CN208920283U - Air conditioner - Google Patents

Abstract

The utility model discloses a kind of air conditioners, the air conditioner has wind inlet channel and exhaust air flue, exhaust air flue includes the spaced apart from each other first sub- exhaust air flue and the second sub- exhaust air flue, the air supplying distance of first sub- exhaust air flue and the air supplying distance of the second sub- exhaust air flue are different, air conditioner includes: the first wind guiding component, first wind guiding component is located at the first sub- exhaust air flue, first wind guiding component includes multiple along spaced first blinds of first direction, each first blinds is rotationally connected with the inner sidewall of the first sub- exhaust air flue, the pivot center of each first blinds extends in a second direction, when multiple first blinds turn to the position for opening the first sub- exhaust air flue, a part of first blinds is located at outside the first sub- exhaust air flue, second direction is vertical with first direction.Air conditioner according to the present utility model can enrich the air-out mode of exhaust air flue, can satisfy the differentiation requirement of outlet air, further improve the comfort of air conditioner air-supply and the usage experience of user.

Description

Air conditioner

Technical field

The utility model relates to apparatus of air conditioning technical fields, more particularly, to a kind of air conditioner.

Background technique

Air conditioner is as one of common apparatus of air conditioning, for adjusting indoor environment temperature (part air conditioner It is provided simultaneously with the function of adjusting humidity).It is got over the development of technology with improvement of living standard, requirement of the user for air conditioner Come it is more, it is also higher and higher.However, in the related technology, the wind pushing form of air conditioner is more single, it is unable to satisfy air conditioning exhausting Differentiated demand, poor user experience.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.For this purpose, the utility model One purpose is to propose that a kind of air conditioner, the air conditioner can satisfy the differentiated demand of outlet air.

According to the air conditioner of the utility model embodiment, the air conditioner have wind inlet channel and exhaust air flue, it is described go out Wind air duct includes the spaced apart from each other first sub- exhaust air flue and the second sub- exhaust air flue, the air-supply of the first sub- exhaust air flue away from Different from the air supplying distance of the described second sub- exhaust air flue, the air conditioner includes: the first wind guiding component, first wind-guiding Component is located at the described first sub- exhaust air flue, and first wind guiding component includes multiple along first direction the spaced 100th Leaf, each first blinds are rotationally connected with the inner sidewall of the described first sub- exhaust air flue, each first blinds Pivot center extend in a second direction, the position for opening the first sub- exhaust air flue is turned in multiple first blinds When, a part of first blinds is located at outside the described first sub- exhaust air flue, and the second direction and the first direction hang down Directly.

According to the air conditioner of the utility model embodiment, by the way that the exhaust air flue of air conditioner is arranged to include being spaced from each other And two sub- exhaust air flues that air supplying distance is different, the difference of outlet air can be met to indoor different distance position delivery air Alienation requirement improves the uniformity of room temperature, and multiple rotatable by being arranged in a wherein sub- exhaust air flue First blinds it is possible thereby to make the air-out direction in the sub- exhaust air flue adjustable, while being turned in multiple first blinds and being beaten When opening the position of the first sub- exhaust air flue, so that a part of the first blinds is located at outside the first sub- exhaust air flue, can be increased The wind-guiding distance of one blinds improves the wind effect of the first blinds, further improves comfort and the user of air conditioner air-supply Usage experience.

Some embodiments according to the present utility model are formed on each first blinds multiple along first blinds Thickness direction run through first blinds the first relieve heat hole.

Some embodiments according to the present utility model, first wind guiding component include: multiple between the second direction Every the second blinds of setting, each second blinds is rotationally connected with the inner sidewall of the described first sub- exhaust air flue, often The pivot center of a second blinds extends along the first direction, and multiple second blinds are located at multiple described 100 The upstream of leaf.

Some embodiments according to the present utility model, first wind guiding component includes: wind-guiding grate, the wind-guiding grate It is located in the described first sub- exhaust air flue and is located at the upstream of multiple first blinds.

Optionally, the wind-guiding grate includes multiple along the spaced wind-guiding rib of the second direction, multiple described Wind-guiding rib be set parallel to each other or multiple wind-guiding ribs at least part not parallel setting each other.

Optionally, the wind-guiding grate includes multiple along the spaced wind-guiding rib of the second direction, along described The air-out direction of first sub- exhaust air flue, each wind-guiding rib are directed away from the central axis of the described first sub- exhaust air flue The direction of line, which tilts, to be extended.

Some embodiments according to the present utility model, first blinds are in tabular, and first blinds includes two Opposite in this second direction and the first side wall disposed in parallel, two the first side walls with the described first sub- outlet air wind The inner sidewall in road is rotationally connected, and the distance between two described the first side walls are a, and each the first side wall is in datum level On projection length be b, a, the b meet: 0.25≤b/a≤0.4, the datum level be parallel to the described 100th The plane of leaf.

