WO2018217108A1 - Converter of an electrostatic charge into a magnetic field - Google Patents

Converter of an electrostatic charge into a magnetic field Download PDF

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Publication number
WO2018217108A1
WO2018217108A1 PCT/PE2017/000011 PE2017000011W WO2018217108A1 WO 2018217108 A1 WO2018217108 A1 WO 2018217108A1 PE 2017000011 W PE2017000011 W PE 2017000011W WO 2018217108 A1 WO2018217108 A1 WO 2018217108A1
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Prior art keywords
electrostatic charge
electrostatic
negative
positive
magnetic field
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PCT/PE2017/000011
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Spanish (es)
French (fr)
Inventor
Jorge Guillermo SANTA MARIA GULMAN
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GULMAN MARTINEZ, Guillermo Jesús
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Priority to PCT/PE2017/000011 priority Critical patent/WO2018217108A1/en
Publication of WO2018217108A1 publication Critical patent/WO2018217108A1/en

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    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01J—ELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
    • H01J25/00—Transit-time tubes, e.g. klystrons, travelling-wave tubes, magnetrons

Definitions

  • the present invention relates to an electrostatic charge converter in a magnetic field.
  • Generating electricity consists in general of transforming some kind of energy (chemical, kinetic, thermal or light, nuclear and solar, among others), and that since the alternating current was discovered and the way of producing it in the alternators, it has been carried An immense technological activity is carried out to bring electrical energy to all inhabited places in the world.
  • the alternating current produced by a variation of the magnetic field, has developed the construction of large and varied power plants, building sophisticated transport networks and distribution systems.
  • the Tesla System uses the studies of James Maxwell and Michael Faraday to extrapolate their ideas.
  • the concept of Alternating Current and Wireless Energy in the form of Electromagnetic Waves circulating through the Empty Space allowed Tesla the theoretical basis for the foundation of his inventions.
  • Planet Earth has a polarized magnetic core in alternating motion whose frequency and amplitudes is undetermined, that energy can be captured by an antenna as long as those frequencies can be tuned.
  • the works of Maxwell and Faraday can explain these natural phenomena.
  • Tesla wanted to build a super antenna and radiate from these electromagnetic waves with a certain frequency and amplitudes and thus all electromechanical devices had access to this wireless energy. This possibility is technically possible from the Maxwell and Faraday studies, but economically unfeasible because most of the Wireless Energy is lost in the Empty Space. In the current laboratories there have been magnetic fields whose intensity would have reached 17 unit Tesla. This has been achieved with gigantic coils using super drivers in the state of Florida-USA. BRIEF DESCRIPTION OF THE INVENTION
  • the present invention relates to a negative electrostatic charge converter in a magnetic field, where a negative electrostatic charge that circulates as a negative electrostatic field is introduced into a copper or aluminum sheet at the speed of light reaching and circulating within toroidal coils.
  • a positive electrostatic charge is introduced to the electrode in the vacuum tube, its positive electrostatic field is also projected at the speed of light, producing the progressive appearance, thanks to that internal structure totally unknown by the "Standard Model Theory", an intense magnetic field as the negative electrostatic field moves around the positive electrode.
  • the intensity of that magnetic field is increased by a cubic function directly proportional to the linear increase of the electrostatic charge in the electrode of the vacuum tube. If the sheet has a negative static charge, the vacuum tube electrode must have a positive static charge, reversing the charges there is no amplification, that is, the experiment is possible by applying a single type of static charge to the copper or aluminum sheet and its opposite charge. at the electrode of the vacuum tube.
  • the next step after the amplification is the feedback, which would be the Power Generator for Industrial use.
  • the amplification consists in the conversion of a Negative Electrostatic Field to a Magnetic Field using toroidal coils and vacuum tube with positive electrode.
  • the second step is the feedback where the initial electrostatic field is no longer necessary as energy input, since the new static charge input will be extracted from space.
  • the vacuum tube is composed of two electrodes, one with a positive charge and the other with a negative charge. In this case, two electrostatic charges and more toroidal coils are used.
  • the two electrostatic fields are turned on simultaneously and microseconds are then turned on the two electrodes in the vacuum tube.
  • the negative electrostatic field upon reaching the negative electrode produces a repulsive force and as a reaction an induced positive current located in the empty space as experimentally tested by the physicist Casimir.
  • Both induced currents extracted from the empty space are the new source of electrostatic charge, therefore, the old entrance of electrostatic charge created by the two sheets is no longer necessary.
  • the magnetic amplifier develops a technique based on the demonstration that these magnetic particles or mini-electrons also carry the charge of the negative static field, so, when crossing it is inside the toroidal coil, its components following the Lorentz law are polarized, describing a helical path in its path inside the toroidal coils.
  • the second part of the experiment or feedback is necessary.
  • this second part it is possible to produce any variation of magnetic flux generating variations of voltages and amperages without affecting the system. It is even possible to change the polarity of the electrodes and by Newton's third law and the Casimir effect that experimentally demonstrated that space is full of particles, in this case the hypothesis would be both positive and negative magnetic, the feedback would still exist. All this result leads us to a practical idea: the construction of a powerful alternating voltage and electrical amperage generator. All we have to do is place a giant coil next to the vacuum tube and its magnetic vortices that receives the effects of that sinusoidal function, generating this time a powerful and controllable induced current connecting it to the medium voltage power distribution circuit in a large city.
  • the electrostatic charge of the electrodes When the energy consumption of the city is low, the electrostatic charge of the electrodes is low then the intensity of the magnetic flux is low, when the energy consumption of the city is high or "peak" hours, the electrostatic charge of the electrodes It is high then the intensity of the magnetic flux is high, if the city needs 50 Hertz frequency, the electrostatic charge on the electrodes must vary 50 times per second. If the city needs 60 Hertz as in the cities of Peru, then the polarity must change 60 times per second.
  • the coil will overheat and a short circuit will eventually occur.
  • a programmed microprocessor is connected between the coil and the electrode circuit for self-regulation.
  • Figure 1 represents a sheet of copper or aluminum to which a negative electrostatic charge is introduced.
  • Figure 2 represents the conversion of a negative electrostatic field to a magnetic field (amplification).
  • Figure 3 represents the first form of feedback.
  • Figure 4 represents the conversion of negative and positive electrostatic fields to induced negative and positive currents, respectively.
  • Figure 5 represents the second form of feedback.
  • Figure 6 depicts how magnetic energy would affect the toroidal coils.
  • Figure 7 represents the feedback.
  • Figure 8 represents variations of voltage (V) and amperage (i).
  • Figure 9 represents the power generator for industrial use.

