CN108253527A

CN108253527A - Micropore wind deflector, wind outlet panel and cabinet air-conditioner

Info

Publication number: CN108253527A
Application number: CN201810032821.1A
Authority: CN
Inventors: 叶海林
Original assignee: Guangdong Midea Refrigeration Equipment Co Ltd
Current assignee: GD Midea Air Conditioning Equipment Co Ltd
Priority date: 2018-01-13
Filing date: 2018-01-13
Publication date: 2018-07-06
Anticipated expiration: 2038-01-13
Also published as: CN108253527B

Abstract

The invention discloses a kind of micropore wind deflector, wind outlet panel and cabinet air-conditioners, the micropore wind deflector includes plate body, the plate body has opposite trailing flank and leading flank, there is micropore on the plate body, the micropore penetrates through the trailing flank and the leading flank, wherein, there are multiple wind units on the plate body, the wind unit is gradually posteriorly or anteriorly recessed on the direction from periphery to center, has multiple micropores on the wind unit.Micropore wind deflector according to embodiments of the present invention can realize better micropore wind effect.

Description

Micropore wind deflector, wind outlet panel and cabinet air-conditioner

Technical field

Present invention design air-conditioning technical field, more particularly to a kind of micropore wind deflector have the outlet air of the micropore wind deflector Panel and application have the cabinet air-conditioner of the wind outlet panel.

Background technology

At present, the cabinet type air-conditioning equipment of cylinder is typically all to be blown by the air outlet grate on air-out panel of air-conditioner.Due to going out Style grid have many advantages, such as that air-out area is big, blowing range is wide, and therefore, air outlet grate is widely used in separated floor air-conditioning and sets In standby.But air outlet grate easily blows people since air supplying distance is remote, and when air-conditioning equipment freezes, the disadvantaged group such as old man, child It can feel uncomfortable, and when used for a long time, easily suffer from " air conditioner disease ".

Based on using the above problem existing for air outlet grate air-supply, this department related technical personnel are to air-out panel of air-conditioner progress It improves, makes air-out panel of air-conditioner that there is air outlet grate and outlet air micropore.Improved air-out panel of air-conditioner can grid outlet air and Energy micropore outlet air, micropore can evacuate focused airflow into numerous subtle filaments, and decomposition high wind is noninductive gentle breeze, avoids blow-through people Body.User can unrestricted choice air-out mode as needed, so as to improve the comfort of user.

But the inventors found that above-mentioned improved air-out panel of air-conditioner at least there are the following problems：Micropore Calm sense effect on wind deflector is undesirable, needs to further improve the effect of calm sense.

Invention content

The present invention is directed to solve at least some of the technical problems in related technologies.For this purpose, the present invention One purpose is to propose a kind of micropore wind deflector have the wind unit of recess or protrusion, and is provided on wind unit micro- Hole.

Micropore wind deflector according to embodiments of the present invention, including plate body, the plate body has opposite trailing flank and front side Face has micropore on the plate body, and the micropore penetrates through the trailing flank and the leading flank, wherein, have on the plate body Multiple wind units, the wind unit are gradually posteriorly or anteriorly recessed on the direction from periphery to center, the outlet air list There are multiple micropores in member.

Micropore wind deflector according to embodiments of the present invention can realize better micropore wind effect.

In addition, micropore wind deflector according to the above embodiment of the present invention, can also have following additional technical characteristic：

In some embodiments of the invention, there are multiple separation ribs, adjacent two separation ribs on the plate body Between be formed at least one wind unit.

In some embodiments of the invention, the curved shape of the separation rib or broken line shape, and each described point Muscle item all has staggered wave crest and trough.

In some embodiments of the invention, the wave crests of adjacent two separations rib face and trough in the lateral direction Face in the lateral direction, adjacent two to separate the wave crest of one and another wave crest in ribs close to each other and adjacent Two separate the troughs of one in ribs and be located remotely from each other with another trough.

In some embodiments of the invention, the adjacent two wave crest faces, and adjacent one by one for separating rib Two troughs faces one by one for separating rib.

In some embodiments of the invention, each part separated between two wave crests adjacent on rib is formed One compartmented, adjacent two described to separate in ribs and to limit one between opposite two compartmenteds in the lateral direction The wind unit.

In some embodiments of the invention, at least one side for separating rib has along its length successively Multiple micropores of arrangement.

In some embodiments of the invention, the separation rib is solid rib.

In some embodiments of the invention, the rib that separates is into wave linear shape.

In some embodiments of the invention, the plate body vertically extends, and the plate body has in the lateral direction There are opposite the first side and the second side, the plate body has the opposite trailing flank and the front side in the longitudinal direction Face, the separation rib vertically extend, and multiple separation ribs are from first side to second side Direction on be spaced apart.

In some embodiments of the invention, have at least one in the both sides of the edge in left-right direction of the plate body Side rib is equipped with the multiple micropore between the side rib and the adjacent separation rib.

In some embodiments of the invention, multiple micropores are placed with from periphery to center array on the wind unit.

In some embodiments of the invention, the wind unit is oval, rectangle, diamond shape, polygon or round.

In some embodiments of the invention, the middle part of the plate body in the horizontal direction is relative to first side and Two sides convex to form the plate of arc towards outside.

In some embodiments of the invention, the diameter of the micropore is in the range of 0.5 millimeter to 2 millimeters.

In some embodiments of the invention, the micropore wind deflector is equipped at least 1000 micropores.

In some embodiments of the invention, the micropore wind deflector is the integrally formed aluminium alloy plate of metal plate.

Second aspect of the present invention provides a kind of wind outlet panel, panel skeleton, has installing port on the panel skeleton；Root According to the micropore wind deflector described in previous embodiment, the micropore wind deflector be mounted on the panel skeleton on and with the installing port Front and rear face.

In some embodiments of the invention, the micropore wind deflector insertion is installed in the installing port.

In some embodiments of the invention, braced frame is equipped in the installing port, the micropore wind deflector is mounted on Before the braced frame.

Third aspect present invention is to provide a kind of cabinet air-conditioner, including：Shell has air inlet on the shell and goes out Air port；Spiral case, the spiral case are located in the shell, and the entrance of the spiral case is opposite with the air inlet, and the spiral case goes out Mouth is opposite with the air outlet；Wind outlet panel, the wind outlet panel are located between the shell and the shell, and the outlet air Panel is rotatable along the direction around the spiral case, and the wind outlet panel is the wind outlet panel according to previous embodiment.

Description of the drawings

Fig. 1 is the stereoscopic schematic diagram of the micropore wind deflector of one embodiment of the invention.

Fig. 2 is the close-up schematic view in region shown in Fig. 1 centre circles A.

Fig. 3 is the close-up schematic view in region shown in Fig. 1 centre circles B.

Fig. 4 is the partial schematic diagram of the front view of micropore wind deflector in Fig. 1.

Fig. 5 is the left view of micropore wind deflector in Fig. 1.

Fig. 6 is the exploded perspective view of the wind outlet panel of one embodiment of the invention.

Fig. 7 is that Fig. 6 shows the schematic diagram of panel skeleton in one direction in the wind outlet panel of embodiment.

Fig. 8 is the close-up schematic view in Fig. 7 centre circle C regions.

Fig. 9 is the close-up schematic view in Fig. 7 centre circle D regions.

Figure 10 is the schematic diagram of panel skeleton in wind outlet panel in another embodiment of the present invention.

Figure 11 is the close-up schematic view in Figure 10 centre circle E regions.

Figure 12 is the wind outlet panel of one embodiment of the invention and the schematic diagram of drip tray cooperation.

Figure 13 is the horizontal cross-section schematic diagram of the cabinet air-conditioner of one embodiment of the invention.

Reference numeral：Cabinet air-conditioner 1000,

Spiral case 1, the entrance 101 of spiral case, the outlet 102 of spiral case,

Shell 2, air inlet 201, air outlet 202,

Wind outlet panel 3,

Panel skeleton 31, installing port 3101, water receiving rib 311, the second mounting groove 3102, slot 3103, screw hole 3104, braced frame 312, vertical rib 3121, lateral rib 3122,

Micropore wind deflector 32,

Plate body 321, wind unit 32011, micropore 32012, trailing flank 32021, leading flank 32022, the first side 32031, the second side 32032, separation rib 3204, wave crest 32041, trough 32042, upper hem 3211,

Lower hem 3212, the first side edgefold 3213, the second side edgefold 3214, the first sealing strip 3215,

First hook 322, first horizontal portion 3221, the first vertical portion 3222,

Bolt 323, the second horizontal part 3231, the second vertical portion 3232, limiting slot 3233,

Second hook 324, third horizontal part 3241, third vertical portion 3242,

Connection sheet 325, through-hole 3251,

Grid air guide member 33, wind blade 331,

Wind shield 34,

Drip tray 35

Air inlet faceplate 36, filtration members 361,

The size L1 of air outlet, the size L2 of the outlet of spiral case, the size L3 of grid air guide member, the size of micropore wind deflector L4, the size L5 of wind shield.

