CN208967956U - Drying device and air conditioning system - Google Patents

Abstract

The utility model provides a drying device and air conditioner, drying device includes: a housing (1) which can form a closed space and has an air inlet (11) and an air outlet (12); the clothes dryer comprises more than one partition board (2), wherein the partition boards (2) are arranged in the shell (1) and divide the shell (1) into at least two chambers, a communication channel (21) is arranged on each partition board (2) to enable the two adjacent chambers to be communicated, and at least one of the at least two chambers is a space for accommodating clothes and drying the clothes. Through the utility model discloses make steam can contact the clothing fully and dry the clothing to avoid making hot-blast be unlikely to from the air intake get into the casing and just take place from the condition that the air outlet flowed out through the clothing, reduced thermal loss, improved the drying effect to clothing etc. effectively.

Description

A kind of drying device and air-conditioning system

Technical field

The utility model belongs to technical field of drying, and in particular to a kind of drying device and air-conditioning system.

Background technique

The patent of Patent No. CN104374002A discloses a kind of drying air conditioner and control method, but which clothing Object and hot air impingement are uneven, only provide the power of air-flow, and outlet air and air inlet sustained height by air conditioner, cause hot gas to exist straight It connects from import and goes out, heat losses, so the hot gas amount that the clothes-drying device needs is big, low efficiency.

It is discharged since drying device in the prior art does not pass through clothing there are hot gas and leads to heat losses, dry Dry effect is poor；And clothing and hot gas exist and contacts that uneven, contact area is smaller, lead to the drying efficiency technical problems such as lowly, Therefore the utility model researching and designing goes out a kind of drying device and air-conditioning system.

Utility model content

Therefore, the technical problem to be solved by the present invention is to overcome drying device in the prior art, there are hot gas Not by clothing and the defect that is discharged and causes heat losses, drying effect poor, thus provide a kind of drying device and Air conditioner.

The utility model provides a kind of drying device comprising:

Shell, the shell can form enclosure space and have air inlet and air outlet；

Partition is more than one, is arranged in the enclosure interior and the shell is separated at least two chambers, And communicating passage is provided on the partition, so that be connected between two neighboring chamber, and at least two chambers At least one is formed as the space for accommodating clothing and it being dried.

Preferably,

The partition is one, vertically arranged, the shell is separated into the first Room for being distributed in the horizontal direction and Second Room, the clothing can be placed in first Room to be dried.

Preferably,

It further include supporter, the supporter is set to the inside of first Room, and the supporter can be used in placing Clothing thereon, and the supporter have inner cavity, the inner cavity side can be connected to the communicating passage, the inner cavity The other side can be connected to first Room.

Preferably,

The supporter includes the frame ontology and the superposed placement section for placing clothing positioned at lower part, and the frame sheet Body has hollow cavity, is formed as the inner cavity, has the air hole being connected with the inner cavity of lower part on the placement section.

Preferably,

The placement section is the planar structure that frame ontology upper end is arranged in, and the air hole runs through the planar structure And it is connected to the inner cavity；

Alternatively, the placement section is frame ontology upper end to be arranged in and curved-surface structure protruding upward, and it is described ventilative Hole is connected to through the surface of the curved-surface structure with the inner cavity.

Preferably,

The curved-surface structure includes multiple spaced globoidal structures and forms wavy shaped configuration, and the air hole It is arranged on the globoidal structure, forms the groove that can be drained between the two neighboring globoidal structure.

Preferably,

The air hole is multiple, and the arranged for interval in the planar structure or the globoidal structure.

Preferably,

The frame ontology has the notch for being connected to the inner cavity, and the notch is oppositely arranged with the communicating passage.

Preferably,

The supporter be it is multiple, side by side and compartment of terrain is connected on the partition, and multiple supporters are along horizontal Direction and/or along the vertical direction arranged for interval.

Preferably,

It is located at top position in first Room and is additionally provided with cross bar, it is settable for hanging clothing on the cross bar Clothes hanger.

