CN207501266U - Wall indoor unit and air conditioner - Google Patents

Abstract

The utility model discloses a kind of wall indoor unit and air conditioner, the wall indoor unit includes housing and air guide structure, the inside of the housing has exhaust air flue, the housing includes shell ontology and the end plate on the shell body length direction both ends, the bottom of the shell ontology is equipped with the first air outlet connected with the exhaust air flue, and at least one of end plate is equipped with the second air outlet connected with the exhaust air flue；In in second air outlet, the air guide structure includes multiple wind deflectors set in strip for the air guide structure rotational installation, and the multiple wind deflector is intervally arranged successively in second air outlet.The wall indoor unit of the utility model can realize that multichannel shunts outlet air, to reach calm sense air-out effect, and then promote the comfortable experience that user uses the wall indoor unit.

Description

Wall indoor unit and air conditioner

Technical field

The utility model is related to air conditioner technical field, more particularly to a kind of wall indoor unit and air conditioner.

Background technology

It is to be blown out the air after heat exchange by an air outlet by wind wheel when conventional wall indoor unit is blown , in outlet air air flow collection and wind speed is larger.When user is in the air conditioner blowing range, which directly blows to use Family.Especially during the broiling summer, it if cold wind is directly blown in user's body surface for a long time, is easy to cause user and flu, head occurs The malaise symptoms such as dizzy or weak, are unfavorable for user's body health, are easier to cause the diseases such as flu particularly with old man, child etc. Disease.

Utility model content

The main purpose of the utility model is to propose a kind of wall indoor unit, it is intended to realize that multichannel shunts outlet air, to reach To calm sense air-out effect, and then promote the comfortable experience that user uses the wall indoor unit.

To achieve the above object, the utility model proposes a kind of wall indoor unit and include the wall indoor unit Air conditioner, the wall indoor unit includes housing and air guide structure, and the inside of the housing has exhaust air flue, the shell Body includes shell ontology and the end plate on the both ends of the shell body length direction, the bottom of the shell ontology be equipped with it is described First air outlet of exhaust air flue connection, at least one of end plate are equipped with the second outlet air connected with the exhaust air flue Mouthful；In in second air outlet, the air guide structure includes multiple in strip setting for the air guide structure rotational installation Wind deflector, the multiple wind deflector is intervally arranged successively in second air outlet.

Preferably, the air guide structure includes rotational installation in the air-ducting ring in second air outlet, the multiple to lead Aerofoil is fixedly arranged in the air-ducting ring.

Preferably, the multiple wind deflector is pivotally connected with the second air outlet periphery connects respectively.

Preferably, the multiple wind deflector is extended in upward and downward, and the multiple wind deflector is along front and rear to successively It is intervally arranged.

Preferably, the multiple wind deflector in front and rear to being extended, and the multiple wind deflector is vertically to successively It is intervally arranged.

Preferably, the length direction of the multiple wind deflector is inclined is set, and described in 30 °~60 ° angles of horizontal plane Multiple wind deflectors are intervally arranged successively along the direction for favouring horizontal plane.

Preferably, the wall indoor unit further includes the driving device being installed in the housing, the driving device It is connect with the air guide structure, the air guide structure to be driven to rotate.

Preferably, the wall indoor unit further includes rotational installation in the first air door on the shell body bottom portion, institute It states the first air door and closes first air outlet to rotating opening or lid.

Preferably, first air door is provided with the first relieve heat area, and the first relieve heat area is equipped with multiple first relieve heat holes, When first wind gate cover closes first air outlet, to confess general mood stream and pass through.

Preferably, the housing includes being slidably mounted on the panel on front side of the shell ontology, and the panel is vertically to cunning It is dynamic to close first air outlet to open or cover.

Preferably, the second relieve heat area is provided on the panel, the second relieve heat area is equipped with multiple second relieve heat holes, uses When the panel cover closes first air outlet, to confess general mood stream and pass through.

