CN1959230A - Indoor machine of air condition - Google Patents
Indoor machine of air condition Download PDFInfo
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- CN1959230A CN1959230A CNA2005100158603A CN200510015860A CN1959230A CN 1959230 A CN1959230 A CN 1959230A CN A2005100158603 A CNA2005100158603 A CN A2005100158603A CN 200510015860 A CN200510015860 A CN 200510015860A CN 1959230 A CN1959230 A CN 1959230A
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- Devices For Blowing Cold Air, Devices For Blowing Warm Air, And Means For Preventing Water Condensation In Air Conditioning Units (AREA)
Abstract
An indoor unit of air-conditioning consists of indoor heat exchanger flowing refrigerant in it, bottom-left side panel at right front face of said heat exchanger, bottom-center panel at right side of bottom-left side panel and bottom-right side panel at right side of bottom-center panel. It is featured as setting two side ends of bottom-center panel separately at right end of bottom-left side panel and at left end of bottom-right side panel for providing maintenance convenience by only disconnecting bottom-center panel.
Description
Technical field
The invention relates to air-conditioning, particularly a kind of indoor apparatus of air conditioner.In more detail, when indoor set is keeped in repair, can only dismantle under the situation of lower central panel and keep in repair.
Background technology
Air-conditioning is as the equipment that can create pleasant environment in the summer of sweltering heat, and along with the raising of people to the environmental requirement and the level of consumption, its demand is constantly obtaining increasing.Usually, air-conditioning is the device that room air is remained on optimum state according to purpose; Behind the hot-air, allow it and low temperature refrigerant carry out heat exchange in the suction chamber,, freeze indoor to indoor discharge cold air; Or by contrary principles to the indoor equipment that heats.
In addition, air-conditioning presents the development trend that increases the various additional functions except that freezing, heating recently.Such as, suction chamber internal contamination air, the air-cleaning function that filters the back, purify air to indoor discharge, and suck the additional functions such as dehumidification function of discharging dry air behind the humid air.
As everyone knows, air-conditioning can be divided into a branch bodily form air-conditioning and a bodily form air-conditioning substantially.Central air-conditioning has appearred recently.Be provided with at one family under the situation of the air-conditioning more than two, or in needs every office of building, be provided with under the situation of air-conditioning, adopt above-mentioned central air-conditioning to office between how having.Central air-conditioning connects the air-conditioning of many indoor sets on an off-premises station, can obtain being provided with the same effect of several branch bodily form air-conditionings.
With reference to the accompanying drawings, to a minute bodily form air-conditioning, be elaborated.Fig. 1 is traditional indoor apparatus of air conditioner schematic diagram.Fig. 2 is traditional indoor apparatus of air conditioner front panel disassembly status schematic diagram.As shown in the figure, air-conditioning is by the indoor set 10 that is arranged on the building indoor, interior space air is handled, and be arranged on the outdoor buildings side, the off-premises station 90 that carries out air-treatment constitutes.Be provided with a plurality of pipe arrangements that connect both between above-mentioned indoor set 10 and the off-premises station 90, the flowing of water conservancy diversion refrigerant.
To the indoor set 10 that the air of the interior space is handled, its outward appearance is formed by the shell 10 ' with rectangular structure.Above-mentioned shell 10 ' forms the side panel 30 of side outward appearance by the front panel 20 that forms front appearance, forms the back panel 40 of back appearance, and the top panel 50 that forms the end face outward appearance constitutes.The bottom surface of above-mentioned shell 10 ' is in open state, allows the air of conditioned space flow into indoor set 10 inside.
On top panel 50, be formed with outlet 52 to indoor discharge air.Outlet 52 is formed on a side of top panel 50, the opening that forms on top panel 50.Also can the connecting pipe (not shown) be set, connect indoor set 10 and conditioned space in the bottom surface of outlet 52 and shell 10 '.
A plurality of coolant pipings 80 that the water conservancy diversion refrigerant flows, above-mentioned front panel 20 is run through in the one end.Bottom at above-mentioned front panel 20 is formed with through hole 20 ', allows Drainage Division 77 be exposed at the place ahead, discharges the condensed water of drain pan 76.
