CN1542327A - Indoor arrangement for window type air conditioner - Google Patents
Indoor arrangement for window type air conditioner Download PDFInfo
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- CN1542327A CN1542327A CNA031385958A CN03138595A CN1542327A CN 1542327 A CN1542327 A CN 1542327A CN A031385958 A CNA031385958 A CN A031385958A CN 03138595 A CN03138595 A CN 03138595A CN 1542327 A CN1542327 A CN 1542327A
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Abstract
The present invention is indoor assembly structure for one window type air conditioner with height/width ratio greater than 1. The space inside casing of the air conditioner is divided into indoor part and outdoor part with hollow track with air flow space and exhaust track combined to the upper end of the hollow track. The exhaust track is assembled to the hollow track via inserted slot and assembling rib in the hollow track and the inserting lug and inserted slot in the exhaust track. The exhaust track is also provided with setting guide, support rib and combining rib for installing the controller between the exhaust track and the casing, and has exhaust flow channel communicated with the through hole in the front panel of the air conditioner.
Description
Technical area
The present invention relates to a kind of wall-through type air conditioner; Furtherly, the indoor structure (INTRRIOR PARTS STRUCTURE OFCASEMENT WINDOW TYPE AIRCONDITIONER) that relates to a kind of wall-through type air conditioner that aspect ratio left and right sides width is big when the front is seen.
Background technology
Wall-through type air conditioner is that all structural elements all are arranged in the casing, and makes wall-through type air conditioner be arranged on the machine that uses in the window integratedly.According to window shape, wall-through type air conditioner is divided into variety classes.Such as, use at the wall-through type air conditioner that opens and closes on the window, when the front was seen, aspect ratio left and right sides width was big.Below with reference to Fig. 1, main use is described in the structure that opens and closes the wall-through type air conditioner on the window.
Fig. 1 demonstrates the exploded perspective view of the wall-through type air conditioner structure of existing technology.
As shown in Figure 1, in the wall-through type air conditioner of prior art, chassis 1 forms the bottom surface of air conditioner, and above-mentioned chassis 1 forms outward appearance with cooperating of casing 3, and formation can be provided with the inner space of parts.Said machine casing 3 is the big structures of aspect ratio left and right sides width.Said machine casing 3 forms the top and two sides of air conditioner, makes the front and back in the space that above-mentioned chassis 1 and casing 3 form form open state.Mark 4 is to suck grid in the accompanying drawing, and above-mentioned suction grid 4 is the paths that outdoor air can be drawn into the air-conditioning unit room outside.
Be provided with front panel 5 in the front of said machine casing 3, form the outward appearance of air conditioner.Be formed with on the above-mentioned front panel 5 and suck part 5i, above-mentioned suction part 5i can be in harmonious proportion air the air in space and be drawn into the indoor of air conditioner.Be formed with control device through hole 5e in the upper end of above-mentioned suction part 5i.The top of above-mentioned front panel 5 is formed with discharges through hole 5c, and above-mentioned discharge through hole 5c can be drained into the air after the air conditioner internal heat exchange in the air mediation space.Reference numeral 7 is filters in the accompanying drawing, and above-mentioned filter 7 is used to purify the air through behind the above-mentioned suction part 5i.
The inner space of said machine casing 3 is divided into indoor and outside by dividing plate (BARRIER) 8.The lower end of dividing plate 8 is installed on the above-mentioned chassis 1, and the last end in contact of dividing plate 8 is at the top of said machine casing 3.In the structure of aforementioned barriers 8, its two ends form " U " word shape towards above-mentioned front panel 5 bendings when seeing on plane.Aforementioned barriers 8 is provided with thermal insulation board 9, and above-mentioned thermal insulation board 9 plays heat-blocking action between indoor and outside.
Be provided with indoor fan 10 in the space by aforementioned barriers 8 formation.Above-mentioned indoor fan 10 adopts Hot-air fan (SIROCCO FAN); Above-mentioned indoor fan 10 provides the motive power that air is flowed in the indoor.On the one hand, be provided with indoor heat converter 11 at the rear of above-mentioned filter 7.Heat exchange between above-mentioned indoor heat converter 11 execution work fluids and the air.The front end that is positioned at the aforementioned barriers 8 at above-mentioned indoor heat converter 11 rears is provided with dividing plate 13.Perforation is formed with dividing plate hole 15 on the aforementioned barriers 13, and aforementioned barriers hole 15 can be to 10 guiding of above-mentioned indoor fan by the air behind the above-mentioned indoor heat converter 11.
The top in the space that forms by aforementioned barriers 8 is provided with discharges guide rail 17.Above-mentioned discharge guide rail 17 is formed with discharges stream 18, and above-mentioned discharge stream 18 is connected with the space that is formed between aforementioned barriers 8 and the dividing plate 13.Above-mentioned discharge stream 18 is connected with discharge through hole 5c by linking passage (DUCT) 19.
On the one hand, between the upper end of the bottom of above-mentioned binding passage 19 and above-mentioned indoor heat converter 11, be provided with control device 20.Above-mentioned control device 20 has the various parts that are used to control air conditioner.Be provided with control panel 21 in the front of above-mentioned control device 20, above-mentioned control panel 21 is positioned at the control device through hole 5e that is formed on the above-mentioned front panel 5.Mark 22 is action bars (LEVER) in the accompanying drawing.Be provided with in the above-mentioned discharge through hole 5c that is connected with above-mentioned discharge stream 18 and discharge grid 25, the effect of above-mentioned discharge grid 25 is control directions by the air of above-mentioned discharge through hole 5c discharge.
