CN206545974U - Indoor apparatus of air conditioner - Google Patents
Indoor apparatus of air conditioner Download PDFInfo
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- CN206545974U CN206545974U CN201720081665.9U CN201720081665U CN206545974U CN 206545974 U CN206545974 U CN 206545974U CN 201720081665 U CN201720081665 U CN 201720081665U CN 206545974 U CN206545974 U CN 206545974U
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Abstract
The utility model is related to indoor apparatus of air conditioner, and it includes：Casing, with for entering its at least one internal air inlet and at least one air outlet for its internal air-flow outflow for surrounding air, at least one above-mentioned air outlet is located at the front side of casing；Heat-exchanger rig, is arranged in casing, and is configured to carry out heat exchange with least part air-flow entered in casing via at least one above-mentioned air inlet；And at least one first axial flow blower and at least one first ion wind generation apparatus for controllably promoting the air-flow in casing to be flowed towards at least one above-mentioned air outlet, at least one above-mentioned first axial flow blower and at least one above-mentioned first ion wind generation apparatus are arranged in casing from least one above-mentioned air inlet to the air current flow path of at least one above-mentioned air outlet with being in parallel.Indoor apparatus of air conditioner blowing range and air output of the present utility model are larger, and noise is smaller, and air-flow is more balanced.
Description
Technical field
The utility model is related to air-conditioning technique, more particularly to a kind of indoor apparatus of air conditioner.
Background technology
At present, traditional wall-hanging air conditioner indoor unit is generally upper air inlet, the airflow circulating mode of lower air-out, and for driving
The device of airflow circulating is generally axial-flow fan.Air-flow enters the inside of axial-flow fan along the axial direction perpendicular to axial-flow fan,
And the impeller of axial-flow fan is passed twice through, in impeller internal, air-flow is forced bending so that the pressure loss of air-flow is larger, wind
Amount is relatively low, and noise when complete machine is run is larger.
In order to avoid using axial-flow fan drive air-flow tape loop come a series of problems, some air-conditionings of the prior art
Axial-flow fan is substituted for centrifugal fan or aerofoil fan by indoor set.Although this indoor apparatus of air conditioner can be solved to a certain extent
The problem of certainly above-mentioned air quantity is relatively low, air-flow crushing is larger, but effect is not particularly evident, and can not at all solve noise compared with
Big the problem of.As the defect that noise is big, the small this user of air quantity can be experienced by direct feel has had a strong impact on air conditioning chamber
The overall performance of interior machine, and greatly limit the use scope of indoor apparatus of air conditioner.
It is directly that blower fan is simple in order to reduce indoor apparatus of air conditioner involved in noise, some presently disclosed patent documents
Ground is substituted for ion wind apparatus, however, the ion wind wind speed produced by its ion wind apparatus is extremely limited, the air conditioning chamber after replacement
The wind speed of interior machine significantly lowers, and can hardly meet the most basic use demand of user.Also just because of existing this
Technical scheme exist many defects and can not practicality, cut-off up to the present, the technology blown using ion wind is also only stopped
On most basic theoretic.
Utility model content
A purpose of the present utility model is intended to overcome at least one defect of the prior art that there is provided a kind of air quantity is larger
And the less indoor apparatus of air conditioner of noise.
Another purpose of the present utility model is the blowing range for expanding indoor apparatus of air conditioner, improves indoor apparatus of air conditioner air-supply
It is harmonious.
Another purpose of the present utility model is to improve the mildness and comfort level of indoor apparatus of air conditioner air-supply.
To achieve these goals, the utility model provides a kind of indoor apparatus of air conditioner, including：
Casing, with for entering its at least one internal air inlet and for for its internal gas for surrounding air
At least one air outlet of outflow, at least one described air outlet is located at the front side of the casing；
Heat-exchanger rig, is arranged in the casing, and is configured to entering the machine via at least one described air inlet
At least part air-flow in shell carries out heat exchange；And
For controllably promote air-flow in the casing towards at least one air outlet flowing at least one the
One axial flow blower and at least one first ion wind generation apparatus, at least one described first axial flow blower and it is described at least one
First ion wind generation apparatus be arranged at being in parallel in the casing from least one described air inlet to it is described at least one
On the air current flow path of air outlet.
Alternatively, at least one described first axial flow blower and at least one described first ion wind generation apparatus be transversely
It is alternately arranged, and air-duct clapboard is provided between adjacent first axial flow blower and the first ion wind generation apparatus, with
Make separate between each first axial flow blower and each air channel residing for the first ion wind generation apparatus.
Alternatively, it is additionally provided with the air channel where each first axial flow blower for promoting the part in the casing
The second ion wind generation apparatus that air-flow flows towards one at least one described air outlet, second ion wind occurs
Device and first axial flow blower are arranged in the casing from least one described air inlet to described at least one with being in series
On the air current flow path of individual air outlet.
Alternatively, the second ion wind generation apparatus where each first axial flow blower is respectively positioned on it in air channel
Front side, or each first axial flow blower be respectively positioned on it where after the second ion wind generation apparatus in air channel
Side；And
First axial flow blower and the second ion wind generation apparatus in same air channel are respectively positioned on described change
The front side of thermal or the rear side for being respectively positioned on the heat-exchanger rig.
Alternatively, first axial flow blower and the second ion wind generation apparatus in same air channel are configured to
A startup optimization or simultaneously startup optimization are controllably selected, first axial flow blower in different air channels is configured to controllably
While startup optimization, the second ion wind generation apparatus in different air channels is configured to controllably startup optimization simultaneously,
So that
The indoor apparatus of air conditioner works in quickly cooling/speed heat pattern or only that air-supply is only driven by first axial flow blower
The silent mode of air-supply is driven by the second ion wind generation apparatus or passes through first axial flow blower and described second
Ion wind generation apparatus drives the Wind Volume pattern of air-supply simultaneously.
Alternatively, it is additionally provided with the air channel where each first ion wind generation apparatus for promoting in the casing
Fraction towards a flowing at least one described air outlet the second axial flow blower, second axial flow blower with
The first ion wind generation apparatus is arranged in the casing from least one described air inlet to described at least one with being in series
On the air current flow path of individual air outlet.
Alternatively, second axial flow blower where each first ion wind generation apparatus is respectively positioned on it in air channel
Front side, or each first ion wind generation apparatus be respectively positioned on it where after second axial flow blower in air channel
Side；And
The first ion wind generation apparatus in same air channel is respectively positioned on described change with second axial flow blower
The front side of thermal or the rear side for being respectively positioned on the heat-exchanger rig.
