CN106322711A - Air conditioner and air-inlet grille for air conditioner - Google Patents

Abstract

The invention discloses an air conditioner and an air-inlet grille for the air conditioner. The air-inlet grille comprises an air inlet inner ring, an air inlet outer ring and a plurality of separated air inlet spokes, wherein the air inlet inner ring is sleeved with and separated from the air inlet outer ring; and the air inlet spokes are connected between the air inlet inner ring and the air inlet outer ring. According to the air-inlet grille, with the adoption of the separated air inlet inner ring and the air inlet outer ring, and the air inlet spokes between the air inlet inner ring and the air inlet outer ring, a structure of the air-inlet grille can be simplified, the reliability of the structure of the air-inlet grille can be improved, and an air inlet space for air inlet can be also defined to allow air to flow from one side of the air-inlet grille to the other side.

Description

Air-inlet grille and air-conditioner for air-conditioner

Technical field

The present invention relates to household electrical appliance technical field, especially relate to a kind of air-inlet grille for air-conditioner and air-conditioning Device.

Background technology

In correlation technique, inlet grid structure is complicated, and reliability is low, and when air passes through air-inlet grille by air-inlet grille When side flow to opposite side, air-flow velocity declines, thus reduces air quantity and the air supplying distance of air-conditioner.

Summary of the invention

It is contemplated that one of technical problem solved the most to a certain extent in correlation technique.To this end, the present invention carries Going out a kind of air-inlet grille for air-conditioner, the described air-inlet grille for air-conditioner has high excellent of simple in construction, reliability Point.

The present invention also proposes a kind of air-conditioner, and described air-conditioner includes the above-mentioned air-inlet grille for air-conditioner.

The air-inlet grille for air-conditioner according to embodiments of the present invention, including: air intake inner ring；Air intake outer ring, described in enter It is enclosed within outside wind outer ring on described air intake inner ring and spaced apart with described air intake inner ring；With a plurality of spaced apart air intake spoke, described Air intake spoke is connected between described air intake inner ring and described air intake outer ring.

According to embodiments of the present invention for the air-inlet grille of air-conditioner, by arranging outside spaced apart air intake inner ring and air intake Circle, and a plurality of air intake spoke is set between air intake inner ring and air intake outer ring, not only can simplify the structure of air-inlet grille, improve The reliability of inlet grid structure, can also limit the air intake space for air intake, it is simple to air is by air-inlet grille simultaneously Side flow to opposite side.

According to some embodiments of the present invention, every described air intake spoke is suitable to prewhirl air-flow therethrough.

According to some embodiments of the present invention, a plurality of described air intake spoke includes: a plurality of first sub-spoke, at described air intake In the radially outward direction of inner ring, every described first sub-spoke deviates the radial direction of described air intake inner ring along clockwise direction Direction.

In some embodiments of the invention, in the radially outward direction of described air intake inner ring, two adjacent institutes The distance stated between the first sub-spoke is gradually increased.

In some embodiments of the invention, a plurality of described air intake spoke also includes: a plurality of second sub-spoke, described enter In the radially outward direction of wind inner ring, every described second sub-spoke deviates the footpath of described air intake inner ring along direction counterclockwise To direction, described first sub-spoke interweaves with described second sub-spoke and is distributed.

In some embodiments of the invention, in the radially outward direction of described air intake inner ring, two adjacent institutes The distance stated between the second sub-spoke is gradually increased.

According to some embodiments of the present invention, described air intake spoke linearly extends.

According to some embodiments of the present invention, described air intake spoke is along curve extension.

Air-conditioner according to embodiments of the present invention, including: bottom support frame；And air-inlet grille, described air-inlet grille is root According to the air-inlet grille for air-conditioner according to any one of claim 1-9, the top of described bottom support frame is provided with necking down Portion, described air-inlet grille is connected with the free end of described necking part.

Air-conditioner according to embodiments of the present invention, by arranging spaced apart air intake inner ring and air intake outer ring, and at air intake A plurality of air intake spoke is set between inner ring and air intake outer ring, not only can simplify the structure of air-inlet grille, improve air-inlet grille knot The reliability of structure, can also limit the air intake space for air intake, it is simple to air is flow to by the side of air-inlet grille simultaneously Opposite side.

According to some embodiments of the present invention, described air-conditioner is air-conditioner.

Accompanying drawing explanation

Fig. 1 is the perspective view of air-conditioner according to embodiments of the present invention；

Fig. 2 is the front view of air-conditioner according to embodiments of the present invention；

Fig. 3 is the top view of air-conditioner according to embodiments of the present invention；

Fig. 4 is the explosive view of air-conditioner according to embodiments of the present invention；

Fig. 5 is the structural representation of the cylinder assembly of air-conditioner according to embodiments of the present invention；

Fig. 6 is the internal structure schematic diagram of air-conditioner according to embodiments of the present invention；

Fig. 7 is the internal structure schematic diagram of another angle of air-conditioner according to embodiments of the present invention；

Fig. 8 is the profile of air-conditioner according to embodiments of the present invention；

Fig. 9 is cold wind air duct board and the explosive view of median septum of air-conditioner according to embodiments of the present invention；

Figure 10 is hot air duct plate and the explosive view of median septum of air-conditioner according to embodiments of the present invention；

Figure 11 is the structural representation of the median septum of air-conditioner according to embodiments of the present invention；

Figure 12 is the structural representation of the assembling seat of air-conditioner according to embodiments of the present invention；

Figure 13 is semiconductor chilling plate and the structural representation of heat exchanger of air-conditioner according to embodiments of the present invention；

Figure 14 is the structural representation of the humidification assembly of air-conditioner according to embodiments of the present invention；

Figure 15 is the sectional view of line A-A along Figure 14；

Figure 16 is the explosive view of the humidification assembly of air-conditioner according to embodiments of the present invention；

Figure 17 is the profile of the cover assembly of air-conditioner according to embodiments of the present invention；

Figure 18 is the structural representation of the cover assembly of air-conditioner according to embodiments of the present invention；

Figure 19 is the structural representation of the lower cover dividing plate of the cover assembly of air-conditioner according to embodiments of the present invention；

Figure 20 is the structural representation of the base assembly of air-conditioner according to embodiments of the present invention；

Figure 21 is the explosive view of the base assembly of air-conditioner according to embodiments of the present invention；

Figure 22 is the enlarged drawing in Figure 21 at B；

Figure 23 is the sectional view of air-conditioner according to embodiments of the present invention；

Figure 24 is the enlarged drawing in Figure 23 at C.

Reference:

Air-conditioner 100,

Base assembly 1,

Bottom support frame 11,

Supportive body 111, necking part 1111, collect string holes 1112, grid draw-in groove 1113, position hole 1114,

Second support locating dowel 1115, the 3rd support locating dowel 1116, wire hole 1117, embedded groove 1118,

Bottom support chamber 112,

Support baseboard 113, first supports locating dowel 1131,

Air-inlet grille 12,

Air intake inner ring 121, grid card convex 1211,

Air intake outer ring 122,

Air intake spoke 123, the first sub-spoke 1231, the second sub-spoke 1232,

Case ring 13, inner ring Embedded Division 131,

Outer ring parcel 132, the first profile line segment 1321, the second profile line segment 1322, third round profile section 1323,

Cylinder assembly 2, air inlet 21,

Urceolus body 22, cylinder limiting section 221, mounting groove 222, the second hot-flow flue installation portion 223,

Installation cavity 23,

Median septum 3, cable-through hole 301,

Dividing plate connecting portion 302, diaphragm body 3021, dividing plate locating dowel 3022, dividing plate ribs 3023, floor main body 3024,

Floor extension 3025, dividing plate escape groove 3026,

First cold air duct installation portion 303, mounting body portion 3031, extension 3032 is installed,

Dividing plate limiting section 304,

Support snap fit 305, snap fit extension 3051, snap fit lobe 3052,

Cold mounting groove 306, installs protuberance 307, current limliting raised line 308, the first forward holding section (forward engaging groove) 309, the first reverse holding section (reversely engaging groove) 310, lid embeded slot 311,

Cold wind air duct board 4,

Duct main portion 41, air channel connecting portion 42, cold wind end air baffle 43, the second cold air duct installation portion 44, refrigeration is logical Road 45,

Hot air duct plate 5,

Hot blast end air baffle 51, dividing plate stopper slot 52, the first hot-flow flue installation portion 53, heat passage 54,

Cover assembly 6,

Cold wind outlet 61, hot-blast outlet 62, damp exit 63, the second forward holding section (forward snap fit tabs) 64, engaging Extension 641, snap fit tabs portion 642, the second reverse holding section (reverse snap fit tabs) 65, lid extension 66, upper cap body 67, upper cover connects post 671, wind deflector 672, lower cover dividing plate 68, guiding face 681, and lower cover connects post 682, positioning boss 683, envelope Close chamber 684, top cover circuit board 69,

Semiconductor chilling plate 7, cold end 71, hot junction 72, heat exchanger 73,

Humidification assembly 8,

Nebulizer base 81, air intake passage 811, import 812, outlet 813, atomizing piece 814, fore-set 815, rotary switch 816, water level detection switch 817, magnetic float 818, dry-reed tube switch 819,

Water tank 82, fog flow channel 821,

Go out mist mouth 83, nozzle 831,

Add wet channel 84,

Cold wind blower fan 91, outlet air end 911,

Air-heater 92,

Assembling seat 93, pedestal base plate 931, assembling hole 9311, air vent 9312, pedestal ribs 932, first Pedestal coaming plate 933, support hole clipping 934, the second pedestal coaming plate 935,

Dampness blower fan 94,

Circuit unit 101, base circuit plate 1011, rechargeable battery 1012,

Anion generator 102, fixing groove 1021,

Temperature and Humidity module 103.

Detailed description of the invention

Embodiments of the invention are described below in detail, and the example of described embodiment is shown in the drawings.Below with reference to The embodiment that accompanying drawing describes is exemplary, it is intended to is used for explaining the present invention, and is not considered as limiting the invention.

In describing the invention, it is to be understood that term " " center ", " length ", " on ", D score, " vertically ", " water Flat ", the orientation that indicates of " top ", " end ", " interior ", " outward ", " clockwise ", " counterclockwise ", " axially ", " radially ", " circumferential " etc. or Position relationship is based on orientation shown in the drawings or position relationship, is for only for ease of the description present invention and simplifies description, and not It is to indicate or imply that the device of indication or element must have specific orientation, with specific azimuth configuration and operation, the most not It is understood that as limitation of the present invention.

Additionally, term " first ", " second " are only used for describing purpose, and it is not intended that instruction or hint relative importance Or the implicit quantity indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can express or Implicitly include at least one this feature.In describing the invention, " multiple " are meant that at least two, such as two, three Individual etc., unless otherwise expressly limited specifically.

