CN103922444A - Circuit and device for electrolytic activation of water-containing substance - Google Patents
Circuit and device for electrolytic activation of water-containing substance Download PDFInfo
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- CN103922444A CN103922444A CN201310008736.9A CN201310008736A CN103922444A CN 103922444 A CN103922444 A CN 103922444A CN 201310008736 A CN201310008736 A CN 201310008736A CN 103922444 A CN103922444 A CN 103922444A
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Abstract
The invention relates to a circuit and a device for electrolytic activation of water-containing substance. The circuit includes a power supply, a controller, a voltage converter, a current generator, a current controller and an electrode. The controller is used for sending a driving signal to the voltage converter and the current generator. The voltage converter is used for generating an activating voltage according to the driving signal sent from the controller and is used for sending the activating voltage to the current generator. The current generator is used for generating an activating current according to the driving signal sent from the controller and is used for sending the activating voltage and the activating current to the current controller. The current controller is connected to the electrode and is used for controlling a current flowing through the electrode. The electrode is immersed into a water-containing substance and carries out a contacting electrolytic activation process to the water-containing substance. The circuit and the device carry out the contacting electrolytic activation process to various water-containing substances through a low voltage and a low current so that original structures and chemical components of the substances can be maintained well.
Description
Technical field
The present invention relates to a kind of electrolytic circuit and electrolyzer, relate in particular to a kind of circuit for electrolytic activation hydrous matter and device.
Background technology
Electrolytic activation means that dissolved material is to liquid, moisture liquid and the electric effect of hydrous matter, and this electric effect is mainly manifested on the free charge of electrode surface.There are the following problems for the existing device that carries out contact electrolytic activation:
First, existing apparatus only for activated water, make water generates alkalescence and antioxidant property, can not be used for activating the hydrous matter of other different densities, and the hydrous matter of these different densities levels is widely used in the industries such as food, beauty treatment, sanitary product.
Secondly, existing apparatus generally adopts strong current, strong voltage to activate material, thereby causes material itself destructurized, and after electrolytic activation, the chemical composition of material is also changed.
Summary of the invention
The problems referred to above that exist in order to solve prior art, the invention provides a kind of circuit for electrolytic activation hydrous matter and comprise the electrolytic activation device for electrolytic activation hydrous matter of described circuit, described circuit and device are realized multiple hydrous matter are carried out to contact activation by small voltage and small electric stream.
The circuit for electrolytic activation hydrous matter the present invention relates to comprises: comprise power supply, controller, electric pressure converter, current generator, current controller and electrode; Described supply unit, for providing voltage and current to described controller, provides voltage to described electric pressure converter; Described controller is used for sending a signal to described electric pressure converter and described current generator in order to drive described electric pressure converter and described current generator; Described electric pressure converter activates voltage for the signal generation according to described controller, and this activation voltage is sent to described current generator; Described current generator activates electric current for the signal generation according to described controller, and described activation voltage and described activation electric current are sent to described current controller; Described current controller is connected with described electrode, for controlling the electric current of the described electrode of flowing through, and described activation voltage and described activation electric current is sent to described electrode; Described electrode immerses described hydrous matter, and described hydrous matter is carried out to contact electrolytic activation.
The present invention also provides a kind of device for electrolytic activation hydrous matter, and described device comprises framework, also comprises the described circuit for electrolytic activation hydrous matter; The described circuit for electrolytic activation hydrous matter is built in described framework and a described electrode part is placed on described framework through the edge of described framework; The joint place of described frame outer surface and described display unit is provided with hollow out groove, and described display unit exposes to described framework at described hollow out groove; Described framework is provided with push button, for sending the control command signal corresponding with described push button to described controller.
The circuit for electrolytic activation hydrous matter the present invention relates to and the electrolytic activation device for electrolytic activation hydrous matter that comprises described circuit, utilize electrode directly to contact with hydrous matter, realizes the contact electrolytic activation to multiple hydrous matter; Simultaneously, the circuit for electrolytic activation hydrous matter the present invention relates to and the electrolytic activation device for electrolytic activation hydrous matter that comprises described circuit, can realize multiple hydrous matter is carried out to contact electrolytic activation by small voltage (0.5 volt to 24 volts) and small electric stream (5 milliamperes to 1 peace), can maintain preferably material original structure and chemical composition.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the way circuit schematic diagram of the circuit for electrolytic activation hydrous matter involved in the present invention;
Fig. 2 is the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is worked under constant current;
Fig. 3 is the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is worked under pulsed current;
Fig. 4 is the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is provided with heating unit;
Fig. 5 is the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is provided with refrigeration unit;
Fig. 6 is the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is provided with water vapour generation unit;
Fig. 7 is the portable structure iron of the device for electrolytic activation hydrous matter involved in the present invention;
Fig. 8 is the structure iron of the device divider formula for electrolytic activation hydrous matter involved in the present invention;
Fig. 9 is the structure iron of the device kettle-type for electrolytic activation hydrous matter involved in the present invention;
Figure 10 is the structure iron of the device humidifier formula for electrolytic activation hydrous matter involved in the present invention.
