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Número de publicaciónCN103922444 A
Tipo de publicaciónSolicitud
Número de solicitudCN 201310008736
Fecha de publicación16 Jul 2014
Fecha de presentación10 Ene 2013
Fecha de prioridad10 Ene 2013
También publicado comoCN103922444B
Número de publicación201310008736.9, CN 103922444 A, CN 103922444A, CN 201310008736, CN-A-103922444, CN103922444 A, CN103922444A, CN201310008736, CN201310008736.9
Inventores阿索特·帕比科文西·哈恰特良, 裴乐科·姆克尔季奇·克蕾彦, 艾腾·阿索特文西·哈恰特良
Solicitante阿索特·帕比科文西·哈恰特良
Exportar citaBiBTeX, EndNote, RefMan
Enlaces externos:  SIPO, Espacenet
Circuit and device for electrolytic activation of water-containing substance
CN 103922444 A
Resumen
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.
Reclamaciones(22)  traducido del chino
1.一种用于电解活化含水物质的电路,其特征在于,包括电源装置、控制器、电压转换器、电流发生器、电流控制器和电极; 所述电源装置用于对所述控制器提供电压和电流,对所述电压转换器提供电压; 所述控制器用于发送信号至所述电压转换器和所述电流发生器用以驱动所述电压转换器和所述电流发生器; 所述电压转换器用于根据所述控制器的信号产生活化电压,并将该活化电压传送至所述电流发生器; 所述电流发生器用于根据所述控制器的信号产生活化电流,并将所述活化电压和所述活化电流传送至所述电流控制器; 所述电流控制器与所述电极连接,用于控制流经所述电极的电流,并将所述活化电压和所述活化电流传送至所述电极; 所述电极浸入所述含水物质,对所述含水物质进行接触性电解活化。 1. A method for the electrolysis of aqueous material activating circuit comprising power supply means, a controller, a voltage converter, a current generator, the current controller and the electrode; said power supply means for providing the controller voltage and current, the voltage converter for providing a voltage; said controller for transmitting a signal to the voltage converter and the current generator for driving said voltage converter and said current generator; said voltage converter activating for generating a voltage signal in accordance with the controller, and the activation voltage delivered to the current generator; the current generator for generating a signal based on said activation current controller, and the activation voltage and The activation current sent to the current controller; and a current controller connected to said electrode, controlling the current flowing through the electrodes used, and the activation of the activation voltage and current delivered to the electrode ; the electrode is immersed in the water-containing material, for contacting the aqueous substance electrolytic activation.
2.根据权利要求1所述的用于电解活化含水物质的电路,其特征在于,还包括显示装置,所述显示装置用于显示所述控制器输出至所述显示装置的信息。 2. The circuit for activating the electrolysis of the aqueous material according to claim 1, characterized by further comprising display means, said display means for displaying the information output to the controller of the display device.
3.根据权利要求1所述的用于电解活化含水物质的电路,其特征在于,所述电流控制器还用于校正所述活化电压,并将所述流经电极的电压信号传送至所述电压转换器; 所述电流控制器还用于将所述流经电极的电流信息传送至所述控制器,所述控制器接收该电流信息后作如下处理:若所述电流信息的电流值小于5毫安或者大于I安,则所述控制器传送电流出错信息给所述显示装置,同时,所述控制器根据所述含水物质的类型校正所述活化电流。 3. The circuit for activating the electrolysis of the aqueous material according to claim 1, characterized in that said current controller further for activating said correction voltage, and the voltage of the signal transmission electrodes to flow through the voltage converter; said current controller further for the current flowing through the electrodes transmit information to the controller, the controller receives the current information is made after the following processing: if the current is less than the current value of the information An I or greater than 5 mA, then the current controller transmits an error message to the display means while said controller activating said current correction according to the type of the water-containing material.
4.根据权利要求1-3任一项所述的用于电解活化含水物质的电路,其特征在于,所述电路可在恒定电流下工作,所述电路在恒定电流下工作时所述电源装置包括直流电源和恒压转换器,所述恒压转换器用于将所述直流电源的输出电压转换成恒定电压后分两路输出,一路送至所述控制器,另一路送至所述电压转换器; 所述电路在恒定电流下工作时所述电源装置还可设有自动充电单元,所述自动充电单元用于从外部给所述直流电源充电,所述自动充电单元还用于对所述控制器提供恒定电流。 4. A circuit according to any one of claims 1-3 for electrolysis of aqueous material activating claim, characterized in that said circuit operates at constant current, when the circuit operates in the constant current power supply means includes a DC power supply and constant voltage converter, the constant voltage converter for converting an output voltage of the DC power source into a constant voltage output after the two routes, all the way to said controller, another way to said voltage converter device; when the circuit operates at a constant current of the power supply unit also has an automatic charging unit, the charging unit automatically from an external DC power supply to the charge, the automatic charging unit is also used for the The controller provides a constant current.
5.根据权利要求4所述的用于电解活化含水物质的电路,其特征在于,所述电路可在脉冲电流下工作,在脉冲电流下工作时所述电路还包括脉宽调制器和脉冲发生器; 所述脉冲发生器用于接收所述控制器发送的控制信号,产生初始脉冲; 所述脉宽调制器用于接收所述控制器发送的控制信号,将所述初始脉冲调整为活化脉冲,并将所述活化脉冲传送至所述电流发生器。 5. The circuit for activating the electrolysis of the aqueous material according to claim 4, characterized in that the circuit can operate as a pulse current, when the current in the pulse circuit further comprises a pulse generator and a pulse width modulator ; said pulse generator for receiving a control signal transmitted by said controller, generating an initial pulse; said pulse width modulator for receiving the control signal transmitted by the controller, to adjust the initial pulse activation pulse, and the activation pulse is transmitted to the current generator.
6.根据权利要求5所述的用于电解活化含水物质的电路,其特征在于,当所述含水物质的密度小于1.0克/立方厘米时,所述电路在恒定电流下工作; 当所述含水物质的密度大于等于1.0克/立方厘米时,所述控制器发送控制信号至脉冲发生器,所述电路在脉冲电流下工作。 6. The circuit for activating the electrolysis of aqueous material according to claim 5, characterized in that when the density of the aqueous material is less than 1.0 g / cc, the circuit operates at a constant current; when the aqueous When the density of the material is not less than 1.0 g / cc, the controller sends a control signal to the pulse generator, the pulse circuit current.
7.根据权利要求5所述的用于电解活化含水物质的电路,其特征在于,所述初始脉冲的频率大于等于100赫兹并且小于等于2000赫兹,所述初始脉冲的频率随着活化过程中所述含水物质密度的增加而增加。 7. The circuit for activating the electrolysis of the aqueous material according to claim 5, wherein said initial pulse frequency is greater than or equal to 100 Hz and 2000 Hz or less, with the initial pulse frequency of the activation process increase the density of said aqueous material increases.
8.根据权利要求5所述的用于电解活化含水物质的电路,其特征在于,所述将所述初始脉冲调整为活化脉冲具体为:根据活化过程中所述含水物质的密度,所述脉宽调制器将所述初始脉冲调整为频宽比为1%_99%的活化脉冲,并且所述频宽比随着活化过程中所述含水物质密度的增加而减小。 8. The circuit for activating the electrolysis of the aqueous material according to claim 5, wherein said adjusting said initial pulse pulse is specifically activated: the activation process according to the density of the aqueous material, the pulse width modulator to adjust the initial pulse duty cycle of 1% _99% of the activation pulse and the bandwidth than increasing the density of matter in the water with the activation process is reduced.
9.根据权利要求1至3任一项所述的用于电解活化含水物质的电路,其特征在于,所述电路可在交变电流下工作,所述电路在交变电流下工作时所述电源装置为交变电源,所述电源装置还设有组合单元,所述组合单元用于将所述交变电源的电压转换成直流电压后分别传送至所述电压转换器和所述控制器。 9. 1-3 to any one of the circuit activation for electrolysis of aqueous material according to claim, characterized in that said circuit in an alternating flow of work, the circuit when the alternating flow of work power supply means for the alternating power supply, the power supply apparatus also has a combining unit, the combining unit for transmitting the power of said alternating voltage into a DC voltage after the voltage converter respectively and to the controller.
10.根据权利要求9所述的用于电解活化含水物质的电路,其特征在于,还包括加热单元和/或制冷单元,所述加热单元用于根据所述控制器的控制信号对所述含水物质进行加热,所述制冷单元用于根据所述控制器的控制信号对所述含水物质进行制冷。 10. The aqueous electrolytic substance activating circuit according to claim 9, characterized in that, further comprising a heating unit and / or cooling unit, the heating unit according to a control signal for the controller of the aqueous material is heated, the cooling unit for the control signal of the controller for cooling of the water-containing material.
11.根据权利要求10所述的用于电解活化含水物质的电路,其特征在于,还包括温度传感器,用于将所述含水物质的温度信息传送至所述控制器。 11. A circuit for activating the electrolysis of the aqueous material according to claim 10, characterized in that it further comprises a temperature sensor for the temperature of the aqueous substance information transmitted to the controller.
