioner, wall air conditioner or ceiling air conditioner etc., for ease of illustrating that following is that example describes with the vertical air conditioner.

Body 2, be formed with

air suction portion

4,6 in its underpart, be formed with

air discharge portion

8,10 on top, thereby have by bottom suction air and the stream of after portion is in harmonious proportion tempered air being discharged by its top within it, roughly comprise base 12, casing 20,

lower panel

30,40 and upper panel 50.

Base 12 forms the bottom surface sections outward appearance of bodies 2 and supports casing 20 and

lower panel

30,40 etc.

Casing 20 is used to form the back quadrate part outward appearance of body 2, and it is made of back board 22, left side 24 and right side 26, is arranged to be positioned at the back quadrate part upside of base 12.

Casing 20, left side 24 and right side 26 can be crooked with back board 22 ground that intersects vertically, also can towards its width more forwards gradually away from direction crooked obliquely with back board 22.

Lower panel

30,40 is made up of left side lower panel 30 that forms left side air suction portion 4 and the lower right side panel 40 that forms right side air suction portion 6.

Left side lower panel 30 is configured to be configured in above the front part left side as the base 12 of the bottom anterior position of the left side 24 of casing 20, is provided with the left side filter hood 34 that left side filter 32 is installed.

Lower right side panel 40 is configured to be configured in above the front part right side as the base 12 of the bottom anterior position of the right side 26 of casing 20, is provided with the right side filter hood 44 that right side filter 42 is installed.

Upper panel 50 is configured in the top, the place ahead of casing 20, roughly is made of preceding board 52, left side 53 and right side 54.

Upper panel 50 is formed with the left side portion 55 with respect to preceding board 52 and left side 53 inclinations between preceding board 52 and left side 53, and is formed with left side air discharge portion 8 in 55 upper sheds of left side portion.

Upper panel 50 is formed with the right side rake 56 with respect to preceding board 52 and right side 54 inclinations between preceding board 52 and right side 54, and is formed with right side air discharge portion 10 in 56 upper sheds of right side rake.

Body 2 is provided with front cover 60 in the place ahead of upper panel 50, and above-mentioned front cover 60 prevents from directly forwards to advance by left side air discharge portion 8 and right side air discharge portion 10, and Left-Hand Panel 90 and right panel 100 channeling conducts by hereinafter describing.

On the other hand, structure body 2 as above is formed with front openings portion between base 12 and left and right

lower panel

30,40 and upper panel 50.

And, dispose the front panel 70 of the front outward appearance that forms air conditioner in the place ahead of body 2.

Here, front panel 70 covers or opens the front of the body 2 of the front openings portion that comprises body 2, but rotatable or straight line is configured in the place ahead of body 2 movably, below, can being that the situation that middle mind-set side is connected the place ahead of body 2 rotationally is that example describes with the side in left and right.

Front panel 70 can be in left and right a sideway swivel be connected in base 12, left side lower panel 30, lower right side panel 40 and the upper panel 50 at least one side, cover or the front face of the upper end of open upper part panel 50 and front cover 60 and base 12 between.

Front panel 70 is made of a plurality of structures that are positioned at 71,72 combinations of inside and outside or forward and backward a plurality of members as benchmark when covering, and comprise: the front face side that forms air conditioner is attractive in appearance, with body 2 as benchmark be positioned at the outside front cover 71, be positioned at inboard afterframe 72, in conjunction with the fixator 73 of front cover 71 and afterframe 72 and be located at the display 74 that afterframe 72 shows information.

Front cover 71 is used to form the front of air conditioner, can comprise by materials such as glass or synthetic resin with transparent mode transparent component that forms and the ornamental portion that is formed on the front or the back side of transparent component, also can be included in the opaque member that the front or the back side have ornamental portion, be that example describes with the situation that comprises transparent component and ornamental portion below.

Front cover 71 is made of by the screen printing department that serigraphy forms ornamental portion the front or the back side at transparent component, or by constituting attached to the decorative laminate at the back side behind the front of transparent component or decorating film etc.

In the front cover 71, ornamental portion can be formed on the place ahead that comprises display 74 transparent component a side on the whole, also can only be formed on beyond the place ahead of display 74.

In the front cover 71, can be that the place ahead of display 74 forms with transparent mode, can see the information of display 74 thus, also can form the extra peristome that to see display 74 in the place ahead of display 74 by front cover 71.

Afterframe 72 is configured in the rear of front cover 71, constitutes the back side of front panel 70.

On afterframe 72, be provided with display 74 or form the peristome 72a of the information can see display 74.

Display 74 can be positioned at the inboard of peristome 72a, also can be positioned at the rear of peristome 72a and sees information by peristome 72a.

Display 74 comprises display apparatus module 74A and display housing 74B, and this display apparatus module 74A is by LCD, LED or 88 sections formations such as (segment), and this display housing 74B protects display apparatus module 74A.

