CN1888586A - Air conditioner matched pipe fixing structure - Google Patents
Air conditioner matched pipe fixing structure Download PDFInfo
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- CN1888586A CN1888586A CNA2005100140046A CN200510014004A CN1888586A CN 1888586 A CN1888586 A CN 1888586A CN A2005100140046 A CNA2005100140046 A CN A2005100140046A CN 200510014004 A CN200510014004 A CN 200510014004A CN 1888586 A CN1888586 A CN 1888586A
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- conditioner
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- heat exchanger
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Abstract
An air conditioner fitting pipe fixing structure comprises a main body, a heat exchanger, a blowing assembly and a fitting pipe water. The heat exchanger and the blowing assembly are holding in the main body and the fitting pipe cover is firm-jointed with the refrigerant fitting pipe of the heat exchanger. The blowing assembly includes a fan housing holding a blowing fan and a fan motor. The fitting cover including a cover part and a connecting part is connected with the fan housing.
Description
Technical field
The present invention relates to a kind of matched pipe fixing structure of air-conditioner, relate in particular to and utilize piping cover coolant piping to be fixed in the matched pipe fixing structure of the air-conditioner of air-supply sub-assembly
Background technology
The air-conditioner of prior art can bring more comfortable indoor environment to the user.That is, air-conditioner can carry out cold/greenhouse operation or purify contaminated room air.The operation principle of air-conditioner is described below: behind the high relatively air of the temperature in the air-conditioner suction chamber, make the high temperature air of suction carry out heat exchange with the refrigerant that is in low-temperature condition, make it become Cryogenic air, then Cryogenic air is discharged to again indoorly, and then reduces indoor temperature repeatedly by said process.Perhaps, by coming the indoor greenhouse that carries out is operated with the inverse process of said process.Detailed says, air-conditioner is constituted, and can be formed a series of circulation by compressor, outdoor heat exchanger (condensing machine or rapid steamer), expansion valve, indoor heat exchanger members such as (rapid steamer or condensing machines) as cold/house warming system.
In addition, well-known, air-conditioner can be divided into detachable air conditioner and integral air conditioner substantially, and each self-separation of the indoor set of detachable air conditioner and off-premises station is provided with, and the indoor set and the off-premises station of integral air conditioner are wholely set.
Detachable air conditioner and integral air conditioner are basic identical on function, but have than big-difference on the structure.Detachable air conditioner is: be provided with cooling/heat-releasing device in indoor set, be provided with heat release/cooling device and compression set in off-premises station, and the indoor set of setting separated from one another and off-premises station are to be interconnected by coolant piping.In addition, integral air conditioner is: cooling/heat release function integration, and integrated apparatus directly is arranged on the wall or window of perforation.
Stereogram when Fig. 7 is the air outlet air-tight state of air conditioner room unit of prior art.Stereogram when Fig. 8 is the air outlet open state of air conditioner room unit of prior art.Front view when Fig. 9 is the air outlet open state of air conditioner room unit of prior art.Figure 10 is the exploded perspective view of the air conditioner room unit of prior art.
Extremely shown in Figure 10 as Fig. 7, the indoor machine of air-conditioner of prior art is made of main body 1, air-supply sub-assembly 20 and heat exchanger 30, air-supply sub-assembly 20 is arranged on main body 1 inside, and room air be drawn into blow again behind main body 1 inside indoor, heat exchanger 30 is arranged on main body 1 inside, and make air and refrigerant carry out heat exchange, and then make refrigerant cooling or heating via main body 1 inside.
In addition, main body 1 is that housing 2 and the place ahead housing 4 by open at its front constituted.This place ahead housing 4, its structure specifically describes as follows: the place ahead housing 4 is combined in the front of housing 2, and front upper is formed with front air outlet 4a, and the top, two sides that tilts is formed with left and right side air outlet 4b, 4c.In addition, the bottom, two sides of inclination also is formed with left and right side air suction inlet 4d, 4e.