Alternatively, the first ion wind generation apparatus and second axial flow blower in same air channel are configured to
A startup optimization or simultaneously startup optimization are controllably selected, the first ion wind generation apparatus in different air channels is configured to
Controllably while startup optimization, second axial flow blower in different air channels is configured to controllably startup optimization simultaneously,
So that
The indoor apparatus of air conditioner work in only by the first ion wind generation apparatus drive air-supply silent mode or
Quickly cooling/speed heat pattern of air-supply is only driven by second axial flow blower or passes through the first ion wind generation apparatus and institute
The second axial flow blower is stated while driving the Wind Volume pattern of air-supply.
Alternatively, the heat-exchanger rig include integral type tabular evaporator, and at least one described first axial flow blower with
At least one described first ion wind generation apparatus is respectively positioned on the front side of the heat-exchanger rig or is respectively positioned on the heat-exchanger rig
Rear side, so that the air-flow driven by least one described first axial flow blower and at least one described first ion wind generation apparatus
At least one described air outlet is flowed to after heat-exchanger rig heat exchange.
Alternatively, the quantity of first axial flow blower is one, and the heat-exchanger rig includes being arranged at the first axle
Flow fan front side or the integral type tabular evaporator of rear side；Or the quantity of first axial flow blower is multiple, the heat exchange
Device includes segmented tabular evaporator, and the hop count of the evaporator is identical with the number of first axial flow blower, multistage institute
State in the air channel where evaporator is respectively arranged at multiple first axial flow blowers, so that
Flowed to by the air-flow of each first axial flow blower driving after the corresponding evaporator heat exchange described
A corresponding air outlet, the air-flow driven by each first ion wind generation apparatus directly flow at least one air outlet
A corresponding air outlet at least one described air outlet.
Alternatively, each first ion wind generation apparatus includes being arranged in order along the longitudinal direction and in parallel or series
Multiple electric discharge modules of connection, each electric discharge module is respectively provided with the wire netting extended in the plane perpendicular to fore-and-aft direction
With on rear side of the wire netting and multiple spray points for being arranged in array；And
The spray point of the two neighboring electric discharge module is straight to be arranged to arranging or misplacing.
Indoor apparatus of air conditioner of the present utility model is included in phase on the air current flow path in casing from air inlet to air outlet
The axial flow blower of at least one being arranged in parallel first and at least one first ion wind generation apparatus, the first axial flow blower is in motor
Be rotated by, so as to drive air current flow, the first ion wind generation apparatus can drive air current flow by electric field force, the
After one axial flow blower and the first ion wind generation apparatus are arranged in parallel, line, the uniform air-out on face can be realized, it is to avoid air conditioning chamber
The problem of interior machine regional area wind speed is excessive, regional area wind speed is too small, thus expand indoor apparatus of air conditioner blowing range and
Air output, and the air-flow for sending out indoor apparatus of air conditioner is more balanced.Meanwhile, the first ion wind generation apparatus makes sky by electric field force
Particle in gas obtains kinetic energy, so as to form ion wind.Compared to rotation class air-supply assembly (such as blower fan) for, first from
Sub- wind generation apparatus has the advantages such as crushing is small, the low, noise that consumes energy is small.The utility model passes through to the first axial flow blower and first
Being arranged in parallel for ion wind generation apparatus, has both expanded the blowing range and air output of indoor apparatus of air conditioner, has improved its air-supply speed
Degree, and do not increase extra noise, compared to all using for the indoor apparatus of air conditioner for rotating class air-supply assembly, the utility model
Indoor apparatus of air conditioner operation when noise substantially reduce.
Further, indoor apparatus of air conditioner of the present utility model also includes being in series the of setting with each first axial flow blower
Two ion wind generation apparatus or the second axial flow blower of the setting that is in series with each first ion wind generation apparatus, thus, can lead to
The series connection for crossing two air flow drive devices is repeatedly accelerated to air-flow, realizes the superposition of wind speed, so as to further improve air-conditioning
The air supply velocity and air output of indoor set.
Further, heat-exchanger rig of the present utility model can be integral type tabular evaporator, can also be segmented plate
Shape evaporator.Heat-exchanger rig can be located at the front side of all air flow drive devices, can also be located at all air flow drive devices
Rear side.As can be seen here, the design such as shape, position of indoor apparatus of air conditioner exchange thermal of the present utility model is respectively provided with larger spirit
Activity, to be conducive to the design and arrangement of indoor apparatus of air conditioner other structures.
Further, the air channel where the first axial flow blower can be only arranged at due to heat-exchanger rig of the present utility model
It is interior, therefore, whole the changing by heat-exchanger rig of the air-flow through the air flow drive device driving in air channel where the first axial flow blower
Heat and form the higher or lower heat exchange air-flow of temperature, the first ion wind transmitting apparatus institute through being arranged in parallel with the first axial flow blower
The air-flow of air flow drive device driving in air channel forms natural airflow without the heat exchange of heat-exchanger rig.Exchange heat air-flow with
Natural airflow is at air outlet or the milder mixing wind of ratio of moderate temperature is mixed and formed near air outlet, so as to avoid
Cold wind or hot blast directly blow to human body, improve the comfort level of indoor apparatus of air conditioner, make the usage experience of user more preferably.
According to the accompanying drawings to the detailed description of the utility model specific embodiment, those skilled in the art will be more
Plus understand of the present utility model above-mentioned and other purposes, advantages and features.
Brief description of the drawings
It is described in detail by way of example, and not by way of limitation with reference to the accompanying drawings hereinafter more of the present utility model specific real
Apply example.Identical reference denotes same or similar part or part in accompanying drawing.It should be appreciated by those skilled in the art that
What these accompanying drawings were not necessarily drawn to scale.In accompanying drawing：
Fig. 1 is the schematic elevational view of the indoor apparatus of air conditioner according to the utility model one embodiment；
Fig. 2 is the schematic structure exploded view according to the indoor apparatus of air conditioner of the utility model one embodiment；
Fig. 3 is the schematic cross sectional views of the indoor apparatus of air conditioner according to the utility model one embodiment；
Fig. 4 is the schematic cross sectional views of the indoor apparatus of air conditioner according to the utility model another embodiment；
Fig. 5 is the schematic cross sectional views of the indoor apparatus of air conditioner according to the 3rd embodiment of the utility model；
Fig. 6 is the schematic cross sectional views of the indoor apparatus of air conditioner according to the 4th embodiment of the utility model；
Fig. 7 is the signal of an electric discharge module of the first ion wind generation apparatus according to the utility model one embodiment
Property structure decomposition figure；
Fig. 8 is the schematic cross sectional views of the electric discharge module according to the utility model one embodiment；
Fig. 9 is according to the one of which of the two neighboring electric discharge module of the utility model one embodiment dislocation arrangement
Schematic diagram；
Figure 10 is another dislocation arrangement side of the two neighboring electric discharge module according to the utility model another embodiment
Formula schematic diagram.
