CN207322944U - A kind of hydride ion is electrolytically generated and spraying device - Google Patents
A kind of hydride ion is electrolytically generated and spraying device Download PDFInfo
- Publication number
- CN207322944U CN207322944U CN201721286279.XU CN201721286279U CN207322944U CN 207322944 U CN207322944 U CN 207322944U CN 201721286279 U CN201721286279 U CN 201721286279U CN 207322944 U CN207322944 U CN 207322944U
- Authority
- CN
- China
- Prior art keywords
- housing
- water
- hydride ion
- spraying device
- battery
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Electrolytic Production Of Non-Metals, Compounds, Apparatuses Therefor (AREA)
Abstract
Disclose that a kind of hydride ion is electrolytically generated and spraying device in the utility model, it is that two electrode plates are configured in a sprayer, it is fitted and connected mutually via a waterproof and conductive cationic membrane between two electrode plates, it is located therein the space at an electrode plate and forms electrolysis chamber to contain water, since the cationic membrane is waterproof construction, therefore the water of electrolysis chamber will not touch another electrode plate, when two electrode plate is powered, the hydride ion that electrolysis produces can be limited in electrolysis chamber, and chlorine and oxygen can then be limited at another electrode plate, and discharged via the outlet pipe of the other end outside the sprayer, without being mixed into the water of electrolysis chamber.Therefore hydride ion can be contained from the water that the sprayer is sprayed, when being sprayed at skin, can reach moisturizing, anti-oxidant and whitening effect.Furthermore it will be free from chlorine in the water sprayed, therefore health will not be injured.
Description
Technical field
The utility model relates to spraying device, and especially a kind of hydride ion is electrolytically generated and spraying device.
Background technology
With water environment pollution getting worse, people are the water for drinking cleaning, often drink barreled mineral water or pure for a long time
Water, but bottled water is generally in acidity, and the current potential after redox is in positive potential, is not preferable drinking water.
To obtain more healthy drinking water, drinking water can be handled by negative electricity bit alkaline water generation device at present,
Existing negative electricity bit alkaline water generation device generates negative potential molecule alkaline water by the hydrophilic catalyst material of nanoscale, and efficiency is low
And impurity is easily mixed in processes, so as to influence water quality.And the device for being used for moisturizing spraying is also in this way, can not ensure moisturizing original
The quality of material.
Therefore this case wishes to propose that a kind of brand-new hydride ion is electrolytically generated and spraying device, to solve above-mentioned prior art
The defects of upper.
The content of the invention
So the purpose of this utility model is to solve the problems, such as on above-mentioned known technology, proposed in the utility model a kind of
Hydride ion is electrolytically generated and spraying device, is that two electrode plates are configured in a sprayer, anti-via one between two electrode plates
Water and conductive cationic membrane is fitted and connected mutually, is located therein the space at an electrode plate and forms electrolysis chamber to contain
Water, since the cationic membrane is waterproof construction, the water of electrolysis chamber will not touch another electrode plate, when two electrode plate
During energization, being electrolysed the hydride ion of generation can be limited in electrolysis chamber, and chlorine and oxygen can then be limited in another electricity
At pole plate, and discharged via the outlet pipe of the other end outside the sprayer, without being mixed into the water of electrolysis chamber.Therefore from this
Hydride ion can be contained in the water that sprayer is sprayed, when being sprayed at skin, can reach moisturizing, anti-oxidant and whitening
Effect.Furthermore it will be free from chlorine in the water sprayed, therefore health will not be injured.