Front panel 70 also comprises by user and waits the operating portion 74C operate with the operation mode of input air conditioner etc., here, operating portion 74C can comprise touch-screen that is configured in display apparatus module 74A the place ahead and the coordinate identification part of discerning the coordinate of touch-screen, also can comprise the periphery that is located at display apparatus module 74A and wait button of operating and the switch that opens and closes by button, can also comprise the acceptance division of the signal that receives remote handling gears (not shown) such as remote controller by the user.

Front panel 70 also comprises front panel control part 74D, and above-mentioned front panel control part 74D is connected with various electric components on being located at front panel 70.

Below, be connected with display apparatus module 74A with front panel control part 74D, from main control section 86 power supplies and the control display apparatus module 74A that hereinafter describes, and be connected with operating portion 74C and be that example describes the situation that the signal of operating portion 74C is applied to main control section 86.

Inside at body 2 comprises: air blast, and it produces air-supply power, so that room air is drawn into body 2 inner backs to body 2 outside discharges; Heat exchanger 75, it makes air and cold-producing medium by air blast 310 air-supplies carry out heat exchange.

Air blast is that the inner lower that is located at body sucks the air at its place ahead or rear and it is blown to the centrifugal blower of upside, and it comprises: fan motor 76, and its axial rotary fore-and-aft direction is provided with highlightedly; Blower fan 77 is connected with the rotating shaft of fan motor 76; Fan shroud 78, it surrounds fan motor 77 and blower fan 76, and in front with the back in a side on be formed with peristome, and be formed with outlet on top; Orifice plate 79, it is configured in the peristome of fan shroud 78.

Heat exchanger 75 is arranged to be positioned at the particularly upside of fan shroud 78 of air blast.

The air conditioner of present embodiment, as shown in Figures 1 and 2, the inner upper that exhaust unit is arranged in body 2 rises to the top of body 2, and the inboard towards body 2 on body 2 descends.

Body 2, its upper surface integral body have open along the vertical direction opening surface, or the surface forms the upper surface open portion 81 of opening along the vertical direction thereon, and exhaust unit 80 drives by the opening surface or 81 liftings of upper surface open portion of body 2.

On body 2, be provided with lifting and guiding device 82 to the lifting channeling conduct of exhaust unit 80.

Exhaust unit 80, be formed with air outlet 83 in front, guide by lifting and guiding device 82 liftings, rise and open/exposes air outlet 83 to the upper side position of lifting and guiding device 82, or descend and the upper surface that hides lifting and guiding device 82 hidden/hiding air outlet 83 when being the upper surface of body 2 to the inside of lifting and guiding device 82.

Here, lifting and guiding device 82 is arranged between casing 20 and upper panel 52 the particularly upside of heat exchanger 310 of the top in the space, on lifting and guiding device 82, be provided with upper decoration member 84, above-mentioned upper decoration member 84 has specified altitude, to cover slit between lifting and guiding device 82 and the casing 20 and the slit between lifting and guiding device 82 and the upper panel 50.

Be provided with exhaust unit control part 510 on exhaust unit 80, above-mentioned exhaust unit control part 510 controls are located at the various electric components on the exhaust unit 80, below exhaust unit control part 510 are elaborated.

On the other hand, be provided with main control section 86 on

body

2,86 controls of above-mentioned main control section are located at the electric component on the body 2, for example the panel motor 161 of the blower fan 76 of air blast and hereinafter description etc.

Main control section 86 is connected with from the power supply of the externally fed of air conditioner and supplies with lead 87, by lead 88,89 respectively be located at front panel 70 on front panel control part 74D and the exhaust unit control part 510 that is located on the exhaust unit 80 be connected.

Promptly, main control section 86 connects lead 88 by front panel and is connected with front panel control part 74D, the power supply of supplying with from the outside is supplied with to the various electric component 74A that are located on the front panel 70 by front panel control part 74D, and connect lead 89 by exhaust unit and be connected with exhaust unit control part 510, the power supply of supplying with from the outside is controlled it to the various electric components supply that is located on the exhaust unit 80 time by exhaust unit control part 510.

In addition, on body 2, be provided with panel 90,100, when above-mentioned panel 90,100 opens and closes at least one side in

air suction portion

4,6 and the

air discharge portion

8,10 at least to the air channeling conduct.

Below, panel 90,100 opens and closes

air suction portion

4,6 and

air discharge portion

8,10 simultaneously, and simultaneously to sucking air and discharging the air channeling conduct, forms more longways at above-below direction on the whole.

Panel 90,100 is made of Left-Hand Panel 90 and right panel 100, above-mentioned Left-Hand Panel 90 opens and closes left side air suction portion 4 and left side air discharge portion 8 simultaneously, and to being sucked into the air channeling conduct of left side air suction portion 4, and air channeling conduct to discharging by left side air discharge portion 8; Above-mentioned right panel 100 opens and closes right side air suction portion 6 and right side air discharge portion 10 simultaneously, and to being sucked into the air channeling conduct of right side air suction portion 6, and the air channeling conduct to discharging by right side air discharge portion 10.