Abstract

The present invention relates to a converter of an electrostatic charge into a magnetic field, which comprises at least one sheet into which a first electrostatic charge is injected; toroidal coils which carry a first electrostatic field generated by the first electrostatic charge; and a vacuum tube between the toroidal coils which carries a second electrostatic field generated by a second electrostatic charge when at least one electrode is inserted into the vacuum tube. In another embodiment, the present invention comprises a converter of an electrostatic charge into a magnetic field, which comprises a sheet into which a first negative electrostatic charge is injected; toroidal coils which carry a first negative electrostatic field generated by said charge; and a vacuum tube between the toroidal coils which carries a second positive electrostatic field generated by a second positive electrostatic charge when a positive electrode is inserted into the vacuum tube.

Description

CONVERTIDOR DE CARGA ELECTROSTÁTICA EN CAMPO MAGNÉTICO  ELECTROSTATIC CHARGING CONVERTER IN MAGNETIC FIELD
CAMPO TÉCNICO TECHNICAL FIELD
La presente invención se refiere a un convertidor de carga electrostática en un campo magnético. The present invention relates to an electrostatic charge converter in a magnetic field.
ANTECEDENTES DE LA INVENCIÓN BACKGROUND OF THE INVENTION
Generar energía eléctrica consiste en general en transformar alguna clase de energía (química, cinética, térmica o lumínica, nuclear y solar, entre otras), y que desde que se descubrió la corriente alterna y la forma de producirla en los alternadores, se ha llevado a cabo una inmensa actividad tecnológica para llevar la energía eléctrica a todos los lugares habitados del mundo. La corriente alterna, producida por una variación del campo magnético, ha desarrollado la construcción de grandes y variadas centrales eléctricas, construyéndose sofisticadas redes de transporte y sistemas de distribución.  Generating electricity consists in general of transforming some kind of energy (chemical, kinetic, thermal or light, nuclear and solar, among others), and that since the alternating current was discovered and the way of producing it in the alternators, it has been carried An immense technological activity is carried out to bring electrical energy to all inhabited places in the world. The alternating current, produced by a variation of the magnetic field, has developed the construction of large and varied power plants, building sophisticated transport networks and distribution systems.
El Sistema de Tesla utiliza los estudios de James Maxwell y Michael Faraday para extrapolar sus ¡deas. El concepto de Corriente Alterna y Energía inalámbrica en forma de Ondas Electromagnéticas circulando por el Espacio Vacío le permitió a Tesla la base teórica para la fundamentación de sus inventos.  The Tesla System uses the studies of James Maxwell and Michael Faraday to extrapolate their ideas. The concept of Alternating Current and Wireless Energy in the form of Electromagnetic Waves circulating through the Empty Space allowed Tesla the theoretical basis for the foundation of his inventions.
Sin embargo, a Maxwell o Faraday desde sus experimentos y formulaciones fisicomatemáticas basados en sus investigaciones no les fue posible hacer que un campo electrostático negativo se convierta en un poderoso campo magnético, ya que sus experiencias experimentales explicadas en formulaciones fisicomatemáticas determinarían que ese resultado es técnicamente imposible. However, it was not possible for Maxwell or Faraday from their experiments and physicomathematical formulations based on their investigations to make a negative electrostatic field a powerful magnetic field, since their experimental experiences explained in physicomathematical formulations would determine that this result is technically impossible.
El Planeta Tierra tiene un núcleo magnético polarizado en movimiento alterno cuya frecuencia y amplitudes es indeterminada, esa energía puede ser capturada por una antena siempre y cuando se pueda sintonizar esas frecuencias. Los trabajos de Maxwell y Faraday pueden explicar esos fenómenos naturales. Planet Earth has a polarized magnetic core in alternating motion whose frequency and amplitudes is undetermined, that energy can be captured by an antenna as long as those frequencies can be tuned. The works of Maxwell and Faraday can explain these natural phenomena.