Embodiment
The utility model embodiment provides a kind of indoor apparatus of air conditioner, and Fig. 1 is the sky according to the utility model one embodiment
The schematic elevational view of indoor set is adjusted, Fig. 2 is the schematic structure of the indoor apparatus of air conditioner according to the utility model one embodiment
Exploded view, Fig. 3 is the schematic cross sectional views of the indoor apparatus of air conditioner according to the utility model one embodiment.Referring to Fig. 1 to Fig. 3,
The indoor apparatus of air conditioner 1 of the utility model embodiment includes casing 10, heat-exchanger rig 20, at least one first axial flow blower 31 and extremely
A few first ion wind generation apparatus 41.In the embodiment shown in Fig. 1 to Fig. 3, the quantity of the first axial flow blower 31 is three
Individual, the quantity of the first ion wind generation apparatus 41 is four.In other examples, the quantity of the first axial flow blower 31 may be used also
Think one, two or it is more than three more, the quantity of the first ion wind generation apparatus 41 can also for one, two,
Three or more more than four.The quantity of first axial flow blower 31 can be with the first ion wind generation apparatus 41 quantity phase
Together, can also be different.
Casing 10, which has, to be used to enter its at least one internal air inlet 11 and for for inside it for surrounding air
Air-flow outflow at least one air outlet 12, at least one air outlet 12 be located at casing 10 front side.Specifically, casing 10
It may include rear shell 18 and front panel 19.Air outlet 12 is formed on front panel 19, and its shape can be square, circular or other
Suitable shape.Air inlet 11 forms the roof or rear wall in rear shell 18.At least one air inlet 11 can be entirely located in casing
10 rear side；Or a part of air inlet 11 is located at the rear side of casing 10, another part air inlet 11 is located at the top of casing 10
Portion.In some embodiments, the quantity of air inlet 11 can be one, and the air inlet 11 is located at the rear side of casing 10, and edge
Casing 10 is extended laterally, to enable the air inlet 11 relative with least one above-mentioned air outlet 12.In other implementations
In mode, the quantity of air inlet 11 can for two, three or it is more than three more.The quantity of air inlet 11 can be with
The quantity of one axial flow blower 31 is identical with the quantity sum of the first ion wind generation apparatus 41, or air inlet 11 quantity more than the
The quantity sum of the quantity of one axial flow blower 31 and the first ion wind generation apparatus 41.Similarly, in some embodiments, go out
The quantity in air port 12 can be one, the extending laterally along casing 10 of air outlet 12.In other embodiments, air outlet
12 quantity can be identical with the quantity of the first axial flow blower 31 and the quantity sum of the first ion wind generation apparatus 41, i.e., each
First axial flow blower 31 and each first ion wind generation apparatus 41 correspond to an air outlet 12.With the phase of the first axial flow blower 31
Corresponding air outlet 12 is preferably circular, the air outlet 12 corresponding with the first ion wind generation apparatus 41 be preferably with first from
The shape identical of sub- wind generation apparatus 41 is square.In further embodiments, air outlet 12 can also be other suitable shapes
Shape.
In certain embodiments, air intake grid can be provided with air inlet 11.With the corresponding air outlet of the first axial flow blower 31
Be provided with 12 be used to guiding air current flow stream grid 13, different air-out are met with the air-flow for controllably sending out air outlet 12
The demand in direction.
Heat-exchanger rig 20 is arranged in casing 10, and is configured to entering via at least one air inlet 11 in casing 10
At least part air-flow carries out heat exchange.Specifically, heat-exchanger rig 20 can carry out heat exchange with flowing through its air-flow, be somebody's turn to do with changing
The temperature of air-flow, so that it becomes the heat exchange air-flow that temperature is higher or temperature is relatively low.
At least one above-mentioned first axial flow blower 31 and at least one above-mentioned first ion wind generation apparatus 41 are used for controlled
Ground promotes the air-flow in casing 10 to be flowed towards at least one above-mentioned air outlet 12.It that is to say, each He of first axial flow blower 31
Each first ion wind generation apparatus 41 is an air flow drive device.At least one above-mentioned first axial flow blower 31 and above-mentioned
At least one first ion wind generation apparatus 41 is arranged at supreme from least one above-mentioned air inlet 11 in casing 10 with being in parallel
State on the air current flow path of at least one air outlet 12.It should be noted that " being in parallel " of the present utility model mean it is above-mentioned
At least one first axial flow blower 31 and at least one above-mentioned first ion wind generation apparatus 41 are along the gas in casing 10
The transverse direction of stream flow direction is arranged in order with random order.That is, at least one above-mentioned first axial flow blower 31 and above-mentioned
The air-flow that any one air flow drive device at least one first ion wind generation apparatus 41 is sent out is all without passing through other
Air flow drive device.
In the utility model embodiment, the first being rotated by motor of axial flow blower 31, so as to drive air-flow stream
It is dynamic, the first ion wind generation apparatus 41 can be driven by electric field force air current flow (ion wind generation apparatus produce flowing from
The principle of sub- general mood stream is those skilled in the art than more conventional and be readily available, therefore is repeated no more here), first axle stream
After the parallel connection of 31 and first ion wind generation apparatus of blower fan 41, line, the uniform air-out on face can be realized, it is to avoid indoor apparatus of air conditioner 1
The problem of regional area wind speed is excessive, regional area wind speed is too small, so as to expand blowing range and the air-supply of indoor apparatus of air conditioner 1
Amount, and the air-flow for sending out indoor apparatus of air conditioner is more balanced.Meanwhile, the first ion wind generation apparatus 41 makes air by electric field force
In particle obtain kinetic energy, so as to form ion wind.For air-supply assembly (such as blower fan) compared to rotation class, the first ion
Wind generation apparatus 41 has the advantages such as crushing is small, the low, noise that consumes energy is small.The utility model passes through to the first axial flow blower and first
Being arranged in parallel for ion wind generation apparatus, has both expanded the blowing range and air output of indoor apparatus of air conditioner, has improved its air-supply speed
Degree, and do not increase extra noise, compared to all using for the indoor apparatus of air conditioner for rotating class air-supply assembly, the utility model
Indoor apparatus of air conditioner operation when noise substantially reduce.
