CN1877207A - Air adjusting device - Google Patents
Air adjusting device Download PDFInfo
- Publication number
- CN1877207A CN1877207A CNA2006100945622A CN200610094562A CN1877207A CN 1877207 A CN1877207 A CN 1877207A CN A2006100945622 A CNA2006100945622 A CN A2006100945622A CN 200610094562 A CN200610094562 A CN 200610094562A CN 1877207 A CN1877207 A CN 1877207A
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- drain pan
- casing
- heat exchanger
- air
- draining
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Abstract
The invention provides the air-conditioning device. The handle sturcture is installed on the lower surface of draining plate, so it is easy to maintain, repair and clean draining plate. The air-conditioning device has box (1) with air suction inlet (11) and air outlet (12), forced blower (8) which forms the air heat exchange flow circuit (R), heat interchanger (9) in air heat exchange flow circuit, draining plate (10) under heat interchanger, and handle part (26) on the lower surface (10a) of draining plate.
Description
Technical field
The present invention relates to a kind of internally-arranged type (built-in type) conditioner, it is installed in the ceiling dorsal part, is connected with air blow-off outlet on being located at ceiling via pipeline (duct).
Background technology
Bigger spaces such as shop are being carried out under the situation of air conditioning, comparing with the so-called on-wall type that indoor set as conditioner is installed on the wall, the internally-arranged type that is installed in the ceiling dorsal part is more favourable.That is to say, this indoor set is connected with the air blow-off outlet more than or equal on being located at ceiling via pipeline, so heat exchange air can be blown out to equably whole indoor in, can access comfortable air-conditioning effect, the constriction that can as on-wall type, not have the occupant to be subjected to simultaneously.
The internal structure of this internally-arranged type indoor set is: be divided into Room 2 by dividing plate in the casing, contain pressure fan in a chamber, contain heat exchanger in another chamber, dispose drain pan (drain pan) under this heat exchanger.Be provided with air suction inlet below the pressure fan reception room, be provided with the air blow-off outlet in heat exchanger reception room side, they all are connected with peristome on being located at indoor ceiling via pipeline.
By forming freeze cycle running (refrigeration cycle operation) and driving pressure fan, the room air that sucks from air suction inlet is directed to the heat exchanger via being located at the connected entrance on the dividing plate, and cooling medium and room air carry out heat exchange here.Heat-exchanged air from the air blow-off outlet via pipeline be blown out to indoor, thereby form indoor air conditioning.In addition, be accompanied by the heat exchange action of heat exchanger, the moisture that contains in the room air is condensed, and generates draining and drops onto on the drain pan.
For above-mentioned drain pan is cleaned, maintains, overhauls, need safeguard (maintenance) operation every the stipulated time.Because indoor set is installed in the such eminence in the ceiling back side, so drain pan must be designed to the easier structure of dismantling freely from casing.So, in following patent documentation, a kind of ceiling flush type air conditioner is disclosed, its structure is that the dish that uncovers that will be exposed to the double as trim (decorated cover) indoor from ceiling is fixed on the casing via mounting screw.
Patent documentation 1: the spy opens the 2001-248857 communique
According to above-mentioned patent documentation, can mounting screw be pulled down from the below, considered the operation of eminence.But the air conditioner here is that drain pan and trim is integrated.If trim is the sheet metal machining object, then sheet metal processing becomes complicated, brings influence to cost.
Even by the forming synthetic resin trim, also owing to be integrative-structure body with drain pan, so be difficult to avoid weight to increase.The operator must a hand holds instrument mounting screw is pulled down, and upwards push away the integrative-structure body of trim and drain pan and prevent that it from falling down with the another hand during this period, thereby operation is very poor.
Particularly, though not record in above-mentioned patent documentation, general drain pan just forms in vertical view dish shape in the form of a substantially rectangular simply, and whole of the depth dimensions that accumulates the inner bottom part of draining is a uniform-dimension.When with drain pan when casing is pulled down, under a side end of drain pan is stayed state on the casing, end side is pulled down from casing, temporarily make drain pan become inclination attitude after, whole drain pan is pulled down from casing.