Tesla quiso construir una súper antena e irradiar desde estas ondas electromagnéticas con una frecuencia y amplitudes determinadas y así todo artefacto electromecánico tuviese acceso a esta energía inalámbrica. Esta posibilidad si es técnicamente posible desde los estudios de Maxwell y Faraday, pero económicamente inviable porque la mayoría de la Energía Inalámbrica se pierde en el Espacio Vacío. En los actuales laboratorios se ha producido campos magnéticos cuya intensidad habría llegado a 17 Tesla de unidad. Esto se ha logrado con gigantescas bobinas utilizando súper conductores en el estado de la Florida-USA. BREVE DESCRIPCIÓN DE LA INVENCIÓN Tesla wanted to build a super antenna and radiate from these electromagnetic waves with a certain frequency and amplitudes and thus all electromechanical devices had access to this wireless energy. This possibility is technically possible from the Maxwell and Faraday studies, but economically unfeasible because most of the Wireless Energy is lost in the Empty Space. In the current laboratories there have been magnetic fields whose intensity would have reached 17 unit Tesla. This has been achieved with gigantic coils using super drivers in the state of Florida-USA. BRIEF DESCRIPTION OF THE INVENTION
La presente invención se refiere a un convertidor de carga electrostática negativa en campo magnético, donde a una lámina de cobre o aluminio se le introduce una carga electrostática negativa que circula como un campo electrostático negativo a la velocidad de la luz llegando y circulando dentro a las bobinas toroidales. Cuando se introduce al electrodo en el tubo al vacío una carga electrostática positiva, se proyecta además su campo electrostático positivo a la velocidad de la luz, produciéndose la aparición progresiva, gracias a esa estructura interna totalmente desconocida por la "Teoría del Modelo estándar", un intenso campo magnético a medida que el campo electrostático negativo se mueve alrededor del electrodo positivo.  The present invention relates to a negative electrostatic charge converter in a magnetic field, where a negative electrostatic charge that circulates as a negative electrostatic field is introduced into a copper or aluminum sheet at the speed of light reaching and circulating within toroidal coils. When a positive electrostatic charge is introduced to the electrode in the vacuum tube, its positive electrostatic field is also projected at the speed of light, producing the progressive appearance, thanks to that internal structure totally unknown by the "Standard Model Theory", an intense magnetic field as the negative electrostatic field moves around the positive electrode.
La intensidad de ese campo magnético se incrementa en una función cúbica directamente proporcional al incremento lineal de la carga electrostática en el electrodo del tubo al vacío. Si la lámina tiene carga estática negativa el electrodo del tubo al vacío debe tener carga estática positiva, invirtiendo las cargas no hay amplificación, es decir el experimento es posible aplicando un solo tipo de carga estática a la lámina de cobre o aluminio y su carga opuesta en el electrodo del tubo al vacío. The intensity of that magnetic field is increased by a cubic function directly proportional to the linear increase of the electrostatic charge in the electrode of the vacuum tube. If the sheet has a negative static charge, the vacuum tube electrode must have a positive static charge, reversing the charges there is no amplification, that is, the experiment is possible by applying a single type of static charge to the copper or aluminum sheet and its opposite charge. at the electrode of the vacuum tube.
El siguiente paso después de la amplificación es la retro- alimentación, que seria propiamente el Generador de Energía para uso Industrial.  The next step after the amplification is the feedback, which would be the Power Generator for Industrial use.
Como primer paso, la amplificación consiste en la conversión de un Campo Electrostático Negativo a un Campo Magnético utilizando bobinas toroidales y tubo al vacío con electrodo positivo.  As a first step, the amplification consists in the conversion of a Negative Electrostatic Field to a Magnetic Field using toroidal coils and vacuum tube with positive electrode.
Una vez conseguida la amplificación el segundo paso es la retro-alimentación donde ya no es necesario ese campo electrostático inicial como ingreso de energía, ya que el nuevo ingreso de carga estática será extraído del espacio. Once the amplification is achieved, the second step is the feedback where the initial electrostatic field is no longer necessary as energy input, since the new static charge input will be extracted from space.
