CN106871305A

CN106871305A - humidifying and purifying device

Info

Publication number: CN106871305A
Application number: CN201611018930.5A
Authority: CN
Inventors: 孙常赫; 李晶雨; 朴正宅; 崔智恩; 郑敞旭; 金泰润; 李建荣; 李钟洙; 李庆浩
Original assignee: LG Electronics Inc
Current assignee: LG Electronics Inc
Priority date: 2015-10-30
Filing date: 2016-10-31
Publication date: 2017-06-20
Anticipated expiration: 2036-10-31
Also published as: KR102477459B1; JP2018532096A; KR20220047246A; KR102105072B1; KR20200119768A; CN106871305B; KR102494674B1; KR20220119592A; KR102510631B1; KR102437005B1; KR101969035B1; KR20170051231A; KR101939088B1; KR20180137469A; KR20170051242A; KR20220047245A; JP6835838B2

Abstract

The invention provides a humidifying and purifying device, comprising: a water tank for storing water; a visible body formed at least in part of the water tank and made of a material that can be seen through from the outside; a watering housing disposed in the water tank for pumping water stored in the water tank to the upper side after sucking the water into the water tank; a watering motor for rotating the watering shell; the injection port is arranged on the watering shell and used for injecting the pumped water; an air cleaning inlet disposed in the water tank, wherein air outside the water tank flows into the water tank; a discharge port disposed in the water tank, through which air flows to the outside; when the watering case rotates, water sprayed from the spray opening collides with the inner surface of the visible body, before passing through the air purge flow inlet, air flowing outside the water tank forms an outer main fluid flow, air passing through the air purge flow inlet forms an inner main fluid flow inside the water tank, and the inner main fluid flow flows toward the discharge opening through the sprayed water.

Description

Humidifying and purifying device

Technical field

The present invention relates to humidifying and purifying device.

Background technology

Conditioner has for controlling the air conditioner of the temperature of air, for removing the impurity of air to keep purification The air purifier of degree, for providing the humidifier of moisture, dehumidifier for removing the moisture in air etc. in air.

Existing humidifier is divided into：Jolting plate make water atomization and by its to air in spue vibration-type humidifier； And carry out the nature evaporation type humidifier of natural evaporation in humidifying filter.

The nature evaporation type humidifier is divided into：Using driving force rotating circular disk, the aerial disc surfaces of water are entered The disc type humidifier of row natural evaporation；Adding for natural evaporation is carried out because of the air for flowing in the humidification medium being soaked in water Wet filter type humidifier.

In humidification, the part in the air of flowing is filtered existing humidifier in the filter.

But, existing humidifier is only used in humidity low season, and air purifier does not have humidification function, therefore There are two products of outfit in need.

Also, in existing humidifier humidification function be its major function, for purify air air-cleaning function then It is its additional function, therefore there are the weaker problem of air-cleaning function.

Also, existing humidifier or air purifier cannot be distinguished by out humidification or purification of air and it is individually carried out Action.

The content of the invention

It is an object of the invention to provide a kind of humidifying and purifying device, humidification function and air-cleaning function independence can be made Acted.

It is an object of the invention to provide a kind of humidifying and purifying device, user can with the naked eye confirm to form on humidification stream Water droplet, and intuitively confirm the state that carries out of humidification.

It is an object of the invention to provide a kind of humidifying and purifying device, rain scape can be in a variety of ways performed.

It is an object of the invention to provide a kind of humidifying and purifying device, can be by the water that makes to be supplied to water A part is dispersed to perform rain scape.

It is an object of the invention to provide a kind of humidifying and purifying device, when being watered, can be by watering for rotating The wing makes the part in the water of injection be dispersed to perform rain scape again.

It is an object of the invention to provide a kind of humidifying and purifying device, can be generated during rain scape is performed it is cloudy from Son.

It is an object of the invention to provide a kind of humidifying and purifying device, watered or performed in air cleaning inside modules During rain scape, being optimal of air flow can be made.

It is an object of the invention to provide a kind of humidifying and purifying device, can effectively realize water, humidify, rain scape, on Supply water in portion.

The purpose of the present invention is not limited to the purpose for arriving mentioned above, and those skilled in the art can be by following Record is expressly understood that the other purposes not being mentioned to.

Humidifying and purifying device of the invention provides a kind of effective configuration knot for watering-humidifying the water supply of-rain scape-top Structure.

Humidifying and purifying device of the invention, wherein, including：Tank, for storing water；Visual main body, forms the tank In at least a portion, by that can be formed from the outside material that see of perspective；Water housing, and configuration, will be described in the tank Pumped up water the internal backward upside of water suction stored in tank；Pour water motor, water housing described in rotation；Jet, configuration In the housing that waters, the water for being pumped up water is sprayed；Air cleaning inflow entrance, configures in the tank, the water Air outside groove internally flows；Discharge opening, configures the air inside the tank, the tank to flows outside； When the housing that waters is rotated, collided with the visual main body medial surface from the water of jet injection, passed through Before the air cleaning inflow entrance, the air flowed in the outside of the tank forms outer primary fluid stream, by the air The be internally formed interior primary fluid stream of the air in the tank of inflow entrance is cleaned, the interior primary fluid stream is described by what is be injected Water flows to the discharge opening.

The interior primary fluid stream can be formed with the track of the water being injected in the way of intersecting.

Can be formed along horizontal direction from the track of the water of jet injection, the interior primary fluid stream can be along upper and lower Direction is formed.

The outer primary fluid stream can be formed along above-below direction.

The outer primary fluid stream can be formed with the flow direction of the interior primary fluid stream towards identical direction.

The air cleaning inflow entrance can form the connecting fluid for connecting the outer primary fluid stream and the interior primary fluid stream Stream, the connecting fluid stream forms 0 degree to 90 degree of angle relative to the flow direction of the outer primary fluid stream.

The present invention can also include：Tank humidifies medium, and configuration covers the air cleaning and flow into the inside of the tank Mouthful；The tank humidification medium is mutually separated with the water of storage in the tank, and the water from jet injection is visual with described After main body collides, wander downwards to soak the tank humidification medium, the connecting fluid stream is humidified by the tank It is humidified during medium.

From the track of the water of the jet injection position higher is located at than the air cleaning inflow entrance.

The jet is configurable on the position that can be seen by the visual main body.

The visual main body is located at position higher than the air cleaning inflow entrance.

The discharge opening is configurable on the top of the air cleaning inflow entrance, interior primary fluid stream side on the side under After flowing, spued to the discharge opening.

The interior primary fluid stream can flow along the medial surface of the visual main body.

When the housing that waters is rotated, the water from jet injection can be in the medial surface of the visual main body Form spray line.

Can be formed from the inner side of the tank towards the mode in outside from the track of the water of jet injection, passed through The flow direction of the air of the air cleaning inflow entrance can be formed from the outside of the tank towards the mode of inner side.

The present invention can also include：Cap assembly, configures on the top of the tank；The cap assembly includes：Supply water stream Road, water is provided to the tank；Discharge stream, spue the air flowed along the interior primary fluid stream；Flowed by described water supply The flow direction of the water of road supply is formed on the contrary with the flow direction of the interior primary fluid stream.

The water supplied by the water supply stream can be dropped to the top of the housing that waters, and be carried out in the housing that waters During rotation, the water dropped by the water supply stream is collided with the medial surface of the visual main body, the interior main fluid circulation The water dropped from the water supply stream is crossed to be flowed to the discharge opening.

The track of the water dropped by the water supply stream is located at higher than the track of the water from jet injection Position.

The present invention can also include：Hydrofoil is poured, is configured in the outside of the housing that waters；Rotated in the housing that waters When, at least one party in the water being injected or the water being dropped collides and is dispersed with the hydrofoil that pours.

Can be intersected with the interior primary fluid stream by the track for pouring the water that hydrofoil disperses.

The present invention can also include：Tank humidifies medium, and configuration covers the air cleaning and flow into the inside of the tank Mouthful；The tank humidification medium is mutually separated with the water of storage in the tank, and the water from jet injection is visual with described After main body collides, wander to soak the tank humidification medium downwards.

One kind that humidifying and purifying device of the invention has the effect that or its more than.

Firstth, rain scape can in a variety of ways be performed.

Secondth, when watering or rain scape is acted, can be optimal the air flow on air cleaning module periphery Change, so that the flow resistance of air reaches minimum.

3rd, due to be in turn laminated with for water structure, for humidify structure, the structure for rain scape and For top supply water structure, can make each function be organically connected go forward side by side action make.

4th, minimum is reached by changing the direction of connecting fluid stream, can makes what is flowed into air cleaning inflow entrance The flow resistance of air reaches minimum.

5th, minimum is reached by changing the direction of discharge fluid stream, the air spued to discharge stream can be made Flow resistance reaches minimum.

Effect of the invention is not limited to the effect for arriving mentioned above, and those skilled in the art can be from claim The record of book is expressly understood that other effects not being mentioned to.

Brief description of the drawings

Fig. 1 is the stereogram of the humidifying and purifying device of the first embodiment of the present invention.

Fig. 2 is the exploded perspective view of Fig. 1.

Fig. 3 is the decomposition front view of Fig. 1.

Fig. 4 is the profile cut open along the line B-B of Fig. 3.

Fig. 5 is the schematic diagram of the air flow of the humidifying and purifying device for showing the first embodiment of the present invention.

Fig. 6 is the stereogram that cap assembly is isolated in air cleaning module shown in Fig. 2.

Fig. 7 is the separation stereogram of cap assembly shown in Fig. 6 and the humidification medium housing that spues.

Fig. 8 is the profile of the air cleaning module shown in Fig. 4.

Fig. 9 is the enlarged drawing of the G shown in Fig. 8.

Figure 10 is the stereogram of the setting state for showing the housing that waters shown in Fig. 4.

Figure 11 is the front view of Figure 10.

Figure 12 is the profile cut open along the M-M lines of Figure 11.

Figure 13 is the top view of Figure 12.

Figure 14 is the exploded perspective view of the housing that waters shown in Figure 10.

Stereograms of the Figure 15 as viewed from the downside of Figure 14.

Figure 16 is the front view of Figure 14.

Figure 17 is the profile cut open along the N-N lines of Figure 16.

Figure 18 is the stereogram of the discharge humidification medium housing shown in Fig. 7.

Stereograms of the Figure 19 as viewed from the downside of Figure 18.

Figure 20 is the front view of Figure 18.

Figure 21 is the profile cut open along the line A-A of Figure 20.

Figure 22 is the enlarged drawing of the B for showing Figure 21.

Figure 23 is the enlarged drawing of the C for showing Figure 18.

Figure 24 is the exploded perspective view of Figure 18.

Stereograms of the Figure 25 as viewed from the downside of Figure 24.

Figure 26 is the front view of Figure 24.

Figure 27 is the profile cut open along the E-E lines of Figure 26.

Figure 28 is the enlarged drawing of the D for showing Figure 24.

Figure 29 is the enlarged drawing of the F for showing Figure 27.

Figure 30 is to show the schematic diagram by the spray line of jet.

Figure 31 is the schematic diagram of the air flow for showing air cleaning module.

Figure 32 is the schematic diagram of the track for showing the water by the injection of 2-1 jets.

Figure 33 is the schematic diagram of the track for showing the water by the injection of 2-2 jets.

Figure 34 is to carry out the schematic diagram of the track of the water based on the housing that waters when top is supplied water.

Figure 35 is to carry out the schematic diagram of the track based on the water for pouring hydrofoil when top is supplied water.

The explanation of reference

10：Filter assemblies；20：Blowing unit；300：Tank；400：Pour water unit；51：Tank humidifies medium；55：Tell Go out to humidify medium；100：Air cleaner module；110：Matrix；120：Upper main body；125：Tank insertion space；130：Lower main body； 140：Main body in upper；150：Blowing fan housing；160：Display module；170：Air guide member；200：Air cleaning module；210： Visual main body；230：Cap assembly；101：Suction passage；102：Filtering stream；103：Connection stream；104：Cleaning connection flow Road；105：Humidification connection stream；106：Humidification stream；107：Discharge stream；108：Air-supply stream；109：Water supply stream

Specific embodiment

Advantages of the present invention, feature and for realizing that its method can be by referring to accompanying drawing and the embodiment being described in detail later more Plus clearly.But, the present invention is not limited to embodiments disclosed below, and can be to be realized by variform, this implementation Example merely to more completely disclose the present invention, so as to the those of ordinary skill of the technical field belonging to the present invention more completely Prompting the scope of the present invention, the present invention is only defined by the scope of claims.Throughout the specification, identical accompanying drawing Mark represents identical structural detail.

Hereinafter, embodiments of the invention are described in detail referring to the drawings.

Fig. 1 is the stereogram of the humidifying and purifying device of the first embodiment of the present invention, and Fig. 2 is the exploded perspective view of Fig. 1, figure 3 is the decomposition front view of Fig. 1, and Fig. 4 is the profile cut open along the line B-B of Fig. 3, and Fig. 5 is to show that of the invention first implements The schematic diagram of the air flow of the humidifying and purifying device of example.

The humidifying and purifying device of the present embodiment includes：Air cleaner module 100 (air clean module)；And place In the air cleaning module 200 (air wash module) of the upside of the air cleaner module 100.

Filtered after the suction of air cleaner module 100 extraneous air, air filtering will be crossed and be supplied to the air clear Mold cleaning block 200.The air cleaning module 200 receives the humidification crossed air filtering and implement offer moisture, by humidifying air Spued to outside.

The air cleaning module 200 includes the tank 300 of storage water.When the air cleaning module 200 is isolated, The tank 300 can be separated from the air cleaner module 100.The air cleaning module 200 is placed on air cleaner The top of module 100.

User can isolate the air cleaning module 200, and the air cleaning to isolating from air cleaner module 100 Module 200 is cleaned.User can be to cleaning inside the air cleaner module 100 for isolating air cleaning module 200. In the case of isolating the air cleaning module 200, the top user oriented of the air cleaner module 100 is opened.

The air cleaner module 100 includes filter assemblies described later 10, can isolate filter assemblies from matrix 110 It is cleaned after 10.

User can be supplied water to the air cleaning module 200.Water supply stream is formed with the air cleaning module 200 Road 109 such that it is able to supplied water externally to the tank 300.