And as shown in Figure 3, on body 2, be provided with Left-Hand Panel driving mechanism 159 that Left-Hand Panel 90 is driven and the right panel driving mechanism 160 that right panel is driven.

Left-Hand Panel driving mechanism 159 is located at the left side of body 2, and right panel driving mechanism 160 is located at the right side of body 2.

And, Left-Hand Panel 90 and right panel 100 constitute left and right symmetrical structure on the whole, Left-Hand Panel driving mechanism 159 and right panel driving mechanism 160 constitutes left and right symmetrical structure, below for ease of explanation, is called panel driving mechanism 160 and is elaborated.

Fig. 6 is the exploded perspective view of panel driving mechanism of an embodiment of expression air conditioner of the present invention; Fig. 7 is the cutaway view of panel driving mechanism of an embodiment of expression air conditioner of the present invention.

As Figure 6 and Figure 7, panel driving mechanism 160 comprises the drive link 164 that is connected with left and right side panel 90,100 and makes the connecting rod whirligig of drive link 164 rotations.

The connecting rod whirligig is made of the panel motor 161 and the transmission mechanism that are located on the body 2, and above-mentioned transmission mechanism is connected with panel motor 161, and the driving force of panel motor 161 is delivered to drive link 164.

Transmission mechanism comprises the driven wheel 162 that is connected with panel motor 161 and with driven wheel 162 engagements and be formed on driven gear 163 on the drive link 164.

Panel motor 161 is located on the base 12, is formed with the motor insertion section 13 of inserting surface pan motor 161 on base 12.

Panel motor 161, its rotating shaft 161a is outstanding from base 12 upper surfaces, main body is inserted the motor insertion section 13 of base 12 with embedded mode and is installed, and the identical and big or small recess that forms greatly a little constitutes by the main body of shape and panel motor 161 in motor insertion section 13.

Panel motor 161 usefulness lead 161b are connected with main control section 86, controlling by main control section 86, side at motor insertion section 13 peripheries is formed with metal wire recess 13a, and the lead 161b that is connected with the main body of panel motor 161 is positioned at above-mentioned metal wire recess 13a.

The pivot of driven wheel 162 is connected the rotating shaft 161a of panel motor 161.

Drive link 164 comprises: panel connecting portion 166 is connected with connecting rod connecting portion 139 on being formed on left and right side panel 90,100; The portion 167 that is rotatably connected rotatably is connected on the base 12, is formed with driven gear 163, becomes pivot; With bend 168, be formed on panel connecting portion 166 and be rotatably connected between the portion 167.

On panel connecting portion 166, be formed on connecting rod connecting portion 139 on the relative position in conjunction with axle sleeve 139a on be formed with the connect apertures 166a that connects coupling member 139b.

The portion 167 that is rotatably connected rotatably is connected on the base 12 as the bottom of body 2, becomes the pivot of drive link 164 and left and right side panel 90,100.

The portion 167 that is rotatably connected is configured to be positioned at the inboard of body 2, rotates to make panel 90,100 displacements rearward when panel 90,100 is opened, and makes panel 90,100 displacements forwards and rotate when panel 90,100 is closed.

Side in drive link 164 and base 12 is formed with rotating shaft 164a, is formed with the opposing party and inserts rotating shaft 164a and rotatably mounted support 16.

Rotating shaft 164a can directly insert support 16 and rotatably be supported, and also can be provided with betwixt to make the minimized extra axle sleeve 164b of abrasion.That is, the side in drive link 164 and base 12 is formed with rotating shaft 164a, is inserted in axle sleeve 164b on rotating shaft 164a, and the opposing party in drive link 164 and base 12 is formed with the support 16 of rotatably mounted axle sleeve 164b.

Here, the rear side of rotating shaft 164a from the bend 168 of drive link 164 is vertically outstanding to downside, thereby constitutes the portion that is rotatably connected 167 of drive link 164.

Bend 168 is formed between portion of being rotatably connected 167 and the panel connecting portion 166 with the shape of bending.

On the other hand, on body 2, be provided with covering driven wheel 162 and driven gear 163 and the housing 165 of protection driven wheel 162 and driven gear 163.

Housing 165 is to hide driven wheel 162 and driven gear 163 and a kind of gear cover of protecting, the peristome 165a that opening is formed with bottom surface opened and the part of periphery connects drive link 164 in upper plate portion and periphery.

Housing 165 play the bend 168 of drive link 164 with when peristome 165a contacts by the time guiding drive link 164 the function of connecting rod guider of rotation.

