CN208475536U - Add water humidifier in one kind - Google Patents

Abstract

The utility model discloses in one kind plus water humidifier, and including the atomization energy-saving cover that water tank and lower end surface are connected with water tank inner bottom surface, which includes isolation cover, and the lower end surface of the isolation cover is separated out mutually independent first cavity and the second cavity；First cavity, which upwardly extends to be equipped with, leads mist cylinder, and the second cavity has along the guiding groove for leading mist cylinder and upwardly extending setting, the guiding groove with lead inner sidewall that mist cylinder is connected equipped with the notch leading mist cylinder and be connected；First cavity, the second cavity are tightly connected to form atomization chamber and heating chamber respectively with water tank inner bottom surface, and nebulising element and heating element are located in atomization chamber and heating chamber.The utility model has many advantages, such as that the hot mist of generation is faster, hot mist fog-supplying amount is big, humidifying effect is good, convenient to use and energy saving.

Description

Add water humidifier in one kind

Technical field

The utility model relates to household electrical appliance, more particularly, in one kind plus water humidifier.

Background technique

Traditional humidifier includes pedestal, tips upside down on water tank on pedestal, and control is equipped between water tank and the atomization chamber of pedestal Water processed enters the elements such as the solenoid valve of atomization chamber, floating ball, therefore realizes that hot mist/warm fog relatively holds in conventional humidifier Easily.For example, Chinese patent application CN2016214020645 discloses a kind of warm fog humidifier, there is sink and hair on packet pedestal Heat channel, the sink are connected to the water tank, and circuitous channel is equipped between the sink and the fever slot, and the sink passes through Circuitous channel moisturizing into the fever slot.Using round about manner moisturizing, it is not directly contacted between hot and cold water, reduces heat Amount exchange, it is therefore prevented that heat loss and water tank spilling water improve the reliability of heating efficiency and product.But such as CN Known to 2016214020645 25-27 segment descriptions: 1. needing to remove water tank from pedestal, backing out water box nut could be toward water tank In plus water, cumbersome inconvenient for use, 2. collector nozzle setting flowing water Valve controls water tank toward water channel sewage, and outlet valve is easy to lose Effect causes not to be discharged or dilutional hyponatremia generation spilling water leads to phenomenon out.Therefore, it is necessary to remove water tank to add this humidifier of water It is gradually eliminated, instead occurs upper plus water humidifier in recent years, the top cover for opening humidifier can be convenient past In water tank plus water, approval that is easy to use and obtaining more and more consumers with like.

And for upper plus water humidifier, nebulising element is set up directly on water tank bottom, it is no longer necessary to use outlet valve The elements such as door control water enters atomization chamber from water tank, therefore, if existing above add water humidifier to realize hot mist/warm fog function, Following several technical solutions are used nothing more than:

The first scheme is that hot water or even the boiled water after high-temperature sterilization, the heat of addition are added into the water tank of humidifier Water gradually cools off etc. in use leads to not the hot mist of effective, stable offer, this scheme also inconvenient user's operation It uses.

Second scheme is that heating device is arranged in on the side wall for going out mist channel of humidifier (such as Chinese patent Technical solution disclosed in CN2010202435151), it is therefore apparent that between water mist and heating device contact area it is smaller to Heat transfer does not easily lead to not high to water mist heating efficiency, and the ability for providing hot mist is extremely limited.

The third scheme is that heating device is arranged in the bottom of water tank to carry out mist again to heat the water in water tank Change, the defect of this structure is: due to need to the water of entire water tank carry out heating rear could generate hot mist, thus energy consumption compared with High and heating efficiency is lower.

Utility model content

The utility model is intended to solve existing upper plus water humidifier to a certain extent and provides during hot mist have that energy consumption is high And the technological deficiency that heating efficiency is low, propose that one kind quickly provides the upper plus water humidifier of hot mist.