The technical solution of the utility model, by the way that the second air outlet will be set on the end plate of the wall indoor unit, with When the wall indoor unit works, the outlet air air-flow stream that will be blown out from the exhaust air flue lower end divides multiply air-flow, the One air-flow is blown to forward interior from first air outlet, wherein a secondary air flow is from the wherein 1 second air outlet side To interior is blown to, another secondary air flow is laterally blown to interior from another second air outlet, in total outlet air air current flow base In the case that this is identical, total outlet air air-flow is dispersed into three strands of air-flows and is blown to interior, per share outlet air air-flow wind in half radial expansion Amount is smaller, and wind speed reduces so that outlet air air-flow is more soft, reaches calm sense air-out effect.And pass through and rotate air guide structure It being installed in second air outlet, multiple wind deflectors of the air guide structure are intervally arranged successively in second air outlet, with By the refinement of above-mentioned secondary air flow in the air-flow of number of smaller so that outlet air air-flow is more soft；Meanwhile by being led described in rotation Water conservancy diversion direction of the multiple wind deflector to second strand of outlet air air-flow can be changed in wind structure, secondary air flow is oriented to different Orientation.It can be seen that the wall indoor unit of the utility model, can realize multichannel outlet air, wind speed is reduced so that outlet air is more To be soft, to avoid outlet air air-flow blow-through user, and then the comfortable experience that user uses the wall indoor unit is promoted.

Description of the drawings

It in order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, other attached drawings can also be obtained according to the structure shown in these attached drawings.

Fig. 1 is the structure diagram of the utility model wall indoor unit first embodiment；

Fig. 2 is the part-structure schematic diagram of wall indoor unit in Fig. 1

Fig. 3 is the right view of wall indoor unit in Fig. 2；

Fig. 4-A are that air guide structure is under the second air outlet state of closing along the sectional view of P-P lines in Fig. 3；

Fig. 4-B are that air guide structure is under the second air outlet state of opening along the sectional view of P-P lines in Fig. 3；

Fig. 4-C are that air guide structure is under another state for opening the second air outlet along the sectional view of P-P lines in Fig. 3；

Fig. 5 is the structure diagram of the utility model wall indoor unit second embodiment, and panel is in lid conjunction first and goes out Air port state；

Fig. 6 is the structure diagram that panel is in the first air outlet state of opening in Fig. 5；

Fig. 7 is the structure diagram that wall indoor unit is equipped with the first air door, the second air door in Fig. 5；

Fig. 8-A are the structure of one of each wind deflector arrangement mode in the utility model wall indoor unit 3rd embodiment Schematic diagram；

Fig. 8-B are wind deflector plate face in Fig. 8-A perpendicular to the structure diagram of outlet air surface；

Fig. 8-C are the sweptback structure diagram of wind deflector plate face in Fig. 8-A；

Fig. 8-D are the structure diagram that wind deflector plate face turns forward in Fig. 8-A；

Fig. 9-A are two structure of each wind deflector arrangement mode in the utility model wall indoor unit 3rd embodiment Schematic diagram；

Fig. 9-B are wind deflector plate face in Fig. 9-A perpendicular to the structure diagram of outlet air surface；

Fig. 9-C are the acclivitous structure diagram of wind deflector plate face in Fig. 9-A；

Fig. 9-D are the structure diagram that wind deflector plate face tilts down in Fig. 9-A；

Figure 10-A are three structure of each wind deflector arrangement mode in the utility model wall indoor unit 3rd embodiment Schematic diagram；

Figure 10-B are wind deflector plate face in Figure 10-A perpendicular to the structure diagram of outlet air surface；

Figure 10-C are the wind deflector plate face inclined structure diagram in downside forward in Figure 10-A；

Figure 11 is the structure of one of air-ducting ring rotational installation mode in the utility model wall indoor unit fourth embodiment Schematic diagram；

Figure 12 is in the utility model wall indoor unit fourth embodiment, and air-ducting ring is rotatablely installed two structure of mode Schematic diagram；

Figure 13 is in the utility model wall indoor unit fourth embodiment, and air-ducting ring is rotatablely installed three structure of mode Schematic diagram.