12.根据权利要求11所述的用于电解活化含水物质的电路,其特征在于,还包括按键,用于根据所述控制器的控制信号改变所述电极的极性以便清洗所述电极; 所述电流控制器与所述电极连接,具体为:所述电流控制器经所述按键与所述电极连接,即所述电流控制器与所述按键的输入端连接,所述按键的输出端与所述电极连接。 12. The circuit for activating the electrolysis of the aqueous material according to claim 11, characterized in that it further comprises a key, according to a control signal for changing the polarity of the electrodes to clean the electrode controller; the said current controller is connected to the electrode, in particular: the key and the current controller is connected to the electrode, i.e., the input terminal of the current controller is connected with the key, the key and the output terminal The electrodes are connected.
13.根据权利要求11所述的用于电解活化含水物质的电路,其特征在于,还包括水蒸气生成单元,用于根据所述控制器的控制信号将活化后的所述含水物质气化。 13. The circuit for activating the electrolysis of the aqueous material according to claim 11, characterized in that, further comprising a steam generating unit according to a control signal for the controller to activate the water-containing material after the gasification.
14.根据权利要求1所述的用于电解活化含水物质的电路,其特征在于,所述电极包括一个以上阴极,或者包括一个以上阳极,或者包括一个阳极和两个阴极;所述电极的面积大于等于2平方厘米且小于等于5平方厘米。 14. The circuit for activating the electrolysis of the aqueous material according to claim 1, wherein said one or more electrodes comprising a cathode or an anode comprising one or more, two or comprising an anode and a cathode; the electrode area not less than 2 cm2 and not more than 5 cm2.
15.根据权利要求1所述的用于电解活化含水物质的电路,其特征在于,所述活化电流大于等于5毫安且小于等于I安;所述活化电压大于等于0.5伏特且小于等于24伏特。 15. The material of claim aqueous electrolytic activation circuit for 1, characterized in that said activation current is not less than 5 mA and not more than I An; the activation voltage is greater than equal to 0.5 volts and 24 volts or less .
16.根据权利要求1所述的用于电解活化含水物质的电路,其特征在于,所述含水物质包括过滤水、茶、咖啡、汤、肉汤、果汁、浆果果汁、果冻、酒、啤酒、非酒精饮料、粥、酱、羹、奶油、药膏、洗剂中的一种或数种。 16. The circuit for activating the electrolysis of the aqueous material according to claim 1, wherein said aqueous material comprises a filtered water, tea, coffee, soup, broth, fruit juice, berry juice, jelly, wine, beer, Non-alcoholic beverages, porridge, sauce, soup, cream, ointments, lotions, one or several.
17.一种用于电解活化含水物质的电解活化装置,包括框架,其特征在于,还包括权利要求I至16任一项权利要求所述的用于电解活化含水物质的电路; 所述用于电解活化含水物质的电路内置于所述框架且所述电极一部分穿过所述框架的边缘而外置于所述框架; 所述框架外表面与所述显示装置的贴合处设有镂空凹槽,所述显示装置在所述镂空凹槽处外露于所述框架; 所述框架上设有控制按钮,用于发送与所述控制按钮对应的控制命令信号给所述控制器。 17. An electrolytic aqueous activating means for activating an electrolytic substance, comprising a frame, characterized by further comprising any one of the preceding claims 16 to claim I electrolytic activation of the water-containing material for a circuit; means for Electrolysis of water-containing material activation circuit is built and the portion of the electrode through the outer edge of the frame to the frame disposed in the frame; the outer surface of the frame with the display of the device is provided with bonding hollow recess the display device in the hollow recess exposed to the frame; provided with control buttons on the frame, and the control button for sending the corresponding control command signal to the controller.
18.根据权利要求17所述的用于电解活化含水物质的电解活化装置,其特征在于,所述用于电解活化含水物质的电路为权利要求1至8、权利要求14至16任一项权利要求所述的用于电解活化含水物质的电路; 所述控制按钮包括:开始/关闭按钮,类型确定按钮和活化方式确定按钮;所述开始/关闭按钮,用于发送开启或关闭所述用于电解活化含水物质的装置的控制命令信号给所述控制器; 所述类型确定按钮,用于发送确定所述含水物质种类的控制命令信号给所述控制器; 所述活化方式确定按钮,用于发送确定的活化方式的控制命令信号给所述控制器。 18. The electrolytic aqueous activating means for activating an electrolytic substance according to claim 17, wherein said aqueous material for electrolysis circuit is activated to claim 1-8, as claimed any one of claims 14 to claim 16, Electrolysis requires activation of the water-containing material for a circuit; the control buttons are: On / off button, type OK button and the OK button activation mode; the On / off button for sending open or close the for control command signal activated water electrolysis apparatus matter to the controller; the type OK button for sending the water to determine the type of substance control command signal to the controller; determine the activation buttons for control command signal is sent to determine the activation method to the controller.
19.根据权利要求17所述的用于电解活化含水物质的电解活化装置,其特征在于,所述用于电解活化含水物质的电路为权利要求1至3、权利要求9至12、权利要求14至16任意一项权利要求所述的用于电解活化含水物质的电路; 所述控制按钮包括开始/关闭按钮,加热按钮和/或制冷按钮,保温按钮,清洗电极按钮; 所述开始/关闭按钮,用于发送开启或关闭所述用于电解活化含水物质的装置的控制命令信号给所述控制器; 所述加热按钮,用于发送对所述含水物质进行加热的控制命令信号给所述控制器; 所述制冷按钮,用于发送对所述含水物质进行制冷的控制命令信号给所述控制器; 所述保温按钮,用于发送保持所述含水物质温度的控制命令信号给所述控制器; 所述清洗电极按钮,用于发送对所述电极进行清洗的控制命令信号给所述控制器。 19. The electrolytic aqueous activating means for activating an electrolytic substance according to claim 17, wherein said aqueous material for electrolysis circuit is activated to claim 1-3, claims 9-12, Claim 14 Electrolysis of water-containing material to the activation circuit according to any one of claims to 16; the control buttons include On / off button, the heating buttons and / or cooling button, holding the button, clean the electrode button; the start / close button for transmitting control command signal to open or close the electrolytic activation of the water-containing material means used to the controller; the heating button for sending the water-containing material is heated to a control command signal to the control ; said cooling buttons are used to send the material for cooling water control command signal to the controller; the heat button is used to send control commands to maintain the temperature of the aqueous substance signal to the controller ; said cleaning electrode buttons are used to send the electrode for cleaning the control command signal to the controller.
20.根据权利要求17所述的用于电解活化含水物质的电解活化装置,其特征在于,所述用于电解活化含水物质的电路为权利要求1至3、13至16任意一项权利要求所述的用于电解活化含水物质的电路; 所述控制按钮包括:开始/关闭按钮,加热/制冷按钮,开始气化/结束气化按钮和清洗电极按钮; 所述开始/关闭按钮,用于发送开启或关闭所述用于电解活化含水物质的装置的控制命令信号给所述控制器; 所述加热/制冷按钮,用于发送对所述含水物质进行加热或制冷的控制命令信号给所述控制器; 所述开始气化/结束气化按钮,用于发送对所述含水物质开始气化操作或结束气化操作的控制命令信号给所述控制器; 所述清洗电极按钮,用于发送对所述电极进行清洗的控制命令信号给所述控制器。 20. The electrolytic activation means for activating the electrolysis of the aqueous material according to claim 17, characterized in that the means for activating the electrolysis of aqueous material circuit of claims 1 to 3, 13 to 16 in any one of claims circuit for electrolytic activation of said aqueous material; and the control buttons are: On / off button, and heating / cooling button to start gasification / end button and the cleaning electrode gasification button; the start / Off button for sending opening or closing control command signal electrolytic activation of the water-containing material means used to the controller; the heating / cooling buttons are used to send the water-containing material for heating or cooling control command signal to the control ; said gasification start / end gasification button for sending the aqueous substance gasification operation start or end control gasification operation command signal to the controller; the cleaning electrode button for sending cleaning the electrode control command signal to the controller.
21.根据权利要求19或20所述的用于电解活化含水物质的电解活化装置,其特征在于,还包括容器,所述容器置于所述框架上用于盛装所述含水物质。 21. The electrolytic activation means for activating the electrolysis of the aqueous material according to claim 19 or claim 20, characterized in that, further comprising a container disposed on said frame for containing said aqueous material.
22.根据权利要求21所述的用于电解活化含水物质的电解活化装置,其特征在于,所述容器: 或者为分配器状容器,在所述分配器状容器上还可设龙头,所述龙头用于取走所述含水物质; 或者为水壶装容器; 或者为加湿器状容器,所述加湿器状容器顶部有孔。 22. The electrolytic activation means for activating the electrolysis of the aqueous material according to claim 21, characterized in that the container: a dispenser or the like container, the container may also be provided like the dispenser faucet, the tap for removal of the water-containing material; or as container-kettle; or a humidifier reservoir on top of the humidifier shaped container has holes.
Descripción  traducido del chino