Be provided with motor 27 in the outside by aforementioned barriers 8 divisions, above-mentioned motor 27 drives above-mentioned indoor fan 10, simultaneously drive chamber outside fan 29.Above-mentioned motor 27 is formed with rotating shaft towards both direction, drives above-mentioned indoor fan 10 and outside fan 29 simultaneously.
Be provided with outdoor heat converter 30 in the space, outside of air conditioner, above-mentioned outdoor heat converter 30 exposes towards the back of said machine casing 3; Above-mentioned outdoor heat converter 30 is surrounded by wind deflector 28 and casing 3.Be formed with through hole 28 on the above-mentioned wind deflector 28, making can be to the above-mentioned outdoor heat converter 30 side directed outdoor air that suck by the suction grid 4 of said machine casing 3.At this moment, after above-mentioned outside fan 29 acts on the outer air of suction chamber, to the outdoor air of the above-mentioned suction of above-mentioned outdoor heat converter 30 guiding.Mark 31 is the compressor carriages (BRACKET) that are used to install compressor in the accompanying drawing.
Below, the work of prior art wall-through type air conditioner with said structure is briefly explained.
At first, drive above-mentioned motor 27, above-mentioned indoor fan 10 and outside fan 29 are rotated, rotation by above-mentioned indoor fan 10 and outside fan 29, respectively air is in harmonious proportion the air in space and the inside that outdoor air is drawn into air conditioner, the above-mentioned air that is inhaled into is respectively flowed in the inside of air conditioner.
In above-mentioned indoor,, transmit from indoor inhaled air to above-mentioned indoor fan 10 through above-mentioned suction part 5i, indoor heat converter 11 and dividing plate hole 15 by the driving of above-mentioned indoor fan 10; And the air of discharging from above-mentioned indoor fan 10 through above-mentioned discharge guide rail 17, binding passage 19 and discharge through hole 5c, can be drained in the air mediation space again.At this moment, if when carrying out the situation of cooling operation, then at above-mentioned indoor heat converter 11 by the heat exchange between air and the working fluid, air can be reduced to relatively low temperature.
In above-mentioned outside,, make outdoor air be inhaled into inside through above-mentioned suction grid 4 by stating the driving of outside fan 29; By above-mentioned through hole 28, carry out discharging to the outside after the heat exchange then through above-mentioned outdoor heat converter 30.
But the prior art wall-through type air conditioner with said structure has following shortcoming.
That is to say, in the wall-through type air conditioner of prior art,, have the low problem of rigidity because the aspect ratio left and right sides width of each parts of formation indoor is big.Such as the rigidity of bringing along with the height of dividing plate 8 is higher relatively reduces, and is easy to make aforementioned barriers 8 to produce distortion; If the distortion of aforementioned barriers 8 cause can not and circumferential component between keep correct assembled state, then can produce air and leak.
In order to address the above problem, aforementioned barriers 8 is formed by metal material.But, in these cases, cause the weight of air conditioner to increase the weight of; And, also can cause the heat-insulating problem between indoor and the outside, need to use independent thermal insulation board 9 parts such as grade, cause component count to increase.
In addition, in the prior art, be arranged on owing to the structure that will be used for the operating air conditioner machine between the suction part 5i and discharge through hole 5c of front panel 5, make by above-mentioned suction part 5i and suck air from air mediation space, make inhaled air carry out heat exchange in the inside of air conditioner then, it is relatively long to be drained into the air flow circuit that air is in harmonious proportion in the space by above-mentioned discharge through hole 5c again.So, can cause producing the problem of a lot of stream losses.
In addition, because above-mentioned control device 20 is arranged on the air conditioner inside that is equivalent between above-mentioned indoor heat converter 11 and the casing 3, having brought need be to the many problem of part of taking provision for thermal insulation on the above-mentioned control device 20; And make above-mentioned control device 20 be installed in the upper end of above-mentioned indoor heat converter 11, also can produce the installment state problem of unstable.
Summary of the invention
In order to solve problems of the prior art, the purpose of this invention is to provide a kind of indoor structure that can bring the wall-through type air conditioner of following effect: both can strengthen the rigidity of each component parts of the big air conditioner of aspect ratio left and right sides width, and can make the number of component parts minimized again.
Another object of the present invention is: the air of the big air-conditioning unit room inside passages of aspect ratio left and right sides width of flowing through is flowed correctly carry out.
Another object of the present invention is: can make the heat insulating member of control device periphery of the big air conditioner of aspect ratio left and right sides width minimized.
Another object of the present invention is: what control device can be provided with is more stable.
