CN1888587A - Air conditioner front panel fixing structure - Google Patents
Air conditioner front panel fixing structure Download PDFInfo
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- CN1888587A CN1888587A CNA2005100140050A CN200510014005A CN1888587A CN 1888587 A CN1888587 A CN 1888587A CN A2005100140050 A CNA2005100140050 A CN A2005100140050A CN 200510014005 A CN200510014005 A CN 200510014005A CN 1888587 A CN1888587 A CN 1888587A
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Abstract
An air conditioner front panel fixing structure comprises an air conditioner main body, a front panel connected on the main body integrating the panel support with the glass plate through the glass plate frame, a magnet device fastened on the above panel support and the above glass plate frame and then mounted on the above front panel and a magnet support disposed on the main body and fixed on the above magnet device.
Description
Technical field
The present invention relates to a kind of front panel fixing structure of air-conditioner, more detailed says, the present invention relates to: the magnet arrangement buckle is installed on the front panel fixing structure of the air-conditioner on the front panel.
Background technology
Fig. 9 is the oblique view according to the air-conditioner of conventional art.Figure 10 is the front elevation according to the air-conditioner of conventional art.Figure 11 is the oblique view of the front panel of air-conditioner shown in Figure 9 when being in open mode.
Fig. 9 is to shown in Figure 11, is made of following components according to the air-conditioner of conventional art: the chassis 2 that is formed with suction portion 1; Be arranged on the housing 10 of the upside on above-mentioned chassis 2; Be arranged on the upper panel 14 of the front upper of above-mentioned housing 10, and on the left and right side inclined plane reaches, be formed with air outlet 11,12,13; Be arranged on the left and right side inclined plane of above-mentioned upper panel 14 and the left and right side suction panel 17,18 between the chassis 2, and be formed with air suction inlet 15,16; Can open and close the front panel 20 between the upper end on the upper end of above-mentioned upper panel 14 and above-mentioned chassis 2.
The upside on above-mentioned chassis 2 is provided with a plurality of filters 3,4,5.
The lower side of above-mentioned housing 10 is equipped with pressure fan, and the front of above-mentioned pressure fan is equipped with electronic dust catcher 32.
Magnet holder (holder) 34 is installed on above-mentioned left side suction panel 17 or upper panel 14.
In addition, the permanent magnet 36 usefulness double faced adhesive tapes that are embedded in the above-mentioned magnet holder 34 are fixed on the above-mentioned front panel 20.
In possessing the air-conditioner that constitutes in sum according to conventional art, when needs clean or change above-mentioned filter 3,4,5 o'clock, when perhaps keeping in repair above-mentioned electronic dust catcher 32 or pressure fan, will forwards draw back above-mentioned front panel 20, cause the place ahead of open above-mentioned upper panel 14 and the bottom of upper panel 14.Then, carry out cleaning, replacing, the maintenance activity of above-mentioned parts.At last, in a single day the cleaning of above-mentioned parts, replacing, maintenance activity are finished, and just can close above-mentioned front panel 20, cause the place ahead of the above-mentioned upper panel 14 of above-mentioned front panel 20 sealings and the bottom of upper panel 14.
In above-mentioned front panel 20, in case above-mentioned permanent magnet 36 is mounted in the above-mentioned magnet holder 34, because the attraction between above-mentioned permanent magnet 36 and the magnet holder 34, above-mentioned front panel 20 will be kept its closed condition.
But, have following defective according to the front panel fixing structure of the air-conditioner of conventional art: because above-mentioned permanent magnet 36 is to be fixed on the above-mentioned front panel 20 with double faced adhesive tape.Therefore, when the absorption affinity of double faced adhesive tape descends, above-mentioned permanent magnet 36 is separated from above-mentioned front panel 20, cause front panel 20 can't keep closed condition.
Summary of the invention
The present invention proposes in order to solve the above problems.Therefore, the purpose of this invention is to provide: the front panel fixing structure of air-conditioner that can better keep the closed condition of front panel.
