CN1920432A - Installation structure of air discharge guide device for integral air conditioner - Google Patents
Installation structure of air discharge guide device for integral air conditioner Download PDFInfo
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- CN1920432A CN1920432A CNA2005100148086A CN200510014808A CN1920432A CN 1920432 A CN1920432 A CN 1920432A CN A2005100148086 A CNA2005100148086 A CN A2005100148086A CN 200510014808 A CN200510014808 A CN 200510014808A CN 1920432 A CN1920432 A CN 1920432A
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- air
- discharge guide
- guide device
- shape
- wind scooper
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Abstract
The invention relates to a mounting structure of discharge guider of air conditioner, wherein it comprises: a baffle plate combined with air guider at the back of air guider; an air guider combined with baffle plate; discharge guider above the air guider; said discharge guider comprises wind frame and wind outlet; said wind frame has T-shaped insert protrusion and the wind outlet has T-shaped insert groove which are inserted, to form discharge guider. The inventive structure can connect the wind frame and wind outlet firmly, to avoid damaging wind frame and wind outlet when detaching the wind outlet.
Description
Technical field
The invention belongs to the technology of relevant integral air conditioner, particularly relate to a kind of installation structure of air discharge guide device for integral air conditioner that makes wind scooper and air outlet strong bonded.
Background technology
In general air-conditioner is arranged on vehicle, office, the space that family etc. are indoor or be arranged on the machine that on the wall indoor air is cooled off or heats mainly constitutes circulating system by compressor-outdoor heat converter-parts such as expansion valve-indoor heat converter.
Air-conditioner is divided into and mainly is arranged on outdoor outside (perhaps off-premises station) and is arranged on indoor indoor (perhaps indoor set), and the outside then is the heat release side when in refrigeration the time, and the indoor then is a heat absorbing side.Also have, outdoor heat converter and compressor are being set on the outside, the indoor then is being provided with indoor heat converter.
Air-conditioner can be divided into indoor and outside detachable air conditioner and the integral air conditioner that becomes one of outside and indoor apart, and that detachable air conditioner can be divided into according to the difference of installation form is wall-hanging, roof type, vertical etc.Integral air conditioner is that the center is divided into indoor formation indoor with the window, the outdoor air-conditioner that then is divided into window type air conditioner and is arranged on outer body of wall the inside.
Fig. 1 is the primary structure exploded view of the integral air conditioner of conventional art making, internal structure with reference to 1 pair of integral air conditioner of figure describes, the following chassis 1 that forming of air-conditioner at first, the front of the indoor on chassis 1 is being provided with front panel 3, front panel 3 forms the outward appearance in the front of air-conditioner, and it is arranged on the front of cabinet 30.
The 3i of suction portion that air is incorporated into the air-conditioner inner space is being set on front panel 3 one sides, opposite side is being provided with the air of finishing heat exchange in air-conditioner inside and is being discharged into indoor exhaust portion 3e, on the 3i of suction portion intake panel 4 is being set, the following control part 3c that controls the air-conditioner running that is being provided with of exhaust portion 3e.
The inboard of front panel 3 is being provided with indoor heat converter 7.Indoor heat converter 7 is that air and the refrigerant that the 3i of suction portion by panel 3 enters carries out heat exchange, is fixedly installed on more precisely on the following air guiding device that will illustrate 9.
The rear of indoor heat converter 7 is being provided with air guiding device 9, on air guiding device 9, forming the through hole 10 that the air by indoor heat converter 7 passes through, the exhaust portion 3e of front panel 3 is forming air discharge guide device 9e on the mutual corresponding position, is forming the discharge structure 9 ' of the condensed water that produces on indoor heat converter 7 in the bottom surface of air guiding device 9.
With the control box 14 that the various electronic units that the control air-conditioner is installed are being set above the chassis 1 of the control part 3c correspondence position of front panel 3.2 screws of control box 14 front ends are being connected with chassis 1, and rear end and air guiding device 9 link together by screw and be fixed.