Preferably,

The air inlet is positioned close to the position of the housing bottom, and the communicating passage on the partition is positioned close to The position of the case top；And/or

It further include the blower being arranged at the air inlet or the air outlet, the heat that the blower can be sucked and dried is empty Gas is to enter in the shell.

The utility model also provides a kind of air-conditioning system comprising preceding described in any item drying devices, further include hot gas The hot gas of output can be connected to the air inlet by providing device, the hot gas providing device.

Preferably, the hot gas providing device is the heat exchanger of wall hanging air conditioner, the heat exchanger of cabinet air-conditioner, mobile air conditioner At least one of heat exchanger and dehumidifier.

A kind of drying device and air conditioner provided by the utility model have the following beneficial effects:

1. the utility model is by way of being arranged partition in the shell in enclosure space, and partition setting connection is logical Road, the wind for enabling to air inlet to come in be circulated throughout in the chamber of partition side after again by the communicating passage runner on partition In adjacent next chamber, hot gas is enabled fully to contact clothing and clothing is dried, to avoid so that heat Wind is unlikely to enter the case where shell is just flowed out from air outlet without clothing from air inlet, reduces the loss of heat, Effectively improve the drying effect to clothing etc.；

2. the utility model is also by that can accept clothing in the first indoor setting supporter that clothing is dried While, by thermal current from the inner chamber that clothing upper end imports supporter along air hole, then by communicating passage it is directed at the In two Room, or from second Room by air-flow after the communicating passage, inner cavity, clothing enter first Room in, to have The flow path for increasing to effect air-flow, enhances its contact area between clothing, reduces air flow rate, improves The heat exchange efficiency that exchanges heat between air-flow and clothing, effectively increases drying efficiency；

3. the utility model further sets arc surfaced structure for the upper ends portion of supporter, can further by Clothing struts, and enables air-flow in the groove from clothing upper surface and between cambered surface to clothing lower surface while doing Dry effect effectively further increases the contact area of air-flow and locker room, and hot gas comes into full contact with clothing, and flow efficiency mentions Height, drying efficiency further get a promotion；And draining can be effectively performed by the groove structure between globoidal structure to make With, while preventing the water being precipitated on clothing from entering in the inner cavity of supporter by air hole, air-flow mobility is caused to reduce It happens, further increases drying efficiency；

3. the utility model is by using closed framework in irradiation modules, it is ensured that air-flow between clothing and air conditioner It in interior circulation, realizes that hot gas makes full use of, and air conditioner can be dehumidified and be heated to reflux gas with specific aim, reduces empty The power consumption of device is adjusted, and realizes the process of the autonomous control of clothes-drying mode；Irradiation modules are implemented by exchanging air inlet and outlet air Position is realized and is handled the cloth drying of different size, thickness；By changing clothing placement location, (supporter or top are horizontal Bar), realization handles different size of clothing；The air hole that irradiation modules implement supporter is uniformly distributed, and can allow clothing Object realizes that hot gas uniformly penetrates, and plays the role of ironing, so as to improve the fold of clothing.

Detailed description of the invention

Fig. 1 is the dimensional decomposition structure diagram of the drying device of the utility model；

Fig. 2 a is the stereoscopic schematic diagram of the supporter in the drying device of the utility model；

Fig. 2 b is the main view of the supporter in Fig. 2 a；

Fig. 2 c is the top view of the supporter in Fig. 2 a；

Fig. 2 d is the left view of the supporter in Fig. 2 a；

Fig. 3 is the schematic diagram of internal structure of the first scheme of the drying device of the utility model；

Fig. 4 is the schematic diagram of internal structure of the alternative plan of the drying device of the utility model；

Fig. 5 is the schematic diagram of internal structure of the third program of the drying device of the utility model.