To achieve these goals, the front panel fixing structure according to air-conditioner of the present invention is characterized in that comprising that following several parts constitute: air conditioner main body; Rotating being connected on the above-mentioned air conditioner main body, and the front panel that mutually combines by the glass plate framework of panel rack and glass plate; Snap fit and then is installed in magnet arrangement on the above-mentioned front panel on above-mentioned panel rack and above-mentioned glass plate framework; Be arranged on the above-mentioned air conditioner main body, and the magnet holder of fixing above-mentioned magnet arrangement.
Above-mentioned panel rack is characterized in that: be formed with the part that can make above-mentioned magnet arrangement and give prominence to through hole at the back side of above-mentioned panel rack.
Above-mentioned panel rack and glass plate framework is characterized in that: the periphery at above-mentioned magnet arrangement is formed with connecting portion.
Above-mentioned magnet arrangement is characterized in that: the 1st, 2 plate that comprises permanent magnet and the two sides that are close to above-mentioned permanent magnet constitutes.
Above-mentioned the 1st plate direction to the left is snapped into above-mentioned panel rack, and above-mentioned the 2nd plate to the right direction be snapped into above-mentioned glass plate framework, and as feature.
Above-mentioned the 1st, 2 plate is characterized in that comprising that following several sections constitutes: be snapped into the support clamping part on the above-mentioned panel rack; Be snapped into the framework clamping part on the above-mentioned glass plate framework; Be close to portion attached to the magnet on the above-mentioned permanent magnet.
Above-mentioned support clamping part is characterized in that: protruding upwardly be close to the place ahead in the upper end of portion at above-mentioned magnet, and rearward be snapped on the above-mentioned panel rack.
The said frame clamping part is characterized in that: protrude downwards at above-mentioned magnet and be close to the place ahead in the lower end of portion, and rearward be snapped on the above-mentioned glass plate framework.
As mentioned above, the front panel fixing structure according to air-conditioner of the present invention has following effect:
Because the magnet arrangement snap fit on the panel rack and glass plate framework of panel, therefore can farthest reduce the separation possibility between magnet arrangement and the front panel in front, and the closed condition of keeping front panel that can be more firm.
And, in above-mentioned panel rack, be formed with through hole, cause the part of above-mentioned magnet arrangement to be protruded, and then can make above-mentioned magnet arrangement be mounted to the inboard of above-mentioned front panel at the back side of above-mentioned panel rack.
And the peripheral position of above-mentioned panel rack and glass plate framework and above-mentioned magnet arrangement interconnects by attaching parts, thereby can make more firm the fixing of above-mentioned magnet arrangement.
Description of drawings
Fig. 1 shows the oblique view that has been suitable for according to air-conditioner one embodiment of front panel fixing structure of the present invention.
Fig. 2 is the profile of cutting open along A-A line shown in Figure 1.
Fig. 3 is that the part of front panel shown in Figure 1 air-conditioner one embodiment when being in open mode is cut oblique view.
Fig. 4 is the exploded perspective view of front panel shown in Figure 1.
Fig. 5 is the front elevation of air-conditioner one embodiment shown in Figure 1.
Fig. 6 is air-conditioner one an embodiment shown in Figure 1 oblique view when being in run-stopping status.
Fig. 7 is the exploded perspective view of air-conditioner one embodiment shown in Figure 1.
Fig. 8 is the profile of air-conditioner one embodiment shown in Figure 1.
Fig. 9 is the oblique view according to the air-conditioner of conventional art.
Figure 10 is the front elevation according to the air-conditioner of conventional art.
Figure 11 is the oblique view of the front panel of air-conditioner shown in Figure 9 when being in open mode.
