CN205957422U

CN205957422U - Floor air conditioner indoor machine

Info

Publication number: CN205957422U
Application number: CN201620677896.1U
Authority: CN
Inventors: 闫长林; 陈良锐
Original assignee: Midea Group Co Ltd; Wuhu Meizhi Air Conditioning Equipment Co Ltd
Current assignee: Midea Group Co Ltd; Wuhu Meizhi Air Conditioning Equipment Co Ltd
Priority date: 2016-07-01
Filing date: 2016-07-01
Publication date: 2017-02-15
Anticipated expiration: 2026-07-01

Abstract

The utility model relates to the technical field of household appliances, especially, relate to a floor air conditioner indoor machine. The utility model provides a floor air conditioner indoor machine, wind channel subassembly in including casing, auto -change over device and locating the casing is equipped with first air outlet and second air outlet on the casing, be equipped with the aviation baffle in first air outlet department, is equipped with a plurality of micropores on the aviation baffle, accessible auto -change over device switches to conventional air -out mode and non -wind -sense air -out mode, because first air outlet department is equipped with the aviation baffle, be equipped with a plurality of micropores on the aviation baffle, when non -wind -sense air -out mode, blow through the wind channel subassembly and evacuated into numerous minute gas silks to the air current of first air outlet when the micropore on the aviation baffle and stretch, the user need not be by cold wind or hot -blast cool sense or the warm meaning that just can experience in the room of directly blowing on one's body, can realize the non -wind -sense air supply, the user feels more comfortable, use and experience better, it can adjust the air -out direction with vertical air guide component to set up horizontal air guide component simultaneously.

Description

A kind of vertical air conditioner indoor unit

Technical field

The utility model is related to household electrical appliance technical field, more particularly, to a kind of vertical air conditioner indoor unit.

Background technology

At present, air-conditioner, as a kind of household electrical appliance, has gradually been applied to each average family.Air-conditioner includes indoor set And off-premises station, it is all outwards to be blown a cold wind over by air outlet or hot blast is come cold to indoor offer in existing vertical air conditioner indoor unit Amount or heat, but the air outlet blowout due to cold wind or the direct air-conditioner of hot blast, blow on the body of user of interior, can make User causes supercooling or overheated sensation, and user feels under the weather, the experience of impact user.

Utility model content

(1) technical problem to be solved in the utility model is：It is directly to blow into room in existing indoor apparatus of air conditioner Cold wind or hot blast are changing the temperature in room, but when cold wind or hot blast are directly blown onto with user, user can feel not relax Clothes, the experience of impact user；It is thus desirable to providing one kind can either provide cold and heat into room, it is capable of again The vertical air conditioner indoor unit of calm sense.

(2) technical scheme

In order to solve above-mentioned technical problem, the utility model provides a kind of vertical air conditioner indoor unit, including switching dress Put, ducting assembly and housing, form accommodating chamber in described housing, described switching device and ducting assembly are all located at described receiving In chamber；Form gas channel, described housing is provided with the first air outlet and the second air outlet, described air-flow in described ducting assembly Passage is connected with the first air outlet and the second air outlet respectively；Described first air outlet is provided with wind deflector, on described wind deflector It is provided with micropore；Described switching device is used for switching described vertical air conditioner indoor unit by the first air outlet or the second air-out Mouth air-out；

Described switching device includes dynamical element and the deflector in described gas channel, and described dynamical element is used for Described deflector is driven to rotate in gas channel to cut off the connection between gas channel and the first air outlet or cut-out air-flow Connection between passage and the second air outlet.

The beneficial effects of the utility model：The utility model provides a kind of vertical air conditioner indoor unit, including housing, cuts Changing device and the ducting assembly in described housing, described housing includes front panel and backboard, and described front panel is provided with First air outlet and the second air outlet, are provided with wind deflector in the first air outlet, and described wind deflector is provided with multiple micropores；So Air-conditioner operationally can drive deflector to rotate by power part, to realize passing through the first air outlet or second Air outlet；In conventional air-out, deflector is closed between the first air outlet and gas channel under the driving of dynamical element Connected relation, now the second air outlet and gas channel keep connecting；When selecting calm sense air-out mode, deflector turns Dynamic, close the connected relation between the second air outlet and gas channel, now the first air outlet is connected with gas channel, due to the One air outlet is provided with wind deflector, and described wind deflector is provided with multiple micropores, blows to the gas of the first air outlet by ducting assembly Stream is evacuated into numerous trickle gas silks and is spread in the micropore on wind deflector, and user does not need straight by cold wind or hot blast Connect blow with just can experience cool feeling or warmness in room, be capable of calm sense air-supply, user feels more comfortable, Experience is more preferable；And it is additionally provided with horizontal wind guiding component and longitudinal wind guiding component in described accommodating chamber, make by air channel group The wind that part blows out from air outlet is more uniform, air-out effect is more preferable, also can adjust the direction of blowout air-flow simultaneously.

Further, the cylindrical backboard including front panel and being oppositely arranged with described front panel of described housing, described Form described accommodating chamber, described horizontal wind guiding component and longitudinal wind guiding component are respectively positioned on air channel group between front panel and described backboard Between part and front panel.

Further, about described deflector, the thickness at two ends is different, including thick end edge and thin end edge, described thickness end edge Upper end and/or lower end are provided with the second rotating shaft, and the thin end edge of described deflector is under the driving of dynamical element around described second rotating shaft Rotate.