It is proposed that a kind of hydride ion is electrolytically generated and spraying device in above-mentioned purpose this creation to reach, comprising:One housing,
With hollow space;One separator is located in the housing, which has the madial wall that annular sidewall is connected to the housing;Should
The upside of separator forms an installation groove;The bottom of the installation groove be to be formed one it is tapered downwards collect position, this collects
Position has a gas port;One cationic membrane is located in the installation groove, and the periphery of the cationic membrane is connected to the separator
Annular sidewall;Space wherein in the housing above the cationic membrane forms an electrolysis chamber, is filled in the electrolyte chamber room
There is water;Wherein the cationic membrane is waterproof and conductive structure so that the water of the electrolysis chamber can not be exuded to the sun from
Below sub- film;One minus plate is located in the installation groove, is the top for fitting in the cationic membrane, which has multiple wear
Hole;One positive plate is located in the installation groove, is the lower section for fitting in the cationic membrane, which has multiple perforation;One
Outlet pipe is located at the lower section of the positive plate, and one end of the outlet pipe is connected to the gas port for collecting position;The wherein shell
A venthole is formed on body, is connected to the other end of the outlet pipe;One battery is located in the housing, the anode of the battery via
Conducting wire connects the minus plate, and the cathode of the battery connects the positive plate via conducting wire;When the battery is powered, in the electrolysis chamber
Water cell reaction will be carried out via the minus plate and the positive plate, and hydride ion is produced at the minus plate, Yi Ji
Chlorine and oxygen are produced at positive plate;Wherein since the water of the electrolysis chamber can not be exuded to below the cationic membrane so that should
Positive plate will not touch water, therefore hydride ion will be limited in the indoor water of the electrolyte chamber, and the chlorine and oxygen are then
It is limited at the positive plate, and the venthole can be led to via the outlet pipe and discharge the outside of the housing;One pressing spray
Mist head, is installed on the upper end of the housing in a manner of removable, which is the electrolysis chamber for connecting the housing, when
, can be by the indoor water containing hydride ion of the electrolyte chamber via the pressing fog-spray nozzle when pressing fog-spray nozzle is depressed by a user
It is sprayed onto the outside of the housing;Wherein contain hydride ion from the water that the electrolysis chamber is sprayed out, have it is not volatile,
Penetration is strong, oxidation resistant characteristic, therefore when touching human skin, can retain on the skin for a long time, and can antioxygen
Change, and reach the effect of moisturizing and whitening;Furthermore the chlorine and oxygen discharge the outside of the housing via the venthole, without
It can be mixed into the water of the electrolysis chamber, and the chlorine can be avoided to adversely affect health.
It can be further understood that the feature and its advantage of this creation by the description below, during reading and refer to attached drawing.
Brief description of the drawings:
Fig. 1 is the element combination diagram of the utility model.
Fig. 2 is the element exploded view of the utility model.
Fig. 3 is the local element exploded view of the utility model.
Fig. 4 is the bottom views of the element combination diagram of the utility model.
Fig. 5 is the diagrammatic cross-section of the utility model.
Fig. 6 shows the partial enlarged view of Fig. 5.
Fig. 7 is the diagrammatic cross-section of the other direction of the utility model.
Fig. 8 shows the partial enlarged view of Fig. 7.
Fig. 9 is the control framework block diagram of the utility model.
【Embodiment】
Now with regard to the structure composition of this case, and the effect of can be generated and advantage, coordinate schema, lift this case one preferably implements
Example describes in detail as follows.
Please refer to Fig.1 to the hydride ion that shown in Fig. 9, shows the utility model is electrolytically generated and spraying device, comprising under
Row element:One housing 10, has hollow space;As shown in Figure 1, the housing 10 includes an epimere shell 12, is connected to the epimere
The stage casing shell 14 of the lower section of shell 12 and the hypomere shell 16 for being connected to the lower section of stage casing shell 14.One separator 20 is located at should
In housing 10, which has the madial wall that annular sidewall is connected to the housing 10.The upside of the separator 20 forms one
Installation groove 22 (as shown in Figure 2).The bottom of the installation groove 22 be to be formed one it is tapered downwards collect position 24, the pooled portion
Position 24 has a gas port 26 (as shown in Figure 3 and Figure 6).
One cationic membrane 30 is located in the installation groove 22, and the periphery of the cationic membrane 30 is connected to the ring of the separator 20
Shape side wall.An electrolysis chamber 100 (as shown in Figure 5) is formed positioned at the space of the top of cationic membrane 30 wherein in the housing 10,
Water is filled with the electrolysis chamber 100.Wherein the cationic membrane 30 is waterproof and conductive structure so that the electrolysis chamber
100 water can not be exuded to the lower section of cationic membrane 30.