Specific embodiment

The embodiment of the present invention is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning to end Same or similar label represents same or similar element or the element with same or like function.Below with reference to attached The embodiment of figure description is exemplary, it is intended to for explaining the present invention, and is not considered as limiting the invention.

Micropore 32012 is provided with the present invention provides a kind of micropore wind deflector 32, on the micropore wind deflector 32 to optimize nothing Wind sense effect.

With reference to Fig. 1 to Fig. 5, micropore wind deflector 32 according to embodiments of the present invention including plate body 321, is set on plate body 321 There are multiple micropores 32012, and plate body 321 has trailing flank 32021 opposite along the longitudinal direction and leading flank 32022, wherein, plate The trailing flank 32021 of body 321 is used for object gas flow actuator, and air stream drives part certain driving air-flow is sent to plate body 321, and plate body 321 On leading flank 32022 and trailing flank 32021 it is opposite (normal vector towards opposite), in addition, the perforation of micropore 32012 trailing flank 32021 and leading flank 32022, in other words, micropore 32012 is penetrated through from the trailing flank 32021 of plate body 321 to the front side of plate body 321 It face 32022 or says, micropore 32012 penetrates through plate body along the longitudinal direction, and the gas of plate body 321 is sent to by the driving of air stream drives part Stream will pass through micropore 32012, and be sent out after by micropore 32012 from the leading flank 32022 of plate body 321.

Micropore wind deflector 32 according to embodiments of the present invention can realize soft air-supply using micropore 32012, so as to fulfill The effect of calm sense.

Wherein, the axis of multiple micropores can be mutually parallel in the present invention, can also set the axis of multiple micropores It is set to and is mutually inclined, be set as being mutually parallel by axis a part of in multiple micropores in other words, and the axis of other micropores It is set as being mutually inclined, in other words, at least part of axis is mutually parallel in micropore；Or at least part of axis in micropore Line is mutually inclined.

Preferably, at least part of the leading flank of plate body can be set as rough shape, passed through in air-flow During micropore, air-flow can be guided from different directions, improved through the calm sense effect after the micropore wind deflector.

Wherein, it is a plane that the uneven leading flank for referring to plate body of the leading flank of plate body, which is not, including but not limited to： The leading flank of plate body is equipped with multiple recess (groove)；The leading flank of plate body is equipped with multiple protrusions；It is set on the leading flank of plate body There are multiple grooves and multiple protrusions.

Furthermore it is preferred that when plate body is arcwall face, the structure of recess and/or protrusion can also be increased on arcwall face.

Further, micropore wind deflector can be cylindrical shape, tabular or arc plate, for tabular and arc panel The plate body of shape can have opposite in the lateral direction the first side and the second side.

Wherein, the leading flank in the present invention and trailing flank are that in contrast, leading flank refers to the outlet air surface of plate body, then Side is the windward side of plate body.

The micropore wind deflector 32 of the present invention can be installed on the apparatus of air conditioning, such as micropore wind deflector 32 is installed to On air conditioner (cabinet-type air conditioner, on-hook, mobile air conditioner etc.).It is of course also possible to the micropore wind deflector 32 is installed in fresh air system etc..

Micropore wind deflector 32 in order to facilitate the installation of, can be set on plate body 321 multiple connecting portions (such as hook, buckle, Screw connection portion etc.), so as to when installing micropore wind deflector 32, easily micropore wind deflector 32 is installed to scheduled Equipment or precalculated position.

It is used to install the structure of micropore wind deflector 32 the present invention provides some, certainly micropore wind deflector 32 in the present invention Mounting structure is not limited only to this.

With reference to Fig. 1 to Fig. 4, in some embodiments of the invention, plate body 321 vertically extends, and plate body 321 is on a left side There is opposite the first side 32031 and the second side 32032, and plate body 321 has relatively in the longitudinal direction in right direction Leading flank 32022 and trailing flank 32021, there is micropore 32012, micropore 32012 penetrates through 32021 He of trailing flank on plate body 321 Leading flank 32022.

The upper end of plate body 321 is connected with the first hook 322.First hook 322 is used to connect the panel bone in wind outlet panel Frame should be provided with the first mounting groove on corresponding ground framework, and the first mounting groove is placed in by the first hook 22.

As before, the first hook 322 in the application is the upper end for being connected to plate body 321, for example, can be by the first hook 322 are connected on the trailing flank 32021 of plate body 321, the first hook 322 can also be connected to the upper edge of plate body 321, also First hook 322 can be positioned above to the position of plate body 321.

Preferably, such as Fig. 2, in some embodiments of the invention, the first hook 322 is connected with the upper edge of plate body 321. Further, the first hook 322 can include 3221 and first vertical portion 3222 of first horizontal portion.First horizontal portion 3221 with The upper edge of plate body 321 is connected and extends back.First vertical portion 3222 is connected and extends downwardly with first horizontal portion 3221, excellent Selection of land, the first vertical portion 3222 are connected with the back edge of first horizontal portion 3221.By setting first horizontal portion 3221, Ke Yifang Just the hanging installation of the first hook 322, furthermore it is possible to facilitate the molding of the first hook 322.

Further, have in first horizontal portion 3221 into the through slot for having perforation first horizontal portion 3221 along the vertical direction. The setting of through slot not only can reduce the weight of micropore wind deflector 32 to a certain extent, moreover, in addition setting connected structure It is corresponding with through slot to improve the mounting stability of micropore wind deflector 32.

Advantageously, such as Fig. 2, the end of the first vertical portion 3222, which is bent into, to tilt backwards.In installation process, first is vertical The sloping portion in portion 3222 can have the function of to be oriented to, with the installation of the first hook 322 of guiding.

Preferably, the first vertical portion 3222 is connected to the rear lateral edge of first horizontal portion 3221, the first vertical portion 3222 End bending can be using angle as acute angle (such as 30 ° to 60 °).

Further, the first hook 322 includes one or spaced apart at least two.Further improve micropore wind-guiding The stability that plate 32 is installed.

In addition, as before, can on some first hooks 322 through slot that set, and the end of other the first hooks 322 Portion is set as inclined form, can also set through slot and sloped-end structure simultaneously on the same first hook 322, Through slot and aforementioned bending structure can be not provided on the first hook 322.

Preferably, such as Fig. 2, the first hook 322 includes spaced apart two, and two first hooks 322 are respectively adjacent to The side of plate body 321.The stability of the installation of micropore wind deflector 32 can be further improved.

Fig. 2 is wherein combined, the first hook 322 refers to adjacent to the side of plate body：First hook 322 and the spacing of plate body side Ratio with plate body side edge length size is in the range of 0 to 1/2, for example, the first hook 322 and the spacing and plate of plate body side The ratio of side edge lengths size is 1/4,1/8 etc., wherein, the first hook 322 can be spaced apart with side, can also be by first Hook 322 is not spaced apart with side.

As before, the bolt 323 in the application is the lower end for being connected to plate body 321, bolt 323 can be connected to plate body On 321 trailing flank 32021, bolt 323 can also be connected to the lower edge of plate body 321, bolt 323 can also be set In the position less than plate body 321.

In addition, in the wind outlet panel with the micropore wind deflector 32, the plug division that is equipped with of panel skeleton (such as is installed On the inside of mouthful), pass through the cooperation of plug division and through slot to realize the positioning of micropore wind deflector 32.

Preferably, such as Fig. 3, in one embodiment of the invention, bolt 323 is connected with the lower edge of plate body 321, and inserts At least part of pin 323 extends downward into the edge of bolt 323.

Further, such as Fig. 3, bolt 323 includes：Second horizontal part 3231 and the second vertical portion 3232.Second horizontal part 3231 are connected and extend back with the lower edge of plate body 321.

Second vertical portion 3232 is connected and extends downwardly with the second horizontal part 3231.By setting the second horizontal part 3231, Second vertical portion 3232 can be set to the rear side of plate body 321, and (the second vertical portion 3232 is located at plate body 321 in downward projection Rear side), so as to play the role of facilitating 323 grafting of bolt, and in the outlet air surface for being equipped with the micropore wind deflector 32 In plate, bolt 323 is hidden, furthermore it is possible to facilitate the molding of bolt 323.

Advantageously, bolt 323 includes one or left and right spaced apart at least two.Further improve micropore wind deflector The stability of 32 installations.

It is possible to further set limiting slot 3233 in the lower edge of bolt 323, play to 32 level side of micropore wind deflector To the purpose of limiting, the stability after micropore wind deflector 32 is installed is further improved.

For example, limiting slot is set in the lower edge of the second aforementioned vertical portion.

Advantageously, such as Fig. 3, bolt 323 includes spaced apart three, the two of which adjoining plate in three bolts 323 The side of body 321, and it is located at the intermediate lower edge of one in three bolts 323 with limiting slot 3233.It is of course also possible to The lower edge of limiting slot 3233 or bolt 323 is set all to set at least one of the bolt 323 on both sides lower edge slotting Pin.

