CN208794667U - A kind of energy-gathering device of humidifier and humidifier - Google Patents

Abstract

The utility model discloses the energy-gathering device of a kind of humidifier and humidifier.The energy-gathering device includes right above energy converter (21) and longitudinally disposed cumulative cylinder (61), the partition (62) being horizontally installed in cumulative cylinder (61), setting are in the cumulative through-hole (63) of the center of partition (62), setting in the top cover (71) of the upper surface of cumulative cylinder (61) and setting in the fog hole (72) of top cover (71) center, and the aperture size of the fog hole (72) is greater than the aperture size of cumulative through-hole (63).The utility model structure is simple, and nebulization efficiency is high and atomization noise is smaller, using simply and convenient for subsequent clean and maintenance.

Description

A kind of energy-gathering device of humidifier and humidifier

Technical field

The utility model relates to household electrical appliance, more particularly, to a kind of humidifier and the energy-gathering device of humidifier.

Background technique

The prior art indicate that energy-gathering ring is arranged in humidifier can significantly increase fog-supplying amount.However, energy-gathering ring is by ultrasonic wave The energy of atomizer is assembled, so that being easy to have water column from the steam that energy-gathering ring outlet sprays, water column is in humidifier Splashes generate biggish noise to influence the usage experience of user.

For example, Chinese patent CN2012105555089 discloses out a kind of ultrasonic humidifier, at energy converter (atomizing piece) The atomization enhanced portion (being equivalent to energy-gathering ring) of setting is floated in the liquid of top, which includes having drawing for through hole The longitudinal center line of guide tube, the through hole is consistent with the longitudinal center line of energy converter (or ultrasonic ultrasonic delay line memory), connection guidance cylinder And the buoyancy portion of the liquid surface above energy converter is swum in, the atomizing effect of humidifier is improved by atomization enhanced portion.It should At least there is both sides defect in technical solution:

1. noise is larger in atomization process.Noise is primarily present following two aspect: first is that, ultrasonic ultrasonic delay line memory vibration produces When the raw water column moved upwards at a relatively high speed is by guidance cylinder, water column and the guidance cylinder inner wall of movement generate friction to generate Noise；Second is that atomizing piece vibration generate water column by atomization enhanced portion through hole spray and generate water mist upwards, partially to The liquid surface that the water column of upper injection falls back to water tank can generate biggish water droplet and fall noise after rise.

2. nebulization efficiency is lower.Since guidance cylinder inner wall can generate friction to the water column moved upwards, this friction is also given to The water column of upper movement produces a resistance so as to reduce the kinergety of water column, thereby reduces nebulization efficiency.

Utility model content

Energy-gathering ring in order to the solve the prior art to a certain extent technical problem big and low nebulization efficiency there are noise, The utility model proposes a kind of simple humidifier of structure and the energy-gathering device of humidifier, have that noise is small, atomization ability is strong and The rapid feature of mist out.

The utility model discloses a kind of energy-gathering device of humidifier, right above energy converter 21 and longitudinally disposed including being located at Cumulative cylinder 61, the partition 62 being horizontally installed in cumulative cylinder 61, be arranged in partition 62 center cumulative through-hole 63, setting The upper surface of cumulative cylinder 61 top cover 71 and the fog hole 72 of 71 center of top cover is set, the aperture of the fog hole 72 Size is greater than the aperture size of cumulative through-hole 63.

Wherein, partition 62 is equipped with one or more and is lauched through-hole 64, this is lauched through-hole 64 and cumulative through-hole 63 is arranged in The position of surrounding and separate cumulative through-hole 63.

Wherein, the lower end surface of top cover 71 extends downwardly out one group of buckle 73, and one group of button hole 65 is correspondingly arranged on cumulative cylinder 61, The clamping end of each buckle 73 is held on the lower end surface of partition 62 after protruding into from button hole 65.

Wherein, top cover 71 extends the buckle 711 being equipped with convenient for user's hand-held, or/and, the lower end surface periphery of top cover 71 Skirtboard 74 is extended downwardly out, which is located at the medial surface or lateral surface of cumulative cylinder 61.

Wherein, the setting of 63 upper end of cumulative through-hole has the dome pipe 66 of mesoporous 661, and the aperture of the mesoporous 661 and cumulative are logical The aperture in hole 63 is consistent and mesoporous 661 is connected with both cumulative through-hole 63 perforations, and longitudinal height of the dome pipe 66 is less than partition Fore-and-aft distance between 62 and top cover 71.

