CN1755224B - Louver type grid window of integral air conditioner - Google Patents
Louver type grid window of integral air conditioner Download PDFInfo
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- CN1755224B CN1755224B CN200410072258A CN200410072258A CN1755224B CN 1755224 B CN1755224 B CN 1755224B CN 200410072258 A CN200410072258 A CN 200410072258A CN 200410072258 A CN200410072258 A CN 200410072258A CN 1755224 B CN1755224 B CN 1755224B
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Abstract
The invention discloses an integral blind grille window, which is characterized by the following: several suction guide pins are fixed near the outdoor side of the outdoor heat converter at certain position with suction grille board covering the inlet; the outlet guide board guides the air-out from outdoor heat converter at certain direction; the lateral support board connects on two sides of guide board inclining face, which forms a more broad area of guide flow path to drain the air outsides., The invention avoids the working efficiency of air conditioner down and air return phenomenon toward outside through inlet after finishing the exchanging between air conditioner and heat converter, which guarantees the security of inlet for users.
Description
Technical field
The present invention relates to integral air conditioner.More detailed says, the present invention relates to: can guarantee the security of integral air conditioner, and can prevent the louver type grid window (Louvered grill for thru thewall type air conditioner) of the integral air conditioner of the return air phenomenon of air in suction passage of discharging.
Background technology
Generally speaking, when integral air conditioner is installed, at first needs to connect wall and form openings.Then, in above-mentioned openings, integral air conditioner is installed, and then is carried out the air conditioning of the interior space.Here, above-mentioned wall has been isolated the interior space and the exterior space that need carry out air conditioning.
Fig. 1 is the exploded perspective view of demonstration according to the primary structure of the integral air conditioner of conventional art.Fig. 2 shows that integral air conditioner is installed on the accompanying drawing of the state on the wall.
Below, with reference to the accompanying drawings 1,2, the internal structure to integral air conditioner is elaborated.The bottom surface of air-conditioner is formed by chassis (base-pan) 200.The front, indoor on above-mentioned chassis 200 is provided with front grid window (front-grille) 120.Here, above-mentioned front grid window 120 forms the front appearance of air-conditioner.In fact above-mentioned front grid window 120 is installed in the front of the housing (cabinet) 180 that will be described below.
One side of aforesaid front grid window 120 is formed with suction portion.Here, the air that need carry out in the space of air conditioning will be drawn into the inside of air-conditioner by above-mentioned suction portion.The opposite side of above-mentioned front grid window 120 then is formed with discharge portion.Here, the air of finishing heat exchange in air-conditioner inside will be discharged to indoor by above-mentioned discharge portion again.In addition, be provided with in the above-mentioned suction portion and suck grid window 110.One side of above-mentioned discharge portion is provided with control cabinet (control-box) 190.Control the state of air-conditioners here, by above-mentioned control cabinet 190.
The inboard of above-mentioned front grid window 120 is provided with indoor heat exchanger 130.More definite says, above-mentioned indoor heat exchanger 130 is arranged on the air-deflector 140 that will be described below.The effect of above-mentioned indoor heat exchanger 130 is: make between the hydraulic fluid of suction portion inhaled air by above-mentioned front grid window 120 and air handling system and carry out heat exchange.
Below, the concrete structure of the air-deflector 140 that is provided with above-mentioned indoor heat exchanger 130 is described.The central authorities of above-mentioned air-deflector 140 are formed with through hole.Here, above-mentioned through hole guiding is through the air of above-mentioned indoor heat exchanger 130.
The bottom surface of aforesaid air-deflector 140 is provided with following member: the drainage arrangement of discharging the condensing water that generates in above-mentioned indoor heat exchanger 130; The vortex shell (scroll) 160 that combines with above-mentioned air-deflector 140.Here, the inner face of above-mentioned vortex shell 160 is formed with movement-oriented, thus the air-flow that guiding is produced by the indoor fan 210 that will be described below.