Drawing reference numeral explanation

Label	Title	Label	Title
				100	Housing	220	Air-ducting ring
110	Shell ontology	300	First air door
				120	Panel	400	Second air door
130	End plate	10	First air outlet
				131	Bar shaped muscle	20	Second air outlet
200	Air guide structure	30	Air inlet
				210	Wind deflector

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Specific embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out It clearly and completely describes, it is clear that described embodiment is only the part of the embodiment rather than whole of the utility model Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not making creative work premise Lower all other embodiments obtained, shall fall within the protection scope of the present invention.

If it is to be appreciated that related in the utility model embodiment directionality instruction (such as upper and lower, left and right, it is preceding, Afterwards ...), then directionality instruction be only used for explain it is opposite between each component under a certain particular pose (as shown in drawings) Position relationship, motion conditions etc., if the particular pose changes, directionality instruction also correspondingly changes correspondingly.

If in addition, relating to the description of " outside ", " indoor " etc. in the utility model embodiment, it is somebody's turn to do " outdoor The description of side ", " indoor " etc. is only used for description purpose, and it is not intended that indicating or implying its relative importance or implicit Indicate the quantity of indicated technical characteristic." outside " is defined as a result, the feature of " indoor " can be expressed or imply Ground includes at least one this feature.In addition, the technical solution between each embodiment can be combined with each other, but must be with this Field those of ordinary skill can be implemented as basis, should recognize when the combination appearance of technical solution is conflicting or can not realize Combination for this technical solution is not present, also not within the protection domain of the requires of the utility model.

The utility model provides a kind of wall indoor unit and includes the air conditioner of the wall indoor unit, the wall Hanging indoor unit can realize calm sense outlet air, to improve the comfort level that user uses the wall indoor unit.

It please refers to Fig.1 to Fig.3, in the first embodiment of the utility model wall indoor unit, the wall indoor unit Including housing 100 and air guide structure 200；There is exhaust air flue, housing 100 includes shell ontology 110 and set on shell sheet in housing 100 End plate 130 on the both ends of 110 length direction of body, the bottom of shell ontology 110 are equipped with first connected with the exhaust air flue and go out Air port 10, end plate 130 is equipped with the second air outlet 20 connected with the exhaust air flue at least within；Air guide structure 200 rotates It being installed in the second air outlet 20, air guide structure 200 includes multiple wind deflectors 210 (as shown in Figure 3) set in strip, The multiple wind deflector 210 is intervally arranged successively in the second air outlet 20.

Specifically, the top of shell ontology 110 is equipped with air inlet 30, the inside of shell ontology 110 has for heat exchanger and wind The accommodating cavity of installation is taken turns, the upper end of the exhaust air flue is connected with the cavity, the lower end of the exhaust air flue and the first outlet air 10 and second air outlet 20 of mouth connects.The wind wheel is set adjacent to the upper end of the exhaust air flue, and the heat exchanger is set on described The top of wind wheel, and the heat exchanger surrounds the wind wheel in half-surrounded.It, can be only at it in two end plates 130 of housing 100 The second air outlet 20 connected with the exhaust air flue is set on middle end plate 130, to realize the wall indoor unit two-way Outlet air；It is of course also possible to the second air outlet 20 connected with the exhaust air flue is respectively provided in two end plates 130, to realize Three tunnel outlet air of wall indoor unit is stated, reaches more preferably shunting effect.In the examples below, all to be set in two end plates 130 It is equipped with for the second air outlet 20, is explained.Second air outlet 20 can rounded, rectangular or oval or strip it is equal Can, there is no concrete restrictions, and in order to install air guide structure 200, specifically in the present embodiment, the second air outlet 20 is in circle Shape is set.In addition, end plate 130 is additionally provided with the bar shaped muscle 131 extended in upward and downward, on the one hand the bar shaped muscle 131 can play anti- The effect only skidded, the on the one hand appearance available for decorative shell 100.

