JP6747737B1 - Liquid activation device for various liquids - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a liquid activating method and a liquid activating device capable of efficiently activating various liquids by giving energy thereto. SOLUTION: With respect to a device for handling an activation target of various arbitrary liquids, a liquid container 1 is detachable, and a commercially available liquid container can be used. For liquids containing the object to be activated, which is placed in the liquid container installation unit 2, by inputting to the magnetic force line generation unit 4 with AC power using liquid containers that enable transmission of magnetic lines of force. Inside the containers, it is possible to change the AC magnetic field, and using the liquid containers configured to flow an electric current, by AC power, input to the electrodes of the liquid containers, Characterized by enabling an alternating magnetic field and an alternating electric field to be changed inside the liquid container containing the activation object, and activating the activation object of various arbitrary liquids. It is a liquid activation device. [Selection diagram] Figure 1

Description

The present invention relates to a liquid activation method and a liquid activation device for various arbitrary liquid foods.

The invention described in Patent Document 1 relates to a method and a treatment facility for killing microorganisms and macro organisms in a flowing liquid. Killing occurs instantly as liquid permeates the parts in the "pre" facility. The treatment is carried out by guiding the liquid into the passage of the case of electrically insulating material and forcing it to move therein. When flowing through the passage, the liquid is said to be subjected to the influence of one or more alternating electric fields due to the short circuit of the alternating current in the liquid flow due to the alternating conductors provided inside the case.

Further, in the technique described in Patent Document 2, in an electromagnetic field treatment method for water, an alternating magnetic field generated by flowing an alternating current through a coil is applied to water, and an alternating voltage synchronized with the alternating magnetic field is applied to electrodes. A step of applying the generated AC electric field to water such that at least a part of the AC magnetic field and the AC electric field are orthogonal to each other, the AC wave of the AC current is a rectangular wave, the AC voltage at the rise time of the AC magnetic field. Is a high level and the AC voltage at the fall time of the AC magnetic field is a low level.

In addition, the invention described in Patent Document 3 is, as a space potential generator that forms an AC electric field, an electrode portion to which a first AC voltage is applied and a front electrode by applying the first AC voltage to the electrode portion. A voltage applying device that forms the alternating electric field around the part, wherein the voltage applying device includes a primary coil to which a second alternating voltage is applied by an alternating current power source, a transformer including a secondary coil, and the electrode part. , Is connected to the other terminal of the secondary coil via the output control unit. A freshness holding device for forming an AC electric field in a freshness holding space and for holding the freshness of the fresh food arranged in the freshness holding space in which the AC electric field is formed.

Special table 2007-512122 Patent No. 5844259 Patent No. 6366882

In the invention described in Patent Document 1, an alternating electric field is generated in a flowing liquid to activate and kill the microorganisms and macro organisms in the flowing liquid. In the case of equipment that activates a flowing liquid, more electric power as energy is required than in the case of equipment that activates a liquid by generating an AC electric field in a stationary liquid. There are issues such as what is required and installation work.

The technology described in Patent Document 2 is an electromagnetic treatment method for water, characterized in that the water to be treated is applied with an electromagnetic induction while applying a magnetic field to treat the water to be treated. It is not a general-purpose product as an arbitrary liquid, a device for household products, or a product.

The invention described in Patent Document 3 is a space potential generator that forms an AC electric field, and in the case of a device for activating an object, the use place is limited, and foods are fixedly stored. However, there is a problem in that it is impossible to attach and detach the device. It is not a product configuration that can be easily installed as various arbitrary liquids.

Therefore, as the present invention, a liquid activation method for various arbitrary foods, a liquid activation device, various liquid containers capable of passing an electric current are used, and transmission of magnetic field lines is prevented. Using various liquid containers that are possible, various liquid foods stored in the liquid containers, such as foods, in a state where the activation target is stationary, any AC electric field, and, To provide a liquid activation method and a liquid activation device capable of forming an AC magnetic field and changing an AC electric field and a magnetic field to efficiently activate and apply energy to a liquid to activate the liquid. It is in. Various liquid containers can be attached and detached or fixed. In particular, it is suitable for general-purpose products and household products such as popular products. As the various liquid containers, general commercial products can be used.

The liquid activation device according to the present invention is a device for activating various arbitrary liquids using various liquid containers capable of transmitting magnetic force lines, and contains an object to be activated. The liquid container installation part for disposing the various liquid containers, a power supply input/output control part for outputting AC power, a magnetic force line generation part, and a device case part are provided, and the liquid container installation Inside the various liquid containers arranged in the section, by inputting AC power output from the electrode of the power supply input/output control unit to the electrode of the magnetic force line generation unit, by forming and changing an AC magnetic field, It is characterized in that it activates the activation target of the various arbitrary liquids.

The liquid activation device according to the present invention is a device for activating various arbitrary liquids by using various liquid containers, and is for the various liquids containing an activation target. A liquid container installation unit for arranging containers, a power supply input/output control unit for outputting AC power, and an apparatus case unit are provided, and the various liquid containers are a main body, a lid, or a liquid container. An electrode for supplying a current to any one of the installation parts is provided, and the electrode of the power supply input/output control part is configured to be connectable to the electrode of the various liquid containers, Inside the various liquid containers containing the object to be activated arranged in the container installation unit, the AC power output from the electrode of the power supply input/output control unit is applied to the various liquid containers described above. It can be characterized in that it activates an object to be activated of any of the various kinds of liquids described above by inputting it to the electrodes and flowing an alternating current to form and change an alternating electric field.

A liquid activation method of various arbitrary liquid foods according to the present invention, and a liquid activation device are provided in an inside of various liquid containers by an output from an electrode of a power supply input/output control unit that outputs AC power. An alternating electric field and an alternating magnetic field are formed, the electric field and the magnetic field are changed, and the activated object such as a liquid stored in the liquid container is activated by energy saving, and the activated liquid food Create classes, etc. For example, the liquid containers capable of transmitting magnetic force lines are easily attached and detached. The present invention can be applied as a product for general popular products, household products, etc.