Then, discharge portion one side of above-mentioned front grid window 120 is provided with control cabinet 190.Above-mentioned control cabinet 190 inside accommodate various electronic components.Here, with above-mentioned various electronic component control air-conditioners.
The rear end of above-mentioned vortex shell 160, be that the outside is provided with the axle two ends of motor 220. above-mentioned motors 220 respectively to indoor and outside protrusion. here, axle one side of above-mentioned motor 220 protrudes into vortex shell 160 inside of indoor. and it is as follows to protrude into the effect that indoor Air Blast fan 210. above-mentioned indoor Air Blast fans 210 are installed on 220 in the motor of above-mentioned indoor: suction need be carried out the air in the space of air conditioning, make inhaled air pass through above-mentioned indoor heat exchanger 130 then, it is indoor that air is discharged to again again.
Outdoor Air Blast fan 230 is installed on the outdoor side shaft of above-mentioned motor 220.The effect of above-mentioned outdoor Air Blast fan 230 is as follows: the suction chamber outer air makes air pass through the outdoor heat exchanger 170 in the air conditioner chamber outside then, thereby makes air obtain heat exchange.
In addition, be provided with cover cap 150 in the above-mentioned outside.The air-flow that above-mentioned cover cap 150 guiding are formed by above-mentioned outdoor Air Blast fan 230.Here, the effect of above-mentioned cover cap 150 is as follows: being sent to outdoor heat exchanger 170 equably from outside inhaled air.In addition, the central part of aforesaid cover cap 150 is formed with the through hole that outdoor Air Blast fan 230 is set.
And the present invention also is equipped with housing 180.Above-mentioned housing 180 sealings are installed on the various members on the above-mentioned chassis 200.Above-mentioned housing 180 is connected and fixed with above-mentioned chassis 200, thus the two sides and the upper end of sealing air-conditioner.
Members such as the compressor that constitutes air handling system and expansion valve (not shown) also are installed in the above-mentioned outside.
In possessing the integral air conditioner of structure as mentioned above, be equivalent to be provided with in the part faced chamber of above-mentioned indoor, thereby in needs carry out the space of air conditioning, use; And be equivalent to be provided with outside the part faced chamber of above-mentioned outside.
That is, possessing as mentioned above, the integral air conditioner insertion of structure is installed in the installing hole that is formed on the wall.At this moment, the inboard of above-mentioned installing hole has been provided with wall sleeve (sleeve) 244 in advance, and at its rear louver type grid window 245 is set at last.Here, the extraneous air of outside will suck and discharge by above-mentioned louver type grid window 245.
For above-mentioned integral air conditioner is installed in the wall sleeve 244 securely, used various complementary fixed components 243 overleaf, used sealing device (trim) 240 members such as grade in front.
In addition, the course of work when air-conditioner freezes operation is as follows:, in a single day air-conditioner drives, and air handling system will start thereupon.At this moment, above-mentioned motor 220 will provide revolving force, make above-mentioned indoor Air Blast fan 210 and 230 rotations of outdoor Air Blast fan.Therefore, in the indoor, the air that need carry out in the space of air conditioning will suck by the suction portion of front grid window 120, flow to indoor heat exchanger 130 then.
Then, the above-mentioned air that is inhaled into will be by above-mentioned indoor heat exchanger 130.At this moment, air will carry out heat exchange with working fluid, thereby become the low relatively Cryogenic air of temperature.In addition, because the rotation of above-mentioned indoor Air Blast fan 210, the air of finishing heat exchange will be drawn into above-mentioned indoor Air Blast fan 210 by the through hole of above-mentioned air-deflector 140, then along the internal flow of vortex shell 160, thereby the discharge portion finally by front grid window 120 is discharged to the interior space that need carry out air conditioning.
