CN208170615U - A kind of humidifier discharging natural negative ion - Google Patents
A kind of humidifier discharging natural negative ion Download PDFInfo
- Publication number
- CN208170615U CN208170615U CN201820420598.3U CN201820420598U CN208170615U CN 208170615 U CN208170615 U CN 208170615U CN 201820420598 U CN201820420598 U CN 201820420598U CN 208170615 U CN208170615 U CN 208170615U
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- Prior art keywords
- atomization gas
- salt mine
- humidifier
- main body
- accommodating cavity
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Abstract
The utility model discloses a kind of humidifier for discharging natural negative ion, including humidifier main body and salt mine module；Salt mine module includes that salt mine holds shell and salt mine, and salt mine holds shell with atomization gas inlet port, the first atomization gas outlet；Chamber is merged in setting between atomization gas inlet port, the first atomization gas outlet；Humidifier main body has atomizing component, the second atomization gas outlet；The wall surface for merging chamber offers the infiltration hole of several connection accommodating cavities；The atomization gas that second atomization gas outlet of humidifier main body generates enter merge it is intracavitary after, atomization gas merge it is intracavitary obtain unhurried current control, infiltrated hole enters in accommodating cavity and contacts with salt mine partly atomized gas again, the anion of salt mine release merges intracavitary release through infiltration hole direction, anion and merges intracavitary atomization gas phase and merge to form the atomization gas with anion, atomization gas with anion enters outside air through the first atomization gas outlet, solves the problems, such as that salt mine is too fast and dissolves dampness conglomeration deformation and too fast release.
Description
Technical field
The utility model relates to humidifier field technologies, refer in particular to a kind of humidifier for discharging natural negative ion.
Background technique
Currently, the extensive use that humidifier obtains, certainly, it is contemplated that the demand of different users and different occasions, it can also
Some plants essential oils etc. to be added in hydrone, in this way, the aqueous vapor after atomization is dispersed into air, make in air full of perfume
Taste.
Also some are that salt mine is combined on humidifier to generate anion, to achieve the effect that purify air, such as：
Application publication number is in the patent application document of CN106871309A, and it discloses a kind of stacte machines, is existed by atomizing component
Water is atomized in sink, in generation aerosol and the environment being blown out to around crystal salt mine, increases the ring around crystal salt mine
Border humidity, crystal salt mine can release anion after heating, it is thus possible to ambient enviroment in the case where aqueous high
Air purified.
Above-mentioned application publication number is in technical solution disclosed in the patent application document of CN106871309A, due to atomization gas
It is directly to spray to crystal salt mine, in actual use, often will appear salt mine too fast the problem of dissolving：On the one hand, salt mine by
Moisture knot group can deform, and seriously affect the shape effect of salt mine script, lead to the decorative almost completely without having no beauty of itself
Sense；On the other hand, due to the too fast release of salt mine, lead to the short using the time of salt mine；Furthermore and extremely important one side,
Bad control negative ion concentration, and, it is difficult to it keeps anion to discharge continually and steadily, therefore, also affects to air cleaning
The control of effect.
Therefore, it is necessary to develop the new technical solution of one kind to solve the above problems.
Utility model content
In view of the existing deficiencies of the prior art, main purpose is to provide a kind of release natural negative ion to the utility model
Humidifier solves the problems, such as that salt mine is too fast and dissolves dampness conglomeration deformation and too fast release, to effectively delay the use of salt mine
Time, it is ensured that salt mine keeps preferable shape, especially, into more uniform, the matter with anion atomization gas of outside air
Amount is stablized, and purification air effect is reliable.
