CN209355449U - Wind outlet panel and air conditioner - Google Patents

Abstract

The utility model discloses a kind of wind outlet panel and air conditioner, the wind outlet panel (800) include for forward blow and be equipped with front air outlet air deflection assemblies (10) front air outlet (1) and Open Side Down and equipped with lower air outlet air deflection assemblies (3) lower air outlet (2).Wherein, the front air outlet air deflection assemblies (10) and the lower air outlet air deflection assemblies (3) run independently of each other.In the wind outlet panel of the utility model, since the wind outlet panel is equipped with two air outlets of front air outlet and lower air outlet, and independent control and the operation of the wind deflector on two air outlets, it is difficult so as to solve to blow downwards, it especially conducts hot wind difficulty and user is made to feel leg cold the problem of feeling cold, and can conduction angle to hot-air further control, so that the alternative of user is more, it can thus realize the heating effect of " blanket type ", it is stronger to reach the air-flow comfort of user at one's side.

Description

Wind outlet panel and air conditioner

Technical field

The utility model relates to field of air conditioning, and in particular, to a kind of wind outlet panel and air conditioner.

Background technique

As the improvement of people's living standards, demand of the people to air-conditioning is from the initial function that need to only have cooling and warming It gradually has been lifted to and requires to provide the demand of comfort.For example, in the use process of existing air-cooled ducted air conditioner, due to by sky Adjust the restriction and the different influence of cold and heat air density of device installation site, it is easy to occur interior space temperature field it is uneven and Lead to the situation that user experience is bad.In addition, after indoor temperature reaches and stablizes, since certain user is special to blowing feeling Sensitivity, such as old man, child, especially during the broiling summer, if cold wind blows to this kind of group sensitive to blowing for a long time, It easilys lead to human body not feel good, be not conducive to good health, or even diseases, the existing air-conditioning system such as easy initiation flu are past It is past to provide the user with comfortable blowing feeling.

Utility model content

The problem of the purpose of the utility model is to provide one kind can efficiently solve wind field non-uniform temperature and improve make With the wind outlet panel of the effect of comfort.

To achieve the goals above, the utility model provides a kind of wind outlet panel, and the wind outlet panel includes:

Front air outlet, for blowing forward and being equipped with front air outlet air deflection assemblies；With

Lower air outlet, Open Side Down and is equipped with lower air outlet air deflection assemblies；

Wherein, the front air outlet air deflection assemblies and the lower air outlet air deflection assemblies are run independently of each other.

Preferably, L-shaped between the front air outlet and the lower air outlet to be mutually perpendicular to.

In some embodiments, the front air outlet air deflection assemblies include the outside air deflection assemblies run independently of each other With inside air deflection assemblies.

In some embodiments, the front air outlet includes lateral left side area and lateral right side region, the inside wind deflector Component includes the left side air deflection assemblies for being arranged in the laterally left side area and the right side wind-guiding for being arranged in the lateral right side region Board group part, the left side air deflection assemblies and the right side air deflection assemblies are respectively included along the lateral separation of the front air outlet Arrangement and the multiple medial shafts pivoted along the vertical pivot axis of front air outlet are to wind deflector.

Preferably, the medial shaft is equipped with the relieve heat micropore of multiple perforation plate faces to wind deflector.

In some embodiments, the front air outlet includes vertically upper subregion and vertically lower subregion, the outside wind deflector Component includes the downside wind-guiding for being arranged in the upside air deflection assemblies of the vertical upper subregion and being arranged in the vertical lower subregion Board group part, the upside air deflection assemblies and the downside air deflection assemblies include pivoting along front air outlet transverse pivot line Wind deflector laterally outside.

Preferably, the wind deflector laterally outside of the outside air deflection assemblies surrounds front air outlet transverse pivot line outside It is pivoted between side wind deflector closed position and outside wind deflector extreme open position, in the outside wind deflector closed position, institute The front air outlet cross section that wind deflector laterally outside is parallel to the front air outlet is stated, in the outside wind deflector limit open position It sets, it is described outer from the outside wind deflector closed position to the opening pivotal orientation of the outside wind deflector extreme open position Angle between side transverse direction wind deflector and the front air outlet cross section is not less than 120 °.