As before, the second hook 324 in the application is connected to the first side 32031 and the second side 32032 of plate body 321 In at least one at, the second hook 324 can be connected on the trailing flank 32021 of plate body 321, can also be by the second hook 324 are connected to the side edge of plate body 321, and the second hook 324 can also be arranged on to the extended position of plate body 321.

Wherein, the second hook is connected at least one in the first side and the second side, including but not limited to：

First side and the second side are all connected with the second hook；

Only the first side is connected with the second hook；

Only the second side is connected with the second hook；

First side is connected with the second hook, and the second side is connected with other connection structures (such as connection sheet)；

Second side is connected with the second hook, and the first side is connected with other connection structures (such as connection sheet).

Preferably, such as Fig. 2, in some embodiments of the invention, the second hook 324 includes：3241 He of third horizontal part Third vertical portion 3242, the side corresponding on plate body of third horizontal part 3241 along be connected and extend back；Third vertical portion 3242 are connected and extend downwardly with third horizontal part 3241.

For in the second hook 324 of the first side 32031 of plate body 321 setting.First side 32031 of plate body 321 Edge be connected with the second hook 324.Further, the second hook 324 includes third horizontal part 3241 and third vertical portion 3242.Third horizontal part 3241 is connected and extends back with the edge of the first side 32031 of plate body 321.Third vertical portion 3242 are connected and extend downwardly with third horizontal part 3241.By setting third horizontal part 3241, the second hook can be facilitated 324 installation, furthermore it is possible to facilitate the molding of the second hook 324.

Preferably, the first vertical portion 3222 is connected to the rear lateral edge of first horizontal portion 3221.

Advantageously, such as Fig. 2, the lower end of third vertical portion 3242 on direction from top to bottom with corresponding side along it Between spacing gradually increase.

For in the second hook 324 of the first side 32031 of plate body 321 setting.The lower end of third vertical portion 3242 Spacing on direction from top to bottom between the edge of the first side 32031 gradually increases.In other words, third vertical portion Spacing between 3242 edge and the first side 32031 towards the first side 32031 gradually increases, and in other words, third is erected The edge towards the first side 32031 in straight portion 3242 is the shape that extension is tilted backwards on direction from top to bottom.

Preferably, the second hook 324 is at center of the side up towards plate body 321 for being directed away from plate body 321 (backward) extension It tilts (or towards away from the centroclinal of plate body 321).In the installation process of micropore wind deflector 32, inclined second hook 324 have the function of to step down, and can the second hook 324 easily be inserted into corresponding position.

Certainly, the first hook 322 can also be in the side to extend back up towards away from the centroclinal of plate body 321.

Further, the second hook 324 includes one or up and down spaced apart at least two.Further improve micropore The stability that wind deflector 32 is installed.

In addition, the second hook 324 in the present invention can be the sheet along the vertical direction and to extend back.

As before, in the application, in the first side 32031 and the second side 32032 of plate body 321 at least one at be provided with Therefore second hook 324, can set the second hook 324 in the first side 32031 of plate body 321, and the of plate body 321 Two sides 32032 set other connection structures.It is illustrated below.

Such as Fig. 2, in some embodiments of the invention, the second side 32032 of plate body 321 is connected with connection sheet 325, even First side 32031 of contact pin 325 towards plate body 321 extends, and connection sheet 325 is set on the rear side of plate body 321.In installation process Connection sheet 325 can be used for installing other structures, such as the first sealing strip, can be used for connecting out by connection sheet 325 The skeleton of wind panel.Hook on skeleton can also be set, micropore is effectively improved by connection sheet 325 and the combination of hook The stability of the installation of 32012 sealing plates.

Further, have such as Fig. 2, in connection sheet 325 and the logical of connection sheet 325 is being penetrated through on the direction of plate body 321 Hole 3251.Connection sheet 325 is connect with other elements so as to the modes such as be connected by screw.

Preferably, through-hole 3251 can be arranged to non-circular shape, thus when being connected by screw the connection sheet 325, The installation of screw can be facilitated, in addition it can reduce the precision of installation.

For example, when passing through through-hole 3251 and the connection sheet 325 to be spirally connected by screw, since through-hole 3251 is non-circular shape, Through-hole 3251 will be easier to deform, and effectively can conveniently be spirally connected, in addition, passing through through-hole 3251 and another yuan by screw When part is spirally connected, the through-hole 3251 of non-circular shape can be with the position of adjusting screw.

Further, such as Fig. 2, the inner peripheral surface of through-hole 3251 includes two semicircle cambered surfaces and two joint faces, two semicircles Cambered surface is spaced apart, and two joint faces are connected respectively with two semicircle cambered surfaces.In other words through-hole 3251 is oblong shape, wherein long The extending direction of round can be upper and lower directions, horizontal direction or other inclined directions.

Preferably, connection sheet 325 includes one or up and down spaced apart at least two.Further improve micropore wind-guiding The stability that plate 32 is installed.

Further, connection sheet 325 is connected with the edge of the second side 32032 of plate body 321.Facilitate micropore wind deflector Installation, certainly, connection sheet 325 can also be connected on the trailing flank of the second side 32032.

In the present invention, the upper end of plate body is equipped with the first hook, lower end is connected with bolt 323 and 32031 and of the first side In second side 32032 at least one at be connected with the second hook 324, the first hook 322, the hook of bolt 323 and second 324 It is the rear side that at least part is located at plate body 321.

According to an embodiment of the invention, it when the micropore wind deflector 32 is installed to precalculated position, can be hung by first Micropore wind deflector 32 is stably installed by the combination of hook 322, the hook of bolt 323 and second 324, moreover, because use hanging, The modes such as grafting install micropore wind deflector 32, can micropore wind deflector 32 fast and effeciently be installed to precalculated position.

The first hook 322, the hook of bolt 323 and second 324 of the present invention is that at least part is located at plate body 321 Rear side, specifically, the rear side that at least part of the first hook 322 is set on plate body 321 refers to, in downward projection, the At least part of one hook 322 is located at the rear side of 321 extended position of rear side or plate body of plate body 321.Wherein, extended position is Refer to the position extended from the edge of plate body to the direction far from plate body 321.

Wherein, the present invention in the first side 32031 and the second side 32032 of plate body 321 at least one at connect There is the second hook 324, including but not limited to：In the first side 32031 and the second side 32032 of plate body 321 one at set Second hook 324；Or the second hook is provided at one in the first side 32031 and the second side 32032 of plate body 321 324, and another place in the first side 32031 and the second side 32032 of plate body 321 be provided with other structures (such as its Its connection structure, sealing structure etc.)；Or plate body 321 the first side 32031 and the second side 32032 be designed with the second extension Hook 324.

It is all provided with being set at least part position in addition, linking up with 322, bolt 323 and second hook 324 by first in the present invention In the rear side of plate body 321, that is to say, that first is linked up on 322, bolt 323 and second hook 324 for the structure of installation The rear side of plate body 321 is set to, can effectively be hidden connection structure and 321 rear side of plate body so that the shape of plate body 321 Beauty, but also can interfere to avoid connection structure and other elements, improve the scope of application of the micropore wind deflector 32.

It should also be noted that, the present invention is provided with hook on the top of plate body 321 and side, can be limited by hook Micropore wind deflector 32 processed is in movement in the front-back direction, so as to avoid that the stabilization of micropore wind deflector 32 has been influenced under air stream drives Property, and as a result of the form hung, micropore wind deflector 32 under gravity, can also improve hook and corresponding peace Cooperation intensity between tankage also limits the degree of freedom of micropore wind deflector 32 in above-below direction.

In addition, as previously mentioned, the micropore wind deflector 32 of the application can as the apparatus of air conditioning wind outlet panel 3 extremely A few part, that is to say, that using micropore wind deflector 32 as wind outlet panel 3 or in wind outlet panel 3 one at setting micropore Wind deflector 32.

In other words, with reference to Fig. 1 to Figure 11, the present invention also provides a kind of wind outlet panel 3, which includes this hair The bright micropore wind deflector 32.By setting the micropore wind deflector 32 of the embodiment of the present invention, micropore can be effectively realized and led Wind.

Such as Fig. 6, in some embodiments, wind outlet panel 3 also has other structures, such as wind outlet panel 3 further includes face Framework 31, micropore wind deflector 32 are installed on panel skeleton 31.By panel skeleton 31, micropore wind-guiding can be stably installed Plate 32, and when wind outlet panel 3 is installed on the apparatus of air conditioning, panel skeleton 31 is beneficial to the peace of wind outlet panel 3 Dress.

In some embodiments, such as Fig. 6, there is installing port 3101 on panel skeleton 31, micropore wind deflector 32 is installed on It fills in mouth 3101.That is, at least part of micropore wind deflector 32 is embedded into the installing port 3101 of panel skeleton 31 It is interior.

