CN100414185C - A kind window type air conditioner - Google Patents
A kind window type air conditioner Download PDFInfo
- Publication number
- CN100414185C CN100414185C CNB2003101073764A CN200310107376A CN100414185C CN 100414185 C CN100414185 C CN 100414185C CN B2003101073764 A CNB2003101073764 A CN B2003101073764A CN 200310107376 A CN200310107376 A CN 200310107376A CN 100414185 C CN100414185 C CN 100414185C
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- air conditioner
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- incline
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Abstract
The present invention discloses a window type air conditioner which comprises a base plate, a compressor, a heat exchanger, a plurality of fans, an air guiding part, a front panel, a cabinet and a back panel, wherein the base plate forms the appearance of a lower surface, and a plurality of members are arranged on the base plate; the compressor is used as a formation member of a heat exchange circulating system; the heat exchanger realizes the heat exchange between inner working fluid and outer air; the fans produce air flow; the air guiding part guides air flow direction; the front panel is arranged at the front end of the base plate and forms the front appearance of the window type air conditioner; the cabinet is positioned at the upper part of the base plate and forms the appearance of the upper surface and the side surface of the window type air conditioner; the back panel is arranged at the back end of the base plate and forms the back appearance. Concave and convex back grid parts are integrally formed in the back panel. The window type air conditioner of the present invention can avoid accidents and form high grade appearance.
Description
Technical field
The present invention relates to air-conditioner, the back grid portion that especially is formed at air-conditioner back back side of panel is a concaveconvex shape, and the open downwards window air conditioner of rear outlet.
Background technology
The window air conditioner of prior art as shown in Figure 1, 2, it is inner to constitute, the bottom surface of air-conditioner is formed by chassis 1, and 1 front portion, indoor face is provided with front panel 3 on the chassis.In the panel 3, its downside position is formed with the 3i of suction portion in front.The 3i of suction portion is the inlet that room air flows into air-conditioner inside.And in the panel 3, its upside position is formed with discharges grid window 3e in front.The air that heat exchange is finished in the inside of discharging grid window 3e and be air-conditioner is discharged to indoor outlet again.In discharging grid window 3e, be formed with most air tap 3e '.
In addition, be provided with suction grid window 4 in the place ahead of the 3i of suction portion.Grid window 3e is identical with discharging, and also is formed with most air suction inlets 4 ' on suction grid window 4.And, between suction grid window 4 and the 3i of suction portion, also be provided with filter (figure does not show).
The inboard of panel 3 is provided with indoor heat converter 5 in front.Indoor heat converter 5 is to carry out heat exchange between the working fluid by the 3i of the suction portion inhaled air and the air conditioning circulatory system and be provided with in order to make.More detailed says, in the air guide portion 7 that will describe below indoor heat converter 5 is arranged on.
At the rear of indoor heat converter 5, air guide portion 7 is arranged on the chassis 1.Air guide portion 7 is divided into indoor and outside to air-conditioner substantially.Therefore, because indoor and outside are cut off by air guide portion 7, the air that air guide portion 7 is limiting between indoor and the outside flows.Upper end in air guide portion 7 is formed with brace.Brace is to be provided with in order to connect the guard shield 18 that will be described below.
The inside of air guide portion 7 is provided with guard shield 9.The inside of guard shield 9 is formed with movement-oriented 9g.The radius of curvature of movement-oriented 9g is certain.
In the front of guard shield 9, promptly corresponding be formed with dividing plate 11 with holes with indoor heat converter 5.On dividing plate 11 with holes, connect and be formed with dividing plate hole 12.Dividing plate hole 12 is guiding in the indoor fan 13 via indoor heat converter 5 flow air.In the upper end of dividing plate 11 with holes, be formed with discharge guide part 11e with dividing plate 11 with holes.The effect of discharging guide part 11e is finishing the air guide of heat exchange to discharging grid window 3e.