The critical piece description of reference numerals
50: air conditioner main body 51: the left surface air suction inlet
52: right flank air suction inlet 53: the front lower air suction inlet
54: front, left side air outlet 55: preceding right side of face air outlet
56: top air outlet 57: front, left side rake
58: preceding right side of face rake 60: rear housing
70: the place ahead housing 72: upper panel
73: the front face 74 of upper panel: the left side face of upper panel
75: the right side face 76 of upper panel: going up of upper panel is facial
77: front, left side door 78: the front offside door
80: door drive 81: motor
82: pinion 83: body is transferred in the left side
84: body 85 is transferred on the right side: radiator grille
86: top door 87: left side discharge blade
88: right side discharge blade 90: the left side lower panel
91: the left side face 92 of left side lower panel: the front face of left side lower panel
93: the left side sucks blade 94: the left side prefilter
100: lower right side panel 101: the right side face of lower right side panel
102: the front face 103 of lower right side panel: the right side sucks blade
104: right side prefilter 130: front panel
131: panel rack (panel-frame) 131a: open pore
131b: through hole 132: glass plate (glass)
132a: button 133: glass plate framework
133a: upper hinge carriage (hinge-bracket) 133b: underneath hinges carriage
134: display part (display) 135: display part cover (display-cover)
140: magnet arrangement 141: permanent magnet
142: the 1 plates (plate) 143: support clamping part
144: framework clamping part 145: magnet is close to portion
148: framework clamping part 149: magnet is close to portion
150: magnet holder 160: heat exchanger
171: downside prefilter 172: HEPA
173: nanofilter 174: electronic dust catcher
The specific embodiment
Below, with reference to the accompanying drawings, embodiments of the invention are described in detail.
Fig. 1 shows the oblique view that has been suitable for according to air-conditioner one embodiment of front panel fixing structure of the present invention.Fig. 2 is the profile of cutting open along A-A line shown in Figure 1.Fig. 3 is that the part of front panel shown in Figure 1 air-conditioner one embodiment when being in open mode is cut oblique view.Fig. 4 is the exploded perspective view of front panel shown in Figure 1.
As shown in Figures 1 to 4, air-conditioner one embodiment according to suitable front panel fixing structure of the present invention is made of following several sections: air conditioner main body 50; The rotating front panel 130 that is connected in the front of above-mentioned air conditioner main body 50, and panel rack 131 and glass plate 132 mutually combine by glass plate framework 133; Snap fit and then is installed in magnet arrangement 140 on the above-mentioned front panel 130 on above-mentioned panel rack 131 and above-mentioned glass plate framework 133; Be arranged on the above-mentioned air conditioner main body 50, and the magnet holder 150 of fixing above-mentioned magnet arrangement.
In above-mentioned panel rack 131, the one side is formed with open pore 131a.
In above-mentioned panel rack 131,, a part that makes above-mentioned magnet arrangement 140 is formed with through hole 131b for protruding into the back side of above-mentioned panel rack 131.
Above-mentioned front panel 130 comprises that also following several sections constitutes: display part 134; The display part cover 135 that possesses above-mentioned display part 134.
Above-mentioned display part cover 135 presents the rectangular shape of open at its front.
Above-mentioned display part cover 135 is arranged on the back side of above-mentioned panel rack 131, and the information of above-mentioned display part 134 will show to the outside by above-mentioned open pore 131a and glass plate 132.
In above-mentioned glass plate 132, the back up except the anterior position of above-mentioned display part has specific color or grain pattern.
Left side or the upper end of the side in the right side at above-mentioned glass plate framework 133 are connected with upper hinge carriage 133a.Here, above-mentioned upper hinge carriage 133a is connected the top of above-mentioned air conditioner main body 50 with screw etc.In addition, be connected with underneath hinges carriage 133b in the left side of above-mentioned glass plate framework 133 or the side lower end in the right side.Here, above-mentioned underneath hinges carriage 133b is connected the bottom of above-mentioned air conditioner main body 50 with screw etc.
That is, above-mentioned front panel 130 can be a turning cylinder with above-mentioned upper hinge carriage 133a and underneath hinges carriage 133b, forwards rotates.Therefore, can open and close the front central part of above-mentioned air conditioner main body 50.
Above-mentioned glass plate framework 133 integral body present quadrangle, and can encase above-mentioned panel rack 131 and glass plate 132, and its front face and rear face present crooked ' ∪ ' section shape, makes the edge front and rear card of above-mentioned glass plate 132 and panel rack 131 be anchored between front bend and the posterior bow portion.
In addition, the periphery of above-mentioned magnet arrangement 140 is connected the relevant position of above-mentioned panel rack 131 and glass plate framework 133 with attaching parts such as screw 136,137.
Above-mentioned magnet arrangement 140 comprises permanent magnet 141 and constitutes attached to the 1st, 2 plate 142,146 of the two sides of above-mentioned permanent magnet 141.
Above-mentioned the 1st, 2 plate 142,146th is made of metallic object.