Preferably, the wind deflector laterally outside is equipped with the relieve heat micropore of multiple perforation plate faces.

In some embodiments, the lower air outlet air deflection assemblies be configured to selectively towards front side air-supply or It blows towards rear side.

Preferably, the lower air outlet air deflection assemblies include the lower outlet air pivoted around lower air outlet transverse pivot line Mouthful wind deflector, the lower air outlet wind deflector around lower air outlet transverse pivot line in lower air outlet wind deflector closed position and It is pivoted between lower air outlet wind deflector extreme open position, in the lower air outlet wind deflector closed position, the lower air outlet Wind deflector is parallel to the lower air outlet cross section of the lower air outlet, in the lower air outlet wind deflector extreme open position, from The lower air outlet wind deflector closed position to the lower air outlet wind deflector extreme open position opening pivotal orientation, it is described Angle between lower air outlet wind deflector and the lower air outlet cross section is not more than 90 °.

Preferably, the lower air outlet includes subregion, the lower air outlet air deflection assemblies after subregion and transverse direction before transverse direction Including being arranged in front side air deflection assemblies of subregion before the transverse direction and being arranged in the rear side wind-guiding board group of subregion after the transverse direction Part, the front side air deflection assemblies and the rear side air deflection assemblies include along lower air outlet transverse pivot line pivot it is lower go out Air port wind deflector.

Preferably, the front side air deflection assemblies and the rear side air deflection assemblies include the cross along the lower air outlet To spaced apart multiple lower air outlet wind deflectors.

Preferably, the lower air outlet air deflection assemblies include along one or the edge that lower air outlet transverse pivot line pivots The multiple lower air outlet wind deflectors of the lower air outlet being arranged laterally at a spacing, the lower outlet air of the lower air outlet wind deflector Mouth transverse pivot line is parallel to the rear side long side of the lower air outlet wind deflector.

Preferably, the lower air outlet wind deflector is equipped with the relieve heat micropore of multiple perforation plate faces.

In addition, the utility model additionally provides a kind of air conditioner, the air conditioner includes above-mentioned wind outlet panel.

Through the above technical solutions, in the wind outlet panel of the utility model, since the wind outlet panel is equipped with preceding outlet air Two air outlets of mouth and lower air outlet, and the independent control of the wind deflector on two air outlets and operation, so as to solve Air conditioner is blown downwards difficulty, and especially conduction hot wind is difficult and user is felt leg cold the problem of feeling cold, and can realize " The heating effect of blanket ".Wherein, since the atmospheric density of hot-air is relatively small, the wind outlet panel of the utility model is by setting The lower air outlet air deflection assemblies that can control lower air outlet are set, and are led in adjusting front air outlet air deflection assemblies and lower air outlet Under the collective effect of aerofoil component, can effectively by under hot wind towards conducting in each region on ground, it can be achieved that hot empty The further control of the conduction angle of gas, so that the non-uniform problem of indoor temperature field is efficiently solved, so that user's is optional Selecting property is more, and it is stronger to reach the air-flow comfort of user at one's side.

Other features and advantages of the utility model will the following detailed description will be given in the detailed implementation section.

Detailed description of the invention

Attached drawing is to be used to provide a further understanding of the present invention, and constitute part of specification, and following Specific embodiment be used to explain the utility model together, but do not constitute limitations of the present invention.In the accompanying drawings:

Fig. 1 is the perspective view according to the air conditioner (indoor unit) of specific embodiment of the present utility model；

Fig. 2 is the main view according to the wind outlet panel of specific embodiment of the present utility model；

Fig. 3 is the bottom view according to the wind outlet panel of specific embodiment of the present utility model；

Fig. 4 is the cross-sectional view of E-E in Fig. 2；

Fig. 5 is the assembly explosive view according to the wind outlet panel of specific embodiment of the present utility model；

