CN207688231U - Air processor and air conditioner indoor unit, outdoor unit for air conditioner - Google Patents

Abstract

The utility model discloses a kind of air processor and air conditioner indoor unit, outdoor units, air conditioner has heat exchanging air duct, air processor includes shell, guiding wind turbine, water process part and water container, shell is equipped with air intake and air outlet slit, air-treatment air duct is equipped in shell, water process part is constructed is oriented to air-treatment air duct so that hydrone is contacted with the air in air-treatment air duct by the water in water container.The air processor of air conditioner indoor unit according to the present utility model, wind turbine, water process part and water container are guided by setting, guiding wind turbine can introduce room air or outdoor air in air-treatment air duct, water in water container can be oriented in air-treatment air duct by water process part, steam in air-treatment air duct can remove the dust granule in air, and improve the humidity of air.Furthermore, it is possible to which outdoor fresh air is introduced interior, realize that wind effect is changed in interior.

Description

Air processor and air conditioner indoor unit, outdoor unit for air conditioner

Technical field

The utility model is related to household electrical appliance technical fields, specifically, more particularly to a kind of air for air conditioner Processing unit and air conditioner indoor unit, outdoor unit.

Background technology

In recent years, with China's expanding economy, the excessively rapid growth of urban population and the quickening of urbanization process, occur The air pollution problems inherents such as haze have become the focus of people's extensive concern.

In the related technology, the purification of air conditioner indoor unit is by being arranged the side such as multiple filtration net, solid absorbent, electronics dedusting Formula, working method be using filter screen barrier filtering, electron adsorption, solid absorbent absorption contaminated air in liquid or Solid granulates.Such dedusting method grit is blocked on filter screen, dust collecting electrode or adsorbent, and grit stops portion of air Into in air conditioner room unit, reduce air inlet, to reduce the working efficiency of air conditioner indoor unit.Moreover, filtering Net, adsorbent often need to be cleaned or be replaced, some grits and harmful bacteria are adhered in filter screen, refrigerator, grid and air door, Cleaning is difficult, be easy to cause air secondary pollution.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.For this purpose, the utility model carries Go out a kind of air processor for air conditioner, the air processor of the air conditioner indoor unit has simple in structure, operation Convenient advantage

The utility model also proposes a kind of air conditioner indoor unit, and the air conditioner indoor unit includes above-mentioned air processor.

The utility model also proposes a kind of air-conditioner outdoor unit, and the air-conditioner outdoor unit includes above-mentioned air processor.

According to the air processor for air conditioner of the utility model embodiment, the air conditioner indoor unit has heat exchange Air duct, the air processor includes shell, guides wind turbine, water process part and water container, at the guiding wind turbine, the water Reason part and the water container are respectively provided in the shell, and the shell is equipped with air intake and air outlet slit, the shell It is interior to be equipped with air-treatment air duct, the water process part be constructed by the water in the water container be oriented to the air-treatment air duct with Hydrone is set to be contacted with the air in the air-treatment air duct.

According to the air processor of the utility model embodiment, wind turbine, water process part and water container are guided by setting, Guiding wind turbine can introduce room air or outdoor air in air-treatment air duct, and water process part can be by the water in water container It is oriented in air-treatment air duct, when room air flows in air-treatment air duct, steam in air-treatment air duct can be with The dust granule in air is removed, and improves the humidity of air.Furthermore, it is possible to which outdoor fresh air to be introduced to indoor, realization interior Change wind effect.Make room air more pure and fresh as a result, improves indoor air quality.

At least part of some embodiments according to the present utility model, the air-treatment air duct is laterally extended, described Water process part includes applying water part, and the water container is connected with the water part of applying to supply water to the water part of applying, described to apply water part quilt It is configured to apply water towards the part being laterally extended in the air-treatment air duct.

Further, the top applied water part and be located at the water container, the water part of applying are formed as horizontal-extending flat Plate shape, the bottom wall for applying water part are equipped with multiple water jets, and the roof for applying water part and/or side wall are equipped with and the water The connected water inlet of container, the water process part further includes the part that draws water being located in the water container, it is described draw water part with it is described It applies water part and is connected and described apply water part to pump to the water in the water container.

In some embodiments of the utility model, at least part in the air-treatment air duct extends longitudinally, institute It includes applying water part to state water process part, and the water container is connected with the water part of applying to supply water to the water part of applying, described to apply water part Water is given to the longitudinal extension part in the air-treatment air duct.

Further, the water part of applying is configured to spray water downward, and the water part of applying includes porous sieve plate and water route, described Porous sieve plate is equipped with multiple through-holes, and the one end in the water route is connected with the water container and the other end in the water route is positioned at described To supply water towards the porous sieve plate, the water process part further includes being located at drawing water in the water container for the top of porous sieve plate Part, it is described draw water part with it is described apply water part and be connected described apply water part to pump to the water in the water container.

Some embodiments according to the present utility model, the water process part include wet film and Shi Shui parts, the water container with The water part of applying is connected to supply water to the water part of applying, and the water part of applying applies water to the wet film, and the wet film is located at the sky In gas disposal air duct.

In some embodiments of the utility model, the water container is configured to sink, and the water process part includes fetching water Part, the part of fetching water are rotatably arranged in the shell, and the part of fetching water is configured to the water in the sink being oriented to institute Air-treatment air duct is stated so that hydrone is contacted with the air in the air-treatment air duct.

Further, the part of fetching water is multiple and along the direction interval point for the rotation axis for being parallel to the part of fetching water The motor shaft of cloth, the guiding wind turbine is connected with the part of fetching water with part rotation of fetching water described in driving.

Some embodiments according to the present utility model, the water process part include water container and rotatable centrifugation water dumping At least part of part, the centrifugation water dumping part stretches into the water of the water container to utilize centrifugal action in the air-treatment Water curtain is formed in air duct.

Further, the rotation axis of the centrifugation water dumping part extends longitudinally, and the centrifugation water dumping part is configured to To the rotation axis surrounding water spray of the centrifugation water dumping part.

Some embodiments according to the present utility model, the air processor further include clean unit, and the purification is single Member is located in the shell and is located at the upstream of the water process part on air-flow direction.

In some embodiments of the utility model, the air processor further includes thermostat unit, the temperature Degree adjusts the upstream that unit is located in the shell and is located at the water process part on air-flow direction.

Some embodiments according to the present utility model, further include humidifying unit, and the humidifying unit is located in the shell And it is located at the downstream of the water process part on air-flow direction.

Further, the humidifying unit includes humidification membrane.

In some embodiments of the utility model, the water process part is configured to water spraying to the air-treatment wind Road.

Some embodiments according to the present utility model, the heat exchanging air duct and the air processor are respectively provided at described In the indoor unit of air conditioner, the air intake includes fresh air inlet and indoor wind inlet.

According to the air conditioner indoor unit of the utility model embodiment, the air conditioner indoor unit includes：Indoor heat exchanging part, it is described Indoor heat exchanging part includes shell, indoor heat exchanger and indoor fan, and the indoor heat exchanger and the indoor fan are located at institute It states in shell；With air processor described above, the air processor is located in the indoor heat exchanging part.

According to the air conditioner indoor unit of the utility model embodiment, by being provided with air processor in air conditioner indoor unit, Water in water container can be oriented in air-treatment air duct by water process part, when room air flows in air-treatment air duct When, a large amount of steam can remove the dust granule in air in air-treatment air duct, and improve the humidity of air.As a result, Keep room air more pure and fresh, improves indoor air quality.

Utility model according to the air-conditioner outdoor unit of the utility model embodiment, including：Outdoor heat exchange part, the outdoor are changed Hot part includes shell, outdoor heat exchanger and outdoor fan, and the outdoor heat exchanger and the outdoor fan are located at the shell It is interior；Air processor described above, the air processor are located on the outdoor heat exchange part.

According to the air-conditioner outdoor unit of the utility model embodiment, by the way that air processor is arranged, water process part can incite somebody to action Water in water container is oriented in air-treatment air duct, when outdoor air flows in air-treatment air duct, wind channel at air In steam can remove the dust granule in air, improve the humidity of air.Furthermore, it is possible to outdoor new to indoor introducing Wind makes room air more pure and fresh, improves indoor air quality as a result,.

The additional aspect and advantage of the utility model will be set forth in part in the description, partly will be from following description In become apparent, or recognized by the practice of the utility model.

Description of the drawings

The above-mentioned and/or additional aspect and advantage of the utility model will in the description from combination following accompanying drawings to embodiment Become apparent and is readily appreciated that, wherein：

Fig. 1 is the structural schematic diagram according to the air processor for air conditioner of the utility model embodiment；

Fig. 2 is the structural schematic diagram according to the air processor for air conditioner of the utility model embodiment；

Fig. 3 is the structural schematic diagram according to the air processor for air conditioner of the utility model embodiment；

Fig. 4 is the structural schematic diagram according to the air processor for air conditioner of the utility model embodiment；

Fig. 5 is the structural schematic diagram according to the air processor for air conditioner of the utility model embodiment；

Fig. 6 is the structural schematic diagram according to the air processor for air conditioner of the utility model embodiment；

Fig. 7 is the structural schematic diagram according to the air conditioner indoor unit of the utility model embodiment；

Fig. 8 is the structural schematic diagram of the other direction of air conditioner indoor unit shown in fig. 8；

Fig. 9 is air conditioner indoor unit sectional view shown in fig. 8；

Figure 10 is the structural schematic diagram according to the air conditioner indoor unit of the utility model embodiment；

Figure 11 is the structural schematic diagram of the other direction of air conditioner indoor unit shown in Figure 10；

Figure 12 is air conditioner indoor unit sectional view shown in Figure 10；

Figure 13 is the structural schematic diagram according to the air conditioner indoor unit of the utility model embodiment；

Figure 14 is the structural schematic diagram according to the air conditioner indoor unit of the utility model embodiment.

