CN1755233B - Integral air conditioner - Google Patents

Integral air conditioner Download PDF

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Publication number
CN1755233B
CN1755233B CN200410072270A CN200410072270A CN1755233B CN 1755233 B CN1755233 B CN 1755233B CN 200410072270 A CN200410072270 A CN 200410072270A CN 200410072270 A CN200410072270 A CN 200410072270A CN 1755233 B CN1755233 B CN 1755233B
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CN
China
Prior art keywords
air
mentioned
deflector
cap
cover cap
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Expired - Fee Related
Application number
CN200410072270A
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Chinese (zh)
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CN1755233A (en
Inventor
金秉玑
张原硕
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LG Electronics Tianjin Appliances Co Ltd
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LG Electronics Tianjin Appliances Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
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Application filed by LG Electronics Tianjin Appliances Co Ltd filed Critical LG Electronics Tianjin Appliances Co Ltd
Priority to CN200410072270A priority Critical patent/CN1755233B/en
Publication of CN1755233A publication Critical patent/CN1755233A/en
Application granted granted Critical
Publication of CN1755233B publication Critical patent/CN1755233B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The invention discloses an integral air conditioner, which comprises the following parts: lid within lid body, air guide device connection part, lid cap, drainage guide device and lid connection part,wherein the lid contains the heat converter to transmit the outdoor air indoors; the through-hole is set in the center part of lid body; the air guide device connection part is formed in front of theupper lateral lid body in connection with air guide device; the lid cap and air guide device are formed on upper side of lid body integrally; the air guide device contains the drainage guide device to discharge the air of heat converter outdoors; the projection is formed on the upper lateral back in connection with lid connection part. The invention saves the component quantity of entire production and simplifies the entire structure, which improves the assembling precision and production reliability.