—种用于电解活化含水物质的电路和装置 - Kind of circuits and devices for water electrolysis activating substance

技术领域 Technical Field

[0001] 本发明涉及一种电解电路和电解装置,尤其涉及一种用于电解活化含水物质的电路和装置。 [0001] The present invention relates to an electrolysis apparatus electrolytic circuit and, more particularly, to a circuit and a means for activating the aqueous electrolytic substance.

背景技术 Background

[0002] 电解活化意味着被溶解物质对液体、含水的液体以及含水物质的电气影响,该电气影响主要表现在电极表面的自由电荷上。 [0002] Electrolytic activation means is dissolved liquid, aqueous liquid and electrical substances on water-containing material, which mainly affect the electrical charge on the free surface of the electrode. 现有的进行接触性电解活化的装置存在如下问题: Existence contacting existing electrolysis device activation following questions:

首先,现有装置仅仅用于活化水、使水产生碱性和抗氧化性能,不能用于活化其他不同密度的含水物质,而这些不同密度层级的含水物质广泛应用于食品、美容、卫生用品等行业。 First, the existing means for activating only water, produce alkaline water and antioxidant properties, can not be used to activate other different densities of water-containing material, and these different density levels of water-containing material widely used in food, cosmetics, hygiene products, etc. industry.

[0003] 其次,现有装置一般采用强电流、强电压对物质进行活化,因而造成物质本身结构被破坏,并且,电解活化后物质的化学成分也被改变。 [0003] Second, existing devices generally use high current, high voltage on the substance were activated, resulting in the structure of matter itself is destroyed, and the chemical composition of the material is also changed electrolytic activation. 发明内容 DISCLOSURE

[0004] 为了解决现有技术存在的上述问题,本发明提供一种用于电解活化含水物质的电路以及包含所述电路的用于电解活化含水物质的电解活化装置,所述电路和装置通过较小电压和较小电流实现对多种含水物质进行接触性活化。 [0004] In order to solve the above problems of the prior art, the present invention provides a method for activating the electrolysis of an aqueous material comprising an electrolytic activation circuit and said circuit means for activating the electrolysis of the aqueous material, and said circuit means by comparing a small voltage and smaller current to achieve a variety of water-containing material contact activation.

[0005] 本发明涉及的用于电解活化含水物质的电路包括:包括电源、控制器、电压转换器、电流发生器、电流控制器和电极;所述电源装置用于对所述控制器提供电压和电流,对所述电压转换器提供电压;所述控制器用于发送信号至所述电压转换器和所述电流发生器用以驱动所述电压转换器和所述电流发生器;所述电压转换器用于根据所述控制器的信号产生活化电压,并将该活化电压传送至所述电流发生器;所述电流发生器用于根据所述控制器的信号产生活化电流,并将所述活化电压和所述活化电流传送至所述电流控制器;所述电流控制器与所述电极连接,用于控制流经所述电极的电流,并将所述活化电压和所述活化电流传送至所述电极;所述电极浸入所述含水物质,对所述含水物质进行接触性电解活化。 [0005] The present invention relates to a circuit for activating the electrolysis of the aqueous material comprising: a power supply, a controller, a voltage converter, a current generator, the current controller and the electrode; said power supply means for supplying a voltage to the controller and the current of the voltage converter to provide a voltage; said controller for transmitting a signal to the voltage converter and the current generator for driving said voltage converter and said current generator; said voltage converter uses According to the activation voltage signal of the controller, and the activation voltage delivered to the current generator; the current generator for generating a signal based on said activation current controller, and the activation voltage and the said activation current sent to the current controller; the current controller connected to said electrodes, for controlling a current flowing through the electrode, and the activation of the activation voltage and current delivered to the electrode; The electrode is immersed in the water-containing material, for contacting the aqueous substance electrolytic activation.

本发明还提供一种用于电解活化含水物质的装置,所述装置包括框架,还包括所述的用于电解活化含水物质的电路;所述用于电解活化含水物质的电路内置于所述框架且所述电极一部分穿过所述框架的边缘而外置于所述框架;所述框架外表面与所述显示装置的贴合处设有镂空凹槽,所述显示装置在所述镂空凹槽处外露于所述框架;所述框架上设有控制按钮,用于发送与所述控制按钮对应的控制命令信号给所述控制器。 The present invention also provides an apparatus for electrolysis of aqueous activating substance, said apparatus comprising a frame, further comprising an electrolytic activation of the water-containing material for a circuit; said frame aqueous electrolytic substance activating the built-in circuit for and the part of the electrode through the outer edge of the frame disposed in the frame; the outer surface of the frame with the display of the device is provided with bonding hollow recess means hollow recess on said display Exposed to the frame at; provided with control buttons on the frame, and the control button for sending the corresponding control command signal to the controller.

[0006] 本发明涉及的用于电解活化含水物质的电路以及包含所述电路的用于电解活化含水物质的电解活化装置,利用电极直接与含水物质接触,实现对多种含水物质的接触性电解活化;同时,本发明涉及的用于电解活化含水物质的电路以及包含所述电路的用于电解活化含水物质的电解活化装置,通过较小电压(0.5伏至24伏)和较小电流(5毫安至I安)即可实现对多种含水物质进行接触性电解活化,能较好地维持物质原有结构和化学成分。 [0006] The present invention relates to a circuit for activating the electrolysis of an aqueous substance and said circuit comprising means for activating an electrolytic aqueous electrolytic activating substance, using the electrode directly in contact with the aqueous material, the aqueous material to achieve a variety of electrolytic contact activation; Meanwhile, the present invention relates to a circuit for activating the electrolysis of an aqueous substance and said circuit comprising an electrolytic activation means for activating the electrolysis of the aqueous material, through a smaller voltage (0.5 volts to 24 volts) and a smaller current (5 I milliamps to amps) to achieve a variety of water-containing material contacting electrolytic activation can better maintain the original structure and chemical composition of the material.