Reference numeral：

Air processor 100,

Shell 10, air intake 110, indoor wind entrance 110a, fresh air inlet 110b, air outlet slit 120,

Wind turbine 20 is guided,

Water process part 30 applies water part 31a, and porous sieve plate 311, water route 312, draw water part 32a, wet film 33a, and fetch water part 34a, Centrifugation water dumping part 35a, water dumping wheel 351, shaft 352, water curtain 355,

Water container 40, sink 40a,

Clean unit 50, humidifying unit 70,

Air conditioner indoor unit 800, shell 810, the first space S 1, air inlet 811, air outlet 812, second space S2 are indoor Wind is passed through mouth 821, indoor wind pass-out mouth 822, and fresh air is passed through mouth 823, indoor heat exchanger 830, indoor fan 840.

Specific implementation mode

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and should not be understood as to the utility model Limitation.

In the description of the present invention, it should be understood that term " longitudinal direction ", " transverse direction ", " thickness ", "upper", "lower", The fingers such as "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside", " axial direction ", " radial direction ", " circumferential direction " The orientation or positional relationship shown be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description the utility model and Simplify description, does not indicate or imply the indicated device or element must have a particular orientation, with specific azimuth configuration And operation, therefore should not be understood as limiting the present invention.In addition, define " first ", the feature of " second " can be bright Show or implicitly include one or more this feature.In the description of the present invention, unless otherwise indicated, " multiple " It is meant that two or more.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, can also be electrical connection；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, it can understand above-mentioned art with concrete condition The concrete meaning of language in the present invention.

Below with reference to Fig. 1-Figure 14 descriptions according to the air processor for air conditioner of the utility model embodiment 100。

As shown in Fig. 1-Figure 14, according to the air processor 100 for air conditioner of the utility model embodiment, air-conditioning Utensil has heat exchanging air duct (not shown), and room air, which can enter, as a result, carries out heat exchange in heat exchanging air duct, to Realize the refrigeration or heat-production functions of air conditioner.

As shown in figs 1 to 6, air processor 100 includes shell 10, guiding wind turbine 20, water process part 30 and water container 40, guiding wind turbine 20, water process part 30 and water container 40 are respectively provided in shell 10, and shell 10 is equipped with 110 He of air intake 120 air intake air outlet slit of air outlet slit, it should be noted that " air intake 110 " described here can both make interior Air flows into shell, and outdoor air can also be made to flow into shell.It is equipped with air-treatment air duct in shell 10, is leading as a result, Under the action of air-introduced machine 20, room air or outdoor air can be introduced from air intake 110 in air-treatment air duct, and Air-treatment is handled in air duct, and air after processing is flowed out from air outlet slit 120, and by introducing outdoor air Interior may be implemented interior and change wind effect, to improve indoor air quality.

It should be noted that can be connected between heat exchanging air duct and air-treatment air duct, pass through air-treatment air duct as a result, Treated, and air can enter progress heat exchange in heat exchanging air duct, to make the air of outflow have more comfortable temperature Degree；Can also be mutually isolated between heat exchanging air duct and air-treatment air duct, thus, it is possible to prevent the air in heat exchanging air duct and sky Air in gas disposal air duct interferes with each other, to avoid air processor from influencing operational efficiency and the operation of air conditioner Stability.

Water process part 30 is constructed is oriented to air-treatment air duct so that hydrone and air-treatment by the water in water container 40 Air contact in air duct.It should be noted that the water in water container 40 can be imported air-treatment air duct by water process part 30 It is interior, make to be furnished with the droplet largely moved in air-treatment air duct or forms cascade, moisture film etc. in air-treatment air duct.Work as room When interior air flows in air-treatment air duct, air collides with steam, the steam moved in air-treatment air duct as a result, The dust carried secretly in air can be removed, furthermore, it is possible to improve the humidity of air.Flowed in air-treatment air duct when air When, " washing " is have passed through, keeps the air-flow flowed out from air outlet slit 120 more pure and fresh, improves indoor air quality.

According to the air processor 100 of the utility model embodiment, wind turbine 20,30 and of water process part are guided by setting Water container 40, guiding wind turbine 20 can introduce room air and/or outdoor air in air-treatment air duct, and water process part 30 can The water in water container 40 to be oriented in air-treatment air duct, when room air flows in air-treatment air duct, at air Steam in reason air duct can remove the dust granule in air, and improve the humidity of air.Furthermore, it is possible to by outdoor fresh air Interior is introduced, realizes that wind effect is changed in interior.Make room air more pure and fresh as a result, improves indoor air quality.

As shown in Figure 1, at least part in air-treatment air duct is laterally extended, water process part 30 includes applying water part 31a, water Container 40 is connected with water part 31a is applied to supply water to applying water part 31a, applies water part 31a and is configured to cross towards air-treatment air duct Water is applied to the part of extension.

It is understood that the air draught into air conditioner indoor unit 800 is divided into two parts, a part enters heat exchange wind Road, another part enter air-treatment air duct.The air draught of heat exchanging air duct blows to interior, air-treatment wind through refrigerating/heating In flowing, the air draught flowed through can be dusted, humidify air in road by applying the water droplet that water part 31a sprays, and be passed through The air draught of dedusting and humidification can flow out under the action of guiding wind turbine 20 from air outlet slit 120.

According to above-mentioned narration, play the role of adjusting room air, warp via the air draught blown out in heat exchanging air duct Play the role of being dusted room air and humidifying by the air draught blown out in air-treatment air duct.

In some embodiments, as Figure 1-Figure 2, water part 31a is applied to be configured to spray water downward.So that applying water part The structure of 31a is simple.Specifically, the surface that water part 31a is located at water container 40 is applied, water process part 30 further includes being located at water container The part 32a that draws water in 40, the part 32a that draws water apply water part 31a with applying water part 31a and be connected to pump to the water in water container 40.Certainly It is understood that the top that water container 40 may be located on applying water part 31a is made with the effect using gravity in water container 40 Water enter and apply in water part 31a.

It is understood that the working efficiency for the part 32a that draws water can be adjusted to control into the flow stream for applying water part 31a Amount.For example, when room air is more dry, the power for the part 32a that draws water can be increased, can be made in this way from applying water part 31a The water droplet of ejection is more, and certain humidification is played while to air draught dedusting.When room air more moistens, The power for the part 32a that draws water can be reduced, can be reduced in this way from the water droplet for applying the 31a ejections of water part so that via guiding wind turbine 420 The content of steam reduces in the air-flow of blowout.The water that water part 31a sprays is applied in conclusion increasing the part 32a that draws water and can adjust, To promote user's usage comfort.

Some embodiments according to the present utility model apply water part 31a and are formed as horizontal-extending flat as Figure 1-Figure 2 Plate shape, the bottom wall for applying water part 31a are equipped with multiple water jets, and the roof and/or side wall for applying water part 31a are equipped with and water container 40 Connected water inlet.It can make that applying the water droplet that water part 31a sprays more equably falls, and promotes dust removing effects in this way.

In some embodiments, as shown in Figure 1, air processor 100 further includes pedestal, water part 31a and water container are applied 40 are located on pedestal, and the upright peripheral wall of pedestal is equipped with the inlet side and air side of the lateral extension portions in air-treatment air duct. Generally vertically, the water-drop-shaped persistently to fall becomes together " cascade ", empty for the direction of air-flow flowing and the direction of water drops flows down as a result, When gas air-flow passes through cascade, cascade can fully play the role of " washing away " air draught, improve air processor 100 Dust removing effects.

In other optional embodiments, as shown in Fig. 2, the upright peripheral wall of pedestal is equipped with the cross in air-treatment air duct To the inlet side of extension, horizontal peripheral wall is equipped with the vertically extending part air side in air-treatment air duct.Air-flow stream as a result, The direction in dynamic direction and water drops flows down is filled on the contrary, can enable apply the water droplet that water part 31a sprays in this way with air draught Tap is touched, and the dust removing effects of air processor 100 are improved.

Some embodiments according to the present utility model, as shown in figure 3, at least part in air-treatment air duct is prolonged along longitudinal direction It stretches, water process part 30 includes applying water part 31a, and water container 40 is connected with water part 31a is applied to the 31a water supply of water part is applied, to apply water part 31a Water is given to the longitudinal extension part in air-treatment air duct.Wherein, water container 40 is chosen as water tank, but not limited to this.

For example, as shown in figure 3, air intake 110 is connected to air outlet slit 120 by air-treatment air duct, room air It can flow into from air intake 110 in air-treatment channel and be flowed along air-treatment channel, finally by 120 row of air outlet slit Go out.

Specifically, the guiding operation of wind turbine 20 at air intake to generate negative pressure, air flows into sky from air intake 110 In gas disposal channel, when air flow to the longitudinal extension part timesharing in air-treatment channel, air can be in contact with water, due to Water has certain viscosity, and the formaldehyde, a large amount of fine particles in air can adhere to such as dust, flue dust in water, with to sky Gas is purified, and purified air returns to interior from air outlet slit 120, so as to ensure the health of user.

