CN208426389U - A kind of novel atomizing moisturizing instrument - Google Patents
A kind of novel atomizing moisturizing instrument Download PDFInfo
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- CN208426389U CN208426389U CN201720896568.5U CN201720896568U CN208426389U CN 208426389 U CN208426389 U CN 208426389U CN 201720896568 U CN201720896568 U CN 201720896568U CN 208426389 U CN208426389 U CN 208426389U
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Abstract
A kind of novel atomizing moisturizing instrument provided by the utility model includes outer housing and is installed on the intracorporal fuid distribution system of shell, outer housing is equipped with atomizing nozzle, it is opened in the side of outer housing, fuid distribution system includes liquid separation module, atomizing component and control module, liquid separation module is equipped with main water cavity, secondary water cavity, water inlet and separator, water inlet is connected to the main water cavity and secondary water cavity, separator movably separates main water cavity and secondary water cavity, open or close water inlet, atomizing component includes generator, generator is able to that the liquid of the secondary water cavity is atomized and/or is heated, control module includes atomization unit and heating unit, atomization unit to generator for providing atomization signal to be atomized the liquid of secondary water cavity, heating unit is electrically connected generator, generator is controlled to heat the liquid of secondary water cavity.It to realize the separation of liquid by liquid separation structure, is able to quickly heat liquid separation, has heating function convenient for novel atomizing moisturizing instrument.
Description
Technical field
The utility model relates to novel atomizing moisturizing instrument fields, specifically, be it is a kind of can be achieved quickly heat it is novel
Spraying moisturizing instrument.
Background technique
Atomizer is to swell liquid surface using ultrasonic directional pressure, and cavitation occurs around the liquid level of protuberance and makees
With, the aerosol of small molecule is made the liquid atomization into, there are mainly two types of atomizing principles used at present, one is ultrasonic ultrasonic delay line memory,
One is compression atomizing devices.Either ultrasonic ultrasonic delay line memory or compression atomizing device, present will be used wider and wider is general,
Such as humidifier, spraying moisturizing instrument, atomization therapeutic device, spray nose device, electronic smoke atomizer are able to according to different demands to atomization
Degree is adjusted.
It is larger that common medical or novel domestic be sprayed moisturizing instrument volume, operation more heaviness, portable sprayer one
As structure are as follows: water tank is on the top of equipment, and for ultrasonic atomizatio component at the middle part of equipment, atomizing nozzle is provided with the side wall of equipment, water
The water of case is connected at ultrasonic atomizatio component by pipeline, is sprayed water mist from atomizing nozzle by ultrasonic atomizatio.But most nothing
Method heating, water mist supercooling generate adverse effect to human body instead, and harl body moisturizing is unfavorable for pore opening, expected benefit is not achieved
Water effect, the existing atomizer with heating function need to heat entire water tank during heating, not only time-consuming
Also power consumption, and the portable common power supply of miniature atomising device is replaceable battery, the electricity of power supply is limited, the number of heating
It is just more limited, and water required for being atomized is in fact and few, expends excessive electricity to the heating of integrated water tank, this is also limited
Miniature atomising hutch water device has the development of heating function.
Utility model content
The main purpose of the utility model is to provide a kind of novel atomizing moisturizing instrument, for it is of the existing technology not
Foot is realized the separation of liquid by liquid separation structure, is able to quickly heat liquid separation, is had and is added convenient for novel atomizing moisturizing instrument
Heat function.
The another object of the utility model is to provide a kind of novel atomizing moisturizing instrument and its application method, to secondary water cavity
In liquid quickly heated and be atomized, do not need to heat the liquid in entire water tank, to save heating time
While be minimized power consumption, convenient for extend novel atomizing moisturizing instrument use.
The another object of the utility model is to provide a kind of novel atomizing moisturizing instrument and its application method, generation therein
Device has an atomizing functions, also has heating function, by control module to the control of generator quickly achieve atomization and
Heating.