Hay dos formas de alcanzar la retro-alimentación: a) En la primera forma el tubo al vacío está compuesto por dos electrodos, uno con carga positiva y el otro con carga negativa. En este caso se utilizan dos cargas electrostáticas y más bobinas toroidales. There are two ways to achieve feedback: a) In the first way the vacuum tube is composed of two electrodes, one with a positive charge and the other with a negative charge. In this case, two electrostatic charges and more toroidal coils are used.
Los dos campos electrostáticos se prenden simultáneamente y microsegundos después se prenden los dos electrodos en el Tubo al vacío. El campo electrostático negativo al llegar al electrodo negativo, produce una fuerza de repulsión y como reacción una corriente positiva inducida localizada en el espacio vacío como fue probada experimentalmente por el físico Casimir. Lo mismo sucede con la carga electrostática positiva al llegar al electrodo positivo produciéndose una corriente negativa inducida. Ambas corrientes inducidas extraídas del espacio vacío son la nueva fuente de carga electrostática, por tanto, el antiguo ingreso de carga electrostática creada por las dos laminas ya no es necesario.  The two electrostatic fields are turned on simultaneously and microseconds are then turned on the two electrodes in the vacuum tube. The negative electrostatic field upon reaching the negative electrode, produces a repulsive force and as a reaction an induced positive current located in the empty space as experimentally tested by the physicist Casimir. The same happens with the positive electrostatic charge when reaching the positive electrode producing an induced negative current. Both induced currents extracted from the empty space are the new source of electrostatic charge, therefore, the old entrance of electrostatic charge created by the two sheets is no longer necessary.
b) La segunda forma de retro-alimentación es dividir el tubo al vacío en dos partes. En este sistema de retro-alimentación tanto las láminas como los electrodos ya están encendidos. Al acercarse ambas partes y unirse en una sola se produce una corriente inducida. La corriente inducida ya formada en ambas partes permitirá extraer carga estática del espacio vacío generándose la retro-alimentación. b) The second way to feed back is to divide the vacuum tube into two parts. In this feedback system both the blades and electrodes are already on. When both parts approach and join in one, an induced current is produced. The Induced current already formed in both parts will allow to extract static load from the empty space generating the feedback.
Con el desarrollo de este nuevo amplificador magnético, se puede decir que los nuevos niveles superan ampliamente los 100 Teslas y se producen campos magnéticos cuya intensidad seria inmensamente grandes y al alternar ese gigantesco campo magnético en bobinas, se tiene un generador eléctrico con un coste de producción de energía que es casi cero. With the development of this new magnetic amplifier, it can be said that the new levels widely exceed 100 Teslas and magnetic fields are produced whose intensity would be immensely large and by alternating that gigantic magnetic field in coils, you have an electric generator with a cost of Energy production that is almost zero.
Lo que se intenta explicar es que los campos electrostáticos negativos tienen una estructura física muchísimo más pequeña que el "núcleo atómico" descubierto por Rutherford, totalmente desconocida por la "Teoría del Modelo Estándar" que es la que se estudia en las Universidades para obtener un grado académico, y con este experimento esa estructura queda demostrada.What we are trying to explain is that the negative electrostatic fields have a much smaller physical structure than the "atomic nucleus" discovered by Rutherford, totally unknown by the "Standard Model Theory" which is the one studied in the Universities to obtain a academic degree, and with this experiment that structure is demonstrated.
