CN107869782A

CN107869782A - Air-conditioning

Info

Publication number: CN107869782A
Application number: CN201710854369.2A
Authority: CN
Inventors: 曹城准; 李东润; 李济够; 慎世勋; 尹俊镐; 崔兴燮; 金权镇
Original assignee: Samsung Electronics Co Ltd
Current assignee: Samsung Electronics Co Ltd
Priority date: 2016-09-22
Filing date: 2017-09-20
Publication date: 2018-04-03
Anticipated expiration: 2037-09-20
Also published as: US20180080676A1; KR20180032439A; CN107869782B

Abstract

The disclosure provides a kind of air-conditioning, and the air-conditioning includes：Housing, there is entrance, export and be arranged to the exhaust plate adjacent with the outlet, the exhaust plate has multiple holes；Heat exchanger, it is arranged on the inside of the housing；Pressure fan, for blowing the air exchanged with the exchanger heat；And shield, it is movably disposed at least one in first path and the second path to open and close, flow to the outlet through the first path by the air that the pressure fan blows, the exhaust plate is flow to through second path.

Description

Air-conditioning

Technical field

Embodiment of the disclosure is related to a kind of air-conditioning, more particularly, to a kind of sky that can change air discharge method Adjust.

Background technology

Generally, air-conditioning is that a kind of adjusted temperature, humidity, air-flow, distribution etc. to the mankind by using cooling circulation is lived The equipment of dynamic optimum condition.The primary clustering of composition cooling circulation includes compressor, condenser, evaporator and pressure fan.

Air-conditioning can be divided into the split-type air conditioner and indoor unit and outdoor list that indoor unit and outdoor unit are installed separately Member is installed along with the window air conditioner in single cabinet.The indoor unit of split-type air conditioner is included to the sky for the inside for being drawn into panel Gas carries out the heat exchanger of heat exchange, and room air is drawn into the inside of panel and the air of suction is discharged into room again The pressure fan in interior space.In typical air-conditioning, indoor unit is designed to minimize heat exchanger, and improves pressure fan Revolutions per minute (RPM) is so that wind speed and air quantity maximize.Therefore, the temperature of the air of discharge reduces, and is discharged into interior The air in space forms narrow and long path.

Therefore, when user directly contacts the air of discharge, he/her may feel that it is cold and uncomfortable, and when he/her does not have When contacting the air of discharge, he/her may feel that heat and discomfort.

In addition, the RPM for increasing pressure fan to obtain high wind speed causes the increase of noise.Meanwhile in order to obtain and make With the air-conditioning identical performance (capability) of pressure fan, air is adjusted in the case of without using any pressure fan Radiation air-conditioner (radiant air conditioner) need big panel.In addition, radiation air-conditioner has low-down cooling Speed, and need high construction cost.

The content of the invention

The one side of the disclosure provides a kind of air-conditioning that can realize various air discharge methods.

Another aspect of the present disclosure provides a kind of minimum wind speed cooling that be able to can be felt comfortably cool with user or heating chamber The air-conditioning in interior space.

The another aspect of the disclosure provide one kind can by make wind speed minimize carry out convection current come perform cooling and Adjacent domain realizes the air-conditioning of radiation cooling.

The additional aspect of the disclosure will be illustrated partly in the following description, and part will be aobvious from specification And be clear to, or acquistion can be put into practice by the disclosure.

According to the one side of the disclosure, a kind of air-conditioning includes：Housing, have entrance, export and be arranged to it is described go out The adjacent exhaust plate of mouth, the exhaust plate have multiple holes；Heat exchanger, it is arranged on the inside of the housing；Pressure fan, for blowing Send the air with heat exchanger heat exchange；And shield, it is movably disposed to open and close in first path and the second path It is at least one, wherein, the outlet is flow to through the first path by the air that the pressure fan blows, by the pressure fan The air blowed flow to the exhaust plate through second path.

The shield is configured to closing the second of the first position of the first path and closing second path Slided between position.

The shield behind the exhaust plate on be located in the second place.

The exhaust plate is formed at least one of the preceding surface and side surface of the housing.

The shield can be rotatably set in the inside of the housing, and the second path described in when the outlet is opened Close.

The shield is configured to the internal slide in the housing, and is configured to close when the outlet is opened Second path.

The shield is rotatably arranged the inside of the housing, and rotatable for closing institute when the port closing State first path.

The air-conditioning also includes blade, and the blade is configured to guiding from described in the air of the outlet drain or closing Outlet.The blade includes：Multiple first blades, it is configured to move from guide position to closed position, the guide position For guiding the air of discharge, the closed position is used for mobile from the guide position and blocks the outlet；At least one Individual second blade, the multiple first blade is operationally set to be moved between the guide position and the closed position, and And block the outlet together with the multiple first blade in the closed position.