In the present invention, unless otherwise clearly defined and limited, term " install ", " being connected ", " connection ", " fixing " etc. Term should be interpreted broadly, and connects for example, it may be fixing, it is also possible to be to removably connect, or integral；Can be that machinery connects Connect, it is also possible to be electrical connection or each other can communication；Can be to be joined directly together, it is also possible to be indirectly connected to by intermediary, permissible It is connection or the interaction relationship of two elements of two element internals, unless otherwise clear and definite restriction.For this area For those of ordinary skill, above-mentioned term concrete meaning in the present invention can be understood as the case may be.

Below with reference to Fig. 1-Figure 24, the air-inlet grille 12 for air-conditioner 100 according to embodiments of the present invention is described.

As shown in Figure 20 and Figure 21, air-inlet grille 12 includes air intake inner ring 121, air intake outer ring 122 and a plurality of spaced apart Air intake spoke 123.

Specifically, it is enclosed within outside air intake outer ring 122 on air intake inner ring 121 and spaced apart with air intake inner ring 121, air intake spoke 123 are connected between air intake inner ring 121 and air intake outer ring 122.On the one hand, air intake spoke 123 can be by air intake inner ring 121 with enter Wind outer ring 122 links together, and improves air-inlet grille 12 reliability of structure；On the other hand, air can pass through air intake inner ring 121, the air intake space air intake that air intake outer ring 122 and air intake spoke 123 limit.

Air-inlet grille 12 according to embodiments of the present invention, by arranging spaced apart air intake inner ring 121 and air intake outer ring 122, and a plurality of air intake spoke 123 is set between air intake inner ring 121 and air intake outer ring 122, not only can simplify air-inlet grille The structure of 12, improves air-inlet grille 12 reliability of structure, can also limit the air intake space for air intake simultaneously, it is simple to empty Gas is flow to opposite side by the side of air-inlet grille 12.

In some embodiments of the invention, every air intake spoke 123 is suitable to prewhirl air-flow therethrough.The most just Being to say, when airflow passes air-inlet grille 12, there is this change in the flow direction of air-flow, and is flowed into cylinder assembly with the form rotated In 2.When general air-inlet grille 12 is located at the air inlet 21 of air-conditioner 100, and the inner side of air-inlet grille 12 is near air inlet 21 Position be provided with fan assembly, when airflow passes air-inlet grille 12, air-flow can be prewhirled, be carried by air intake spoke 123 High fan assembly total head, improves air quantity and air supplying distance.

In some embodiments of the invention, as shown in Figure 20 and Figure 21, a plurality of air intake spoke 123 includes a plurality of first son Spoke 1231, in the radially outward direction of air intake inner ring 121, every first sub-spoke 1231 deviates along clockwise direction The radial direction of air intake inner ring 121.Thus, when airflow passes air-inlet grille 12, air-flow can be entered by the first sub-spoke 1231 Row is prewhirled, and improves fan assembly total head, improves air quantity and air supplying distance.

Further, as shown in Figure 20 and Figure 21, a plurality of air intake spoke 123 includes a plurality of second sub-spoke 1232.Entering In the radially outward direction of wind inner ring 121, every second sub-spoke 1232 is along deviation air intake inner ring 121 in direction counterclockwise Radial direction, the first sub-spoke 1231 and the second sub-spoke 1232 interweave and are distributed.Thus, a plurality of first sub-spoke 1231 and a plurality of Second sub-spoke 1232 limits netted cell structure, and when airflow passes air-inlet grille 12, air-inlet grille 12 can be to gas Stream is prewhirled further, improves fan assembly total head further, improves air quantity and air supplying distance.

Further, as shown in figure 20, in the radially outward direction of air intake inner ring 121, two first adjacent sons Distance between spoke 1231 is gradually increased, in the radially outward direction of air intake inner ring 121, and two adjacent the second sub-spokes Distance between bar 1232 is gradually increased.Thus can simplify structure and the processing technique of air-inlet grille 12, save the production cycle, Reduce production cost.

Such as, in the example shown in Figure 20, air-inlet grille 12 include air intake inner ring 121, air intake outer ring 122 and a plurality of enter Wind spoke 123, air intake spoke 123 includes the first sub-spoke that a plurality of circumferential direction uniform intervals along air intake inner ring 121 is distributed 1231 and a plurality of second sub-spoke 1232, in the radially outward direction of air intake inner ring 121, every first sub-spoke 1231 edge The radial direction of clockwise direction deviation air intake inner ring 121, every second sub-spoke 1232 deviate along direction counterclockwise into The radial direction of wind inner ring 121, the first sub-spoke 1231 and the second sub-spoke 1232 interweave and are distributed.Due to air intake inner ring 121 Length in circumferential direction is less than the length in the circumferential direction of air intake outer ring 122, when a plurality of first sub-spoke 1231 and a plurality of the Two sub-spokes 1232 along air intake inner ring 121 and air intake outer ring 122 be all evenly spaced distribution time, in the radial direction of air intake inner ring 121 In outwardly direction, the adjacent distance between two the first sub-spokes 1231 is gradually increased, two adjacent the second sub-spokes Distance between 1232 is gradually increased.Thus, it is possible to simplify structure and the processing technique of air-inlet grille 12, save the production cycle, Reduce production cost.

In some embodiments of the invention, air intake spoke 123 linearly extends, thus, it is possible to simplify air intake spoke 123 Structure and processing technique, thus simplify structure and the processing technique of air-inlet grille 12, save the production cycle, reduce and produce into This.

Certainly, the invention is not restricted to this, as shown in Figure 20 and Figure 21, air intake spoke 123 is along curve extension.A plurality of air intake spoke Bar 123 includes a plurality of first sub-spoke 1231 and a plurality of second sub-spoke 1232, in the radially outward direction of air intake inner ring 121 On, every first sub-spoke 1231 deviates the radial direction of air intake inner ring 121, every second sub-spoke along clockwise direction 1232 deviate the radial direction of air intake inner ring 121 along direction counterclockwise.When airflow passes air-inlet grille 12, air intake spoke Air-flow can be prewhirled by 123, improves fan assembly total head, improves air quantity and air supplying distance.

Below with reference to Fig. 1-Figure 24, air-conditioner 100 according to embodiments of the present invention is described.

As shown in Fig. 1-Figure 24, air-conditioner 100 according to embodiments of the present invention, including bottom support frame 11 and air-inlet grille 12.Wherein, air-inlet grille 12 is above-mentioned air-inlet grille 12, and the top of bottom support frame 11 is provided with necking part 1111, air-inlet grille 12 are connected with the top of necking part 1111.Thus, between air-inlet grille 12 and bottom support frame 11, certain air intake is limited Space, air can be entered in air-conditioner 100 by air-inlet grille 12 smoothly.Meanwhile, by arranging above-mentioned air-inlet grille 12, not only can simplify the structure of air-inlet grille 12, improve air-inlet grille 12 reliability of structure, use can also be limited simultaneously Air intake space in air intake, it is simple to air is flow to opposite side by the side of air-inlet grille 12.

In some embodiments of the invention, air-conditioner 100 is desktop air-conditioning, when desktop air-conditioning uses above-mentioned air-inlet grille After 12, the total head of the fan assembly of desktop air-conditioning can be increased, improve air quantity and the air supplying distance of desktop air-conditioning, meet user's Use demand.

In some embodiments of the invention, as shown in Fig. 4, Fig. 8 and Figure 20-Figure 24, base assembly 1 includes bottom support Frame 11.Air intake inner ring 121 is connected the connection realizing air-inlet grille 12 with base assembly 1 with necking part 1111.

In some embodiments of the invention, as shown in figure 21, air-inlet grille 12 is connected with necking part 1111 clamping.Clamping The connected mode connected, simple and reliable, it is simple to save the assembly process between air-inlet grille 12 and necking part 1111, save assembling Time, improve production efficiency.

Further, as shown in Figure 20 and Figure 21, one in air-inlet grille 12 and necking part 1111 is provided with grid card Groove 1113, another is provided with and is suitable to the grid card convex 1211 suitable with grid draw-in groove 1113.Air-inlet grille 12 and necking part 1111 can be attached by the way of grid draw-in groove 1113 and grid card convex 1211 cooperation, not only can simplify air-inlet grille Assembly process between 12 and necking part 1111, can also improve simultaneously be connected between air-inlet grille 12 with necking part 1111 can By property.

Specifically, as shown in Figure 20 and Figure 21, grid draw-in groove 1113 and grid card convex 1211 are multiple and one_to_one corresponding, Multiple grid draw-in grooves 1113 are spaced apart along the circumferential direction of necking part 1111.Thus, air-inlet grille 12 He can not only be simplified The structure of necking part 1111, but also the reliability being connected between air-inlet grille 12 with necking part 1111 can be increased.Such as, exist In example shown in Figure 21, grid draw-in groove 1113 is four and the most spaced apart along the circumferential direction of necking part 1111, lattice Grid card convex 1211 is four and the most spaced apart along the circumferential direction of the air intake inner ring 121 of air-inlet grille 12, four grids Draw-in groove 1113 and four grid card convex 1211 one_to_one corresponding and cooperate.

Alternatively, as shown in figure 22, between end face and the sidewall of grid card convex 1211 of the free end of grid card convex 1211 Rounding off.Thus, when air-inlet grille 12 and necking part 1111 clamping, it is simple to grid card convex 1211 snaps on necking part 1111 Grid draw-in groove 1113 in, thus realize the connection of air-inlet grille 12 and bottom support frame 11.Such as, in the example shown in Figure 22 In, all use fillet excessive between free end face and the sidewall of grid card convex 1211 of grid card convex 1211.

In some embodiments of the invention, as shown in figure 21, necking part 1111 is provided with grid draw-in groove 1113, grid card The upper end (upper end as shown in figure 21) of groove 1113, grid draw-in groove 1113 the periphery wall being positioned at necking part 1111 on one end equal Opening wide, air-inlet grille 12 is provided with grid card convex 1211, lower surface (lower section as shown in figure 21) dative of grid card convex 1211 The lower wall (lower section as shown in figure 21) of grid draw-in groove 1113 offsets.When air-inlet grille 12 and necking part 1111 clamping, grid Card convex 1211 can snap in grid draw-in groove 1113 from the upper end of grid draw-in groove 1113, and snaps in downwards until lattice The lower surface of grid card convex 1211 offsets with the lower wall of grid draw-in groove 1113.Thus, it is simple to grid card convex 1211 is snapped in grid In draw-in groove 1113, meanwhile, offset can be to grid card convex for the lower wall of the lower surface of grid card convex 1211 and grid draw-in groove 1113 1211 play position-limiting action, improve the reliability being connected between air-inlet grille 12 and necking part 1111.

In some embodiments of the invention, as shown in Fig. 4, Fig. 8 and Figure 20-Figure 24, base assembly 1 includes bottom support Frame 11.Bottom support frame 11 has the bottom support chamber 112 for placing circuit unit 101, and circuit unit 101 can control sky Adjust the operation of device 100.The top (top as shown in figure 21) of bottom support frame 11 is provided with necking part 1111, air-inlet grille 12 with The free end (upper end as shown in figure 21) of necking part 1111 connects, and air-inlet grille 12 is positioned at the air inlet 21 of cylinder assembly 2 And be connected with cylinder assembly 2.Thus, between air-inlet grille 12 and bottom support frame 11, limit certain air intake space, empty Gas can be entered into refrigerating channel 45 by air-inlet grille 12, heated passage 54 and add in wet channel 84 smoothly.