Wherein, energy converter 21, cumulative through-hole 63 and 72 three of fog hole central axis having the same.

The utility model discloses a kind of humidifier, water tank 2 including pedestal 1, on pedestal 1 and positioned at water tank 2 The energy converter 21 of inner bottom surface further includes swimming in energy-gathering device as described above in water tank 2.

Wherein, it is equipped with step inner fovea part 29 in the interior bottom of water tank 2, longitudinal height H of the step inner fovea part 29 is greater than poly- Can the height of device and the lateral dimension of step inner fovea part 29 be greater than the lateral dimension of cumulative cylinder 61 so that cumulative cylinder 61 can be into Enter the step inner fovea part 29, and the lower section of step inner fovea part 29 is arranged in energy converter 21.

Wherein, it is equipped with lower end in water tank 2 and leads mist cylinder 3 with water inlet 31, this, which leads mist cylinder 3 and energy converter 21, has Identical central axis, and the energy-gathering device be located at lead in mist cylinder 3.

Wherein, air-out passage 22 is equipped on the inside of water tank 2, the upper end for leading mist cylinder 3, which is equipped with, to be connected with air-out passage 22 Wind guide tank 32, the diversion lid 4 of end on water tank 2, which, which is equipped with several, allows water to be flowed into being lauched in water tank 2 Hole 42, the diversion lid 4 position corresponding with mist cylinder 3 is led are equipped with the upper convex portion 41 of the opposite convex setting of drainage hole 42, this is convex Portion 41 is equipped with and the fog guiding trough 411 leading mist cylinder 3 and be connected.

Wherein, the lower end surface of diversion lid 4, which extends downwardly, is equipped with the coaming plate 43 that keeps out the wind, which, which protrudes into, leads in mist cylinder 3, Upper convex portion 41 is hemispherical and is located at the top for the coaming plate 43 that keeps out the wind, and multiple fog guiding troughs 411 are uniformly set at upper convex portion 41 Arc-shaped outer surface.

The utility model " is enhanced in atomization process in cumulative and how to be reduced by substantive the solving of following technological means Noise and atomization ability is poor " the technical issues of, and play that fog-supplying amount is big and the rapid feature of mist out, reached following beneficial to skill Art effect:

1. the noise of energy-gathering device is smaller and atomization ability is strong.Energy-gathering device realizes noise reduction in terms of two: first is that cumulative fills Set be by partition in the middle part of cumulative through-hole as energy converter generate vibrational energy transmission intermediary, due to energy converter generate vibration When energy passes through energy-gathering device, friction only occurs between cumulative through-hole and the hole wall of fog hole and generates slightly a little bigger noise, Other positions have been filled with water with lesser noise, to realize noise-decreasing；Second is that top cover is arranged to accept falling water Column, falling to the upper surface of top cover can reduce water mist and splash and fall back to the water surface of water tank and generate after part water mist rises Drip sound, plays the role of reducing noise, the buckle being extended on top cover can also increase the surface area of top cover simultaneously with to the greatest extent Possible catch falls droplet after rise to reduce the falling noise in atomization process.In addition, since energy converter generates vibrational energy and gathers Can friction between device it is smaller, therefore after vibrational energy is assembled by energy-gathering device and damage during moving to fog hole Consumption is smaller, to achieve the purpose that improve atomization ability.

2. fog-supplying amount is big and mist is rapid out.The utility model plays the function of enhancing atomization ability by energy-gathering device, and By added in water tank lead mist structure improve water mist go out mist ability, the two complement each other allows humidifier have atomization ability (or fog-supplying amount is big) and the out rapid feature of mist by force.Specifically, leading mist structure is by drawing in the upper end setting for leading mist cylinder Water cover, the air-flow with diversion lid barrier air-out passage enter among the water tank led outside mist cylinder, and by covering setting in diversion Fog guiding trough even enhances the coaming plate that keeps out the wind for leading mist ability to quickly guiding the water mist led in mist cylinder from fog guiding trough discharge, water mist It will not largely be gathered in lead and overflow in or beyond mist cylinder to the water tank led outside mist cylinder, mist ability is strong and to lead fog effect good to lead.