The air-conditioning also includes forming the drain bar in the exhaust plate and the lower section of the heat exchanger.

The drain bar protrudes from the preceding surface of the housing.

The air-conditioning also includes the luminescence unit for being at least a partially formed and being configured to launch light along the housing.

The entrance also includes：First entrance, formed in the rear surface or side surface of the housing；Second entrance, shape , towards the front of the housing, and it is configured as passing through institute by the air that blows of blowing as together with the outlet Closed when stating exhaust plate discharge.

The air-conditioning also includes the entrance door for being configured to open and close the second entrance.

The air-conditioning also includes the supplemental blower for being arranged on the top of the second entrance, and the supplemental blower For towards the air blowed in front of the housing from exhaust plate discharge.

According to an aspect of this disclosure, a kind of air-conditioning includes the housing with outlet and is arranged to adjacent with the outlet Exhaust plate, the heat exchanger that is arranged in the housing and be arranged to by with the air that the heat exchanger exchanges heat by it is described go out Mouth or the exhaust plate are discharged into the pressure fan of the outside of the housing.The exhaust plate includes the first plate and the second plate, described First plate and second plate have multiple holes respectively, wherein, first plate and second plate in the off mode and are beaten Moved under on-mode, under the close pattern, multiple holes of one in first plate and second plate are by another plate Close, under the opening pattern, multiple holes in first plate and second plate are opened.

When the outlet is opened, the exhaust plate is operated with the close pattern, and when the port closing, The exhaust plate is operated with the opening pattern.

First plate and second plate are configured to slide between the opening pattern and the close pattern.Institute The hole for stating the first plate and second plate is in alignment with each other under the opening pattern.

First plate and second plate are intimate contact with one another under the close pattern and in the opening pattern Under be separated from each other.

According to an aspect of this disclosure, a kind of air-conditioning includes the housing with outlet, is arranged to adjacent with the outlet And the exhaust plate with multiple holes, the heat exchanger being arranged in the housing, it is arranged to exchange heat with the heat exchanger Air is discharge the pressure fan of the outside of the housing by the outlet or the exhaust plate and is arranged in the housing With the accessory plate separated with the exhaust plate, wherein, the accessory plate includes multiple holes, by the pressure fan blow towards institute The air for stating exhaust plate flows through the multiple hole.

The air blowed by the pressure fan sequentially flows through the accessory plate and the exhaust plate, and is discharged into institute State the outside of housing.

Brief description of the drawings

By be will become obvious below in conjunction with description of the accompanying drawing to embodiment, these and/or other aspect with advantage Be easier to be appreciated, in the accompanying drawings：

Fig. 1 is the perspective view according to the air-conditioning for applying example of the disclosure.

Fig. 2, Fig. 3 and Fig. 4 show the operation of air-conditioning in accordance with an embodiment of the present disclosure.

Fig. 5 and Fig. 6 is the perspective view according to the air-conditioning of another embodiment of the present disclosure.

Fig. 7 and Fig. 8 is the diagram according to the operation of the air-conditioning of another embodiment of the present disclosure.

Fig. 9 is the perspective view according to the air-conditioning of another embodiment of the present disclosure.

Figure 10 A and Figure 10 B show the operation of the air-conditioning according to another embodiment of the present disclosure.

Figure 11 A and Figure 11 B show the operation of the air-conditioning according to another embodiment of the present disclosure.

Figure 12 and Figure 13 is the sectional view according to the air-conditioning of another embodiment of the present disclosure.

Figure 14 and Figure 15 is the diagram for the vane operation for showing the air-conditioning according to another embodiment of the present disclosure.

Figure 16 and Figure 17 is the diagram for the operation for showing the shield according to another embodiment of the present disclosure.

Figure 18 is the diagram of the shape for the shield for showing the another embodiment according to the disclosure.

Figure 19 is the diagram of the shape for the shield for showing the another embodiment according to the disclosure.

Figure 20 is the perspective view according to the air-conditioning of another embodiment of the present disclosure.

Figure 21 and Figure 22 is the diagram for the operation for showing the air-conditioning according to another embodiment of the present disclosure.

Figure 23 is the sectional view according to the air-conditioning of another embodiment of the present disclosure.

Figure 24 is the perspective view according to the air-conditioning of another embodiment of the present disclosure.

Figure 25 is the perspective view according to the air-conditioning of another embodiment of the present disclosure.

Figure 26 and Figure 27 is the diagram for the operation for showing the air-conditioning according to another embodiment of the present disclosure.

Figure 28 is the sectional view for showing the air-conditioning according to another embodiment of the present disclosure.