FIG. 1 is a schematic configuration sectional view of a liquid activation device A according to an embodiment of the present invention. FIG. 2 is a schematic configuration diagram of the power supply input/output control unit 3 according to the embodiment of the present invention. FIG. 3 is a schematic configuration cross-sectional view of the liquid activation device B according to the embodiment of the present invention. FIG. 4 is a schematic configuration cross-sectional view of the liquid activation device C according to the embodiment of the present invention. FIG. 5 is a schematic configuration cross-sectional view of the liquid activation device D according to the embodiment of the present invention. FIG. 6 is a cross-sectional view of the schematic configuration of the liquid activation device E according to the embodiment of the present invention.

An embodiment according to the present invention will be described. As a liquid activating method and liquid activating device for various arbitrary liquid foods, various arbitrary liquid foods and the like stored in the liquid containers are subjected to an arbitrary AC electric field and an AC magnetic field. Provided are a liquid activation method and a liquid activation device, which are capable of forming and changing an alternating electric field and a magnetic field to give energy to an activation object to activate it.

According to the present invention, as various liquid containers capable of passing an electric current, various liquids to be activated contained in the liquid containers are changed, and the electric field is changed by an alternating electric field. Thus, a liquid activating method and a liquid activating device having an activating action are enabled. Further, as various arbitrary liquid containers capable of transmitting magnetic force lines, for example, in general commercially available plastic bottles, paper packs, glass bottles, etc., various liquid containers put in the liquid containers can be used. (EN) A liquid activation method and a liquid activation device in which an activation target of arbitrary liquids is formed as it is by forming an AC magnetic field by a magnetic force line generation unit and the magnetic field is changed to perform an activation action.

The target of various arbitrary liquids is water, drinking water, teas, coffees, juices for drinking, cooking water, milk, and various alcohols, and the target of liquids is vegetables, Use for foods such as meats, and other various liquid foods containing water. In addition, it is used for various purposes such as water for disinfection, water for sterilization, water for chemical reaction, water for physiological reaction, water for treatment, medical water, and functional water in the fields of physics, chemistry, biology, etc. It is to be able to utilize for.

Embodiments of the present invention will be described below with reference to FIGS. 1 and 2.

In this embodiment of the present invention, the alternating magnetic field is a target for which all alternating magnetic fields such as a rotating alternating magnetic field, a phase change alternating magnetic field, an opposing magnetic pole changing alternating magnetic field, and an axial magnetic pole changing alternating magnetic field can be implemented. In order to achieve the above object, FIG. 1 is an example of a schematic sectional view of a liquid activating device A for liquids and foods according to an embodiment of the present invention. In order to use containers for liquids and various containers for liquids capable of transmitting magnetic field lines, liquid container installation unit 2, power supply input/output control unit 3 for outputting AC power, and magnetic field line generation unit 4 And the configuration of the device case portion 5 and the like.

In addition, in the present embodiment of the present invention, the liquid activating device A has a cylindrical casing as an example of a specific structure of the magnetic force line generation unit 4 in the outer peripheral portion of the liquid container installation unit 2. It is possible to set a groove in a laminated iron core in a substantially cylindrical shape, and set it as a magnetic pole of a stator having a structure of an exciting coil and an iron core in which windings are housed in each groove. Alternatively, it may be an exciting coil in which windings are simply housed in a substantially cylindrical shape.

FIG. 2 is an example of a schematic configuration diagram of the power supply input/output control unit 3 that outputs AC power according to the embodiment of the present invention. As an example of the configuration of the power supply input/output control unit 3 in FIG. 2, a power supply on/off switch 101, a fuse 102, a transformer 103, a power supply input side primary coil 104, and an output side secondary coil 105 are provided. The output electrodes of the power supply input/output control unit 3 are the parts 106, 3A, 3B, 3C and 3D.

In the present embodiment of the present invention, regarding the handling of various liquids to be activated, a liquid container installation unit 2, a power supply input/output control unit 3 that outputs AC power, a magnetic force line generation unit 4, An electrode having a shape capable of widely contacting the inside of the various liquid containers 1 by using the various liquid containers 1 capable of flowing at least an electric current, which is provided with the device case portion 5. The liquid container 1 includes electrodes 1A and 1B, and the power supply input/output control unit 3 includes electrodes 3A and 3B. Output from the electrodes 3A and 3B of the power supply input/output control unit 3 Input to the electrodes 1A and 1B of the liquid container 1 and input to the electrode of the liquid container 1 based on the output from the electrode of the power supply input/output control unit 3 to enter the activation target. Further, an alternating current is caused to flow inside the liquid container 1 to form an alternating electric field, and the electric field is changed. At least the liquid container 1 capable of transmitting magnetic force lines is used, the magnetic force line generation unit 4 includes electrodes 4A and 4B, and the power supply input/output control unit 3 includes electrodes 3C and 3D. AC power is output from the electrodes 3C and 3D of the output control unit 3 and is input to the electrodes 4A and 4B of the magnetic force line generation unit 4, and the magnetic force lines are output based on the output from the electrodes of the power supply input/output control unit 3. Input is made to the generation unit 4, and an alternating magnetic field is formed inside the liquid container 1 containing the object to be activated, which is arranged inside the liquid container installation unit 2, to change the magnetic field. Various liquid containers containing an object to be activated, which are arranged inside the liquid container installation section 2 by using the liquid containers 1 capable of transmitting magnetic lines of force and flowing an electric current Inside the class 1, an AC electric field and an AC magnetic field are formed as described above, and the electric field and the magnetic field are changed. By the above, an activation target of any of the various liquids stored in the liquid container 1 is generated. A liquid activating method and a liquid activating apparatus, which are characterized by having an activating action. It is also possible to provide a switch function for switching between the outputs of the electrodes 3A and 3B of the power supply input/output control unit 3 and the outputs from the electrodes 3C and 3D, if necessary.

In the present embodiment, the liquid activation apparatus A of FIG. 1 according to the present invention is an activation target object of various arbitrary liquids contained in the various liquid containers 1 that enables transmission of magnetic force lines. Regarding the handling, the magnetic force line generation unit 4 is arranged in the outer peripheral portion of the liquid container installation unit 2, and the electrodes 3C and 3D of the power supply input/output control unit 3 and the electrodes 4A and 4B of the magnetic force line generation unit 4 are arranged. Based on the outputs from the electrodes 3C and 3D of the power supply input/output control unit 3, the signals are input to the electrodes 4A and 4B of the magnetic force line generation unit 4 to be placed inside the liquid container installation unit 2. An alternating magnetic field is formed inside the liquid container 1 containing the object to be activated, and the magnetic field is changed to activate the various arbitrary liquids contained in the liquid container 1. An object is characterized by having an activating action. In addition, various commercially available liquid containers 1 capable of transmitting the lines of magnetic force can be general commercial products.