3. overcoming energy-gathering device in the prior art in water tank is in the defect that low water level can not work.The utility model By the inner bottom surface in water tank, step inner fovea part is set, longitudinal height H of step inner fovea part is greater than the height of energy-gathering device, because This, when the water surface is lower in water tank, the lower end of cumulative cylinder is progressed into step inner fovea part, even if the water surface is reduced in water tank It is worked normally on the water surface that energy-gathering device can also be swum in step inner fovea part when the interior bottom of water tank, so that it is guaranteed that water Energy-gathering device can also work normally when case is in low water level.

4. top cover and cumulative cylinder use Demountable, convenient for energy-gathering device in use for some time periodically into Row cleaning operation.

5. water is directly poured on diversion and is covered when needing to add water in water tank, due to being lauched hole site with respect to fog guiding trough Position is lower, so that water is fallen by drainage hole in the water tank of lower section, the operation readiness of water is added in realization；Also, diversion lid can It is detachable with the upper end from water tank, or even leading mist cylinder can also be detachable from water tank, installation is simple and is convenient for subsequent dimension Shield uses.

Detailed description of the invention

Fig. 1 is the schematic diagram of internal structure of humidifier.

Fig. 2 is the decomposition texture schematic diagram of energy-gathering device.

Fig. 3 is the structural schematic diagram of floating head.

Fig. 4 is the schematic perspective view of energy-gathering device.

Fig. 5 is the structural schematic diagram of cumulative ontology in another embodiment.

Fig. 6 is the decomposed structural schematic diagram of humidifier in one embodiment.

Fig. 7 is the part assembling structure schematic diagram of the humidifier of corresponding diagram 6.

Specific embodiment

Further to illustrate that the application is the technical means and efficacy reaching predetermined purpose and being taken, below in conjunction with attached drawing And preferred embodiment, to specific embodiment, structure, feature and its effect according to the application, detailed description is as follows.Following In explanation, what different " embodiment " or " embodiment " referred to is not necessarily the same embodiment.In addition, in one or more embodiments Special characteristic, structure or feature can be combined by any suitable form.

As shown in Figure 1, the utility model discloses a kind of humidifier, water tank 2 including pedestal 1, on pedestal 1 is located at The energy-gathering device of 21 top of energy converter is arranged in the energy converter 21 of the inner bottom surface of water tank 2 and floating, which includes poly- Energy ontology 6 and the floating head 7 being fixed on cumulative ontology 6.The inner bottom surface of water tank 2 or the upper end of pedestal 1 is arranged in the energy converter 21 On face, in the water tank 2 plus after water, the work of energy converter 21 generates oscillation, by cumulative ontology 6 assemble the oscillation energy of energy converter 21 with Atomizing effect is improved, the oscillation energy of aggregation will allow water oscillation to become water mist, and water mist is sprayed from floating head 7 realizes humidification function.

Further combined with shown in Fig. 2, Fig. 3 and Fig. 4.Cumulative ontology 6 includes longitudinally disposed cumulative cylinder 61, is horizontally installed on Partition 62 in cumulative cylinder 61 and be arranged in partition 62 center cumulative through-hole 63.In addition, for the ease of cumulative sheet Body 6 sinks to the underwater of water tank 2, one or more can also be arranged around cumulative through-hole 63 and be lauched through-hole 64, under this Water through-hole 64 is advisable farther out with the position from cumulative through-hole 63, in case the oscillation energy of energy converter 21 is revealed by being lauched through-hole 64 To reduce the cumulative ability of cumulative through-hole 63.Floating head 7 includes the top cover 71 that the upper surface of cumulative cylinder 61 is arranged in, the top cover 71 center is equipped with fog hole 72.

Energy converter 21, cumulative through-hole 63 and 72 three of fog hole central axis having the same.Also, the hole of fog hole 72 Diameter size is greater than the aperture size of cumulative through-hole 63.In one embodiment, cumulative through-hole 63 and fog hole 72 are circular hole, are changed The aperture of the aperture < cumulative through-hole 63 of the aperture < fog hole 72 of energy device 21, " < " meet for arithmetic and are less than.

In one embodiment, the lower end surface of top cover 71 extends downwardly out one group of buckle 73, is correspondingly arranged on cumulative cylinder 61 One group of button hole 65, the clamping end of each buckle 73 is held on the lower end surface of partition 62 after protruding into from button hole 65, to realize Floating head 7 is detachable to be mounted on cumulative ontology 6.In addition, buckling 73 surface in order to improve the intensity of buckle 73 and being additionally provided with Several reinforcing ribs 731.Even, floating head 7 being held for the ease of user and carrying out disassembling operations, which, which can also extend, is convenient for The buckle 711 of user's hand-held.