Above-mentioned the 1st plate 142 direction to the left is snapped on the above-mentioned panel rack 131.
Above-mentioned the 2nd plate 146 direction to the right is snapped on the above-mentioned glass plate framework 133.
Above-mentioned the 1st, 2 plate 142,146th is made of following components: be snapped into the support clamping part 143,147 on the above-mentioned panel rack 131; Be snapped into the framework clamping part 144,148 on the above-mentioned glass plate framework 133; The magnet that is attached on the above-mentioned permanent magnet 141 is close to portion 145,149.
Here, above-mentioned support clamping part 143,147 is protruding upward is close to the place ahead in the upper end of portion 145,149 at above-mentioned magnet, and rearward is snapped on the above-mentioned panel rack 131.
144,148 of said frame clamping parts protrude downwards at above-mentioned magnet is close to the place ahead in the lower end of portion 145,149, and rearward is snapped on the above-mentioned glass plate framework 133.
Above-mentioned magnet holder 150 is to be made of metallic object or permanent magnet.
Attaching parts such as above-mentioned magnet holder 150 usefulness screws are connected a side of above-mentioned air conditioner main body 50, perhaps inlay or the buckle installation.
Fig. 5 is the front elevation of air-conditioner one embodiment shown in Figure 1.Fig. 6 is air-conditioner one an embodiment shown in Figure 1 oblique view when being in run-stopping status.Fig. 7 is the exploded perspective view of air-conditioner one embodiment shown in Figure 1.Fig. 8 is the profile of air-conditioner one embodiment shown in Figure 1.
In above-mentioned air conditioner main body 50, the lower left side face is formed with left surface air suction inlet 51; The right flank air suction inlet 52 that the lower right side is formed with; The front lower air suction inlet 53 that the bottom is formed with previously.
In above-mentioned air conditioner main body 50, the upper front left side is formed with front, left side air outlet 54; The upper front right side is formed with preceding right side of face air outlet 55; Be formed with top air outlet 56 above.
Both sides, front 57, the 58 relative front central authorities of above-mentioned air conditioner main body 50 are the formation of tilting.Here, the inclination angle of the both sides, front 57,58 of above-mentioned air conditioner main body 50 preferably is controlled in 20 °.
In addition, above-mentioned front, left side air outlet 54 long formation of direction up and down on the front, left side rake 57 of above-mentioned air conditioner main body 50.
And, above-mentioned preceding right side of face air outlet 55 long formation of direction up and down on the preceding right side of face rake 58 of above-mentioned air conditioner main body 50.
That is, above-mentioned air conditioner main body 50 will suck air by lower left side face and right flank and front, and by upper front both sides and top discharge air.That is, above-mentioned air conditioner main body 50 will possess above-mentioned flow passage structure.
Then, above-mentioned air conditioner main body 50 is to comprise that following several sections constitutes: the chassis 59 that is formed with above-mentioned front lower air suction inlet 53; Be arranged on the upside on above-mentioned chassis 59, and the rear housing 60 of its front and top and open underneath; Be arranged on the upside of above-mentioned rear housing 60, and cover the top top panel 66 that above-mentioned rear housing 60 is opened; Be arranged on the place ahead housing 70 in the place ahead of above-mentioned rear housing 60 and top panel 66.
As shown in Figure 7, above-mentioned rear housing 60 is made of following several sections: back side portion 61; Forwards vertical or tilt to prolong the left side face 62 that forms in the left-hand end of above-mentioned back side portion 61; Forwards vertical or tilt to prolong the right side face 63 that forms at the right-hand end of above-mentioned back side portion 61.
In addition, above-mentioned the place ahead housing 70 is made of following components: be formed with above-mentioned front left and right side air outlet 54,55 in the both sides, front on top, and above be formed with the upper panel 72 of top air outlet 56; Be arranged on the bottom of above-mentioned upper panel 72, and be formed with the lower panel 90,100 of above-mentioned left surface air suction inlet 51 and right flank air suction inlet 52.