Further, in the present embodiment, the liquid activation apparatus A of FIG. 1 according to the present invention is an activation target of various arbitrary liquids contained in the various liquid containers 1 capable of passing an electric current. Regarding the handling of objects, electrodes having a shape that allows wide contact with the inside of the various liquid containers 1 are formed, and the electrodes 3A and 3B of the power supply input/output control unit 3 and the liquid containers 1 are formed. Electrodes 1A and 1B are provided, which are output from the electrodes 3A and 3B of the power supply input/output control unit 3 and input to the electrodes 1A and 1B of the liquid container 1 for the liquid containing the activation target. An alternating electric field is formed inside the container 1, and the electric field is changed to activate an activation target of various arbitrary liquids contained in the liquid container 1. There is.

In the present embodiment, in order to achieve the above object, the liquid activating device A of FIG. 1 according to the present invention has the following configuration, in order to achieve the above object, the electrodes 3A and 3B of the power supply input/output control unit 3 and the current. The electrodes 1A and 1B of the liquid container 1 capable of flowing the liquid are in direct contact with each other. The electrodes have a spring property, and the liquid containers 1 can be attached and detached.

In the present embodiment, in order to achieve the above object, the liquid activating device A of FIG. 1 according to the present invention is configured such that the transformer 103 of the power supply input/output control unit 3 is an insulating transformer in order to achieve the above object. The electrodes 3A and 3B of the power supply input/output control unit 3 and the electrodes 1A and 1B of the liquid container 1 capable of passing a current do not directly contact at least one pair, Flow to form an alternating electromagnetic field. Alternatively, the electrodes 3A and 3B of the power supply input/output control unit 3 and the electrodes 1A and 1B of the liquid container 1 capable of passing a current do not directly contact at least one pair, By flowing the liquid, an electric field (hereinafter, referred to as an AC electrostatic field) is formed in the space inside the container containing the liquids. The liquid containers 1 can be attached and detached.

Embodiments of the present invention will be described below with reference to FIGS. 2 and 3.

In order to achieve the above object in this embodiment of the present invention, FIG. 3 is an example of a schematic sectional view of a liquid activating apparatus B for liquid food according to the embodiment of the present invention. In the liquid activating device B, a specific structure of the magnetic force line generation unit 4 is an exciting coil in which a groove is formed on a laminated iron core in a substantially cylindrical shape in a cylindrical casing and a winding is housed in each groove. It is a so-called stator magnetic pole having a structure of an iron core. Alternatively, it may be an exciting coil in which windings are simply housed in a substantially cylindrical shape.

As described above, the present invention uses various liquid containers 1 capable of transmitting magnetic force lines, uses a liquid container installation unit 2, a power supply input/output control unit 3 that outputs AC power, and generates magnetic field lines. The unit 4, the device case unit 5, the inclination setting unit 6, and the mounting unit 7 are provided, and the inclination angle of the magnetic force line generation unit 4 is set to the inclination setting unit in the outer peripheral portion of the liquid container installation unit 2. It is characterized in that it can be set in either the vertical direction or the horizontal direction in accordance with 6. The setting of the inclination setting unit 6 may be fixed or an arbitrary angle setting method (not shown). The power supply input/output control unit 3 includes electrodes 3C and 3D, and the magnetic force line generation unit 4 includes electrodes 4A and 4B, which are output from the electrodes 3C and 3D of the power supply input/output control unit 3 to output the magnetic force line generation unit 4. By inputting to the electrodes 4A and 4B, an alternating magnetic field is generated by the magnetic field line generator 4 inside the liquid container 1 containing the object to be activated arranged inside the liquid container installation portion 2. It is characterized in that it is formed and the magnetic field is changed to activate the activation target of various arbitrary liquids contained in the liquid container 1. Various optional liquid containers 1 can be attached and detached.

Embodiments of the present invention will be described below with reference to FIGS. 2 and 4.

Further, in order to achieve the above-mentioned object in the present embodiment of the present invention, FIG. 4 is an example of a schematic configuration sectional view of a liquid activating device C for liquids according to the embodiment of the present invention. When using any of the various liquid containers 1 that are possible, a liquid container installation unit 2, a power supply input/output control unit 3 that outputs AC power, a magnetic force line generation unit 4, an apparatus case unit 5, An inclination setting unit 6 and a mounting unit 7 are provided, and in the liquid container installation unit 2, the magnetic force line generation unit 4 is set in a substantially horizontal direction as a stator, and the liquid container 1 is placed on the upper portion. It is characterized by being able to.

In the liquid activating device C according to the present invention, as an example of a specific structure of the magnetic force line generation unit 4, a groove is formed in an iron core as a stator in a substantially semi-cylindrical casing, and each groove is wound. The magnetic pole of the stator is composed of an exciting coil containing the wire and an iron core. Due to the inclination of the angle of the magnetic force line generation unit 4, the side surface of the liquid container 1 contacts the upper periphery of the liquid container installation unit 2 and can be set stably. In addition, the stator may have a substantially bay shape.

Further, in the liquid activating device C according to the present invention, as a specific structure of the magnetic force line generating portion 4, the magnetic force line generating portion 4 is developed in a plane in the axial direction, and a groove is cut in a rectangular iron core as a stator, and each phase winding Are suppressed, and they are excited alternately to change the magnetic field. In addition, the stator may have a substantially bay shape. When the liquid container 1 that allows passage of magnetic force lines is placed, the space between the liquid container 1 and the magnetic force line generation unit 4 is set in the liquid container 1 regardless of various sizes. Can be reduced.

According to the above, the present invention includes the electrodes 3C and 3D of the power supply input/output control unit 3 and the electrodes 4A and 4B of the magnetic force line generation unit 4, and outputs from the electrodes 3C and 3D of the power supply input/output control unit 3. , By inputting to the electrodes 4A and 4B of the magnetic force line generation unit 4 and by the magnetic force line generation unit 4 inside the liquid container 1 containing the activation target arranged in the liquid container installation unit 2. It is characterized in that an alternating magnetic field is formed and the magnetic field is changed to activate an activation target of various arbitrary liquids contained in the liquid container 1. It is easy to attach and detach the various optional liquid containers 1.