On drain pan, be connected with scupper hose (drain hose), draining is discharged to the outside, but however, often some draining does not have emptying and remains in the drain pan.When from casing, drain pan being pulled down, become the part of inclination attitude from drain pan, residual draining accumulates in inclined underside, and the possibility of overflowing from this end according to residual quantity is bigger.The draining meeting of overflowing is directly fallen on one's body the operator, perhaps will be got wet by the ground of air conditioning chamber or furniture etc.
Summary of the invention
The present invention is conceived to above-mentioned situation and finishes, its purpose is to provide a kind of conditioner, the installation and removal of the drain pan when it makes the maintenance, maintenance, cleaning etc. of drain pan safeguard (maintenance) operation by equipment handle sturcture on the lower surface of the bottom of drain pan become easily, thereby can seek the raising of operation.
Achieve the goal in order to solve above-mentioned problem, conditioner of the present invention possesses: casing, and it possesses air suction inlet and air blow-off outlet; Pressure fan, it is housed in this casing, is formed with the heat exchange air stream that heat exchange air is drawn in the casing and blows out from the air blow-off outlet from air suction inlet; Heat exchanger, it is arranged in the heat exchange air stream; And drain pan, it is located at the bottom of heat exchanger, and is carrying heat exchanger; Wherein above-mentioned drain pan has handle sturcture on its lower surface.
According to the present invention, be to seek the raising etc. of the upkeep operations such as maintenance, maintenance, cleaning of drain pan with the effect that produces.
Description of drawings
Fig. 1 is the figure of installment state of the conditioner indoor set of explanation one embodiment of the invention.
Fig. 2 is the schematic sectional view of the indoor set of this embodiment.
Fig. 3 is the stereogram that the part of the indoor set of this embodiment is decomposed.
Fig. 4 is the stereogram with another part decomposition of the indoor set of this embodiment.
Fig. 5 is the stereogram of bottom outer surface of the drain pan of this embodiment.
Symbol description:
11 air suction inlets, 12 air blow-off outlets
1 casing R heat exchange air stream
8 pressure fans, 9 heat exchangers
10 drain pans, 26 handle parts (handle sturcture)
22 2 side drainings of 21 1 side draining carriers carrier
K drain pan supporter
The specific embodiment
Embodiments of the invention are described below with reference to the accompanying drawings.
Fig. 1 is the figure of installment state of indoor set of the internally-arranged type conditioner of explanation one embodiment of the invention, Fig. 2 is the schematic sectional view of indoor set, Fig. 3 is the stereogram with a part of exploded representation of indoor set, Fig. 4 is the stereogram with another part exploded representation of indoor set, and Fig. 5 is the stereogram of the bottom lower surface of drain pan.
On the two sides of casing 1, respectively be provided with a pair of erecting tools 2, hold bar 4 inserting respectively and be mounted with on these erecting tools 2 from being located on the beam material 3 on the T of the ceiling back side vertically disposed hanging.That is to say that casing 1 is located on the ceiling dorsal part T between beam material 3 and the ceiling 5.
On roughly half the extension position of length direction X in casing 1, spread all over the width Y of casing 1 and be provided with dividing plate 6.Casing 1 inside is divided into 2 Room 7A, 7B by dividing plate 6, and a chamber is called Machine Room 7A, contains pressure fan 8.Another chamber is called the 7B of heat exchanger chamber, contains heat exchanger 9 here, below this heat exchanger 9, dispose drain pan 10.
On the lower surface of above-mentioned Machine Room 7A, offer air suction inlet 11, on the side of the above-mentioned 7B of heat exchanger chamber, offer air blow-off outlet 12.Under above-mentioned casing 1 is mounted on state on the ceiling dorsal part T, on above-mentioned air suction inlet 11, connecting intake line 13, on above-mentioned air blow-off outlet 12, connecting more than or equal to one blow out pipeline 14.