As shown in Fig. 2, when the wall indoor unit works, the air-flow flowing in the wind wheel driving circumferential direction so that Air-flow enters from air inlet 30, and outlet air air-flow, under the driving of wind wheel, the outlet air air-flow stream are formed after heat exchanger heat exchange Three strands of air-flows, main air are divided into the exhaust air flue, and in the lower end of the exhaust air flue (as shown in I in Fig. 2) It is blown to interior forward from the first air outlet 10, wherein a secondary air flow (as shown in II in Fig. 2) is from wherein one second air outlet 20 are laterally blown to interior, and another secondary air flow is laterally blown to interior from another second air outlet 20.Obviously, in outlet air air-flow wind Measure it is essentially identical in the case of, the outlet air air-flow of the wall indoor unit is dispersed into three strands of gas in the lower end of exhaust air flue Stream is blown to interior in half radial expansion, and per share outlet air air current flow is smaller, and wind speed reduces so that outlet air air-flow is more soft, reaches To calm sense air-out effect, so as to avoid that user is blowed in outlet air air flow collection, it can so promote user and use the wall-mounted interior The comfortable experience of machine.

Furthermore as shown in Fig. 4-A, B, C, since air guide structure 200 is rotatablely installed in the second air outlet 20, air guide structure 200 multiple wind deflectors 210 are intervally arranged successively in the second air outlet 20, in this way, working as secondary air flow from second outlet air When mouth 20 is blown out, the multiple wind deflector 210 is by secondary air flow refinement in the air-flow of number of smaller so that outlet air air-flow is more It is soft；Meanwhile by rotating air guide structure 200, water conservancy diversion of the multiple wind deflector 210 to second strand of outlet air air-flow can be changed Secondary air flow is oriented to different orientation by direction, avoids blow-through user, can also expand air-supply region.

It is not intended to limit as the rotational installation mode of air guide structure 200, an air-ducting ring 220 can be added, by multiple wind deflectors 210 are mounted in air-ducting ring 220, rotate that wind deflector 210 is driven to rotate by air-ducting ring 220；Alternatively, directly by multiple wind-guidings Plate 210 is respectively pivoted in the second air outlet 20.And the type of drive of air guide structure 200, can be that user controls wind-guiding manually Structure 200 rotates, and can also be driven by driving device, specifically will below, with reference to the rotational installation of air guide structure 200 Mode describes in detail.

The technical solution of the utility model, by setting the second air outlet on the end plate 130 by the wall indoor unit 20, with the outlet air air-flow stream that when the wall indoor unit works, will be blown out from the exhaust air flue lower end, divide multiply gas Stream, main air is blown to forward interior from the first air outlet 10, wherein a secondary air flow is from wherein one second air outlet 20 Interior laterally is blown to, another secondary air flow is laterally blown to interior from another second air outlet 20, in total outlet air air current flow base In the case that this is identical, total outlet air air-flow is dispersed into three strands of air-flows and is blown to interior, per share outlet air air-flow wind in half radial expansion Amount is smaller, and wind speed reduces so that outlet air air-flow is more soft, reaches calm sense air-out effect.And pass through 200 turns of air guide structure Dynamic to be installed in second air outlet 20, multiple wind deflectors 210 of air guide structure 200 are intervally arranged successively in the second air outlet 20, by the refinement of above-mentioned secondary air flow in the air-flow of number of smaller so that outlet air air-flow is more soft；Meanwhile pass through rotation Water conservancy diversion direction of the multiple wind deflector 210 to second strand of outlet air air-flow can be changed, by secondary air flow in air guide structure 200 It is oriented to different orientation.It can be seen that the wall indoor unit of the utility model, can realize multichannel outlet air, wind speed is reduced, is made It is more soft to obtain outlet air, to avoid outlet air air-flow blow-through user, and then promotes the comfortable body that user uses the wall indoor unit It tests.

Referring to Fig. 1 and Fig. 2, in the present embodiment, the wall indoor unit further includes rotational installation in shell sheet The first air door 300 on body 110, the first air door 300 is rotatably opened or lid closes the first air outlet 10.When opening the first air door When 300, the first air door 300 can be oriented to the first strand of outlet air air-flow blown out from the first air outlet 10, adjust first strand and go out The air-out direction of general mood stream.When closing the first air door 300, the first air outlet 10 is closed, and outlet air air-flow is divided into two strands of air-flows, Two strands of air-flows are blown out respectively from two second air outlets 20.