To achieve the above object, the utility model is using following technical solution：
A kind of humidifier discharging natural negative ion, includes humidifier main body and salt mine module；Wherein：
The salt mine module includes that salt mine holds shell and salt mine, and the salt mine holds shell with accommodating cavity, the salt mine
It is installed in accommodating cavity, the salt mine holds shell with atomization gas inlet port, the first atomization gas outlet；Enter in atomization gas
It is provided between mouth, the first atomization gas outlet and merges chamber；
The humidifier main body has atomizing component, the second atomization gas outlet；
The salt mine module is dismountable to be assembled in humidifier main body, and the atomization gas inlet port and the second atomization gas are arranged
Outlet perforation；The wall surface for merging chamber offers the infiltration hole of several connection accommodating cavities, and the atomization gas inlet port is successively through merging
Chamber, infiltration hole are connected to accommodating cavity, and chamber is merged in the first atomization gas outlet connection.
As a preferred embodiment, the atomization gas inlet port is not connected to accommodating cavity directly, from the second of humidifier main body
The atomization gas that atomization gas outlet generates is not sprayed directly on on salt mine.
As a preferred embodiment, the humidifier main body has socket part, and aforementioned second atomization gas outlet is set to
The top of socket part；
The salt mine holds shell with sleeve part, and the sleeve part includes inner tube wall, outer tube wall, inner tube wall, outer tube wall
The bottom end of the two is connected to enclose the accommodating cavity that configuration circularizes；Aforementioned atomization gas inlet port is formed in the upper end of inner tube wall；
The salt mine holds shell and is sheathed on the socket part of humidifier main body by sleeve part；
Partition board portion is provided with above inner tube wall, partition board portion separates salt mine with chamber is merged, and infiltration hole is opened in partition
The through-hole of connection atomization gas inlet port is offered in portion, in partition board portion.
As a preferred embodiment, be provided with top cover above the partition board portion, top cover and partition board portion keep between the upper and lower away from,
Aforementioned first atomization gas outlet is set on top cover, and top cover is connected to the upper end of outer tube wall, and top cover, outer tube wall and partition board portion are enclosed
It is configured to aforementioned merge chamber.
As a preferred embodiment, the upper end of the outer tube wall protrudes out on the upside of partition board portion, is covered with above top cover solid
Determine trim, fixing trim cover has top plate portion and is connected to the side ring flat-plate portion of top plate portion periphery lower end, and top plate portion is located at top
The top of lid, side ring flat-plate portion then cover in the periphery of outer tube wall.
As a preferred embodiment, air duct is remained between the socket part and inner tube wall of the humidifier main body, air duct
Upper end is connected to atomization gas inlet port；The humidifier main body has fan assembly.
As a preferred embodiment, the humidifier main body has heating unit, and the fan assembly is towards heating unit
Blowing is to form the hot wind for blowing to atomization gas inlet port.
As a preferred embodiment, the salt mine, which holds shell, has light transmission wall surface, is provided with hair in the humidifier main body
Light unit, the light of luminescence unit penetrate salt mine toward external exposure.
As a preferred embodiment, it is nested to be provided with more than two annulars for the socket part lower end of the humidifier main body
Position, the outer ring size gradually big design one by one from top to bottom of the nested position of annular, all nested positions of annular are arranged in step.
As a preferred embodiment, the socket part of the humidifier main body includes sleeve joint shell, and the inside of sleeve joint shell has
Upper accommodating cavity, lower accommodating cavity, upper accommodating cavity are liquid storage chamber, and fan assembly, heating unit are respectively positioned on lower accommodating cavity, fan assembly to
Up-draught, heating unit is located at the bottom setting of the top of fan assembly and corresponding upper accommodating cavity, on the side wall of lower accommodating cavity
Offer the exhaust vent of insertion air channel.