In addition, as shown in Figure 7, above-mentioned upper panel 72 is made of following several sections: the front face 73 that is formed with the upper panel of above-mentioned front, left side rake 57 and preceding right side of face rake 58; The left side face 74 of the upper panel that prolongation rearward vertical from the left-hand end of above-mentioned front, left side rake 57 or that tilt forms; The right side face 75 of the upper panel that the prolongation rearward vertical or that tilt of the right-hand end of right side of face rake 58 forms before above-mentioned; Be formed on the upper end of the right side face 75 of the left side facial 74 of the front face 73 of above-mentioned upper panel and upper panel and upper panel, and to the left and right direction long be formed with above-mentioned above air outlet 56 upper panel go up facial 76.
What the front of above-mentioned upper panel 72 can horizontally slip is provided with: in order to open and close the front, left side door 77 of above-mentioned front, left side air outlet 54, and for open and close above-mentioned before the front offside door 78 of right side of face air outlet 55.
In addition, the front of above-mentioned upper panel 72 also is provided with door drive 80.Here, above-mentioned door drive 80 provides power, makes above-mentioned front, left side door 77 horizontally slip along the front of above-mentioned upper panel 72, and then opens and closes above-mentioned front, left side air outlet 54.And above-mentioned door drive 80 provides power, makes offside door 78 fronts along above-mentioned upper panel 72 in above-mentioned front horizontally slip, and then opens and closes above-mentioned preceding right side of face air outlet 55.
Here, above-mentioned door drive 80 is made of following several parts: the motor 81 that is arranged on the front central part of above-mentioned upper panel 72; Be connected the pinion 82 on the rotating shaft of above-mentioned motor 81; Be meshing with each other with above-mentioned pinion 82, and the left side driver part 83 that is connected with above-mentioned front, left side door 77; Be meshing with each other with above-mentioned pinion 82, and the right side driver part 84 that is connected with above-mentioned front offside door 78.
Here, above-mentioned left side driver part 83 is made of following parts: be connected a plurality of left sides lever arms (arm) 83a on the above-mentioned front, left side door 77,83b; With above-mentioned a plurality of left side lever arm 83a, 83b is integrally formed, and extends to the downside of above-mentioned pinion 82, so with left side tooth bar (rack) 83c of above-mentioned pinion 82 engagements.
In addition, above-mentioned right side driver part 84 is made of following parts: be connected a plurality of right side lever arm 84a on the above-mentioned front offside door 78,84b; With above-mentioned a plurality of right side lever arm 84a, 84b is integrally formed, and extends to the upside of above-mentioned pinion 82, so with the right side tooth bar 84c of above-mentioned pinion 82 engagements.
In addition, the place ahead of above-mentioned upper panel 72 is provided with radiator grille 85.Here, above-mentioned radiator grille 85 can cover the place ahead of above-mentioned upper panel 72, and protects above-mentioned door drive 80.
Then, the face 76 of going up of above-mentioned upper panel 72 is provided with: the top door 86 that is used to open and close above-mentioned top air outlet 56.
And last facial 76 downsides of above-mentioned upper panel 72 are provided with: the top door motor 86a that is used to rotate above-mentioned top door 86.
In addition, the left side of above-mentioned upper panel 72 is provided with: regulate the left side discharge blade 87 of the air quantity of the air that is discharged to above-mentioned front, left side air outlet 54, and the left side discharge blade motor 87a that is used to rotate above-mentioned left side discharge blade 87.
Then, the right side of above-mentioned upper panel 72 is provided with: regulate the right side discharge blade 88 of the air quantity of the air that is discharged to above-mentioned preceding right side of face air outlet 55, and the right side discharge blade motor 88a that is used to rotate above-mentioned right side discharge blade 88.
In addition, above-mentioned lower panel 90,100th is made of following parts: be arranged at the left side lower panel 90 between the left side facial 74 of the front, left side rake 57 of above-mentioned upper panel 72 and upper panel and above-mentioned chassis 59 top; Be arranged at the lower right side panel 100 between the right side facial 75 of the preceding right side of face rake 58 of above-mentioned upper panel 72 and upper panel and above-mentioned chassis 59 top.