In the present embodiment, the first air door 300 is provided with the first relieve heat area, and the first relieve heat area is equipped with multiple first and dissipates Air holes, when panel 120 covers and closes the first air outlet 10, to confess general mood stream and pass through.Specifically, multiple relieve heat holes are uniform Set on the relieve heat area, when main air is blown out from the relieve heat area, air-flow is broken up so that wind speed reduces, and air-flow becomes Must be more soft, so as to avoid first gang of outlet air air-flow blow-through user.

Obviously, in other embodiments, the second air door 400, second air door can also be rotatablely installed in end plate 130 400 close the second air outlet 20 to open or cover, to realize switching outlet air by switching the first air door 300 and the second air door 400 Wind path.If for example, opening the first air door 300, the second air door 400 is simultaneously closed off, then realizes only the first outlet air forward of air outlet 10. If closing the first air door 300, the second air door 400 is opened simultaneously, then realizes the 20 lateral outlet air of only the second air outlet.Closing is beaten simultaneously The first air door 300 and the second air door 400 are opened, then realizes that the first air outlet 10 and two second air outlets 20 realize three tunnel outlet air.

Fig. 5 and Fig. 6 are please referred to, in the second embodiment of the utility model, part unlike the embodiments above is, shell Body 100 includes the panel 120 for being slidably mounted on the front side of shell ontology 110, and panel 120 is vertically to sliding to open or cover conjunction first Air outlet 10.If the first air outlet 10 is closed as shown in fig. 6, panel 120 is covered, when main air is blown out from the relieve heat area When, air-flow is broken up so that wind speed reduces, and air-flow becomes more soft, so as to avoid first gang of outlet air air-flow blow-through user, makes It obtains the first air outlet 10 and reaches more preferably calm sense air-out effect.As shown in fig. 7, when the wall indoor unit works, if Panel 120 is opened into the first air outlet 10, then the first air outlet 10 opens wide completely, can realize that 10 routine of the first air outlet goes out at this time Wind realizes fast-refrigerating/heating.

Specifically, the both ends on 110 length direction of shell ontology are equipped with the sliding slot in upward and downward extension, the inside of panel 120 Face is equipped with corresponding installation to the sliding block in each sliding slot, so that panel 120 is slidably mounted on shell ontology by the sliding block On 110.Compared to above-described embodiment, the wall indoor unit in the present embodiment can save the first air door 300, simplify institute with this State the structure of wall indoor unit.

The wall indoor unit further includes the board driving mchanism (not shown) being connect with panel 120, to drive surface Plate 120 slides.It is fixed that the concrete structure of board driving mchanism is not limited, the board driving mchanism can include motor and with it is described The gear of motor connection, and in the rack that is engaged with the gear of medial surface setting of panel 120, to be driven by the motor The gear rotates and panel 120 is driven to slide.Alternatively, the board driving mchanism includes motor, swing rod and push rod, the pendulum Bar is connect with the motor, and one end of the push rod is hinged with the swing rod, and the other end of the push rod is connect with panel 120, The swing rod to be driven to swing by the motor, and the push rod upward and downward is driven to move, and then panel 120 is driven to slide.

It please refers to shown in Fig. 6, further, for the first air outlet 10 is made to reach more preferably calm sense air-out effect, panel 120 are provided with the second relieve heat area, and the second relieve heat area is equipped with multiple second relieve heat holes, go out to close first in the lid of panel 120 During air port 10, confess general mood stream and pass through.

Specifically, when the wall indoor unit works, if panel 120 opened the first air outlet 10, first Air outlet 10 opens wide completely, can realize the conventional outlet air of the first air outlet 10 at this time.If panel 120 is covered and closes the first air outlet 10, Then when main air is blown out from the relieve heat area, air-flow is broken up so that and wind speed reduces, and air-flow becomes more soft, from And avoid first gang of outlet air air-flow blow-through user so that the first air outlet 10 reaches more preferably calm sense air-out effect.

