CN205593054U - Circular air conditioner inner structure and circular air conditioner - Google Patents
Circular air conditioner inner structure and circular air conditioner Download PDFInfo
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- CN205593054U CN205593054U CN201620270932.2U CN201620270932U CN205593054U CN 205593054 U CN205593054 U CN 205593054U CN 201620270932 U CN201620270932 U CN 201620270932U CN 205593054 U CN205593054 U CN 205593054U
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Abstract
The utility model discloses a circular air conditioner inner structure and circular air conditioner, the air conditioner includes the host computer, and it has an accommodation space, be formed with the air intake on the host computer, inner structure includes: be located vortex booster fan and wind -collecting cover in the accommodation space, the wind -collecting cover holds vortex booster fan, wherein, the wind -collecting cover is including the first opening and the second opening that switch on each other, first opening intercommunication the air intake, the second opening is used for carrying heat exchange wind. The utility model discloses the setting that utilizes vortex booster fan and wind -collecting cover can realize the concentrated transport of the amount of wind, when guaranteeing the air supply volume, reduces the volume of whole fan assembly spare, the volume of the condenser that can reduce simultaneously to correspond, so, but the whole size of the whole circular air conditioner of greatly reduced. In addition, heat exchange effect can be improved to setting up of vortex booster fan and wind -collecting cover.
Description
Technical field
This utility model relates to air-conditioning technique field, particularly relates to a kind of circular air-conditioning internal structure and circular air-conditioning.
Background technology
In traditional air-conditioner, blade fan is typically directly used to carry out wind-guiding, for the more incident wind of heat exchange, it is often necessary to more or large volume of fan to be set, so, is unfavorable for the miniaturization of air-conditioning overall dimensions.It addition, heat exchange wind is discharged by fan, owing to fan radiation areas are relatively wide, air outlet angle also can be relatively big, is unfavorable for the concentration of wind-force.
Furthermore, in traditional air-conditioner, the most all use the air outlet of rectangle, air outlet be generally provided with lined grid and Longitudinal grille, realized the wind-guiding of above-below direction by lined grid, realized the wind-guiding of left and right directions by Longitudinal grille.But, traditional air guide structure is when by swinging lined grid and Longitudinal grille wind-guiding, the phenomenon that grid is shaken easily occurs, noise is bigger, and owing to grid pendulum angle is limited, making wind direction less, the design of grid also blocks a part of wind, reduce wind-force, have impact on air supplying distance and air-supply effect.
Summary of the invention
The purpose of this utility model is to provide a kind of circular air-conditioning internal structure and circular air-conditioning.
For realizing one of above-mentioned utility model purpose, this utility model one embodiment provides a kind of circular air-conditioning internal structure, and described air-conditioning includes main frame, and it has an accommodation space, and described main frame is formed air inlet, and described internal structure includes:
Eddy current force(d) (draft) fan, is positioned at described accommodation space；
Wind-collecting cover, is positioned at described accommodation space, and described wind-collecting cover accommodates described eddy current force(d) (draft) fan；
Wherein, described wind-collecting cover includes the first opening and second opening of mutual conduction, air inlet described in described first open communication, and described second opening is used for carrying heat exchange wind.
As the further improvement of this utility model one embodiment, described internal structure also includes condenser, and described condenser is between described air inlet and described first opening.
As the further improvement of this utility model one embodiment, described condenser is arch bridge shape.
As the further improvement of this utility model one embodiment, axisymmetricly, and the axis of symmetry of described condenser overlaps described condenser with the central shaft of described first opening.
As the further improvement of this utility model one embodiment, connect between described condenser and described first opening and have shield, described shield, described condenser and described first opening to enclose and be set as half closed channel.
For realizing one of above-mentioned utility model purpose, this utility model one embodiment provides a kind of circular air-conditioning, including:
Main frame, described main frame includes circular air-conditioning internal structure as above；
Hollow ring assembly, it arranges around described main frame, and described ring-shaped component is formed with annular passage and the air outlet of mutual conduction；
Connecting assembly, it is used for connecting described main frame and described annular passage；
Wherein, described connection assembly is configured to drive described ring-shaped component to rotate to change the direction of described air outlet.
As the further improvement of this utility model one embodiment, described connection assembly includes that connecting tube, described connecting tube are used for turning on described second opening and described annular passage.
As the further improvement of this utility model one embodiment, described connecting tube is inverted " t " type.
As the further improvement of this utility model one embodiment, described connecting tube includes first passage and the second channel of mutual conduction, and described first passage connects described second opening to receive heat exchange wind, described second channel and described annular passage mutual conduction.
Further improvement as this utility model one embodiment, described connecting tube includes the first end of mutual conduction, the second end and the 3rd end, described ring-shaped component includes inlet section, described inlet section includes the first air inlet with described annular passage mutual conduction and the second air inlet, wherein, described first end described second opening of connection is to receive heat exchange wind, and corresponding described first air inlet of described second end is arranged, and corresponding described second air inlet of described 3rd end is arranged.
Compared with prior art, the beneficial effects of the utility model are: this utility model utilizes the setting of eddy current force(d) (draft) fan and wind-collecting cover can realize the concentration conveying of air quantity, while ensureing air output, reduce the volume of whole fan component, the volume of the condenser of correspondence can be reduced simultaneously, so, the overall dimensions of whole circular air-conditioning can be substantially reduced.It addition, eddy current force(d) (draft) fan and arranging of wind-collecting cover can improve heat exchange effect.
Accompanying drawing explanation
Fig. 1 is the air ducting front view of this utility model one embodiment；
Fig. 2 is the air ducting side isometric view of this utility model one embodiment；
Fig. 3 is the air ducting explosive view of this utility model one embodiment；
Fig. 4 is an angle back cover and the air intake assembly explosive view of this utility model one embodiment；
Fig. 5 is another angle back cover and the air intake assembly explosive view of this utility model one embodiment；
Fig. 6 is back cover and the air intake assembling components schematic diagram of this utility model one embodiment；
Fig. 7 is the structural representation that the protecgulum of this utility model one embodiment is in explosive state；
Fig. 8 is fixed panel and the movable panel structure schematic diagram of the protecgulum of this utility model one embodiment；
Fig. 9 is the back cover of this utility model one embodiment, fore shell and fixed panel explosive view；
Figure 10 is the front casing structure schematic diagram of this utility model one embodiment；
Figure 11 is the internal structure axonometric chart of this utility model one embodiment；
Figure 12 is the internal structure top view of this utility model one embodiment；
Figure 13 is the air ducting side sectional view of this utility model one embodiment；
Figure 14 is the fore shell of this utility model one embodiment, loop component and the cooperation schematic diagram connecting assembly；
Figure 15 is loop component and the cooperation schematic diagram of connection assembly of this utility model one embodiment；
Figure 16 is loop component and the first visual angle explosive view of connection assembly of this utility model one embodiment；
Figure 17 is loop component and the second visual angle explosive view of connection assembly of this utility model one embodiment.
Detailed description of the invention
Below with reference to detailed description of the invention shown in the drawings, this utility model is described in detail.But these embodiments are not limiting as this utility model, structure, method or conversion functionally that those of ordinary skill in the art is made according to these embodiments are all contained in protection domain of the present utility model.
Additionally, such as " front ", " front " used herein, " afterwards ", " rear ", " on ", the representation space such as " top " be in order at relative to the term of position be easy to descriptive purpose describe as shown in the drawings a unit or feature relative to another unit or the relation of feature, and the term of this paper position relatively is to be as the criterion with the relative position under practice state, such as, the side of air-conditioning displays temperature or the side of air-out are front.The term of relative space position can be intended to the different azimuth including equipment in using or working in addition to orientation shown in figure.Such as, if overturn by the equipment in figure, then the unit being described as being located at other unit or feature " front " will be located in other unit or feature " rear ".Therefore, exemplary term " front " can include front and back both orientation.Equipment can otherwise be directed (90-degree rotation or other towards), and correspondingly explains used herein with space correlation description language.
As shown in Figures 1 and 3, for many wind directions wind-guiding apparatus of air conditioner structural representation of this utility model one embodiment.Many wind directions wind-guiding apparatus of air conditioner includes main frame 10, hollow ring assembly 20 and connects assembly 30, and hollow ring assembly 20 is arranged around described main frame 10, and described ring-shaped component 20 is formed with annular passage 21 and the air outlet 22 of mutual conduction；Connect assembly 30 to be used for connecting described main frame 10 and described annular passage 21；Wherein, described connection assembly 30 is configured to the direction driving described ring-shaped component 20 to rotate to change described air outlet 22.
In the present embodiment, air channel is internally formed by the hollow of ring-shaped component 20, and the most now air channel is annular passage 21, main frame 10 the heat exchange wind carried by connecting assembly 30 can be concentrated and be sent by air outlet 22 by annular passage 21, air quantity is concentrated and wind-force is big, and refrigerating/heating effect is preferable；The resistance that heat exchange wind is subject in ring-shaped component 20 is less, and ring-shaped component 20 will not be shaken, thus reduces noise；Ring-shaped component 20 can carry out multi-angle, multi-direction rotate by relatively main frame 10 under the effect connecting assembly 30, it is achieved the multidirectional of air-out, raising Consumer's Experience.
In the present embodiment, between described main frame 10 and described ring-shaped component 20, form annular gap S, annular gap S described in described connection assembly 30 covering part.Here, connect assembly 30 and only cover the sub-fraction region of annular gap S, on the premise of the heat exchange wind in ensureing main frame 10 can be delivered to ring-shaped component 20 by connecting assembly 30, ring-shaped component 20 can be improved and rotate sensitivity.
In the present embodiment, ring-shaped component 20 forms annular air mouth 22 near the side of main frame 10, and the opening direction of air outlet 22 is towards front, and the end face of air outlet 22 is less than ring-shaped component 20 front end face, and the most now air outlet 22 is positioned at inside the S of annular gap.Described air outlet 22 is less than described annular passage 21 in the width of first direction in the width of first direction, described first direction is described ring-shaped component 20 direction from inside to outside, when ring-shaped component 20 is annular, described first direction is the radial direction of ring-shaped component 20.
In the present embodiment, main frame 10 includes that protecgulum 11, fore shell 12 and back cover 13, fore shell 12 and back cover 13 enclose successively and is set as an accommodation space 14.
Main frame 10 is overall rounded, improves the rotation convenience of aesthetics and follow-up ring-shaped component 20, and certainly, main frame 10 is alternatively other shapes.
In the lump refering to Fig. 4 and Fig. 5, it is formed with some arc air intake assemblies 132 at back cover 13, here as a example by two air intake assemblies 132, but is not limited.When two air intake assemblies 132 are assemblied together, two air intake assemblies 132 surround an annular, to mate with back cover 13, here, assemble with the form of some air intake assemblies 132 and can reduce assembling difficulty, reduce the molding difficulty of each air intake assembly 132 simultaneously, between multiple air intake assemblies 132, also can reserve electric power connecting position 133.Described back cover 13 includes rounded bottom 1301 and vertically protrudes out the sidewall 1302 of described bottom, each air intake assembly 132 includes arc body 1321 that the sidewall 1302 with back cover 13 matches and the vertical base 1322 protruding out described body 1321, and described base 1322 matches with the rounded bottom 1301 of back cover 13.nullHere，The first clamping part 1323 it is formed with on the body 1321 of air intake assembly 132，Some storage tanks 1325 in order to accommodate magnetic absorption member 1324 it are formed with on the base 1322 of air intake assembly 132，The second clamping part 1326 it is formed with on the sidewall 1302 of back cover 13，When described back cover 13 and described air intake assembly 132 cooperate，As shown in Figure 6，Described first clamping part 1323 and described second clamping part 1326 cooperate to realize back cover 13 and air intake assembly 132 fixing in radial direction，Described magnetic absorption member 1324 adsorbs described back cover 13 and described air intake assembly 132 to realize back cover 13 and air intake assembly 132 in axial fixing simultaneously，Thus avoid axially having space，Radial direction and axial dual cooperation can realize the stable cooperation of back cover 13 and air intake assembly 132，Simultaneously，Owing to clamping part and magnetic absorption member are all temporary transient fixtures，Facilitate the dismounting of air intake assembly 132.It should be noted that, here clamping part and magnetic absorption member can be arranged in same orientation, such as it is both configured to axially play fixation, the position of the corresponding magnetic absorption member 1324 in the bottom 1301 of back cover 13 can arrange sheet metal, but it is not limited, the storage tank 1325 of some multi-direction arrangements can be formed on the base 1322 of air intake assembly 132, the first clamping part 1323 is formed with attacker portion 1327, facilitate dismounting and the assembling of air intake assembly 132.
With continued reference to Fig. 6, when air intake assembly 132 is assembled on back cover 13, described body 1321 is positioned at the described sidewall 1302 side away from described accommodation space 14, described base 1322 is positioned at the side away from described accommodation space 14, the described bottom 1301, so, can first by back cover 13, interfixing assembles air intake assembly again with miscellaneous part (such as protecgulum 11, fore shell 12 etc.), reduce further and assemble and dismounting difficulty.The body 1321 of air intake assembly 132 is also formed with some air inlets 1328, in the present embodiment, some air inlets 1328 are staggered, filter screen (sign) it is formed with at described air inlet 1328, to realize filtering and air intake simultaneously, in the present embodiment, described air inlet 1328 is one-body molded with described filter screen.
Ginseng Fig. 7 and Fig. 8, protecgulum 11 is positioned at the front end of main frame 10.Protecgulum 11 specifically includes fixed panel 111, drop front 112 and display floater 113, there is on fixed panel 111 sliding tray 1111 and the first power contact 1112, here, as a example by there are on fixed panel 111 four sliding trays 1111 and two the first power contacts 1112, there is on drop front 112 steady pin 1121 and second source contact 1122, here, as a example by there are on drop front 112 four steady pins 1121 and two second source contacts 1122, described display floater 113 is positioned at the described drop front 112 side away from described fixed panel 111, described display floater 113 interfixes with described drop front 112, and described display floater 113 and described second source contact 1122 mutual conduction.When drop front 112 is assembled on fixed panel 111, described steady pin 1121 slides in described sliding tray 1111 until described first power contact 1112 contacts with described second source contact 1122, first power contact 1112 is conducted with the power supply in accommodation space 14, thus can guide power supply sentence to display floater 113 and realize temperature on display floater 113 or arrange the display of parameter.It should be noted that fixed panel 111 can be formed with reinforcement 1115 near the one side of fore shell 12.
Concrete, described sliding tray 1111 extends along the circumferencial direction of described fixed panel 111, and four sliding trays 1111 and two the first power contacts 1112 are positioned on same circumference.Described sliding tray 1111 includes first end 1113 and the second end 1114, and described steady pin 1121 has insertion end 1123 away from the side of described drop front 112, the opening size of the opening size of described first end 1113, the size of described insertion end 1123 and described the second end 1114 is gradually reduced.nullHere，Steady pin 1121 is positioned at drop front 112 in the one side of fixed panel 111，Between insertion end 1123 and the drop front 112 of steady pin 1121, there is connecting portion 1124，The cross sectional dimensions of connecting portion 1124 is less than the size inserting end 1123，Now connecting portion 1124 and insertion end 1123 combination forms umbrella，So，When drop front 112 is assembled on fixed panel 111，First it is inserted into inserting end 1123 in sliding tray 1111 by the first end 1113 of sliding tray 1111，Then turn clockwise drop front 112，Owing to connecting portion 1124 cross sectional dimensions of steady pin 1121 is less，Steady pin 1121 can rotate to the second end 1114 in sliding tray 1111 smoothly，Now，Owing to inserting the size opening size more than the second end 1114 of end 1123，Steady pin 1121 is without departing from sliding tray 1111，And when described insertion end 1123 arrives described the second end 1114，The contact area of described first power contact 1112 and described second source contact 1122 reaches maximum.Certainly, when drop front 112 is departed from fixed panel 111 by needs, only need rotary moveable panel 112 counterclockwise, the assembling of portable propelling panel 112 and dismounting.
In the lump refering to Fig. 9, described back cover 13 and described protecgulum 11 are movably connected on the two ends of described fore shell 12, described back cover 13 is fixing with described protecgulum 11 to be connected, and when described connection assembly 30 drives described ring-shaped component 20 and described fore shell 12 to move, described back cover 13 and described protecgulum 11 remain stationary as.Concrete, protrude out on described back cover 13 and be provided with at least one and fix post 1303, here as a example by equally distributed four fixing posts 1303, fixing post 1303 is provided with bolt 1212 near one end of protecgulum 11, fix post 1303 and bolt 1212 fixed panel 111 through fore shell 12 with protecgulum 11 to interfix, so, it is achieved back cover 13 interfixes with protecgulum 11.
Furthermore, in the lump refering to Figure 10, fore shell 12 includes the fore shell cover plate 121 interfixed and connects ring 122, connect and be formed with an opening 1221 on ring 122, described opening 1221 is used for accommodating connection assembly 30, some cell bodies 1211 it are formed with at fore shell cover plate 121, bolt 1212 that post 1303 is connected is fixed through described cell body 1211 with back cover 13, and cell body 1211 and bolt 1212 mutually card and, so, fore shell cover plate 121 can be rotated clockwise or counterclockwise relative to protecgulum 11 and back cover 13 by the cooperation of bolt 1212 and cell body 1211.
See Figure 11 to Figure 13, the internal structure of main frame 10 includes being positioned at the assemblies such as the fan component of accommodation space 14, the first motor 142 and the second motor 143, connecting plate 144, circuit board (sign), fan component includes eddy current force(d) (draft) fan (sign) and accommodates the wind-collecting cover 141 of described eddy current force(d) (draft) fan, connecting plate 144 connects fore shell cover plate 121, and the first motor 142 controls the rotation of fore shell cover plate 121 by connecting plate 144.Here, described wind-collecting cover 141 includes the first opening 1411 and the second opening 1412 of mutual conduction, and described first opening 1411 connects described air inlet 1328, and described second opening 1412 is used for carrying heat exchange wind, it is to say, described second opening 1412 connects annular passage 21.The internal structure of main frame 10 also includes condenser (sign), described condenser is between described air inlet 1328 and described first opening 1411, in one embodiment, described condenser is arch bridge shape, and described condenser is axisymmetricly, and the described axis of symmetry of condenser overlaps with the central shaft of described first opening 1411, it is to say, condenser is arranged, certainly only around the first opening 1411, in other embodiments, condenser can be arranged around whole wind-collecting cover 141.Connecting between described condenser and described first opening 1411 has shield (sign), described shield, described condenser and described first opening 1411 to enclose and be set as half closed channel, described semiclosed passage and wind-collecting cover 141 mutual conduction.
Here, the setting of eddy current force(d) (draft) fan and wind-collecting cover 141 is utilized can to realize the concentration conveying of air quantity, while ensureing air output, reduce the volume of whole fan component, the volume of the condenser of correspondence can be reduced simultaneously, so, the overall dimensions of whole circular air-conditioning can be substantially reduced.It addition, eddy current force(d) (draft) fan and arranging of wind-collecting cover 141 can improve heat exchange effect.Furthermore, owing to the first opening 1411 of condenser correspondence wind-collecting cover 141 is arranged, wind-collecting cover 141 and condenser coordinate the heat exchanging process that can more reasonably carry out air quantity, thus improve heat exchanger effectiveness further.
In the present embodiment, as shown in Figure 14 to Figure 17, described connection assembly 30 includes that connecting tube 31, described connecting tube 31 are used for turning on described main frame 10 and described annular passage 21, and connecting tube 31 interfixes with fore shell 12.Connecting tube 31 is in inverted " t " type, connecting tube 31 includes the first end the 311, second end 312 and the 3rd end 313 of mutual conduction, first end 311 is connected with each other with the second opening 1412 of wind-collecting cover 141, to receive heat exchange wind, second end 312 and the 3rd end 313 connect loop component 20 respectively, and connecting tube 31 is positioned at the opening 1221 connecting ring 122.
Concrete, as shown in Figure 16 to Figure 17, at the corresponding opening 1221 connecting ring 122 of ring-shaped component 20, it being formed with inlet section 23, inlet section 23 includes the first air inlet 231 and the second air inlet 232 with annular passage 21 mutual conduction.First air inlet 231 is circular, first air inlet 231 is positioned on the path, air channel of annular passage 21, here, in order to dodge the second motor 143, second air inlet 232 is positioned at the bottom of ring-shaped component 20, the most now the opening direction of the second air inlet 232 is square towards the zone line of ring-shaped component 20, the second air inlet 232.Connecting tube 31 be internally formed the first dividing plate 314 and second partition 315, first dividing plate 314 is positioned in the first passage (sign) connected bottom the first end 311 and connecting tube 31, second partition 315 is positioned in the second channel (sign) connecting the second end 312 and the 3rd end 313, first passage and second channel mutual conduction, the end of the first dividing plate 314 does not touches second partition 315, here, by the first dividing plate 314 and the setting of second partition 315, heat exchange wind can be made uniformly to be delivered to the first air inlet 231 and the second air inlet 232.
In the present embodiment, connect assembly 30 and also include steering mechanism, described steering mechanism includes driving assembly and connector, drives assembly to include the first above-mentioned motor 142 and the second motor 143, and described connector includes the first connector 32 and the second connector 33 being separated from each other.One end of first connector 32 interfixes with the first air inlet 231 and inlet section 23, and the other end of the first connector 32 is flexibly connected with the second end 312 of connecting tube 31.Second connector 33 is flexibly connected with the 3rd end 313 of connecting tube 31, here, in order to improve the second connector 33 and connecting tube 31 motility in relative rotation, is provided with bearing 34 between the second connector 33 and connecting tube 31；The bottom of the second connector 33 is formed with hole 331, and described hole 331 is oppositely arranged with the second air inlet 232, and can arrange sealing gasket 35 between hole 331 and the second air inlet 232, and the second connector 33 interfixes with inlet section 23 at the second air inlet 232；Being also formed with on second connector 33 separating the loose slot 332 arranged, the corresponding loose slot 332 of the 3rd end 313 of connecting tube 31 is formed and separates the projection 3131 arranged, and when the second connector 33 is set in connecting tube 31, projection 3131 is limited in loose slot 332.Second motor 143 is arranged at second connector 33 side away from connecting tube 31, the first distance piece 36 and the second distance piece 37 it is provided with between second motor 143 and the second connector 33, second distance piece 37 is fixing with the second motor 143 to be connected, the middle part of the second connector 33 is formed with effect groove 333, the output shaft 1431 of the second motor 143 passes sequentially through the second distance piece 37 and the first distance piece 36 and in Insertion action groove 333, here, the setting of the first distance piece 36 can improve transmission ratio.
In the present embodiment, first connector 32 and the second connector 33 are all flexibly connected with connecting tube 31, connecting tube 31 is fixing with fore shell 12 to be connected, first connector 32 and the second connector 33 are fixed with ring-shaped component 20 and are connected, when the second motor 143 works, second motor 143 controls the second connector 33 by output shaft 1431 and rotates relative to connecting tube 31, second connector 33 drives the relative connecting tube 33 of ring-shaped component 20 to rotate, that is, now do not rotate with the fixing fore shell 12 of connecting tube 31, upset before and after the generation of ring-shaped component 20 relative fore shell 12, now overturn before and after ring-shaped component 20 and more do not interfere with back cover 13 and protecgulum 11, back cover 13 and protecgulum 11 remain stationary as.When the first motor 142 works, first motor 142 drives fore shell 12 that rotation clockwise or counterclockwise occurs, owing to connecting tube 31 is arranged at inlet section 23, the now rotation of fore shell 12 can drive ring-shaped component 20 synchronous axial system, additionally, owing to back cover 13 and protecgulum 11 are movably arranged on the two ends of fore shell 12, do not interfere with clockwise or counterclockwise back cover 13 and protecgulum 11, back cover 13 and the protecgulum 11 of fore shell 12 remain in that motionless.
The air ducting of present embodiment mainly includes two kinds of wind-guiding states.When described air ducting is in the first wind-guiding state, the first motor 142 drives described ring-shaped component 20 and described fore shell 12 to rotate clockwise or counterclockwise around described back cover 13 and protecgulum 11 simultaneously；When described air ducting is in the second wind-guiding state, described second motor 143 drives ring-shaped component 20 to rotate closer or far from described protecgulum 11.
Here, the rotating range of the first wind-guiding state and the second wind-guiding state can be controlled by the first motor 142 and the second motor 143 respectively, in the present embodiment, in first wind-guiding state, the scope clockwise or counterclockwise of loop component 20 is defined to 60 °, and the scope that overturns before and after loop component 20 in the second wind-guiding state is defined to 60 °.First motor 142 and the independent control of the second motor 143, and work when the first motor 142 is different from the second motor 143.
Below, several mode of operations of air ducting are enumerated.When air ducting is in the first mode of operation, air ducting is introduced into the first wind-guiding state, ring-shaped component 20 and fore shell 12 are clockwise or counterclockwise, the position connecting assembly 30 offsets, the central shaft of ring-shaped component 20 is parallel with the central shaft of protecgulum 11, then air ducting enters the second air ducting, and ring-shaped component 20 does before and after flip-flop movement for fulcrum relative to protecgulum 11 with the connection assembly 30 of this skew, and now the central shaft of ring-shaped component 20 is not parallel with the central shaft of protecgulum 11.When air ducting is in the second mode of operation, air ducting is introduced into the second wind-guiding state, ring-shaped component 20 does before and after flip-flop movement for fulcrum relative to protecgulum 11 to connect assembly 30, the central shaft of ring-shaped component 20 is not parallel with the central shaft of protecgulum 11, then air ducting enters the first wind-guiding state in the case of not restPosing, clockwise or counterclockwise, the central shaft of ring-shaped component 20 is not parallel with the central shaft of protecgulum 11 for ring-shaped component 20 and fore shell 12.Certainly, the mode of operation of present embodiment air ducting is not limited with above two mode of operation.
In the present embodiment, by the first wind-guiding state and the cooperation of the second wind-guiding state, it is possible to achieve the multi-angle of ring-shaped component 20, multi-direction adjustment, thus the air-out direction in air port 22 is adjusted.
This utility model also provides for a kind of circular air-conditioning, including at least one of many wind directions wind-guiding apparatus of air conditioner as above, air intake assembly, internal structure, protecgulum etc..
It is to be understood that, although this specification is been described by according to embodiment, but the most each embodiment only comprises an independent technical scheme, this narrating mode of description is only for clarity sake, those skilled in the art should be using description as an entirety, technical scheme in each embodiment can also form, through appropriately combined, other embodiments that it will be appreciated by those skilled in the art that.
The a series of detailed description of those listed above is only for illustrating of feasibility embodiment of the present utility model; they are also not used to limit protection domain of the present utility model, within all equivalent implementations made without departing from this utility model skill spirit or change should be included in protection domain of the present utility model.
Claims (10)
1. a circular air-conditioning internal structure, it is characterised in that described air-conditioning includes main frame, it has an accommodation space, and described main frame is formed air inlet, and described internal structure includes:
Eddy current force(d) (draft) fan, is positioned at described accommodation space；
Wind-collecting cover, is positioned at described accommodation space, and described wind-collecting cover accommodates described eddy current force(d) (draft) fan；
Wherein, described wind-collecting cover includes the first opening and second opening of mutual conduction, air inlet described in described first open communication, and described second opening is used for carrying heat exchange wind.
Circular air-conditioning internal structure the most according to claim 1, it is characterised in that described internal structure also includes condenser, and described condenser is between described air inlet and described first opening.
Circular air-conditioning internal structure the most according to claim 2, it is characterised in that described condenser is arch bridge shape.
Circular air-conditioning internal structure the most according to claim 2, it is characterised in that axisymmetricly, and the axis of symmetry of described condenser overlaps described condenser with the central shaft of described first opening.
Circular air-conditioning internal structure the most according to claim 2, it is characterised in that connect between described condenser and described first opening and have shield, described shield, described condenser and described first opening to enclose and be set as half closed channel.
6. a circular air-conditioning, it is characterised in that including:
Main frame, described main frame includes the circular air-conditioning internal structure as described in any one in claim 1-5；
Hollow ring assembly, it arranges around described main frame, and described ring-shaped component is formed with annular passage and the air outlet of mutual conduction；
Connecting assembly, it is used for connecting described main frame and described annular passage；
Wherein, described connection assembly is configured to drive described ring-shaped component to rotate to change the direction of described air outlet.
Circular air-conditioning the most according to claim 6, it is characterised in that described connection assembly includes that connecting tube, described connecting tube are used for turning on described second opening and described annular passage.
Circular air-conditioning the most according to claim 7, it is characterised in that described connecting tube is inverted " t " type.
Circular air-conditioning the most according to claim 8, it is characterized in that, described connecting tube includes first passage and the second channel of mutual conduction, and described first passage connects described second opening to receive heat exchange wind, described second channel and described annular passage mutual conduction.
Circular air-conditioning the most according to claim 8, it is characterized in that, described connecting tube includes the first end of mutual conduction, the second end and the 3rd end, described ring-shaped component includes inlet section, described inlet section includes the first air inlet with described annular passage mutual conduction and the second air inlet, and wherein, described first end connects described second opening to receive heat exchange wind, corresponding described first air inlet of described second end is arranged, and corresponding described second air inlet of described 3rd end is arranged.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107289504A (en) * | 2016-04-01 | 2017-10-24 | 青岛海高设计制造有限公司 | Circular air-conditioning internal structure and circular air-conditioning |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107289504A (en) * | 2016-04-01 | 2017-10-24 | 青岛海高设计制造有限公司 | Circular air-conditioning internal structure and circular air-conditioning |
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