In addition, the micropore wind deflector 32 in the present invention can be formed as one with panel skeleton 31 or be tied by connecting Micropore wind deflector 32 is connected by structure with panel skeleton 31, such as by structures such as screw, buckles, certainly, micropore of the invention is led Aerofoil 32 can also be installed to by aforementioned mounting structure on skeleton, specifically, being set on micropore wind deflector 32 aforementioned First hook 322, bolt 323, second link up with the structures such as 324.

With reference to Fig. 2, Fig. 3 and Fig. 7 to Figure 11, the top edge of installing port 3101 has the first mounting groove, installing port 3101 At least one side edge there is the second mounting groove 3102, the lower edge of installing port 3101 has slot 3103, micropore wind deflector 32 The first hook 322 penetrate the first mounting groove and hang on panel skeleton 31, the second hook 324 of micropore wind deflector 32 is worn Enter the second mounting groove 3102 and hang on panel skeleton 31, bolt 323 is plugged in slot 3103.

Specifically, during micropore wind deflector 32 is installed on panel skeleton 31, it will be on micropore wind deflector 32 The first hook 322 and the second hook 324 extend into corresponding first mounting groove and the second mounting groove 3102, then due to weight The effect of power, the first hook 322 and the second hook 324 can be placed on skeleton, meanwhile, bolt 323 will also be inserted into correspondence Slot 3103 in, so as to complete the installation of micropore wind deflector 32.

For example, setting installation sheet in the inner edge of installing port, first mounting groove, the second peace are formed on installation sheet Tankage 3102, in installation process, the first hook 322 on micropore wind deflector 32 is penetrated into mounting groove, and hang downwards On installation sheet, specifically, when the first hook 322 includes first horizontal portion and the first vertical portion, the first vertical portion passes through first After mounting groove under, so as to which first horizontal portion is supported on installation sheet；Second hook 324 includes third horizontal part and third is erected During straight portion, third vertical portion is passed through after the second mounting groove 3102 under, so that third horizontal part is supported on installation sheet.

In addition, it is necessary to explanation, by preceding described, the first vertical portion and third vertical portion in the application are respectively provided with backward Inclined part, therefore, can be during the first mounting groove be passed through by the first vertical portion, while is moved down and determined with completing hook Position can be positioned during third vertical portion is passed through the second mounting groove 3102, while to moving down with completing hook.

Wherein, the rear side of the first mounting groove and the second mounting groove 3102 can set barrier structure, can not only facilitate The installation of first hook and the second hook, but also can have the effect of waterproof.

In another example the inner edge of installing port set baffle, due to the bolt in the application include the second horizontal part and Therefore second vertical portion, can be set on the rear side of baffle by the second vertical portion, and the second horizontal part is supported in the top of baffle Edge.Certainly, the rear side of baffle can also set barrier structure, so as to fulfill the positioning on bolt front-rear direction.

In addition combined with Fig. 2 and Figure 11, the mode that can be connected by screw, by the spiral shell in connection sheet 3214 and panel skeleton 3104 screw of nail hole connects.

In addition, it is set described in some embodiments in the lower edge of at least part of bolt 323 as the aforementioned Limiting slot 3233, accordingly, can be set on panel skeleton 31 with limiting slot 3233 corresponding spacing block set (not shown), During the grafting of bolt 323, spacing block set can be combined together with limiting slot 3233, thus by positive stop lug boss to micro- Hole wind deflector 32 is positioned.

Certainly, other connection modes can also be used between micropore wind deflector 32 of the invention and panel skeleton 31.

Wherein, in some embodiments of the invention, at least part and installing port on all edges of micropore wind deflector 32 Sealing element is equipped between 3101 inner peripheral surface.It can be between closed porosity wind deflector 32 and panel skeleton 31 by sealing element Gap so as to effectively improve the effect of 32012 relieve heat of micropore, and can enter micropore wind-guiding to avoid external hot-air 32 inner cavity of plate generates condensed water.

With reference to Fig. 6 to Figure 13, in some embodiments of the invention, 33 He of grid air guide member is additionally provided on panel skeleton 31 Wind shield 34, micropore wind deflector 32, grid air guide member 33 and wind shield 34 being circumferentially arranged along panel skeleton 31, grid air guide member On 33 there is wind blade 331, and air-out passage is formed between adjacent two wind blades 331, wind shield 34 is suitable for blocking Air-flow.Micropore wind deflector 32, grid air guide member 33 and weatherseal can be blocked selectively in the exit of air stream drives part, from And realize corresponding wind effect, for example, when 32012 air guide member of micropore is blocked in the exit of air stream drives part, Ke Yishi The effect of existing 32012 wind-guiding of micropore, and when at the air outlet 202 for blocking in air stream drives part in grid air guide member 33, can be by It blows according to the wind-guiding direction of grid air guide member 33, and when at the air outlet 202 for blocking in air stream drives part in weatherseal, it can To play the effect of nowhere wind.

It is of course also possible to the part by any two in above-mentioned micropore wind deflector 32, grid air guide member 33 and weatherseal Block the air-out effect at the air outlet of air stream drives part 202, being combined so as to fulfill two kinds of air-out modes.

In addition, the inclined direction of multiple wind blades 331 on grid air guide member 33 in the present invention can be arranged to not It is identical, so as to fulfill towards different direction wind-guidings.

Further, the relative position between micropore wind deflector 32, wind shield 34 and grid wind deflector can be according to reality Border service condition switches over, such as micropore wind deflector 32, wind shield 34 and grid air guide member 33 are around air stream drives structure Turn to be sequentially arranged on direction.

It is, of course, also possible to by wind shield 34, micropore wind deflector 32 and grid air guide member 33 around the side of air stream drives structure It is sequentially arranged upwards；Or wind shield 34, grid air guide member 33 and micropore wind deflector 32 on the direction of air stream drives structure according to Secondary arrangement.

The different arrangement forms of wherein wind shield 34, micropore wind deflector 32 and grid air guide member 33 can realize different cut Form is changed, for example, micropore wind deflector 32, wind shield 34 and grid air guide member 33 are arranged successively, at this point, if necessary by micropore 32012 outlet air switch to grid wind-guiding, then need by wind shield 34.In another example grid air guide member 33,32 and of micropore wind deflector Wind shield 34 is arranged successively, so as to realize effect that outlet air gradually increases or is gradually reduced.

In addition, any one in the grid air guide member 33 of the present invention, wind shield 34, micropore wind deflector can be with panel bone Frame 31 be formed as one or it is mutually independent complete after be assembled together.

Certainly, the apparatus of air conditioning (air-conditining, cabinet air-conditioner 1000, fresh air system or mobile air conditioner etc.) can also wrap Include the shell 2 for covering at the outside of wind outlet panel 3, air outlet 202 be set on shell 2, by micropore wind deflector 32, wind shield 34, At least one of grid wind-guiding can also realize different air-out effects from 202 face of air outlet.

Preferably, the back side of panel skeleton of the invention is equipped with reinforcing rib.

In addition, as being equipped with braced frame 312, micropore wind deflector in the installing port in the panel skeleton 31 in Figure 10 present invention Before braced frame 312, so as to improve the structural strength of micropore wind deflector and panel skeleton.

In addition, such as Figure 10, braced frame of the invention can include multiple ribs, and at least part in multiple ribs is handed over It pitches to support micropore wind deflector.Wherein support rod can include a vertical rib 3121 and multiple lateral ribs 3122, erect It being vertically extended to rib, lateral rib is horizontally extending, multiple transverse direction ribs arranged for interval along the vertical direction, Multiple transverse direction gold bars are connected with the vertical rib, and the braced frame can be connected with the inner peripheral surface of installing port.

With reference to Fig. 2 to Fig. 4, in the micropore wind deflector 32 in present invention, there are multiple outlet air on plate body 321 Unit 32011 has multiple micropores 32012 on wind unit 32011.Plate body 321 is arranged to have multiple wind units 32011, and micropore 32012 is set on each wind unit 32011, the design and making of micropore wind deflector 32 can be facilitated.

Furthermore it is possible to independent design independently is carried out to the micropore 32012 on each wind unit 32011, for example, not Micropore 32012 on same wind unit 32011 is arranged towards different direction inclinations or different wind units Micropore 32012 on 32011 is arranged to different shapes, can also be by multiple micropores on same wind unit 32011 32012 are arranged to tilt towards different directions or with different shapes.

It is spaced apart between preferably multiple wind units 32011, be equipped between multiple wind units 32011 does not have in other words The region of micropore 32012 is set.

Further, there are multiple separation ribs 3204 such as Fig. 4, on plate body 321, shown in phantom point in wherein Fig. 4 The extending direction of muscle item 2304, adjacent two separate ribs 3204 between be formed at least one wind unit 32011.Into One step it is convenient for the molding of multiple wind units 32011.

Further, such as Fig. 4, separate 3204 curved shape of rib or broken line shape, and each separation rib 3204 With staggered wave crest 32041 and trough 32042.Segmentation rib with wave crest 32041 and trough 32042 can be more Easily form aforementioned wind unit 32011.

