CN1740667A - Air conditioner - Google Patents
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- CN1740667A CN1740667A CNA2004100203680A CN200410020368A CN1740667A CN 1740667 A CN1740667 A CN 1740667A CN A2004100203680 A CNA2004100203680 A CN A2004100203680A CN 200410020368 A CN200410020368 A CN 200410020368A CN 1740667 A CN1740667 A CN 1740667A
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Abstract
A kind of air regulator includes partition board which can separate the inside of air regulator into inner side space and outer side space; indoor air-supplying fan arranged at the front of clapboard, which inbreathes surrounding or rear air and discharger air to the frontage; indoor heat exchanger which can make air of inner space heat exchange with refrigerant; outdoor air-supplying fan arranged at the back of clapboard, which can inbreathe surrounding and frontage air and discharge to the back; outdoor heat exchanger which can make air of outer space heat exchange with refrigerant.
Description
Technical field
The present invention relates to a kind of air regulator.
Background technology
In general, air regulator is a kind of like this device, and it can suck room air and be handled, and then is discharged in the building or in the room, thereby makes indoor environment keep the state of comfortable.It is divided into split type (separate type or split type) and integral type (but also translations " window formula ") (window type) substantially.
The basic function of above-mentioned split air conditioning system and integrated air conditioner is the same, only split air conditioning system be cooling device is installed in indoor, heat radiation and compression set are installed in outdoor, and so apart two devices interconnect by the cold-producing medium tube connector.
Integrated air conditioner then is that cooling, heat sinking function is integrated, and such integrated apparatus is directly installed on the house sidings or on the window.This integrated air conditioner has two kinds of working methods, and a kind of is the interior air of direct suction chamber, discharges after being handled again; A kind of be integrated air conditioner is installed in outdoor, by sucking room air with the indoor pipeline that communicates, discharge again after being handled.
As Figure 11, Figure 12, shown in Figure 13, existing air regulator comprises following part; Base plate (2); Cabinet (4), it is installed in the top of above-mentioned base plate (2); Air conducting parts (6), it can be separated into space, indoor (I) and space, outside (O) with the space that above-mentioned base plate (2) and cabinet (4) are formed; Front panel (9), it is installed in the front of the indoor of above-mentioned cabinet (4), has formed the front shell of air regulator; Compressor (12), it can be transformed into high-temperature high-pressure state with the gaseous refrigerant of low-temp low-pressure; Condenser (14), it is installed in the space, above-mentioned outside (O), and the cold-producing medium that flows out from above-mentioned compressor (12) can conduct heat to the air in space, outside (O) in its process of flowing through, thus the liquid state of being condensed into; The expansion valve (not shown), it can make its mix refrigerant that becomes 2 phase states of low-temp low-pressure (mixing of liquids and gases) to having realized that in above-mentioned condenser (14) liquid refrigerant of the HTHP of condensation gives expansion process; Evaporimeter (16), it is installed in the space, above-mentioned indoor (I), the mix refrigerant of 2 phase states that has flow through above-mentioned expansion valve in its process of flowing through, the heat of the air in can absorption chamber inner space (I), thus flash to gaseous state.
Outdoor air inlet (5) has been formed on the side of the outside of above-mentioned cabinet (4) and top, and outdoor air can flow into by above-mentioned outdoor air inlet (5).The back side of above-mentioned cabinet (4) is open, thereby it is outdoor that air is discharged into.
Above-mentioned air conducting parts (6) are by constituting with the lower part: following diversion component (lower guide) (7), and it is installed in the top of above-mentioned base plate (2); Last diversion component (upper guide) (8), it is installed in the above-mentioned top of diversion component (7) down, the air of being forced to send by turbine fan described later (24) can be guided to above-mentioned room air exhaust outlet (11).
The front of above-mentioned front panel (9) has formed the room air air inlet (10) that room air is flowed into, the top of above-mentioned room air air inlet (10) or next door have formed room air exhaust outlet (11), and the air in space, indoor (I) can be by above-mentioned room air exhaust outlet (11) row to indoor.