Further, described ducting assembly includes the first installing plate, the second installing plate, spiral case part, snail tongue and wind wheel, described First installing plate is relatively located at the upside of the second installing plate, and described spiral case part parallel with described second installing plate and described spiral case Part is respectively positioned between described first installing plate and the second installing plate, forms described gas channel between described spiral case part and snail tongue, Described wind wheel is in described gas channel.

Further, the madial wall of described front panel is provided with flow distribution plate, and the thick end edge of described deflector is located at flow distribution plate Place, the second rotating shaft that described deflector passes through setting in thick end edge is connected with the first installing plate and/or the second installing plate, described thin End edge can be around described second axis of rotation.

Further, it is additionally provided with longitudinal wind guiding component in described accommodating chamber, described longitudinal wind guiding component includes the first driving Part and multiple first wind blades being vertically arranged in described accommodating chamber, the upper and lower ends of each described first wind blade are equal It is provided with first rotating shaft, the first rotating shaft at described first wind blade two ends is rotated even with the first installing plate and the second installing plate respectively Connect, described first actuator is used for driving described first wind blade around described first rotating shaft left-right rotation.

Further, it is additionally provided with the described horizontal wind guiding component of horizontal wind guiding component (116) in described accommodating chamber and include second Actuator, the connecting rod being vertically arranged and horizontally disposed multiple second wind blades in described accommodating chamber, multiple described second The upper and lower interval setting of wind blade and being parallel to each other, each described second wind blade is provided with the first hinged end and second hinged End, it is hinged, by the second hinged end and described connecting rod that each described second wind blade all passes through the first hinged end and spiral case part Hinged, described second actuator moves up and down for drivening rod.

Further, described switching device also includes door-plate and the drive mechanism for driving described door-plate movement, described Door-plate can cut out the second air outlet or opened the second air outlet by the drive of drive mechanism when opening the first air outlet When close the first air outlet.

Further, described drive mechanism includes motor, gear and tooth bar, the output shaft of described motor and tooth Wheel is connected, and described tooth bar is fixed on door-plate and is engaged with described gear.

Further, including the heat exchanger in accommodating chamber, described heat exchanger is fixed on described backboard, described backboard It is provided with the air inlet connecting with gas channel, described air inlet is provided with air-inlet grille.

Further, the area of each described micropore is 10-100mm², and the area sum of multiple described micropore accounts for institute State the wind deflector gross area more than half.

Further, described micropore is the strip through hole on described wind deflector, and multiple described strip through holes exist It is uniformly distributed on described wind deflector.

Further, described strip through hole horizontally set on described wind deflector.

Further, described strip through hole is longitudinally disposed on described wind deflector.

Further, described micropore is the manhole on described wind deflector, and multiple described manholes are described It is uniformly distributed on wind deflector.

Brief description

The utility model is above-mentioned and/or the advantage of additional aspect will become from reference to the description to embodiment for the accompanying drawings below Substantially and easy to understand, wherein：

Fig. 1 is the front view of vertical air conditioner indoor unit described in the utility model embodiment；

Fig. 2 is the right view of vertical air conditioner indoor unit described in the utility model embodiment；

Fig. 3 is the stereogram of vertical air conditioner indoor unit described in the utility model embodiment；

Fig. 4 is that the sectional structure of the vertical air conditioner indoor unit calm sense air-out state that the utility model embodiment provides shows It is intended to；

Fig. 5 is that the sectional structure of the vertical air conditioner indoor unit routine air-out state that the utility model embodiment provides is illustrated Figure；

Fig. 6 is the structural representation of motor cover；

Fig. 7 is the decomposition texture schematic diagram of the vertical air conditioner indoor unit described in embodiment one；

Fig. 8 is the decomposition texture schematic diagram of the vertical air conditioner indoor unit described in embodiment two；

Fig. 9 is the decomposition texture schematic diagram of the vertical air conditioner indoor unit described in embodiment three；

Figure 10 is the structural representation of the wind deflector of elongate holes horizontally set；

Figure 11 is the structural representation of the longitudinally disposed wind deflector of elongate holes；

Figure 12 is the structural representation of the wind deflector that micropore is circular hole；

Figure 13 is the structural representation of ducting assembly；

Figure 14 is the structural representation of deflector；

Figure 15 is the structural representation of horizontal wind guiding component；

Figure 16 is the structural representation of longitudinal wind guiding component；

Figure 17 drive mechanism removes the schematic diagram of tooth bar；

Figure 18 is the partial enlarged drawing of described door-plate；

Figure 19 is the structural representation of described tubular wine wheel；

Figure 20 is the air-out schematic diagram of air-conditioner when being not provided with wind deflector；

Figure 21 is provided with the air-out schematic diagram of air-conditioner during wind deflector；

Figure 22 is the air-out schematic diagram that micropore is air-conditioner blow-through during elongate holes；

Figure 23 is the schematic diagram that micropore is air-conditioner sideling air-out during elongate holes；

Figure 24 is the air-out schematic diagram that micropore is air-conditioner blow-through during circular hole；

Figure 25 is the schematic diagram that micropore is air-conditioner sideling air-out during circular hole.