Above-mentioned left side lower panel 90 is made of following parts: is arranged between the left side facial 74 of above-mentioned upper panel 72 and above-mentioned chassis 59 top, and the long left side face 91 that is formed with the left side lower panel of above-mentioned left surface air suction inlet 51 of direction up and down; Be arranged between the front, left side rake 57 of above-mentioned upper panel 72 and above-mentioned chassis 59 top, and the front face 92 of the left side lower panel that forms of the same certain angle that tilts with the front, left side rake 57 of above-mentioned upper panel 72.
In addition, also be provided with following parts on the above-mentioned left side lower panel 90: when opening and closing above-mentioned left surface air suction inlet 51, guiding sucks blade 93 by the left side of the room air that above-mentioned left surface air suction inlet 51 sucks; Be used to rotate the left side suction vane drive motor 93a that above-mentioned left side sucks blade 93; Filter out the left side prefilter 94 of the foreign matters such as dust in air that are drawn into above-mentioned left surface air suction inlet 51.
Above-mentioned lower right side panel 100 is made of following parts: is arranged between the right side facial 75 of above-mentioned upper panel 72 and above-mentioned chassis 59 top, and the long right side face 101 that is formed with the lower right side panel of above-mentioned right flank air suction inlet 52 of direction up and down; Be arranged between the preceding right side of face rake 58 of above-mentioned upper panel 72 and above-mentioned chassis 59 top, and the front face 102 of the lower right side panel that forms of the same certain angle that tilts with the preceding right side of face rake 58 of above-mentioned upper panel 72.
In addition, also be provided with following parts on the above-mentioned lower right side panel 100: when opening and closing above-mentioned right flank air suction inlet 52, guiding sucks blade 103 by the right side of the room air that above-mentioned right flank air suction inlet 52 sucks; Be used to rotate the right side suction vane drive motor 103a that above-mentioned right side sucks blade 103; Filter out the right side prefilter 104 of the foreign matters such as dust in air that are drawn into above-mentioned right flank air suction inlet 52.
In addition, as Figure 6 and Figure 7, also be provided with on the above-mentioned air conditioner main body 50: pressure fan, heat exchanger 160, various filter 171,172,173 and electronic dust catcher 174.
Above-mentioned pressure fan is made of following parts: the air-supply motor 151 that is arranged on back side portion 61 the place aheads of above-mentioned rear housing 60; Be connected the turbine fan 152 on the above-mentioned air-supply usefulness rotating shaft of motor 151; Cover above-mentioned turbine fan 152, and its front is formed with open pore 153, and is formed with the fan guard 155 of tap 154 above it; Be arranged on the front of said fan cover 155, on the promptly above-mentioned open pore 153, and guiding is drawn into the guider (orifice) 156 of the air of said fan cover 155 inside.
What above-mentioned heat exchanger 160 tilted is arranged on: between the top of the bottom of above-mentioned upper panel 72 and above-mentioned rear housing 60.
In addition, above-mentioned a plurality of filters 171,172,173 comprise: be arranged on above-mentioned chassis 59 above, and filter out the downside prefilter 171 of the dust that contains in the air that is drawn into above-mentioned front lower air suction inlet 53; Be positioned at the upside of above-mentioned downside prefilter 171, thereby filter out the HEPA 172 of the minute dust that contains in the air; Be arranged on the upside of above-mentioned HEPA 172, thereby remove the nanofilter 173 of airborne peculiar smell or bacterium etc.
In addition, above-mentioned electronic dust catcher 174 is arranged on the place ahead of above-mentioned guider 156.
Here, above-mentioned electronic dust catcher 174 is made of following parts: constitute by the discharge electrode and the corresponding utmost point of discharge, and the ionization part 175 of the dust in the ionized air etc.; Be collected in the collection unit 176 of the dust etc. of ionizing part 175 intermediate ionizations; High-tension high voltage generator 177 is provided for ionizing part 175 and collection unit 176.
Below, detailed description is possessed the course of work of the foundation air-conditioner of the present invention of structure in sum.
When above-mentioned air-conditioner is in refrigeration/warming operation mode following time, above-mentioned left side sucks vane drive and sucks vane drive with motor 93a, above-mentioned right side and will drive with open mode with motor 86a with the motor 81 of motor 103a, above-mentioned door drive 80, top.Then, as shown in Figure 1, above-mentioned left surface air suction inlet 51, right flank air suction inlet 52, front, left side air outlet 54, preceding right side of face air outlet 55, top air outlet 56 will be opened.