The utility model has clear advantage and beneficial effect compared with prior art, specifically, by above-mentioned technology
Known to scheme：It is mainly the setting by merging chamber, so that the mist generated from the second atomization gas outlet of humidifier main body
Change gas enter merge it is intracavitary after, atomization gas merge it is intracavitary obtain unhurried current control, infiltrated hole enters accommodating to partly atomized gas again
Intracavitary to contact with salt mine, the anion of salt mine release towards merging intracavitary release, anion and merges intracavitary through infiltration hole
Atomization gas phase merges to form the atomization gas with anion, and the atomization gas with anion enters external sky through the first atomization gas outlet
Gas solves the problems, such as that salt mine is too fast and dissolves dampness conglomeration deformation and too fast release, to effectively delay the use time of salt mine, together
When, it is ensured that salt mine keeps preferable shape, and decorative effect is good；Especially, through merging it is intracavitary merge effect, into external empty
More uniform, the quality with anion atomization gas of gas are stablized, and purification air effect is reliable.
For structure feature, technological means and its specific purposes achieved and function for more clearly illustrating the utility model
Can, the utility model is described in further detail with specific embodiment with reference to the accompanying drawing.
Detailed description of the invention
Fig. 1 is the assembly structure diagram of the embodiment of the utility model；
Fig. 2 is the first decomposition texture schematic diagram of the embodiment of the utility model；
Fig. 3 is the cross section structure schematic diagram of the embodiment of the utility model；
Fig. 4 is second decomposition texture schematic diagram of the embodiment of the utility model under the state of section.
Description of drawing identification：
100, humidifier main body 101, sleeve joint shell
102, pedestal 103, nest
104, upper accommodating cavity 105, lower accommodating cavity
106, atomizing component 107, fan assembly
108, heating unit 109, power supply unit
110, exhaust vent 111, liquid storage lid plug
112, the second atomization gas outlet（First annular gap）
113, positioning column 114, first annular guide wall
115, convex spherical guide table 116, the second annular gap
117, the second annular guide wall 118, third annular gap
119, nested inner ring body 120, nested outer ring body
121, deformation gap
200,201 salt mine of salt mine module
202, atomization gas inlet port 203, the first atomization gas outlet
204, merge chamber 205, partition board portion
206, through-hole 207, infiltration hole
208, inner tube wall 209, outer tube wall
210, cone cell shell section 211, interior extension circular casing section
212, mouthful a shell section 213, pillar are led
214, top cover 215, fixing trim cover
216, elongated edge 217, downside fixed cylinder
218, ring baffle.
Specific embodiment
Please refer to figs. 1 to 4, that show the specific structures of the preferred embodiment of the utility model.Herein,
It is to be explained so that one kind can discharge the fragrance humidifier with LED light effect of natural negative ion as an example, but be not limited to this
Product.
A kind of humidifier discharging natural negative ion, includes humidifier main body 100 and salt mine module 200；Wherein：
The salt mine module 200 includes that salt mine holds shell and salt mine 201, and the salt mine holds shell with accommodating cavity, institute
It states salt mine 201 to be installed in accommodating cavity, the salt mine holds shell with atomization gas inlet port 202, the first atomization gas outlet
203；It is provided between atomization gas inlet port 202, the first atomization gas outlet 203 and merges chamber 204；
The humidifier main body 100 has atomizing component 106, the second atomization gas outlet 112；
The salt mine module 200 is dismountable to be assembled in humidifier main body 100, the atomization gas inlet port and the second mist
Change gas outlet 112 to penetrate through；Merge chamber 204 wall surface offer it is several connection accommodating cavities infiltration holes 207, the atomization gas into
Entrance 202 is successively merged chamber 204, infiltration hole 207 is connected to accommodating cavity, and chamber is merged in the connection of the first atomization gas outlet 203
204；
From the atomization gas that the second atomization gas outlet 112 of humidifier main body 100 generates into after merging in chamber 204, mist
Change gas and obtain unhurried current control in chamber 204 merging, infiltrated hole 207 enters in accommodating cavity and connects with salt mine 201 partly atomized gas again
Touching, the anion that salt mine 201 discharges are discharged through infiltration hole 207 towards merging in chamber 204, anion and are merged in chamber 204
Atomization gas phase merges to form the atomization gas with anion, and the atomization gas with anion enters outer through the first atomization gas outlet 203
Portion's air.Preferably, the atomization gas inlet port 202 is not connected to accommodating cavity directly, from the second atomization gas of humidifier main body 100
The atomization gas that outlet 112 generates is not sprayed directly on on salt mine 201.