It should be noted that what the direction of arrow described in Fig. 4 and Fig. 5 represented is the stream in vertical air conditioner indoor unit for the gas Dynamic direction；

In wherein Fig. 1 to Figure 25, the corresponding relation between reference and component names is：

1st, vertical air conditioner indoor unit, 11, housing, 111, front panel, the 1111, first air outlet, the 1112, second air-out Mouthful, 1113, wind deflector, 1114, micropore, 1115, door-plate, 112, backboard, 1121, air inlet, 1122, air-inlet grille, 113, change Hot device, 114, ducting assembly, 1141, gas channel, 1142, spiral case part, 1143, snail tongue, the 11431, first main part, 11432, First tongue, 1144, tubular wine wheel, 1145, spiral case body, 1146, back cover member, the 1147, first installing plate, the 1148, second peace Dress plate, 115, drive mechanism, 1151, motor, 1152, gear, 1153, tooth bar, 116, horizontal wind guiding component, 1161, the Two wind blades, 1162, connecting rod, the 1163, first hinged end, the 1164, second hinged end, 117, longitudinal wind guiding component, 1171, the One wind blade, 1172, first rotating shaft, 118, deflector, 1181, thick end edge, 1182, thin end edge, the 1183, second rotating shaft, 119th, flow distribution plate, 120, motor cover.

Specific embodiment

Purpose, technical scheme and advantage for making the utility model embodiment are clearer, new below in conjunction with this practicality Accompanying drawing in type embodiment, is clearly and completely described it is clear that being retouched to the technical scheme in the utility model embodiment The embodiment stated is a part of embodiment of the present utility model, rather than whole embodiments.Based on the reality in the utility model Apply example, the every other embodiment that those of ordinary skill in the art are obtained on the premise of not making creative work, all Belong to the scope of the utility model protection.

As shown in figures 1-19, the utility model provides a kind of vertical air conditioner indoor unit 1, including switching device, air channel Assembly 113 and housing 11, form accommodating chamber, described switching device and ducting assembly 113 are all located at described appearance in described housing 11 Receive in chamber；Form gas channel 1141, described housing 11 is provided with the first air outlet 1111 and second in described ducting assembly 113 Air outlet 1112, described gas channel 1141 is connected with the first air outlet 1111 and the second air outlet 1112 respectively；Described first Air outlet is provided with wind deflector 1113, and described wind deflector 1113 is provided with micropore 1114；Described switching device is used for switching described Vertical air conditioner indoor unit passes through the first air outlet 1111 air-out or the second air outlet 1112 air-out；Described switching device includes moving Power element and the deflector 118 in described gas channel 1141, described dynamical element is used for driving described deflector 118 to exist Rotate in gas channel 1141 to cut off the connection between gas channel 1141 and the first air outlet 1111 or cut-out gas channel 1141 and second connections between air outlet 1112.

The vertical air conditioner indoor unit 1 that the utility model provides, is provided with the first air outlet 1111 on described front panel 111 With the second air outlet 1112, at the first air outlet 1111, it is provided with wind deflector, described wind deflector 1113 is provided with multiple micropores 1114；So vertical air conditioner indoor unit 1 operationally can select the first air outlet 1111 air-out or the by switching device Two air outlet 1112 air-out；So air-conditioner operationally can drive deflector 118 to rotate by power part, to realize leading to Cross the first air outlet 1111 air-out or the second air outlet 1112 air-out；In conventional air-out, deflector 118 is in dynamical element Drive the lower connected relation closing between the first air outlet and gas channel, now the second air outlet 1112 and gas channel keep Connection；When selecting calm sense air-out mode, deflector 118 rotates, and closes between the second air outlet 1112 and gas channel Connected relation, now the first air outlet 1111 connect with gas channel 1141, described wind deflector 1113 is provided with multiple micropores 1114, the air-flow of the first air outlet 1111 quilt in the micropore 1114 on wind deflector 1113 is blowed to by ducting assembly 114 Evacuate into numerous trickle gas silks to spread, user do not need by cold wind or hot blast directly blow with just can experience room Interior cool feeling or warmness, are capable of calm sense air-supply, and user feels more comfortable, and experience is more preferable.

Embodiment one

As Fig. 1,2,3,4 and Fig. 7, vertical air conditioner indoor unit 1 that the utility model provides include housing 11 and located at Ducting assembly 114 in described housing 11, forms gas channel 1141, before described housing 11 includes in described ducting assembly 114 Panel 111 and the backboard 112 being oppositely arranged with described front panel 111, described front panel 111 is collectively forming with described backboard 112 One receiving space, described ducting assembly 114 and switching device are respectively positioned in described receiving space, and described front panel 111 sets There are the first air outlet 1111 and the second air outlet 1112, at described first air outlet 1111, be provided with wind deflector 1113, described wind-guiding Plate 1113 is provided with multiple micropores 1114；Described switching device is used for switching described vertical air conditioner indoor unit 1 and goes out by first Air port 1111 air-out or the second air outlet 1112 air-out；Preferably, as shown in Fig. 4,5 and 7, wherein said switching device includes moving Power element and the deflector 118 in described gas channel 1141, described dynamical element is used for driving described deflector 118 to exist Rotate in gas channel 1141 to cut off the connection between gas channel 1141 and the first air outlet 1111 or cut-out gas channel 1141 and second connections between air outlet 1112；It is provided with wind deflector 1113 due at the first air outlet 1111, by air channel Assembly 114 blow to the first air outlet 1111 air-flow evacuated in the micropore 1114 on wind deflector 1113 numerous trickle Gas silk spread, user do not need by cold wind or hot blast directly blow with just can experience cool feeling in room or warm Meaning, is capable of calm sense air-supply, and user feels more comfortable, and experience is more preferable；And switching device allows hand over vertical Air conditioner room unit 1 is calm sense air-out state or conventional air-out state, and the air-out mode of vertical air conditioner indoor unit 1 is more Various, being capable of the more preferable use demand that must meet user.