Some embodiments according to the present utility model turn in first blinds and open the first sub- exhaust air flue Position when, the side wall positioned at downstream of first blinds is second sidewall, projection of the second sidewall on datum level For towards the camber line of outside sweep, and the radius of curvature R of the camber line meets: 130mm≤R≤200mm, the datum level are parallel In the plane of first blinds.

Some embodiments according to the present utility model turn in first blinds and open the first sub- exhaust air flue Position when, the side wall positioned at upstream of first blinds is third side wall, is formed with evacuation notch on the third side wall.

Optionally, the evacuation notch is arc-shaped.

Some embodiments according to the present utility model, the air conditioner include: the second wind guiding component, the second wind-guiding group Part is located at the described second sub- exhaust air flue, and second wind guiding component includes multiple being arranged along first direction or second direction interval Third blinds, each third blinds is rotationally connected with the inner sidewall of the described second sub- exhaust air flue.

Optionally, multiple thickness directions along the third blinds are formed on each third blinds through described the Second relieve heat hole of three blinds.

Some embodiments according to the present utility model, the exhaust air flue extend along the length direction of the air conditioner, institute The top that the first sub- exhaust air flue is located at the described second sub- exhaust air flue is stated, and the air supplying distance of the first sub- exhaust air flue is big In the air supplying distance of the described second sub- exhaust air flue.

Optionally, the first direction is identical as the extending direction of the exhaust air flue.

Some embodiments according to the present utility model, the air conditioner are split-floor type air conditioner or Split wall-mounted Air conditioner or ceiling machine or moveable air conditioner or window air conditioner.

The additional aspect and advantage of the utility model will be set forth in part in the description, partially will be from following description In become obvious, or recognized by the practice of the utility model.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the three-dimensional structure diagram according to the air conditioner indoor unit of the air conditioner of the utility model one embodiment；

Fig. 2 is the enlarged drawing in Fig. 1 at A；

Fig. 3 is the partial schematic diagram according to the air conditioner indoor unit of the air conditioner of the utility model another embodiment；

Fig. 4 is the partial schematic diagram according to the air conditioner indoor unit of the air conditioner of the utility model another embodiment；

Fig. 5 is the schematic diagram one according to the first blinds of the air conditioner of the utility model embodiment；

Fig. 6 is the schematic diagram two according to the first blinds of the air conditioner of the utility model embodiment；

Fig. 7 is the schematic diagram three according to the first blinds of the air conditioner of the utility model embodiment.

Appended drawing reference:

Air conditioner indoor unit 100；

Casing 1；

First blinds 2；The first side wall 201；Second sidewall 202；Third side wall 203；Avoid notch 2031；First relieve heat hole 21；Second blinds 3；Third blinds 4；Second relieve heat hole 41；Wind-guiding grate 5；Wind-guiding rib 51；Demarcation plate 6；

Wind inlet channel a；Exhaust air flue b；First sub- exhaust air flue b1；Second sub- exhaust air flue b2.

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and should not be understood as to the utility model Limitation.

Below with reference to Fig. 1-Fig. 7 description according to the air conditioner of the utility model embodiment.The air conditioner can be Split floor Ground formula air conditioner, is also possible to Split wall-mounted type air conditioner, is also possible to ceiling machine, is also possible to moveable air conditioner, may be used also To be window air conditioner.When air conditioner is split-floor type air conditioner, Split wall-mounted type air conditioner or ceiling machine, air conditioner packet Include air-conditioner outdoor unit and air conditioner indoor unit 100.When air conditioner is split-floor type air conditioner, the air conditioner indoor unit of air conditioner 100 cross section can be circle, rectangle etc..

As shown in Fig. 1-Fig. 7, according to the air conditioner of the utility model embodiment, the air conditioner have wind inlet channel a and Exhaust air flue b.Specifically, air conditioner may include: casing 1, heat exchanger, ducting assembly, and heat exchanger and ducting assembly are located at machine In shell 1, exhaust passage is limited in ducting assembly, air duct is connected to wind inlet channel a and exhaust air flue b, and ducting assembly may include wind wheel, Wind wheel can be located in air duct.Wind inlet channel a and exhaust air flue b runs through the side wall of casing 1, such as wind inlet channel a runs through machine The rear wall of shell 1, exhaust air flue b run through the front side wall of casing 1.As a result, air conditioner work when, wind wheel operate certain driving air-flow into Enter wind inlet channel a, air duct is flowed through after air-flow and heat exchanger heat exchange, and blow to interior from exhaust air flue b, to adjust indoor temperature Degree.

It should be noted that the wind inlet channel a and exhaust air flue b of the utility model can broadly understood.Wind inlet channel a Can be understood as in air conditioner positioned at wind wheel upstream portion and be suitable for air-flow flowing space be regarded as wind inlet channel； Exhaust air flue b can be understood as in air conditioner positioned at wind wheel downstream part and be suitable for air-flow flowing space be regarded as Exhaust air flue.Wherein, the upstream, downstream be relative wind flow direction for.