The utility model is adopted in open one kind plus water humidifier, including water tank 9, and the inner bottom surface of the water tank 9 is equipped with atomization member The atomization energy-saving cover that part 92 and heating element 93 and lower end surface are connected with 9 inner bottom surface of water tank, which includes lower end The isolation cover 1 of face opening setting, the lower end surface of the isolation cover 1 is separated out mutually independent first cavity 2 and the second cavity 3；The One cavity 2, which upwardly extends to be equipped with, leads mist cylinder 20, and the second cavity 3 has along the guiding groove 38 for leading mist cylinder 20 and upwardly extending setting, The guiding groove 38 and the notch 411 for leading inner sidewall that mist cylinder 20 is connected and being equipped with leading mist cylinder 20 and be connected；First cavity 2, second Cavity 3 connect to form atomization chamber and heating chamber respectively with 9 inner bottom surface of water tank, and nebulising element 92 and heating element 93 distinguish position In in atomization chamber and heating chamber.

Wherein, the first cavity 2, which has, has the second cold water inlet 31 and hot water with hot water outlet 32, the second cavity 3 Water outlet 32；The heating chamber is connected to by the second cold water inlet 31 with water tank 9, and the atomization chamber is not direct to be connected with water tank 9 But it is connected by water inlet of hot water 21 with the hot water outlet 32 of heating chamber.

Wherein, the part that isolation cover 1 is located at 3 top of the second cavity is set as skewed inclination housing 16, the inclination cover The position of end of the shell 16 far from guiding groove 38 is lower than the inclination housing 16 close to the position of the end of guiding groove 38.

Wherein, the position of hot water outlet 32 is not less than the position of the second cold water inlet 31.

Wherein, the first cold water inlet 11 on isolation cover 1, the first cold water inlet 11 and the second cold water inlet 31 it Between be equipped with circuitous channel 13, formed between the circuitous channel 13 and the inner bottom surface of water tank 9 and be located at the first cold water inlet 11 and the Detour moisturizing water route between secondary cooling water water inlet 31.

Wherein, between the lower end of isolation cover 1 and the lateral surface of the second cavity 3 be equipped with coaming plate 12, the coaming plate 12 be isolated The circuitous channel 13 around the setting of 3 periphery of the second cavity is formed between the lower end of cover 1.

Wherein, 9 inner bottom surface of water tank is equipped with the mounting groove to match with the lower end surface of isolation cover 1, and the lower ora terminalis of isolation cover 1 is set It sets in mounting groove.

Wherein, this is led mist cylinder 20 and the first cavity 2 and is integrated setting or separately positioned.

Wherein, the top for leading mist cylinder 20 is equipped with diversion lid 8, which is equipped with for allowing water to be flowed into water tank 9 Drainage hole 82 and mist hole 811 is led with lead that mist cylinder 20 is connected.

Wherein, diversion lid 8 has the upper convex portion 81 of the opposite convex setting of drainage hole 82, leads mist hole 811 and is arranged in upper convex portion On 81, and the lower section of upper convex portion 81 is equipped with and extends downward into the wind deflector 83 led in mist cylinder 20 from the lower end surface of diversion lid 8.

Wherein, upper convex portion 81 is hemispherical, leads mist hole 811 and is multiple and is uniformly set at outside the arc of upper convex portion 81 Surface.

Wherein, 9 inner sidewall of water tank is equipped with guide duct 91, is equipped with blower in the guide duct 91, and leads the upper end of mist cylinder 20 Equipped with air inlet 201, air inlet 201 is directly connected to guide duct 91, alternatively, being equipped with wind guide tank 202 at air inlet 201, this is led Wind groove 202 is connected with guide duct 92.

Wherein, the vibrational energy for assembling nebulising element 92 is also provided in atomization chamber to improve atomization ability Energy-gathering ring 7.