The water supply stream 109 is constituted in the way of the discharge stream 107 with discharge air is separated.The water supply stream 109 are configured to be supplied water to the tank at any time.For example, the situation in the air cleaning module 200 action Under, it is also possible to supplied water by water supply stream.For example, being combined in air cleaner module 100 in the air cleaning module 200 In the state of, it is also possible to supplied water by water supply stream.For example, in the air cleaning module 200 from air cleaner module In the state of 100 separate, it is also possible to supplied water by water supply stream.

The air cleaner module 100 is connected with air cleaning module 200 by connecting stream 103.Due to the sky Gas cleaning module 200 is set in a detachable fashion, and the connection stream 103 is distributed in air cleaner module 100 and sky Gas cleaning module 200.Only when the air cleaning module 200 is positioned over air cleaner module 100, air cleaning module 200 stream and the stream of air cleaner module 100 could be interconnected by connecting stream 103.

The connection stream that will be formed in the air cleaner module 100 is defined as cleaning connection stream 104, will be formed in institute The connection stream for stating air cleaning module 200 is defined as humidification connection stream 105.

The flowing of the air for passing through in the air cleaner module 100 and air cleaning module 200 will enter later The detailed description of row.

Hereinafter, air cleaner module 100 and air cleaning module 200 are described in more details.

The air cleaner module 100 includes：Matrix 110；Filter assemblies 10, configure in described matrix 110, are used for Air filtering；Blowing unit 20, configures in described matrix 110, for making air flow.

The air cleaning module 200 includes：Tank 300, stores the water for humidifying, and is placed in a detachable fashion The air cleaner module 100；Water unit 400 (watering unit) is poured, is configured inside the tank 300, injection is described The water of tank；Humidification medium 50, the water-soaked that water unit 400 sprays is poured by described, and moisture is provided to the air of flowing；It is visual main Body 210 (visual body), is combined with the tank 300, by it can be seen that the material of inside is formed；Cap assembly 230, The visual main body 210 is placed in a detachable fashion, the discharge stream 107 for being formed with discharge air and the confession supplied water Current road 109.

Suction passage 101, filtering stream 102, air-supply stream 108, cleaning are configured with the air cleaner module 100 to connect Connect stream 104.The air sucked by the suction passage 101 is connected via filtering stream 102, air-supply stream 108 to cleaning Stream 104 flows.

The air cleaning module 200 be configured with humidification connection stream 105, humidification stream 106, discharge stream 107 with And water supply stream 109.

The cleaning connection stream 104 of the air cleaner module 100 and the humidification connection stream of air cleaning module 200 105 are only just attached when air cleaning module 200 is positioned over air cleaner module 100.

Air filtering is crossed via humidification stream 106 by what the humidification connection stream 105 of the air cleaning module 200 was supplied And discharge stream 107 is to indoor discharge.The structure of the water supply stream 109 is made as being connected with humidification stream 106, but It is not spue air and can only receive water supply.

First, each structure to air cleaner module 100 is illustrated.

Described matrix 110 (base body) is by upper main body 120 (upper body) and lower main body 130 (lower body) Constitute.The main body 120 on the stacking of the upside of the lower main body 130 is described, the upper main body 120 and lower main body 130 are assembled.

Air is to the internal flow of described matrix 110.

Suction passage 101, filtering stream 102 and air-supply stream 108 are configured with the lower main body 130, and are configured with Works for forming the suction passage 101, filtering stream 102 and air-supply stream 108.

Main body 120 is configured with a part for connection stream 103 on described, and be configured with for will by filtered air to The works and the works for placing air cleaning module 200 of the guiding of air cleaning module 200.

Described matrix 110 includes：Lower main body 130, for forming profile, suction inlet 111 is formed with downside；Upper main body 120, for forming profile, it is combined with the upside of the lower main body 130.

The filter assemblies 10 are assembled in described matrix 110 in removably mode.

The filter assemblies 10 provide filtering stream 102, and extraneous air is implemented to filter.The filter assemblies 10 With the structure that can be loaded and unloaded in the horizontal direction relative to described matrix 110.The filter assemblies 10 with along vertical The mode that the flow direction of the upstream air in direction intersects is configured.The filter assemblies 10 are along horizontal direction Movement is slided, filtering is implemented to the air along the flowing of vertical direction upside.The filter assemblies 10 are entered in the way of level Row configuration, filtering stream 102 is formed along above-below direction.

The filter assemblies 10 can enter line slip relative to described matrix 110 along horizontal direction.

The filter assemblies 10 include：Filter housings 12, configure inside the lower main body 130, for being formed Filter stream 102；Filter 14, in a detachable fashion with reference in the filter housings 12, to by the filtering stream 102 Air implement filtering.

The downside of the filter housings 12 is connected with suction passage 101, and upside is connected with air-supply stream 108.It is logical The air for crossing the suction of the suction passage 101 flows via filtering stream 102 to air-supply stream 108.

The opening-like state in direction that stream 102 intersects is filtered towards with described in the side of the filter housings 12.Pass through The opening surface of the filter housings 12 can in a detachable fashion combine the filter 14.Filter housings 12 are opened Mouth faces side to formation.Lateral surface of the opening surface configuration of the filter housings 12 in lower main body 130.Thus, the mistake Filter 14 is inserted by the side face of the lower main body 130, and inside filter housings 12.The filter 14 with institute State the filtering mode that intersects of stream 102 to configure, filtering is implemented to the air by the filtering stream 102.

The filter 14 can carry out the powered electric precipitation to trap the impurity in air by the power supply for applying Filter.The filter 14 can be formed by the material that the impurity in air is trapped by filter element.The filter 14 In may be configured with various structures.Protection scope of the present invention not by the filter 14 filter type or filter filtering Part is limited to.

The filtering stream 102 is configured with the main flow direction identical direction with humidifying and purifying device.At this In embodiment, the filtering stream 102 is configured along above-below direction, and air is flowed towards gravity rightabout. That is, the main flow direction of described humidifying and purifying device is formed from downside towards upside.

Blowing unit 20 is configured with the upside of the filter housings 12.

The opening-like state of upper side of the filter housings 12 is formed, by the air of the filtering stream 102 to institute Blowing unit 20 is stated to flow.

The blowing unit 20 generates the flowing of air.The blowing unit 20 is configured inside described matrix 110, makes sky Gas side flowing on the side under.

The blowing unit 20 is made up of blowing fan housing 150, air supply motor 22 and blowing fan 24.In the present embodiment In, the air supply motor 22 is configured in upside, and blowing fan 24 is configured in downside.By the motor drive shaft of the air supply motor 22 under Side is set, and is assembled with the blowing fan 24.

The blowing fan housing 150 is configured inside described matrix 110.The blowing fan housing 150 provides the sky of flowing The stream of gas.The air supply motor 22 and blowing fan 24 are configured with the blowing fan housing 150.

The blowing fan housing 150 is configured in the upside of filter assemblies 10, configuration downside of main body 120 on described.

The blowing fan housing 150 internally forms air-supply stream 108.Described sending is configured with the air-supply stream 108 Fan 24.The air-supply stream 108 will filter stream 102 and be connected with cleaning connection stream 104.

The blowing fan 24 be centrifugal fan, its downside suction air after, towards radial outside discharge air.It is described to send Fan 24 is towards radial outside and upside discharge air.The outboard end of the blowing fan 24 is formed towards radial direction upside.

In order to the contact with the air of flowing reaches minimum, the air supply motor 22 is configured in the upper of the blowing fan 24 Side.The air supply motor 22 is set in the way of being coated by blowing fan 24.The air supply motor 22 is not based on the air-supply On the air flow circuit of fan 24, resistance is not produced with the air flowed by blowing fan 24.

The upper main body 120 includes：Upper outer main body 128 (upper outer body), for forming the outer of matrix 110 Shape, is combined with lower main body 130；Main body 140 (upper inner body) in upper, configuration is described in outer main body 128 Side, the tank 300 inserts the upper interior main body 140, and the upper interior main body 140 provides connection stream 103；Air guide member 170 (air guide), the upper interior main body 140 and upper outer main body 128 are combined, for air to be drawn to the tank 300 Lead.

Separated because the upper main body 120 will connect stream and tank insertion space, the current of tank 300 can be made The situation for entering to connect stream reaches at least.Especially since being divided by upper interior main body, connection stream will be positioned at storage water Space outside, can suppress water flow into connection stream.

The opening-like state in upside of the upper interior main body 140 is formed, and the tank 300 inserts the upper interior main body 140.Institute State the part during interior main body 140 forms the cleaning connection stream 104 that filtering air is flowed into.

The upper interior main body 140 is formed with upper inflow entrance 121 corresponding with air cleaning inflow entrance 31.The upper inflow entrance 121 is not necessary structural detail.As long as upper main body 120 exposes the air cleaning inflow entrance 31 to connection stream 103 Shape be fully.

The air guide member 170 draws the air supplied by cleaning connection stream 104 to the upper inflow entrance 121 Lead.The air guide member 170 is collected the air risen along the outside of matrix 110 to inner side.The air is oriented to Part 170 is used to change the flow direction of the air of side flowing on the side under.Simply, the air guide member 170 is empty in conversion During the flow direction of gas, its angle is set to reach minimum so that the flow resistance of air reaches minimum.

The air guide member 170 is formed in the way of the outside of upper interior main body 140 is coated into 360 degree.The air is led Air is guided to the tank 300 in 360 degree of omniranges to part 170.The air guide member 170 will be along lower master The air that the outside of body 130 is directed collects to inner side, and provides feed trough 300 by the air.By such structure, energy The flow of enough air for sufficiently ensuring to be supplied to the tank 300.

Therefore, the air guide member 170 includes：Guide part 172, forms along the flow direction of air；Converter section 174, it is connected with the guide part 172, the flow direction of the air that conversion is directed.

The air guide member 170 forms connection stream 103.

The guide part 172 is formed along with the filtering substantially common direction of stream 102, in the present embodiment, described to lead Formed along above-below direction to portion 172.The converter section 174 is formed along the direction intersected with the filtering stream 102, In the present embodiment, the converter section 174 is formed in substantially horizontal direction.

The converter section 174 is formed in the upside of air guide member 170.The converter section 174 preferably passes through curved surface knot Structure is connected with guide part 172.

Even if the converter section 174 is formed along horizontal direction, also will be along big by the air of the connection stream 103 Inclined upside direction is caused to flow.By the way that the joint angle of the connection stream 103 and filtering stream 102 is close with straight front direction As formed, the flow resistance of air can be reduced.

The lower end of the guide part 172 is fixed on the upper outer main body 128.The upside of the converter section 174 is fixed on The upper interior main body 140.

The outside of interior main body 140 is formed with the part in the cleaning connection stream 104 described.The air is oriented to Part 170 forms the part in cleaning connection stream 104.The air of stream 104 is connected by upper inflow entrance by the cleaning 121 and air cleaning inflow entrance 31 to the internal flow of tank 300.

The upper interior main body 140 constitutes basketry (basket) shape on the whole.The plane section of the upper interior main body 140 is formed It is circle, the cleaning connection stream 104 is formed in 360 degree of omniranges.

The air guide member 170 is that will cross air filtering to connect the structure that stream 104 is guided to the cleaning, according to implementation Example may not include the air guide member 170.The air guide member 170 is used to combine upper interior main body 140 or upper outer main body 128。

The air guide member 170 to coat the upper interior main body 140 in the way of formed.Particularly, the air is oriented to Part 170 to coat upper inflow entrance 121 in the way of formed, for being led through air filtering to the upper inflow entrance 121.As viewed from vertical view When, the air guide member 170 is annulus (donut) shape.

In the present embodiment, the upper end of the air guide member 170 is close to the upper end of the upper interior main body 140.

When as viewed from vertical view, the upper side of the upper side of the air guide member 170 and the upper interior main body 140 keeps one Cause.In the present embodiment, the upper end of interior main body 140 is formed with and is combined or mutually tight with the air guide member 170 described The upper interior main ring 126 (upper inner body ring) of patch.

It is formed with the interior body extending portion 148 that the upper interior main body 140 is connected with upper interior main ring 126.In described Body extending portion 148 is configured with multiple.Inflow is formed between the interior body extending portion 148 and upper interior main ring 126 Mouth 121.

The interior body extending portion 148 is correspondingly formed with sink main body extension 380.When the tank 300 is placed, Sink main body extension 380 is located at the inner side in the interior body extending portion 148.The interior body extending portion 148 and sink main body Extension 380 overlaps inside and outside each other.

Mutually it is close to or is combined with the upper interior main ring 126 in the upper end of the air guide member 170.The air is oriented to Mutually it is close to or is combined with upper outer main body 128 in the lower end of part 170.

Thus, the air for being flowed by the cleaning connection stream 104 between the upper interior main body 140 and upper outer main body 128 It is directed into inflow entrance 121.

The diameter of the upper interior main ring 126 and the diameter of the upper end of the air guide member 170 are consistent or approximately.Institute Air guide member 170 is stated mutually to be close to prevent filtering air from leaking with upper interior main ring 126.The upper interior main ring 126 is configured In the inner side of air guide member 170.

Outer main body 128 can be formed with handle 129 described.Main body 120 places air cleaning module 200 on described, Whole humidifying and purifying device can be lifted by the handle 129.

The upper interior main body 140 is internally formed with tank insertion space 125, to be inserted into supply flume 300.

On the basis of the upper inflow entrance 121, cleaning connection stream 104 is configured with outside, tank is configured with inner side Insertion space 125.The air for connecting the flowing of stream 104 along the cleaning will be by upper inflow entrance 121.In the tank 300 In the case of being positioned over tank insertion space 125, will be flowed into inside tank 300 by the air filtering of crossing of the upper inflow entrance 121.

In addition, combining outer visual main body 214 in the upside of upper main body 120.

The outer visual main body 214 is the structure of visual main body 210, but is fixed on main body 120 in the present embodiment.With Differently, the outer visual main body 214 could be secured to air cleaning module 200 to the present embodiment.With the present embodiment differently, institute Outer visual main body 214 is stated for can removed structure.

The outer visual main body 214 is fixed on main body 120.In the present embodiment, the outer visual main body 214 is outer with upper Main body 128 is combined.The outer visual main body 214 forms continuous face with the lateral surface of upper outer main body 128.

Outer visual main body 214 by can the material of perspective inside formed.The outer visual main body 214 can be by transparent or semitransparent Material formed.

At least one party in the air cleaner module 100 or air cleaning module 200 may be configured with for user The display module 160 of display action state.In the present embodiment, it is provided with for showing humidification to user in described matrix 110 The display module 160 of the operating state of purifier.