Bottom one side of housing 2 is formed with through hole 2a, and through hole 2a can make coolant piping 31,32 connect.This through hole 2a is connected to heat exchanger 30.
The front of the place ahead housing 4 be provided with can lifting freely move up and down panel 10.The effect that moves up and down panel 10 is to open and close front air outlet 4a.When this moves up and down under the situation that panel 10 rises, in order to remedy the place ahead housing 4 and to move up and down the drop of panel 10, forwardly the front of housing 4 be provided with can be free to advance or retreat move forward and backward panel 12.In addition, two upper lateral parts of the place ahead housing 4 are provided with rotating left and right side blade 14,16.The effect of this left and right side blade 14,16 is as follows: when opening and closing left and right side air outlet 4b, 4c, regulate the air quantity of the air of discharging by left and right side air outlet 4b, 4c.
In addition, lowering or hoisting gear, driving and reversing mechanism, tumbler also are installed on the place ahead housing 4, lowering or hoisting gear moves up and down panel 10 in order to drive, constituted by members such as motor and gears, driving and reversing mechanism moves forward and backward panel 12 in order to drive, be made of members such as motor and gears, tumbler is made of members such as motors in order to rotate left and right side blade 14,16.
The formation of the left and right side face tilt of the place ahead housing 4.And; the place ahead housing 4 comprises that front upper panel 5, front lower panel 6 and left and right side thereof suck 7,8 formations of grid; front upper panel 5 is formed with front air outlet 4a and left and right side air outlet 4b, 4c; front lower panel 6 is arranged between the central lower and chassis 3 of front upper panel 5; and then and two side lower parts of housing 2 between form air suction inlet 4d, 4e; left and right side sucks grid 7,8 and is arranged between the bottom of the side of front lower panel 6 and housing 2, and plays protection air suction inlet 4d, 4e effect.
The back side that left and right side sucks grid 7,8 is equipped with air cleaner 9 separately.This air cleaner 9 filters out the foreign matter that contains in the air by air suction inlet 4d, 4e.
Air-supply sub-assembly 20 is arranged on the lower inside of main body 1.
Detailed says, in air-supply sub-assembly 20, anterior locations is formed with air suction inlet, above the position be formed with the air tap, thereby can blow the air of the front side that sucks to upside.
Be connected with coolant piping 31,32 on the heat exchanger 30, coolant piping 31 guides to heat exchanger 30 to the refrigerant that flows out from off-premises station, and coolant piping 32 guides to off-premises station to evaporation/condensing refrigerant in heat exchanger 30.
Detailed says, the concrete formation of coolant piping 31,32 is described below.One end is connected heat exchanger 30, and coolant piping connects the through hole 2a of housing 2 via the place ahead of air-supply sub-assembly 20, and the other end then extends to off-premises station, and then is connected with off-premises station.
But there are the following problems for the air-conditioner of prior art.Owing to be connected the place ahead that the coolant piping 31,32 of heat exchanger 30 is positioned at air-supply sub-assembly 20, therefore make the housekeeping of coolant piping 31,32 become complicated.Moreover, when coolant piping 31,32 vibrations, coolant piping 31,32 will bump with air-supply sub-assembly 20, thereby cause the breakage of coolant piping 31,32, and the generation of noise.
Summary of the invention
Technical problem to be solved by this invention is, a kind of coolant piping fixed structure is provided, the air-conditioner at this coolant piping fixed structure place, coolant piping is fixed on the air-supply sub-assembly, and then the housekeeping that can make coolant piping becomes easy, and the noise that produces in the time of can reducing the coolant piping vibration to greatest extent, and the breakage of coolant piping self.
In order to solve the problems of the technologies described above, the technical solution used in the present invention is:
Matched pipe fixing structure as a kind of air-conditioner of the present invention, comprise main body, heat exchanger, air-supply sub-assembly and piping cover, main body forms the air-conditioner outward appearance, and heat exchanger and air-supply sub-assembly are contained in body interior, the coolant piping of the fixedly connected heat exchanger of piping cover.
