CN205878497U - Air conditioner, fan system and wind channel structure thereof - Google Patents
Air conditioner, fan system and wind channel structure thereof Download PDFInfo
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- CN205878497U CN205878497U CN201620536329.4U CN201620536329U CN205878497U CN 205878497 U CN205878497 U CN 205878497U CN 201620536329 U CN201620536329 U CN 201620536329U CN 205878497 U CN205878497 U CN 205878497U
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Abstract
The utility model provides a wind channel structure is installed in the casing of air conditioner, the wind channel structure includes two at least spiral case portions, at least two spiral case portion is parallelly connected to be set up, every spiral case portion have spiral case lid and with the spiral case lid is relative to be set up the spiral case seat, at least two spiral case portion spiral case lid structure as an organic whole to for first wind channel curb plate, at least two spiral case portion spiral case seat structure as an organic whole to for second wind channel curb plate, first wind channel curb plate with the curb plate cooperation installation of second wind channel forms the wind channel structure. Spiral case lid and spiral case seat difference integrated into one piece through two at least spiral case portions to make the wind channel structure can become a solitary whole, have independence. The wind channel structrual installation is to the casing of air conditioner in, and the position of wind channel structure can change, satisfies the complete machine development demand of air conditioner to satisfy user's different user demands. The utility model also provides an air conditioner and fan system.
Description
Technical field
This utility model relates to air conditioner technical field, particularly relates to a kind of air-conditioner, blower fan system and air channel thereof
Structure.
Background technology
At present, the centrifugal air duct of air-conditioner is usually directed to be that an independent part is assembled to form air-duct spiral case with back plate, whole
The air channel of body does not the most possess independence, and, usually a scroll casing shape becomes air channel.When the housing of air-conditioner is in less situation
Under, the size of fan blade can reduce, and the size of corresponding spiral case also can diminish.So, the air quantity of complete machine can not meet requirement, and then
Air-conditioner can not meet user and use demand, affects user and uses.
Utility model content
Based on this, it is necessary to do not possess the uncontrollable problem of independence and position for current centrifugal air duct, it is provided that
A kind of possess the variable air channel structure of independence and position, additionally provides a kind of blower fan system containing above-mentioned air channel structure simultaneously
System, and the air-conditioner containing above-mentioned blower fan system.
Above-mentioned purpose is achieved through the following technical solutions:
A kind of air channel structure, described air channel structure in the housing being installed on air-conditioner, described air channel structure include to
Lacking two volute section, volute section described at least two is arranged in parallel；
Each described volute section has spiral case lid and the described spiral case seat being oppositely arranged with described spiral case lid；
The described spiral case lid of volute section described at least two is structure as a whole, and is the first air channel side plate；
The described spiral case seat of volute section described at least two is structure as a whole, and is the second air channel side plate；
Described first air channel side plate coordinates installation to form described air channel structure with described second air channel side plate.
Wherein in an embodiment, in volute section described at least two, the described volute section in addition to top has windward
Mouthful, the described volute section being positioned at bottom also has lower air port；
And the air-out direction of described uptake is identical with the air-out direction of the described volute section at top；
The air-out direction of described uptake is 180 ° of settings with the air-out direction in described lower air port.
Wherein in an embodiment, described air channel structure also includes that wind deflector, one end of described wind deflector are arranged at institute
State on the first air channel side plate, the unsettled setting of the other end of described wind deflector；
And described wind deflector is positioned at the marginal position of described uptake.
Wherein in an embodiment, described wind deflector is arcuate structure；
Rounding off between described wind deflector and described first air channel side plate；
And one end of described wind deflector is to forming angle between the line and the surface of described first air channel side plate of the other end.