Wherein, exhaust air flue b includes the spaced apart from each other first sub- sub- exhaust air flue b2 of exhaust air flue b1 and second, the first son The air supplying distance of the air supplying distance of exhaust air flue b1 and the second sub- exhaust air flue b2 are different.As a result, by by the outlet air of air conditioner Air duct b is arranged to include being spaced from each other and two sub- exhaust air flues that air supplying distance is different, can be to indoor different distance position Delivery air is set, the uniformity of room temperature is improved.

Further, air conditioner includes: the first wind guiding component, and the first wind guiding component is located at the first sub- exhaust air flue b1, the One wind guiding component includes multiple along first direction (up and down direction in referring to Figures 1 and 2) spaced first blinds 2, often A first blinds 2 is rotationally connected with the inner sidewall of the first sub- exhaust air flue b1, and the pivot center of each first blinds 2 is along Two directions (left and right directions in referring to Figures 1 and 2) extend, and second direction is vertical with first direction.Pass through control multiple first The rotation of blinds 2 can open and close the first sub- exhaust air flue b1, and turn to difference by controlling multiple first blinds 2 Angle position, the air-out direction of adjustable first sub- exhaust air flue b1, so that the first sub- exhaust air flue b1 realizes that orientation is sent Wind, and can also be blown by the swing of multiple first blinds 2 realization swing (such as may be implemented to swing up and down air-supply or a left side Right swing air-supply).

Wherein, when multiple first blinds 2 turn to the position for opening the first sub- exhaust air flue b1, the one of the first blinds 2 Part is located at outside the first sub- exhaust air flue b1.Thus, it is possible to increase the wind-guiding distance of the first blinds 2, leading for the first blinds 2 is improved Wind effect.

Optionally, the first blinds 2 can be generally rectangular shaped, turns in the first blinds 2 and opens the first sub- exhaust air flue b1 Position when, the arc-shaped extension in the edge towards outside of the first blinds 2, so that the shape of the first blinds 2 is more aesthetically pleasing.

It, can be by multiple first blinds 2 by controlling the rotation of multiple first blinds 2 during air conditioner operation The position of the sub- exhaust air flue b1 of rotating opening first, also can control the angle position that multiple first blinds 2 turn to a certain setting It sets realization and orients air-supply towards some direction, or also can control the multiple swing of first blinds 2 realizations and swing air-supply.Also, Since the air supplying distance of the first sub- exhaust air flue b1 and the air supplying distance of the second sub- exhaust air flue b2 are different, so that outlet air wind The air-out mode of road b realizes differentiation, and indoor temperature distribution is obtained more uniformly.

The air supplying distance of exhaust air flue b1 and second sub- exhaust air flue b2 for first is different, can be by following several Mode is realized.For example, the first sub- sub- exhaust air flue b2 of exhaust air flue b1 and second can be respectively set wind wheel and be independently controlled, By controlling the revolving speed of corresponding wind wheel, so that the first sub- sub- exhaust air flue b2's of exhaust air flue b1 and second goes out wind velocity not Together, the air supplying distance of the air supplying distance and the second sub- exhaust air flue b2 of realizing the first sub- exhaust air flue b1 is different.In another example first The sub- sub- exhaust air flue b2 of exhaust air flue b1 and second in the case where sharing a wind wheel, can to the first sub- exhaust air flue b1 and One in second sub- exhaust air flue b2 is made necking processing or flaring processing, so that the first sub- exhaust air flue b1 and the second son go out Wind air duct b2's goes out that wind velocity is different, so that the air supplying distance of the first sub- exhaust air flue b1 and the second sub- exhaust air flue b2 Air supplying distance is different.

It is described " multiple " to refer to two or more it should be noted that in this application.

When air conditioner is split-floor type air conditioner, Split wall-mounted type air conditioner or ceiling machine, air conditioner includes air-conditioning Outdoor unit and air conditioner indoor unit 100, air-conditioner outdoor unit and air conditioner indoor unit 100, which are connected, constitutes refrigerant circulation flow path.Wherein, empty Adjusting indoor unit 100 may include above-mentioned casing 1, heat exchanger, ducting assembly and the first wind guiding component.

According to the air conditioner of the utility model embodiment, by by the exhaust air flue b of air conditioner be arranged to include mutually every It opens and two sub- exhaust air flues that air supplying distance is different, outlet air can be met to indoor different distance position delivery air Differentiation requirement, improves the uniformity of room temperature, and multiple rotatable by being arranged in a wherein sub- exhaust air flue The first blinds 2, it is possible thereby to make the air-out direction in the sub- exhaust air flue adjustable, while being rotated in multiple first blinds 2 It, can so that a part of the first blinds 2 is located at outside the first sub- exhaust air flue b1 when to the position for opening the first sub- exhaust air flue b1 To increase the wind-guiding distance of the first blinds 2, the wind effect of the first blinds 2 is improved, further improves relaxing for air conditioner air-supply The usage experience of adaptive and user.