Water is given to the longitudinal extension part in air-treatment air duct so that the circulation area of air flow path due to applying water part 31a It remains constant, ensure that the purification air output of air processor 100, to be applied to sky when air processor 100 When adjusting indoor unit 800, it is ensured that the purification air output of air conditioner indoor unit 800 promotes the working efficiency of air conditioner indoor unit 800.

It in specific embodiment of the utility model, is configured to spray water downward as shown in figure 3, applying water part 31a, guides wind Machine 20 can be located at the downstream of water process part 30, and guide the top that wind turbine 20 is located at water process part 30, to which water is in itself weight Flow downward out and be sprayed to the longitudinally extending portion in air-treatment air duct from applying water part 31a under force effect, and the density of air compared with The small and bottom-up flowing in the longitudinally extending portion in air-treatment air duct under the driving of guiding wind turbine 20, to air Free convection is formed with water so that it can be come into full contact between air and water, ensure the clean-up effect of air, it is simple in structure, just In realization.It is understood that guiding wind turbine 20 may be located on the side of water process part 30, to drive air to flow.

In the further embodiment of the utility model, it includes porous sieve plate 311 and water route 312, porous sieve to apply water part 31a Plate 311 is equipped with multiple through-holes, and the one end in water route 312 is connected with water container 40 and the other end in water route 312 is located at porous sieve plate 311 Top with towards porous sieve plate 311 supply water.For example, as shown in figure 3, porous sieve plate 311 is located in air-treatment air duct, and it is empty The air side in gas disposal air duct is located at the top of porous sieve plate 311 so that the air in air-treatment air duct need to initially pass through porous The air side in air-treatment air duct is flow to after sieve plate 311.A certain amount of water, the first end in water route 312 are filled in water container 40 It can be connected with water container 40, and the first end in water route 312 is submerged in water, the second end in water route 312 is located at porous sieve plate 311 Top, water in water container 40 by water 312 first end flow to the second end in water route 312, to which porous sieve plate 311 can be with It sprinkles water to the longitudinally extending portion in air-treatment air duct, while moisture film is formed on porous sieve plate 311 so that air is across more Bubble is generated when the through-hole of hole sieve plate 311, due to the blocking of moisture film, bubbles burst can increase the contact surface of air and water Product so that more fine particles adhere in water, to improve the clean-up effect of air in air.

It is understood that the shape of through-hole, size, quantity and distribution can be arranged according to actual demand, with preferably Meet practical application.It is, of course, also possible to silk screen etc. there is porous structure to substitute porous sieve plate 311, but not limited to this.

In the alternative embodiment of the utility model, the top that water part 31a is located at water container 40 is applied, water process part 30 also wraps The part 32a that draws water being located in water container 40 is included, the part 32a that draws water is applied to pump to the water in water container 40 with applying water part 31a and be connected Water part 31a.For example, as shown in figure 3, the surface of water container 40 is formed with opening, applying water part 31a can set with open face It sets, the part 32a that draws water is located in water container 40 so that bottom-up pump to of the water in water container 40 is applied water part 31a, and applying water part 31a will Water spills the longitudinally extending portion to air-treatment air duct from up to down, is purified with air.After purification, water is made in its own gravity With in lower downward return water container 40, the recycling of water in water container 40 is realized, with using water wisely.Wherein, draw water part 32a It is chosen as water pump, but not limited to this.

Further, it applies water part 31a and is formed as horizontal-extending writing board shape, apply the bottom wall of water part 31a equipped with multiple Water jet, the roof and/or side wall for applying water part 31a are equipped with the water inlet being connected with water container 40.For example, in the example of fig. 3, Water inlet is located on the roof for applying water part 31a, and is connected between water inlet and multiple water jets.The part 32a that draws water can pass through Water route is connected with water part 31a is applied, and to draw water, the water in water container 40 can be evacuated to water inlet by part 32a, and then water is by multiple Water jet sprays and spills downwards the longitudinally extending portion to air-treatment air duct, increases the contact area of air and water, is promoted The clean-up effect of air.

Certainly, water inlet can also be only located on the side wall for applying water part 31a, or be applied on the roof and side wall of water part 31a It is equipped with water inlet.It is understood that the number of water inlet can be set as one or more according to actual demand, Er Qieduo Shape, size, number and the arrangement mode of a water jet can be arranged according to actual demand, actually be answered with preferably meeting With.

In some embodiments of the utility model, as shown in figure 4, water process part 30 includes wet film 33a, applies water part 31a With water container 40, water container 40 is connected with water part 31a is applied to the 31a water supply of water part is applied, to apply water part 31a and apply water towards wet film 33a, Wet film 33a is located in air-treatment air duct 421.

It is understood that the partial air air-flow in air conditioner can flow into air processor from air intake 110 100, wherein the air draught in air-treatment air duct can flow through wet film 33a, water container 40 with apply water part 31a and connect and even Logical, the water in water container 40, which can flow to, to be applied water part 31a and is sprayed water to wet film 33a by applying water part 31a, is flowed through on wet film 33a Air draught can be with the flow action on wet film 33a.Air can pass through wet film 33a, the dust of bulky grain that can be hindered It flows down every and with applying water part 31a and spray to the flow of wet film 33a, so as to be filtered to the air draught flowed through, dedusting And humidification, pass through the air draught after wet film 33a that can be flowed out from air outlet slit 120 under the action of guiding wind turbine 20.

As shown in figure 4, some embodiments according to the present utility model, apply water part 31a and are located at the top of wet film 33a with direction Wet film 33a applies water.It is understood that the upper end of wet film 33a can be sprayed to from the water that water part 31a sprays is applied, in flow itself Under the action of gravity, it can postpone and flow to interlude and the lower end of wet film 33a.Applying the water that water part 31a sprays as a result, can flow through Entire wet film 33a, so as to improve the function and effect of wet film 33a, and can reduce the jet power for applying water part 31a, to The excess power of water process part 410 can be reduced, and then improves the performance of air conditioner indoor unit 1.

As shown in figure 4, some examples according to the present utility model, wet film 33a is formed as cyclic annular, air-treatment air duct 421 The inlet side side and air-treatment air duct that are located at wet film 33a air side be located at wet film 33a inner space top.It can With understanding, the global shape of wet film 33a is tubular, and the air draught in air-treatment air duct can be from the outer of wet film 33a Peripheral wall flows into, and is flowed out from the internal perisporium of wet film 33a and (as shown in Figure 4 upper) flows upwards under external force.Air as a result, Air-flow can pass through wet film 33a, and dust can be combined with droplet, so as to realize the separation of air and dust, pass through wet film A small amount of droplet with dust of 33a can also downwards be fallen in self gravitation effect, so as to realize second of mistake of dust Filter.

In some embodiments of the utility model, the periphery wall for applying water part 31a towards wet film 33a is sprayed water.It is appreciated that , periphery wall of the spout close to wet film 33a of water part 31a is applied, the water that water part 31a sprays is applied and contacts the outer of wet film 33a at first Peripheral wall.When air draught is passed through from the periphery wall of wet film 33a as a result, it is attached to the dust of the larger particles on wet film 33a, it can Fallen with being applied the current scour that water part 31a sprays, and along the periphery wall of wet film 33a to flowing down, so as to avoid dust stifled Fill in the blow vent of wet film 33a.

In other embodiments of the utility model, applies water part 31a and be configured to be respectively facing wet film 33a and wet film It sprays water the inner space of 33a.Preferably, apply water part 31a part spout be distributed in wet film 33a inner space top, portion The top that spout is distributed in wet film 33a is divided to form annular.Wet film 33a can be scrubbed by spraying to the flow of wet film 33a, so as to incite somebody to action The dust adhered on wet film 33a is scrubbed, and the flow for spraying to the inner space of wet film 33a can be with the sky across wet film 33a Gas air-flow forms adverse current, can not only be combined with the dust in the partial air air-flow, and secondary filter is carried out to air draught, and And the wetness of air draught can also be improved, so as to improve the wettability of room air, and then it can improve user's Body-sensing comfort level.

As shown in figure 4, one embodiment according to the present utility model, the top that water part 31a is located at water container 40 is applied, at water It further includes the part 414 that draws water being located in water container 40 to manage part 410, and the part 414 that draws water is connected with water part 31a is applied with will be in water container 40 Water pump to and apply water part 31a.40 domestic demand of water container stores water, and volume, weight are larger, and water container 40 is set to and applies water part 31a's Lower section is conducive to the arrangement of water container 40.In addition, using the part 414 that draws water in water container 40 by water from the low water of gravitional force It pumps to that gravitional force is high to be applied in water part 31a in container 40, the flow of flow can also be controlled, avoid a large amount of water Larger pressure is formed to applying water part 31a.

In some embodiments of the utility model, as shown in figure 5, water container 40 is configured to sink 40a, water process part 30 It is rotatably arranged in shell 10 including the part 34a that fetches water, the part 34a that fetches water, the part 34a that fetches water is configured to the water in sink 40a Air-treatment air duct is oriented to so that hydrone is contacted with the air in air-treatment air duct.