Embodiment

The construction shown in embodiment and accompanying drawing described in this specification is only preferred embodiment of the present disclosure, therefore should Understand, when submitting the application, the example of the various modifications of embodiment and accompanying drawing described in replaceable this specification is Feasible.

In addition, this specification accompanying drawing it is each in similar label or symbol represent to perform essentially identical function Component or element.

The term used in this specification is used to describe embodiment of the disclosure.Therefore, for a person skilled in the art It is evident that, there is provided the purpose that the description to the exemplary embodiment of the disclosure is merely to illustrate below, rather than go out In the purpose of the present invention that limitation is limited by claim and its equivalent.It should be understood that unless within a context in addition Clearly indicate, otherwise singulative also includes plural referents.It will be appreciated that ought be in this manual in use, term There is stated feature, numeral, step, component, component or its combination in " comprising ", "comprising" and/or " having " instruction, still Other one or more features, numeral, step, component, component or its combination are not precluded the presence or addition of.

It should be appreciated that although being used herein term " first ", " second " etc. to describe various elements, but these Element should not be limited by these terms.These terms are used only for distinguishing an element with another element.For example, do not taking off In the case of teaching from the disclosure, the first element discussed below is referred to alternatively as the second element, and similarly, the second element can quilt Referred to as the first element.As it is used herein, term "and/or" includes one or more any combination during correlation is listd With all combinations.

Hereinafter, describe in detail with reference to the accompanying drawings in accordance with an embodiment of the present disclosure.

The cooling circulation for forming air-conditioning may be configured with compressor, condenser, expansion valve and evaporator.Cooling circulation is executable Compression condensation-a series of the process of expansion-evaporation, so that high temperature air is exchanged heat with low-temperature refrigerant, then to Interior Space Between supply Cryogenic air.

Refrigerant gas can be compressed to high-temperature high-pressure state and the refrigerant gas of compression is emitted into condensation by compressor Device.Condenser can condense the refrigerant gas of compression to liquid, and distribute heat around in condensation process.Expansion valve can incite somebody to action By the liquid refrigerant that the expanding liquidus refrigerant in high temperature, high pressure conditions of condenser condensation is low-pressure state.Evaporator The refrigerant expanded by expansion valve can be evaporated.Evaporator can be carried out by using the evaporation latent heat of refrigerant with object to be cooled Heat exchange makes to be back to compressor in low temperature, the refrigerant gas of low-pressure state to reach cooling effect.Pass through the circulation, energy Enough adjust the air themperature of the interior space.

The outdoor unit of air-conditioning can be the part of cooling circulation, and be configured with compressor and outdoor heat exchanger.Expansion Valve can be arranged in any one in indoor unit and outdoor unit, and indoor heat exchanger can be arranged on the interior list of air-conditioning In member.

This disclosure relates to the air-conditioning for cooling down the interior space, wherein, outdoor heat exchanger is used as condenser and interior is changed Hot device is used as evaporator.Hereinafter, air-conditioning will be referred to as ease of description, including the indoor unit of indoor heat exchanger, and Indoor heat exchanger will be referred to as heat exchanger.

Fig. 1 is the perspective view of air-conditioning in accordance with an embodiment of the present disclosure.Fig. 2, Fig. 3 and Fig. 4 are to be used to describe according to this public affairs The diagram of the operation of the air-conditioning for the embodiment opened.

Air-conditioning 1 may include housing 10, heat exchanger 20 and blowing unit 30.Housing 10 may include entrance 12 and outlet 14.Change Hot device 20 can be exchanged heat with the air for the inside for entering housing 10.Blowing unit 30 can be by air circulation to the inside of housing 10 It is or outside.

Housing 10 may include to be formed with the front panel 10a of outlet 14, be arranged on the rear board at front panel 10a rear 10b, the side panel 10c being arranged between front panel 10a and rear board 10b and the top and bottom for being arranged on side panel 10c Plate 10d and lower panel 10e above upper.In the ongoing illustrated embodiment, entrance 12 may be formed in side panel 10c, and outlet 14 can Formed in front panel 10a.However, entrance 12 and the position not limited to this of outlet 14.

Housing 10 may include that guiding flows through the blade 16 of the air of outlet 14.Blade 16 can be located in outlet 14, to change Flow through the direction or closure outlet 14 of the air of outlet 14.More specifically, blade 16 can be in guide position 16a and closed position Rotated between 16b, guide position 16a is parallel to the blowing direction of the air blowed, and closed position 16b is perpendicular to the air blowed Blowing direction.

Blowing unit 30 may include pressure fan 32.In the ongoing illustrated embodiment, pressure fan 32 can be axial flow blower, but not It is limited to this.Pressure fan 32, which can have, makes the air from the suction of entrance 12 flow through heat exchanger 20 and then by air from outlet 14 or later The construction that multiple holes 44 of description are discharged.