Wherein in an embodiment, the quantity of described volute section is two, and two described volute section are respectively upper snail
Shell portion and lower volute section；
Described upper volute portion includes upper volute lid and the upper volute seat being oppositely arranged with described upper volute lid；
Described lower volute section is arranged in parallel with described upper volute portion；Described lower volute section include lower spiral case lid and with described under
The lower spiral case seat that spiral case lid is oppositely arranged；
Described upper volute lid is structure as a whole with described lower spiral case lid, and forms described first air channel side plate；
Described upper volute seat is structure as a whole with described lower spiral case seat, and forms described second air channel side plate.
Wherein in an embodiment, described lower volute section has the first air outlet and is 180 ° with described first air outlet
The second air outlet arranged；
Described first air outlet and described second air outlet are all located on described first air channel side plate, and described first air-out
Mouth is uptake, and described second air outlet is lower air port.
Wherein in an embodiment, described wind deflector includes that the first exhausting plate, described first exhausting plate are positioned at described
The marginal position of one air outlet.
Wherein in an embodiment, when the quantity of described volute section is three, the 3rd described volute section is middle spiral case
Portion, described middle spiral case includes middle spiral case lid and the middle spiral case seat being oppositely arranged with described middle spiral case lid；
Described middle volute section is arranged in parallel with described upper volute portion and described lower volute section, and described middle volute section is positioned at institute
State between upper volute portion and described lower volute section；
Described middle spiral case lid is structure as a whole with described upper volute lid；Described middle spiral case seat is integrated with described upper volute seat
Structure.
Wherein in an embodiment, described middle volute section has the 3rd air outlet, and described 3rd air outlet is arranged at
On described first air channel side plate；
Described 3rd air outlet is uptake, the air-out direction of described 3rd air outlet and the air-out of described first air outlet
Direction is identical.
Wherein in an embodiment, it is described that described wind deflector also includes that the second exhausting plate, described second exhausting plate are positioned at
The marginal position of the 3rd air outlet.
Wherein in an embodiment, the quantity of described middle volute section is at least two；
In described at least two, volute section is arranged in parallel.
Further relate to a kind of blower fan system, tie including at least two blower fan and the air channel as described in any of the above-described technical characteristic
Structure；
At least two blower fan is respectively arranged in volute section described at least two of described air channel structure.
Wherein in an embodiment, the described blower fan in described upper volute portion and the described blower fan in described lower volute section
Phase 180 °.
Further relate to a kind of air-conditioner, including housing and the blower fan system as described in any of the above-described technical characteristic, described blower fan
System is installed in described housing.
The beneficial effects of the utility model are:
Air-conditioner of the present utility model, blower fan system and air channel structure thereof, structure design advantages of simple, pass through at least two
The spiral case lid of volute section is the most one-body molded with spiral case seat, so that air channel structure can become a single entirety, has solely
Vertical property, so, air channel structure is installed in the housing of air-conditioner, and the position of air channel structure can change.Further, air channel structure energy
The layout demand of enough housing designs according to air-conditioner and volute section thereof changes position, meets the complete machine exploitation demand of air-conditioner.
Meanwhile, air channel structure is formed by least two volute section, while ensureing the air output of air-conditioner complete machine, additionally it is possible to meet shell
The demand of body size reduction, to meet the different use demands of user, it is ensured that the comfort level requirement of user.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of the air-conditioner of this utility model one embodiment；
Fig. 2 is the internal structure schematic diagram of the air-conditioner shown in Fig. 1；
Fig. 3 is the axonometric chart of blower fan system in the air-conditioner shown in Fig. 2；
Fig. 4 is the explosive view of the blower fan system shown in Fig. 3；
Wherein:
100-housing；
The upper air outlet of 110-；
Air outlet under 120-；
200-blower fan system；
210-air channel structure；
211-the first air channel side plate；
2111-uptake；Air port under 2112-；2113-wind deflector；
212-the second air channel side plate；
220-blower fan；
300-base；
400-vaporizer.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, by the following examples, and tie
Close accompanying drawing, air-conditioner of the present utility model, blower fan system and air channel structure thereof are further elaborated.Should be appreciated that
Specific embodiment described herein, only in order to explain this utility model, is not used to limit this utility model.