Some embodiments according to the present utility model are formed with multiple along on each first blinds 2 referring to Figures 1 and 2 The thickness direction of one blinds 2 runs through the first relieve heat hole 21 of the first blinds 2, and multiple first relieve heats hole 21 is evenly distributed on the 100th On leaf 2.As a result, when multiple first blinds 2 close the first sub- exhaust air flue b1, and in air conditioner operation, the may be implemented The calm sense mode of one sub- exhaust air flue b1, the air-flow in the first sub- exhaust air flue b1 can be by multiple first blinds 2 Multiple first relieve heats hole 21 is dispersed, and forms diffusing air current to realize calm sense air-supply.Thus, it is possible to further enrich The air-out mode of wind air duct b meets the differentiation requirement of outlet air, further improves comfort and the user of air conditioner air-supply Usage experience.

It, can be by multiple first blinds 2 by controlling the rotation of multiple first blinds 2 during air conditioner operation The position of the sub- exhaust air flue b1 of rotating opening first, also can control the angle position that multiple first blinds 2 turn to a certain setting It sets realization and is oriented towards some direction and blown, or also can control multiple first blinds 2 and swing and realize and swing air-supply, it can be with Multiple first blinds 2 are turned to the position for closing the first sub- exhaust air flue b1, realize the calm sense of the first sub- exhaust air flue b1 Air supply pattern.Also, since the air supplying distance of the air supplying distance of the first sub- exhaust air flue b1 and the second sub- exhaust air flue b2 are different, So that the air-out mode of exhaust air flue b realizes differentiation, and indoor temperature distribution is obtained more uniformly.

Some embodiments according to the present utility model, referring to Fig.1, exhaust air flue b extend (out along the length direction of air conditioner Wind air duct b extends along the length direction of air conditioner refers to that the outlet air end of exhaust air flue b extends along the length direction of air conditioner), the One sub- exhaust air flue b1 is located at the top of the second sub- exhaust air flue b2, and the air supplying distance of the first sub- exhaust air flue b1 is greater than second The air supplying distance of sub- exhaust air flue b2.Thus, it is possible to which air conditioner is made to realize that differentiation is sent on the length direction of exhaust air flue b Wind, and the top of exhaust air flue b can be made to send remote wind and the nearly wind of lower part dispensing, it can further realize that indoor air flow is equal It is even, temperature is uniform.Also, by the rotation for controlling multiple first blinds 2, so that sending the first sub- exhaust air flue b1 of remote wind can be with Adjust air supply direction.In addition, can also be realized just when being formed with multiple above-mentioned first relieve heat holes 21 on each first blinds 2 The often switching of air-supply and calm sense mode.

Optionally, above-mentioned first direction is identical as the extending direction of exhaust air flue b.At this point, multiple first blinds 2 are along outlet air The length direction interval of air duct b is arranged, and the rotation axis of each first blinds 2 extends along the width direction of exhaust air flue b.By This, each first blinds 2 may be implemented to realize air-out direction in the longitudinal direction to the first sub- exhaust air flue b1 by rotation Adjustment.

For example, in the example of fig. 1, air conditioner is split-floor type air conditioner, air conditioner includes 100 He of air conditioner indoor unit Air-conditioner outdoor unit is formed with exhaust air flue b on air conditioner indoor unit 100, and exhaust air flue b extends along the vertical direction, in exhaust air flue b Gone out equipped with demarcation plate 6 with exhaust air flue b to be separated into the first sub- exhaust air flue b1 being located above and underlying second son Wind air duct b2.Multiple the first blinds 2 spaced along the vertical direction, each first blinds are equipped in first sub- exhaust air flue b1 2 rotation axis extends in left-right direction, and above-mentioned first relieve heat hole 21 is formed on each first blinds 2.Multiple 100 When leaf 2 turns to horizontal position, the first sub- exhaust air flue b1 blows to front；On direction from inside to outside, multiple first When blinds 2 turns to the position extended towards upper inclination, the first sub- exhaust air flue b1 obliquely upward outlet air (such as in air conditioner system When cold)；On direction from inside to outside, multiple first blinds 2 turn to towards tilt down extension position when, the first sub- outlet air Air duct b1 oliquely downward outlet air (such as in air conditioner heat-production)；When multiple first blinds 2 turn to vertical position, Duo Ge Mutually overlap joint is to close the first exhaust air flue b1 for one blinds 2, and the air-flow in the first sub- exhaust air flue b1 can pass through first at this time Multiple first relieve heats hole 21 on blinds 2 is dispersed, realize calm sense mode (such as in air conditioner refrigeration, wind velocity out Rapid decrease forms soft air-flow, comfortable calm sense refrigeration).

In addition, in air conditioner refrigeration, upper downstream regulating effect enhancing, to can preferably avoid human body in refrigeration It blows in scope of activities, increases air supplying distance, air-flow farther place sent to the room is freezed more comfortable from top natural subsidence, and Enhance the refrigerating speed of distal end.Also, at the first sub- exhaust air flue b1 in calm sense mode, the second sub- exhaust air flue b2 Can normal outlet air, can occur two kinds of wind senses, i.e. blowing feeling and calm sense in the room, meet the different need of kinsfolk It asks.Moreover, also cold air decanter type can be made to be scattering into physical activity range by the rotational angle for adjusting the first blinds 2, it is same real The now calm sense of distant place keeps indoor temperature distribution overall more evenly.

