CN1955604A - Drainage mechanism for indoor unit of air conditioner - Google Patents

Abstract

A water drainage mechanism of indoor unit on air-conditioner is water drainage unit at internal of said indoor unit for collecting and draining condensed water from indoor heat exchanger, setting water drainage hood on said water drainage unit for avoiding condensed water on said water drainage unit to flow into internal of said indoor unit.

Description

The drainage mechanism of air-conditioner indoor set

Technical field

The present invention relates to a kind of air-conditioner indoor set, particularly relate to the drainage mechanism that a kind of condensed water that can prevent to accumulate in the Drainage Division flows into the air-conditioner indoor set of above-mentioned indoor unit blowing fan.

Background technology

Usually, thereby air regulator carries out the comfort conditions that refrigerating/heating keeps room air to indoor, and air regulator is divided into separation type [seperate type] or one-piece type [split type] substantially.

All identical on above-mentioned one-piece type and its function of separation type, but the one-piece type function that will freeze heat release forms integrated, in the wall perforation in house or directly installation on door and window, and separation type is installed refrigerating plant in the indoor, heat release and compression set are installed in the outside, and are connected two devices that are separated from each other with refrigerant tubing.

In the above-mentioned air regulator, divergence type is made up of indoor set, off-premises station and refrigerant tubing substantially.The indoor heat exchanger of the built-in execution refrigerating function of indoor set; Outdoor heat exchanger, compressor and the expansion gear of built-in execution heat release of off-premises station and compression function; Refrigerant tubing connects indoor set and off-premises station.

Fig. 1 is the air-conditioner indoor set profile according to conventional art.

See also shown in Figure 1ly, air-conditioner indoor set was made up of sash 2, preceding methods, rack 10, front panel 12, blowing fan 14 and indoor heat exchanger 16 in the past.Preceding methods, rack 10 is combined in the front of above-mentioned sash 2, is provided with air suction inlet 4 and sucks lattice coral 6, and form air outlet 8 at its front downside or bottom surface; Front panel 12 is arranged on above-mentioned preceding methods, rack 10 makes its bottom can carry out activity; Blowing fan 14 is arranged on above-mentioned indoor set inside; Indoor heat exchanger 16 is arranged on said fan 14, above-mentioned air suction inlet 4 and sucks between the lattice coral 6.

Methods, rack 10 is provided with prefilter 5 before above-mentioned, and its function is to filter the foreign matter from air suction inlet 4 inhaled airs of above-mentioned the place ahead.

Above-mentioned indoor heat exchanger 16 is made up of vertical component effect 16a, the 1st rake 16b and the 2nd rake 16c.Vertical component effect 16a is formed between said fan 14 and the above-mentioned the place ahead air suction inlet 4; The 1st rake 16b from the upper end of above-mentioned vertical component effect 16a to the upper angled certain angle of above-mentioned sash 2; The 2nd rake 16c from the upper end of above-mentioned the 1st rake 16b to the lower tilt certain angle of above-mentioned sash 2.

The below of above-mentioned the 2nd rake 16c is provided with the 1st Drainage Division 18, and it can be collected from the condensed water of above-mentioned indoor heat exchanger 16 drippages.

The interior side-lower of methods, rack 10 forms the 2nd Drainage Division 20 before above-mentioned, receives from the condensed water of above-mentioned indoor heat exchanger 16 drippages, is provided with detachable lattice coral 26 simultaneously, and it comprises shutter 22 and blade 24.Shutter 22 changes the air left and right sides wind direction of discharging from above-mentioned air outlet 8; Blade 24 can change wind direction up and down.

The actuating motor when the running refrigerating pattern of air regulator in the past with said structure is rotated said fan 14, and room air filters out the inside that foreign matter flow into above-mentioned indoor set afterwards by above-mentioned prefilter 5.

The room air that is drawn into is through above-mentioned heat exchanger 16, utilization obtains cooling by the cold-producing medium of above-mentioned indoor heat exchanger 16, under the guiding of above-mentioned shutter 22 and blade 24, be discharged to indoor after the above-mentioned draft fan 14 of its process by above-mentioned air outlet 8.