Seeing Fig. 1 to Fig. 4, this utility model provides a kind of air channel structure 210, for being installed on the housing 100 of air-conditioner
In.Air channel structure 210 of the present utility model can be arranged independent of the housing 100 of air-conditioner so that air channel structure 210 is one
Entirety, and then the position-adjustable that air channel structure 210 is in a housing 100.Can be according to housing 100 size of air-conditioner and blower fan
The position changing air channel structure 210 is arranged in the air channel of system 200, with the demand of satisfied different exploitations, and then meets user not
With using demand.
In this utility model, air channel structure 210 includes that at least two volute section, at least two volute section are arranged in parallel.
Form it is to say, air channel structure 210 is arranged by least two volute section longitudinal arrangement.At least two volute section arranged in rows in
In the housing 100 of air-conditioner, one of them volute section is positioned at the top of housing 100, and remaining volute section sets gradually in column.This
Sample, at least two volute section ensure that the air output of air channel structure 210, meets the demand of the air-out of air-conditioner.Meanwhile, in parallel
Arrange and can also ensure that the thickness of air channel structure 210, and then ensure the size of air-conditioner so that air-conditioner to lightening development,
Improve comfort level when user uses.
Each volute section has spiral case lid and the spiral case seat being oppositely arranged with spiral case lid.Spiral case lid coordinate with spiral case seat after shape
Become complete volute section, after blower fan 220 is installed in volute section, form air-out by volute section.
The spiral case lid of at least two volute section is structure as a whole, and is the first air channel side plate 211；At least two volute section
Spiral case seat is structure as a whole, and is the second air channel side plate 212；First air channel side plate 211 coordinates installation with the second air channel side plate 212
Form air channel structure 210.It is to say, the spiral case lid of each volute section is one, the spiral case seat of each volute section is one
's.So, the spiral case cap-shaped of one becomes the first air channel side plate 211, the spiral case seat of one to form the second air channel side plate 212.First
Air channel side plate 211 forms air channel structure 210 after coordinating with the second air channel side plate 212 so that air channel structure 210 be one individually
Entirety, has independence, facilitates the air channel structure 210 position adjustments in the housing 100 of air-conditioner, with satisfied different air-conditioners
Exploitation demand.
At present, the centrifugal air duct of air-conditioner is usually directed to be that an independent part is assembled to form air-duct spiral case with back plate, whole
The air channel of body does not the most possess independence, and, usually a scroll casing shape becomes air channel.When the housing of air-conditioner is in less situation
Under, the size of fan blade can reduce, and the size of corresponding spiral case also can diminish.So, the air quantity of complete machine can not meet requirement, and then
Air-conditioner can not meet user and use demand, affects user and uses.Air channel structure 210 of the present utility model is by least two snail
The spiral case lid in shell portion is the most one-body molded with spiral case seat, so that air channel structure 210 can become a single entirety, has solely
Vertical property, so, air channel structure 210 is installed in the housing 100 of air-conditioner, and the position of air channel structure 210 can change.Further,
Air channel structure 210 can design according to the housing 100 of air-conditioner and the layout demand of volute section changes position, meets air-conditioner
Complete machine exploitation demand.Meanwhile, air channel structure 210 is formed by least two volute section, at the air output ensureing air-conditioner complete machine
While, additionally it is possible to meet the demand of housing 100 size reduction, to meet the different use demands of user, it is ensured that user's relaxes
Appropriateness requirement.
Further, at least two volute section, the volute section in addition to top has uptake 2111, is positioned at the snail of bottom
Shell portion also has lower air port 2112.It is to say, in air channel structure 210, on the volute section of the bottom being positioned at bottom had both had
Air port 2111, has again lower air port 2112, and the volute section between top and bottom only has uptake 2111.Further, on
The air-out direction in air port 2111 is identical with the air-out direction of the volute section at top.The volute section of bottom is capable of lower section and top
The air-out of both direction, remaining volute section is all air-out above realizing.So can increase the air output of air-conditioner.Volute section
Size reduce time, do not interfere with the air output of air-conditioner complete machine.