As the improvement of the matched pipe fixing structure of air-conditioner of the present invention, the air-supply sub-assembly comprises fan guard, and fan guard is accommodated Air Blast fan and fan electromotor.
And piping cover is connected to fan guard.This piping cover comprises cover portion and connecting portion, and the one side of cover portion and fan guard together surrounds a side of coolant piping, and connecting portion protrudes from cover portion, and is connected fan guard with attaching parts.The mutually corresponding connecting hole that is formed with in this connecting portion and the fan guard, connecting hole connects attaching parts.
The invention has the beneficial effects as follows:
Because the coolant piping that is connected on the heat exchanger is to be fixed on the air-supply sub-assembly by piping cover, therefore make the housekeeping of coolant piping become easy, and the noise that produces in the time of can reducing the coolant piping vibration to greatest extent, and the breakage of coolant piping self.
Description of drawings
Fig. 1 is the stereogram that has been suitable for air-conditioner one embodiment of matched pipe fixing structure of the present invention.
Fig. 2 is the front view of air-conditioner shown in Figure 1.
Fig. 3 is an air-conditioner shown in Figure 1 stereogram when out of service.
Fig. 4 is the exploded perspective view of air-conditioner shown in Figure 1.
Fig. 5 is the cutaway view of air-conditioner shown in Figure 1.
Front view when Fig. 6 blows the sub-assembly state for coolant piping shown in Figure 5 is fixed in.
Stereogram when Fig. 7 is the air outlet air-tight state of air conditioner room unit of prior art.
Stereogram when Fig. 8 is the air outlet open state of air conditioner room unit of prior art.
Front view when Fig. 9 is the air outlet open state of air conditioner room unit of prior art.
Figure 10 is the exploded perspective view of the air conditioner room unit of prior art.
Among the figure:
50: main body 51: the left surface air suction inlet
52: right flank air suction inlet 53: the front 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 59: chassis
60: housing 61: back side of shell portion
62: housing left side facial 63: housing right side face
64: through hole 65: top panel
72: upper panel 73: the front face of upper panel
74: the left side face 75 of upper panel: the right side face of upper panel
76: the upward face 77 of upper panel: front, left side door
78: front offside door 80: door drive
81: motor 82: pinion
83: left side driver part 84: the right side driver part
85: radiator grille 86: top door
87: left side discharge blade 88: the right side discharge blade
90: left side lower panel 91: the left side face of left side lower panel
92: the front face 93 of left side lower panel: the left side sucks blade
94: left side prefilter 100: the lower right side panel
101: the right side face 102 of lower right side panel: the front face of lower right side panel
103: the right side sucks blade 104: the right side prefilter
130: front door 150: the air-supply sub-assembly
151: fan electromotor 152: Air Blast fan
153: open pore 154: tap
155: fan guard 156: guider
160: heat exchanger 161,162: coolant piping
163: piping cover 164: cover portion
165,166,167,168: connecting portion 169: screw
171: downside prefilter 172: HEPA
173: nanofilter 174: electronic dust catcher
The specific embodiment
Be described in further detail below in conjunction with the matched pipe fixing structure of the drawings and specific embodiments air-conditioner of the present invention:
Fig. 1 is the stereogram that has been suitable for air-conditioner one embodiment of matched pipe fixing structure of the present invention.Fig. 2 is the front view of air-conditioner shown in Figure 1.Fig. 3 is an air-conditioner shown in Figure 1 stereogram when out of service.Fig. 4 is the exploded perspective view of air-conditioner shown in Figure 1.Fig. 5 is the cutaway view of air-conditioner shown in Figure 1.