When moving the refrigeration mode of above-mentioned air regulator, airborne moisture is at the surface condensation of above-mentioned indoor heat exchanger 16, and the moisture of condensation flows to above-mentioned the 1st Drainage Division 18 and above-mentioned the 2nd Drainage Division 20 along the surface of above-mentioned indoor heat exchanger 16.

But, owing to have the air-conditioner indoor set according to conventional art of said structure, the quality problems of the above-mentioned air regulator that said fan causes may take place to flow into because of the condensed water that drops onto above-mentioned the 1st Drainage Division, but also the problem that exists the condensed water that flow into said fan to flow out from above-mentioned outlet.

This shows that above-mentioned existing indoor set obviously still has inconvenience and defective, and demands urgently further being improved in structure and use.In order to solve the problem that indoor set exists, relevant manufacturer there's no one who doesn't or isn't seeks solution painstakingly, but do not see always that for a long time suitable design finished by development, and common product does not have appropriate structure to address the above problem, this obviously is the problem that the anxious desire of relevant dealer solves.

Because the defective that above-mentioned existing indoor set exists, the inventor is based on being engaged in this type of product design manufacturing abundant for many years practical experience and professional knowledge, and the utilization of cooperation scientific principle, actively studied innovation, drainage mechanism in the hope of the air-conditioner indoor set of founding a kind of new structure, can improve general existing indoor set, make it have more practicality.Through constantly research, design, and after studying sample and improvement repeatedly, create the present invention who has practical value finally.

Summary of the invention

Main purpose of the present invention is, overcome the defective that existing indoor set exists, and provide a kind of drainage mechanism of air-conditioner indoor set of new structure, technical problem to be solved is to make it provide a kind of thereby drainage cover is arranged on the air-conditioner indoor set that condensed water that the Drainage Division can prevent to accumulate in the Drainage Division flows into above-mentioned indoor unit blowing fan, thereby be suitable for practicality more, and have the value on the industry.

The object of the invention to solve the technical problems realizes by the following technical solutions.The drainage mechanism of a kind of air-conditioner indoor set that proposes according to the present invention, it is made up of Drainage Division and drainage cover; The Drainage Division is formed on the inside of indoor set, collects and discharge the condensed water that flows out from indoor heat exchanger; Thereby drainage cover is arranged on the phenomenon that condensation flow that above-mentioned Drainage Division prevents to accumulate in above-mentioned Drainage Division is gone into indoor set inside.

Purpose of the present invention and solve its technical problem and also can be applied to the following technical measures to achieve further.

The drainage mechanism of aforesaid air-conditioner indoor set, wherein said Drainage Division is made up of the 1st Drainage Division that is formed on top, sash the place ahead and the 2nd Drainage Division that is formed on detachable lattice coral top.

The drainage mechanism of aforesaid air-conditioner indoor set, wherein said drainage cover are arranged on above-mentioned the 1st Drainage Division.

The drainage mechanism of aforesaid air-conditioner indoor set, wherein said drainage cover comprise bottom surface sections, front face, rear face and the anti-portion of splashing; Bottom surface sections is positioned at above-mentioned the 1st Drainage Division; Front face is connected in a side of above-mentioned bottom surface sections, the opposite side that rear face is connected in above-mentioned bottom surface sections stores condensed water; The anti-portion's one side of splashing is connected with above-mentioned front face, and prevents that the condensed water that gathers from flowing into indoor set inside.

The drainage mechanism of aforesaid air-conditioner indoor set, wherein said anti-its other end of portion that splashes is connected with rake.

The present invention compared with prior art has tangible advantage and beneficial effect.By above technical scheme as can be known, in order to reach aforementioned goal of the invention, major technique of the present invention thes contents are as follows:

The drainage mechanism of a kind of air-conditioner indoor set that the present invention proposes is made up of Drainage Division and drainage cover.The Drainage Division is formed on the inside of indoor set, collects and discharge the condensed water that flows out from indoor heat exchanger; Thereby drainage cover is arranged on the phenomenon that condensation flow that above-mentioned Drainage Division prevents to accumulate in above-mentioned Drainage Division is gone into indoor set inside.The present invention can prevent that above-mentioned condensed water from giving harmful effect to the performance of above-mentioned indoor set, and can prevent that above-mentioned condensed water from flowing out the discharge oral-lateral of above-mentioned indoor set.