Uptake 2111 is located on the first air channel side plate 211.Further, in the present embodiment, the volute section at top has top
Portion's air outlet.The volute section at top is directed towards top air-out.Top outlet inlet exports after mixing with the air-out of uptake 2111.
Meanwhile, the air-out direction of uptake 2111 is 180 ° of settings with the air-out direction in lower air port 2112.I.e. descend air port 2112 and windward
The air-out direction of mouth 2111 is contrary.The upper air-out of air channel structure 210 is by the top outlet inlet of the volute section at top and other spiral cases
The uptake 2111 in portion is formed；The lower air-out of air channel structure 210 is formed by the lower air port 2112 of the volute section of bottom.
Air channel structure 210 of the present utility model is arranged in the housing 100 of air-conditioner, and housing 100 is generally of air-out
Mouth 110 and lower air outlet 120.The upper air-out that air channel structure 210 produces generally is exported by upper air outlet 110；Air channel structure 210 produces
Raw lower air-out is generally exported by lower air port 2112.Certainly, the air-out of air-conditioner can also regulate according to actual needs, uptake
2111 with the volute section at top produce upper air-out can also be exported by lower air outlet 120；The lower air-out that lower air port 2112 produces
Can also be exported by upper air outlet 110.
Further, air channel structure 210 also includes that wind deflector 2113, one end of wind deflector 2113 are arranged at the first side, air channel
On plate 211, the unsettled setting of the other end of wind deflector 2113；And wind deflector 2113 is positioned at the marginal position of uptake 2111.The most just
Being to say, wind deflector 2113 is used to guide the output of air-flow in uptake 2111.Wind deflector 2113 is around uptake 2111
Arrange, lead wind action to play.One end of wind deflector 2113 is arranged around uptake 2111, and wind deflector 2113 can wrap
Place air port 2111, open wide during the other end of wind deflector 2113, and the direction at the volute section place towards top.So, from
The upper air-out of the output of uptake 2111 can export along wind deflector 2113, it is ensured that air-out direction, it is to avoid mixes with other air-out
Close, in order to avoid affecting air-out effect, it is ensured that the performance of air-conditioner.
Yet further, wind deflector 2113 is arcuate structure.In such manner, it is possible to ensure the air-flow energy from uptake 2111 output
Enough arc inner walls along wind deflector 2113 move, it is possible to guide air current flow, it is simple to air-out.Simultaneously, additionally it is possible to ensure air-flow
Flowing steadily, reduces noise.Rounding off between wind deflector 2113 and the first air channel side plate 211.So can just avoid air-flow
Flowing meets with obstruction, it is simple to air-out.One end of wind deflector 2113 to the line of the other end and the first air channel side plate 211 surface it
Between formed angle.It is to say, wind deflector 2113 is obliquely installed relative to the first air channel side plate 211.So, from uptake
In 2111, the flow cross-section areas of the air-flow of output can change from small to large, increases the flowing velocity of air-flow, it is simple to air-out.
As a kind of embodiment, the quantity of volute section is two, and two volute section be respectively upper volute portion and under
Volute section.Upper volute portion includes upper volute lid and the upper volute seat being oppositely arranged with upper volute lid.Lower volute section and upper volute portion
It is arranged in parallel.Lower volute section includes lower spiral case lid and the lower spiral case seat being oppositely arranged with lower spiral case lid.
When air channel structure 210 includes two volute section, upper volute portion is arranged at top, and lower volute section is arranged at bottom,
And two volute section are longitudinally disposed.In such manner, it is possible to ensure the air output of air-conditioner, simultaneously, additionally it is possible to reduce air channel structure 210
Apparent size, and then reduce the apparent size of air-conditioner so that the space that air-conditioner takies is less, improves relaxing when user uses
Appropriateness.
