WO2022203526A1 - Resonant and ergonomic bioelectric device for self-generating potential differential with antiviral copper and magnesium ion injection - Google Patents

Resonant and ergonomic bioelectric device for self-generating potential differential with antiviral copper and magnesium ion injection Download PDF

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Publication number
WO2022203526A1
WO2022203526A1 PCT/PE2021/050005 PE2021050005W WO2022203526A1 WO 2022203526 A1 WO2022203526 A1 WO 2022203526A1 PE 2021050005 W PE2021050005 W PE 2021050005W WO 2022203526 A1 WO2022203526 A1 WO 2022203526A1
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WIPO (PCT)
Prior art keywords
copper
resonant
galvanized iron
plate
self
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PCT/PE2021/050005
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Spanish (es)
French (fr)
Inventor
Segundo Nicolas DIESTRA SANCHEZ
Original Assignee
Diestra Sanchez Segundo Nicolas
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Publication of WO2022203526A1 publication Critical patent/WO2022203526A1/en

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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61K—PREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K33/00—Medicinal preparations containing inorganic active ingredients
    • A61K33/06—Aluminium, calcium or magnesium; Compounds thereof, e.g. clay
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61K—PREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K33/00—Medicinal preparations containing inorganic active ingredients
    • A61K33/24—Heavy metals; Compounds thereof
    • A61K33/34—Copper; Compounds thereof
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N1/00—Electrotherapy; Circuits therefor
    • A61N1/02—Details
    • A61N1/04—Electrodes
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N1/00—Electrotherapy; Circuits therefor
    • A61N1/18—Applying electric currents by contact electrodes
    • A61N1/20—Applying electric currents by contact electrodes continuous direct currents
    • A61N1/30—Apparatus for iontophoresis, i.e. transfer of media in ionic state by an electromotoric force into the body, or cataphoresis
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N1/00—Electrotherapy; Circuits therefor
    • A61N1/18—Applying electric currents by contact electrodes
    • A61N1/32—Applying electric currents by contact electrodes alternating or intermittent currents

Definitions

  • the following invention is developed in the field dedicated to the manufacture of electrical stimulation devices, specifically devices for the application of microcurrents.
  • Document ES 2296809T3 describes a device for generating current, called a current production generator for electrode sheaths through copper wire and a method that comprises the application of microcurrents for electrotherapy, which receives electrical power from a drums.
  • the application of microcurrent through said device is in the form of a jump or step, causing discomfort to the user.
  • the document ES 2635517T3 describes a device to control pain using microcurrent electrical therapy using electrodes, the design of the device guarantees electrical safety through the use of 1.5 volt batteries.
  • document ES 2332989T3 describes a microcurrent therapeutic device directed to an electronic stack located in a therapeutic device in electrical connection with the user's skin, it uses a button battery inside the electronic stack.
  • the devices mentioned above have the drawback that they apply microcurrents in the form of a jump or step by means of cells or batteries, causing sensitivity discomfort to the user due to the direct application of microcurrents.
  • the present invention called "Resonant and ergonomic bioelectric device for self-generation of potential differential with antiviral ionic injection of copper and magnesium” was developed, which consists of a device adaptable to the user and allows the self-generation of a potential differential with ionic injection of copper and magnesium in two modes, without resonance and with resonance, to produce a progressive microcurrent, where said device comprises a main body, which contains on its surface an insulating sheet where three plates are located, of which one plate is made of galvanized iron located in the center and two plates of which one plate is made of aluminum-magnesium alloy and the other is made of copper; the plates are arranged parallel to each other, said plates are connected with conductors, two being copper and one galvanized iron; these conductors are connected to the resistor, so that one end of the first resistor is connected to the copper conductor and the other end is connected to the first galvanized iron conductor, in the same way one end of the second resistor is connected to the conductor copper and the other end
  • a resonant unit comprises a first and second resonant circuit, it receives the energy from the human body and converts it into a potential differential that is connected by a function selector to the first and second resistors, this potential differential produced is added to the differential of previously produced potential.
  • the full potential differential produced by the resonant bioelectric device is applied to the resistor circuit.
  • the main body is made up of a galvanized iron plate located in the center and two plates at the ends, of which one plate is made of aluminum-magnesium alloy and the other is made of copper; the plates are arranged parallel to each other, which are on an insulating sheet together forming a single block.
  • the free part of the insulating sheet has a cover, which is on the opposite side where the plates are arranged in parallel.
  • the conductor is specifically made up of a negatively charged conductor of galvanized iron, a first and a second positively charged conductor of copper, these are arranged in parallel.
  • the galvanized iron conductor is connected to the galvanized iron plate, and the first and second copper conductors are connected to the aluminum magnesium alloy plate and the copper plate respectively; these conductors receive the potential differential and produce a double microcurrent flow through the galvanized iron plate as a common point.
  • the resonant unit is made up of a first and a second resonant circuit, and each resonant circuit has elements such as the inductor, the capacitor and the resistor; where finally, the resonant unit is connected to the resistor circuit.
  • the function selector allows the device to operate in two modes, such as: the self-generation of potential differential without resonance, and the self-generation of potential differential with resonance.
  • the resistor circuit is specifically made up of the first and second resistors with their respective ends, where the first resistor connects one end with the copper conductor and the other end connects with the galvanized iron conductor, in the same way, the second resistor connects one end with the same galvanized iron conductor and the other end connects with the second copper conductor.
  • An adjustment element attached to the main body has a first elastic band with a male velcro closure located at one end, and a second elastic band with a female velcro closure located at the other end.
  • the present invention describes a device that allows self-generation of a potential differential with ionic injection of copper and magnesium in two modes of operation: without resonance and with resonance; to produce a microcurrent that increases progressively and naturally so as not to cause damage or discomfort to the user.
  • said device is ergonomic since it allows, through the adjustment element, to be able to adapt to the user.
  • Figure 1 A perspective view of the proposed invention is shown where the main body, a conductive network, a resonant unit, a function selector, a resistor circuit and the adjustment element can be seen.
  • Figure 2 The device adaptable to the user is shown, taking as an example covering the human body's back and abdomen.
  • Figure 3 Shows the wiring diagram of the electrical elements of the resonant and ergonomic bioelectric device for self-generation of potential differential with ionic injection of copper and magnesium.
  • Figure 4 The process block diagram of the resonant and ergonomic bioelectric device for self-generation of potential differential with ionic injection of copper and magnesium is shown.
  • Figure 5 The graph of voltage versus time and the graph of microcurrent versus time of the process in non-resonance potential differential self-generation mode are shown.
  • Figure 6 The graph of voltage versus time and the graph of microcurrent versus time of the process in autogeneration mode of potential differential with resonance are shown.
  • the invention consists of a main body (1), a conductive network (2), a resonant unit (3), a function selector (4), a resistor circuit (5), and an adjustment element (6).
  • the main body (1) is made up of an aluminum magnesium alloy plate (11), a galvanized iron plate (12) and a copper plate (13), which are on an insulating sheet (14) together forming a single block.
  • the free part of the insulating sheet (14) has a cover (15).
  • the main components of the invention are presented, such as the main body (1), conductive network (2), resonant unit (3), function selector (4), resistor circuit (5), and a control element. adjustment (6) that allows the adaptability of the device to the user.
  • the conductive network (2) is made up of: a negatively charged conductor of galvanized iron (22), and the first and second positively charged conductors of copper (21, 23) in parallel arrangement, with very low resistance.
  • the function selector (4) is basically made up of a switch that allows the resonant unit to be connected to the resistor circuit (5).
  • This resistor circuit (5) is made up of: the first and second high-resistance resistors (51, 52).
  • the conductive network (2), resonant unit (3), function selector (4) and resistor circuit (5) are in a single unit to optimize spaces, they are also attached to the main body (1 ) corresponding to the side of the cover (15).
  • the invention further comprises an adjustment element (6) with a first elastic band (61) attached to a male velcro closure (63) located at one end, and a second elastic band (62) with a female velcro closure (64). located at the other end.
  • the adjustment element (6) presents its use and adaptability to the user, where the plates of the main body (11, 12, 13) are horizontally arranged so that they can be placed both on the front side of the body - the back-, and on the reverse side -abdomen.
  • the electrical components of the invention are: the main body (1), the conductive network (2), the resonant unit (3), the function selector (4), and the resistor circuit (5). These connect forming an electrical circuit with the body surface of the human body.
  • connection diagram of the invention is presented, where the total potential difference is applied when the function selector (4), made up of a switch, is in a closed circuit, that is, in resonance mode for this way to circulate a microcurrent that is received by the resistor circuit (5).
  • the applicant has carried out the tests using the device according to the invention.
  • the results in said tests are typical of the results of the present invention, which are detailed in figures 5 and 6.
  • the device has been used in a horizontal position in the area of the abdomen of the human body, for which two multimeters were used. calibrated in function voltmeter and ammeter in low scale, in addition to a timer to register the time.
  • the measurement of voltages 1 and voltage 2 corresponds to the first and second resistors (51, 52).
  • the measurement of current 1 and 2 corresponds to the first and second resistors (51, 52).
  • the results of the generated voltage in versus time are presented, through the application of the device in non-resonance mode, observing an increase in an average potential differential from 0 to 700 millivolts to produce an average microcurrent of 0 to 14 microamps that increases progressively or ramps until reaching the stable state in a time of 55 min.
  • the results of the generated voltage are presented as a function of time, by applying the device in resonance mode, observing an increase in an average potential differential from 0 to 770 millivolts to produce an average microcurrent of 0 to 15 microamperes. that increases progressively or ramps until reaching the stable state in a time of 30 min.
  • voltage 1 corresponds to the measurement of the voltmeter that connects the positive test lead (red) to the aluminum magnesium alloy plate (11), and the negative test lead (black) that connects to the common point of the galvanized iron plate (12) giving a positive reading of +109 mV, indicating the injection of positive magnesium ions;
  • voltage 2 corresponds to the other measurement of the voltmeter that connects the positive test lead (red) to the copper plate (13), and the negative test lead (black) that connects to the common point of the iron plate. galvanized (12) giving a positive reading of +765 mV, indicating the injection of positive copper ions.

Abstract

The present invention relates to a resonant and ergonomic bioelectric device for self-generating potential differential with antiviral copper and magnesium ion injection, for producing a progressive microcurrent, of the type comprising a main body, a conductive network, a resonant unit, a function selector, a resistor circuit, and an adjustment element, characterised in that the main body consists of a magnesium-aluminium alloy plate or similar, a galvanised iron plate or similar, and a copper plate, which are arranged on an insulating layer; and a user-adaptable adjustment element consisting of an elastic band attached to a male velcro fastener and a female velcro fastener.

Description

DISPOSITIVO BIOELÉCTRICO RESONANTE Y ERGONÓMICO DE AUTOGENERACIÓN DE DIFERENCIAL DE POTENCIAL CON INYECCIÓN IÓNICA ANTIVIRAL DE COBRE Y MAGNESIO RESONANT AND ERGONOMIC BIOELECTRIC DEVICE FOR SELF-GENERATION OF POTENTIAL DIFFERENTIAL WITH ANTIVIRAL IONIC INJECTION OF COPPER AND MAGNESIUM
CAMPO TÉCNICO TECHNICAL FIELD
La siguiente invención se desarrolla en el campo dedicado a la fabricación de dispositivos de estimulación eléctrica, específicamente dispositivos para la aplicación de microcorrientes. The following invention is developed in the field dedicated to the manufacture of electrical stimulation devices, specifically devices for the application of microcurrents.
ANTECEDENTES DE LA INVENCIÓN BACKGROUND OF THE INVENTION
Se conocen actualmente dispositivos de electroterapia de estimulación eléctrica para aliviar o eliminar el dolor, los cuales aplican corriente eléctrica directamente hacia el cuerpo humano. Además, existe la certeza de las propiedades antivirales de los elementos cobre y magnesio. Electrical stimulation electrotherapy devices for alleviating or eliminating pain are currently known, which apply electrical current directly to the human body. In addition, there is the certainty of the antiviral properties of the elements copper and magnesium.
Los dispositivos conocidos que utilizan microcorrientes para electroterapia, presentan varias limitaciones como: Known devices that use microcurrents for electrotherapy have several limitations, such as:
- necesitan fuentes de alimentación o pilas para su funcionamiento; - they need power supplies or batteries for their operation;
- al utilizar batería o fuentes de alimentación, aplican al cuerpo humano un voltaje en voltios en forma de entrada escalón, produciendo una microcorriente también en forma de entrada escalón; - when using battery or power supplies, they apply to the human body a voltage in volts in the form of a step input, producing a microcurrent also in the form of a step input;
- al aplicar un voltaje en voltios en forma de entrada escalón, ocasionan molestias de sensibilidad al usuario por la aplicación directa de microcorrientes. - when applying a voltage in volts as a step input, they cause sensitivity discomfort to the user due to the direct application of microcurrents.
- carecen entre sus elementos que lo componen, de placas de inyección de iones.- They lack, among their components, ion injection plates.
- necesitan de sistemas de seguridad para el control de fallas que pudieran ocurrir con el usuario y; - They need security systems to control failures that could occur with the user and;
- se utiliza en personas en posición horizontal fija y estática con personal especializado para su supervisión. - It is used in people in a fixed and static horizontal position with specialized personnel for their supervision.
El documento ES 2296809T3 describe un dispositivo para generar corriente, denominado generador de producción de corriente para las envolturas de electrodos a través de cable de cobre y un método que comprende la aplicación de microcorrientes para electroterapias, el cual recibe alimentación eléctrica de una batería. La aplicación de microcorriente a través de dicho dispositivo es en forma de salto o escalón, ocasionando molestias en el usuario. Así también, el documento ES 2635517T3 describe un dispositivo para controlar el dolor usando terapia eléctrica de microcorriente utilizando electrodos, el diseño del dispositivo garantiza la seguridad eléctrica mediante el uso de baterías de 1 ,5 voltios. Por otro lado, el documento ES 2332989T3 describe un dispositivo terapéutico de microcorriente dirigidas a un apilamiento electrónico situado en un dispositivo terapéutico en conexión eléctrica con la piel del usuario, utiliza una batería de botón dentro del apilamiento electrónico. Document ES 2296809T3 describes a device for generating current, called a current production generator for electrode sheaths through copper wire and a method that comprises the application of microcurrents for electrotherapy, which receives electrical power from a drums. The application of microcurrent through said device is in the form of a jump or step, causing discomfort to the user. Likewise, the document ES 2635517T3 describes a device to control pain using microcurrent electrical therapy using electrodes, the design of the device guarantees electrical safety through the use of 1.5 volt batteries. On the other hand, document ES 2332989T3 describes a microcurrent therapeutic device directed to an electronic stack located in a therapeutic device in electrical connection with the user's skin, it uses a button battery inside the electronic stack.
Los dispositivos mencionados anteriormente presentan el inconveniente que aplican microcorrientes en forma de salto o escalón mediante pilas o baterías, ocasionando molestias de sensibilidad al usuario por la aplicación directa de microcorrientes. The devices mentioned above have the drawback that they apply microcurrents in the form of a jump or step by means of cells or batteries, causing sensitivity discomfort to the user due to the direct application of microcurrents.
DESCRIPCIÓN DE LA INVENCIÓN DESCRIPTION OF THE INVENTION
Como solución a los problemas antes mencionados se desarrolló el presente invento denominado “Dispositivo bioeléctrico resonante y ergonómico de autogeneración de diferencial de potencial con inyección iónica antiviral de cobre y magnesio”, el cual consiste de un dispositivo adaptable al usuario y permite la autogeneración de un diferencial de potencial con inyección iónica de cobre y magnesio en dos modos, sin resonancia y con resonancia, para producir una microcorriente progresiva, donde dicho dispositivo comprende de un cuerpo principal, el cual contiene en su superficie una lámina aislante donde se ubican tres placas, de las cuales una placa es de hierro galvanizado ubicada al centro y, dos placas de las cuales una placa es de aleación aluminio magnesio y otra de cobre; las placas están con disposición paralela una a otra, dichas placas se conectan con conductores siendo dos de cobre y uno de hierro galvanizado; estos conductores se conectan con el resistor, de manera que un extremo del primer resistor se conecta con el conductor de cobre y el otro extremo se conecta con el primer conductor de hierro galvanizado, de igual manera un extremo del segundo resistor se conecta con el conductor de cobre y el otro extremo se conecta con el segundo conductor de hierro galvanizado. También, una unidad resonante comprende un primer y segundo circuito resonante, recibe la energía del cuerpo humano y la convierte en un diferencial de potencial que se conecta mediante un selector de función al primer y segundo resistor, este diferencial de potencial producido se añade al diferencial de potencial producido anteriormente. El deferencial de potencial total producido por el dispositivo bioeléctrico resonante se aplica al circuito resistor. As a solution to the aforementioned problems, the present invention called "Resonant and ergonomic bioelectric device for self-generation of potential differential with antiviral ionic injection of copper and magnesium" was developed, which consists of a device adaptable to the user and allows the self-generation of a potential differential with ionic injection of copper and magnesium in two modes, without resonance and with resonance, to produce a progressive microcurrent, where said device comprises a main body, which contains on its surface an insulating sheet where three plates are located, of which one plate is made of galvanized iron located in the center and two plates of which one plate is made of aluminum-magnesium alloy and the other is made of copper; the plates are arranged parallel to each other, said plates are connected with conductors, two being copper and one galvanized iron; these conductors are connected to the resistor, so that one end of the first resistor is connected to the copper conductor and the other end is connected to the first galvanized iron conductor, in the same way one end of the second resistor is connected to the conductor copper and the other end connects with the second galvanized iron conductor. Also, a resonant unit comprises a first and second resonant circuit, it receives the energy from the human body and converts it into a potential differential that is connected by a function selector to the first and second resistors, this potential differential produced is added to the differential of previously produced potential. The full potential differential produced by the resonant bioelectric device is applied to the resistor circuit.
El cuerpo principal está constituido por una placa es de hierro galvanizado ubicada al centro y dos placas en los extremos, de las cuales una placa es de aleación aluminio magnesio y otra de cobre; las placas están con disposición paralela una a otra, que están sobre una lámina aislante formando en conjunto un solo bloque. La parte libre de la lámina aislante cuenta con una cubierta, la cual está al lado opuesto donde están dispuestas las placas en forma paralela. The main body is made up of a galvanized iron plate located in the center and two plates at the ends, of which one plate is made of aluminum-magnesium alloy and the other is made of copper; the plates are arranged parallel to each other, which are on an insulating sheet together forming a single block. The free part of the insulating sheet has a cover, which is on the opposite side where the plates are arranged in parallel.
El conductor lo conforman específicamente un conductor de carga negativa de hierro galvanizado, un primer y un segundo conductor de carga positiva de cobre, estos están dispuestos en forma paralela. El conductor de hierro galvanizado se conecta a la placa de hierro galvanizado y, el primer y segundo conductor de cobre se conecta a la placa de aleación aluminio magnesio y la placa de cobre respectivamente; estos conductores reciben el diferencial de potencial y producen un doble flujo de microcorriente a través de la placa de hierro galvanizado como punto común. The conductor is specifically made up of a negatively charged conductor of galvanized iron, a first and a second positively charged conductor of copper, these are arranged in parallel. The galvanized iron conductor is connected to the galvanized iron plate, and the first and second copper conductors are connected to the aluminum magnesium alloy plate and the copper plate respectively; these conductors receive the potential differential and produce a double microcurrent flow through the galvanized iron plate as a common point.
La unidad resonante está conformada por un primer y un segundo circuito resonante, y cada circuito resonante presenta elementos como son el inductor, el capacitor y el resistor; donde finalmente, la unidad resonante se conecta al circuito resistor. The resonant unit is made up of a first and a second resonant circuit, and each resonant circuit has elements such as the inductor, the capacitor and the resistor; where finally, the resonant unit is connected to the resistor circuit.
El selector de funciones permite operar al dispositivo en dos modos, como son: la autogeneración de diferencial de potencial sin resonancia, y la autogeneración de diferencial de potencial con resonancia. El circuito resistor lo conforman específicamente el primer y segundo resistor con sus respectivos extremos, donde el primer resistor conecta un extremo con el conductor de cobre y el otro extremo conecta con el conductor de hierro galvanizado, de igual manera, el segundo resistor conecta un extremo con el mismo conductor de hierro galvanizado y el otro extremo conecta con el segundo conductor de cobre. The function selector allows the device to operate in two modes, such as: the self-generation of potential differential without resonance, and the self-generation of potential differential with resonance. The resistor circuit is specifically made up of the first and second resistors with their respective ends, where the first resistor connects one end with the copper conductor and the other end connects with the galvanized iron conductor, in the same way, the second resistor connects one end with the same galvanized iron conductor and the other end connects with the second copper conductor.
Un elemento de ajuste unido al cuerpo principal, presenta una primera cinta elástica con un cierre velero macho ubicado en un extremo, y una segunda cinta elástica con un cierre velero hembra ubicados en el otro extremo. An adjustment element attached to the main body has a first elastic band with a male velcro closure located at one end, and a second elastic band with a female velcro closure located at the other end.
La presente invención describe un dispositivo que permite la autogeneración de un diferencial de potencial con inyección iónica de cobre y magnesio en dos modos de operación: sin resonancia y con resonancia; para producir una microcorriente que aumenta en forma progresiva y natural para no causar daños ni molestias al usuario. Además, dicho dispositivo es ergonómico ya que permite mediante el elemento de ajuste poder adaptarse al usuario. The present invention describes a device that allows self-generation of a potential differential with ionic injection of copper and magnesium in two modes of operation: without resonance and with resonance; to produce a microcurrent that increases progressively and naturally so as not to cause damage or discomfort to the user. In addition, said device is ergonomic since it allows, through the adjustment element, to be able to adapt to the user.
BREVE DESCRIPCIÓN DE LAS FIGURAS BRIEF DESCRIPTION OF THE FIGURES
Para complementar la descripción que se está realizando y con el objetivo de ayudar a una mejor comprensión de las características de la invención se adjunta un juego de figuras en donde con carácter ilustrativo y no limitativo se ha representado lo siguiente: To complement the description that is being made and with the aim of helping a better understanding of the characteristics of the invention, a set of figures is attached where the following has been represented for illustrative and non-limiting purposes:
Figura 1 : Se muestra una vista en perspectiva de la invención propuesta donde se puede apreciar el cuerpo principal, una red conductora, una unidad resonante, un selector de función, un circuito resistor y el elemento de ajuste. Figure 1: A perspective view of the proposed invention is shown where the main body, a conductive network, a resonant unit, a function selector, a resistor circuit and the adjustment element can be seen.
Figura 2: Se muestra el dispositivo adaptable al usuario, tomando como ejemplo cubrir la espalda y abdomen cuerpo humano. Figura 3: Se muestra el esquema de conexiones de los elementos eléctricos del dispositivo bioeléctrico resonante y ergonómico de autogeneración de diferencial de potencial con inyección iónica de cobre y magnesio. Figure 2: The device adaptable to the user is shown, taking as an example covering the human body's back and abdomen. Figure 3: Shows the wiring diagram of the electrical elements of the resonant and ergonomic bioelectric device for self-generation of potential differential with ionic injection of copper and magnesium.
Figura 4: Se muestra el diagrama en bloques de proceso del dispositivo bioeléctrico resonante y ergonómico de autogeneración de diferencial de potencial con inyección iónica de cobre y magnesio. Figure 4: The process block diagram of the resonant and ergonomic bioelectric device for self-generation of potential differential with ionic injection of copper and magnesium is shown.
Figura 5: Se muestra el gráfico del voltaje versus tiempo y el gráfico de microcorriente versus tiempo del proceso en modo de autogeneración de diferencial de potencial sin resonancia. Figure 5: The graph of voltage versus time and the graph of microcurrent versus time of the process in non-resonance potential differential self-generation mode are shown.
Figura 6: Se muestra el gráfico del voltaje versus tiempo y el gráfico de microcorriente versus tiempo del proceso en modo de autogeneración de diferencial de potencial con resonancia. Figure 6: The graph of voltage versus time and the graph of microcurrent versus time of the process in autogeneration mode of potential differential with resonance are shown.
Las figuras que acompañan a la presente memoria descriptiva contienen referencias numéricas a los elementos que configuran la invención y que corresponden a las siguientes: The figures that accompany this descriptive report contain numerical references to the elements that make up the invention and that correspond to the following:
1 Cuerpo principal 1 main body
11 placa de aleación aluminio magnesio 11 aluminum magnesium alloy plate
12 placa de hierro galvanizado 12 galvanized iron plate
13 placa de cobre 13 copper plate
14 lámina aislante 14 insulating foil
15 cubierta 15 deck
2 Red conductora 2 Conductive network
21 primer conductor de carga positiva de cobre 21 first copper positive charge conductor
22 conductor de carga negativa de hierro galvanizado 22 galvanized iron negative charge conductor
23 segundo conductor de carga positiva de cobre 23 second copper positive charge conductor
3 Unidad resonante 3 Resonant unit
31 primer circuito resonante 31 first resonant circuit
32 segundo circuito resonante 32 second resonant circuit
4 Selector de función 4 Function switch
5 Circuito resistor 51 primer resistor 52 segundo resistor 6 Elemento de ajuste 5 Resistor circuit 51 first resistor 52 second resistor 6 Setting element
61 primera cinta elástica 61 first elastic tape
62 segunda cinta elástica 62 second elastic band
63 cierre velero macho 63 male velcro closure
64 cierre velero hembra 64 female velcro closure
REALIZACIÓN PREFERENTES DE LA INVENCIÓN PREFERRED EMBODIMENTS OF THE INVENTION
Como se puede apreciar en las figuras adjuntas, la invención consiste en un cuerpo principal (1 ), una red conductora (2), una unidad resonante (3), un selector de función (4), un circuito resistor (5), y un elemento de ajuste (6). Donde el cuerpo principal (1 ) está constituido por una placa de aleación aluminio magnesio (11 ), una placa de hierro galvanizado (12) y una placa de cobre (13), que están sobre una lámina aislante (14) formando en conjunto un solo bloque. La parte libre de la lámina aislante (14) cuenta con una cubierta (15). As can be seen in the attached figures, the invention consists of a main body (1), a conductive network (2), a resonant unit (3), a function selector (4), a resistor circuit (5), and an adjustment element (6). Where the main body (1) is made up of an aluminum magnesium alloy plate (11), a galvanized iron plate (12) and a copper plate (13), which are on an insulating sheet (14) together forming a single block. The free part of the insulating sheet (14) has a cover (15).
En el ejemplo mostrado se presenta los componentes principales de la invención como son el cuerpo principal (1 ), red conductora (2), unidad resonante (3), selector de función (4), circuito resistor (5), y un elemento de ajuste (6) que permite la adaptabilidad del dispositivo al usuario. In the example shown, the main components of the invention are presented, such as the main body (1), conductive network (2), resonant unit (3), function selector (4), resistor circuit (5), and a control element. adjustment (6) that allows the adaptability of the device to the user.
La red conductora (2), lo conforman: un conductor de carga negativa de hierro galvanizado (22), y el primer y segundo conductor de carga positiva de cobre (21 , 23) en disposición paralela, de muy baja resistencia. El selector de función (4) está conformado básicamente por un interruptor que permite conectar la unidad resonante al circuito resistor (5). Este circuito resistor (5), lo conforman: el primer y segundo resistor (51 , 52) de alta resistencia. The conductive network (2) is made up of: a negatively charged conductor of galvanized iron (22), and the first and second positively charged conductors of copper (21, 23) in parallel arrangement, with very low resistance. The function selector (4) is basically made up of a switch that allows the resonant unit to be connected to the resistor circuit (5). This resistor circuit (5) is made up of: the first and second high-resistance resistors (51, 52).
En el ejemplo mostrado la red conductora (2), unidad resonante (3), selector de función (4) y circuito resistor (5) se encuentran en una sola unidad para optimizar los espacios, asimismo estos se encuentran unidos al cuerpo principal (1) correspondiente por el lado de la cubierta (15). La invención comprende adicionalmente, un elemento de ajuste (6) con una primera cinta elástica (61 ) unida a un cierre velero macho (63) ubicado en un extremo, y una segunda cinta elástica (62) con un cierre velero hembra (64) ubicado en el otro extremo. In the example shown, the conductive network (2), resonant unit (3), function selector (4) and resistor circuit (5) are in a single unit to optimize spaces, they are also attached to the main body (1 ) corresponding to the side of the cover (15). The invention further comprises an adjustment element (6) with a first elastic band (61) attached to a male velcro closure (63) located at one end, and a second elastic band (62) with a female velcro closure (64). located at the other end.
En el ejemplo mostrado el elemento de ajuste (6) presenta su uso y adaptabilidad al usuario, donde las placas del cuerpo principal (11 , 12, 13) se encuentran en disposición horizontal para que se puedan colocar tanto en el lado anverso del cuerpo -la espalda-, y en el lado reverso -abdomen. In the example shown, the adjustment element (6) presents its use and adaptability to the user, where the plates of the main body (11, 12, 13) are horizontally arranged so that they can be placed both on the front side of the body - the back-, and on the reverse side -abdomen.
Los componentes eléctricos de la invención son: el cuerpo principal (1 ), la red conductora (2), la unidad resonante (3), el selector de función (4), y el circuito resistor (5). Estos se conectan formando un circuito eléctrico con la superficie corporal del cuerpo humano. The electrical components of the invention are: the main body (1), the conductive network (2), the resonant unit (3), the function selector (4), and the resistor circuit (5). These connect forming an electrical circuit with the body surface of the human body.
En el ejemplo mostrado se presenta el esquema de conexiones de la invención, donde la diferencia de potencial total se aplica cuando el selector de función (4), compuesto por un interruptor se encuentre en circuito cerrado, es decir en modo con resonancia para de esta manera hacer circular una microcorriente que es recibida por el circuito resistor (5). In the example shown, the connection diagram of the invention is presented, where the total potential difference is applied when the function selector (4), made up of a switch, is in a closed circuit, that is, in resonance mode for this way to circulate a microcurrent that is received by the resistor circuit (5).
Ensayo Trial
El solicitante ha realizado los ensayos utilizando el dispositivo acorde con la invención. Los resultados en dichos ensayos son típicos de los resultados de la presente invención, los cuales se detalla en la figura 5 y 6. Se ha utilizado el dispositivo en posición horizontal en la zona del abdomen del cuerpo humano, para ello se contó con dos multímetros calibrados en función voltímetro y amperímetro en baja escala, además de un temporizador para registrar el tiempo. La medida de los voltajes 1 y voltaje 2 corresponde al primer y segundo resistor (51 , 52). De la misma manera, la medida de la corriente 1 y 2 corresponde al primer y segundo resistor (51 , 52). The applicant has carried out the tests using the device according to the invention. The results in said tests are typical of the results of the present invention, which are detailed in figures 5 and 6. The device has been used in a horizontal position in the area of the abdomen of the human body, for which two multimeters were used. calibrated in function voltmeter and ammeter in low scale, in addition to a timer to register the time. The measurement of voltages 1 and voltage 2 corresponds to the first and second resistors (51, 52). In the same way, the measurement of current 1 and 2 corresponds to the first and second resistors (51, 52).
En el ejemplo mostrado se presenta los resultados del voltaje generado en versus tiempo, mediante la aplicación del dispositivo en modo sin resonancia, observándose un incremento de un diferencial de potencial promedio de 0 a 700 milivoltios para producir una microcorriente promedio de 0 a 14 microamperios que aumenta en forma progresiva o rampa hasta alcanzar el estado estable en un tiempo de 55 min. In the example shown, the results of the generated voltage in versus time are presented, through the application of the device in non-resonance mode, observing an increase in an average potential differential from 0 to 700 millivolts to produce an average microcurrent of 0 to 14 microamps that increases progressively or ramps until reaching the stable state in a time of 55 min.
En el ejemplo mostrado se presenta los resultados del voltaje generado en función del tiempo, mediante la aplicación del dispositivo en modo con resonancia, observándose un incremento de un diferencial de potencial promedio de 0 a 770 milivoltios para producir una microcorriente promedio de 0 a 15 microamperios que aumenta en forma progresiva o rampa hasta alcanzar el estado estable en un tiempo de 30 min. En el ejemplo, el voltaje 1 corresponde a la medida del voltímetro que conecta la punta de prueba positiva (rojo) a la placa de aleación aluminio magnesio (11 ), y la punta de prueba negativa (negro) que conecta al punto común de la placa de hierro galvanizado (12) dando una lectura positiva de +109 mV, lo que indica la inyección de iones positivas del magnesio; asimismo, el voltaje 2 corresponde a la otra medida del voltímetro que conecta la punta de prueba positiva (rojo) a la placa de cobre (13), y la punta de prueba negativa (negro) que conecta al punto común de la placa de hierro galvanizado (12) dando una lectura positiva de +765 mV, lo que indica la inyección de iones positivas del cobre. In the example shown, the results of the generated voltage are presented as a function of time, by applying the device in resonance mode, observing an increase in an average potential differential from 0 to 770 millivolts to produce an average microcurrent of 0 to 15 microamperes. that increases progressively or ramps until reaching the stable state in a time of 30 min. In the example, voltage 1 corresponds to the measurement of the voltmeter that connects the positive test lead (red) to the aluminum magnesium alloy plate (11), and the negative test lead (black) that connects to the common point of the galvanized iron plate (12) giving a positive reading of +109 mV, indicating the injection of positive magnesium ions; Likewise, voltage 2 corresponds to the other measurement of the voltmeter that connects the positive test lead (red) to the copper plate (13), and the negative test lead (black) that connects to the common point of the iron plate. galvanized (12) giving a positive reading of +765 mV, indicating the injection of positive copper ions.

Claims

REIVINDICACIONES
1. Un dispositivo bioeléctrico resonante y ergonómico de autogeneración de diferencial de potencial con inyección iónica antiviral de cobre y magnesio del tipo que comprende un cuerpo principal (1), red conductora (2), unidad resonante (3), selector de función (4), circuito resistor (5), y elemento de ajuste (6); caracterizado porque: 1. An ergonomic resonant bioelectric device for self-generation of potential differential with antiviral ionic injection of copper and magnesium of the type comprising a main body (1), conductive network (2), resonant unit (3), function selector (4 ), resistor circuit (5), and adjustment element (6); characterized because:
- el cuerpo principal (1 ) está constituido por una placa de aleación aluminio magnesio o similar (11), una placa de hierro galvanizado o similar (12) y una placa de cobre (13), que están sobre una lámina aislante (14) formando en conjunto un solo bloque, con una cubierta (15) que cubre la parte libre de la lámina aislante (14); - the main body (1) is made up of an aluminum-magnesium alloy plate or similar (11), a galvanized iron plate or similar (12) and a copper plate (13), which are on an insulating sheet (14) forming a single block as a whole, with a cover (15) that covers the free part of the insulating sheet (14);
- la unidad resonante (3) está conformado por un primer y segundo circuito resonante (31 , 32); - the resonant unit (3) is made up of a first and second resonant circuit (31, 32);
- el selector de función (4) está conformado por un interruptor que conecta con el circuito resistor (5); - the function selector (4) is made up of a switch that connects to the resistor circuit (5);
- el circuito resistor (5) conformado por un primer resistor (51 ) que conecta un extremo con el primer conductor de carga positiva de cobre (21) y el otro con el conductor de carga negativa de hierro galvanizado (22), igual, un segundo resistor (52) conecta un extremo con el segundo conductor de cobre (23) y el otro extremo conecta con el conductor de carga negativa de hierro galvanizado (22); y - the resistor circuit (5) made up of a first resistor (51) that connects one end with the first positive charge conductor of copper (21) and the other with the negative charge conductor of galvanized iron (22), the same, a second resistor (52) connects one end to the second copper conductor (23) and the other end connects to the galvanized iron negative charge conductor (22); Y
- un elemento de ajuste adaptable constituido por una cinta elástica (61 , 62) unido a un cierre velero macho (63) y un cierre velero hembra (64). - An adaptable adjustment element consisting of an elastic band (61, 62) attached to a male velcro closure (63) and a female velcro closure (64).
2. Un dispositivo bioeléctrico resonante y ergonómico de autogeneración de diferencial de potencial con inyección iónica de cobre y magnesio, según la reivindicación 1 caracterizado porque la red conductora (2) presenta un conductor de carga negativa de hierro galvanizado (22) se conecta a la placa de hierro galvanizado (12) y, el primer y segundo conductor de carga positiva de cobre (21 y 23) se conecta a la placa de aleación aluminio magnesio (11) y la placa de cobre (13) respectivamente. 2. A resonant and ergonomic bioelectric device for self-generation of potential differential with ionic injection of copper and magnesium, according to claim 1, characterized in that the conductive network (2) has a negatively charged conductor of galvanized iron (22) is connected to the galvanized iron plate (12) and, the first and second positively charged copper conductors (21 and 23) are connected to the aluminum magnesium alloy plate (11) and the copper plate (13) respectively.
PCT/PE2021/050005 2021-03-23 2021-04-13 Resonant and ergonomic bioelectric device for self-generating potential differential with antiviral copper and magnesium ion injection WO2022203526A1 (en)

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PE2021000366A PE20210696A1 (en) 2021-03-23 2021-03-23 RESONANT AND ERGONOMIC BIOELECTRIC DEVICE FOR SELF-GENERATING POTENTIAL DIFFERENTIAL WITH ANTIVIRAL IONIC INJECTION OF COPPER AND MAGNESIUM
PE000366-2021/DIN 2021-03-23

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Citations (6)

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US5685837A (en) * 1990-05-10 1997-11-11 Lts Lohmanntherapie-Systeme Gmbh & Co. Kg Galvanically active transdermal therapeutic system
WO2005004981A2 (en) * 2003-06-30 2005-01-20 Johnson & Johnson Consumer Companies, Inc. Methods of treating pores on the skin with electricity
ES2296809T3 (en) * 2000-09-07 2008-05-01 Thrisoint Pty Ltd APPARATUS TO PRACTICE MICROCORRENT ELECTROTHERAPY.
ES2332989T3 (en) * 2000-06-16 2010-02-16 Newmark, Inc MICROCORRENT THERAPEUTIC DEVICE.
WO2011059915A1 (en) * 2009-11-13 2011-05-19 Johnson & Johnson Consumer Companies, Inc. Galvanic skin treatment device
ES2635517T3 (en) * 2008-10-23 2017-10-04 Electromedical Products International, Inc. Microcurrent and cranial electrotherapy stimulator for the control of anxiety, insomnia, depression and pain

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5685837A (en) * 1990-05-10 1997-11-11 Lts Lohmanntherapie-Systeme Gmbh & Co. Kg Galvanically active transdermal therapeutic system
ES2332989T3 (en) * 2000-06-16 2010-02-16 Newmark, Inc MICROCORRENT THERAPEUTIC DEVICE.
ES2296809T3 (en) * 2000-09-07 2008-05-01 Thrisoint Pty Ltd APPARATUS TO PRACTICE MICROCORRENT ELECTROTHERAPY.
WO2005004981A2 (en) * 2003-06-30 2005-01-20 Johnson & Johnson Consumer Companies, Inc. Methods of treating pores on the skin with electricity
ES2635517T3 (en) * 2008-10-23 2017-10-04 Electromedical Products International, Inc. Microcurrent and cranial electrotherapy stimulator for the control of anxiety, insomnia, depression and pain
WO2011059915A1 (en) * 2009-11-13 2011-05-19 Johnson & Johnson Consumer Companies, Inc. Galvanic skin treatment device

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