In order to realize purpose of the present invention, the invention provides a kind of indoor structure of wall-through type air conditioner, it is characterized in that, comprising: casing, front panel, indoor heat converter, turbo fan, air guide rail and discharge guide rail.Said machine casing cooperates the formation big inner space of width, the aspect ratio left and right sides with the chassis that forms the bottom surface; Above-mentioned front panel is arranged on the front of said machine casing, and above-mentioned front panel possesses the part of suction and discharge section are arranged, and above-mentioned suction part and discharge section are used for the indoor of above-mentioned inner space and the air between the air mediation space flows; Above-mentioned indoor heat converter is arranged on the rear of above-mentioned front panel, and above-mentioned indoor heat converter makes air and the working fluid by above-mentioned suction part inhaled air mediation space carry out heat exchange; Above-mentioned turbo fan provides the motive power that air is flowed in the indoor of air conditioner; The front end of above-mentioned air guide rail is provided with above-mentioned indoor heat converter, is formed in the flowing space of above-mentioned air guide rail inside and is provided with above-mentioned turbo fan, and divide indoor and outside; Above-mentioned discharge guide rail inserts the top that is installed in above-mentioned air guide rail, possess in the rear end of above-mentioned discharge guide rail to have and cooperate the demarcation strip of dividing indoor and outside with above-mentioned air guide rail, and can be with the discharge section that guides through the air behind the above-mentioned turbo fan to above-mentioned front panel.
On above-mentioned discharge guide rail and in the space between the top of said machine casing, the control device that is used to control air conditioner work is installed, and the control panel that constitutes above-mentioned control device can be obtained being provided with towards the discharge section upper end of above-mentioned front panel with exposing.
Two ends are formed with the very long guide rail that is provided with on above-mentioned discharge guide rail, and the above-mentioned guide rail that is provided with is given prominence to towards the fore-and-aft direction of discharging guide rail, can guide the position at above-mentioned control device two ends.
On above-mentioned discharge guide rail, be formed with a plurality of support fins, in the same direction as the above-mentioned a plurality of support fins that form very longways be used to support above-mentioned control device below.
Be provided with in the guide rail above-mentioned, the length of a side is formed relatively shortly, the rear that guide rail be set relatively short in length also 3 is provided with the secure bond fin, said fixing in conjunction with fin support above-mentioned control device below, carry out secure bond simultaneously.
The indoor structure of wall-through type air conditioner provided by the invention can be brought following effect.
In the structure of the indoor of wall-through type air conditioner of the present invention, owing in the big air conditioner of aspect ratio left and right sides width, divide the air guide rail of indoor and outside and discharge guide rail and be separated from each other formation, make left and right sides width diminish relatively than the ratio of height, so can strengthen air guide rail and discharge the rigidity of guide rail, can prevent under assembled state, to produce the distortion of distortion etc.So, can keep above-mentioned air guide rail and the assembled state of discharging guide rail securely, not only the abnormal sound that is produced in the work of air conditioner can be reduced, but also the air leak on the indoor air flows can be prevented.
In addition, the assembling for above-mentioned air guide rail and discharge guide rail owing to need not to adopt independent secure bond hole and secure bond screw, can improve the operability of assembling and detached job.
In addition, owing to will discharge the top that guide rail is arranged on air guide rail, make the discharge stream of above-mentioned discharge guide rail directly be connected with air guide rail, the air flow circuit length of indoor is minimized, so can make the stream minimization of loss, and under the situation of the turbo fan that adopts identical performance, air quantity is increased.
At last, owing to control device is arranged on the top of discharging guide rail, the heat insulating member that can make above-mentioned control device and discharge between the guide rail is minimized, and institute is so that oversimplify in heat insulation design, and feasiblely oversimplifies from the structure of integral product by the parts that use are minimized.
Description of drawings
Fig. 1 demonstrates the exploded perspective view of existing technology wall-through type air conditioner structure;
Fig. 2 demonstrates the exploded perspective view of the wall-through type air conditioner structure of the embodiment of the invention that possesses the inside structure of having family;
Fig. 3 demonstrates the structure oblique view of removing casing, front panel and indoor heat converter state in the air conditioner of the embodiment of the invention;
Fig. 4 demonstrates the structure oblique view of the discharge guide rail that constitutes the embodiment of the invention;
Fig. 5 demonstrates the state diagram of outdoor heat converter and wind deflector secure bond in the present invention;
Fig. 6 demonstrates the section of structure of discharging guide rail and control device combination in embodiments of the present invention.
Main description of reference numerals
50: chassis (BASE PAN) 55: casing (CABINET)
57: suck grid (LOUVER) 60: front panel (FRONT PANEL)
62: suck part 64: the discharge section through hole
66: control device through hole 70: air guide rail (GUIDE)
71: sidewall 72: the flowing space
73: insertion groove (SLOT) 75: water discharging part
76: support fin (RIB) 80: indoor heat converter
90: dividing plate (ORIFICE) 92: stream guardrail (FANCE)
100: turbo fan (TURBO FAN) 110: discharge guide rail
111: discharge stream 113: demarcation strip
115: guide rail 116 is set: the secure bond fin
119: discharge grid 120: control (CONTROL) device
122: control panel 124: control cabinet (CONTROL BOX)
130: drive motors 135: compressor
140: wind deflector 141: through hole
143: upper end secure bond part 143: lower end secure bond part
145: sidewall 147: cut-off
150: outside fan 155: carriage (BRACE)
160: outdoor heat converter 164: passage (CHANNEL)
The specific embodiment
With reference to the accompanying drawings, the embodiment to the indoor structure of wall-through type air conditioner of the present invention is elaborated.