The utility model has following advantageous effects:

1. the hot mist of generation that can be faster, low energy consumption (energy conservation) and heating efficiency is high

1. the utility model is due to being only heated to predetermined temperature for the cold water in heating chamber, without simultaneously by entire water tank Interior cold water is heated to predetermined temperature, thus humidifier after unlatching with the short period be can provide preset temperature hot mist or Warm fog has the advantages that the faster hot mist of generation.2. due to only heating the cold water for entering heating chamber, due to atomization chamber Water by continually consume to atmospheric pressure effect under allow the water source source of heating chamber to be continuously replenished to atomization chamber, thus allow plus In the hot water and water tank of hot chamber between cold water occur heat transfer losses heat it is smaller, heating needed for energy consumption it is relatively low and Heating thermal loss is smaller to have the advantages that energy conservation.

The fog-supplying amount of hot mist is big, and humidifying effect is good.

On the one hand the utility model passes through setting guiding groove and guides the heat of heating chamber to leading in mist cylinder, to leading on mist cylinder The hot mist additional heat of end reduces hot mist before humidifier is not discharged because condensing into water droplet falling caused by thermal loss Can also be drifted so as to reduce the loss of hot mist, while after the higher hot mist discharge humidifier of heat content it is farther be conducive to improve plus The humidification capability of wet device；On the other hand, by the way that diversion lid is arranged in the upper end for leading mist cylinder, with diversion lid barrier air-out passage Air-flow enters among the water tank led outside mist cylinder, and mist hole is led in setting or even keeping out the wind for mist ability is led in enhancing by covering in diversion To quickly guide the water mist led in mist cylinder from the discharge of mist hole is led, water mist will not largely be gathered in lead to overflow coaming plate in or beyond mist cylinder To the water tank led outside mist cylinder, to lead mist ability by force to which fog-supplying amount is big；Even also by the way that cumulative is arranged in atomization chamber Ring improves the fog-supplying amount of humidifier, can have the requirement of stable fog-supplying amount when meeting high water level in water tank.Therefore, this reality Ensure hot mist with the spy lost less, carrying heat height can drift at a distance with the novel technical characteristic by the way that guiding groove is arranged Sign, and by diversion lid and the technical characteristic that air channel structure cooperates hot mist can be quickly discharged, the two complements each other, jointly Promote that humidifier is allowed to have the advantages that hot mist fog-supplying amount is big, humidifying effect is good.

Convenient for operating with.

The utility model proposes humidifier be easy to use and can meet the use demand of user, be mainly manifested in several sides Face: 1. directly can cover pouring toward diversion and realize that feed-tank adds water, easy to operate；2. diversion lid can from the upper end of water tank Disassembly, or even leading mist cylinder can also be from water tank detachably, after not only installing and be convenient for the atomization energy-saving cover for constituting atomization chamber Continuous maintenance uses, and user is also facilitated to improve using safe humidifier periodic cleaning to prevent from breeding bacterium.

Detailed description of the invention

Fig. 1 is upper plus water humidifier schematic perspective view.

Fig. 2 is upper plus water humidifier schematic diagram of internal structure.

Fig. 3 is the structural schematic diagram for being atomized energy-saving cover and being mounted on water tank inner bottom surface.

Fig. 4 is the schematic diagram of internal structure for being atomized energy-saving cover.

Fig. 5 is the structural schematic diagram for being atomized the bottom face of energy-saving cover.

Fig. 6 is the structural schematic diagram for being atomized another embodiment of energy-saving cover.

Fig. 7 is the structural schematic diagram that atomization energy-saving cover shown in Fig. 6 is mounted in water tank.

Wherein, arrow shown in dotted line indicates the direction of motion of water, water mist in Fig. 1, Fig. 2 and Fig. 5.

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-Figure 3, the utility model proposes humidifier include: water tank 9, the inner bottom surface of the water tank 9 is equipped with phase Mutual independent nebulising element 92(nebulising element 92 preferably uses existing ultrasonic atomization piece/energy converter) and heating element 93 (heating element 93 preferably uses existing PTC(Positive Temperature Coefficient) heater)；Lower end surface The atomization energy-saving cover being connected with the inner bottom surface of water tank 9.