Above-mentioned intake line 13 is connected with decoration aperture plate (decorated grill) 16 on being installed in the installing port 15 that is opened on the ceiling 5.According to the size between beam material 3 and the ceiling 5, make air suction inlet 11 installing ports 15 direct and ceiling 5 that are located on the casing 1 opposed sometimes.At this moment, certainly intake line 13 omissions will be decorated aperture plate 16 is installed on the installing port 15.
Above-mentioned discharge pipe 14 usually be located at ceiling 5 on not shown room air blow-off outlet more than or equal to one be communicated with.That is to say that the heat exchange air of deriving from casing 1 is blowed to indoor by above-mentioned ceiling air blow-off outlet by blowing out pipeline 14, thereby carry out indoor air conditioning.In addition, under indoor bigger situation, the ceiling air blow-off outlet of right quantity is set dispersedly, according to size to realize indoor uniform air conditioning.
Be housed in pressure fan 8 among the above-mentioned Machine Room 7A and possess the fan motor (fan motor) of not shown twin shaft at central portion.On each rotating shaft, link have along with rotation from axial suction air, to the typical fan that circumferentially blows out (so-called multiple-blade type fan) 17, and each fan 17 is centered on by blower-casting (fan casing) 18.
On the side end of the dividing plate 6 of said fans housing 18, be formed with and blow out nozzle 18a, blow out nozzle 18a and be connected with connected entrance 19 in dividing plate 6 upper sheds.Therefore, connected entrance 19 can will blow out wind that nozzle 18a blows out directly to the above-mentioned 7B of heat exchanger chamber side air-supply guiding from blower-casting 18 by fan 17.
The heat exchanger 9 that is housed among the above-mentioned 7B of heat exchanger chamber disposes not shown end plate on both side ends, being disposed with multi-disc aluminium radiator fin (aluminum fin) 9a in the spaced apart predetermined gap of these end plates, is to be through with many heat-transfer pipe 9b and the finned tube type (fin-tube type) that constitutes on two end plates and aluminium radiator fin 9a.This heat exchanger 9 is carried on the drain pan 10 with the posture of upper and lower to oblique inclination, and two end plates is fixed on the casing 1 via not shown fixed head.
That is to say because casing 1 is installed on the ceiling dorsal part T, so casing 1 need be done slimming as far as possible, thereby the above-below direction size of heat exchanger 9 can not be set at enough length.On the other hand, must guarantee the heat exchange area of heat exchanger 9 as much as possible, to seek the raising of heat exchanger effectiveness.Therefore, become inclination attitude, limited the above-below direction size and can be housed in the slim casing 1, and can guarantee enough heat exchange areas by making heat exchanger 9.
The inner surface that constitutes the casing 1 of the above-mentioned 7B of heat exchanger chamber is covered (coating) by acrylonitrile-butadiene-styrene resin (ABS resin) synthetic resin materials such as (acrylonitrile-butadiene-styrene resin).Moreover the biside plate inner surface of the X alongst of the 7B of heat exchanger chamber is pasted with heat-barrier material D from the side end of air blow-off outlet 12 to dividing plate 6, whole face.
The upper surface of left and right sides side wall portion 10c, the 10d of the lower surface of heat-barrier material D and above-mentioned drain pan 10 is adjacency via containment member (sealing structure) S.Sealing member S is made of EPDR (ethylene propylene diene rubber) synthetic resin materials such as (ethylene-propylene diene rubber), form flat restiform bodies, stick on the periphery of bottom 10e lower surface of drain pan 10 and periphery of pars intermedia and side wall portion 10a～10d etc.
Above-mentioned drain pan 10 is moulding product of essentially rectangular dish shape that for example polystyrene resin foaminess synthetic resin such as (styrol resin) material foaming is obtained, and bottom 10e inner surface is covered by synthetic resin materials such as ABS resins.