Some embodiments according to the present utility model, referring to Fig. 3, the first wind guiding component include: it is multiple in a second direction between Every the second blinds 3 of setting, each second blinds 3 is rotationally connected with the inner sidewall of the first sub- exhaust air flue b1, Mei Ge The pivot center of two blinds 3 extends in a first direction, and multiple second blinds 3 are located at the upstream of multiple first blinds 2, specifically, Multiple second blinds 3 are located at the inside of multiple first blinds 2.It may be implemented as a result, by controlling multiple first blinds 2 first Air-out direction in a second direction may be implemented by controlling multiple second blinds 3 in the adjustment of air-out direction on direction Adjustment, by multiple first blinds 2 and multiple second blinds 3 of setting, may be implemented the first sub- exhaust air flue b1 in first party The adjustment of air-out direction may be implemented upwards and in second direction, it is possible thereby to make the outlet air side of the first sub- exhaust air flue b1 Formula is more diversified, meets the greater demand of user.

For example, air conditioner is split-floor type air conditioner in the example of fig. 3 (in conjunction with Fig. 1), air conditioner includes air conditioning chamber Interior machine 100 and air-conditioner outdoor unit are formed with exhaust air flue b on air conditioner indoor unit 100, and exhaust air flue b extends along the vertical direction, out Demarcation plate 6 is equipped in the b of wind air duct so that exhaust air flue b to be separated into the first sub- exhaust air flue b1 being located above and underlying Second sub- exhaust air flue b2.First wind guiding component includes above-mentioned multiple first blinds 2 and multiple second blinds 3, and multiple second Blinds 3 is located at the upstream of multiple first blinds 2.Multiple first blinds 2 are spaced setting along the vertical direction, each first blinds 2 Rotation axis extends in left-right direction, and above-mentioned first relieve heat hole 21 is formed on each first blinds 2.Multiple second blinds, 3 edges The setting of left and right directions interval, the rotation axis of each second blinds 3 vertically extend.Pass through control multiple first as a result, The adjusting of the air-out direction of the first sub- exhaust air flue b1 in the up-down direction may be implemented in blinds 2 so that air conditioner refrigeration and With different air-out directions when heating, the first sub- exhaust air flue b1 may be implemented in left and right by controlling multiple second blinds 3 The adjusting of air-out direction on direction, the position that the air-out direction of the first sub- exhaust air flue b1 is taken a seat according to human body into Row is adjusted.

Some embodiments according to the present utility model, referring to Fig. 4, the first wind guiding component includes: wind-guiding grate 5, wind-guiding lattice Grid 5 are located at the upstream in the first sub- exhaust air flue b1 and being located at multiple first blinds 2, and specifically, wind-guiding grate 5 is located at multiple the The inside of one blinds 2.It, can be with the outlet air of the sub- exhaust air flue b1 of further adjustment first as a result, by the wind-guiding grate 5 of setting Direction, while user's finger is not easy to protrude into inside air duct, safety increases.

In some alternative embodiments of the utility model, referring to Fig. 4, wind-guiding grate 5 include it is multiple in a second direction between Every the wind-guiding rib 51 of setting, multiple wind-guiding ribs 51 are set parallel to each other.Cooperate multiple first by wind-guiding grate 5 as a result, Blinds 2 can make the outlet air of the first sub- exhaust air flue b1 more concentrate, so that the first sub- exhaust air flue b1 concentration is directed out Wind.

For example, air conditioner is split-floor type air conditioner in the example of fig. 4 (in conjunction with Fig. 1), air conditioner includes air conditioning chamber Interior machine 100 and air-conditioner outdoor unit are formed with exhaust air flue b on air conditioner indoor unit 100, and exhaust air flue b extends along the vertical direction, out Demarcation plate 6 is equipped in the b of wind air duct so that exhaust air flue b to be separated into the first sub- exhaust air flue b1 being located above and underlying Second sub- exhaust air flue b2.First wind guiding component includes that above-mentioned multiple first blinds 2 and wind-guiding grate 5, wind-guiding grate 5 are located at The upstream of multiple first blinds 2.Multiple first blinds 2 are spaced setting, the rotation axis edge of each first blinds 2 along the vertical direction Left and right directions extends, and is formed with above-mentioned first relieve heat hole 21 on each first blinds 2.Wind-guiding grate 5 includes multiple along right and left To spaced wind-guiding rib 51, each wind-guiding rib 51 is vertically extended, and multiple wind-guiding ribs 51 are parallel to each other to be set It sets.By the way that the wind-guiding angle of wind-guiding rib 51 is arranged, wind-guiding grate 5 can be made the wind direction in the first sub- exhaust air flue b1 Front air-supply blows towards left front or blows towards right front.