Description

Integral air conditioner
Technical field
The present invention relates to a kind of integral air conditioner.
Background technology
As shown in Figure 1, the internal structure of existing integral air conditioner is as follows: chassis 130 constitutes the bottom surface of air-conditioner.The front, indoor on above-mentioned chassis 130 is provided with front grid 20.Above-mentioned front grid 20 constitutes the front appearance of air-conditioner.More definite says, above-mentioned front grid 20 is the fronts that are installed on the housing 140 that will be described below.
One side of above-mentioned front grid 20 is formed with carries out the suction portion that air in the space of air conditioning is drawn into air-conditioner inside to needs.The opposite side of above-mentioned front grid 20 then is formed with: the air of finishing heat exchange in air-conditioner inside is discharged to indoor discharge portion again.In addition, above-mentioned suction portion is provided with and sucks grid 10.One side of above-mentioned discharge portion is provided with the control cabinet 120 that is used for operating air conditioner device state.
The inboard of above-mentioned front grid 20 is provided with indoor heat converter 30.The effect of above-mentioned indoor heat converter 30 is: make between suction portion inhaled air by above-mentioned front grid 20 and the refrigerant in the air handling system and carry out heat exchange.More precisely, above-mentioned indoor heat converter 30 is arranged on the air-deflector 40 that will be described below.
It is as follows to be provided with the structure of air-deflector 40 of above-mentioned indoor heat converter 30 here: in air-deflector 40, its central part is formed with: guiding is by the through hole of the air of above-mentioned indoor heat converter 30.
The bottom surface of above-mentioned air-deflector 40 is formed with in order to discharge the drainage arrangement of the condensing water that produces in the above-mentioned indoor heat converter 30.The bottom surface of above-mentioned air-deflector 40 also is provided with: the vortex shell 60 that combines with above-mentioned air-deflector 40.The inner face of above-mentioned vortex shell 60 is formed with movement-oriented, thus the air-flow that the indoor Air Blast fan that guiding will be described below 80 forms.
In addition, discharge portion one side of above-mentioned front grid 20 is provided with the control cabinet 120 that inside contains the electronic component that is used to control air-conditioner.
The back of being close to above-mentioned vortex shell 60 is provided with the indoor of separation air-conditioner and the dividing plate 70 of outside.The effect of aforementioned barriers 70 is: separate the indoor and the outside of air-conditioner, thereby make indoor environment and outside environment ask unaffected mutually.
And in the rear end of aforementioned barriers 70, promptly in the outside, motor fixing frame 90 is installed on the chassis 130, and motor 100 is arranged on the motor fixing frame 90.
The axle of above-mentioned motor 100 protrudes respectively and is formed at indoor and outside, and the axle of one side connects aforementioned barriers 70, protrudes into vortex shell 60 inside of indoor.Here, the motor shaft that protrudes into above-mentioned indoor is provided with indoor Air Blast fan 80.The effect of above-mentioned indoor Air Blast fan 80 is: suction need be carried out the air in the space of air conditioning, make it pass through above-mentioned indoor heat converter 30 after, be discharged to air indoor again again.
The outdoor side shaft of above-mentioned motor 100 is provided with outdoor Air Blast fan 110.The effect of above-mentioned outdoor Air Blast fan 110 is: the air that suction chamber is outer makes the outdoor heat converter 170 in this air process air conditioner chamber outside and carries out heat exchange.In addition, above-mentioned outside is provided with the cover cap 150 of the air-flow that guiding forms by above-mentioned outdoor Air Blast fan 110.The effect of above-mentioned cover cap 150 is being sent to outdoor heat converter 170 equably from outside inhaled air.Here, the central part of above-mentioned cover cap 150 is formed with: the through hole that above-mentioned outdoor Air Blast fan 110 is set.
Number in the figure 160 is the cover cap caps that are formed at above the cover cap 150.Number in the figure 180 is the upper ends that connect above-mentioned vortex shell 60 and cover cap 160, makes it that firm angle brace of state (brace) is set.
Outdoor heat converter 170 is arranged on the above-mentioned chassis 130, promptly is arranged at the outermost of outside.Above-mentioned outdoor heat converter 170 can make between outdoor inhaled air and the refrigerant and carry out heat exchange.
In addition, the present invention also is provided with: closed interior, thus protection is arranged at the housing 140 of the various members on the chassis 130.Above-mentioned housing 140 is fastened on the above-mentioned chassis 130, thus the two sides and the upper end of sealing air-conditioner.
Also be provided with in the above-mentioned outside as the compressor (not shown) of the important composition parts of air handling system and expansion valve (not shown) etc.
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 use as the space of carrying out air conditioning; 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) (not shown) in advance, and at its rear louver type grid (louver-grille) (not shown) is set at last.Here, the extraneous air of outside will suck and discharge by above-mentioned louver type grid.
For above-mentioned integral air conditioner is installed in the wall sleeve securely, used various complementary fixed components overleaf, used members such as sealing device (trim) (not shown) in front.