In addition, be provided with indoor fan 13 in the inside of guard shield 9.The effect of indoor fan 13 is that room air is flowed via the 3i of suction portion, indoor heat converter 5 and dividing plate hole 12 successively.Indoor fan 13 is to suck air by dividing plate hole 12, and inhaled air is to blow out with circumferencial direction.At this moment, the air that blows out flow to along movement-oriented 9g guiding and discharges guide part 11e.
Below, will be noted that 7 outsides of distinguishing mutually with the indoor that be split to form by air guide portion.
The outside of air guide portion 7 is equipped with motor 15.Motor 15 drive chamber's internal fans 13 and air-supply electric fan 17 make it rotation.The rotating shaft terminal of motor 15 protrudes from the body of motor 15 separately on the rotating shaft direction.Wherein, the rotating shaft of side perforation air guide portion 7 extends to the center of guard shield 9 and links to each other with indoor fan 13, makes indoor fan 13 rotations.
The outside rotating shaft of motor 15 is provided with air-supply electric fan 17.The effect of air-supply electric fan 17 is behind the outside suction extraneous air of air-conditioner, makes air pass through outdoor heat converter 19, makes air carry out heat exchange.Be formed with the ring 17r that connects blade tip on the air-supply electric fan 17.
In addition, guard shield 18 is arranged on the chassis 1.The effect of guard shield 18 is air-flows that guiding air-supply electric fan 17 produces.More detailed says, is formed with through hole 18 ' on the guard shield 18.Air-supply electric fan 17 is installed in the through hole 18 ', air-supply electric fan 17 and outdoor heat converter 19 are connected.Along with the rotation of air-supply electric fan 17, can produce air-flow in outdoor heat converter 19 1 sides, make extraneous air pass through outdoor heat converter 19.
The effect of guard shield 18 is air-flows that guiding air-supply electric fan 17 produces, and makes flow of external air arrive outdoor heat converter 19.Guard shield 18 is connected and fixed on the two ends of outdoor heat converter 19.And the upper end of guard shield 18 is connected with air guide portion 7 by brace, and the upper end of guard shield 18 is fixed in the brace of air guide portion 7.
1 the outside on the chassis is with the guard shield 18 aspectant outdoor heat converters 19 that are provided with.The effect of outdoor heat converter 19 is to make the working fluid of outside inhaled air and air handling system carry out heat exchange.Corresponding to chassis 1 part between air guide portion 7 and the guard shield 18 compressor 20 as the component parts of air handling system is installed.
In sum, the various parts of formation air-conditioner are wrapped in shell 21 inside by shell 21.That is, form the various parts of air-conditioner by shell 21 and external isolation.In other words, shell 21 constitutes the outward appearance of air-conditioner.Be provided with the back faceplate panels 30 that forms window air conditioner back outward appearance in the back of shell 21.Back faceplate panels 30 is slab constructions.And, in the panel 30, be formed with rear outlet 30 ' in the back toward the long formation of left and right directions.Rear outlet 30 ' is the outlet that air is discharged toward the rear.
21 ' is the side inlet hole, 21 " and be top inlet hole.
The installment state that possesses the window air conditioner of above-mentioned formation: its part as the indoor is placed in the interior space that needs air conditioning, is placed on outdoor as the part of outside.
But, there are the following problems for the window air conditioner of prior art: in the window air conditioner of prior art, back faceplate panels 30 is slab constructions, and, on flat board, be formed with most rear outlets 30 ' toward the long formation of left and right directions, therefore, can see inner parts, make window air conditioner give the consumer with not too refined sensation by rear outlet 30 '.And the width of rear outlet 30 ' is too big, causes user or child's finger to be easy to just enter inside.Therefore, exist the hidden danger that causes accident.
Summary of the invention
Technical problem to be solved by this invention provides a kind of window air conditioner, is formed with the back grid portion of concaveconvex shape on the back faceplate panels, and the rear outlet that is formed at the guiding air discharge direction on the faceplate panels of back forms towards the below.