Extremely shown in Figure 5 as Fig. 1, the present invention is suitable for air-conditioner one embodiment of matched pipe fixing structure, its concrete formation is described below: the bottom in the main body 50 that forms the air-conditioner outward appearance is formed with suction inlet 51,52,53, air in suction inlet 51,52,53 suction chambers, and be formed with air outlet 54,55,56 on the top of main body 50, air outlet 54,55,56 can be discharged to air indoor, and is provided with members such as air-supply sub-assembly 150 and heat exchanger 160 in the inside of main body 50.
This air suction inlet the 51,52, the 53rd is made of left surface air suction inlet 51, right flank air suction inlet 52 and front air suction inlet 53, left surface air suction inlet 51 is formed at the lower left side face of main body 50, right flank air suction inlet 52 is formed at the lower right side of main body 50, and front air suction inlet 53 is formed at the front, bottom of main body 50.
Air outlet the 54,55, the 56th comprises front, left side air outlet 54, preceding right side of face air outlet 55 and top air outlet 56, front, left side air outlet 54 is formed at the upper front left side of main body 50, before right side of face air outlet 55 be formed at the upper front right side of main body 50, above air outlet 56 be formed at main body 50 above.
Both sides, front 57, the 58 relative front central authorities of main body 50 are the formation of tilting.
The inclination angle of the both sides, front 57,58 of this main body 50 preferably is controlled in 20 ° of angles.In addition, front, left side air outlet 54 long formation of direction up and down on the front, left side rake 57 of main body 50.And, the long formation of direction up and down on the preceding right side of face rake 58 of main body 50 of preceding right side of face air outlet 55.
In addition, the installation process of housing 60 is described below: at first, the lower end of housing 60 is placed on the top relevant position on chassis 59, with attaching parts such as screws housing 60 is fastened on the chassis 59 then.This housing 60 perpendicular to chassis 59, and is installed on the upside on chassis 59 with above-below direction.As shown in Figure 4, this housing 60 is to be made of back side of shell portion 61, housing left side facial 62 and facial 63 of housing right side, housing left side facial 62 forms from the prolongation forwards vertical or that tilt of the left-hand end of back side of shell portion 61, and housing right side face 63 forms from the right-hand end prolongation forwards vertical or that tilt of back side of shell portion 61.
In addition, in the back side of shell portion 61 and housing left side facial 62 and housing right side face 63 of housing 60, the bottom of a side is formed with through hole 64, and through hole 64 connects coolant piping 161,162.
In addition, as shown in Figure 4, upper panel 72 is the front faces 73 by upper panel, the left side face 74 of upper panel, upward facial 76 formations of right side of upper panel facial 75 and upper panel, the front face 73 of upper panel is formed with front, left side rake 57 and preceding right side of face rake 58, the left side face 74 of upper panel forms from the prolongation rearward vertical or that tilt of the left-hand end of front, left side rake 57, the right side of the upper panel facial 75 right-hand end prolongation rearward vertical or that tilt of right side of face rakes 58 in the past forms, upper panel go up facial 76 upper ends that are formed on the right side face 75 of the left side facial 74 of the front face 73 of upper panel and upper panel and upper panel.
The front of upper panel 72 can horizontally slip is provided with front, left side door 77 and front offside door 78, and front, left side door 77 is in order to open and close front, left side air outlet 54, right side of face air outlet 55 before front offside door 78 opens and closes.In addition, the front of upper panel 72 also is provided with door drive 80.This door drive 80 provides power, makes front, left side door 77 horizontally slip along the front of upper panel 72, and then opens and closes front, left side air outlet 54.And door drive 80 provides power, makes front offside door 78 horizontally slip along the front of upper panel 72, and then right side of face air outlet 55 before opening and closing.
This door drive 80 is made of motor 81, pinion 82, left side driver part 83 and right side driver part 84, motor 81 is arranged on the front central part of upper panel 72, pinion 82 is connected on the rotating shaft of motor 81, left side driver part 83 is meshing with each other with pinion 82, and be connected with front, left side door 77, right side driver part 84 is meshing with each other with pinion 82, and is connected with front offside door 78.