The length direction X of formed drain pan 10 and the size of width Y are roughly the same with the size of the length direction X of the 7B of heat exchanger chamber and width Y respectively.As described later, drain pan 10 is being installed under the state on the 7B of heat exchanger chamber via being equipped in drain pan supporter K on the casing 1, drain pan 10 spreads all over whole of the 7B of heat exchanger chamber, embeds with state almost very close to each other.
The side wall portion 10a of air blow-off outlet 12 sides of drain pan 10 is by framework (frame) 1 clamping and the support in heat-barrier material D lower surface and the lower surface bight that constitutes casing 1.Particularly it constitutes, and the outer bottom bight a of this side wall portion 10a is formed obliquely, so that drain pan 10 becomes easy to the installation and removal of casing 1.
On the inner surface of the bottom of above-mentioned drain pan 10 10e, 1 side draining carrier 21 and 2 side draining carriers 22 of being formed with supporting part 20 and on the both sides that clip this supporting part 20, forming.Upper surface along supporting part 20, padded coaming (cushioning material) d of jetty as the straight shape with height dimension to a certain degree is installed, and it can carry heat exchanger 9 under the state that has alleviated the mechanical burden of above-mentioned heat exchanger 9.
Clip above-mentioned supporting part 20 and be provided with above-mentioned 1 side draining carrier 21, be provided with above-mentioned 2 side draining carriers 22 in the downstream of heat exchange air stream R described later at the upstream side of heat exchange air stream R described later.Above-mentioned heat exchanger 9 tilts from 2 side draining carriers of supporting part 20 deflections 22, and the part of lower side highlights towards 1 side draining carrier 21.
Above-mentioned supporting part 20 separates predetermined distance with side wall portion 10b along width and is provided with concurrently, forms needed minimal width for obtuse angle, the lower end portion of carrying heat exchanger 9.The both side ends of supporting part 20 is with alongst side wall portion 10c, the 10d of X separate narrow and small gap.
The depth dimensions of 1 side draining carrier 21 forms deeplyer than the depth dimensions of 2 side draining carriers 22.And 2 side draining carriers 22 are formed obliquely, and supporting part 20 sides are the darkest, towards shoaling gradually with supporting part 20 side wall portion 10a of opposite disposed on length direction X.
Along the both sides of the width Y of 2 times such side draining carriers 22 and the outstanding protuberance 25 that is provided with.The both side ends of protuberance 25 is the inclined plane, separates the interval of regulation with the both side ends of supporting part 20 and opposed.Be bonded with padded coaming d on this side end, heat exchanger 9 is connected on the inclined plane of protuberance 25 via padded coaming d.
One sidepiece of 2 side draining carriers 22 and 1 side draining carrier 21 is called draining stream 27 with this gap via the gap between the end of the side end that is formed at protuberance 25 and supporting part 20 and be communicated with.Under the state that above-mentioned heat exchanger 9 is carried on the supporting part 20, heat exchanger 9 is connected on the side end of protuberance 25, so the superjacent air space of draining stream 27 becomes the pipeline that is stopped up by heat exchanger 9.
Near draining stream 27, with the opposed side wall portion 10c of the width Y of 1 side draining carrier 21,10d on be provided with discharge outlet 29, the connection that is used to connect not shown scupper hose is provided with mouthful body 30 is outstanding laterally.Accumulate in 1 draining in the side draining carrier 21 from about discharge outlet 29 discharge via connecting with mouth body 30 and scupper hose.
In fact, after on the regulation position that casing 1 is installed in ceiling dorsal part T, test (test) and make and fall under water on 1 side draining carrier 21, adjust the mounting position of casing 1, connect scupper hose one side so that water flows to.Difference according to circumstances, scupper hose is connected to water, and the connection of flow side is with on mouthful body 30 more, and the connection of less side is stopped up with mouth body 30 usefulness keys.
On the 10e lower surface of the bottom of drain pan 10, be provided with that pars intermedia at width Y spreads all over length direction X and the e of middle edge portion that is bonded with above-mentioned containment member, and from side wall portion 10c via the e of middle edge portion near position another side wall portion 10d, alongst X exists predetermined distance to be provided with a pair of rib f of portion concurrently.