Wherein, wave crest 32041 and trough 32042 include separating part raised on rib 3204, medium wave peak 32041 Be with trough 32042 it is opposite, separate rib 3204 on towards one in two parts of different directions protrusion be wave crest 32041, and another is exactly trough 32042, what needs to be explained here is that, relative to center line, any two wave crest 32041, It is high that each trough 32042 of any two and wave crest 32041 and trough 32042 may have identical or different protrusion Degree.

Advantageously, such as Fig. 4, adjacent two separate rib 3204 and have the wave crest 32041 of face and the trough of face 32042, adjacent two wave crests 32041 for separating face in rib 3,204 two separation ribs close to each other and adjacent The trough 32042 of face is located remotely from each other in 3204.So as to form the wind unit between the trough 32042 of face 32011。

Further, such as Fig. 4, the face, and adjacent two one by one of wave crest 32041 of adjacent two separation ribs 3204 Separate the face one by one of trough 32042 of rib 3204.In other words each separate on rib 3204 and be designed with multiple wave crests 32041 With multiple wave crests 32041, it is preferable that adjacent two separate each wave crest on each separation rib 3204 in rib 3204 32041 separate 32041 or so face of a wave crest and two separations close to each other, adjacent on rib 3204 with another Each trough 32042 that each in rib 3204 separates on rib 3204 separates a wave on rib 3204 with another It 32042 or so face of paddy and is located remotely from each other.

Preferably, such as Fig. 4, each part separated between two wave crests 32041 adjacent on rib 3204 forms one Compartmented, adjacent two separate in ribs 3204 and limit a wind unit 32011 between opposite two compartmenteds.

Further, in order to enable the shape of 32012 exhausting plate of micropore it is more beautiful and further improve air-supply effect Rate has the multiple micropores 32012 arranged successively along its length at least one side for separating rib 3204.

Preferably, it is solid rib to separate rib 3204.In other words, divide on rib and be not provided with micropore 32012.

Further, it is in wave linear shape to separate rib 3204.Good appearance.In addition, segmentation rib can be similarly it Its shape, such as separate rib for sine curve, triangular waveform curve etc..

In some embodiments of the invention, separate rib 3204 to vertically extend, and multiple separation ribs 3204 It is spaced apart from the direction of the 32031 to the second side of the first side 32032.So as to effectively improve the structure of plate body Intensity, in addition, the form being connected with each other can also be formed as by separating rib 3204, for example, by two adjacent separation ribs 3204 wave crest is connected with each other.

Advantageously, there is side rib, side rib at least one in the both sides of the edge in left-right direction of plate body 321 Multiple micropores 32012 are equipped between adjacent separation rib 3204.Further improve blowing range and air supply efficiency.

In some embodiments of the invention, it such as Fig. 4, is placed with from periphery to center array on wind unit 32011 more A micropore 32012.

The wind unit 32011 of the present invention can have different shapes, and on same micropore wind deflector 32 Multiple wind units 32011 can also have different shapes, such as the present invention in, wind unit 32011 can it is oval, The shapes such as rectangle, diamond shape, polygon or round.

In some embodiments of the invention, wind unit 32011 on the direction from periphery to center gradually backward or It is recessed forward.Air-flow by wind unit 32011 when sending out, due to the recess of wind unit 32011, can be formed it is a variety of not Same air-out effect, each wind unit 32011 can realize effective air-supply.

Wherein it is preferred to the recess of wind unit 32011 can make micropore 32012 blow towards different directions, so as to Realize the air-flow for offseting and carrying on the back and blow so that the air-flow that the air-flow that a micropore 32012 is sent out can be sent out with other micropores 32012 converges Stream so as to form the effect of turbulent flow, the air-supply of script straight line is upset, further improves the effect of calm sense.

Preferably, it can be formed on micropore wind deflector 32 after micropore 32012 in the process for carrying out forming recess.

Preferably, the plate body 321 is on the extending direction from first side to the second side, in plate body 321 Portion convexes to form the plate of arc relative to the first side 32031 and the second side 32032 towards front side.The air-supply face of arc is formed, Improve the effect of air-supply.

In some embodiments of the invention, the diameter of micropore 32012 is in the range of 0.5 millimeter to 2 millimeters.It for example, will The diameter of micropore 32012 is set as 0.5 millimeter, 0.8 millimeter, 1 millimeter, 1.7 millimeters, 2 millimeters etc., will based on different designs It asks, the size of micropore 32012 can be with greater or lesser, specifically, the diameter of micropore 32012 is also less than 0.5 millimeter Or more than 2 millimeters, such as the diameter of micropore 32012 is arranged to 0.4 millimeter, 2.1 millimeters, 2.6 millimeters, 5 millimeters etc..

In order to realize calm sense, the size setting of micropore 32012 it is smaller, and can not have to consider different micropores Therefore the interference blown between 32012, can lead the smaller of the spacing of micropore 32012 setting in a micropore Enough micropores 32012 are set on aerofoil 32, for example, the present invention is equipped at least 1000 micropores on micropore wind deflector 32 32012.For example, 40000 to 5000 micropores 32012 are set on micropore wind deflector 32.

In addition, based on sealing, guiding flow, improving the reasons such as structural strength, can be provided at each edge of plate body 321 Flanging or the first sealing strip, for example, in the lower edges of plate body 321 and side along flanging is all set, these flangings can It is directed towards the rear side bending of plate body 321；In another example it is sealed in the lower edges of plate body 321 and side along all settings first Item.The different sides of plate body 321 setting flanging is described in a manner of different embodiments below, it should be noted that Following multiple embodiments can be applied independently of each other or combination is applied between each other.

Embodiment 1, in the upper edge and lower edge of plate body 321 at least one at set flanging.

Such as Fig. 2, micropore wind deflector 32 includes plate body 321, and plate body 321 vertically extends, and plate body 321 is in left and right directions It is upper that there is opposite the first side 32031 and the second side 32032, and plate body 321 has opposite rear side in the longitudinal direction Face 32021 and leading flank 32022, have micropore 32012 on plate body 321, and micropore 32012 penetrates through trailing flank 32021 and leading flank 32022, wherein, in the upper edge and lower edge of plate body 321 at least one at be equipped with the flanging that extends back.

By setting upper hem 3211, the structural strength of micropore wind deflector 32 can be effectively improved, moreover, by micropore After wind deflector 32 is installed on the skeleton of wind outlet panel, the upper hem 3211 of setting coordinates with the corresponding position of panel skeleton 31 Sealing effect is more preferable.

Flanging can include upper hem and/or lower hem.For example, the upper edge of plate body 321 has the upper folding to extend back Side；And/or the lower edge of plate body 321 has the lower hem 3212 to extend back.

Preferably, flanging can extend adjacent to plate body from the position of the left margin of neighbouring plate body along the edge of plate body Right side plate position.

It is specifically, close to each other adjacent to referring to.By taking one end of flanging is adjacent to the left margin of plate body as an example, refer to flanging One end is located at the left margin of plate body, stretches out the left margin of plate body or preset distance, example are spaced apart between the left margin of plate body Such as, the ratio of the width dimensions of the distance between the left end of flanging edge and the left margin of plate body with plate body in left and right directions is set For predetermined ratio, predetermined ratio can be in the range of 0-1/4, it is preferable that predetermined ratio is not more than 1/8.

In addition, the left margin of plate body refers to the edge on the left side of plate body, wherein, in the corner chamfering or rounding of plate body, The left margin of plate body can include or not include the part of chamfering or rounding.

Preferably, the flanging is from the edge of the first side of the plate body (left margin and the right in one) extension To the edge (left margin and the right in another) of second side.

The flanging is the strip being extended continuously in left-right direction or the multistage being intervally arranged in the lateral direction.

In addition, when micropore wind deflector 32 is installed, it can be in micropore wind deflector 32 and the corresponding position in 31 grade of panel skeleton Sealing structure between putting is set, the effect of sealing can be further improved by sealing structure.

Flanging can be arranged to the level on the direction to extend back, tilt or tilt down upwards.

For example, upper hem 3211 can be arranged to the level on the direction to extend back, it is micro- so as to effectively improve The structural strength of hole wind deflector 32.Certainly, upper hem 3211 can be arranged to tilt the form of extension.For example, it is also possible to by upper Flanging 3211 is arranged to tilt down on the direction extended towards the rear side of plate body 321, upper hem 3211 to be facilitated to be inserted into pair In the installing port 3101 answered；Upper hem 3211 can also be arranged on the direction extended towards 321 rear side of plate body to updip Tiltedly, so as to improving the sealing effect between upper hem 3211 and installing port 3101.