In some alternative embodiments of the utility model, wind-guiding grate 5 includes multiple spaced in a second direction Wind-guiding rib 51, at least part not parallel setting each other in multiple wind-guiding ribs 51.Thus, it is possible to make part adjacent two Diffusion channel is limited between a wind-guiding rib 51, and (on the flow direction of air-flow, the cross-sectional area in diffusion channel reduces, air-flow It is extruded when flowing through the diffusion channel, the speed of air-flow increases, and flow distance increases), it is possible thereby to improve the first sub- outlet air wind The air supplying distance of road b1.

In some alternative embodiments of the utility model, wind-guiding grate 5 includes multiple spaced in a second direction Wind-guiding rib 51, along the air-out direction of the first sub- exhaust air flue b1, each wind-guiding rib 51 is directed away from the first sub- outlet air The direction of the central axis of air duct b1, which tilts, to be extended.Thus, it is possible to increase the air outlet angle of the first sub- exhaust air flue b1, realize wide Angle outlet air increases wind direction and blowing range, further room temperature is homogenized.

For example, air conditioner is split-floor type air conditioner, air conditioner includes air conditioner indoor unit 100 and air-conditioner outdoor unit, sky Adjust and be formed with exhaust air flue b on indoor unit 100, exhaust air flue b extends along the vertical direction, be equipped in exhaust air flue b demarcation plate 6 with Exhaust air flue b is separated into the sub- exhaust air flue b1 of first be located above and underlying second sub- exhaust air flue b2.First Wind guiding component includes above-mentioned multiple first blinds 2 and wind-guiding grate 5, and wind-guiding grate 5 is located at the upstream of multiple first blinds 2. Multiple first blinds 2 are spaced setting along the vertical direction, and the rotation axis of each first blinds 2 extends in left-right direction, Mei Ge Above-mentioned first relieve heat hole 21 is formed on one blinds 2.Wind-guiding grate 5 includes multiple wind-guiding ribs spaced in left-right direction 51, the direction inclination that each wind-guiding rib 51 is directed away from the central axis of the first sub- exhaust air flue b1 extends, such as positioned at The wind-guiding rib 51 in the left side of the central axis of the first sub- exhaust air flue b1 extends towards left bank, is located at the first sub- exhaust air flue The wind-guiding rib 51 on the right side of the central axis of b1 extends towards right bank.Exist thus, it is possible to increase the first sub- exhaust air flue b1 Air outlet angle on left and right directions.

Some embodiments according to the present utility model, referring to Fig. 2-Fig. 7, the first blinds 2 is in tabular, the first blinds 2 packet Include that two opposite in the above second direction and the first side wall 201 disposed in parallel, two the first side walls 201 go out with the first son The inner sidewall of wind air duct b1 is rotationally connected, and the distance between two the first side walls 201 are a, and each the first side wall 201 is in base The length of projection on quasi- face is b, and a, the b meet: 0.25≤b/a≤0.4, the datum level are to be parallel to the 100th The plane of leaf 2.Thus, it is possible to make the first blinds 2 that there is preferable wind effect.

Some embodiments according to the present utility model turn to the first son of opening in the first blinds 2 and go out referring to Fig. 2-Fig. 6 When the position of wind air duct b1, the side wall positioned at downstream of the first blinds 2 is second sidewall 202, and second sidewall 202 is on datum level The camber line being projected as towards outside sweep, and the camber line radius of curvature R meet: 130mm≤R≤200mm, the datum level are It is parallel to the plane of the first blinds 2.It can extend in the first blinds 2 in the case where the projected area of datum level is certain as a result, First blinds 2 extends outward the ruler of the first sub- exhaust air flue b1 when turning to the position for opening the first sub- exhaust air flue b1 It is very little, further enhance the wind effect of the first blinds 2, and appearance is more beautiful.

Some embodiments according to the present utility model turn to the first son of opening in the first blinds 2 and go out referring to Fig. 3 and Fig. 6 When the position of wind air duct b1, the side wall positioned at upstream of the first blinds 2 is third side wall 203, is formed with and keeps away on third side wall 203 Allow notch 2031.Thus, it is possible to merge out more inner spaces, increase the utilization rate of air conditioner inner space.For example, In one sub- exhaust air flue b1 and when above-mentioned wind-guiding grate 5 or multiple second blinds 3 is arranged in the upstream of the first blinds 2, by Above-mentioned evacuation notch 2031 is set on first blinds 2, the space of installation wind-guiding grate 5 or multiple second blinds 3 can be merged out, Increase the inner space utilization rate of air conditioner.Optionally, above-mentioned evacuation notch can be arc-shaped.

Some embodiments according to the present utility model, referring to Figures 1 and 2, air conditioner includes: the second wind guiding component, and second Wind guiding component is located at the second sub- exhaust air flue b2, and the second wind guiding component includes multiple being arranged along first direction or second direction interval Third blinds 4, each third blinds 4 is rotationally connected with the inner sidewall of the second sub- exhaust air flue b2.