Embodiments of the present invention will be described below with reference to FIGS. 2 and 5.

In order to achieve the above-mentioned object in the present embodiment of the present invention, FIG. 5 is an example of a schematic configuration sectional view of a liquid activating device D for liquids according to an embodiment of the present invention. 2, a power supply input/output control unit 3 that outputs AC power, a magnetic force line generation unit 4, an apparatus case unit 5, and the like.

In the present embodiment, the liquid activating device D of FIG. 5 according to the present invention uses various liquid containers 1 capable of inserting the projection-shaped conductor 9 that constitutes the electrode 1A into the liquid. The protrusion-shaped conductor 9 forming the electrode 1A is provided on the lid 10 of the liquid container 1 as an attachment portion of the liquid container 1. The lid 10 is attachable to and detachable from the main body 1 of the liquid container. The protrusion-shaped conductor 9 that constitutes the electrode 1A of the liquid container 1 is provided in the central portion of the lid 10 to enable direct contact connection with the electrode 3A of the power supply input/output control unit 3, The electrode 1B of the container 1 is provided on the other portion (outer peripheral portion or the like) of the lid portion 10 to enable contact connection with the electrode 3B of the power supply input/output control portion 3. The electrode 1B of the liquid container 1 has a spring property and can be easily attached and detached. If the lid 10 of the liquid container 1 is on the upper side or the like, an external line may be used for connection. As the material of the protrusion-shaped conductor 9, a conductor material such as stainless steel or titanium is used, and the shape is provided with concavities and convexities to form an AC electric field of an AC electric field to enhance the effect of changing the electric field.

In the present embodiment, in order to achieve the above object, the liquid activating device D of FIG. 5 according to the present invention is an activation object of various arbitrary liquids contained in the arbitrary liquid containers 1. Regarding the handling of the above, a container for liquid in which a protruding conductor 9 that forms an electrode is formed on the lid 10 of various liquid containers 1 and the protruding conductor 9 that forms an electrode can be inserted into a liquid 1, the electrodes 3A and 3B of the power supply input/output control unit 3 and the lid 10 electrodes 1A and 1B of the liquid container 1 are provided, and the electrode 3A of the power supply input/output control unit and the It is possible to directly connect to the electrode 1A of the protrusion-shaped conductor that can widely contact the inside of the various liquid containers 1, the electrode 1B of the power supply input/output control unit, and the various liquid containers 1 It is possible to directly connect with the electrode 1B having a shape capable of making wide contact with the inside of the above, and to carry out an electric current in the inside of the various liquid containers 1 containing the object to be activated. By using the liquid containers 1, the various liquid containers 1 have the protrusion-shaped conductor 9 of the lid portion inserted into the liquid, and the electrodes 3A and 3B of the power supply input/output control unit 3 Output to the electrodes 1A and 1B of the lid 10 to form an AC electric field and change the electric field to activate various liquids contained in the liquid container 1. A liquid activating method and a liquid activating device, which are characterized by activating an object.
With the configuration described above, the lids of the various liquid containers may be arranged on the upper part of the liquid container installation unit 2.
In addition, after the liquid container installation section 2 is removed and placed on the upper part so as to make sufficient contact with the electrodes 1A, 1B of the lid section of the various liquid containers, the liquid container installation section is placed. It may be possible to return 2 to the bottom.

In the present embodiment of the present invention, in order to achieve the above object, the liquid activating device D of FIG. 5 according to the present invention relates to a liquid container installation unit for handling an activation target of various arbitrary liquids. 2, a power supply input/output control unit 3 that outputs AC power, a magnetic force line generation unit 4, and a device case unit 5, and the liquid that allows insertion of at least the protruding conductor 9 that forms an electrode into a liquid An electrode having a shape that enables wide contact with the inside of the various liquid containers 1 is formed using the liquid container 1, and the power supply input/output control unit 3 includes electrodes 3A and 3B and the liquid container. The container 1 is provided with electrodes 1A and 1B, and the power supply input/output control unit 3 is provided inside the various liquid containers 1 containing the object to be activated, which are arranged in the liquid container installation unit 2. Of the liquid containers 1 based on the output from the electrodes of the power supply input/output control unit 3 and the electrodes 1A and 1B of the various liquid containers 1 are input. Various types of liquid containers 1 that are capable of supplying an electric current to the electrodes by inserting the projection-shaped conductor 9 of the lid 10 into the liquid by inputting data to the electrodes. Used to create an alternating electric field and change the electric field. Using the liquid container 1 that allows at least the lines of magnetic force to be used, the power supply input/output control unit 3 includes electrodes 3C and 3D, and the magnetic force line generation unit 4 includes electrodes 4A and 4B. Inside the liquid container 1 containing the object to be activated, which is placed inside the container installation unit 2, the electrodes 3C and 3D of the power supply input/output control unit 3 output and the electrode of the magnetic force line generation unit 4 outputs. Input to 4A and 4B, and based on the output from the electrode of the power supply input/output control unit 3, input to the magnetic force line generation unit 4 to form an alternating magnetic field and change the magnetic field. For the liquid containing the object to be activated, which is arranged inside the liquid container installation section 2 by using the various liquid containers 1 capable of transmitting the lines of magnetic force and allowing the flow of an electric current. In the interior of the container 1, the electrodes 3A and 3B of the power supply input/output control unit 3 output power to the electrodes of the magnetic force line generation unit 4, and the electrodes 1A and 1B of the power supply input/output control unit 3 receive the input. By the output, the electrodes of the various liquid containers 1 are made to be able to flow the current, and the alternating current is flowed to form the alternating magnetic field and the alternating electric field, and the magnetic field and the electric field are changed. As described above, the liquid activation method and the liquid activation apparatus are characterized in that the activation target of the various arbitrary liquids stored in the liquid container 1 is activated. If necessary, it is possible to provide a switch function for switching the output from the electrodes 3A and 3B of the power supply input/output control unit 3 and the output from the electrodes 3C and 3D.