Further combined with shown in Fig. 4, Fig. 5.The atomization energy-saving cover includes: the isolation cover 1 of lower end surface opening setting, the isolation The lower end surface of cover 1 is separated out mutually independent first cavity 2 and the second cavity 3, and the second cavity 3 has the second cold water inlet 31 With hot water outlet 32, the second cavity 3 is connected to the outside of isolation cover 1 by the second cold water inlet 31, and the first cavity 2 has The water inlet of hot water 21 being connected to hot water outlet 32；First cavity 2, which upwardly extends to be equipped with, leads mist cylinder 20；Second cavity 3 has Along the guiding groove 38 for leading mist cylinder 20 and upwardly extending setting, which is equipped with and leads with the inner sidewall that mist cylinder 20 is connected is led The notch 411(that mist cylinder 20 is connected is as shown in Figure 3).

Wherein, it leads mist cylinder 20 and the first cavity 2 is integrated setting；Certainly, leading between mist cylinder 20 and the first cavity 2 can also be with Detachable is separately positioned, that is, the lower end for leading mist cylinder 20 is connected by detachable structures such as screw thread or buckles with the first cavity 2. Also, the position that the hot water outlet 32 of the second cavity 3 is arranged is not less than the position of the second cold water inlet 31 of the second cavity 3 It sets, consequently facilitating the hot water in the second cavity 3 smoothly can flow out to the first cavity 2 from hot water outlet 32.

The lower end surface of above-mentioned isolation cover 1 is connect with 9 inner bottom surface of water tank.Specifically, the lower ora terminalis of the second cavity 3 is connected to 9 inner bottom surface of water tank and heating element 93 around heating element 93 are located at the bottom of the second cavity 3, thus the second cavity 3 and water Heating chamber is formed between 9 inner bottom surface of case, which is connected to by the second cold water inlet 31 with the water tank 9 outside isolation cover 1, from And the water in water tank 9 enters in heating chamber from second cold water inlet 31 this unique passage；The lower end surface of first cavity 2 connects 9 inner bottom surface of water tank and nebulising element 92 around nebulising element 92 are located at the bottom of the first cavity 2, thus the first cavity 2 with Atomization chamber is formed between 9 inner bottom surface of water tank, atomization chamber is not direct to be connected but by water inlet of hot water 21 and heating with water tank 9 Chamber is connected, and is indirectly connected with water tank 9 by heating chamber；The heat of heating chamber is booted up by guiding groove 38, and is led to It crosses notch 411 and is conducted to heat and lead mist cylinder 20 to provide heat supplement to the hot mist for leading the top of mist cylinder 20.

Also, it is set as skewed inclination housing 16 by the part that isolation cover 1 is located above the second cavity 3 is located at, i.e., The inclination housing 16 is lower than the inclination housing 16 close to the terminal position of guiding groove 38 far from the terminal position of guiding groove 38, thus Be conducive to that the heat in heating chamber is allowed to enter guiding groove 38 along inclination housing 16.