On the other hand, housing 165 is combined on the base 12 by coupling member 165b, on housing 165, form the linking part 165c that connects coupling member 165b, on base 12, form connect apertures 15 in conjunction with the coupling member 165b of the linking part 165c that has connected housing 165.

Housing 165 prevents a kind of function of connecting rod fixator of any disengaging of drive link 164 when can play under the situation that rotatably connects drive link 164 rotation of guiding drive link 164, side in drive link 164 and housing 165 is formed with rotating shaft 164c, be formed with support 165d on the opposing party, rotating shaft 164c inserts above-mentioned support 165d and is rotatably supported.

Rotating shaft 164c can directly be bearing on the support 165d, also can be provided with betwixt to make the minimized extra axle sleeve 164d of abrasion.That is, the side in drive link 164 and base 165 is formed with rotating shaft 164c, is inserted in axle sleeve 164d on rotating shaft 164c, and the opposing party in drive link 164 and base 165 is formed with the support 165d of supporting sleeve 164d.

Fig. 8 is the exploded perspective view of exhaust unit of an embodiment of expression air conditioner of the present invention; Fig. 9 is the part longitudinal sectional view under the state that descends of the exhaust unit of an embodiment of air conditioner of the present invention; Figure 10 is the part longitudinal sectional view under the state that rises of the exhaust unit of an embodiment of air conditioner of the present invention; Figure 11 is the front section view of exhaust unit shown in Figure 10; Figure 12 is the control block diagram of an embodiment of air conditioner of the present invention.

As shown in Figs. 8 to 11, lifting and guiding device 82 constitutes upper surface and the open and inner open along the vertical direction casing of lower surface, so that exhaust unit 80 passes through the air to the air-supply of the top of body 2 in the time of its inner decline.

The elevating mechanism 170 that makes exhaust unit 80 carry out lifting action is made of drive source and driving section, above-mentioned driving section and drive source interlock, make exhaust unit 80 carry out lifting action, the part of drive source and driving section is located on the exhaust unit 80, remainder is located on the body 2, is that example describes with situation about being located on exhaust unit 80 and the lifting and guiding device 82 below.

In the elevating mechanism 170, drive source is made of lift motor 172, the driving section constitutes by the driven wheel 174 that is connected with lift motor 172 with the driven gear 176 of driven wheel 174 engagement, driven wheel 174 is made of the pinion of the rotating shaft that is connected lift motor 172, and driven gear 176 is made of the tooth bar that forms more longways along the vertical direction.

Lift motor 172 is located at the and arranged on left and right sides bottom of exhaust unit 80 respectively, is provided with driven wheel 174 on each lift motor 172, and driven gear 176 is located at the and arranged on left and right sides of lifting and guiding device 82 respectively.

Driven gear 176 comprises: resettlement section 177, on the tab-like inwall that is formed in lifting and guiding device 82; With tooth portion 178, slide and insert in the resettlement section 172, combine with resettlement section 177 by integrated structures such as screws, and mesh with driven wheel 174.

On the other hand, exhaust unit 80 is formed with along the vertical direction more longways along the recess 85 that driven gear 176 is directed or driven gear 176 is avoided,

To shown in Figure 9, exhaust unit 80 comprises: the outlet main body 210 that is formed with air outlet 83 in front as Fig. 6; Be located at the blade carrier 270 of outlet main body 210 inboards; Can be rotated to support on the blade 220,230,240,250,300 on the blade carrier 270; Blade rotation motor 260,310 is connected on the blade 220,230,240,250,300 can make blade 220,230,240,250,300 rotations, is located on outlet main body 210 or the blade carrier 270.

Outlet main body 210 is used to make the air of blowing to the inboard upside of body 2 to discharge to upside the place ahead of body by the back, the inside of lower surface and body 2 is open in the same manner, be formed with air outlet 83 in front, left surface, right flank, back and upper surface are blocked and are formed.

Promptly, outlet main body 210 has the air that makes from the inner blower of body 2 from following rising and the flow passage structure that discharge to the place ahead of exhaust unit 80 the forwards crooked back of flow direction, is formed with the stream that air is passed through on the whole lower surface and open at its front the time between bottom surface and front.

Outlet main body 210, the rear side of portion is provided with the stream guider 211 that the air that will rise from below forwards guides within it.

The inboard that outlet main body 210 drops to body 2 is particularly during the inside of lifting and guiding device 82, the upper surface that covers body 2 particularly lifting and guiding device 82 upper surface and form the upper surface part outward appearance of air conditioner.

Outlet main body 210 is formed with to upper surface open Sub-assembly Dept 212 on top, in above-mentioned Sub-assembly Dept 212 various electronic units such as various motors, PCB is set; The surface is provided with top cover 213 thereon, and above-mentioned top cover 213 hides the upper surface of Sub-assembly Dept 212 and forms the upper surface outward appearance of air conditioner.