In addition, above-mentioned air regulator also comprises with lower member: bilateral axle motor (20), it is fixed on the above-mentioned air conducting parts (6), it possess respectively to the outstanding the place ahead rotating shaft (shaft) in space, indoor and space, outside (20a) and rear rotating shaft (shaft) (20b); Turbine fan (24), it is connected on the place ahead rotating shaft (20a) of above-mentioned bilateral axle motor (20), can force to make room air to flow to above-mentioned evaporimeter (16); Orifice plate (26), it is positioned at the suction side of above-mentioned turbine fan (24), can play the effect of accelerating wind speed; Axial flow fan (propeller fan) (28), it is connected on the rear rotating shaft (20b) of above-mentioned bilateral axle motor (20), can force to make outdoor air to flow through above-mentioned condenser (14); Guard shield (30), it has formed the passage of the outdoor air flows that the rotation by above-mentioned axial flow fan (28) sucks.
Request in person the driving process of seeing existing air regulator down with said structure.
At first, if above-mentioned air regulator starts, cold-producing medium will circulation in the cooling cycle system that is made of above-mentioned compressor (12), condenser (14), swelling part (not shown), evaporimeter (16) so.Meanwhile, above-mentioned bilateral axle motor (20) can drive, thereby makes turbine fan (24) and axial flow fan (28) rotation.
By the rotation of above-mentioned turbine fan (24), the room air in the place ahead of above-mentioned air regulator can be attracted to the rear, thereby these air can flow into the inside of air regulator by the air inlet (10) of above-mentioned front panel (9).These air flow through above-mentioned evaporimeter (16) afterwards temperature can reduce, so then Cryogenic air can sequential flow be crossed above-mentioned orifice plate (26), following diversion component (7) and go up diversion component (8), so, the flow direction of air will be folded to the place ahead, thereby can arrange the place ahead to above-mentioned air regulator again by the exhaust outlet (11) of above-mentioned front panel (9) at last.
On the other hand, rotation by above-mentioned axial flow fan (28), outdoor air can be sucked into the air inlet (5) of above-mentioned cabinet (4), these leaked-in airs can flow through above-mentioned guard shield (30), the heat of meeting absorption refrigeration agent in the process of above-mentioned condenser (14) of flowing through is arranged at last again to outdoor then.
But, there is following problem in existing air regulator: because air regulator is from the bottom suction room air in the place ahead, then will be through the air row top or the side forwards of heat exchange, therefore discharge airborne quite a few be not to indoor diffusion, but can flow back to the inside of air regulator again.In addition, because room air is folded to the top afterwards from the place ahead inflow of turbine fan (24), under the guiding of above-mentioned air conducting parts (8), be folded to the place ahead again more at last, so air pressure loss in flow process is bigger, and noise is also bigger.
In addition owing to arrange before and after evaporimeter and the turbine fan and at a distance of certain intervals, and axial flow fan and condenser also before and after arrangement and certain intervals apart, so the front and back length of air regulator is longer.The problem that this structure is brought is: fee of material and traffic expense are increased, and because air regulator is bigger towards indoor outstanding length, thereby can make troubles to the user.
Summary of the invention
In order to overcome the problems referred to above that existing air regulator exists, the invention provides a kind of air regulator, it can reduce row to greatest extent and also fail to the just direct phenomenon that refluxes before the indoor refrigerating/heating to indoor air, reduce the pressure loss that air produces in flow process, reduce its noise simultaneously; Reduce the volume of air regulator to greatest extent, thereby save fee of material and traffic expense, and reduce air regulator to greatest extent to the outstanding length of indoor or outdoors.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of air regulator is characterized in that, it comprises dividing plate, indoor blowing fan, indoor heat converter, outdoor blowing fan, outdoor heat converter, described dividing plate, and it can be separated into the inside of air regulator space, indoor and space, outside; Described indoor blowing fan, it is positioned at described front of clapboard, can with around or the air at rear suck, then forwards with air row; Described indoor heat converter, it can make the air and the cold-producing medium that flow in the space, described indoor produce heat exchange; Described outdoor blowing fan, it is positioned at the rear of described dividing plate, can with around or the air in the place ahead suck, then rearward with air row; Described outdoor heat converter, it can make the air and the cold-producing medium that flow in the space, described outside produce heat exchange.
