CN208886999U - Humidifier and split-type air conditioner - Google Patents

Abstract

The utility model relates to humidifiers, including ontology and fog-proof plate, ontology is equipped with cavity, fog-entering hole and multiple fog holes, fog-entering hole and multiple fog holes are communicated with cavity, multiple fog holes are provided at circumferentially spaced on the sidewalls of the cavities, the lateral surface of cavity sidewalls above fog hole is equipped with the upper guide surface being gradually inclined outwardly from top to bottom, fog-proof plate is located in cavity, and it is detachably connected with ontology, cavity is separated into out mist chamber and separate cavities two parts by fog-proof plate, at least one fog hole is communicated with mist chamber out, at least one fog hole is communicated with separate cavities, fog-entering hole is communicated with mist chamber out.The utility model further relates to split-type air conditioner, and including console mode indoor unit and above-mentioned humidifier, humidifier is set to the top of console mode indoor unit.The utility model has the advantages that: it is not only able to effectively solve the problems, such as that ponding and fog hole into grey, so as to keep long-term health health to use, and can adjust out mist range, the requirement to placement position is lower, applicability height.

Description

Humidifier and split-type air conditioner

Technical field

The utility model relates to air modifier, specifically a kind of humidifier and split-type air conditioner.

Background technique

One of an important factor for air humidity is influence environmental degree of comfort, especially in northern area and commonly using fission The place of formula air-conditioning, therefore the humidifier for increasing ambient humidity increasingly becomes the indispensable small household appliances of many families.Humidifier is logical It is often directly to be drawn air into using blower, air is then allowed to be produced by boasting together with the water mist after ultrasonic oscillation, is formed Air is humidified.Humidifier on the market, fog hole are all located at greatly the top of humidifier at present, and in order to reality Now indoor all directions are humidified, therefore use circumferential mist structure out, thus has the following problems: 1, holding at the top of humidifier Easy ponding, causes harmful microorganism to breed, and is unfavorable for the health of humidifier；2, fog hole is easy to cause inside humidifier into ash Foul deposition, is unfavorable for the health of humidifier；3, humidifier is more demanding to placement position, it usually requires to be remotely from wall The indoor intermediate region of wall causes wall dampness mouldy to prevent fog to be ejected on wall, therefore applicability is poor.

Utility model content

One of technical problem to be solved in the utility model is to provide one kind and is not only able to effectively solve ponding and go out Mist hole so as to keep long-term health health to use, and can adjust out mist range, the requirement to placement position into grey problem It is lower, the high humidifier of applicability.

In order to solve the above technical problems, the utility model provides a kind of humidifier with flowering structure: including ontology and gear Mist plate, ontology are equipped with cavity, fog-entering hole and multiple fog holes, and fog-entering hole and multiple fog holes communicate with cavity, it is multiple go out Mist hole is provided at circumferentially spaced on the sidewalls of the cavities, and the lateral surface of the cavity sidewalls above fog hole is equipped with from top to bottom gradually The upper guide surface being inclined outwardly, fog-proof plate are located in cavity, and are detachably connected with ontology, and cavity is separated into out mist by fog-proof plate Chamber and separate cavities two parts, at least one fog hole are communicated with mist chamber out, at least one fog hole is communicated with separate cavities, into Mist hole is communicated with mist chamber out.

After adopting the above structure, compared with prior art, the humidifier of the utility model has the advantage that 1, due to going out Mist hole is located on the side wall of top cover, and the top cover lateral wall above fog hole be equipped with gradually be inclined outwardly from top to bottom on lead To face, therefore upper guide surface can block above fog hole, so that the dust to suspend in air is not easily accessible when falling In fog hole, to effectively prevent the case where foul deposits inside humidifier；2, since fog hole is provided at circumferentially spaced On the sidewalls of the cavities, therefore after fog is sprayed from fog hole, it will be able to rapidly to the four of humidifier under effect of inertia Week diffusion, enables fog rapidly far from humidifier, and upper guide surface can be oriented to the fog diffused up, make these to The fog of upper diffusion can be moved first along upper guide surface obliquely, and parabola fortune is then done under the action of inertia and gravity It is dynamic, it spreads directly up to effectively prevent spraying fog from fog hole and falls on humidifier and form humidifier ponding It happens；3, since humidifier is equipped with fog-proof plate, fog-proof plate is located in cavity, and is detachably connected with ontology, and fog-proof plate will Cavity is separated into out mist chamber and separate cavities two parts, at least one fog hole is communicated with mist chamber out, at least one fog hole It is communicated with separate cavities, fog-entering hole is communicated with mist chamber out, therefore when humidifier work, under the blocking of fog-proof plate, fog will not It enters in separate cavities, so that mist will not be gone out by those of communicating fog hole with separate cavities, and then when humidifier needs are put It sets at wall side, those of mist fog hole will not be gone out by only needing is arranged towards wall, effectively fog can be avoided to be ejected into wall Situation that is upper and causing wall to make moist mouldy occurs；And when needing humidifier circumferentially to go out mist, humidifier need to be only placed on far Indoor intermediate region from wall, then removes fog-proof plate, and fog holes all at this time can go out mist, that is, realizes humidifier Circumferential direction go out mist function.From the foregoing, it will be observed that the humidifier of the utility model not only efficiently solve the problems, such as ponding and fog hole into grey, It is used to which the long-term health health of humidifier be effectively ensured, and mist range can also be adjusted out, thus greatly reduced and add Requirement of the wet device to placement position, and then substantially increase the applicability of humidifier.