Further, as shown in Fig. 4, Fig. 8 and Figure 21 and Figure 22, necking part 1111 and bottom support frame 11 rounding off. Thus can increase the aesthetic property of bottom support frame 11.Alternatively, necking part 1111 is positioned at the middle part of bottom support frame 11.By This, not only can improve the aesthetic property of bottom support frame 11, and then the aesthetic property of raising air-conditioner 100 further, the most also may be used To improve the reliability that cylinder assembly 2 is supported by base assembly 1, prevent owing to the weight bias on base assembly 1 causes air-conditioning Device 100 complete machine is toppled over, thus improves the reliability of air-conditioner 100 work.

In some embodiments of the invention, as shown in Fig. 4, Fig. 8 and Figure 21 and Figure 22, bottom support frame 11 includes supporting Base plate 113 and supportive body 111.Supportive body 111 is connected with support baseboard 113, and supportive body 111 limits with support baseboard 113 Make bottom support chamber 112, thus, it is simple to be positioned in bottom support chamber 112 by circuit unit 101.Supportive body 111 upper End has necking part 1111, and air-inlet grille 12 is spaced apart with support baseboard 113.Thus, can limit in the lower section of air-inlet grille 12 Make certain air intake space, air can by this space upwardly through air-inlet grille 12 have respectively entered refrigerating channel 45, Heat passage 54 and add in wet channel 84.

Further, as shown in Fig. 4, Fig. 8 and Figure 21 and Figure 22, support baseboard 113 is provided with the first support locating dowel 1131, supportive body 111 is provided with the second support locating dowel 1115, and first supports locating dowel 1131 and second supports locating dowel 1115 are connected by base connector.Thus, it is possible to support locating dowel 1115 and the end by the first support locating dowel 1131, second Supportive body 111 and support baseboard 113 are coupled together by seat connector, after supportive body 111 and support baseboard 113 connect The bottom support chamber 112 for placing circuit unit 101 can be limited.Wherein, base connector can be screw etc., first Supporting and can be provided with screwed hole in locating dowel 1131 and the second support locating dowel 1115, screw can be through the first support locating dowel Support locating dowel 1115 with second after screwed hole on 1131 to be connected, thus realize supportive body 111 and the company of support baseboard 113 Connect.

Further, as shown in figure 21, the first support locating dowel 1131 is multiple with the second support locating dowel 1115 And one_to_one corresponding.Thus, it is possible to increase the reliability connected between supportive body 111 and support baseboard 113.Such as, at Figure 21 In shown example, first support locating dowel 1131 be four and along support baseboard 113 circumferential direction uniform intervals be distributed.Phase Ying Di, second to support locating dowel 1115 be four and spaced apart along the circumferential direction of supportive body 111.Thus, it is possible to increase The reliability connected between supportive body 111 and support baseboard 113.

As shown in Figure 8, supportive body 111 is provided with multiple the 3rd support locating dowel being suitable to permanent circuit assembly 101 1116, multiple 3rd support locating dowels 1116 are spaced apart.Thus, it is possible to utilize the 3rd support locating dowel 1116 by circuit unit 101 are fixed in bottom support chamber 112.As shown in figure 21, the bottom of supportive body 111 is additionally provided with power line wire hole 1117, One end of power line electrically connects with circuit unit 101, and the other end of power line connects with extraneous power supply after being stretched out by wire hole 1117 Connect.

As shown in Figure 4, circuit unit 101 includes base circuit plate 1011 and rechargeable battery 1012, base circuit plate 1011 support locating dowel 1116 with the 3rd is connected to realize the fixing of base circuit plate 1011, rechargeable battery 1012 and base electricity Road plate 1011 electrically connects.Air-conditioner 100 can be connected with extraneous power supply by power line and realizes powering to air-conditioner 100 so that sky Adjust device 100 to run, when base circuit plate 1011 assembly is connected with extraneous power supply by power line, rechargeable battery can be given 1012 chargings are so that storing certain electricity in rechargeable battery 1012, air-conditioner 100 can also pass through rechargeable battery 1012 Power to air-conditioner 100 so that air-conditioner 100 runs, thus, be connected with extraneous power supply there is no extraneous power supply or air-conditioner 100 Time inconvenient, rechargeable battery 1012 can be used to power to realize the operation of air-conditioner 100 to air-conditioner 100, meet user Use demand.

In some embodiments of the invention, as shown in Fig. 4, Fig. 8 and Figure 21-Figure 24, base assembly 1 also includes case ring 13, case ring 13 is embedded on bottom support frame 11, and case ring 13 includes inner ring Embedded Division 131 and outer ring parcel 132, outer ring Being enclosed within outside parcel 132 on inner ring Embedded Division 131 and be connected with the periphery wall of inner ring Embedded Division 131, inner ring Embedded Division 131 is embedded On the periphery wall of bottom support frame 11, outer ring parcel 132 wraps up the portion perimeter wall of bottom support frame 11.Inner ring Embedded Division 131 can play the effect being connected with bottom support frame 11, and it is attractive in appearance that outer ring parcel 132 can play increase bottom support frame 11 The effect of property.Thus, not only can increase the reliability being connected between case ring 13 with bottom support frame 11, can also increase simultaneously Add the aesthetic property of base assembly 1.

Specifically, as shown in figure 24, the periphery wall of bottom support frame 11 is provided with embedded groove 1118, inner ring Embedded Division 131 Stretching in embedded groove 1118, embedded groove 1118 is circumferentially extending along bottom support frame 11.Thus, it is possible to increase case ring 13 with The fastness connected between bottom support frame 11.

Alternatively, as shown in figure 24, the cross-sectional profiles line of outer ring parcel 132 includes the first round that head and the tail connect each other Profile section the 1321, second profile line segment 1322 and third round profile section 1323, the first profile line segment 1321 and the second profile line segment 1322 rounding ofves, the second profile line segment 1322 and third round profile section 1323 rounding off, the first profile line segment 1321 and Three contour line section 1323 rounding ofves.Thus, it is possible to make the outer contour of the cross section of outer ring parcel 132 rounder and more smooth, Thus improve the aesthetic property of outer ring parcel 132, and then improve the aesthetic property of case ring 13.

Wherein, as shown in figure 24, on the extended surface of the upper surface that the first profile line segment 1321 is positioned at inner ring Embedded Division 131. Thus, it is possible to simplify structure and the processing technique of case ring 13, save the production cycle, reduce production cost, at the same time it can also be carry The aesthetic property of high case ring 13.On direction from top to bottom, third round profile section 1323 is gradually to away from bottom support frame 11 Periphery wall direction tilt.Thus, it is possible to simplify structure and the processing technique of case ring 13, save the production cycle, reduce raw Produce cost, at the same time it can also be improve the aesthetic property of case ring 13.

In some embodiments of the invention, as shown in figure 24, at bottom support frame 11 in the radial direction, inner ring embeds The width in portion 131 is more than the width of outer ring parcel 132.Thus, not only can improve case ring 13 and bottom support frame 11 it Between the reliability that connects, but also the aesthetic property of base assembly 1 can be increased.

In some embodiments of the invention, air-conditioner 100 also includes: base assembly 1, cylinder assembly 2, cover assembly 6, Semiconductor chilling plate 7, humidification assembly 8 and fan assembly.

Specifically, cylinder assembly 2 is located on base assembly 1, limits the refrigerating channel being spaced apart from each other in cylinder assembly 2 45, heating passage 54 and add wet channel 84, cylinder assembly 2 is provided with air inlet 21, air inlet 21 and refrigerating channel 45, heats passage 54 and add wet channel 84 and be respectively communicated with.Thus, air-conditioner 100 both can realize refrigerating function, can realize again heat-production functions, also Humidification function can be realized, meet the use demand of user.Cover assembly 6 is positioned at the upper end of cylinder assembly 2 (as shown in Figure 2 Upper end), cover assembly 6 have connect with refrigerating channel 45 cold wind outlet 61 with heat the hot-blast outlet 62 that passage 54 connects And with add the damp exit 63 that wet channel 84 connects.Change thermogenetic cold air in refrigerating channel 45 and can export 61 rows by cold wind Going out, change thermogenetic steam and can be discharged by hot-blast outlet 62 in heating passage 54, the fog produced in adding wet channel 84 can To be discharged by damp exit 63.

Semiconductor chilling plate 7 has cold end 71 and hot junction 72 and semiconductor chilling plate 7 is located in cylinder assembly 2, cold end 71 Being positioned at refrigerating channel 45, hot junction 72 is positioned at and heats passage 54.Thus, it is possible to utilize the cold end 71 of semiconductor chilling plate 7 to make Cold, utilize the hot junction 72 of semiconductor chilling plate 7 to heat, thus realize refrigeration and the heat-production functions of air-conditioner 100.

Humidification assembly 8 is located at and adds in wet channel 84, and humidification assembly 8 can produce water smoke, thus increases the humidity in room, carries The comfort level of high user.It is interior in order to drive refrigerating channel 45, heat passage 54 and add wet channel that fan assembly is located at cylinder assembly 2 Gas flowing in 84, the heat exchange of air in being not only easy to refrigerating channel 45 and heating passage 54, but also refrigerating channel can be made The cold wind that in 45, heat exchange completes is discharged smoothly by cold wind outlet 61, makes the hot blast heating in passage 54 by hot-blast outlet 62 Discharge smoothly, make the water smoke adding in wet channel 84 be discharged smoothly by damp exit 63, improve the work effect of air-conditioner 100 Rate, can improve the comfort level of user simultaneously further.

In some embodiments of the invention, as shown in Fig. 4-Figure 13 and Figure 23, in cylinder assembly 2, it is provided with median septum 3, in Dividing plate 3 is vertical be arranged on cylinder assembly 2 in and limit refrigerating channel 45 with cylinder assembly 2 and heat passage 54, median septum 3 can With by refrigerating channel 45 with to heat passage 54 spaced apart, thus ensure that the refrigeration of air-conditioner 100 and heating is smoothed out, quasiconductor Cooling piece 7 is embedded on median septum 3, such that it is able to make the cold end 71 of semiconductor chilling plate 7 be positioned at refrigerating channel 45, quasiconductor The hot junction 72 of cooling piece 7 is positioned at and heats passage 54, realizes refrigeration and the heat-production functions of air-conditioner 100 respectively.Set on median septum 3 There is the dividing plate connecting portion 302 being suitable to be connected with base assembly 1.Median septum 3 can be by dividing plate connecting portion 302 and base assembly 1 On the one hand connect, cylinder assembly 2 can be fixed on base assembly 1, on the other hand can make that median septum 3 is vertical is arranged on cylinder To limit refrigerating channel 45 with cylinder assembly 2 and to heat passage 54 in body assembly 2.