The another object of the utility model is to provide a kind of novel atomizing moisturizing instrument and its application method, control therein
Module includes atomization unit and heating unit, and atomization unit is able to provide atomization signal to the atomization portion of generator, realize to pair
The ultrasonic atomizatio of liquid in water cavity, heating unit are able to provide direct current to the heating part of generator, fast implement to secondary water cavity
In liquid be heated to required temperature.
The another object of the utility model is to provide a kind of novel atomizing moisturizing instrument and its application method, when atomizing nozzle side
To at side, generator is located at the lower section of secondary water cavity, is able to be separated to form secondary water cavity from main water cavity by spherical separator,
The liquid in secondary water cavity is quickly heated convenient for generator, prevents harl gas stimulation skin or respiratory tract, meanwhile, it does not need to original
Beginning structure carries out great change, reduces related manufacturing cost.
To achieve the above objectives, the technical solution adopted in the utility model are as follows: a kind of novel atomizing moisturizing instrument, including shell
Body, the outer housing are equipped with atomizing nozzle, and the atomizing nozzle is opened in the side of the outer housing；And fuid distribution system, institute
It states fuid distribution system to be installed in the outer housing, the fuid distribution system includes liquid separation module, and the liquid separation module is set
There are main water cavity, secondary water cavity, water inlet and separator, the water inlet is connected to the main water cavity and secondary water cavity, the main water cavity
Liquid flowed into the secondary water cavity by the water inlet, the separator movably separates the main water cavity and secondary water
Chamber is able to water inlet described in open or close；Atomizing component, the atomizing component include generator, and the generator is located at institute
It states between atomizing nozzle and the secondary water cavity, the generator is able to that the liquid of the secondary water cavity is atomized and/or is heated；With
And control module, the control module include atomization unit and heating unit, the atomization unit is to be used for the generator
Atomization signal is provided to be atomized to the liquid of the secondary water cavity, the heating unit is electrically connected the generator, is controlled
The generator is made to heat the liquid of the secondary water cavity.
An embodiment according to the present utility model, the outer housing include upper housing and lower case, and the upper housing can divide
The liftoff connection lower case, the outer housing are equipped with atomizing nozzle, and the atomizing nozzle is opened in the side of the lower case, described
Main water cavity is formed in the upper housing, and the pair water cavity is formed between the upper housing and lower case.
An embodiment according to the present utility model, the separator are the spherical shape object that specific gravity is greater than water, the separation
The diameter of part is greater than the width of the water inlet.
An embodiment according to the present utility model, the upper housing are equipped with one joint portion outstanding downwards, the lower casing
Body is equipped with engagement channel, and the engagement channel is connected to the joint portion and the generator, and the pair water cavity is formed in described connect
Between conjunction portion and the engagement channel.
An embodiment according to the present utility model, the upper housing are equipped with inclined-plane, and the water inlet is formed in the inclined-plane,
The inclined-plane ecto-entad extends obliquely downward.
An embodiment according to the present utility model, the novel atomizing moisturizing instrument further comprises small hydrogen-rich ball, described small
Hydrogen-rich ball is placed in the secondary water cavity, and the diameter of the small hydrogen-rich ball is less than secondary water cavity water inlet diameter.
An embodiment according to the present utility model, the small hydrogen-rich ball are small magnesium ball, a diameter of 2mm.
An embodiment according to the present utility model, the quantity of the small hydrogen-rich ball are 3~10.
An embodiment according to the present utility model, for the generator towards the atomizing nozzle, the generator includes atomization
Portion, sheet metal and heating part, the atomization portion and the heating part are positioned apart from the sheet metal, the sheet metal
Centre be equipped with micropore, the atomization unit is electrically connected the atomization portion, is controlled the atomization portion to the secondary water cavity
Liquid carries out ultrasonic atomizatio, and the heating unit is electrically connected the heating part, is controlled the heating part to the secondary water cavity
Liquid heated.