附图说明 Brief Description

[0007] 为了更清楚地说明本发明实施例或现有技术中的技术方案,下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍,显而易见地,下面描述中的附图仅仅是本发明的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动性的前提下,还可以根据这些附图获得其他的附图。 [0007] In order to more clearly illustrate the embodiments or the prior art technical solutions embodiment of the present invention, it will implement the following figures for the cases described in the prior art or require the use of a simple introduction, Obviously, in the following description The drawings are only some embodiments of the present invention, those of ordinary skill in speaking, without creative efforts of the premise, you can also obtain other drawings based on these drawings. [0008] 图1是本发明所涉及的用于电解活化含水物质的电路的总电路示意图; [0008] FIG. 1 is a general circuit schematic for the electrolysis of aqueous material activation circuit of the present invention;

图2是本发明所涉及的用于电解活化含水物质的电路在恒定电流下工作的示意图; Figure 2 is a schematic diagram of the present invention relates to a circuit for activating the electrolysis of aqueous substance at constant current job;

图3是本发明所涉及的用于电解活化含水物质的电路在脉冲电流下工作的示意图; Figure 3 is a schematic diagram of the present invention relates to a circuit for the electrolysis of aqueous material in the activating pulse current work;

图4是本发明所涉及的用于电解活化含水物质的电路设有加热单元的示意图; Figure 4 is a circuit of the present invention relates to a water-containing material for electrolysis is provided a schematic view of the activation heating means;

图5是本发明所涉及的用于电解活化含水物质的电路设有制冷单元的示意图; Figure 5 is a schematic diagram of the present invention relates to a circuit for activating the electrolysis of aqueous material with a refrigeration unit;

图6是本发明所涉及的用于电解活化含水物质的电路设有水蒸气生成单元的示意图; 图7是本发明所涉及的用于电解活化含水物质的装置便携式的结构图; Figure 6 is a circuit of the present invention relates to a water-containing material for the activation of the electrolysis of water vapor is provided a schematic generating unit; FIG. 7 is a means for activating the electrolysis of an aqueous substance present invention relates to a portable structure diagram;

图8是本发明所涉及的用于电解活化含水物质的装置分配器式的结构图; Figure 8 is a block diagram of the present invention for the electrolysis of aqueous material activating device type dispenser;

图9是本发明所涉及的用于电解活化含水物质的装置水壶式的结构图; Figure 9 is a present invention relates to an apparatus configuration diagram of a kettle-type water activated materials for electrolysis;

图10是本发明所涉及的用于电解活化含水物质的装置加湿器式的结构图。 FIG. 10 is a block diagram of the present invention for the electrolysis of aqueous material activating device type humidifier.

具体实施方式 DETAILED DESCRIPTION

[0009] 下面将结合附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。 [0009] below with the accompanying drawings, were a clear example of the technical solutions of the present invention, a complete description of, obviously, the described embodiments are only part of the embodiments of the present invention, but not all embodiments. 基于本发明中的实施例,本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。 Based on the embodiments of the present invention, those of ordinary skill in making all other embodiments no creative effort obtained are within the scope of protection of the present invention.

[0010] 本发明涉及一种用于电解活化含水物质的电路以及包含这种电路的电解活化装置,该电路和该装置利用电极直接与含水物质接触,通过较小电压和较小电流对多种含水物质进行接触性电解活化。 [0010] The present invention relates to a device comprising such an electrolytic activation circuit for activating aqueous electrolytic material and a circuit, the circuit and the device uses an electrode in direct contact with the water-containing material, by a smaller voltage and current on a variety of smaller contacting the aqueous substance electrolytic activation.

[0011] 如图1所示为本发明所涉及的用于电解活化含水物质的电路的总电路示意图,包括电源装置、控制器4、电压转换器6、电流发生器7、电流控制器8和电极10。 [0011] Figure 1 shows the present invention relates to a circuit schematic for the total aqueous electrolytic substance activating circuit comprises a power supply device, the controller 4, the voltage converter 6, the current generator 7, and a current controller 8 electrode 10. 电源装置用于对控制器4提供电压和电流,对电压转换器6提供电压;控制器4用于发送信号至电压转换器6和所述电流发生器7用以驱动电压转换器6和电流发生器7 ;电压转换器6用于根据控制器4的信号产生活化电压,并将该活化电压传送至电流发生器7 ;电流发生器7用于根据控制器4的信号产生活化电流,并将活化电压和所述活化电流传送至电流控制器8 ;当按键17未导通接入电路时,电流控制器8与电极10连接,当按键17导入电路时,电流控制器8经按键17与电极10连接,电流控制器8用于控制流经电极10的电流,并将活化电压和活化电流传送至电极10 ;电极10浸入所述含水物质,对含水物质进行接触性电解活化。 Power supply means for providing voltage and current controller 4, of the voltage converter 6 to provide voltage; 4 for the controller sends a signal to the voltage converter 6 and the current generator 7 for driving the voltage converter 6 and the current occurs 7; 6 voltage converter for generating a voltage according to the activation signal from the controller 4, and transmits the activating voltage to current generator 7; current generator 7 for generating a current based on the activation signal from the controller 4, and the activation of voltage and current delivered to the activated current controller 8; when the key 17 is not turned into circuit, the current controller 8 connected to the electrodes 10, 17 when the key import circuit, a current controller 8 via the key 17 and the electrode 10 connection, current controller 8 for controlling the current flowing through the electrode 10, and the activation of the voltage and current delivered to the electrode 10 activation; electrode 10 is immersed in the water-containing material, the material of the contacting aqueous electrolytic activation.

[0012] 电源装置包括三组装置:第一组装置包括蓄电池I或蓄电池组、自动充电单元2、恒压转换器3 ;第二组装置包括脉冲发生器11、脉宽调制器9 ;第三组装置包括交变电源 [0012] The power supply apparatus includes three sets of means: a first group of devices includes a battery or batteries I, automatic charging unit 2, a constant voltage converter 3; a second set of means includes a pulse generator 11, pulse width modulator 9; Third Group means comprises an alternating power supply

16、组合单元(图中未标示)。 16, combining unit (not shown). [0013] 当第一组装置即蓄电池I或蓄电池组、自动充电单元2、恒压转换器3导通接入电路时,电路在恒定电流下工作,恒压转换器3用于将蓄电池I或蓄电池组的输出电压转换成恒定电压后分两路输出,一路送至控制器4,另一路送至电压转换器6。 [0013] When the first set of means, namely a battery or battery pack I, automatic charging unit 2, a constant voltage converter 3 is turned into circuit, the circuit in constant current operation, constant voltage converter 3 for the battery or I battery output voltage into a constant voltage output after the two routes, all the way to the controller 4, the other way to the voltage converter 6.

当第一组装置和第二组装置即蓄电池I或蓄电池组、自动充电单元2、恒压转换器3、脉冲发生器11、脉宽调制器9导通接入电路时,电路在脉冲电流下工作,脉冲发生器11根据控制器4发送的控制信号,产生频率介于100赫兹到2000赫兹的初始脉冲,该初始脉冲的频率随着活化过程中含水物质密度的增加而增加。 When the first set and second set of means i.e. means a battery or batteries I, automatic charging unit 2, a constant voltage converter 3, the pulse generator 11, pulse width modulator circuit 9 is turned on access to the circuit under pulsed current work, the pulse generator 11 in accordance with the control signal transmitted controller 4 generates a frequency between 100 Hz to 2000 Hz Initial pulse frequency of the pulse increases as the initial density of the substance during activation increases water. 脉宽调制器9根据控制器4发送的控制信号,将接收到的初始脉冲调整为频宽比为1%_99%的活化脉冲后将该活化脉冲传送至电流发生器7。 9 according to the pulse width modulator controller 4 transmits a control signal, the received initial pulse bandwidth ratio is adjusted to 1% _99% after the activation of the activating pulse is transmitted to the pulse current generator 7. 活化脉冲的频宽比随着活化过程中含水物质密度的增加而减小。 Activation pulse duty cycle increases with the activation process water decreases the density of matter.