Embodiment
Below in conjunction with accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
The electrolytic activation device that the present invention relates to a kind of circuit for electrolytic activation hydrous matter and comprise sort circuit, this circuit utilizes electrode directly to contact with hydrous matter with this device, by small voltage and small electric stream, multiple hydrous matter is carried out to contact electrolytic activation.
The way circuit schematic diagram that is illustrated in figure 1 the circuit for electrolytic activation hydrous matter involved in the present invention, comprises supply unit, controller 4, electric pressure converter 6, current generator 7, current controller 8 and electrode 10.Supply unit, for providing voltage and current to controller 4, provides voltage to electric pressure converter 6; Controller 4 is for sending a signal to electric pressure converter 6 and described current generator 7 in order to driving voltage transmodulator 6 and current generator 7; Electric pressure converter 6 activates voltage for the signal generation according to controller 4, and this activation voltage is sent to current generator 7; Current generator 7 activates electric current for the signal generation according to controller 4, and activation voltage and described activation electric current are sent to current controller 8; When button 17 is not when conducting put in circuit, current controller 8 is connected with electrode 10, and in the time that button 17 imports circuit, current controller 8 is connected with electrode 10 through button 17, current controller 8 is for controlling the electric current of the electrode 10 of flowing through, and activation voltage and activation electric current are sent to electrode 10; Electrode 10 immerses described hydrous matter, and hydrous matter is carried out to contact electrolytic activation.
Supply unit comprises three groups of devices: first group of device comprises store battery 1 or secondary battery, automatic charging unit 2, constant voltage transmodulator 3; Second group of device comprises surge generator 11, pulse width modulator 9; The 3rd group of device comprises alternating source 16, assembled unit (not indicating in figure).
In the time that first group of device is store battery 1 or secondary battery, automatic charging unit 2, constant voltage transmodulator 3 conducting put in circuit, circuit is worked under constant current, constant voltage transmodulator 3 is exported for point two-way after the output voltage of store battery 1 or secondary battery being converted to constant voltage, controller 4 is delivered on one road, and electric pressure converter 6 is delivered on another road.
In the time that first group of device and second group of device are store battery 1 or secondary battery, automatic charging unit 2, constant voltage transmodulator 3, surge generator 11, pulse width modulator 9 conducting put in circuit, circuit is worked under pulsed current, the control signal that surge generator 11 sends according to controller 4, produce frequency between the inceptive impulse of 100 hertz to 2000 hertz, the frequency of this inceptive impulse increases along with the increase of hydrous matter density in reactivation process.The control signal that pulse width modulator 9 sends according to controller 4, is sent to current generator 7 by this activation pulse after the inceptive impulse receiving is adjusted into the activation pulse that duty-cycle is 1%-99%.The duty-cycle of activation pulse reduces along with the increase of hydrous matter density in reactivation process.
In the time that the 3rd group of device is alternating source 16, assembled unit conducting put in circuit, circuit is worked under exchange current.Alternating source 16 is connected with external communication electrical network, and assembled unit is sent to respectively electric pressure converter 6 and controller 4 after the voltage transitions of alternating source 16 is become to volts DS.In the time of the 3rd group of device conducting put in circuit, partly or entirely conducting put in circuit of heating unit 13, refrigeration unit 12, water vapour generation unit 14, temperature sensor 15, button 17.Certainly, in the time of the 3rd group of device conducting put in circuit, also whole not conducting put in circuit of heating unit 13, refrigeration unit 12, water vapour generation unit 14, temperature sensor 15, button 17.Heating unit 13 heats hydrous matter according to the control signal of controller 4, refrigeration unit 12 according to the control signal of described controller 4 to hydrous matter freeze, water vapour generation unit 14 according to the control signal of controller 4 by the hydrous matter gasification after activation, the temperature information of hydrous matter is sent to controller 4 by temperature sensor 15, button 17 changes the polarity of electrode 10 according to the control signal of controller 4, the salt or other impurity that are attached on electrode 10 are carried out to electrochemical cleaning.When after button 17 conducting put in circuit, current controller 8 is connected with electrode 10 through button 17.