An embodiment according to the present utility model, the atomization portion and the heating part interval are set to described with splicing
On sheet metal, the heating part is thermo electric material, and the heating part is for transmitting heat in the sheet metal, the generator
Atomization portion be piezoelectric ceramics, the heating part is fixed in the sheet metal by heat-conducting glue, and the material of the heating part is selected from
In electric ceramic, electric heating silica gel, electric heating rubber, polyurethane, polyimides, metal electric heating material and non-metal electrothermal material
It is one or more, wherein the non-metal electrothermal material is selected from silicon carbide, Lanthanum Chromite, zirconium oxide, molybdenum disilicide, graphite, carbon
One of film, carbon-point and carbon fiber are a variety of, wherein the metal electric heating material be selected from platinum, high temperature melting point metals and its
One of alloy, nickel-base alloy and iron aluminum series alloy are a variety of.
Detailed description of the invention
Fig. 1 is the floor map of the novel atomizing moisturizing instrument of a preferred embodiment according to the present utility model.
Fig. 2 is the schematic diagram of the novel atomizing moisturizing instrument of above preferred embodiment according to the present utility model.
Fig. 3 A is the structural schematic diagram of the first generator of embodiment according to the present utility model.
Fig. 3 B is the schematic diagram of the first generator of embodiment according to the present utility model.
Fig. 4 A is the schematic diagram of second of generator of embodiment according to the present utility model.
Fig. 4 B is the schematic diagram of the third generator of embodiment according to the present utility model.
Fig. 5 A is the schematic diagram of the 4th kind of generator of embodiment according to the present utility model.
Fig. 5 B is the schematic diagram of the 5th kind of generator of embodiment according to the present utility model.
Fig. 6 is the module diagram according to the fuid distribution system of the utility model embodiment.
Specific embodiment
It is described below for disclosing the utility model so that those skilled in the art can be realized the utility model.It retouches below
Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.
Fig. 1 to it is shown in fig. 6 be a kind of novel atomizing moisturizing instrument 1, the novel atomizing moisturizing instrument 1 be suitable for skin into
The spraying moisturizing of row, the novel atomizing moisturizing instrument 1 include outer housing 10 and the fluid being installed in the outer housing 10 distribution
System 2, the outer housing 10 include upper housing 16 and lower case 17, the separably attached lower case of upper housing 16
17, the outer housing 10 is equipped with atomizing nozzle 11, and the atomizing nozzle 11 is opened in the side of the lower case 17, the fluid distribution
System 2 includes liquid separation module 20, atomizing component 30 and control module 40, and the liquid separation module 20 is equipped with main water cavity 201, secondary water
Chamber 202, water inlet 203 and separator 212, the water inlet 203 are connected to the main water cavity 201 and secondary water cavity 202, the master
The liquid of water cavity 201 is entered in the secondary water cavity 202 by the water inlet 203, and the main water cavity 201 is formed in the upper casing
Body 16, the pair water cavity 202 are formed between the upper housing 16 and lower case 17, and the separator 212 separates the main water
Chamber 201 and secondary water cavity 202, are able to water inlet 203 described in open or close, the atomizing component 30 and control module 40 are installed on
In the lower case 17, the atomizing component 30 includes generator 31, and the generator 31 is located at the atomizing nozzle 11 and described
Between secondary water cavity 202, the pair water cavity 202 is located at the top of the generator 31, passes through the liquid of pair water cavity 202 described in gravity
The back side of the generator 31 is contacted downwards, and the generator 31 axially aligns the atomizing nozzle 11, and the generator 31 is able to
The liquid of the secondary water cavity 202 is atomized and/or is heated, the control module 40 includes atomization unit 41 and heating unit
42, the atomization unit 41 to the generator 31 for providing atomization signal to carry out the liquid of the secondary water cavity 202
Atomization, the heating unit 42 are electrically connected the generator 31, are controlled the generator 31 to the liquid of the secondary water cavity 202
Body is heated.To which when 11 direction of atomizing nozzle is at side, the generator 31 is vertically towards the atomizing nozzle
11, it is able to be separated to form secondary water cavity 202 from main water cavity 201 by separator 212, convenient in 31 pairs of generator secondary water cavities 202
Liquid quickly heat, prevent harl gas stimulation skin or respiratory tract, meanwhile, do not need to carry out great change to prototype structure,
Reduce related manufacturing cost.