In the inner side of the outer visual main body 214 configuration display module 160.The display module 160 is visual outside to be close to The mode of the medial surface of main body 214 is configured.It is in toroidal when the display module 160 is as viewed from vertical view.Described aobvious Show that the tank 300 is inserted in the inner side of module 160.

The display module 160 is supported by outer visual main body 214.The inside edge of the display module 160 is by upper interior master Body ring 126 is supported.The display module 160 is located at the upside of air guide member 170.The display module 160 can be with connector 260 (connector) made in an integrated manner.

The display module 160 is located at the upside of air guide member 170.The display module 160 is configurable on outer main body Between 128 and upper interior main body 140.The display module 160 is used to block between outer main body 128 and upper interior main body 140, so that User cannot be seen between upper outer main body 128 and upper interior main body 140.Particularly, in order to cut off water penetration to the upper outer main body Between 128 and upper interior main body 140, the inner side and outer side of the display module 160 preferably implements sealing.

The inner side of the display module 160 is supported by upper interior main body 140, and outside is supported by outer visual main body 214.

In the present embodiment, the display 160 is formed as annular state.With the present embodiment differently, the display 160 May be alternatively formed to arc shape.The surface of the display 160 by can the material of reflected light formed, or be coated with can reflected light Material.

Thus, in the case where the visual main body 210 bears water, the water tied in visual main body 210 can be projected or reflect To the surface of display 160.In the case that the current tied in the visual main body 210 fall, can also be presented in the display 160 Go out identical effect.

Such effect is supplied to the visual stimulation of user, and user intuitively can be humidified in cognition.Institute The water droplet image of the projection of display 160 is stated in addition to the perceptual effect for providing the user with salubrious sense, also with can lead to Know the functional result of humidification state.

The upper side of the display 160 is formed in an inclined manner.The display 160 is with towards the inclined side of user side Formula is formed.Thus, it is formed in the mode that inner side is high, outside is low.

Then, each structure to air cleaning module 200 is illustrated.

The air cleaning module 200 pairs crosses air filtering and provides humidification.The air cleaning module 200 can be in humidification stream 106 are presented rain scape (rainview).The air cleaning module 200 sprays the water of tank 300, and the water of injection is followed Ring.Water is transformed to the air cleaning module 200 drop of smaller size, and it is empty to clean filtering again by the drop for dispersing Gas.When the water droplet by dispersing cleans (washing) and crosses air filtering, will again be humidified and be filtered.

The air cleaning module 200 includes：Humidification connection stream 105, humidification stream 106, discharge stream 107 and confession Current road 109.

The air cleaning module 200 includes：Tank 300, pour water unit 400, humidification medium 50, visual main body 210, top Cap assemblies 230 and handle 180 (handle).

The handle 180 is combined with visual main body 210, is rotated in the visual main body 210, and is contained in described Visual main body 210.Air cleaning module 200 easily can only be lifted by the handle 180, and it is clear from the air Clean module 100 is separated.

The humidification connection stream 105 is configurable on the outside of tank 300, and guides empty to the inside of the tank 300 Gas.The humidification connection stream 105 is configurable on the outside of visual main body 210, and is guided to the inside of the visual main body 210 Air.

The humidification connection stream 105 is configurable on the outside of at least one party in tank 300 or visual main body 210, and Air is guided to the inside of the side in tank 300 or visual main body 210.

The discharge stream 107 is configurable between cap assembly 230 and visual main body 210.The discharge stream 107 can Configure at least one party in cap assembly 230 or visual main body 210.

In the present embodiment, the outer ledge in cap assembly 230 is formed with discharge stream 107, in the cap assembly 230 inner central is formed with water supply stream 109.

The humidifying and purifying device of the present embodiment is connected with power supply, the air cleaning mould in the air cleaner module 100 Block 200 is supplied to power supply by the air cleaner module 100.

Because the air cleaning module 200 is relative to the separable structure of the air cleaner module 100, the sky Gas cleaning module 100 and air cleaning module 200 are provided with separable electric power-feeding structure.

Due to the air cleaner module 100 and air cleaning module 200 by the upper main body 120 with separable side Formula is assembled, and main body 120 is configured with the connector 260 for providing power supply to the air cleaning module 200 on described.

The cap assembly 230 of the air cleaning module 200 configures the operating portion and display of offer power supply in need. The air cleaning module 200 is configured with the top connector 270 being connected with the connector 260 in a detachable fashion (top connector).The top connector 270 is configured in cap assembly 230.

In the present embodiment, because the cap assembly 230 can be separated, visual main body 210 can easily be cleaned Medial surface or tank 300 medial surface.

The cap assembly 230 is formed with water supply stream 109 in inner side, and the stream that spues is formed between visual main body 210 Road 107.The cap assembly 230 is configured in a detachable fashion relative to the visual main body 210.The cap assembly 230 are configured with the top connector 270 being electrically connected with connector 260.

When the cap assembly 230 is placed, top connector 270 will be placed on the upside of connector 260.The top cover group Part 230 is supplied to power supply by the top connector 270 from the connector 260.

Have for showing that the water level display part of the water level of the tank 300 (is not schemed in the circumferential arrangement of water supply stream 109 Show).Thus, when being supplied water, user is able to confirm that out which kind of degree the water level in the tank 300 that cannot be seen reaches. By configuring water level display part on the mobile route that user supplies water in this wise, it is prevented from user and is supplied water too much, and The water being prevented from tank 300 is overflowed.

The water level display part configuration is in the cap assembly 230.The top connector 270 and connector 260 can The electric power-feeding structure of separation can effectively form top water supply.

The tank 300 is placed on the upper main body 120 in a detachable fashion.The water unit 400 that pours is configured in institute State inside tank 300, rotated inside the tank 300.

The tank 300 includes：Sink main body 320, for storing water；Air cleaning inflow entrance 31, is formed in the water The side of groove body 320；Sink main body extension 380, extends to be formed in the sink main body 320 to upside, visual with described Main body 210 is combined.

In the present embodiment, the sink main body 320 is formed as the cylindrical shape of the opening-like state in upside.With the present embodiment not With ground, the sink main body 320 is formed as various shapes.

The sink main body extension 380 extends to be formed in the tank 300 to upside.The sink main body extension 380 are used to form the air cleaning inflow entrance 31.The air cleaning stream is formed between the sink main body extension 380 Entrance 31.

The air cleaning inflow entrance 31 is formed in the side of sink main body 320.The air cleaning inflow entrance 31 is relative Formed in 360 degree of omniranges in sink main body 320.The air cleaning inflow entrance 31 is connected stream 105 and is connected with humidification.

The sink main body extension 380 is used for water that will be wandered from the medial surface of the visual main body 210 to the water The guiding of the inside of groove 300.By guiding the water wandered from the visual main body 210, waterfall noise can be made to reach minimum.

The sink main body extension 380 is combined with the lower end of visual main body 210.

In the present embodiment, air cleaning inflow entrance 31 is formed by the structure of the sink main body 320.With this implementation Example differently, also can form air cleaning inflow entrance by configuring sink main body extension 380 in the visual main body 210 31.Also, with the present embodiment differently, can also be configured in tank by by the part in multiple sink main body extensions 380 300, the remainder in multiple sink main body extensions 380 configures in visual main body 210 to constitute air cleaning inflow entrance 31. Also, with the present embodiment differently, can also be formed by the single structure mutually distinguished with visual main body 210 and tank 300 Air cleaning inflow entrance 31.Also, with the present embodiment differently, can also be formed by forming opening surface in visual main body 210 Air cleaning inflow entrance 31, also forms opening surface to form air cleaning inflow entrance 31 in tank 300.

That is, described air cleaning inflow entrance 31 is configurable at least one party in tank 300 or visual main body 210.It is described Air cleaning inflow entrance 31 can be formed by the combination of tank 300 and visual main body 210.Can be flowed into by the air cleaning Mouthfuls 31 configurations configures in tank 300 and visually after the single structure mutually distinguished with tank 300 and visual main body 210 Between main body 210.The air cleaning inflow entrance 31 can be formed by the combination of the tank 300 and visual main body 210.

The air cleaning inflow entrance 31 configures the sidepiece in air cleaning module 200, and is connected with humidification stream 106 Connect.The air cleaning inflow entrance 31 can be connected stream 105 with humidification and be connected or be connected.

The water unit 400 that pours has the function of being supplied water to humidification medium 50.It is described pour water unit 400 have make plus Wet process becomes the function of visualizing.The water unit 400 that pours has the work(that rain scape is presented inside air cleaning module 200 Energy.

It is described pour the rotation of water unit 400 and water housing 800 (watering housing) and suck inside the tank Water, the water of suction is pumped up water to upside, and the water for being pumped up water is sprayed towards radial outside.The water unit 400 that pours includes Water housing 800, the housing 800 that waters to water is sucked inside it, after the water that will be inhaled into is pumped up water to upside, by its court Radial outside sprays.

In the present embodiment, the housing 800 that makes to water for injection water is rotated.With the present embodiment differently, can make With nozzle come instead of the injection water of housing 800 of watering.Can be supplied water with to humidification medium 50 from nozzle injection water, and can Rain scape is similarly presented.According to embodiment, from nozzle injection water and nozzle can be rotated.

Medium 50 is humidified described in water-soaked from the injection of housing 800 of watering.From the water of the injection of housing 800 of watering Can be towards at least one party's injection in the visual main body 210 or humidification medium 50.

Rain scape can be presented towards the water of the injection of visual main body 210.It is used for towards the water of the humidification injection of medium 50 empty to filtering Gas is humidified.It is capable of achieving to be after rain scape is presented towards the injection water of visual main body 210, to make to be wandered from visual main body 210 Water-soaked humidification medium 50.

In the present embodiment, multiple jets that height is differed are configured with the housing 800 that waters.Can make to be sprayed from some The water that loophole spues forms drop to be presented rain scape in the medial surface of visual main body 210, and the water spued from another jet Humidification medium 50 is soaked come for humidifying.

The housing 800 towards the medial surface injection water of the visual main body 210 that waters, the water of injection is along described visual Wander downwards the inner side of main body 210.The drop formed with water droplet form is formed in the medial surface of the visual main body 210, is used Family can see the drop by the visual main body 210.

Particularly, the water-soaked wandered from visual main body 210 humidifies medium 50 for humidification.The humidification medium 50 can The water sprayed by the housing 800 that waters and the water-soaked wandered from visual main body.

The visual main body 210 is combined with the tank 300, and positioned at the upside of the tank 300.The visual master At least a portion of body 210 by can the material of perspective inside formed.

Display module 160 is may be configured with the outside of the visual main body 210.The display module 160 can be main with visual A side in body 210 or upper main body 120 is combined.

The display module 160 is configured in the sight line that rain scape can be observed.In the present embodiment, the display module 160 configuration main bodys 120 on described.

When the air cleaning module 200 is placed, lateral surface and the display module 160 of the visual main body 210 Mutually it is close to.At least a portion in the surface of the display module 160 can be formed by the material of reflected light, or be coated with can be anti- Penetrate the material of light.

The drop formed in the visual main body 210 will also project to the surface of the display module 160.Thus, user This movement of drop can be observed at two in the visual main body 210 and display module 160.

The tank 300 is formed with the air cleaning inflow entrance 31 of air dredging.The air cleaning inflow entrance 31 is located at Between connection stream 103 and humidification stream 106.The air cleaning inflow entrance 31 is the outlet of connection stream 103, and to add The entrance of wet stream 106.

Air filtering is crossed by the air cleaning inflow entrance 31 to the air from the air cleaner module 100 supply The internal flow of cleaning module 200.

The humidification medium 50 includes：Tank humidifies medium 51, and configuration is in the humidification entrance of stream 106；And the humidification that spues Medium 55, configuration is exported in humidification stream 106.The outlet of the humidification stream 106 is mutually interconnected with the entrance of discharge stream 107 Connect.Therefore, the humidification medium 55 that spues can also be configured in discharge stream 107.

Because the connection stream 103, humidification stream 106 and discharge stream 107 are not by pipeline (duct) etc. Works is formed, and its border is difficult clearly to make a distinction.But, tank is defined as in the humidification stream 106 that will realize humidification When between humidification medium 51 and the humidification medium 55 that spues, connection stream 103 and discharge stream 107 can be naturally defined.

The connection stream 103 is defined as the part between blowing fan housing 150 and tank humidification medium 51.It is described to tell Go out stream 107 and be defined as the part humidified after medium 55 that spues.

In the present embodiment, the tank humidification medium 51 configures the air cleaning inflow entrance 31 in tank 300.

Tank humidification medium 51 can be located at on the same plane of air cleaning inflow entrance 31, in outside or inner side extremely At few one.Because tank humidification medium 51 can be soaked in water to be humidified, it is clear that it is preferably located in the air Wash the inner side of inflow entrance 31.

Soak the water wandered after the tank humidification medium 51 and be preferably stored into the tank 300.It is preferably configured To make to soak the water wandered after the tank humidification medium 51 not to being wandered outside the tank 300.

Thus, 51 pairs of air filterings of crossing by the air cleaning inflow entrance 31 of tank humidification medium provide humidification.

Air filtering was humidified using the water from the humidification natural evaporation of medium 50.The natural evaporation refers to water not Apply the situation evaporated in the state of extra heat.More increase with the contact with air, the flow velocity of air is faster, air In pressure it is lower, natural evaporation will be promoted.The natural evaporation is also called nature vaporization.

The humidification medium 50 promotes the natural evaporation of water.In the present embodiment, the humidification medium 50 is soaked in water, but It is not to be immersed in tank 300.

Due to the tank 300 in store water spacer open and by be separated in the way of configured, even if tank 300 In have the water of storage, the state that tank humidification medium 51 and the humidification medium 55 that spues are not in being wetted all the time.That is, only exist When being acted with humidifying mode, tank humidification medium 51 and the humidification medium 55 that spues are in the state being wetted, with air When purification pattern is acted, tank humidification medium 51 and the humidification medium 55 that spues can keep dry state.

The tank humidification medium 51 covers the air cleaning inflow entrance 31, and air humidifies medium 51 through the tank And to the internal flow of the tank 300.

The humidification medium 55 that spues is configurable on outlet or the entrance of discharge stream 107 of humidification stream 106.