In order to solve the problems of the technologies described above, the technical solution used in the present invention is: window air conditioner of the present invention comprises formation bottom surfaces profile, and all multi-parts are installed on top chassis; Compressor as a component parts of heat exchange circulation system; Realize the inner working fluid and the heat exchanger of the heat exchange between the extraneous air; Produce most the fans that flow of air; The air guide portion of guiding air-flow direction; Be arranged at the front end on chassis, form the front panel of the front outward appearance of window air conditioner; Be positioned at the chassis upside, and form the upper side of window air conditioner and the casing of sidepiece face outward appearance; Be arranged on the extreme end of chassis, and form the back faceplate panels of back outward appearance.In the back faceplate panels, be formed with the back grid portion of concaveconvex shape.
Described back grid portion is alternately formed repeatedly by top incline and bottom incline.And a pair of top incline and bottom incline are symmetrically formed.Top incline is formed slopely at a certain angle for the back faceplate panels.The bottom incline that is symmetrical in top incline is that the lower end curved elongated of top incline forms.
On bottom incline, be formed with rear outlet as air flow passage.
The rear outlet is to form toward left and right directions, and the width on the above-below direction is below the 1cm.
Back faceplate panels is to form with injection molding.
Window air conditioner of the present invention, at the rear of air-conditioner, from outside be not easy to see inside, make the profile of air-conditioner more attractive in appearance.The present invention is that the lower surface at jog is formed with the rear outlet, thereby has prevented from can have an X-rayed from the outside phenomenon of inside.The width up and down that is formed on the rear outlet of back on the faceplate panels is set to the size that user or child's finger is difficult for entering, and can prevent accident.
Description of drawings
Fig. 1 is the exploded perspective view of the window air conditioner structure of prior art.
Fig. 2 is that the outward appearance of the window air conditioner of prior art constitutes and the stereogram of air flow circuit.
Fig. 3 is the stereogram of the embodiment of window air conditioner of the present invention.
Fig. 4 is the exploded perspective view of the formation of window air conditioner embodiment of the present invention.
Fig. 5 is the stereogram that the inside of the embodiment of window air conditioner of the present invention constitutes.
Fig. 6 is that air passes through the stereogram as the mobile state of the front panel of window air conditioner of the present invention.
Fig. 7 is the stereogram of the back faceplate panels of window air conditioner of the present invention.
Among the figure, 100: the chassis; 200: front panel; 210: the front suction inlet; 215: the side suction inlet; 220: indoor outlet; 230: the outlet shutter door; 300: air guide portion; 310: the lower air guide part; 312: left and right sides dividing plate; 350: upside air guide portion; 352: discharge stream; 360: the filter installation portion; 370: high-performance filter; 380: control box; 400: indoor heat converter; 410: dividing plate with holes; 412: through hole; 420: indoor fan; 422: the fan ring; 450: fan electromotor; 452: central shaft; 460: outdoor fan; 500: guard shield; 550: outdoor heat converter; 600: the back faceplate panels; 610: back grid portion; 612: top incline; 614: bottom incline; 614: the rear outlet; 700: casing; 710: guide portion is installed; 720: the side inlet hole; 730: top inlet hole; 740: filter grid window.
The specific embodiment
Below in conjunction with the drawings and specific embodiments window air conditioner of the present invention is described in further detail:
Shown in Fig. 3,4,5,6, be split into indoor and outside above the chassis 100 of formation air-conditioner bottom surface.Be formed with the various parts that constitute air-conditioner in indoor and the outside.The forefront of indoor is provided with front panel 200.
Be formed with front suction inlet 210 on the bottom of front panel 200.Front suction inlet 210 is drawn into the air that needs the space of air conditioning the indoor of air-conditioner.In other words, front suction inlet 210 is to need the air in the space of air conditioning to flow into the inlet of air-conditioner inside.The two sides of front panel 200 are formed with side suction inlet 215.Therefore, the indoor air inside that just can flow into air-conditioner by the bottom and the side of front panel 200.