As a result, by the way that multiple third blinds 4 are arranged in the second sub- exhaust air flue b2, by controlling multiple third blinds 4 Rotation, can be adjusted the air-out direction of the second sub- exhaust air flue b2, so that the first sub- exhaust air flue b1 and second The air-out direction of sub- exhaust air flue b2 can be adjusted independently of one another, so that the first sub- sub- exhaust air flue b2 of exhaust air flue b1 and second It can have different air-out directions, increase the wind-out range of exhaust air flue b, further make room temperature more uniform.

For example, when multiple third blinds 4 are arranged along first direction interval, the rotation axis of each third blinds 4 is along the Two directions extend, and the second sub- exhaust air flue b2 also may be implemented to adjust air-out direction in a first direction, so that the first son The sub- exhaust air flue b2 of exhaust air flue b1 and second can realize the tune of air-out direction in (such as up and down direction) in a first direction Section, and may be implemented separately adjustable, the air-out direction of the first sub- sub- exhaust air flue b2 of exhaust air flue b1 and second can be identical, the The air-out direction of the one sub- sub- exhaust air flue b2 of exhaust air flue b1 and second can also be different.

In another example when multiple third blinds 4 are spaced setting in a second direction, the rotation axis edge of each third blinds 4 First direction extends, and the second sub- exhaust air flue b2 may be implemented to adjust air-out direction in a second direction.As a result, outlet air wind Road b can adjust air-out direction simultaneously in a first direction, can also adjust air-out direction in a second direction.

In some alternative embodiments of the utility model, it is formed on each third blinds 4 multiple along third blinds 4 Thickness direction runs through the second relieve heat hole 41 of third blinds 4.It is turned to as a result, in multiple third blinds 4 and closes the second sub- outlet air When the position of air duct b2, the air-flow in the second sub- exhaust air flue b2 can pass through multiple second relieve heats hole 41 on third blinds 4 Dispersed, realizes calm sense mode.As a result, by the rotation of the first blinds 2 and third blinds 4 of control, outlet air may be implemented The different piece of air duct b individually controls the switching of normal air-out mode and calm sense mode, further enriches exhaust air flue b Air-out mode diversification, further promoted user experience.

For example, in the example of fig. 1 and 2, air conditioner is split-floor type air conditioner, air conditioner includes air conditioner indoor unit 100 and air-conditioner outdoor unit, exhaust air flue b is formed on air conditioner indoor unit 100, and exhaust air flue b extends along the vertical direction, outlet air wind Demarcation plate 6 is equipped in road b so that exhaust air flue b to be separated into the first sub- exhaust air flue b1 and underlying second being located above Sub- exhaust air flue b2.First wind guiding component includes above-mentioned multiple first blinds 2, and multiple first blinds 2 are spaced along the vertical direction Setting, the rotation axis of each first blinds 2 extend in left-right direction, and above-mentioned first relieve heat is formed on each first blinds 2 Hole 21.Second wind guiding component includes above-mentioned multiple third blinds 4, and multiple third blinds 4 are spaced setting in left-right direction, each The rotation axis of third blinds 4 vertically extends, and above-mentioned second relieve heat hole 41 is formed on each third blinds 4.

In air conditioner operation, multiple first blinds 2 open the first sub- exhaust air flue b1, and multiple third blinds 4 open the The outlet air of two sub- exhaust air flue b2, the entire normal outlet air of exhaust air flue b at this time, entire exhaust air flue b have blowing feeling.Multiple One blinds 2 closes the first sub- exhaust air flue b1, and multiple third blinds 4 close the second sub- exhaust air flue b2, at this time entire outlet air wind Road b is calm sense mode, and the outlet air of entire exhaust air flue b has calm sense.

Multiple first blinds 2 open the first sub- exhaust air flue b1, the first sub- normal outlet air of exhaust air flue b1, and outlet air, which has, blows Wind sense；Multiple third blinds 4 close the second sub- exhaust air flue b2, and calm sense mode may be implemented in the second sub- exhaust air flue b2, out Wind has calm sense, and thus blowing feeling may be implemented in the upper part of exhaust air flue b, and nothing may be implemented in the lower part of exhaust air flue b Wind sense meets the different demands of kinsfolk to can experience two kinds of wind senses simultaneously indoors.

Multiple first blinds 2 close the first sub- exhaust air flue b1, and the first sub- exhaust air flue b1 realizes calm sense mode, outlet air With calm sense；Multiple third blinds 4 open the second sub- exhaust air flue b2, the second sub- exhaust air flue b2 can normal outlet air, out Wind has blowing feeling, and thus calm sense may be implemented in the upper part of exhaust air flue b, and the lower part of exhaust air flue b may be implemented to blow Wind sense meets the different demands of kinsfolk to can experience two kinds of wind senses simultaneously indoors.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ", The description of " example ", " specific example " or " some examples " etc. means specific features described in conjunction with this embodiment or example, knot Structure, material or feature are contained at least one embodiment or example of the utility model.In the present specification, to above-mentioned art The schematic representation of language may not refer to the same embodiment or example.Moreover, description specific features, structure, material or Person's feature can be combined in any suitable manner in any one or more of the embodiments or examples.