In addition, carry out following heat extraction operation in the outside: promptly, the heat that the working fluid in the above-mentioned indoor heat exchanger 130 is absorbed is discharged to the outside.Detailed says, because the rotation of above-mentioned outdoor Air Blast fan 230, extraneous air will be drawn into the outside of air-conditioner.Then, inhaled air is led by above-mentioned cover cap 160, thereby through above-mentioned outdoor heat exchanger 170.In this process, the working fluid in air and the above-mentioned outdoor heat exchanger 170 carries out heat exchange, thus the cooling work fluid, and self temperature will rise.Therefore, can discharge heat to the outside.
Below, suction and discharge process to the air of outside are described in detail.
Fig. 3 shows the accompanying drawing that is fixed in the state of outdoor heat exchanger one side according to the louver type grid window of conventional art.
As shown in Figure 3, in the outside, outdoor air will be drawn into and suck zone (except the remaining area in outdoor heat exchanger zone).Here, outdoor air is that rotation owing to above-mentioned outdoor Air Blast fan 230 is drawn into and sucks the zone.The extraneous air of Xi Ruing will change its stream by cover cap 150 like this.Then, the above-mentioned suction air that changes stream will be supplied in above-mentioned outdoor heat exchanger 170 equably, and carry out heat exchange with above-mentioned outdoor heat exchanger 170.Then, with above-mentioned outdoor heat exchanger 170 finish the extraneous air of heat exchange will be again the enforceable zone that is discharged to discharging area near outdoor heat exchanger.
Here, as mentioned above, on flowing, interfere mutually, used louver type grid window 250 for fear of the suction air and the discharge air of integral air conditioner outside.More definite says so, and in the air of discharging, in order to make the close stream that sucks the air of discharging in the zone away from the stream that sucks air, has used louver type grid window 250.Here, above-mentioned louver type grid window 250 is fixed in outdoor heat exchanger 170 1 sides of outside by fixed screw 260.
Fig. 4 is the concrete structure that shows according to the louver type grid window of conventional art, and air is by the accompanying drawing of the state of louver type grid window discharge.
As shown in Figure 4, the back side of integral air conditioner is equipped with: can make the extraneous air of outside carry out smooth and easy mobile louver type grid window 250.Here, because the effect of above-mentioned louver type grid window 250 will change its flow direction when air is discharged.
That is, above-mentioned louver type grid window 250 is outdoor heat exchanger 170 1 sides that are fixed in the outside with screw 260 by fixing.Especially, be fixed on to be adjacent to and suck on the shell of zone except the remaining area in outdoor heat exchanger zone.
And above-mentioned louver type grid window 250 presents plate (plate) shape, and it is provided with several discharge guide fingers 252 to the crooked certain angle of a direction.Here, the above-mentioned direction that several discharge guide finger 252 bendings is without exception towards discharging area.And the above-mentioned angle of bend separately that several discharge guide finger 252 is all consistent.
Below, the flow direction of the discharge air that is led by above-mentioned louver type grid window 250 is described.That is, be drawn into the extraneous air that sucks the zone, because the air-supply effect of above-mentioned outdoor Air Blast fan 230 evenly is blown into above-mentioned outdoor heat exchanger 170.Then, finish heat exchange with above-mentioned outdoor heat exchanger 170 after, be discharged to outdoor by above-mentioned discharging area.
, in the air of above-mentioned discharge, be discharged to the discharge air of the position that is provided with above-mentioned louver type grid window 250 here, will collide with several discharge guide fingers 252 that on above-mentioned louver type grid window 250, are processed to form.Then, the air after the collision changes the discharge direction according to the angle of bend that is arranged at the above-mentioned discharge guide finger 252 on the above-mentioned louver type grid window 250.
As mentioned above, discharged discharge air that guide fingers 252 are led when being directed to by above-mentioned several, above-mentioned several are discharged guide fingers 252 can be to the mobile generation resistance of air.Like this, be subjected to above-mentioned several and discharge the discharge air of the frictional force of guide finger 252, its flowing velocity will weaken to some extent.Therefore, wherein portion of air will be involved in the stream of the extraneous air that is drawn into above-mentioned suction zone.To produce the return air phenomenon that the air of discharging is inhaled into immediately more like this.