Be illustrated in figure 7 the portable structure iron of the device for electrolytic activation hydrous matter involved in the present invention.As shown in Figure 7, described device comprises framework 18 and the circuit for electrolytic activation hydrous matter as shown in Figure 2 or Figure 3, this circuit that is used for electrolytic activation hydrous matter is built in framework 18, electrode 10 parts are placed on framework 18 to directly contact with hydrous matter through the edge of described framework 18, and hydrous matter is carried out to contact electrolytic activation.The joint place of framework 18 outside surfaces and display unit 5 is provided with hollow out groove, and display unit 5 exposes to framework 18 so that the information that display control unit 4 transmits at described hollow out groove.On framework 18, convex with beginning/X button 21, type confirming button 22, activation method confirming button 23, these three buttons are connected with controller 4 respectively, for sending with each self-corresponding control command signal to controller 4.Beginning/X button 21, for sending the control command signal of opening or closing the described device for electrolytic activation hydrous matter to controller 4; Type confirming button 22, for sending the control command signal of determining described hydrous matter kind to controller 4; Activation method confirming button 23, for the control command signal that sends definite activation method, to controller 4, described activation method comprises three kinds of fast activatings (or claiming weak activation), conventional activation, precise activation (or claiming deep activation).
The operating process of mancarried device is as follows: electrode 10(is comprised to anode and multiple negative electrode) be placed in the hydrous matter that is contained in container (figure does not indicate).The operation of mancarried device is carried out by time variable control, and this program is realized by circuit shown in Fig. 2 or Fig. 3, a kind of operating mode of this program selection, or under constant current, work or work under pulsed current.As shown in Figure 2, the circuit while work under pulsed current as shown in Figure 3 for circuit while work under constant current.Press beginning/X button 21, start to start the described device for electrolytic activation hydrous matter and prepare to carry out electrolytic activation operation.Determine by Types Below confirming button 22 substance classes activating, press activation method confirming button 23 and determine activation method, the sequence of control of pull up circuit will be carried out definite activation method.Activation results will show by display unit 5.After activation finishes, press beginning/X button 21, close the described device for electrolytic activation hydrous matter.
In the time that the density of hydrous matter is less than 1.0 grams/cc, the circuit of mancarried device is worked under constant current.Be illustrated in figure 2 the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is worked under constant current.Store battery 1 with automatic charging unit 2 provides electrical signal to controller 4 and constant voltage transmodulator 3.After constant voltage transmodulator 3 converts the output voltage of store battery 1 to constant voltage, point two-way is exported, and controller 4 is delivered on a road, and electric pressure converter 6 is delivered on another road.Controller 4 sends a signal to electric pressure converter 6 and forms activation voltage, the controller 4 of 0.5 volt to 24 volts in order to driving voltage transmodulator 6 and send a signal to current generator 7 and form 5 milliamperes of activation electric currents to 1 peace in order to drive current producer 7.Activation voltage, from electric pressure converter 6 inflow current producers 7, and flow to electrode 10 through current controller 8, activation electric current from current generator 7 through current controller 8 electrode 10 of flowing through.Current controller 8 is for the output voltage (activating voltage) of correction voltage transmodulator 6, and described voltage signal of flowing through electrode 10 is sent to described electric pressure converter 6.Current controller 8 is also for controlling the electric current of the electrode 10 of flowing through, and the current information of the electrode 10 of flowing through is sent to described controller 4, controller 4 is handled as follows after receiving these current informations: if the current value of described current information is less than 5 milliamperes or be greater than 1 peace, controller 4 sends error message to display unit 5, meanwhile, controller 4 is proofreaied and correct activation electric current according to the type of hydrous matter.
When the density of hydrous matter is more than or equal to 1.0 grams/cc, the circuit of mancarried device is worked under pulsed current.Be illustrated in figure 3 the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is worked under pulsed current.Be with Fig. 2 difference, in the time that the density of hydrous matter is more than or equal to 1.0 grams/cc, controller 4 sends a signal to surge generator 11 drive-pulse generators 11 and produces frequency and be more than or equal to 100 hertz and be less than or equal to the inceptive impulse of 2000 hertz, pulse width modulator 9 receives after the control signal and this inceptive impulse that controller 4 sends, according to the density of hydrous matter described in reactivation process, described inceptive impulse is adjusted into the activation pulse that duty-cycle is 1%-99%, and activation pulse is sent to current generator 7, current generator 7 produces pulsed current according to the control signal of controller 4 and activation pulse, this pulsed current is activation electric current.In the time inceptive impulse being adjusted into activation pulse, the duty-cycle of activation pulse reduces along with the increase of hydrous matter density in reactivation process.