Be formed with indoor outlet 220 on the upper end of front panel 200.The air that finishes heat exchange will be discharged to the space that needs air conditioning again by indoor outlet 220.And the back side of front panel 200 is provided with the outlet shutter door 230 of the indoor outlet 220 of selectable switching.Outlet shutter door 230 is by opening and closing indoor outlet 220 toward upper and lower to slip.
For the above-below direction ground that makes outlet shutter door 230 slides, the present invention also possesses the electric rotating machine that produces rotary power is arranged.For the rotary power that electric rotating machine is produced is converted to rectilinear motion, the present invention also is provided with rack-and-pinion.
On the lower end of lower air guide part 310, one be formed with indoor pedestal 320.Indoor pedestal 320 is to form protruding prolongation toward the place ahead after the bottom vertical curve of lower air guide part 310.Indoor pedestal 320 is corresponding with the leading section on chassis 100, and is fixed on the correspondence position on chassis 100.
On the central portion of the front of lower air guide part 310, become to have left and right sides dividing plate 312 toward the upper and lower synform.That is, left and right sides dividing plate 312 is to protrude toward the place ahead from the front central portion of lower air guide part 310 to form, thus two parts about the place ahead of lower air guide part 310 is divided into.
In addition, the left side of lower air guide part 310 and right side are formed with indoor fan installing hole 314 separately.Indoor fan installing hole 314 is provided with indoor fan 420.The size of indoor fan installing hole 314 is corresponding to the size of indoor fan 420.And the periphery of indoor fan installing hole 314 preferably is formed with toward the place ahead protrusion part to a certain degree.
Be formed with in the upside air guide portion 350 and discharge stream 352.The air that discharge stream 352 is discharged indoor fan 420 guides to the indoor outlet 220 of front panel 200.That is, discharge stream 352 and protrude to a certain degree formation toward the place ahead, and its leading section is corresponding with the indoor outlet 220 of front panel 200 from the rear end of upside air guide portion 350.
Be formed with the filter that protrudes toward the top on the upper side of upside air guide portion 350 portion 360 is set.Be provided with in the portion 360 at filter, high-performance filter 370 is installed from the top.After high-performance filter 370 purifies the room air that flows into, be discharged to cleaned air passes indoor again again.
The right-hand end of upside air guide portion 350 possesses control box 380.Control box 380 have fixed size.The present invention does not carry out careful description to control box 380, but the inside of control box 380 is provided with the control assemblies such as wiring board of capacitor and the driving of control air-conditioner.
The place ahead of air guide portion 300 is provided with indoor heat converter 400.The effect of indoor heat converter 400 is to make the working fluid of heat-exchange system and carry out heat exchange from the space inhaled air that needs air conditioning.
Be provided with dividing plate 410 with holes between indoor heat converter 400 and the air guide portion 300.The effect of dividing plate 410 with holes is that guiding finishes the air of heat exchange in indoor heat converter 400.The left side of dividing plate 410 with holes and right side are formed with the through hole 412 corresponding to the indoor fan installing hole 314 of lower air guide part 310 separately.
The inside of air guide portion 300 is provided with indoor fan 420.The motive power that indoor fan 420 provides air to flow in the indoor.Indoor fan 420 is formed with one separately in left side and right side.That is, indoor fan 420 is arranged in the indoor fan installing hole 314 that is formed on lower air guide part 310 left and right sides.
In addition, though do not provide in drawing, a side of air guide portion 300 and dividing plate with holes 410 also can be provided with air-vent.Like this, air outside can suck selectively by air-vent, thereby makes room air obtain changing.One side of air guide portion 300 is provided with opening and closing device.Opening and closing device can drive by power motor, can open and close air-vent.
In order air outside to be flowed into by air-vent, the scavenge duct (not shown) of guide chamber outer air can also be set.That is, can scavenge duct be set in upper end that connects air guide portion 300 and the brace (not shown) bottom between the guard shield 500.Scavenge duct is directed to the place ahead to the air at rear, allows air to flow into air-vent.
The rear side of indoor fan 420 is provided with fan electromotor 450.Central shaft 452 front ends of fan electromotor 450 are inserted in the central part of indoor fan 420.And central shaft 452 rear ends of fan electromotor 450 are inserted in the central part of outdoor fan 460.Therefore, fan electromotor 450 can be delivered to indoor fan 420 and outdoor fan 460 to rotary power.
Keep at a certain distance away with air guide portion 300, be provided with the mobile guard shield 500 of air of guiding outside in the wings.Partly be provided with indoor fan installing hole 314 corresponding through holes 502 about the central area of guard shield 500 separately with air guide portion 300.The upper end of guard shield 500 can also be provided with guide recess (figure does not show).The guide recess guiding is by the condensing water of fan ring 422 guiding of outdoor fan 460.
The inboard of through hole 502 is provided with outdoor fan 460.The air that outdoor fan 460 forced air supplies are outdoor makes air carry out heat exchange.Possess on the outdoor fan 460 the fan ring 422 that connects blade tip is arranged.Fan ring 422 can splash the condensing water that amasss in the bottom, and condensing water is splashed on the outdoor heat converter 550 that is arranged at outdoor fan 460 rears, makes air-conditioner reduce the temperature of outdoor heat converter 550 when refrigeration mode, improves cooling effectiveness.
Rear end corresponding to the chassis 100 of guard shield 500 rear sides is provided with outdoor heat converter 550.Outdoor heat converter 550 makes the working fluid of heat-exchange system and carries out heat exchange between the outdoor inhaled air.Therefore, air-conditioner is when the refrigeration work pattern, and the effect of outdoor heat converter 550 is that indoor hot type is put into the outside.
In addition, the chassis 100 of outside is provided with the compressor 560 that constitutes heat-exchange system.Compressor 560 is connected with outdoor heat converter 550 with indoor heat converter 400 respectively.
The rear of outdoor heat converter 550 is provided with the back faceplate panels 600 that forms air-conditioner back outward appearance.In the back faceplate panels 600, be formed with the back grid portion 610 of concaveconvex shape.Back faceplate panels 600 usefulness injection moldings form.
As shown in Figure 7, back grid portion 610 is alternately formed repeatedly by top incline 612 and bottom incline 614.And a pair of top incline 612 and bottom incline 614 are symmetrically formed.Top incline 612 is formed slopely at a certain angle for back faceplate panels 600.The bottom incline 614 that is symmetrical in top incline 612 is that the lower end curved elongated of top incline 612 forms.
Be that top incline 612 is that the back side of panel 600 from behind is formed slopely at a certain angle toward the below.Bottom incline 614 is that the back side of panel 600 from behind is formed slopely at a certain angle toward the top.Like this, the upper end of the lower end of top incline 612 and bottom incline 614 will be connected to each other.In the present embodiment, the junction of the upper end of the lower end of top incline 612 and bottom incline 614 is that chamfering (round) forms.
On bottom incline 614, be formed with rear outlet 614 as air flow passage.That is, rear outlet 614 is toward the long formation of left and right directions, and the width on the above-below direction is below the 1cm.Do like this is that finger in order to prevent the user enters air-conditioner inside by rear outlet 614.
The outward appearance upper side of air-conditioner of the present invention and outward appearance sidepiece face are to be formed by casing 700.Casing 700 separates all multi-parts and the outside of air-conditioner inside, and forms air flow circuit in the inside of air-conditioner.
On the first half of casing 700, be formed with installation guide portion 710 toward left and right directions.Guide portion 710 is installed on casing 700, to a certain degree forms toward the below depression.Guide portion 710 is installed can make air-conditioner more easily be installed on the window of building.Window shade arrangement (figure does not show) etc. can also be set on installation guide portion 710.
Be formed with most sides inlet holes 720 on the two sides rearward end of casing 700, air can be from the side sucks inside in air-conditioner by side inlet hole 720.Near inlet hole 730 also be formed with most the latter half of two side ends on casing 700 above, air can be from the top suck inside in air-conditioner by top inlet hole 730.That is, air outside can be drawn into the outside of air-conditioner by top inlet hole 730.
In addition, leading section on casing 700 promptly is provided with filter grid window 740 at the position, the place ahead that guide portion 710 is installed.The air of air conditioner chamber inboard is discharged to the outside by filter grid window 740.
Also possess on the side of casing 700 handle 750 is arranged, handle 750 is set is for can easier installation and move air-conditioner.
Below, to the effect of the embodiment of the invention that possesses above-mentioned formation, do a detailed explanation:
At first, the situation that air-conditioner of the present invention is worked is described under refrigeration mode.If air-conditioner drives, left and right sides fan electromotor 450 drives, and the indoor fan 420 and the outdoor fan 460 of left and right sides will together rotate.Then compressor 560 will drive, thereby makes working fluid cycles in heat exchange circulation system.
As shown in Figure 8, the indoor fan of left and right sides 420 drives, need air conditioning the space air will by front suction enter the mouth 210 and side suction inlet 215 be drawn into the inside of air-conditioner, as the A of Fig. 6, B, B ' can pass through indoor heat converter 400.Become the air of low relatively temperature after in indoor heat converter 400, finishing heat exchange, will be drawn into indoor fan 420, then discharge toward circumferencial direction.
Toward the air that the tangent to periphery direction of indoor fan 420 is discharged, led to flow to by air guide portion 300 to discharge stream 352.Flowing to the air of discharging stream 352 discharges in the space that needs air conditioning by indoor outlet 220.C as Fig. 6.
In addition, in order to purify the air that cools down via indoor heat converter 400, make air pass through high-performance filter 370.The user is set at the air conditioning pattern to air-conditioner, and outlet shutter door 230 will be sealed the indoor outlet 220 that is positioned on the front panel 200.
Therefore, after the air that finishes heat exchange via indoor heat converter 400 flow into indoor fan 420,, leaked-in air is discharged upward toward the tangent to periphery direction of indoor fan 420 because of the turning effort of indoor fan 420.At this moment, the air of discharge can not be discharged at indoor outlet 220, but via the high-performance filter 370 of upside, is discharged in the space that needs air conditioning by filter grid window 740.
Therefore, air just can filter out airborne foreign matter by high-performance filter 370, can be provided to pure and fresh air more indoor.Be provided to the air in the space that needs air conditioning, not only passed through cooling procedure, also passed through filter process, can create happier environment to the user.
Secondly, in the outside, along with the driving of outdoor fan 460, outdoor air will be drawn into the inside of air-conditioner.That is, since the rotation of outdoor fan 460, the inside that air outside just can flow into air-conditioner by the side inlet hole 720 and the top inlet hole 730 of casing 700.
The air that flow into air-conditioner inside is led by guard shield 500, thereby sucks in outdoor fan 460.Owing to outdoor fan 460 is discharged to the air at rear, during by outdoor heat converter 550 and the working fluid of heat-exchange system carry out heat exchange.At this moment, working fluid is the heat transferred air, and therefore indoor heat just can be discharged to outdoor.
The low relatively air of temperature that flow to the outside can reduce the temperature of compressor 560, and logical outdoor fan 460 and the outdoor heat converter 550 of blowing.After finishing heat exchange with working fluid, the rear outlet 614 by back faceplate panels 600 is discharged to outdoor.
In addition, need the air in air conditioning space and the action of the air exchange system that extraneous air is taken a breath mutually to be: according to user's setting, open when being formed on the air-vent of air guide portion 300 1 sides, indoor outlet 220 is discharged from mouthful shutter door 230 and seals.