Further, at least one above-mentioned first axial flow blower 31 and at least one above-mentioned first ion wind generation apparatus 41
The mode being in parallel has a variety of.For example, after at least one first axial flow blower 31 is transversely arranged in order, at least one first from
Sub- wind generation apparatus 41 is transversely arranged in order again.Some preferred embodiment in, referring to Fig. 1 to Fig. 3, above-mentioned at least one
Individual first axial flow blower 31 and at least one above-mentioned first ion wind generation apparatus 41 are transversely alternately arranged, and adjacent first
Air-duct clapboard 50 is provided between the ion wind generation apparatus 41 of axial flow blower 31 and first, so that each first axial flow blower 31 and every
It is separate between air channel residing for individual first ion wind generation apparatus 41.Thus, the air-flow between different air channels can be avoided to produce
Life is interfered, so as to avoid turbulent flow, the appearance of mixed flow phenomenon, improves the air supply velocity of indoor apparatus of air conditioner 1.
Fig. 4 is the schematic cross sectional views of the indoor apparatus of air conditioner according to the utility model another embodiment.It is new in this practicality
In some embodiments of type, referring to Fig. 4, it is additionally provided with the air channel where each first axial flow blower 31 for promoting in casing 10
Fraction towards one at least one air outlet 12 flowing (i.e. the second ion wind of the second ion wind generation apparatus 42
Generating means 42 is also a kind of air flow drive device), the second ion wind generation apparatus 42 is in series with first axial flow blower 31
Ground is arranged in casing 10 from least one above-mentioned air inlet 11 to the air current flow path of at least one above-mentioned air outlet 12.
It should be noted that " being in series " of the present utility model means the first axial flow blower 31 and the second ion in same air channel
Wind generation apparatus 42 is arranged in order on the air current flow direction in casing 10 with random order.That is, in same wind
The air-flow meeting that any one air flow drive device in the first axial flow blower 31 and the second ion wind generation apparatus 42 in road is sent out
By other air flow drive devices in the air channel.
Further, each first axial flow blower 31 is respectively positioned on the second ion wind generation apparatus 42 in its place air channel
Front side (referring to Fig. 4), or each first axial flow blower 31 are respectively positioned on the second ion wind generation apparatus 42 in its place air channel
Rear side.The first axial flow blower 31 and the second ion wind generation apparatus 42 in same air channel are respectively positioned on before heat-exchanger rig 20
Side (referring to Fig. 4) or the rear side for being respectively positioned on heat-exchanger rig 20.That is, the He of the first axial flow blower 31 in same air channel
Second ion wind generation apparatus 42 can be sequentially arranged with random order in the longitudinal direction, but be both located within heat-exchanger rig 20
The same side.
Further, can also be provided with fair on the path that the first axial flow blower 31 and the second ion wind generation apparatus 42 are in series
Perhaps other devices that air-flow passes through, such as purifier 70.Purifier 70 is configured to adsorb the impurity in the air-flow for flowing through it,
Can be with coating powders shape catalyst inside it, above-mentioned catalyst can be used for decomposing the pernicious gas in air, such as including use
In metal oxide of decomposing nitrogen oxide etc..
In some embodiments of the present utility model, the first axial flow blower 31 and the second ion wind in same air channel
Generating means 42 is configured to controllably select a startup optimization or simultaneously startup optimization, the first axial flow blower in different air channels
31 are configured to controllably startup optimization simultaneously, and the second ion wind generation apparatus 42 in different air channels is configured to controllably same
When startup optimization.Thus it may be such that indoor apparatus of air conditioner 1 works in quickly cooling/speed heat that air-supply is only driven by the first axial flow blower 31
Pattern only drives the silent mode of air-supply by the second ion wind generation apparatus 42 or passes through the first axial flow blower 31 and second
Ion wind generation apparatus 42 drives the Wind Volume pattern of air-supply simultaneously.That is, the utility model can by it is above-mentioned extremely
The start-up and shut-down control of few first axial flow blower 31 and at least one above-mentioned the second ion wind generation apparatus 42, is realized in air conditioning chamber
Machine 1 at least has quickly cooling/speed heat, Jing Yin and three kinds of mode of operations of Wind Volume, so as to meet different user or same user exists
A variety of use demands under different situations, improve the usage experience of user.
Specifically, under quickly cooling/speed heat pattern, the second ion wind generation apparatus 42 in all air channels not startup optimization,
Indoor apparatus of air conditioner 1 is only driven at least one above-mentioned air outlet 12 by the first all axial flow blowers 31 and blown, powered
Air channel in the second ion of airflow passes wind generation apparatus 42, the second ion wind generation apparatus 42 does not produce any drive to air-flow
Action is used.Because the air output of the first axial flow blower 31 is relatively large, refrigerating efficiency or heating efficiency are of a relatively high, therefore, it is possible to
Rapidly alleviate the temperature of interior.Such a pattern is applied to the situation or other needs that indoor apparatus of air conditioner 1 just starts startup optimization
The rapid situation freezed or heated.Under the silent mode, the first all axial flow blowers 31 not startup optimization, indoor apparatus of air conditioner 1
Only driven and blown at least one above-mentioned air outlet 12 by the second all ion wind generation apparatus 42, powered air-flow stream
Through the first axial flow blower 31, the first axial flow blower 31 does not produce any driving effect to air-flow.Due to of the present utility model
Operating noise when two ion wind generation apparatus 42 are run is greatly reduced close to even below indoor background noise
Overall noise when indoor apparatus of air conditioner 1 is run, solves the industry problem of ultralow Jing Yin air-supply.Such a pattern is applied to doctor
The use environments such as treatment, child custody and the operation of indoor apparatus of air conditioner 1 situation later for a period of time.Under Wind Volume pattern, the
One axial flow blower 31 and the second ion wind generation apparatus 42 can controllably startup optimization simultaneously, with simultaneously to it is above-mentioned at least one go out
Air port 12 is blown, and that is to say that air-flow is sent after the multiple driving effect of the first axial flow blower 31 and the second ion wind generation apparatus 42
Go out.Therefore, such a pattern is applied to situation, more fast-refrigerating or the feelings quickly heated being had higher requirements to air quantity and wind speed
Shape and other situations being had higher requirements to wind speed.
In some alternate embodiments, the first axial flow blower 31 and the second ion wind generation apparatus 42 in each air channel
Number can be two, three or it is more than three more.That is, being respectively provided with the setting that is in series in each air channel
At least two first axial flow blowers 31 and at least two second ion wind generation apparatus 42.At least two first axial flow blower 31
Can be according to any feasible sequential series in same air channel with least two second ion wind generation apparatus 42.