By technique scheme, the drainage mechanism of air-conditioner indoor set of the present invention has following advantage at least:

1, Drainage Division of the present invention is formed on the inside of indoor set, discharges the condensed water that flows out from indoor heat exchanger;

2, thereby drainage cover of the present invention is arranged on the phenomenon that condensation flow that above-mentioned Drainage Division prevents to accumulate in above-mentioned Drainage Division is gone into indoor set inside, therefore can prevent that above-mentioned condensed water from giving harmful effect to the performance of above-mentioned indoor set, and can prevent that condensed water from flowing out the discharge oral-lateral of above-mentioned indoor set.

3, the present invention is as long as be installed in above-mentioned the 1st Drainage Division with above-mentioned drainage cover, and installation process is fairly simple.

In sum, the drainage mechanism of the air-conditioner indoor set of special construction of the present invention, it has above-mentioned many advantages and practical value, and in like product, do not see have similar structural design to publish or use and really genus innovation, no matter it structurally or bigger improvement all arranged on the function, have large improvement technically, and produced handy and practical effect, and more existing indoor set has the multinomial effect of enhancement, thereby be suitable for practicality more, and have the extensive value of industry, really be a new and innovative, progressive, practical new design.

Above-mentioned explanation only is the general introduction of technical solution of the present invention, for can clearer understanding technological means of the present invention, and can be implemented according to the content of specification, below with preferred embodiment of the present invention and conjunction with figs. describe in detail as after.

The specific embodiment of the present invention is provided in detail by following examples and accompanying drawing thereof.

Description of drawings

Fig. 1 is the air-conditioner indoor set profile according to conventional art;

Fig. 2 is the schematic diagram according to air regulator of the present invention;

Fig. 3 is according to air-conditioner indoor set decomposing schematic representation of the present invention;

Fig. 4 is according to air-conditioner indoor set profile of the present invention.

2: sash 4: air suction inlet

5: prefilter 6: suck the lattice coral

8: air outlet 10: preceding methods, rack

12: front panel 14: blowing fan

16: indoor heat exchanger 16a: vertical component effect

16b: the 1st rake 16c: the 2nd rake

20: the 2 Drainage Divisions, 18: the 1 Drainage Divisions

22: shutter 24: blade

26: detachable lattice coral

100: indoor set 102: sash

102a: refrigerant tubing passes through hole 102b: the pipeline support portion

102c: back side air suction inlet 103a: carrier pipe through hole

103b: flexible pipe through hole 104: left channel guidance part

105: heat exchanger support 106: the right channel guidance part

The Drainage Division 108 in 107: the 1: Drainage Division, the left and right sides

109: Drainage Division, front and back 110: preceding methods, rack

110a: projection groove

111: the place ahead air suction inlet 112: the place ahead prefilter

113; Top air suction inlet 114: the top sucks the lattice coral

115: left side, top prefilter 116: right side, top prefilter

117: slip guidance part 118: decorative panel

119a: suck guidance part 119c: air-vent

120: detachable 121: the 2 Drainage Divisions of lattice coral

122: air outlet 123: detachable fuselage

124: shutter 125: blade

126: scupper hose 130: wind pushing motor

132: blowing fan 134: indoor heat exchanger

134a: vertical component effect 134b: the 1st rake

134c: the 2nd rake 135: refrigerant tubing

140: front panel 140a: panel frame

140b: door glass 140c: open pore

140d: printed article 140e: articulate projection

Link in 141: the 1 link in 142: the 2

143: link support 144: shelf

145: start with motor 146: pinion

148: display part 149: the display part seating means

150: ventilating unit 152: the ventilation pressure fan

154: the ventilation carrier pipe

160: drainage cover 161: bottom

162: anterior 163: the rear portion

164: the anti-portion 165 of splashing: rake

180: engine casing (Eng Cas) 190: control cabinet

200: off-premises station

250: oxygen supply 252: the oxygen generation unit

254: oxygen hose

The specific embodiment

Reach technological means and the effect that predetermined goal of the invention is taked for further setting forth the present invention, below in conjunction with accompanying drawing and preferred embodiment, to its specific embodiment of air-conditioner indoor set, structure, feature and the effect thereof that foundation the present invention proposes, describe in detail as after.