Fig. 3 demonstrates the structure oblique view of removing casing, front panel and indoor heat converter state in the air conditioner of the embodiment of the invention.Fig. 4 demonstrates the structure oblique view of the discharge guide rail that constitutes the embodiment of the invention.Fig. 5 demonstrates the state diagram of outdoor heat converter and wind deflector secure bond in the present invention.Fig. 6 demonstrates the section of structure of discharging guide rail and control device combination in embodiments of the present invention.
As shown in the figure, in wall-through type air conditioner of the present invention, chassis 50 forms the bottom surface of air conditioner.Above-mentioned chassis 50 is provided with the various parts that constitute air conditioner.When air conditioner was seen in the front, above-mentioned chassis 50 was that left and right sides width is relatively narrow, the structure that the front and back width is relatively long.
Secure bond is provided with casing 55 on the both ends on above-mentioned chassis 50.Said machine casing 55 forms the two sides and the top outward appearance of air conditioner.The place ahead of said machine casing 55 and rear and bottom are open states, form the space on above-mentioned chassis 50.At this moment, said machine casing 55 is the big structures of aspect ratio left and right sides width.The two sides, rear end of said machine casing 55 and above be formed with and suck grid 57, above-mentioned suction grid 57 can be drawn into air outside the outside of air conditioner.
Be provided with front panel 60 in the front of said machine casing 55.Above-mentioned front panel 60 forms the front appearance of air conditioner; In order to cover the front of said machine casing 55, above-mentioned front panel 60 is that left and right sides width is than highly relatively little structure.Until be formed with till the bottom and suck part 62, above-mentioned suction part 62 is needs can be carried out air to be in harmonious proportion the air in space and to be drawn into the path of air conditioner inside from the centre of above-mentioned front panel 60.Be formed with discharge section through hole 64 in the upper end of above-mentioned suction part 62, above-mentioned discharge section through hole 64 can will be drained in the indoor of air conditioner heat-exchanged air in the air mediation space again.Be provided with control device through hole 66 in the upper end of above-mentioned discharge section through hole 64.In above-mentioned control device through hole 66, be provided with the control panel 122 that can below expose in above-mentioned front panel 60 fronts, will illustrate.
The inner space that forms by above-mentioned chassis 50 and casing 55 is divided into indoor and outside by air guide rail 70.Above-mentioned air guide rail 70 is installed on the above-mentioned chassis 50, is used to guide the air of indoor to flow.
Above-mentioned air guide rail 70 is made of bottom 70 and sidewall 71.Above-mentioned bottom 70 be installed in above-mentioned chassis 50 above; Above-mentioned sidewall 71 is perpendicular to above-mentioned bottom 70.Above-mentioned sidewall 71 forms the two sides and the back side of air guide rail 70; The inside of above-mentioned sidewall 71 is formed with the flowing space 72 that (that is to say, towards the direction of above-mentioned front panel 60) opening towards the place ahead.The height of the aspect ratio said machine casing 55 of above-mentioned sidewall 71 is low.
The upper end of formation back portion is formed with the insertion groove 73 towards front openings in above-mentioned sidewall 71, the discharge guide rail 110 that will illustrate below above-mentioned insertion groove 73 is used to assemble.The upper end that forms the two sides part in above-mentioned sidewall 71 is formed with very long assembling fin 74, and above-mentioned assembling fin 74 is outstanding formation towards top.The upper surface that is formed with the sidewall 71 of above-mentioned assembling fin 74 has certain width.The upper end, the back side that is formed with the sidewall 71 of above-mentioned insertion groove 73 is formed with 2 lower end secure bond parts 73 at least, and above-mentioned lower end secure bond part 73 is used for fixing in conjunction with the following carriage that will illustrate 155.
The front end of above-mentioned bottom 70 is formed with water discharging part 75.Above-mentioned water discharging part 75 is used to discharge the condensed water that produces on the indoor heat converter 80 that will illustrate from below.The surface of above-mentioned water discharging part 75 forms and, and makes condensed water to flow to two ends from the centre of above-mentioned water discharging part 75.At least be formed with 2 support fins 76 side by side on the above-mentioned water discharging part 75; The upper end of above-mentioned water discharging part 75 is the same horizontal planes (LEVEL) that can support indoor heat converter 80.
The water discharging part 75 of above-mentioned air guide rail 70 is provided with indoor heat converter 80.The above-mentioned indoor heat converter 80 that above-mentioned front panel 60 rears are set has and above-mentioned suction part 62 corresponding sizes.Above-mentioned indoor heat converter 80 is to make to be flowing in its inner working fluid and to be in harmonious proportion the part that inhaled air carries out heat exchange in the space from air.As a reference, between the suction part 62 of above-mentioned front panel 60 and indoor heat converter 80, be provided with the filter (accompanying drawing does not show) that is used for purifying air.
In the flowing space 72 between above-mentioned indoor heat converter 80 and air guide rail 70, the front end that is equivalent to above-mentioned sidewall 71 is provided with dividing plate 90.The central authorities of dividing plate 90 are formed with dividing plate hole 91, and aforementioned barriers hole 91 can will guide to turbo fan 100 through above-mentioned indoor heat converter air after 80s, and above-mentioned turbo fan 100 is arranged in the above-mentioned flowing space 72.
Be formed with upper end tilt component 93 in the upper end of aforementioned barriers 90.Tilt component 93 tops towards the above-mentioned flowing space 72 in above-mentioned upper end broaden gradually, make the air of discharging from the flowing space 72 to flow swimmingly.