当第三组装置即交变电源16、组合单元导通接入电路时,电路在交变电流下工作。 That means when the third set of the alternating power supply 16, a combination unit is turned on access to the circuit, the circuit in alternating flow of work. 交变电源16与外部交流电网连接,组合单元将交变电源16的电压转换成直流电压后分别传送至电压转换器6和控制器4。 An alternating power supply 16 is connected to an external AC grid, a combination of alternating conveying unit 16 converts the power voltage into a DC voltage to the voltage converter after respectively 6 and the controller 4. 当第三组装置导通接入电路时,加热单元13、制冷单元12、水蒸气生成单元14、温度传感器15、按键17可部分或全部导通接入电路。 When the third set of devices access to the circuit is turned on, the heating unit 13, a cooling unit 12, a steam generating unit 14, a temperature sensor 15, 17 may be partially or completely turned the key access to the circuit. 当然,当第三组装置导通接入电路时,加热单元13、制冷单元12、水蒸气生成单元14、温度传感器15、按键17也可全部不导通接入电路。 Of course, when the third set of devices access to the circuit is turned on, the heating unit 13, a cooling unit 12, a steam generating unit 14, a temperature sensor 15, the key 17 can also be access to all non-conducting circuit. 加热单元13根据控制器4的控制信号对含水物质进行加热,制冷单元12根据所述控制器4的控制信号对含水物质进行制冷、水蒸气生成单元14根据控制器4的控制信号将活化后的含水物质气化,温度传感器15将含水物质的温度信息传送至控制器4,按键17根据控制器4的控制信号改变电极10的极性,对附着在电极10上的盐或其他杂质进行电化学清洗。 Heating unit 13 according to the control signal from the controller 4 to aqueous material is heated, cooling unit 12 according to the control signal from the controller 4 to the aqueous substance refrigeration, steam generation unit 14 according to the control signal from the controller after 4 Activated The aqueous gasification, the temperature sensor 15 and the temperature of the water-containing material information to the controller 4, the key 17 to change the polarity of the electrodes 10 in accordance with the control signal from the controller 4, attached to the electrode 10 of the electrochemical salts or other impurities cleaning. 当按键17导通接入电路后,电流控制器8经按键17与电极10连接。 When the key 17 is turned into circuit, the current controller 8 via the key 17 is connected to the electrode 10.

[0014] 如图7所示为本发明所涉及的用于电解活化含水物质的装置便携式的结构图。 [0014] Figure 7 of the present invention relates to a structure as shown in FIG aqueous activating substance for electrolysis apparatus portable. 如图7所示,所述装置包括框架18和如图2或图3所示的用于电解活化含水物质的电路,该用于电解活化含水物质的电路内置于框架18,电极10 —部分穿过所述框架18的边缘而外置于框架18以便直接与含水物质接触,对含水物质进行接触性电解活化。 Shown, the apparatus comprises a frame 18 in FIG. 7 and FIG circuit for activating the electrolysis of the aqueous material shown in FIG. 2 or 3, the water-containing material for electrolysis activating circuit built into the frame 18, the electrode 10 - Partial wear through the outer edge of the frame 18 to frame 18 placed in direct contact with water-containing material, for water electrolysis activating substance contact. 框架18外表面与显示装置5的贴合处设有镂空凹槽,显示装置5在所述镂空凹槽处外露于框架18以便显示控制器4传送的信息。 Bonding the outer surface of the frame 18 is provided with a display device 5 hollow recess, the display device 5 in the hollow recess 18 exposed to the frame to display information on the controller 4 transfer. 框架18上凸设有开始/关闭按钮21、类型确定按钮22、活化方式确定按钮23,此三个按钮分别与控制器4连接,用于发送与各自对应的控制命令信号给控制器4。 Projections provided on the frame 18 start / close button 21, the type of the OK button 22, the OK button activation mode 23, this three buttons connected to the controller 4, respectively, for transmitting respective control command signal to the controller 4. 开始/关闭按钮21,用于发送开启或关闭所述用于电解活化含水物质的装置的控制命令信号给控制器4 ;类型确定按钮22,用于发送确定所述含水物质种类的控制命令信号给控制器4 ;活化方式确定按钮23,用于发送确定的活化方式的控制命令信号给控制器4,所述活化方式包括快速活化(或称弱活化)、常规活化、精准活化(或称深度活化)三种。 On / off button 21, used to send control commands to open or close the electrolytic activation of water-containing material means for the signal to the controller 4; type OK button 22 for sending the water to determine the type of substance control command signals to The controller 4; determined activation button 23 for transmitting the determined control command signal to the controller 4 activation mode, the activation mode includes a rapid activation (or activation weak), conventional activated, precise activation (or activation depth ) three.

[0015] 便携式装置的操作流程如下:将电极10 (包括阳极和多个阴极)置于盛装在容器(图中未标示)中的含水物质中。 Operating procedures [0015] The portable device is as follows: the electrode 10 (including a plurality of cathode and anode) disposed dressed (not shown in Figure) in the container the aqueous material. 便携式装置的操作由程序控制执行,该程序由图2或图3所示电路实现,该程序选择一种工作模式,或在恒定电流下工作或在脉冲电流下工作。 Operation of the portable device is performed by program control, the program is implemented by the circuit shown in FIG. 2 or 3, the program selects a mode, or work, or work in constant current pulse current. 在恒定电流下工作时的电路如图2所示,在脉冲电流下工作时的电路如图3所示。 A constant current circuit shown in FIG. 2 at the time, in the circuit when a pulse current shown in Fig. 按下开始/关闭按钮21,开始启动所述用于电解活化含水物质的装置准备执行电解活化操作。 Press the On / off button 21, start electrolysis device used to activate the water-containing material ready to perform electrolysis operation activation. 按下类型确定按钮22确定进行活化的物质种类,按下活化方式确定按钮23确定活化方式,工作电路的控制程序将执行确定的活化方式。 Press the OK button 22 types of substances to determine the type of activation, the activation mode by pressing the OK button 23 determines the activation mode, the control circuit of the program of work will be performed to determine the activation mode. 活化结果将通过显示装置5进行显示。 Activation results will be displayed by the display device 5. 活化结束后,按下开始/关闭按钮21,关闭所述用于电解活化含水物质的装置。 After activation, press the start / close button 21, closing device for electrolytic activation of the water-containing material. [0016] 当含水物质的密度小于1.0克/立方厘米时,便携式装置的电路在恒定电流下工作。 [0016] When the density of the aqueous material is less than 1.0 g / cc, the circuit of the portable device in a constant current. 如图2所示为本发明所涉及的用于电解活化含水物质的电路在恒定电流下工作的示意图。 Figure 2 of the present invention relates to a circuit for activating the electrolysis of aqueous material in constant current operation. FIG. 带有自动充电单元2的蓄电池I对控制器4和恒压转换器3提供电信号。 With automatic battery charging unit I 2 of the constant voltage converter controller 4 and 3 provide an electrical signal. 恒压转换器3将蓄电池I的输出电压转换成恒定电压后分两路输出,一路送至控制器4,另一路送至电压转换器6。 Constant voltage converter 3 battery I output voltage into a constant voltage output after the two routes, all the way to the controller 4, the other way to the voltage converter 6. 控制器4发送信号至电压转换器6用以驱动电压转换器6形成0.5伏至24伏的活化电压、控制器4发送信号至电流发生器7用以驱动电流发生器7形成5毫安至I安的活化电流。 The controller 4 sends a signal to the voltage converter 6 for driving the voltage converter 6 to form an activated voltage of 0.5 volts to 24 volts, the controller 4 sends a signal to the current generator 7 for driving the current generator 7 to the formation of 5 mA I An activation current. 活化电压从电压转换器6流入电流发生器7,并经电流控制器8流至电极10,活化电流从电流发生器7经电流控制器8流经电极10。 Activating the voltage converter 6 inflow current generator 7, and by the current controller 8 flows to the electrode 10, the activation current from the generator 7 from the current flowing through the current controller 8 electrode 10. 电流控制器8用于校正电压转换器6的输出电压(即活化电压),并将所述流经电极10的电压信号传送至所述电压转换器6。 8 current controller for correcting the output voltage of the voltage converter 6 (i.e. activation voltage), and a voltage signal to the transmitting electrode 10 of the voltage converter 6 to flow through. 电流控制器8还用于控制流经电极10的电流,并将流经电极10的电流信息传送至所述控制器4,控制器4接收该电流信息后作如下处理:若所述电流信息的电流值小于5毫安或大于I安,控制器4发送出错信息给显示装置5,同时,控制器4根据含水物质的类型校正活化电流。 The controller 8 is also used to control the current flowing through the current electrode 10, and the current flowing through the electrode 10 of the information transmitted to the controller 4, the controller 4 receives the current information is made after the following processing: if the current information the current value is less than 5 mA or more than I-an, the controller 4 sends an error message to the display device 5, at the same time, the controller 4 according to the type of water-containing material correction activation current.