Appended drawing reference indicates in figure are as follows:

1, shell；11, air inlet；12, air outlet；13, first；14, second；15, third door；2, partition；21, even Circulation passage；31, the first Room；32, second Room；4, supporter；41, inner cavity；42, frame ontology；43, placement section；44, air hole；45, Notch；46, groove；5, cross bar；6, clothes hanger；7, blower.

Specific embodiment

As shown in Figs. 1-5, the utility model provides a kind of drying device comprising:

Shell 1, the shell can form enclosure space and have air inlet 11 and air outlet 12；

Partition 2 is more than one, is arranged inside the shell 1 and the shell 1 is separated at least two chambers Room, and communicating passage 21 is provided on the partition 2, so that be connected between two neighboring chamber, and at least two chambers At least one of room is formed as the space for accommodating clothing and it being dried.

The utility model is by way of being arranged partition in the shell in enclosure space, and communicating passage is arranged in partition, The wind for enabling to air inlet to come in be circulated throughout in the chamber of partition side after again by the communicating passage runner phase on partition In adjacent next chamber, hot gas is enabled fully to contact clothing and clothing is dried, to avoid so that hot wind It is unlikely to enter the case where shell is just flowed out from air outlet without clothing from air inlet, reduces the loss of heat, have Improve to effect the drying effect to clothing etc..

The utility model is by changing the way of contact of high-temperature dry air and clothing that air conditioner generates, to be formed not Same drying effect.For air conditioner one direction drying mode currently on the market, irradiation modules and the air conditioner of the application is formed Circulation bidirectional structure in one confining gas.In addition, Liang Ge gas chamber is arranged in inside modules, pass through wavy glove Frame, clothing, partition split the modules into high-temperature dry air room and low temperature and moisture room, and then can be sufficiently sharp by the heat of air-flow It uses on clothing, the steam that dry gas carries increases；In addition be conducive to temperature of the air conditioner to air-flow, humidity inspection, make It obtains and autonomous control may be implemented on drying mode, and enclosed inner air circulation, the power consumption of air conditioner can be reduced.

Preferably,

The partition 2 be one, it is vertically arranged, the shell 1 is separated into the first Room being distributed in the horizontal direction 31 and second Room 32, the clothing can be placed in first Room 31 to be dried.This is the partition of the utility model It is preferred that the preferred structure mode of number and cavity, enables to clothing to carry out heating by hot-air in the first chamber to be done It is dry.

Preferably,

It further include supporter 4, the supporter 4 is set to the inside of first Room 31, and the supporter 4 can be used in Place clothing thereon, and there is the supporter 4 side of inner cavity 41, the inner cavity 41 can connect with the communicating passage 21 Logical, the other side of the inner cavity 41 can be connected to first Room 31.

The air-flow in the first Room 31 can be entered described the by the communicating passage 21 behind clothing, inner cavity in this way Two Room 32 (first scheme, referring to attached drawing 3), or the air-flow in second Room 32 is passed through into the communicating passage 21, inner cavity 41, clothing Enter first Room 31 (alternative plan, referring to attached drawing 3) after object.

It, can be while accepting clothing, by hot gas by the first indoor setting supporter that clothing is dried It flows from the inner chamber that clothing upper end imports supporter along air hole, then is directed in second Room by communicating passage, or from the Air-flow is entered in first Room after the communicating passage, inner cavity, clothing in two Room, to effectively increase air-flow Flow path, enhance its contact area between clothing, reduce air flow rate, improve air-flow and clothing it Between the heat exchange efficiency that exchanges heat, effectively increase drying efficiency.

Preferably,

The supporter 4 includes the frame ontology 42 and the superposed placement section 43 for placing clothing positioned at lower part, and institute Stating frame ontology 42 has hollow cavity, is formed as the inner cavity 41, has the inner cavity 41 with lower part on the placement section 43 The air hole 44 being connected.This is the preferred constructive form of the supporter of the utility model, referring to fig. 2 a-2d, that is, passes through placement Portion can be used in placing clothing, and frame ontology is used to support placement section, is formed simultaneously inner cavity, while saturating by being arranged on placement section Stomata enables to the air-flow above placement section that can be connected to by air hole with inner cavity, realizes hot-air along the road The effect of shell is discharged after the complete clothing of diameter heat drying, improves drying efficiency.