The generator 31 and control module 40 of the novel atomizing moisturizing instrument 1 are the same as embodiment 1, wherein the upper housing 16
Equipped with downward one joint portion 162 outstanding, the lower case 17 is equipped with engagement channel 171, and the engagement channel 171 is connected to institute
State joint portion 162 and the generator 31, the pair water cavity 202 be formed in the joint portion 162 and the engagement channel 171 it
Between, the back side of the generator 31, the atomizing nozzle 11 of the mist body from side are flowed to by the liquid of pair water cavity 202 described in gravity
It sprays.
Wherein, the separator 212 is spherical separator, and the diameter of the separator 212 is greater than the water inlet 203
Width, when the upper housing 16 is installed on the lower case 17, the joint portion 162 and the engagement channel 171 form institute
Secondary water cavity 202 is stated, the liquid of the pair water cavity 202 flows downwardly to the back side of the generator 31, and the separator 212 is moved to
The water inlet 203, the separator 212 play water proof and heat-insulated effect, when being closed the water inlet 203, prevent institute
The water for stating main water cavity 201 enters in the secondary water cavity 202, while while preventing from heating the secondary water cavity 202 passes heat
It is delivered in the main water cavity 201, to realize the quick heating to the secondary water cavity 202.
Wherein, the upper housing 16 is equipped with inclined-plane 161, and the water inlet 203 is formed in the inclined-plane 161, the inclined-plane
161 extend obliquely downward from the main water cavity 201 to 202 direction of the secondary water cavity, and the inclined-plane 161 is tilted towards from outside to inside
Under, that is to say, that the inclined-plane 161 is extended obliquely downward from the outer wall of the upper housing 16 to the joint portion 162, when described
When novel atomizing moisturizing instrument 1 is in a vertical state, the separator 212 is rolled from the inclined-plane 161 to the water inlet 203,
That is, the separator 212 is tumbled to the water inlet 203 automatically, when tilting or be inverted the novel atomizing moisturizing instrument 1
When, the separator 212 deviates the water inlet 203, when the fluid low of the secondary water cavity 202, tilts the novel spraying
Mist moisturizing instrument 1, the separator 212 deviate the water inlet 203, obtain so that the water of the main water cavity 201 enters the secondary water
In chamber 202, then the vertical novel atomizing moisturizing instrument 1, the separator fall after rise to the water inlet 203, are able to described in separation
Main water cavity 201 and the secondary water cavity 202.
Wherein, the separator 212 is the spherical shape object that specific gravity is greater than water, such as Ceramic Balls, glass marble, crystal ball or steel
The diameter of ball, the separator 212 is greater than the water inlet 203, wherein the novel atomizing moisturizing instrument 1 further comprises small
Hydrogen-rich ball 50, the small hydrogen-rich ball 50 are placed in the secondary water cavity 202, and the small hydrogen-rich ball 50 can manufacture negative potential with water
Water makes the oxidation-reduction potential of water reach -50~-300mv for being conducive to human body, has preferable health-care effect, alleviates human body
Fatigue and myalgia.
The diameter of the small hydrogen-rich ball 50 is less than the diameter of the water inlet, such as 1~5mm, it is preferable that the small hydrogen-rich ball
50 be small magnesium ball, a diameter of 2mm or so, obtain so that it is described pair water cavity 202 in liquid and small magnesium ball surface contact area more
Greatly, quick start hydrogen production accelerates the speed that hydrogen-rich water generates, since magnesium does not react even relatively slowly with the reaction speed of cold water, when
When not heating, the hot liquid to be added in the pair water cavity 202 is difficult to be converted into hydrogen-rich water, by the generator 31 to the pair
202 liquid is heated in water cavity, not only improves spraying temperature, is also able to accelerate 202 in magnesium ball and the secondary water cavity 202
The reaction speed of liquid accelerates the generation of hydrogen-rich water, and when not heating, would not since magnesium ball and shipwreck are to react
Unnecessary hydrogen-rich water is generated, the service life of small hydrogen-rich ball 50 is effectively extended.