The lower end surface of above-mentioned isolation cover 1 is connect with 9 inner bottom surface of water tank to be referred to: the lower end surface of isolation cover 1 and 9 inner bottom surface of water tank Between for sealing be connected or near-hermetic be connected or it is endless it is hermetically sealed be connected.The utility model preferably uses the lower end of isolation cover 1 It is connected between face and 9 inner bottom surface of water tank for sealing.This is because being between 9 inner bottom surface of lower end surface and water tank of isolation cover 1 certainly Near-hermetic state or it is endless hermetically sealed connected when, there may be a small amount of cold water to be leaked into atomization chamber in use, Heating chamber leaks to the situation of water tank 9 there is also part hot water so as to improve the energy consumption of heating element 93.Also, one In a embodiment, in order to allow the lower ora terminalis of isolation cover 1 to connect and reduce installation difficulty with 9 inner bottom surface of water tank, 9 inner bottom surface of water tank is set There is the mounting groove to match with the lower end surface of isolation cover 1, and sealing ring can be set in mounting groove.From the upper opening of water tank 9 Place will be atomized energy-saving cover when being mounted on 9 inner bottom surface of water tank, it is only necessary to by the peace of lower ora terminalis insertion 9 inner bottom surface of water tank of isolation cover 1 Tankage can (after installation as shown in Figure 3), assembly it is simple and can convenient for when follow-up maintenance from energy-saving cover bottom out of water tank 9 will be atomized Face removes.

Also, as shown in figure 5, the first cold water inlet of the second cold water inlet 31 and isolation cover 1 in the second cavity 3 Circuitous channel 13 is equipped between 11, the periphery formed between the circuitous channel 13 and the inner bottom surface of water tank 9 around the second cavity 3 is set The detour moisturizing water route set.Specifically, which includes: the first cold water inlet 11 being arranged on isolation cover 1, First cold water inlet 11 is connected with the second cold water inlet 31 of the second cavity 3；Be arranged in the lower end of isolation cover 1 with Coaming plate 12 between second cavity 3 forms between the coaming plate 12 and the lower end of isolation cover 1 and is connected to the first cold water inlet 11 With the circuitous channel 13 between the second cold water inlet 31, and circuitous channel 13 be centered around the second cavity 3 periphery setting.Cause This, cold water enters circuitous channel 13 from the first cold water inlet 11 of isolation cover 1, by circuitous channel 13 again from the second cold water Water inlet 31 flows into heating chamber.Detour moisturizing water is arranged in the front end of the second cold water inlet 31 of heating chamber in the utility model Road, the cross-sectional area for having the technical effect that circuitous channel 13 is in contact with heating chamber to entire technical solution bring is smaller, can be with Heat in heating chamber is reduced to transmit by circuitous channel 13 to water tank 9.

Since the cold water in water tank 9 can not be directly entered atomization chamber but has to pass through heating chamber and just can enter atomization chamber, And the cold water in heating chamber is carried out heating sterilization processing by the work of heating element 93 in heating chamber, hot water enters atomization from heating chamber After chamber, the hot water in atomization chamber is generated into vibration by 92 pairs of nebulising element and forms hot mist, hot mist is gathered in mist guide tube 20；And draw Guide groove 38 boots up the heat of heating chamber, and is conducted to heat by notch 411 and leads mist cylinder 20 thus to mist cylinder 20 is led The hot mist of top provides heat supplement, it is ensured that hot mist reduces drop to the greatest extent during end on leading mist cylinder 20 to exclusion humidifier Temperature is condensed into water droplet to reduce the formation of hot mist and is back to atomization chamber, and the higher hot mist of temperature can also be allowed from energy after humidifier discharge It drifts farther to improve humidification capability and humidifying effect.

In order to humidifier is quickly discharged in the hot mist for leading on mist cylinder 20 in end, it is additionally provided with air channel structure in humidifier, it should Air channel structure includes: the guide duct 91 that 9 inner sidewall of water tank is arranged in, and is equipped with blower in the guide duct 91；Set on leading on mist cylinder 20 End is equipped with the air inlet 201 communicated with guide duct 91；The diversion lid 8 of end (or the top for leading mist cylinder 20) on water tank 9, The diversion lid 8 is equipped with several drainage holes 82 for allowing water to be flowed into water tank 9, and the diversion lid 8 is corresponding with mist cylinder 20 is led Position is equipped with the upper convex portion 81 of the opposite convex setting of drainage hole 82, which, which is equipped with, leads mist with lead that mist cylinder 20 is connected Hole 811.Blower work allows guide duct 91 to generate air-flow, and air-flow enters in mist guide tube 20 from air inlet 201 and causes in mist guide tube 20 Air pressure increases, and air-flow drives the hot mist in mist guide tube 20 to be discharged rapidly from the mist hole 811 of leading of diversion lid 8.