Moreover, on the 10e lower surface of the bottom of drain pan 10, be provided with a pair of handle portion 26 that forms handle sturcture across the parallel f of rib portion in the both sides that have predetermined distance from the e of middle edge portion broad ways Y and mutually.These handle portions 26 are set at operator each hand is caught about usefulness easily width dimensions and depth dimensions.
On the bottom 10e lower surface that surrounds by handle portion 26 and e of middle edge portion and a pair of parallel rib f of portion, be marked with the caveat 28a of " please catch this handle during the dismounting drain pan " this intention and point to the arrow 28b of handle 26.
In addition, at the lower surface of above-mentioned casing 1, air suction inlet 11 part of being located on the 7A of Machine Room is in addition covered by the 1st lower panel 1A, and the lower surface of the whole 7B of heat exchanger chamber is covered by the 2nd lower panel 1B.These the 1st, the 2nd lower panel 1A, 1B are installed on the casing 1 freely via the mounting screw dismounting.
On the 2nd lower panel 1B, open and close the bottom 10e lower surface that covering freely is installed on the drain pan 10 on the 7B of heat exchanger chamber from the place that covers the whole 7B of heat exchanger chamber.If the 2nd lower panel 1B is pulled down, then the bottom 10e lower surface of drain pan 10 exposes, and a pair of handle portion 26 that is located on the 10e lower surface of bottom exposes.
Above-mentioned drain pan supporter K has: the frame section 1a of the side wall portion 10a that 2 side draining carrier 22 end of downstream side of engaging support drain pan 10 are air blow-off outlet 12 sides and the position between the heat-barrier material D lower surface, closely embed casing 1 side surface part of size shape of the 10c of two side portion, the 10d of drain pan 10, and 1 side draining carrier 21 end of downstream side that closely embeds drain pan 10 are the size shape of the side wall portion 10b of dividing plate 6 sides.
As the indoor set of the conditioner of such formation, if carry out the freeze cycle running and drive pressure fan 8, then room air is inhaled in the casing 1 with air suction inlet 11 via decorating aperture plate 16, and imports along heat exchange air stream R.Specifically, heat exchange air is inhaled into the 7A of Machine Room from air suction inlet 11, via blower-casting 18 that constitutes pressure fan and the connected entrance 19 that is located on the dividing plate 6, is directed among the 7B of heat exchanger chamber.
Heat exchange air blows out and circulates towards being carried on heat exchanger 9 on the drain pan 10, carries out heat exchange with the cooling medium that is directed in the heat exchanger 9.Be directed into air blow-off outlet 12 with heat exchange air after heat exchanger 9 heat exchanges and blow out to indoor, thereby form indoor air-conditioning effect via pipeline 14.
When cooling operation, generate draining along with the heat exchange action of heat exchanger 9, drop onto on the drain pan 10.According to the form and the loaded state that are carried on the heat exchanger 9 on the drain pan 10, if air quantity is more or the generation of draining is more, the amount that then drops onto 2 drainings on the side draining carrier 22 is more than dropping onto 1 draining on the side draining carrier 21.
Drop onto 2 drainings on the side draining carrier 22 and flow, temporarily stop, flow in 1 side draining carrier 21 via the draining stream 27 of the left and right sides end of supporting part 20 then by this supporting part towards supporting part 20 directions.Accumulate in 1 draining in the side draining carrier 21 via discharge outlet 29 and scupper hose and discharge to the outside.
When upkeep operations such as the cleaning of carrying out above-mentioned drain pan 10, maintenance, maintenance, because the bottom 10e inner surface of drain pan 10 becomes service object, so the drain pan supporter K of drain pan 10 from casing 1 need be pulled down and place on the ground.At this moment, pull down to the opposed ceiling of the 2nd lower panel 1B 5 positions of major general and formation casing 1, and then take off the 2nd lower panel 1B, thereby the bottom 10e lower surface of drain pan 10 is exposed.