In the present embodiment, in order to achieve the above object, the liquid activating device D of FIG. 5 according to the present invention is an activation object of various arbitrary liquids contained in the arbitrary liquid containers 1. Regarding the handling of the power source, the magnetic power line generator 4 is arranged at the outer peripheral portion of the liquid container installation portion 2 by using any of the various liquid containers 1 that allows at least the magnetic force lines to pass therethrough. The electrodes 3C and 3D of the input/output control unit 3 and the electrodes 4A and 4B of the magnetic force line generation unit 4 are provided, and the magnetic field lines are generated based on the output from the electrodes 3C and 3D of the power supply input/output control unit 3. By inputting to the electrodes 4A and 4B of the part 4, an AC magnetic field is formed inside the liquid container 1 containing the object to be activated arranged inside the liquid container installation part 2 to generate a magnetic field. A liquid activating method and a liquid activating device, characterized in that an activating object of various arbitrary liquids contained in the liquid containers 1 is changed to be activated. In addition, various commercially available liquid containers 1 capable of transmitting magnetic force lines can be commercially available products.

In the above, in the present embodiment, in order to achieve the above object, in the liquid activating device A of FIG. 1 and the liquid activating device D of FIG. The transformer 103 is an insulating transformer, which enables direct connection between the electrode 3A of the power supply input/output control unit 3 and one end of the electrode 1A having a shape capable of contacting the inside of various liquid containers. The electrode 3B of the input/output control unit 3 can be wirelessly connected to either the electrode 1B having a shape capable of widely contacting the inside of various liquid containers or the protrusion-shaped conductor 9, and Inside the various liquid containers 1 containing the object to be activated, which are arranged in the container installation section, an alternating current is passed inside the various liquid containers containing the object to be activated, By the output from the electrode of the power supply input/output control unit 3, input is made to the electrodes of the various liquid containers 1 and an alternating current is caused to flow to form and change an alternating electromagnetic wave electric field or an alternating electrostatic field. The liquid activation device is characterized in that it activates an activation object of the various arbitrary liquids. The liquid containers 1 can be attached and detached.

Embodiments of the present invention will be described below with reference to FIGS. 2 and 6. In FIG. 6, a liquid activation device E according to the present invention is a device for activating various arbitrary liquids using various liquid containers, and contains an activation target. A liquid container installation section 2 for arranging the various liquid containers 1, a power supply input/output control unit 3 for outputting AC power, a device case section 5, the various liquid containers 1, And the liquid container installation section 2 is detachable, and the screw container receiving section 11 corresponding to the lid section 10 of the various liquid containers 1 is attached to the liquid container installation section 2 and the various liquids. And a configuration of a screw-type fitting portion 12 corresponding to the lid portion 10 of the container 1 for liquids, the electrodes 3A and 3B of the power supply input/output control unit 3 are electrodes 1C of the liquid container installation unit 2, 1D, various arbitrary liquids W that are configured to be connectable to the electrodes of the liquid container installation section 2, and are in the main body of the various liquid containers 1, and the liquid containers In order to make sufficient contact with the electrodes 1C and 1D for passing an electric current through the installation part 2, the liquid container installation part 2 is removed and the receiving part 11 is arranged on the upper part, and the liquid containers are installed. After fitting the receiving portions 11 of the various liquid containers in the installation portion 2 and the fitting portions 12 of the various liquid containers 1 containing the activation target, the liquid containers are installed. The receiving part 11 of the part 2 is returned to the lower position, and the alternating current output from the electrode of the power supply input/output control part 3 inside the various liquid containers 1 after the fitting part 12 is attached. By inputting electric power to the electrodes of the liquid container installation portion 2 and applying an alternating current to form and change an alternating electric field, the activation action of the activation object of the various arbitrary liquids is performed. The liquid activation device may be characterized in that With the above configuration, when the receiving portion 11 of the lid portion 10 of each of the various liquid containers 1 is arranged in the upper portion of the liquid container installation portion 2, an object to be activated has entered. Inside the liquid containers 1 after the main body of the various liquid containers 1 is attached, the liquid containers 2 are installed in the liquid containers installation portion 2 so as to make sufficient contact with the electrodes C and 1D for passing an electric current. The electrodes of the receiving portions of the lids 10 of the various liquid containers 1 may be set in the container installation unit 2 so as to make insertion contact with the main body of the various liquid containers 1.

In the above, in order to achieve the above object, as a liquid activating method for liquids and a liquid activating device according to the present invention, various arbitrary liquid foods of liquid containers, kind of size, size, etc. Depending on the selected control range, the output from the electrode of the power supply input/output control unit forms any AC electric field and AC magnetic field, and any AC electric field, and, In changing the magnetic field, it is possible to set control of applied voltage strength, time, waveform, period/frequency, and the like. The user can select various liquids within the range of the set control specifications and set them arbitrarily to effectively activate the liquids.

In the above, in order to achieve the above object, in the liquid activating device according to the present invention, the liquid containers 1 capable of transmitting the magnetic force lines can be attached and detached, and can also be made to have a dedicated size. The size of the liquid containers 1 is set as much as possible as the liquid container installation unit 2. The magnetic field that is changed by the magnetic force line generator 4 has a small distance between liquids, and can be constant. Further, depending on the shape of the liquid container 1, it is possible to provide an adjusting magnetic body 8 as an adapter between the liquid container 1 and the magnetic force line generation unit 4, if necessary.

In order to achieve the above object, the control unit 106 of the power supply input/output control unit 3 is provided with AC-DC-AC control, AC-AC control, or the like as inverter control in the case of an AC power supply. be able to. In the case of a DC power supply, converter control can be provided as DC-AC control or the like. The control unit 106 enables time control, output voltage/current control, frequency conversion control, voltage waveform conversion control, and the like, and the voltage waveform is one of a sine wave, a sawtooth wave, a square wave, a pulse wave, and the like. It enables conversion control. Based on these settings, the power input/output control unit 3 can be implemented.

Further, in order to achieve the above-mentioned object, the liquid activation device for liquid food according to the present invention has an optional application time or continuous application time in the output from the electrode of the power supply input/output control unit 3. As described above, the setting can be made feasible.

In addition, as an example of the configuration of the power supply input/output control unit 3 according to the present invention in FIG. 2, it is possible to implement it with a simple specification configuration of the on/off switch 101 and the fuse 102 as a commercial power supply.