Blowing unit 30 may include motor 34.Motor 34 can apply revolving force to pressure fan 32.

Heat exchanger 20 is settable in the housing 10, to be exchanged heat with the air entered by entrance 12.That is, change Hot device 20 can conduct heat from the air heat absorption entered by entrance 12 or to the air entered by entrance 12.Under heat exchanger 20 Side, drain bar 22 can be set, to collect the water condensed by heat exchanger 20.

Air-conditioning 1 may include exhaust plate 40.

Exhaust plate 40 can be the part of housing 10 or the element separated with housing 10.In the ongoing illustrated embodiment, arrange Plate 40 is put to may be formed on the front panel 10a of housing 10.More specifically, exhaust plate 40 can be located at the lower section of outlet 14.However, row Put that the position of plate 40 is unrestricted, as long as exhaust plate 40 is formed at least one in the preceding surface and side surface of housing 10 i.e. Can.Exhaust plate 40 may include plate body 42 and form multiple holes 44 in plate body 42.The air blowed by pressure fan 32 can pass through Outlet 14 or the multiple holes 44 formed in exhaust plate 40 are emitted into the outside of housing 10.

Air-conditioning 1 may include shield 50.Shield 50 can be moveable in the inside of housing 10.Formed in the inside of housing 10 Air path may include first path P1 and the second path P 2, flow to out by the air that pressure fan 32 blows through first path P1 Mouth 14, exhaust plate 40 is flow to by the air that pressure fan 32 blows through the second path P 2.Shield 50 can close first path P1 and It is at least one in two path Ps 2.Therefore, shield 50 can have with outlet 14 width or exhaust plate 40 width it is corresponding Size.Shield 50 can close first path P1 first position 50a at it and it closes the second place 50b of the second path P 2 Between be moveable.The first position 50a of shield 50 can be that shield 50 as shown in Figure 3 hinders among first path P1 First path P1 position is kept off, or shield 50 as shown in Figure 4 stops outlet 14 to close the position of outlet 14.Shield 50 Second place 50b can be position that shield 50 as shown in Figure 2 is located on the rear surface of exhaust plate 40.What shield 50 moved Method is unrestricted.For example, shield 50 can slide between first position 50a and second place 50b.

Hereinafter, the operation by description according to the air-conditioning 1 of above-mentioned construction.

First, it will describe to be emitted into the operation of the outside of housing 10 by outlet 14 by the air that pressure fan 32 blows.

Reference picture 2, shield 50 may be provided at second place 50b, to close the second path P 2.The sky blowed by pressure fan 32 Gas can stop that the second path P 2 is moved without flowing in multiple holes 44 along first path P1 because of shield 50.Therefore, by pressure fan 32 air blowed can flow through heat exchanger 20, be moved along first path P1, then pass through the discharge of outlet 14.In operation, leaf Piece 16 can be located at guide position 16a.

Air-conditioning 1 can be by outlet 14 by the blow air of heat exchange to the outside of housing 10, so that with being blown by multiple holes 44 Send the situation of the air of heat exchange to compare, rapidly adjust indoor temperature.

Now, will describe to be emitted into the outer of housing 10 by multiple holes 44 of exhaust plate 40 by the air that pressure fan 32 blows The operation in portion.

Reference picture 3 and Fig. 4, shield 50 can be located at first position 50a.To close first path P1.In this case, by The air that pressure fan 32 blows can stop that first path P1 is moved without flowing to outlet 14 along the second path P 2 because of shield 50.Cause This, the air blowed by pressure fan 32 can flow through heat exchanger 20, be flowed along the second path P 2, then be disposed to multiple holes 44 In.In this operation, blade 16 may be at closed position 16b.

Air-conditioning 1 can be blown by multiple holes 44 of exhaust plate 40 by the blow air of heat exchange to the outside of housing 10 with reducing The flow velocity of the air sent.It is therefore possible to prevent user directly contacts the air blowed, so that user pleases oneself.

Hereinafter, the air-conditioning according to another embodiment of the present disclosure will be described.Hereinafter, will omit on it is above-mentioned Construct the description of identical construction.

Fig. 5 and Fig. 6 is that Fig. 7 and Fig. 8 are to be used to describe basis according to the perspective view of the air-conditioning of another embodiment of the present disclosure The diagram of the operation of the air-conditioning of another embodiment of the present disclosure.

Air-conditioning 100 may include exhaust plate 140.

Exhaust plate 140 can be moveable, to cover the outlet 14 of housing 10.That is, exhaust plate 140 can be opened 14 are exported with closing.Therefore, exhaust plate 140 can have the size corresponding with the width of outlet 14.