Wherein, the quantity of small hydrogen-rich ball 50 is 3~10 or so.
Wherein, the generator 31 includes atomization portion 311, sheet metal 312 and heating part 313,311 He of atomization portion
The heating part 313 is positioned apart from the sheet metal 312, and the centre of the sheet metal 312 is equipped with micropore, the atomization
Unit 41 is electrically connected the atomization portion 311, is controlled the atomization portion 311 and carries out ultrasound to the liquid of the secondary water cavity 202
Atomization, the heating unit 42 are electrically connected the heating part 313, are controlled the heating part 313 to the secondary water cavity 202
Liquid is heated.To which the generator 31 has atomizing functions, also has heating function, right by control module 40
The control of generator 31 quickly achieves atomization and heating.
For the liquid of the main water cavity 201 by being operated into the secondary water cavity 202, the liquid level of the pair water cavity 202 is high
In the center of the generator 31, the liquid level of pair water cavity 202 described in the rear-face contact of the generator 31, the control mould
The atomization unit 41 and heating unit 42 of block 40 control the generator 31 respectively and are atomized and/or are heated, the liquid of atomization
The micropore being obtained through among the sheet metal 312, from the ejection of the atomizing nozzle 11, thus by fuid distribution system 2 by
Step realizes distribution, heating and the atomization of fluid, easy to operate, heats and is atomized and is quick and convenient.
The generator 31 further comprises silica gel sheath 314, and the silica gel sheath 314 is annularly disposed in the generator 31
Periphery, the silica gel sheath 314 is with the mist for preventing liquid from entering the front of 31 pairs of the generator, in the generator 31
The various structures in change portion 311 and the heating part 313, the atomization portion 311 of the generator 31 are piezoelectric ceramics, the atomization portion
311 piezoelectric ceramics generates vibration with the variation of the voltage and frequency that are applied, and drives the vibration of the sheet metal 312,
So that the sheet metal 312 quickly pats the liquid of the secondary water cavity 202 and realizes ultrasonic atomizatio.Wherein, the heating part 313
Be made of thermo electric material, be able to be heated by direct current, improve the heat of the sheet metal 312 and to the secondary water cavity
202 liquid is heated.
The piezoelectric ceramics of the atomization portion 311 is equipped with a pair of of atomizing electrode, and the electrode is electrically connected to the control module
40 atomization unit 41, the heating part 313 are equipped with a pair of of heating electrode, are able to be electrically connected to the heating of the control module 40
Unit 42.
Wherein, the heating part 313 is thermo electric material, and the heating part 313 is fixed in the sheet metal by heat-conducting glue
312, the heating part 313 is for the sheet metal 312, quickly transmitting heat, the material of the heating part 313 to be selected from electricity
One in thermal Ceramics, electric heating silica gel, electric heating rubber, polyurethane, polyimides, metal electric heating material and non-metal electrothermal material
Kind is a variety of, wherein the metal electric heating material is selected from platinum (Pt), high temperature melting point metals (tungsten (W), molybdenum (Mo), tantalum (Ta), niobium
And its one of alloy, nickel-base alloy and iron aluminum series alloy or a variety of (Nb)).