Fig. 5 is the schematic cross sectional views of the indoor apparatus of air conditioner according to the 3rd embodiment of the utility model.It is new in this practicality
In some embodiments of type, referring to Fig. 5, it is additionally provided with the air channel where each first ion wind generation apparatus 41 for promoting machine
(i.e. the second axle stream wind of the second axial flow blower 32 that fraction in shell 10 flows towards one at least one air outlet 12
Machine 32 is also a kind of air flow drive device), the second axial flow blower 32 is set with being in series with the first ion wind generation apparatus 41
It is interior from least one above-mentioned air inlet 11 to the air current flow path of at least one above-mentioned air outlet 12 in casing 10.Need
Bright, " being in series " of the present utility model means the first ion wind generation apparatus 41 and the second axle stream in same air channel
Blower fan 32 is arranged in order on the air current flow direction in casing 10 with random order.That is, in same air channel
The air-flow that any one air flow drive device in first ion wind generation apparatus 41 and the second axial flow blower 32 is sent out can be by being somebody's turn to do
Other air flow drive devices in air channel.
Further, before the second axle stream machine 32 where each first ion wind generation apparatus 41 is respectively positioned on it in air channel
Side (referring to Fig. 5), or each first ion wind generation apparatus 41 are respectively positioned on after the second axial flow blower 32 in its place air channel
Side.The first ion wind generation apparatus 41 and the second axial flow blower 32 in same air channel are respectively positioned on the front side of heat-exchanger rig 20
Or it is respectively positioned on the rear side of heat-exchanger rig 20.That is, the first ion wind generation apparatus 41 and second in same air channel
Axial flow blower 32 can be sequentially arranged with random order in the longitudinal direction, but be both located within the same side of heat-exchanger rig 20.
Further, can also be provided with fair on the path that the second axial flow blower 32 and the first ion wind generation apparatus 41 are in series
Perhaps other devices that air-flow passes through, such as purifier 70.Purifier 70 is configured to adsorb the impurity in the air-flow for flowing through it,
Can be with coating powders shape catalyst inside it, above-mentioned catalyst can be used for decomposing the pernicious gas in air, such as including use
In metal oxide of decomposing nitrogen oxide etc..
In some embodiments of the present utility model, the first ion wind generation apparatus 41 and second in same air channel
Axial flow blower 32 is configured to controllably select a startup optimization or simultaneously startup optimization, the first ion wind hair in different air channels
Generating apparatus 41 is configured to controllably startup optimization simultaneously, and the second axial flow blower 32 in different air channels is configured to controllably same
When startup optimization.Thus it may be such that indoor apparatus of air conditioner 1 is worked in and the quiet of air-supply only driven by the first ion wind generation apparatus 41
Sound pattern only drives quickly cooling/speed heat pattern of air-supply by the second axial flow blower 32 or passes through the first ion wind generation apparatus 41
Drive the Wind Volume pattern of air-supply simultaneously with the second axial flow blower 32.That is, the utility model can by it is above-mentioned extremely
The start-up and shut-down control of a few first ion wind generation apparatus 31 and at least one above-mentioned the second axial flow blower 32, is realized in air conditioning chamber
Machine 1 at least has quickly cooling/speed heat, Jing Yin and three kinds of mode of operations of Wind Volume, so as to meet different user or same user exists
A variety of use demands under different situations, improve the usage experience of user.
Specifically, under the silent mode, the not startup optimization, indoor apparatus of air conditioner 1 of the second axial flow blower 32 in all air channels
Only driven and blown at least one above-mentioned air outlet 12 by the first all ion wind generation apparatus 41, powered air-flow stream
Through the air channel in the second axial flow blower 32, the second axial flow blower 32 does not produce any driving effect to air-flow.Due to this practicality
The background noise of the close even below interior of operating noise when the first new ion wind generation apparatus 41 is run, therefore significantly
Overall noise when indoor apparatus of air conditioner 1 is run is reduced degree, solves the industry problem of ultralow Jing Yin air-supply.Such a pattern is fitted
The situation later for the use environments such as medical treatment, child custody and the operation a period of time of indoor apparatus of air conditioner 1.In quickly cooling/speed heat
Under pattern, all the first ion wind generation apparatus 41 not startup optimization, indoor apparatus of air conditioner 1 only passes through the second all axle stream wind
Machine 32 drives at least one above-mentioned air outlet 12 and blown, powered the first ion of airflow passes wind generation apparatus 41, first
Ion wind generation apparatus 41 does not produce any driving effect to air-flow.Due to the second axial flow blower 32 air output relatively
Greatly, refrigerating efficiency or heating efficiency are of a relatively high, therefore, it is possible to rapidly alleviate the temperature of interior.Such a pattern is applied to air-conditioning
Indoor set 1 just starts the situation or the rapid situation freezed or heated of other needs of startup optimization.Under Wind Volume pattern, the
One ion wind generation apparatus 41 and the second axial flow blower 32 can controllably startup optimization simultaneously, with simultaneously to it is above-mentioned at least one go out
Air port 12 is blown, and that is to say that air-flow is sent after the multiple driving effect of the first ion wind generation apparatus 41 and the second axial flow blower 32
Go out.Therefore, such a pattern is applied to situation, more fast-refrigerating or the feelings quickly heated being had higher requirements to air quantity and wind speed
Shape and other situations being had higher requirements to wind speed.
In some alternate embodiments, the first ion wind generation apparatus 41 and the second axial flow blower 32 in each air channel
Number can be two, three or it is more than three more.That is, being respectively provided with the setting that is in series in each air channel
At least two first ion wind generation apparatus 41 and at least two second axial flow blowers 32.At least two first ion wind occurs
The axial flow blower 32 of device 41 and at least two second can be according to any feasible sequential series in same air channel.
In some embodiments of the present utility model, heat-exchanger rig 20 includes integral type tabular evaporator (referring to Fig. 2 to figure
5 illustrated embodiments), and at least one first axial flow blower 31 is respectively positioned on heat exchange with least one first ion wind generation apparatus 41
The front side (referring to Fig. 4 and embodiment illustrated in fig. 5) of device 20 is respectively positioned on the rear side of heat-exchanger rig 20 (referring to shown in Fig. 2 and Fig. 3
Embodiment), so as to be driven by least one above-mentioned first axial flow blower 31 and at least one above-mentioned first ion wind generation apparatus 41
Dynamic air-flow flows at least one air outlet 12 after the heat exchange of heat-exchanger rig 20.It that is to say, filled by all air stream drives
The air-flow for being sent to air outlet 12 for putting driving is heat exchange air-flow.Thus, the indoor apparatus of air conditioner 1 of the embodiment is more applicable for soon
In speed refrigeration or the environment quickly heated.