In order to achieve the above object, in the output from the power supply input/output control unit 3 as a means for forming and generating an AC magnetic field according to various arbitrary liquid foods and installation conditions of the liquid containers. The applied voltage may be set to 1000 V or less, and the applied period may be set to 1000 Hz or less.

In order to achieve the above object, in the output from the power supply input/output control unit 3 as a means for forming and generating an AC electric field in accordance with various arbitrary liquid foods and installation conditions of the liquid containers. The applied voltage may be set to 1000 V or less, and the application period may be set to 10000 Hertz or less.

In order to achieve the above object, the power supply input/output control unit 3 is provided as means for forming and generating an AC electric field by an AC electromagnetic wave electric field according to various arbitrary liquid foods and installation conditions of the liquid containers. It is also possible to set the applied voltage to any of 10000 volts or less and the applied cycle to 10000 kilohertz or less.

In order to achieve the above object, the power supply input/output control unit 3 is provided as a means for forming and generating an AC electric field by an AC electrostatic field according to various arbitrary liquid foods and installation conditions of the liquid containers. In the output from the electrode, the applied voltage can be set to any one of 10,000 volts or less and the applied cycle can be set to any one of 100 hertz or less.

According to the above, the present invention enables the liquid containers to be easily attached and detached, changes an electric field and a magnetic field, and is used as an activation target object such as the liquid stored in the liquid containers such as the liquid. Applying energy to activate and create an activated liquid. Expanding the application by targeting many liquids. It can also be used as a liquid for general-purpose portable containers such as those on the market.

As described above, the liquid activation device according to the present invention is a device for activating various arbitrary liquids by using various liquid containers capable of transmitting magnetic force lines, and is an object to be activated. A liquid container installation section for arranging the various liquid containers containing a, a power supply input/output control section for outputting AC power, a magnetic force line generation section, and an apparatus case section, The liquid containers are placed so that they can be attached and detached, and the AC power output from the electrodes of the power supply input/output control unit is generated inside the various liquid containers arranged in the liquid container installation unit to generate the magnetic field lines. It is characterized by performing an activation action of the activation object of the various arbitrary liquids by inputting to an electrode of the part and forming and changing an alternating magnetic field.

Further, in the liquid activating device according to the present invention, the magnetic force line generating portion has a substantially cylindrical shape, and the liquid container installation portion has an inclination angle from a vertical direction to a horizontal direction. The tilt angle can be changed, and the AC power output from the electrode of the power supply input/output control unit is generated inside the liquid containers installed in the liquid container installation unit to generate the magnetic field lines. It may be characterized in that an activation effect is applied to an activation object of any of the various liquids by inputting to an electrode of the part and forming and changing an alternating magnetic field.

Further, in the liquid activating device according to the present invention, the magnetic force line generation unit has a long shape, a flat shape, or a substantially bay shape, and the liquid container installation section is installed in a substantially horizontal direction. In the inside of the various liquid containers arranged in the liquid container installation unit, the AC power output from the electrode of the power supply input/output control unit is input to the electrode of the magnetic force line generation unit to generate an AC magnetic field. It may be characterized in that by forming and changing, it activates the activation object of the various arbitrary liquids.

Further, the liquid activation device according to the present invention is a device for activating various arbitrary liquids using various liquid containers, and is for the various liquids containing the activation target. A liquid container installation unit for disposing containers, a power supply input/output control unit for outputting AC power, and an apparatus case unit may be provided. Further, the various liquid containers 1 can be attached and detached, and the various liquid containers are provided with electrodes 1A and 1B for passing an electric current, and the electrodes 3A and 3B of the power supply input/output control unit are placed. Is configured to be connectable to the electrodes 1A and 1B of the various liquid containers, and the inside of the various liquid containers containing the activation target placed in the liquid container installation section. In, the AC power output from the electrode of the power supply input/output control unit is input to the electrodes of the various liquid containers, and an AC current is applied to form and change an AC electric field, thereby changing the value of any of the various types. It may be characterized in that it activates an activation target of liquids.

Further, the liquid activation device according to the present invention is a device for activating various arbitrary liquids using various liquid containers, and outputs a liquid container installation section and AC power. The power supply input/output control unit and the device case unit may be provided. The various liquid containers 1 and the liquid container installation section 2 are attachable and detachable, and the various liquid containers 1 are provided with an electrode 1A for supplying an electric current to various detachable lid parts. 1B, the electrode 1A of each of the various liquid containers includes a protrusion-shaped conductor 9, and one end 3A of the electrode of the power supply input/output control unit is the lid of each of the various liquid containers. Is configured to be directly connectable to the electrode 1A of the portion, and the other end 3B of the electrode of the power supply input/output control unit is configured to be directly connectable to the other end 1B of the electrode provided on the lid portion, The various liquid containers containing the activation target placed in the liquid container installation section by inserting the protrusion-shaped conductor provided in the lid of the various liquid containers into the liquid Inside the class, the AC power output from the electrode of the power supply input/output control unit is input to the electrodes of the various liquid containers, and an AC current is caused to flow to form and change the AC electric field. It may be characterized in that it activates the activation target of various arbitrary liquids.
The liquid container installation section 2 is arranged so as to be detached so as to be in sufficient contact with each of the various liquids of the various liquid containers 1 and each of the electrodes, and the liquid is arranged on the upper part. After fitting the lids 10 of the various liquid containers 1 in the liquid containers 1 with the main body of the various liquid containers 1, the liquid container installation unit 2 is arranged at the bottom. It may be returned.
The arrangement relationship between the receiving portions of the lids 10 of the various liquid containers and the main body of the various liquid containers 1 in the liquid container installation portion 2 is as follows. The design is not particularly limited.

Further, in the liquid activation device according to the present invention, the power supply input/output control unit 3 that outputs the AC power includes an insulating transformer, and the various liquid containers 1 and the liquid container installation units 2 are Removable, the various liquid containers are provided with electrodes for flowing an electric current to various removable lids 10, and the electrodes of the various liquid containers are protrusion-shaped conductive members. One end 3A of the electrode of the power supply input/output control unit 3 including the body 9 is configured to be directly connectable to the electrode 1A of the lid of the various liquid containers, and The other end 3B of the electrode is configured to be wirelessly connectable to the projection-shaped conductor 9 via the other end 1B of the electrode provided on the lid portion or directly, and the other of the various types of liquid containers described above. The protrusion-shaped conductor 9 provided on the lid is inserted into a liquid, and the power is turned on inside the various liquid containers containing the activation object placed in the liquid container installation unit. Alternating the AC power output from the electrodes of the output control unit 3 by causing an AC current to flow inside the various liquid containers containing the object to be activated to form and change an AC electromagnetic field or an AC electrostatic field. It may be characterized in that it activates the activation target of the various arbitrary liquids.