Upper volute lid is structure as a whole with lower spiral case lid, and forms the first air channel side plate 211；Upper volute seat and lower spiral case seat
It is structure as a whole, and forms the second air channel side plate 212.In such manner, it is possible to make the air channel structure 210 with two volute section to become
It is an independent entirety.During assembling, the air channel structure 210 position in the housing 100 of air-conditioner can regulate, it is simple to makes
With.
Further, lower volute section has the first air outlet and is 180 ° of second air outlets arranged with the first air outlet.
First air outlet and the second air outlet are all located on the first air channel side plate 211, and the air-out side in the first air outlet and upper volute portion
To identical.First air outlet is uptake 2111, and the second air outlet is lower air port 2112.During air conditioner air-out, go out by first
Air port realizes upper air-out with the top outlet inlet in upper volute portion, realizes lower air-out by the second air outlet.
Further, wind deflector 2113 includes that the first exhausting plate, one end of the first exhausting plate are arranged at the first side, air channel
On plate 211, the unsettled setting of the other end of the first exhausting plate.First exhausting plate is positioned at the marginal position of the first air outlet.First goes out
Aerofoil is used to cover and sets first air outlet of volute section.The air-flow stream of the first air outlet can be guided by the first exhausting plate
Dynamic so that lower volute section is capable of upwards air-out, to increase air output.Meanwhile, the first exhausting plate can also prevent lower spiral case
The air-flow in second air outlet in the portion impact on the air-flow in the first air outlet, it is to avoid interfere generation mixed flow noise, protect
Card air-out effect, improves the performance of air-conditioner.
Further, the curved setting in the edge of the first exhausting plate.In such manner, it is possible to ensure the air-flow energy from the first air outlet output
Enough arc inner walls along the first exhausting plate move, it is possible to guide air current flow, it is simple to air-out.Simultaneously, additionally it is possible to ensure air-flow
Flowing steadily, reduces noise.Rounding off between first exhausting plate and the first air channel side plate 211.So can just avoid air-flow
Flowing meets with obstruction, it is simple to air-out.And first one end of exhausting plate to the line of the other end and the surface of the first air channel side plate 211
Between there is angle.It is to say, the first exhausting plate is obliquely installed relative to the first air channel side plate 211.So, from first
In air outlet, the flow cross-section areas of the air-flow of output can change from small to large, increases the flowing velocity of air-flow, it is simple to air-out.
As a kind of embodiment, when the quantity of volute section is three, two of which is respectively in above-described embodiment
Upper volute portion and lower volute section, the 3rd volute section is middle volute section.Middle spiral case includes middle spiral case lid and relative with middle spiral case lid
The middle spiral case seat arranged；Middle volute section is arranged in parallel with upper volute portion and lower volute section, and middle volute section be positioned at upper volute portion and
Between lower volute section.
When air channel structure 210 includes three volute section, upper volute portion is arranged at top, and lower volute section is arranged at bottom,
Middle volute section is arranged between upper volute portion and lower volute section, and three volute section are longitudinally disposed.Ensured by three volute section
The air output of air-conditioner, simultaneously, additionally it is possible to reduce the apparent size of air channel structure 210, and then the apparent size of reduction air-conditioner,
The space that air-conditioner is taken is less, improves comfort level when user uses.
Middle spiral case lid is structure as a whole with upper volute lid；Middle spiral case seat is structure as a whole with upper volute seat.In such manner, it is possible to make
The air channel structure 210 with three volute section can become an independent entirety.During assembling, air channel structure 210 is at air-conditioner
Housing 100 in position can regulate, it is simple to use.
Further, middle volute section has the 3rd air outlet, and the 3rd air outlet is arranged on the first air channel side plate 211；
3rd air outlet is uptake 2111, and the air-out direction of the 3rd air outlet and the air-out direction of the first air outlet are identical.Air-conditioner
During air-out, realize upper air-out with the top outlet inlet in upper volute portion, by the second air-out by the first air outlet, the 3rd air outlet
Cause for gossip now air-out.