In the present embodiment, after the salt mine module 200 designs for changeable type, that is, salt mine is finished, then it is reinstalled
Another salt mine module 200.Herein, a kind of salt mine module 200 is provided in the package assembly example in humidifier main body 100：
The humidifier main body 100 has socket part, and aforementioned second atomization gas outlet 112 is set to the top of socket part
Portion；The salt mine holds shell with sleeve part, and the sleeve part includes inner tube wall 208, outer tube wall 209, inner tube wall 208, outer
The bottom end of both barrels 209 is connected to enclose the accommodating cavity that configuration circularizes；Aforementioned atomization gas inlet port 202 is formed in inner tube wall
208 upper end；The salt mine holds shell and is sheathed on the socket part of humidifier main body 100 by sleeve part；In inner tube wall 208
Top is provided with partition board portion 205, and partition board portion 205 separates salt mine 201 with chamber 204 is merged, and infiltration hole 207 is opened in partition board portion
On 205, the through-hole 206 of connection atomization gas inlet port is offered in partition board portion 205.Infiltration hole 207 in partition board portion 205 is preferably set
Be calculated as it is close and small, in this way, immersional wetting can be played to salt mine 201, but will not allow salt mine is too fast to dissolve.Infiltrate hole 207
It arranges around through-hole 206, is emitted upwards in this way, forming atomization gas via through holes 206, then at merging in chamber 204 toward corresponding 206 diameter of through-hole
Yearn for outside direction and merges chamber 204 full of entire.
From figure 3, it can be seen that inner tube wall 208 includes cone cell shell section 210, interior extension circular casing section 211 and leads a mouthful shell section
212, the interior upper end for extending circular casing section 211 from cone cell shell section 210 extends inside, leads mouthful shell section 212 from interior extension annular
The inner end of shell section 211 up extends.The gradually small design from bottom to top of cone cell shell section 210, correspondingly, socket part be also in from lower and
On gradually small design.The accommodating cavity gradually big design from bottom to top of annular is conducive to the infiltrated hole 207 of atomization gas and enters in accommodating cavity.
The interior design for extending circular casing section 211, can flexibly control and lead a mouthful opening size for shell section 212, that is, atomization gas inlet port
202 size, meanwhile, interior extension circular casing section 211 also provides 201 supporting surface of salt mine, increases 201 placement amount of salt mine and top salt
201 placing area of mine.
The top of the partition board portion 205 is provided with top cover 214, and top cover 214 and partition board portion 205 are kept between the upper and lower away from aforementioned
First atomization gas outlet 203 is set on top cover 214.Preferably, the first atomization gas outlet 203 on top cover 214 with every
Infiltration hole 207 in plate portion 205 face will not penetrate through in above-below direction, and atomization gas will not be directly toward first in merging chamber 204
Atomization gas outlet 203 is emerged, but is full of merging in chamber 204, and partly atomized gas infiltrates downwards salt mine from infiltration hole 207
201, salt mine 201 can release natural negative ion after infiltration upwards, and the infiltrated hole 207 of natural negative ion, which is upwardly into, merges
Sufficiently to be combined with the atomization gas merged in chamber 204 in chamber 204, diffused from the first atomization gas outlet 203 of top cover 214
Gas out is the atomization gas containing natural negative ion（According to practical situation, it is also designed to the scent mist containing natural negative ion
Change gas）.Top cover 214 is connected to the upper end of outer tube wall 209, and top cover 214, outer tube wall and partition board portion 205, which are enclosed, is configured to aforementioned merge
Chamber 204.Herein, the upper end of the outer tube wall 209 protrudes out to 205 upside of partition board portion, and the top of top cover 214 is covered with fixed decoration
Lid 215, fixing trim cover 215 have top plate portion and are connected to the side ring flat-plate portion of top plate portion periphery lower end, and top plate portion is located at top