Aforesaid air regulator, wherein indoor heat converter has the structure that the left and right sides and the top of indoor blowing fan can be fenced up.
Aforesaid air regulator, wherein outdoor heat converter is rectangular shape.
Aforesaid air regulator, wherein outdoor heat converter is positioned at the rear of described outdoor blowing fan.
Aforesaid air regulator, wherein outdoor heat converter has the structure that the left and right sides and the top of described outdoor blowing fan can be fenced up.
Aforesaid air regulator, wherein outdoor heat converter has the structure that the side in the middle of the left and right sides of described outdoor blowing fan and top can be fenced up.
Aforesaid air regulator, wherein indoor blowing fan and outdoor blowing fan are made up of wheel shaft and blade, described wheel shaft, it is connected on the rotating shaft of motor; Several blades, they form towards the hand of spiral along the outer surface of described wheel shaft.
Aforesaid air regulator, wherein air regulator also comprises indoor orifice plate, this indoor orifice plate can play guide effect to the air of being discharged by described indoor blowing fan.
Aforesaid air regulator, wherein air regulator also comprises outdoor orifice plate, this outdoor orifice plate can play guide effect to the air of being discharged by described outdoor blowing fan.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is the working state schematic representation of the air regulator of the present invention the 1st embodiment
Fig. 2 is the exploded perspective view of the air regulator of the present invention the 1st embodiment
Fig. 3 is the view in transverse section of the air regulator of the present invention the 1st embodiment
Fig. 4 is the longitdinal cross-section diagram of the air regulator of the present invention the 1st embodiment
Fig. 5 is the exploded perspective view of the air regulator of the present invention the 2nd embodiment
Fig. 6 is the view in transverse section of the air regulator of the present invention the 2nd embodiment
Fig. 7 is the longitdinal cross-section diagram of the air regulator of the present invention the 2nd embodiment
Fig. 8 is the exploded perspective view of the air regulator of the present invention the 3rd embodiment
Fig. 9 is the view in transverse section of the air regulator of the present invention the 3rd embodiment
Figure 10 is the longitdinal cross-section diagram of the air regulator of the present invention the 3rd embodiment
Figure 11 is the working state schematic representation of existing air regulator
Figure 12 is the exploded perspective view of existing air regulator
Figure 13 is the longitdinal cross-section diagram of existing air regulator
The number in the figure explanation:
52: base plate (base pan) 53: framework (frame)
54: right side air inlet 55: the top air inlet
56: left side air inlet 57: indoor orifice plate (orifice)
58: exhaust outlet 59: front panel (front panel)
60: cabinet (cabinet) 62: right side air inlet
63: top air inlet 64: the left side air inlet
65: outdoor orifice plate 66: dividing plate (barrier)
67: the place ahead rotating shaft 68: the rear rotating shaft
70: bilateral axle motor 72: indoor blowing fan
73: wheel shaft (hub) 74: blade (blade)
76: outdoor blowing fan 77: wheel shaft
78: blade (blade) 80: indoor heat converter
81: right side heat exchange department 82: upper heat exchange portion
83: left side heat exchange department 90,90 ', 90 ": outdoor heat converter
91,91 ': right side heat exchange department 92,92 ': the right side heat exchange department
93: left side heat exchange department 94: compressor
96: capillary (capillary tube)
The specific embodiment
The air regulator of present embodiment, as shown in Figure 1, room air (A) can flow into from two flank side surface and top, through after the heat exchange, arranges to the top, front again.In addition, outdoor air (B) can flow into from two flank side surface and top, through after the heat exchange, discharges from behind again.
Above-mentioned air regulator such as Fig. 2 are to shown in Figure 4, and framework (53) is equipped with in the top of the previous section of base plate (52), and cabinet (60) is equipped with in the top of the aft section of base plate (52).
Said frame (53) is a kind of framework that can pass air into, and has formed right side air inlet (54) on its side, the right, and top air inlet (55) has been formed on the top, has formed left side air inlet (56) on the side, the left side.Room air can pass through side, said frame (53) the right, top, 3 the sides inflows in side, the left side.