The course of work when the following describes air-conditioner and freezing operation: air-conditioner is in case drive, and air handling system promptly starts thereupon.At this moment, above-mentioned motor 100 provides revolving force, makes above-mentioned indoor Air Blast fan 80 and 110 rotations of outdoor Air Blast fan.In the indoor, the air that carries out in the space of air conditioning will suck by the suction portion of front grid window 20, flow to indoor heat converter 30 then.
Then, the above-mentioned air that is inhaled into is by above-mentioned indoor heat converter 30.At this moment, above-mentioned air and refrigerant carry out heat exchange, thereby become the low relatively Cryogenic air of temperature.In addition, because the rotation of above-mentioned indoor Air Blast fan 80, the above-mentioned air of finishing heat exchange will be drawn into above-mentioned indoor Air Blast fan 80 by the through hole of above-mentioned air-deflector 40, then along the internal flow of vortex shell 60, thereby the discharge portion finally by front grid window 20 is discharged to the interior space of carrying out air conditioning.
In addition, carry out following heat extraction operation in the outside: the heat that the refrigerant in the above-mentioned indoor heat converter 30 is absorbed is discharged to the outside.That is, because the rotation of above-mentioned outdoor Air Blast fan 110, extraneous air will be drawn into the outside of air-conditioner.Then, inhaled air is by above-mentioned cover cap 150 guiding, the above-mentioned outdoor heat converter 170 of flowing through.In this process, the refrigerant in above-mentioned air and the above-mentioned outdoor heat converter 170 carries out heat exchange, thus the cooling refrigerant, and self temperature will rise and to outside discharge heat.
Shown in Fig. 2,3, the indoor part of existing integral air conditioner mainly is made of following components: the front panel 20 that constitutes the front face outward appearance; Be positioned at above-mentioned front panel 20 rears and be formed with the shield 40 of the through hole that is used to suck room air; Thereby being positioned at the change at rear of above-mentioned shield 40 and the discharge stream of the air that indoor heat converter 30 is finished heat exchange makes air be discharged to indoor air-deflector 50 by above-mentioned front panel 20 again; Vortex shell 60.Here, unaffected mutually between the environment for the environment that makes the indoor part that constitutes by above-mentioned member and the outside part that comprises outdoor heat converter, utilize dividing plate 70 to separate above-mentioned indoor part and outside part.
In addition, the outside part of existing integral air conditioner mainly is made of following components: after the outdoor air of suction and outdoor heat converter 170 are finished heat exchange, change the discharge stream of above-mentioned air, thereby make above-mentioned air be discharged to outside cover cap 150; Secure bond is in the cover cap cap 160 of above-mentioned cover cap 150 upsides.
As shown in Figure 4, the indoor part of existing integral air conditioner and outside part utilize other member to be together with each other, and promptly utilize angle brace 180 to be together with each other.
Special needs to be pointed out is that the both sides of above-mentioned angle brace 180 are formed with: utilize the fixedly fixing hole (not shown) of associated components of screw, thus can fixed chamber inside part and outside part.More detailed says, one side of above-mentioned angle brace 180 is fixed in by screw on the fixing hole (not shown) that is formed on above-mentioned vortex shell 60 1 sides, and the opposite side of above-mentioned angle brace 180 then is fixed on the fixing hole (not shown) that is formed on above-mentioned cover cap cap 160 by screw.
But the indoor part of aforesaid existing integral air conditioner is made of parts such as shield, air-deflector, vortex shells.And, promptly unaffected mutually for compartment inside part and outside part for indoor environment and outside environment, used other dividing plate.Moreover, in order to be connected and fixed above-mentioned air-deflector and, also to have used angle brace as the cover cap of outside part.Therefore, increased number of components, thereby made overall structure become complicated.
In addition, the too much use of existing air-conditioner constitute the member of entire product.Therefore, when producing, be difficult to guarantee to assemble precision, thereby cause the reduction of product reliability.
And, not only make manufacturing process become complicated, it is very inconvenient that after-sale service (A/S) also becomes.
Summary of the invention
In order to overcome the above-mentioned shortcoming that existing air-conditioner exists, the invention provides a kind of integral air conditioner, reducing its number of components, thereby make overall structure become simple.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of integral air conditioner, it includes cover cap; Cover cap includes the cap body that central part is provided with through hole, protrude the upside front be formed at cap body and be incorporated into air-deflector joint portion on the air-deflector, the cover cap cap integrally formed with the cap body upside; This cover cap of outside part and the direct combination of air-deflector, air-deflector includes the discharge guider of the upside front that is formed at air-deflector, the cover cap joint portion that is formed at the upside back of air-deflector with protrusion and combines with cover cap, wherein air-deflector joint portion and cover cap joint portion utilize fixing direct mutually in conjunction with fixing with screw, the last proceeds posterolateral of air-deflector is protruded on the air-deflector extension that forms and is formed with the braking protuberance, the braking protuberance fixing with screw hole and counterpart member in conjunction with the time, make operating process smooth and easy.