Here, it should be noted that in the present embodiment, can be used with reference to above-mentioned first air door 300.As shown in fig. 7, exist Shell ontology 110 is rotatablely installed the first air door 300 (the first relieve heat hole is not provided on the first air door 300), to open institute in panel 120 When stating air outlet realization routine outlet air, 300 rotating opening of the first air door carries out wind-guiding to main air.Or in the wall When hanging indoor unit does not work, the first air outlet 10 is closed in the rotation of the first air door 300, prevents the foreign matters such as dust from entering housing 100 It is internal.

Fig. 8-A are please referred to, shown in B, C, D, in the 3rd embodiment of the utility model, in above-mentioned any one embodiment On the basis of, multiple wind deflectors 210 are pivotally connected with 20 periphery of the second air outlet connect respectively.Specifically, the width of each wind deflector 210 Roughly the same, multiple wind deflectors 210 are intervally arranged successively in the same direction, and the both ends of each wind deflector 210 are equipped with pivot joint Axis, each wind deflector 210 are installed by two drive-connecting shafts to two relative tips of the second air outlet 20.

As shown in Fig. 8-A, when the wall indoor unit does not work, the multiple wind deflector 210 is turned to and is spelled successively When connecing, multiple wind deflectors 210 are connected and close the second air outlet 20 successively, and extraneous dust is avoided to enter from the second air outlet 20 100 internal contamination housing of housing, 100 internal structure (such as heat exchanger and wind wheel).As shown in Fig. 8-B, when the wall indoor unit During work, by the multiple wind deflector 210 turn to each 210 plate face of wind deflector it is mutually parallel when, per two adjacent wind deflectors Outlet air gap is each formed between 210, the second air outlet 20 is opened with this, second strand of outlet air air-flow is blown to from the outlet air gap It is indoor；At this point, adjusting the angle of the deflection of multiple wind deflectors 210, as shown in Fig. 8-C, D, second strand of outlet air air-flow can be oriented to Different orientation.

As for there are many arrangement mode of multiple wind deflectors 210 in the second air outlet 20, specifically not restriction, is only required It can be ensured that with larger air-supply region and avoids air-flow being directly directed to user.It is specific to enumerate following three kinds of rows herein Mode for cloth, so that user chooses：

Such as arrangement mode one：As shown in Fig. 8-A, B, C, D, the multiple wind deflector 210 in vertically to be extended, And the multiple wind deflector 210 is along front and rear to being intervally arranged successively.

For the arrangement mode one, it can be achieved that along front and rear to rotation wind deflector 210.When will turn in multiple wind deflectors 210 It moves to along front and rear to when splicing successively, closes the second air outlet 20.When will turn to each wind deflector in multiple wind deflectors 210 210 plate face in it is front and rear to it is parallel when, secondary air flow from directing out blowout, although at this time second strand of outlet air air-flow wind speed compared with Greatly, but not user is directly blowed to, be so advantageously implemented quickly to indoor refrigerating/heating.When will be equal in multiple wind deflectors 210 When turning to deflection backward, secondary air flow is blown out backward, avoids blow-through user.When will be turned in multiple wind deflectors 210 Forward during deflection, secondary air flow is blown out forward, is conducive to expand the air-supply region on front side of the wall indoor unit, but be worth It is noted that the angle of the deflection forward of wind deflector 210 should not be too large, otherwise user will be easily blowed to.

For another example arrangement mode two：As shown in Fig. 9-A, B, C, D, the multiple wind deflector 210 in front and rear to being extended, And the multiple wind deflector 210 vertically to being intervally arranged successively.

For the arrangement mode two, it can be achieved that vertically to rotation wind deflector 210.When will turn in multiple wind deflectors 210 It moves to vertically to when splicing successively, closes the second air outlet 20.When will turn to each wind deflector in multiple wind deflectors 210 When 210 plate face is mutually parallel, secondary air flow is from blowout is directed out, although second strand of outlet air air-flow wind speed is larger at this time, But not user is directly blowed to, is so advantageously implemented quickly to indoor refrigerating/heating.When will turn in multiple wind deflectors 210 It moves to when being deflected up, secondary air flow is blown out upwards.When will when multiple wind deflectors 210 turn to downwards, second Stock air-flow is blown out downwards, while avoiding outlet air air-flow blow-through user, also outlet air air-flow can be avoided to back up.