It should be noted that the part 34a that fetches water when rotation, can get rid of the water in sink 40a to air in shell 10 It manages in air duct, makes to be furnished with the droplet largely moved in air-treatment air duct, form cascade.When room air or outdoor air exist When being flowed in air-treatment air duct, air collides during passing through cascade with droplet, is transported in air-treatment air duct as a result, Dynamic droplet can remove the dust carried secretly in air, furthermore, it is possible to improve the humidity of air.As a result, when air is in air When handling flowing in air duct, " washing " is have passed through, keeps the air-flow flowed out from air outlet slit 120 more pure and fresh, improves Interior Space Makings amount.

Some embodiments according to the present utility model, as shown in figure 5, the rotation axis horizontal extension for the part 34a that fetches water, fetches water At least part of part 34a stretches into screw clamp 40a.It is understood that the part 34a that fetches water can partly be stretched into sink 40a, It can also be totally immersed into sink 40a.As shown in the example of figure 5, the end portion of part 34a of fetching water stretches into sink 40a, beats Water part 34a can be rotated in perpendicular.As a result, when the part 34a that fetches water is rotated, the water in sink 40a can be got rid of into sky In gas disposal air duct, with to the air dust removal humidification in air-treatment air duct.And the parts part 34a of fetching water are set and stretch into sink In 40a, resistance when fetching water part 34a rotations, energy-saving consumption-reducing can be reduced.

In some embodiments of the utility model, as shown in figure 5, the part 34a that fetches water can be multiple and be beaten along being parallel to The direction of the rotation axis of water part 34a is spaced apart.Thus, it is possible to improve the droplet number of the movement in air-treatment air duct Amount improves the collision probability of droplet and air, so as to further increase 100 dust removing effects of air processor and add Wet effect.

Some embodiments according to the present utility model, as shown in figure 5, the motor shaft of guiding wind turbine 20 and part 34a phases of fetching water Even to drive part 34a rotations of fetching water.Thus, it is possible to make guiding wind turbine 20 and the shared driving motor of the part 34a that fetches water, save Production cost, moreover, convenient for the assembly of air processor 100, and keep the structure of air processor 100 simpler, tight It gathers,

In some embodiments of the utility model, through-hole (not shown) can be equipped on the part 34a that fetches water, through-hole exists It fetches water on the thickness direction of part 34a through the part 34a that fetches water.It is understood that by the way that through-hole is arranged on part 34a fetching water, when Fetch water part 34a rotation when, water can be filled up by stretching into the through-hole of the parts sink 40a fetched water on part 34a, with fetching water part 34a's Rotation, the water in through-hole can be got rid of in air-treatment air duct, improve the moisture content in air-treatment air duct as a result,. Moreover, when part 34a rotating speeds of fetching water are slower, through hole can form moisture film, when air passes through moisture film, can remove in air Dust and improve the humidity of air.

Some embodiments according to the present utility model, the part 34a that fetches water are fixed on the rotation fan blade of guiding wind turbine 20.Example Such as, the fan blade outer rim of guiding wind turbine 20 can be equipped at intervals with multiple convex ribs and be configured to the part 34a that fetches water, and multiple convex ribs can partly be stretched Enter to sink 40a, can also all stretch into guiding gutter 40a.As a result, when guiding the rotation of wind turbine 20, on the one hand, guiding wind Machine 20 can be flowed with the air-flow in certain driving air-flow flow path；On the other hand, multiple convex ribs can get rid of the water in sink 40a into gas It flows in flow path, makes to steam up in air flow path, that is, the effect for driving part 34a rotations of fetching water can be taken by guiding wind turbine 20.By This, simplifies the structure of air processor 100, has saved the production cost of air conditioner indoor unit 800.

Some embodiments according to the present utility model, water process part 30 include rotatable centrifugation water dumping part 35a, centrifugal drying At least part of water part 35a stretches into the water of water container 40 to form water curtain in air-treatment air duct using centrifugal action 355.Water curtain 355 can purify the air for entering air-treatment channel.Specifically, as shown in fig. 6, centrifugation water dumping A part of part 35a extend into the liquid level of water container 40 hereinafter, the water in water container 40 can be pumped into centrifugation water dumping part 35a, Centrifugation water dumping part 35a due to the effect of centrifugal force, makes water form one layer of water curtain in air-treatment air duct by own rotation 355.Guiding wind turbine 20 can guide room air to circulate in air-treatment air duct, and room air is passed through from water curtain 355, so Room air is discharged from air outlet slit 10b again afterwards.When room air passes through water curtain 355, hydrone in water curtain 355 can be with By in room air dust and dust particles etc. adsorbed and it made to be dissolved into water, so as to be played to room air The effect of purification can promote indoor air quality, it is possible thereby to promote the comfort level of client.

As shown in fig. 6, some embodiments according to the present utility model, the air side in air-treatment air duct is located at centrifugation water dumping The top of part 35a and the inlet side in air-treatment air duct are located at the side or bottom of water container 40, so as to be conducive at water Manage purification of the part 30 to room air.For example, the inlet side in air-treatment air duct is located at the bottom of water container 40, air-treatment wind The air side in road is located at the top of centrifugation water dumping part 35a.When air processor 100 works, water dumping part 35a is in air for centrifugation It handles and forms water curtain 355 in air duct, guiding wind turbine 20 guides room air to enter water process part 30, room from the bottom of water container 40 Interior air by the way of from bottom to top from centrifugation water dumping part 35a formed 355 lower part of water curtain pass through water curtain 355, finally from from Air side discharge above heart water dumping part 35a.Water curtain 355 by air dust and the purifications such as dust particles it is clean, so as to To promote the quality of room air.

As shown in fig. 6, some embodiments according to the present utility model, the rotation axis of centrifugation water dumping part 35a prolongs along longitudinal direction It stretches, and centrifuges water dumping part 35a and be configured to spray water to the rotation axis surrounding of centrifugation water dumping part 35a, so as to so that centrifugal drying The structure of water part 35a is simpler, can be conducive to the quick formation of water curtain 355.As shown in fig. 6, the rotation of centrifugation water dumping part 35a Shaft axis vertically extends, and centrifugation water dumping part 35a is rotated around its rotation axis and carried out towards the surrounding of its rotation axis Water spray, it is possible thereby to the similar hemispherical water curtain 355 formed, can increase the contact area of room air and water curtain 355, from And the impurity in room air can effectively be purified.

As shown in fig. 6, some embodiments according to the present utility model, centrifugation water dumping part 35a includes water dumping wheel 351, water dumping Wheel 351 is configured to form the negative pressuren zone extended in water container 40 from water dumping wheel 351 in rotation to suck in water container 40 Water and make sucking water formed water curtain 355, so as to be purified to room air.Specifically, centrifugation water dumping part 35a When work, water dumping wheel 351 can be rotated, and negative pressure is formed in water container 40, and water dumping wheel 351 sucks the water in water container 40 simultaneously It is sprayed water around by itself rotation, forms water curtain 355 in air-treatment air duct under the influence of centrifugal force.

As shown in fig. 6, in some embodiments of the utility model, water dumping wheel 351 is located at the surface of water container 40, and The madial wall of water curtain 355 towards water container 40 sprays, so as to so that water curtain 355 adequately purifies room air, by This can promote indoor air quality.Specifically, for example, when centrifugation water dumping part 35a work, water in water container 40 from lower and On be inhaled into water dumping wheel 351, water dumping wheel 351 is rotated around its rotation axis, and water dumping wheel 351 is during rotation to four Week sprays water, and a hemispherical water curtain 355 is thus formd in air-treatment air duct.It is understood that water dumping wheel 351 It can be arranged in the oblique upper of water container 40, as long as disclosure satisfy that the formation water curtain 355 in air-treatment air duct.It is optional Ground, water dumping wheel 351 can be disc, or regular polygon shape.

As shown in fig. 6, in some embodiments of the utility model, centrifugation water dumping part 35a further includes for driving water dumping The shaft 352 of 351 rotations is taken turns, is defined along its axially extending flow route in shaft 352, one end of flow route extends to Water dumping wheel 351, and the other end of flow route extends in water container 40, so as to facilitate the water sucking in water container 40 Water dumping wheel 351, it is possible thereby to be conducive to the formation of water curtain 355.

In a specific example of the utility model, centrifugation water dumping part 35a is equipped with centrifugal pump and driving motor, water dumping wheel 351 are set as hollow circular disc-shaped member, and multiple apopores are equipped on the bottom wall and side wall of water dumping wheel 351.Centrifugal pump setting exists In water container 40, the water in water container 40 can be pumped into water dumping wheel 351 by centrifugal pump by the flow route in shaft 352 In hollow space.Driving motor is connected with shaft 352, and driving motor can be rotated with drive shaft 352, it is possible thereby to drive Water dumping wheel 351 is rotated.When centrifuging water dumping part 35a work, centrifugal pump passes through the water in water container 40 in shaft 352 Flow route is pumped into water dumping wheel 351, and driving motor drive shaft 352 is rotated, and the water in flow route is in water dumping wheel It sprays to 351 surrounding of water dumping wheel from the apopore on the bottom wall and side wall of water dumping wheel 351 during 351 rotations, thus exists Water curtain 355 is formed in air-treatment air duct.