[0017] 含水物质的密度大于等于1.0克/立方厘米时,便携式装置的电路在脉冲电流下工作。 When [0017] The aqueous material density is not less than 1.0 g / cc, the portable device circuit in pulsed current. 如图3所示为本发明所涉及的用于电解活化含水物质的电路在脉冲电流下工作的示意图。 As shown in FIG present invention relates to a circuit for activating the electrolysis of aqueous material 3 in a schematic view of a pulse current operation. 与图2不同之处在于,当含水物质的密度大于等于1.0克/立方厘米时,控制器4发送信号至脉冲发生器11驱动脉冲发生器11产生频率大于等于100赫兹并且小于等于2000赫兹的初始脉冲,脉宽调制器9接收控制器4发送的控制信号和该初始脉冲后,根据活化过程中所述含水物质的密度,将所述初始脉冲调整为频宽比为1%_99%的活化脉冲,并将活化脉冲传送至电流发生器7,电流发生器7根据控制器4的控制信号和活化脉冲产生脉冲电流,此脉冲电流即为活化电流。 And Figure 2 differs in that, when the density of the water-containing material is not less than 1.0 g / cc, the controller 4 sends a signal to the pulse generator 11 drives the pulse generator 11 generates a frequency greater than or equal to 100 Hz and 2000 Hz or less initial After the pulse, the control signal transmitted controller 9 receives the pulse width modulator 4 and the initial pulse, the process according to the activation of the aqueous density of the material, the initial pulse duty cycle is adjusted to 1% _99% of the activation pulse and the activation pulse is transmitted to current generator 7, the current generator 7 generates a pulse current control signal based on the controller and the activation pulse 4, this current pulse current is activated. 在将初始脉冲调整为活化脉冲时,活化脉冲的频宽比随着活化过程中含水物质密度的增加而减小。 In the initial pulse is adjusted when the activation pulse, the pulse duty cycle activation during activation increases as the density of the water-containing material is reduced.

[0018] 图8所示为本发明所涉及的用于电解活化含水物质的装置分配器式的结构图。 [0018] FIG. 8 the present invention relates to an electrolytic activation of water-containing material dispenser configuration diagram type. 如图8所示,所述装置包括框架19和如图5所示的用于电解活化含水物质的电路。 Said apparatus comprising a frame 19 shown in FIG. 8 and FIG circuit for activating the electrolysis of the aqueous material 5 shown in Fig.

[0019] 该用于电解活化含水物质的电路内置于框架19,电极10 —部分穿过框架19的边缘而外置于框架19以便直接与含水物质接触,对含水物质进行接触性电解活化。 [0019] The aqueous material for electrolytic activation circuit built into the frame 19, the electrodes 10 - partially through the edge of the outer frame 19 is placed in frame 19 for direct contact with an aqueous substance to an aqueous substance contact electrolysis activation. 框架19外表面与显示装置5的贴合处设有镂空凹槽,显示装置5在所述镂空凹槽处外露于框架19以便显示控制器4传送的信息。 Fitting the outer surface of the frame 19 is provided with a display device 5 hollow recess, the display device 5 in the hollow recess 19 exposed to the frame to display information on the controller 4 transfer. 在框架19上方设有用于盛装含水物质的呈分配器状的容器(图中未标示),在容器上还设有龙头24用于取走容器内的含水物质。 Above the frame 19 is provided with containers for water-containing material was shaped dispenser (not shown), the container also has a water-containing material in the container for the removal of the leading 24. 框架上凸设有开始/关闭按钮25,制冷按钮26,保温按钮27,清洗电极按钮28,此四个按钮分别与控制器4连接,用于发送与各自对应的控制命令信号给控制器4。 Projections provided on the frame start / close button 25, a refrigeration button 26, holding the button 27, the cleaning electrode button 28, the four buttons 4 connected to the controller, respectively, for transmitting respective control command signal to the controller 4. 开始/关闭按钮25,用于发送开启或关闭所述用于电解活化含水物质的装置的控制命令信号给控制器4 ;制冷按钮26,用于发送对所述含水物质进行制冷的控制命令信号给控制器4 ;保温按钮27,用于发送保持所述含水物质温度的控制命令信号给控制器4 ;清洗电极按钮28,用于发送对所述电极10进行清洗的控制命令信号给控制器4。 On / off button 25, used to send control commands to open or close the water-containing material for electrolysis device activation signal to the controller 4; refrigeration button 26, used to send the material for cooling water control command signals to control command signal holding button 27 for transmitting holding the water temperature of the material to the controller 4;; controller 4 button 28 clean the electrode, the electrode 10 is used to send control commands to clean signal to the controller 4.

[0020]分配器式装置的操作流程如下:将电极10 (包括阳极和多个阴极)置于盛装在容器中的含水物质中。 Operation process [0020] type dispenser apparatus is as follows: the electrode 10 (including a plurality of anode and cathode) is placed in a vessel containing an aqueous material. 在容器的下方设置有框架19,该设有制冷单元12的分配器式装置通过程序控制,该程序由如图5所示电路控制。 Set a frame at the bottom of the container 19, which has a refrigeration unit dispenser type device 12 for program control of the program by the control circuit shown in Figure 5. 分配器式装置对含水物质进行活化后,将随后对其进行冷却。 After the water dispenser-type device for activating substance, it will subsequently be cooled. 按压开始按钮25后,活化过程开始,按压冷却按钮26对被活化含水物质进行冷却。 After pressing the start button 25, the activation process begins, pressing the button 26 pairs of cooling water activated material is cooled. 按压保温按钮27用于保持分配器中含水物质必要的温度。 Insulation pressing button 27 for holding a dispenser aqueous material necessary temperature. 按压清洗电极按钮28发出命令,对电极10进行清洗。 Clean the electrode pressing button 28 issued an order to the electrodes 10 for cleaning.