The top of lid 214, side ring flat-plate portion then cover in the periphery of outer tube wall 209, in the present embodiment, offered above top plate portion with
Outside air perforation several exit orifice, can also make on top plate portion other shapes of hollow design also can, for decorative effect
And reinforce structural strength, drop resistant and the anti-deformation performance of entire salt mine module 200, by fixing trim cover 215 be designed as hardness,
The preferable material of intensity, such as metal material, meanwhile, it is arranged downside fixed cylinder 217 in the lower end that salt mine holds shell, in outer tube wall
209 lower end has been downwardly extending elongated edge 216, and downside fixed cylinder 217 is then placed on the periphery of outer tube wall 209, and downside is fixed
The bottom end of cylinder 217 is connected with ring baffle 218, and the bottom end that ring baffle 218 is limited to elongated edge 216, which is formed, hooks gear limit, this
Sample equally, utilizes fixing trim cover 215 using downside stationary phase when be to hold the lower end of shell to salt mine to have carried out bound edge and fix
Bound edge is carried out to the upper end that salt mine holds shell to fix.It certainly, can also if salt mine module 200 is designed as to add salt mine formula
Salt mine to be added inside to facilitate as such, it is desirable to which partition board portion, top cover 214, salt mine, which are held shell, is designed as dismountable structure.
Air duct 122, the upper end connection in air duct 122 are remained between the socket part and inner tube wall of the humidifier main body 100
To atomization gas inlet port 202；The humidifier main body 100 has fan assembly 107.The humidifier main body 100 has heating
Unit 108, the fan assembly 107 are dried towards heating unit 108 to form the hot wind for blowing to atomization gas inlet port 202.Institute
The socket part for stating humidifier main body 100 includes sleeve joint shell 101, and the inside of sleeve joint shell 101 has upper accommodating cavity 104, lower accommodating
Chamber 105, upper accommodating cavity 104 are liquid storage chamber, and fan assembly 107, heating unit 108 are respectively positioned on lower accommodating cavity 105, fan assembly
107 to up-draught, and heating unit 108 is located at the bottom setting of the top of fan assembly 107 and corresponding upper accommodating cavity 104, under
The exhaust vent 110 of insertion air channel 122 is offered on the side wall of accommodating cavity 105.The design of upper accommodating cavity 104, lower accommodating cavity 105,
Its is reasonable in design, ingenious, the bottom of accommodating cavity 104 in the upward face of heating unit 108, to the storage in upper accommodating cavity 104
Liquid plays certain heat effect, is conducive to atomization gas generation.The upward face heating unit 108 of fan assembly 107 blowing, under
The hot wind that accommodating cavity 105 is formed control by the roof of lower accommodating cavity 105 and all side walls, can cycle, flow slowly, then, hot wind again from
The exhaust vent 110 of all side walls enters air duct, in this way, being also beneficial to the softization control to hot wind.
Upper accommodating cavity 104 is used as liquid storage chamber, also facilitates in from top towards upper accommodating cavity 104 and liquid is added（It is described herein
Liquid can refer to water or be the mixed liquors such as water and plants essential oil or other suitable liquids, British plain spirits humidification or perfume is presented
Smoked humidifying effect）, the upper end of upper accommodating cavity 104 has opening, is sealed, stored up come opening and closing type by a liquid storage lid plug 111
Upward convex on liquid lid plug 111 to be equipped with positioning column 113, correspondingly, the downside for extending circular casing section 211 inside is equipped with location hole, fixed
Position hole is formed by the interior 213 inside shrinkage pool mode of pillar for extending 211 bottom of circular casing section, in this way, salt mine module 200 is aligned
Afterwards, then from top to bottom it is placed on the socket part of humidifier main body 100, can be played by the matching of location hole and positioning column 113
Reinforce the effect that firm position is assembled between salt mine module 200 and humidifier main body 100.