Preferably,

The placement section 43 is the planar structure that 42 upper end of frame ontology is arranged in, and the air hole 44 is through described flat Face structure and be connected to the inner cavity 41；

Alternatively, the placement section 43 is that 42 upper end of frame ontology and curved-surface structure protruding upward is arranged in, and it is described Air hole 44 is connected to through the surface of the curved-surface structure with the inner cavity 41.

This is the further preferred constructive form of the placement section of the utility model, can be to clothing branch by planar structure Air hole is also set up while holding to be connected to inner cavity, by being arranged to curved-surface structure, is also set while capable of also supporting to clothing Air hole is set to be connected to inner cavity, and can also when clothing is paved clothing lower surface formed space, with accommodate hot-air into Enter and heating is wherein dried, to increase air-flow heat exchange area, improves drying effect.

Preferably,

The curved-surface structure includes multiple spaced globoidal structures and forms wavy shaped configuration, and the air hole 44 are arranged on the globoidal structure, and the groove 46 that can be drained is formed between the two neighboring globoidal structure.

Arc surfaced structure further is set by the upper ends portion of supporter, further clothing can be strutted, made Effect can be dried simultaneously to clothing lower surface in the groove from clothing upper surface and between cambered surface by obtaining air-flow, into one Step effectively increases the contact area of air-flow and locker room, and hot gas comes into full contact with clothing, and flow efficiency improves, drying efficiency into One step gets a promotion；And drainage can be effectively performed by the groove structure between globoidal structure, while preventing clothing The case where water being precipitated on object is entered in the inner cavity of supporter by air hole, air-flow mobility is caused to reduce, into one Step improves drying efficiency.

Preferably,

The air hole 44 is multiple, and the arranged for interval in the planar structure or the globoidal structure.Perfectly even Arrangement.This is the preferred constructive form of the air hole of the utility model, and multiple air holes are capable of increasing airflow area, enhancing Dry heat transfer effect, air hole are uniformly distributed, and clothing can also be allowed to realize that hot gas uniformly penetrates, play the role of ironing, to change The fold of kind clothing.

Preferably,

The frame ontology 42 has the notch 45 for being connected to the inner cavity 41, and the notch 45 and 21 phase of communicating passage To setting.The structure being connected to inner cavity, and the notch and communicating passage are capable of forming by the way that notch is arranged in the side of frame ontology Be oppositely arranged, inner cavity enabled to be arranged by the notch against the communicating passage of the partition, formed air hole, inner cavity, Drying effect is improved in the airflow path and space of notch and communicating passage.

Preferably,

The supporter 4 be it is multiple, side by side and compartment of terrain is connected on the partition 2, and multiple supporters 4 are along water Square to and/or arranged for interval along the vertical direction.Be arranged multiple supporters and carry out above-mentioned arranged for interval can be to more than one piece clothing Object is dried, and improves cloth drying processing capacity, and further preferred multiple supporters are evenly arranged on partition 2.

Preferably,

It is located at top position in first Room 31 and is additionally provided with cross bar 5, it is settable for hanging clothing on the cross bar 5 The clothes hanger 6 of object.This is the specific constructive form of the third program of the utility model, i.e., this scheme is suitable for the dry of thick and heavy type clothing It is dry, by way of cross bar and clothes hanger with by thick and heavy clothing hang rather than lay flat, lay flat its drying effect not as good as suspension (because Suspension can use gravity will be under water droplet), therefore take such structure type can be in particular for thick and heavy type clothing It is dried, improves drying effect.