Therefore, the air-conditioner according to conventional art will produce following problem: be discharged to the airborne portion of air of outdoor discharge after finishing heat exchange with outdoor heat exchanger, be drawn into integral air conditioner once more immediately and suck the interior return air phenomenon in zone.Therefore, the whole work efficiency of above-mentioned integral air conditioner will be reduced.
In addition, increase the air-conditioner overall power, will cause the rapid drawback that increases of power consumption of above-mentioned integral air conditioner in order to solve above-mentioned return air phenomenon.
Even more serious is, in the integral air conditioner that possesses louver type grid window of foundation conventional art, in the use of product, because the suction inlet of the outside of above-mentioned integral air conditioner always is under the opened state. therefore, foreign matter will be easy to flow into by the suction inlet of above-mentioned opening. promptly, there is following potential safety hazard in air-conditioner according to conventional art: because of careless, when putting into foreign matter by suction inlet, the user will be in the fatal hazardous environment such as electric shock.
Summary of the invention
The present invention proposes in order to solve the above problems.Therefore, the purpose of this invention is to provide: can guarantee user's safety, and can prevent the integral air conditioner with louver type grid window of return air phenomenon.
For this reason, comprise according to integral air conditioner of the present invention: the chassis; The indoor part that constitutes by indoor heat exchanger, indoor Air Blast fan, air-deflector; The outside part that constitutes by compressor, motor, outdoor Air Blast fan, outdoor heat exchanger, cover cap; Housing.
In possessing the integral air conditioner of the present invention of structure as mentioned above, louver type grid window comprises: be fixed on the certain position of outside of above-mentioned outdoor heat exchanger, and be provided with inhaled air several suction guide fingers, and cover the suction flase floor of suction inlet to the certain orientation guiding; Tilt to be incorporated on the above-mentioned suction flase floor, and the discharge guide plate of the air of from above-mentioned outdoor heat exchanger, discharging to the certain orientation guiding; Be incorporated on the two sides of inclination of above-mentioned discharge guide plate, and guide the lateral bolster fagging of air with above-mentioned discharge guide plate.
And above-mentioned lateral bolster fagging is characterized in that: form the stream of discharging air with above-mentioned discharge guide plate.
Here, be: by having several small-sized discharge guide fingers of certain angle of bend, finish the high temperature air of heat exchange to outdoor discharge and outdoor heat exchanger according to the louver type grid window of conventional art.But, the louver type grid window of foundation integral air conditioner of the present invention and the louver type grid window according to conventional art are structurally completely different.Louver type grid window according to integral air conditioner of the present invention is: by the stream that led by above-mentioned discharge guide plate and the formed discharge with broad area of lateral bolster fagging, to outdoor discharge air.
Therefore, louver type grid window according to integral air conditioner of the present invention, compare with the louver type grid window of foundation conventional art and to have following advantage: promptly, the flow path resistance in the time of can farthest reducing to discharge air, and then can prevent the problem that the air-conditioner whole work efficiency descends.
And the louver type grid window according to integral air conditioner of the present invention also has following effect:
That is, the flowing velocity of the air by the outdoor discharge of above-mentioned discharge pilot flow road direction is fast, and the air-flow direction and the inhaled air flow direction of discharging are widely different.Therefore, can prevent to finish after the heat exchange return air phenomenon that the air to outdoor discharge flows into by suction inlet immediately again with outdoor heat exchanger.
In addition, the louver type grid window according to integral air conditioner of the present invention also has other effect:
That is, the present invention also includes the suction flase floor.Above-mentioned suction flase floor has following effect concurrently: the suction inlet of the outside that covers integral air conditioner that can be safe.Therefore, when the user uses product, can guarantee the security of suction inlet.
Description of drawings
Fig. 1 is the exploded perspective view of demonstration according to the primary structure of the integral air conditioner of conventional art.
Fig. 2 shows that integral air conditioner is installed on the accompanying drawing of the state on the wall.