See also Fig. 2, Fig. 3, shown in Figure 4, Fig. 2 is the schematic diagram according to air regulator of the present invention; Fig. 3 is the decomposing schematic representation according to air-conditioner indoor set of the present invention; Fig. 4 is the profile according to air-conditioner indoor set of the present invention.

As shown in Figure 2, the air-conditioner indoor set of preferred embodiment of the present invention, it mainly is made up of indoor set 100 and off-premises station 200, ventilating unit 150, oxygen supply 250, and wherein: ventilating unit 150 is formed on above-mentioned indoor set 100, room air is discharged to outdoor; Oxygen supply 250 is arranged on above-mentioned off-premises station 200, by above-mentioned indoor set 100 to indoor supply oxygen O ".

Above-mentioned air regulator comprises refrigerating/heating pattern, ventilatory pattern and oxygen pattern.The refrigerating/heating pattern is to discharge cold wind or warm braw I ' from above-mentioned indoor set 100; Ventilatory pattern is that indoor air I is drawn into indoor set 100 to outdoor discharge; The oxygen pattern is by indoor set 100 supply oxygen O "; Above-mentioned refrigerating/heating pattern, ventilatory pattern and oxygen pattern can together or independently be implemented.

Above-mentioned indoor set 100 is provided with indoor heat exchanger 134 and indoor blower.Indoor heat exchanger 134 makes cold-producing medium obtain evaporation/condensation and room air is carried out heat exchange; Indoor blower is drawn into above-mentioned indoor set 100 inside with room air, makes it indoor through being sent to after the indoor heat exchanger 134.

Above-mentioned ventilating unit 150 comprises that the ventilation that is arranged on above-mentioned indoor set 100 inside is with pressure fan 152 with will " direct into outdoor ventilation carrier pipe 154 with the room air I of pressure fan 152 air-supplies by above-mentioned ventilation.

Side above-mentioned ventilation is arranged on about the inside of above-mentioned indoor set 100 with pressure fan 152 in.

Above-mentioned ventilation carrier pipe 154 one ends are arranged on the inside of above-mentioned indoor set 100, and connect the carrier pipe through hole 103a that is positioned at above-mentioned indoor set 100, and its other end extends to outdoor.

Above-mentioned off-premises station 200 is provided with compressor, outdoor heat exchanger, expansion gear and outdoor draft fan.The compressor compresses cold-producing medium; Outdoor heat exchanger utilizes outdoor air to make condensation of refrigerant/evaporation; Expansion gear expands cold-producing medium; Outdoor draft fan is drawn into off-premises station inside with outdoor air makes it outdoor through delivering to after the above-mentioned outdoor heat exchange.

Above-mentioned oxygen supply 250 comprises oxygen generation unit 252 and oxygen hose 254.Oxygen generation unit 252 suction chamber outer air generate oxygen, and oxygen hose 254 will " direct into above-mentioned indoor set 100 inside from the oxygen O that above-mentioned oxygen generation unit 252 generates.

Above-mentioned oxygen generation unit 252 is arranged on the top of above-mentioned off-premises station 200, and it is separation of nitrogen and oxygen O from outdoor air I ", thus oxygen O " is fed to above-mentioned oxygen hose 254, and is discharged to nitrogen O ' outdoor

Above-mentioned oxygen hose 254 one ends are connected with above-mentioned oxygen maker 252, and connect the flexible pipe through hole 103b of above-mentioned indoor set 100; Its other end is arranged on indoor heat exchanger 134 the place aheads or the upside of above-mentioned indoor set 100.

See also Fig. 2, Fig. 3, shown in Figure 4 again, above-mentioned indoor set 100 is made up of sash 102, preceding methods, rack 110, detachable lattice coral 120, indoor blower and indoor heat exchanger 134.Wherein, preceding methods, rack 110 is arranged on the place ahead of above-mentioned sash 102; Detachable lattice coral 120 is arranged on the downside of above-mentioned preceding methods, rack 110; Indoor blower is made up of wind pushing motor 130 that is arranged on above-mentioned sash 102 and blowing fan 132; Indoor heat exchanger 134 is arranged between said fan 132 and the above-mentioned preceding methods, rack 110.