In conjunction in Fig. 6 and embodiment illustrated in fig. 7, this leads to be additionally provided at the air inlet 201 of mist cylinder 20 is connected with guide duct 91 The air-flow of guide duct 91 is directed into mist cylinder 20 by logical wind guide tank 202 by wind guide tank 202.In order to allow guide duct 91 Air-flow enters as far as possible leads mist cylinder 20 to ensure the mist ability out for having enough wind pressure to guarantee humidifier, therefore, under diversion lid 8 End needs to allow the air-flow of guide duct 91 not enter in the water tank 9 led outside mist cylinder 20 as far as possible but passes through wind guide tank as far as possible 202 entrance are led in mist cylinder 20, and lead the machine be also isolated as far as possible between the upper end of mist cylinder 20 and water tank 9 and reduce air-flow interaction Meeting, therefore, in one embodiment, the lower end surface of diversion lid 8 is bonded setting with the upper surface for leading mist cylinder 20.Alternatively, design is led The air pressure for leading mist cylinder 20 is led mist hole 811 and is also ensured that enough wind pressure guarantee the mist energy out of humidifier by wind structure Power, in the embodiment shown in fig. 1, the lower end surface of diversion lid 8 are extended downwardly equipped with wind deflector 83, which, which protrudes into, leads mist cylinder In 20, wherein upper convex portion 81 is located at the top of wind deflector 83, and upper convex portion 81 is hemispherical, it is multiple lead mist hole 811 and be uniformly distributed set The arc-shaped outer surface in upper convex portion 81 is set, so that the air pressure for leading mist cylinder 20 guiding top is led by mist hole 811 by wind deflector 83, It facts have proved that wind deflector 83 is very good to the guidance effect of air-flow, the water mist for leading the top of mist cylinder 20 can be quickly from leading mist hole 811 Spilling is overflow to the water tank 9 led outside mist cylinder 20 without being largely gathered in lead in or beyond mist cylinder 20.

Also, when needing to add water in water tank 9, directly water is poured on diversion lid 8, is led since 82 position of drainage hole is opposite The position in mist hole 811 is lower, so that water is fallen by drainage hole 82 in the water tank 9 of lower section, the operation readiness of water is added in realization.When So, foreign matter enters in water tank 9 in order to prevent, or in order to make humidifier overall appearance shape more attractive, can also be in water tank 9 Upper end is arranged tank lid 95, the tank lid 95 be equipped with the fog hole 951 leading mist hole 811 and be connected, therefore, water mist is from leading Mist hole 811 is excessive to be humidified by the ejection water mist of fog hole 951.