Exhaust plate 140 may include plate body 142 and form multiple holes 144 in plate body 142.The sky blowed by pressure fan 32 Gas can be emitted into the outside of housing 10 by outlet 14 or the multiple holes 144 formed in exhaust plate 140.

The first position 140a and the cover outlet 14 of exhaust plate 140 that exhaust plate 140 can separate in exhaust plate 140 with outlet 14 Second place 140b between be moveable.What exhaust plate 140 moved between first position 140a and second place 140b Method is unrestricted.For example, exhaust plate 140 can slide between first position 140a and second place 140b.

Hereinafter, the operation by description according to the air-conditioning of above-mentioned construction.

Reference picture 5 and Fig. 7, the air blowed by pressure fan 32 can be directed to outlet 14 by heat exchanger 20.Now, if For exhaust plate 140 in first position 140a, then the air blowed by pressure fan 32 can be in the case of by the interference of exhaust plate 140 The outside of housing 10 is emitted into by outlet 14.

Next, description is emitted into housing 10 by the air that pressure fan 32 blows by multiple holes 144 of exhaust plate 140 Outside operation.

Reference picture 6 and Fig. 8, the air blowed by pressure fan 32 similar with the above situation can be directed to by heat exchanger 20 Outlet 14.Now, if exhaust plate 140 can pass through cover outlet in second place 140b, the air blowed by pressure fan 32 Multiple holes 144 of 14 exhaust plate 140 are emitted into the outside of housing 10.If the air blowed is discharged by multiple holes 144 To the outside of housing 10, then the air of user's direct contact heat transfer can be prevented, so as to which user can please oneself.

Fig. 9 is the perspective view according to the air-conditioning of another embodiment of the present disclosure.Figure 10 A and Figure 10 B are to be used to describe basis The diagram of the operation of the air-conditioning of another embodiment of the present disclosure.

Air-conditioning 200 may include exhaust plate 240.

Exhaust plate 240 can form at least part of housing 10.Formed more specifically, exhaust plate 240 can surround outlet 14.

Because exhaust plate 240 forms the part of housing 10, therefore the inner surface of exhaust plate 240 can be towards the inside of housing 10 Space, the outer surface of exhaust plate 240 can be towards the outside of housing 10.

Exhaust plate 240 may include the first plate 242 and the second plate 244.

First plate 242 and the second plate 244 can include multiple hole 242a and 244a respectively, and can contact with each other on surface.More Body, the first plate 242 can be towards the outer surface of housing 10, and the second plate 244 may be provided on the rear surface of the first plate 242, With towards the inner space of housing 10.

First plate 242 may include the first plate body 242b and form multiple first hole 242a in the first plate body 242b.The Two plates 244 may include the second plate body 244b and form multiple second hole 244a in the second plate body 244b.

Exhaust plate 240 can be in close pattern 240a and the 240b operations of opening pattern.Opening pattern 240a, the first hole 242a Alternately arranged with the second hole 244a.That is, the first hole 242a can be stopped by the second plate body 244b, and the second hole 244a can be stopped by the first plate body 242b.

Pattern 240b is being opened, the second plate 244 can be moved parallel to relative to the first plate 242 so that the first hole 242a and the Two hole 244a align.That is, in the case where opening pattern 240b, the first hole 242a can align with the second hole 244a, will blow Air the outside of housing 10 is emitted into from the inner space of housing 10.In the ongoing illustrated embodiment, the second plate 244 can be relative to First plate 242 moves, but not limited to this.However, for example, the first plate 242 can move relative to the second plate 244, or the first plate 242 and second plate 244 can be moved along opposite direction.

First, it will describe to be disposed to the operation of the outside of housing 10 by outlet 14 by the air that pressure fan 32 blows.

Reference picture 10A, exhaust plate 240 can enter close pattern 240a.That is, in the first plate 242 and the second plate 244 The multiple holes of any one can by the first plate 242 and the second plate 244 another plate body block.That is, by blowing The air that machine 32 blows can flow through heat exchanger 20, and the outside of housing 10 is then discharged into by outlet 14.

Next, description is emitted into housing 10 by the air that pressure fan 32 blows by multiple holes 44 of exhaust plate 40 Outside operation.

Reference picture 10B, exhaust plate 240 can enter opening pattern 240b.That is, multiple hole 242a of the first plate 242 It can be alignd with multiple hole 244a of the second plate 244.That is, when exhaust plate 240 is opening pattern 240b operations, by blowing The air that machine 32 blows can be emitted into the outside of housing 10 by multiple hole 242a, 244a of exhaust plate 240.Now, export 14 can be closed by the blade 16 positioned at closed position 16b or shield 50.