Aforesaid integral air conditioner, its air-deflector joint portion is made of following two parts: the protuberance that forms is protruded in the upside the place ahead to above-mentioned cap body; Prolongation is formed at above-mentioned protuberance, and possesses the cover cap extension that fixing usefulness screw hole is arranged.
Aforesaid integral air conditioner, wherein the cover cap cap rearward forms from the upside of above-mentioned cap body, and the back side possesses several ribs.
Aforesaid integral air conditioner, wherein the cover cap joint portion is made of following two parts: the last proceeds posterolateral to above-mentioned air-deflector main body is protruded the protuberance that forms; Prolongation is formed at above-mentioned protuberance, and possesses the extension that fixing usefulness screw hole is arranged.
Integral air conditioner of the present invention is reduced to the structure that mainly comprises shield and air-deflector with the structure of the indoor part of members such as former cause shield, air-deflector, vortex shell formation.And, saved the angle brace of the cover cap of the air-deflector that is used to be connected and fixed the indoor part and outside part, thereby made above-mentioned air-deflector and the direct combination of cover cap.
Therefore, integral air conditioner of the present invention has following effect: reduced number of components, and then made overall structure become simple.
In addition, another effect of integral air conditioner of the present invention is as follows: owing to effectively reduced the number of components that constitutes entire product, therefore can improve assembling precision, thereby can finally improve reliability of products.
In addition, another effect of integral air conditioner of the present invention is as follows: owing to effectively reduced the number of components that constitutes entire product, therefore not only manufacture easily, and after-sale service (A/S) also will become easy.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is the exploded perspective view of the primary structure of existing integral air conditioner.
Fig. 2 is the exploded perspective view of primary structure of the indoor part of existing integral air conditioner.
Fig. 3 is the exploded perspective view of combining form between the cover cap of outside part of existing integral air conditioner and the cover cap cap.
Fig. 4 is the indoor part of existing integral air conditioner and the exploded perspective view of the mutual bonding state of outside part.
Fig. 5 is the exploded perspective view of the primary structure of integral air conditioner of the present invention.
Fig. 6 is the cover cap stereoscopic figure of integral air conditioner of the present invention.
Fig. 7 is the stereogram of the cover cap major part among Fig. 6.
Fig. 8 is the stereogram of the outward appearance and the major part of air-deflector of the present invention.
Fig. 9 is the cover cap of integral air conditioner of the present invention and the exploded perspective view of the mutual combining form of air-deflector.
The number in the figure explanation:
250: cover cap 251: air-deflector joint portion 252: fixing feet (foot)
253: cover cap cap 254: fixing with screw hole 255: extension
256: ribs 260: air-deflector 261: extension
262: fixing: braking protuberance 264: discharge the stream guider with screw hole 263
The specific embodiment
As shown in Figure 5, integral air conditioner of the present invention comprises: comprise the indoor part of indoor heat converter 30, comprise the outside part of outdoor heat converter 170, form the housing 140 of the outward appearance of above-mentioned indoor part and outside part.In possessing the integral air conditioner of the present invention of structure as mentioned above, especially the indoor part is reduced to the structure that mainly comprises shield 240 and air-deflector 260.In addition, saved again and be used for compartment inboard and outside, thereby made indoor environment and the mutual impregnable dividing plate of outside environment.And, integrally formed cover cap and cover cap cap as outside part main member.Therefore, simplified overall structure.
That is, the primary structure of the indoor part of integral air conditioner of the present invention is made of following several sections: the front panel 220 that forms the outward appearance of front face; Be positioned at the rear of above-mentioned front panel 220, and be formed with the shield 240 that makes the through hole that room air passes through; Be positioned at the rear of above-mentioned shield 240, and indoor, and change the air-deflector 260 of air flow circuit in order to be discharged to by front panel 220 again with the air that above-mentioned indoor heat converter 30 is finished heat exchange., need to prove that the present invention does not comprise the outside component environment that is used for compartment inside part environment and comprises outdoor heat converter here especially, make above-mentioned indoor part and outside part ask impregnable dividing plate 70 mutually.
Here, above-mentioned front panel 220, shield 240, mutual combined structure between the air-deflector 260 is described below: the front panel 220 of integral air conditioner of the present invention, the back side of its outlet is provided with the stream extension. here, the air of finishing heat exchange with indoor heat converter will be discharged to indoor by above-mentioned outlet. and the upside of shield 240 is formed with the extension guider that is incorporated into above-mentioned stream extension. and the upside of above-mentioned air-deflector 260 is formed with extension guider with above-mentioned shield 240 and together constitutes the stream guider of discharging the discharge stream that air uses. promptly, above-mentioned front panel 220, shield 240, mutually combine successively between air-deflector 260 members such as grade, thus the whole discharge stream of discharging air that forms.