The inside of the above-mentioned flowing space 72 is provided with turbo fan 100.Above-mentioned turbo fan 100 provides the motive power that air is flowed in the indoor; Above-mentioned turbo fan 100 makes above-mentioned air by above-mentioned indoor heat converter 80 and dividing plate hole 91 after sucking air from air mediation space, and can again air be drained in the air mediation space by the following discharge guide rail 110 that will illustrate.
Above-mentioned discharge guide rail 110 is arranged on the upper end of above-mentioned air guide rail 70.The effect of above-mentioned discharge guide rail 110 is: can guide from above-mentioned turbo fan 100 towards the flowing space 72 air of discharging, the discharge section through hole 64 by above-mentioned front panel 60 is incorporated into air and is in harmonious proportion in the space.Be formed with on the above-mentioned discharge guide rail 110 and discharge stream 111, above-mentioned discharge stream 111 is connected with the above-mentioned flowing space 72, towards the front openings of above-mentioned front panel 60.As shown in Figure 2, above-mentioned discharge stream 111 has the shape that expands out gradually towards the downstream from the upstream.This is for connecting piece (do not have in the accompanying drawing show) is arranged on the a-quadrant of discharging guide rail 110, and above-mentioned connecting piece is used for transmitting working fluid between the indoor heat converter 80 of indoor and outside parts.The downstream of above-mentioned discharge stream 111 has the discharge section through hole 64 corresponding cross-sectional areas with above-mentioned front panel 60.
The rear end of above-mentioned discharge guide rail 110 is formed with demarcation strip 113 vertically upward.Above-mentioned demarcation strip 113 prolongs formation from the rear end of above-mentioned discharge guide rail 110; Above-mentioned demarcation strip 113 has the last end in contact that can make demarcation strip 113 height at said machine casing 55 tops.Above-mentioned demarcation strip 113 effects are: the sidewall 71 with above-mentioned air guide rail 70 is divided indoor and outside.Be formed with upper end secure bond part 114 at the back side of above-mentioned demarcation strip 113, above-mentioned upper end secure bond part 114 is used for fixing in conjunction with the following carriage that will illustrate 155.
On above-mentioned discharge guide rail 110, be formed with guide rail 115 is set, the above-mentioned setting that the control cabinet 124 that guide rail 115 will illustrate below being used to guide is set.The above-mentioned setting on the top two ends that guide rail 115 is formed on above-mentioned discharge guide rail 110 guides the two ends of above-mentioned control cabinet 124.According to design condition, can make above-mentioned guide rail 115 and control cabinet 124 secure bond of being provided with secure bond screw (not showing in the accompanying drawing).At this moment, make the secure bond screw cross above-mentioned guide rail 115 secure bond that are provided with on above-mentioned control cabinet 124.
In addition, be provided with on above-mentioned discharge guide rail 110 and support fin 115, above-mentioned support fin 115 forms very longways towards fore-and-aft direction.As shown in Figure 6, above-mentioned support fin 115 is the parts that support below the above-mentioned control cabinet 124.The width of above-mentioned support fin 115 is relatively narrow.
On the one hand, a side rear that guide rail 115 is set is provided with secure bond fin 116.Said fixing is in conjunction with on the fin 116 outstanding lower positions that are formed on corresponding to above-mentioned control cabinet 124; Said fixing is big in conjunction with the top area of fin 116, both can support above-mentioned control cabinet 124 below, can carry out the secure bond of secure bond screw s again.Said fixing is bigger than the height that supports fin 115 in conjunction with fin 116; So, make the following formation depression that combines fin 116 corresponding control cabinets 124 with said fixing.Make the space itself that forms between above-mentioned discharge guide rail 110 and the control cabinet 124 carry out heat-blocking action by above-mentioned support fin 115 and secure bond fin 116; Heat insulating member can be arranged in the above-mentioned space as required and carry out heat-blocking action.
Rear end lower and bottom surface at above-mentioned discharge guide rail 110 are formed with the structure that is used for carrying out with above-mentioned air guide rail 70 secure bond.At first, be formed with in the rear end lower of above-mentioned discharge guide rail 110 and insert projection 117, the insertion projections 117 that are inserted in the above-mentioned insertion groove 73 have and above-mentioned insertion groove 73 corresponding length.Be formed with the insertion groove 118 that is used to install above-mentioned assembling fin 74 in the bottom surface of above-mentioned discharge guide rail 110, above-mentioned insertion groove 118 is formed on and is formed on the assembling fin 74 corresponding positions of sidewall 71 upper ends of above-mentioned air guide rail 70.
The top of above-mentioned discharge guide rail 110 is provided with control device 120.Above-mentioned control device 120 is on above-mentioned discharge guide rail 110 and in the space between said machine casing 55 tops; Above-mentioned control device 120 roughly is made of control panel 122 and control cabinet 124.Above-mentioned control panel 122 is installed in the control device through hole 66 of above-mentioned front panel 60, is provided with action bars 123 in the front of above-mentioned control panel 122.The inside that is arranged on the above-mentioned control cabinet 124 at above-mentioned control panel 122 back sides possesses the various parts that are useful on the control air conditioner.