In the back of dividing plate 11 baffle plate 15 of dividing air conditioner chamber inboard and outside is being set, baffle plate 15 is divided the indoor of air-conditioner and outside, thereby the environment that has prevented indoor environment and outside is affected mutually.The back of baffle plate 15, be have on the outside motor cabinet 18 be arranged on chassis 1 above, fan electromotor 17 here is being set, the fan electromotor axle 17A of fan electromotor 17 forms to indoor and outside are outstanding separately, the fan electromotor axle 17A of one side is connecting baffle plate 15 giving prominence to dividing plate 11 inside of indoor, on the outstanding fan electromotor axle 17A in indoor centrifugal fan 19 is being set, centrifugal fan 19 is indoor air to be incorporated into carry out heat exchange on the indoor heat converter 7 and be sent to air indoor by air discharge guide device 9e more afterwards.
On the outdoor side shaft of fan electromotor 17 aerofoil fan 21 is being set, aerofoil fan 21 is introduced the air of outside, and air is carried out heat exchange by outdoor heat converter 27.End at the flabellum of aerofoil fan 21 is being provided with water ring 22, water ring 22 splashes the condensed water that condenses upon the below and is spread across above the outdoor heat converter 27 that is arranged on the aerofoil fan rear, cool off the temperature of outdoor heat converter 27, thereby improved cooling effectiveness.
Have cabinet 30 above the chassis 1 and cover the various parts that are arranged on the inside, cabinet 30 and chassis 1 link together, and are covering two sides and the top of air-conditioner.
At this,, parts such as compressor and expansion valve are being set also on the outside though do not illustrate.
The indoor of integral air conditioner is arranged in the space that air need upgrade, and the outside then is arranged on outdoor.When air-conditioner when cooling off, air-conditioner comes into operation, the air-conditioner inner loop also brings into operation, fan electromotor 17 is rotated centrifugal fan 19 and aerofoil fan 21.
At this moment, the air of indoor is sent on the indoor heat converter 7 by the 3i of suction portion of front panel 3, air in by indoor heat converter 7 and refrigerant carry out heat exchange and become the relatively air of low temperature.
The air that finishes heat exchange along with the rotation of centrifugal fan 19 will be drawn into centrifugal fan and go for 19 li by the through hole 10 of air guiding device 9, and then air is discharged by centrifugal fan 19, inside along dividing plate 11 is sent on the air discharge guide device 9e, and the air that is sent to air discharge guide device 9e then enters into indoor by the exhaust portion 3e on the front panel 3.
The refrigerant that operates on the outside obtains heat to outdoor discharging from indoor heat converter 7, be air outside because of aerofoil fan 21 enters into the outside of air-conditioner, carried out heat exchange by axial fan air deflection cover 23 guiding by outdoor heat converter 27 and refrigerant heat is emitted to the outside.
With reference to figure 2, the top that air discharge guide device 9e is arranged on air guiding device 9 is also arranged, the exhaust portion 3e of front panel 3 also is arranged on the corresponding position, front panel 3 tops.Air discharge guide device 9e comprises wind scooper 9f and air outlet 9g, air outlet 9g top edge side is provided with plural hook card 9g ', the corresponding position of wind scooper top edge is provided with the pocket for the punch head 9f ' of equal number, and air outlet 9g is connected on the wind scooper 9f.
But above-mentioned air discharge guide device 9e has following problem points:
Because air outlet 9g is connected on the wind scooper 9f, when installation and removal, will link up with card 9g ' easily and break off with the fingers and thumb disconnectedly, cause air outlet 9g damage.
Summary of the invention
The present invention provides a kind of installation structure of air discharge guide device for integral air conditioner that makes wind scooper and air outlet strong bonded for solving the technical problem that exists in the above-mentioned technology.