Outlet 14 and exhaust plate 240 are selectively opened.That is, if outlet 14 is opened, exhaust plate 240 can Operated in close pattern 240a, if outlet 14 is closed, exhaust plate 240 can open pattern 240b operations.

Hereinafter, the air-conditioning according to another embodiment of the present disclosure will be described.Hereinafter, will omit and above-mentioned construction The description of identical construction.

Figure 11 A and Figure 11 B are the diagrams for describing the operation of the air-conditioning according to another embodiment of the present disclosure.

Exhaust plate 240 can be in close pattern 241a or the 241b operations of opening pattern.In close pattern 241a, the first plate 242 The second plate 244 can be in close contact.Now, the first hole 242a and the second hole 244a are alternately arranged.That is, the first hole 242a can be blocked by the second plate body 244b of the second plate 244, and the second hole 244a can be sealed by the first plate body 242b of the first plate 242 It is stifled.

Pattern 241b is being opened, the second plate 244 can move relative to the first plate 242 along fore-and-aft direction, so that the first plate 242 separate with the second plate 244.That is, the air blowed from the inner space of housing 10 can flow through the second plate 244 successively The space formed between second hole 244a, the first plate 242 and the second plate 244 and the first hole 242a of the first plate 242, Ran Houpai Put to the outside of housing 10.In the ongoing illustrated embodiment, the second plate 244 can move relative to the first plate 242, but not limited to this. However, for example, the first plate 242 can move relative to the second plate 244, or the first plate 242 and the second plate 244 can be along opposite Move in direction.

Air-conditioning 300 may include exhaust plate 40.

Exhaust plate 40 can be the part of housing 10, and can be formed as along the edge of outlet 14 with exporting 14 phases It is adjacent.

Air-conditioning 300 may include the accessory plate 360 with multiple holes 362.

Accessory plate 360 may be formed at the rear of exhaust plate 40.Accessory plate 360 can according to outlet 14 it is adjacent and with discharge The corresponding mode of plate 40 is formed at edge of the rear of exhaust plate 40 along outlet 14.Accessory plate 360 can be relative to from air-supply The air flow path of machine 32 towards exhaust plate 40 is located at the upstream of exhaust plate 40.By the construction, if outlet 14 is closed, by sending The air that blower fan 32 blows can sequentially flow through multiple holes 362 of accessory plate 360 and multiple holes 44 of exhaust plate 40, then be arranged It is put into the outside of housing 10.

Multiple holes 362 of accessory plate 360 and multiple holes 44 of exhaust plate 40 are sequentially flowed through due to the air blowed, therefore The air blowed can equably discharge relative to the whole surface of exhaust plate 40.Further, since accessory plate 360 is arranged on exhaust plate 40 upstream, therefore the condensation on exhaust plate 40 can be made minimum.

Figure 14 and Figure 15 is the operation for describing the blade for being included in the air-conditioning according to another embodiment of the present disclosure Diagram.

Housing 10 may include blade 16, and the air of outlet 14 is flowed through with guiding.Blade 16 can be located in outlet 14, with control Flow through the direction of the air of outlet 14, or closure outlet 14.In detail, blade 16 can be at it parallel to blowing blowing for air Rotated between the guide position 16a in direction and its closed position 16b perpendicular to the blowing direction for blowing air.

Blade 16 may include multiple first blades 17 and at least one second blade 18.

Multiple first blades 17 can guide the guide position 17a and the envelope of the first blade 17 of the air discharged in the first blade 17 Moved between the closed position 17b of stifled outlet 14.When the first blade 17 is in guide position 17a, the first blade 17 can be located at The parallel position of the blowing direction of air is blowed, when the first blade 17 is located at closed position 17b, the first blade 17, which can stop, to be blown The air sent.

At least one second blade 18 can control the position of the first blade 17.That is, at least one second blade 18 The first blade 17 can be made to be moved between guide position 17a and closed position 17b.When the first blade 17 is in closed position 17b, At least one second blade 18 can block outlet 14 to stop the air blowed together with the first blade 17.

Because outlet 14 is closed by the above-mentioned blade 18 of first blade 17 and second with dual structure, therefore can be effectively The air blowed is discharged by exhaust plate 40.

Figure 16 and Figure 17 is the diagram for describing the operation of the shield according to another embodiment of the present disclosure.Figure 18 is shown According to the shape of the shield of another embodiment of the present disclosure.Figure 19 shows the shape of the shield according to another embodiment of the present disclosure Shape.

Air-conditioning 400 may include shield 450.Shield 450 can be moveable in the inside of housing 10.In the inside of housing 10 Air path may include first path P1 and the second path P 2, flow to outlet through first path by the air that pressure fan 32 blows 14, it flow to exhaust plate 40 through the second path P 2 by the air that pressure fan 32 blows.Shield 450 can close the second path P 2.