Liquid storage lid plug 111 is provided with aforementioned second atomization gas outlet 112, the second atomization gas outlet 112 is by first
Annular guide wall 114 and convex spherical guide table 115 are enclosed structure and are formed, between first annular guide wall 114 and convex spherical guide table 115
It is formed with first annular gap 112, is equivalent to and is ring-shaped the second atomization gas outlet 112, it certainly, can also be in being designed in annular
Between fault trough arrange in a ring；The upper end of convex spherical guide table 115, which is protruded into, leads in mouthful shell section 212, and convex spherical guide table 115 with lead
The second annular gap 116 is remained between mouth shell section 212, the atomization gas that the second atomization gas outlet 112 generates is through first annular
Gap 112, the second annular gap enter atomization gas inlet port 202 into 116, then enter through the through-hole 206 in partition board portion 205 and merge chamber
In 204.Extend that 211 bottom of circular casing section is downwardly convex to be equipped with the second annular guide wall 117 inside, the second annular guide wall 117, the
Remain with third annular gap 118 between one annular guide wall 114, with the upper end of wind channel 122 through third annular gap 118,
Atomization gas inlet port 202 is connected to behind second annular gap 117.The outside of convex spherical guide table 115 is in down big up small structure,
Be conducive to atomization gas from the discharge upwards of upper accommodating cavity 104, meanwhile, also ensure that the hot wind in air duct 122 the second annular gap 116,
Atomization gas inlet port 202 is mixed with atomization gas, and hot wind, which will not be blown into downwards accommodating cavity 104, leads to adverse current.
The socket part lower end of the humidifier main body 100 is provided with the nested position of more than two annulars, and the annular is nested
The outer ring size gradually big design one by one from top to bottom of position, all nested positions of annular are arranged in step.This design, on the one hand, can
To ensure that salt mine module 200 can be well matched in humidifier main body 100, to solve the production tolerance of salt mine module 200
Etc. lower end dimensional discrepancy caused by reasons；On the other hand, this step design is equally applicable to the same matching of humidifier main body 100
The situation of various sizes of salt mine module 200, in short, can all improve the assembling versatility of humidifier main body 100.The present embodiment
In, annular nesting position is formed on a nest 103, and nest has nested inner ring body 119 and nested outer ring body 120,
All nested positions of annular are formed on nested outer ring body 120, the upper end phase of nested inner ring body 119 and both nested outer ring bodies 120
It links into an integrated entity, nested inner ring body 119 remains with deformation gap 121 with the lower end of both nested outer ring bodies 120.Aforementioned sleeve joint shell
Lower end be connected with pedestal 102, nest 103 is then set on pedestal 102, also, nest 103 plays linking sleeve joint shell
101 can cover in the connecting portion of sleeve joint shell 101 Yu pedestal 102 with the effect of pedestal 102, nest 103.Deformation gap 121
Design, further improve salt mine module 200 in assembling feasibility, simplification on nest.One is provided on pedestal 102
Annular mounting surface is used to support nest 103, meanwhile, the upside of corresponding annular mounting surface has upper limit plane on pedestal 102,
Annular nested troughs are formed between corresponding annular mounting surface, upper limit plane on pedestal 102, in this way, nest 103 is placed on pedestal
After on 102, nested inner ring body 119 protrudes into and is limited to annular nested troughs, and nested outer ring body 120 is then located at outside annular nested troughs
Week.