In other embodiments of the present utility model, the quantity of the first axial flow blower 31 is one, and heat-exchanger rig 20 is wrapped
Include the integral type tabular evaporator for being arranged at the front side of the first axial flow blower 31 or rear side；Or referring to Fig. 6, the first axial flow blower 31
Quantity to be multiple, heat-exchanger rig 20 includes segmented tabular evaporator 21, the hop count of evaporator 21 and the first axial flow blower 31
Number it is identical, multi-stage evaporation device 21 is respectively arranged in the air channel where multiple first axial flow blowers 31.That is, heat exchange
The evaporator of device 20 is only arranged in the air channel at the place of the first axial flow blower 31, so that by each first axial flow blower
31 driving air-flows by corresponding evaporator 21 heat exchange after flow to a corresponding air outlet at least one air outlet 12, by
The air-flow that each first ion wind generation apparatus 41 drives flows directly into a corresponding air outlet at least one air outlet 12.
In other words, the air-flow driven by the first axial flow blower 31 all formed by the heat exchange of heat-exchanger rig 20 temperature it is higher or compared with
Low heat exchange air-flow, the air-flow driven by the first ion wind generation apparatus 41 being arranged in parallel with the first axial flow blower 31 without
The heat exchange of heat-exchanger rig 20 and form natural airflow.Exchange heat air-flow with natural airflow phase at air outlet 12 or near air outlet 12
The milder mixing wind of ratio of moderate temperature is mixed and formed, so as to avoid cold wind or hot blast from directly blowing to human body, sky is improved
The comfort level of indoor set 1 is adjusted, makes the usage experience of user more preferably.
Further, referring to Fig. 6, the first axle where every section of evaporator 21 of heat-exchanger rig 20 can be respectively positioned on it in air channel
The front side of flow fan 31.In other embodiments, every section of evaporator 21 of heat-exchanger rig 20 can be respectively positioned on air channel where it
The rear side of the first interior axial flow blower 31.
In some alternative embodiments of the present utility model, the multi-stage evaporation device 21 of heat-exchanger rig 20 can also be only
It is arranged in the air channel with the second axial flow blower 32.In other alternative embodiments, the position of heat-exchanger rig 20 is also
Other feasible changes can be made.
As can be seen here, the design such as shape, position of indoor apparatus of air conditioner 1 of the present utility model exchange thermal 20 be respectively provided with compared with
Big flexibility, to be conducive to the design and arrangement of the other structures of indoor apparatus of air conditioner 1.
Fig. 7 is the signal of an electric discharge module of the first ion wind generation apparatus according to the utility model one embodiment
Property structure decomposition figure.In some embodiments of the present utility model, referring to Fig. 7, each first ion wind generation apparatus 41 is wrapped
Include at least one electric discharge module 410.Each electric discharge module 410 is respectively provided with wire netting 411 and positioned at the rear side of wire netting 411 and in battle array
Arrange multiple spray points 412 of arrangement.Wire netting 411 extends in the plane perpendicular to fore-and-aft direction.Uniformly divide on wire netting 411
It is furnished with the through hole of circular port, square opening, diamond hole or other shapes.Spray point 412 has discharge tip, and the discharge tip can be straight
To the center of a certain through hole of wire netting 411.Apply positive or negative high voltage electrode, spray point respectively on spray point 412 and wire netting 411
412 equivalent to the radiation pole for producing corona discharge, and wire netting 411 is equivalent to receiving pole.
That is, each the flow direction of the ion wind produced by electric discharge module 410 is multiple spray points from back to front
412 is identical with flowing to for the arragement direction of wire netting 411 and ion wind.
Fig. 8 is the schematic cross sectional views of the electric discharge module according to the utility model one embodiment.Referring to Fig. 8, in order to carry
The air supply velocity of macroion wind generation apparatus, designer of the present utility model has carried out substantial amounts of measuring wind speed experiment, experiment knot
Fruit finds, by the needle point of each spray point 412 and wire netting 411 be arranged to apart from L it is met L=aL1(wherein, a is model
Be trapped among the either constant between 0.7~1.3, i.e. a can value be 0.7,0.8,0.9,1.0,1.1,1.2 or 1.3, L1To cause gold
The ion wind wind speed for belonging to the wind speed central spot of net 411 reaches maximum wind velocity VmaxWhen spray point 412 needle point and wire netting 411
The distance between, the wind speed central point of wire netting 411 for spray point 412 subpoint of the needle point on wire netting 411) relation
Afterwards, on the one hand, the ion wind wind speed produced by the first ion wind generation apparatus 41 and the second ion wind generation apparatus 42 can be more
The normal use demand of user is met well, on the other hand, also can ensure that spray point 412 produces effective ion in wire netting 411
It can be partly overlapped in the region of wind with the effect for the projection for reaching shadowless lamp, so that the ion wind distribution of wire netting 411
It is more uniform.
In order to improve the air output of ion wind generation apparatus, designer of the present utility model has carried out substantial amounts of needle point projection
The experiment of radius measurement, experimental result is found, the distance between the needle point of two neighboring spray point 412 R is arranged to expire it
Sufficient R=aR1(wherein, R1Maximum wind velocity V is reached for wind speedmaxThe distance between b times of measuring wind speed point and wind speed central point, b
The either constant for being scope between 0.3~0.7, i.e. b can value be 0.3,0.4,0.5,0.6 or 0.7, a value with it is above-mentioned
It is identical) relation after, the ion wind air quantity energy produced by the first ion wind generation apparatus 41 and the second ion wind generation apparatus 42
It is enough preferably to meet the normal use demand of user.Meanwhile, the distance between two neighboring spray point 412 is specifically designed
Afterwards, it can either avoid cancelling out each other because closely wind speed occurs for distance very much between two neighboring spray point 412, two can be avoided again
The distance between spray point 412 is too remote and causes air quantity reduction and air volume adjustment uneven.
As can be seen here, the utility model is by rationally designing the spatial relation of spray point 412 and wire netting 411, and
The position relationship of the multiple spray points 412 of rational deployment each other, may be such that the first ion wind generation apparatus 41 and second simultaneously
Ion wind generation apparatus 42 can produce the ion wind of uniform, larger air quantity, so as to improve the first ion wind generation apparatus
41 and second air supply velocity of ion wind generation apparatus 42, air output and air-supply efficiency.