Alternatively, as shown in fig. 7, described second air outlet 1112 (namely conventional air outlet) is arranged on described panel Middle part, described first air outlet 1111 (calm sense air outlet) is provided with two, and is located at described second air outlet 1112 respectively Both sides, and described first air outlet 1111 and the second air outlet 1112 are respectively positioned on the upside of described front panel 111；And described housing It is additionally provided with heat exchanger 113, described heat exchanger 113 is fixed on described backboard 112, and described backboard 112 is provided with and air-flow in 11 The air inlet 1121 of passage 1141 connection, is additionally provided with air-inlet grille 1122, described air-inlet grille at described air inlet 1121 1122 air intakes that can make vertical air-conditioner indoor unit 1 are more steady, and the outward appearance of lifting air inlet 1121, by backboard 112 The air-flow that air inlet 1121 enters enters in described gas channel 1141 after passing through heat exchanger 113.

As shown in Fig. 7 and Figure 14, in the present embodiment, switching device is the deflector 118 in described housing 11, described Deflector 118 can control the first air outlet 1111 to lead to air-flow with the circulation of gas channel 1141 and the second air outlet 1112 The connection in road 1141；Specifically, as shown in fig. 7, being provided with deflector 118 and flow distribution plate 119, described deflector in described housing 11 118 one end is provided with two near described flow distribution plate 119, simultaneously described gas channel 1141, in each gas channel 1141 all It is provided with tubular wine wheel 1144 (as shown in figure 19), described deflector 118 also is provided with two, and be located at two described air-flow wind respectively In road；Described deflector 118 left and right sides obtain thickness different (one of side wall opposite side is thick) and are respectively thick end edge 1181 With thin end edge 1182, the top and bottom of the thick end edge 1181 of described deflector 118 are equipped with the second rotating shaft 1183, described water conservancy diversion Plate 118 is rotatably connected with described first installing plate 1147 and the second installing plate 1148 by the second rotating shaft 1183；As Fig. 4 and Shown in Fig. 5, the madial wall of described front panel 111 is provided with flow distribution plate 119, and the thick end edge 1181 of described deflector 118 is located at divides Locate on stream plate 119, wherein said flow distribution plate 119 is provided with the longitudinally disposed depression of an arc, the thick end of described deflector Side is located at described recess, and described deflector 118 passes through the second rotating shaft 1183 of setting and the first installing plate in thick end edge 1181 1147 and/or second installing plate 1148 be connected, described thin end edge 1182 can rotate around described second rotating shaft 1183.Wherein with second Air outlet 1112 is arranged on the middle part of front panel 111, and the first air outlet 1111 is provided with two and is located at described first air-out respectively As a example mouthfuls 1111 both sides, as shown in figure 5, in conventional air-out mode, two described deflectors 118 are in the effect of dynamical element Lower rotation, makes thin end edge 1182 one end of two deflectors 118 bear against in snail tongue 1143, now deflector 118 is closed Connection between gas channel 1141 and the first air outlet 1111, the gas in gas channel 1141 passes through middle second and goes out Air port 1112 blows in room, realizes conventional air-out state；As shown in figure 4, in calm sense air-out mode, described deflector 118 rotate so that the thin end edge 1182 of described deflector 118 is resisted against on spiral case body 1145 in the presence of driving means, Now deflector 118 has blocked the connected relation between gas channel 1141 and the second air outlet 1112, leads to now by air-flow Road 1141 air-flow out is discharged by the first air outlet 1111 of both sides, and specifically, gas passes through micropore on wind deflector 1113 Evacuated into numerous trickle gas silks when 1114 and spread to interior.

Wherein, the area of each the described micropore 1114 on described wind deflector 1113 is 10-100mm², and multiple described The area sum of micropore 1114 accounts for more than half of described wind deflector 1113 gross area；Preferably, the area of described micropore 1114 For 30,35,50 or 60mm², when the area of micropore 1114 is above-mentioned numerical value, the speed of air outlet more uniformly, wind speed more Little, more preferably, user is more comfortable when using for the air-out effect of air-conditioner；Wherein Figure 20 is that conventional air-conditioning air conditioner indoor machine (does not have Air conditioner room unit using the wind deflector being provided with micropore) air-out schematic diagram, Figure 21 is using the wind-guiding being provided with micropore 1114 The schematic diagram of plate 1113, what in Figure 20 and Figure 21, arrow line length represented is wind speed size, is contrasted from Figure 20 and Figure 21, no The air-conditioner being provided with wind deflector 1113 in air-out, the stepped distribution of wind speed of its air-out, the air-out of each position of air outlet Speed is uneven, and goes out that wind velocity is bigger, and air-out effect is poor；And using the wind deflector 1113 being provided with micropore 1114 in Figure 21 When, during air-out, wind speed is more uniform, wind speed is less, air-out effect is more preferable, and the sensation in wind to human body is slighter, calm sense Effect become apparent from.