See also Fig. 3, shown in Figure 4 again, thereby above-mentioned sash 102 has formed refrigerant tubing passes through the refrigerant tubing 135 that is connected in above-mentioned indoor heat exchanger 134 by hole 102a, connects above-mentioned refrigerant tubing by hole 102a and support the pipeline support portion 102b of refrigerant tubing 135 but also be provided with.

Thereby above-mentioned sash 102 forms back side air suction inlet 102c makes room air pass through top, the back side inflow of above-mentioned indoor set.

The outstanding left channel guidance part 104 that forms in the anterior left side of above-mentioned sash 102, left channel guidance part 104 forms the passage that obtains the air of heat exchange in the above-mentioned indoor heat exchanger 134.

The anterior left side of above-mentioned sash 102 forms heat exchanger support 105, heat exchanger support 105 not only forms the air duct that obtains heat exchange in the above-mentioned indoor heat exchanger 134, and support above-mentioned indoor heat exchanger 134 left sides, and connect by attaching parts such as screws.

The anterior right side of above-mentioned sash 102 has formed right channel guidance part 106, and right channel guidance part 106 supports the right side of above-mentioned indoor heat exchanger 134, forms the air duct that obtains heat exchange in the above-mentioned indoor heat exchanger 134 simultaneously.

And, thereby discharge from the condensed water of above-mentioned indoor heat exchanger 134 drippages outstanding the 1st Drainage Division 107 that forms, the top, the place ahead of above-mentioned sash 102.

Above-mentioned the 1st Drainage Division 107 comprises Drainage Division, the left and right sides 108 and Drainage Division, front and back 109.Drainage Division, the left and right sides about 108 is formed on the top, the place ahead of above-mentioned sash 102; Drainage Division 109, front and back is from above-mentioned heat exchanger support 105 other outstanding formation of a side direction of Drainage Division, the above-mentioned left and right sides 108.

Be Drainage Division, the above-mentioned left and right sides 108, can prevent that the condensed water that accumulates in above-mentioned the 1st Drainage Division 107 from flowing into said fan 132 thereby drainage cover 160 is arranged on the left and right directions of above-mentioned indoor set 100 more longways.

Above-mentioned drainage cover 160 comprises bottom surface sections 161, front face 162, rear face 163 and the anti-portion 164 of splashing.Thereby bottom surface sections 161 forms with hectograph and makes it that above-mentioned the 1st Drainage Division 107 is set; Front face 162 is connected in a side of above-mentioned bottom surface sections 161, and forwards is inclined upwardly; Rear face 163 is connected in the opposite side of above-mentioned bottom surface sections 161, and vertically forms with the last side direction of above-mentioned indoor set 100; The anti-portion's 164 one sides of splashing are connected with above-mentioned front face 162, and it can prevent that condensed water is to said fan 132 side inflows.

Above-mentioned front face 162 is with acclivitous hectograph formation forwards; The end that is not connected in above-mentioned bottom surface sections 161 of above-mentioned rear face 163 is to be bent to form; The above-mentioned anti-portion 164 of splashing is with acclivitous hectograph formation rearward.

And above-mentioned anti-portion's 164 its other ends that splash connect the rake 165 that forms with acclivitous hectograph forwards.

See also Fig. 2, Fig. 3, shown in Figure 4 again, above-mentioned preceding methods, rack 110 forms air suction inlet 111 forwardly, makes the place ahead prefilter 112 be positioned at above-mentioned the place ahead air suction inlet 111 simultaneously; And form top air suction inlet 113 up, make the top suck lattice coral 114 simultaneously and be positioned at above-mentioned top air suction inlet 113.

The bottom surface that above-mentioned top sucks lattice coral 114 forms slip guidance part 117, thereby and above above-mentioned slip guidance part 117 is provided with left and right prefilter 115,116 can filter through sucking the airborne foreign matter of lattice coral 114 above above-mentioned.