Then, in a single day above-mentioned air-supply drives with motor 151, and indoor air will be drawn into the inside of above-mentioned air conditioner main body 50 by above-mentioned left surface air suction inlet 51 and right flank air suction inlet 52 and front lower air suction inlet 53.
Then, the room air that sucks by above-mentioned left surface air suction inlet 51 is during via above-mentioned left side prefilter 94, and above-mentioned left side prefilter 94 will filter out the particles such as dust that contain in the above-mentioned air.And the room air that sucks by above-mentioned right flank air suction inlet 52 is during via above-mentioned right side prefilter 104, and above-mentioned right side prefilter 104 will filter out the big slightly particles such as dust of volume that contain in the above-mentioned air.In addition, the room air that sucks by above-mentioned front lower air suction inlet 53 is during via above-mentioned downside prefilter 171, and above-mentioned downside prefilter 171 will filter out the particles such as dust that contain in the above-mentioned air.Afterwards, above-mentioned air will continue by above-mentioned HEPA 172.At this moment, above-mentioned HEPA 172 will filter out the minute dust particle that contains in the above-mentioned air.At last, above-mentioned air will be by above-mentioned nanofilter 173.At this moment, above-mentioned nanofilter 173 will be removed the above-mentioned airborne peculiar smell factor and bacterium.
To blow to the upside of above-mentioned fan guard 155 by ionization part 175, collection unit 176, guider 156, the fan guard 155 of above-mentioned electronic dust catcher 174 successively via the room air that above-mentioned a series of processes are cleaned.Then, air-supply is to the air of the upside of above-mentioned fan guard 155, when by above-mentioned heat exchanger 160 and the refrigerant of above-mentioned heat exchanger 160 inside carry out heat exchange, thereby be cooled or heat.
At this moment, via said process be cooled or indoor air heated in, portion of air wherein will be blown to the top front side of above-mentioned air conditioner main body 50 by air outlet above above-mentioned 56, and most air wherein will be blown to the front side of above-mentioned air conditioner main body 50 by above-mentioned front, left side air outlet 54 and preceding right side of face air outlet 55.
In addition, when above-mentioned air-conditioner is in the air cleaning operational mode, above-mentioned left side sucks vane drive and will drive with " shut " mode" with the motor 81 of motor 103a, above-mentioned door drive 80, thereby above-mentioned left surface air suction inlet 51, right flank air suction inlet 52, front, left side air outlet 54, preceding right side of face air outlet 55 are closed with motor 93a, above-mentioned right side suction vane drive.And door will drive with open mode with motor 86a above above-mentioned, thus air outlet 56 above opening.
Then, the high voltage that produces in above-mentioned high voltage generator 177 will be provided to ionizing part 175 and collection unit 176, and simultaneously above-mentioned air-supply will drive with motor 151.
When above-mentioned air-supply drives with motor 151, indoor air will be drawn into the inside of above-mentioned air conditioner main body 50 by above-mentioned front lower air suction inlet 53.
At this moment, the room air that sucks by above-mentioned front lower air suction inlet 53 will be cleaned by above-mentioned downside prefilter 171 and HEPA 172 and nanofilter 173.
Afterwards, the above-mentioned room air that is cleaned will be by the ionization part 175 and the collection unit 176 of above-mentioned electronic dust catcher 174.At this moment, above-mentioned dust in air will be ionized the back and remove, and then above-mentioned air can access further purification.Afterwards, above-mentioned room air will be successively by behind above-mentioned guider 156 and the fan guard 155, and air-supply is to the upside of above-mentioned fan guard 155.Air-supply to the air of the upside of above-mentioned fan guard 155 will be by above-mentioned heat exchanger 160.At this moment, above-mentioned air will not carry out heat exchange with above-mentioned heat exchanger 160.Afterwards, above-mentioned air will be concentrated the top front side of air-supply to above-mentioned air conditioner main body 50 by air outlet above above-mentioned 56.