One minus plate 40 is located in the installation groove 22, is the top for fitting in the cationic membrane 30, which has
There are 45 (as shown in Figure 3) of multiple perforation.The preferably outside of minus plate 40 is configured with one first annular lamina 47 and is surrounded on the cathode
The outside of plate 40.
One positive plate 50 is located in the installation groove 22, is the lower section for fitting in the cationic membrane 30, which has
There are 55 (as shown in Figure 3) of multiple perforation.The periphery of preferably's cationic membrane 30 and the periphery of the positive plate 50 are via one second
Annular lamina 57 is connected to the annular sidewall of the separator 20, which is to be surrounded on the cationic membrane 30 and the anode
The outside of plate 50 (as shown in Figure 6).One fixed plate 60 has multiple perforation 65, above the minus plate 409, for fixing the moon
Pole plate 40.One outlet pipe 70 is located at the lower section of the positive plate 50, and one end of the outlet pipe 70 is connected to this and collects position 24
Gas port 26.A venthole 28 is wherein formed on the housing 10, is connected to the other end of the outlet pipe 70.
One battery 80 is located in the housing 10, and the anode of the battery 80 connects the minus plate 40, the battery via conducting wire 301
80 cathode connects the positive plate 50 via conducting wire 302.When the battery 80 is powered, water in the electrolysis chamber 100 will be through
Cell reaction is carried out by the minus plate 40 and the positive plate 50, and hydride ion is produced at the minus plate 40, and in anode
Chlorine and oxygen are produced at plate 50.Wherein the water of the electrolysis chamber 100 can not be exuded to the lower section of cationic membrane 30 so that the sun
Pole plate 50 will not touch water, therefore in the water that will be limited in the electrolysis chamber 100 of hydride ion, and the chlorine and oxygen
Then it is limited at the positive plate 50, and the venthole 28 can be led to via the outlet pipe 70 and discharge the outer of the housing 10
Portion.
One pressing fog-spray nozzle 90, is installed on the upper end of the housing 10 in a manner of removable, which is to connect
Lead to the electrolysis chamber 100 of the housing 10, can be by the electrolysis chamber 100 when the pressing fog-spray nozzle 90 is depressed by a user
The water containing hydride ion the outside of the housing 10 is sprayed onto via the pressing fog-spray nozzle 90.Wherein the pressing fog-spray nozzle 90 is
Person known to known techniques, therefore details are not described herein its thin portion structure.
Wherein contain hydride ion from the water that the electrolysis chamber 100 is sprayed out, there is not volatile, penetration
By force, oxidation resistant characteristic, therefore when touching human skin, can retain on the skin for a long time, and can be anti-oxidant, and reach
To the effect of moisturizing and whitening.Furthermore the chlorine and oxygen discharge the outside of the housing 10 via the venthole 28, without
It is mixed into the water of the electrolysis chamber 100, and the chlorine can be avoided to adversely affect health.One head cover 110 is with can
The mode of dismounting connects the upper end of the housing 10, is to be used to coat the pressing fog-spray nozzle 90.The annular sidewall of the separator 20
Outside hypomere forms a water storage groove 120 (as shown in Figure 2), which coats via a lid 122 so that the storage
A water storage chamber 124 is formed between water groove 120 and lid 122, the water storage chamber 124 via the separator 20 annular sidewall
On a guiding channel 200 connect the electrolysis chamber 100 (as shown in Figures 7 and 8).Therefore the water of the electrolysis chamber 100 can flow
Enter in the water storage chamber 124.Wherein the guiding channel 200 include an outer passage 202 and connect the outer passage 202 one in
Wing passage 204, wherein the one of the annular sidewall of the separator 20 section upper end formed indent kenel, and with the madial wall of the housing 10
Between form the outer passage 202;Wherein the inner channel 204 is located inside the annular sidewall of the separator 20.The separator
On 20 annular sidewall through hole 206 is formed positioned at the junction of the outer passage 202 and the inner channel 204.The wherein lid
122 outside forms an atomizing nozzle 130.The outside of the wherein lid 122 is exposed outside via the perforation 18 on the housing 10
Outside the housing.
One vibrator 140 is located at the inner side of lid 122, and closes the medial extremity of the atomizing nozzle 130, which is
Circular plate-like shape structure.The vibrator 140 is to be electrically connected the battery 80, and can produce and shake via the driven by power of the battery 80
It is dynamic.When the vibrator 140 vibrates, it may be such that water in the water storage chamber 124 forms water mist and outside via the atomizing nozzle 130
Sprinkling, reaches the effect of automatic continuous spraying.When the vibrator 140 does not vibrate, water in the electrolysis chamber 100 i.e. can not be through
Flowed outwardly by the atomizing nozzle 130.
Fig. 9 shows the control framework of this case, and wherein the minus plate 40, the positive plate 50 connect the electricity via a switch 150
Pond 80.One controller 160 is located in the housing 10, connects the minus plate 40 and the corresponding switch 150 of the positive plate 50.Via control
Make the switch 150 and be switched on or off the current lead-through between the battery 80 and the minus plate 40 and the positive plate 50, and open
Or stop cell reaction in the electrolysis chamber 100.Wherein the vibrator 140 connects the battery 80 via a switch 152.Wherein
The controller 160 also connects the corresponding switch 152 of the vibrator 140, and controls being turned on and off for the vibrator 140.
One control knob 170 is located on the housing 10, is to connect the controller 160.Wherein via pressing, the control knob 170 is controlled
The controller 160 is made, and starts or stops the function of cell reaction and automatic continuous spraying.The wherein control knob 170 can be via
The control mode of setting starts or closes the function of cell reaction and automatic continuous spraying, such as during control knob 170 of pressing,
The controller 160 starts cell reaction;When pressing control knob 170 twice, which starts cell reaction at the same time
And the function of automatic continuous spraying.One cradle 180 is located on the housing 10 (as shown in Figure 4), connects the battery 80, the charging
Seat 180 is used for the power supply for connecting outside, to charge to the battery 80.
The advantages of this case, in configuring two electrode plates in a sprayer, via a waterproof and can lead between two electrode plates
The cationic membrane of electricity is fitted and connected mutually, is located therein the space at an electrode plate and is formed electrolysis chamber to contain water, due to
The cationic membrane is waterproof construction, therefore the water for being electrolysed chamber will not touch another electrode plate, when two electrode plate is powered,
The hydride ion that electrolysis produces can be limited in electrolysis chamber, and chlorine and oxygen can then be limited at another electrode plate,
And discharged via the outlet pipe of the other end outside the sprayer, without being mixed into the water of electrolysis chamber.Therefore from the sprayer
Hydride ion can be contained in the water sprayed, when being sprayed at skin, can reach moisturizing, anti-oxidant and whitening effect.
Furthermore it will be free from chlorine in the water sprayed, therefore health will not be injured.
Chamber 100 is electrolysed in said structure equipped with water or equipped with aqueous other solution or lotion etc.
In conclusion the design of consideration of this case hommization, quite meets actual demand.It specifically improves existing missing, phase
Substantially there is breakthrough progress compared with known techniques, the enhancement that has effects that really, and non-be easy to reach.This case was not
Documents and in the market open or that be exposed in the country and foreign countries, have met patent statute.
Above-listed detailed description is illustrated for possible embodiments of this creation, only the embodiment and is not used to limit
The scope of the claims of this creation is made, all equivalence enforcements or change without departing from carried out by this creation skill spirit, are intended to be limited solely by this case
The scope of the claims in.
Claims (10)
1. a kind of hydride ion is electrolytically generated and spraying device, comprising:
One housing, has hollow space;
One separator is located in the housing, which has the madial wall that annular sidewall is connected to the housing;The separator
Upside forms an installation groove;The bottom of the installation groove be to be formed one it is tapered downwards collect position, this, which collects position, has
One gas port;
One cationic membrane is located in the installation groove, and the periphery of the cationic membrane is connected to the annular sidewall of the separator;Wherein
Space in the housing above the cationic membrane forms an electrolysis chamber, and water is filled with the electrolyte chamber room;The wherein sun
Ionic membrane is waterproof and conductive structure so that the water of the electrolysis chamber can not be exuded to below the cationic membrane;
One minus plate is located in the installation groove, is the top for fitting in the cationic membrane, which has multiple perforation;
One positive plate is located in the installation groove, is the lower section for fitting in the cationic membrane, which has multiple perforation;
One outlet pipe is located at the lower section of the positive plate, and one end of the outlet pipe is connected to the gas port for collecting position;Its
In form a venthole on the housing, be connected to the other end of the outlet pipe;
One battery is located in the housing, and the anode of the battery connects the minus plate via conducting wire, and the cathode of the battery is via conducting wire
Connect the positive plate;
One pressing fog-spray nozzle, is installed on the upper end of the housing in a manner of removable, which is to connect the housing
The electrolysis chamber.
2. hydride ion as claimed in claim 1 is electrolytically generated and spraying device, the wherein housing include an epimere shell, connect
The stage casing shell being connected to below the epimere shell and the hypomere shell being connected to below the stage casing shell.
3. hydride ion as claimed in claim 1 is electrolytically generated and spraying device, also comprising a head cover in a manner of removable
The upper end of the housing is connected, is to be used to coat the pressing fog-spray nozzle.
4. hydride ion as claimed in claim 1 is electrolytically generated and spraying device, also include:One vibrator;
The outside hypomere of the wherein annular sidewall of the separator forms a water storage groove, which coats via a lid,
So that forming a water storage chamber between the water storage groove and lid, the water storage chamber is via one on the annular sidewall of the separator
Guiding channel connects the electrolysis chamber;Therefore the water of the electrolysis chamber can be flowed into the water storage cavity room;The wherein outside of the lid
Form an atomizing nozzle;Wherein it is to go out via the perforating exposed on the housing outside the housing on the outside of the lid;
Wherein the vibrator is located on the inside of the lid, and closes the medial extremity of the atomizing nozzle, which is circular plate-like shape
Structure;The vibrator is to be electrically connected the battery, and vibration can be produced via the driven by power of the battery;When the vibrator vibrates
When, it may be such that the indoor water of the water storage cavity forms water mist and outwards sprayed via the atomizing nozzle, reach the effect of automatic continuous spraying
Fruit;When the vibrator does not vibrate, the indoor water of the electrolyte chamber can not be flowed outwardly via the atomizing nozzle.
5. hydride ion as claimed in claim 4 is electrolytically generated and it is logical to include an outside for spraying device, the wherein guiding channel
Road and the inner channel for connecting the outer passage, wherein the one of the annular sidewall of the separator section upper end form indent kenel,
And the outer passage is formed between the madial wall of the housing;Wherein the inner channel is located in the annular sidewall of the separator
Portion;On the annular sidewall of the separator through hole is formed positioned at the junction of the outer passage and the inner channel.
6. hydride ion as claimed in claim 4 is electrolytically generated and spraying device, also include:One controller is located at the housing
It is interior;One control knob is located on the housing, is to connect the controller;Wherein the minus plate, the positive plate should via a switch connection
Battery;Wherein the vibrator connects the battery via a switch;Wherein the controller connects the minus plate and the positive plate corresponds to
Switch, be switched on or off the current lead-through between the battery and the minus plate and the positive plate for controlling the switch, and
Open or stop the indoor cell reaction of the electrolyte chamber;Wherein the controller also connects the corresponding switch of the vibrator, and controls
The vibrator is turned on and off;Wherein via press the control knob control the controller, and start or stop cell reaction and
The function of automatic continuous spraying;Wherein the control knob can start via the control mode of setting or close cell reaction and hold automatically
The function of continuous spraying.
7. hydride ion as claimed in claim 1 is electrolytically generated and spraying device, also it is located at comprising a cradle on the housing,
The battery is connected, which is used for the power supply for connecting outside, to charge to the battery.
8. hydride ion as claimed in claim 1 is electrolytically generated and spraying device, also there are multiple perforation comprising a fixed plate,
Above the minus plate, for fixing the minus plate.
9. hydride ion as claimed in claim 1 is electrolytically generated and spraying device, one the is wherein configured with the outside of the minus plate
One annular lamina is surrounded on the outside of the minus plate.
10. hydride ion as claimed in claim 1 is electrolytically generated and spraying device, wherein the periphery of the cationic membrane and the sun
The periphery of pole plate is connected to the annular sidewall of the separator via one second annular lamina, second annular lamina be surrounded on the sun from
On the outside of sub- film and the positive plate.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201721286279.XU CN207322944U (en) | 2017-10-09 | 2017-10-09 | A kind of hydride ion is electrolytically generated and spraying device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201721286279.XU CN207322944U (en) | 2017-10-09 | 2017-10-09 | A kind of hydride ion is electrolytically generated and spraying device |
Publications (1)
Publication Number | Publication Date |
---|---|
CN207322944U true CN207322944U (en) | 2018-05-08 |
Family
ID=62367019
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201721286279.XU Expired - Fee Related CN207322944U (en) | 2017-10-09 | 2017-10-09 | A kind of hydride ion is electrolytically generated and spraying device |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN207322944U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN113769208A (en) * | 2021-09-28 | 2021-12-10 | 广东喜玛拉雅氢能科技有限公司 | Hydrogen-rich water spraying device |
-
2017
- 2017-10-09 CN CN201721286279.XU patent/CN207322944U/en not_active Expired - Fee Related
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN113769208A (en) * | 2021-09-28 | 2021-12-10 | 广东喜玛拉雅氢能科技有限公司 | Hydrogen-rich water spraying device |
CN113769208B (en) * | 2021-09-28 | 2023-08-15 | 广东喜玛拉雅氢能科技有限公司 | Hydrogen-rich water spraying device |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
JP3175997U (en) | Portable beverage hydrogen water generator | |
CN106115867A (en) | A kind of portable extension type hydrogen-rich water tumbler and using method thereof | |
CN205472822U (en) | Hydrogen water manufacturing installation | |
JP3198704U (en) | Portable electrolyzer | |
CN111001525A (en) | Multifunctional portable electrolytic spraying device and working method thereof | |
CN109965628B (en) | Hydrogen-rich water cup with hydrogen-rich water spraying function | |
CN207322944U (en) | A kind of hydride ion is electrolytically generated and spraying device | |
CN106309107A (en) | Cosmetic hydrogen-rich water atomizer and operating method thereof | |
CN205999085U (en) | A kind of portable extension type hydrogen-rich water tumbler | |
CN206261814U (en) | Cosmetically hydrogen-rich water mist device | |
JP2011075196A (en) | Mist generator | |
KR101049014B1 (en) | A pasteurize ion water generator | |
CN108486598A (en) | A kind of hydrogen-oxygen separation electrolysis unit control system, hydrogen-oxygen separation electrolysis system and hydrogen-rich equipment | |
CN212591474U (en) | Intelligent plain water cup | |
CN215837601U (en) | Portable hydrogen-rich water cup with atomizer | |
CN204923305U (en) | Split type humidifier | |
CN211367753U (en) | Plain atomizer of water | |
CN210711766U (en) | Portable hydrogen machine | |
CN205102317U (en) | Adopt atomizing device's that floats humidifier | |
CN213048435U (en) | Dialect voice control aromatherapy machine | |
CN206261453U (en) | The multiplex hydrogen-rich kettle of separate type | |
CN106241967A (en) | Hydrogen rich water spray kettle and method of work thereof | |
CN209034686U (en) | Hydrogen-oxygen atomizer | |
CN208676900U (en) | Sucked type hydrogen-rich cup | |
CN207994016U (en) | A kind of portable air fuel cell |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
GR01 | Patent grant | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180508 Termination date: 20211009 |
|
CF01 | Termination of patent right due to non-payment of annual fee |