Here, blade 220,230,240,250,300 comprises the left and right sides blow direction adjusting blades 220,230,240,250 that can be rotated to support on the blade carrier 270 and can be rotated to support on blow direction adjusting blades up and down 300 on the blade carrier 270.

And blade rotation motor 260,310 comprises: left and right sides blow direction adjusting blades motor 260, and it is located on the outlet main body 210, makes 220,230,240,250 rotations of left and right sides blow direction adjusting blades; The blow direction adjusting blades motor 310 up and down, and it is located on the blade carrier 270, make blow direction adjusting blades 300 rotations up and down.

Left and right sides blow direction adjusting blades 220,230,240,250 be configured to can be vertical rotating shaft be the center left rotation and right rotation, left and right sides wind direction to the tempered air by outlet main body 210 is regulated, on left and right direction, dispose discretely a plurality of so that spread about tempered air.

Left and right sides blow direction adjusting blades 220,230,240,250, one of them blade 230 in a plurality of is the center rotation with the rotating shaft by left and right sides blow direction adjusting blades motor 260, and residue blade 220,240,250 usefulness linkage parts 264 are connected with the left and right sides blow direction adjusting blades 230 that is rotated action by left and right sides blow direction adjusting blades motor 260 and are that the center rotates with the vertical axis.

Below, to be called driving blow direction adjusting blades 230 by the left and right sides blow direction adjusting blades that left and right sides blow direction adjusting blades motor 260 directly rotates, other left and right sides blow direction adjusting blades that will rotate with driving blow direction adjusting blades 230 interlocks are called driven blow direction adjusting blades 220,240,250 and describe.

Here, drive the side of blow direction adjusting blades 230 in up and down and be provided with the rotating shaft 232 that is connected with left and right sides blow direction adjusting blades motor 260, the opposite side in up and down is provided with the rotating shaft 234 that can be rotated to support on the supporting member 270.

And driven blow direction adjusting blades 220,240,250 is respectively equipped with rotating shaft 222,224,242,244,252,254 at upside and downside.

Here, linkage part 264 is a kind of connection connecting rods, it is when driving blow direction adjusting blades 230 by 260 rotations of left and right sides blow direction adjusting blades motor, and driven blow direction adjusting blades 220,240,250 rotates to identical direction together with driving blow direction adjusting blades 230.

Blow direction adjusting blades 300 can be equally with left and right sides blow direction adjusting blades to have a plurality of blow direction adjusting blades and a plurality of blow direction adjusting blades by the linkage part interlock up and down, also can be that a plurality of up and down wind direction adjusting portions 301,302 form discretely up and down and form left and right side end 303,304 in the two side ends of a plurality of wind direction adjusting portions 301,302 up and down, a plurality of wind direction adjusting portions 301,302 up and down and left and right side end 303,304 form one, are that example describes with the situation that forms one below.

Blow direction adjusting blades 300 up and down, can wait by the user and rotate with manual mode, can be that example describes with situation below also by being located at particularly 310 rotations of the motor of blow direction adjusting blades up and down on the exhaust unit 80 of air conditioner by blow direction adjusting blades motor 310 rotations up and down.

Blow direction adjusting blades 300 is the center rotation with the trunnion axis up and down, side-prominent rotating shaft 305 that is connected with the rotating shaft of blow direction adjusting blades motor 310 up and down that is provided with in left and right, the outstanding rotating shaft 306 that is provided with at least one side who can be rotated to support in outlet main body 210 and the supporting member 270 of the opposite side in left and right.

In the left and right sides blow direction adjusting blades motor 260, its rotating shaft 261 is located in the Sub-assembly Dept 212 highlightedly to the bottom.Left and right sides blow direction adjusting blades motor 260 is formed with linking part 263, above-mentioned linking part 263 by coupling member 262 be formed on Sub-assembly Dept 212 on have a connect apertures combine axle sleeve 214 combinations, it is arranged to be positioned at the upside of the rotating shaft through hole 215 that is formed in the Sub-assembly Dept 212.

Up and down blow direction adjusting blades motor 310 to the left and right direction be provided with its rotating shaft 311 highlightedly.

Blow direction adjusting blades motor 310 is formed with linking part 313 up and down, and above-mentioned linking part 313 combines with linking part 282a on being formed on supporting member 270 by coupling members such as screw 312,

Supporting member 270 forms the open casing of front, the back side and lower surface, is formed with the shank 271,272,273,274 of the bottom rotating shaft 224,234,244,254 of a plurality of rotatably mounted a plurality of left and right sides blow direction adjusting blades 220,230,240,250.

Supporting member 270 comprises the linking part 280 that combines with outlet main body 210.Linking part 280 is made of the board body part that forms more longways about the edge, be formed with the front lower of outlet main body 210 along about the corresponding connect apertures 280a of connect apertures 219a of the linking part 219 that forms more longways, and in conjunction with the coupling members such as screw 281 that connected the connect apertures 219a of linking part 219.