In addition, in possessing the foundation air-conditioner of the present invention that constitutes in sum, when needs clean or change above-mentioned filter 171,172,173 o'clock, when perhaps keeping in repair above-mentioned electronic dust catcher 174 or pressure fan, will forwards draw back above-mentioned front panel 130, thus the place ahead of open above-mentioned upper panel 72 and the bottom of upper panel 72.Then, carry out cleaning, replacing, the maintenance activity of above-mentioned parts.At last, in a single day the cleaning of above-mentioned parts, replacing, maintenance activity are finished, and just can close above-mentioned front panel 130, cause the place ahead of the above-mentioned upper panel 72 of above-mentioned front panel 130 sealings and the bottom of upper panel 72.
At this moment, in above-mentioned front panel 130, the 1st of above-mentioned magnet arrangement 140,2 plates 142, under 146 states that are buckled on above-mentioned panel rack 131 and the glass plate framework 133, above-mentioned magnet arrangement 140 combines with above-mentioned magnet holder 150, and, by the attraction between above-mentioned magnet arrangement 140 and the magnet holder 150, make above-mentioned front panel 130 firm keep closed condition.
Claims (8)
1, a kind of front panel fixing structure of air-conditioner is characterized in that, above-mentioned air-conditioner comprises:
Air conditioner main body; The rotating front panel that is connected on the above-mentioned air conditioner main body; Panel rack and glass plate mutually combine by the glass plate framework; Snap fit is magnet arrangement on above-mentioned panel rack and above-mentioned glass plate framework, and above-mentioned magnet arrangement is installed on the above-mentioned front panel; Be arranged on the above-mentioned air conditioner main body and the magnet holder of fixing above-mentioned magnet arrangement.
2, the front panel fixing structure of air-conditioner according to claim 1 is characterized in that:
Be formed with the part that can make above-mentioned magnet arrangement on the above-mentioned panel rack and protrude through hole at the back side of above-mentioned panel rack.
3, the front panel fixing structure of air-conditioner according to claim 1 is characterized in that:
The peripheral position of above-mentioned panel rack and glass plate framework and above-mentioned magnet arrangement interconnects by attaching parts.
4, the front panel fixing structure of air-conditioner according to claim 1 is characterized in that:
Above-mentioned magnet arrangement comprises permanent magnet and is close to the 1st, the 2 plate formation of the two sides of above-mentioned permanent magnet.
5, the front panel fixing structure of air-conditioner according to claim 4 is characterized in that:
Above-mentioned the 1st plate direction to the left is snapped into above-mentioned panel rack, and above-mentioned the 2nd plate to the right direction be snapped into above-mentioned glass plate framework.
6, the front panel fixing structure of air-conditioner according to claim 1 is characterized in that:
Above-mentioned the 1st, 2 plate comprises that following several sections constitutes: be snapped into the support clamping part on the above-mentioned panel rack; Be snapped into the framework clamping part on the above-mentioned glass plate framework; Be close to portion attached to the magnet on the above-mentioned permanent magnet.
7, the front panel fixing structure of air-conditioner according to claim 6 is characterized in that:
Above-mentioned support clamping part is protruding upward is close to the place ahead in the upper end of portion at above-mentioned magnet, and rearward is snapped on the above-mentioned panel rack.
8, the front panel fixing structure of air-conditioner according to claim 6 is characterized in that:
The said frame clamping part protrudes downwards at above-mentioned magnet is close to the place ahead in the lower end of portion, and rearward is snapped on the above-mentioned glass plate framework.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005100140050A CN1888587A (en) | 2005-06-27 | 2005-06-27 | Air conditioner front panel fixing structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005100140050A CN1888587A (en) | 2005-06-27 | 2005-06-27 | Air conditioner front panel fixing structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1888587A true CN1888587A (en) | 2007-01-03 |
Family
ID=37577875
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2005100140050A Pending CN1888587A (en) | 2005-06-27 | 2005-06-27 | Air conditioner front panel fixing structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1888587A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109073235A (en) * | 2016-04-25 | 2018-12-21 | 尤罗科拉公司 | For workbench or the glass ceramic board of furniture |
-
2005
- 2005-06-27 CN CNA2005100140050A patent/CN1888587A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109073235A (en) * | 2016-04-25 | 2018-12-21 | 尤罗科拉公司 | For workbench or the glass ceramic board of furniture |
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Application publication date: 20070103 |