While there has been shown and described that the embodiments of the present invention, it will be understood by those skilled in the art that: These embodiments can be carried out with a variety of variations, modification, replacement in the case where not departing from the principles of the present invention and objective And modification, the scope of the utility model are defined by the claims and their equivalents.

Claims (16)

1. a kind of air conditioner, which is characterized in that the air conditioner has wind inlet channel and exhaust air flue, and the exhaust air flue includes First sub- exhaust air flue and the second sub- exhaust air flue spaced apart from each other, the air supplying distance of the first sub- exhaust air flue and described The air supplying distance of two sub- exhaust air flues is different,

The air conditioner includes: the first wind guiding component, and first wind guiding component is located at the described first sub- exhaust air flue, and described One wind guiding component includes multiple along spaced first blinds of first direction, each first blinds rotationally with it is described The inner sidewall of first sub- exhaust air flue is connected, and the pivot center of each first blinds extends in a second direction, and described second Direction is vertical with the first direction.

2. air conditioner according to claim 1, which is characterized in that turned in multiple first blinds and open described the When the position of one sub- exhaust air flue, a part of first blinds is located at outside the described first sub- exhaust air flue.

3. air conditioner according to claim 1, which is characterized in that be formed on each first blinds multiple along described The thickness direction of first blinds runs through the first relieve heat hole of first blinds.

4. air conditioner according to claim 1, which is characterized in that first wind guiding component includes: multiple along described Spaced second blinds in two directions, each second blinds rotationally inner sidewall with the described first sub- exhaust air flue It is connected, the pivot center of each second blinds extends along the first direction, and multiple second blinds are located at multiple institutes State the upstream of the first blinds.

5. air conditioner according to claim 1, which is characterized in that first wind guiding component includes: wind-guiding grate, described Wind-guiding grate is located at the upstream in the described first sub- exhaust air flue and being located at multiple first blinds.

6. air conditioner according to claim 5, which is characterized in that the wind-guiding grate includes multiple along the second direction Spaced wind-guiding rib, multiple wind-guiding ribs be set parallel to each other or multiple wind-guiding ribs at least one Divide not parallel setting each other.

7. air conditioner according to claim 5, which is characterized in that the wind-guiding grate includes multiple along the second direction Spaced wind-guiding rib, along the air-out direction of the described first sub- exhaust air flue, each wind-guiding rib is towards remote The direction of central axis from the described first sub- exhaust air flue, which tilts, to be extended.

8. air conditioner according to claim 1, which is characterized in that first blinds is in tabular, first blinds Including two opposite in this second direction and the first side walls disposed in parallel, two the first side walls are with described first The inner sidewall of sub- exhaust air flue is rotationally connected, and the distance between two described the first side walls are a, each the first side wall The length of projection on datum level is b, and a, the b meet: 0.25≤b/a≤0.4, the datum level is is parallel to State the plane of the first blinds.

9. air conditioner according to claim 1, which is characterized in that turned in first blinds and open first son When the position of exhaust air flue, the side wall positioned at downstream of first blinds is second sidewall, and the second sidewall is in datum level On the camber line being projected as towards outside sweep, and the camber line radius of curvature R meet: 130mm≤R≤200mm, the benchmark Face is the plane for being parallel to first blinds.

10. air conditioner according to claim 1, which is characterized in that turn to opening described first in first blinds When the position of sub- exhaust air flue, the side wall positioned at upstream of first blinds is third side wall, is formed on the third side wall There is evacuation notch.

11. air conditioner according to claim 10, which is characterized in that the evacuation notch is arc-shaped.

12. air conditioner described in any one of -11 according to claim 1 characterized by comprising the second wind guiding component, it is described Second wind guiding component is located at the described second sub- exhaust air flue, and second wind guiding component includes multiple along first direction or second party To spaced third blinds, each third blinds rotationally inner sidewall phase with the described second sub- exhaust air flue Even.

13. air conditioner according to claim 12, which is characterized in that be formed on each third blinds multiple along institute The thickness direction for stating third blinds runs through the second relieve heat hole of the third blinds.

14. air conditioner described in any one of -11 according to claim 1, which is characterized in that the exhaust air flue is along the air-conditioning The length direction of device extends, and the first sub- exhaust air flue is located at the top of the described second sub- exhaust air flue, and first son The air supplying distance of exhaust air flue is greater than the air supplying distance of the described second sub- exhaust air flue.

15. air conditioner according to claim 14, which is characterized in that the extension of the first direction and the exhaust air flue Direction is identical.

16. air conditioner according to claim 1, which is characterized in that the air conditioner is split-floor type air conditioner or divides Body wall hanging type air conditioner or ceiling machine or moveable air conditioner or window air conditioner.