In another example lower hem 3212 can be arranged to the level on the direction extended towards 321 rear side of plate body, so as to Effectively improve the structural strength of micropore wind deflector 32.Preferably, lower hem 3212 can be arranged to tilt the form of extension.Also Lower hem 3212 can be arranged to tilt down on the direction extended towards 321 rear side of plate body, to facilitate lower hem 3212 It is inserted into corresponding installing port 3101；Lower hem 3212 can also be arranged in the direction extended towards 321 rear side of plate body It is upper to tilt upwards, so as to improve the sealing effect between lower hem 3212 and installing port 3101.

It is, of course, also possible to flanging is arranged to resilient fold.

Advantageously, the rear lateral edge of flanging has at least one gap slot.

Such as the rear lateral edge of upper hem 3211 has at least one gap slot.In another example the back side edge of lower hem 3212 Along at least one gap slot.Gap slot can step down, and can be used for positioning other elements.

With reference to the aforementioned embodiment for being provided with the first hook 322, the first hook 322 in previous embodiment can be with upper folding The rear lateral edge on side 3211 is connected.

With reference to the aforementioned embodiment there is provided bolt 323, the bolt 323 in previous embodiment can be with lower hem 3212 Rear lateral edge is connected.

Certain first hook 322 can also be connected to the top (such as on the trailing flank 32021 on top) of plate body 321, insert Pin 323 can also be connected to the other positions (such as on trailing flank 32021 of lower part) of the lower part of plate body 321.

In the wind outlet panel of previous embodiment, it can be set in the flanging of micropore wind deflector and the week of installing port between Sealing element.

Embodiment 2, at least one in the first side 32031 of plate body 321 and the second side 32032 at edge setting side Flanging.

Such as Fig. 2, micropore wind deflector 32 includes plate body 321, and plate body 321 vertically extends, and plate body 321 is in left and right directions It is upper that there is opposite the first side 32031 and the second side 32032, and plate body 321 has opposite rear side in the longitudinal direction Face 32021 and leading flank 32022, have micropore 32012 on plate body 321, and micropore 32012 penetrates through trailing flank 32021 and leading flank 32022, wherein, in the first side 32031 and the second side 32032 of plate body 321 at least one at be equipped with the side that extends back Flanging.

By setting side edgefold, the structural strength of micropore wind deflector 32 can be effectively improved, moreover, by micropore wind-guiding After plate 32 is installed on the skeleton of wind outlet panel, the side edgefold of setting is imitated with the sealing that the corresponding position of panel skeleton 31 coordinates Fruit is more preferable.

Wherein, the side edgefold extends adjacent to the lower edge of the plate body from the position of the neighbouring plate body upper edge Position.

With reference to previous embodiment, when being provided with the second aforementioned hook on plate body, the second hook can be with corresponding side The back edge of flanging is connected, and when being provided with connection sheet on plate body, connection sheet can be connected with the back edge of corresponding side edgefold.

The side that side edgefold extends on rear side of rearwardly towards plate body is upwardly toward the centroclinal of plate body or away from the center of plate body It tilts.

Side edgefold extends to the lower edge of plate body from the upper edge of plate body.

Side edgefold includes the first side edgefold set on the edge of the first side of plate body, the back edge connection of the first side edgefold There is the hook extended downwardly.

Side edgefold includes the second side edgefold set on the edge of the second side of plate body, the back edge connection of the second side edgefold There is the connection sheet towards the extension of the first side.

Wherein, " in the first side 32031 and the second side 32032 of plate body 321 at least one at setting along the vertical direction The side edgefold of extension " includes but not limited to：

First side 32031 of plate body 321 sets the first side edgefold 3213；Or

Second side 32032 of plate body 321 sets the second side edgefold 3214；Or

First side 32031 of plate body 321 sets the first side edgefold 3213, and the second side 32032 of plate body 321 is set Second side edgefold 3214.

Such as Fig. 2, in the example of the present invention, the edge of the first side 32031 of plate body 321 has to plate body 321 Rear side extension the first side edgefold 3213.

With reference to the aforementioned embodiment for being provided with the second hook 324, the second hook 324 can be with the rear side of the first side edgefold 3213 Edge is connected.

Wherein, the first side edgefold 3213 can be arranged perpendicular to the direction extension of plate body 321, and the first side edgefold 3213 is also It can be arranged in the side extended towards 321 rear side of plate body upwardly toward the centroclinal of plate body 321, the first side edgefold 3213 may be used also To be arranged to deviate from the centroclinal extension of plate body 321 on the direction extended towards 321 rear side of plate body.

Such as Fig. 2, in another example of the present invention, the edge of the second side 32032 of plate body 321 has to plate body Second side edgefold 3214 of 321 rear side extension,

With reference to the aforementioned embodiment there is provided connection sheet 325, connection sheet 325 can be with the back side edge of the second side edgefold 3214 Edge is connected.

Wherein, the second side edgefold 3214 can be arranged perpendicular to the direction extension of plate body 321, and the second side edgefold 3214 is also It can be arranged in the side extended towards 321 rear side of plate body upwardly toward the centroclinal of plate body 321, the second side edgefold 3214 may be used also To be arranged to deviate from the centroclinal extension of plate body 321 on the direction extended towards 321 rear side of plate body.

In addition, the lower edge of plate body 321 can set or be not provided with aforementioned lower hem 3212.With the following of plate body 321 For the lower hem 3212 aforementioned along setting.

Such as Fig. 3, in the example of the present invention, the lower edge of plate body 321 is equipped under the rear side extension of plate body 321 Flanging 3212.

Wherein, lower side can form gap between aforementioned side edgefold (lower side connects or complete with side edgefold part It separates entirely).Side edgefold is passed through in side in the present invention along having the function of water conservancy diversion condensed water or other flows in condensation water cooling When, under the effect of gravity, condensed water etc. flows downward, if being not provided with lower hem 3212 or lower hem 3212 and side edgefold Between there is gap, flow, which will cross, to be continued to flow downward after lower hem 3212, so as to flow in drip tray 35 (when So, drip tray 35 can also be flowed under the guide functions of other flow-guiding structures).

Similarly, lower hem can be connected with side edgefold, can also set gap slot in the rear lateral edge of lower hem 3212, The slot of up/down perforation lower hem 3212 can also be set on lower hem 3212, and gap slot and slot here can include It is at least one.When condensing water cooling by side edgefold, under the effect of gravity, condensed water etc. flows downward, and a part of flow will It flows on lower hem 3212, circulation downwards is then continued by the gap slot on lower hem 3212 or slot, so as to flow to In drip tray 35 (it is of course also possible to flowing to drip tray 35 under the guide functions of other flow-guiding structures).

In addition, such as Figure 12, when the micropore wind deflector 32 is applied in aforementioned wind outlet panel 3, including panel In the wind outlet panel 3 of skeleton 31, water receiving rib 311 can be set on the trailing flank of panel skeleton 31 32021, and make water receiving muscle At least part of item 311 is located at the underface of micropore wind deflector 32, at this point, from micropore wind deflector in any one aforementioned example Condensed water backflowed out of downwards on 32 etc. can be accepted by water receiving rib 311, can be with whens water receiving rib 311 receives condensed water etc. Water is guided to water container.

When the wind outlet panel 3 is applied to cabinet air-conditioner 1000, drip tray 35 can be set on cabinet air-conditioner 1000, Drip tray 35 can be used for accepting the condensed water generated in 1000 operational process of cabinet air-conditioner, such as produce in evaporator operational process Raw condensed water.

In addition, since cabinet air-conditioner 1000 can not possibly be accomplished to be fully sealed, extraneous hot-air is it is possible that can enter Into cabinet air-conditioner 1000, so as to form condensed water on micropore wind deflector 32, accordingly it is also possible to by micropore wind deflector 32 Condensed water is guided to drip tray 35.

Wherein, when being provided with water receiving rib 311 on panel skeleton 31, can be arranged to water receiving rib 311 can court To the shape of 35 water conservancy diversion water of drip tray, wherein water receiving rib can be supported on drip tray 35, and is suitable for water water conservancy diversion to water receiving In disk 35.

Foregoing description in 3 in conjunction with the embodiments, condensed water (or other liquid, such as external splash in wind outlet panel 3 Deng) water conservancy diversion include but not limited to following path：

First, be not provided with lower hem 3212 on micropore wind deflector 32 or micropore wind deflector 32 be equipped with lower hem 3212 but Lower hem 3212 with side edgefold there is gap, condensed water etc. to flow downward under the effect of gravity along side edgefold, and final water conservancy diversion arrives Drip tray 35；

Second, micropore wind deflector 32 is equipped with lower hem 3212 and lower hem 3212 is connected with side edgefold, lower hem 3212 Back side edge be equipped with notch or lower hem 3212 and be equipped with slot, condensed water etc. along side edgefold under the effect of gravity to flowing down It is dynamic, continue circulation downwards, final water conservancy diversion to drip tray 35 by notch or manipulation after flowing on lower hem 3212.

Third is provided with the processes such as water receiving rib 311, the condensed water flowed down from micropore wind deflector 32 on panel skeleton 31 After water receiving rib water conservancy diversion, final water conservancy diversion to drip tray 35.