Supporting member 270 is formed with perforation from outstanding rotating shaft 305 of wind direction adjustment means up and down 300 and the axle through hole 285 of at least one side the rotating shaft 311 of blow direction adjusting blades motor 310 up and down, and is formed with a support 286 of the rotating shaft 306 of rotatably mounted wind direction adjustment means 300 up and down.

In addition, the air conditioner of present embodiment also comprises exhaust

unit control part

510, and 510 controls of above-mentioned exhaust unit control part are as the lift motor 172 that is located at the electric component on the exhaust unit 80, left and right sides blow direction adjusting blades motor 260 and blow direction adjusting blades motor 310 etc. up and down.

Exhaust unit control part 510 is located on the exhaust unit 80, be connected with main control section 86 shown in Figure 3 by lead 89, be connected to lift motor 172 shown in Figure 9, left and right sides blow direction adjusting blades motor 260 and blow direction adjusting blades motor 310 up and down etc. by lead 173,264,314 and Fig. 6.

Exhaust unit control part 510 is made of the circuit substrate 511 that a plurality of electric components 512 are installed, circuit substrate 511 is connected with main control section 86 by lead 89, is connected with blow direction adjusting blades motor 310 etc. up and down by lead 173,264,314 and lift motor 172, left and right sides blow direction adjusting blades motor 260.

Circuit substrate 511 insert be formed on exhaust unit 80 particularly the rear of the air-deflector 211 of outlet main body 210 substrate resettlement section 520 and be provided with.

Here, substrate resettlement section 520 by between the back board of air-deflector 211 and outlet main body 210 and the spatial portion that forms of upper surface open ground constitute, and covered by top cover 213.

That is, the front part of top cover 213 covers the Sub-assembly Dept 212 in the place ahead, top that is formed on outlet main body 210, and quadrate part covers the substrate resettlement section 520 at the rear that is formed on outlet main body 210 thereafter.

Below, the effect of structure air conditioner of the present invention is as above described.

At first, when user etc. operated operating portion 74C, front panel control part 74D received the signal of operating portion 74C, thus to main control section 86 output signals.

Body, front panel 70 and exhaust unit 80 are controlled in the signal judgement user's that main control section 86 bases are exported by front panel control part 74D etc. operation thus.

Main control section 86, when mediations such as being operable to cooling operation is turned round, when fan motor 76 is driven the panel motor 161 of panel driving mechanism 159,160 is driven with open mode, and to the signal that is located at the exhaust unit control part 510 output mediation runnings on the exhaust unit 80.

When pan motor 161 was in open mode face to face, Left-Hand Panel 90 and right panel were rotated and open

air suction portion

4,6 and

air discharge portion

8,10.

And, make various electric components 172,260,310 actions that are located on the exhaust unit 80 behind the signal of exhaust unit control part 510 reception main control section 86.

Below, during with mediation runnings such as common cooling operations, it is that example describes with the pattern-driven situation that rises that exhaust unit control part 510 makes lift motor 172.

When lift motor 172 during with the rising mode activated, the driven wheel 174 of exhaust unit 80 rises along with driven gear 176, at this moment, lift motor 172 and exhaust unit 80 are subjected to the guiding of lifting and guiding device 82 and rise to its upside, and the air outlet 83 of exhaust unit 80 particularly exposes in upside the place ahead of lifting and guiding device 82 to body 2.

When aforesaid exhaust unit 80 rises, in the inside of body 2, discharged to its air outlet 83 the place aheads by exhaust unit 80 by the air of blower fan 77 air-supplies, the discharge air by exhaust unit 80 is via the upside of front panel 70.

On the other hand, main control section 86 according to by the discharge pattern of operating portion 74C operation to exhaust unit control part 510 output signals, so that left and right sides blow direction adjusting blades motor 260 and blow direction adjusting blades motor 310 drivings up and down, exhaust unit control part 510 makes left and right sides blow direction adjusting blades motor 260 and blow direction adjusting blades motor 310 drivings up and down according to the signal of being exported.

For example, be operable to by operating portion 74C under the situation of quick mode, exhaust unit control part 510 make left and right sides blow direction adjusting blades motor 260 and up and down blow direction adjusting blades motor 310 with weave mode control, so that the air of discharging by exhaust unit 80 spreads to periphery rapidly.

During aforesaid weave mode, left and right sides blow direction adjusting blades about 220,230,240,250 back and forth rotates and the discharge air is spread to the left and right, blow direction adjusting blades 300 up and down reciprocatingly rotates and makes and discharges air and spread up and down up and down, and the air of discharge is in harmonious proportion to the place ahead, top of air conditioner to the diffusion of the upper and lower, left and right in exhaust unit 80 the place aheads and rapidly.