For another example arrangement mode three：As shown in Figure 10-A, B, C, the length direction of the multiple wind deflector 210 is inclined in water 30 °~60 ° angles of plane setting (such as 35 °, 45 ° or 55 °), and the multiple wind deflector 210 is along the side for favouring horizontal plane To being intervally arranged successively.

For the arrangement mode three, it can be achieved that along horizontal plane direction rotation wind deflector 210 is favoured.When will be in multiple wind-guidings Plate 210 turns to diagonally upper when splicing successively (obliquely), closes the second air outlet 20.When will be in multiple wind deflectors 210 Turn to each wind deflector 210 plate face it is mutually parallel when, secondary air flow from directing out blowout, although at this time second strand go out General mood stream wind speed is larger, but not directly blows to user, is so advantageously implemented quickly to indoor refrigerating/heating.When will be more When a wind deflector 210 turns to downwards, secondary air flow forward downward blowout, before both having expanded the wall indoor unit The air-supply region of side can also avoid outlet air air-flow from backing up.

For the arrangement mode of above-mentioned three kinds of wind deflectors 210, can be chosen according to air-supply orientation or the use habit of user, This does not limit fixed.

In the present embodiment, for ease of the deflection angle of adjusting wind deflector 210, manual operation is reduced, therefore in the present embodiment In, the wall indoor unit further includes the driving device (not shown) being installed in housing 100, the driving device and wind-guiding Structure 200 connects, air guide structure 200 to be driven to rotate.

Specifically, the same end of multiple wind deflectors 210 is equipped with installation axle, and the installation axle of multiple wind deflectors 210 is respectively mounted To a connecting rod；The driving device includes the motor being installed in housing 100 and the swing rod being connect with the motor, described Swing rod is pivotally connected with the connecting rod, and the motor drives the swing rod to swing and drive the connecting rod along preceding reverse, institute State connecting rod drives wind deflector 210 to be rotated around its drive-connecting shaft by the installation axle.

1 is please referred to Fig.1, in the fourth embodiment of the utility model, the difference lies in lead in above-mentioned 3rd embodiment Wind structure 200 includes rotational installation in the air-ducting ring 220 in the second air outlet 20, and the multiple wind deflector 210 is fixedly arranged on wind-guiding In circle 220, to rotate that wind deflector 210 is driven to rotate by air-ducting ring 220.

Specifically, air-ducting ring 220 either can be vertically overturn to overturning also or along introversion and extroversion along front and rear to rotation. 1 is please referred to Fig.1, if air-ducting ring 220 can be along front and rear to rotation, air-ducting ring 220 has a central base station, the central base station Equipped with shaft, the shaft rotational installation is in housing 100.When air-ducting ring 220 is along front and rear to during rotation, air-ducting ring 220 drives Wind deflector 210 rotates, and second strand of outlet air air-flow is rotated with wind deflector 210, is exhaled outward in flaring shape under centrifugalization power It goes, is so conducive to expand calm sense blowing range.

2 are please referred to Fig.1, if air-ducting ring 220, vertically to overturning, the rear and front end portion of air-ducting ring 220 is convexly equipped with respectively One shaft, air-ducting ring 220 are installed on by two shafts in the second air outlet 20.When air-ducting ring 220 vertically to overturning when, The upper end (lower end) of wind deflector 210 extend out to 20 outside of the second air outlet, so as to which the second air outlet of part 20 be revealed, increases The air output of big secondary air flow.It can be seen that by adjusting air-ducting ring 220 vertically to the angle of overturning, you can corresponding to adjust Save the air output of secondary air flow.If it at this point, is set in the outlet air section of the second air outlet 20 by the plate face of wind deflector 210 is inclined It puts, then air-ducting ring 220 can also be achieved the adjusting to the second outlet air air-flow air-out direction vertically to during overturning.