Figure 8 shows that the structure iron of the device divider formula for electrolytic activation hydrous matter involved in the present invention.As shown in Figure 8, described device comprises framework 19 and the circuit for electrolytic activation hydrous matter as shown in Figure 5.
This circuit that is used for electrolytic activation hydrous matter is built in framework 19, and electrode 10 parts are placed on framework 19 to directly contact with hydrous matter through the edge of framework 19, and hydrous matter is carried out to contact electrolytic activation.The joint place of framework 19 outside surfaces and display unit 5 is provided with hollow out groove, and display unit 5 exposes to framework 19 so that the information that display control unit 4 transmits at described hollow out groove.Above framework 19, be provided with the container that is divider shape (figure does not indicate) for splendid attire hydrous matter, on container, be also provided with tap 24 for the hydrous matter in removal container.On framework, convex with beginning/X button 25, refrigeration button 26, insulation button 27, cleaning electrode button 28, these four buttons are connected with controller 4 respectively, for sending with each self-corresponding control command signal to controller 4.Beginning/X button 25, for sending the control command signal of opening or closing the described device for electrolytic activation hydrous matter to controller 4; Refrigeration button 26, for sending the control command signal that described hydrous matter is freezed to controller 4; Insulation button 27, keeps the control command signal of described hydrous matter temperature to controller 4 for sending; Cleaning electrode button 28, for sending the control command signal that described electrode 10 is cleaned to controller 4.
The operating process of divider formula device is as follows: electrode 10(is comprised to anode and multiple negative electrode) be placed in the hydrous matter that is contained in container.Below container, be provided with framework 19, this divider formula device that is provided with refrigeration unit 12 is by time variable control, and this program is by circuit control as shown in Figure 5.After divider formula device activates hydrous matter, will carry out cooling to it subsequently.Press after start button 25, reactivation process starts, and presses cooling button 26 and carries out cooling to being activated hydrous matter.Press insulation button 27 for keeping the temperature of divider hydrous matter necessity.Press cleaning electrode button 28 and give an order, electrode 10 is cleaned.
Be illustrated in figure 5 the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is provided with refrigeration unit 12.As shown in Figure 5, alternating source 16 is incoming transport electricity from external communication electrical network, and assembled unit is sent to respectively electric pressure converter 6 and controller 4 after converting the voltage of alternating current of access to volts DS.Controller 4 sends a signal to electric pressure converter 6 and sends a signal to current generator 7 and form 5 milliamperes of activation electric currents to 1 peace in order to drive current producer 7 in order to driving voltage transmodulator 6 formation activation voltages, controller 4.Activate voltage from electric pressure converter 6 inflow current producers 7, and flow to electrode 10 through current controller 8, button 17, activation electric current flow to electrode 10 from current generator 7 through current controller 8, button 17.Current controller 8 is for the output voltage (activating voltage) of correction voltage transmodulator 6, and described voltage signal of flowing through electrode 10 is sent to described electric pressure converter 6.Current controller 8 is also for controlling the electric current of the electrode 10 of flowing through, and the current information of the electrode 10 of flowing through is sent to controller 4, controller 4 is handled as follows after receiving these current informations: if the current value of described current information between 5 milliamperes between 1 peace, current value is sent to display unit 5 by controller 4; Otherwise controller 4 sends electric current error message to display unit 5, meanwhile, controller 4 is proofreaied and correct described activation electric current according to the type of described hydrous matter.Described circuit is also provided with refrigeration unit 12, and this refrigeration unit 12 is connected with controller 4, after receiving the order that controller 4 sends, hydrous matter is carried out to refrigeration order.Temperature sensor 15 is connected with controller 4, for the temperature information of the hydrous matter of perception is passed to controller 4.Controller 4 output terminals are also connected with button 17, and button 17 receives the order of controller 4 and carries out afterwards the order that changes electrode 10 polarity, thereby the salt on electrode 10 or other dirt settlings are carried out to electrochemical cleaning.
Figure 9 shows that the structure iron of the device kettle-type for electrolytic activation hydrous matter involved in the present invention.As shown in Figure 9, described device comprises framework 29 and the circuit for electrolytic activation hydrous matter as shown in Figure 4.