Fig. 3 shows the accompanying drawing that is fixed in the state of outdoor heat exchanger one side according to the louver type grid window of conventional art.
Fig. 4 is the concrete structure that shows according to the louver type grid window of conventional art, and air is by the accompanying drawing of the state of louver type grid window discharge.
Fig. 5 shows the accompanying drawing that is fixed in the state of outdoor heat exchanger one side according to louver type grid window of the present invention.
Fig. 6 is the concrete structure that shows according to louver type grid window of the present invention, and air is by the accompanying drawing of the state of louver type grid window discharge.
The critical piece description of reference numerals
260: fixed screw 270: louver type grid window
271: screw hole 272: suck guide finger
273: discharge guide plate 274: the lateral bolster fagging
The specific embodiment
Below, with reference to the accompanying drawings, the definite embodiment to according to integral air conditioner of the present invention is described in more detail.
But, it is emphasized that, right of the present invention is not confined to aforesaid embodiment, under the situation that does not exceed the technology of the present invention thought range of putting down in writing in claims, the technical staff of relevant industries can carry out various deformation and modification to the present invention, and proposes to be contained in other embodiment in the inventive concept scope.Therefore, the present invention serves as according to making an explanation with the claims that provide.
According to the louver type grid window of integral air conditioner of the present invention, its concrete structure is described below.Promptly, comprise that according to the louver type grid window of integral air conditioner of the present invention following several sections constitutes: be fixed in above-mentioned outdoor heat exchanger by on the certain position of outside, and be provided with inhaled air several suction guide fingers, and cover the suction flase floor of suction inlet to the certain orientation guiding; Tilt to be incorporated on the above-mentioned suction flase floor, and the discharge guide plate of the air of from above-mentioned outdoor heat exchanger, discharging to the certain orientation guiding; Be incorporated on the two sides of inclination of above-mentioned discharge guide plate, and guide the lateral bolster fagging of air with above-mentioned discharge guide plate.Therefore, louver type grid window according to integral air conditioner of the present invention has following effect: promptly, by by above-mentioned discharge guide plate and the formed discharge guiding stream of lateral bolster fagging, finish the high temperature air of heat exchange to outdoor discharge smoothly and outdoor heat exchanger with broad sectional area.And, can cover the suction inlet of outside, so can guarantee the security of suction inlet.
Fig. 5 shows the accompanying drawing that is fixed in the state of outdoor heat exchanger one side according to louver type grid window of the present invention.
As shown in Figure 5, the outdoor air in the integral air conditioner outside will be led by being formed on several suction guide fingers 272 that suck flase floor, suck zone (except the remaining area in outdoor heat exchanger zone) thereby be drawn into.Here, outdoor air is that rotation owing to above-mentioned outdoor Air Blast fan 230 is drawn into and sucks the zone.The extraneous air of Xi Ruing will change its stream by cover cap 150 like this.The above-mentioned suction air that changes stream will be supplied in above-mentioned outdoor heat exchanger 170, and carry out heat exchange with above-mentioned outdoor heat exchanger 170.
Then, with above-mentioned outdoor heat exchanger 170 finish the extraneous air of heat exchange will be again the enforceable discharging area (adjacent to the zone of outdoor heat exchanger) that is discharged to.
At this moment, as mentioned above,, used according to louver type grid window 270 of the present invention for fear of the suction air and the mutual interference mutually of discharge air of integral air conditioner outside.More definite says so, and in the air of discharging, in order to make the close stream that sucks the air of discharging in the zone away from the stream that sucks air, has used foundation louver type grid window 270 of the present invention.Here, above-mentioned louver type grid window 270 is fixed in outdoor heat exchanger 170 1 sides of outside by fixed screw 260.
Fig. 6 is the concrete structure that shows according to louver type grid window of the present invention, and air is by the accompanying drawing of the state of louver type grid window discharge.