The technical scheme that the present invention takes for the technical problem that exists in the above-mentioned technology of solution is:
A kind of installation structure of air discharge guide device for integral air conditioner of the present invention, the rear that is included in air guiding device is being provided with the dividing plate with the air guiding device combination; The air guiding device that combines with dividing plate; The air discharge guide device that the air guiding device top is provided with; Air discharge guide device comprises wind scooper and air outlet; Form on the wind scooper and form T shape inserting groove on T shape grafting projection and the air outlet, both are plugged on together, constitute air discharge guide device; Also can be to form on the wind scooper to form T shape grafting projection on T shape inserting groove and the air outlet, both be plugged on together, constitute air discharge guide device.T shape grafting projection can laterally be formed at wind scooper top, and corresponding position, air outlet top laterally forms T shape inserting groove; Wind scooper top also can laterally form T shape inserting groove, and corresponding position, air outlet top laterally forms T shape and pegs graft protruding; Can be the T shape inserting groove that both ends, the wind scooper left and right sides vertically form bottom lock, corresponding position, both ends, the air outlet left and right sides vertically forms T shape and pegs graft protruding; Also can be the vertical T shape grafting of the vertical formation in both ends, wind scooper left and right sides projection, corresponding position, both ends, the air outlet left and right sides vertically forms the T shape inserting groove that binds on top.
Advantage and good effect that the present invention has are: installation structure of air discharge guide device for integral air conditioner of the present invention, owing to form on the wind scooper and form T shape inserting groove on T shape grafting projection and the air outlet, make firm being plugged on together of wind scooper and air outlet, when the dismounting air outlet, be not easy to damage parts such as wind scooper and air outlet, improved the product image degree.
Description of drawings
Fig. 1 is the primary structure exploded view of the integral air conditioner of conventional art.
Fig. 2 is the wind-lead-cover structure figure of the air discharge guide device of conventional art.
Fig. 3 is the air outlet structure figure of the air discharge guide device of conventional art.
Fig. 4 is the exploded view of air discharge guide device wind scooper of the present invention and air outlet.
Fig. 5 is the grafting projection and the inserting groove bonding state figure of wind scooper and air outlet.
Main symbol description
1: chassis 3: front panel
4: intake panel 7: indoor heat converter
9: air guiding device 9e: air discharge guide device
9f: wind scooper 9g: air outlet
A: protruding B pegs graft: inserting groove
11: dividing plate 12: air guide of flow face
14: control box 15: baffle plate
17: fan electromotor 17A: the fan electromotor axle
19: centrifugal fan 21: aerofoil fan
22: water ring 23: axial fan air deflection cover
23A: exhaust outlet 25: stator
27: outdoor heat converter 30: cabinet
The specific embodiment
For further understanding content of the present invention, characteristics and effect, exemplify following examples now, and conjunction with figs. is described in detail as follows:
The primary structure of integral air conditioner of the present invention is introduced in background technology, at this repeated description not just.
Fig. 4 is the exploded view of air discharge guide device wind scooper of the present invention and air outlet, Fig. 5 is the grafting projection and the inserting groove bonding state figure of wind scooper and air outlet, as shown in the figure, installation structure of air discharge guide device for integral air conditioner, the rear that is included in air guiding device 9 is being provided with the dividing plate 11 with air guiding device 9 combinations; The air guiding device 9 that combines with dividing plate 11; The air discharge guide device 9e that air guiding device 9 tops are provided with; Air discharge guide device 9e comprises wind scooper 9f and air outlet 9g; Wind scooper 9f go up to form peg graft protruding A and air outlet 9g of T shape and goes up and form T shape inserting groove B, and both are plugged on together, constitute air discharge guide device 9e; Also can be that wind scooper 9f go up to form T shape inserting groove B and air outlet 9g and goes up and form the T shape protruding A that pegs graft, both be plugged on together, constitute air discharge guide device 9e.The T shape protruding A that pegs graft can laterally be formed at wind scooper 9f top, and corresponding position, air outlet 9g top laterally forms T shape inserting groove B; T shape inserting groove B also can laterally be formed at wind scooper 9f top, and corresponding position, air outlet 9g top laterally forms the T shape protruding A that pegs graft; Can be the T shape inserting groove B that both ends, the wind scooper 9f left and right sides vertically form bottom lock, corresponding position, both ends, the air outlet 9g left and right sides vertically forms the T shape protruding A that pegs graft; Also can be the vertical vertical T shape protruding A that peg graft that form in both ends, the wind scooper 9f left and right sides, corresponding position, both ends, the air outlet 9g left and right sides vertically forms the T shape inserting groove B that binds on top.When wind scooper 9f upper lateral forms T shape inserting groove B or T shape and pegs graft protruding A, air outlet 9g laterally shifts onto on the wind scooper 9f, when both ends, the wind scooper 9f left and right sides vertically formed T shape inserting groove B or T shape and peg graft protruding A, air outlet 9g shifted onto on the wind scooper 9f from the top.Such inserting mode can when the dismounting air outlet, be not easy to damage parts such as wind scooper 9f and air outlet 9g with wind scooper 9f and firm being plugged on together of air outlet 9g, has improved the product image degree.