Indoor orifice plate (57) is housed on the said frame (53), and this indoor orifice plate (57) can play guide effect to the air of being discharged by indoor blowing fan described later (72).
Front panel (59) is equipped with in the front of said frame (53), has formed the exhaust outlet (58) that air is discharged on the front panel (59).
In addition, in order to protect the parts at said exhaust mouth (58) rear, air exhausting grille (59a) is housed also on the above-mentioned front panel (59).
Above-mentioned cabinet (60) is a kind of framework that can pass air into/discharge, its back (61) is open, formed right side air inlet (62) on its side, the right, top air inlet (63) has been formed on the top, formed left side air inlet (64) on the side, the left side, outdoor air can be gone into by 3 surface currents of above-mentioned cabinet (60), discharges by the back then.
Outdoor orifice plate (65) is housed on the above-mentioned cabinet (60), and this indoor orifice plate (65) can play guide effect to the air of being discharged by outdoor blowing fan described later (76).
In addition, dividing plate (66) is equipped with in the top of the middle part of above-mentioned base plate (52), and this dividing plate (66) can be separated into the inside of above-mentioned air regulator space, indoor (I) and space, outside (O).
Bilateral axle motor (70) is housed, the rear rotating shaft (68) that this bilateral axle motor (70) possesses the place ahead rotating shaft (67) outstanding towards the place ahead of above-mentioned dividing plate (66) and gives prominence to towards the rear of above-mentioned dividing plate (66) on the aforementioned barriers (66).
Connecting indoor blowing fan (72) on the place ahead rotating shaft (67) of above-mentioned bilateral axle motor (70), this indoor blowing fan (72) is positioned at the inside of said frame (53), the air inlet (54,55,56) that it can pass through said frame (53) sucks air, then with air row forwards.
Above-mentioned indoor blowing fan (72) can suck its rear or air all around, and then with air row forwards, it is by constituting with lower member: be fixed on the wheel shaft (73) on the place ahead rotating shaft (67) of above-mentioned bilateral axle motor (70); Several long blades (74) that form towards the hand of spiral along the outer ring of above-mentioned wheel shaft (73).Therefore this fan also is called K shape fan or X-shaped fan.
Connecting outdoor blowing fan (76) on the rear rotating shaft (68) of above-mentioned bilateral axle motor (70), this outdoor blowing fan (76) is positioned at the inside of above-mentioned cabinet (60), it can suck air by the air inlet (62,63,64) of above-mentioned cabinet (60), then with air row rearward.
Above-mentioned outdoor blowing fan (76) can suck its place ahead or air all around, and then with air row rearward, it is by constituting with lower member: be fixed on the wheel shaft (77) on the rear rotating shaft (68) of above-mentioned bilateral axle motor (70); Several long blades (78) that form towards the hand of spiral along the outer ring of above-mentioned wheel shaft (77).Therefore this fan also is called K shape fan or X-shaped fan.
Indoor heat converter (80) is equipped with in the inside of said frame (53), and this indoor heat converter (80) can make by above-mentioned indoor blowing fan (72) inhaled air and realize heat exchange.
Above-mentioned indoor heat converter (80) the right and left has formed " U " font through bending, it has bigger heat transfer area, thereby can make right side air inlet (54), top air inlet (55) and left side air inlet (56) leaked-in air by said frame (53) realize effective heat exchange.
That is to say that above-mentioned indoor heat converter (80) is made up of following components: the right side heat exchange department (81) that is positioned at the right side of above-mentioned indoor blowing fan (72) along the vertical direction; Be positioned at the upper heat exchange portion (82) of the top of above-mentioned indoor blowing fan (72) along left and right directions; Be positioned at the left side heat exchange department (83) in the left side of above-mentioned indoor blowing fan (72) along the vertical direction.
In addition, outdoor heat converter (90) is equipped with in the inside of above-mentioned cabinet (60), and this outdoor heat converter (90) can make by above-mentioned outdoor blowing fan (76) inhaled air and realize heat exchange.
Above-mentioned outdoor heat converter (90) is rectangular shape, and it is positioned at the rear of above-mentioned outdoor blowing fan (76).
Request in person the driving process of the present invention of seeing down with said structure.
At first, if above-mentioned air regulator starts, above-mentioned compressor (94) will start so, thereby discharges the gaseous refrigerant of HTHP.The gaseous refrigerant of these HTHPs is heat radiation towards periphery in the process of the outdoor heat converter of flowing through (90), thereby realizes condensation.Cold-producing medium after the condensation can be depressurized afterwards flowing through above-mentioned capillary (96), thereby becomes the mix refrigerant of 2 phase states.Heat around cold-producing medium after being depressurized can absorb in the process of above-mentioned indoor heat converter (80) of flowing through, thus realize evaporation, and the cold-producing medium of having finished evaporation then can circulate to above-mentioned compressor (94) again.
In addition, above-mentioned air regulator also can drive above-mentioned bilateral axle motor (70) when driving above-mentioned compressor (94).
When above-mentioned bilateral axle motor (70) drives, above-mentioned indoor blowing fan (72) can rotate, thereby around it or the rear produce negative pressure, so, the air (A) of the side of said frame (53) and top will flow into the place ahead, inside of above-mentioned air regulator by right side air inlet (54), top air inlet (55) and the left side air inlet (56) of said frame (53), promptly in space, indoor (I).
Respectively by above-mentioned right side air inlet (54), top air inlet (55) and left side air inlet (56) leaked-in air can flow through respectively right side heat exchange department (81), upper heat exchange portion (82) and the left side heat exchange department (83) of above-mentioned indoor heat converter (80), thereby and in air is flowed through their process heat can cooled dose absorb and obtain cooling.Cooled air can be sucked by above-mentioned indoor blowing fan (72), and then by row the place ahead to above-mentioned indoor blowing fan (72).
These rows air forwards flows through above-mentioned orifice plate (57) afterwards, and flow velocity can be accelerated, and next can flow through the exhaust outlet (58) of above-mentioned front panel (59), arranges the place ahead to above-mentioned air regulator at last.
In addition, when above-mentioned bilateral axle motor (70) drives, above-mentioned outdoor blowing fan (76) can rotate, thereby around it or the place ahead produce negative pressure, so, the air (B) of above-mentioned cabinet (60) side and top will flow into the rear, inside of above-mentioned air regulator by right side air inlet (62), top air inlet (63) and the left side air inlet (64) of above-mentioned cabinet (60), promptly in space, outside (O).
Can be sucked side by side rearward by above-mentioned outdoor blowing fan (76) by above-mentioned right side air inlet (62), top air inlet (63) and left side air inlet (64) leaked-in air.These air flow through above-mentioned outdoor orifice plate (65) afterwards wind speed can accelerate, then can absorption refrigeration in the process of above-mentioned outdoor heat converter (90) of flowing through the heat of agent, thereby become hot-air.These hot-airs can pass through the rear of back (61) row of above-mentioned cabinet (60) to above-mentioned air regulator.
The air regulator of present embodiment such as Fig. 5, Fig. 6, shown in Figure 7, outdoor heat converter (the 90 ') left and right sides has formed " U " font through bending, and it can fence up right side, top and the left side of above-mentioned outdoor blowing fan.Except above-mentioned outdoor heat converter (90 '), other structure is identical with above-mentioned the 1st embodiment of the present invention, thus use identical label at this, and omit explanation to these parts.
Above-mentioned outdoor heat converter (90 ') is by forming with the lower part: the right side heat exchange department (91) that is positioned at the right side of above-mentioned outdoor blowing fan (76) along the vertical direction; Be positioned at the upper heat exchange portion (92) of the top of above-mentioned outdoor blowing fan (76) along left and right directions; Be positioned at the left side heat exchange department (93) in the left side of above-mentioned outdoor blowing fan (76) along the vertical direction.
Air regulator for present embodiment, when above-mentioned outdoor blowing fan (76) rotates, can produce negative pressure in right side, top, the left side of above-mentioned cabinet (60), so, the outdoor air in the right side of above-mentioned air regulator, top, left side (B) will flow into the inside of above-mentioned cabinet (60) by right side air inlet (62), top air inlet (63) and the left side air inlet (64) of above-mentioned cabinet (60), promptly in space, outside (O).
Flow into the interior air in space, above-mentioned outside (O) in the process of right side heat exchange department (91), upper heat exchange portion (92) and the left side heat exchange department (93) of the above-mentioned outdoor heat converter (90 ') of flowing through, the heat of meeting absorption refrigeration agent is sucked by above-mentioned outdoor blowing fan (76) then.
The air that flows into above-mentioned outdoor blowing fan (76) can be by above-mentioned outdoor blowing fan (76) row rearward, these air flow through above-mentioned outdoor orifice plate (65) afterwards wind speed can accelerate, back (61) row that at last can be by above-mentioned cabinet (60) is to outdoor.
As Fig. 8, Fig. 9, shown in Figure 10, in the air regulator of present embodiment, side in the middle of outdoor heat converter (the 90 ") left and right sides has formed " " font through bending; in addition; other structure is identical with above-mentioned the 1st embodiment of the present invention; thus use identical symbol at this, and omission is to the explanation of these parts.
The position that is positioned at compressor (94) opposite of above-mentioned outdoor heat converter (90 ") is bending.
That is to say, when above-mentioned compressor (94) is positioned at the left side in space, outside (O), above-mentioned outdoor heat converter (90 ") just by forming with the lower part: the right side heat exchange department (91 ') that is positioned at the right side of above-mentioned outdoor blowing fan (76) along the vertical direction; Be positioned at the upper heat exchange portion (92 ') of the top of above-mentioned outdoor blowing fan (76) along left and right directions.When above-mentioned compressor (94) is positioned at the right side in space, outside (O), and above-mentioned outdoor heat converter (90 ") just by forming, promptly be positioned at the left side heat exchange department (not shown) in the left side of above-mentioned outdoor blowing fan along the vertical direction with the lower part; Be positioned at the upper heat exchange portion (92 ') of the top of above-mentioned outdoor blowing fan along left and right directions.
Air regulator for present embodiment, when above-mentioned outdoor blowing fan (76) rotates, can produce negative pressure in right side, top, the left side of above-mentioned cabinet (60), so, the outdoor air in the right side of above-mentioned air regulator, top, left side (B) will flow into the inside of above-mentioned cabinet (60) by right side air inlet (62), top air inlet (63) and the left side air inlet (64) of above-mentioned cabinet (60), promptly in space, outside (O).
In the air in flowing into space, above-mentioned outside (O), those to the right side of above-mentioned outdoor blowing fan (76) and top flow air in the right side heat exchange department (91 ') of the above-mentioned outdoor heat converter of flowing through (90 ") and upper heat exchange portion when (92 '); heat that can the absorption refrigeration agent is sucked by above-mentioned outdoor blowing fan (76) then.
On the contrary, in the air in flowing into space, above-mentioned outside (O), those air that move to the left side of above-mentioned outdoor blowing fan (76) can be sucked above-mentioned compressor (94) cooling then by above-mentioned outdoor blowing fan (76).
Aforesaid can be rearward by outdoor blowing fan (76) inhaled air by above-mentioned outdoor blowing fan (76) row, these air flow through above-mentioned outdoor orifice plate (65) afterwards wind speed can accelerate, back (61) row that at last can be by above-mentioned cabinet (60) is to outdoor.
The present invention not merely is defined in aforesaid embodiment, for example also said frame (53) and cabinet (60) can be made one.
Advantage with air regulator of the present invention of said structure is: it can from around or the rear inhale Enter indoor air, then will be through the air exhausting of heat exchange forwards, so it can subtract to greatest extent Lack discharged to indoor air and also fail to the phenomenon of indoor refrigerating/heating with regard to directly refluxing, and can reduce The pressure loss that air produces in flow process can also reduce noise simultaneously.