Fig. 6 and Fig. 7 is according to the main view of the wind outlet panel (part-structure) of specific embodiment of the present utility model, master Illustrate primary structure and state of the medial shaft to wind deflector, wherein medial shaft is to the open angle of wind deflector with before in Fig. 6 Air outlet cross section is vertical, and the open angle of medial shaft to wind deflector is parallel with front air outlet cross section in Fig. 7, medial shaft guide It is provided with multiple densely covered relieve heat micropores on aerofoil, the comfort conditions of calm sense are shown as on front air outlet；With

Fig. 8 to Figure 14 is according to the cross-sectional view of the air conditioner (indoor unit) of specific embodiment of the present utility model, mainly The case where illustrating lower air outlet wind deflector in wind outlet panel and laterally outside a variety of intercombinations folding of wind deflector.

Description of symbols

The lower air outlet of 1 front air outlet 2

3 lower 4 outside air deflection assemblies of air outlet air deflection assemblies

5 inside air deflection assemblies, 10 front air outlet air deflection assemblies

41 upside air deflection assemblies, 42 downside air deflection assemblies

51 left side air deflection assemblies, 52 right side air deflection assemblies

The lower air outlet wind deflector of 101 relieve heat micropores 301

401 laterally outside 501 medial shaft of wind deflector to wind deflector

700 air conditioner room unit, 800 wind outlet panel

502 inside wind deflector link mechanism, 503 inside wind deflector driving mechanism

504 inside wind deflector link assemblies

Specific embodiment

Specific embodiment of the present utility model is described in detail below in conjunction with attached drawing.It should be understood that herein Described specific embodiment is only used for describing and explaining the present invention, and is not intended to limit the utility model.

In the present invention, in the absence of explanation to the contrary, the noun of locality used such as " upper and lower, top, bottom " is usually Be for direction shown in the drawings either for it is vertical, vertically or on gravity direction for each component mutual alignment Relationship description word.Wherein, " inside and outside " and " forward and backward " is for user is using angle, close to the side of user For "outside" or " preceding ", the side far from user is "inner" or " rear ".

It blows downwards for wind deflector wind-guiding limited angle in the wind outlet panel of existing air conditioner difficult and Interior Space Between temperature field it is uneven the problems such as, the utility model provides a kind of novel wind outlet panel, referring to FIG. 1 to FIG. 4, should go out Wind panel 800 includes:

Front air outlet 1, for blowing forward and being equipped with front air outlet air deflection assemblies 10；With

Lower air outlet 2, Open Side Down and is equipped with lower air outlet air deflection assemblies 3；

Wherein, front air outlet air deflection assemblies 10 and lower air outlet air deflection assemblies 3 are run independently of each other.

As it can be seen that in the wind outlet panel 800 of the utility model, since the wind outlet panel 800 is equipped with front air outlet 1 under Two air outlets of air outlet 2, and the independent control of the wind deflector on two air outlets and operation, so as to solve air conditioner Air-supply is difficult downwards, especially conducts hot wind difficulty and user is felt leg cold the problem of feeling cold, and can realize " blanket type " Heating effect.Wherein, since the atmospheric density of hot-air is relatively small, the wind outlet panel 800 of the utility model passes through setting It can control the lower air outlet air deflection assemblies 3 of lower air outlet 2, and adjusting front air outlet air deflection assemblies 10 and lower air outlet Under the collective effect of air deflection assemblies 3, can effectively by under hot wind towards conduction in each region on ground, it can be achieved that heat The further control of the conduction angle of air, so that the non-uniform problem of indoor temperature field is efficiently solved, so that user's can Selectivity is more, and it is stronger to reach the air-flow comfort of user at one's side.

In addition, the wind outlet panel 800 of the utility model can also be into one by the cooperation of front air outlet 1 and lower air outlet 2 The multi-functional air supply pattern of the various effects such as " wide-angle type " air-supply and zoned air is realized on step ground, is conducive to meet more different The actual demand of user will hereafter illustrate one by one.

Referring to shown in Fig. 1 and Fig. 4, it is preferable that L-shaped can be mutually perpendicular between front air outlet 1 and lower air outlet 2.Certainly, Between front air outlet 1 and lower air outlet 2 can also mutual out of plumb, can be arranged at an angle, with specific reference to actual installation Depending on environment.

