CN1740670A - Integrated air conditioner - Google Patents
Integrated air conditioner Download PDFInfo
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- CN1740670A CN1740670A CNA2004100203712A CN200410020371A CN1740670A CN 1740670 A CN1740670 A CN 1740670A CN A2004100203712 A CNA2004100203712 A CN A2004100203712A CN 200410020371 A CN200410020371 A CN 200410020371A CN 1740670 A CN1740670 A CN 1740670A
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Abstract
One-piece air regulator includes frame and front board. There are air inlet on the right and left sides of frame. In the front of frame is exhaustion guiding parts. The front board can advance and return inside of and in front of the exhaustion guiding parts to regulate air discharging direction. It also includes advance and return oriented structure which can guard the front advance and return. The advance and return oriented structure includes advance and return bar which is extrude from the reverse of front board; supporting rack which is formed on the frame and can orient movement of advance and return bar. If front board advances, air can be separately discharged to all the direction of the frontage. If front board returns, air can only be discharged to the frontage.
Description
Technical field
The present invention relates to a kind of integrated air conditioner.
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 (windowtype) 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 10, Figure 11, shown in Figure 12, existing integrated air conditioner 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 integrated air conditioner; 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 (32) 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.
The above-mentioned room air air inlet (10) of above-mentioned front panel (9) locates to be equipped with air-inlet grille (10a), and above-mentioned room air exhaust outlet (11) is located to be equipped with several wind directions and regulated blinds (11a).
It can be that several left and right sides wind directions are regulated blinds that above-mentioned several wind directions are regulated blinds (11a), and these left and right sides wind directions are regulated that blinds are installed in that above-mentioned room air exhaust outlet (11) is located and can left-right rotation, thereby can regulate left and right sides wind direction.In addition, above-mentioned several wind directions regulate blinds (11a) also can be several up and down wind direction regulate blinds, these up and down wind direction regulate blinds and be installed in above-mentioned room air exhaust outlet (11) and locate and can rotate up and down, thereby can regulate wind direction up and down.
In addition, above-mentioned integrated air conditioner also comprises with lower member: bilateral axle motor (22), 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.
Please see the driving process of existing integrated air conditioner with said structure.
At first, if above-mentioned integrated air conditioner 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 integrated air conditioner can be attracted to the rear, thereby these air can flow into the inside of integrated air conditioner 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 integrated air conditioner 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, in existing integrated air conditioner, if only install several left and right sides wind directions regulate blinds and several up and down wind direction regulate a kind of in the blinds, the adjusting for wind direction will be restricted so.If want to regulate left and right directions, can regulate above-below direction again, so just several left and right sides wind direction need be regulated blinds and several up and down wind direction regulate blinds and all install, but the problem of doing like this is to make structure become complicated, thereby increases cost.
In addition, owing to mainly concentrate on the top, front of above-mentioned integrated air conditioner to indoor air by said exhaust mouth (11) row, and these air also need the regular hour to each local diffusion of the interior space, therefore make air regulator be subjected to certain limitation aspect the rapid reply load.
In addition, carry out wind direction and regulate, therefore have following problem because prior art need utilize above-mentioned several wind directions to regulate blinds (11a): complex structure not only, and influence attractive in appearance.In addition, also having foreign matter such as dust regulates attached to wind direction and is difficult to cleaning on the blinds.
Summary of the invention
In order to overcome the above-mentioned shortcoming that existing integrated air conditioner exists, the invention provides a kind of integrated air conditioner, it not only can be regulated wind direction towards the upper and lower, left and right in the place ahead, and increases the adjustable range of wind direction, thereby can tackle load rapidly, and be convenient to cleaning.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of integrated air conditioner is characterized in that, it comprises framework and front panel, and described framework has formed air inlet respectively on its right and left side, and the air draft diversion component is equipped with in the front; Described front panel, it can be advanced and retreat between the inside of described air draft diversion component and the place ahead, thus the discharge direction of regulating air.