Shield 450 can be moveable between first position 450a and second place 450b.When shield 450 is at first When putting 450a, the second path P 2 can be opened, as shown in figure 17.When shield 450 is in second place 450b, the second path P 2 can close Close, as shown in figure 16.Shield 450 can be rotatable in the inside of housing 10, to selectively close off the second path P 2.More Body, when exporting 14 opening, shield 450 can close the second path P 2.However, the shape of shield 450 and operation are unrestricted. For example, as shown in figure 18, shield 451 can be in the shape of panel, and can slide between the first position and the second position.This Outside, as shown in figure 19, shield 452 may include to rotate between the first position and the second place in the inside of housing 10 multiple Shield component.

If outlet 14 is closed by blade 16 or shield 450, shield 450 can open second at the 450a of first position Path P 2.When exporting 14 opening, shield 450 can also close the second path P 2 at the 450b of the second place.

Figure 20 is the perspective view according to the air-conditioning of another embodiment of the present disclosure.Figure 21 and Figure 22 is to be used to describe according to this The diagram of the operation of the air-conditioning of disclosed another embodiment.

Air-conditioning 500 may include shield 550.Shield 550 can be moveable in the inside of housing 10.Formed in housing 10 Internal air path may include first path P1 and the second path P 2, be flowed by the air that pressure fan 32 blows through first path P1 To outlet 14, exhaust plate 40 is flow to through the second path P 2 by the air that pressure fan 32 blows.Shield 550 can close first path P1。

Shield 550 can open first path P1 first position 550a at it and it closes the first path P1 second place It is moveable between 550b.Shield 550 can be corresponding with the width of the inner space of housing 10, to close first path P1. Shield 550 can be rotatable in the inside of housing 10.

Reference picture 21, shield 550 can be located at first position 550a, to open first path P1.Blowed by pressure fan 32 Air can be moved along first path P1, and the outside of housing 10 is then emitted into by outlet 14.

Reference picture 22, shield 550 can be located at second place 550b, to close first path P1.Blowed by pressure fan 32 Air can block first path P1 without being emitted into outlet 14 because of shield 550, and can be moved along the second path P 2 to pass through Multiple holes 44 of exhaust plate 40 are emitted into the outside of housing 10.

Hereinafter, the air-conditioning according to another embodiment of the present disclosure will be described.Hereinafter, will omit on it is above-mentioned The description of the identical construction of construction.

Air-conditioning 600 may include drain bar 622.Drain bar 622 may be provided at the bottom of heat exchanger 20, to collect by heat exchanger The water of 20 condensations.

Drain bar 622 can be projected into the outside of housing 10.More specifically, drain bar 622 can dash forward from the preceding surface of housing 10 Go out, so that the lower section on the preceding surface for being at least partially disposed at exhaust plate 40 of the water memory space of drain bar 622.

In such construction, because the water being condensate on exhaust plate 40 is stored in drain bar 622, therefore it can prevent Multiple holes 44 of exhaust plate 40 are blocked, and prevent that exhaust plate 40 is dirty.

Air-conditioning 700 may include luminescence unit 770.

Luminescence unit 770 can be set along at least part of periphery of housing 10.More specifically, luminescence unit 770 can edge The edge at least part of exhaust plate 40 for forming housing 10 is set.Luminescence unit 770 can launch light, and according to the transmitting of light Produce heat.Heat can make the water evaporation being condensate on exhaust plate 40 as caused by luminescence unit 770.

Figure 25 is the perspective view according to the air-conditioning of another embodiment of the present disclosure.Figure 26 and Figure 27 is to be used to describe according to this The diagram of the operation of the air-conditioning of disclosed another embodiment.

The entrance of air-conditioning 800 may include first entrance 813 and second entrance 812.

First entrance 813 may be formed at least one in the rear surface and side surface of housing 10, by extraneous air It is drawn into the inside of housing 10.Similar to outlet 14, second entrance 812 can be in the preceding surface of housing 10.More specifically, second Entrance 812 can be located in the front lower portion of housing 10.

Air-conditioning 800 may include entrance door 818, to open or close second entrance 812.Entrance door 818 can open or close Second entrance 812, with the opening second entrance 812 of selectivity.When the air of heat exchange discharges from exhaust plate 40, due to discharge The flow velocity of air is low, therefore the air discharged can be directed to the bottom of housing 10.In this case, the air of discharge can be by again Secondary to be sucked into second entrance 812, therefore, when the air of heat exchange is discharged by exhaust plate 40, second entrance 812 can be by entrance door 818 close.

Reference picture 26, extraneous air can be sucked into housing 10 by first entrance 813 and second entrance 812.Now, It is not necessary to open both first entrance 813 and second entrance 812, and it can only open first entrance 813 and second entrance 812 In one.In the ongoing illustrated embodiment, because second entrance 812 includes entrance door 818, therefore second entrance 812 can basis Environmental condition opens or closes.The air entered by first entrance 813 and second entrance 812 can be flowed through by pressure fan 32 to be changed Hot device 20, the outside of housing 10 is then discharged into by the outlet 14 of opening.

Reference picture 27, outlet 14 can be closed by the blade 16 positioned at closed position 16b or shield 50.

The air entered by first entrance 813 can flow through heat exchanger 20 by pressure fan 32, then pass through the more of opening Individual hole 44 is discharged into the outside of housing 10.Now, second entrance 812 can be closed by entrance door 818, to prevent by multiple holes The air of 44 discharges is sucked again to the inside of housing 10.

Figure 28 is the sectional view according to the air-conditioning of another embodiment of the present disclosure.

Air-conditioning 900 may also include supplemental blower 980.

Supplemental blower 980 can be located at the lower section of exhaust plate 140.Supplemental blower 980 can be from housing 10 along side forward To the air blowed from the discharge of exhaust plate 140.That is, supplemental blower 980 can blow air towards the front of housing 10.

Thus, it is possible to prevent from being sucked again in entrance 812 from the air that exhaust plate 40 discharges.

The air of heat exchange can be discharged according to different wind speed according to the air-conditioning of the disclosure.

In addition, the method for the air for blowing heat exchange can be changed according to the environment of user according to the air-conditioning of the disclosure.

In addition, user is blowed to according to the air of the controllable heat exchange of the air-conditioning of the disclosure indirectly, so as to improve expiring for user Meaning degree.

The disclosure is described in detail with reference to exemplary embodiment.However, exemplary embodiment should be to be considered merely as retouching The property stated meaning, and the invention is not restricted to this.It is evident that, it can make in this hair to those skilled in the art Various modifications and improvements in bright scope.

Claims

1. a kind of air-conditioning, including：

Housing, there is entrance, export and be arranged to the exhaust plate adjacent with the outlet, the exhaust plate has multiple holes；

Heat exchanger, it is arranged on the inside of the housing；

Pressure fan, it is configured to blow the air to be exchanged heat by the heat exchanger；And

Shield, it is movably disposed to be at least one in opening and closing first path and the second path, wherein, sent by described The air that blower fan blows flow to the outlet through the first path, by the air that the pressure fan blows through second path It flow to the exhaust plate.

2. air-conditioning according to claim 1, wherein, the shield is configured to close the first path in the shield First position and the shield close the second place in second path between slide.

3. air-conditioning according to claim 2, wherein, the second place is located on the rear surface of the exhaust plate.

4. air-conditioning according to claim 1, wherein, the exhaust plate is formed in the preceding surface and side surface of the housing At least one on.

5. air-conditioning according to claim 1, wherein, the shield can be rotatably set in the inside of the housing, and It is configured to close second path when the outlet is opened.

6. air-conditioning according to claim 1, wherein, the shield is configured to the internal slide in the housing, and It is configured to close second path when the outlet is opened.

7. air-conditioning according to claim 1, wherein, the shield can be rotatably set in the inside of the housing, and It is configured to close the first path when the outlet is closed.

8. air-conditioning according to claim 1, in addition to be configured to guiding from the air of the outlet drain or close institute The blade of outlet is stated,

Wherein, the blade includes：

Multiple first blades, it is configured to for guiding from described in the guide position of the air of the outlet drain and closing Moved between the closed position of mouth；

At least one second blade, mobile the multiple first is configured between the guide position and the closed position Blade, and close the outlet together with the multiple first blade in the closed position.

9. air-conditioning according to claim 1, in addition to form the draining in the exhaust plate and the lower section of the heat exchanger Plate.

10. air-conditioning according to claim 9, wherein, the drain bar protrudes from the preceding surface of the housing.

11. air-conditioning according to claim 1, in addition to being at least a partially formed and be configured to send out along the housing Penetrate the luminescence unit of light.

12. air-conditioning according to claim 1, wherein, the entrance also includes：

First entrance, formed at least one of rear surface and side surface of the housing；And

Second entrance, formed in the preceding surface of the housing, and be configured to when by the air-supply together with the outlet The air that machine blows is closed when being discharged by the exhaust plate.

13. air-conditioning according to claim 12, in addition to it is configured to open and close the entrance door of the second entrance.

14. air-conditioning according to claim 12, in addition to the supplemental blower of the top of the second entrance is arranged on, and And the supplemental blower is configured to blow the air from exhaust plate discharge towards in front of the housing.