As shown in Figure 9, be built in framework 29 for the circuit of electrolytic activation hydrous matter, electrode 10 parts are placed on framework 29 to directly contact with hydrous matter through the edge of framework 29, and hydrous matter is carried out to contact electrolytic activation.The joint place of framework 29 outside surfaces and display unit 5 is provided with hollow out groove, and display unit 5 exposes to framework 29 so that the information that display control unit 4 transmits at described hollow out groove.Above framework 29, be provided with for the container of splendid attire hydrous matter and be kettle shape.On framework 29, convex with beginning/X button 30, heat button 31, insulation button 32, cleaning electrode button 33, these four buttons are connected with controller 4 respectively, for sending with each self-corresponding control command signal to controller 4.Beginning/X button 30, for sending the control command signal of opening or closing the described device for electrolytic activation hydrous matter to controller 4; Heat button 31, for sending the control command signal that described hydrous matter is heated to controller 4; Insulation button 32, keeps the control command signal of described hydrous matter temperature to controller 4 for sending; Cleaning electrode button 33, for sending the control command signal that described electrode 10 is cleaned to controller 4.
The operating process of kettle-type device is as follows: electrode 10(is comprised to anode and multiple negative electrode) be placed in the hydrous matter that is contained in container (figure does not indicate).Below container, be provided with framework 29, this kettle-type device that is provided with heating unit 13 is by time variable control, and this program is by circuit control as shown in Figure 4.Kettle-type device will heat it after hydrous matter is activated subsequently.Press after start button 30, reactivation process starts, and presses heat button 31 hydrous matter being activated is heated.Button insulation 32 is for keeping the due temperature of divider hydrous matter.Button cleaning electrode button 33 is given an order, and electrode 10 is cleaned.
Be illustrated in figure 4 the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is provided with refrigeration unit 12; Only be with the difference as Fig. 5, circuit shown in Fig. 5 is provided with refrigeration unit 12, and circuit shown in this figure (being Fig. 4) does not arrange refrigeration unit 12, but be provided with heating unit 13, this heating unit 13 is connected with controller 4, after receiving the order that controller 4 sends, hydrous matter is carried out to heating order.
Figure 10 shows that the structure iron of the electrolytic activation device humidifier formula for electrolytic activation hydrous matter involved in the present invention.As shown in figure 10, described device comprises framework 34 and the circuit for electrolytic activation hydrous matter as shown in Figure 6.
As shown in figure 10, be built in framework 34 for the circuit of electrolytic activation hydrous matter, electrode 10 parts are placed on framework 34 to directly contact with hydrous matter through the edge of framework 34, and hydrous matter is carried out to contact electrolytic activation.The joint place of framework 34 outside surfaces and display unit 5 is provided with hollow out groove, and display unit 5 exposes to framework 34 so that the information that display control unit 4 transmits at described hollow out groove.Above framework 34, be provided with for the container of splendid attire hydrous matter and be humidifier shape.On the container of humidifier shape, have a hole, this hole is used for the moisture discharge generating to air.On framework 34, convex with beginning/X button 35, heating/refrigerating button 36, starts gasification/end gasification button 37 and cleaning electrode button 38, and these four buttons are connected with controller 4 respectively, for sending with each self-corresponding control command signal to controller 4.Beginning/X button 35, for sending the control command signal of opening or closing the described device for electrolytic activation hydrous matter to controller 4; Heating/refrigerating button 36, for send to hydrous matter heat or the control command signal that freezes to controller 4; Start gasification/end gasification button 37, for sending the control command signal that hydrous matter is started gasification operation or finishes gasification operation to controller 4; Cleaning electrode button 38, for sending the control command signal that described electrode 10 is cleaned to controller 4.
The operating process of humidifier formula device is as follows: electrode 10(is comprised to anode and multiple negative electrode) be placed in the hydrous matter that is contained in container (figure does not indicate).Below container, be provided with framework 34, this humidifier formula device that is provided with heating unit 13 and/or refrigeration unit 14 is by time variable control, and this program is by circuit control as shown in Figure 6.After humidifier formula device activates hydrous matter, by gasify subsequently (control command transmitting according to controller 4 determines it is that the hydrous matter after activation is heated and obtains hot gas flow or the hydrous matter after activation is freezed and obtains cold air stream).Press after start button 35, reactivation process starts, and presses after heating/refrigerating button 36 and starts to carry out cooling or heating to being activated hydrous matter, carries out cooling or heating and depends on the control command that controller 4 sends.Press and starting gasification/finish gasification button 37 can control and start or finish gasification program.Press cleaning electrode button 38 and give an order, electrode 10 is cleaned.
Be illustrated in figure 6 the schematic diagram that the circuit for electrolytic activation hydrous matter involved in the present invention is provided with water vapour generation unit 14; Only be with the difference as Fig. 5, heating unit 13 and water vapour generation unit 14 are set up, this heating unit 13 is connected with controller 4, after receiving the order that controller 4 sends, hydrous matter is carried out to heating order, water vapour generation unit 14 is connected with controller 4, for the hydrous matter after activation being gasified according to the control signal of controller 4.
The electrode 10 of foregoing circuit and device comprises more than one negative electrode, or comprises that one with Anodic, or comprises an anode and two negative electrodes; The area of described electrode 10 is more than or equal to 2 square centimeters and be less than or equal to 5 square centimeters; Described activation electric current is more than or equal to 5 milliamperes and be less than or equal to 1 peace; Described activation voltage is more than or equal to 0.5 volt and be less than or equal to 24 volts.Described hydrous matter comprises one or several in filtered water, tea, coffee, soup, meat soup, fruit juice, berry juice, jelly, wine, beer, non-alcoholic beverage, congee, sauce, custard, cream, ointment, lotion.
A distinctive marks of the present invention is that this device has there being different level density (relative density) hydrous matter to carry out the ability of activation treatment and the ability of working under steady current or pulsed current.Before and after activation, the redox potential of material directly depends on product density.Table 1 and table 2 have provided the data of the hydrous matter that has different densities.Before table 1 has shown activation and when activation finishes, be activated material density, the relation of interdependence of constant current value and redox potential value.Before table 2 has shown activation and when activation finishes, be activated material density, the relation of interdependence of pulse current value and redox potential value.
Table 1
Table 2
Above disclosed is only preferred embodiment of the present invention; certainly can not limit with this interest field of the present invention; therefore the equivalent variations of doing according to the claims in the present invention; as long as it utilizes electrode 10 directly to contact and carry out electrolysis and fall into protection domain of the present invention with being activated material, still belong to the scope that the present invention is contained.
Claims (22)
1. for a circuit for electrolytic activation hydrous matter, it is characterized in that, comprise supply unit, controller, electric pressure converter, current generator, current controller and electrode;
Described supply unit, for providing voltage and current to described controller, provides voltage to described electric pressure converter;
Described controller is used for sending a signal to described electric pressure converter and described current generator in order to drive described electric pressure converter and described current generator;
Described electric pressure converter activates voltage for the signal generation according to described controller, and this activation voltage is sent to described current generator;
Described current generator activates electric current for the signal generation according to described controller, and described activation voltage and described activation electric current are sent to described current controller;
Described current controller is connected with described electrode, for controlling the electric current of the described electrode of flowing through, and described activation voltage and described activation electric current is sent to described electrode;
Described electrode immerses described hydrous matter, and described hydrous matter is carried out to contact electrolytic activation.
2. the circuit for electrolytic activation hydrous matter according to claim 1, is characterized in that, also comprises display unit, and described display unit is for showing that described controller exports the information of described display unit to.
3. the circuit for electrolytic activation hydrous matter according to claim 1, is characterized in that, described current controller is also for proofreading and correct described activation voltage, and the voltage signal of the described electrode of flowing through is sent to described electric pressure converter;
Described current controller is also for being sent to described controller by the current information of the described electrode of flowing through, described controller is handled as follows after receiving this current information: if the current value of described current information is less than 5 milliamperes or be greater than 1 peace, described controller transmits electric current error message to described display unit, meanwhile, described controller is proofreaied and correct described activation electric current according to the type of described hydrous matter.
4. according to the circuit for electrolytic activation hydrous matter described in claim 1-3 any one, it is characterized in that, described circuit can be worked under constant current, described in when described circuit is worked under constant current, supply unit comprises direct supply and constant voltage transmodulator, described constant voltage transmodulator is exported for point two-way after the output voltage of described direct supply being converted to constant voltage, described controller is delivered on one road, and described electric pressure converter is delivered on another road;
Described in when described circuit is worked under constant current, supply unit also can be provided with automatic charging unit, and described automatic charging unit is for giving described direct supply charging from outside, and described automatic charging unit is also for providing constant current to described controller.
5. the circuit for electrolytic activation hydrous matter according to claim 4, is characterized in that, described circuit can be worked under pulsed current, while work under pulsed current described in circuit also comprise pulse width modulator and surge generator;
The control signal that described surge generator sends for receiving described controller, produces inceptive impulse;
The control signal that described pulse width modulator sends for receiving described controller, is adjusted into activation pulse by described inceptive impulse, and described activation pulse is sent to described current generator.
6. the circuit for electrolytic activation hydrous matter according to claim 5, is characterized in that, in the time that the density of described hydrous matter is less than 1.0 grams/cc, described circuit is worked under constant current;
In the time that the density of described hydrous matter is more than or equal to 1.0 grams/cc, described controller sends a control signal to surge generator, and described circuit is worked under pulsed current.
7. the circuit for electrolytic activation hydrous matter according to claim 5, it is characterized in that, the frequency of described inceptive impulse is more than or equal to 100 hertz and be less than or equal to 2000 hertz, and the frequency of described inceptive impulse increases along with the increase of the density of hydrous matter described in reactivation process.
8. the circuit for electrolytic activation hydrous matter according to claim 5, it is characterized in that, described by described inceptive impulse be adjusted into activation pulse be specially: according to the density of hydrous matter described in reactivation process, described inceptive impulse is adjusted into the activation pulse that duty-cycle is 1%-99% by described pulse width modulator, and described duty-cycle reduces along with the increase of the density of hydrous matter described in reactivation process.
9. according to the circuit for electrolytic activation hydrous matter described in claims 1 to 3 any one, it is characterized in that, described circuit can be worked under exchange current, described in when described circuit is worked under exchange current, supply unit is alternating source, described supply unit is also provided with assembled unit, and described assembled unit is sent to respectively described electric pressure converter and described controller for after the voltage transitions of described alternating source is become to volts DS.
10. the circuit for electrolytic activation hydrous matter according to claim 9, it is characterized in that, also comprise heating unit and/or refrigeration unit, described heating unit is for according to the control signal of described controller, described hydrous matter being heated, and described refrigeration unit is for freezing to described hydrous matter according to the control signal of described controller.
11. circuit for electrolytic activation hydrous matter according to claim 10, is characterized in that, also comprise temperature sensor, for the temperature information of described hydrous matter is sent to described controller.
12. circuit for electrolytic activation hydrous matter according to claim 11, is characterized in that, also comprise button, for changing the polarity of described electrode to clean described electrode according to the control signal of described controller;
Described current controller is connected with described electrode, is specially: described current controller is connected with described electrode through described button, and described current controller is connected with the input terminus of described button, and the output terminal of described button is connected with described electrode.
13. circuit for electrolytic activation hydrous matter according to claim 11, is characterized in that, also comprise water vapour generation unit, for the described hydrous matter after activation being gasified according to the control signal of described controller.
14. circuit for electrolytic activation hydrous matter according to claim 1, is characterized in that, described electrode comprises more than one negative electrode, or comprise that one with Anodic, or comprise an anode and two negative electrodes; The area of described electrode is more than or equal to 2 square centimeters and be less than or equal to 5 square centimeters.
15. circuit for electrolytic activation hydrous matter according to claim 1, is characterized in that, described activation electric current is more than or equal to 5 milliamperes and be less than or equal to 1 peace; Described activation voltage is more than or equal to 0.5 volt and be less than or equal to 24 volts.
16. circuit for electrolytic activation hydrous matter according to claim 1, it is characterized in that, described hydrous matter comprises one or several in filtered water, tea, coffee, soup, meat soup, fruit juice, berry juice, jelly, wine, beer, non-alcoholic beverage, congee, sauce, custard, cream, ointment, lotion.
17. 1 kinds of electrolytic activation devices for electrolytic activation hydrous matter, comprise framework, it is characterized in that, also comprise the circuit for electrolytic activation hydrous matter described in claim 1 to 16 any one claim;
The described circuit for electrolytic activation hydrous matter is built in described framework and a described electrode part is placed on described framework through the edge of described framework;
The joint place of described frame outer surface and described display unit is provided with hollow out groove, and described display unit exposes to described framework at described hollow out groove;
Described framework is provided with push button, for sending the control command signal corresponding with described push button to described controller.
The 18. electrolytic activation devices for electrolytic activation hydrous matter according to claim 17, it is characterized in that, the described circuit for electrolytic activation hydrous matter is the circuit for electrolytic activation hydrous matter described in claim 1 to 8, claim 14 to 16 any one claim;
Described push button comprises: beginning/X button, type confirming button and activation method confirming button;
Described beginning/X button, for sending the control command signal of opening or closing the described device for electrolytic activation hydrous matter to described controller;
Described type confirming button, for sending the control command signal of determining described hydrous matter kind to described controller;
Described activation method confirming button, for the control command signal that sends definite activation method to described controller.
The 19. electrolytic activation devices for electrolytic activation hydrous matter according to claim 17, it is characterized in that, the described circuit for electrolytic activation hydrous matter is the circuit for electrolytic activation hydrous matter described in claims 1 to 3, claim 9 to 12, claim 14 to 16 any one claim;
Described push button comprises beginning/X button, heat button and/or refrigeration button, insulation button, cleaning electrode button;
Described beginning/X button, for sending the control command signal of opening or closing the described device for electrolytic activation hydrous matter to described controller;
Described heat button, for sending the control command signal that described hydrous matter is heated to described controller;
Described refrigeration button, for sending the control command signal that described hydrous matter is freezed to described controller;
Described insulation button, keeps the control command signal of described hydrous matter temperature to described controller for sending;
Described cleaning electrode button, for sending the control command signal that described electrode is cleaned to described controller.
The 20. electrolytic activation devices for electrolytic activation hydrous matter according to claim 17, it is characterized in that, the described circuit for electrolytic activation hydrous matter is the circuit for electrolytic activation hydrous matter described in claims 1 to 3,13 to 16 any one claims;
Described push button comprises: beginning/X button, and heating/refrigerating button, starts gasification/end gasification button and cleaning electrode button;
Described beginning/X button, for sending the control command signal of opening or closing the described device for electrolytic activation hydrous matter to described controller;
Described heating/refrigerating button, for send to described hydrous matter heat or the control command signal that freezes to described controller;
Described gasification/end gasification button that starts, for sending the control command signal that described hydrous matter is started gasification operation or finishes gasification operation to described controller;
Described cleaning electrode button, for sending the control command signal that described electrode is cleaned to described controller.
21. according to the electrolytic activation device for electrolytic activation hydrous matter described in claim 19 or 20, it is characterized in that, also comprise container, described container is placed on described framework for hydrous matter described in splendid attire.
The 22. electrolytic activation devices for electrolytic activation hydrous matter according to claim 21, is characterized in that described container:
Or be divider shape container, on described divider shape container, also can establish tap, described tap is used for taking away described hydrous matter;
Or be kettle packaging container;
Or be humidifier shape container, described humidifier shape container top is porose.
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| CN201310008736.9A CN103922444B (en) | 2013-01-10 | 2013-01-10 | A kind of circuit for electrolytic activation hydrous matter and device |
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| CN201310008736.9A CN103922444B (en) | 2013-01-10 | 2013-01-10 | A kind of circuit for electrolytic activation hydrous matter and device |
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| CN103922444B CN103922444B (en) | 2016-02-03 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016134615A1 (en) * | 2015-02-26 | 2016-09-01 | 罗民雄 | Device for generating electrolyzed water vapor |
| CN109497790A (en) * | 2018-08-31 | 2019-03-22 | 大连双迪创新科技研究院有限公司 | Tea device and its method of making tea wash the method for making tea and wash tea stain method |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09206754A (en) * | 1996-01-31 | 1997-08-12 | Nippon Intec Kk | Electrolyzed water forming power source device and back washing device therefor |
| US5926013A (en) * | 1997-02-05 | 1999-07-20 | Telefonaktiebolaget Lm Ericsson | Circuit and method for generating a voltage for use during active time periods but not inactive time periods |
| KR20020071255A (en) * | 2001-03-05 | 2002-09-12 | 주식회사 버룽 | Control apparatus for sterilization and disinfection system by metal ion under water diffusion by electric method |
| CN102358638A (en) * | 2011-09-23 | 2012-02-22 | 薛宏 | Water electrolysis machine and method |
| CN202257335U (en) * | 2011-09-14 | 2012-05-30 | 深圳市亿维自动化技术有限公司 | Voltage and current output device |
-
2013
- 2013-01-10 CN CN201310008736.9A patent/CN103922444B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09206754A (en) * | 1996-01-31 | 1997-08-12 | Nippon Intec Kk | Electrolyzed water forming power source device and back washing device therefor |
| US5926013A (en) * | 1997-02-05 | 1999-07-20 | Telefonaktiebolaget Lm Ericsson | Circuit and method for generating a voltage for use during active time periods but not inactive time periods |
| KR20020071255A (en) * | 2001-03-05 | 2002-09-12 | 주식회사 버룽 | Control apparatus for sterilization and disinfection system by metal ion under water diffusion by electric method |
| CN202257335U (en) * | 2011-09-14 | 2012-05-30 | 深圳市亿维自动化技术有限公司 | Voltage and current output device |
| CN102358638A (en) * | 2011-09-23 | 2012-02-22 | 薛宏 | Water electrolysis machine and method |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016134615A1 (en) * | 2015-02-26 | 2016-09-01 | 罗民雄 | Device for generating electrolyzed water vapor |
| CN109497790A (en) * | 2018-08-31 | 2019-03-22 | 大连双迪创新科技研究院有限公司 | Tea device and its method of making tea wash the method for making tea and wash tea stain method |
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|---|---|
| CN103922444B (en) | 2016-02-03 |
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