Aforesaid integrated air conditioner, wherein it also comprises and can guide described advance and retreat guide frame of advancing and retreat previously.
Aforesaid integrated air conditioner, the guide frame of wherein advancing and retreat comprises moving rod, bracing frame, described moving rod, it is the structure that the back side from described front panel highlights; Support frame as described above, it forms on described framework, can guide described moving rod advance and retreat.
Aforesaid integrated air conditioner, wherein bracing frame is made up of the bracing frame central part that described moving rod is passed and several support bars of forming between support frame as described above central part and described framework.
Aforesaid integrated air conditioner has wherein formed external screw thread on the moving rod, and the inside of support frame as described above central part has formed internal thread.
Aforesaid integrated air conditioner, wherein it also comprises the advance and retreat structure that can make described front panel realize advance and retreat.
Aforesaid integrated air conditioner, the structure of wherein advancing and retreat are a kind of linear motors, and the gangbar of this linear motor (piston) is connected the back side of described front panel.
Aforesaid integrated air conditioner, the structure of wherein advancing and retreat is made up of motor and power conduction structure, described power conduction structure, and it can conduct the driving force of described motor to described front panel, thereby when described Motor Drive, can make described front panel realize advance and retreat by it.
Aforesaid integrated air conditioner, air inlet has also been formed on the top of its middle frame.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is the solid and the working state schematic representation of the integrated air conditioner of the present invention the 1st embodiment
Fig. 2 is the exploded perspective view of the integrated air conditioner of the present invention the 1st embodiment
Air flow schematic diagram when Fig. 3 is in forward travel state for the longitdinal cross-section diagram of integrated air conditioner illustrated in figures 1 and 2 and its front panel
Air flow schematic diagram when Fig. 4 is in forward travel state for the view in transverse section of integrated air conditioner illustrated in figures 1 and 2 and its front panel
Air flow schematic diagram when Fig. 5 is in fallback state for the longitdinal cross-section diagram of integrated air conditioner illustrated in figures 1 and 2 and its front panel
Air flow schematic diagram when Fig. 6 is in fallback state for the view in transverse section of integrated air conditioner illustrated in figures 1 and 2 and its front panel
Fig. 7 is the amplification sectional view of the front panel of the integrated air conditioner of the present invention the 2nd embodiment
Fig. 8 is the amplification sectional view of the front panel of the integrated air conditioner of the present invention the 3rd embodiment
Fig. 9 is the amplification sectional view of the front panel of the integrated air conditioner of the present invention the 4th embodiment
Figure 10 is the solid and the working state schematic representation of existing integrated air conditioner
Figure 11 is the exploded perspective view of existing integrated air conditioner
Figure 12 is the longitudinal cross-section and the air flow condition schematic diagram of existing integrated air conditioner
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: orifice plate
58: air exhaust passage 59: the air draft diversion component
60: front panel 61: moving rod
62: bracing frame 63: bracing frame central part (boss)
64: support bar 65: external screw thread
66: internal thread 67: linear motor (linear motor)
67a: gangbar (piston) 68: motor
69: power conduction structure 69a: the 1st gear (gear)
69b: the 2nd gear 70: cabinet (cabinet)
71: right side air inlet 72: the top air inlet
73: left side air inlet 74: dividing plate (barrier)
75: bilateral axle motor 75a: the place ahead rotating shaft
75b: rear rotating shaft 76: indoor blowing fan
76a: wheel shaft (hub) 76b: blade (blade)
77: outdoor blowing fan 77a: wheel shaft
77b: blade (blade) 80: indoor heat converter
81: right side heat exchange department 82: upper heat exchange portion
83: left side heat exchange department 86: guard shield (shroud)
88: orifice plate (orifice) 90: outdoor heat converter
94: compressor 96: capillary (capillary tube)
The specific embodiment
To shown in Figure 6, framework (53) is equipped with in the top of the previous section of the base plate of integrated air conditioner of the present invention (52) as Fig. 1.