The present invention has only exemplified the embodiment of above-mentioned several inserting mode, and under guiding theory of the present invention, the inserting mode of wind scooper 9f and air outlet 9g can also be carried out various deformation.
Claims (6)
1, a kind of installation structure of air discharge guide device for integral air conditioner, the rear that is included in air guiding device is being provided with the dividing plate with the air guiding device combination; The air guiding device that combines with dividing plate; The air discharge guide device that the air guiding device top is provided with; Air discharge guide device comprises wind scooper and air outlet; It is characterized in that form on the wind scooper and form T shape inserting groove on T shape grafting projection and the air outlet, both are plugged on together, constitute air discharge guide device.
2, installation structure of air discharge guide device for integral air conditioner according to claim 1 is characterized in that, forms on the wind scooper to form T shape grafting projection on T shape inserting groove and the air outlet, and both are plugged on together, constitute air discharge guide device.
3, installation structure of air discharge guide device for integral air conditioner according to claim 1 is characterized in that, the wind scooper upper lateral forms T shape grafting projection, and corresponding position, air outlet top laterally forms T shape inserting groove.
4, installation structure of air discharge guide device for integral air conditioner according to claim 1 is characterized in that, the wind scooper upper lateral forms T shape inserting groove, and corresponding position, air outlet top laterally forms T shape and pegs graft protruding.
5, installation structure of air discharge guide device for integral air conditioner according to claim 1 is characterized in that, both ends, the wind scooper left and right sides vertically form the T shape inserting groove of bottom lock, and corresponding position, both ends, the air outlet left and right sides vertically forms T shape and pegs graft protruding.
6, installation structure of air discharge guide device for integral air conditioner according to claim 1, it is characterized in that, both ends, the wind scooper left and right sides vertical T shape of vertical formation is pegged graft protruding, and corresponding position, both ends, the air outlet left and right sides vertically forms the T shape inserting groove that binds on top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005100148086A CN1920432A (en) | 2005-08-22 | 2005-08-22 | Installation structure of air discharge guide device for integral air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005100148086A CN1920432A (en) | 2005-08-22 | 2005-08-22 | Installation structure of air discharge guide device for integral air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1920432A true CN1920432A (en) | 2007-02-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2005100148086A Pending CN1920432A (en) | 2005-08-22 | 2005-08-22 | Installation structure of air discharge guide device for integral air conditioner |
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| Country | Link |
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| CN (1) | CN1920432A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110940076A (en) * | 2019-12-10 | 2020-03-31 | 珠海市德新合利电子科技有限公司 | Air outlet structure of air purifier |
-
2005
- 2005-08-22 CN CNA2005100148086A patent/CN1920432A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110940076A (en) * | 2019-12-10 | 2020-03-31 | 珠海市德新合利电子科技有限公司 | Air outlet structure of air purifier |
| CN110940076B (en) * | 2019-12-10 | 2021-06-08 | 珠海市德新合利电子科技有限公司 | Air outlet structure of air purifier |
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