In addition, the primary structure of the outside part of integral air conditioner of the present invention is described below: the outside part of integral air conditioner of the present invention comprises: after finishing heat exchange from outdoor inhaled air and outdoor heat converter 170, change the stream of above-mentioned air, thereby make above-mentioned air be discharged to outside cover cap 250 again.It is emphasized that above-mentioned cover cap 250 and existing cover cap cap 160 are integrally formed here.
The indoor part of integral air conditioner of the present invention mainly is made of following components: the front panel 220 that forms the outward appearance of front face; Be positioned at the rear of above-mentioned front panel 220, be formed with the shield 240 of the through hole that sucks room air; Be positioned at the rear of above-mentioned shield 240, the air of finishing heat exchange for handle and above-mentioned indoor heat converter 30 is discharged to indoor again by front panel 220, and changes the air-deflector 260 of air flow circuit.
As shown in Figure 8, above-mentioned air-deflector specifically is made of following components:
Be formed at the discharge guider 264 of above-mentioned air-deflector upside front.Here, the effect of above-mentioned discharge guider 264 is: the air of finishing heat exchange for handle and indoor heat converter 30 is discharged to indoor, and guides flowing of this air; Protrusion is formed at the cover cap joint portion of above-mentioned air-deflector upside back.Here, above-mentioned cover cap joint portion combines with above-mentioned cover cap.
Especially, in above-mentioned cover cap joint portion, protrude to the last proceeds posterolateral of above-mentioned air-deflector 260 and to be formed with braking protuberance 263 on the extension 261 that forms.Here, the effect of above-mentioned braking protuberance 263 is: fixing with screw hole 262 and counterpart member in conjunction with the time, operating process can be carried out swimmingly.
Shown in Fig. 6,7, comprise in the primary structure of the outside part of integral air conditioner of the present invention: after the outdoor air of suction and outdoor heat converter 170 are finished heat exchange, change the stream of air, thereby make above-mentioned air be discharged to outside cover cap 250 again.It is emphasized that above-mentioned cover cap 250 and cover cap cap 253 are integrally formed here.
Especially, above-mentioned cover cap 250 is to be made of following components: central authorities are formed with the cap body that outdoor air is supplied to the through hole of above-mentioned outdoor heat converter 170; Protrusion is formed at the upside front of above-mentioned cap body, and the air-deflector joint portion 251 that combines with above-mentioned air-deflector 260; Be integrally formed at the cover cap cap 253 of the upside of above-mentioned cap body.And the downside of above-mentioned cap body portion is formed with and can be fixed in several fixing feet 252 on the chassis 130 to above-mentioned cover cap 250.
Integral air conditioner of the present invention, it is characterized in that: indoor part and outside part do not use other other member to mutually combine, but the above-mentioned cover cap 250 of the above-mentioned air-deflector 260 of indoor part and outside part is taked the mode of direct combination.
Shown in Fig. 8,9, the air-deflector 260 of indoor part and the cover cap 250 of outside part are directly combinations as follows.That is, the extension 261 that is formed at the back side upside of above-mentioned air-deflector 260 is placed on the air-deflector joint portion 251 that is formed on above-mentioned cover cap 250 upside fronts, utilize screw to fix then.At this moment, because the effect of above-mentioned braking protuberance 263, above-mentioned air-deflector joint portion 251 can be installed on the correct position easily.
Therefore, integral air conditioner of the present invention is to finish mutually combining of indoor part and outside part by the direct combination of cover cap and air-deflector.
In other words, the structure of the indoor part that integral air conditioner of the present invention will be originally be made of members such as shield, air-deflector, vortex shells, being reduced to mainly is the structure that is made of shield and air-deflector.And, saved the angle brace that plays the connection effect, and allowed above-mentioned air-deflector and the direct combination of cover cap.Therefore, reduced number of components, thereby made overall structure become simple.
The above, it only is preferred embodiment of the present invention, be not that the present invention is done any pro forma restriction, every foundation technical spirit of the present invention all still belongs in the scope of technical solution of the present invention any simple modification, equivalent variations and modification that above embodiment did.
The effect of invention
The structure of the indoor part that integral air conditioner of the present invention will be originally be made of members such as shield, air-deflector, vortex shells is reduced to the structure that mainly is made of shield and air-deflector. And, saved the angle brace of the cover cap of the air-deflector that is used for being connected and fixed the indoor part and outside part, and allowed above-mentioned air-deflector and the direct combination of cover cap.
Therefore, integral air conditioner of the present invention has following effect: reduced number of components, and then made overall structure become simple; Owing to effectively reduced the number of components that consists of whole product, therefore can improve assembling precision, thereby finally can improve the reliability of product; Therefore not only manufacture easily, and after-sale service (A/S) also will become easy.