The liquid activation device according to the present invention is a device for activating various arbitrary liquids by using various liquid containers, and is for the various liquids containing an activation target. Liquid container installation section 2 for arranging containers 1, power supply input/output control section 3 for outputting AC power, device case section 5, the various liquid containers 1, and liquid containers The installation part 2 is detachable, and various optional replaceable screw-type receiving parts 11 to be the lid part 10 of the various liquid containers 1 are provided on the liquid container installation part 2. The screw type fitting portion 12 which is a part of the main body of the liquid container 1 and the liquid container setting portion 2 are provided with electrodes 1C and 1B for passing an electric current, and the power supply input/output control The electrodes 3A, 3B of the part 3 are configured to be connectable to the electrodes 1C, 1D of the liquid container installation part 2 and the electrodes of the liquid container installation part 2 for the liquid. By removing the container installation section 2 and disposing the receiving section 11 on the upper part, the receiving section 11 for the various liquid containers in the liquid container installation section 2 and the receiving object containing the activation target After fitting the fitting parts 12 of the various liquid containers 1, the receiving part 11 of the liquid container installing part 2 is returned to the lower position, and the fitting parts of the various liquid containers 1 are fitted. In the inside after attaching 12, the AC power output from the electrode of the power supply input/output control is input to the electrode of the liquid container installation section 2, and an AC current is caused to flow to form an AC electric field. It may be characterized in that it activates the activation object of the various arbitrary liquids by changing the above.

A liquid activating device according to the present invention is a device for activating various arbitrary liquids using various liquid containers capable of transmitting magnetic force lines, and includes a liquid container installation section. A power supply input/output control unit that outputs AC power, a magnetic force line generation unit, and a device case unit may be provided. The various liquid containers 1 and the liquid container installation unit 2 are placed so as to be removable, and the output electrode of the power supply input/output control unit is connected to the electrode of the magnetic force line generation unit. Inside the various liquid containers arranged in the container installation unit, the AC power output from the electrode of the power supply input/output control unit is input to the electrode of the magnetic force line generation unit to form an AC magnetic field and change. In addition, the electrode of the output of the power supply input/output control unit is one of the various liquid containers, the lid of the various liquid containers, or the receiving unit of the liquid container installation unit. Connected to the electrodes, and inside the various liquid containers arranged in the liquid container installation section, the AC power output from the electrodes of the power supply input/output control unit is input to the electrodes. , It is possible to change an alternating magnetic field and an alternating electric field by forming and changing an alternating electric field by flowing an alternating current, and to activate an activation target of the various arbitrary liquids. The liquid activation device may be

In addition, the various liquid containers, the lids of the various liquid containers, or the various optional replaceable screw-type receiving portions of the liquid container installation unit are appropriately selected according to their types. It is possible to provide various possible liquid containers, various liquid container lids, or any arbitrary replaceable screw-type receiving parts of the liquid container installation part.

Further, in the liquid activating device according to the present invention, the size of any of various liquid containers is almost 110 cm at the bottom diameter and 40 cm or less in height. The size is 110 cm or less in diameter and 28 cm or less in height, and the AC output from the power supply input/output control unit is a time control, AC voltage, AC current, electromagnetic wave frequency, applied voltage waveform is sine wave, sawtooth wave. , A square wave or a pulse wave may be set to activate the activation object of the various arbitrary liquids.

As described above, the present invention is provided with a liquid container installation part that can be attached to a water server or the like, a magnetic force line generation part, and a device case part for handling various types of liquids to be activated. , Using various liquid containers capable of transmitting magnetic force lines, based on the output from the electrode of the power supply input/output control unit for outputting AC power, as the magnetic force line generation unit in the water server or the like. In the inside of the liquid container containing the object to be activated, an alternating magnetic field is formed in the various arbitrary liquids, and the magnetic field is changed to change the magnetic field to store the various arbitrary liquids stored in the liquid container. A liquid activation device may be characterized in that the activation target of liquids can be activated.

As described above, the present invention relates to a liquid container installation section that can be attached to a water server or the like, and a power supply input/output control section that outputs AC power, in regard to the treatment of various liquids to be activated. , Various kinds of liquid containers that are capable of passing an electric current and are provided with a device case part, and are activated in a water server or the like based on the output from the electrode of the power supply input/output control part. Inside the liquid container containing the object to be activated, by forming an AC electric field, by changing the electric field, the object to be activated of any of the various liquids stored in the container for liquid, The liquid activation device may be characterized by enabling an activation action.

In the above, the present invention has been specifically described based on the embodiments thereof, but it goes without saying that the present invention is not limited to the above embodiments and can be variously modified without departing from the scope of the invention. .. For example, in the present invention, the AC electric field is treated synonymously with the same physical function as the AC electric field. Alternatively, an AC magnetic field, an AC electromagnetic field, or an AC electrostatic field may be used as well.

In the present invention, those skilled in the art can come up with various arbitrary modified examples and modified examples, and it is understood that these modified examples and modified examples also belong to the scope of the present invention.

For example, those skilled in the art appropriately add, delete, or change the design of each of the above-described embodiments, or add, omit, or change the conditions of the process of the present invention. As long as it has the gist, it is included in the scope of the present invention.