Said frame (53) is a kind of framework that can pass air into/discharge, 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, and the front has formed air exhaust passage.Side, the right, top, side, the left side that room air can pass through said frame (53) flow into, and discharge by the front then.
Orifice plate (57) is equipped with in the inside of said frame (53), and this orifice plate (57) can fence up indoor blowing fan described later (76).
The front of said frame (53) has formed air draft diversion component (59), has formed on this air draft diversion component (59) to make the air that flow through above-mentioned orifice plate (57) air exhaust passage (58) to external diffusion.
Said exhaust diversion component (59) is outstanding backward from the front of said frame (53), and said exhaust passage (58) is narrow more more backward.
In addition, the front panel (60) that is used for regulating the wind direction of discharging air is equipped with in the front of said frame (53), and this front panel (60) can be advanced and retreat between the inside of said exhaust diversion component (59) and the place ahead.
Above-mentioned front panel (60) is smaller slightly than the inner ring size of said exhaust diversion component (59), as shown in Figure 3 and Figure 4, when it when advance in the place ahead of said exhaust diversion component (59), can form certain slit (P1) between the front end of the outer ring of above-mentioned front panel (60) and air draft diversion component (59), the air that flows through said exhaust passage (58) can be by the upper and lower, left and right of above-mentioned slit (P1) row to above-mentioned integrated air conditioner the place ahead.In addition, as shown in Figure 5 and Figure 6, when above-mentioned front panel (60) when the inside of said exhaust diversion component (59) retreats, can form certain slit (P2) between the outer ring of the inner ring of air draft diversion component (59) and above-mentioned front panel (60), air can be by above-mentioned slit (P2) the flow through front end of said exhaust diversion component (59), and row forwards at last.
When said exhaust diversion component (59) was the quadrangle tubular, above-mentioned front panel (60) was just made with tetragonal plate; When the rounded tubular of said exhaust diversion component (59), above-mentioned front panel (60) is just made with circular plate.
In addition, formed the advance and retreat guide frame on above-mentioned front panel (60) and the said frame (53), above-mentioned front panel (60) is exactly to realize advance and retreat under the guiding of this advance and retreat guide frame.Be to have formed outstanding moving rod (61) on the back side of above-mentioned front panel (60), formed the bracing frame (62) that can guide the moving rod advance and retreat on the said frame (53).
Above-mentioned bracing frame (62) is by forming with the lower part: bracing frame central part (63), and it is positioned at the center of said exhaust diversion component (59), and above-mentioned moving rod (61) can pass it in front and back; Several support bars (64), they form between the inner ring of the outer ring of above-mentioned bracing frame central part (63) and said frame (59).
In addition, above-mentioned integrated air conditioner such as Fig. 2 are to shown in Figure 6, and cabinet (70) is equipped with in the top of the aft section of above-mentioned base plate (52).
Formed right side air inlet (71) on the side, the right of above-mentioned cabinet (70), top air inlet (72) has been formed on the top, formed left side air inlet (73) on the side, the left side, the back is open, air can flow into by side, the right, top, the side, the left side of above-mentioned cabinet (70), discharges by the back then.
In addition, dividing plate (74) is equipped with in the top of the middle part of above-mentioned base plate (52), and this dividing plate (74) can be separated into the inside of above-mentioned integrated air conditioner space, indoor (I) and space, outside (O).
Bilateral axle motor (75) is housed, the rear rotating shaft (75b) that this bilateral axle motor (75) possesses the place ahead rotating shaft (75a) outstanding towards the place ahead of above-mentioned dividing plate (74) and gives prominence to towards the rear of above-mentioned dividing plate (74) on the aforementioned barriers (74).
Connecting indoor blowing fan (76) on the place ahead rotating shaft (75a) of above-mentioned bilateral axle motor (75), this indoor blowing fan (76) 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 inhaled air is arranged to above-mentioned air exhaust passage (58).Connecting outdoor blowing fan (77) on the rear rotating shaft (75b) of above-mentioned bilateral axle motor (75), this outdoor blowing fan (77) is positioned at the inside of above-mentioned cabinet (70), it can suck air by the air inlet (71,72,73) of above-mentioned cabinet (70), then with the back of inhaled air row to above-mentioned cabinet.