As shown in Figure 6, more smooth and easy in order to make flowing of the extraneous air of outside, installed according to louver type grid window 270 of the present invention.Above-mentioned louver type grid window 270 is installed in the back side of integral air conditioner, i.e. a side of outdoor heat exchanger 170.Here, the flow direction of discharge air is changed by above-mentioned louver type grid window 270.Therefore, comprise that according to the louver type grid window 270 of integral air conditioner of the present invention following several sections constitutes: be fixed in the leaning on the certain position of outside of above-mentioned outdoor heat exchanger 170, and be provided with inhaled air several suction guide fingers 272, cover the suction flase floor of suction inlet to the certain orientation guiding; Tilt to be incorporated on the above-mentioned suction flase floor, and the discharge guide plate 273 of the air of from above-mentioned outdoor heat exchanger 170, discharging to the certain orientation guiding; Be incorporated on the two sides of inclination of above-mentioned discharge guide plate 273, and guide the lateral bolster fagging 274 of air with above-mentioned discharge guide plate 273.
Below, the flow direction the when suction of being led by above-mentioned louver type grid window 270/discharge extraneous air is described.That is, be drawn into the extraneous air that sucks the zone, because the air-supply effect of above-mentioned outdoor Air Blast fan 230 evenly is blown into above-mentioned outdoor heat exchanger 170.Then, carry out heat exchange with above-mentioned outdoor heat exchanger 170 after, be discharged to outdoor by above-mentioned discharging area.
That is, guided and the extraneous air that sucks by above-mentioned suction guide finger 272, its flow direction will depend on the direction of above-mentioned suction guide finger 272 bendings.Here, when sucking above-mentioned air, the flow direction of above-mentioned suction air will be away from sucking the neighboring region of zone with discharging area.On the contrary, in the air of above-mentioned discharge, be discharged to the discharge air of the position that is provided with above-mentioned louver type grid window 270, will collide with the discharge guide plate 273 of above-mentioned louver type grid window 270.Then, the above-mentioned air after the collision because the drag effects that is subjected to is little, so does not have too big variation on the speed.Like this, above-mentioned air will have directionality.At this moment, the flow direction of the air of discharge will point to the direction of above-mentioned discharge guide plate 273 indications.
Therefore, the flow direction of the air of flow direction by above-mentioned louver type grid window 270 inhaled airs and discharge will present V-shape.
Here, be according to the louver type grid window 250 of conventional art: change the discharge direction by several small-sized discharge guide fingers 252 with certain angle of bend, thus the high temperature air that carries out heat exchange to outdoor discharge and outdoor heat exchanger.As mentioned above, discharged discharge air that guide fingers 252 are led when being directed to by above-mentioned several, above-mentioned several are discharged guide fingers 252 can be to the mobile generation resistance of air.Like this, be subjected to above-mentioned several and discharge the discharge air of the frictional force of guide finger 252, its flowing velocity will weaken to some extent.Therefore, wherein portion of air will be involved in the stream of the extraneous air that is drawn into above-mentioned suction zone.Like this, the return air phenomenon that the air that produces discharge is inhaled into again.But, be equipped with according in the integral air conditioner of louver type grid window of the present invention, by the discharge air of above-mentioned discharge guide plate 273 guiding, its direction is probably pointed to the central portion of discharging area, and there is flow resistance hardly, and discharges by the stream of sectional area ratio broad.Therefore, above-mentioned discharge air is the central portion that flows to discharging area under the state that changes flowing velocity hardly, and can meet hardly by sucking suction air and the above-mentioned discharge air that guide finger sucks, thereby can prevent to discharge the return air phenomenon that air and the outdoor air that flow into suction inlet collaborate.
Therefore, the integral air conditioner according to louver type grid window of the present invention is installed, owing to can be good at reducing air flow resistance, so be significantly improved on its performance.And, discharge flowing fast of air and can avoid discharging air and be involved in the suction air, and air is discharged to the central portion of discharging area, therefore can fundamentally solve the return air phenomenon.