The rear of above-mentioned air guide rail 70 and below be provided with compressor 135 in the space between the wind deflector 140 that will illustrate.Above-mentioned compressor 135 compressions send working fluid to outdoor heat converter 160 after passing through above-mentioned indoor heat converter working fluid of inciting somebody to action after 80s.For a working fluid with gaseous state is sent in the above-mentioned compressor 135, the inside of above-mentioned compressor 135 links fluid reservoirs (ACCNMULATION) 136 by connecting piece (PIPE) 137.
In above-mentioned chassis 50 and casing 55 formed spaces, be provided with wind deflector 140 in the outside.The design height of above-mentioned wind deflector 140 is, the bottom of wind deflector 140 is installed on the above-mentioned chassis 50, can make the top of the top contact of wind deflector 140 in said machine casing 55.So above-mentioned wind deflector 140 is that left and right sides width is than highly relatively little structure.
Be formed with through hole 141 on the above-mentioned wind deflector 140, the central part of above-mentioned through hole 141 is penetrated with the rotating shaft 133 of above-mentioned drive motors 130.Above-mentioned through hole 141 is to make suction grid 57 by said machine casing 55 from outside inhaled air, flow into the path of above-mentioned wind deflector 140 inside.The inside that is positioned at the wind deflector 140 of above-mentioned through hole 141 central authorities is provided with outside fan 150.Above-mentioned outside fan 150 is arranged on the front end of above-mentioned rotating shaft 133.
Be formed with brace table 142 in the upper end of above-mentioned wind deflector 140, above-mentioned brace table 142 contacts are at the top of said machine casing 55.In above-mentioned wind deflector 140, be formed with lower end secure bond part 143 and upper end secure bond part 143.Above-mentioned lower end secure bond part 143 is formed on the secure bond part 73 corresponding positions with above-mentioned air guide rail 70; Above-mentioned upper end secure bond part 143 is formed on the upper end secure bond part 114 corresponding positions with above-mentioned discharge guide rail 110.Above-mentioned upper and lower end secure bond part 143,143 is used for fixing in conjunction with carriage 155.
The sidewall 145 that forms above-mentioned wind deflector 140 sides is provided with cut-off 147, the interference that above-mentioned cut-off 147 can avoid above-mentioned outside fan 150 to produce.Above-mentioned cut-off 147 is more outstanding laterally than above-mentioned sidewall 145, forms the inner space of above-mentioned wind deflector 140.So, can use than the big relatively outside fan 150 of above-mentioned wind deflector 140 two ends width that is equivalent to distance between the above-mentioned sidewall 145.Above-mentioned cut-off 147 is open towards the rear of said machine casing 55.
In addition, the front end at above-mentioned cut-off 147 is provided with airtight 148.But be attached on the above-mentioned cut-off 147 to above-mentioned airtight 148 turn.That is to say, above-mentioned airtight 148 with the linking portion of above-mentioned cut-off 147 relatively unfertile land form, make above-mentioned airtight 148 can turn for cut-off 147.Be formed with a pair of insertion projection 148c respectively on above-mentioned airtight 148 top and bottom one side, above-mentioned insertion projection 148c is used for fixing in conjunction with above-mentioned cut-off 147.Above-mentioned insertion projection 148c is inserted in a side of above-mentioned cut-off 147 and inserts between the projection 148c, and above-mentioned outside fan 150 is arranged under the state of wind deflector 140 inside, covers the open portion of above-mentioned cut-off 147.
The construction section that is formed with depression in the upper end of above-mentioned sidewall 145 differs from 149; Above-mentioned construction section differs from and is formed with secure bond projection 149 on 149, and said fixing is used for fixing in conjunction with outdoor heat converter 160 in conjunction with projection 149.Said fixing in conjunction with projection 149 from the rear end of above-mentioned sidewall 145 towards the front end formation that is inclined upwardly, said fixing forms vertical plane in conjunction with the front end end of projection 149.
Be provided with outdoor heat converter 160 in the inside of above-mentioned wind deflector 140.Expose towards the rear of air conditioner at the rear that above-mentioned outdoor heat converter 160 is opened by said machine casing 55.
Above-mentioned outdoor heat converter 160 makes by above-mentioned outside fan 150 from outside inhaled air, through the guiding of above-mentioned wind deflector 140 during by outdoor heat converter 160 and working fluid carry out heat exchange.Above-mentioned outdoor heat converter 160 is made of conduit (PIPE) 161, fin 162 and passage 164.Above-mentioned conduit 161 is to carry out structure alternately after the repeatedly bending to the left and right; Above-mentioned fin 162 is inserted on the outer peripheral face of above-mentioned conduit 161, can increase the thermocontact area with air; Above-mentioned passage 164 forms the both ends of outdoor heat converter 160.Above-mentioned passage 164 forms the both ends of outdoor heat converter 160, possesses the structure of the secure bond of being useful on above-mentioned wind deflector 140 simultaneously.Above-mentioned outdoor heat converter 160 is the big structures of aspect ratio left and right sides width.
With form channel section on the passage 164 of the corresponding outdoor heat converter 160 of above-mentioned cut-off 147 sides and differ from 165.It is a end and passage 164 vertical curve from above-mentioned passage 164 that above-mentioned channel section differs from 165 structure, then again towards above-mentioned wind deflector 140 direction vertical curve.At this moment, can not to run through the end that is arranged on the conduit 161 on the above-mentioned passage 164 more outstanding so that differ from 165 surface ratio towards the channel section of above-mentioned wind deflector 140 direction bendings.This is a necessary structure in the manufacturing process of above-mentioned outdoor heat converter 160.