Therefore, two handle portions 26 that are located on the bottom 10e lower surface of drain pan 10 expose.Handle portion 26 about the operator controls and when drain pan 10 left behind, above-mentioned drain pan supporter K limits so that drain pan 10 can not left behind earlier from air blow-off outlet 12 side ends, and limits so that can not left behind under air blow-off outlet 12 side ends and dividing plate 6 side ends are in the state of balance.
That is to say, drain pan supporter K is fastened on air blow-off outlet 12 side ends (side wall portion 10a) of drain pan 10 between the framework 1a and heat-barrier material D lower surface of casing 1 lower corner, other side wall portion 10b～10d closely is embedded between casing 1 side surface part and dividing plate 6 that constitutes the 7B of heat exchanger chamber on the other hand, drain pan 10 is supported on the casing 1.So, must be that drain pan 10 is left behind from dividing plate 6 side ends (side wall portion 10b) earlier.
If the operator reaches drain pan bottom 10e with hand, catch handle portion 26 and leave behind, then to become air blow-off outlet 12 side ends be that inclination upside, dividing plate 6 side ends are the inclination attitude of inclined underside to drain pan 10.In case after making drain pan 10 become above-mentioned posture, keeping this state that drain pan 10 is left behind.Because air blow-off outlet 12 side ends of drain pan 10 are the inclination upside, so can avoid drain pan 10 being left behind with side wall portion 10a collision.
In addition, the side as inclined underside is provided with side draining carrier 21 1 time at this moment, and residual sometimes have a certain amount of draining.But because 1 side draining carrier 21 forms deeplyer than 2 side draining carriers 22, and drain pan 10 is to be the inclination attitude of inclined underside with 1 side draining carrier 21, so do not have the worry that draining is overflowed from 1 side draining carrier 21.
After air blow-off outlet 12 side ends (side wall portion 10a) of drain pan 10 are extracted from the drain pan supporter K of casing 1, as long as drain pan 10 is become poised position and falls, is placed on the bottom surface just passable from inclination attitude.If make drain pan 10 become poised position, then more do not have overflowing from the draining of 1 side draining carrier 21.
After drain pan 10 reached soon position with before casing 1 contacts, same during with the dismounting of drain pan 10, to form side end with air blow-off outlet 12 be the inclination upside, be the inclination attitude of inclined underside with dividing plate 6 side ends.Then, air blow-off outlet 12 side ends of drain pan 10 are inserted in the 7B of the heat exchanger chamber lower surface of casing 1, insert and be fastened between heat-barrier material D and the framework 1a.
After being installed to air blow-off outlet 12 side ends of drain pan 10 on the casing 1, specifically dividing plate 6 side ends are boosted, supporting part 20 is connected on the heat exchanger 9.That is to say that heat exchanger 9 becomes retainer, limit further boosting of drain pan 10.Inevitably, each side wall portion 10b～10d of drain pan 10 is subjected to drain pan supporter K that support is installed.Even when drain pan 10 is installed,, also can carry out operation at an easy rate if control above-mentioned handle portion 26 on casing 1.
So, owing on the 10e lower surface of the bottom of drain pan 10, be provided with handle portion 26, so though casing 1 is installed in the indoor eminence as ceiling dorsal part T, but when the upkeep operation of drain pan 10, the dismounting of drain pan 10 and installation become easily, thereby can seek the raising of operation.
And clip the heat exchanger supporting part 20 of drain pan 10, upstream side at heat exchange air stream R is provided with side draining carrier 21 1 time, be provided with 2 times side draining carrier 22 in the downstream, set the depth dimensions of 1 side draining carrier 21 bigger than the depth dimensions of 2 side draining carriers 22, on casing 1, possesses drain pan supporter K, this drain pan supporter K can dismantle under the state of the inclination attitude that drain pan 10 is become with dividing plate 6 side ends be inclined underside, so in the dismounting of drain pan 10 way, can prevent to remain in overflowing of draining in the drain pan 10.