Further, air-conditioner is when heating, and the volute section of bottom forms bottom air-out and exports from the second air outlet, and through housing
The lower air outlet 120 of 100 exports.Air-conditioner is when refrigeration, and all volute section in air channel structure 210 form top air-out from upper
Air port 2111 and top outlet inlet output, and export through the upper air outlet 110 of housing 100.
Yet further, wind deflector 2113 also includes that the second exhausting plate, one end of the second exhausting plate are arranged at the first air channel
On side plate 211, the unsettled setting of the other end of two the second exhausting plates.Second exhausting plate is positioned at the marginal position of the 3rd air outlet.
Second exhausting plate is used to cover and sets the 3rd air outlet.The air current flow of the 3rd air outlet is guided by the second exhausting plate so that
Middle volute section is capable of upwards air-out, to increase air output.Second exhausting plate can also ensure that the stream of air-flow in middle volute section
Dynamic direction is consistent, and mixed flow phenomenon will not occur, it is possible to avoid the noise produced because of mixed flow, it is ensured that the air-out of air-conditioner.Further,
Second exhausting plate can also prevent the impact on the air-flow in the 3rd air outlet of the air-flow in the second air outlet of lower volute section, keeps away
Exempt to interfere generation mixed flow noise, it is ensured that air-out effect, improve the performance of air-conditioner.
Further, the curved setting in the edge of the second exhausting plate.In such manner, it is possible to ensure the air-flow energy from the 3rd air outlet output
Enough arc inner walls along the second exhausting plate move, it is possible to guide air current flow, it is simple to air-out.Simultaneously, additionally it is possible to ensure air-flow
Flowing steadily, reduces noise.Rounding off between second exhausting plate and the first air channel side plate 211.So can just avoid air-flow
Flowing meets with obstruction, it is simple to air-out.And second one end of exhausting plate to the line of the other end and the surface of the first air channel side plate 211
Between there is angle.It is to say, the second exhausting plate is obliquely installed relative to the first air channel side plate 211.So, from the 3rd
In air outlet, the flow cross-section areas of the air-flow of output can change from small to large, increases the flowing velocity of air-flow, it is simple to air-out.
It should be noted that the first exhausting plate and the second exhausting plate are identical, the two can exchange.It is intended merely to
Being easy to describe air channel structure 210 and have the structure of two volute section and three volute section, the two is without the difference of essence.
As a kind of embodiment, the quantity of middle volute section is at least two；In at least two, volute section is arranged in parallel.
It is to say, air channel structure 210 includes the volute section that at least four is longitudinally disposed.Further, middle volute section simply has upwards to go out
3rd air outlet of wind.So ensure that the air output of air-conditioner, improve air-out effect.
In an embodiment of the present utility model, air channel structure 210 includes three volute section being arranged in parallel, and is respectively
Volute section, middle volute section and lower volute section.The top outlet inlet in upper volute portion is arranged on top.3rd air outlet of middle volute section
It is arranged on the centre position of the first air channel side plate 211, and, guide the flowing of air-flow in the 3rd air outlet by the second exhausting plate,
Ensure air-out effect.First air outlet of lower volute section is arranged at the top of lower volute section, to increase air output, and by first
Exhausting plate guides the flowing of air-flow in the first air outlet, it is ensured that air-out effect.Further, the second air outlet of lower volute section is streamline
Type is arranged, and is 180 degree of settings with the 3rd air outlet of middle volute section.
Meanwhile, three volute section are structure as a whole, and realize upwards air-out simultaneously by upper volute portion and middle volute section, under
Volute section realizes downward air-out and upwards air-out simultaneously.So, air channel structure 210 can be independently arranged, and is capable of up and down
Air-out.When air channel structure 210 is installed in the housing 100 of air-conditioner, the position-adjustable of air channel structure 210, can be according to sky
The appearance design of the housing 100 of device and the air channel, inside of air-conditioning bird device is adjusted to arrange that demand changes the position of air channel structure 210, full
Foot complete machine exploitation demand.