Humidifier described in the utility model, wherein cavity is in rotation body structure, and fog-proof plate can be with the central axes of cavity It is rotated in cavity for rotary shaft.

Above structure makes humidifier while can adjust out mist range, moreover it is possible to control separate cavities and those lean on wall Fog hole communicates, and can be adjusted to the mist direction that goes out of humidifier without changing humidifier placing direction also, thus significantly Reduce humidifier puts requirement, make humidifier using more convenient, humidifier applicability is higher.

Humidifier described in the utility model, wherein the lower wall of cavity is equipped with annular convex platform, and annular convex platform is same with cavity Axis setting, fog-entering hole are arranged on the cavity lower wall on the inside of annular convex platform, and connection ring is equipped in the middle part of fog-proof plate, and connection ring is rotatable Ground covers on annular convex platform, and the side wall of connection ring is equipped with logical mist mouth, and fog-entering hole is communicated by logical mist mouth with mist chamber out.

Not only structure is simple for above-mentioned fog-proof plate, and the mounting structure of fog-proof plate also makes the dismounting of fog-proof plate become simple side Just, in addition also more easy and convenient to the rotation process of fog-proof plate, to further facilitate the use of humidifier.

Humidifier described in the utility model, wherein the height of connection ring is greater than the height of annular convex platform, leads to the setting of mist mouth On the connection ring-side wall for being higher than annular convex platform upper end.

Not only structure is simple for the connectivity structure of above structure fog-entering hole and mist chamber out, and which is going to regardless of fog-proof plate Position, fog can stably enter out that mist is intracavitary, so that be effectively ensured humidifier goes out mist stability.

Humidifier described in the utility model, wherein logical mist mouth axially penetrates through the side wall of connection ring.

Above structure makes the connection ring structure being located in the middle part of fog-proof plate have preferably elasticity, to not only to keep off mist The dismounting of plate becomes more simple and convenient, and also more easy and convenient to the rotation process of fog-proof plate, to further facilitate The use of humidifier；Meanwhile above structure also increases effectively the size of logical mist mouth, to keep fog more steady, suitable Freely enter out that mist is intracavitary, so that be effectively ensured humidifier goes out mist stability.

Humidifier described in the utility model, wherein fog-proof plate includes the first half plates and the second half plates, the first half plates and the 2 half plates can be rotated in cavity using the central axes of cavity as rotary shaft, can be turned between the first half plates and the second half plates Dynamic connection.

Above structure to be able to carry out relative rotation between the first half plates and the second half plates, in this way by the first half plates and Relative rotation between the second half plates, the angle between the first half plates and the second half plates just will change, and this can change out The size of mist chamber and with the quantity for the fog hole that mist chamber is connected to out, to realize the adjustment for going out mist range to humidifier, into And the placement position for creating a further reduction humidifier requires, and keeps the applicability of humidifier higher.

Humidifier described in the utility model, wherein the lower wall of cavity is equipped with annular convex platform, and annular convex platform is same with cavity Axis setting, fog-entering hole is arranged on the cavity lower wall on the inside of annular convex platform, and the lower part of the first half plate one end is equipped with the company of circular ring shape Ring is connect, connection ring rotationally covers on annular convex platform, and is interference fitted with annular convex platform, and the circumferential side wall of connection ring is equipped with Logical mist mouth, fog-entering hole are communicated by logical mist mouth with mist chamber out, and connection ring upper end is equipped with the lid for sealing connection ring upper end opening Plate, cover board upper end are equipped with fixing axle, and fixing axle and cavity are coaxially disposed, and the top of the second half plate one end is equipped with the axis of circular ring shape Set, axle sleeve rotationally covers in fixing axle, and the lateral wall of the first half plate one end and axle sleeve above cover board is affixed, below axle sleeve The second half plates be equipped with fluting, upper wall and the cover board upper surface of fluting are affixed, the side wall and the lateral wall phase of connection ring of fluting Patch.

The assembling structure of above-mentioned the first half plate and the second half plates not only makes the dismounting of the first half plates and the second half plates simple Folk prescription is just, and also more easy and convenient to the rotation process of the first half plates and the second half plates, to further facilitate humidification The use of device.

Humidifier described in the utility model, wherein cover board is equipped with spacing block set, and spacing block set is located at logical mist mouth and the Between 2 half plates.

Spacing block set can limit the slewing area of the second half plates, turn at logical mist mouth to avoid the second half plates And cause fog-entering hole simultaneously with the case where mist chamber and separate cavities communicate out, thus be effectively ensured fog-proof plate isolation effect Fruit.

Humidifier described in the utility model, wherein the height of connection ring is greater than the height of annular convex platform, leads to the setting of mist mouth On the connection ring-side wall for being higher than annular convex platform upper end.

Not only structure is simple for the connectivity structure of above structure fog-entering hole and mist chamber out, and which is going to regardless of fog-proof plate Position, fog can stably enter out that mist is intracavitary, so that be effectively ensured humidifier goes out mist stability.

Humidifier described in the utility model, wherein cover board has notch, and logical mist mouth extends upward through the side wall of connection ring, And it is communicated with notch.

Above structure significantly increases the size of logical mist mouth, so that it is intracavitary so that fog is more stably entered out mist, To which the mist stability out of humidifier be effectively ensured.

Humidifier described in the utility model, wherein ontology includes top cover, and top cover constitutes the upper wall of cavity, and top cover is removable It is connected at the sidewall upper of cavity with unloading, after removing top cover, fog-proof plate can be put into cavity from cavity top opening It is interior or taken out from cavity.

Above structure makes user that need to only dismantle top cover, dismounting and rotation process can be carried out to fog-proof plate, thus into one Step facilitates the use of humidifier.

Humidifier described in the utility model, wherein top cover is rotatably arranged at the sidewall upper of cavity.

Above structure make top cover at the sidewall upper for being installed to cavity when without carry out it is circumferentially positioned so that top The dismounting of lid becomes more simple, to further facilitate the use of humidifier.

Humidifier described in the utility model, wherein top cover outer edge be equipped in circular ring shape and under convex positioning convex ring, it is empty The side of the periphery wall upper end of chamber side wall is rounded, and the upper ends of cavity sidewalls is equipped with the lower magnetic stripe of circular ring shape, on the inside of positioning convex ring The upper magnetic stripe of circular ring shape is equipped at top cover lower surface, top cover covers at the upper end of cavity sidewalls, and passes through upper magnetic stripe and lower magnetic stripe Suction-operated and the side wall of cavity be fixed to each other, convex ring set is on the outside of the periphery wall upper end of cavity sidewalls.

Above structure makes when installing top cover, and only top cover need to be horizontally placed at the upper end of cavity sidewalls, and When dismantling top cover, the adsorption capacity between upper magnetic stripe and lower magnetic stripe also need to be only overcome, therefore further facilitate top cover Dismounting；Positioning convex ring can play positioning action when top cover is installed to top cover, and after top cover installs, and top cover can be risen To position-limiting action, to not only further facilitate the installation of top cover, and the company of top cover and cavity sidewalls can be effectively increased Connect stability.

Humidifier described in the utility model, wherein the sidewall upper of cavity is additionally provided with the sealing bulge loop of circular ring shape, sealing Bulge loop upper end is affixed with top cover lower surface.

The setting of sealing bulge loop can effectively increase the leakproofness between top cover and cavity sidewalls, so as to effectively avoid The case where fog in cavity sprays in the gap between top cover and cavity sidewalls.

Humidifier described in the utility model, wherein ontology includes side cover, and side cover constitutes the side wall of cavity, and top cover is removable It is connected at the upper end of side cover with unloading, the lower end of side cover is connect with ontology.

Side cover is not only convenient for designing and manufacturing for side cover itself as individual components, but also convenient for the fog hole on side cover Processing.

Humidifier described in the utility model, wherein the lateral surface of cavity sidewalls is upper guide surface, the outlet of fog hole On upper guide surface, and at the lower end of upper guide surface.

Above structure not only avoids the export direction of fog hole upward, and enabling has more upper guide surfaces to hide Gear is above fog hole, so that the dust to suspend in air is less susceptible to enter in fog hole when falling, and then into one Step effectively prevents the case where foul deposits inside humidifier；In addition, above structure is but also upper guide surface can be to upward The fog of diffusion is preferably oriented to, to further effectively prevent spreading and falling directly up from fog hole ejection fog The case where forming humidifier ponding on to humidifier generation.

Humidifier described in the utility model, wherein the low-lying place of cavity offers at least one drainage hole, and ontology includes Work sink, and working water slot position is communicated in the lower section of cavity, drainage hole with work sink.

Above structure enable cavity condensation condensed water is entered in work sink by drainage hole, without Accumulation in cavity to efficiently solve the problems, such as the ponding in cavity, and realizes the recycling and secondary use to condensed water.

Humidifier described in the utility model, wherein mist guiding plate is additionally provided on ontology, mist guiding plate is located under the side wall of cavity At end, equipped with gradually acclivitous lower guide surface, lower guide surface are located under upper guide surface from inside to outside at mist guiding plate upper surface Side.

The setting of lower guide surface can be such that these expand downwards to spraying from fog hole and the fog that spreads is oriented to downwards Scattered fog can be moved first along lower guide surface obliquely, then do parabolic motion under the action of inertia and gravity, from And it is farther so that fog is sprayed, and then effectively increases the humidification range of humidifier, keeps the humidifying effect of humidifier more preferable； In addition, upper guide surface can also block the lower guide surface being disposed below, make the dust to suspend in air when falling not It easily falls on lower guide surface, to make lower guide surface be not easy adhesive dust, and then the health that humidifier has been effectively ensured makes With.

Humidifier described in the utility model, wherein the mist guiding plate level height at the outer rim of lower guide surface is higher than mist The level height of hole exits.

Above structure is not only able to form fog hole effective visual occlusion, and user is allowed to be less susceptible to be immediately seen out mist Hole so that humidifier be made to seem more aesthetically pleasing, but also can be avoided the directly horizontal blow-through of fog sprayed from fog hole, from And these fogs can be enable first to move up along lower guide surface is oblique to being more oriented to from the fog that fog hole sprays It is dynamic, parabolic motion is then done under the action of inertia and gravity, and then more fogs is enable to spray farther, Jin Eryou Effect increases the humidification range of humidifier, keeps the humidifying effect of humidifier more preferable.

Humidifier described in the utility model, wherein the low-lying place of mist guiding plate on the inside of lower guide surface is led equipped at least one Water hole, ontology include work sink, and below mist guiding plate, water-guiding hole communicates working water slot position with work sink.

When humidifier long-time in use, can inevitably generate the feelings that fog condenses into water droplet at upper guide surface and lower guide surface Condition, and the condensed water on upper guide surface can be fallen on lower guide surface, and after water-guiding hole is set, the condensed water on lower guide surface is just It can be entered in work sink by water-guiding hole, without being accumulated on mist guiding plate, to efficiently solve the ponding of mist guiding plate Problem, and realize recycling and secondary use to condensed water.

Humidifier described in the utility model, wherein upper guide surface is in the arc-shaped of indent.

Above structure makes the fog sprayed from fog hole after upper guide surface guiding, can more effectively do far from humidification The parabolic motion of device, to further effectively prevent the case where fog falls on humidifier and forms ponding generation.

Humidifier described in the utility model, wherein the aperture of fog hole entrance is greater than the aperture in fog hole exit.

Above structure compress the fog in cavity can after entering in fog hole and speedup, thus make from The fog speed sprayed at fog hole faster, and then can further increase the humidification range of humidifier, imitate the humidification of humidifier Fruit is more preferable.

Another technical problem to be solved in the utility model is to provide one kind and is not only able to effectively solve ponding and out mist Hole so as to keep long-term health health to use, and can adjust out mist range into grey problem, the requirement to placement position compared with It is low, the high split-type air conditioner of applicability.

In order to solve the above technical problems, the utility model provides a kind of split-type air conditioner with flowering structure: including landing Formula indoor unit and above-mentioned humidifier, humidifier are set to the top of console mode indoor unit.

After adopting the above structure, compared with prior art, the air-conditioning of the utility model has the advantage that the utility model Split-type air conditioner not only efficiently solve the problems, such as ponding and fog hole into grey, so as to keep long-term health health to use, And mist range can be adjusted out, the requirement to placement position is lower, and applicability is high.

Detailed description of the invention

Fig. 1 is the sectional perspective construction profile schematic diagram of the split-type air conditioner of the utility model；

When Fig. 2 is that the humidifier of the utility model uses scheme in embodiment 1, the stereochemical structure after removing top cover and shell Appearance schematic diagram；

Fig. 3 is that top cover looks up construction profile schematic diagram in the humidifier of the utility model；

Fig. 4 is the humidifier of the utility model using the axial partial sectional view in embodiment 1 when scheme；

Fig. 5 is the enlarged structure schematic diagram of a-quadrant in Fig. 4；

When Fig. 6 is that the humidifier of the utility model uses scheme in embodiment 2, the stereochemical structure after removing top cover and shell Appearance schematic diagram；

Fig. 7 is the humidifier of the utility model using the axial partial sectional view in embodiment 2 when scheme；

Fig. 8 is the enlarged structure schematic diagram of B area in Fig. 7；

Fig. 9 is the decomposition texture schematic diagram of mist guiding plate and shell in the humidifier of the utility model.

Description of symbols: 1, ontology；2, fog-proof plate；3, fog-entering hole；4, fog hole；5, upper guide surface；6, go out mist chamber；7, Separate cavities；8, annular convex platform；9, connection ring；10, lead to mist mouth；11, top cover；12, positioning convex ring；13, lower magnetic stripe；14, upper magnetic stripe； 15, bulge loop is sealed；16, side cover；17, drainage hole；18, work sink；19, mist guiding plate；20, lower guide surface；21, water-guiding hole； 22, water blocking convex edge；23, shell；24, bucket；25, fixed ring；26, groove；27, the first half plates；28, the second half plates；29, it covers Plate；30, fixing axle；31, axle sleeve；32, it slots；33, spacing block set；34, notch；35, console mode indoor unit；36, shell.

Specific embodiment

The utility model humidifier and split-type air conditioner are made with reference to the accompanying drawings and detailed description further detailed It describes in detail bright.

In the description of the present invention, unless otherwise indicated, term " on ", "lower", "left", "right", "front", "rear" etc. The orientation or state relation of instruction are orientation based on the figure or state relation, are merely for convenience of description the utility model It is described with simplifying, rather than the mechanism of indication or suggestion meaning or component must have a particular orientation, with specific orientation structure It makes and operates, therefore should not be understood as limiting the present invention.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " connection " It shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can be direct phase It even, can also be indirectly connected through an intermediary.For the ordinary skill in the art, on being understood with concrete condition State the concrete meaning of term in the present invention.

Embodiment 1:

As shown in Fig. 1 to Fig. 5, Fig. 9, the humidifier of the utility model includes ontology 1 and fog-proof plate 2, and ontology 1 is equipped with sky Chamber, fog-entering hole 3 and multiple fog holes 4, fog-entering hole 3 and multiple fog holes 4 are communicated with cavity, and multiple fog holes 4 are circumferentially-spaced On the sidewalls of the cavities, the lateral surfaces of the cavity sidewalls of the top of fog hole 4 is equipped with gradually to be inclined outwardly from top to bottom for setting Upper guide surface 5, fog-proof plate 2 are located in cavity, and are detachably connected with ontology 1, and cavity is separated into out 6 He of mist chamber by fog-proof plate 2 7 two parts of separate cavities, at least one fog hole 4 are communicated with mist chamber 6 out, at least one fog hole 4 is communicated with separate cavities 7, Fog-entering hole 3 is communicated with mist chamber 6 out.

Cavity is in rotation body structure, and fog-proof plate 2 can be rotated in cavity using the central axes of cavity as rotary shaft.

The lower wall of cavity is equipped with annular convex platform 8, and the periphery wall of annular convex platform 8 is cylindrical, and annular convex platform 8 and cavity are same Axis setting, fog-entering hole 3 are arranged on the cavity lower wall of 8 inside of annular convex platform, and connection ring 9 is equipped in the middle part of fog-proof plate 2, connection ring Internal perisporium is cylindrical, 9 sets of connection ring on annular convex platform 8, the periphery wall interference of the internal perisporium of connection ring 9 and annular convex platform 8 The fixation of fog-proof plate 2 is convenient in cooperation in this way；Certainly, when applying external force to fog-proof plate 2, connection ring 9 can overcome frictional force simultaneously Opposed annular boss 8 is rotated；The circumferential side wall of connection ring 9 is equipped with logical mist mouth 10, and fog-entering hole 3 is by logical mist mouth 10 and goes out Mist chamber 6 communicates, and the height of connection ring 9 is greater than the height of annular convex platform 8, and logical mist mouth 10 is positioned above 8 upper end of annular convex platform On 9 side wall of connection ring, it is preferred that logical mist mouth 10 axially penetrates through the side wall of connection ring 9；Certainly, in order to guarantee connection ring 9 stablize, It is effectively connected on annular convex platform 8, the circumferential lengths of the connection ring 9 cut off to open up logical mist mouth 10 should be less than connection ring 9 The half of entire circumferential lengths, it is understood that be that 9 periphery wall arc length of connection ring shared by logical mist mouth 10 should be less than connection ring 9 The half of periphery wall perimeter.

Ontology 1 includes top cover 11, and top cover 11 constitutes the upper wall of cavity, and top cover 11 is detachably connected on the side wall of cavity At end, after removing top cover 11, fog-proof plate 2 can be put into cavity from cavity top opening or take out from cavity.

Top cover 11 rotationally covers at end on the sidewalls of the cavities, and is detachably connected with the side wall of cavity.

11 outer edge of top cover be equipped in circular ring shape and under convex positioning convex ring 12, the side of the periphery wall upper end of cavity sidewalls is in Circle, the upper end of cavity sidewalls are equipped with the lower magnetic stripe 13 of circular ring shape, are equipped with circle at 11 lower surface of top cover of 12 inside of positioning convex ring The upper magnetic stripe 14 of annular, top cover 11 covers at the upper end of cavity sidewalls, and passes through the suction-operated of upper magnetic stripe 14 and lower magnetic stripe 13 It is fixed to each other with the side wall of cavity, 12 sets of positioning convex ring on the outside of the periphery wall upper end of cavity sidewalls.

As an alternative, an available ferrimagnet substitution in upper magnetic stripe 14 and lower magnetic stripe 13.

As an alternative, one in upper magnetic stripe 14 and lower magnetic stripe 13 can be used and multiple circumferentially replace to spaced magnetic patch Generation.

As an alternative, one in upper magnetic stripe 14 and lower magnetic stripe 13 can be used and multiple circumferentially replace to spaced magnetic patch In generation, ferrimagnet substitution then can be used in another.

Certainly, coupler construction realization also can be used between top cover 11 and the side wall of cavity to be detachably connected, such as rotary buckle Structure.

The sidewall upper of cavity is additionally provided with the sealing bulge loop 15 of circular ring shape, seals 15 upper end of bulge loop and 11 lower surface phase of top cover Patch.

Ontology 1 includes side cover 16, and side cover 16 constitutes the side wall of cavity, and side cover 16 is in cirque structure, multiple fog holes 4 weeks It is evenly arranged on side cover 16 to ground, upper guide surface 5 is circumferentially disposed on the lateral wall of side cover 16, lower magnetic stripe 13 and sealing bulge loop 15 are arranged at the upper end of side cover 16, and top cover 11 is detachably connected at the upper end of side cover 16, the lower end of side cover 16 and sheet Body 1 connects.

The lateral surface of cavity sidewalls is upper guide surface 5, i.e., upper guide surface 5 constitutes the periphery wall of side cover 16, fog hole 4 Outlet is located on upper guide surface 5, and at the lower end of upper guide surface 5.

Preferably, upper guide surface 5 makes the fog sprayed from fog hole 4 through upper guide surface 5 in this way in the arc-shaped of indent After guiding, the parabolic motion far from humidifier can be more effectively done, so that further effectively preventing fog falls on humidification The case where forming ponding on device generation.

The low-lying place of cavity offers at least one drainage hole 17, and the drainage hole 17 in the present embodiment has multiple and circumferential Ground is arranged on side cover 16；Ontology 1 includes work sink 18, and work sink 18 is located at the lower section of cavity, drainage hole 17 and work Sink 18 communicates.

Mist guiding plate 19 is additionally provided on ontology 1, mist guiding plate 19 is located at side wall (i.e. side cover 16) lower end of cavity, mist guiding plate 19 Gradually acclivitous lower guide surface 20 is equipped with from inside to outside at upper surface, lower guide surface 20 is located at upper 5 lower section of guide surface, preferably , the vertical projection face of mist guiding plate 19 is respectively positioned in the vertical projection face of top cover 11,5 energy of such top cover 11 and upper guide surface It is completely covered by above mist guiding plate 19, the dust to suspend in air is made to be less susceptible to fall on lower guide surface 20 when falling, thus So that lower guide surface 20 is not easy adhesive dust, and then further ensure that the health of humidifier uses.

19 level height of mist guiding plate at the outer rim of lower guide surface 20 is higher than the level height that fog hole 4 exports.

The low-lying place of mist guiding plate 19 of lower 20 inside of guide surface is equipped at least one water-guiding hole 21, the water-guiding hole in the present embodiment 21 have multiple, and are circumferentially disposed on mist guiding plate 19；Ontology 1 includes work sink 18, and work sink 18 is located at mist guiding plate 19 Lower section, water-guiding hole 21 are communicated with work sink 18.

Mist guiding plate 19 at lower 20 outer rim of guide surface is equipped with convex water blocking convex edge 22, the water at 10 upper end of water blocking convex edge Flat height is higher than the level height that fog hole 4 exports, and the condensed water that the setting of water blocking convex edge 22 can be avoided on mist guiding plate 19 exists Blown off under the fog effect that fog hole 4 sprays mist guiding plate 19 the case where generation, so as to effectively prevent condensed water from adding It is dripped on wet device.

The internal perisporium of water blocking convex edge 22 is the inclined-plane being gradually inclined outwardly from top to bottom, and the internal perisporium of water blocking convex edge 22 is under The arc-shaped transition in the junction of guide surface 20, in this way under the premise of being able to carry out effective water blocking of water blocking convex edge 22 of guarantee, also Guiding role can be played to fog, thus when the inner sidewall for effectively reducing fog and water blocking convex edge 22 collides fog kinetic energy Loss, enables fog to spray farther, and then effectively increase the humidification range of humidifier, makes the humidifying effect of humidifier more It is good.

The aperture of 4 entrance of fog hole is greater than the aperture in 4 exit of fog hole, i.e. the import of fog hole 4 is big, exports small.

Ontology 1 in the present embodiment further includes columnar shell 23 and bucket 24, and work sink 18 is arranged in shell 23 It is interior, work 18 upper end opening of sink, and 24 lower part of bucket is connected in work sink 18,23 upper end opening of shell, mist guiding plate 19 In circular ring shape, the outer edge of mist guiding plate 19 is connect with 23 upper end of shell, and the inner edge portion of mist guiding plate 19 is fixed on 24 lower part of bucket, The lower end inside of side cover 16 is equipped with the fixed ring 25 of circular ring shape, and fixed ring 25 is placed on above the inner edge portion of mist guiding plate 19, and is led to It crosses multiple threaded fasteners to be detachably connected with mist guiding plate 19, the drainage hole 17 on side cover 16 is located at 19 top of mist guiding plate, in this way Condensed water in cavity can be fallen on mist guiding plate 19 after through drainage hole 17, then be fallen on from the water-guiding hole 21 on mist guiding plate 19 It works in sink 18；24 top of bucket passes through 19 middle through-hole of mist guiding plate and stretches out outside the upper end opening of shell 23, and bucket 24 tops pass through fixed ring 25 and protrude into the lumen, and 24 top of bucket is cylindrical, on the internal perisporium and bucket 24 of fixed ring 25 The periphery wall in portion is affixed, and top cover 11, side cover 16 and the coaxial arrangement of 24 top of bucket, the upper surface on 24 top of bucket constitutes cavity Lower wall, cavity are actually surrounded by top cover 11, side cover 16 and 24 top of bucket, although the fixed ring 25 in the present embodiment Level height is lower than the upper surface on 24 top of bucket, but since fixed ring 25 is arranged on side cover 16, fixed ring 25 is returned To the side wall scope of inner cavity；Annular convex platform 8 is arranged on the upper surface on 24 top of bucket, and the internal perisporium of annular convex platform 8 is rounded, Fog-entering hole 3 is arranged on bucket 24, and 3 aperture of fog-entering hole is identical as the aperture of annular convex platform 8, i.e. the internal perisporium and ring of fog-entering hole 3 The internal perisporium of shape boss 8 connects integral, so that the design of annular convex platform 8 and fog-entering hole 3 is more simple.

The outer edge of entire fog-proof plate 2 is all affixed with the inner wall of cavity, i.e., from Fig. 4, the upper end of fog-proof plate 2 and top cover 11 lower end surface is affixed, at left and right sides of the left and right ends of fog-proof plate 2 and lower end with the inner sidewall of side cover 16 (including fixed ring 25 Upper surface) be affixed, there is groove 26 in the middle part of the lower end of fog-proof plate 2, the left and right two side walls of groove 26 and 24 top of bucket Periphery wall is affixed, and the upper wall of groove 26 and the upper surface on 24 top of bucket are affixed.

In a practical situation, due to usually all there is fit clearance between each component of humidifier, mist chamber 6 and isolation out Chamber 7 can not generally be accomplished complete not connected, but since the fit clearance between each component is generally all smaller, only can The fit clearance for having few fog that can pass through between each component enters in separate cavities 7, and these fogs are fast in separate cavities 7 It being spread apart after coming fastly, flow velocity will substantially reduce, thus spray it can not rapidly from fog hole 4, and only can be very It slowly flows out, and hurtles down under the effect of gravity, or directly condense into water droplet in separate cavities 7 from fog hole 4, because This these fog for entering separate cavities 7 will not make to impact the wall close to humidifier.

Embodiment 2:

The present embodiment the difference from embodiment 1 is that the structure of used fog-proof plate 2 is different, specifically:

As shown in Fig. 1, Fig. 3, Fig. 6 to Fig. 9, fog-proof plate 2 includes the first half plates 27 and the second half plates 28, the first half plates 27 It can be relatively rotated in cavity using the central axes of cavity as rotary shaft between the second half plates 28.

The lower wall of cavity is equipped with annular convex platform 8, and annular convex platform 8 and cavity are coaxially disposed, and fog-entering hole 3 is arranged in convex annular On the cavity lower wall of the inside of platform 8, the lower part of the first half 27 one end of plate is equipped with the connection ring 9 of circular ring shape, and the internal perisporium of connection ring is in Cylinder, 9 sets of connection ring on annular convex platform 8, the periphery wall of the internal perisporium of connection ring 9 and annular convex platform 8 is interference fitted, in this way Convenient for the fixation of the first half plates 27；Certainly, when applying external force to the first half plates 27, connection ring 9 can overcome frictional force and phase Annular convex platform 8 is rotated；The circumferential side wall of connection ring 9 is equipped with logical mist mouth 10, and fog-entering hole 3 is by logical mist mouth 10 and goes out Mist chamber 6 communicates, and 9 upper end of connection ring is equipped with the cover board 29 for sealing 9 upper end opening of connection ring, and 29 upper end of cover board is equipped with cylinder Fixing axle 30, fixing axle 30 and cavity be coaxially disposed, and the top of the second half 28 one end of plate is equipped with the axle sleeve 31 of circular ring shape, axle sleeve 31 sets in fixing axle 30, the periphery wall of the internal perisporium of axle sleeve 31 and fixing axle 30 is interference fitted, and is convenient for the second half plates 28 in this way Fixation；Certainly, when applying external force to the second half plates 28, axle sleeve 31 can overcome frictional force and relatively fixed 30 turns of axis It is dynamic；The first half 27 one end of plate of the top of cover board 29 and the lateral wall of axle sleeve 31 are affixed, and are set on the second half plates 28 below axle sleeve 31 There is fluting 32, slot 32 upper wall and 29 upper surface of cover board is affixed, slots 32 side wall and the lateral wall of connection ring 9 is affixed.

Cover board 29 is equipped with spacing block set 33, and spacing block set 33 is located between logical mist mouth 10 and the second half plates 28.

The height of connection ring 9 is greater than the height of annular convex platform 8, and logical mist mouth 10 is positioned above the company of 8 upper end of annular convex platform It connects on 9 side wall of ring.

Cover board 29 has notch 34, and logical mist mouth 10 extends upward through the side wall of connection ring 9, and communicates with notch 34.

Fog-proof plate 2 in the present embodiment is actually to be put together by the first half plates 27 and the second half plates 28, and fog-proof plate 2 Outer edge be all affixed with the inner wall of cavity, this specific structure is illustrated in embodiment 1, and therefore, not repeat them here.

Embodiment 3:

As shown in Figures 1 to 9, the split-type air conditioner of the utility model includes in console mode indoor unit 35 and embodiment 1 or 2 Humidifier, humidifier is set to the top of console mode indoor unit 35, and in the present embodiment, console mode indoor unit 35 includes shell 36, the shell 23 of humidifier is located at 36 top of shell, and the shell 23 of humidifier is integral with shell 36.

Above embodiment is only that preferred embodiments of the present invention are described, not to the utility model Range be defined, under the premise of not departing from the spirit of the design of the utility model, those of ordinary skill in the art are to this is practical The various changes and improvements that novel technical solution is made should all fall into the protection scope that the utility model claims book determines It is interior.

Claims (23)

1. a kind of humidifier, it is characterised in that: including ontology (1) and fog-proof plate (2), the ontology (1) is equipped with cavity, into mist Hole (3) and multiple fog holes (4), the fog-entering hole (3) and multiple fog holes (4) are communicated with cavity, multiple fog holes (4) be provided at circumferentially spaced on the sidewalls of the cavities, the lateral surfaces of the cavity sidewalls above the fog hole (4) be equipped with from it is lower to On the upper guide surface (5) that is gradually inclined outwardly, the fog-proof plate (2) is located in cavity, and is detachably connected with ontology (1), institute State fog-proof plate (2) and cavity be separated into out mist chamber (6) and separate cavities (7) two parts, at least one described fog hole (4) with go out Mist chamber (6) communicates, at least one described fog hole (4) communicates with separate cavities (7), the fog-entering hole (3) and mist chamber (6) phase out It is logical.

2. humidifier according to claim 1, it is characterised in that: the cavity is in rotation body structure, the fog-proof plate (2) It can be rotated in cavity using the central axes of cavity as rotary shaft.

3. humidifier according to claim 2, it is characterised in that: the lower wall of the cavity is equipped with annular convex platform (8), institute It states annular convex platform (8) and cavity is coaxially disposed, the fog-entering hole (3) is arranged on the cavity lower wall on the inside of annular convex platform (8), institute It states and is equipped with connection ring (9) in the middle part of fog-proof plate (2), the connection ring (9) rotationally covers on annular convex platform (8), the connection The side wall of ring (9) is equipped with logical mist mouth (10), and the fog-entering hole (3) is communicated by logical mist mouth (10) with mist chamber (6) out.

4. humidifier according to claim 3, it is characterised in that: the height of the connection ring (9) is greater than annular convex platform (8) Height, the logical mist mouth (10) is positioned above on connection ring (9) side wall of annular convex platform (8) upper end.

5. humidifier according to claim 4, it is characterised in that: the logical mist mouth (10) axially penetrates through connection ring (9) Side wall.

6. humidifier according to claim 2, it is characterised in that: the fog-proof plate (2) includes the first half plates (27) and the 2 half plates (28) can be rotary shaft in cavity using the central axes of cavity between the first half plate (27) and the second half plates (28) Inside relatively rotated.

7. humidifier according to claim 6, it is characterised in that: the lower wall of the cavity is equipped with annular convex platform (8), institute It states annular convex platform (8) and cavity is coaxially disposed, the fog-entering hole (3) is arranged on the cavity lower wall on the inside of annular convex platform (8), institute The lower part for stating the first half plate (27) one end is equipped with connection ring (9), and the connection ring (9) rotationally covers on annular convex platform (8), The side wall of the connection ring (9) is equipped with logical mist mouth (10), and the fog-entering hole (3) passes through logical mist mouth (10) and mist chamber (6) phase out Logical, connection ring (9) upper end is equipped with the cover board (29) for sealing connection ring (9) upper end opening, cover board (29) upper end Equipped with fixing axle (30), the fixing axle (30) and cavity are coaxially disposed, and the top of described the second half plate (28) one end is equipped with axis It covers (31), the axle sleeve (31) rotationally covers on fixing axle (30), the first half plates (27) one above the cover board (29) End is affixed with the lateral wall of axle sleeve (31), and the second half plates (28) below the axle sleeve (31), which are equipped with, slots (32), described to open The upper wall of slot (32) is affixed with cover board (29) upper surface, and the side wall of the fluting (32) and the lateral wall of connection ring (9) are affixed.

8. humidifier according to claim 7, it is characterised in that: the cover board (29) is equipped with spacing block set (33), institute Spacing block set (33) are stated to be located between logical mist mouth (10) and the second half plates (28).

9. humidifier according to claim 7, it is characterised in that: the height of the connection ring (9) is greater than annular convex platform (8) Height, the logical mist mouth (10) is positioned above on connection ring (9) side wall of annular convex platform (8) upper end.

10. humidifier according to claim 9, it is characterised in that: the cover board (29) has notch (34), the logical mist Mouth (10) extends upward through the side wall of connection ring (9), and communicates with notch (34).

11. humidifier described in -10 any one according to claim 1, it is characterised in that: the ontology (1) includes top cover (11), the top cover (11) constitutes the upper wall of cavity, and the top cover (11) is detachably connected at the sidewall upper of cavity, when After removing the top cover (11), the fog-proof plate (2) can be put into cavity or from cavity from cavity top opening It takes out.

12. humidifier according to claim 11, it is characterised in that: the top cover (11) rotationally covers in the side of cavity At wall upper end, and it is detachably connected with the side wall of cavity.

13. humidifier according to claim 12, it is characterised in that: top cover (11) outer edge be equipped in circular ring shape and Under convex positioning convex ring (12), the side of the periphery wall upper end of the cavity sidewalls is rounded, and the upper end of the cavity sidewalls is equipped with The lower magnetic stripe (13) of circular ring shape is equipped with the upper magnetic stripe of circular ring shape at top cover (11) lower surface on the inside of the positioning convex ring (12) (14), the top cover (11) is covered at the upper end of cavity sidewalls, and passes through the suction-operated of upper magnetic stripe (14) and lower magnetic stripe (13) It is fixed to each other with the side wall of cavity, the positioning convex ring (12) covers on the outside of the periphery wall upper end of cavity sidewalls.

14. humidifier according to claim 13, it is characterised in that: the sidewall upper of the cavity is additionally provided with circular ring shape It seals bulge loop (15), the sealing bulge loop (15) upper end is affixed with top cover (11) lower surface.

15. humidifier according to claim 11, it is characterised in that: the ontology (1) includes side cover (16), the side cover (16) side wall of cavity is constituted, the top cover (11) is detachably connected at the upper end of side cover (16), the side cover (16) Lower end is connect with ontology (1).

16. humidifier according to claim 1, it is characterised in that: the lateral surface of the cavity sidewalls is upper guide surface (5), the outlet of the fog hole (4) is located on upper guide surface (5), and at the lower end of upper guide surface (5).

17. humidifier according to claim 1, it is characterised in that: the low-lying place of the cavity offers at least one row Water hole (17), the ontology (1) include work sink (18), and the work sink (18) is located at the lower section of cavity, the draining Hole (17) is communicated with work sink (18).

18. according to claim 1 or humidifier described in 16, it is characterised in that: be additionally provided with mist guiding plate on the ontology (1) (19), the mist guiding plate (19) is located at the side wall lower ends of cavity, at mist guiding plate (19) upper surface be equipped with from inside to outside by Gradually acclivitous lower guide surface (20), the lower guide surface (20) are located at below upper guide surface (5).

19. humidifier according to claim 18, it is characterised in that: the mist guiding plate at the outer rim of the lower guide surface (20) (19) level height is higher than the level height of fog hole (4) outlet.

20. humidifier according to claim 18, it is characterised in that: the mist guiding plate (19) on the inside of the lower guide surface (20) Low-lying place is equipped at least one water-guiding hole (21), and the ontology (1) includes work sink (18), and the work sink (18) is located at Below mist guiding plate (19), the water-guiding hole (21) communicates with work sink (18).

21. according to claim 1 or humidifier described in 16, it is characterised in that: upper guide surface (5) are arc-shaped in indent.

22. humidifier according to claim 1, it is characterised in that: the aperture of fog hole (4) entrance is greater than mist The aperture in hole (4) exit.

23. a kind of split-type air conditioner, it is characterised in that: including console mode indoor unit (35) and claim 1-22 any one institute The humidifier stated, the humidifier are set to the top of console mode indoor unit (35).