The utility model proposes upper plus water humidifier (and referred to as " humidifier ") a typical case scene it is as follows: In the case where the inactive power work of humidifier, pour shown in upper opening or Fig. 1 of the user from water tank 9 from diversion lid 8 Cold water is added into water tank 9, cold water passes sequentially through the first cold water inlet 11, the second cavity 3(or heating chamber), hot water Circulation Area 4 enter the first cavity 2(or atomization chamber), under atmospheric pressure effect, height of water level and atomization chamber in water tank 9 lead mist cylinder Height of water level is consistent in 20.It needs water temperature heating when setting humidifier work to 80 DEG C, opens humidifier in t0 moment user Power supply, nebulising element 92, heating element 93 electric start-up operation, heating element 93 begin to warm up but can not immediately will atomization Intracavitary cold water is heated to 80 DEG C, and the water temperature in heating chamber gradually rises, simultaneously as the work of nebulising element 92 will be in atomization chamber Portion of cold water carries out atomization to which the water of the heating chamber under atmospheric pressure effect is automatically replenished to atomization chamber, until t1 time, mist moment Change intracavitary water temperature and reach 80 DEG C, then generates hot mist by nebulising element 92 and hot mist is allowed successively to lead mist hole from diversion lid 8 811, the fog hole 951 of tank lid 95 sprays.By the description of above-mentioned typical case scene it is found that need compared with prior art by Cold water in water tank be all heated to 80 DEG C reach predetermined water temperature just now for, the utility model at least has following Advantageous Effect: 1. for the utility model since the cold water in heating chamber is only heated to 80 DEG C of predetermined temperature, being not necessarily to simultaneously will be whole Cold water in a water tank 9 is heated to 80 DEG C of predetermined temperature, thus humidifier after unlatching with the short period i.e. can provide it is default It is quick rapid to have the advantages that hot mist provides for the hot mist or warm fog of temperature.2. since heating chamber is with upward along mist cylinder 20 is led Extended guiding groove 38, the heat that hot water distributes in heating chamber enters guiding groove 38 along inclination housing 16, along guidance Slot 38 from 411 guide mist cylinder 20 of notch in hot mist additional heat, allow hot mist to maintain higher temperature so as to reduce hot mist It is fallen after rise leading to condense in mist cylinder 20, drifts ability after allowing hot mist to maintain higher temperature that can promote hot mist discharge humidifier, reach To the humidification capability for improving hot mist type humidifier.3. due to only heating the cold water for entering heating chamber, due to atomization chamber Water is continually consumed to allow the water source source of heating chamber to be continuously replenished to atomization chamber under atmospheric pressure effect, to allow heating In the hot water and water tank 9 of chamber between cold water occur heat transfer losses heat it is smaller, especially heating chamber by cross-sectional area compared with Small detour moisturizing water route is communicated with water tank 9, so that heat exchange is smaller between heating chamber and detour moisturizing water route, and heating chamber with Heat exchange is actually that the portion of cold water for being located at close heating chamber to detour moisturizing water route preheats between detour moisturizing water route Processing, the cold water of this part preheating also flow in heating chamber during flowing to atomization chamber with the hot water of heating chamber, thus plus Cold water transmitting heat of the hot chamber hardly into water tank 9 causes thermal loss, and needing compared with prior art will be cold in water tank The heating of water whole and hot water are ceaselessly caused with outside air progress heat exchange for thermal loss, it is clear that the utility model Energy consumption needed for heating is relatively low and heating thermal loss is smaller to have the advantages that energy conservation.

In addition, humidifier needs to carry out water tank 9 periodic cleaning in use to prevent bacteria breed, improves and use Safety.Since the utility model is to be mounted on the inner bottom surface of water tank 9 by being atomized energy-saving cover to form heating chamber and atomization chamber, And being atomized energy-saving cover can conveniently disassemble from the inner bottom surface of water tank 9, it can be easily to water tank 9 and atomization energy-saving cover Clean and maintenance is carried out, the actual use demand of user is met.

Furthermore as shown in Fig. 3, Fig. 6, in order to improve the atomization ability of humidifier, it is also provided with and is used in atomization chamber Assemble the vibrational energy of nebulising element 92 to improve the energy-gathering ring 7 of atomization ability, the energy-gathering ring 7 is using the prior art (for example, poly- Energy ring 7 is to mention in " the energy accumulating device " or China CN2012105555089 mentioned in Chinese patent CN 2017204797680 " the atomization enhanced portion " arrived)；Even, be additionally provided with one or more in atomization chamber as guide post, the guide post be energy-gathering ring 7 with In atomization chamber the movement that rises or falls of the water surface guide function is provided.

The foregoing is merely the preferred embodiments of the application, not to limit the application, all essences in the application Made any modifications, equivalent replacements, and improvements etc., should be included within the scope of protection of this application within mind and principle.