Further, air channel structure 210 of the present utility model disclosure satisfy that the demand of housing 100 size reduction of air-conditioner, wind
The size of leaf and volute section can also reduce accordingly, and realizes air-out by three volute section parallel connections, by increasing capacitance it is possible to increase air-conditioner
Air output, will not because the size of fan blade and spiral case reduce and affect complete machine air output.
This utility model additionally provides a kind of blower fan system 200, including at least two blower fan 220 and above-described embodiment
Air channel structure 210.At least two blower fan 220 is respectively arranged at least two volute section of air channel structure 210, to be embodied as wind
Road structure 210 provides air-out, and then provides air-out for air-conditioner, it is ensured that the air output of air-conditioner.
Further, the blower fan 220 in upper volute portion and the phase 180 ° of the blower fan 220 in lower volute section.So
The downward air-out of the blower fan 220 can being easy in lower volute section.
This utility model additionally provides a kind of air-conditioner, including the blower fan system 200 in housing 100 and above-described embodiment,
Blower fan system 200 is installed in housing 100.The present embodiment only illustrates as a example by circular cabinet-type air conditioner, but is not limited to circle
Shape cabinet-type air conditioner, it is also possible to be applied in the air-conditioner of other shapes.
Air-conditioner includes base 300, housing 100, vaporizer 400 and blower fan system 200, and housing 100 is provided with out
Air port 110 and lower air outlet 120.Housing 100 includes air inlet faceplate and wind outlet panel, and wind outlet panel coordinates installation with air inlet faceplate
Rear formation housing 100.Housing 100 is installed on base 300.Vaporizer 400 and blower fan system 200 are installed in housing 100.
Embodiment described above only have expressed several embodiments of the present utility model, and it describes more concrete and detailed,
But therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, common for this area
For technical staff, without departing from the concept of the premise utility, it is also possible to make some deformation and improvement, these all belong to
In protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.
Claims (14)
1. an air channel structure, it is characterised in that described air channel structure (210) is used for being installed in the housing (100) of air-conditioner,
Described air channel structure (210) includes at least two volute section, and volute section described at least two is arranged in parallel；
Each described volute section has spiral case lid and the described spiral case seat being oppositely arranged with described spiral case lid；
The described spiral case lid of volute section described at least two is structure as a whole, and is the first air channel side plate (211)；
The described spiral case seat of volute section described at least two is structure as a whole, and is the second air channel side plate (212)；
Described first air channel side plate (211) coordinates installation to form described air channel structure with described second air channel side plate (212)
(210).
Air channel structure the most according to claim 1, it is characterised in that in volute section described at least two, in addition to top
Described volute section has uptake (2111), and the described volute section being positioned at bottom also has lower air port (2112)；
And the air-out direction of described uptake (2111) is identical with the air-out direction of the described volute section at top；
The air-out direction of described uptake (2111) is 180 ° of settings with the air-out direction of described lower air port (2112).
Air channel structure the most according to claim 2, it is characterised in that also include wind deflector (2113), described wind deflector
(2113) one end is arranged on described first air channel side plate (211), the unsettled setting of the other end of described wind deflector (2113)；
And described wind deflector (2113) is positioned at the marginal position of described uptake (2111).
Air channel structure the most according to claim 3, it is characterised in that described wind deflector (2113) is arcuate structure；
Rounding off between described wind deflector (2113) and described first air channel side plate (211)；
And one end of described wind deflector (2113) is to shape between the line and the surface of described first air channel side plate (211) of the other end
Become angle.
Air channel structure the most according to claim 4, it is characterised in that the quantity of described volute section is two, and two institutes
State volute section and be respectively upper volute portion and lower volute section；
Described upper volute portion includes upper volute lid and the upper volute seat being oppositely arranged with described upper volute lid；
Described lower volute section is arranged in parallel with described upper volute portion；Described lower volute section include lower spiral case lid and with described lower spiral case
The lower spiral case seat that lid is oppositely arranged；
Described upper volute lid is structure as a whole with described lower spiral case lid, and forms described first air channel side plate (211)；
Described upper volute seat is structure as a whole with described lower spiral case seat, and forms described second air channel side plate (212).