[0021] 如图5所示为本发明所涉及的用于电解活化含水物质的电路设有制冷单元12的示意图。 [0021] As shown in Figure 5 of the present invention relates to a circuit for activating the electrolysis of aqueous material with a schematic diagram of the refrigeration unit 12. 如图5所示,交变电源16从外部交流电网中接入交流电,组合单元将接入的交流电压转换成直流电压后分别传送至电压转换器6和控制器4。 As shown in Figure 5, the alternating power supply 16 from an external AC power to the AC power grid, the combined unit will be converted into an AC voltage transmission access after DC voltages to the voltage converter 6 and the controller 4. 控制器4发送信号至电压转换器6用以驱动电压转换器6形成活化电压、控制器4发送信号至电流发生器7用以驱动电流发生器7形成5毫安至I安的活化电流。 The controller 4 sends a signal to the voltage for driving the voltage converter 6 to form an activated voltage converter 6, the controller 4 sends a signal to the current generator 7 for driving the current generator 7 to the formation of 5 mA activation current I amps. 活化电压从电压转换器6流入电流发生器7,并经电流控制器8、按键17流至电极10,活化电流从电流发生器7经电流控制器8、按键17流至电极10。 Activation voltage from the voltage converter 6 inflow current generator 7, and by the current controller 8, the key 17 flows to the electrode 10, the activation current from the current generator 7 via a current controller 8, the key 17 flows to the electrode 10. 电流控制器8用于校正电压转换器6的输出电压(即活化电压),并将所述流经电极10的电压信号传送至所述电压转换器6。 8 current controller for correcting the output voltage of the voltage converter 6 (i.e. activation voltage), and a voltage signal to the transmitting electrode 10 of the voltage converter 6 to flow through. 电流控制器8还用于控制流经电极10的电流,并将流经电极10的电流信息传送至控制器4,控制器4接收该电流信息后作如下处理:若所述电流信息的电流值介于5毫安至I安之间,则控制器4将电流值传送至显示装置5 ;否则,控制器4发送电流出错信息给显示装置5,同时,控制器4根据所述含水物质的类型校正所述活化电流。 The controller 8 is also used to control the current flowing through the current electrode 10, and the current flowing through the electrode 10 transmits the information to the controller 4, the controller 4 receives the current information is made after the following processing: if the current value of the current information ranged between 5 mA to safety, then the current value I 4 controller transmitted to the display device 5; otherwise, the controller 4 sends an error message to the current display device 5, at the same time, the controller 4 corrected according to the type of the water-containing material The activation current. 所述电路还设有制冷单元12,该制冷单元12与控制器4连接,用于接收控制器4发送的命令后对含水物质执行制冷命令。 Execute commands aqueous material after cooling the circuit also has a cooling unit 12, the cooling unit 12 is connected to the controller 4, the command sent by the receiving controller for 4. 温度传感器15与控制器4连接,用于将感知的含水物质的温度信息传递给控制器4。 Temperature sensor 4 is connected to the controller 15 for sensing the temperature of the water-containing material information to the controller 4. 控制器4输出端还与按键17相连,按键17接收控制器4的命令后执行改变电极10极性的命令,从而对电极10上的盐或其他附着物进行电化学清洗。 4 is also connected to the output of the controller button 17, the button 17 after receiving a command controller 4 electrode 10 to change the polarity of the command, so the salt or other attachments to the electrodes 10 on the electrochemical cleaning. [0022] 图9所示为本发明所涉及的用于电解活化含水物质的装置水壶式的结构图。 As shown in the present invention for the electrolysis of aqueous material activating device kettle-type structure of [0022] FIG. 如图9所示,所述装置包括框架29和如图4所示的用于电解活化含水物质的电路。 As shown in Figure 9, the apparatus includes a frame 29 and a circuit for electrolysis FIG aqueous activating substance 4 as shown.

[0023] 如图9所示,用于电解活化含水物质的电路内置于框架29,电极10 —部分穿过框架29的边缘而外置于框架29以便直接与含水物质接触,对含水物质进行接触性电解活化。 [0023] As shown in Figure 9, for the electrolysis of an aqueous substance activating circuit built into the frame 29, the electrode 10 - the outer edge portion of the frame 29 through the frame 29 so as to be placed in direct contact with the water-containing material, on contact with an aqueous substance electrolytic activation. 框架29外表面与显示装置5的贴合处设有镂空凹槽,显示装置5在所述镂空凹槽处外露于框架29以便显示控制器4传送的信息。 The outer surface of the frame 29 and bonded at the display device is provided with hollow groove 5, the display device 5 in the hollow recess exposed to the frame 29 so that the display controller 4 transmission of information. 在框架29上方设有用于盛装含水物质的容器呈水壶状。 In the top of the frame 29 is provided with a container containing water-like substance was kettle. 框架29上凸设有开始/关闭按钮30,加热按钮31,保温按钮32,清洗电极按钮33,此四个按钮分别与控制器4连接,用于发送与各自对应的控制命令信号给控制器4。 Frame 29 has a convex start / close button 30, a heating button 31, the button 32 insulation, clean the electrode button 33, the four buttons 4 connected to the controller, respectively, for transmitting respective control command signal to the controller 4 . 开始/关闭按钮30,用于发送开启或关闭所述用于电解活化含水物质的装置的控制命令信号给控制器4 ;加热按钮31,用于发送对所述含水物质进行加热的控制命令信号给控制器4 ;保温按钮32,用于发送保持所述含水物质温度的控制命令信号给控制器4 ;清洗电极按钮33,用于发送对所述电极10进行清洗的控制命令信号给控制器4。 On / off button 30, used to send control commands to open or close the electrolytic activation signal means for water-containing material to the controller 4; heating button 31, used to send the water-containing material is heated to a control command signal controller 4; control command signal holding button 32 for transmitting holding the water temperature of the material to the controller 4; cleaning electrode button 33, used to send the electrodes 10 for cleaning the control command signal to the controller 4.

[0024] 水壶式装置的操作流程如下:将电极10 (包括阳极和多个阴极)置于盛装在容器(图中未标示)中的含水物质中。 Operation process [0024] type kettle apparatus is as follows: the electrode 10 (including a plurality of anode and cathode) disposed dressed (not shown in Figure) in the container the aqueous material. 在容器的下方设置有框架29,该设有加热单元13的水壶式装置通过程序控制,该程序由如图4所示电路控制。 Set a frame at the bottom of the container 29, which has a heating unit kettle-type device 13 for program control of the program by the control circuit shown in Figure 4. 水壶式装置对含水物质进行活化后,将随后对其进行加热。 After the kettle-type device to be activated aqueous material will then be heated. 按压开始按钮30后,活化过程开始,按压加热按钮31对被活化的含水物质进行加热。 After pressing the start button 30, the activation process begins, pressing the button 31 pairs of heating the water-containing material to be activated by heating. 按钮保温32用于保持分配器中含水物质应有的温度。 Button insulation 32 for holding a dispenser aqueous material should temperatures. 按钮清洗电极按钮33发出命令,对电极10进行清洗。 Button to clean the electrode button 33 issued an order to the electrodes 10 for cleaning.

[0025] 如图4所示为本发明所涉及的用于电解活化含水物质的电路设有制冷单元12的示意图;与如图5的区别仅在于,图5所示电路设有制冷单元12,而本图(即图4)所示电路没有设置制冷单元12,而是设有加热单元13,该加热单元13与控制器4连接,用于接收控制器4发送的命令后对含水物质执行加热命令。 [0025] FIG. 4 shows the present invention relates to a circuit for activating the electrolysis of the aqueous material with a schematic view of the cooling unit 12; FIG. 5 with the difference that only the circuit shown in FIG. 12 with the refrigeration unit, After heating the aqueous material executed while this figure (i.e., FIG. 4) as shown in circuit cooling unit 12 is not provided, but a heating unit 13, the heating unit 4 is connected to the controller 13, the controller receives a command for transmitting 4 command.

[0026] 图10所示为本发明所涉及的用于电解活化含水物质的电解活化装置加湿器式的结构图。 The present invention is shown for activating the electrolysis of an aqueous substance activating apparatus configuration diagram of an electrolytic type humidifier [0026] FIG. 如图10所示,所述装置包括框架34和如图6所示的用于电解活化含水物质的电路。 As shown, the apparatus 10 includes circuitry for activating the electrolysis of aqueous material and frame 34 as shown in Figure 6.