An above-mentioned wing passage section differs to be formed with on 165 to eliminate disturbs parts 166.Above-mentioned elimination disturbs parts 166 to be used to avoid interference with above-mentioned airtight 148 handle portion 148h.In addition, differ from 165 at above-mentioned channel section, differing to bore a hole on the 149 corresponding parts with above-mentioned construction section has secure bond hole 167.Said fixing combined hole 167 has and combines projection 149 corresponding shapes with said fixing.In the present embodiment, said fixing combined hole 167 forms quadrangle.
Below, the effect of the indoor structure of wall-through type air conditioner of the present invention with said structure is elaborated.
Below, the assembling of indoor of the present invention parts is described.At first, above-mentioned air guide rail 70 is arranged on the above-mentioned chassis 50.At the back side of above-mentioned air guide rail 70 drive motors 130 is installed, is made the rotating shaft 132 of above-mentioned drive motors 130 give prominence to inside in the above-mentioned flowing space 72.Above-mentioned turbo fan 100 is arranged on the above-mentioned rotating shaft 132, aforementioned barriers 90 is installed on the above-mentioned air guide rail 70.At this moment, on the side arm 71 of above-mentioned air guide rail 70, make dividing plate 90 be installed on the air guide rail 70 stream guardrail 92 secure bond of aforementioned barriers 90.
Then, above-mentioned discharge guide rail 110 is arranged on the upper end of above-mentioned air guide rail 70.At this moment, the insertion projection 117 of above-mentioned discharge guide rail 110 is inserted in the insertion groove 73 of sidewall 71 upper ends of above-mentioned air guide rail 70.At this moment, in order to make above-mentioned insertion projection 117 sides be in low relatively position, under the state that makes above-mentioned discharge guide rail 110 inclinations, after being inserted into above-mentioned insertion projection 117 in the above-mentioned insertion groove 73, move the front end of above-mentioned discharge guide rail 110 to the bottom, the insertion groove 118 of above-mentioned discharge guide rail 110 bottom surfaces is inserted on the above-mentioned assembling fin 74, discharge guide rail 110 is installed on the air guide rail 70.
In addition, above-mentioned indoor heat converter 80 is installed on the support fin 76 of water discharging part 75 of above-mentioned air guide rail 70.At this moment, above-mentioned stream guardrail 92 is combined closely on the passage of the two ends of above-mentioned indoor heat converter 80.
Then, make above-mentioned control device 120 be installed in above-mentioned discharge guide rail 110 above.At this moment, control cabinet 124 is directed to being provided with on the guide rail 115 of above-mentioned discharge guide rail 110, set the position of above-mentioned control device 120 after, use secure bond screw above-mentioned control device 120 of s secure bond and secure bond fin 116 according to design condition.
On the one hand, under the state that above-mentioned each parts are hidden by said machine casing 55, above-mentioned front panel 60 is installed.At this moment, make above-mentioned indoor heat converter 80 be positioned at above-mentioned suction part 62 corresponding positions on, above-mentioned discharge guide rail 110 is positioned on the position corresponding to above-mentioned discharge section through hole 64.To be arranged in the above-mentioned discharge stream 111 by the above-mentioned discharge grid 119 that above-mentioned discharge section through hole 64 can expose.In addition, control panel 122 can be installed in the control device through hole 66 of above-mentioned front panel 60 with exposing.
In the present invention,, above-mentioned turbo fan 100 is rotated, sucks the air in air mediation space by above-mentioned suction part 62 by the work of above-mentioned drive motors 130.By above-mentioned suction part 62 inhaled airs, carry out heat exchange during through above-mentioned indoor heat converter 80 and between the working fluid, flow into the inside of turbo fan 100 then by aforementioned barriers hole 91.To be drawn into the air of above-mentioned turbo fan 100 inside, discharge, be sent to from the above-mentioned flowing space 72 in the discharge stream 111 of above-mentioned discharge guide rail 110 to the flowing space 72.
Be sent to the air in the above-mentioned discharge stream 111, by the guiding of above-mentioned discharge grid 119, the discharge section through hole 64 of the above-mentioned front panel 60 of process is drained in the air mediation space.
As mentioned above, in the present invention, above-mentioned air guide rail 70 and discharge guide rail 110 are individually formed, and air guide rail 70 and discharge guide rail 110 are assembled mutually.Be formed with insertion groove 73 and assembling fin 74 in the upper end of the sidewall 71 of above-mentioned air guide rail 70; On above-mentioned discharge guide rail 110, be formed with and insert projection 117 and insertion groove 118.So, need not to use independent secure bond hole and secure bond screw, above-mentioned air guide rail 70 and discharge guide rail 110 are assembled mutually.
Particularly, above-mentioned air guide rail 70 and discharge guide rail 110 are injection articles of heat insulation material.So the above-mentioned air guide rail 70 of assembling mutually and discharge guide rail 110 play and will be divided into the effect of indoor and outside by the inner space that above-mentioned chassis 50 and casing 55 form.At this moment, be separated from each other formation owing to make above-mentioned air guide rail 70 and discharge guide rail 110, institute is so that left and right sides width diminishes relatively than ratio highly.So, can strengthen above-mentioned air guide rail 70 and the rigidity of discharging guide rail 110, make that seldom producing distortion under assembled state waits metaboly.