The place ahead periphery of methods, rack 110 is provided with decorative panel 118 before above-mentioned.

Methods, rack 110 forms and sucks guidance part 119a before above-mentioned, to above-mentioned indoor heat exchanger 134 it is flowed out thereby can guide the indoor air stream that is drawn into above-mentioned the place ahead air suction inlet 111 and top air suction inlet 113 from the side.

Respectively form one about above-mentioned suction guidance part 119a, wherein, the left side sucks guidance part and forms a plurality of air-vent 119c, and the effect of air-vent 119c is to make from the room air I that is drawn into above-mentioned indoor set 100 inside the part air to be drawn into the especially above-mentioned ventilation of above-mentioned ventilating unit 150 pressure fan 152.

See also Fig. 3, shown in Figure 4, above-mentioned detachable lattice coral 120 is made up of detachable fuselage 123, shutter 124 and blade 125.Detachable fuselage 123 its tops form 121, the 2 Drainage Divisions 121, the 2nd Drainage Division and collect and discharge from the condensed water of above-mentioned indoor heat exchanger 134 drippages, and detachable fuselage 123 its belows form above-mentioned air outlet 122 simultaneously; 124 pairs of air left and right sides wind directions of discharging from above-mentioned air outlet 122 of shutter are adjusted; 125 pairs of air of discharging from above-mentioned air outlet 122 of blade wind direction are up and down adjusted.

Thereby above-mentioned detachable fuselage 123 connects scupper hose 126 makes the condensed water of above-mentioned the 2nd Drainage Division 121 discharge to the outside of above-mentioned air regulator.

See also Fig. 3, shown in Figure 4 again, above-mentioned indoor heat exchanger 134 is made up of vertical component effect 134a, the 1st rake 134b and the 2nd rake 134c.Vertical component effect 134a is vertically set on air suction inlet 111 back, above-mentioned the place ahead; The 1st rake 134b tilts from the upper end backward directions of above-mentioned vertical component effect 134a; The 2nd rake 134c has a down dip from the upper end backward directions of above-mentioned the 1st rake 134b.

Its lower end of above-mentioned vertical component effect 134a is arranged on the 2nd Drainage Division 121 upsides of above-mentioned detachable lattice coral 120.

Above-mentioned the 2nd its lower end of rake 134b is arranged on the Drainage Division, the especially above-mentioned left and right sides, the 1st Drainage Division 121 108 of above-mentioned sash 102.

See also Fig. 2, Fig. 3, shown in Figure 4, above-mentioned indoor set 100 also comprises the movable front panel 140 that is arranged on above-mentioned preceding methods, rack 110 fronts, and its effect is the above-mentioned the place ahead of closure or openness air suction inlet 111.

Above-mentioned front panel 140 is made up of panel frame 140a, door glass 140b and printed article 140d.Panel frame 140a movable and removably be connected above-mentioned before the front portion of methods, rack 110, and in order to form hyalomere described later, the one side forms open pore 140c; Door glass 140b is arranged on the place ahead of above-mentioned panel frame 140a; Printed article 140d can be printed on the back side of above-mentioned door glass 140, but can not be printed on the place ahead of above-mentioned open pore 140c.

The back side of above-mentioned front panel 140, thereby the below is outstanding form articulate projection 140e make its bottom at above-mentioned front panel 140 be mounted on above-mentioned before activity forwards under the state of methods, rack 110 forward lower part, thereby before above-mentioned the forward lower part of methods, rack 110 form projection with groove 110a make articulate projection 140e with left and right directions, lower side to articulating with the place ahead direction, but the activity direction of not above side direction and front panel 140 articulates.

Above-mentioned front panel 140, by the link means be connected above-mentioned before the forward lower part of methods, rack 110.

Above-mentioned link means are made up of the 1st link the 141, the 2nd link 142 and link support 143.The 1st link 141 hinges are connected in the forward lower part of above-mentioned preceding methods, rack 110; The 2nd link 142 hinges are connected in the back side of above-mentioned the 1st link 141 and above-mentioned front panel 140; Link support 143 is with above-mentioned the 2nd link 142 movable back sides that are articulated in above-mentioned front panel 140.