On the contrary, under the situation that is operable to remote discharge pattern (promptly long) by operating portion 74C apart from drive pattern, blow direction adjusting blades motor 310 was with the discharge pattern control that is inclined upwardly, so that the air of discharging by exhaust unit 80 can arrive apart from air conditioner place far away about exhaust unit control part 510 made.

Aforesaid being inclined upwardly during the discharge pattern is fixed after the blow direction adjusting blades 300 acclivitous rotations up and down, and the air of discharge side direction on the place ahead of exhaust unit 80 is discharged and arrived apart from air conditioner place far away.

In addition, under the situation that is operable to the pattern of closely discharging (being the front drive pattern) by operating portion 74C, blow direction adjusting blades motor 310 was controlled with downward-sloping discharge pattern about exhaust unit control part 510 made, so that concentrate the place ahead that is discharged to air conditioner closely to locate by the air of exhaust unit 80 discharges.

During aforesaid downward-sloping discharge pattern, be fixed after the downward-sloping rotation of blow direction adjusting blades 300 up and down, the air of discharging to the zone near air conditioner the place ahead, promptly is in harmonious proportion near the place ahead of front panel 70 to concentrating discharge to the place ahead of exhaust unit 80 lower side.

On the other hand, when main control section 510 turned round in aforesaid mediation, to the operation information of front panel control part 74D output air conditioner, front panel control part 74D was according to the output signal control display apparatus module 74A of main control section 510.Display apparatus module 74A represents the various operation informations of air conditioner.

And, main control section 86, when being operable to running by operating portion 500 when stopping, the panel motor 161 that makes panel driving mechanism 159,160 when fan motor 76 is stopped to be with airtight mode activated, and the signal that stops to the exhaust unit control part 510 output runnings that are located on the exhaust unit 80.

When pan motor 161 is in airtight pattern face to face, the opposite direction rotation and close

air suction portion

4,6 and

air discharge portion

8,10 to the open mode of panel motor 161 time of Left-Hand Panel 90 and right panel.

And, behind the signal of exhaust unit control part 510 reception main control section 86 the various electric components 172,260,310 that are located on the exhaust unit 80 are stopped.

Below, to make lift motor 172 be that example describes with the pattern-driven situation that descends to exhaust unit control part 510 when stopping with running.

When lift motor 172 during with the decline mode activated, the driven wheel 174 of exhaust unit 80 descends along with driven gear 176, at this moment, lift motor 172 and exhaust unit 80 are subjected to the guiding of lifting and guiding device 82 and descend to the inboard of lifting and guiding device 82, the air outlet 83 of exhaust unit 80 be positioned at body 2 particularly lifting and guiding device 82 the rear and be hidden in the inside of body 2.

And, exhaust unit control part 510 make left and right sides blow direction adjusting blades motor 260 and up and down blow direction adjusting blades motor 310 drive to initial set up position.

On the other hand, when main control section 510 stopped in aforesaid running, to the running Stop message of front panel control part 74D output air conditioner, front panel control part 74D closed display apparatus module 74A according to the output signal of main control section 510.

Figure 13 is the stereogram of the running of another embodiment of air conditioner of the present invention when stopping; Stereogram when Figure 14 is the running of another embodiment of air conditioner of the present invention; Front view when Figure 15 is the running of another embodiment of air conditioner of the present invention; Figure 16 is the control block diagram of another embodiment of air conditioner of the present invention.

The air conditioner of present embodiment comprises: left upper portion panel 600 opens and closes the left side air discharge portion 8 of the left upper portion be formed on body 2, the air channeling conduct of during unlatching air discharge portion 8 to the left being discharged; Left upper portion panel driving mechanism makes 600 rotations of left upper portion panel; Right upper portion panel 610 opens and closes the right side air discharge portion 10 of the right upper portion be formed on body 2, the air channeling conduct of during unlatching air discharge portion 10 to the right being discharged; With right upper portion panel driving mechanism, make 610 rotations of right upper portion panel.

Left upper portion panel driving mechanism is a left upper portion motor 602, is located at the left upper portion of body 2, so that be vertically formed the rotating shaft rotation on left upper portion panel 600.

And right upper portion panel driving mechanism is a right upper portion motor 612, is located at the right upper portion of body 2, so that be vertically formed the rotating shaft rotation on right upper portion panel 610.

And, comprising: left side lower panel 620, open and close the left side air suction portion 4 of the bottom, left side be formed on body 2, during unlatching to from the 4 inhaled air channeling conducts of left side air suction portion; Left side lower panel driving mechanism makes 620 rotations of left side lower panel; Lower right side panel 630 opens and closes the right side air suction portion 6 of the lower right side be formed on body 2, during unlatching to from the 6 inhaled air channeling conducts of right side air suction portion; With lower right side panel driving mechanism, make 630 rotations of lower right side panel.