Wherein, the material of the electric ceramic is selected from oxide ceramics, carbide ceramics, nitride ceramics and boride
Ceramic is one or more, and the oxide ceramics is selected from ZrO2(zirconium oxide), Al2O3(aluminium oxide), SiO2(silica),
MgO (magnesia), Cr2O3(chromium oxide), BeO (beryllium oxide), V2O5(vanadic anhydride), B2O3(diboron trioxide), MgO
Al2O3(spinelle), ZnO (zinc oxide), Y2O3(yttria), CaO (calcium oxide), CeO2(ceria), 3l2O3·
2SiO2(mullite), BaTiO3(barium titanate), PbZrTiO3(lead zirconate titanate), ZrSiO4(zirconium English powder), LaCrO3In (Lanthanum Chromite)
It is one or more, the carbide ceramics be selected from SiC (silicon carbide), TiC (titanium carbide), WC (tungsten carbide), ZrC (carbonization
Zirconium), B4C (boron carbide), HfC (hafnium carbide), TaC, Be2C (beryllium carbide), UC, VC, NbC, Mo2C, one of MoC or a variety of,
The nitride ceramics is selected from Si3N4(silicon nitride), TiN (titanium nitride), BN (boron nitride), AlN (aluminium nitride), C3N4(nitridation
Carbon), one of ZrN, VN, TaN, NbN, ScN or a variety of, the boride ceramics is selected from TiB2、ZrB2、Mo2B、WB4、LaB2、
One of HfB, WB, ZrB or a variety of, the material of the electric ceramic are not limited to above several, the electric ceramic of other improvements
Material can also be used.
The non-metal electrothermal material be selected from silicon carbide, Lanthanum Chromite, zirconium oxide, molybdenum disilicide, graphite, carbon film, carbon-point with
And one of carbon fiber or a variety of.
After the heating part 313 passes through direct current, the heating part 313 generates heat, and conducts heat to and connect
The sheet metal 312, be able to the liquid heating in the secondary water cavity 202, since the amount of liquid in secondary water cavity 202 is less,
It is achieved quick heating, for example, be powered when the water content of the secondary water cavity 202 is 1 milliliter by 500mA battery,
40 DEG C or more can be heated to less than as long as long as 5 seconds, thus the specific heat-transfer rate in the heating part 313 can according to different needs into
Row adjustment.
There are many selections for the structure of the generator 31, for example, the atomization portion 311 is annularly disposed in the generator
31 front, the heating part 313 are annularly disposed in the back side of the generator 31, and the width of the silica gel sheath 314 is greater than
The heating part 313 is able to for the silica gel sheath 314 being coated in the silica gel sheath 314, prevents the liquid of the secondary water cavity 202
Cognition corrodes the heating material of the heating part 313, and the heat resisting temperature of the silica gel sheath 314 is greater than the heating part
313 heating temperature, as shown in Figure 3B.
For example, the atomization portion 311 and the heating part 313 are positioned apart from the front of the generator 31.It is described
Heating part 313 is annularly disposed in the positive periphery of the sheet metal 312, and the 311 compartment of terrain annular of atomization portion is set to institute
The positive inner circumferential of sheet metal 312 is stated, the silica gel sheath 314 is nested in the outer peripheral edge of the sheet metal 312, as shown in Figure 4 A；Institute
Another deformation for stating generator 31 is that the heating part 313 is annularly disposed in the positive inner circumferential of the sheet metal 312, described
311 compartment of terrain annular of atomization portion is set to the positive periphery of the sheet metal 312, and the silica gel sheath 314 is nested in the metal
The outer peripheral edge of piece 312, as shown in Figure 4 B.
For example, semi-circular is set to the sheet metal at intervals respectively for the atomization portion 311 and the heating part 313
312 front, the silica gel sheath 314 are nested in the outer peripheral edge of the sheet metal 312, the atomization portion 311 and the heating part
313 arc degree is identical or different, and annulus area shared by the atomization portion 311 is 10%~90%, 313 institute of heating part
The annulus area accounted for is 90%~10%, it is preferable that the annulus area of the atomization portion 311 is greater than the ring of the heating part 313
Shape area, annulus area shared by the atomization portion 311 are 70%, and annulus area shared by the heating part 313 is 30%, such as
Shown in Fig. 5 A.
For example, the heating part 313 is annularly disposed in the front of the sheet metal 312, the atomization portion 311 splice in
On the heating part 313, the silica gel sheath 314 is nested in the outer peripheral edge of the sheet metal 312, by the heating part 313 and institute
It states atomization portion 311 and stacks use, as shown in Figure 5 B.