In another specific example of the utility model, centrifugation water dumping part 35a is equipped with centrifugal pump, and water dumping wheel 351 is arranged For hollow circular disc-shaped member, multiple apopores are equipped on the side wall of water dumping wheel 351, the distributing position of multiple apopores is according to stream Mechanics distribution is configured.When centrifuging water dumping part 35a work, the water in water container 40 is pumped into water dumping wheel by centrifugal pump In 351, the water in flow route is sprayed water outward by multiple apopores.The multiple water outlets in outside water spray of water dumping wheel 351 The turning moment in horizontal direction can be formed between hole, turning moment can drive water dumping wheel 351 to be rotated and form water Curtain 355, it is possible thereby to save the use cost of driving motor, can promote the efficiency of air processor 100.

In some embodiments of the utility model, as shown in figs. 9 and 12, air processor 100 can also include Clean unit 50, (air current flow direction as shown in arrow in Fig. 9 and Figure 12) clean unit 50 on air-flow direction In the upstream of water process part 30.Clean unit 50 can be filtered air purification as a result, and the bulky grain removed in air is miscellaneous Matter.In conjunction with shown in Fig. 1-Fig. 6, Fig. 9 and Figure 12, clean unit 50 can be set at air intake 110, and clean unit 50 can be with For filter membrane (such as HEPA films), so as to tentatively be filtered to flowing into the air in air processor 100, reduce into Enter the air plankton content in air processor 100.

Some embodiments according to the present utility model, air processor 100 can also include thermostat unit (in figure It is not shown), thermostat unit is located in shell 10 and thermostat unit is located at water process part 30 on air-flow direction Upstream, so as to realize the adjusting to indoor air temperature, to meet the use demand of client.It is understood that working as When indoor temperature is relatively low, thermostat unit can heat indoor gas, and the room air after the completion of heating passes through again It crosses water process part 30 to be purified, it is possible thereby to promote the temperature and cleannes of room air.When indoor temperature is higher, temperature Indoor gas can be cooled down by adjusting unit, and the room air after the completion of cooling again passes by water process part 30 and carries out only Change.It is possible thereby to realize indoor air temperature from main regulation, promote the practicability of air processor 100.

Optionally, semiconductor refrigerating element may be used in thermostat unit, can both have been made using the completion of Peltier effects Heat, and the function that can freeze.Of course, it should be understood that thermostat unit can also only have heat-production functions or refrigeration work( Energy.

In some embodiments of the utility model, as shown in figure 12, air processor 100 can also include humidifying unit 70, humidifying unit 70 is located at the downstream of water process part 30 on air-flow direction.Passing through water process part 30 as a result, treated Air can pass through humidifying unit 70 further filtering, humidification, to keep the air-flow flowed out from air outlet slit 120 more pure and fresh, Further improve indoor air quality.For example, it is relatively dry in winter room, it is easy to bring discomfort to the body of user.It will add Wet unit 70 is arranged in the downstream of water process part 30, and room air enters humidifying unit 70 after the purification of water process part 30, Humidifying unit 70 can further promote the humidity of room air, thus, it is possible to improve the comfortable of 120 effluent stream of air outlet slit Property.Optionally, humidifying unit 70 can carry out automatically controlling, and user can adjust humidifying unit 70 according to indoor actual conditions Working condition, it is possible thereby to realize the automatic adjustment of indoor humidity.

Further, humidifying unit 70 may include humidification membrane (not shown), so as to convenient to air humidity Adjusting.For example, humidifying unit 70 may include water drenching device and humidification membrane, water drenching device is arranged in the top of humidification membrane, humidification membrane Run through its air hole in a thickness direction equipped with multiple, water drenching device can persistently spray water to humidification membrane, to saturating Stable moisture film can be formed on stomata.When room air is after the processing of water process part 30, room air is again introduced into humidification Unit 70, from the air hole discharge in humidifying unit.When room air passes through moisture film, the hydrone in moisture film can be adsorbed on sky On gas molecule in gas, so as to promote the humidity of room air.

In some embodiments of the utility model, water process part 30 is configured to water spraying to air-treatment air duct.Such as Shown in Fig. 1-Fig. 3, water process part 30 can spray to the water in water container 40 in air-treatment air duct.As a result, when air is in sky It when being flowed in gas disposal air duct, can be collided with the steam in air-treatment channel, to which steam can remove the ash in air Dirt, and the humidity of air is improved, the air after dedusting humidification process flows out air processor 100 from air outlet slit 120, To improve indoor air quality.

Some embodiments according to the present utility model, heat exchanging air duct and air processor are respectively provided at air conditioner indoor unit In 800, thus, it is possible to prevent the air-flow in heat exchanging air duct and air processor 100 from interfering with each other.Air intake 110 May include fresh air inlet 110b and indoor wind entrance 110a.Outdoor air can enter sky by fresh air inlet 110b as a result, Flash Gas Compression Skid System 100, and it is flowed into interior from air outlet slit 120 after purified treatment in air processor 100, to Outdoor fresh air can be introduced indoors, further improve indoor air quality.Room air can then pass through indoor wind entrance 110a enters air processor 100, and purified treatment is carried out in air processor 100, air after treatment from Air outlet slit 120 is flowed into interior, realizes circulating for room air, and room air is made to obtain dust separation and humidification Processing, to improve indoor air quality.

According to the air conditioner indoor unit 800 of the utility model embodiment, air conditioner indoor unit 800 includes：Shell 810, interior are changed Hot device 830 and indoor fan 840, indoor heat exchanger 830 and indoor fan 840 are located in shell 810, and air can be as a result, It is got under the action of indoor fan 840 in heat exchanging part and carries out heat exchange with indoor heat exchanger 830, to realize air-conditioning The refrigeration or heating effect of indoor unit 800.Air processor 100 is located in indoor heat exchanging part.It should be noted that air Processing unit 100 can be set to inside shell 810, and shell 810 limits the shell 10 of air processor；Air processor 100 can also be set to outside shell 810, and the shell 810 of the shell 10 of air processor 100 and indoor heat exchanging part, which is fixed, to be connected It connects.

In some embodiments of the utility model, as shown in figs. 9 and 12,1 He of the first space S is equipped in shell 810 Second space S2, the first space S 1 have air inlet 811 and air outlet 812, and indoor air can be from air inlet 811 as a result, It enters in the first space S 1, and the first space S 1 is flowed out from air outlet 812 after treatment in the first space S 1.Shell 810 be equipped be passed through mouth 823 with second space S2 fresh airs be connected to, indoor wind is passed through mouth 821 and interior wind pass-out mouth 822.By This, outdoor air can be passed through mouth 823 from fresh air and enter in second space S2, and pass through air-treatment in second space S2 Device 100 carries out purification humidification process, flows out second space S2 from air outlet slit 120, is finally flowed into from indoor wind pass-out mouth 822 Interior improves indoor air quality to introduce outdoor fresh air to interior.Room air can be then passed through by indoor wind Mouth 821 enters in second space S2, and purifies humidification process by air processor 100 in second space S2, from sky Gas outlet outflow second space S2, finally flows into interior from indoor wind pass-out mouth 122, is circulated to realize indoor wind, And purification humidification process has been carried out to indoor wind, improve indoor air quality.

As shown in figs. 9 and 12, indoor heat exchanger 830 and indoor fan 840 are respectively provided in the first space S 1, as a result, Indoor fan 840 can drive room air in the first space S 1 and circulating inside, and enter in the first space S 1 Room air can exchange heat by indoor heat exchanger 830, the room air in the first space S 1 and indoor heat exchanger 830 into After row heat exchange, the first space S 1 is flowed out from air outlet 812, to complete the refrigeration or heating effect of air conditioner.

Air processor 100 is located in second space S2, is convenient for the layout of 800 internal structure of air conditioner indoor unit as a result, It prevents 1 internal structure of the first space S from being interfered with second space S2 internal structures, and the gas in the first space S 1 can be prevented Stream is interfered with the air-flow in second space S2, improves the operation stability and high efficiency of air conditioner indoor unit 800.

According to the air conditioner indoor unit 800 of the utility model embodiment, filled by the way that air-treatment is arranged in air conditioner indoor unit 800 100 are set, the water in water container 40 can be oriented in air-treatment air duct by water process part 30, when room air is in air-treatment wind When being flowed in road, a large amount of steam can remove the dust granule in air in air-treatment air duct, and improve the wet of air Degree.Make room air more pure and fresh as a result, improves indoor air quality.

In some embodiments of the utility model, as shown in Figure 13 and Figure 14, air conditioner indoor unit 800 is wall hanging machine.It can With understanding, wall hanging machine is small, takes up space small, by the way that air processor 100 is arranged in wall hanging machine, can improve The air quality of wall hanging machine outflow, keeps room air more pure and fresh, is conducive to the health of user, improves air conditioner indoor unit 800 overall performance.

Optionally, second space S2 can be located at the lower part of shell 810, and indoor wind pass-out mouth 822 is located at the bottom of shell 810 On wall.Thus, it is possible to which the air-flow blow-through user for preventing indoor wind pass-out mouth 822 from flowing out, goes out to improve air conditioner indoor unit 800 The comfort of wind.Specifically, the air processor in the lower part of shell 810, second space S2 is arranged in second space S2 100 can be guided room air room air to air-treatment from the bottom of air conditioner indoor unit 800 by guiding wind turbine 20 In device 100, room air is purified in air processor 100, after purification, room air is from 810 bottom of shell Indoor wind pass-out mouth 822 discharge on wall.