In the wind outlet panel 800 of the utility model, referring to fig. 2 to shown in Fig. 5, front air outlet air deflection assemblies 10 include The outside air deflection assemblies 4 and inside air deflection assemblies 5 run independently of each other.Air deflection assemblies and outside wind-guiding board group in inside Under the dual wind-guiding effect of part 4, so that the wind-guiding direction of front air outlet 1 and the selectivity of wind effect are more, and arrive It is more soft up to the wind sense of user at one's side.

It wherein, is the effect for realizing the zoned air on front air outlet 1, referring to shown in Fig. 5 to Fig. 7, front air outlet 1 can be wrapped Laterally left side area and lateral right side region are included, inside air deflection assemblies 5 include being arranged in the left side air deflection assemblies in laterally left side area 51 and the right side air deflection assemblies 52 of lateral right side region are arranged in, left side air deflection assemblies 51 and right side air deflection assemblies 52 are distinguished Including the multiple medial shafts for being arranged laterally at a spacing and pivoting along the vertical pivot axis of front air outlet along front air outlet 1 to wind-guiding Plate 501.Left side air deflection assemblies 51 and right side air deflection assemblies 52 are independently run, it can be achieved that laterally left side area and the laterally right side The zoned air effect of lateral areas.

Specifically, in a kind of specific embodiment of the utility model, as shown in Figures 5 to 7, left side air deflection assemblies 51 and right side air deflection assemblies 52 may be provided with for driving inside wind deflector of the medial shaft in respective region to wind deflector 501 Driving mechanism 503 (including driving motor), wherein multiple insides in left side air deflection assemblies 51 and right side air deflection assemblies 52 Vertical wind deflector 501 can be by 504 company of wearing of inside wind deflector link assembly, and inside wind deflector driving mechanism 503 passes through Inside wind deflector link mechanism 502 is connected with inside wind deflector link assembly 504, to drive the medial shaft in respective region to wind-guiding Plate 501 is independent to be pivoted, i.e., multiple medial shafts in left side air deflection assemblies 51 and right side air deflection assemblies 52 can to wind deflector 501 To be rotated towards same or different direction, to realize that the horizontal partition on front air outlet 1 is blown.

It should be noted that medial shaft is used as outlet air surface to wind deflector 501 in the wind outlet panel 800 of the utility model The air side upstream of plate 800 is usually arranged as opening state, so that air-flow flows through outside air deflection assemblies 4 or lower air outlet is led Aerofoil component 3 and flow outwardly.Further, shown in Figure 7, medial shaft is equipped with multiple perforation plate faces to wind deflector 501 Relieve heat micropore 101.Wherein, the shapes and sizes of relieve heat micropore 101 can be there are many form, it is preferable that relieve heat micropore 101 The range of cross-sectional area is 19 square millimeters~42 square millimeters.Therefore, even if before medial shaft is all parallel to wind deflector 501 When air outlet cross section, can also there be air-flow to flow out on relieve heat micropore 101 on wind deflector 501 from medial shaft.In comparison, When medial shaft is rotated to wind deflector 501 to position as shown in Figure 6, by medial shaft to the air-flow of wind deflector 501 be most atmosphere Stream, air quantity and flow velocity are all relatively large, and when medial shaft is rotated to wind deflector 501 to position as shown in Figure 7, outlet air air-flow can lead to Densely covered multiple relieve heat micropores 101 are crossed, so that air-flow velocity is slower, softer, uniform, relaxing for the calm sense of people can be brought Suitable effect.Therefore, user can be according to actually required, the size and effect of selection correspondingly air output.

Similarly, in the outside air deflection assemblies 4 of front air outlet 1, under front air outlet 1 includes vertical upper subregion and is vertical Subregion, outside air deflection assemblies 4 include being arranged in the vertical above upside air deflection assemblies 41 of subregion and being arranged in vertically lower subregion Downside air deflection assemblies 42, upside air deflection assemblies 41 and downside air deflection assemblies 42 are respectively included along the perpendicular of front air outlet 1 To arranged for interval and along multiple wind deflector 401 laterally outside that front air outlet transverse pivot line pivots.Therefore, front air outlet 1 can also further realize the function of vertical division block air-supply by outside air deflection assemblies 4.For example, specifically, outside wind deflector Component 4 may include two pieces of wind deflector 401 laterally outside being laterally arranged up and down of independent control, the wind deflector laterally outside of upside 401 are provided by respective driving motor with the wind deflector laterally outside 401 of downside and pivot power and led with pivoting each independently Wind.

Also, in the wind outlet panel of the utility model 800, the wind deflector laterally outside 401 of outside air deflection assemblies 4 encloses It is pivoted between wind deflector closed position and outside wind deflector extreme open position on the outside around front air outlet transverse pivot line, Outside wind deflector closed position, wind deflector 401 is parallel to the front air outlet cross section of front air outlet 1 laterally outside, leads on the outside Aerofoil extreme open position, from outside wind deflector closed position to the opening pivotal orientation of outside wind deflector extreme open position, The angle between wind deflector 401 and front air outlet cross section is not less than 120 ° laterally outside.In general, in the outlet air of the utility model In panel 800, the motion range of wind deflector 401 is 0 °~120 ° laterally outside, and working range is 35 °~120 °, referring to Fig. 8 and Shown in Fig. 9.Also, the pivotal axis of the wind deflector 401 laterally outside may be disposed at the central axis of plate face width direction, to make Obtaining wind deflector 401 laterally outside can realize that the angle towards up or down pivots forward or backwards.Wherein, due to leading laterally outside The adjustable-angle of aerofoil 401 is more, wider, so that the effect of " wide-angle type " air-supply can be realized, further makes Interior Space Between temperature field it is more uniform, wherein due to the density of cold air it is larger be easy rapidly sink, in time by cold wind court The effect of " waterfall type " refrigeration is realized in upper conduction, with being conducive to cold air inside uniformity, promotes the comfort level experience of user.

At the same time, the relieve heat micropores 101 of multiple perforation plate faces can also be equipped on wind deflector 401, laterally outside with into one Step improves " calm sense " effect of outlet air.

Wherein, in the wind outlet panel of the utility model 800, it is preferable that lower air outlet air deflection assemblies 3 are configured to It selectively blows towards front side or blows towards rear side, that is, the pivot axis of air outlet wind deflector 301 is descended to may be provided at axis On line position, the central axes be with the lateral line coincident at the broadside midpoint of lower air outlet wind deflector 301 or it is parallel and be located at this Lateral line vertically above, so as to realize multi-faceted ground wind effect, is particluarly suitable in the biggish interior space, with So that the selectivity in the wind-guiding direction of lower air outlet wind deflector 301 is more.Certainly, the lower outlet air of lower air outlet air deflection assemblies 3 The pivot axis of mouth wind deflector 301 also can be set in the rear along upper of lower air outlet wind deflector 301.

Specifically, lower air outlet air deflection assemblies 3 include the lower air outlet pivoted around lower air outlet transverse pivot line Wind deflector 301, lower air outlet wind deflector 301 around lower air outlet transverse pivot line in lower air outlet wind deflector closed position and It is pivoted between lower air outlet wind deflector extreme open position, in lower air outlet wind deflector closed position, lower air outlet wind deflector 301 It is parallel to the lower air outlet cross section of lower air outlet 2, in lower air outlet wind deflector extreme open position, from lower air outlet wind deflector Opening pivotal orientation of the closed position to lower air outlet wind deflector extreme open position, lower air outlet wind deflector 301 and lower outlet air Angle between mouth cross section is not more than 90 °, to realize the effect of lower 301 front and back wind-guiding of air outlet wind deflector.Referring to Figure 11 and Shown in Figure 12, lower air outlet wind deflector 301 can be towards the front side wind-guiding of wind outlet panel 800, can also be towards wind outlet panel 800 Rear side wind-guiding.Wherein, the motion range of lower air outlet wind deflector 301 is 0 °~180 °, the folder that working range is 30 °~90 ° Angle wind-guiding.In the wind outlet panel 800 of the utility model in some specific embodiments, as shown in Fig. 8 to Figure 14, drawing is enumerated And illustrate a variety of lower air outlet wind deflectors 301 and laterally outside the wind-guiding mode of the intercombination of wind deflector 401.

At the same time, lower air outlet 2 includes subregion after subregion before transverse direction and transverse direction, and lower air outlet air deflection assemblies 3 include It is arranged in front side air deflection assemblies of subregion before transverse direction and is arranged in the rear side air deflection assemblies of subregion after transverse direction, front side wind deflector Component and rear side air deflection assemblies include the lower air outlet wind deflector 301 pivoted along lower air outlet transverse pivot line.Wherein, Lower air outlet wind deflector 301 in front side air deflection assemblies and rear side air deflection assemblies can be one piece, alternatively, front side wind deflector Component and rear side air deflection assemblies may each comprise the multiple lower air outlet wind deflectors 301 being arranged laterally at a spacing along lower air outlet 2, To realize the function of the front and back zoned air of lower air outlet 2.

In addition, lower air outlet air deflection assemblies 3 may also include along one or the edge that lower air outlet transverse pivot line pivots The lower air outlet of the multiple lower air outlet wind deflectors 301 of lower air outlet 2 being arranged laterally at a spacing, lower air outlet wind deflector 301 is horizontal The rear side long side of lower air outlet wind deflector 301 is parallel to pivot axis.The lower air outlet transverse pivot line is typically parallel to It is overlapped positioned at the rear side long side of rear side, or with rear side long side.

Preferably, the relieve heat micropore 101 of multiple perforation plate faces can be equipped on lower air outlet wind deflector 301.

In addition, the utility model additionally provides a kind of air conditioner, shown in Figure 1, which includes above-mentioned outlet air surface Plate 800, therefore all advantages of above-mentioned wind outlet panel 800 are also included, no longer repeat one by one.

Preferred embodiments of the present invention, still, the utility model and unlimited are described in detail in conjunction with attached drawing above Detail in above embodiment can be to the skill of the utility model in the range of the technology design of the utility model Art scheme carries out a variety of simple variants, these simple variants belong to the protection scope of the utility model.

It is further to note that specific technical features described in the above specific embodiments, in not lance In the case where shield, it can be combined in any appropriate way.In order to avoid unnecessary repetition, the utility model is to each No further explanation will be given for the possible combination of kind.

In addition, any combination can also be carried out between a variety of different embodiments of the utility model, as long as it is not disobeyed The thought for carrying on the back the utility model, equally should be considered as content disclosed in the utility model.

Claims (16)

1. a kind of wind outlet panel, which is characterized in that the wind outlet panel (800) includes:

Front air outlet (1), for blowing forward and being equipped with front air outlet air deflection assemblies (10)；With

Lower air outlet (2), Open Side Down and is equipped with lower air outlet air deflection assemblies (3)；

Wherein, the front air outlet air deflection assemblies (10) and the lower air outlet air deflection assemblies (3) run independently of each other.

2. wind outlet panel according to claim 1, which is characterized in that the front air outlet (1) and the lower air outlet (2) Between L-shaped be mutually perpendicular to.

3. wind outlet panel according to claim 1, which is characterized in that the front air outlet air deflection assemblies (10) include phase Mutual independently operated outside air deflection assemblies (4) and inside air deflection assemblies (5).

4. wind outlet panel according to claim 3, which is characterized in that the front air outlet (1) include laterally left side area and Lateral right side region, the inside air deflection assemblies (5) include the left side air deflection assemblies (51) for being arranged in the laterally left side area With the right side air deflection assemblies (52) for being arranged in the lateral right side region, the left side air deflection assemblies (51) and the right side are led Aerofoil component (52) respectively includes being arranged laterally at a spacing and along the vertical pivot axis of front air outlet along the front air outlet (1) The multiple medial shafts pivoted are to wind deflector (501).

5. wind outlet panel according to claim 4, which is characterized in that the medial shaft is equipped with more to wind deflector (501) The relieve heat micropore (101) of a perforation plate face.

6. wind outlet panel according to claim 4, which is characterized in that the front air outlet (1) include vertically upper subregion and Vertically lower subregion, the outside air deflection assemblies (4) include the upside air deflection assemblies (41) for being arranged in the vertical upper subregion With the downside air deflection assemblies (42) for being arranged in the vertical lower subregion, the upside air deflection assemblies (41) and the downside are led Aerofoil component (42) includes the wind deflector laterally outside (401) pivoted along front air outlet transverse pivot line.

7. wind outlet panel according to claim 6, which is characterized in that the upside air deflection assemblies (41) and the downside Air deflection assemblies (42) include along the vertical spaced apart multiple wind deflectors laterally outside of the front air outlet (1) (401)。

8. wind outlet panel according to claim 4, which is characterized in that the outside air deflection assemblies (4) are laterally outside Wind deflector (401) surrounds front air outlet transverse pivot line wind deflector closed position and outside wind deflector limit open position on the outside It is pivoted between setting, in the outside wind deflector closed position, the wind deflector laterally outside (401) is parallel to the front air outlet (1) front air outlet cross section, in the outside wind deflector extreme open position, from the outside wind deflector closed position to institute State the opening pivotal orientation of outside wind deflector extreme open position, the wind deflector laterally outside (401) and the front air outlet Angle between cross section is not less than 120 °.

9. wind outlet panel according to claim 7 or 8, which is characterized in that the wind deflector laterally outside (401) is equipped with The relieve heat micropore (101) of multiple perforation plate faces.

10. wind outlet panel according to claim 1, which is characterized in that the lower air outlet air deflection assemblies (3) are set as It can selectively blow towards front side or blow towards rear side.

11. wind outlet panel according to claim 10, which is characterized in that the lower air outlet air deflection assemblies (3) include The lower air outlet wind deflector (301) pivoted around lower air outlet transverse pivot line, the lower air outlet wind deflector (301) surround Lower air outlet transverse pivot line is between lower air outlet wind deflector closed position and lower air outlet wind deflector extreme open position It pivots, in the lower air outlet wind deflector closed position, the lower air outlet wind deflector (301) is parallel to the lower air outlet (2) lower air outlet cross section, in the lower air outlet wind deflector extreme open position, from the lower air outlet wind-guiding plate closing Position to the lower air outlet wind deflector extreme open position opening pivotal orientation, the lower air outlet wind deflector (301) with Angle between the lower air outlet cross section is not more than 90 °.

12. wind outlet panel according to claim 10, which is characterized in that the lower air outlet (2) includes subregion before transverse direction With subregion after transverse direction, the lower air outlet air deflection assemblies (3) include the front side wind-guiding board group of subregion before being arranged in the transverse direction Part and the rear side air deflection assemblies for being arranged in subregion after the transverse direction, the front side air deflection assemblies and the rear side wind-guiding board group Part includes the lower air outlet wind deflector (301) pivoted along lower air outlet transverse pivot line.

13. wind outlet panel according to claim 12, which is characterized in that the front side air deflection assemblies and the rear side are led Aerofoil component includes the multiple lower air outlet wind deflectors (301) being arranged laterally at a spacing along the lower air outlet (2).

14. wind outlet panel according to claim 1, which is characterized in that the lower air outlet air deflection assemblies (3) include edge Pivot one of lower air outlet transverse pivot line or multiple lower air outlets being arranged laterally at a spacing along the lower air outlet (2) The lower air outlet transverse pivot line of wind deflector (301), the lower air outlet wind deflector (301) is parallel to the lower outlet air The rear side long side of mouth wind deflector (301).

15. wind outlet panel described in 3 or 14 according to claim 1, which is characterized in that on the lower air outlet wind deflector (301) Relieve heat micropore (101) equipped with multiple perforation plate faces.

16. a kind of air conditioner, which is characterized in that shown air conditioner include according to claim 1~any one of 15 described in Wind outlet panel (800).