This left side driver part 83 is made of a plurality of left side lever arm 83a, 83b and left side tooth bar 83c, left side lever arm 83a, 83b are connected on the front, left side door 77, left side tooth bar 83c and a plurality of left side lever arm 83a, 83b are integrally formed, and extend to the downside of pinion 82, and then mesh with pinion 82.
In addition, right side driver part 84 is made of a plurality of right side lever arm 84a, 84b and right side tooth bar 84c: right side lever arm 84a, 84b are connected on the front offside door 78, right side tooth bar 84c and a plurality of right side lever arm 84a, 84b are integrally formed, and extend to the upside of pinion 82, and then mesh with pinion 82.
In addition, the place ahead of upper panel 72 is provided with radiator grille 85.This radiator grille 85 can cover the front central authorities of upper panel 72, and shutter drive unit 80.
Then, upper panel 72 go up facial 76 be provided with above door 86 and top door motor 86a: top door 86 is used to open and close top air outlet 56, above door be used to rotate top 86 with motor 86a.In addition, the front face left side of upper panel 72 is provided with left side discharge blade 87 and left side discharge blade motor 87a, left side discharge blade 87 is regulated the air quantity of the air that is discharged to front, left side air outlet 54, and the left side discharge blade is used for rotating left side discharge blade 87 with motor 87a.Then, the front face right side of upper panel 72 is provided with right side discharge blade 88 and right side discharge blade motor 88a, the air quantity of the air of right side of face air outlet 55 before right side discharge blade 88 is regulated and is discharged to, the right side discharge blade is used to rotate right side discharge blade 88 with motor 88a.
In addition, lower panel comprises left side lower panel 90 and lower right side panel 100, left side lower panel 90 is arranged between the left side facial 74 of the front, left side rake 57 of upper panel 72 and upper panel and chassis 59 top, and lower right side panel 100 is arranged between the right side facial 75 of the preceding right side of face rake 58 of upper panel 72 and upper panel and chassis 59 top.
Left side lower panel 90 is that the front face 92 by left side of left side lower panel facial 91 and left side lower panel is constituted: the left side face 91 of left side lower panel is arranged between the left side facial 74 of upper panel 72 and chassis 59 top, and the long left surface air suction inlet 51 that is formed with of direction up and down, the front face 92 of left side lower panel are arranged between the front, left side rake 57 of upper panel 72 and chassis 59 top.In addition, left side lower panel 90 comprises that also the left side sucks blade 93, the left side sucks vane drive and constitutes with motor 93a and left side prefilter 94, the left side sucks blade 93 when opening and closing left surface air suction inlet 51, the room air that guiding sucks by left surface air suction inlet 51, the left side sucks vane drive and is used for rotating left side suction blade 93 with motor 93a, and left side prefilter 94 filters out the foreign matters such as dust in air that are drawn into left surface air suction inlet 51.
Lower right side panel 100 is made of the right side facial 101 of lower right side panel and the front face 102 of lower right side panel, the right side face 101 of lower right side panel is arranged between the right side facial 75 of upper panel 72 and chassis 59 top, and the long right flank air suction inlet 52 that is formed with of direction up and down, the front face 102 of lower right side panel are arranged between the preceding right side of face rake 58 of upper panel 72 and chassis 59 top.In addition, lower right side panel 100 comprises that also the right side sucks blade 103, the right side sucks vane drive and constitutes with motor 103a and right side prefilter 104, the right side sucks blade 103 when opening and closing right flank air suction inlet 52, the room air that guiding sucks by right flank air suction inlet 52, the right side sucks vane drive and is used to rotate right side suction blade 103 with motor 103a, and right side prefilter 104 filters out the foreign matters such as dust in air that are drawn into right flank air suction inlet 52.