And the salt mine holds shell with light transmission wall surface, is provided with luminescence unit in the humidifier main body 100, sends out
The light of light unit penetrates salt mine toward external exposure.In the present embodiment, sleeve joint shell 101 is light-transmitting materials production, and, salt mine is held
Shell would generally be designed as transparent visual structure, in this way, can externally visibly salt mine present appearance, have preferably decoration
Property.Luminescence unit refers generally to LED light, and the light of LED light irradiates to come through salt mine, and the light of outgoing is soft, can not only increase
Add atmosphere, the mini light night for being also used as night illumination uses, the preferred brightness adjustable LED lamp of LED light, in this way, can basis
Practical situation adjusts the bright dark of light, different light efficiencies is presented.
In the present embodiment, power supply unit 109 is provided in the humidifier main body 100, power supply unit 109 is connected to
Atomizing component 106, fan assembly 107, heating unit 108, luminescence unit.Power supply unit can be built-in rechargable power supplies,
It can be that both power supply modes, etc. are had both by a power supply line external power supply mode or power supply unit.
In conclusion the design focal point of the utility model is, it is mainly the setting by merging chamber, so that from humidification
The atomization gas that second atomization gas outlet of owner's body generates enter merge it is intracavitary after, atomization gas intracavitary obtains unhurried current control merging
System, infiltrated hole enters in accommodating cavity and contacts with salt mine partly atomized gas again, and the anion of salt mine release is through infiltrating hole direction
Merge intracavitary release, anion and merges intracavitary atomization gas phase and merge to form the atomization gas with anion, the mist with anion
Change gas and enter outside air through the first atomization gas outlet, solves that salt mine is too fast to dissolve asking for dampness conglomeration deformation and too fast release
Topic, to effectively delay the use time of salt mine, simultaneously, it is ensured that salt mine keeps preferable shape, and decorative effect is good；Especially,
Through merging it is intracavitary merge effect, more uniform, the quality with anion atomization gas into outside air are stablized, and purification is empty
Gas effect is reliable.
Certainly, in the utility model, also emphatically in terms of the optimization of the property and work in every performance easy to assembly of entire product,
Obtain ingenious reasonable product structure.
The above descriptions are merely preferred embodiments of the present invention, not makees to the technical scope of the utility model
Any restrictions, therefore any trickle amendment made by the above technical examples according to the technical essence of the present invention, equivalent change
Change and modify, is still within the scope of the technical solutions of the present invention.
Claims (10)
1. a kind of humidifier for discharging natural negative ion, it is characterised in that：It include humidifier main body and salt mine module；Wherein：
The salt mine module includes that salt mine holds shell and salt mine, and the salt mine holds shell with accommodating cavity, the salt mine installing
In in accommodating cavity, the salt mine holds shell with atomization gas inlet port, the first atomization gas outlet；In atomization gas inlet port,
It is provided between one atomization gas outlet and merges chamber；
The humidifier main body has atomizing component, the second atomization gas outlet；
The salt mine module is dismountable to be assembled in humidifier main body, the atomization gas inlet port and the second atomization gas outlet
Perforation；The wall surface for merging chamber offers the infiltration hole of several connection accommodating cavities, and the atomization gas inlet port is successively merged chamber, leaching
Moisten hole and be connected to accommodating cavity, chamber is merged in the first atomization gas outlet connection.
2. a kind of humidifier for discharging natural negative ion according to claim 1, it is characterised in that：The atomization gas enters
Mouth is not connected to accommodating cavity directly, and the atomization gas generated from the second atomization gas outlet of humidifier main body is not sprayed directly on to salt mine
On.
3. a kind of humidifier for discharging natural negative ion according to claim 1, it is characterised in that：The humidifier main body
With socket part, aforementioned second atomization gas outlet is set to the top of socket part；
The salt mine holds shell with sleeve part, and the sleeve part includes both inner tube wall, outer tube wall, inner tube wall, outer tube wall
Bottom end be connected to enclose the accommodating cavity that circularizes of configuration；Aforementioned atomization gas inlet port is formed in the upper end of inner tube wall；
The salt mine holds shell and is sheathed on the socket part of humidifier main body by sleeve part；
Partition board portion is provided with above inner tube wall, partition board portion separates salt mine with chamber is merged, and infiltration hole is opened in partition board portion,
The through-hole of connection atomization gas inlet port is offered in partition board portion.