By front suction inlet 210 and side suction inlet 215 inhaled airs via indoor heat converter 400 after, flow into the outside by air-vent (figure does not show), discharge or discharge by side inlet hole 720 by the rear outlet 614 of back faceplate panels 600.
Right of the present invention is not only limited to the embodiment of above explanation, and in the middle of the field of the invention, the people with knowledge can carry out various distortion and change.
Claims (3)
1. a window air conditioner comprises that formation bottom surfaces profile and all multi-parts are installed on top chassis; Compressor as a component parts of heat exchange circulation system; Realize the inner working fluid and the heat exchanger of the heat exchange between the extraneous air; Produce most the fans that flow of air; The air guide portion of guiding air-flow direction; Be arranged at the front end on chassis, form the front panel of the front outward appearance of window air conditioner; Be positioned at the chassis upside, and form the upper side of window air conditioner and the casing of sidepiece face outward appearance; Be arranged on the extreme end of chassis, and form the back faceplate panels of back outward appearance; Back faceplate panels (600) is gone up the back grid portion (610) that is formed with concaveconvex shape of one; It is characterized in that described back grid portion (610) is alternately formed repeatedly by top incline (612) and bottom incline (614), a pair of top incline (612) and bottom incline (614) are symmetrically formed, top incline (612) is to be formed slopely at a certain angle for back faceplate panels (610), the bottom incline (614) that is symmetrical in top incline (612) is that the lower end curved elongated of top incline (612) forms, and is formed with the rear outlet (614 ') as air flow passage on bottom incline (614).
2. window air conditioner according to claim 1 it is characterized in that described rear outlet (614 ') is to form toward left and right directions, and the width on the above-below direction is below the 1cm.
3. window air conditioner according to claim 1 is characterized in that described back faceplate panels is to form with injection molding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2003101073764A CN100414185C (en) | 2003-12-12 | 2003-12-12 | A kind window type air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2003101073764A CN100414185C (en) | 2003-12-12 | 2003-12-12 | A kind window type air conditioner |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1626930A CN1626930A (en) | 2005-06-15 |
| CN100414185C true CN100414185C (en) | 2008-08-27 |
Family
ID=34758177
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2003101073764A Expired - Fee Related CN100414185C (en) | 2003-12-12 | 2003-12-12 | A kind window type air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100414185C (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101086353B (en) * | 2006-06-07 | 2010-05-12 | 乐金电子(天津)电器有限公司 | Front grid mounting structure of window type air conditioner |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4796803A (en) * | 1985-03-18 | 1989-01-10 | Kelley Winfield L | Air volume regulator valve |
| US5251461A (en) * | 1992-09-18 | 1993-10-12 | Carrier Corporation | Grille for packaged terminal air conditioner |
| CN2226722Y (en) * | 1995-07-05 | 1996-05-08 | 杭州东宝电器有限公司 | Window integral air conditioner |
| US6279339B1 (en) * | 2000-08-17 | 2001-08-28 | Carrier Corporation | Snap-in plastic grille for an air conditioner housing |
| CN2667368Y (en) * | 2003-12-12 | 2004-12-29 | 乐金电子(天津)电器有限公司 | Window type air conditioner |
-
2003
- 2003-12-12 CN CNB2003101073764A patent/CN100414185C/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4796803A (en) * | 1985-03-18 | 1989-01-10 | Kelley Winfield L | Air volume regulator valve |
| US5251461A (en) * | 1992-09-18 | 1993-10-12 | Carrier Corporation | Grille for packaged terminal air conditioner |
| CN2226722Y (en) * | 1995-07-05 | 1996-05-08 | 杭州东宝电器有限公司 | Window integral air conditioner |
| US6279339B1 (en) * | 2000-08-17 | 2001-08-28 | Carrier Corporation | Snap-in plastic grille for an air conditioner housing |
| CN2667368Y (en) * | 2003-12-12 | 2004-12-29 | 乐金电子(天津)电器有限公司 | Window type air conditioner |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1626930A (en) | 2005-06-15 |
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