Methods, rack 110 and above-mentioned front panel 140 are provided with the front panel startup means of the above-mentioned front panel of movable closure or openness before above-mentioned.

Above-mentioned front panel starts means and is made up of with motor 145 and pinion 146 shelf 144, front panel startup.Shelf 144 detachably is arranged on the top, north of above-mentioned front panel; The front panel startup is arranged on above-mentioned preceding methods, rack 110 with motor 145; Pinion 146 is structured in above-mentioned front panel and starts with the rotating shaft of motor 145 and above-mentioned shelf 144 is matched by gear.

Above-mentioned front panel 140 forms hyalomere by open pore 140c and the door glass 140b of above-mentioned panel frame 140a, and the rear of above-mentioned hyalomere is provided with the operation information that display part 148 shows above-mentioned air regulator.

The front of the back side of above-mentioned front panel 140 and preceding methods, rack 110, form display part seating means 149, thereby when tilting or above-mentioned front panel 140 vertically is installed, make above-mentioned display part 148 be positioned at the rear of above-mentioned hyalomere, when above-mentioned front panel 140 make when methods, rack 110 separates before above-mentioned above-mentioned display part 148 remain on above-mentioned before the front side of methods, rack 110.

Reference marks 180 shown in Figure 3 refer to hide above-mentioned wind pushing motor 130 be connected to the engine casing (Eng Cas) of above-mentioned sash 102 with screw or hook.

Reference marks 190 shown in Figure 3 refers to control assembly that the above-mentioned air regulator of control is housed and the control cabinet that is arranged on above-mentioned engine casing (Eng Cas) 180 the place aheads or upside.

The technological innovation of the drainage mechanism of the air-conditioner indoor set of the present invention that above-mentioned structure like this constitutes all has many saving graces for technical staff of the same trade now, and the progressive that possesses skills really.But, in technical field of the present invention,, can improve other exercisable embodiment of the present invention as long as possess the most basic knowledge.In the present invention substantive technical scheme has been proposed the patent protection request, its protection domain should comprise all variation patterns with above-mentioned technical characterstic.

The above, it only is preferred embodiment of the present invention, be not that the present invention is done any pro forma restriction, though the present invention discloses as above with preferred embodiment, yet be not in order to limit the present invention, any those skilled in the art, in not breaking away from the technical solution of the present invention scope, when the technology contents that can utilize above-mentioned announcement is made a little change or is modified to the equivalent embodiment of equivalent variations, in every case be the content that does not break away from technical solution of the present invention, according to technical spirit of the present invention to any simple modification that above embodiment did, equivalent variations and modification all still belong in the scope of technical solution of the present invention.

Claims (5)

1, a kind of drainage mechanism of air-conditioner indoor set is characterized in that: it is made up of Drainage Division and drainage cover; The Drainage Division is formed on the inside of indoor set, collects and discharge the condensed water that flows out from indoor heat exchanger; Thereby drainage cover is arranged on the phenomenon that condensation flow that above-mentioned Drainage Division prevents to accumulate in above-mentioned Drainage Division is gone into indoor set inside.

2, the drainage mechanism of air-conditioner indoor set according to claim 1 is characterized in that wherein said Drainage Division is made up of the 1st Drainage Division that is formed on top, sash the place ahead and the 2nd Drainage Division that is formed on detachable lattice coral top.

3, the drainage mechanism of air-conditioner indoor set according to claim 1 is characterized in that wherein said drainage cover is arranged on above-mentioned the 1st Drainage Division.

4, the drainage mechanism of air-conditioner indoor set according to claim 1 is characterized in that wherein said drainage cover comprises bottom surface sections, front face, rear face and the anti-portion of splashing; Bottom surface sections is positioned at above-mentioned the 1st Drainage Division; Front face is connected in a side of above-mentioned bottom surface sections, the opposite side that rear face is connected in above-mentioned bottom surface sections stores condensed water; The anti-portion's one side of splashing is connected with above-mentioned front face, and prevents that the condensed water that gathers from flowing into indoor set inside.

5, the drainage mechanism of air-conditioner indoor set according to claim 4 is characterized in that the wherein said anti-splash other end is connected with rake.