Below with reference to Fig. 2 indoor set 10 is described.In the inside of indoor set 10, be provided with the baffle plate 71 that indoor set 10 internal separation is become top and the bottom.At the upside of baffle plate 71, be formed with control cabinet 72.Be provided with the multiple parts of control air-conditioning in the inside of control cabinet 72.At the rear side of control cabinet 72, be formed with outlet 52.
Be formed with indoor heat converter 74 in the bottom of fan casing.In the inside of indoor heat converter 74, the refrigerant as working fluid of circulation.When indoor heat converter 74 sucks the air of conditioned space at indoor fan, allow the air of inflow indoor set 10 inside and inner refrigerant carry out heat exchange.
During from forward observation, indoor heat converter 74 has " ∧ " structure substantially, by the curved one-tenth of the many inflection of the Guan Jing with certain diameter.In the pipe inside of many inflection song, circulating as the refrigerant of working fluid.The front panel 20 of indoor set 10 is run through in the end of indoor heat converter 74, is connected with the coolant piping of off-premises station 90.
In the front of indoor heat converter 74, be provided with the heat exchanger supports plate 75 that supports indoor heat converter.It is triangular shaped that heat exchanger supports plate 75 has " △ " shape corresponding with indoor heat converter 74 front shape.
Heat exchanger supports plate 75 sealing indoor heat converters 74 just, the back side, flow into indoor set 10 when inner at air, prevent that air from going into indoor set 10 inside in that the state that does not carry out heat exchange is dirty.In addition, on heat exchanger supports plate 75, be formed with screw 75 ' along its edge.Be fixed by screw.
Establish drain pan 76 in the bottom of heat exchanger 74.The air and the refrigerant that flow into indoor set 10 inside carry out heat exchange, form condensed water on the surface of heat exchanger 74.This is because indoor heat converter 74 surfaces and indoor set 10 internal temperatures there are differences.Condensed water is pooled on the drain pan 76.
In the front of drain pan 76, the outstanding forward Drainage Division 77 that is formed with.Drainage Division 77 is exposed on the external by the portion of running through 20 ' that is formed on front panel 20 bottoms, allows the condensed water that collects in drain pan 76 be discharged to indoor set 10 outsides.
Above-mentioned front panel 20 is divided into front upper and positive basifacial by the central frame 21 in indoor set 10 fronts by the upper and lower part.The both side ends of central frame 21 is fixed on the two sides panel 30 of indoor set 10.The side section of central frame 21 has
The shape structure, its central part caves in backward.On the central part that caves in backward, be assembled with the bottom of front upper panel 22.In addition, on the positive bottom of indoor set 10, be formed with lower frame 23.
When observing front panel 20,, be formed with front upper panel 22 in the front upper of indoor set 10.Front upper panel 22 has rectangular plate shape substantially, and its bottom is fixed on central frame 21 by the screw assembling, and its upper end is fixed on the leading section of a faceplate panels 50 by the screw assembling.
Be formed with the switch that exposes control cabinet 72 switches at the top of front upper panel 22 side perforation and expose the hole (not shown), and be formed with the division board 22 ' that enclosed switch exposes the hole
Establish 3 panels at indoor set 10 positive basifacials, promptly, be positioned at positive basifacial, the lower central panel 26 in centre between the lower left side panel 24 of sealing indoor set 10 frontal left, lower right side panel 25, sealing lower left side panel 24 and the lower right side panel 25 of the positive right side of face of sealing.
In the centre, left side of lower left side panel 24, perforation is formed with coolant piping through hole 24 ".Coolant piping 80 runs through coolant piping through hole 24 ", the refrigerant of indoor heat converter 74 inside is carried out water conservancy diversion, make it to flow in the off-premises station 90.
In the right side side of lower left side panel 24, be provided with lower central panel 26.Lower central panel 26 has the longer rectangular plate shape of length on the above-below direction.The both side ends of lower central panel 26, with the identical amplitude in upper end, rearward warpage extends.Lower left side panel 24 right-hand end and lower right side panel 25 left end are installed in the both side ends front of lower central panel 26.