In the present embodiment, the humidification medium 55 that spues is configured as covering the top of visual main body 210.The discharge Humidification medium 55 is placed on visual main body 210.With the present embodiment differently, spuing humidification medium 55 can be with cap assembly 230 Bottom surface is combined.

The humidification medium 55 that spues covers the discharge stream 107, and humidifying air is through the humidification medium 55 that spues Afterwards, flowed to discharge stream 107.

Fig. 6 is the stereogram that cap assembly is isolated in air cleaning module shown in Fig. 2, and Fig. 7 is the top cover shown in Fig. 6 The separation stereogram of component and the humidification medium housing that spues.

In the present embodiment, the cap assembly 230 has the spy for being placed on visual main body 210 in a detachable fashion Levy.The cap assembly 230 also provides the water supply stream 109 for supplying water in addition to providing discharge stream 107.

In the present embodiment, the cap assembly 230 is located at the upside of the humidification medium 55 that spues.In the present embodiment, match somebody with somebody The discharge humidification medium housing 1400 with the humidification medium 55 that spues is equipped with, is spued on humidification medium housing 1400 described Portion configures the cap assembly 230.The humidification medium housing 1400 that spues is placed on the top of visual main body 210.The top Cap assemblies 230 are placed on the top of the humidification medium housing 1400 that spues.The cap assembly 230 can be with the humidification medium housing that spues 1400 are assembled in an integrated manner.In the present embodiment, cap assembly 230 and the humidification medium housing 1400 that spues are single respectively Solely made.

The cap assembly 230 is placed on visual main body 210 and is supported, and medium housing 1400 is humidified then to described discharge Do not apply loading.

The humidification medium housing 1400 that spues internally is configured with discharge humidification medium 55, for covering visual main body 210 top.Water supply stream 109 is configured to humidify medium housing 1400 by described discharge.Discharge stream 107 is configured to Medium housing 1400 is humidified by described discharge.

The cap assembly 230 includes：Top cover grid 232, for forming discharge stream 107 and water supply stream 109；Operation Module 240, is arranged on the top cover grid 232；Top connector 270, power supply or signal are provided to the operation module 240.

The top cover grid 232 includes：Grid discharge opening 231, for forming at least a portion in discharge stream 107； Grid feed water inlet 233, for forming at least a portion in water supply stream 109.The grid discharge opening 231 and grid feed water inlet 233 form along the opening-like state of above-below direction.The grid feed water inlet 233 configures the inner central in top cover grid 232, institute Grid discharge opening 231 is stated to configure in the outside of the grid feed water inlet 233.

The top cover grid 232 is placed on visual main body 210 in a detachable fashion.The top cover grid 232 is placed on The inner side of visual main body 210.

The operation module 240 is combined with top cover grid 232.The operation module 240 can be input into the operation letter of user Number.The operation module transmits water level information to user.Water supply stream 109 is configured with the operation module 240.The operation Module 240 is electrically connected with top connector 270, and receives the power supply of the offer of the top connector 270.

The operation module 240 (operation module) includes：Operation housing 250, mutually ties with top cover grid 232 Close, at least a portion in inner side is formed with water supply stream 109；Input unit 245, configuration is in the operation housing 250；Water level Display part 247, configuration is in the operation housing 250；Operation control portion (not shown), controls the input unit 245 and water level aobvious Show portion 247.

The operation housing 250 includes：Upper operating housing 242 and bottom operation housing 244.

Water supply stream 109 is formed with the operation module 240.In the center of the operation module 240 along upper and lower To the part for being formed with water supply stream 109.In the operation module 240 may be configured with for forming water supply stream 109 At least one of operation feed water inlet 241.The operation feed water inlet 241 is configured in the inner side of operation housing, and along upper and lower Formed to opening-like state.

The operation module 240 also includes top water supply guide 236.The top water supply guide 236 supplies top The water of water is guided to the operation feed water inlet 241.By by a part of face shape in an inclined manner in the operation housing 250 Into forming the top water supply guide 236.

When top water supply is carried out, the water level that user cannot be seen inside screw clamp 300, but supplied water in operation by configuring The water level display part 247 on 241 peripheries of mouth can at once confirm the water level for rising.Because user can pass through in top is supplied water Water level display part 247 confirms water level, it is thus possible to adjust top water supply flow.

The water that top is supplied water is dropped by the humidification medium housing 1400 that spues to humidification stream 106.Particularly, top is supplied water Water do not drop directly the water surface of screw clamp 300, but dropped to the top of housing 800 of watering.

In the case that the housing 800 that watered described in when top is supplied water is in rotation, the water that top is supplied water is to the housing that waters 800 tops are dispersed, and form extra rain scape accordingly.

That is, the water for being sprayed by pouring water unit 400 can be formed beyond rain scape, and the water supplied water by top can also form rain Scape.

Fig. 8 is the profile of the air cleaning module shown in Fig. 4, and Fig. 9 is the enlarged drawing of the G shown in Fig. 8, and Figure 10 is to show The stereogram of the setting state of the housing that waters shown in Fig. 4, Figure 11 is the front view of Figure 10, and Figure 12 is along the M-M lines of Figure 11 The profile cut open, Figure 13 is the top view of Figure 12, and Figure 14 is the exploded perspective view of the housing that waters shown in Figure 10, Figure 15 be from The stereogram looked on the downside of Figure 14, Figure 16 is the front view of Figure 14, and Figure 17 is the profile cut open along the N-N lines of Figure 16.

The housing 800 that waters is the structure for spraying the water stored in tank 300.The housing 800 that waters is configured There is the structure for effectively being pumped up water to the water stored in tank 300.

The revolving force that water motor 42 is poured in the reception of housing 800 of watering is rotated, and when being rotated, can internally be inhaled After entering the water stored in tank 300, it is pumped up water to upside.To the water pumped up water inside the housing 800 that waters by spray Loophole 410 is spued.

The unit that pumps up water is configured with the housing 800 that waters.The unit that pumps up water to upside for pumping up water (pumping) institute State the water of tank 300.The method pumped up water to the water of tank can have various.

For example, injection water after being pumped up water by the lift pump.

For example, the housing that makes to water is rotated, when being rotated, can form friction or interfere by with water Row pumps up water.

In the present embodiment, the structure for prompting the rotation by the housing 800 that waters to be pumped up water.In the present embodiment In, the unit that pumps up water is by the friction with water or interferes the groove 810 (groove) that pumps up water that water is pushed to upside.

It is formed with as the groove 810 that pumps up water of the unit that pumps up water in the medial surface for watering housing 800.The groove that pumps up water 810 pump up water efficiency for raising.The groove 810 that pumps up water is convexly formed in the medial surface of housing 800 that waters.It is described to pump up water Groove 810 along above-below direction it is more long extend and to be formed.The groove 810 that pumps up water is relative to motor drive shaft 43 or the power transmission shaft of watering 640 radial are configured.

The lower end of the housing 800 that waters and the bottom surface of tank 300 by it is separated a predetermined distance with formed suction interval 801, H1.The water of tank 300 is watered inside housing 800 by the suction of suction interval 801.

The water level H2 of the tank 300 of the sprayable water of housing 800 that waters is formed higher than suction interval H1 and is less than Jet 410.The water level H2 includes full-water level.

When water level H2 is less than suction interval H1, cannot be pumped up water because water is not inhaled into.It is high in the water level H2 When jet 410, the water pumped up water to jet 410 cannot be sprayed.

The housing 800 that waters is formed with the open state in its downside.The housing 800 that waters is for cup-shape.It is described The housing 800 that waters is by the inverted shape of cup.Shell space 805 has been internally formed in the housing 800 that waters.

The cylinder 35 (column) of tank 300 is located inside the housing 800 that waters, and is configured with inside the cylinder 35 Transmission module 600.The housing 800 that waters to coat cylinder 35 in the way of configured.

The housing 800 that waters is formed, and becomes more to extend closer to its plane section of upside.The cylinder 35 is formed To become more to reduce closer to its plane section of upside.Water housing 800 and the cylinder 35 are shaped as effectively carrying out The shape pumped up water.The shell space 805 becomes more to increase closer to its volume of upside.

When the housing 800 that waters is rotated, the water of inside is inhaled under the influence of centrifugal force, poured being close to The inner peripheral surface of water hull body 800.The groove 810 that pumps up water for being formed in the inner peripheral surface of housing 800 that waters is provided to the water for being inhaled into inside Revolving force.

It is formed with for the water that will be sucked to the outside jet 410 for spuing in the housing 800 that waters.In the present embodiment In, the jet 410 is configured as along horizontal direction discharge water.The water for being pumped up water is by the jet 410 to outside Spue.

In the present embodiment, the water for being spued from the jet 410 can spray to visual main body 210.

The jet 410 can adjust its number according to design condition.In the present embodiment, the jet 410 with Mode with difference in height configures multiple in the housing 800 that waters.The jet configured in the upside of the housing 800 that waters is determined Justice is the 2nd jet, configures the jet in the centre of the housing that waters and is defined as the 1st jet.

It is used to humidify from the water of the 1st jet injection.It is used to humidify from the water of the 2nd jet injection, waters And rain scape.

Tank humidification medium can be wandered and soaked from the water of the 2nd jet injection.

Can be dispersed to form rain scape after being collided with visual main body from the water of the 2nd jet injection.From institute The water of the 2nd jet injection is stated after being collided with visual main body, small drop is transformed to, these drops can be filtered in cleaning The middle utilization of watering of air.

When the housing 800 that waters is more than first rotary speed to be rotated, can be sprayed from the 1st jet Water.When the housing 800 that waters is more than second rotary speed to be rotated, can be from the 2nd jet injection water.

Second rotary speed is in a ratio of at a high speed with first rotary speed.

Only when the housing 800 that waters rotates at a high speed, could spue water from the 2nd jet.Can be configured To be watered under the generally speed of rotation of housing 800 described, it is impossible to by the 2nd jet discharge water.1st injection Mouth spues water in all stages that the housing that waters usually is acted.

2nd jet may be configured with multiple.1st jet may be configured with multiple.

When the housing 800 that waters is rotated with usual rotary speed, the water for being pumped up water is minimum than the 1st jet more higher Rise.When the housing 800 that waters is carried out at high speed rotation, more than the height for rising to the 2nd jet waterborne for being pumped up water.

2nd jet can be configured with multiple along the circumferencial direction of the housing 800 that waters.1st jet also may be used Multiple is configured with along the circumferencial direction of the housing 800 that waters.

When the housing 800 that waters is not rotated, it is impossible to by the discharge water of jet 410.In user only with purification Pattern (air cleaner module is acted, and the pattern that air cleaning module stops) when being acted it, pour water unit 400 Do not acted, and only blowing unit 20 is acted.It is described to water when user is only acted it with humidifying mode Housing 800 is rotated, and by the discharge water of the jet 410.When user drives purification pattern and humidifying mode simultaneously, The water spued from the jet 410 can spray to the medial surface of visual main body 210.

Due to watering, housing 800 is rotated, and the visual main body 210 is beaten in the water attack spued from the jet 410 Medial surface, and along the medial surface movement of the visual main body 210.

User can confirm the situation of injection water by visual main body 210 with visual manner.The injection table of such water Show in being acted with humidifying mode.During user can intuitively confirm to be acted with humidifying mode by the injection of water.

In the visual main body 210 because the water being injected forms drop, the drop will be wandered downwards.

In the present embodiment, the housing 800 that waters is made up of three parts.With the present embodiment differently, it is described to water Housing 800 can be made by one or two part.

The lower end of the housing 800 that waters is configured from the bottom surface of tank 300 is separated a predetermined distance.

The housing 800 that waters includes：First water housing 820, second water housing 840, case lid of watering 860 and Water driving section 880.

The housing 800 that waters mutually is assembled with power transmission shaft 640, is configured with for being delivered to rotation from the power transmission shaft 640 The structure of power.In the present embodiment, in the housing 800 that waters, water driving section 880 and water case lid 860 and transmission Axle 640 is mutually assembled.The housing 800 that waters is combined with power transmission shaft 640 in Liang Chu, and is delivered to revolving force from Liang Chu.

With the present embodiment differently, the housing 800 that waters can be combined with power transmission shaft 640 at one, and from being combined One at be delivered to revolving force.

Also, the other modes that with the present embodiment differently, the housing 800 that waters can not be power transmission shaft are delivered to rotation Turn power.For example, the revolving force for pouring water motor can be delivered in conveyer belt-pulley mode.For example, can be transmitted with gear engagement system To the revolving force for pouring water motor.For example, the revolving force for pouring water motor can be delivered in Chain conveyer mode.For example, can be with clutch Mode is delivered to the revolving force for pouring water motor.

The power transmission shaft 640 is held thereon and lower end is respectively formed with screw thread 643.

Threaded upper ends 643 are mutually assembled with case lid 860 of watering.Lower end screw thread and second hookup 620 (coupler) phase group Dress.Main body 120 is configured with the first hookup 610 being combined with second hookup 620 on described.

Main body 120 is configured with and pours water motor 42 on described.The water motor 42 that pours provides rotation to the housing 800 that waters Power.

To configure in the air cleaner module 100 and pour the hookup that water motor 42 is combined and be defined as first with described Hookup 610.Configuration is mutually tied in the air cleaning module 200 and in a detachable fashion with first hookup 610 The hookup of conjunction is defined as the second hookup 620.

One in the hookup 620 of first hookup 610 or second is public shape, and another is female shape.At this In embodiment, the first hookup 610 is made as public shape, and the second hookup 620 is made as female shape.In the present embodiment In, first hookup 610 is combined in a detachable fashion with inserting the form of the second hookup 620.With this implementation Example is differently, it is also possible to which the form that second hookup 620 inserts first hookup 610 is combined.

The water motor 42 that pours is arranged on main body 120.The water motor 42 that pours is located at the upside of the air supply motor 22, with The air supply motor 22 is mutually dividually configured.The tank 300 is placed inside main body 120 on described.In the tank 300 when being positioned over main body 120, and first, second hookup 610,620 is connected in the way of it can be driven.It is described to water The motor drive shaft 43 that waters of motor 42 is configured towards upside.In the upper end of the motor drive shaft 43 that waters, the first hookup is set 610。

Each structure to the housing 800 that waters is illustrated.

Described first is watered, and opening-like state is formed respectively for the upper side and lower side of housing 820, is formed with medial surface and pumped up water Groove 810.Described first water housing 820 lower end it is separated a predetermined distance with the bottom surface of tank 300 so that formed suction interval 801。

Second is watered, and opening-like state is formed respectively for the upper side and lower side of housing 840, and is assembled in described first and is poured water hull The upper end of body 820.