[0027] 如图10所示,用于电解活化含水物质的电路内置于框架34,电极10—部分穿过框架34的边缘而外置于框架34以便直接与含水物质接触,对含水物质进行接触性电解活化。 [0027] 10, an aqueous material for electrolysis activating circuit built into the frame 34, 10 the outer edge portion of the electrode 34 through the frame 34 so that the frame is placed in direct contact with the water-containing material, on contact with an aqueous substance electrolytic activation. 框架34外表面与显示装置5的贴合处设有镂空凹槽,显示装置5在所述镂空凹槽处外露于框架34以便显示控制器4传送的信息。 Frame fit at the outer surface of the display device 34 is provided with hollow groove 5, the display device 5 in the hollow recess exposed to the frame 34 so that the display controller information 4 transfer. 在框架34上方设有用于盛装含水物质的容器呈加湿器状。 Above the frame 34 is provided with containers for water-containing material was used in the humidifier shape. 加湿器状的容器上有一个孔,该孔用于将生成的水蒸气排放到空气中。 There is a hole on the humidifier shaped container, the hole for the steam generated is discharged to the atmosphere. 框架34上凸设有开始/关闭按钮35,加热/制冷按钮36,开始气化/结束气化按钮37和清洗电极按钮38,此四个按钮分别与控制器4连接,用于发送与各自对应的控制命令信号给控制器4。 Projections provided on the frame 34 start / close button 35, the heating / cooling button 36, start gasification / end button 37 gasification and clean the electrode button 38, the four buttons 4 connected to the controller, respectively, for transmitting respective control command signal to the controller 4. 开始/关闭按钮35,用于发送开启或关闭所述用于电解活化含水物质的装置的控制命令信号给控制器4 ;加热/制冷按钮36,用于发送对含水物质进行加热或制冷的控制命令信号给控制器4 ;开始气化/结束气化按钮37,用于发送对含水物质开始气化操作或者结束气化操作的控制命令信号给控制器4 ;清洗电极按钮38,用于发送对所述电极10进行清洗的控制命令信号给控制器4。 On / off button 35, used to send control commands to open or close signal activating the aqueous material for electrolysis device to the controller 4; heating / cooling button 36, an aqueous substance used to send control commands heating or cooling signal to the controller 4; start gasification / end gasification button 37, used to send an aqueous substance gasification operation beginning or end gasification operation control command signal to the controller 4; cleaning electrode button 38, used to send the the electrode 10 is a control command signal to the controller 4 cleaning.

[0028] 加湿器式装置的操作流程如下:将电极10 (包括阳极和多个阴极)置于盛装在容器(图中未标示)中的含水物质中。 Operation process [0028] type humidifier apparatus is as follows: the electrode 10 (including a plurality of anode and cathode) disposed dressed (not shown in Figure) in the container the aqueous material. 在容器的下方设置有框架34,该设有加热单元13和/或制冷单元14的加湿器式装置通过程序控制,该程序由如图6所示电路控制。 Set a frame at the bottom of the container 34, which has a heating unit 13 and the humidifier type device / or cooling unit 14, program control, the program is controlled by the circuit shown in Figure 6. 加湿器式装置对含水物质进行活化后,将随后进行气化(根据控制器4传送的控制命令决定是对活化后的含水物质进行加热得到热气流还是对活化后的含水物质进行制冷得到冷气流)。 After the humidifier type device for aqueous material was activated, the subsequent gasification (based on 4 transmission controller command decision after activation of the water-containing material is heated to obtain hot air or on the water-containing material obtained after activation for cooling air flow ). 按压开始按钮35后,活化过程开始,按压加热/制冷按钮36后开始对被活化含水物质进行冷却或者加热,是进行冷却还是加热取决于控制器4发送的控制命令。 After pressing the start button 35, the activation process begins, pressing the heating / cooling button 36 is activated to start cooling or heating the aqueous material is cooled or heated depending on controller 4 transmits control commands. 按压开始气化/结束气化按钮37可以控制进行开始或者结束气化程序。 Gasification pressing start / stop button 37 can control the gasification start or end the gasification process. 按压清洗电极按钮38发出命令,对电极10进行清洗。 Clean the electrode pressing button 38 issued an order to the electrodes 10 for cleaning.

[0029] 如图6所示为本发明所涉及的用于电解活化含水物质的电路设有水蒸气生成单元14的示意图;与如图5的区别仅在于,增设了加热单元13和水蒸气生成单元14,该加热单元13与控制器4连接,用于接收控制器4发送的命令后对含水物质执行加热命令,水蒸气生成单元14与控制器4连接,用于根据控制器4的控制信号将活化后的含水物质气化。 [0029] As shown in Figure 6 of the present invention relates to a circuit for activating the electrolysis of the aqueous material with a schematic view of the steam generating unit 14; and the difference lies only in FIG. 5, the heating unit 13 and the addition of water vapor generated After the unit 14, the heating unit 13 is connected to the controller 4, the command sent by the receiving controller 4 for executing commands on the water-containing material is heated, steam generating unit 4 is connected to the controller 14 for the control signal controller 4 The aqueous material was activated after gasification.

[0030] 上述电路和装置的电极10包括一个以上阴极,或者包括一个以上阳极,或者包括一个阳极和两个阴极;所述电极10的面积大于等于2平方厘米且小于等于5平方厘米;所述活化电流大于等于5毫安且小于等于I安;所述活化电压大于等于0.5伏特且小于等于24伏特。 [0030] and the electrode of the circuit means 10 includes one or more cathode or an anode comprising one or more, two or comprising an anode and a cathode; the area of the electrode 10 is not less than 2 cm2 and less than or equal to 5 cm2; the Activation current 5 mA and less than or equal to equal I safety; the activation voltage is greater than equal to 0.5 volts and not more than 24 volts. 所述含水物质包括过滤水、茶、咖啡、汤、肉汤、果汁、浆果果汁、果冻、酒、啤酒、非酒精饮料、粥、酱、羹、奶油、药膏、洗剂中的一种或数种。 The aqueous substances include filtered water, tea, coffee, soup, broth, juice, berry juice, jelly, wine, beer, non-alcoholic beverages, soup, sauce, soup, cream, ointments, lotions, one or more species.

[0031] 本发明的一个显著标志是本装置拥有对有着不同层级密度的(相对密度)含水物质进行活化处理的能力,以及在稳定电流或者脉冲电流下工作的能力。 [0031] The present invention is a significant sign that the present system has the ability to have different levels of density (relative density) activation treatment of aqueous materials, and the ability to stabilize current or pulse current work. 活化前后,物质的氧化还原电位直接依赖于产品密度。 Before and after activation, oxidation-reduction potential of substances is directly dependent on the density of the product. 表1和表2给出了有着不同密度的含水物质的数据。 Table 1 and Table 2 shows the data with different densities of water-containing material. 表I显示了活化前和活化结束时被活化物质密度,恒流值和氧化还原电位值的相互依赖关系。 Table I shows the activation time and activation before the end of the activating substance density is reduced, the oxidation current value and potential value of interdependence. 表2显示了活化前和活化结束时被活化物质密度,脉冲电流值和氧化还原电位值的相互依赖关系。 Table 2 shows the front end of activation and activation is reduced when activating substance density, pulse current value and the value of the oxidation potential of interdependence.

[0032] 表1 [0032] Table 1

Figure CN103922444AD00111
Figure CN103922444AD00121

以上所揭露的仅为本发明较佳实施例而已,当然不能以此来限定本发明之权利范围,因此依本发明权利要求所作的等同变化,只要其利用电极10与被活化物质直接接触进行电解即落入本发明保护范围,仍属本发明所涵盖的范围。 The above preferred embodiment of the present invention disclosed only just, of course, can not be used to limit the scope of the invention as claimed, and therefore claim under this claimed invention changes made equivalent, as long as they use the electrode 10 is in direct contact with the electrolytic activating substance That is within the scope of the present invention, the scope of the present invention is still covered.

Citas de patentes
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CN202257335U *14 Sep 201130 May 2012深圳市亿维自动化技术有限公司Voltage and current output device
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Patente citante Fecha de presentación Fecha de publicación Solicitante Título
WO2016134615A1 *24 Feb 20161 Sep 2016罗民雄Device for generating electrolyzed water vapor
Clasificaciones
Clasificación internacionalC02F1/461
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13 Ago 2014C10Entry into substantive examination
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