But there are the following problems for conventional art.On the both side ends of lower central panel 26, the right-hand end and the left end of lower left side panel 24 and lower right side panel 25 is installed, the positive basifacial of sealing indoor set 10.In addition, the heat exchange gripper shoe 75 in support indoor heat converter 74 fronts has the structure of a plate.Therefore, when indoor heat converter 74 is maintained or keeps in repair, when perhaps repairing or cleaning indoor set 10 inside, need all just basifacial lower left side panel 24 of dismounting indoor sets 10, lower right side panel 25 and lower central panel 26, just can clean or keep in repair.
In addition, on the face portion of indoor heat converter 74, be provided with a plurality of parts, be difficult to the dismounting panel.And during the panel of dismounting indoor heat converter 74 bottoms, also might cause the damage of product or the accident on the safety.
Summary of the invention
Technical problem to be solved by this invention is, overcomes the problem of above-mentioned existence, and a kind of indoor apparatus of air conditioner is provided, and under the situation of only dismantling the lower central panel, indoor set inside cleaned or keeped in repair.
In order to solve the problems of the technologies described above, the technical solution used in the present invention is: indoor apparatus of air conditioner comprises indoor heat converter, it is characterized in that, be positioned at the lower left side panel of indoor heat converter front, the just basifacial left side of formation outward appearance, be positioned at the right side of lower left side panel, the lower central panel of the positive lower central outward appearance of formation, be positioned at the right side of lower central panel, the lower right side panel of formation right side, positive bottom outward appearance; The both side ends of above-mentioned lower central panel is installed in the right-hand end of lower left side panel and the left end front of lower right side panel.
Above-mentioned heat exchanger supports plate is made of upper support board and lower support plate.
Forwards extend downwards behind the warpage bottom of above-mentioned upper support board again.
Above-mentioned upper support board bottom length is corresponding with the lateral length of lower central panel.
The bottom of above-mentioned upper support board is assembled in front, lower support plate upper end.
The invention has the beneficial effects as follows: indoor apparatus of air conditioner of the present invention, can only dismantle the lower central panel, and as long as dismounting lower central panel just can be dismantled upper support board.
Therefore, indoor set inside is cleaned and keeped in repair, maintains after need not dismantling whole panels; After only dismantling lower central panel and upper support board indoor set inside is cleaned and keeped in repair, maintains, shortened the activity duration and improved operating efficiency.
In addition owing to only dismantle lower central panel and upper support board, in the time of therefore can reducing the dismounting panel to the damage probability of indoor set internal part.The accident that may occur in the time of in addition, can also preventing to dismantle whole indoor set front panel in advance.
Description of drawings
Fig. 1 is the indoor apparatus of air conditioner schematic diagram of conventional art.
Fig. 2 is traditional common air-conditioning indoor set front panel disassembly status schematic diagram.
Fig. 3 is the indoor set schematic diagram of air-conditioning most preferred embodiment of the present invention.
Fig. 4 is the indoor set decomposing schematic representation of air-conditioning most preferred embodiment of the present invention.
Fig. 5 is an air-conditioning most preferred embodiment indoor set lower central panel disassembly status schematic diagram of the present invention.
Fig. 6 is the heat exchanger indoor unit schematic diagram of air-conditioning most preferred embodiment of the present invention.