In addition, main body 50 also comprises front door 130.This front door 130 functions as follows: between the upper end of switching protecgulum 85 and the upper end on chassis 59.
Detailed says, front door 130 rotating being connected on hinge bracket 133a, the 133b, hinge bracket 133a, 133b be arranged at upper panel 72 top and chassis 59 above.
The back side of panel rack 131, promptly the rear of open pore 131a is provided with display cover 134.Be provided with display 135 in this display cover 134, display 135 can show various information.
In addition, in glass plate framework 133, side upper end in left side and the right side is connected with upper hinge carriage 133a, upper hinge carriage 133a is connected to the top of main body 50 with screw etc., and the side lower end in left side and the right side is connected with underneath hinges carriage 133b, and underneath hinges carriage 133b is connected to the bottom of main body 50 with screw etc.
In addition, air-supply sub-assembly 150 is made of fan electromotor 151, Air Blast fan 152, fan guard 155 and guider 156, fan electromotor 151 is arranged on back side portion 61 the place aheads of housing 60, Air Blast fan 152 is connected on the rotating shaft of fan electromotor 151, fan guard 155 covers Air Blast fan 152, and its front is formed with open pore 153, and be formed with tap 154 above it, guider 156 is arranged on the front of fan guard 155, be on the open pore 153, and guiding is drawn into the air of fan guard 155 inside.
Between the bottom that is arranged at upper panel 72 that heat exchanger 160 tilts and the top of housing 60.
Be connected with coolant piping 161,162 on the heat exchanger 160, coolant piping 161 guides to heat exchanger 160 to the refrigerant that flows out from off-premises station, and coolant piping 162 guides to off-premises station to evaporation/condensing refrigerant in heat exchanger 160.
Detailed says, the concrete formation of coolant piping 161,162 is described below.One end is connected heat exchanger 160, and a part that is positioned at the coolant piping in air-supply sub-assembly 150 the place aheads will be fixed on the air-supply sub-assembly 150 by piping cover 163.In addition, coolant piping continues to connect the through hole 64 of housing 60, and the other end then extends to off-premises station, and then is connected with off-premises station.
Attaching parts such as piping cover 163 usefulness screws 169 are connected the front of the fan guard 155 of air-supply sub-assembly 150.
Mutually corresponding connecting hole 163a, the 155a of being formed with on piping cover 163 and the fan guard 155, connecting hole 163a, 155a connect attaching parts such as screw 169.
In addition, in air-conditioner, 59 front air suction inlet 53 upsides are provided with a plurality of filters 171,172,173 on the chassis.Then, be provided with electronic dust catcher 174 in the place ahead of guider 156.
These a plurality of filters comprise downside prefilter 171, HEPA 172 and nanofilter 173, downside prefilter 171 filters out the dust that contains in the air, HEPA 172 is positioned at the upside of downside prefilter 171, thereby filter out the minute dust that contains in the air, nanofilter 173 is arranged on the upside of HEPA 172, thereby removes airborne peculiar smell or bacterium etc.
In addition, electronic dust catcher 174 is made of ionization part 175, collection unit 176 and high voltage generator 177, ionization part 175 is made of the discharge electrode and the corresponding utmost point of discharge, and the dust in the ionized air etc., collection unit 176 is collected in the dust of ionization part 175 intermediate ionizations etc., and high voltage generator 177 provides high voltage can for ionization part 175 and collection unit 176.
Front view when Fig. 6 blows the sub-assembly state for coolant piping shown in Figure 5 is fixed in.
This cover portion 164 forms curve form, and the direction opening forms up and down, and can surround coolant piping 161,162.
Connecting portion 165,166,167,168 includes left side connecting portion 165,166 and right side connecting portion 167,168, left side connecting portion 165,166 protrudes with plate shape to the next door from the left-hand end of cover portion 164 and forms, and right side connecting portion 167,168 protrudes formation to the next door with plate shape from the right-hand end of cover portion 164.