In addition, advantage of the present invention is: owing to the above-mentioned indoor heat converter left and right sides is down through bending " U " font, and its shape right side, top, the left-side of above-mentioned indoor blowing fan can be got up Formula is installed, and therefore can dwindle to greatest extent the front and back length of the chamber interior of air regulator, thus joint Take and traffic expense the material saving, has also reduced to greatest extent to indoor outstanding length simultaneously.
In addition, advantage of the present invention is: owing to the above-mentioned outdoor heat converter left and right sides is down through bending " U " font, and its shape right side, top, the left-side of above-mentioned outdoor blowing fan can be got up Formula is installed, and therefore can dwindle to greatest extent the front and back length of the outdoor of air regulator, thus joint Take and traffic expense the material saving, has also reduced to greatest extent to outdoor outstanding length simultaneously.
In addition, advantage of the present invention is: because the side warp in the middle of the above-mentioned outdoor heat converter left and right sides Bending and be " " font, and it is with can be with one in the middle of the left and right sides of above-mentioned outdoor blowing fan Form that side and top fence up is installed, therefore can simplified structure, and can dwindle to greatest extent The front and back length of the outdoor of air regulator, thus fee of material and traffic expense saved.
Claims (9)
1, a kind of air regulator is characterized in that, it comprises dividing plate, indoor blowing fan, indoor heat converter, outdoor blowing fan, outdoor heat converter, described dividing plate, and it can be separated into the inside of air regulator space, indoor and space, outside; Described indoor blowing fan, it is positioned at described front of clapboard, can with around or the air at rear suck, then forwards with air row; Described indoor heat converter, it can make the air and the cold-producing medium that flow in the space, described indoor produce heat exchange; Described outdoor blowing fan, it is positioned at the rear of described dividing plate, can with around or the air in the place ahead suck, then rearward with air row; Described outdoor heat converter, it can make the air and the cold-producing medium that flow in the space, described outside produce heat exchange.
2, air regulator according to claim 1 is characterized in that described indoor heat converter has the structure that the left and right sides and the top of indoor blowing fan can be fenced up.
3, air regulator according to claim 1 is characterized in that described outdoor heat converter is rectangular shape.
4, air regulator according to claim 1 is characterized in that described outdoor heat converter is positioned at the rear of described outdoor blowing fan.
5, air regulator according to claim 1 is characterized in that described outdoor heat converter has the structure that the left and right sides and the top of described outdoor blowing fan can be fenced up.
6, air regulator according to claim 1 is characterized in that described outdoor heat converter has the structure that the side in the middle of the left and right sides of described outdoor blowing fan and top can be fenced up.
7, according to claim 1 or 2 or 3 or 4 or 5 or 6 described air regulators, it is characterized in that described indoor blowing fan and outdoor blowing fan be made up of wheel shaft and blade, described wheel shaft, it is connected on the rotating shaft of motor; Several blades, they form towards the hand of spiral along the outer surface of described wheel shaft.
8, according to claim 1 or 2 or 3 or 4 or 5 or 6 described air regulators, it is characterized in that described air regulator also comprises indoor orifice plate, this indoor orifice plate can play guide effect to the air of being discharged by described indoor blowing fan.
9, according to claim 1 or 2 or 3 or 4 or 5 or 6 described air regulators, it is characterized in that described air regulator also comprises outdoor orifice plate, this outdoor orifice plate can play guide effect to the air of being discharged by described outdoor blowing fan.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2004100203680A CN1740667A (en) | 2004-08-24 | 2004-08-24 | Air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2004100203680A CN1740667A (en) | 2004-08-24 | 2004-08-24 | Air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1740667A true CN1740667A (en) | 2006-03-01 |
Family
ID=36093133
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2004100203680A Pending CN1740667A (en) | 2004-08-24 | 2004-08-24 | Air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1740667A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101975490A (en) * | 2010-07-09 | 2011-02-16 | 广东欧科空调制冷有限公司 | Integrated water source heat pump unit |
-
2004
- 2004-08-24 CN CNA2004100203680A patent/CN1740667A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101975490A (en) * | 2010-07-09 | 2011-02-16 | 广东欧科空调制冷有限公司 | Integrated water source heat pump unit |
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