Claims (4)

1. integral air conditioner, it includes cover cap;
Above-mentioned cover cap include for outdoor air is supplied to outdoor heat converter, its central part is provided with the cap body of through hole, protrusion be formed at above-mentioned cap body the upside front and be incorporated into air-deflector joint portion on the air-deflector, the cover cap cap integrally formed with above-mentioned cap body upside; It is characterized in that:
The directly combination of the above-mentioned cover cap (250) of outside part and air-deflector (260), air-deflector (260) include the upside front that is formed at above-mentioned air-deflector (260) in order to be discharged to indoor with the air that indoor heat converter (30) finish heat exchange and guide the discharge guider (264) of this air, the cover cap joint portion that is formed at the upside back of above-mentioned air-deflector (260) with protrusion and combines with above-mentioned cover cap (250)
Above-mentioned air-deflector joint portion (251) and above-mentioned cover cap joint portion utilize fixing direct mutually in conjunction with fixing with screw,
The last proceeds posterolateral of above-mentioned air-deflector (260) is protruded and is formed with braking protuberance (263) on the air-deflector extension (261) that forms, above-mentioned braking protuberance (263) fixing with screw hole (262) and counterpart member in conjunction with the time, operating process can be carried out swimmingly.
2. integral air conditioner according to claim 1 is characterized in that,
Above-mentioned air-deflector joint portion (251) is made of following two parts: the protuberance that forms is protruded in the upside the place ahead to above-mentioned cap body; Prolongation is formed at above-mentioned protuberance, and possesses the cover cap extension (255) that fixing usefulness screw hole is arranged.
3. integral air conditioner according to claim 1 is characterized in that,
Above-mentioned cover cap cap (253) rearward forms from the upside of above-mentioned cap body, and the back side possesses several ribs (256).
4. integral air conditioner according to claim 1 is characterized in that,
Above-mentioned cover cap joint portion is made of following two parts: the last proceeds posterolateral to above-mentioned air-deflector main body is protruded the protuberance that forms; Prolongation is formed at above-mentioned protuberance, and possesses the above-mentioned air-deflector extension (261) that fixing usefulness screw hole is arranged.
CN200410072270A 2004-09-29 2004-09-29 Integral air conditioner Expired - Fee Related CN1755233B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN200410072270A CN1755233B (en) 2004-09-29 2004-09-29 Integral air conditioner

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN200410072270A CN1755233B (en) 2004-09-29 2004-09-29 Integral air conditioner

Publications (2)

Publication Number Publication Date
CN1755233A CN1755233A (en) 2006-04-05
CN1755233B true CN1755233B (en) 2010-05-05

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN200410072270A Expired - Fee Related CN1755233B (en) 2004-09-29 2004-09-29 Integral air conditioner

Country Status (1)

Country Link
CN (1) CN1755233B (en)

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20040015875A (en) * 2002-08-14 2004-02-21 엘지전자 주식회사 The lead mounting of an air-conditioner
KR20040021346A (en) * 2002-09-03 2004-03-10 엘지전자 주식회사 Air guide mounting structure of air conditioner

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20040015875A (en) * 2002-08-14 2004-02-21 엘지전자 주식회사 The lead mounting of an air-conditioner
KR20040021346A (en) * 2002-09-03 2004-03-10 엘지전자 주식회사 Air guide mounting structure of air conditioner

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