In some embodiments of the present utility model, each first ion wind generation apparatus 41 include along the longitudinal direction according to
Secondary arrangement and the multiple electric discharge modules 410 connected in parallel or series, each electric discharge module 410 are respectively provided with wire netting 411 and are located at
The rear side of wire netting 411 and the multiple spray points 412 being arranged in array.Thus, the spray point 412 in each electric discharge module 410 with
Corona discharge phenomenon will be produced between corresponding wire netting 411, so as to may be such that ion wind is carried out by multiple electric discharge modules 410
Repeatedly accelerate, it is possible to achieve the superposition of wind speed, higher wind velocity is gone out to obtain.And it can be formed under high speed air-out effect
Negative pressure, further increases intake, the air supply velocity for improving multipole ion air-supply module, air output and air-supply efficiency.
In some embodiments of the present utility model, the spray point 412 of two neighboring electric discharge module 410 is straight to arrangement,
That is, being overlapped per projection of the spray point 412 of two neighboring electric discharge module in the outlet air surface of ion wind generation apparatus.By
This, the region corresponding to the tip of each spray point 412 can produce larger stronger electric field, therefore the region can produce local wind
The higher ion wind of speed, the ion wind, which blows to the another user of meeting with user, has stronger wind sense.In other words, such a arrangement side
Formula can be obtained near each wind speed central point of wire netting 411 part larger wind speed, with lifted indoor apparatus of air conditioner 1 individually by
Wind sense during the driving air-supply of ion wind generation apparatus.
In some alternative embodiments of the present utility model, the spray point 412 of two neighboring electric discharge module 410 misplaces
Arrangement.Embodiment illustrated in fig. 9 is one of which dislocation arrangement, and wherein OZ axles represent short transverse, and OY axles are represented laterally.For
Readily appreciate, by the structure of two neighboring electric discharge module 410 respectively with solid line and shown in phantom.The dislocation arrangement is：
Misplace arrangement in the horizontal per the spray point 412 of two neighboring electric discharge module, and per the corresponding electric discharge of two neighboring electric discharge module
Projection of the pin 412 in the outlet air surface of ion wind generation apparatus 10 is in same horizontal line (i.e. per two neighboring electric discharge module
The dislocation arrangement of spray point 412, but the height residing for corresponding spray point 412 is identical).Thus, in the horizontal direction several
More uniform soft wind can be produced in the range of linearity, the superposition of multiple electric discharge modules can form larger in the range of linearity again
Ion wind wind speed in stronger electric field, therefore the range of linearity is of a relatively high.Further, the spray point of multiple electric discharge modules
412 every groups formed in the horizontal plane, three spray points projection adjacent to each other is respectively formed isosceles triangle, to ensure ion
The ion wind that wind generation apparatus is produced is distributed than more uniform.
Embodiment illustrated in fig. 10 is another dislocation arrangement, and wherein OZ axles represent short transverse, and OY axles are represented laterally.
In order to make it easy to understand, by the structure of two neighboring electric discharge module 410 respectively with solid line and shown in phantom.Another dislocation arrangement
Mode is：Per the spray point 412 of two neighboring electric discharge module, dislocation is arranged in transverse direction and vertical direction.Thus, ion
The ion wind that wind generation apparatus is produced can be uniformly distributed in its outlet air surface, with low-voltage, existing fringing field intensity, the feelings of low-power
The air-supply of soft, uniform Wind Volume is realized under condition.That is, equal per the spray point 412 of two adjacent electric discharge modules 410
Mutual dislocation, the gap that can be filled up between multiple spray points 412 of each electric discharge module 410.Thus, can be in wire netting 411
Formed in whole region than more uniform ion wind, improve overall air output.Further, the electric discharge of multiple electric discharge modules
Every group of three spray points projection adjacent to each other that pin 412 is formed in the outlet air surface of ion wind generation apparatus is respectively formed equilateral
Triangle, to ensure that the ion wind distribution that ion wind generation apparatus is produced is more uniform.
In some embodiments of the present utility model, referring to Fig. 7, each electric discharge module 410 also includes housing 416, had
The metal conductive strips 413 of multiple metallic conduction pieces 414 and electrically connected and perpendicular to metal conductive strips with metal conductive strips 413
413 at least one PCB multilayer board 415.PCB multilayer board 415 has front and rear two layers of insulating protective layer and positioned at two layers of insulation
Conductive layer between protective layer, the conductive layer is electrically connected with metallic conduction piece 414.Buckle is offered on the bottom wall of housing 416
4161, the metallic conduction piece 414 of metal conductive strips 413 is fastened in the buckle 4161 of housing 416.
The quantity of PCB multilayer board 415 can be one, and its is generally rectangular；Or the quantity of PCB multilayer board 415 can
Think multiple, the perpendicular elongated strip extended in metal conductive strips 413 of each PCB multilayer board 415.
Multiple spray points 412 are evenly distributed in the outside towards wire netting 411 of at least one PCB multilayer board 415.Tool
Body, several pin holes for being used to install spray point 412 are offered on the outer surface of each PCB multilayer board 415.Pin hole
Aperture is slightly smaller than the diameter of spray point 412, so that pin hole is interference fitted with spray point 412.Around the pin hole for inserting spray point 412
Provided with the packed layer filled up by welding procedure, it that is to say that being provided with around spray point 412 for pin hole passes through welding procedure
The packed layer filled up, to ensure that spray point 412 keeps good electrical connection with the conductive layer in PCB multilayer board 415, while may be used again
Strictly conductive layer is avoided to be exposed to outside, so as to avoid producing the phenomenon for leaving about electricity or sparking.
Correspondingly, each second ion wind generation apparatus 42 may also comprise is arranged in order and in parallel or string along the longitudinal direction
Join multiple electric discharge modules of connection, the structure of the electric discharge module and the electric discharge module 410 of above-mentioned first ion wind generation apparatus 41
Structure it is identical, therefore repeat no more.
Indoor apparatus of air conditioner 1 of the present utility model is preferably wall-mounted indoor apparatus of air conditioner, and rear side with being spaced between the walls
A certain distance, in order to which air-flow is flowed into inside casing 10 from air inlet 11.
It will be understood by those skilled in the art that in case of no particular description, alleged by the utility model embodiment
The term that " on ", " under ", " interior ", " outer ", " horizontal stroke ", "front", "rear" etc. are used to represent orientation or position relationship is with air conditioning chamber
For on the basis of the real use state of machine 1, these terms are for only for ease of description and understand technology of the present utility model
Scheme, rather than indicate or imply that the device or part of meaning must have specific orientation, therefore it is not intended that to this reality
With new limitation.
So far, although those skilled in the art will appreciate that herein it is detailed have shown and described it is of the present utility model many
Individual exemplary embodiment, still, still can be public according to the utility model in the case where not departing from the utility model spirit and scope
The content opened directly determines or derived many other variations or modifications for meeting the utility model principle.Therefore, this practicality is new
The scope of type is understood that and regarded as to cover other all these variations or modifications.