Wherein, as shown in FIG. 10 and 11, the micropore 1114 on wind deflector 1113 is strip through hole, and described elongate holes exist On described wind deflector 1113, horizontally set is the width with described wind deflector 1113 for the length direction of described strip through hole Identical, and multiple described strip through hole is uniformly distributed on described wind deflector 1113；So make whole wind deflector 1113 Surface configuration is more neat, and outward appearance is more preferable；In addition, the area of each described elongate holes in 10-100mm2 it is preferable that strip The area in shape hole is 30,35,50,60,70 or 85mm2, the air-flow through elongate holes so can be made to be broken down into trickle Gas silk, the air-flow so getting in just will not be experienced by user, and the effect reaching calm sense air-supply is it is preferable that in institute The area stating elongate holes is 30,35,50 or 60mm²When its air-out effect best；As depicted in figures 22 and 23, when described micropore 1114 be elongate holes when, when blow-through air-out, the direction of air-flow air-out when described elongate holes is constant, directly leads to Cross the outside side air-out of air outlet；And in sideling air-out, air-flow sideling enters in elongate holes, retreaded entering elongate holes From outside Lateral supply, blowing range is wider, air-supply effect more preferably, the control of blow-through or sideling air-out is more accurate simultaneously；And The area sum of multiple described micropores 1114 accounts for more than half of the described wind deflector gross area, specifically as shown in fig. 7, described micro- The gross area sum in hole 1114 is more than the 80% of wind deflector 1113 gross area, so while realizing calm sense air-supply, Disclosure satisfy that the demand of air-supply air quantity.

As shown in figure 11, the elongate holes on wind deflector 1113 can also be longitudinally disposed i.e. described strip through hole Length direction is identical with the length direction of described wind deflector 1113, and multiple described strip through hole is on described wind deflector 1113 It is uniformly distributed；So make that the surface configuration of whole wind deflector 1113 is more neat, outward appearance is more preferable.

Certainly the micropore 1114 on described wind deflector 1113 also can be arranged to other forms, if described micropore 1114 is circle Shape through hole (as shown in figure 12), as Figure 24 described micropore 1114 be circular hole when blow-through wind when, air-flow goes out when described circular hole The direction of wind is constant directly to pass through the outside Lateral supply of described circular hole, as shown in figure 25, is circular hole and sideling in described micropore 1114 During air-out, air-flow enters in circular hole at a slant, changes in the direction of circular hole interior air-flow, becomes straight by the air-out direction tilting Blowing；It should be noted that described micropore 1114 can also be triangle, trapezoidal or other erose through holes, as long as The area of described micropore 1114 is in 10-100mm²In the range of, that is, disclosure satisfy that the demand of calm sense air-out, be just equally capable of The purpose of the application, its objective, without departing from design philosophy of the present utility model, should belong to protection domain of the present utility model.

The ducting assembly 114 that described vertical air conditioner indoor unit 1 is also included in described housing 11 is as shown in figure 13, institute State in ducting assembly 114 and form gas channel 1141, wherein said gas channel 1141 can be single air current 1141, also may be used To be that double gas channels 1141 are symmetrically formed on described ducting assembly 114, wind is set in described gas channel 1141 simultaneously Wheel；Preferably, as shown in Fig. 7 to 10 and Figure 20, described wind wheel is tubular wine wheel 1144, and two tubular wine wheels 1144 are located at respectively In two gas channels 1141, two tubular wine wheels 1144 are longitudinally vertically arranged simultaneously；Certainly, described tubular wine wheel 1144 is longitudinal It is circular vertical air-conditioner indoor unit or square shape vertical indoor apparatus of air conditioner that setting is suitable for described vertical air conditioner indoor unit 1, when described When vertical air conditioner indoor unit 1 is wall-hanging vertical air conditioner indoor unit 1, described tubular wine wheel 1144 can be horizontally set 's；It should be noted that described wind wheel can also be centrifugal wind wheel, equally it is capable of the mesh of calm sense air-out in the application 's.

Preferably, as shown in Fig. 4, Fig. 5 and Figure 13, described ducting assembly 114 includes spiral case part 1142, snail tongue 1143 and wind Wheel, forms described gas channel 1141 between described spiral case part 1142 and snail tongue 1143, described spiral case part 1142 includes spiral case originally Body 1145 and the back cover member 1146 located at described spiral case body 1145 rear portion, described spiral case body 1145 and described snail tongue 1143 it Between formed gas channel 1141, specifically, described snail tongue 1143 is provided with two, and two snail tongues 1143 are with respect to described spiral case part 1142 are symmetrical arranged, each snail tongue 1143 all include being adjacent to corresponding tubular wine wheel 1144 periphery the first tongue 11432 and The first main part 11431 being connected with described first tongue 11432, the first main part 11431 of two snail tongues 1143 with respect to Described spiral case part 1142 extends towards the exit of whole ducting part, described first main part 11431 of two snail tongues 1143 Between be directed towards whole ducting part air-out direction expansion；It is additionally provided with motor cover 120 (as Fig. 6 institute in wherein said housing 11 Show) it is used for the parts such as tubular wine wheel 1144 in ducting assembly 114 for the protection and motor.

Alternatively, it is additionally provided with horizontal wind guiding component 116 and longitudinal wind guiding component in the accommodating chamber that described housing 11 is formed 117, as shown in figure 16, described longitudinal wind guiding component 117 include the first actuator and be vertically arranged in described accommodating chamber many Individual first wind blade 1117 He, the two ends on each described first wind blade 1117 are equipped with first rotating shaft 1172, described The first rotating shaft 1172 at the first wind blade 1117 two ends is rotated even with the first installing plate 1147 and the second installing plate 1148 respectively Connect, described first actuator is used for driving described first wind blade 1117 around described first rotating shaft 1172 left-right rotation；So During air-conditioning, driven by the first actuator described driving described first rotating shaft 1172 to rotate, by first Rotating shaft 1172 is driving the first wind blade 1117 left-right rotation and then more uniform through the first wind blade 1117 air-flow Interior is blown into by air outlet.

As shown in figure 15, described horizontal wind guiding component 116 include the second actuator, the connecting rod 1162 that is vertically arranged and in institute State horizontally disposed multiple second wind blades 1161 in accommodating chamber, multiple described second wind blades interval setting about 1161 And be parallel to each other, each described second wind blade 1161 is provided with the first hinged end 1163 and the second hinged end 1164, each Described second wind blade 1161 all by the first hinged end 1163 and spiral case part 1142 hinged, by the second hinged end 1164 with Described connecting rod 1162 is hinged, and each described second wind blade 1161 is all hinged with described connecting rod 1162, described second actuator Move up and down for drivening rod 1162；And then longitudinal wind blade 117 is driven around by moving up and down of connecting rod 1162 One hinged end 1163 rotates, and adjusts the uniformity blowing out air-flow through longitudinal wind blade 117, is provided with horizontal wind guide vane simultaneously Piece and longitudinal wind blade 117 enable to the air-flow of ducting assembly blowout Cyclotron in gas channel and become circulation, further Improve the air-out effect of whole vertical air conditioner indoor unit.

Preferably, the first actuator and the second actuator are motor in this application, described longitudinal wind guiding component 117 and horizontal wind guiding component 116 all by motor drive carry out left and right and rotate upwardly and downwardly so that air-out is more uniform； Described motor is stepper motor, and its control mode is automatically controlled, is provided for controlling in the internal circuit board of air-conditioner The control circuit of motor work.

As shown in Fig. 5,6 and 7, described heat exchanger 113 is on described backboard 112, and described backboard 112 is provided with air intake Mouthfuls 1121, the specifically U-shaped profile of described heat exchanger 113 be formed with depression, tubular wine wheel 1144 is in heat exchanger 113 In depression.One side of the described heat exchanger 113 of U-shaped stretches to the first tongue 11432 and first of one of snail tongue 1143 In the turning being formed between main part 11431, another side of described heat exchanger 113 stretches to the first of another snail tongue 1143 In the turning being formed between tongue 11432 and the first main part 11431.Described back cover member 1146 includes the setting in "eight" shape Two water conservancy diversion side plates, the cross section of described back cover member 1146 is in gradually-reducing shape by its front portion to rear portion, the gradually-reducing shape of back cover member 1146 So that air-flow is gently entered in two gas channels 1141, reduce the gas shock of the inwall to air channel for the air-flow, reach noise reduction Purpose.

Embodiment two

As shown in figure 8, the present embodiment is substantially the same with the technical scheme in embodiment one, it differs primarily in that, this reality Apply the first air outlet 1111 (calm sense air outlet) described in example to be provided with one and be located at the middle part of described front panel 111, described Second air outlet 1112 (namely conventional air outlet) is provided with two, and is located at the both sides of described first air outlet 1111 respectively, And described second air outlet 1112 and the first air outlet 1111 are respectively positioned on the upside of described front panel 111, simultaneously in described backboard 112 upside is additionally provided with air inlet 1121；Alternatively, as shown in Fig. 4,5 and 8, described vertical air conditioner indoor unit 1 is circular cabinet Machine, described switching device includes the deflector 118 in described housing 11, and described deflector 118 can control the first air-out The circulation of mouth 1111 and gas channel 1141 and the connection of the second air outlet 1112 and gas channel 1141；Specifically, as Fig. 8 Shown, it is provided with deflector 118 and flow distribution plate 119 in described housing 11, one end of described deflector 118 is near described flow distribution plate 119, simultaneously described gas channel 1141 be provided with two, be equipped with tubular wine wheel 1144 in each gas channel 1141, described lead Stream plate 118 also is provided with two, and is located at respectively in two described air flow duct；Described deflector 118 left and right sides obtain thickness Difference, respectively thick end edge 1181 and thin end edge 1182, the top and bottom of the thick end edge 1181 of described deflector 118 are equipped with Second rotating shaft 1183, described deflector 118 passes through the second rotating shaft 1183 and described first installing plate 1147 and the second installing plate 1148 rotatably connect；As shown in Figure 4 and Figure 5, the madial wall of described front panel 111 is provided with flow distribution plate 119, described water conservancy diversion The thick end edge 1181 of plate 118 is located to be located on flow distribution plate 119, and wherein said flow distribution plate 119 is provided with the longitudinally disposed of an arc Depression, the thick end edge of described deflector is located at described recess, and described deflector 118 passes through the of setting in thick end edge 1181 Two rotating shafts 1183 are connected with the first installing plate 1147 and/or the second installing plate 1148, and described thin end edge 1182 can be around described second Rotating shaft 1183 rotates.

As shown in figure 5, in conventional air-out mode, two described deflectors 118 rotate in the presence of dynamical element, make Thin end edge 1182 one end of two deflectors 118 bears against on spiral case body 1145, and now deflector 118 closes air-flow Connection between passage 1141 and the first air outlet 1111, the gas in gas channel 1141 passes through the second air outlet of both sides 1112 blow in room, realize conventional air-out state；As shown in figure 4, in calm sense air-out mode, described deflector 118 exists Rotate so that the thin end edge 1182 of described deflector 118 is resisted against in snail tongue 1143 in the presence of driving means, now deflector 118 have blocked the connected relation between gas channel 1141 and the second air outlet 1112, by gas channel 1141 gas out Stream is discharged by the first middle air outlet 1111, and because the first air outlet 1111 goes out to be provided with wind deflector 1113, gas passes through to lead Numerous trickle gas silks are evacuated into during micropore 1114 on aerofoil 1113 and is spread to interior, to realize calm sense air-out.

Embodiment three

As shown in figure 9, the present embodiment is substantially the same with the technical scheme in embodiment one, it differs primarily in that, at this Switching device described in embodiment also includes the door-plate on front panel 11 and the drive for driving the movement of described door-plate 1115 Motivation structure 115, that is, the switching device in the present embodiment not only included door-plate 1115 but also include deflector 118；Specifically, as Fig. 7 institute Show, described second air outlet 1112 (namely conventional air outlet) is arranged on the middle part of described panel, described first air outlet 1111 (calm sense air outlets) are provided with two, and are located at the both sides of described second air outlet 1112 respectively, and described first air-out Mouthfuls 1111 and second air outlet 1112 be respectively positioned on the upside of described front panel 111；Specifically, as shown in FIG. 17 and 18, described drive Motivation structure 115 includes motor 1151, gear 1152 and tooth bar 1153, the output shaft of described motor 1151 and gear 1152 are connected, and described tooth bar 1153 is fixed on door-plate 1115 and is engaged with described gear 1152；The output of motor 1151 Shaft driven gear 1152 rotates, and gear 1152 is engaged drive door-plate 1115 and rotates, often simultaneously with the tooth bar 1153 on door-plate 1115 All be connected with two drive mechanisms 115 on individual described door-plate 1115 (is that the upper and lower ends of each door-plate 1115 are connected to tooth Bar 1153), the upper and lower ends of each door-plate 1115 are all carried out by the cooperation of motor 1151, gear 1152 and tooth bar 1153 Drive；

As shown in figure 5, when carrying out conventional air-out, driving door-plate 1115 to rotate to both sides by motor 1151, this When two door-plates 1115 respectively two the first air outlets 1111 positioned at the second air outlet 1112 both sides are blocked, now deflector Rotate in the presence of 118 described deflector 118 motor 1151 thereon, make the thin end edge of described deflector 118 1182 one end are resisted against in snail tongue 1143, and now deflector 118 closes between gas channel 1141 and the first air outlet 1111 Connection, the gas in gas channel 1141 passes through the second middle air outlet 1112 and blows in room, realizes conventional air-out shape State；As shown in figure 4, when selecting calm sense blowing pattern, driving two door-plates 1115 to turn to middle by motor 1151 Dynamic jointly block described second air outlet 1112, described deflector 118 rotate in the presence of motor 1151 thereon so that The thin end edge 1182 of described deflector 118 is resisted against on spiral case body 1145, and deflector 118 has blocked gas channel 1141 and Connected relation between two air outlets 1112, passes through the first air outlet of both sides now by gas channel 1141 air-flow out 1111 discharges, specifically, gas is spread to room by evacuating into numerous trickle gas silks during micropore 1114 on wind deflector 1113 Interior, realize calm sense air-out, the experience of user is more preferable.

In sum, the utility model provides a kind of vertical air conditioner indoor unit, including housing, switching device and Ducting assembly in described housing, described housing includes front panel and backboard, and described front panel is provided with the first air outlet With the second air outlet, it is provided with wind deflector in the first air outlet, described wind deflector is provided with multiple micropores, described switching device bag Include the deflector in gas channel；So air-conditioner operationally can by deflector select the first air outlet or Second air outlet, is conventional blowing form in the second air outlet, the first air outlet is in closure state；When passing through When rotation deflector makes the first air outlet, the second air outlet is closed and is stopped air-out, because the first air outlet is provided with wind-guiding Plate, described wind deflector is provided with multiple micropores, blows to the air-flow of the first air outlet on wind deflector by ducting assembly Evacuated into numerous trickle gas silks during micropore to spread, user do not need by cold wind or hot blast directly blow with just can feel By the cool feeling in room or warmness, it is capable of calm sense air-supply, user feels more comfortable, and experience is more preferable.

In description of the present utility model, it should be noted that term " " center ", " longitudinal ", " horizontal ", " on ", D score, "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " " interior ", the orientation of instruction or the position relationship such as " outward " It is based on orientation shown in the drawings or position relationship, be for only for ease of description the utility model and simplify description, rather than refer to Show or imply the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not manage Solution is to restriction of the present utility model.Additionally, term " first ", " second " are only used for describing purpose, and it is not intended that indicating Or hint relative importance.

In description of the present utility model, it should be noted that unless otherwise clearly defined and limited, term " peace Dress ", " being connected ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or integratedly Connect；Can be to be mechanically connected or electrically connect；Can be to be joined directly together it is also possible to be indirectly connected to by intermediary, It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition Concrete meaning in the utility model for the language.Additionally, in description of the present utility model, unless otherwise stated, " multiple " contain Justice is two or more.

The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all in this practicality Within new spirit and principle, any modification, equivalent substitution and improvement made etc., should be included in guarantor of the present utility model Within the scope of shield.

Claims

1. a kind of vertical air conditioner indoor unit it is characterised in that：Including switching device, ducting assembly (114) and housing (11), Form accommodating chamber, described switching device and ducting assembly (114) are all in described accommodating chamber in described housing (11)；Described wind Form gas channel (1141), described housing (11) is provided with the first air outlet (1111) and the second air-out in road assembly (114) Mouth (1112), the outlet side of described gas channel (1141) is connected with the first air outlet (1111) and the second air outlet (1112) respectively Logical；Described first air outlet (1111) place is provided with wind deflector (1113), and described wind deflector (1113) is provided with micropore (1114)；Institute State switching device to be used for switching described vertical air conditioner indoor unit by (1111) air-out of the first air outlet or the second air outlet (1112) air-out；

Described switching device includes dynamical element and the deflector (118) in described gas channel (1141), described power Element is used for driving described deflector (118) to rotate in gas channel (1141) and is gone out with first with cutting off gas channel (1141) Connection between connection between air port (1111) or cut-out gas channel (1141) and the second air outlet (1112).

2. vertical air conditioner indoor unit according to claim 1 it is characterised in that：Described housing (11) is cylindrical, bag Include front panel (111) and the backboard (112) being oppositely arranged with described front panel (111), described front panel (111) and described backboard (112) form described accommodating chamber between.

3. vertical air conditioner indoor unit according to claim 2 it is characterised in that：Described deflector (118) left and right two ends Thickness different, include thick end edge (1181) and thin end edge (1182), the upper end of described thick end edge (1181) and/or lower end are provided with Second rotating shaft (1183), the thin end edge (1182) of described deflector (118) is under the driving of dynamical element around described second rotating shaft (1183) rotate.

4. vertical air conditioner indoor unit according to claim 3 it is characterised in that：Described ducting assembly (114) includes the One installing plate (1147), the second installing plate (1148), spiral case part (1142), snail tongue (1143) and wind wheel, described first installing plate (1147) relative located at the upside of the second installing plate (1148) and parallel with described second installing plate (1148), described spiral case part (1142) it is respectively positioned between described first installing plate (1147) and the second installing plate (1148) with described snail tongue (1143), described Form described gas channel (1141), described wind wheel is located at described gas channel between spiral case part (1142) and snail tongue (1143) (1141) in.

5. vertical air conditioner indoor unit according to claim 4 it is characterised in that：The madial wall of described front panel (111) It is provided with flow distribution plate (119), the thick end edge (1181) of described deflector (118) is located at flow distribution plate (119) place, described deflector (118) the second rotating shaft (1183) and the first installing plate (1147) and/or second installing plate of the upper setting of thick end edge (1181) are passed through (1148) it is connected, described thin end edge (1182) can rotate around described second rotating shaft (1183).

6. vertical air conditioner indoor unit according to claim 4 it is characterised in that：It is additionally provided with described accommodating chamber and longitudinally lead Wind assembly (117), described longitudinal wind guiding component (117) include the first actuator and be vertically arranged in described accommodating chamber multiple First wind blade (1171), the upper and lower ends of each described first wind blade (1171) are equipped with first rotating shaft (1172), The first rotating shaft (1172) at described first wind blade (1171) two ends respectively with the first installing plate (1147) and the second installing plate (1148) rotate and connect, described first actuator is used for driving described first wind blade (1171) around described first rotating shaft (1172) left-right rotation.

7. vertical air conditioner indoor unit according to claim 4 it is characterised in that：It is additionally provided with described accommodating chamber and laterally lead The described horizontal wind guiding component (116) of wind assembly (116) includes the second actuator, be vertically arranged connecting rod (1162) and in described appearance Multiple second wind blades (1161) of lumenal levels of receiving setting, multiple described second wind blades (1161) interval setting up and down And be parallel to each other, each described second wind blade (1161) is provided with the first hinged end (1163) and the second hinged end (1164), each described second wind blade (1161) is all hinged, logical with spiral case part (1142) by the first hinged end (1163) Cross the second hinged end (1164) hinged with described connecting rod (1162), described second actuator is used for moving down on drivening rod (1162) Dynamic.

8. vertical air conditioner indoor unit according to claim 1 it is characterised in that：Described switching device also includes door-plate (1115) and be used for driving the drive mechanism (115) of described door-plate (1115) movement, described door-plate (1115) can be by driving The drive of mechanism (115) is closed the second air outlet (1112) or is being opened the second air-out when opening the first air outlet (1111) The first air outlet (1111) is closed during mouth (1112).

9. vertical air conditioner indoor unit according to claim 8 it is characterised in that：Described drive mechanism (115) includes driving Dynamic motor (1151), gear (1152) and tooth bar (1153), the output shaft of described motor (1151) and gear (1152) phase Even, described tooth bar (1153) is fixed on door-plate (1115) above and is engaged with described gear (1152).

10. vertical air conditioner indoor unit according to claim 2 it is characterised in that：Including the heat exchange in accommodating chamber Device (113), described heat exchanger (113) is fixed on described backboard (112), and described backboard (112) is provided with and gas channel (1141) air inlet (1121) of inlet end connection, described air inlet (1121) place is provided with air-inlet grille (1122).

11. vertical air conditioner indoor units according to claim 1 it is characterised in that：The face of each described micropore (1114) Amass and be 10-100mm², and the area sum of multiple described micropore (1114) accounts for more than half of the described wind deflector gross area.

12. vertical air conditioner indoor units according to any one of claim 1 to 11 it is characterised in that：Described micropore (1114) it is the strip through hole on described wind deflector (1113), multiple described strip through holes are in described wind deflector (1113) it is uniformly distributed on.

13. vertical air conditioner indoor units according to claim 12 it is characterised in that：Described strip through hole is led described The upper horizontally set of aerofoil (1113).

14. vertical air conditioner indoor units according to claim 12 it is characterised in that：Described strip through hole is led described Aerofoil (1113) is upper longitudinally disposed.

15. vertical air conditioner indoor units according to any one of claim 1 to 11 it is characterised in that：Described micropore (1114) it is the manhole on described wind deflector (1113), multiple described manholes are on described wind deflector (1113) It is uniformly distributed.