Detailed says, left side connecting portion the 165, the 166th includes left upper portion connecting portion 165 and bottom, left side connecting portion 166, left upper portion connecting portion 165 protrudes formation to the left from the left-hand end top of cover portion 164, and be formed with connecting hole 163a, bottom, left side connecting portion 166 protrudes formation to the left from the left-hand end bottom of cover portion 164, and is formed with connecting hole 163a.
Then, right side connecting portion the 167, the 168th includes right upper portion connecting portion 167 and lower right side connecting portion 168, right upper portion connecting portion 167 protrudes formation to the right from the right-hand end top of cover portion 164, and be formed with connecting hole 163a, lower right side connecting portion 168 protrudes from the right-hand end lower rightward side of cover portion 164 and forms, and is formed with connecting hole 163a.
As shown in Figure 6, possessing in sum, the matched pipe fixing structure of the air-conditioner of structure functions as follows: when carrying out the assembling operation of heat exchanger 160 and coolant piping 161,162, piping cover 163 is close to the front that is fixed on fan guard 155, makes the front of the cover portion 164 of piping cover 163 and fan guard 155 can encase the part of coolant piping 161,162.Then, attaching parts such as connecting portion 165,166,167,168 usefulness screws 169 are connected to the front of fan guard 155, coolant piping 161,162 will be fixed by piping cover 163 and put in order.
Below, detailed description is possessed the course of work of the air-conditioner of the present invention of structure in sum.
When air-conditioner is in cold/greenhouse operational mode following time, the left side sucks vane drive and sucks vane drive with motor 93a, right side and will drive with open mode with motor 86a with the motor 81 of motor 103a, door drive 80, top.Then, as shown in Figure 1, 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 fan electromotor 151 drives, and indoor air will be drawn into the inside of main body 50 by left surface air suction inlet 51 and right flank air suction inlet 52 and front air suction inlet 53.
Then, the room air that sucks by left surface air suction inlet 51 is during via left side prefilter 94, and left side prefilter 94 will filter out the particles such as dust that contain in the air.And the room air that sucks by right flank air suction inlet 52 is during via right side prefilter 104, and right side prefilter 104 will filter out the big slightly particles such as dust of volume that contain in the air.In addition, the room air that sucks by front air suction inlet 53 is during via downside prefilter 171, and downside prefilter 171 will filter out the particles such as dust that contain in the air.Afterwards, air will continue by HEPA 172.At this moment, HEPA 172 will filter out the minute dust particle that contains in the air.At last, air will be by nanofilter 173.At this moment, nanofilter 173 will be removed the airborne peculiar smell factor and bacterium.
To blow to the upside of fan guard 155 by ionization part 175, collection unit 176, guider 156, the fan guard 155 of electronic dust catcher 174 successively via the room air that a series of processes are cleaned.
Then, blow to the air of the upside of fan guard 155, when by heat exchanger 160 and the refrigerant of 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 main body 50 by top air outlet 56, and most air wherein will be blown to the front side of main body 50 by front, left side air outlet 54 and preceding right side of face air outlet 55.
In addition, when air-conditioner is in the air cleaning operational mode, the left side sucks vane drive and will drive with " shut " mode" with the motor 81 of motor 103a, door drive 80, thereby 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, right side suction vane drive.And top door will drive with open mode with motor 86a, thus air outlet 56 above opening.
Then, the high voltage that produces in high voltage generator 177 will be provided to ionization part 175 and collection unit 176, and fan electromotor 151 will drive simultaneously.
When fan electromotor 151 drives,, will be cleaned by downside prefilter 171 and HEPA 172 and nanofilter 173 by the room air of front air suction inlet 53 suctions with the same under cold/greenhouse operational mode.Afterwards, air will be by the ionization part 175 and the collection unit 176 of electronic dust catcher 174.At this moment, dust in air will be ionized the back and remove, and then air can access further purification.Afterwards, air will be blown to the upside of fan guard 155 successively by behind guider 156 and the fan guard 155.