Claims (11)
1. a kind of indoor apparatus of air conditioner, it is characterised in that including：
Casing, with for entering its at least one internal air inlet and for for its internal air-flow stream for surrounding air
At least one air outlet gone out, at least one described air outlet is located at the front side of the casing；
Heat-exchanger rig, is arranged in the casing, and is configured to entering via at least one described air inlet in the casing
At least part air-flow carry out heat exchange；And
For controllably promoting the air-flow in the casing towards at least one first axle of at least one air outlet flowing
Flow fan and at least one first ion wind generation apparatus, at least one described first axial flow blower and it is described at least one first
Ion wind generation apparatus is arranged in the casing from least one described air inlet at least one described air-out with being in parallel
On the air current flow path of mouth.
2. indoor apparatus of air conditioner according to claim 1, it is characterised in that
At least one described first axial flow blower and at least one described first ion wind generation apparatus are transversely alternately arranged, and
Air-duct clapboard is provided between adjacent first axial flow blower and the first ion wind generation apparatus, so that each described the
It is separate between air channel residing for one axial flow blower and each first ion wind generation apparatus.
3. indoor apparatus of air conditioner according to claim 2, it is characterised in that
It is additionally provided with air channel where each first axial flow blower for promoting the fraction in the casing towards institute
State the second ion wind generation apparatus of one at least one air outlet flowing, the second ion wind generation apparatus with this
One axial flow blower is arranged in the casing from least one described air inlet at least one air outlet with being in series
On air current flow path.
4. indoor apparatus of air conditioner according to claim 3, it is characterised in that
The front side of the second ion wind generation apparatus where each first axial flow blower is respectively positioned on it in air channel, or often
The rear side of the second ion wind generation apparatus where individual first axial flow blower is respectively positioned on it in air channel；And
First axial flow blower and the second ion wind generation apparatus in same air channel are respectively positioned on the heat exchange dress
The front side put or the rear side for being respectively positioned on the heat-exchanger rig.
5. indoor apparatus of air conditioner according to claim 4, it is characterised in that
First axial flow blower and the second ion wind generation apparatus in same air channel are configured to controllably select one
Startup optimization or simultaneously startup optimization, first axial flow blower in different air channels are configured to controllably while starting fortune
OK, the second ion wind generation apparatus in different air channels is configured to controllably startup optimization simultaneously, so that
The indoor apparatus of air conditioner, which is worked in, only to be driven quickly cooling/speed heat pattern of air-supply by first axial flow blower or only passes through
The silent mode of the second ion wind generation apparatus driving air-supply passes through first axial flow blower and second ion
Wind generation apparatus drives the Wind Volume pattern of air-supply simultaneously.
6. indoor apparatus of air conditioner according to claim 2, it is characterised in that
It is additionally provided with air channel where each first ion wind generation apparatus for promoting the fraction in the casing
Towards the second axial flow blower of a flowing at least one described air outlet, second axial flow blower and first ion
Wind generation apparatus is arranged in the casing from least one described air inlet at least one air outlet with being in series
On air current flow path.
7. indoor apparatus of air conditioner according to claim 6, it is characterised in that
The front side of second axial flow blower where each first ion wind generation apparatus is respectively positioned on it in air channel, or often
The rear side of second axial flow blower where the individual first ion wind generation apparatus is respectively positioned on it in air channel；And
The first ion wind generation apparatus in same air channel is respectively positioned on the heat exchange with second axial flow blower and filled
The front side put or the rear side for being respectively positioned on the heat-exchanger rig.
8. indoor apparatus of air conditioner according to claim 7, it is characterised in that
The first ion wind generation apparatus and second axial flow blower in same air channel are configured to controllably select one
Startup optimization or simultaneously startup optimization, the first ion wind generation apparatus in different air channels are configured to controllably simultaneously
Startup optimization, second axial flow blower in different air channels is configured to controllably startup optimization simultaneously, so that
The indoor apparatus of air conditioner, which is worked in, only to be driven the silent mode of air-supply by the first ion wind generation apparatus or only leads to
Cross quickly cooling/speed heat pattern of second axial flow blower driving air-supply or by the first ion wind generation apparatus and described the
Two axial flow blowers drive the Wind Volume pattern of air-supply simultaneously.
9. indoor apparatus of air conditioner according to claim 1, it is characterised in that
The heat-exchanger rig include integral type tabular evaporator, and at least one described first axial flow blower with it is described at least one
First ion wind generation apparatus is respectively positioned on the front side of the heat-exchanger rig or is respectively positioned on the rear side of the heat-exchanger rig, so that by institute
The air-flow for stating at least one first axial flow blower and the driving of at least one described first ion wind generation apparatus is changed described in
At least one described air outlet is flowed to after thermal heat exchange.
10. indoor apparatus of air conditioner according to claim 1, it is characterised in that
The quantity of first axial flow blower is one, the heat-exchanger rig include being arranged on front side of first axial flow blower or
The integral type tabular evaporator of rear side；Or the quantity of first axial flow blower is multiple, the heat-exchanger rig includes segmentation
Formula tabular evaporator, the hop count of the evaporator is identical with the number of first axial flow blower, and evaporator described in multistage is distinguished
It is arranged in the air channel where multiple first axial flow blowers, so that
By the air-flow of each first axial flow blower driving after the corresponding evaporator heat exchange described in flow direction at least
A corresponding air outlet, the air-flow driven by each first ion wind generation apparatus flow directly into institute in one air outlet
State a corresponding air outlet at least one air outlet.
11. indoor apparatus of air conditioner according to claim 1, it is characterised in that
Each first ion wind generation apparatus is multiple including what is be arranged in order and connect in parallel or series along the longitudinal direction
Discharge module, and each electric discharge module is respectively provided with the wire netting that extends in the plane perpendicular to fore-and-aft direction and positioned at described
Wire netting rear side and the multiple spray points being arranged in array；And
The spray point of the two neighboring electric discharge module is straight to be arranged to arranging or misplacing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720081665.9U CN206545974U (en) | 2017-01-22 | 2017-01-22 | Indoor apparatus of air conditioner |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720081665.9U CN206545974U (en) | 2017-01-22 | 2017-01-22 | Indoor apparatus of air conditioner |
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| CN206545974U true CN206545974U (en) | 2017-10-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108344039A (en) * | 2017-01-22 | 2018-07-31 | 青岛海尔空调器有限总公司 | Air conditioner indoor unit |
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2017
- 2017-01-22 CN CN201720081665.9U patent/CN206545974U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108344039A (en) * | 2017-01-22 | 2018-07-31 | 青岛海尔空调器有限总公司 | Air conditioner indoor unit |
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