It addition, as shown in figure 11, median septum 3 is provided with the cable-through hole 301 passed for wire.Thus, it is possible to by leading The mains connection of median septum 3 both sides is all connected by line with extraneous power supply, thus ensures that air-conditioner 100 freezes and heats fortune smoothly OK.

As shown in Figure 8 and Figure 11, dividing plate connecting portion 302 includes diaphragm body 3021, and diaphragm body 3021 is from median septum 3 Bottom is extended and fits with the upper end of base assembly 1, and diaphragm body 3021 is connected with base assembly 1 by spacer adapter. Thus, it is possible to realize the connection of median septum 3 and base assembly 1, on the one hand cylinder assembly 2 can be fixed on base assembly 1, On the other hand can make that median septum 3 is vertical to be arranged in cylinder assembly 2 to limit refrigerating channel 45 with cylinder assembly 2 and to heat Passage 54.Such as, in the example shown in Fig. 8 and Figure 11, dividing plate connecting portion 302 includes diaphragm body 3021, diaphragm body 3021 is horizontal-extending to the side heating passage 54 (hot blast side as shown in figure 11) from the bottom of median septum 3, diaphragm body The upper surface laminating of the lower surface of 3021 and base assembly 1, and by spacer adapter (such as screw etc.) with base assembly 1 even Connect.

Further, as shown in figure 11, diaphragm body 3021 is provided with dividing plate locating dowel 3022, spacer adapter through every Plate locating dowel 3022 is connected with base assembly 1.Owing to the thickness of diaphragm body 3021 is less, when arranging in diaphragm body 3021 After locating dowel, and make spacer adapter be connected with base assembly 1 after passing locating dowel, diaphragm body 3021 at this can be increased Thickness, thus strengthen the structural strength of diaphragm body 3021, and then strengthen be connected between median septum 3 and base assembly 1 reliable Property.

Such as, in the example shown in Figure 11 and Figure 21, diaphragm body 3021 is provided with dividing plate locating dowel 3022, and dividing plate is fixed Position post 3022 is provided with the through hole passed for spacer adapter, and base assembly 1 is provided with and is suitable to the location hole corresponding with through hole 1114, spacer adapter is connected with the hole, location 1114 on base assembly 1 after the through hole in dividing plate locating dowel 3022.

Further, as shown in Figure 11 and Figure 21, dividing plate locating dowel 3022 is spaced apart multiple, and hole 1114, location is Spaced apart is multiple, multiple locating dowels and hole 1114, multiple location one_to_one corresponding.Thus, it is possible to increase median septum 3 and base group The reliability connected between part 1.Such as, in the example shown in Figure 11 and Figure 21, dividing plate locating dowel 3022 is two, two every Plate locating dowel 3022 is spaced apart along the length direction of diaphragm body 3021, and hole 1114, location is two and with two locating dowels one by one Corresponding.

As shown in figure 11, dividing plate connecting portion 302 also includes dividing plate ribs 3023, dividing plate ribs 3023 respectively with in every Plate 3, diaphragm body 3021 connect.Dividing plate ribs 3023 can strengthen between median septum 3 and diaphragm body 3021 connect can By property, thus after diaphragm body 3021 is connected with base assembly 1, can improve and be connected between median septum 3 with base assembly 1 Reliability.Such as, in the example depicted in fig. 11, dividing plate connecting portion 302 includes dividing plate ribs 3023, dividing plate ribs 3023 Cross section be formed generally as right angled triangle, two right-angle sides of dividing plate ribs 3023 respectively with diaphragm body 3021 and in every Plate 3 connects the reliability strengthening being connected between diaphragm body 3021 with median septum 3.

Further, as shown in figure 11, dividing plate ribs 3023 is spaced apart multiple.Such as, in showing shown in Figure 11 In example, dividing plate ribs 3023 is two and spaced apart along the length direction of diaphragm body 3021, two dividing plate ribs The two ends of 3023 length directions laying respectively at diaphragm body 3021.Thus can strengthen further diaphragm body 3021 with in every The reliability connected between plate 3, thus after diaphragm body 3021 is connected with base assembly 1, median septum 3 and base can be improved The reliability connected between assembly 1.

Further, as shown in figure 11, dividing plate ribs 3023 includes floor main body 3024 and floor extension 3025. Floor main body 3024 is connected to increase between median septum 3 and diaphragm body 3021 connection respectively with median septum 3, diaphragm body 3021 Reliability.Floor extension 3025 is located at the upper end of floor main body 3024, and the free end end face of floor extension 3025 is formed For arcwall face.Floor extension 3025 can strengthen the structural strength of dividing plate ribs 3023, one end of floor extension 3025 It is connected with median septum 3, the reliability being connected between median septum 3 with diaphragm body 3021 can be strengthened, simultaneously by floor extension The free end of 3025 is formed as cambered surface, be possible to prevent air-conditioner 100 assembling during, the wedge angle on floor extension 3025 Other parts are damaged at position.

It addition, as shown in figure 11, diaphragm body 3021 is provided with dividing plate escape groove 3026, and dividing plate escape groove 3026 can be for Wire passes.Such as in the example shown in Figure 11, Figure 21 and Figure 23, diaphragm body 3021 is provided with dividing plate escape groove 3026, Base assembly 1 is provided with the collection string holes 1112 corresponding with escape groove, and wire can be through collection string holes 1112 He in base assembly 1 Extend into after dividing plate escape groove 3026 in heating passage 54 and be connected with mains connection, through dividing plate escape groove 3026 wire also Can be connected with the mains connection in refrigerating channel 45 after the cable-through hole 301 on median septum 3.

In some embodiments of the invention, as shown in Fig. 4, Fig. 6-Fig. 9, fan assembly includes cold wind blower fan 91, cylinder Having cold wind air duct board 4 in assembly 2, the cold wind lateral spacing of cold wind air duct board 4 and median septum 3 makes refrigerating channel 45, cold wind air channel The cold wind air intake of plate 4 and the outlet air end 911 of cold wind blower fan 91 overlap the air-flow that cold wind blower fan 91 blows out is directed to refrigeration In passage 45.Air-flow can be entered in cylinder assembly 2 by air inlet 21, and is directed to by air-flow under the effect of cold wind blower fan 91 In refrigerating channel 45, air-flow carries out heat exchange in refrigerating channel 45, and the cold wind that heat exchange completes is from cold wind outlet 61 discharge.

Further, the part and include that duct main portion 41 and air channel are even as it is shown in figure 9, cold wind air duct board 4 is formed in one Meeting portion 42, duct main portion 41 is located at side (cold wind side as shown in Figure 9) and up/down perforation, the duct main of median septum 3 The upper end (upper end as shown in Figure 9) in portion 41 is relative with cold wind outlet 61, and air channel connecting portion 42 is connected to duct main portion 41 He Between cold wind blower fan 91.Thus can simplify the structure of cold wind air duct board 4 and be easy to going out of cold wind air duct board 4 and cold wind blower fan 91 Wind end 911 overlaps, and carries out heat exchange in simultaneously facilitating the refrigerating channel 45 that air-flow limits with median septum 3 in duct main portion 41, Be conducive to improving the work efficiency of air-conditioner 100.

Alternatively, as it is shown in figure 9, on from cold wind blower fan 91 to the direction in duct main portion 41, by air channel connecting portion 42 The cross-sectional area of the refrigerating channel 45 limited is gradually increased.Such as, in the example depicted in fig. 9, air channel connecting portion 42 limit The cross-sectional area of the lower end of the refrigerating channel 45 made is little, and upper end cross-sectional area is big, and on bottom-up direction, cross section Amass and be gradually increased.Lower end cross-sectional area is little, it is simple to air channel connecting portion 42 overlaps with the outlet air end 911 of cold wind blower fan 91 with by cold wind The air-flow of blower fan 91 blowout is directed in refrigerating channel 45, and upper end cross-sectional area is gradually increased, and beneficially air-flow is at refrigerating channel 45 Interior heat exchange.

Wherein, as it is shown in figure 9, cold wind blower fan 91 is centrifugal blower.Certainly, the invention is not restricted to this, cold wind blower fan 91 is also It can be axial flow blower.

As shown in Fig. 6 and Fig. 9, median septum 3 is provided with the first cold air duct installation portion 303, and cold wind air duct board 4 is provided with and the The second cold air duct installation portion 44 that one cold air duct installation portion 303 is suitable.Thus, it is possible to by the first cold air duct installation portion 303 With the cold wind side that cold wind air duct board 4 is fixed on median septum 3 by the second cold air duct installation portion 44.

Further, as it is shown in figure 9, the first cold air duct installation portion 303 includes mounting body portion 3031 and installs extension 3032, mounting body portion 3031 is suitable to be connected with the second cold air duct installation portion 44, installs extension 3032 and is positioned at mounting body portion The lower section of 3031, and be connected with mounting body portion 3031.Cold wind air duct board 4 can pass through mounting body portion 3031 and the second cold wind Road installation portion 44 is connected with median septum 3, installs extension 3032 and can play the work strengthening mounting body portion 3031 structural strength With, thus strengthen the reliability being connected between cold wind air duct board 4 with median septum 3.

Further, as it is shown in figure 9, install extension 3032 and downwardly extend out from the one end in mounting body portion 3031. When cold wind air duct board 4 is connected with median septum 3, the second cold air duct installation portion 44 is located at the top in mounting body portion 3031, installs Extension 3032 downwardly extends out from the one end in mounting body portion 3031, on the one hand can avoid the second cold air duct installation portion 44 Connection with mounting body portion 3031 produces to be interfered, and on the other hand, can strengthen the structural strength in mounting body portion 3031, prevent Mounting body portion 3031 structural strength is not enough and is deflected downwardly.

Alternatively, a length of L1 of extension 3032, a length of L2, L1 and the L2 of median septum 3 are installed to meet: L1 >=0.5L2. Thus, it is possible to improve, the extension 3032 stiffening effect to the structural strength in mounting body portion 3031 is installed, thus improves second The reliability being connected between cold air duct installation portion 44 with mounting body portion 3031, so improve cold wind air duct board 4 and median septum 3 it Between connect reliability.

In some embodiments of the invention, as shown in Fig. 6, Fig. 8 and Fig. 9, cold wind air duct board 4 is provided with cold wind end air-flow Dividing plate 43, cold wind end air baffle 43 is positioned at the outside of refrigerating channel 45 and fits tightly with the internal perisporium of cylinder assembly 2.By This, be possible to prevent the cold wind flowed out from refrigerating channel 45 upper end to flow downward outside refrigerating channel 45, make from refrigerating channel 45 The cold wind of interior outflow by cold wind outlet 61 outflow, improves the air quantity of air-conditioner 100 smoothly.Second cold air duct installation portion 44 On cold wind end air baffle 43.Thus it is easy to the connection of cold wind air duct board 4 and median septum 3.

Such as, in the example depicted in fig. 9, cold wind air duct board 4 and median septum 3 limit refrigerating channel 45, vertically On direction, the cross section of refrigerating channel 45 be shaped as rectangle, cold wind end air baffle 43 is positioned at the outside of refrigerating channel 45 And fit tightly with the internal perisporium of cylinder assembly 2, the big build of shape of cold wind end air baffle 43 becomes circular arc, cold wind end gas The circular arc sidewall of stream dividing plate 43 fits tightly with the internal perisporium of cylinder assembly 2, and cold wind end air baffle 43 is provided with for holding Receiving the holding tank of cold wind air duct board 4, the internal perisporium of holding tank fits tightly with the periphery wall of cold wind air duct board 4.

As it is shown in figure 9, be additionally provided with anion generator 102 in refrigerating channel 45, anion generator 102 is by fixing groove 1021 are fixed on median septum 3, and its brush is arranged at the air outlet of cold wind air duct board 4.Anion generator 102 is a kind of raw Become the device of negative aeroion.The aerial content of anion is the key factor determining air quality quality, air In containing appropriate anion can not only dedusting efficiently, sterilizing, purification air, the oxygen molecule in air can also be activated simultaneously And form oxygen carrying anion, and enliven air molecule, improve human lung's function, enhance metabolism, strengthen resistance against diseases, regulation Central nervous system, makes people in high spirits, dynamic etc..

It addition, as it is shown in figure 9, cold wind blower fan 91 is threadeded with median septum 3.Threaded connected mode is simple, even Connect reliable.

As shown in Fig. 5, Fig. 9, Figure 10 and Figure 23, the internal perisporium of cylinder assembly 2 is provided with cylinder limiting section 221, median septum 3 Being provided with dividing plate limiting section 304, cylinder limiting section 221 is suitable to only support with dividing plate limiting section 304.Thus, sheathed when cylinder assembly 2 When median septum 3 is outside, the dividing plate limiting section 304 on median septum 3 only supports, thus with the cylinder limiting section 221 on cylinder assembly 2 The spacing of median septum 3 and cylinder assembly 2 can be realized.Such as, in the example shown in Figure 23, cylinder limiting section 221 is only against On the upper surface of dividing plate limiting section 304, when median septum 3 is fixed on base assembly 1, cylinder assembly 2 can pass through median septum 3 It is fixed on base assembly 1.

Further, as it is shown in figure 5, the internal perisporium of cylinder assembly 2 is provided with cylinder mounting groove 222, median septum 3 is embedded In cylinder mounting groove 222, thus, it is possible to increase the reliability that cylinder assembly 2 is connected with median septum 3, prevent median septum 3 at cylinder Shake in assembly 2, it is ensured that median septum 3 is vertical to be arranged in cylinder assembly 2.The sidewall of cylinder mounting groove 222 is configured to Cylinder limiting section 221.Such as, in the example shown in Fig. 5, Fig. 9, Figure 10 and Figure 23, when median septum 3 is embedded at mounting groove 222 Time interior, the upper surface of the lower surface of the sidewall of mounting groove 222 and dividing plate limiting section 304 is only supported.Thus can simplify cylinder assembly 2 Structure and processing technique, save the production cycle, reduce production cost.

Further, as shown in figure 23, cylinder mounting groove 222 is two, and relative two sidewall of median septum 3 with Corresponding two cylinder mounting grooves 222 coordinate.Thus, it is possible to increase the reliability being connected between median septum 3 and cylinder assembly 2, Prevent median septum 3 from rocking in cylinder assembly 2, it is ensured that median septum 3 is vertical to be arranged in cylinder assembly 2, thus improves air-conditioner 100 reliability of structures.

As shown in Fig. 9, Figure 10 and Figure 23, dividing plate limiting section 304 is formed as strip, T-shaped or I type.Thus, it is possible to increase The multiformity of the structure of dividing plate limiting section 304.Such as, in the example shown in Figure 23, dividing plate limiting section 304 is formed as I type, every Plate limiting section 304 includes three parts, is positioned at upper surface and the cylinder limiting section of the most horizontally extending crossbeam of upper end Fitting so that cylinder assembly 2 is played spacing effect in the lower surface of 221, is positioned at the most horizontally extending crossbeam of lower end And the crossbeam extended substantially along vertical direction being positioned at centre can be pointed to the crossbeam of upper end and play the effect of structural strengthening.

In some embodiments of the invention, as it is shown in figure 9, dividing plate limiting section 304 is multiple and is respectively positioned on median septum 3 Edge.Thus can increase the median septum 3 position-limiting action to cylinder assembly 2.The most in the example depicted in fig. 9, median septum 3 Relative two sidewall on all include two dividing plate limiting sections 304 and lay respectively at cold wind side and the hot blast side of median septum 3, peace Tankage 222 includes two sidewalls, when median septum 3 is embedded in mounting groove 222, and the lower surface of two sidewalls of mounting groove 222 Upper surface with two dividing plate limiting sections 304 is only supported respectively.

In some embodiments of the invention, as shown in Fig. 4, Fig. 6-Fig. 8 and Figure 10-Figure 12, fan assembly includes hot blast Blower fan 92, has hot air duct plate 5 in cylinder assembly 2, the hot blast lateral spacing of hot air duct plate 5 and median septum 3 is made and heated passage 54, air-heater 92 is located at and heats in passage 54 to drive air flow direction hot-blast outlet 62.Air-flow can be entered by air inlet 21 In cylinder assembly 2, and being directed to air-flow heat in passage 54 under the effect of air-heater 92, air-flow is in heating passage 54 Carrying out heat exchange, the hot blast that heat exchange completes is discharged from hot-blast outlet 62.

As shown in Fig. 7, Figure 10-Figure 12, fan assembly also includes assembling seat 93, assembling seat 93 and median septum 3 Clamping, air-heater 92 is embedded on assembling seat 93, and hot air duct plate 5 is connected with the upper end of assembling seat 93.Thus, Air-heater 92 can be connected with median septum 3 so that air-heater 92 is fixed on median septum 3, simultaneously by assembling seat 93 Hot air duct plate 5 is connected with the upper end of assembling seat 93, and the air-flow flowed out in can making air-heater 92 smoothly enters system To carry out heat exchange in the passage of heat 54.

Further, as shown in Figure 10-Figure 12, one in assembling seat 93 and median septum 3 is provided with support snap fit 305, another is provided with the support hole clipping 934 suitable with support snap fit 305.Thus, assembling seat 93 and median septum 3 can Assembling seat 93 and the clamping of median septum 3 is realized with the cooperation by support snap fit 305 and support hole clipping 934, the most permissible Simplify median septum 3 and the structure of assembling seat 93.

Further, as shown in Figure 10-Figure 12, support snap fit 305 and support hole clipping 934 are multiple and one a pair Should.Thus can increase the reliability being connected between assembling seat 93 with median septum 3.Such as, in showing shown in Figure 10-Figure 12 In example, median septum 3 is provided with two spaced apart support snap fits 305, and assembling seat 93 is provided with two and support snap fit 305 Support hole clipping 934 one to one, two support hole clippings 934 are respectively provided on relative two sidewall of assembling seat 93, When assembling seat 93 and median septum 3 clamping, two support snap fits 305 are respectively clamped in two support hole clippings 934.

As shown in figure 11, support snap fit 305 includes snap fit extension 3051 and snap fit lobe 3052.Snap fit extension One end of 3051 is connected with median septum 3, and snap fit lobe 3052 is located at the other end of snap fit extension 3051, snap fit lobe 3052 are adapted to extend into support hole clipping 934.Thus, it is possible to by snap fit lobe 3052 is stretched in support hole clipping 934 Realize the connection of median septum 3 and assembling seat 93.Such as, in the example depicted in fig. 11, support snap fit 305 includes that snap fit prolongs Extending portion 3051 and snap fit lobe 3052, snap fit extension 3051 is directed away from the direction of median septum 3 and extends and snap fit extension One end of 3051 is connected with median septum 3, and snap fit lobe 3052 is located at the other end of snap fit extension 3051, snap fit lobe 3052 is protruding towards the direction that two support snap fits 305 are located remotely from each other, when median septum 3 is connected with assembling seat 93, permissible Support snap fit 305 on median septum 3 is stretched in support hole clipping 934 from the inside of assembling seat 93.

Wherein, as shown in Figure 10, air-heater 92 is axial flow blower.Axial flow blower air quantity is big, can improve air-conditioner 100 Work efficiency, improve air-conditioner 100 air output, improve user comfortableness.Certainly, the invention is not restricted to this, hot blast wind Machine 92 can also be centrifugal blower.It addition, air-heater 92 is multiple, thus can improve air quantity further, improve user Comfortableness.Such as, in the example depicted in fig. 10, air-heater 92 is two.

As shown in Figure 10, being additionally provided with Temperature and Humidity module 103 in heating passage 54, Temperature and Humidity module 103 is passed through Threaded fastener is connected on median septum 3, and is positioned at the air inlet of air-heater 92.Temperature and Humidity module 103 can be examined Survey and heat the humiture in passage.

As shown in figure 12, assembling seat 93 includes pedestal base plate 931, two first pedestal coaming plates 933 and the second pedestals Coaming plate 935.One end of pedestal base plate 931 offsets with median septum 3, and pedestal base plate 931 has the wind being suitable to install air-heater 92 Machine installing hole 9311, thus, it is possible to be arranged on air-heater 92 on assembling seat 93.Be additionally provided with on pedestal base plate 931 with The air vent 9312 that the air inlet of air-heater 92 is relative, thus, it is simple to air-flow enters in air-heater 92.Two the first pedestals Coaming plate 933 lays respectively at the two ends of pedestal base plate 931, and two the first pedestal coaming plates 933 all with median septum 3 clamping to realize wind Machine mounting seat 93 and the connection of median septum 3, meanwhile, air-heater 92 can be played position-limiting action by the first pedestal coaming plate 933.The Two pedestal coaming plates 935 are positioned at one end away from median septum 3 of pedestal base plate 931, and the second pedestal coaming plate 935 is folded in two Between one pedestal coaming plate 933, air-heater 92 can be played position-limiting action further by the second pedestal coaming plate 935.

As shown in figure 12, pedestal base plate 931 is provided with pedestal ribs 932, and pedestal ribs 932 offsets with median septum 3. On the one hand assembling seat 93 can be played the effect of structural strengthening, on the other hand pedestal ribs 932 by pedestal ribs 932 The end face away from median septum 3 air-heater 92 can be played position-limiting action further.

Alternatively, as shown in figure 12, air-heater 92 is threadeded with pedestal base plate 931.Threaded mode is simple Reliably, the reliability being connected between air-heater 92 with pedestal base plate 931 can be improved.Such as, in the example depicted in fig. 12, Pedestal base plate 931 is provided with the assembling hole 9311 for installing air-heater 92.

As shown in Fig. 4, Fig. 8, Figure 10, Figure 11 and Figure 13, median septum 3 is provided with cold through mounting groove 306, quasiconductor Cooling piece 7 can pass cold mounting groove 306, so that its cold end 71 is positioned at refrigerating channel 45, hot junction 72 is positioned at and heats passage In 54, on the perisporium of cold mounting groove 306, the side (hot blast side as shown in figure 11) towards median septum 3 is provided with installation protuberance 307, the protuberance 307 circumferential direction extension along cold mounting groove 306 is installed, installing protuberance 307 can be to semiconductor chilling plate 7 To supporting and spacing effect.Two heat exchangers 73 of semiconductor chilling plate 7 lay respectively at the both sides of median septum 3, thus may be used With in increasing refrigerating channel 45 and heat the efficiency of heat exchange in passage 54, with the sidewall installing protuberance 307 homonymy on median septum 3 Being provided with current limliting raised line 308, current limliting raised line 308 is spaced apart with installing protuberance 307 and is positioned at the top installing protuberance 307, current limliting Raised line 308 is folded between median septum 3 and corresponding heat exchanger 73.Current limliting raised line 308 can stop that air-flow is median septum 3 He Flow through between corresponding heat exchanger 73, make as much as possible air-flow after corresponding heat exchanger 73 carries out heat exchange the most upwards Flow out, improve the efficiency of heat exchange.

It should be noted that be positioned at the heat exchanger 73 of refrigerating channel 45 during work, surface may be produced Raw frosting or condensation etc., when frost occurs in the heat exchanger 73 being positioned at refrigerating channel 45, can shut down and carry out defrost Process.The lower section of the heat exchanger 73 being positioned at refrigerating channel 45 can be provided with drip tray, and the bottom of drip tray can be provided with and lead Flow tube, one end of mozzle is connected with drip tray, and the other end of mozzle can be connected with the water tank 82 in humidification assembly 8, system The condensed water produced during heat exchanger defrost in cold passage 45 and the condensation produced in process of refrigerastion or condensed water To flow downwardly in drip tray along heat exchanger 73, the condensed water collected in drip tray can humidify assembly 8 along mozzle runner In interior water tank 82.Not only achieve the recycling of resource, and can avoid drawing mozzle the outside of air-conditioner 100, Not only simplify the structure of cylinder assembly 2, also add the aesthetic property of air-conditioner 100.

As shown in Figure 8 and Figure 11, median septum 3 is provided with square cold through mounting groove 306, cold mounting groove 306 The sidewall towards hot blast side be provided with installation protuberance 307, install protuberance 307 along cold mounting groove 306 circumferential direction extend, Be additionally provided with current limliting raised line 308 on the sidewall towards hot blast side of median septum 3, current limliting raised line 308 spaced apart with installing protuberance 307 and Horizontally extending, current limliting raised line 308 is located at the top installing protuberance 307 and the heat friendship being folded in median septum 3 and hot blast side Between parallel operation 73.Current limliting raised line 308 can stop that air-flow flows through, as far as possible between median septum 3 and corresponding heat exchanger 73 Make air-flow flow upwards out again after corresponding heat exchanger 73 carries out heat exchange, improve heat exchange efficiency, the most permissible Improve the temperature of the hot blast of hot-blast outlet 62, improve the comfortableness of user.

Further, as shown in Figure 8 and Figure 11, the cross section of current limliting raised line 308 is formed as square, circular or oval. Thus, it is possible to increase the structure diversity of current limliting raised line 308, certainly, the shape of current limliting raised line 308 is not limited to this, as long as can Realize stopping that the gap between air-flow plate 3 along the septum and corresponding heat exchanger 73 flows up.Such as, shown in Fig. 8 Example in, the cross section of current limliting raised line 308 be shaped as rectangle.

Further, as shown in figure 11, the length of current limliting raised line 308 is identical with the width of corresponding heat exchanger 73. Thus, it is possible to increase the stop effect that air-flow between median septum 3 and corresponding heat exchanger 73 is flowed up by current limliting raised line 308 Really, air-flow and correspondingly heat exchange efficiency between heat exchanger 73 are further improved.

In some embodiments of the invention, as shown in Fig. 4, Fig. 7 and Figure 10, hot air duct plate 5 is provided with hot blast end gas Stream dividing plate 51, being positioned at of hot blast end air baffle 51 heats the outside of passage 54 and fits tightly with the internal perisporium of cylinder assembly 2. Thus, it is possible to prevent from flowing downward outside passage 54 heating from heating the hot blast flowed out passage 54 upper end, make from heating passage The hot blast flowed out in 54 is flowed out by hot-blast outlet 62 smoothly, improves the air quantity of air-conditioner 100.

Further, as illustrated in fig. 7 and fig. 10, hot blast end air baffle 51 is provided with the dividing plate limit installing humidification assembly 8 Position groove 52.Such as, in the example shown in Fig. 7 and Figure 10, hot air duct plate 5 is provided with hot blast end air baffle 51, hot blast end Air baffle 51 is divided into two parts and lays respectively at the relative both sides of hot air duct plate 5, two parts hot blast end air baffle 51 Between limit dividing plate stopper slot 52, dividing plate stopper slot 52 is positioned at the side away from median septum 3 of hot air duct plate 5, humidification group Part 8 can snap in dividing plate stopper slot 52, to realize the spacing of humidification assembly 8, and when after sheathed upper shell assembly 2, and Ji Keshi Now humidification assembly 8 is fixing.

Alternatively, as shown in Fig. 5 and Figure 10, hot blast end air baffle 51 is provided with the first hot-flow flue installation portion 53, cylinder The second hot-flow flue installation portion 223 suitable with the first hot-flow flue installation portion 53 it is provided with in assembly 2.Thus, it is possible to by first Hot-flow flue installation portion 53 and the cooperation of the second hot-flow flue installation portion 223 realize hot blast end air baffle 51 and the connection of cylinder assembly 2, Thus realize hot air duct plate 5 and the connection of cylinder assembly 2, and then realize the fixing of hot air duct plate 5.

Wherein, as shown in Fig. 5 and Figure 10, the first hot-flow flue installation portion 53 and the second hot-flow flue installation portion 223 are multiple And one_to_one corresponding.Thus, it is possible to increase the reliability being connected between hot blast end air baffle 51 and cylinder assembly 2, thus increase The reliability being connected between hot air duct plate 5 with cylinder assembly 2.Such as, in the example shown in Fig. 5 and Figure 10, the first hot blast Road installation portion 53 is two and lays respectively at the both sides of hot blast end air baffle 51 near the position of median septum 3, cylinder assembly 2 It is provided with two second hot-flow flue installation portions 223 corresponding with the first hot-flow flue installation portion 53.

Alternatively, the first hot-flow flue installation portion 53 and the second hot-flow flue installation portion 223 clamping or threaded.Such as, exist In example shown in Fig. 5 and Figure 10, the first hot-flow flue installation portion 53 and the second hot-flow flue installation portion 223 are equipped with screwed hole, First hot-flow flue installation portion 53 and the second hot-flow flue installation portion 223 are connected by threaded fastener (such as bolt).Thus, it is possible to Simplify the first hot-flow flue installation portion 53 and connected mode of the second hot-flow flue installation portion 223.

In some embodiments of the invention, as shown in Fig. 4, Fig. 7, Fig. 8, Figure 15 and Figure 16, humidification assembly 8 includes atomization Device base 81 and water tank 82.Nebulizer base 81 is connected with base assembly 1, to realize the fixing of nebulizer base 81.Water tank 82 It is connected with the removably clamping respectively of cylinder assembly 2, nebulizer base 81, in water tank 82, limits fog flow channel 821, mist One end of flow of air passage 821 connects with the atomizing piece 814 on nebulizer base 81, the other end of fog flow channel 821 with Damp exit 63 connects.The fog produced in nebulizer base 81 can flow to damp exit 63 by fog flow channel 821 So that air is humidified.Fan assembly includes that dampness blower fan 94, dampness pathogenic wind are located on nebulizer base 81 to drive fog Air flow direction damp exit 63 in flow channel 821.

Such as, in the example shown in Figure 15 and Figure 16, nebulizer base 81 is provided with air intake passage 811, air intake passage One end of 811 connects with dampness blower fan 94, and the other end connects with fog flow channel 821, dampness blower fan 94 by air from import 812 are blown into air intake passage 811, and from outlet 813 blowout, the water smoke that atomizing piece 814 is produced fog stream in water tank 82 Dynamic passage 821 is discharged from damp exit 63.The water yield in nebulizer base 81 can back down rotary switch 816 by fore-set 815 On the effluent switch automatic watering of band spring, nebulizer base 81 is furnished with water level detection switch 817, when water level reduces, magnetic Property float 818 in company with liquid level reduce, dry-reed tube switch 819 disconnects, and prevents dry combustion method.

Further, as shown in figure 15, fog flow channel 821 linearly extends.Thus, it is possible to make fog faster Flow to damp exit 63 and discharge.Meanwhile, structure and the processing technique of fog flow channel 821 can be simplified, save and produce week Phase, reduce production cost.

Alternatively, nebulizer base 81 and base assembly 1 clamping.Thus, it is possible to simplify nebulizer base 81 and base group Connection between part 1, it is simple to the installation of nebulizer base 81.Certainly, the invention is not restricted to this, nebulizer base 81 and base group Part 1 can pass through base securing member clamping.

In some embodiments of the invention, as shown in Fig. 8, Figure 15 and Figure 16, humidification assembly 8 also includes mist mouth 83, Go out mist mouth 83 and be positioned at the upper end of fog flow channel 821, go out mist mouth 83 open at its lower end and with the upper end of fog flow channel 821 Relatively, go out at least part of roof closing of mist mouth 83, sidewall opens wide to be configured to nozzle 831, nozzle 831 and damp exit 63 is relative.Thus, the fog in fog flow channel 821 can flow to dampness by going out the nozzle 831 on mist mouth 83 sidewall Outlet 63, improves the ejection effect of fog.

Further, as shown in Fig. 8 and Figure 16, on the direction towards nozzle 831, go out the appearance of the roof of mist mouth 83 Face is gradually inclined upwardly.Thus, after fog knocks out the roof of mist mouth 83, nozzle 831 can be flowed to smoothly, it is simple to mist Fog in flow of air passage 821 is flowed to nozzle 831 and is sprayed by damp exit 63, improves the fog stream of nozzle 831 Amount.

In some embodiments of the invention, as shown in Fig. 4, Fig. 6-Fig. 8, air inlet 21 is one, and part air inlet 21 is relative with refrigerating channel 45, and part air inlet 21 is relative with heating passage 54, and part air inlet 21 is relative with adding wet channel 84. Such as, in the example depicted in fig. 8, air inlet 21 is one and between base assembly 1 and cylinder assembly 2, part air intake Mouthfuls 21 relative with refrigerating channel 45, and part air inlet 21 is relative with heating passage 54, part air inlet 21 with add wet channel 84 phase Right, the air entering air inlet 21 is partly in refrigerating channel 45, is partly into and heats in passage 54, some Can enter in adding wet channel 84 and participate in work.Thus, it is possible to simplify structure and the processing technique of air-conditioner 100, save and produce In the cycle, reduce production cost.

In some embodiments of the invention, as Figure 1-Figure 5, cylinder assembly 2 includes integrated urceolus body 22, urceolus body 22 has the installation cavity 23 of up/down perforation, the two ends up and down of urceolus body 22 respectively with cover assembly 6 and base Assembly 1 connects.Thus, it is possible to simplify structure and the processing technique of cylinder assembly 2, save the production cycle, reduce production cost.

Further, the lower end of urceolus body 22 and base assembly 1 clamping.Snap fit is simple and reliable, it is simple to urceolus is originally Connection between body 22 and base assembly 1, and can ensure that the reliability being connected between urceolus body 22 with base assembly 1.Tool Body ground, one in the lower end of urceolus body 22 and base assembly 1 is provided with clamping protuberance, and another is provided with convex with institute clamping The Access Division that portion offsets.Thus, urceolus body 22 and base assembly 1 can be realized even by the clamping of clamping protuberance and Access Division Connect, connect between urceolus body 22 and base assembly 1 such that it is able to simplify.

Further, clamping protuberance extends along the circumferential direction of urceolus body 22.Correspondingly, Access Division is along base assembly 1 Circumferential direction extend.Thus, it is possible to increase the reliability being connected between urceolus body 22 and base assembly 1.

Alternatively, as shown in Fig. 1, Fig. 3 and Fig. 5, urceolus body 22 is formed as cylinder, thus can increase cylinder assembly 2 Aesthetic property.Certainly, the invention is not restricted to this, urceolus body 22 may be formed as square tube etc..

In some embodiments of the invention, the upper end of urceolus body 22 and cover assembly 6 clamping.Thus, it is possible to realize Cover assembly 6 fixing, can simplify the connection between urceolus body 22 and cover assembly 6 simultaneously, it is simple to urceolus body 22 with The clamping of cover assembly 6.

As shown in Fig. 6-Figure 11, Figure 17-Figure 18, median septum 3 is provided with the first forward holding section (forward card as described below Close groove 309) and the first reverse holding section (reversely engaging groove 310 as described below), cover assembly 6 with first is just provided with The second forward holding section (as described below forward snap fit tabs 64) suitable to holding section is fitted mutually with the first reverse holding section Second joined reversely holding section (reverse snap fit tabs 65 as described below), the first forward holding section and the second forward engaging position In the side of median septum 3, the first reverse holding section and the second reverse holding section are positioned at the opposite side of median septum 3.Thus, lid group Part 6 can also be by the engaging of the first forward holding section and the second forward holding section, and the first reverse holding section and second anti- Realize the connection of cover assembly 6 and median septum 3 to the engaging of holding section, thus realize the fixing of cover assembly 6.

Specifically, as shown in Fig. 6-Figure 11, Figure 17-Figure 18, in the first forward holding section and the second forward holding section Individual being formed as forward snap fit tabs 64, another is formed as forward engaging groove 309, and the first reverse holding section and second is reversely blocked One of conjunction portion is formed as reverse snap fit tabs 65, and another is formed as reversely engaging groove 310, forward snap fit tabs 64 convex Play direction contrary with the protrusion direction of reverse snap fit tabs 65.Such as, in the example as shown in Fig. 6-Figure 11, Figure 17-Figure 18, First forward holding section is formed as forward engaging groove 309, and the second forward holding section is formed as forward snap fit tabs 64, and first is anti- Being formed as to holding section reversely engaging groove 310, the second reverse holding section is formed as reverse snap fit tabs 65, and forward engaging is convex Rise 64 protrusion direction contrary with the protrusion direction of reverse snap fit tabs 65, when cover assembly 6 and median septum 3 carry out clamping, First cover assembly 6 can be placed and the top of cylinder assembly 2, then rotate cover assembly 6 so that forward snap fit tabs 64 is blocked Enter in forward engaging groove 309, make reverse snap fit tabs 65 snap in reversely and engage in groove 310, it is simple to the installation of cover assembly 6 With fixing.

Further, as shown in figure 18, forward snap fit tabs 64 and the shape of reverse snap fit tabs 65, size are the most identical. Thus, it is simple to simplified processing process, it is not necessary to the structure of two kinds of shape sizes of processing, can save the production cycle, reduce and produce into This.

Further, as shown in Fig. 8, Figure 17 and Figure 18, forward snap fit tabs 64 includes, engaging extension 641 and card Close lobe 642.One end of engaging extension 641 is connected with cover assembly 6, and snap fit tabs portion 642 is positioned at engaging extension 641 Free end, and snap fit tabs portion 642 is suitable to snap in forward engaging groove 309.Such as, in the example shown in Figure 17, One end of engaging extension 641 is connected with cover assembly 6, and the other end of engaging extension 641 downwardly extends, snap fit tabs portion 642 are positioned at the engaging free ends of extension 641 and the bearing of trend in snap fit tabs portion 642 and the extension side engaging extension 641 To vertically, snap fit tabs portion 642 is suitable to be fastened in forward engaging groove 309.Thus, it is simple to median septum 3 and cover assembly 6 Engaging, and the reliability being connected between median septum 3 with cover assembly 6 can be improved.

Alternatively, as shown in Fig. 6-Figure 11, forward engaging groove 309 and reversely engaging groove 310 be in being formed at every Through hole on plate 3.Correspondingly, forward snap fit tabs 64 and reverse snap fit tabs 65 are both formed on cover assembly 6.Thus, may be used To simplify structure and the processing technique of median septum 3, save the production cycle, reduce production cost.Be conducive to forward engaging convex simultaneously Play 64 to snap in forward engaging groove 309, and reverse snap fit tabs 65 snaps in and reversely engages in groove 310.

In some embodiments of the invention, as shown in Figure 11, Figure 17, Figure 18 and Figure 23, the upper end of median septum 3 has lid Body embeded slot 311, the lower end of cover assembly 6 has the lid extension be suitable to spaced apart to cold wind outlet 61 and hot-blast outlet 62 66, lid extension 66 is chimeric with lid embeded slot 311 so that cover assembly 6 to be divided into cold wind side and hot blast side.Lid is fitted together to Groove 311 can avoid median septum 3 to interfere with the lower surface of cover assembly 6, simultaneously lid embeded slot 311 and lid extension 66 chimeric can playing cover assembly 6 support and spacing effect.

As shown in Figure 11 and Figure 23, on direction from bottom to up, the width of lid embeded slot 311 is gradually increased.Thus, Median septum 3 not only can be avoided to interfere with the lower surface of cover assembly 6, and the two side of lid embeded slot 311 is permissible Cover assembly 6 is coordinated to limit cold wind outlet 61, hot-blast outlet 62 and damp exit 63.

Further, as shown in Figure 11 and Figure 23, on direction from bottom to up, the width of lid embeded slot 311 On two sidewalls be all directed away from direction each other.Thus, it is possible to make the width of lid embeded slot 311 be gradually increased, Median septum 3 not only can be avoided to interfere with the lower surface of cover assembly 6, and the two side of lid embeded slot 311 is permissible Cover assembly 6 is coordinated to limit cold wind outlet 61, hot-blast outlet 62 and damp exit 63.

In some embodiments of the invention, as shown in Fig. 2, Figure 17 and Figure 22, the periphery wall of cover assembly 6 is provided with ring Shape air outlet (cold wind outlet 61 as described below, hot-blast outlet 62 and the set of damp exit 63), lid extension 66 and in Annular air mouth is divided into cold wind outlet 61, hot-blast outlet 62 by dividing plate 3.Thus, it is possible to avoid cold wind outlet 61 and hot blast to go out Mouth 62 is too small, and wind-out range is concentrated, and uncomfortable blowing feeling is made us in Local cooling generation, and the air outlet air-supply of annular is uniform, raising Comfort.

As shown in Fig. 2, Figure 17 and Figure 22, annular air mouth is multiple and spaced apart along the axis direction of cylinder assembly 2. Thus, it is possible to increase the uniformity of air-supply further, improve comfort.Such as, in the example shown in Figure 22, annular goes out Air port is two, and spaced apart along the axis direction of cylinder assembly 2, is positioned at the annular air mouth of lower section by two adjacent wind-guidings Plate 672 limits, and annular air mouth above is limited with cover assembly 6 by wind deflector 672, wind deflector 672 by with Lid extension 66 clamping realization and the connection of cover assembly 6.

Alternatively, as shown in Fig. 2, Figure 17 and Figure 22, cover assembly 6 includes upper cap body 67 and lower cover dividing plate 68.Upper cover Main body 67 is located at the upper end of cylinder assembly 2, and the outer surface of upper cap body 67 has control key, and annular air mouth is located at upper cover master On body 67, lower cover dividing plate 68 is positioned at hot blast side and is located at the lower section of upper cap body 67, and lower cover dividing plate 68 limits with upper cap body 67 Going out to close chamber 684, close chamber 684 and be suitable to hold top cover circuit board 69, top cover circuit board 69 electrically connects with control key.Top cover circuit Plate 69 is placed in closing chamber 684, is possible to prevent top cover circuit board 69 to make moist and damage, and control key is with top cover circuit board 69 even Connect, the refrigeration of air-conditioner 100 can be controlled, heat and humidify.

Further, as shown in Figure 17 and Figure 22, the part surface closing chamber 684 is configured to guiding face 681, guiding face 681 are suitable to guide air-flow to flow out from hot-blast outlet 62.Thus, it is possible to make the hot blast flowed out in heating passage 54 successfully arrange Go out, improve the hot blast rate of air-conditioner 100.Such as, in the example shown in Figure 17, the close circular hot air outlet of lower cover dividing plate 68 The sidewall of 62 is formed as inclined-plane, i.e. guiding face 681, and this guiding face 681 can play the effect of wind deflector, makes from heating passage 54 The hot blast of interior outflow is smoothly discharged out by hot-blast outlet 62.Further, as shown in figure 17, guiding face 681 goes out with hot blast The part internal perisporium of mouth 62 is concordant.Thus, it is more convenient for guiding air-flow to flow out from hot-blast outlet 62.

Alternatively, as shown in Figure 18 and Figure 19, upper cap body 67 is connected by threaded fastener with lower cover dividing plate 68.By This, not only can simplify the connected mode of upper cap body 67 and lower cover dividing plate 68, but also can ensure that upper cap body 67 with under The fastness connected between lid dividing plate 68.

Specifically, as shown in Figure 18 and Figure 19, upper cap body 67 is provided with upper cover and connects post 671, and lower cover dividing plate 68 sets Having and connect the lower cover connection post 682 that post 671 is corresponding with upper cover, threaded fastener connects upper cover and connects post 671 and lower cover connection post 682.Thus, not only can simplify the connected mode of upper cap body 67 and lower cover dividing plate 68, but also can ensure that upper cap body The fastness being connected between 67 with lower cover dividing plate 68.Such as, in the example shown in Figure 18 and Figure 19, upper cover connects post 671 He Lower cover connects post 682 and is two and one_to_one corresponding, thus, it is possible to be connected between increase upper cap body 67 and lower cover dividing plate 68 Fastness.