Blow to the air of the upside of fan guard 155 will be by heat exchanger 160.At this moment, air will not carry out heat exchange with heat exchanger 160.Afterwards, air will be concentrated by top air outlet 56 and blow to the top front side of main body 50.
In sum, when air-conditioner under cold/greenhouse operational mode or in the middle of the handling process because coolant piping the 161, the 162nd, be fixed on air-supply sub-assembly 150 sides by piping cover 163, therefore prevented the phenomenon that coolant piping 161,162 rocks or vibrates.
In the matched pipe fixing structure of air-conditioner of the present invention, coolant piping is put in order easily, and can reduce the noise that coolant piping when vibration produce and the breakage of coolant piping self to greatest extent.
Claims (5)
1, a kind of matched pipe fixing structure of air-conditioner, it is characterized in that: the matched pipe fixing structure of described air-conditioner comprises main body (50), heat exchanger (160), air-supply sub-assembly (150) and piping cover (163), main body (50) forms the air-conditioner outward appearance, heat exchanger (160) and air-supply sub-assembly (150) are contained in main body (50) inside, the coolant piping of the fixedly connected heat exchanger of piping cover (163) (160) (161,162).
2, the matched pipe fixing structure of air-conditioner according to claim 1 is characterized in that: described air-supply sub-assembly (150) comprises fan guard (155), and fan guard (155) is accommodated Air Blast fan (152) and fan electromotor (151).
3, the matched pipe fixing structure of air-conditioner according to claim 2 is characterized in that: described piping cover (163) is connected to fan guard (155).
4, the matched pipe fixing structure of air-conditioner according to claim 3, it is characterized in that: described piping cover (163) comprises cover portion (164) and connecting portion (165,166,167,168), the one side of cover portion (163) and fan guard (155) together surrounds a side of coolant piping (161,162), connecting portion (165,166,167,168) protrudes from cover portion (164), and is connected fan guard (155) with attaching parts.
5, the matched pipe fixing structure of air-conditioner according to claim 4 is characterized in that: the mutually corresponding connecting hole (155a, 163a) that is formed with in described connecting portion (165,166,167,168) and the fan guard (155), connecting hole connects attaching parts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005100140046A CN1888586A (en) | 2005-06-27 | 2005-06-27 | Air conditioner matched pipe fixing structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005100140046A CN1888586A (en) | 2005-06-27 | 2005-06-27 | Air conditioner matched pipe fixing structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1888586A true CN1888586A (en) | 2007-01-03 |
Family
ID=37577874
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2005100140046A Pending CN1888586A (en) | 2005-06-27 | 2005-06-27 | Air conditioner matched pipe fixing structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1888586A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105042818A (en) * | 2015-08-19 | 2015-11-11 | 珠海格力电器股份有限公司 | Pipe clamping plate and indoor unit of air conditioner |
| CN105612391A (en) * | 2013-12-09 | 2016-05-25 | 夏普株式会社 | Air conditioner |
| CN108278765A (en) * | 2018-03-07 | 2018-07-13 | 广东美的制冷设备有限公司 | Half shell component and air engine |
-
2005
- 2005-06-27 CN CNA2005100140046A patent/CN1888586A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105612391A (en) * | 2013-12-09 | 2016-05-25 | 夏普株式会社 | Air conditioner |
| CN105612391B (en) * | 2013-12-09 | 2019-04-02 | 夏普株式会社 | Air conditioner |
| CN105042818A (en) * | 2015-08-19 | 2015-11-11 | 珠海格力电器股份有限公司 | Pipe clamping plate and indoor unit of air conditioner |
| CN108278765A (en) * | 2018-03-07 | 2018-07-13 | 广东美的制冷设备有限公司 | Half shell component and air engine |
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Open date: 20070103 |