In addition, the present invention is not limited to the foregoing description, can implement in the scope internal strain that does not break away from its purport, and can form various inventions by the suitable combination of disclosed a plurality of structural elements in the foregoing description.
Claims (2)
1, a kind of conditioner is characterized in that, described conditioner possesses:
Casing, it has air suction inlet and air blow-off outlet;
Pressure fan, it is housed in this casing, forms the heat exchange air stream that heat exchange air is drawn in the casing and blows out from described air blow-off outlet from described air suction inlet;
Heat exchanger, it is arranged in described heat exchange air stream; And
Drain pan, it is located at the bottom of described heat exchanger, and is carrying heat exchanger;
Wherein said drain pan has handle sturcture on its lower surface.
2, conditioner as claimed in claim 1 is characterized in that,
On described drain pan, clip the position of the described heat exchanger of carrying and be provided with side draining carrier 1 time at the upstream side of heat exchange air stream, be provided with side draining carrier 2 times in the downstream of heat exchange air stream;
The depth dimensions of described 1 side draining carrier is set greatlyyer than the depth dimensions of described 2 side draining carriers;
Described casing possesses the drain pan supporter, this drain pan supporter can pull down earlier from the upstream-side-end of 1 side draining carrier of described drain pan and as inclined underside, with the end of downstream side of 2 side draining carriers as the inclination upside and drain pan is become under the state of inclination attitude dismantle.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP169820/2005 | 2005-06-09 | ||
| JP2005169820A JP2006343043A (en) | 2005-06-09 | 2005-06-09 | Air conditioner |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1877207A true CN1877207A (en) | 2006-12-13 |
| CN1877207B CN1877207B (en) | 2010-06-16 |
Family
ID=37509714
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006100945622A Active CN1877207B (en) | 2005-06-09 | 2006-06-09 | Air adjusting device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2006343043A (en) |
| CN (1) | CN1877207B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103946640A (en) * | 2012-02-29 | 2014-07-23 | 东芝开利株式会社 | Built-in air conditioner |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| PL3091304T3 (en) | 2013-12-20 | 2021-04-06 | Toshiba Carrier Corporation | Air conditioner |
| WO2015097821A1 (en) | 2013-12-26 | 2015-07-02 | 東芝キヤリア株式会社 | Air conditioner and heat exchanger |
| CN108361957A (en) * | 2018-04-28 | 2018-08-03 | 奥克斯空调股份有限公司 | A kind of upper layer drip tray and the mobile air conditioner with the drip tray |
| CN113237188A (en) * | 2021-04-19 | 2021-08-10 | 青岛海尔空调器有限总公司 | Control method and control device for air conditioner indoor unit before disassembly and cleaning and air conditioner |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH03244936A (en) * | 1990-02-20 | 1991-10-31 | Sanyo Electric Co Ltd | Air conditioner |
| JP3277720B2 (en) * | 1994-09-28 | 2002-04-22 | ダイキン工業株式会社 | Drain pan mounting structure for indoor unit for air conditioner |
| JP2001248857A (en) * | 2000-03-06 | 2001-09-14 | Fujitsu General Ltd | Ceiling burial type air conditioner |
| CN1233963C (en) * | 2001-12-26 | 2005-12-28 | 乐金电子(天津)电器有限公司 | Lifting unit for bottom plate of air conditioner |
-
2005
- 2005-06-09 JP JP2005169820A patent/JP2006343043A/en active Pending
-
2006
- 2006-06-09 CN CN2006100945622A patent/CN1877207B/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103946640A (en) * | 2012-02-29 | 2014-07-23 | 东芝开利株式会社 | Built-in air conditioner |
| CN103946640B (en) * | 2012-02-29 | 2016-11-09 | 东芝开利株式会社 | Embedded type air conditioner |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1877207B (en) | 2010-06-16 |
| JP2006343043A (en) | 2006-12-21 |
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