4. a kind of humidifier for discharging natural negative ion according to claim 3, it is characterised in that：The partition board portion it is upper
Side is provided with top cover, and top cover and partition board portion are kept between the upper and lower away from aforementioned first atomization gas outlet is set on top cover, and top cover connects
It is connected to the upper end of outer tube wall, top cover, outer tube wall and partition board portion, which are enclosed, to be configured to aforementioned merge chamber.
5. a kind of humidifier for discharging natural negative ion according to claim 4, it is characterised in that：The outer tube wall it is upper
End protrudes out on the upside of partition board portion, and fixing trim cover is covered with above top cover, and fixing trim cover has top plate portion and is connected to top
The side ring flat-plate portion of plate portion periphery lower end, top plate portion are located at the top of top cover, and side ring flat-plate portion then covers in the periphery of outer tube wall.
6. a kind of humidifier for discharging natural negative ion according to claim 3, it is characterised in that：The humidifier main body
Socket part and inner tube wall between remain with air duct, the upper end in air duct is connected to atomization gas inlet port；The humidifier main body tool
There is fan assembly.
7. a kind of humidifier for discharging natural negative ion according to claim 6, it is characterised in that：The humidifier main body
With heating unit, the fan assembly is dried towards heating unit to form the hot wind for blowing to atomization gas inlet port.
8. a kind of humidifier for discharging natural negative ion according to claim 3, it is characterised in that：The salt mine holds shell
With light transmission wall surface, luminescence unit is provided in the humidifier main body, the light of luminescence unit penetrates salt mine toward external exposure.
9. a kind of humidifier for discharging natural negative ion according to claim 3, it is characterised in that：The humidifier main body
Socket part lower end be provided with more than two nested positions of annular, the outer ring size of the nested position of annular is from top to bottom one by one gradually
Big design, all nested positions of annular are arranged in step.
10. a kind of humidifier for discharging natural negative ion according to claim 7, it is characterised in that：The humidification owner
The socket part of body includes sleeve joint shell, and the inside of sleeve joint shell has upper accommodating cavity, lower accommodating cavity, and upper accommodating cavity is liquid storage chamber, wind
Thermomechanical components, heating unit are respectively positioned on lower accommodating cavity, and for fan assembly to up-draught, heating unit is located at the top of fan assembly and right
The bottom setting that accommodating cavity should be gone up, in the exhaust vent for offering insertion air channel on the side wall of lower accommodating cavity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820420598.3U CN208170615U (en) | 2018-03-27 | 2018-03-27 | A kind of humidifier discharging natural negative ion |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820420598.3U CN208170615U (en) | 2018-03-27 | 2018-03-27 | A kind of humidifier discharging natural negative ion |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208170615U true CN208170615U (en) | 2018-11-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820420598.3U Withdrawn - After Issue CN208170615U (en) | 2018-03-27 | 2018-03-27 | A kind of humidifier discharging natural negative ion |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108361901A (en) * | 2018-03-27 | 2018-08-03 | 东莞市佐奇电子有限公司 | A kind of humidifier of release natural negative ion |
-
2018
- 2018-03-27 CN CN201820420598.3U patent/CN208170615U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108361901A (en) * | 2018-03-27 | 2018-08-03 | 东莞市佐奇电子有限公司 | A kind of humidifier of release natural negative ion |
| CN108361901B (en) * | 2018-03-27 | 2023-05-23 | 东莞市佐奇电子有限公司 | Humidifier capable of releasing natural anions |
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Granted publication date: 20181130 Effective date of abandoning: 20230523 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20181130 Effective date of abandoning: 20230523 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |