CN204959046U - Safe portable multi -functional oxygen hydrogen all -in -one - Google Patents
Safe portable multi -functional oxygen hydrogen all -in -one Download PDFInfo
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- CN204959046U CN204959046U CN201520713859.7U CN201520713859U CN204959046U CN 204959046 U CN204959046 U CN 204959046U CN 201520713859 U CN201520713859 U CN 201520713859U CN 204959046 U CN204959046 U CN 204959046U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/30—Hydrogen technology
- Y02E60/36—Hydrogen production from non-carbon containing sources, e.g. by water electrolysis
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- Electrolytic Production Of Non-Metals, Compounds, Apparatuses Therefor (AREA)
Abstract
The utility model relates to a safe portable multi -functional oxygen hydrogen all -in -one belongs to health care equipment technical field, the utility model discloses outside including current electrolysis unit, still be provided with the supersound unit in the organism, heating unit and pressure unit, the supersound unit mainly utilizes the atomizing of supersound micropore atomizing piece, the heating unit mainly utilizes the heating plate to control the temperature of water, the pressure unit utilizes the gas pressure of pressure sensor in to the organism to monitor, can realize hydrogen manufacturing gas, oxygen, oxygen hydrogen gas mixture, rich hydrogen fog, oxygen boosting hydrogen fog, hydrogen -rich water and oxygen boosting hydrogen water multi -functional, and among the hydrogen -rich water who prepares among this utility model hydrogen to dissolve degree of depositing higher, hydrogen -rich water's effect is better, therefore, the cup of the required flourishing water of equipment is less, hyperbola turriform cup can strengthen the gaseous degree of depositing that dissolves, this equipment volume relative prior art diminish, and convenient carrying, and the security is higher when the hydrogen manufacturing of this equipment of use, be difficult for causing danger.
Description
Technical field
The utility model belongs to health care facility technical field, is specifically related to a kind of safe and portable multifunctional oxygen hydrogen all-in-one.
Background technology
Forming the maximum element of organic life entity is hydrogen, and is mainly also made up of protium as the most important composition water of life environment.Therefore can say that protium is not only universe element, bioelement especially, more with the rich hydrogen water of electrolytic preparation in prior art, prepare the less of oxygen enrichment hydrogen water, by brine electrolysis manufacture inhale hydrogen or oxygen uptake hydrogen production device less, brine electrolysis ultrasonic atomizatio is prepared rich hydrogen mist or oxygen enrichment hydrogen mist is few especially, and existing apparatus technical functionality is single, can not meet and drink, inhale, body surface multi-usage demand, especially inhale hydrogen production device and there is potential safety hazard, and the molten degree of depositing of hydrogen is all lower in rich hydrogen water prepared by existing electrolytic preparation rich hydrogen water device, the effect of rich hydrogen water is not remarkable, the effect of protium can not be brought into play well, in addition, prepare molten degree of the depositing lower increase that cause its water requirement of device due to hydrogen in the rich hydrogen water of preparation of rich hydrogen water, therefore not portable, the security aspect of equipment can not ensure.
Utility model content
The utility model solves existing brine electrolysis, and to prepare rich hydrogen wetting system function singleness, the molten degree of depositing of hydrogen low and there is the problem of potential safety hazard, provide a kind of safe and portable multifunctional oxygen hydrogen all-in-one, this all-in-one can realize preparing hydrogen, oxygen, oxygen hydrogen gas mixture, rich hydrogen mist, oxygen enrichment hydrogen mist, rich hydrogen water and oxygen enrichment hydrogen water, meet simultaneously drink, inhale, body surface multi-usage demand, and during this equipment use, safety coefficient is higher.
Concrete technical scheme of the present utility model is:
A kind of safe and portable multifunctional oxygen hydrogen all-in-one, comprise upper end with the body of water filling port and the cup being installed on water filling port, water filling port inner side-wall and cup lower end outer wall are threaded connection fixing, the seal diaphragm separated by internal body is provided with in the middle part of body, internal body below seal diaphragm is installed and is provided with comprehensive control module and power supply, electrolysis cells is provided with above seal diaphragm, body inwall is provided with the annular mounting plate of hollow, electrolysis cells is horizontally disposed with and its edge is arranged in annular mounting plate, electrolysis cells comprises negative plate, polymeric membrane and positive plate, negative plate and positive plate are respectively from upper, lower polymeric membrane to be clamped, key point is, check valve is provided with in described electrolysis cells, one end and the seal diaphragm of check valve are fixed, the other end passes annular mounting plate and is communicated with negative plate superjacent air space, the conducting direction of check valve is from bottom to top, seal diaphragm end face is provided with oxygen outlet and hydrogen outlet and both lower port stretch out body respectively by pipeline, hydrogen outlet upper port is communicated with negative plate superjacent air space by pipeline, internal body is also fixedly installed above electrolysis cells can to the ultrasound unit of water atomization, can to the heating unit of water heating, power supply by comprehensive control module respectively with electrolysis cells, ultrasound unit and heating unit electrical connection.
Described ultrasound unit comprises and to be positioned at above electrolysis cells and the ultrasonic micropore atomization sheet, the spray switch that are fixed on body inwall, and ultrasonic micropore atomization sheet and spray switch are all electrically connected with comprehensive control module by wire.
Described heating unit is arranged between electrolysis cells and ultrasound unit, and heating unit comprises the one group of heating piece being positioned at same level be fixed on body inwall, and heating piece is hollow and annular, sheet with holes or netted.
One group of described heating piece is biased in body inwall same plane to be arranged.
Also be provided with pressure unit in described body, pressure unit comprises the pressure transmitter being arranged on hydrogen outlet place, and pressure transmitter is connected with comprehensive control module.
Described oxygen outlet and hydrogen outlet are respectively arranged with the first three-way valve and the second three-way valve, it is a general export that the main line outlet of the first three-way valve and the main line of the second three-way valve export by arranging that triplate line collects, general export place is connected with respirator, and the bye-pass of the first three-way valve and the second three-way valve communicates with engine body exterior respectively by pipeline.
Described power supply comprises battery and USB interface, and USB interface is electrically connected with comprehensive control module, is provided with battery-USB modular converter between battery and USB interface.
Described cup shape is Double curve tower-shape, and cup upper end is provided with sealing cover, and sealing cover is provided with pressure release valve.
Be provided with time controller in described body, time controller is connected with comprehensive control module.
The beneficial effects of the utility model are: in this utility model, hydrogen and oxygen can pool together for people by triplate line, oxygen can be collected by check valve and hydrogen and final formation oxygen enrichment hydrogen water soluble in water, due to the shape of the Double curve tower-shape of cup, when fluid flow through the thinnest position time, flow velocity is accelerated, the volume of hydrogen is compressed, therefore pressure also increases to some extent, and the increase of pressure can make the dissolution rate of hydrogen accelerate.Arrive top, caliber expands again, hydrogen flow rate slows down, pressure reduces, and small bubbles expand and even break, and in turn increase the contact area of hydrogen and water, the molten degree of depositing of hydrogen is improved further, ultrasound unit and heating unit can realize generating water smoke and heating water respectively, thus realize the generation of rich hydrogen water smoke and oxygen enrichment hydrogen water smoke, and this all-in-one can realize multiple functions of hydrogen, oxygen, oxygen hydrogen gas mixture, rich hydrogen water, oxygen enrichment hydrogen water, rich hydrogen mist and oxygen enrichment hydrogen mist.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment 1 in the utility model.
Fig. 2 is the structural representation of embodiment 2 in the utility model.
In accompanying drawing, 00, power switch, 1, body, 2, cup, 3, seal diaphragm, 4, negative plate, 5, polymeric membrane, 6, positive plate, 7, check valve, 8, oxygen outlet, 9, hydrogen outlet, 10, ultrasonic micropore atomization sheet, 11, spray switch, 12 wires, 13, heating piece, 14, pressure transmitter, 15, the first three-way valve, the 16, second three-way valve, 17, respirator, 18, battery, 19, USB interface, 20, sealing cover, 21, pressure release valve, 22, cock.
Embodiment
The utility model relates to a kind of safe and portable multifunctional oxygen hydrogen all-in-one, comprise upper end with the body 1 of water filling port and the cup 2 being installed on water filling port, water filling port inner side-wall and cup 1 lower end outer wall are threaded connection fixing, be provided with the seal diaphragm 3 of body 1 interior separation in the middle part of body 1, body 1 inside below seal diaphragm 3 is installed and is provided with comprehensive control module and power supply, electrolysis cells is provided with above seal diaphragm 3, body inwall is provided with the annular mounting plate of hollow, electrolysis cells is horizontally disposed with and its edge is arranged in annular mounting plate, electrolysis cells comprises negative plate 4, polymeric membrane 5 and positive plate 6, negative plate 4 and positive plate 6 are respectively from upper, lower polymeric membrane 5 to be clamped, check valve 7 is also provided with in described electrolysis cells, one end and the seal diaphragm 3 of check valve 7 are fixed, the other end passes annular mounting plate and is communicated with negative plate superjacent air space, the conducting direction of check valve 7 is from bottom to top, seal diaphragm 3 end face is provided with oxygen outlet 8 and hydrogen outlet 9 and both lower port stretch out body 1 respectively by pipeline, hydrogen outlet 9 upper port is communicated with negative plate 4 superjacent air space by pipeline, body 1 inside is also fixedly installed above electrolysis cells can to the ultrasound unit of water atomization, can to the heating unit of water heating, power supply by comprehensive control module respectively with electrolysis cells, ultrasound unit and heating unit electrical connection.
Comprehensive control module comprise respectively with electrolysis cells, ultrasound unit, the electrolysis control module that heating unit and pressure unit connect, ultrasound control module, heating control module, pressure control module, ultrasound unit comprises and to be positioned at above electrolysis cells and the ultrasonic micropore atomization sheet 10 be fixed on body 1 inwall, spray switch 11, ultrasonic micropore atomization sheet 10 and spray switch 11 are all electrically connected with comprehensive control module by wire 12, ultrasonic micropore atomization sheet 10 can make water fogging formation water smoke, spray switch 11 is knob switch, can the size of adjustable spraying amount by the rotation of spray switch 11, and ultrasonic micropore atomization sheet 11 carries out biased setting near the place of spray outlet in body, spray outlet is positioned at the edge of body upper surface, biased ultrasonic micropore atomization sheet 11 decrease atomization after fog flowing to the loss in spray outlet process, fog after atomization can arrive fog nozzle by nearest stroke, heating unit is arranged between electrolysis cells and ultrasound unit, heating unit comprises the one group of heating piece 13 being positioned at same level be fixed on body 1 inwall, heating piece 13 totally two, two heating piece 13 biased settings in body 1 inwall same plane, water in body can be heated by heating piece 13 energising, the needs of user to hot water can be met, pressure unit comprises the pressure transmitter 14 being arranged on hydrogen outlet 9 place, pressure transmitter 14 is connected with comprehensive control module, pressure transmitter 14 can detect the gaseous tension of hydrogen outlet place hydrogen, when pressure is excessive, electrolysis cells power-off quits work, gaseous tension would not continue to increase, and ensure that the security in use procedure, be provided with time controller in body 1, time controller is connected with comprehensive control module, and time controller can control the length of each working cell working time by comprehensive control module, power supply comprises battery 18 and usb 19, usb 19 is electrically connected with comprehensive control module, battery-USB modular converter is provided with between battery 18 and usb 19, when there is no external power source, can be powered to body by battery, when there being external power source to access, battery quits work, by USB interface, external power source introducing is operated for body, and can be battery charging by external power source, cup 2 shape is Double curve tower-shape, and cup 2 upper end is provided with sealing cover 20, sealing cover 20 is provided with pressure release valve 21.
Two heating pieces 13 in the utility model, cathode surface is hightailed with more micro-bubble after newborn hydrogen is heated, reduce overpotential of hydrogen evolution, improve current efficiency, accelerate hydrogen production rate, the convection action of generation that hot-fluid rises and cold flow declines makes water to produce to move up and down, and two heating pieces 13 adopt asymmetric biased setting, in body 1, the heating of water is uneven, to make in body 1 water except upper current downflow, also there is horizontal annularly flow, the velocity of diffusion of hydrogen is greatly improved, the dissolution rate of hydrogen is accelerated greatly, and due to the existence of annularly flow, the mixing time of hydrogen G&W is extended, the molten storage of hydrogen in water is larger.
The hidden danger of hydrogen explosion is also there is in prior art, easily blast when hydrogen volume reaches between 4%-97% in oxygen hydrogen mixed gas, this equipment is provided with pressure release valve 21 on cup 2, pressure release valve 21 is needle point formula pressure release valve, this pressure release valve 21 is arranged by reference to the minimum extinguishing radius of oxygen hydrogen flame, and hydrogen is accelerated in blowout hourly velocity, according to the wall effect principle of propagation of flame, even if meet fire when pressure release, flame also can not reflux along pressure release valve 21, avoid tempering, ensure that the security of use, pressure control module can respond to hydrogen pressure, when reaching the vent pressure of setting, electrolysis control module will stop electrolytic hydrogen production, by controlling the hydrogen output in the unit time, the content of hydrogen in breathe air is made to be less than 4%, level off to 2%, reach the volume percent of safe handling.
Embodiment 1, as shown in Figure 1, hydrogen outlet 9 and oxygen outlet 8 are respectively arranged with the first three-way valve 15 and the second three-way valve 16, it is a general export that the main line outlet of the first three-way valve 15 and the main line of the second three-way valve 16 export by arranging that triplate line collects, general export place is connected with respirator 17, body 1 is provided with power switch 00, and be provided with and prepare rich hydrogen water, oxygen enrichment hydrogen water, rich hydrogen water smoke, oxygen enrichment hydrogen water smoke, hydrogen, the switch 01 that oxygen is corresponding with oxygen hydrogen gas mixture, 02, 03, 04, 05, 06 and 07, all switches are all connected with comprehensive control module.
When rich hydrogen water prepared by needs, add water in cup 2, and sealing cover 20 is screwed, turn on the power switch 00, control heating piece 13 by heating control module to be energized (when needing heating) or power-off (when not needing heating), ultrasound control module controls ultrasonic micropore atomization sheet 10 for energising (needing to strengthen gas breaking) or power-off (not needing to strengthen gas breaking), starting switch 01, spray switch is for closing, electrolysis control module controlling plate is that inner sleeve electrode is opened, pressure control module control pressure sensor 14 is energising, the main line of the first three-way valve 15 is closed and bye-pass is opened and oxygen is discarded to engine body exterior, bye-pass and the main line of the second three-way valve 16 are closedown, the hydrogen that negative plate 6 generates is by elongated cup 2, the tap water in hydrogen and cup 2 is made to have longer contact, thus the dissolved efficiency improving hydrogen increases the solubleness of hydrogen, finally can obtain the rich hydrogen water that the molten degree of depositing of hydrogen is higher,
When oxygen enrichment hydrogen water prepared by needs: add water in cup 2, and after Sealing cap for cup 20 is screwed, turn on the power switch 00, control heating piece 13 by heating control module to be energized (when needing heating) or power-off (when not needing heating), ultrasound control module controls ultrasonic micropore atomization sheet 10 for energising (needing to strengthen gas breaking) or power-off (not needing to strengthen gas breaking), starting switch 02, spray switch is for closing, electrolysis control module controlling plate is inner sleeve electrode, pressure control module control pressure sensor 14 is energising, main line and the bye-pass of the first three-way valve 15 are all closed, bye-pass and the main line of the second three-way valve 16 are closedown, oxygen and hydrogen all do not flow out by corresponding three-way valve, after the pressure of oxygen above seal diaphragm 3 exceedes check valve 7 setting pressure, just can be reached above negative plate 4 by check valve 7 and collect with hydrogen, oxygen and hydrogen stream are through the cup 2 of Double curve tower-shape, hyperbola cup 2 profile can increase oxygen and the molten degree of depositing of hydrogen when flowing through cup 2 in water, finally can obtain hydrogen and the higher oxygen enrichment hydrogen water of the molten degree of depositing of hydrogen,
When needs spray rich hydrogen water smoke: take off cup 2, in body 1, suitable quantity of water is injected by water filling port, water filling port seals by arranging outer screw socket sealing cover, turn on the power switch 00, heating piece 13 is energising (when needing heating) or power-off (when not needing heating), starting switch 03, spray switch 11 is for opening, electrolysis control module controlling plate is that overcoat electrode is opened, ultrasound control module controls ultrasonic micropore atomization sheet 10 for energising unlatching, pressure control module control pressure sensor 14 is energising unlatching, first three-way valve 15 bye-pass is opened and is released by oxygen, second three-way valve 16 main line and bye-pass are closedown, hydrogen stream is in the water on body 1 top, rich hydrogen water finally can obtain rich hydrogen water smoke by the atomizing of ultrasonic micropore atomization sheet 10,
When needs spray oxygen enrichment hydrogen water smoke: take off cup 2, in body 1, suitable quantity of water is injected by water filling port, water filling port seals by arranging outer screw socket sealing cover, turn on the power switch 00, heating piece 13 is energising (when needing heating) or power-off (when not needing heating), starting switch 04, spray switch 11 is for opening, electrolysis control module controlling plate overcoat electrode is opened, ultrasound control module controls the energising of ultrasonic micropore atomization sheet 10 and opens, pressure control module control pressure sensor 14 is energising unlatching, main line and the bye-pass of the first three-way valve 15 and the second three-way valve 16 are all closed, oxygen above seal diaphragm 3 in pressure exceed the pressure that check valve 7 sets after can be arrived above negative plate 4 by check valve 7 and collect with hydrogen, thus finally can obtain oxygen enrichment hydrogen water smoke by the atomizing of ultrasonic micropore atomization sheet 10,
When hydrogen inhaled by needs: take off cup 2, inject suitable quantity of water, in body 1, suitable quantity of water is injected by water filling port, water filling port seals by arranging outer screw socket sealing cover, turn on the power switch 00, start 05, heating control module controls heating piece 13 for power-off, spray switch 11 is for closing, the inner-outer sleeve electrode of electrolysis control module controlling plate is opened, it is power-off that ultrasound control module controls ultrasonic micropore atomization sheet 10, the energising of pressure control module control pressure sensor 14 is opened, the main line of the first three-way valve 15 is closed and oxygen is released by bye-pass unlatching, the bye-pass of the second three-way valve 16 is closed and main line unlatching finally can carry out suction hydrogen at the respirator 17 of general export place connection,
When needs oxygen uptake: take off cup 2, inject suitable quantity of water, in body 1, suitable quantity of water is injected by water filling port, water filling port seals by arranging outer screw socket sealing cover, turn on the power switch 00, start 06, heating control module controls heating piece 13 for power-off, spray switch 11 is for closing, the inner-outer sleeve electrode of electrolysis control module controlling plate is opened, it is power-off that ultrasound control module controls ultrasonic micropore atomization sheet 10, the energising of pressure control module control pressure sensor 14 is opened, the main line of the second three-way valve 16 is closed and hydrogen is released by bye-pass unlatching, the bye-pass of the first three-way valve 15 is closed and main line unlatching finally can carry out oxygen uptake at the respirator of general export place connection,
When needs oxygen uptake hydrogen: take off cup 2, inject suitable quantity of water, in body 1, suitable quantity of water is injected by water filling port, water filling port seals by arranging outer screw socket sealing cover, turn on the power switch 00, start 07, heating control module controls heating piece 13 for power-off, spray switch 11 is for closing, the inner-outer sleeve electrode of electrolysis control module controlling plate is opened, it is power-off that ultrasound control module controls ultrasonic micropore atomization sheet 10, the energising of pressure control module control pressure sensor 14 is opened, first three-way valve 15 is closed with the bye-pass of the second three-way valve 16 and the final respirator be connected at general export place of main line unlatching can carry out oxygen uptake hydrogen mixed gas.
Time control module can set the time of power supply conducting according to customer demand, when arrival setting-up time after, power supply disconnects automatically, all unit power-off in body 1, and body 1 quits work, for user sleep or provide convenience when having no time to attend to switch.
Embodiment 2, as the simplification of embodiment 1, as shown in Figure 2, remove the first three-way valve 15, second three-way valve 16 and be connected to the respirator 17 at rear by triplate line, hydrogen outlet is sealed by plug, and body 1 is communicated with outward and exit arranges outside screw cock 22 screwing hermetic by pipeline for oxygen outlet, body 1 is provided with power switch 00, also be provided with and prepare rich hydrogen water, oxygen enrichment hydrogen water, rich hydrogen water smoke, oxygen enrichment hydrogen water smoke, hydrogen, the switch 01 that oxygen is corresponding with oxygen hydrogen gas mixture, 02, 03, 04, 05, 06 and 07, all switches are all connected with comprehensive control module.
When rich hydrogen water prepared by needs: add water in cup 2, and sealing cover 20 is screwed, open the outside screw cock 22 at oxygen outlet place, turn on the power switch 00, heating piece 13 is energising (when needing heating) or power-off (when not needing heating), ultrasound control module controls ultrasonic micropore atomization sheet 10 for energising (needing to strengthen gas breaking) or power-off (not needing to strengthen gas breaking), starting switch 01, spray switch is for closing, electrolysis control module controlling plate inner sleeve electrode is opened, the oxygen that positive plate 6 generates is released by oxygen outlet, the water of hydrogen stream in body 1 and cup 2, rich hydrogen water can be obtained in final cup 2,
When oxygen enrichment hydrogen water prepared by needs: add water in cup 2, and sealing cover 20 is screwed, tighten oxygen outlet outside screw cock 22, turn on the power switch 00, heating piece 13 is energising (when needing heating) or power-off (when not needing heating), ultrasound control module controls ultrasonic micropore atomization sheet 10 for energising (needing to strengthen gas breaking) or power-off (not needing to strengthen gas breaking), starting switch 02, spray switch 11 is for closing, electrolysis control module controlling plate inner sleeve electrode is opened, can be collected by check valve 7 and hydrogen after oxygen pressure exceedes check valve 7 setting pressure and finally enter obtained oxygen enrichment hydrogen water in cup 2,
When needs spray rich hydrogen water smoke: take off cup 2, in body 1, suitable quantity of water is injected by water filling port, water filling port seals by arranging outer screw socket sealing cover, outside screw cock 22 is revolved to send and is opened, turn on the power switch 00, heating piece 13 is energising (when needing heating) or power-off (when not needing heating), starting switch 03, spray switch 11 is for opening, electrolysis control module controlling plate is that overcoat electrode is opened, ultrasound control module controls ultrasonic micropore atomization sheet 10 for energising unlatching, pressure control module control pressure sensor 14 is energising unlatching, oxygen is released by oxygen outlet place, the water that hydrogen then flows through body 1 top forms rich hydrogen water, rich hydrogen water finally can obtain rich hydrogen water smoke by the atomizing of ultrasonic micropore atomization sheet 10,
When needs spray oxygen enrichment hydrogen water smoke: take off cup 2, in body 1, suitable quantity of water is injected by water filling port, water filling port seals by arranging outer screw socket sealing cover, outside screw cock 22 screwing hermetic, turn on the power switch 00, heating piece 13 is energising (when needing heating) or power-off (when not needing heating), starting switch 04, spray switch 11 is for opening, electrolysis control module controlling plate overcoat electrode is opened, ultrasound control module controls the energising of ultrasonic micropore atomization sheet 10 and opens, pressure control module control pressure sensor 14 is energising unlatching, oxygen above seal diaphragm 3 in pressure exceed the pressure that check valve 7 sets after can be arrived above negative plate 4 by check valve 7 and collect with hydrogen, thus finally can obtain oxygen enrichment hydrogen water smoke by the atomizing of ultrasonic micropore atomization sheet 10,
When hydrogen inhaled by needs: take off cup 2, in body 1, suitable quantity of water is injected by water filling port, water filling port place is connected with externally threaded respiration apparatus, the outside screw cock 22 at oxygen outlet place unscrews opens, turn on the power switch 00, starting switch 05, heating control module controls heating piece 13 for power-off, spray switch 11 is for closing, the inner-outer sleeve electrode of electrolysis control module controlling plate is opened, it is power-off that ultrasound control module controls ultrasonic micropore atomization sheet 10, the energising of pressure control module control pressure sensor 14 is opened, the oxygen that positive plate 6 generates is released by oxygen outlet, the water that hydrogen then flows through body 1 upwards flows, flow through respiration apparatus eventually through water filling port and inhale hydrogen for human body,
When needs oxygen uptake: take off cup 2, in body 1, suitable quantity of water is injected by water filling port, open above water filling port, the outside screw cock 22 at oxygen outlet place unscrews opens, and connect with externally threaded respiration apparatus at oxygen outlet place, turn on the power switch 00, starting switch 06, heating control module controls heating piece 13 for power-off, spray switch 11 is for closing, the inner-outer sleeve electrode of electrolysis control module controlling plate is opened, it is power-off that ultrasound control module controls ultrasonic micropore atomization sheet 10, the energising of pressure control module control pressure sensor 14 is opened, the water that hydrogen then flows through body 1 is upwards flowed out by water filling port, the oxygen that positive plate 6 generates by the respiration apparatus at oxygen outlet place for human body oxygen uptake,
When needs oxygen uptake hydrogen gas mixture: take off cup 2, in body 1, suitable quantity of water is injected by water filling port, be connected with externally threaded respiration apparatus above water filling port, outside screw cock 22 screwing hermetic at oxygen outlet place, turn on the power switch 00, starting switch 07, it is power-off that heating control module controls heating piece, spray switch 11 is for closing, the inner-outer sleeve electrode of electrolysis control module controlling plate is opened, it is power-off that ultrasound control module controls ultrasonic micropore atomization sheet 10, the energising of pressure control module control pressure sensor 14 is opened, after the pressure of oxygen in seal diaphragm 3 exceedes the setting pressure of check valve 7, oxygen can arrive above negative plate 4 by check valve 7, oxygen and hydrogen collect and flow through the respiration apparatus of the water in body 1 by water filling port place for human body oxygen uptake hydrogen gas mixture.
The utility model solves prior art function singleness, carries inconvenience, the shortcoming of poor stability, provide a kind of safe and portable multifunctional oxygen hydrogen all-in-one, this equipment can realize the several functions produced rich hydrogen water, oxygen enrichment hydrogen water, rich hydrogen mist, oxygen enrichment hydrogen mist and inhale hydrogen, oxygen uptake, oxygen uptake hydrogen, due to the unique shape of elongated hyperbola cup, hydrogen and the oxygen residence time after electrolysis generates in tap water is long, the molten degree of depositing of the hydrogen in water or oxygen is significantly improved compared to prior art, the electrolysis of therefore a small amount of water just can reach the molten degree of depositing of water oxygen gas and hydrogen, the demand of use can be met, for this equipment volume-diminished thus reach portable function and provide technical foundation, make this equipment can realize being convenient for carrying, expand the use flexibility ratio of equipment, when patient is in the place away from hospital, this equipment can be carried with, when patient is badly in need of oxygen uptake, can use immediately, for patient timely treatment or extend therapeutic time provide equipment, the life of patient can be saved when patient is in desperate situation, when routine use, user can be met for hydrogen, oxygen, oxygen hydrogen gas mixture, rich hydrogen water, heavy-oxygen-enriched water, oxygen enrichment hydrogen water, the demand of rich hydrogen mist and oxygen enrichment hydrogen mist, hydrogen is for preventing malignant tumour, remove interior free yl etc. and all obtain medical circle accreditation, oxygen is also very important for human body, this all-in-one is all very helpful for daily health caring and beauty treatment etc., in addition, the situation that the utility model reference hydrogen is explosive, needle point formula pressure release valve is provided with in cup upper end, this pressure release valve exit diameter is less than the minimum extinguishing radius of oxygen hydrogen flame, and the speed of gas after flowing through pressure release valve is accelerated, and effectively prevents the adverse current of flame to propagate, even if meet fire also tempering can not occur when pressure release, avoid the generation of blast, the safety in utilization of this equipment is improved greatly.
Claims (9)
1. a safe and portable multifunctional oxygen hydrogen all-in-one, comprise upper end with the body (1) of water filling port and the cup (2) being installed on water filling port, water filling port inner side-wall and cup (2) lower end outer wall are threaded connection fixing, body (1) middle part is provided with the seal diaphragm (3) of body (1) interior separation, body (1) inside of seal diaphragm (3) below is installed and is provided with comprehensive control module and power supply, seal diaphragm (3) top is provided with electrolysis cells, body inwall is provided with the annular mounting plate of hollow, electrolysis cells is horizontally disposed with and its edge is arranged in annular mounting plate, electrolysis cells comprises negative plate (4), polymeric membrane (5) and positive plate (6), negative plate (4) and positive plate (6) are respectively from upper, lower polymeric membrane (5) to be clamped, it is characterized in that: in described electrolysis cells, be also provided with check valve (7), one end of check valve (7) and seal diaphragm (3) are fixed, the other end passes annular mounting plate and is communicated with negative plate (4) superjacent air space, the conducting direction of check valve (7) is from bottom to top, seal diaphragm (3) end face is provided with oxygen outlet (8) and hydrogen outlet (9) and both lower port stretch out body (1) respectively by pipeline, hydrogen outlet (9) upper port is communicated with negative plate (4) superjacent air space by pipeline, body (1) inside is also fixedly installed above electrolysis cells can to the ultrasound unit of water atomization, can to the heating unit of water heating, power supply by comprehensive control module respectively with electrolysis cells, ultrasound unit and heating unit electrical connection.
2. a kind of safe and portable multifunctional oxygen hydrogen all-in-one according to claim 1, it is characterized in that: described ultrasound unit comprises and to be positioned at above electrolysis cells and to be fixed on ultrasonic micropore atomization sheet (10) on body (1) inwall, spray switch (11), and ultrasonic micropore atomization sheet (10) and spray switch (11) are all electrically connected with comprehensive control module by wire (12).
3. a kind of safe and portable multifunctional oxygen hydrogen all-in-one according to claim 1, it is characterized in that: described heating unit is arranged between electrolysis cells and ultrasound unit, heating unit comprises the one group of heating piece (13) being positioned at same level be fixed on body (1) inwall, and heating piece (13) is hollow and annular, sheet with holes or netted.
4. a kind of safe and portable multifunctional oxygen hydrogen all-in-one according to claim 3, is characterized in that: one group of described heating piece (13) is biased in body (1) inwall same plane to be arranged.
5. a kind of safe and portable multifunctional oxygen hydrogen all-in-one according to claim 1, it is characterized in that: in described body (1), be also provided with pressure unit, pressure unit comprises the pressure transmitter (14) being arranged on body (1) inner upper end, and pressure transmitter (14) is connected with comprehensive control module.
6. a kind of safe and portable multifunctional oxygen hydrogen all-in-one according to claim 1, it is characterized in that: described oxygen outlet (8) and hydrogen outlet (9) are respectively arranged with the first three-way valve (15) and the second three-way valve (16), it is a general export that the main line outlet of the first three-way valve (15) and the main line of the second three-way valve (16) export by arranging that triplate line collects, general export place is connected with respirator (17), the bye-pass of the first three-way valve (15) and the second three-way valve (16) communicates with body (1) outside respectively by pipeline.
7. a kind of safe and portable multifunctional oxygen hydrogen all-in-one according to claim 1, it is characterized in that: described power supply comprises battery (18) and USB interface (19), USB interface (19) is electrically connected with comprehensive control module, is provided with battery-USB modular converter between battery (18) and USB interface (19).
8. a kind of safe and portable multifunctional oxygen hydrogen all-in-one according to claim 1, it is characterized in that: described cup (2) shape is Double curve tower-shape, cup (2) upper end is provided with sealing cover (20), sealing cover (20) is provided with pressure release valve (21).
9. a kind of safe and portable multifunctional oxygen hydrogen all-in-one according to claim 1, is characterized in that: be provided with time controller in described body (1), time controller is connected with comprehensive control module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520713859.7U CN204959046U (en) | 2015-09-16 | 2015-09-16 | Safe portable multi -functional oxygen hydrogen all -in -one |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520713859.7U CN204959046U (en) | 2015-09-16 | 2015-09-16 | Safe portable multi -functional oxygen hydrogen all -in -one |
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| CN105063652A (en) * | 2015-09-16 | 2015-11-18 | 李志林 | Safe portable multifunctional oxygen-hydrogen integrated machine |
| CN106082403A (en) * | 2016-08-03 | 2016-11-09 | 君志有限公司 | Hydrogen-rich atomization integrated cup |
| CN106245051A (en) * | 2016-08-29 | 2016-12-21 | 福州品行科技发展有限公司 | A kind of hydrogen rich water anion moisture maintainer |
| CN106241966A (en) * | 2016-08-18 | 2016-12-21 | 深圳市天美意科技有限公司 | Electrolytic water sprayer unit |
| CN106309107A (en) * | 2016-08-29 | 2017-01-11 | 福州品行科技发展有限公司 | Cosmetic hydrogen-rich water atomizer and operating method thereof |
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| CN107043944A (en) * | 2017-04-18 | 2017-08-15 | 深圳氢爱天下健康科技控股有限公司 | A kind of hydrogen-rich hydrogenesis machine |
| CN107059043A (en) * | 2017-06-16 | 2017-08-18 | 深圳氢爱天下健康科技控股有限公司 | Hydrogen lung ventilator |
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| CN106995927A (en) * | 2016-01-25 | 2017-08-01 | 吾土产业株式会社 | Skin rejuvenation equipment |
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| CN106245051A (en) * | 2016-08-29 | 2016-12-21 | 福州品行科技发展有限公司 | A kind of hydrogen rich water anion moisture maintainer |
| CN106309107B (en) * | 2016-08-29 | 2019-05-31 | 福州品行科技发展有限公司 | Cosmetically hydrogen-rich water mist device and its working method |
| CN108568223A (en) * | 2017-03-14 | 2018-09-25 | 株式会社K&B公司 | Hydrogen water making device |
| CN107043944A (en) * | 2017-04-18 | 2017-08-15 | 深圳氢爱天下健康科技控股有限公司 | A kind of hydrogen-rich hydrogenesis machine |
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| CN107034482B (en) * | 2017-04-27 | 2019-03-01 | 福建金源泉科技发展有限公司 | A kind of overturning-preventing Instant hydrogen generator |
| CN107034481A (en) * | 2017-04-27 | 2017-08-11 | 福建金源泉科技发展有限公司 | A kind of hydrogen generator Pneumatic controller |
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| CN107059043A (en) * | 2017-06-16 | 2017-08-18 | 深圳氢爱天下健康科技控股有限公司 | Hydrogen lung ventilator |
| CN108714261A (en) * | 2018-07-06 | 2018-10-30 | 福建省上杭县爱养生医疗设备有限公司 | A kind of portable electrolysis hydrogen lung ventilator |
| CN112969822A (en) * | 2018-08-20 | 2021-06-15 | 泰利斯纳诺能量公司 | Modular electrolysis unit for producing high-pressure and high-purity gaseous hydrogen |
| CN113981471A (en) * | 2021-10-26 | 2022-01-28 | 刘钢铸 | Cup type hydrogen absorption device |
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