Embodiment 3, in the first side 32031 and the second side 32032 of plate body 321 at least one at setting it is first close Strip of paper used for sealing 3215.

It is emphasized that the first sealing strip 3215 of setting can't conflict with setting side edgefold, that is to say, that embodiment 4 still can individually be implemented in conjunction with the embodiments 3 implementations or embodiment 4.

Micropore wind deflector 32 includes plate body 321, and plate body 321 vertically extends, and plate body 321 has in the lateral direction Opposite the first side 32031 and the second side 32032, and plate body 321 has opposite trailing flank in the longitudinal direction 32021 and leading flank 32022, there is micropore 32012 on plate body 321, micropore 32012 penetrates through trailing flank 32021 and leading flank 32022, wherein, in the first side 32031 and the second side 32032 of plate body 321 at least one at be equipped with prolong along the vertical direction The first sealing strip 3215 stretched.

According to the micropore wind deflector 32 in the present invention, can be sealed by the first sealing strip 3215, so as to improve nothing The effect of wind sense.

Preferably the first sealing strip protrudes the trailing flank of plate body backward.

It, can be by the first sealing strip 3215 by micropore wind-guiding in the conditioner with the micropore wind deflector 32 The clearance seal between outlet on plate 32 and spiral case 1, so that air-flow can be by micropore wind deflector 32 without passing through Other air ductings are sent out, and improve the effect of calm sense.

In one example, the first sealing strip 3215 extends to the following of plate body 321 from the top of plate body 321.Further Improve the effect of sealing in ground.

It is of course also possible to set multiple seal sections, the first sealing strip 3215 can also be arranged to the top with plate body 321 Preset distance is spaced apart with following.

In some instances, plate body 321 has locating piece, and locating piece is connected with being relatively fixed with plate body 321, and the One sealing strip 3215 is connected with being relatively fixed with locating piece.The first sealing strip 3215 can be stably installed by locating piece On plate body 321, wherein, the positioning of multiple briquettings or a strip can be included by positioning the locating piece of first sealing strip 3215 Part.

For example, locating piece includes multiple briquettings spaced apart along the vertical direction, and a part for the first sealing strip 3215 It is pushed down by multiple briquettings.

In another example the first sealing strip 3215 includes positioning region and sealing, locating piece vertically extends and pushes down the Positioning region is stretched out in the positioning region of one sealing strip 3215, the direction that sealing faces away from plate body 321.Wherein positioning region and sealing It can be two different pieces of same element, can be different structure, such as the first sealing strip 3215 is hairbrush, is sealed Portion can be bristle, and positioning region can be the structure of fixed bristles.

Preferably, the first sealing strip 3215 is sponge strip or hairbrush.It is, of course, also possible to using other first sealing strips 3215, such as rubber etc..

The first sealing strip 3215 of the present invention is set on the side of plate body 321, can also be arranged on the first sealing strip 3215 On the trailing flank 32021 of plate body 321.

In addition, with reference to the aforementioned micropore wind deflector 32 with connection sheet 325, can the first sealing be fixed by terminal pad Item 3215.

In order to further improve the effect of sealing, can be in the upper and lower part of plate body at least one at set second Sealing strip, the second sealing strip can drill left and right directions extension, and the second sealing strip stretches out the trailing flank of plate body.

Second sealing strip extends to the right edge of plate body from the left margin of plate body.

In addition, the micropore wind deflector of the present invention is the integrally formed aluminium alloy plate of metal plate.Due to expanding with heat and contract with cold for aluminium alloy Rate and the rate ratio of expanding with heat and contract with cold of panel skeleton differ, accordingly, it is possible to can lead to condensed water there are gap, are used in the application Aforementioned condensate water guide direction, can facilitate the water conservancy diversion to condensed water.

Micropore wind deflector is in the arc of middle part lordosis in the lateral direction, the upper edge of micropore wind deflector be equipped with upper hem, Lower edge is equipped with lower hem, the edge of the first side is equipped with the first side edgefold, the edge of the second side is equipped with the second side edgefold, and Upper hem, the first side edgefold, lower hem and the second side edgefold it is end to end or at least two be spaced apart.

With reference to Fig. 1 to Figure 13, the present invention also provides a kind of cabinet air-conditioner 1000, including：Shell 2, spiral case 1 and outlet air surface Plate 3.There is air inlet 201 and air outlet 202 on shell 2；Spiral case 1 is located in shell 2, the entrance 101 and air inlet of spiral case 1 201 is opposite, and the outlet 102 of spiral case 1 is opposite with air outlet 202；Wind outlet panel 3 is located between shell 2 and shell 2, and outlet air surface Plate 3 is rotatable along the direction around spiral case 1, and wind outlet panel 3 is the wind outlet panel 3 according to previous embodiment.

Cabinet air-conditioner 1000 according to embodiments of the present invention is employed according to the wind outlet panel 3 described in previous embodiment, and There is the micropore wind deflector 32 described according to previous embodiment in wind outlet panel 3.It is led so as to play more preferably micropore 32012 Wind effect realizes calm sense or gentle breeze sense.

In addition, the wind outlet panel 3 and micropore wind deflector 32 on cabinet air-conditioner 1000 can have any one aforementioned The combination of the technical characteristic of embodiment or multiple technical characteristics, therefore, be also just provided with each aforementioned embodiment and they Combination technique effect.

The micropore wind deflector 32 of the present invention can be by sheet-metal formed.

As previous embodiment describes, wind outlet panel 3 includes micropore wind deflector 32, wind shield 34, grid air guide member 33, the transporting pattern of air-flow can be selected by rotating wind outlet panel 3,

For example, micropore wind deflector 32 is separated between the outlet 102 of spiral case 1 and the air outlet 202 of shell 2；Grid is led Wind part 33 is separated between the outlet 102 of spiral case 1 and the air outlet 202 of shell 2, and wind shield 34 is separated to 102 He of outlet of spiral case 1 Between the air outlet 202 of shell 2.

Such as Figure 13, the present invention also provides a kind of cabinet air-conditioner 1000, including：Shell 2, spiral case 1 and wind outlet panel 3, outside There is air inlet 201 and air outlet 202 on shell 2；Spiral case 1 is located in shell 2, and the entrance 101 of spiral case 1 is opposite with air inlet 201, The outlet 102 of spiral case 1 is opposite with air outlet 202, and wind outlet panel 3 is located between shell 2 and shell 2, and wind outlet panel 3 is along surrounding The direction of spiral case 1 is rotatable, wind outlet panel 3 include panel skeleton 31 and be located on panel skeleton 31 micropore wind deflector 32, Grid air guide member 33 and wind shield 34, micropore wind deflector 32, grid air guide member 33 and wind shield 34 are along around the direction of spiral case 1 point Cloth, wind outlet panel 3 are interval at least one of micropore wind deflector 32, grid air guide member 33 and wind shield 34 by rotation Between the outlet 102 of spiral case 1 and the air outlet 202 of shell 2.

In 1000 course of work of cabinet air-conditioner, the driving effect downstream of the turbine in spiral case 1 will be from the air inlet of shell 2 Mouth 201 enters cabinet air-conditioner 1000, is sent out in the outlet 102 by spiral case 1 after heat exchange, from the outlet of spiral case 1 102 The air-flow of submitting will pass out to the air outlet 202 on shell 2 after wind outlet panel 3, and wherein air-flow is passing through wind outlet panel 3 When, select one by wind shield 34, grid air guide member 33 and micropore wind deflector 32, so as to fulfill not blowing or various forms of sending Wind.

In some embodiments of the invention, grid air guide member 33 and wind shield 34, micropore are additionally provided on panel skeleton 31 Wind deflector 32, grid air guide member 33 and wind shield 34 being circumferentially arranged along panel skeleton 31 have wind-guiding on grid air guide member 33 Blade 331, and air-out passage is formed between adjacent two wind blades 331, wind shield 34 is suitable for blocking air-flow.Micropore wind-guiding Plate 32, grid air guide member 33 and weatherseal can be blocked selectively in the exit of air stream drives part, so as to fulfill corresponding Wind effect for example, when 32012 air guide member of micropore is blocked in the exit of air stream drives part, can realize that micropore 32012 is led The effect of wind, and when at the air outlet 202 for blocking in air stream drives part in grid air guide member 33, it can be according to grid air guide member 33 Wind-guiding direction blow, and when at the air outlet 202 for blocking in air stream drives part in weatherseal, nowhere wind can be played Effect.

In addition, the inclined direction of multiple wind blades 331 on grid air guide member 33 in the present invention can be arranged to not Identical form, so as to fulfill towards different direction wind-guidings.

The micropore wind deflector 32 of the present invention can be the micropore wind deflector 32 of previous embodiment description.

It, can be by the first sealing strip and/or the (sealing of the second sealing strip in the aforementioned embodiment for being provided with the first sealing strip Item) gap between the corresponding side of sealing micropore wind deflector and spiral case.For example, when carrying out micropore air-supply, it can be by sealing strip It is contacted with around the air outlet of spiral case.