3 are please referred to Fig.1, if air-ducting ring 220 is overturn along introversion and extroversion, the upper and lower ends portion of air-ducting ring 220 is convexly equipped with respectively One shaft, air-ducting ring 220 are installed on by two shafts in the second air outlet 20.When air-ducting ring 220 is overturn along introversion and extroversion, The front end (rear end) of wind deflector 210 extend out to 20 outside of the second air outlet, so as to which the second air outlet of part 20 be revealed, increases The air output of big secondary air flow.If it at this point, is set in the outlet air section of the second air outlet 20 by the plate face of wind deflector 210 is inclined Put, then air-ducting ring 220 along introversion and extroversion overturn when, can also realize the adjusting to the second outlet air air-flow air-out direction.

In the present embodiment, for ease of the deflection angle of adjusting wind deflector 210, manual operation is reduced, therefore in the present embodiment In, the wall indoor unit further includes the driving device (not shown) being installed in housing 100, the driving device and wind-guiding Structure 200 connects, air guide structure 200 to be driven to rotate.

Specifically, the driving device includes the motor being installed in housing 100, and the motor turns with air-ducting ring 220 Axis connection air-ducting ring 220 to be driven to rotate by the motor, and then drives wind deflector 210 to rotate.It is such then without user hand It is dynamic to adjust, promote user experience.

The above is only the preferred embodiment of the present invention, and it does not limit the scope of the patent of the present invention, It is every under the inventive concept of the utility model, equivalent structure made based on the specification and figures of the utility model becomes It changes or directly/is used in other related technical areas indirectly and is included in the scope of patent protection of the utility model.

Claims (12)

1. a kind of wall indoor unit, which is characterized in that including：

Housing, the inside of the housing have exhaust air flue, and the housing includes shell ontology and set on the shell body length side End plate on both ends, the bottom of the shell ontology is equipped with the first air outlet connected with the exhaust air flue, at least one of The end plate is equipped with the second air outlet connected with the exhaust air flue；And

Air guide structure is rotatablely installed in second air outlet, and the air guide structure includes multiple in strip setting Wind deflector, the multiple wind deflector are intervally arranged successively in second air outlet.

2. wall indoor unit as described in claim 1, which is characterized in that the air guide structure includes rotational installation in described Air-ducting ring in second air outlet, the multiple wind deflector are fixedly arranged in the air-ducting ring.

3. wall indoor unit as described in claim 1, which is characterized in that the multiple wind deflector goes out respectively with described second Air port periphery pivot joint connection.

4. wall indoor unit as claimed in claim 3, which is characterized in that the multiple wind deflector is set in upward and downward extension It puts, and the multiple wind deflector is along front and rear to being intervally arranged successively.

5. wall indoor unit as claimed in claim 3, which is characterized in that the multiple wind deflector rearwardly extending is set in preceding It puts, and the multiple wind deflector vertically to being intervally arranged successively.

6. wall indoor unit as claimed in claim 3, which is characterized in that the length direction of the multiple wind deflector is inclined In 30 °~60 ° angle settings of horizontal plane, and the multiple wind deflector is intervally arranged successively along the direction for favouring horizontal plane.

7. such as claim 1 to 6 any one of them wall indoor unit, which is characterized in that the wall indoor unit also wraps The driving device being installed in the housing is included, the driving device is connect with the air guide structure, to drive the wind-guiding knot Structure rotates.

8. such as claim 1 to 6 any one of them wall indoor unit, which is characterized in that the wall indoor unit also wraps Rotational installation is included in the first air door on the shell body bottom portion, first air door closes described first to rotating opening or lid Air outlet.

9. wall indoor unit as claimed in claim 8, which is characterized in that first air door is provided with the first relieve heat area, The first relieve heat area is equipped with multiple first relieve heat holes, when first wind gate cover closes first air outlet, to confess General mood stream passes through.

10. such as claim 1 to 6 any one of them wall indoor unit, which is characterized in that the housing includes being slidably installed Panel on front side of the shell ontology, the panel vertically close first air outlet to slip to open or cover.

11. wall indoor unit as claimed in claim 10, which is characterized in that the second relieve heat area is provided on the panel, The second relieve heat area is equipped with multiple relieve heat holes, when the panel cover closes first air outlet, to confess general mood circulation It crosses.

12. a kind of air conditioner, which is characterized in that including wall indoor unit as described in any one of claim 1 to 11.