In one embodiment, the lower end surface periphery of top cover 71 extends downwardly out skirtboard 74.The skirtboard 74 can not only play Guiding role, the medial surface or lateral surface for being located at cumulative cylinder 61 by the guiding of skirtboard 74 are consequently facilitating being arranged floating head 7 in cumulative On ontology 6；Meanwhile the skirtboard 74 is also equivalent and rib plays the role of strong 71 intensity of top cover avoiding the different positions of top cover 71 Set the position being deformed to change fog hole 72 with respect to energy converter 21.

Due to energy converter 21, cumulative through-hole 63 and 72 three of fog hole central axis having the same, energy-gathering device floating In the water surface of water tank 2, floating head 7 is just substantially flush with the water surface of water tank 2.When energy converter 21 works, energy converter 21 vibrates The energy of generation concentrates on 61 lower end of cumulative cylinder and enters the upper end of cumulative cylinder 61 from cumulative through-hole 63, due to cumulative cylinder 61 Upper end cavity in be filled with water (that is, the cavity between partition 62 and top cover 71), water energy is enough will be between vibrational energy Friction noise weakens to realize to reduce between the energy and energy-gathering device that the vibration of energy converter 21 generates caused by friction Noise；The realization water of fog hole 72 of haze energy transmission to top cover 71 is become water mist 8(again after 63 cumulative of cumulative through-hole may also Show as tiny water column or water column)；Falling to the upper surface of top cover 71 can reduce water mist splashing and fall after part water mist 8 rises The sound that drips for returning to the water surface of water tank 2 and generating plays the role of reducing noise；The buckle 711 being extended on top cover 71 The surface area of top cover 71 can also be increased simultaneously to catch fall droplet after rise to reduce the falling noise in atomization process as far as possible.Cause This, in simple terms, energy-gathering device is to generate turning for vibrational energy as energy converter 21 by the cumulative through-hole 63 at 62 middle part of partition Pass intermediary, due to energy converter 21 generate vibrational energy pass through energy-gathering device when, only with the hole wall of cumulative through-hole 63 and fog hole 72 Between friction occur generate slightly a little bigger noise, other positions have been filled with water with lesser noise, have subtracted to realize Low noise；Also, produced by being greater than the aperture of cumulative through-hole 63 so that it is guaranteed that energy converter 21 vibrates due to the aperture of fog hole 72 Energy be capable of maximal efficiency become water mist 8 from fog hole 72 spray.

Furthermore in order to ensure energy-gathering device can also work normally when low water level in water tank 2, therefore, as shown in Figure 1, The interior bottom of water tank 2 is equipped with step inner fovea part 29, and longitudinal height H of the step inner fovea part 29 is greater than the height and platform of energy-gathering device The lateral dimension of rank inner fovea part 29 is greater than the lateral dimension of cumulative cylinder 61, so that cumulative cylinder 61 is able to enter the step inner fovea part 29, and lower section (in general, the upper surface of step inner fovea part 29 and energy converter 21 of step inner fovea part 29 is arranged in energy converter 21 Between still have a pre-determined distance, the upper surface of energy converter 21 is touched to avoid the lower end of cumulative cylinder 61, thus rise To the purpose of protection energy converter 21).Therefore, even if low water level alarm device is mounted on the interior bottom of water tank 2 in humidifier, by water When the interior bottom of case 2 is as minimum warning line, at this point, longitudinal height H due to step inner fovea part 29 is greater than energy-gathering device Highly, therefore, when the water surface is lower in water tank 2, the lower end of cumulative cylinder 61 is progressed into step inner fovea part 29, even if water tank Energy-gathering device can also swim on the water surface in step inner fovea part 29 and carry out just when the water surface is reduced to the interior bottom of water tank 2 in 2 Often work, so that it is guaranteed that energy-gathering device can also work normally when water tank 2 is in low water level.