Left side lower panel driving mechanism is a left side lower motor 620, is located at the bottom, left side of body 2, so that be vertically formed the rotating shaft rotation on left side lower panel 620.

And lower right side panel driving mechanism is a lower right side motor 612, is located at the lower right side of body 2, so that be vertically formed the rotating shaft rotation on lower right side panel 610.

And, be located at the main control section 86 on the body 2, at cooling operation with heat running when wait being in harmonious proportion running, left upper portion motor 602, right upper portion motor 612, left side lower motor 622 and lower right side motor 632 are controlled with open mode, when running stops, left upper portion motor 602, right upper portion motor 612, left side lower motor 622 and lower right side motor 632 are controlled with airtight pattern, and because other structures are identical with one embodiment of the invention, use identical Reference numeral, thereby omit detailed description thereof.

Claims

1. an air conditioner is characterized in that, comprising:

Body, it is formed with air suction portion and air discharge portion, and is provided with heat exchanger and air blast in inside, and is formed with upper surface open portion at upper surface;

Front panel, but its rotatable or straight line is configured in the place ahead of above-mentioned body movably;

Exhaust unit, it is configured on the above-mentioned body, so that carry out the straight line lifting by above-mentioned upper surface open portion, and is formed with air outlet in front.

2. air conditioner according to claim 1 is characterized in that, above-mentioned exhaust unit comprises:

The outlet main body, it is formed with above-mentioned air outlet in front, and lower surface is open, left surface, right flank, back and upper surface sealing;

Blade carrier, it is located at the inboard of above-mentioned outlet main body;

Blade, it can be rotated to support on the above-mentioned blade carrier;

The blade rotation motor, it is connected with above-mentioned blade and is located on above-mentioned outlet main body or the blade carrier, so that make above-mentioned blade rotation.

3. air conditioner according to claim 2 is characterized in that, above-mentioned blade comprises: can be rotated to support on the left and right sides blow direction adjusting blades on the above-mentioned blade carrier; Can be rotated to support on the blow direction adjusting blades up and down on the above-mentioned blade carrier;

Above-mentioned blade rotation motor comprises: be located at the left and right sides blow direction adjusting blades motor that makes the blow direction adjusting blades rotation of the above-mentioned left and right sides on the above-mentioned outlet main body; Be located on the above-mentioned blade carrier and make the motor of blow direction adjusting blades up and down of above-mentioned blow direction adjusting blades up and down rotation.

4. air conditioner according to claim 3 is characterized in that, also comprises the exhaust unit control part, and it is located on the above-mentioned outlet main body, and is used to control above-mentioned blade rotation motor.

5. air conditioner according to claim 4 is characterized in that, also comprises: be located on the above-mentioned outlet main body so that the lift motor of above-mentioned outlet main body lifting; Be located at the driven wheel on the above-mentioned lift motor; With the engagement of above-mentioned driven wheel and be located at driven gear on the above-mentioned body,

Above-mentioned lift motor is controlled by above-mentioned exhaust unit control part.

6. air conditioner according to claim 1 is characterized in that, above-mentioned front panel comprises: the front cover that forms the front of above-mentioned air conditioner; Be configured in the afterframe at the rear of above-mentioned front cover; Be located on the above-mentioned afterframe and show the display of information.

7. air conditioner according to claim 6 is characterized in that, also comprises the front panel control part, and it is located on the above-mentioned front panel, and is used to control aforementioned display device.

8. air conditioner according to claim 1 is characterized in that, above-mentioned body is formed with above-mentioned air suction portion respectively in the bottom of and arranged on left and right sides, and is formed with above-mentioned air discharge portion respectively on the top of and arranged on left and right sides,

And comprise:

Left-Hand Panel, the air discharge portion that it opens and closes the air suction portion of the bottom, left side that is formed on above-mentioned body together and is formed on the left upper portion of above-mentioned body;

Right panel, the air discharge portion that it opens and closes the air suction portion of the lower right side that is formed on above-mentioned body together and is formed on the right upper portion of above-mentioned body;

The Left-Hand Panel driving mechanism, it drives above-mentioned Left-Hand Panel;

The right panel driving mechanism, it drives above-mentioned right panel.

9. air conditioner according to claim 8 is characterized in that, also comprises main control section, and it is located on the above-mentioned body, and is used to control above-mentioned Left-Hand Panel driving mechanism and right panel driving mechanism.

10. air conditioner according to claim 1 is characterized in that, comprising:

The front panel control part, it is located on the above-mentioned front panel, and is used to control the electric component that is located on the above-mentioned front panel;

The exhaust unit control part, it is located on the above-mentioned exhaust unit, and is used to control the electric component that is located on the above-mentioned exhaust unit;

Main control section, it is located on the above-mentioned body, and is used to control the electric component that is located on the above-mentioned body,

Wherein, above-mentioned main control section is connected with above-mentioned front panel control part and exhaust unit control part respectively by lead.