Preferably,

The air inlet 11 is positioned close to the position of 1 bottom of shell, and the communicating passage 21 on the partition 2 is arranged In the position close to 1 top of shell；And/or

It further include the blower 7 being arranged at the air inlet 11 or the air outlet 12, the blower can be sucked and dried High-temperature hot air with enter the shell 1 in.

Air inlet is positioned close to housing bottom, communicating passage is positioned close to case top can efficiently use hot sky The principle that gas flows naturally from top to bottom, so that communicating passage of the hot-air after the complete clothing of efficient drying again by upper end is arranged Out, the effect of dry clothing is improved；And swabbing action can be carried out to air-flow by blower, guarantee that air-flow being capable of edge always Specified path is flowed, to be continuously drawn into hot-air, effect is dried to clothing, improves drying effect.

Drying device implements the position by exchanging air inlet with outlet air, realizes to the cloth drying of different size, thickness Reason；By changing clothing placement location (supporter or top cross bar), realization handles different size of clothing.

The utility model point of the application is, passes through the air-conditioning being made of clothing-drying wardrobe, supporter, motor module three parts Device irradiation modules, wherein the front of clothing-drying wardrobe is split drop front, and the back side is openable panel, is high in first half Cross bar is arranged at warm dry gas room, mountable supporter, top, is partially low temperature and moisture gas compartment, mountable motor module afterwards.It is dry Other gases of wardrobe for closed isolation in addition to interior recyclegas, and installation other component；The upper surface of supporter is wave Shape wave is mounted on the partition of clothing-drying wardrobe, for laying flat clothing, and is the channel of gas flowing；Motor module is mounted on drying It is to ensure that gas circulation possesses enough power in frame gas outlet.It is as follows to implement utility model point:

1, irradiation modules implement air inlet and outlet is separated by clothing and partition, realize that hot gas comes into full contact with clothing, improve dry Clothing efficiency.

2, the supporter for placing clothing is waveform, plays gas and contact with clothing area is big, and hot gas comes into full contact with, flowing Efficiency improve, and then improve drying efficiency.

3, irradiation modules use closed framework, it is ensured that air-flow is in interior circulation between clothing and air conditioner, realizes Hot gas makes full use of, and air conditioner can be dehumidified and be heated to reflux gas with specific aim, and the power consumption of air conditioner is reduced, and Realize the process of the autonomous control of clothes-drying mode.

4, irradiation modules implement the position by exchanging air inlet with outlet air, realize the cloth drying to different size, thickness Processing；By changing clothing placement location (supporter or top cross bar), realization handles different size of clothing.

5, the venthole that irradiation modules implement supporter is uniformly distributed, and clothing can be allowed to realize that hot gas uniformly penetrates, played Ironing effect, so as to improve the fold of clothing.

Waveform is conducive to that clothing is hanging, and hot air impingement is wider to clothing face, also more uniform；Clothing is to exist when placing Two sagging but adjacent waveform distance degree are controlled by 0~80mm, and clothing shape can be allowed to keep more smooth.

In order to just be discharged after allowing high-temperature gas (air inlet) to touch clothing in irradiation modules, so being by partition and clothing shape At air inlet and outlet barrier face, gas, which only penetrates clothing, can just flow, and the utilization rate of hot gas can be improved, and improve drying effect Rate.

The utility model also provides a kind of air-conditioning system comprising preceding described in any item drying devices, further include hot gas The hot gas of output can be connected to the air inlet by providing device, the hot gas providing device.

The utility model is by way of being arranged partition in the shell in enclosure space, and communicating passage is arranged in partition, The wind for enabling to air inlet to come in be circulated throughout in the chamber of partition side after again by the communicating passage runner phase on partition In adjacent next chamber, hot gas is enabled fully to contact clothing and clothing is dried, to avoid so that hot wind It is unlikely to enter the case where shell is just flowed out from air outlet without clothing from air inlet, reduces the loss of heat, have Improve to effect the drying effect to clothing etc..