It addition, as shown in figure 19, lower cover dividing plate 68 is additionally provided with multiple for positioning the spaced apart of top cover circuit board 69 Positioning boss 683.Thus, it is possible to be fixed on by top cover circuit board 69 in closing chamber 684, prevent top cover circuit board 69 from shaking Dynamic, thus ensure the reliability that top cover circuit board 69 works.Such as, in the example shown in Figure 19, lower cover dividing plate 68 is provided with Three spaced apart positioning boss 683, top cover circuit board 69 can be fixed in closing chamber 684 by positioning boss 683.

As shown in Fig. 8, Figure 15 and Figure 16, air is logical in the air intake space between air-inlet grille 12 and bottom support frame 11 Cross air-inlet grille 12 and enter cylinder assembly 2 inside.In cylinder assembly 2, partial air enters in cold wind blower fan 91, at cold wind wind Under the effect of machine 91, improve the pressure of gas, and gas is expelled in refrigerating channel 45, enter the gas in refrigerating channel 45 Carrying out heat exchange with the heat exchanger 73 being positioned at refrigerating channel 45 and form cold wind air-flow, the cold wind air-flow of formation flows up 61 discharges are exported by the cold wind on cover assembly 6；In cylinder assembly 2, partial air is by leading on assembling seat 93 Air holes 9312 enters in air-heater 92, under the effect of air-heater 92, improves the pressure of gas, and gas is expelled to system In the passage of heat 54, entrance heats the gas in passage 54 and carries out heat exchange shape with being positioned at the heat exchanger 73 heating passage 54 Becoming hot-air flow, the hot-blast outlet 62 that the hot-air flow of formation flows upwards through on cover assembly 6 is discharged；Partial air passes through Dampness blower fan 94 enters in air intake passage 811, and from outlet 813 blowout, the water smoke produced by atomizing piece 814 is in water tank 82 Fog flow channel 821 discharge from damp exit 63.

It should be noted that the damp exit 63 on cover assembly 6 is same outlet with hot-blast outlet 62, from nozzle The water smoke of 831 ejections is discharged by the damp exit 63 (i.e. hot-blast outlet 62) of annular.

Control method below with reference to Fig. 1-Figure 24 description air-conditioner 100 according to embodiments of the present invention.

Air-conditioner 100 according to embodiments of the present invention is above-mentioned air-conditioner 100, and the outer surface of cover assembly 6 is (such as Fig. 1 institute The roof of the cover assembly 6 shown) it is provided with control key, limit closing chamber 684 in cover assembly 6, close chamber 684 and be suitable to hold top Lid circuit board 69, top cover circuit board 69 electrically connects with control key, and control key includes power switch key, cooling and warming on & off switch and adds Wet on & off switch.

The control method of air-conditioner 100 comprises the steps:

S1: trigger power switch key；

S2: select air-conditioner 100 operational mode: when triggering cooling and warming on & off switch, air-conditioner 100 is in refrigeration and system Heat pattern；When triggering humidification on & off switch, air-conditioner 100 is in humidifying mode；

S3: trigger power switch key so that described air-conditioner power-off.

User can be according to demand after starting air-conditioner 100, and the function required for unlatching, when user needs cooling and warming During function, the cooling and warming on & off switch of air-conditioner 100 can be triggered；When user needs humidification function, air-conditioner can be triggered The humidification on & off switch of 100.

Pressing type pressing keys is may refer to, it is also possible to be that the form to touch touches touch it should be noted that trigger Screen.Also, it should be noted cooling and warming on & off switch can be opened with humidification on & off switch simultaneously, it is also possible to the most only open One of them.

In some embodiments of the invention, control key also includes the speed governing running watt level for controlling fan assembly Key, when starting air-conditioner 100, fan assembly operates with the first power, and when triggering speed governing key first, fan assembly is with second Power operates, and again triggers speed governing key, and fan assembly operate with the 3rd power, and third time triggering speed governing key, fan assembly is with the One power operating.User can be according to demand by regulating the operation power of fan assembly to regulate the air output of air-conditioner 100 And fog-supplying amount.

Specifically, fan assembly includes the cold wind blower fan 91 of air output in controlling refrigerating channel 45, for controlling system In the passage of heat 54 air output air-heater 92 and for controlling to add the dampness blower fan 94 of wet channel 84 endogenous dampness flow of air speed, adjust Speed key include the first speed governing key for controlling cold wind blower fan 91, for control air-heater 92 the second speed governing key and for Control the 3rd speed governing key of dampness blower fan 94.User can be by the operation power of regulation cold wind blower fan 91 with regulation refrigerating capacity Size, by the operation power of regulation air-heater 92 to regulate the size of heating capacity, by regulation dampness blower fan 94 with regulation The size of fog-supplying amount, thus meet the use demand of user.

In some embodiments of the invention, the outer surface of cover assembly 6 also has display screen, display screen and top cover circuit Plate 69 electrically connects, and display screen is for showing the work state information of air-conditioner 100.Display screen can show current air-conditioner 100 Open function, when refrigeration and heat-production functions opened by air-conditioner 100, the icon that display screen represents this function is highlighted, when When humidification function opened by air-conditioner 100, the icon that display screen represents this function is highlighted, and display screen can also show currently The state running power of cold wind blower fan 91, air-heater 92 and dampness blower fan 94, such as, when cold wind blower fan 91 is with the first merit When rate is run, display screen represents cold wind blower fan 91 and runs the icon of power numeral 1 be will be shown later, when cold wind blower fan 91 is with the During two Power operations, display screen represents cold wind blower fan 91 and runs the icon of power and numeral 2 be will be shown later, when cold wind blower fan 91 During with three Power operations, display screen represents cold wind blower fan 91 and runs the icon of power numeral 3 be will be shown later.

In some embodiments of the invention, the outer surface of cover assembly is provided with touch screen, touch screen and top cover circuit board Electrical connection, control key is to form Touch control key on the touchscreen.When representing the position of certain function on touch-control touch screen, Ji Keshi The now operation of this function.

The control method of air-conditioner 100 in accordance with another embodiment of the present invention is described below with reference to Fig. 1-Figure 24.

Air-conditioner 100 according to embodiments of the present invention is above-mentioned air-conditioner 100, and cover assembly 6 is provided with for detecting lid Body assembly 6 stress by force detection sensor, electrically connected with top cover circuit board 69 by force detection sensor, control method includes:

T1: tapping cover assembly 6 for the first time, air-conditioner 100 is energized；

T2: second time taps cover assembly 6, and air-conditioner 100 selects operational mode；

T3: third time taps cover assembly 6, air-conditioner 100 power-off.

Thus, it is possible to realize the control to air-conditioner 100 by the way of tapping cover assembly 6, this control mode is simple, Convenient to operate.It should be noted that by step T1 to step T2, or step T2 to step T3 time, adjacent twice percussion time Between need to be more than specific time t, time t can be 1s at interval.Also, it should be noted percussion to cover assembly 6 each time Can be only to tap, or tap twice continuously or how under, and when tapping continuously, the time interval every time tapped need to be less than spy Fix time t, and time t can be 1s.

Further, in step T2, step T2 also includes following sub-step:

T21: when second time tap cover assembly 6, and hammer action for tap one time time, air-conditioner 100 enter refrigeration and Heating mode；

T22: when second time taps cover assembly 6, and when hammer action is to tap twice continuously, air-conditioner 100 enters and adds Wet model；

T23: when second time taps cover assembly 6, and when hammer action is to tap three times continuously, air-conditioner 100 enters system Cold and heating mode, and humidifying mode.

Thus, it is possible to realize the different operational modes of air-conditioner 100 according to the number of times tapped continuously.

Alternatively, in step T2, step T2 can also include following sub-step:

T21: when second time taps cover assembly 6, the rotating speed of fan assembly is in original state；

T22: pressing cover assembly 6 for the first time, the rotating speed of fan assembly changes；Second time pressing cover assembly 6, wind The rotating speed of thermomechanical components returns to original state.

Thus, it is possible to by pressing cover assembly 6, it is achieved to the control of the rotating speed of fan assembly in air-conditioner 100.

In the description of this specification, reference term " embodiment ", " some embodiments ", " example ", " specifically show Example " or the description of " some examples " etc. means to combine this embodiment or example describes specific features, structure, material or spy Point is contained at least one embodiment or the example of the present invention.In this manual, to the schematic representation of above-mentioned term not Identical embodiment or example must be directed to.And, the specific features of description, structure, material or feature can be in office One or more embodiments or example combine in an appropriate manner.Additionally, in the case of the most conflicting, the skill of this area The feature of the different embodiments described in this specification or example and different embodiment or example can be tied by art personnel Close and combination.

Although above it has been shown and described that embodiments of the invention, it is to be understood that above-described embodiment is example Property, it is impossible to being interpreted as limitation of the present invention, those of ordinary skill in the art within the scope of the invention can be to above-mentioned Embodiment is changed, revises, replaces and modification.

Claims (10)

1. the air-inlet grille for air-conditioner, it is characterised in that including:

Air intake inner ring；

Air intake outer ring, is enclosed within outside described air intake outer ring on described air intake inner ring and spaced apart with described air intake inner ring；With

A plurality of spaced apart air intake spoke, described air intake spoke is connected between described air intake inner ring and described air intake outer ring.

Air-inlet grille for air-conditioner the most according to claim 1, it is characterised in that every described air intake spoke is suitable to Air-flow therethrough is prewhirled.

Air-inlet grille for air-conditioner the most according to claim 1, it is characterised in that a plurality of described air intake spoke bag Include:

A plurality of first sub-spoke, in the radially outward direction of described air intake inner ring, every described first sub-spoke is along up time The radial direction of described air intake inner ring is deviateed in the direction of pin.

Air-inlet grille for air-conditioner the most according to claim 3, it is characterised in that in the radial direction of described air intake inner ring In outwardly direction, the adjacent distance between two described first sub-spokes is gradually increased.

Air-inlet grille for air-conditioner the most according to claim 3, it is characterised in that a plurality of described air intake spoke also wraps Include:

A plurality of second sub-spoke, in the radially outward direction of described air intake inner ring, every described second sub-spoke is along the inverse time The radial direction of described air intake inner ring is deviateed in the direction of pin, and described first sub-spoke interweaves with described second sub-spoke and is distributed.

Air-inlet grille for air-conditioner the most according to claim 5, it is characterised in that in the radial direction of described air intake inner ring In outwardly direction, the adjacent distance between two described second sub-spokes is gradually increased.

Air-inlet grille for air-conditioner the most according to claim 1, it is characterised in that described air intake spoke linearly prolongs Stretch.

Air-inlet grille for air-conditioner the most according to claim 1, it is characterised in that described air intake spoke prolongs along curve Stretch.

9. an air-conditioner, it is characterised in that including:

Bottom support frame；With

Air-inlet grille, described air-inlet grille is according to the air-inlet grille for air-conditioner according to any one of claim 1-8, The top of described bottom support frame is provided with necking part, and described air-inlet grille is connected with the free end of described necking part.

Air-conditioner the most according to claim 9, it is characterised in that described air-conditioner is desktop air-conditioning.