Furthermore in another embodiment as shown in Figure 5, in order to further increase out the effect of mist and take into account noise-decreasing Effect, in 63 upper end of cumulative through-hole, setting has the dome pipe 66 of mesoporous 661, the aperture of the mesoporous 661 and cumulative through-hole 63 Aperture it is consistent and mesoporous 661 is connected with both cumulative through-hole 63 perforations, longitudinal height of the dome pipe 66 less than partition 62 and Fore-and-aft distance between top cover 71.The vibrational energy passed through from cumulative through-hole 63 plays orientation when passing through dome pipe 66 and is directed to out mist The effect in hole 72, to can increase the effect of cumulative by dome pipe 66, further enhance humidifier goes out mist ability.

As shown in Figure 1, ensuring that energy converter 21, cumulative are logical in order to ensure the surface that energy-gathering device is located at energy converter 21 Hole 63 and 72 three of fog hole central axis having the same are equipped in water tank 2 and lead mist cylinder 3, this leads mist cylinder 3 and energy converter 21 Central axis having the same, and energy-gathering device is limited in and leads in mist cylinder 3, in water tank 2, water surface variation is done leading in mist cylinder 3 Longitudinal movement, to allow energy-gathering device to be located at the surface of energy converter 21 by the limit for leading mist cylinder 3, it is ensured that energy-gathering device can Play the role of enhancing atomization.

In conjunction with shown in Fig. 1, Fig. 6 and Fig. 7.In this embodiment, mist cylinder 3 is led to be located at 29 top of step inner fovea part and lead mist 3 lower ends of cylinder are detachably arranged in the interior bottom of water tank 2, which, which has, allows in water tank 2 water to enter to lead The water inlet 31 of mist cylinder 3 leads in mist cylinder 3 so that the water energy for leading 3 lateral surface of mist cylinder enough passes through the entrance of water inlet 31 and flows to transducing The surface of device 21 is atomized.In addition, being equipped with air-out passage 22 on the inside of water tank 2, blower is equipped in air-out passage 22, in outlet air It is equipped between channel 22 and the upper end for leading mist cylinder 3 and leads mist structure, it includes: that the upper end for leading mist cylinder 3 is equipped with that this, which leads mist structure, The air-flow of air-out passage 22 is directed into mist cylinder 3 by the wind guide tank 32 being connected with air-out passage 22 by wind guide tank 32；If The diversion lid 4 of the end on water tank 2 is set, which is equipped with several drainage holes 42 for allowing water to be flowed into water tank 2, should The position corresponding with mist cylinder 3 is led of diversion lid 4 is equipped with the upper convex portion 41 of the opposite convex setting of drainage hole 42, sets in the upper convex portion 41 The fog guiding trough 411 for having and leading mist cylinder 3 and being connected.

Mist cylinder 3 is led in order to allow the air-flow of air-out passage 22 to enter as far as possible to ensure there are enough wind pressure to guarantee humidifier Mist ability out, therefore, the lower end of diversion lid 4 needs to allow the air-flow of air-out passage 22 not enter as far as possible to lead outside mist cylinder 3 Entered in water tank 2 but by wind guide tank 32 as far as possible and led in mist cylinder 3, and led and also to the greatest extent may be used between the upper end of mist cylinder 3 and water tank 2 The chance for reducing air-flow interaction can be isolated, therefore, in one embodiment, the lower end surface of diversion lid 4 and the upper surface for leading mist cylinder 3 Fitting setting.Alternatively, enough wind pressure have been also ensured in the air pressure for leading mist cylinder 3 guiding fog guiding trough 411 by design air guide structure Guarantee humidifier goes out mist ability.For example, in another embodiment, the lower end surface of diversion lid 4, which extends downwardly to be equipped with to keep out the wind, encloses Plate 43, which, which protrudes into, leads in mist cylinder 3, wherein upper convex portion 41 is located at the top for the coaming plate 43 that keeps out the wind, and upper convex portion 41 is in half Spherical shape, multiple fog guiding troughs 411 are uniformly set at the arc-shaped outer surface of upper convex portion 41, to will lead mist by the coaming plate 43 that keeps out the wind The fog guiding trough 411 of the air pressure guiding top of cylinder 3, in practice it has proved that the coaming plate 43 that keeps out the wind is very good to the guidance effect of air-flow, leads mist cylinder 3 The water mist of top can quickly be overflowed from fog guiding trough 411 and be overflow in or beyond mist cylinder 3 without being largely gathered in lead to leading outside mist cylinder 3 Among water tank 2.