A, B, C, D, E Liquid activation device 1 Liquid containers 1A, 1B Liquid container electrodes 1C, 1D Liquid container installation electrode 2 Liquid container installation unit 3 Power input/output control Parts 3A and 3B Electrodes 3C of power supply input/output control unit 3 Electrodes of 3D power supply input/output control unit 101 ON/OFF switch 102 Fuse 103 Transformer 104 Power supply input side primary coil 105 Output side secondary coil 106 Control unit 4 Magnetic field line generation Part 4A Electrode 4B of magnetic force line generating part 4 Electrode 5 of magnetic force line generating part 4 Device case part 6 Inclination setting part 7 Attachment part.
8 Adjustment Magnetic Material 9 Protrusion-Shaped Conductor 10 Lid 11 Receiving 12 Fitting
W liquids

Claims (7)

A device for activating a liquid in the liquid container , which uses a liquid container capable of transmitting magnetic field lines,
A liquid container installation unit for arranging the liquid container containing an activation object,
A power supply input/output control unit that outputs AC power,
Have a substantially cylindrical shape, and magnetic force lines generated portion disposed so as to surround the liquid container,
And a device case part,
The liquid container is removable from the liquid container installation section ,
The magnetic force line generation unit is installed so that the inclination angle can be changed from the vertical direction to any of the horizontal directions,
The AC power output from the electrode of the power source output control unit inputs into the magnetic field lines generated portion of the electrode, to form an alternating magnetic field in the interior of the liquid container disposed in the liquid container installed portion, the alternating magnetic field The liquid activation device is characterized in that the liquid activation device activates the liquid activation target. The liquid container installation section is installed in a substantially horizontal direction,
In the inside of the liquid container arranged in the liquid container installation unit, the AC power output from the electrode of the power supply input/output control unit is input to the electrode of the magnetic force line generation unit to form an AC magnetic field, and the AC The liquid activation device according to claim 1, wherein the liquid activation device activates the liquid activation target by changing the magnetic field . A device for activating a liquid containing water or a liquid containing water stored in the liquid container using various liquid containers provided with a detachable lid part ,
A liquid container installation unit for arranging the liquid container containing an activation object ,
A power supply input/output control unit that outputs AC power,
And a device case part,
The liquid container is removable from the liquid container installation section ,
The lid portion of the liquid container includes an electrode for passing an alternating current,
The electrode provided on the lid portion has a first electrode having a protrusion-shaped conductor exposed in the liquid when inserted into the liquid, and a length shorter than the first electrode, A second electrode provided on the outer periphery of the lid,
One electrode of the power input/output control unit is configured to be directly connectable to the first electrode, and the other electrode is configured to be directly connectable to the second electrode, respectively .
The frequency of the AC power is a commercial power frequency,
The protrusion-shaped conductor provided on the lid part of the liquid container is inserted into the liquid , and the power source is provided inside the liquid container containing the activation object arranged in the liquid container installation part. By inputting the AC power output from the electrode of the input/output control unit to the electrode of the liquid container , flowing an AC current to form an AC electric field and changing the AC electric field , the liquid activation object A liquid activating device characterized by activating the liquid. A device for activating a liquid containing water or food containing water stored in the liquid container using various liquid containers provided with a detachable lid ,
A liquid container installation unit for arranging the liquid container containing an activation object ,
A power supply input/output control unit that outputs AC power via an isolation transformer ,
And a device case part,
The liquid container , and the liquid container installation portion is removable,
The lid portion of the liquid container includes an electrode for passing an alternating current,
The electrode provided on the lid portion includes a first electrode having a protrusion-shaped conductor exposed in the liquid when inserted into the liquid,
One electrode of the power input/output control unit is configured to be directly connectable to the first electrode ,
The other electrode of the power supply input/output control unit is configured to be wirelessly connectable to the protrusion-shaped conductor of the first electrode ,
The protrusion-shaped conductor provided on the lid portion of the liquid container is inserted into the liquid , and the power source is provided inside the liquid container containing the activation target disposed in the liquid container installation portion. The AC power output from the electrodes of the input/output control unit is supplied with an AC current inside the liquid container containing the object to be activated to form an AC electromagnetic field or an AC electrostatic field. by changing the electrostatic field, the liquid activation device, characterized by the activating effect of the activated object of the liquid. A device for activating the liquid in the liquid container using various liquid containers ,
A liquid container installation section for positioning said liquid container,
A power supply input/output control unit that outputs AC power,
Device case part,
A replaceable screw-type receiving part corresponding to the lid part of the liquid container in the liquid container setting part ,
A screw type fitting part that is a part of the main body of the liquid container ,
The liquid container , and the liquid container installation portion is removable,
The electrode of the power supply input/output control unit is configured to be connectable to the electrode of the liquid container installation unit and the electrode of the liquid container installation unit ,
The liquid container installation part is removed and the receiving part is arranged at the upper part, and the object to be activated enters in correspondence with the receiving part of the various liquid containers in the liquid container installation part . after fitting the said fitting portion of said liquid container, said receiving portion of said liquid container installation section is returned to the place in the lower part, inside the after attaching the fitting portion of said liquid container, said power supply AC power output from the electrode of the input/output control is input to the electrode of the liquid container installation portion , an AC current is flown to form an AC electric field, and the AC electric field is changed, whereby the liquid A liquid activating device characterized by activating an object to be activated. A device for activating a liquid in the liquid container, which uses a liquid container capable of transmitting magnetic field lines,
A liquid container setting section ,
A power supply input/output control unit that outputs AC power,
A magnetic field line generator,
And a device case part,
The liquid container , or the liquid container installation portion is removable.
The electrode of the output of the power supply input/output control unit connects with the electrode of the magnetic force line generation unit, and inside the liquid container arranged in the liquid container installation unit , from the electrode of the power supply input/output control unit. The output AC power is input to the electrodes of the magnetic force line generation unit to form an AC magnetic field, which makes it possible to change the AC magnetic field .
The output electrode of the power supply input/output control unit is connected to any one of the electrode of the liquid container and the lid of the liquid container ,
Inside the liquid container placed in the liquid container installation unit , AC power output from the electrode of the power supply input/output control unit is input to the electrode, and an AC current is passed to form an AC electric field, the alternating field was possible to vary the liquid activation device, characterized in that the activating effect of the activated object of the liquid. The size of the liquid container has a bottom diameter of 110 cm and a height of 40 cm or less,
The applicable size of the target liquid container is a bottom diameter of 110 cm or less and a height of 28 cm or less,
The AC output is controlled by time, the AC voltage, the AC current, the electromagnetic wave frequency, and the waveform of the applied voltage is set as any one of a sine wave, a sawtooth wave, a square wave, and a pulse wave, thereby activating the liquid activation target. liquid activation device according to the activating effect of claim 1, wherein any one of claims 6.