Preferably, the hot gas providing device is the heat exchanger of wall hanging air conditioner, the heat exchanger of cabinet air-conditioner, mobile air conditioner At least one of heat exchanger and dehumidifier.This is the preferred constructive form of the hot gas providing device of the utility model, i.e., so that The drying device of the utility model can be (excellent with heat exchanger (preferably condenser), the heat exchanger of cabinet air-conditioner of wall hanging air conditioner Be selected as condenser), at least one of the heat exchanger (preferably condenser) of mobile air conditioner and dehumidifier, utilize above-mentioned heat exchanger The hot-air of generation improves heat transfer effect so that effect is dried to clothing.

The drying device structure of the application is as shown in Figure 1, comprising clothing-drying wardrobe, supporter, motor module, and wherein clothing-drying wardrobe has 3 can be with the door of open and close；Waveform supporter is as shown in Figure 2 a-2d, be on supporter waveform, under that be rectangular, internal be is empty The structure of chamber, there are air holes in cambered surface above, and uniformly rule distribution, and connecting between cambered surface is plane or lower concave arc Face, acts on the space for being eluting gas and contact with clothing and guidance collects the water left compared with wet wash, and water is avoided to flow into glove It, i.e., can not when being just able to achieve above-mentioned effect, and above supporter being plane only when there is raised wavy surface in the inner cavity of frame With these effects.And the narrow design feature in polymorphic type face and inner cavity of supporter, so that air-flow is inside from supporter outflow Chamber can be relatively easy, generates feature different in flow rate according to this difference flow direction, can implement not for different types of clothing With flow direction, to reach two kinds of different purposes.Case study on implementation is as follows:

The scheme one that the application is implemented:

Scheme one is used for the drying of light and thin type clothing, and frivolous clothing belongs to easy dry type, so the air-flow when circulation uses When flow velocity express delivery direction, i.e., as shown in figure 3, frivolous clothing can be faster dehydrated, the hot gas that air conditioner comes out is from air port one Into the first Room in clothing-drying wardrobe, i.e. high-temperature dry air room；The clothing of hot gas and supporter meets, and the heat transfer of hot gas arrives On clothing, clothing moisture evaporates and air-flow is followed to advance, lower to arrive supporter inner cavity, that is, enters second Room (low temperature and moisture gas Room)；Motor module is mounted in air port two, is provided suction for supporter, is attached to hot gas on clothing, additionally assists in second Room Wet gas be discharged air port two, gas backstreaming is into air conditioner.

The scheme two that the application is implemented:

Scheme two is used for the clothing of medium thickness, and the type clothing belongs to more difficult drying, so the air-flow stream for needing to recycle That is, as shown in Figure 4 fast slower, the contact for needing to make gas more long with clothing flows to relative plan one on the contrary, flowing to from air port two Air port one, motor are mounted at air port one, and airflow circulating is as shown in the figure, and the first Room is low temperature and moisture gas compartment, and second Room is High-temperature dry air room.

The scheme three that the application is implemented:

Scheme three is used for the clothing of thick and heavy type, and the type, which belongs to, is most difficult to dry clothing, and the spilehole of supporter has been at this time It is unable to satisfy big clothing, the program is need to be hung on clothing on the cross bar of roof with clothes hanger, as shown in figure 5, hot gas is from air port One enters, and rises to top, at this time blocks the installing port of former supporter with temperature insulating material, only stay the installing port of top.Clothing After hang-up, water is walked downward object by gravity, is encountered the hot gas toward upstream, is reached most fast drying effect, and air-flow from First Room to second Room is passed through from top, it is possible to make the first Room of outflow that hot gas will not be too early, to improve hot gas Contact rate.