For example, the atomization portion 311 and heating part 313 are structure as a whole, it is set to the front of the sheet metal 312,
That is changing the conventional formulation of the piezoelectric ceramics, so that the generator 31 has both heating function and atomizing functions, work as institute
State atomization unit 41 to the generator 31 provide atomization signal when, improved piezoelectric ceramics rise vibration atomizing, work as institute
When stating heating unit 42 and providing DC voltage to the generator 31, improved piezoelectric ceramics transmitting heat is in the sheet metal
312, to be heated to the secondary water cavity 202.
The heating part 313 is 20~80 DEG C to the heating temperature of liquid in the secondary water cavity 202, human body sensory it is comfortable
Temperature is 32~34 DEG C, if the heating part 313 is heated to 40~60 DEG C to the temperature in the secondary water cavity 202, to make up
Fog temperature after spraying reduces, wherein heating time is 1s~1min, it is preferable that for 1 milliliter of 202 liquid of secondary water cavity
For, heating time is 10~15 seconds or so.
The control module 40 further comprises control circuit board and power supply, the control circuit board connect the power supply and
The generator 31, the atomization unit 41 and the heating unit 42 are respectively formed in the control circuit board, the power supply
The rechargeable cell for being 1 section 1000mA for rechargable power supplies or replaceable battery, such as power supply.To atomization unit 41
It is able to provide atomization signal to the atomization portion 311 of generator 31, realizes the ultrasonic atomizatio to liquid in secondary water cavity 202, heating is single
Member 42 is able to provide direct current to the heating part of generator 31 313, fast implements needed for being heated to the liquid in secondary water cavity 202
Temperature.
The control module 40 further comprises temperature detecting unit and anhydrous detection unit, the temperature detecting unit
With for detecting the temperature in the secondary water cavity 202, the anhydrous detection unit is with the liquid for detecting the secondary water cavity 202
Position, such as when the temperature of the secondary water cavity 202 is more than 60 DEG C, temperature signal is fed back to the control by the temperature detecting unit
Wiring board 43, is able to power off the heating unit 42, can also carry out fixed temperature design, when the anhydrous detection unit detects
When being lower than the center of the generator 31 to the liquid level in the secondary water cavity 202, the anhydrous detection unit feedback is anhydrous
Signal is in the control circuit board, and the control circuit board controls the atomization unit 41 and the heating unit 42 stops atomization
Or the case where heating, preventing empty vibration or dry combustion method generation.
In use, first the joint portion 162 of the upper housing 16 is placed upward, from the joint portion 162 of the upper housing 16
Liquid is injected, then the upper housing 16 is inversely installed in the lower case 17, the outer wall at the joint portion 162 has screw thread,
The inner wall for adapting to the engagement channel 171, is connected through a screw thread so that the upper housing 16 is installed on the lower case 17,
The water of the main water cavity 201 flows into the secondary water cavity 202, in the inversion and tilting procedure of the upper housing 16 to described
When novel atomizing moisturizing instrument 1 is in a vertical state, the separator is rolled to the water inlet 203, is able to be closed the water inlet
Mouth 203, the generator 31 is able to that the liquid of the secondary water cavity 202 is heated or is atomized, due to the separator 212
Isolation, is achieved quick heating, generates hydrogen-rich water by the small hydrogen-rich ball, is able to for the hydrogen-rich water after heating being atomized
It is sprayed from the atomizing nozzle.
Basic principles, main features, and advantages of the present invention has been shown and described above.Current row
The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments
Only the principles of the present invention, the utility model also has respectively on the premise of not departing from the spirit and scope of the utility model
Kind changes and improvements, these changes and improvements are both fallen in the range of claimed invention.The requires of the utility model
Protection scope defined by appended claims and its equivalent.