The work of energy converter 21 generates lasing capability, becomes water mist by energy-gathering device, water mist, which is gathered in, leads 3 top of mist cylinder In water surface space.At this point, blower work is blown into air-flow by wind guide tank 32 into leading in mist cylinder 3 from air-out passage 22, mist cylinder 3 is led Interior air pressure increases to which air-flow drives water mist to overflow from fog guiding trough 411 to realize humidification function.When needing to add water in water tank 2, Directly water is poured on diversion lid 4, since 42 position of drainage hole is lower with respect to the position of fog guiding trough 411, so that water is by being lauched Hole 42 is fallen into the water tank 2 of lower section, and the operation readiness of water is added in realization.

Certainly, foreign matter enters in water tank 2 in order to prevent, or in order to make humidifier overall appearance shape more attractive, may be used also With in the end setting tank lid 5 on water tank 2, the tank lid 5 is equipped with the fog hole 51 being connected with fog guiding trough 411, therefore, Water mist is humidified from fog guiding trough 411 is excessive by the ejection water mist of fog hole 51.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (10)

1. a kind of energy-gathering device of humidifier, which is characterized in that including being located at right above energy converter (21) and longitudinally disposed poly- Can cylinder (61), be horizontally installed in cumulative cylinder (61) partition (62), setting the center of partition (62) cumulative through-hole (63), be arranged the upper surface of cumulative cylinder (61) top cover (71) and setting top cover (71) center fog hole (72), the aperture size of the fog hole (72) is greater than the aperture size of cumulative through-hole (63).

2. energy-gathering device according to claim 1, which is characterized in that partition (62) is equipped with one or more and is lauched through-hole (64), this be lauched through-hole (64) be arranged around cumulative through-hole (63) and far from cumulative through-hole (63) position.

3. energy-gathering device according to claim 1, which is characterized in that the lower end surface of top cover (71) extends downwardly out one group of card It detains (73), one group of button hole (65) is correspondingly arranged on cumulative cylinder (61), the clamping end of each buckle (73) is protruded into from button hole (65) It is held on the lower end surface of partition (62) afterwards.

4. energy-gathering device according to claim 1, which is characterized in that top cover (71), which extends to be equipped with, is convenient for user's hand-held Buckle (711), or/and, the lower end surface periphery of top cover (71) extends downwardly out skirtboard (74), which is located at cumulative cylinder (61) medial surface or lateral surface.

5. energy-gathering device according to claim 1, which is characterized in that the setting of cumulative through-hole (63) upper end has mesoporous (661) aperture of dome pipe (66), the mesoporous (661) is consistent with the aperture of cumulative through-hole (63) and mesoporous (661) and cumulative The perforation of both through-holes (63) is connected, longitudinal height of the dome pipe (66) be less than between partition (62) and top cover (71) longitudinally away from From.

6. energy-gathering device according to claim 1, which is characterized in that energy converter (21), cumulative through-hole (63) and fog hole (72) three's central axis having the same.

7. a kind of humidifier, including pedestal (1), the water tank (2) being set on pedestal (1) and the inner bottom surface for being located at water tank (2) Energy converter (21), which is characterized in that further include the cumulative dress swum in water tank (2) as described in claim 1-6 any one It sets.

8. humidifier according to claim 7, which is characterized in that be equipped with step inner fovea part in the interior bottom of water tank (2) (29), longitudinal height H of the step inner fovea part (29) is greater than the height of energy-gathering device and the lateral dimension of step inner fovea part (29) Lateral dimension greater than cumulative cylinder (61) is able to enter the step inner fovea part (29) so as to cumulative cylinder (61), and energy converter (21) is set Set the lower section in step inner fovea part (29).

9. humidifier according to claim 7, which is characterized in that be equipped with lower end in water tank (2) and have water inlet (31) lead mist cylinder (3), this leads mist cylinder (3) and energy converter (21) central axis having the same, and the energy-gathering device position It is interior in leading mist cylinder (3).

10. humidifier according to claim 9, which is characterized in that be equipped with air-out passage (22) on the inside of water tank (2), lead mist The upper end of cylinder (3) is equipped with the wind guide tank (32) being connected with air-out passage (22), the diversion lid (4) of end on water tank (2), The diversion lid (4) is equipped with several drainage holes (42) for allowing water to be flowed into water tank (2), the diversion lid (4) and leads mist cylinder (3) Corresponding position is equipped with the upper convex portion (41) of opposite drainage hole (42) convex setting, which is equipped with and leads mist cylinder (3) fog guiding trough (411) being connected.