The case lid 860 of watering is combined with second upper end for watering housing 840, and covers described second and water The upper aspect of housing 840.

Watered at least one party's phase that housing 820 or the second waters in housing 840 with described first the driving section 880 of watering Connection, for delivery to the revolving force of transmission module 600.In the present embodiment, the driving section 880 of watering is watered with described first Housing 820 is connected.

With the present embodiment differently, described first housing 820 is watered and second housing 840 that waters can enter in an integrated manner Row makes.Also, with the present embodiment differently, described first water housing 820 and water case lid 860 can be in an integrated manner Made.

The described first upper lateral section for watering housing 820 is formed more widerly than lower lateral section.Described first waters housing 820 Formed along above-below direction and inclined.Described first housing 820 that waters can be the narrow conical form in lower lateral section.

The groove 810 that pumps up water has been internally formed in described first housing 820 that waters.The groove 810 that pumps up water is along upper and lower To formation.The groove 810 that pumps up water is radial centered on the motor drive shaft 43 that waters to be configured.It is described pump up water groove 810 can Multiple is configured with, water the axle center of housing 800 protrusion described in.

Described first waters the lower end of housing 820 and the inner bottom surface of tank 300 is mutually separated and forms suction interval 801. First upper end for watering housing 820 is combined with the second lower end for watering housing 840.

Described first housing 820 that waters can be assembled mutually or phase decomposition with second housing 840 that waters.In the present embodiment, institute State first and water housing 820 and the second water housing 840 is combined by screw and assembled.Watered housing 820 first Upside outer peripheral face is formed with screw thread 822, and screw thread 842 is formed with the second lower inner circumferential surface for watering housing 840.

Will be formed in the described first screw thread 822 for watering housing 820 and be defined as the first screw thread 822, be formed in described second The screw thread 842 of housing 840 of watering is defined as the second screw thread 842.

The downside of first screw thread 822 be formed with for limit described second water housing 840 movement first Baffle plate 823 (barrier).The first baffle 823 is formed along first circumferencial direction for watering housing 820.Described One baffle plate 823 is formed as band form, is convexly formed to first outside for watering housing 820.

Assemble first water housing 820 and second water housing 840 when, the first baffle 823 is close to described the Two lower ends for watering housing 840.The first baffle 823 is more convexly formed laterally than first screw thread 822.

The first pad 825 (packing) is configured between first screw thread 822 and first baffle 823.Described first Pad 825 is used to cutting off water and waters and leak between housing 840 to first housing 820 and second that waters.It is described first pad 825 by Elastic material is formed.First pad 825 is formed as annular state.

It is configured with pad and muscle 824 is set to fix the position of first pad 825.The pad sets muscle 824 It is configurable on the extended line of the first screw thread 822.The pad sets the part that muscle 824 can be the first screw thread 822.

Thus, first screw thread 822 can be formed with multiple, be distributed in a discontinuous manner, and one of them can be with For the pad sets muscle 824.

The 1st jet 411 is configured with described first housing 820 that waters.In the present embodiment, the 1st jet 411 It is configured with two.Two the 1st jets 411 are formed towards mutual rightabout.

Be connected in the interior outside that first waters housing 820 by the 1st jet 411.In the present embodiment, the described 1st The inner side open area ratio outer openings area of jet 411 is formed widerly.1st jet 411 humidifies matchmaker to tank Jie 51 is supplied water, and soaks the tank humidification medium 51.1st jet 411 can enter towards tank humidification medium 51 Row injection.

It is formed with second outer peripheral face for watering housing 840 and pours hydrofoil 850.The hydrofoil 850 that pours can make humidification empty Gas is flowed.When the housing 800 that waters is rotated, the hydrofoil 850 that pours can draw in the air on periphery.It is described to water The wing 850 in addition to the function of making air flow, also with make drop become miniaturization rain scape perform unit function.

The air for being configured with the humidification stream 106 of the housing 800 that waters is most of under the turning effort of blowing fan 24 Flowed to the side of discharge stream 107, and the air for pouring the periphery of hydrofoil 850 can then be flowed in contrast to this.It is described Pouring hydrofoil 850 can be formed locally the air flow opposite with the air flow based on blowing fan 24.Hydrofoil 850 is poured according to described Shape, can also make air towards being flowed with the flowing identical direction based on blowing fan 24.Now also can be by pouring hydrofoil 850 rotation is come the collect air on the periphery of housing 800 that makes to water to the surface of housing 800 of watering.

There is the water particle for making the periphery of housing 800 of watering based on the air flow for pouring hydrofoil 850 to tank 300 The effect of flowing.The rotation for pouring hydrofoil 850 has the effect of generation air quantity and the water particle for drawing in the periphery of housing 800 of watering Really.

Thus, when water is dropped to the top of the housing 800 that waters from water supply stream 109, based on the sky for pouring hydrofoil 850 Flow of air can perform the effect that the water that will fall off is collected to the side of housing 800 of watering.

In the case of being supplied water by water supply stream 109 when the housing 800 that waters rotates, water can water with described The surface of housing 800 collides and is brokenly dispersed.To can be dispersed when supplying water based on the air flow for pouring hydrofoil 850 Water particle collected to the face side of housing 800 of watering.

Described second housing 840 that waters is formed with the 2nd jet 412,413.The direction of 2nd jet 412,413 can Depending on the injection water of main body 210.In the present embodiment, the 2nd jet 412,413 is configured with two.By in the 2nd jet One be defined as 2-1 jets 412, another is defined as 2-2 jets 413.

The 2-1 jets 412 and 2-2 jets 413 are configured towards mutually different direction.In the present embodiment In, the 2-1 jets 412 and 2-2 jets 413 are configured towards mutual rightabout.The 2-1 jets 412 and 2-2 jets 413 can symmetrically be configured on the basis of power transmission shaft 640.

When as viewed from vertical view, the angle of the 2-1 jets 412 and the formation 180 degree of 2-2 jets 413.From bowing During depending on above looking, the 2-1 jets 412 are configured between hydrofoil 850 is poured.The 2-2 jets 413 are also disposed in pouring Between hydrofoil 850.

When as viewed from front, the height of the 2-1 jets 412 and 2-2 jets 413 is identical with hydrofoil 850 is poured Or higher set.One in track S3, S4 of the water sprayed from the 2-1 jets 412 and 2-2 jets 413 Divide and be located at described pouring in the radius of turn of hydrofoil 850.

Thus, when the housing 800 that waters is rotated, from the 2-1 jets 412 and 2-2 jets 413 A part in the water of injection collides and is dispersed with the hydrofoil 850 that pours.

In the present embodiment, the 2-1 jets 412 and 2-2 jets 413 form the difference of height of regulation.It is described 2-1 jets 412 and 2-2 jets 413 are configured without on identical height.

Difference of height is formed by the 2-1 jets 412 and 2-2 jets 413, can be made and the phase of visual main body 210 The position of the water of collision is differently set.Thus, when the housing 800 that waters is rotated, from 2-1 jets The water of 412 injections and the water from the injection of 2-2 jets 413 are by by mutually different path.

The track S3 of the water that will be sprayed from the 2nd jet 412,413 and collided with the medial surface of visual main body 210 It is defined as spray line.

The spray line that the 2-1 jets 412 are formed is defined as the first spray line L1, the 2-2 jets 413 The spray line of formation is defined as the second spray line L2.

The spray line for being formed in the visual main body 210 does not only mean that straight line.The spray line can according to from Angle that the jet spues and forming curves.

Also, the thickness of the spray line can respectively differently be formed according to the diameter of jet.That is, jet is straight When footpath is big, spray line is formed thicker, diameter hour then relatively thinly forms spray line.

In the present embodiment, on the basis of certain of the visual main body 210, from the water of the injection of 2-1 jets 412 After, by the water from the injection of 2-2 jets 413 on another height after the stipulated time.That is, in the visual master The medial surface of body 210 forms two spray lines L1, L2, by the performance of such visual manner, user can be made more efficient Ground cognition is just in injection water.

In the case of two the 2nd jet discharge water from configuration in constant height, a spray line will be only formed. When the housing 800 that waters is carried out at high speed rotation, even if two the 2nd jets 412,413 are in opposite direction, its phase difference is by pole Formed shortly.In the case, cause parablepsia and be considered as to wander water from a spray line.

In addition, in the case where two spray lines are formed, because the position that water is collided is different, the sound occurred by collision Sound will also form differently.That is, the sound that occurs from the first spray line and the sound that occurs from the second spray line are by different terrain Into.By such sound equipment difference, user can confirm that the housing 800 that waters is rotated with audible means.

In the case where only a spray line is formed, due to constantly generating identical sound, user may be by It is cognitive, or is mistakenly considered simple noise.

By the sound equipment difference of the multiple spray line, with to visually impaired person or listening to barrier person effectively pass on running-active status Effect.Also, under the situation without light, it is also possible to easily verify that the state that humidifying and purifying device is in acting.

A part for 2nd jet 412, at least one of 413 case lid 860 that can be watered is covered.In this reality Apply in example, the 2-1 jets 412 are configured in wide-open state, a part for 2-2 jets 413 with pour Water case lid 860 is superimposed and shielded.

The case lid 860 of watering is positioned at the front of the 2-2 jets 413.The case lid 860 of watering is covered described A part for the upside of 2-2 jets 413.

In the present embodiment, water case lid 860 with second water housing 840 be combined when, with 2-2 jets 413 it is a part of superimposed.In the present embodiment, the case lid 860 of watering is used as pervasion component.With the present embodiment Differently, extra pervasion component is may be configured with, so that the water from jet injection is widely diffused.

For example, when housing is watered described in injection moulding, can intentionally form burr (burr), will be sprayed by the burr The water penetrated is diffused.

Interfered with the pervasion component from the water of the 2-2 jets 413 injection so that its jet angle and width Change.In the presence of surface tension, it is pulled the water interferenceed with the pervasion component to pervasion component side.

It is superimposed in the 2-1 jets 412 of (overlap) with pervasion component not formed, the diameter and quilt of jet The diameter of the water of discharge is formed closely.Formed with the 2-2 jets 413 being superimposed for watering case lid 860, With the broader scope injection water of diameter than jet.

The track definition of the water that will be sprayed from the 2-1 jets 412 is S3, is sprayed from the 2-2 jets 413 Water track definition be S4.

The 2-2 jets 413 are located at the position of somewhat higher than the 2-1 jets 412.The 2-2 injections A part for mouth 413 and lid main board 863 (cover body boarder) phase of the case lid 860 of watering as pervasion component Superposition.

Because the water sprayed by the 2-2 jets 413 is interferenceed and is sprayed with the lid main board 863, The water for being sprayed becomes more miniaturization and is sprayed.

Smaller formed than the drop that is sprayed from 2-1 jets 412 from the drop of the 2-2 jets 413 injection. From the track S3 shapes of the drops of the track S4 than being sprayed from 2-1 jets 412 of the drop of the 2-2 jets 413 injection Into the position in upper side.From the drop of the 2-2 jets 413 injection than the drop that is sprayed from 2-1 jets 412 more Broadly sprayed.Thus, compared with the spray line L1 that the 2-1 jets 412 are formed, the 2-2 jets being applied The width of the 413 spray line L2 for being formed is formed widerly.

In addition, the hydrofoil 850 that pours can also make from spray in addition to the air on the periphery of housing 800 that makes to water is flowed The water of the injection of loophole 410 becomes miniaturization.

In the present embodiment, from the water of the 2nd jet 412,413 injection with pour hydrofoil 850 and collide and become micro- Refinement.The hydrofoil 850 that pours can turn to mist (mist) form by water is fine.

The hydrofoil 850 that pours not is to carry out miniaturization to all water sprayed from the 2nd jet 412,413.From A part in the water of the injection of the 2nd jet 412,413 collides with the hydrofoil 850 that pours.

The track S3 of regulation is formed from the water of the injection of 2 jet 412,413, rotation pours hydrofoil 850 with the rail Water on mark S3 collides.That is, in the water sprayed from the 2nd jet 412,413, a part with pour hydrofoil 850 and collide Hit and dispersed, remaining then not with pour hydrofoil 850 and collide, but collided with the medial surface of visual main body 210.

Pour the water that hydrofoil 850 collides and widely dispersed in humidification stream 106 with described, rather than towards specific direction Dispersed.For example, from pouring the wettable humidification medium 55 that spues of water that hydrofoil 850 disperses.Can be tied from the water that hydrofoil 850 disperses is poured In visual main body 210.Can be floated on humidification stream 106 from the water that hydrofoil 850 disperses is poured.

Rain scape is enough effectively performed by the water energy for pouring the miniaturization of hydrofoil 850.The drop being micronized is in visual main body 210 medial surface forms less droplet morphology.

Pour hydrofoil 850 and rain scape performance unit is configured between housing 800 and visual main body 210 watering described in can replacing. Can be collided with rain scape performance unit from the water of the injection of the jet 410 and be dispersed.For example, can be in the visual main body Between 210 and the housing 800 that waters mesh screen (mesh) is configured as rain scape performance unit.From the water of the injection of housing 800 of watering Can be dispersed after being crushed as smaller drop during the mesh screen.

In addition, can be in the presence of Lenard effect (Lenard effect) in the rain scape that the humidification stream 106 is produced Generation anion.

Lenard effect is the phenomenon that substantial amounts of anion is produced when water is subject to larger external force and is crushed.

During rain scape is performed, drop is dispersed and is collided, and substantial amounts of anion is generated in the process.

When being collided from water and the works of the injection of the 1st jet 411, can generate in the presence of Lenard effect the moon from Son.

Also, when being collided with visual main body 210 from the water of the injection of the 2nd jet 412,413, can be in Lenard effect The lower generation anion of effect.

Also, from the water of the injection of the 2nd jet 412,413 with pouring hydrofoil 850 and colliding when, can be in the work of Lenard effect With lower generation anion.

Also, when top water supply is carried out, the feelings that the drop dispersed from case lid 860 of watering collides with various structures thing Under condition, anion can be generated in the presence of Lenard effect.

As described above, in the present embodiment, there is life in generating process for performing the drop of various sizes of rain scape Into the effect of anion.The anion of the generation is by discharge stream 107 to indoor discharge.