In addition, because the discharge stream 111 of above-mentioned discharge guide rail 110 directly is connected with the flowing space 72 of above-mentioned air guide rail 70, so can make the air of indoor mobile apart from relatively short.
In addition and since with above-mentioned control device 120 be installed in above-mentioned discharge guide rail 110 above, so because of temperature difference produce part with the globule be above-mentioned control device 120 below.So, for the provision for thermal insulation of above-mentioned control cabinet 120, only need on above-mentioned discharge guide rail 110 and control device 120 below between take provision for thermal insulation to get final product, so can reduce heat insulation area.
In addition, by being formed on support fin ribs sheet 115 and the secure bond fin 116 above the above-mentioned discharge guide rail 110, make above-mentioned control device 120 and discharge between the guide rail 110 to form the space.Above-mentioned space itself forms an insulated space, heat insulating member can be arranged in the space according to design condition.
Up to the present, though be that the center has been described in detail with embodiments of the invention, the personnel that have general knowledge under the present invention in the technical area can propose a lot of distortion in basic fundamental thought range of the present invention.Basic fundamental thought of the present invention is embodied in the patent request scope, and all in the equal with it scope nearly all should be interpreted as belonging to scope of the present invention.
Claims (5)
1. the indoor structure of a wall-through type air conditioner is characterized in that, comprising:
Casing, front panel, indoor heat converter, turbo fan, air guide rail and discharge guide rail;
Said machine casing cooperates the formation big inner space of width, the aspect ratio left and right sides with the chassis that forms the bottom surface;
Above-mentioned front panel is arranged on the front of said machine casing, and above-mentioned front panel is provided with and sucks part and discharge section, and above-mentioned suction part and discharge section are used for the indoor of above-mentioned inner space and the air between the air mediation space flows;
Above-mentioned indoor heat converter is arranged on the rear of above-mentioned front panel, and above-mentioned indoor heat converter makes air and the working fluid by above-mentioned suction part inhaled air mediation space carry out heat exchange;
Above-mentioned turbo fan provides the motive power that air is flowed in the indoor of air conditioner;
The front end of above-mentioned air guide rail is provided with above-mentioned indoor heat converter, be formed in the flowing space of above-mentioned air guide rail inside and be provided with above-mentioned turbo fan, and air guide rail is divided indoor and outside;
Above-mentioned discharge guide rail inserts the top that is installed in above-mentioned air guide rail, possess in the rear end of above-mentioned discharge guide rail to have and cooperate the demarcation strip of dividing indoor and outside with above-mentioned air guide rail, and can be with the discharge section that guides through the air behind the above-mentioned turbo fan to above-mentioned front panel.
2. the indoor structure of wall-through type air conditioner according to claim 1 is characterized in that:
On above-mentioned discharge guide rail and in the space between the top of said machine casing, the control device that is used to control air conditioner work is installed, and the control panel that constitutes above-mentioned control device can be provided with towards the discharge section upper end of above-mentioned front panel with exposing.
3. the indoor structure of wall-through type air conditioner according to claim 2 is characterized in that:
Two ends are formed with the very long guide rail that is provided with on above-mentioned discharge guide rail, and the above-mentioned guide rail that is provided with is given prominence to towards the fore-and-aft direction of discharging guide rail, can guide the position at above-mentioned control device two ends.
4. according to the indoor structure of claim 2 or 3 described wall-through type air conditioners, it is characterized in that:
On above-mentioned discharge guide rail, be formed with a plurality of support fins, in the same direction as the above-mentioned a plurality of support fins that form very longways be used to support above-mentioned control device below.
5. the indoor structure of wall-through type air conditioner according to claim 4 is characterized in that:
Be provided with in the guide rail above-mentioned, the length of a side is formed relatively shortly; The rear that guide rail be set relatively short in length also is provided with the secure bond fin, said fixing in conjunction with fin support above-mentioned control device below, carry out secure bond simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB031385958A CN100398919C (en) | 2003-04-30 | 2003-04-30 | Indoor arrangement for window type air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB031385958A CN100398919C (en) | 2003-04-30 | 2003-04-30 | Indoor arrangement for window type air conditioner |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1542327A true CN1542327A (en) | 2004-11-03 |
| CN100398919C CN100398919C (en) | 2008-07-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB031385958A Expired - Fee Related CN100398919C (en) | 2003-04-30 | 2003-04-30 | Indoor arrangement for window type air conditioner |
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| Country | Link |
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| CN (1) | CN100398919C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100356109C (en) * | 2004-11-29 | 2007-12-19 | 乐金电子(天津)电器有限公司 | Indoor unit of air conditioner |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11325518A (en) * | 1998-05-20 | 1999-11-26 | Fujitsu General Ltd | Outdoor machine for air-conditioner |
| JP2001147035A (en) * | 1999-11-19 | 2001-05-29 | Fujitsu General Ltd | Outdoor unit for air conditioner |
| CN1170087C (en) * | 2001-01-06 | 2004-10-06 | Lg电子株式会社 | Window-type air-conditioner |
-
2003
- 2003-04-30 CN CNB031385958A patent/CN100398919C/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100356109C (en) * | 2004-11-29 | 2007-12-19 | 乐金电子(天津)电器有限公司 | Indoor unit of air conditioner |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100398919C (en) | 2008-07-02 |
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