Above-mentioned indoor blowing fan (76) 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 (76a) on the place ahead rotating shaft (75a) of above-mentioned bilateral axle motor (75); Several long blades (76b) that form towards the hand of spiral along the outer ring of above-mentioned wheel shaft (75a).Therefore this fan also is called K shape fan or X-shaped fan.
Above-mentioned outdoor blowing fan (77) can suck its top and all around air, and then with air row rearward, and it is by constituting with lower member, promptly is fixed on the wheel shaft (77a) on the rear rotating shaft (75b) of above-mentioned bilateral axle motor (75); Several long blades (77b) that form towards the hand of spiral along the outer ring of above-mentioned wheel shaft (77a).Therefore this fan also is called K shape fan or X-shaped fan.
Between said frame (53) and the indoor blowing fan (76) indoor heat converter (80) is housed, this indoor heat converter (80) can make by above-mentioned indoor blowing fan (76) inhaled air and realize heat exchange.
The right and left of above-mentioned indoor heat converter (80) has formed " U " font through bending, thereby it can be effectively with right side air inlet (54), top air inlet (55) and cooling of left side air inlet (56) leaked-in air or heating by said frame (53).
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 left side of above-mentioned right side air inlet (54) along the vertical direction; Be positioned at the upper heat exchange portion (82) of the below of above-mentioned top air intake (55) along left and right directions; Be positioned at the left side heat exchange department (83) on the right side of above-mentioned left side air inlet (56) along the vertical direction.
In addition, guard shield (86) also is equipped with in the inside of above-mentioned cabinet (70), and this guard shield (86) has formed the passage of the outdoor air flows that is sucked by above-mentioned outdoor blowing fan (77).
Formed orifice plate (88) on the above-mentioned guard shield (86), above-mentioned outdoor blowing fan (77) is located in this orifice plate (88).
Outdoor heat converter (90) is equipped with at the inside of above-mentioned guard shield (86) or rear, when flowing through above-mentioned outdoor heat converter (90), can be produced heat exchange by the rearward air of above-mentioned outdoor blowing fan (77) row with cold-producing medium.
Above-mentioned outdoor heat converter (90) is rectangular shape.
Request in person driving process of the present invention down with said structure.
At first as shown in Figure 3 and Figure 4, if spur above-mentioned front panel (60) forward, above-mentioned moving rod (61) on the so above-mentioned front panel (60) will advance under the guiding of above-mentioned bracing frame (62), above-mentioned like this front panel (60) will be positioned at the place ahead of said exhaust diversion component (59), will form slit (P1) between the front end of above-mentioned thus front panel (60) and said exhaust diversion component (59).
If next above-mentioned integrated air conditioner 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 integrated air conditioner also can drive above-mentioned bilateral axle motor (75), thereby makes above-mentioned indoor blowing fan (76) and outdoor blowing fan (77) rotation.
During above-mentioned indoor blowing fan (76) rotation, above-mentioned indoor blowing fan (76) around or the rear can 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 integrated air conditioner 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 heat exchanger (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 (76), and then by row the place ahead to above-mentioned indoor blowing fan (76).
These air that are discharged from are flowing through above-mentioned orifice plate (57) afterwards, can flow to the air exhaust passage (58) of said exhaust diversion component (59), discharge towards the upper and lower, left and right in above-mentioned integrated air conditioner the place ahead in slit (P1) between the front end of outer ring by above-mentioned front panel (60) and air draft diversion component (59) then.