Among the figure:
100: indoor set 110: the front upper panel
112: switch exposes hole 114: division board
120: lower right side panel 122: the pipe arrangement hole
122 ': high press fit pipe hole 122 ": the low-pressure fitting pipe hole
124: osculum 126: the side discharge hole
130: lower central panel 140: the lower left side panel
150: positive lower panel 160: front panel
170: side panel 180: back panel
190: top panel 192: outlet
200: bedframe 202: the side framework
204: preceding end frame 206: rearward end frame
210: suction inlet 300: upper frame
310: baffle plate (Barrier) 312: tap
320: vertical diversion division 322: heater is provided with groove
330: control cabinet 332: transformer
334: mainboard (board) 336: power switch
340: exhaust diversion component 342: side panel
344: front plate 346: heater is provided with mouth
350: electric heater 352: the heater gripper shoe
360: casing (housing) assembly 361: indoor fan
362: fan electromotor 363: fan drum
364: motor cabinet 365: outlet
366: casing is installed guide part 370: central frame
378: back side framework 380: indoor heat converter
382: heat exchanger supports plate 384: upper support board
386: lower support plate 390: drain pan
The specific embodiment
Below in conjunction with the drawings and specific embodiments the present invention is described in further detail: Fig. 3 is the indoor set schematic diagram of air-conditioning most preferred embodiment of the present invention.Fig. 4 is the indoor set decomposing schematic representation of air-conditioning most preferred embodiment of the present invention.Indoor apparatus of air conditioner 100 outward appearances of the present invention form the side panel 170 of side outward appearance by the front panel 160 that forms front appearance, form the back panel 180 of back appearance, and top panel 190 formations that form the end face outward appearance.
Latter half of in top panel 190, perforation is formed with outlet 192, makes indoor set 100 inner treated air rows to the indoor temperature control space.
Between front upper panel 110 and positive lower panel 150, be provided with panel rack 378.Under the effect of panel rack 378, front panel 160 is divided into the upper and lower.When observing from the side, panel rack 378 has
The shape structure, rearward cave in its centre.The upper end of front upper panel 110 is assembled in the leading section of top panel 190, and the bottom is assembled on the panel rack 378.
In the upper left-hand of front upper panel 110, perforation is formed with and allows power switch 336 expose hole 112 to the switch that exposes outside.Switch exposes hole 112 when not using power switch 336, is had rectangular plate shape division board 114 sealings of corresponding size.
Be positioned at the positive lower panel 150 of front upper panel 110 downsides, on its left side and right side, be formed with pipe arrangement hole 122 respectively, a plurality of coolant piping (not shown)s that transference indoor heat converter 380 is communicated with are passed.The low-pressure fitting pipe hole 122 that the high press fit pipe hole 122 ' that pipe arrangement hole 122 is passed by the high press fit pipe of high pressure refrigerant and the low-pressure fitting pipe (not shown) of low pressure refrigerant run through " constitute.Downside in pipe arrangement hole 122, perforation is formed with the side discharge hole 126 and the osculum 124 of side discharge portion 392 ' and Drainage Division 390 '.
At the downside of indoor heat converter 380 and drain pan 390, be provided with the bedframe 200 that supports a plurality of parts.At the preceding end frame 204 of bedframe 200 by side framework 202 that is positioned at side panel 170 bottoms and continuous side framework 202 front end faces, the rearward end frame 206 of side framework 202 rearward end that link to each other constitutes.
In the inboard of bedframe 200, be formed with the suction inlet 210 that sucks the conditioned space air, make the air of conditioned space flow into indoor set 100 inside.
Be provided with upper frame 300 in indoor set 100 inside upper part.Upper frame 300 is by being used to mark off upper and lower part baffle plate 310, and perforation is formed on the tap 312 of baffle plate 310 1 sides, constitutes from the rearward end of the baffle plate 310 vertical diversion division 320 that vertical warpage extends that makes progress.
Tap 312 is the paths that discharge at the inner treated air of indoor set 100, and vertical diversion division 320 is the air of discharging by tap 312 water conservancy diversion that makes progress.The centre of vertical diversion division 320 is recessed to form having heaters backward groove 322 is set, and supports electric heater 350.
On the first half of baffle plate 310, be formed with control cabinet 330.Control cabinet 330 is provided with multiple parts such as transformer 332 that air-conditioning is controlled, mainboard 334, power switch 336.Power switch 336 is positioned at the left side leading section of baffle plate 310, and the switch that is formed on front upper panel 110 by perforation exposes hole 112 to exposing outside.
Rear side at control cabinet 330 is provided with exhaust diversion component 340, upwards the air of water conservancy diversion tap 312 discharges.Under the effect of exhaust diversion component 340, the air that tap 312 is discharged is diversed to the top.
Exhaust diversion component 340 is made of side panel on the two sides 342 and the front plate 344 that is positioned at the front.The heater that is formed with assembling electric heater 350 of boring a hole on front plate 344 is provided with mouth 346.