In addition, in the integral air conditioner that possesses according to the louver type grid window of conventional art, in the use of tight product, because the suction inlet of the outside of above-mentioned integral air conditioner always is under the opened state. therefore, foreign matter will be easy to flow into by the suction inlet of above-mentioned opening. promptly, there is following potential safety hazard in air-conditioner according to conventional art: because of careless, when putting into foreign matter by suction inlet, the user will be in the fatal hazardous environment such as electric shock. still, the integral air conditioner that is equipped with according to louver type grid window of the present invention includes the suction flase floor. here, above-mentioned suction flase floor safety cover integral air conditioner outside suction inlet the time, can lead and suck flowing of air. therefore, the security that can guarantee suction inlet according to the integral air conditioner of louver type grid window of the present invention is installed. like this, air-conditioner of the present invention can be good at meeting, the international standard of having tried in more than 30 country in the world (Global Standard)--make thing responsibility method.That is, can avoid the potential safety hazard that causes owing to the defective of making thing in advance.
Claims (5)
1. an integral air conditioner comprises: the chassis; By the indoor part that indoor heat exchanger, indoor Air Blast fan, air-deflector constituted; By compressor, motor, outdoor Air Blast fan, outdoor heat exchanger, outside part that cover cap constituted; Housing; In possessing the integral air conditioner of the present invention of structure as mentioned above, louver type grid window is characterised in that, comprising:
Be fixed in above-mentioned outdoor heat exchanger by on the certain position of outside, and be provided with, and cover the suction flase floor of suction inlet inhaled air several suction guide fingers to the certain orientation guiding; Tilt to be incorporated on the above-mentioned suction flase floor, and the discharge guide plate of the air of from above-mentioned outdoor heat exchanger, discharging to the certain orientation guiding; Be incorporated on the two sides of inclination of above-mentioned discharge guide plate, and guide the lateral bolster fagging of air with above-mentioned discharge guide plate.
2. the louver type grid window of integral air conditioner according to claim 1 is characterized in that:
Be formed with several screw holes of using when being fixed on the above-mentioned outdoor heat exchanger on the above-mentioned suction flase floor.
3. the louver type grid window of integral air conditioner according to claim 1 is characterized in that:
Be combined on the above-mentioned discharge guide plate if above-mentioned lateral support hardens, then a side is to above-mentioned outdoor heat exchanger.
4. the louver type grid window of integral air conditioner according to claim 1 is characterized in that:
Above-mentioned discharge guide plate and above-mentioned lateral bolster fagging and above-mentioned suction flase floor are integrally formed.
5. the louver type grid window of integral air conditioner according to claim 1 is characterized in that:
The above-mentioned incline direction that several suck guide finger is opposite with the incline direction of above-mentioned discharge guide plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200410072258A CN1755224B (en) | 2004-09-29 | 2004-09-29 | Louver type grid window of integral air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200410072258A CN1755224B (en) | 2004-09-29 | 2004-09-29 | Louver type grid window of integral air conditioner |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1755224A CN1755224A (en) | 2006-04-05 |
| CN1755224B true CN1755224B (en) | 2010-05-05 |
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ID=36688669
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200410072258A Expired - Fee Related CN1755224B (en) | 2004-09-29 | 2004-09-29 | Louver type grid window of integral air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1755224B (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0534805B1 (en) * | 1991-09-27 | 1996-08-21 | Samsung Electronics Co., Ltd. | Air conditioner |
| US6279339B1 (en) * | 2000-08-17 | 2001-08-28 | Carrier Corporation | Snap-in plastic grille for an air conditioner housing |
-
2004
- 2004-09-29 CN CN200410072258A patent/CN1755224B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0534805B1 (en) * | 1991-09-27 | 1996-08-21 | Samsung Electronics Co., Ltd. | Air conditioner |
| US6279339B1 (en) * | 2000-08-17 | 2001-08-28 | Carrier Corporation | Snap-in plastic grille for an air conditioner housing |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1755224A (en) | 2006-04-05 |
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