In addition, during above-mentioned outdoor blowing fan (77) rotation, above-mentioned outdoor blowing fan (77) around or the place ahead can produce negative pressure, so, the air (B) of above-mentioned cabinet (70) side and top will flow into the rear, inside of above-mentioned integrated air conditioner by right side air inlet (71), top air inlet (72) and the left side air inlet (73) of above-mentioned cabinet (70), be in the space, outside (O), sucked side by side rearward by above-mentioned outdoor blowing fan (77) then.
These are arranged the orifice plate (88) that rearward air flow through above-mentioned guard shield (86) before this, understand the heat of absorption refrigeration agent then in the process of above-mentioned outdoor heat converter (90) of flowing through, thereby become hot-air.These hot-airs can pass through the rear of the back row of above-mentioned cabinet (70) to above-mentioned integrated air conditioner.
On the other hand, if want to change the air draft direction of above-mentioned integrated air conditioner, so just can be as shown in Figure 5 and Figure 6, promote above-mentioned front panel (60) backward, so, above-mentioned moving rod (61) on the above-mentioned front panel (60) will retreat under the guiding of above-mentioned bracing frame (62), above-mentioned front panel (60) just can be positioned at the inside of said exhaust diversion component (59), will form slit (P2) between the inner ring of above-mentioned thus front panel (60) and said exhaust diversion component (59).
Flow through above-mentioned orifice plate (57) afterwards by above-mentioned indoor blowing fan (76) row air forwards, can flow in the air exhaust passage (58) of said exhaust diversion component (59).
Flow into the interior air of said exhaust passage (58) and cross position, rear (58a) and above-mentioned slit (P2) of above-mentioned front panel (60) in the inside of said exhaust passage (58) meeting sequential flow, in said exhaust passage (58), be subjected to then above-mentioned front panel (60) position, the place ahead (58b) guiding and advance always, arrange the place ahead at last to above-mentioned integrated air conditioner.
The integrated air conditioner of present embodiment has formed external screw thread (65) as shown in Figure 7 on the moving rod (61), formed internal thread on the inner surface of bracing frame central part (63).If front panel (60) is rotated towards clockwise or counterclockwise central some directions, so above-mentioned front panel (60) will rotate and advances with above-mentioned moving rod (61), and above-mentioned like this front panel (60) just can be positioned at the place ahead of said exhaust diversion component (59).If above-mentioned front panel (60) is rotated towards clockwise and counterclockwise central some directions, so above-mentioned front panel (60) will be with moving rod (61) backwards rotation, and above-mentioned like this front panel (60) will be positioned at the inside of said exhaust diversion component (59).Except above-mentioned external screw thread (65) and internal thread (66), other structure and effect are identical with above-mentioned the 1st embodiment of the present invention, thus use identical label at this, and omit explanation to these parts.
The integrated air conditioner of present embodiment also comprises the advance and retreat structure that can make above-mentioned front panel realize advance and retreat as shown in Figure 8.Except above-mentioned advance and retreat structure, other structure and effect are identical with the present invention the 1st embodiment, thus use identical symbol at this, and omit explanation to these parts.
It is a kind of linear motor (67) for above-mentioned advance and retreat structure, and the gangbar (piston) of this linear motor (67) (57a) is connected the back side of above-mentioned front panel (60).
In order to make above-mentioned gangbar (57a) can pass above-mentioned bracing frame central part (66), above-mentioned linear motor (67) preferably is installed in the place ahead of above-mentioned bracing frame central part (66).
Above-mentioned gangbar (67a) is installed along fore-and-aft direction, and its front end is fixed on the back side of above-mentioned front panel (60).
In the integrated air conditioner of present embodiment, if the gangbar (67a) of above-mentioned linear motor (67) is advanced, so above-mentioned front panel (60) will advance with above-mentioned gangbar (67a), and above-mentioned like this front panel (60) just can be positioned at the place ahead of said exhaust diversion component (59).If the gangbar (67a) of above-mentioned linear motor (67) retreats, so above-mentioned front panel (60) will retreat with above-mentioned gangbar (67a), and above-mentioned like this front panel (60) just can be positioned at the inside of said exhaust diversion component (59).
The integrated air conditioner of present embodiment also comprises the advance and retreat structure that can make above-mentioned front panel realize advance and retreat as shown in Figure 9.Above-mentioned advance and retreat structure is by forming with the lower part: motor (68); Power conduction structure (69), it can conduct the driving force of above-mentioned motor (68) to above-mentioned front panel (60), thereby when above-mentioned motor (68) drives, can make above-mentioned front panel (60) realize advance and retreat by it.Except above-mentioned advance and retreat structure, other structure and effect are identical with above-mentioned the 3rd embodiment of the present invention, thus use identical symbol at this, and omit explanation to these parts.
Above-mentioned motor (68) is the motor that a kind of rotating shaft can two-way rotation, and the side that it is installed in framework is on the above-mentioned bracing frame central part (63).
Above-mentioned power conduction structure (69) is by constituting with the lower part: the 1st gear (69a), and it is installed on the rotating shaft of above-mentioned motor (68); The 2nd gear (69b), it is meshed with above-mentioned the 1st gear (69a), and its front end is fixed on the back side of said frame.
Above-mentioned the 1st gear (69a) passes above-mentioned bracing frame central part (63) and is supported on the above-mentioned bracing frame central part (63).
In the integrated air conditioner of present embodiment, if the rotating shaft of above-mentioned motor (68) rotates towards some directions, so above-mentioned the 1st gear (69a) also can rotate thereupon, above-mentioned the 2nd gear (69b) then can be towards the direction rotation opposite with above-mentioned the 1st gear (69a) under the state that is supported on above-mentioned bracing frame central part (63), above-mentioned front panel (60) can advance with above-mentioned the 2nd gear (69b) simultaneously, and above-mentioned like this front panel (60) just can be positioned at the place ahead of said exhaust diversion component (59).If the rotating shaft of above-mentioned motor (68) court and the side that above-mentioned front panel advances rotate in the opposite direction, so above-mentioned the 1st gear (69a) also can counter-rotating, above-mentioned thus the 2nd gear (69b) then can be towards the direction rotation opposite with above-mentioned the 1st gear (69a) under the state that is supported on above-mentioned bracing frame central part (63), above-mentioned front panel (60) can retreat with above-mentioned the 2nd gear (69b) simultaneously, and above-mentioned like this front panel (60) just can be positioned at the inside of said exhaust diversion component (59).
In addition, the present invention not merely is defined in aforesaid embodiment, for example can then not form air inlet (55) at the top only forming air inlet (54,56) on two sides about said frame (53); Also said frame (53) and cabinet (70) can be made one, or above-mentioned power conduction structure (69) also comprises connecting rod (link) or control lever (lever).
The effect of invention
For the integrated air conditioner of the present invention with said structure, if front panel advances, Air just can be discharged towards the up and down dispersion in the place ahead so, if front panel retreats, air just so Can only discharge towards the place ahead, so the present invention has the following advantages: not only can select multiple wind direction, and And the adjustable range of wind direction has also increased.
In addition, because the previous section of integrated air conditioner of the present invention is made of front panel, therefore Have more attractive in appearancely, also more be convenient to the advantage that cleans.
In addition, the advantage of integrated air conditioner of the present invention is: because can be with air towards the place ahead Disperse up and down to discharge, therefore can tackle rapidly load.
Because integrated air conditioner of the present invention can suck room air from both sides and top, then Will through the air exhausting after the heat exchange forwards or the place ahead up and down, so the present invention has following Advantage namely can reduce to greatest extent and discharge the phenomenon that air directly refluxes.
In addition, because in integrated air conditioner of the present invention, the back side of front panel has formed outstanding Moving rod, formed the bracing frame that can guide above-mentioned moving rod advance and retreat on the said frame, thus this Bright having the following advantages, namely the user only need promote or spur front panel, just can be easy, promptly transfer The joint wind direction.
In addition, owing in integrated air conditioner of the present invention, formed external screw thread on the moving rod, Formed internal thread on the bracing frame central part, so the present invention has the following advantages: the user only need rotate Front panel just can easy, promptly be regulated wind direction.
In addition, also comprise the advance and retreat structure in the integrated air conditioner of the present invention, wherein a kind of advance and retreat knot Structure comprises that following part forms: motor; Power conduction structure, it can be with the driving of above-mentioned motor Power is conducted to above-mentioned front panel, thereby when above-mentioned Motor Drive, can make above-mentioned front panel by it Realize advance and retreat. Also having a kind of advance and retreat structure is a kind of linear motor, the gangbar of this linear motor (piston) be connected the back side of above-mentioned front panel. Therefore the present invention has the following advantages, namely can with Lower expense realizes making the rapidly purpose of advance and retreat of front panel.
Claims (9)
1, a kind of integrated air conditioner is characterized in that, it comprises framework and front panel, and described framework has formed air inlet respectively on its right and left side, and the air draft diversion component is equipped with in the front; Described front panel, it can be advanced and retreat between the inside of described air draft diversion component and the place ahead, thus the discharge direction of regulating air.
2, integrated air conditioner according to claim 1 is characterized in that it also comprises can guide described advance and retreat guide frame of advancing and retreat previously.
3, integrated air conditioner according to claim 1 is characterized in that described advance and retreat guide frame comprises moving rod, bracing frame, described moving rod, and it is the structure that the back side from described front panel highlights; Support frame as described above, it forms on described framework, can guide described moving rod advance and retreat.
4, integrated air conditioner according to claim 1 is characterized in that support frame as described above is made up of the bracing frame central part that described moving rod is passed and several support bars of forming between support frame as described above central part and described framework.
5, integrated air conditioner according to claim 1 is characterized in that having formed external screw thread on the described moving rod, and the inside of support frame as described above central part has formed internal thread.
6, integrated air conditioner according to claim 1 is characterized in that it also comprises the advance and retreat structure that can make described front panel realize advance and retreat.
7, integrated air conditioner according to claim 6 is characterized in that described advance and retreat structure is a kind of linear motor, and the gangbar of this linear motor (piston) is connected the back side of described front panel.
8, integrated air conditioner according to claim 6, it is characterized in that described advance and retreat structure is made up of motor and power conduction structure, described power conduction structure, it can conduct the driving force of described motor to described front panel, thereby when described Motor Drive, can make described front panel realize advance and retreat by it.
9, according to any described integrated air conditioner of claim 1 to the claim 7, it is characterized in that air inlet has also been formed on the top of described framework.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2004100203712A CN1740670A (en) | 2004-08-24 | 2004-08-24 | Integrated air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2004100203712A CN1740670A (en) | 2004-08-24 | 2004-08-24 | Integrated air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1740670A true CN1740670A (en) | 2006-03-01 |
Family
ID=36093136
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2004100203712A Pending CN1740670A (en) | 2004-08-24 | 2004-08-24 | Integrated air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1740670A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102252369A (en) * | 2010-05-21 | 2011-11-23 | 珠海格力电器股份有限公司 | Floor air conditioner and method for removing accumulated water on electric heater therein |
| CN103912915A (en) * | 2013-01-02 | 2014-07-09 | Lg电子株式会社 | Air conditioner |
-
2004
- 2004-08-24 CN CNA2004100203712A patent/CN1740670A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102252369A (en) * | 2010-05-21 | 2011-11-23 | 珠海格力电器股份有限公司 | Floor air conditioner and method for removing accumulated water on electric heater therein |
| CN102252369B (en) * | 2010-05-21 | 2013-11-27 | 珠海格力电器股份有限公司 | Floor air conditioner and method for removing accumulated water on electric heater therein |
| CN103912915A (en) * | 2013-01-02 | 2014-07-09 | Lg电子株式会社 | Air conditioner |
| CN103912915B (en) * | 2013-01-02 | 2017-01-18 | Lg电子株式会社 | Air conditioner |
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