Such as Figure 13, in some embodiments of the invention, the size of air outlet 202 and snail on the direction around spiral case 1 The ratio of the size of the outlet 102 of shell 1 is in the range of 1 to 1.5.It can realize larger range of air-supply.

Preferably, the ratio of the size of air outlet 202 and 102 size of outlet of spiral case 1 is in the range of 1 to 1.2.

In some embodiments of the invention, the size of grid air guide member 33 is not less than snail on the direction around spiral case 1 2 times of the size of the outlet 102 of shell 1.On grid air guide member 33 have it is multiple towards different wind blades 331, by difference Wind blade 331 can realize the wind-guidings of different directions, therefore, grid air guide member 33 is arranged to not less than 1 outlet air of spiral case Twice of mouth 202 can facilitate the direction of selection air-flow.

In some embodiments of the invention, the size of micropore wind deflector 32 is not less than snail on the direction around spiral case 1 The size of the outlet 102 of shell 1, and the size of wind shield 34 is not less than the air outlet 202 of shell 2 on the direction around spiral case 1 Size.So as to select the air supply mode of air-flow by rational sealing means.

In some embodiments of the invention, micropore wind deflector 32, wind shield 34 and grid air guide member 33 are around spiral case 1 Direction on be sequentially arranged；Or wind shield 34, micropore wind deflector 32 and grid air guide member 33 around spiral case 1 direction on successively Arrangement；Or wind shield 34, grid air guide member 33 and micropore wind deflector 32 are sequentially arranged on the direction around spiral case 1.

Relative position between micropore wind deflector 32, wind shield 34 and grid wind deflector can be according to actual use situation It switches over, such as micropore wind deflector 32, wind shield 34 and grid air guide member 33 are around the direction of air stream drives structure (spiral case) On be sequentially arranged.

For example, wind shield 34, micropore wind deflector 32, grid wind deflector are arranged successively, so as to realize the gradual of air-flow The effect for weakening or gradually enhancing.

The different arrangement forms of wherein wind shield 34, micropore wind deflector 32 and grid wind deflector can realize different switchings Form, for example, micropore wind deflector 32, wind shield 34 and grid air guide member 33 are arranged successively, at this point, if necessary by micropore 32012 outlet air switch to grid wind-guiding, then need by wind shield 34.

In addition, the present invention grid air guide member 33, wind shield 34 can be formed as one with panel skeleton 31 or It is mutually independent complete after be assembled together.

Further, two adjacent in micropore wind deflector 32, grid air guide member 33 and wind shield 34 connect or are spaced apart.

In some embodiments of the invention, cabinet air-conditioner 1000 further includes：Air inlet faceplate 36 is filtered on air inlet faceplate 36 Part 361 is interval between filtering between the entrance 101 of spiral case 1 and the air inlet 201 of shell 2.

Preferably, air inlet faceplate 36 is relatively fixed with wind outlet panel 3.

Advantageously, micropore wind deflector 32, grid air guide member 33 and wind shield 34 are formed as one with panel skeleton 31；Or At least one of micropore wind deflector 32, grid air guide member 33 and wind shield 34 are detachably connected with panel skeleton 31.

The wind outlet panel of the present invention can be rotated around spiral case, for example, (example is as the aforementioned in the lower section of spiral case setting turntable Drip tray), spiral case is supported on turntable, wind outlet panel can be made to be rotated around spiral case in a manner of manually or electrically.

Furthermore it is possible to be connect on the top of spiral case setting rotating bezel, and by the upper end of wind outlet panel and rotation load, pass through Wind outlet panel rotation can be realized in driving rotating bezel rotation.In addition, the mad modes such as motor, gear drive that may be used of rotation carry out Rotation.

Preferably, the upper edge of the wind outlet panel in the present invention is not less than the top of volute outlet and the top of air outlet, The lower edge of wind outlet panel in the present invention is following not higher than the following and air outlet of volute outlet.

Further preferably, the upper edge of any of micropore wind deflector, grid air guide member and wind shield is above The upper edge of the outlet of spiral case and the top of air outlet, lower edge are below the following and air outlet following of the outlet of spiral case.

In the description of this specification, reference term " one embodiment ", " example ", " is specifically shown " some embodiments " The description of example " or " some examples " etc. means specific features, structure, material or the spy for combining the embodiment or example description Point is contained at least one embodiment of the present invention or example.In the present specification, schematic expression of the above terms are not It must be directed to identical embodiment or example.Moreover, particular features, structures, materials, or characteristics described can be in office It is combined in an appropriate manner in one or more embodiments or example.In addition, without conflicting with each other, the skill of this field Art personnel can tie the different embodiments or examples described in this specification and the feature of different embodiments or examples It closes and combines.

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

Claims

1. a kind of micropore wind deflector, which is characterized in that including plate body, the plate body has opposite trailing flank and leading flank, institute Stating has micropore on plate body, the micropore penetrates through the trailing flank and the leading flank,

Wherein, on the plate body have multiple wind units, the wind unit on the direction from periphery to center gradually to It is recessed afterwards or forward, there are multiple micropores on the wind unit.

2. micropore wind deflector according to claim 1, which is characterized in that there is multiple separation ribs, phase on the plate body Adjacent two are formed at least one wind unit between separating rib.

3. micropore wind deflector according to claim 2, which is characterized in that described to separate the curved shape of rib or fold-line-shaped Shape, and each separation rib has staggered wave crest and trough.

4. micropore wind deflector according to claim 3, which is characterized in that the wave crest of two adjacent separation ribs is in left and right Face and trough face in the lateral direction on direction, adjacent two separate the wave crests of one and another wave crest in ribs The trough that close to each other and adjacent two separate one in rib is located remotely from each other with another trough.

5. micropore wind deflector according to claim 4, which is characterized in that two adjacent wave crests one for separating rib One face, and adjacent two troughs faces one by one for separating rib.

6. micropore wind deflector according to claim 4, which is characterized in that two adjacent waves on each separation rib Part between peak forms a compartmented, and adjacent two described to separate two separations opposite in the lateral direction in ribs A wind unit is limited between section.

7. micropore wind deflector according to claim 2, which is characterized in that at least one side for separating rib has The multiple micropores arranged successively along its length.

8. micropore wind deflector according to claim 2, which is characterized in that the separation rib is solid rib.

9. the micropore wind deflector according to any one of claim 2-8, which is characterized in that the rib that separates is into wave Shape.

10. the micropore wind deflector according to any one of claim 2-8, which is characterized in that the plate body is along the vertical direction Extension, the plate body have opposite the first side and the second side in the lateral direction, and the plate body has in the longitudinal direction There are the opposite trailing flank and the leading flank, the separation rib vertically extends, and multiple separation ribs exist From first side to being spaced apart on the direction of second side.

11. micropore wind deflector according to claim 10, which is characterized in that the two sides in left-right direction of the plate body In edge at least one at have side rib, between the side rib and the adjacent separation rib be equipped with it is the multiple micro- Hole.

12. the micropore wind deflector according to any one of claim 1-8, which is characterized in that from week on the wind unit Side is placed with multiple micropores to center array.

13. the micropore wind deflector according to any one of claim 1-8, which is characterized in that the wind unit is in ellipse Shape, rectangle, diamond shape, polygon or round.

14. the micropore wind deflector according to any one of claim 1-8, which is characterized in that the plate body is in left-right direction Middle part relative to first side and the plate of the second side convexed forward camber.

15. micropore wind deflector according to claim 1, which is characterized in that the diameter of the micropore is at 0.5 millimeter to 2 millis In the range of rice.

16. micropore wind deflector according to claim 1, which is characterized in that the micropore wind deflector is equipped at least 1000 A micropore.

17. the micropore wind deflector according to any one of claim 1-8, which is characterized in that the micropore wind deflector is metal plate The integrally formed aluminium alloy plate of gold.

18. a kind of wind outlet panel, which is characterized in that including：

Panel skeleton has installing port on the panel skeleton；

Micropore wind deflector according to any one of claim 1-17, the micropore wind deflector are mounted on the panel skeleton It is upper and with face before and after the installing port.

19. wind outlet panel according to claim 18, which is characterized in that the micropore wind deflector insertion is installed on the peace It fills in mouth.

20. the wind outlet panel according to claim 18 or 19, which is characterized in that braced frame is equipped in the installing port, The micropore wind deflector is mounted on before the braced frame.

21. a kind of cabinet air-conditioner, which is characterized in that including：

Shell has air inlet and air outlet on the shell；

Spiral case, the spiral case are located in the shell, and the entrance of the spiral case is opposite with the air inlet, the outlet of the spiral case It is opposite with the air outlet；

Wind outlet panel, the wind outlet panel are located between the shell and the shell, and the wind outlet panel is along around described The direction of spiral case is rotatable, and the wind outlet panel is the wind outlet panel according to any one of claim 18-20.