Some embodiments according to the present utility model, air inlet 811 can be located at the middle part of the front surface of shell 810, go out Air port 812 is two and positioned at the both sides of air inlet 811.Specifically, when air conditioner indoor unit 800 works, room air from Air inlet 811 in the front surface of shell 810 enters air conditioner indoor unit 800, and the heat that indoor heat exchanger 830 completes room air is handed over It changes, is then discharged from the air outlet 812 of 810 both sides of shell.By being arranged air outlet 812 in the both sides of shell 810, Ke Yishi Existing air conditioner indoor unit 800 is towards being blowed in both direction, so as to promote the governing speed of indoor temperature and improve sky The uniformity for adjusting indoor unit 800 to blow, and then improve the user experience of air conditioner indoor unit 800.

In some embodiments of the utility model, as shown in Fig. 7-Figure 12, air conditioner indoor unit 800 can be vertical air conditioner Device.It is understood that floor air conditioner is easy to remove, consequently facilitating the position of adjustment air conditioner indoor unit 800.Further, Second space S2 can be located at the lower part of shell 810, and indoor wind pass-out mouth 822 is located at the middle part of shell 810.Thus, it is possible to carry The exterior aesthetics of high air conditioner indoor unit 800, room air is after 100 purified treatment of air processor, from shell 810 The indoor wind pass-out mouth 822 in portion is blown into interior, is convenient for indoor air circulation flow.

Some embodiments according to the present utility model, air conditioner indoor unit 800 (can not also show including switch module in figure Go out), switch module is passed through mouth 823 with fresh air and indoor wind is passed through the cooperation of mouth 821 and is passed through mouth 823 and room to open or close fresh air Interior wind is passed through mouth 821, and switch module can control that fresh air is passed through mouth 823 and indoor wind is passed through at least one of mouth 821 and is in Opening state.

That is, switch module can control the opening and closing that fresh air is passed through mouth 823 and indoor wind is passed through mouth 821. For example, when not needing interior and changing wind, switch module, which can control, closes fresh air and is passed through mouth 823, and opens indoor wind and be passed through mouth 821, so that room air from indoor wind is passed through mouth 821 and is entered in second space S2 and carries out out dedusting, humidification, purification.Work as needs When changing wind to interior, control module can control the indoor wind of closing and be passed through mouth 821, and opens fresh air and be passed through mouth 823, thus by room Outer air, which introduces in second space S2, to be dusted, humidifies, purifies, to improve indoor air quality.Certainly, control is opened Closing S2 can also open simultaneously that fresh air is passed through mouth 823 and indoor wind is passed through mouth 821, and indoor air can be passed through mouth from indoor wind 821 enter second space S2, and outdoor air can be passed through mouth 823 from fresh air and enter second space S2, and two strands of air are second In space S 2 after dedusting, humidification, purification, second space S2 is flowed out from indoor wind pass-out mouth 122, to improve Interior Space makings Amount.

According to the air-conditioner outdoor unit (not shown) of the utility model embodiment, outdoor unit includes：Shell, outdoor heat exchange Device and outdoor fan, outdoor heat exchanger and outdoor fan are set inside the shell, as a result, air can under the action of outdoor fan into Enter in outdoor heat exchanging part and carry out heat exchange with outdoor heat exchanger, to realize the refrigeration or heating effect of air-conditioner outdoor unit.

Air processor 100 is located on outdoor heat exchange part.It should be noted that air processor can be set on outer Inside shell, shell limits the shell 10 of air processor；Air processor 100 can also be set to shell exterior, air The shell 10 of processing unit 100 is fixedly connected with the shell of outdoor heat exchange part.

In some embodiments of the utility model, it is equipped with third space in casing and the 4th space, heat exchanging air duct is located at In third space, outdoor heat exchanger and outdoor fan are located in third space, and outdoor air can guide air to as a result, In three spaces, and the air in third space can carry out heat exchange with outdoor heat exchanger, realize the refrigeration or system of air conditioner Thermal effect.Casing is equipped with the fresh air access apertures being connected to the 4th space and fresh air hole, and fresh air hole connects with indoor environment Logical, air processor 100 is located in the 4th space.Outdoor air can enter the 4th space from fresh air access apertures as a result, Interior, and pass through 100 dedusting humidification process of air processor in the 4th space, outdoor air after treatment can be from new Wind hole enters interior, to introduce outdoor fresh air to interior, further improves indoor air quality.

According to the air-conditioner outdoor unit of the utility model embodiment, by the way that air processor 100 is arranged, water process part 30 can The water in water container 40 to be oriented in air-treatment air duct, when outdoor air flows in air-treatment air duct, at air Steam in wind channel can remove the dust granule in air, improve the humidity of air.Furthermore, it is possible to indoor introducing room Outer fresh air makes room air more pure and fresh, improves indoor air quality as a result,.

Sky is used for according to the utility model embodiment with five specific embodiment detailed descriptions referring to Fig. 1-Fig. 6 Adjust the air processor 100 of device.

Embodiment one：

As shown in Figure 1, air processor 100 includes shell 10, guiding wind turbine 20, water process part 30 and water container 40.

Wherein, it guides wind turbine 20, water process part 30 and water container 40 to be respectively provided in shell 10, shell 10 is equipped with air Entrance 110 and air outlet slit 120, shell 10 is interior to be equipped with air-treatment air duct, and at least part in air-treatment air duct is laterally prolonged It stretches.Air intake 110 is equipped in the left and right upright side walls of shell 10, air outlet slit 120 is located on the roof of shell 10, empty Gas enters air-treatment air duct from air intake 110, the first bottom horizontal flow sheet in air-treatment air duct, then flows straight up, most It is flowed out afterwards from air outlet slit 120.

Water process part 30 includes：It applies water part 31a and the part 32a that draws water, applies the surface that water part 31a is located at water container 40, water Container 40 is connected with water part 31a is applied to the 31a water supply of water part is applied, to apply water part 31a and be formed as horizontal-extending writing board shape, Shi Shui The bottom wall of part 31a be equipped with multiple water jet (not shown)s, apply water part 31a side wall be equipped be connected with water container 40 into The mouth of a river.The water in water container 40 can enter from inlet port and apply in water part 31a as a result, and equably be sprayed to air-treatment air duct Water drenching is dripped.In air-treatment air duct, air is in substantially opposite direction reverse flow with water droplet, it is thus possible to improve water droplet pair The cleaning dust removing effects and humidifying effect of air.

The part 32a that draws water is located in water container 40, and the part 32a that draws water is connected to water part 31a is applied, by the water pump in water container 40 Enter to apply in water part 31a.The working efficiency for the part 32a that draws water can be adjusted to control into the water flow for applying water part 31a.For example, When room air is more dry, the power for the part 32a that draws water can be increased, so that from the water droplet of water part 31a ejections is applied more It is more, play certain humidification while to air draught dedusting.When room air more moistens, it can reduce and draw water The power of part 32a, to reduce from the water droplet for applying the 31a ejections of water part so that steam in the air-flow blown out via guiding wind turbine 20 Content reduce.

As a result, by applying water part 31a shower waters into air-treatment air duct, when air flows in air-treatment air duct When, air is collided with steam, and steam can remove the dust in air, and improve the humidity of air, passes through air-treatment as a result, The cleanliness factor and humidity of device treated air are improved, to improve indoor air quality.

Embodiment two：

As shown in Fig. 2, what is different from the first embodiment is that in this embodiment, the air intake in air-treatment air duct 110 In on the vertical wall surface in 10 left side of shell, air outlet slit 120 is located on the vertical wall surface on 10 right side of shell, and and air intake 110 are oppositely arranged, and air enters air-treatment air duct from air intake 110, and along air-treatment air duct bottom horizontal flow sheet, finally from Air outlet slit 120 flows out.

As a result, when air flows in air-treatment air duct, the flow direction of air is substantially hung down with water droplet drippage direction Directly, so as to wash away the dust in air by water droplet, and the humidity of air is improved, improves indoor air quality as a result,.

Embodiment three：

As shown in figure 3, what is different from the first embodiment is that in this embodiment, at least part edge in air-treatment air duct It is longitudinally extended, applies water part 31a and spray water downward to the longitudinally extending portion in air-treatment air duct.Guiding wind turbine 20 is located at water process part 30 downstream, and guide wind turbine 20 and be located at the top of water process part 30, to water under self gravitation effect oneself apply water part 31a to Lower outflow and the longitudinally extending portion for being sprayed to air-treatment air duct, and the density of air is smaller and in the drive of guiding wind turbine 20 The bottom-up flowing in the longitudinally extending portion in air-treatment air duct under dynamic, to which air and water form free convection so that It can be come into full contact between air and water, ensure the clean-up effect of air, it is simple in structure, be easy to implement.

It is set as shown in figure 3, water process part 30 includes porous sieve plate 311, water route 312 and the part 32a that draws water, porous sieve plate 311 Have multiple through-holes, the lower end in water route 312 is connected with water container 40 and the upper end in water route 312 be located at the top of porous sieve plate 311 with It supplies water towards porous sieve plate 311.As shown in figure 3, porous sieve plate 311 is located in air-treatment air duct, and air-treatment air duct Air outlet slit 120 is located at the top of porous sieve plate 311 so that the air in air-treatment air duct need to initially pass through porous sieve plate 311 It flow to the air outlet slit 120 in air-treatment air duct afterwards.It is formed with moisture film on porous sieve plate 311 so that air is across porous sieve Bubble is generated when the through-hole of plate 311, due to the blocking of moisture film, bubbles burst can increase the contact area of air and water, make More fine particles in air are obtained to adhere in water, to improve the clean-up effect of air.

It is understood that the shape of through-hole, size, quantity and distribution can be arranged according to actual demand, with preferably Meet practical application.It is, of course, also possible to silk screen etc. there is porous structure to substitute porous sieve plate 311, but not limited to this.

The part 32a that draws water applies water part 31a with applying water part 31a and be connected to pump to the water in water container 40.As shown in figure 3, water The surface of container 40 is formed with opening, and applying water part 31a can be arranged with open face, and the part 32a that draws water is located in water container 40 Bottom-up pump to of the water in water container 40 is applied water part 31a, applies water part 31a and spill water from up to down to air-treatment air duct Longitudinally extending portion, purified with air.After purification, water returns downwards under self gravitation effect in water container 40, real The recycling for having showed water in water container 40, with using water wisely.Wherein, the part 32a that draws water is chosen as water pump, but not limited to this.

It applies water part 31a and is formed as horizontal-extending writing board shape, the bottom wall for applying water part 31a is equipped with multiple water jets, applies The side wall of water part 31a is equipped with the water inlet being connected with water container 40.

It is understood that the number of water inlet can be set as one or more according to actual demand, and multiple sprays Shape, size, number and the arrangement mode at the mouth of a river can be arranged according to actual demand, preferably to meet practical application.

It applies water part 31a by setting as a result, and makes to apply water part 31a and give water to the longitudinal extension part in air-treatment air duct, To which room air can be in contact with water, the health of user is purified, ensured to room air；Simultaneously because The circulation area of air flow path remains constant, ensure that the purification air output of air processor 100, at air When managing device 100 applied to air conditioner, the working efficiency of air conditioner indoor unit 800 can be promoted.

Example IV：

As shown in figure 4, what is different from the first embodiment is that in this embodiment, water process part 30 includes：Wet film 33a, Shi Shui Part 31a, draw water part 32a and water container 40, and water container 40 is connected with water part 31a is applied to the 31a water supply of water part is applied, to apply water part 31a Water is applied towards wet film 33a, wet film 33a is located in air-treatment air duct.

The partial air air-flow of air conditioner indoor unit 800 can flow into air processor 100 from air intake 110, wherein Air draught in air-treatment air duct can flow through wet film 33a, water container 40 with apply water part 31a and connect and be connected to, water container Water in 40, which can flow to, to be applied water part 31a and is sprayed water to wet film 33a by applying water part 31a, and the air draught on wet film 33a is flowed through It can be with the flow action on wet film 33a.Air can pass through wet film 33a, the dust of bulky grain that can be blocked and with applying The flow that water part 31a sprays to wet film 33a flows down, and so as to be filtered to the air draught flowed through, dedusting and humidification, passes through Air draught after wet film 33a can flow out under the action of guiding wind turbine 20 from air outlet slit 120.

As shown in figure 4, applying water part 31a is located at the top of wet film 33a to spray water towards wet film 33a, draw water part 32a and Shi Shui Part 31a is connected applies water part 31a to pump to the water in water container 40.40 domestic demand of water container stores water, and volume, weight are larger, will Water container 40 is set to the lower section for applying water part 31a, is conducive to the arrangement of water container 40.In addition, utilizing the part that draws water in water container 40 Water is pumped to out of gravitional force low water container 40 that gravitional force is high to be applied in water part 31a by 32a, can also be to the flow of flow It is controlled, a large amount of water is avoided to form larger pressure to applying water part 31a.It is understood that being sprayed from water part 31a is applied Water spray to the upper end of wet film 33a, under the action of flow its own gravity, can postpone flow to wet film 33a interlude and under End.Entire wet film 33a can be flowed through by applying the water that water part 31a sprays as a result, so as to improve the function and effect of wet film 33a, and And the jet power for applying water part 31a can be reduced, so as to reduce the excess power of water process part 30, and then improve in air conditioning chamber The performance of machine 800.

Wet film 33a is formed as cyclic annular, and the air intake 110 in air-treatment air duct is located at side and the air of wet film 33a The air outlet slit 120 in reason air duct is located at the top of the inner space of wet film 33a.It is understood that the global shape of wet film 33a For tubular, the air draught in air-treatment air duct can be flowed into from the periphery wall of wet film 33a, and from the internal perisporium of wet film 33a It flows out and (upper and lower directions as shown in Figure 4) flows upwards under external force.Air draught can pass through wet film 33a, ash as a result, Dirt can be combined with droplet, so as to realize the separation of air and dust, pass through a small amount of droplet with dust of wet film 33a also It can downwards be fallen in self gravitation effect, so as to realize second of filtering of dust.

As a result, by the way that water process part 30 is arranged in air conditioner indoor unit 800, the air draught in air-treatment air duct passes through When wet film 33a, the dirt in air can be made using the inertial collision of water droplet and grit with the water close contact on wet film 33a Grain, liquid and gaseous pollutant dissolve in water, so as to have the function that be isolated dust to a certain extent, and across wet The air of film 33a can carry part steam, and be flowed out from air outlet slit 120 under the action of guiding wind turbine 20, so as to The wetness of outlet air air-flow is improved, thus, it is possible to the property for extending the function of air conditioner indoor unit 800, improving air conditioner indoor unit 800 Can, the use comfort of user can also be improved.

Embodiment five：

As shown in figure 5, what is different from the first embodiment is that in this embodiment, water container 40 is formed as sink 40a, at water Reason part 30 is the part 34a that fetches water, and the part 34a that fetches water is rotatably arranged in shell 10.It, can when the part 34a that fetches water is rotated in shell 10 Getting rid of the water in sink 40a to air-treatment air duct, make to be furnished with the droplet largely moved in air-treatment air duct, be formed Cascade.When room air flows in air-treatment air duct, air collides during passing through cascade with droplet, by This, the droplet moved in air-treatment air duct can remove the dust carried secretly in air, furthermore, it is possible to improve the wet of air Degree.As a result, when air flows in air-treatment air duct, " washing " is have passed through, makes the air-flow flowed out from air outlet slit 120 more Add pure and fresh, improves indoor air quality.

As shown in figure 5, the 352 line horizontal extension of rotary shaft for the part 34a that fetches water, screw clamp 40a is stretched into the part for the part 34a that fetches water It is interior.The part 34a that fetches water can be rotated in perpendicular.As a result, when the part 34a that fetches water is rotated, the water in sink 40a can be got rid of Enter in air-treatment air duct, with to the air dust removal humidification in air-treatment air duct.And the parts part 34a of fetching water are set and stretch into water In slot 40a, resistance when fetching water part 34a rotations, energy-saving consumption-reducing can be reduced.

As shown in figure 5, the part 34a that fetches water is multiple and along the direction interval for 352 line of rotary shaft for being parallel to the part 34a that fetches water point Cloth.Thus, it is possible to improve the droplet quantity of the movement in air-treatment air duct, the collision probability of droplet and air is improved, So as to further increase the dust removing effects and humidifying effect of air processor 100.

The motor shaft of guiding wind turbine 20 is connected with the part 34a that fetches water to drive part 34a rotations of fetching water.Thus, it is possible to make guiding Wind turbine 20 and the part 34a that fetches water share a driving motor, have saved production cost, moreover, convenient for the dress of air processor 100 Match, and keep the structure of air processor 100 simpler, compact,

The part 34a that fetches water is equipped with through-hole (not shown), and through-hole is on the thickness direction for the part 34a that fetches water through part of fetching water 34a.It is understood that by the way that through-hole is arranged on part 34a fetching water, when fetch water part 34a rotations when, stretch into the parts sink 40a The through-hole fetched water on part 34a can fill up water, with the rotation for the part 34a that fetches water, the water in through-hole can be got rid of at air It manages in air duct, improves the moisture content in air-treatment air duct as a result,.Moreover, when part 34a rotating speeds of fetching water are slower, through-hole Place can form moisture film, when air passes through moisture film, can remove the dust in air and improve the humidity of air.

Wind turbine 20 and water process part 30 are guided by setting as a result, room air can be introduced air by guiding wind turbine 20 It handles in air duct, the water in sink 40a can be oriented in air-treatment air duct by the part 34a that fetches water of rotation, when room air exists When being flowed in air-treatment air duct, the droplet largely moved in air-treatment air duct can remove the dust granule in air, And improve the humidity of air.Make room air more pure and fresh as a result, improves indoor air quality.

Embodiment six：

As shown in fig. 6, what is different from the first embodiment is that in this embodiment, water process part 30 is rotatable centrifugal drying The part of water part 35a, centrifugation water dumping part 35a are stretched into the water of water container 40 to utilize centrifugal action shape in air-treatment air duct At water curtain 355.Water curtain 355 can purify the room air for entering water process part 30.As shown in fig. 6, centrifugation water dumping The liquid level of the lower end of part 35a to water container 40 centrifuges water dumping part 35a, centrifugal drying hereinafter, the water in water container 40 can be pumped into Water part 35a is by own rotation, due to the effect of centrifugal force, water is made to form one layer of water curtain 355 in air-treatment air duct.

Guiding wind turbine 20 can guide room air to circulate in air-treatment air duct, and room air is from from water curtain 355 It passes through, then room air is discharged from air outlet slit 120 again.When room air passes through water curtain 355, the water in water curtain 355 Molecule can by room air dust and dust particles etc. adsorbed and it made to be dissolved into water, so as to interior Air plays the role of purification, can promote indoor air quality, it is possible thereby to promote the comfort level of client.

As shown in fig. 6, the air side in air-treatment air duct is positioned at the top and air-treatment air duct for centrifuging water dumping part 35a Inlet side is located at the side or bottom of water container 40, so as to be conducive to purification of the water process part 30 to room air.Centrifugation 352 line of rotary shaft of water dumping part 35a extends longitudinally, and centrifuges water dumping part 35a and be configured to the rotation for centrifuging water dumping part 35a 352 line surrounding of axis is sprayed water, and so as to so that the structure of centrifugal drying water part 35a is simpler, and is conducive to the quick shape of water curtain 355 At.

As shown in fig. 6, centrifugation water dumping part 35a includes：Water dumping wheel 351 and shaft 352, water dumping wheel 351 are configured to turning It is formed from the negative pressuren zone that water dumping wheel 351 extends in water container 40 when dynamic to suck the water in water container 40 and make the water shape of sucking At water curtain 355, so as to be purified to room air.Specifically, when the 35a work of centrifugation water dumping part, water dumping wheel 351 can To be rotated, negative pressure is formed in water container 40, water dumping wheel 351 sucks the water in water container 40 and rotated around by itself It sprays water, forms water curtain 355 in air-treatment air duct under the influence of centrifugal force.

Water dumping wheel 351 is located at the surface of water container 40, and the madial wall of water curtain 355 towards water container 40 sprays, to Water curtain 355 can be made adequately to purify room air, it is possible thereby to promote indoor air quality.For example, centrifugation water dumping When part 35a work, the water in water container 40 is inhaled into water dumping wheel 351 from bottom to top, and water dumping wheel 351 surrounds its 352 line of rotary shaft It is rotated, water dumping wheel 351 is sprayed water around during rotation, and a hemisphere is thus formd in air-treatment air duct The water curtain 355 in face.

It being defined in shaft 352 along its axially extending flow route, one end of flow route extends to water dumping wheel 351, And the other end of flow route extends in water container 40, so as to facilitate the water sucking water dumping wheel 351 in water container 40, It is possible thereby to be conducive to the formation of water curtain 355.

It centrifuges water dumping part 35a and is equipped with centrifugal pump and driving motor (not shown), water dumping wheel 351 is set as hollow circle Dish is equipped with multiple apopores on the bottom wall and side wall of water dumping wheel 351.Centrifugal pump is arranged in water container 40, centrifugal pump Water in water container 40 can be pumped by the flow route in shaft 352 in the hollow space of water dumping wheel 351.Driving electricity Machine is connected with shaft 352, and driving motor can be rotated with shaft 352, it is possible thereby to which water dumping wheel 351 is driven to be rotated.When When centrifuging the 35a work of water dumping part, the water in water container 40 is pumped into water dumping wheel by centrifugal pump by the flow route in shaft 352 In 351, driving motor drive shaft 352 is rotated, and the water in flow route is during water dumping wheel 351 rotates from water dumping It is sprayed to 351 surrounding of water dumping wheel in apopore on the bottom wall and side wall of wheel 351, thus forms water curtain in air-treatment air duct 355。

As a result, by the way that rotatable centrifugation water dumping part 35a is arranged, centrifugation water dumping part 35a can be utilized by itself rotation The effect of centrifugal force makes the water in water container 40 form water curtain 355 in air-treatment air duct.When room air is in air-treatment It can be passed through from water curtain 355 when circulating in air duct, the hydrone in water curtain 355 can be by the dust and dust in room air Grain etc. is adsorbed and it is made to be dissolved into water, so as to play the role of purification to room air, can be promoted indoor Air quality.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ", The description of " example ", " specific example " or " some examples " etc. means specific features described in conjunction with this embodiment or example, knot Structure, material or feature are contained at least one embodiment or example of the utility model.In the present specification, to above-mentioned art The schematic representation of language may not refer to the same embodiment or example.Moreover, description specific features, structure, material or Person's feature can be combined in any suitable manner in any one or more of the embodiments or examples.

While there has been shown and described that the embodiments of the present invention, it will be understood by those skilled in the art that： Can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and objective, modification, replaced And modification, the scope of the utility model are limited by claim and its equivalent.

Claims (17)

1. a kind of air processor for air conditioner, which is characterized in that the air conditioner has heat exchanging air duct, the air Processing unit includes shell, guiding wind turbine, water process part and water container, the guiding wind turbine, the water process part and the water Container is respectively provided in the shell, and the shell is equipped with air intake and air outlet slit, is equipped at air in the shell Air duct is managed, the water process part is constructed is oriented to the air-treatment air duct so that hydrone and institute by the water in the water container State the air contact in air-treatment air duct；

The air processor is located in the outdoor unit of the air conditioner；Or

The heat exchanging air duct and the air processor are respectively provided in the indoor unit of the air conditioner, also, the air Entrance includes fresh air inlet and indoor wind inlet.

2. the air processor according to claim 1 for air conditioner, which is characterized in that air-treatment air duct At least part be laterally extended, the water process part includes applying water part, and the water container is connected with the water part of applying with to institute It states and applies the water supply of water part, the water part of applying is configured to apply water towards the part being laterally extended in the air-treatment air duct.

3. the air processor according to claim 2 for air conditioner, which is characterized in that the water part of applying is located at institute The top of water container is stated, the water part of applying is formed as horizontal-extending writing board shape, and the bottom wall for applying water part is equipped with multiple Water jet, the roof for applying water part and/or side wall are equipped with the water inlet being connected with the water container, and the water process part also wraps The part that draws water being located in the water container is included, the part that draws water is connected with the water part of applying to pump to the water in the water container It is described to apply water part.

4. the air processor according to claim 1 for air conditioner, which is characterized in that air-treatment air duct At least part extend longitudinally, the water process part includes applying water part, the water container with it is described apply water part be connected with to Described to apply the water supply of water part, the water part of applying gives water to the longitudinal extension part in the air-treatment air duct.

5. the air processor according to claim 4 for air conditioner, which is characterized in that the water part of applying is constructed At spraying water downward, the water part of applying includes porous sieve plate and water route, and the porous sieve plate is equipped with multiple through-holes, and the one of the water route End is connected with the water container and the other end in the water route is located at the top of the porous sieve plate with towards the porous sieve plate Supply water, the water process part further includes the part that draws water being located in the water container, it is described draw water part with it is described apply water part be connected with Water in the water container is pumped to and described applies water part.

6. the air processor according to claim 1 for air conditioner, which is characterized in that the water process part includes Wet film and Shi Shui parts, the water container are connected with the water part of applying to supply water to the water part of applying, and the water part of applying is to described wet Film applies water, and the wet film is located in the air-treatment air duct.

7. the air processor according to claim 1 for air conditioner, which is characterized in that the water container is configured to Sink, the water process part include part of fetching water, and the part of fetching water is rotatably arranged in the shell, and the part of fetching water is constructed At the water in the sink is oriented to the air-treatment air duct so that hydrone connects with the air in the air-treatment air duct It touches.

8. the air processor according to claim 7 for air conditioner, which is characterized in that the part of fetching water is multiple And it is spaced apart along the direction for the rotation axis for being parallel to the part of fetching water, the motor shaft and the part of fetching water of the guiding wind turbine It is connected with part rotation of fetching water described in driving.

9. the air processor according to claim 1 for air conditioner, which is characterized in that the water process part includes Water container and rotatable centrifugation water dumping part, at least part of the centrifugation water dumping part stretch into the water of the water container with profit With centrifugal action water curtain is formed in the air-treatment air duct.

10. the air processor according to claim 9 for air conditioner, which is characterized in that the centrifugation water dumping part Rotation axis extend longitudinally, and it is described centrifugation water dumping part be configured to it is described centrifugation water dumping part rotation axis surrounding spray Water.

11. the air processor according to claim 1 for air conditioner, which is characterized in that further include clean unit, The clean unit is located in the shell and is located at the upstream of the water process part on air-flow direction.

12. the air processor according to claim 1 for air conditioner, which is characterized in that further include that temperature is adjusted Unit, the thermostat unit are located in the shell and are located at the upstream of the water process part on air-flow direction.

13. the air processor according to claim 1 for air conditioner, which is characterized in that further include humidifying unit, The humidifying unit is located in the shell and is located at the downstream of the water process part on air-flow direction.

14. the air processor according to claim 13 for air conditioner, which is characterized in that the humidifying unit packet Include humidification membrane.

15. the air processor according to claim 1 for air conditioner, which is characterized in that the water process part quilt It is configured to water spraying to the air-treatment air duct.

16. a kind of air conditioner indoor unit, which is characterized in that including：

Indoor heat exchanging part, the interior heat exchanging part includes shell, indoor heat exchanger and indoor fan, the indoor heat exchanger It is located in the shell with the indoor fan；

According to the air processor described in any one of claim 1-15, the air processor is located at the interior and changes In hot part.

17. a kind of air-conditioner outdoor unit, which is characterized in that including：

Outdoor heat exchange part, the outdoor heat exchange part include shell, outdoor heat exchanger and outdoor fan, the outdoor heat exchanger It is located in the shell with the outdoor fan；

According to the air processor described in any one of claim 1-15, the air processor is located at the outdoor and changes In hot part.