The ironing scheme that the application is implemented:

It is scheme two that the embodiment of ironing scheme is optimal in above-mentioned 3 schemes, by the direction of two air inlet/outlet of scheme, Flow velocity can help hot gas to extend the contact with clothing time slowly, and enhancing hot gas goes wrinkle effect to clothing, and supporter is uniform The stomata of dispersion can more uniformly blow to clothing, and the place for allowing clothing to have fold is acted on by same hot gas, so that fold obtains To improvement.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.The above is only the preferred embodiment of the utility model, it is noted that for the art For those of ordinary skill, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, These improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (13)

1. a kind of drying device, it is characterised in that: include:

Shell (1), the shell can form enclosure space and have air inlet (11) and air outlet (12)；

Partition (2) is more than one, and setting is internal in the shell (1) and the shell (1) is separated at least two Chamber, and communicating passage (21) is provided on the partition (2), so that be connected between two neighboring chamber, and at least two At least one of described chamber is formed as the space for accommodating clothing and it being dried.

2. drying device according to claim 1, it is characterised in that:

The partition (2) be one, it is vertically arranged, the shell (1) is separated into the first Room being distributed in the horizontal direction (31) it can be placed in first room (31) with second Room (32), the clothing to be dried.

3. drying device according to claim 2, it is characterised in that:

It further include supporter (4), the supporter (4) is set to the inside of first room (31), and the supporter (4) can For placing clothing thereon, and the supporter (4) can be with the company with the side of inner cavity (41), the inner cavity (41) Circulation passage (21) connection, the other side of the inner cavity (41) can be connected to first room (31).

4. drying device according to claim 3, it is characterised in that:

The supporter (4) includes the frame ontology (42) and the superposed placement section (43) for placing clothing positioned at lower part, and The frame ontology (42) has hollow cavity, is formed as the inner cavity (41), has the institute with lower part on the placement section (43) State the air hole (44) that inner cavity (41) is connected.

5. drying device according to claim 4, it is characterised in that:

The placement section (43) is planar structure of the setting in frame ontology (42) upper end, and the air hole (44) is through described Planar structure and be connected to the inner cavity (41)；

Alternatively, the placement section (43) is setting in frame ontology (42) upper end and curved-surface structure protruding upward, and described Air hole (44) is connected to through the surface of the curved-surface structure with the inner cavity (41).

6. drying device according to claim 5, it is characterised in that:

The curved-surface structure includes multiple spaced globoidal structures and forms wavy shaped configuration, and the air hole (44) It is arranged on the globoidal structure, forms the groove (46) that can be drained between the two neighboring globoidal structure.

7. drying device according to claim 6, it is characterised in that:

The air hole (44) is multiple, and the arranged for interval in the planar structure or the globoidal structure.

8. drying device according to claim 4, it is characterised in that:

The frame ontology (42) has the notch (45) for being connected to the inner cavity (41), and the notch (45) and the communicating passage (21) it is oppositely arranged.

9. the drying device according to any one of claim 3-8, it is characterised in that:

The supporter (4) be it is multiple, side by side and compartment of terrain is connected on the partition (2), and multiple supporters (4) edge Horizontal direction and/or along the vertical direction arranged for interval.

10. the drying device according to any one of claim 2-8, it is characterised in that:

It is located at top position in first room (31) and is additionally provided with cross bar (5), it is settable for hanging on the cross bar (5) The clothes hanger (6) of clothing.

11. drying device according to claim 1 to 8, it is characterised in that:

The air inlet (11) is positioned close to the position of the shell (1) bottom, the communicating passage (21) on the partition (2) It is positioned close to the position at the top of the shell (1)；And/or

It further include the blower (7) being arranged at the air inlet (11) or the air outlet (12), the blower can aspirate dry Dry hot-air is to enter in the shell (1).

12. a kind of air-conditioning system, it is characterised in that: including drying device of any of claims 1-11, further include The hot gas of output can be connected to the air inlet by hot gas providing device, the hot gas providing device.

13. air-conditioning system according to claim 12, it is characterised in that: the hot gas providing device is changing for wall hanging air conditioner At least one of hot device, the heat exchanger of cabinet air-conditioner, the heat exchanger of mobile air conditioner and dehumidifier.