Claims (10)
1. a kind of novel atomizing moisturizing instrument characterized by comprising
Outer housing, the outer housing are equipped with atomizing nozzle, and the atomizing nozzle is opened in the side of the outer housing；And fluid distribution
System, the fuid distribution system are installed in the outer housing, and the fuid distribution system includes:
Liquid separation module, the liquid separation module are equipped with main water cavity, secondary water cavity, water inlet and separator, the water inlet and are connected to institute
Main water cavity and secondary water cavity are stated, the liquid of the main water cavity is flowed into the secondary water cavity by the water inlet, and the separator can
Movably separate the main water cavity and secondary water cavity, is able to water inlet described in open or close；
Atomizing component, the atomizing component include generator, and the generator is located between the atomizing nozzle and the secondary water cavity,
The generator is able to that the liquid of the secondary water cavity is atomized and/or is heated；And
Control module, the control module include atomization unit and heating unit, and the atomization unit is to be used for the generation
Device provides atomization signal to be atomized to the liquid of the secondary water cavity, and the heating unit is electrically connected the generator, is able to
The generator is controlled to heat the liquid of the secondary water cavity.
2. novel atomizing moisturizing instrument according to claim 1, which is characterized in that the outer housing includes upper housing and lower casing
Body, the separably attached lower case of upper housing, the atomizing nozzle are opened in the side of the lower case, the main water
Chamber is formed in the upper housing, and the pair water cavity is formed between the upper housing and lower case.
3. novel atomizing moisturizing instrument according to claim 2, which is characterized in that the separator is the circle that specific gravity is greater than water
Spherical body, the diameter of the separator are greater than the width of the water inlet.
4. novel atomizing moisturizing instrument according to claim 3, which is characterized in that it is prominent that the upper housing is equipped with one downwards
Joint portion, the lower case is equipped with engagement channel, the engagement channel connection joint portion and the generator, the pair
Water cavity is formed between the joint portion and the engagement channel.
5. novel atomizing moisturizing instrument according to claim 4, which is characterized in that the upper housing be equipped with inclined-plane, it is described into
The mouth of a river is formed in the inclined-plane, and the inclined-plane ecto-entad extends obliquely downward.
6. any novel atomizing moisturizing instrument according to claim 1~5, which is characterized in that it further comprises slightly rich
Hydrogen ball, the small hydrogen-rich ball are placed in the secondary water cavity, and the diameter of the small hydrogen-rich ball is less than secondary water cavity water inlet diameter.
7. novel atomizing moisturizing instrument according to claim 6, which is characterized in that the small hydrogen-rich ball is small magnesium ball, straight
Diameter is 2mm.
8. novel atomizing moisturizing instrument according to claim 7, which is characterized in that the quantity of the small hydrogen-rich ball is 3~10
It is a.
9. spraying moisturizing instrument according to claim 8, which is characterized in that the generator is described towards the atomizing nozzle
Generator includes atomization portion, sheet metal and heating part, and the atomization portion and the heating part are positioned apart from the metal
On piece, the centre of the sheet metal are equipped with micropore, and the atomization unit is electrically connected the atomization portion, is controlled the atomization portion
Ultrasonic atomizatio is carried out to the liquid of the secondary water cavity, the heating unit is electrically connected the heating part, is controlled the heating
The liquid of the secondary water cavity is heated in portion.
10. novel atomizing moisturizing instrument according to claim 9, which is characterized in that between the atomization portion and the heating part
Every or be set on the sheet metal with splicing, the heating part is thermo electric material, the heating part with for transmit heat in
The atomization portion of the sheet metal, the generator is piezoelectric ceramics, and the heating part is fixed in the sheet metal by heat-conducting glue.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109847502A (en) * | 2019-04-09 | 2019-06-07 | 郑州轻工业学院 | Piezoelectricity based on photovoltaic power supply is atomized cooling and dedusting device |
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2017
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109847502A (en) * | 2019-04-09 | 2019-06-07 | 郑州轻工业学院 | Piezoelectricity based on photovoltaic power supply is atomized cooling and dedusting device |
| CN109847502B (en) * | 2019-04-09 | 2024-07-02 | 郑州轻工业学院 | Piezoelectric atomization cooling dust collector based on photovoltaic power supply |
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