Air channel structure the most according to claim 5, it is characterised in that described lower volute section have the first air outlet and with institute
Stating the first air outlet is 180 ° of second air outlets arranged；
Described first air outlet and described second air outlet are all located on described first air channel side plate (211), and described first goes out
Air port is uptake (2111), and described second air outlet is lower air port (2112).
Air channel structure the most according to claim 6, it is characterised in that described wind deflector (2113) includes the first exhausting plate,
Described first exhausting plate is positioned at the marginal position of described first air outlet.
Air channel structure the most according to claim 6, it is characterised in that when the quantity of described volute section is three, the 3rd
Described volute section is middle volute section, and described middle spiral case includes middle spiral case lid and the middle spiral case being oppositely arranged with described middle spiral case lid
Seat；
Described middle volute section is arranged in parallel with described upper volute portion and described lower volute section, and described middle volute section is positioned on described
Between volute section and described lower volute section；
Described middle spiral case lid is structure as a whole with described upper volute lid；Described middle spiral case seat and described upper volute seat are integrated knot
Structure.
Air channel structure the most according to claim 8, it is characterised in that described middle volute section has the 3rd air outlet, and institute
State the 3rd air outlet to be arranged on described first air channel side plate (211)；
Described 3rd air outlet is uptake (2111), described 3rd air-out direction of air outlet and going out of described first air outlet
Wind direction is identical.
Air channel structure the most according to claim 9, it is characterised in that described wind deflector (2113) also includes the second air-out
Plate, described second exhausting plate is positioned at the marginal position of described 3rd air outlet.
11. air channel structures according to claim 8 or claim 9, it is characterised in that the quantity of described middle volute section is at least two
Individual；
In described at least two, volute section is arranged in parallel.
12. 1 kinds of blower fan systems, it is characterised in that include at least two blower fan (220) and such as any one of claim 1 to 11 institute
The air channel structure (210) stated；
At least two blower fan (220) is respectively arranged in volute section described at least two of described air channel structure (210).
13. 1 kinds of blower fan systems, it is characterised in that include two blower fans (220) and as described in any one of claim 5 to 11
Air channel structure (210)；
Two blower fans (220) are respectively arranged in two volute section of described air channel structure (210), and two described volute section are respectively
For upper volute portion and lower volute section；
Described blower fan (220) in described upper volute portion and the phase of the described blower fan (220) in described lower volute section
180°。
14. 1 kinds of air-conditioners, it is characterised in that include housing (100) and the blower fan system as described in claim 12 or 13
(200) during, described blower fan system (200) is installed on described housing (100).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620536329.4U CN205878497U (en) | 2016-06-01 | 2016-06-01 | Air conditioner, fan system and wind channel structure thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620536329.4U CN205878497U (en) | 2016-06-01 | 2016-06-01 | Air conditioner, fan system and wind channel structure thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205878497U true CN205878497U (en) | 2017-01-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620536329.4U Active CN205878497U (en) | 2016-06-01 | 2016-06-01 | Air conditioner, fan system and wind channel structure thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105864992A (en) * | 2016-06-01 | 2016-08-17 | 珠海格力电器股份有限公司 | Air-conditioner, draught fan system and air channel structure of air conditioner |
| WO2017198068A1 (en) * | 2016-05-16 | 2017-11-23 | 珠海格力电器股份有限公司 | Air conditioner, fan system, and air duct component thereof |
-
2016
- 2016-06-01 CN CN201620536329.4U patent/CN205878497U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017198068A1 (en) * | 2016-05-16 | 2017-11-23 | 珠海格力电器股份有限公司 | Air conditioner, fan system, and air duct component thereof |
| CN105864992A (en) * | 2016-06-01 | 2016-08-17 | 珠海格力电器股份有限公司 | Air-conditioner, draught fan system and air channel structure of air conditioner |
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