In addition, suppressing in the described second moisture film being internally formed for suppressing moisture film rotational flow for watering housing 840 Muscle 870.The moisture film rotational flow refers to the flowing rotated along the medial surface of the housing 800 that waters.

Described first groove 810 that pumps up water for watering housing 820 is for forming the moisture film rotational flow, the moisture film suppression Muscle processed 870 is for suppressing the moisture film rotational flow.

Watered in housing 820 described first, since it is desired that pumped up water and rise to second and water housing 840 with by waterborne, Moisture film rotational flow will be energetically produced, and is risen to the described second water for watering housing 840 and is not formed moisture film rotation then Flowing, is more easily sprayed by the 2nd jet 412,413.

Watered in the case of the moisture film rotational flow that housing 840 is internally formed high speed described second, water will be along inside Flowing, is spued rather than by the 2nd jet.

Also, the water of the delay of housing 840 more volume of being watered described second, the vibrations formed in the housing 800 that waters become It is bigger.Pumping up water to second water for watering housing 840 needs promptly to be sprayed by the 2nd jet 412,413, ability The bias of housing 800 of making to water reaches minimum, and corresponding vibrations is also reached minimum.

The moisture film suppresses muscle 870 makes moisture film rotational flow reach minimum for execution, and the inclined of housing 800 of watering is made accordingly The heart and vibrations reach the function of minimum.

The moisture film suppresses muscle 870 and is convexly formed in the second medial surface for watering housing 840.In the present embodiment, institute Moisture film suppression muscle 870 is stated to be convexly formed towards power transmission shaft 640.The moisture film suppress muscle 870 along with moisture film rotational flow phase The direction of intersection is formed.

The moisture film rotational flow along second water housing 840 medial surface twist or circle is flowed, institute Moisture film suppression muscle 870 is stated to be formed preferably along above-below direction.

In the present embodiment, the moisture film suppression muscle 870 is formed along vertical direction.The moisture film suppresses muscle 870 can shape Into there is multiple.In the present embodiment, the moisture film suppression muscle 870 is configured with three.Multiple moisture films suppress muscle 870 relative to Housing inner peripheral surface water by being configured at equal intervals.

In the present embodiment, the protrusion length that the moisture film suppresses muscle 870 is 5mm.The moisture film suppresses the protrusion of muscle 870 Length is associated with the thickness of moisture film rotational flow, can diversely be changed according to embodiment.

In the present embodiment, the moisture film suppression muscle 870 is formed in the way of being connected with driving section 880 of watering.With this Differently, the mode that moisture film suppresses muscle 870 and driving section 880 of watering can be separated is configured embodiment.

In the present embodiment, with by the moisture film suppress muscle 870 be connected with driving section 880 of watering by way of carry out Make, mould can be simplified.

The driving section 880 of watering is the structure for the revolving force of power transmission shaft 640 to be passed to the housing 800 that waters.

In the present embodiment, the driving section 880 of watering is connected with second housing 840 that waters.It is different from the present embodiment Ground, the driving section 880 of watering can be connected with first housing 820 that waters.

In the present embodiment, the driving section 880 of watering is made in an integrated manner with second housing 840 that waters. With the present embodiment differently, after the driving section 880 of watering can individually be made, mutually assembled with second housing 840 that waters.

The driving section 880 of watering includes：Bushing setting unit 882, positioned at the axle center of the housing 800 that waters；Water connection Portion 884, the bushing setting unit 882 is connected with the housing 800 that waters.In the present embodiment, the bushing setting unit 882, Water connecting portion 884 and second housing 840 that waters is injection molded and is made in an integrated manner.

The connecting portion 884 that waters is made as muscle form.The connecting portion 884 that waters is in radiation on the basis of axle center Shape is configured, and is formed with multiple.

In the present embodiment, the connecting portion 884 that waters is made in an integrated manner with moisture film suppression muscle 870.Institute The connecting portion 884 that waters is stated to be formed in the way of being connected with moisture film suppression muscle 870.

The power transmission shaft 640 is configured through the bushing setting unit 882.

The opening-like state in downside of the bushing setting unit 882 is formed.By the opening-like of the bushing setting unit 882 Insert bushing 90 (bushing) in the downside of state.

The bushing setting unit 882 and bushing 90 can be separated along above-below direction.The bushing setting unit 882 and lining Set 90 forms mutual screens in a rotational direction.

Therefore, the side in the bushing setting unit 882 or bushing 90 is formed with bushing screens portion 93, another square Into there is bushing screens groove 883.In the present embodiment, bushing screens portion 93 is formed with bushing 90, is formed in bushing setting unit 882 There is bushing screens groove 883.

The bushing screens groove 883 is formed in the medial surface of bushing setting unit 882, and its is in a concave manner.The bushing Screens portion 93 is formed in the lateral surface of bushing 90, and it is in the shape of protrusion.

The insertion bushing screens of bushing screens portion 93 groove 883 is simultaneously clamped.

With the present embodiment differently, bushing setting unit 882 and bushing 90 can be made in an integrated manner.Due to described Bushing 90 is formed by metal material, make second water housing 840 when, it is after 90s configure bushing in mould, by being molded Shaping second waters shell material to be made in an integrated manner.

The bushing 90 is combined with the power transmission shaft 640 of transmission module 600.

The bushing 90 is combined with the power transmission shaft 640 and is delivered to revolving force.The bushing 90 is preferably by metal Material is formed.In the case where not being hard metal material, it would be possible to can wear and tear, this turns into the reason for causing vibrations.

The bushing 90 is formed with the bushing axle mesopore run through along above-below direction.It is described in bushing axle mesopore insertion Power transmission shaft 640.

When the housing 800 that waters is rotated, the bushing 90 is used to reduce vibrations.The bushing 90 is located at transmission On axle 640.In the present embodiment, the bushing 90 is located at the center of gravity of the housing 800 that waters.Poured because the bushing 90 is located at The center of gravity of water hull body 800, the vibrations of the housing 800 that waters can be significantly reduced when being rotated.

The bushing 90 and power transmission shaft 640 are assembled with clamping combination.The bushing 90 is by the power transmission shaft 640 Support.

In order to support the bushing 90, power transmission shaft 640 to be formed with axle support end 642.With the axle support end 642 as base Standard, the diameter of upside is small, and the diameter of downside is big.

The bushing 90 is inserted into by the upside of the power transmission shaft 640.

For the abrasion for making generation reaches minimum, the axle support end 642 is formed as taper, cavity or with cambered shape Shape.In the case where the axle support end 642 is formed as into right angle, it may happen that mill in assembling process or action process Damage.

In the case where the axle support end 642 is worn, the reason for it turns into bushing 90 and moves and cause vibrations.And And, in the case where axle support end 642 is worn, bushing 90 will likely be inclined or mobile, thus cause right with power transmission shaft 640 It is neat bad.Also, in the case where the alignment that bushing 90 and power transmission shaft 640 occur is bad, there is bias when being rotated, and Thus vibrations are caused.

The case lid 860 of watering is combined with the second upside for watering housing 840, and water hull is poured for closing described second The upside of body 840.The case lid 860 of watering is combined with screw fashion with second housing 840 that waters.

In the present embodiment, the case lid 860 of watering mutually is assembled with transmission module 600.With the present embodiment differently, institute Stating case lid 860 of watering can also form the state being separated with transmission module 600.

In the case lid 860 of watering in the case that power transmission shaft 640 is combined, can more efficiently reduce and pour water hull The bias of body 800 and vibrations.

The case lid 860 of watering includes：Lid main body 862, the upside opening portion that housing 840 is watered in covering described second； Lid main board 863, extends to be formed in the lid main body 862 to downside, the upper end that cladding described second waters housing 840；Pad Muscle 864 is set, the downside of the lid main body 862 is formed in, with the formation mutually separated a predetermined distance of the lid main board 863；Axle is consolidated Determine portion 866, be fixed on the power transmission shaft 640；Reinforcement 868, sets the axle fixed part 866 and pad muscle 864 and is connected.

Be formed as circular when the lid main body 862 is as viewed from vertical view.The diameter of the lid main body 862 waters housing than second 840 diameter is larger formed.

With the present embodiment differently, the flat shape of the lid main body 862 may not be circle.Also, it is described to water The flat shape of housing 800 is also not limited to given shape.

The lid main board 863 forms the periphery of the lid main body 862.The lid main board 863 is formed as ring-shaped, with The lid main body 862 is made in an integrated manner.The lid main board 863 is formed with multiple raised 861, institute in lateral surface Raised 861 are stated circumferentially to be formed in 360 degree of scope.Described raised 861 when case lid 860 is watered in separation to Family provides gripping sense.

Also, described raised 861 water dropped when top can be made to supply water effectively are dispersed.Supply water by top The water for falling drops to case lid 860 of watering, and is flowed to the lid main board 863 under the turning effort of the housing 800 that waters.With Afterwards, after being separated with water droplet form from described raised 861, the medial surface of visual main body 210 is thrown to.Described raised 861 can make The water that top is supplied water effectively is dispersed.

The pad sets the inner side that muscle 864 is located at the lid main board 863, is mutually separately advised with the lid main board 863 Set a distance.The second pad 865 is provided between the lid main board 863 and pad set muscle 864.

Can be watered between housing 840 by the closing of the described second pad 865 case lid 860 and second of watering.Due to passing through The pad 865 of first pad 825 and second cuts off the leak of the water of shell space 805, can make to be spued by jet 410 Water pressure keep it is constant.

Water between housing 840 leak occurs in described first housing 820 and second that waters, or watered housing second In the case of there is leak between 840 and case lid 860 of watering, will be difficult to make the pressure of the water spued from jet 410 to keep It is constant.

That is, in the case where the housing 800 that waters occurs the leak of water, even if the housing 800 that waters is rotated, also will likely In the not injection water of jet 410.

The lid main board 863 and second housing 840 that waters can be combined with screw fashion.In the present embodiment, institute State and water case lid 860 and second housing 840 that waters is assembled with interference fit.

The axle fixed part 866 is mutually assembled with power transmission shaft 640, and revolving force is delivered to from the power transmission shaft 640.

The axle fixed part 866 and power transmission shaft 640 can be combined with screw fashion.Therefore, in the power transmission shaft 640 Upper end outer peripheral face is formed with the screw thread 643 for being combined with the screw for watering case lid 860.

The screw thread for mutually being assembled with the power transmission shaft 640 can be formed with the axle fixed part 866.In the present embodiment In, axle fixing component 867 is configured with the axle fixed part 866, the axle fixing component 867 passes through dual injection molding mode With being integrally formed of axle fixed part 866.In the present embodiment, nut is used as the axle fixing component 867.

Case lid 860 is watered with described differently, the axle fixing component 867 uses metal material.Due to power transmission shaft 640 Formed by metal material, be also required to be formed by metal material with the part that screw fashion is combined with the power transmission shaft 640, Cai Neng Prevent to wear and tear or be damaged when being combined.Formed by metal material in the entirety of case lid 860 of watering, or the axle In the case that fixed part 866 is formed by metal material, preferably screw thread is formed in the axle fixed part 866 itself.

The water diameter of housing 840 of the case lid 860 to the second of watering larger is formed.When as viewed from upside, only reveal Go out the case lid 860 of watering, second waters housing 840 and first housing 820 that waters then is not exposed.

Thus, can fall to the case lid 860 of watering at least a portion in the water of the water supply stream 109 supply Fall.In the case where the housing 800 that waters is rotated, the water dropped to the case lid 860 of watering pours water hull described Sprayed towards radial outside on the surface of body lid 860.

The case lid 860 of watering of rotation is sprayed the water of supply along direction of rotation, can be presented just as water from rain The effect that umbrella drops.Particularly, water droplet can be in the multiple raised 861 configured along the circumferencial direction of the case lid 860 of watering It is stripped.

Collided with the medial surface of visual main body 210 along the water that direction of rotation is sprayed from the case lid 860 of watering, and Rain scape can be performed.

The rain scape refers to that the drop formed of medial surface of the visual main body 210 shows the shape dropped just as raindrop Condition.

In the present embodiment, the groove 810 that pumps up water is configured to effectively to pump up water the form of the water of tank 300. In the present embodiment, the groove 810 that pumps up water is located at lower position than jet 410.Particularly, the groove 810 that pumps up water Formed lower than the 1st jet 411.

Horizontal direction revolving force is converted to vertical direction by the groove 810 that pumps up water for water.It is being formed with described pumping up water In the case of groove 810, can be more effectively carried out pumping up water along vertical direction.

In the present embodiment, the groove 810 that pumps up water is formed in the medial surface of the housing 800 that waters, and is protruded towards inner side. It is described pump up water groove 810 along above-below direction it is more long extend and to be formed.With the present embodiment differently, it is described pump up water groove 810 can Be formed as sawtooth form.In the present embodiment, watered housing 820 due to making first with injection molding, by along upper Pump up water groove 810 described in lower direction configuration, can be pulled easily out mould.

Figure 18 is the stereogram of the discharge humidification medium housing shown in Fig. 7, solids of the Figure 19 as viewed from the downside of Figure 18 Figure, Figure 20 is the front view of Figure 18, Figure 21 is the profile cut open along the line A-A of Figure 20, and Figure 22 is that the B for showing Figure 21 is put Big figure, Figure 23 is the enlarged drawing of the C for showing Figure 18, and Figure 24 is the exploded perspective view of Figure 18, and Figure 25 is as viewed from the downside of Figure 24 Stereogram, Figure 26 is the front view of Figure 24, and Figure 27 is the profile cut open along the E-E lines of Figure 26, and Figure 28 is to show Figure 24 D enlarged drawing, Figure 29 is the enlarged drawing of the F for showing Figure 27.

The humidification medium housing that spues is described in more details referring to the drawings.

In the present embodiment, will humidify medium 50 in be provided with spue humidification medium 55 housing be defined as spue humidification matchmaker Shell body 1400.

In the present embodiment, the humidification medium housing 1400 that spues is configured on discharge stream 107.The humidification that spues Medium housing 1400 may be provided at cap assembly 230.The discharge humidification medium housing 1400 can be with cap assembly 230 with entirety Mode made.

In the present embodiment, the humidification medium housing 1400 that spues is carried out by with the single works of cap assembly 230 Make.The humidification medium housing 1400 that spues is configured in the downside of cap assembly 230.The discharge humidification medium housing 1400 can Cap assembly 230 is assembled in removably mode.In the present embodiment, be placed on can for the humidification medium housing 1400 that spues Depending on main body 210.

The cap assembly 230 forms the part in water supply stream 109, and water supply cap 1430 described later is revealed to user Go out.

The humidification medium housing 1400 that spues can be bypassed air through laterally, be passed water through to inner side.Air is from downside Pass through to upside, water passes through from the upper side to the lower side.

The humidification medium housing 1400 that spues provides the discharge stream 107 for bypassing air through in outside, is provided in inner side The water supply stream 109 for passing water through.

The humidification medium housing 1400 that spues includes：Upper shell 1410, lower house 1420 and water supply cap 1430.Institute State and the humidification medium 55 that spues is configured between upper shell 1410 and lower house 1420.

The upper shell 1410 and lower house 1420 are formed with multiple spaces.

The upper shell 1410 is formed as toroidal on the whole.

The upper shell 1410 includes：Upper internal frame body 1412 (upper inner frame), configures in center；Upper shell Opening portion 1415, is formed in the center of the upper internal frame body 1412, there is provided water supply stream 109；Upper outer frame body 1414, on described Internal frame body 1412 is mutually separated, and is configured in gabarit；Online screen frame body 1416, by the upper internal frame body 1412 and the phase of upper outer frame body 1414 Connection.

The lower house 1420 is formed as toroidal on the whole.

The lower house 1420 includes：Lower internal frame body 1422, configures in center；Lower house opening portion 1425, is formed in institute State the center of lower internal frame body 1422, there is provided water supply stream 109；Lower outer frame body 1424, mutually separates with the lower internal frame body 1422, matches somebody with somebody Put in gabarit；Off line screen frame body 1426, the lower internal frame body 1422 is connected with lower outer frame body 1424.

The shape of the upper shell 1410 and lower house 1420 is mutually corresponded to.

The upper shell opening portion 1415 and lower house opening portion 1425 are interconnected.

The upper shell 1410 and lower house 1420 are mutually assembled.In the present embodiment, the He of the upper shell 1410 Lower house 1420 is clamped combination.Therefore, the side in the upper shell 1410 or lower house 1420 be formed with clamping it is convex 1411,1413 are played, clamping slot 1421,1423 is formed with the opposing party.

In the present embodiment, raised 1411,1413 are clamped and is formed in upper shell 1410, clamping slot 1421,1423 is formed in Lower house 1420.The clamping projection is respectively formed at internal frame body 1412 and upper outer frame body 1414.The clamping slot distinguishes shape Into in lower internal frame body 1422 and lower outer frame body 1424.

The water supply cap 1430 can be combined with least one of the upper shell 1410 or lower house 1420.In this reality Apply in example, the water supply cap 1430 is clamped combination with lower house 1420 in a detachable fashion.With the present embodiment differently, The water supply cap 1430 can in a detachable fashion be arranged on upper shell 1410.

In order to the water supply cap 1430 and lower house 1420 are combined in a detachable fashion, it is formed with reference to raised 1437 and engagement groove 1427.

A side in the water supply cap 1430 or lower house 1420 is formed with reference to raised 1437, is formed with the opposing party Engagement groove 1427.In the present embodiment, it is formed with reference to raised 1437 in water supply cap 1430, combination is formed with lower house 1420 Groove 1427.

The combination raised 1437 and engagement groove 1427 form clamping and combine in the horizontal direction.

The combination projection 1437 is convexly formed towards the radial outside of water supply cap 1430.The engagement groove 1427 is towards lower casing The center side of body 1420 is formed in open state.

The combination projection 1437 has three by being configured at equal intervals, and engagement groove 1427 is formed correspondingly.Also, It is formed with the engagement groove 1427 and the combination raised 1437 forms the combination projection screens portion 1428 of mutual screens.It is described With reference to raised screens portion 1428 mutual screens is provided relative to the radial direction of lower house 1420.

The combination projection screens portion 1428 can be convexly formed towards the radially inner side of lower house 1420.

User can in the direction of the clock be rotated after the water supply cap 1430 is inserted into lower house opening portion 1425, So as to the combination raised 1437 and engagement groove 1427 are combined.In the combination projection 1437 and the phase of the engagement groove 1427 With reference to during, the combination projection 1437 cross combination projection screens portion 1428 and formed " clickly " operation sound and Operation sense.

In addition, water-supply structure 1440 is formed with the humidification medium housing 1400 that spues, what its interim storage was supplied Water, and the water of storage is carried out into draining to downside.

The water-supply structure 1440 includes：Cistern 1441 (reservoir), configures on the water supply stream 109, uses In interim storage water；Feed water inlet 1445, draining is carried out in the cistern 1441 to the tank 300.

The cistern 1441 may be formed at some works.In the present embodiment, by the combination of multiple works To form the cistern 1441.

The cistern 1441 may be formed at upper shell 1410, lower house 1420, the water supply cap configured on water supply stream 109 At least one party in 1430.The cistern 1441 can be by the upper shell 1410, lower house with configuration on water supply stream 109 1420th, the combination of at least one party in water supply cap 1430 is formed.

In the present embodiment, the cistern 1441 is formed by the combination of lower house 1420 and water supply cap 1430.

The lower house 1420 includes：Cistern base 1442 and retaining pool wall 1444.

The cistern base 1442 and retaining pool wall 1444 are formed in lower internal frame body 1422.

The cistern base 1442 is configured in the way of level, and the humidification medium 55 that spues is located at the cistern bottom The upside of seat 1442.The cistern base 1442 is connected with off line screen frame body 1426.

The retaining pool wall 1444 is convexly formed in the cistern base 1442 to upside.In the retaining pool wall 1444 inner side is configured with the lower house opening portion 1425, and discharge humidification medium 55 is configured with outside.The water supply cap 1430 inner sides for being located at the retaining pool wall 1444.

The cistern 1441 is formed in the inner side of retaining pool wall 1444, the upside of cistern base 1442 and water supply cap Between 1430 outsides.

Feed water inlet 1445, clamping slot 1423, engagement groove 1427 are formed with the cistern base 1442.The feed water inlet 1445 and clamping slot 1423 configure in the inner side of retaining pool wall 1444, engagement groove 1427 is configured in the outside of retaining pool wall 1444.

The feed water inlet 1445 is formed as gap (slit) form.The feed water inlet 1445 is opening-like along above-below direction State is formed.Be formed as circular shape when the feed water inlet 1445 is as viewed from vertical view.The feed water inlet 1445 is along the cistern The inboard boundary of wall 1444 is formed.

Width for forming the gap of the feed water inlet 1445 is 0.7 to 0.8mm, and its length is not limited then.

When the feed water inlet 1445 is as viewed from above-below direction section, lateral section is wider thereon, lower lateral section is narrowly formed. When the section of the feed water inlet 1445 is as viewed from above-below direction, be formed as the sharp funnel shaped in lower section.

The feed water inlet 1445 can cut off the flowing of air by such cross sectional shape, and water is arranged to downside Go out.

When humidifying and purifying device is acted, air flows from humidification stream 106 to discharge stream 107, one part Can be spued by the feed water inlet 1445.But, when storing water in the cistern 1441, air is not by the confession The mouth of a river 1445 is spued.Because, the pressure of the deadweight more than air of the water stored in the cistern 1441.

In the case where the section of the feed water inlet 1445 is widely formed, can spue air, in the process, will occur The problem that the water stored in cistern 1441 splashes to upside.

The water-supply structure 1440 of the present embodiment is when humidifying and purifying device is acted, even if being supplied water also be prevented from Water in cistern 1441 splashes towards water supply rightabout.

Can prevent air from being spued from feed water inlet 1445 by adjusting the capacity of the cistern 1441.For example, can quilt The pressure that the deadweight of water causes for being made as storing in cistern 1441 is even larger than by the exhalable blast in feed water inlet 1445.

At the same time, in the narrower width ground situation about being formed of the feed water inlet 1445 that will be made as gar shape Under, in the presence of resistance, air can be made to be flowed to the humidification medium 55 that spues.In the space of the humidification medium 55 that spues In the case of sectional area more than feed water inlet 1445, air will be flowed to less humidification medium 55 side that spues of resistance.Separately On the one hand, in the case of storing water in the cistern 1441, water is discharged by feed water inlet 1445 under Gravitative Loads.

As described above, be prevented from air by various methods being spued by the feed water inlet 1445.

When user is supplied water to the top of water supply cap 1430, the water for being supplied is stored into cistern 1441 temporarily.It is described The water stored in cistern 1441 carries out draining by feed water inlet 1445 to downside.The water of the cistern 1441 can be by forming It is discharged in the engagement groove 1427 of cistern base 1442.The water of the cistern 1441 can be by the quilt of lower house opening portion 1425 Discharge.

In the case where water more more than the capacity of the cistern 1441 are fed with, water can cross retaining pool wall 1444 to Outer spilling.Even if water overflows to the outside of the retaining pool wall 1444, the water for being supplied drops or wanders to visual main body 210.Edge The inside that the water that the visual main body 210 wanders will also be directed into the tank 300.

The humidifying and purifying device of the present embodiment has excellent with what its operating state can independently be supplied water to tank 300 Point.

In the present embodiment, spued in the configuration of the downside of cap assembly 230 and humidify medium housing 1400, but with the present embodiment not With ground, it is also possible to be not provided with the structure of cap assembly 230 to constitute humidifying and purifying device.That is, can make to be configured with water supply cap 1430 Discharge humidification medium housing 1400 expose to outside, by realizing that top is supplied water to the pouring of water supply cap 1430.

Hereinafter, to being described in more details in the flowing for carrying out water when top is supplied water.

The water that top is supplied water is dropped downwards by the cap assembly 230.

In the present embodiment, the water for being dropped from the cap assembly 230 does not drop directly the water surface of screw clamp 300, but It drops to the top of housing 800 of watering at least partially.

In the situation (situation that the housing that waters is rotated) during the humidifying and purifying device is acted with humidifying mode, on The water that portion supplies water carries out the rain scape that disperses and formed in the process after the housing 800 that waters is dropped to.

(housing that waters stops situation in being acted in the situation during the humidifying and purifying device stops or with purification pattern Situation) under, the water that top is supplied water flows along the housing 800 that waters to tank 300.

I.e., with the operating state of humidifying and purifying device independently, the water that top can be made to supply water directly drops screw clamp 300 The situation of the water surface reach at least, hereby it is possible to make waterfall noise reach minimum.

In the characteristic of water, the water flowed along the bottom surface of the humidification medium housing 1400 that spues in the water that top is supplied water can be straight Connect and drop to the water surface.But, this is only belonging to a small amount of water, and it merely comprises a part compared with all noises.Particularly, telling Go out to humidify the water bottom surface of medium housing 1400 formed drop have to a certain degree water after, will be in the sky of humidification stream 106 The humidification medium 55 that spued in the presence of flow of air absorbs.

The water that the top is supplied water drops to the case lid 860 of watering of the housing 800 that waters.

For the water energy for making top supply water enough drops to the case lid 860 of watering, the diameter of case lid of watering 860 is than supplying water The diameters that mouth 1445 is formed larger are formed.

Watered case lid 860 described in downside configuration in the feed water inlet 1445.Also, in the upper shell opening portion 1415 and lower house opening portion 1425 downside configuration described in water case lid 860.

That is, the most water for supplying that supplied water by top drops to case lid 860 of watering.

In the case of during the housing 800 that waters rotates, the water that top is supplied water is in case lid 860 towards radial outside of watering Dispersed.For the water of top water supply of effectively dispersing, raised 861 are formed with case lid 860 of watering.Described raised 861 Multiple is configured with along the edge of case lid 860 of watering.It is described it is raised 861 towards water case lid 860 radial outside protrusion.

When the housing 800 that waters is rotated, the water that top is supplied water is separated into drop described raised 861.

Collided with the medial surface of visual main body 210 from the raised 861 separate drop.Therefore, the housing that waters Lid 860 is preferably configured in the same horizontal line with least a portion of the visual main body 210.Exist in view of the drop for dispersing Dropped under Action of Gravity Field, its intermediate altitude for being preferably located in the visual main body 210.

Described raised 861 to the 2 jets 412,413 are located at position higher.

Rain scape is performed using from raised 861 drop for dispersing.By the rain scape formed when top is supplied water, user It is able to confirm that water supply is normally carried out.In addition to confirming that top is supplied water by the effect of the such as visual manner of rain scape, can be also The sound for being collided and being occurred with visual main body 210 by the drop for dispersing supplies water confirming top.

The rain scape sound that top occurs when supplying water is distinct with the sound for passing through jet 410.Occur when top is supplied water Rain scape sound larger formed than the rain scape sound by generation of pumping up water, and formed in an irregular pattern.

In addition, when top water supply is carried out, the drop of various sizes of being splashed in the case lid 860 of watering.

In the case of larger drop, because of deadweight from raised 861 inner sides for flying to visual main body 210.In larger drop In the case of, more constant track S 1 is formed because of deadweight.

The track S1 is different from the track S3 of the water sprayed from jet 410.

Track S3 from the water of the 2nd jet 412,413 injection and the track S1 from raised 861 water for dispersing are not Together.The track S1 is higher formed than track S3.

In the case of smaller droplet, compared with the influence based on deadweight, will larger be subject to based on shape on humidification stream 106 Into air flow influence.

Therefore, in the case of smaller droplet, it can be floated in humidification stream 106.Due to being blown simultaneously The influence of the blast and gravity of fan 24, it will be in irregular track.

In the case of smaller droplet, will performance humidification stream 106 on float during near the housing 800 that waters quilt The phenomenon of pulling.

The housing 800 that waters pours hydrofoil 850 and can pull the drop of floating.Based on the air stream for pouring hydrofoil 850 The dynamic drop that will be floated or disperse is pulled to the face side of housing 800 of watering.

The hydrofoil 850 that pours can be by pulling the drop dispersed from case lid 860 of watering to form moisture film S2.Carry out on When portion supplies water, the moisture film of the periphery of housing 800 generation of watering can show respectively different shape according to the amount of the water of top water supply Shape.

But, the moisture film has the feature being asymmetrically formed on the basis of the housing 800 that waters.

Figure 30 is to show the schematic diagram by the spray line of jet, and Figure 31 is the air flow for showing air cleaning module Schematic diagram, Figure 32 be show by 2-1 jets spray water track schematic diagram, Figure 33 is shown by 2-2 The schematic diagram of the track of the water of jet injection, Figure 34 is shown in the track for carrying out water based on the housing that waters when top is supplied water It is intended to, Figure 35 is to carry out the schematic diagram of the track based on the water for pouring hydrofoil when top is supplied water.

Rain scape to being performed in the air cleaning module 200 is described in more details.The rain scape can utilize many Kind of method is performed.

Firstth, the water from jet injection can be utilized to perform rain scape in visual body interior.

The water supplied when the secondth, can be supplied water using top is come in visual body interior performance rain scape.

Rain scape refers to just as in effect rainy outside window.Rain scape refers to the effect for forming rainwater.In the present embodiment, can Depending on the performance of the inside of main body 210 just as the effect rained or the effect for forming rainwater.

When the rain scape is performed, the drop of various sizes will be formed.It is described to pour hydrofoil 850, the 1st jet 411,2- The air flow of 1 jet 412,2-2 jets 413, case lid of watering 860, projection 861 and blowing fan 24 is for giving birth to Rain scape into drop performs unit.

1st jet 411,2-1 jets 412 and 2-2 jets 413 are in water unit 400 is poured to raising Used when the water of water is sprayed.Sprayed by from the 1st jet 411,2-1 jets 412,2-2 jets 413 Water perform rain scape.

It is described to water case lid 860 or raised 861 water dropped when being supplied water by making top are dispersed to perform rain scape.

Blast or air quantity based on the blowing fan 24 will can be injected or the drop that disperses is crushed as smaller size.With The air flowed by blowing unit 20 and medium 51 is humidified by tank, drop can be become more miniaturization.

The air flowed by the blowing unit 20 can make to become miniaturization from the humidification air that drops of stream 106.By Moved towards gravity rightabout in the air based on blowing unit 20, collided with the air dropped by deadweight and the drop for dropping Hit and become miniaturization.

The drop for performing unit generation by above-mentioned rain scape can be flowed or be floated in humidification stream 106.It is described to add The drop of wet stream 106 can be humidified to the air for flowing, and it is water droplet form that can form in the medial surface of visual main body 210.

The water droplet formed in the medial surface of the visual main body 210 can be inclined along the medial surface of visual main body 210 and carried out It is mobile.

The visual main body 210 is formed in an inclined manner towards tank 300.The visual main body 210 is formed it Upside is wider, downside is narrower.Thereby, it is possible to extend the holdup time of the drop flowed along visual main body 210, hereby it is possible to prolong The rain scape performance time long.Further, it is possible to suppress the formed downward effluent of drop by the inclination of visual main body 210 fall. In the presence of the surface tension of drop, drop can keep the state formed in visual main body 210.Also, the sky of blowing unit 20 Flow of air can suppress the downward effluent of drop and fall.

Also, can be formed with waterproof coating in the medial surface of the visual main body 210.It is being formed with the waterproof coating In the case of, it is prevented from drop and is widely diffused, and can more roundly forms the apperance of drop.

In the case where the visual main body 210 bears water, the water tied in visual main body 210 is projected or reflexes to display 160 surfaces.In the case that the current tied in the visual main body 210 fall, identical can be also showed in the display 160 Effect.

In the visual main body 210, actual drop along incline from the upper side to the lower side, outside-in move. The drop that the surface of the display 160 is reflected inclines side, the outside-in movement on the side under on the contrary with display.

Thus, the border met in visual main body 210 and display 160, performs actual drop and the drop phase for being reflected The phenomenon of conjunction.Such performance can be used the family being capable of more effectively cognitive rain scape.

The air flow on the periphery of air cleaning module 200 when to performing the rain scape is described in more details.

First, the air in the outer flowing of tank 300 is guided by connecting stream 103 to air cleaning inflow entrance 31.Will be logical The flowing for crossing the air of connection stream 103 flowing is defined as outer primary fluid stream (outer main steam, OS).It is described outer Primary fluid stream OS is to connect the air flow in stream 103, its main flow direction for representing the outer air of tank 300.

The flowing of the air that will be flowed towards discharge opening 231 (being grid discharge opening in the present embodiment) in the tank 300 It is defined as interior primary fluid stream (inner main steam, IS).The interior primary fluid stream IS is to humidify the air stream in stream 106 It is dynamic, its main flow direction for representing air in tank 300.

Side is formed the outer primary fluid stream OS on the side under.Also side is formed the interior primary fluid stream IS on the side under. The direction of the outer primary fluid stream OS and interior primary fluid stream IS is identically formed.By by the outer primary fluid stream OS and interior main flow Body stream IS is formed as identical direction, and the flow resistance of air can be made to reach minimum.

The air cleaning inflow entrance 31, the sky are configured between the outer primary fluid stream OS and interior primary fluid stream IS With interior primary fluid stream IS be connected the outer primary fluid stream OS by gas cleaning inflow entrance 31.

When the outer primary fluid stream OS passes through air cleaning inflow entrance 31, the flow direction of air is changed.Will be logical The flowing for crossing the air of the air cleaning inflow entrance 31 is defined as connecting fluid stream (connect stream, CS).The company Connect the main flow direction that fluid stream CS represents the air flowed from the export-oriented tank 300 of tank 300.

When the interior primary fluid stream IS passes through discharge stream 107, the flow direction of air is changed.Will be by described The flowing of the air of discharge stream 107 is defined as discharge fluid stream DS.The discharge fluid stream DS is represented from tank 300 to top The main flow direction of the air of the outer flowing of cap assemblies 230.

The connecting fluid stream CS forms angle respectively relative to the outer primary fluid stream OS and interior primary fluid stream IS.

The outer primary fluid stream OS and interior primary fluid stream IS the side flowing on the side under.The outer primary fluid stream OS and interior master Fluid stream IS flows along gravity rightabout.

The connecting fluid stream CS from tank 300, flow outside to inside by side.The connecting fluid stream CS is relative to the outer master The flow direction of fluid stream OS forms 0 degree to less than 90 degree of angle a.Also, the connecting fluid stream CS is interior relative to described The flow direction of primary fluid stream IS forms the angle b below more than 90 degree and 180 degree.

The discharge fluid stream DS from tank 300, flow from inside to outside by side.The discharge fluid stream DS is towards the upper of tank 300 Side, forms in an inclined manner towards radial outside.

Flow directions of the discharge fluid stream DS relative to the interior primary fluid stream IS formed more than 90 degree and 180 degree with Under angle c.

Formed in near-linear manner by by described angle a, b, c, the flow resistance of air can be made to reach minimum.

Particularly, the connecting fluid stream CS by air cleaning inflow entrance 31, will pass through tank humidification medium 51. When humidifying medium 51 through the tank, humidification will be provided to the air for forming connecting fluid stream.

Also, the discharge fluid stream DS is when by discharge stream 107, discharge humidification medium 55 is will pass through.Running through During the discharge humidification medium 55, humidification will be provided to the air for forming the discharge fluid stream.

The interior primary fluid stream IS is pitched with the intersection of locus of the water from the injection of jet 411,412,413.The interior main flow Body stream IS can be mutually orthogonal with the track of the water of the injection.

The interior primary fluid stream IS is also pitched with the intersection of locus of the water dispersed from case lid 860 of watering.The interior main fluid Stream IS can be mutually orthogonal with the track of the water for being dispersed.

The interior primary fluid stream IS is also pitched with from the intersection of locus for pouring the water that hydrofoil 850 disperses.

Due to the interior primary fluid stream IS and each intersection of locus fork of performance rain scape, the air for humidifying can effectively be entered Row cleaning.Configured in the case of identical direction with interior primary fluid stream IS in the track of the water, will be unable to effectively realize The cleaning of humidifying air.

Particularly, the drop that miniaturization is become after being collided with visual main body 210 drops along gravity direction, and described interior Primary fluid stream IS is moved along gravity rightabout, therefore, it is possible to more efficiently clean humidifying air.In the cleaning process In can also carry out additional humidification.

Also, because the drop for becoming miniaturization is floated in the presence of the interior primary fluid stream IS, in visual main body 210 Height on can increase the holdup time of the drop for becoming miniaturization.

When the structure of the air cleaning module 200 is distinguished according to position, in the bottom of the air cleaning module 200 Storage water, and it is configured with the structure for circulating the water.

Therefore, the housing 800 that waters is combined with the bottom of air cleaning module 200, and is configured with for being watered to described Housing 800 provides the transmission module 600 of revolving force.

The structure for humidifying is configured with the middle part of the air cleaning module 200.Therefore, in the air cleaning mould The middle part of block 200 is configured with air cleaning inflow entrance 31, tank humidification medium 51.

It is configured with for the structure of rain scape and knot for spuing/supplying water on the top of the air cleaning module 200 Structure.Therefore, it is equipped with performing jet 412,413, the visual main body of rain scape on the top of the air cleaning module 200 210th, case lid of watering 860 etc..Particularly, by the rain scape performed on the top of the air cleaning module 200, can be in sky Gas is cleaned before discharge again to humidifying air.

Also, the top cover group supplied water for air discharge and top is configured with the top of the air cleaning module 200 Part 230.

Therefore, the water of storage can be watered in the bottom of the air cleaning module 200, is utilized what is watered at middle part Water provides humidification, rain scape is performed using the part in the water for watering on top, and humidifying air is cleaned.

That is, humidifying structure is configured by the upside for pouring water-bound, rain scape structure is configured in the upside of humidifying structure, in rain The upside configuration top water-supply structure of scape structure, can be such that each function of air cleaning module 200 is effectively acted on.

By watering-humidifying configuration successively or the stepped construction that-rain scape-top is supplied water, air cleaning module 200 can be made Each function effectively acted.

Above by reference to accompanying drawing, preferred embodiments of the present invention have been disclosed for illustrative, but the present invention is not limited to above institute The specific embodiment stated, in the range of the technological thought of the invention advocated in without departing substantially from claims, this area Those skilled in the art can carry out various deformation implementation to it, such deformation implementation should not depart from technological thought of the invention or Prospect and individually understood.

Claims

1. a kind of humidifying and purifying device, wherein,

Including：

Tank, for storing water,

Visual main body, forms at least a portion in the tank, is formed by the material that can be seen from outside perspective,

Watered housing, and configuration is pumped up water in the tank, the internal backward upside of water suction that will be stored in the tank,

Pour water motor, water housing described in rotation,

Jet, is configured in the housing that waters, and the water for being pumped up water is sprayed,

Air cleaning inflow entrance, configures the air outside the tank, the tank and internally flows,

Discharge opening, configures the air inside the tank, the tank to flows outside；

When the housing that waters is rotated, collided with the visual main body medial surface from the water of jet injection,

Before by the air cleaning inflow entrance, the air flowed in the outside of the tank forms outer primary fluid stream, leads to The be internally formed interior primary fluid stream of the air in the tank of the air cleaning inflow entrance is crossed, the interior primary fluid stream passes through quilt The water of injection flows to the discharge opening.

2. humidifying and purifying device according to claim 1, wherein,

The interior primary fluid stream is formed with the track of the water being injected in the way of intersecting.

3. humidifying and purifying device according to claim 1, wherein,

Formed along horizontal direction from the track of the water of jet injection, the interior primary fluid stream is along above-below direction shape Into.

4. humidifying and purifying device according to claim 1, wherein,

The outer primary fluid stream is formed along above-below direction.

5. humidifying and purifying device according to claim 1, wherein,

The outer primary fluid stream is formed with the flow direction of the interior primary fluid stream towards identical direction.

6. humidifying and purifying device according to claim 5, wherein,

The air cleaning inflow entrance forms the connecting fluid stream for connecting the outer primary fluid stream and the interior primary fluid stream, described Connecting fluid stream forms 0 degree to 90 degree of angle relative to the flow direction of the outer primary fluid stream.

7. humidifying and purifying device according to claim 6, wherein,

Also include：

Tank humidifies medium, and configuration covers the air cleaning inflow entrance in the inside of the tank；

The tank humidification medium is mutually separated with the water of storage in the tank, and the water from jet injection is visual with described After main body collides, wander downwards to soak the tank humidification medium,

The connecting fluid stream is humidified during medium is humidified by the tank.

8. humidifying and purifying device according to claim 1, wherein,

9. humidifying and purifying device according to claim 1, wherein,

The jet configuration is in the position that can be seen by the visual main body.

10. humidifying and purifying device according to claim 1, wherein,

11. humidifying and purifying devices according to claim 1, wherein,

The discharge opening is configured on the top of the air cleaning inflow entrance,

The interior primary fluid stream after side flowing on the side, spues under to the discharge opening.

12. humidifying and purifying devices according to claim 1, wherein,

The interior primary fluid stream flows along the medial surface of the visual main body.

13. humidifying and purifying devices according to claim 1, wherein,

When the housing that waters is rotated, spray is formed in the medial surface of the visual main body from the water of jet injection Ray.

14. humidifying and purifying devices according to claim 1, wherein,

Track from the water of jet injection by from the inner side of the tank towards being formed in the way of outside, by the sky The flow direction of the air of gas cleaning inflow entrance is by from the outside of the tank towards being formed in the way of inner side.

15. humidifying and purifying devices according to claim 1, wherein,

Also include：

Cap assembly, configures on the top of the tank；

The cap assembly includes：

Water supply stream, water is provided to the tank,

Discharge stream, spue the air flowed along the interior primary fluid stream；

The flow direction of the water supplied by the water supply stream is formed on the contrary with the flow direction of the interior primary fluid stream.

16. humidifying and purifying devices according to claim 15, wherein,

The water supplied by the water supply stream is dropped to the top of the housing that waters,

When the housing that waters is rotated, the medial surface phase of the water dropped by the water supply stream and the visual main body Collision,

The interior primary fluid stream is flowed by the water dropped from the water supply stream to the discharge opening.

17. humidifying and purifying devices according to claim 16, wherein,

The track of water of the track of the water dropped by the water supply stream than being sprayed from the jet is located at position higher.

18. humidifying and purifying devices according to claim 16, wherein,

Also include：

Hydrofoil is poured, is configured in the outside of the housing that waters；

When the housing that waters is rotated, at least one party in the water being injected or the water being dropped with it is described Hydrofoil is poured to collide and dispersed.

19. humidifying and purifying devices according to claim 18, wherein,

Intersected with the interior primary fluid stream by the track for pouring the water that hydrofoil disperses.

20. humidifying and purifying devices according to claim 1, wherein,

Also include：

The tank humidification medium is mutually separated with the water of storage in the tank, and the water from jet injection is visual with described After main body collides, wander to soak the tank humidification medium downwards.