At heater assembling electric heater 350 on the mouth 346 is set.The electric heater 350 externally following heat that produces of effect of power supply adds hot-air, is positioned at exhaust diversion component 340 inside.That is, exhaust diversion component 340 forms outlet 192 with vertical diversion division 320, is provided with electric heater 350 in the inside of outlet 192, and the air that indoor set 100 is discharged heats.
At the leading section of electric heater 350, with electric heater 350 integrally formed having heaters gripper shoes 352.Heater gripper shoe 352 passed through said front surface plates 344 heaters are fixed after mouth 346 is set, and electric heater 350 rearward end are positioned at the inside that heater is provided with groove 322, and fixedly electric heater 350.
Here, can electric heater 350 be set with being allowed a choice by user's wish.When electric heater 350 not being set, the heater that seals exhaust diversion components 340 with other division boards is provided with mouth 346.Thereby, under the effect of vertical diversion division 320 and exhaust diversion component 340, diversed to the top by the air that tap 312 is discharged.
Below baffle plate 310, be provided with casing assembly 360.Casing assembly 360 comprises the indoor fan 361 that flows by rotation generation air, to the fan electromotor 362 of indoor fan 361 reception and registration rotary powers, and the fan drum 363 of encircling indoor fan 361 outsides.
At the rear side of fan electromotor 362, also be formed with the motor cabinet 364 that fan electromotor 362 is installed.The upper end of fan drum 363 is formed with outlet 365, and air is discharged by outlet 365 under the turning effort of indoor fan 361.On the outlet 365, the organic shell of outwards outstanding formation is installed guide part 366 along its edge.Casing installation portion (not shown) below casing is installed guide part 366 and is formed on baffle plate 310 combines, and slides by front and rear direction.
At the downside of casing assembly 360, also be provided with central frame 370.Central frame 370 also has and is formed on its front, the panel rack 378 that allows bottom and positive lower panel 150 upper ends of front upper panel 110 closely contact.Central frame 370 also has the both side ends that is combined in panel rack 378, the lateral frame 372 of Yan Shening rearward, and the back side framework 374 that is combined in lateral frame 372 rearward end.
Downside at central frame 370 also is provided with indoor heat converter 380.Indoor heat converter 380 has " ∧ " shape structure by the curved one-tenth of the many inflection of pipe of certain diameter during from forward observation.Indoor heat converter 380 allows the air that is inhaled into and carry out heat exchange mutually at the refrigerant of indoor heat converter 380 internal flows under the turning effort of indoor fan 361; Circulation of air is not taken place by 382 sealings of heat exchanger supports plate in its front and back.
At the downside of indoor heat converter 380, be provided with drain pan 390.Drain pan 390 is used to compile the condensed water that indoor heat converter 380 produces, and it is discharged, and has the structure of central part to lower recess.In the front of drain pan 390, be formed with the condensed water of drain measure dish 390 inside, the Drainage Division 390 ' that makes it to discharge forward.
Drainage Division 390 ' is exposed on the external by the osculum 124 of positive lower panel 150, the discharge of water conservancy diversion condensed water.The bottom surface of drain pan 390 forms down to the inclined plane forward by certain angle and is advisable, so that make the condensed water in the drain pan 390 flow into leading section naturally.
Left-hand end top at drain pan 390 can also be provided with side discharge dish 392.The height of side discharge dish 392 is corresponding with the height of indoor heat converter 380, when indoor set 100 lies low when being arranged on interior of building, is used to compile the condensed water that indoor heat converter 380 produces.
At side discharge dish 392 side lower parts, the outstanding forward side discharge portion 392 ' that is formed with.The condensed water of side discharge portion 392 ' water conservancy diversion side discharge dish, 392 inside, make it to discharge forward by the side discharge hole 126 of positive lower panel 150.
Fig. 5 is an air-conditioning most preferred embodiment indoor set lower central panel disassembly status schematic diagram of the present invention.Fig. 6 is the heat exchanger indoor unit schematic diagram of air-conditioning most preferred embodiment of the present invention.As shown in the figure, below the front panel 160 of indoor set 100 is described in more details.Front panel 160 is divided into front upper panel 110 and positive lower panel 150.Positive lower panel 150 is divided into 3 panels, lower right side panel 120 by positive lower panel 150 positive right side parts, the lower central panel 130 of positive lower panel 150 front center part, and the lower left side panel 140 of positive lower panel 150 frontal left part constitutes.
The upper end of positive lower panel 150 extends upward behind the warpage backward.The positive lower panel 150 upper ends rearward amplitude of warpage are corresponding with the amplitude that the central part of panel rack 378 caves in backward.The upper end of positive lower panel 150 is installed in the central part of panel rack 378.
The upper end of lower right side panel 120 is installed in the central part front of panel rack 378, combination with it.The left end of lower right side panel 120 rearward after the warpage certain amplitude left side (from forward observation time) extend.The face that extends in its front, is installed the right-hand end back side of lower central panel 130.In addition, the upper end of lower central panel 130 is identical with the upper end of lower right side panel 120, is combined in the front of panel rack 378.
The right-hand end of lower left side panel 140 with the corresponding shape of the left end of right panel 120.That is, the right-hand end of lower left side panel 140 is by certain amplitude rearward behind the warpage, to the right side (from top view time) extend.In the front of extended surface, the left end back side of lower central panel 130 is installed.
The bottom shape of positive lower panel 150 is corresponding with the upper end.That is,, extend downwards rearward behind the warpage by certain amplitude the bottom of positive lower panel 150.In the front, bottom of positive lower panel 150, assembling lower frame 150 '.
Thereby, positive lower panel 150, its upper end is assembled on the panel rack 378 fixing.And in the front of upper end, the bottom of assembling front upper panel 110.In addition, the bottom of positive lower panel is assembled on the lower frame 150 '.
To sealing indoor heat converter 380 just, the heat exchanger supports plate 382 at the back side describes.The shape of above-mentioned heat exchanger supports plate 382 is corresponding with the front and back global shape of above-mentioned indoor heat converter 380, has " △ " shape structure, is the tabular structure of triangle.
Heat exchanger supports plate 382 is divided into upper support board 384 and lower support plate 386.Upper support board 384 has the triangular structure of extending certain-length downwards from the inner peripheral surface upper end, front of indoor heat converter 380.The bottom of upper support board 384 is extended certain-length downwards behind the warpage forward.
Here, the thickness of the amplitude of warpage and lower support plate 386 is corresponding forward.This is because at the back side of warpage face, the front of lower support plate 386 is installed.
The bottom lateral length of upper support board 384, the lateral length that is not more than lower central panel 130 is advisable, so that behind the dismounting lower central panel 130, easily dismantle upper support board 384.
Operation principle to indoor apparatus of air conditioner of the present invention describes below.Indoor apparatus of air conditioner 100 with said structure, after connecting external power source, its fan electromotor 362 produces rotary power.The rotary power of fan electromotor 362 passes to indoor fan 361, makes indoor fan 361 rotations.During indoor fan 361 rotations, by being formed on the suction inlet 210 of indoor set 100 bottoms, the air of conditioned space flows into indoor set 100 inside.
Air by suction inlet 210 inflow indoor sets 100 inside carries out heat exchange when flowing through indoor heat converter 380.That is, when air-conditioning freezed operation, indoor heat converter 380 played evaporimeter, and at this moment by suction inlet 210 leaked-in airs, the refrigerant of indoor heat converter 380 inside of being circulated absorbs heat.
When carrying out heat exchange, because temperature difference forms condensed water on the surface of indoor heat converter 380 by indoor heat converter 380.Condensed water trickles downwards, collects in the drain pan 390.The condensed water that flows into drain pan 390 inside is arranged to indoor set 100 outsides by Drainage Division 390 '.
Carry out the air of heat exchange when flowing through indoor heat converter 380, by the side of fan drum 363, flow into above-mentioned indoor fan 361 after, discharge to circumferencial direction.Pressed the air that circumferencial direction is discharged by indoor fan 361,, upwards discharge by outlet 365 by fan drum 363 water conservancy diversion.
Air by outlet 365 is discharged under the effect of exhaust diversion component 340 and upper frame 300 vertical diversion divisions 320, flows out to conditioned space by outlet 192.Also the connecting pipe (not shown) can be set between outlet 192 and conditioned space, the air that water conservancy diversion is discharged.
When indoor set 100 heats operation, allow the refrigerant that is flowing in indoor heat converter 380 inside circulate, make indoor heat converter 380 play condenser, perhaps drive electric heater 350, air is heated with opposite direction.
In addition, dismounting indoor set 100 front panels 160 need be cleaned or when keeping in repair indoor heat converter 380 to indoor set 100.At this moment, at first dismantle front upper panel 110.Behind the dismounting front upper panel 110, dismounting lower central panel 130.
After removing the assembled state of lower central panel 130 upper ends and panel rack 378, the assembled state of the assembled state between releasing and the lower frame 150 ', releasing lower central panel 130 bottoms, dismounting lower central panel 130.
Here, the left end of lower central panel 130 is assembled in the extended surface front of extending of lower left side panel 140 to the right, and the right-hand end of lower central panel 130 is assembled in the extended surface front that extends to form of lower right side panel 120 left.Therefore can only dismantle lower central panel 130.
Behind the dismounting lower central panel 130, need not carry out to dismantle the upper support board 384 of heat exchanger supports plate 382 at an easy rate under the situation of other operations.Behind the dismounting lower central panel 130, dismounting upper support board 384 can be removed the assembling between upper support board 384 and the indoor heat converter 380.
As long as dismounting central upper portion panel 130 and upper support board 384 can clean, keep in repair and maintain the inside of indoor set 100.
Scope of the present invention is not subject to the foregoing description, in above-mentioned technical scope, for industry those skilled in the art, can be that other a lot of distortion are carried out on the basis with the present invention.
Claims (5)
1. indoor apparatus of air conditioner, comprise indoor heat converter, it is characterized in that, be positioned at the lower left side panel of indoor heat converter front, the just basifacial left side of formation outward appearance, be positioned at the right side of lower left side panel, the lower central panel of the positive lower central outward appearance of formation, be positioned at the right side of lower central panel, the lower right side panel of formation right side, positive bottom outward appearance; The both side ends of above-mentioned lower central panel is installed in the right-hand end of above-mentioned lower left side panel and the left end of lower right side panel.
2. indoor apparatus of air conditioner according to claim 1 is characterized in that, above-mentioned heat exchanger supports plate is made of upper support board and lower support plate.
3. indoor apparatus of air conditioner according to claim 2 is characterized in that, forwards extend downwards behind the warpage bottom of above-mentioned upper support board again.
4. indoor apparatus of air conditioner according to claim 2 is characterized in that: the bottom length of above-mentioned upper support board is corresponding with the lateral length of above-mentioned lower central panel.
5. indoor apparatus of air conditioner according to claim 2 is characterized in that: the bottom of above-mentioned upper support board is assembled in front, above-mentioned lower support plate upper end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100158603A CN100572936C (en) | 2005-11-03 | 2005-11-03 | Indoor apparatus of air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100158603A CN100572936C (en) | 2005-11-03 | 2005-11-03 | Indoor apparatus of air conditioner |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1959230A true CN1959230A (en) | 2007-05-09 |
| CN100572936C CN100572936C (en) | 2009-12-23 |
Family
ID=38071046
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100158603A Expired - Fee Related CN100572936C (en) | 2005-11-03 | 2005-11-03 | Indoor apparatus of air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100572936C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106287928A (en) * | 2016-09-26 | 2017-01-04 | 珠海格力电器股份有限公司 | Warmer and mounting structure thereof |
-
2005
- 2005-11-03 CN CNB2005100158603A patent/CN100572936C/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106287928A (en) * | 2016-09-26 | 2017-01-04 | 珠海格力电器股份有限公司 | Warmer and mounting structure thereof |
| CN106287928B (en) * | 2016-09-26 | 2018-04-20 | 珠海格力电器股份有限公司 | Warmer and mounting structure thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100572936C (en) | 2009-12-23 |
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