Claims (10)

1. adding water humidifier, including water tank (9) in one kind, the inner bottom surface of the water tank (9) is equipped with nebulising element (92) and heating unit Part (93), it is characterised in that:

It further include the atomization energy-saving cover that lower end surface is connected with water tank (9) inner bottom surface, which includes that lower end surface opening is set The isolation cover (1) set, the lower end surface of the isolation cover (1) are separated out mutually independent first cavity (2) and the second cavity (3)；

First cavity (2) is upwardly extended to be equipped with and be led mist cylinder (20), and the second cavity (3), which has, to be set along leading mist cylinder (20) and upwardly extend The guiding groove (38) set, the guiding groove (38) and the slot for leading inner sidewall that mist cylinder (20) is connected and being equipped with leading mist cylinder (20) and be connected Mouth (411)；

First cavity (2), the second cavity (3) connect to form atomization chamber and heating chamber respectively with water tank (9) inner bottom surface, are atomized Element (92) and heating element (93) are located in atomization chamber and heating chamber.

2. upper plus water humidifier according to claim 1, it is characterised in that: the first cavity (2) has and hot water outlet (32), the second cavity (3) has the second cold water inlet (31) and hot water outlet (32)；The heating chamber by the second cold water into The mouth of a river (31) is connected to water tank (9), and the atomization chamber is not direct to be connected with water tank (9) but pass through water inlet of hot water (21) and add The hot water outlet (32) of hot chamber is connected.

3. upper plus water humidifier according to claim 1, it is characterised in that: isolation cover (1) is located above the second cavity (3) Part is set as skewed inclination housing (16), and the position of end of the inclination housing (16) far from guiding groove (38) is lower than should Housing (16) are tilted close to the position of the end of guiding groove (38).

4. upper plus water humidifier according to claim 1, it is characterised in that: the first cold water inlet on isolation cover (1) (11), circuitous channel (13) are equipped between the first cold water inlet (11) and the second cold water inlet (31), the circuitous channel (13) it is formed between the first cold water inlet (11) and the second cold water inlet (31) between the inner bottom surface of water tank (9) Detour moisturizing water route.

5. upper plus water humidifier according to claim 4, it is characterised in that: the lower end and the second cavity (3) of isolation cover (1) Lateral surface between be equipped with coaming plate (12), formed between the coaming plate (12) and the lower end of isolation cover (1) around the second cavity (3) Periphery setting circuitous channel (13).

6. upper plus water humidifier according to claim 1, it is characterised in that: water tank (9) inner bottom surface is equipped with and isolation cover (1) The lower ora terminalis of the mounting groove that lower end surface matches, isolation cover (1) is arranged in mounting groove.

7. upper plus water humidifier according to claim 1, it is characterised in that: the top for leading mist cylinder (20) is equipped with diversion lid (8), which is equipped with the drainage hole (82) for allowing water to be flowed into water tank (9) and is connected with mist cylinder (20) is led Lead mist hole (811).

8. upper plus water humidifier according to claim 7, it is characterised in that: diversion lid (8) has on opposite drainage hole (82) The upper convex portion (81) that projection is set is led mist hole (811) and is arranged on upper convex portion (81), and the lower section of upper convex portion (81) is equipped with from diversion The lower end surface of lid (8) extends downward into the wind deflector (83) led in mist cylinder (20).

9. upper plus water humidifier according to claim 8, it is characterised in that: upper convex portion (81) is hemispherical, leads mist hole (811) It is multiple and be uniformly set at the arc-shaped outer surfaces of upper convex portion (81).

10. -9 any one upper plus water humidifier according to claim 1, it is characterised in that: water tank (9) inner sidewall is equipped with and leads Air hose (91), the guide duct (91) is interior to be equipped with blower, and the upper end for leading mist cylinder (20) is equipped with air inlet (201)；Air inlet (201) it is directly connected to guide duct (91), alternatively, being equipped with wind guide tank (202), wind guide tank (202) and wind-guiding at air inlet (201) Pipe (91) is connected.