Este nuevo proceso de obtención de energía sin embargo demuestra que el campo electrostático negativo tiene una estructura física que transporta esa carga. Además esa "estructura física" se comporta como "miní electrones" emitiendo un vórtice magnético cuya velocidad es millones de veces más rápido que la velocidad de la luz y cuya intensidad es extremadamente débil y por ello indetectable por instrumentos o sensores que miden campos magnéticos. Al polarizar esos "mini-electrones" utilizando bobinas toroidales y luego comprimirlos utilizando el tubo al vacío con electrodo emitiendo un campo electrostático positivo, en la compresión emerge una función cubica explicada por esta nueva teoría y la velocidad de expansión de ese vórtice empieza a disminuir cúbicamente por cada unidad de carga electrostática positiva, transformándose esa disminución en una nueva forma de energía, es decir no se viola el principio de conservación de la energía, como consecuencia de esa transformación, la densidad rotacional del vórtice como flujo magnético en contracción empieza a aumentar en otra función cubica. La forma de ese polinomio será cuantificada en las mismas pruebas experimentales. El amplificador magnético desarrolla una técnica basada en la demostración que esas partículas magnéticas o mini-electrones transportan además la carga del campo estático negativo, así, al cruzar está dentro de la bobina toroidal, sus componentes siguiendo la ley de Lorentz se polarizan, describiendo una trayectoria helicoidal en su recorrido en el interior de las bobinas toroidales. This new process of obtaining energy, however, demonstrates that the negative electrostatic field has a physical structure that carries that charge. In addition, this "physical structure" behaves like "mini electrons" emitting a magnetic vortex whose speed is millions of times faster than the speed of light and whose intensity is extremely weak and therefore undetectable by instruments or sensors that measure magnetic fields. By polarizing these "mini-electrons" using toroidal coils and then compressing them using the vacuum tube with electrode emitting a positive electrostatic field, a cubic function explained by this new theory emerges in compression and the speed of expansion of that vortex begins to decrease cubically for each unit of positive electrostatic charge, transforming that decrease into a new form of energy, that is, the principle of energy conservation is not violated, as a consequence of that transformation, the rotational density of the vortex as a magnetic flux in contraction begins to increase in another cubic function. The shape of that polynomial will be quantified in the same experimental tests. The magnetic amplifier develops a technique based on the demonstration that these magnetic particles or mini-electrons also carry the charge of the negative static field, so, when crossing it is inside the toroidal coil, its components following the Lorentz law are polarized, describing a helical path in its path inside the toroidal coils.
Al cruzar esas partículas magnéticas o mini-electrones esta vez el tubo al vacío con el electrodo cargado positivamente, los trillones de mini-electrones polarizados por la fuerza de Lorentz se comprimen, y por esa compresión polarizada, se produce una transferencia de energía de sus vórtices de expansión-rotación a millones de veces más rápido que la velocidad de la luz a velocidades mucho menores, incluso que la luz, una contracción-rotación de altísima velocidad angular y por eso, esta vez es posible detectar con sensores magnéticos dentro de ese campo electrostático negativo un emergente, progresivo y poderoso campo magnético que antes era insignificante y por lo tanto indetectable. Por ejemplo, si antes de la compresión el campo magnético "oculto" dentro del campo estático negativo era 0.00001 Tesla, si se reduce la velocidad de expansión del vórtice 10 millones de veces, debemos multiplicar el primer valor de densidad de flujo magnético por 10 millones obteniendo la nueva densidad de rotación del vórtice que será detectado esta vez por el sensor como un emergente, progresivo y poderoso campo magnético: (0.00001 Tesla) x (10Ό00.000) = 100 Tesla When crossing these magnetic particles or mini-electrons this time the vacuum tube with the positively charged electrode, the trillions of mini-electrons polarized by Lorentz force are compressed, and by that polarized compression, a transfer of energy from their expansion-rotation vortices millions of times faster than the speed of light at much lower speeds, even than light, a contraction-rotation of very high angular velocity and therefore, this time it is possible to detect with magnetic sensors within that negative electrostatic field an emerging, progressive and powerful magnetic field that was previously insignificant and therefore undetectable. For example, if before compression the "hidden" magnetic field within the negative static field was 0.00001 Tesla, if the vortex expansion rate is reduced by 10 million Sometimes, we must multiply the first value of magnetic flux density by 10 million obtaining the new vortex rotation density that will be detected this time by the sensor as an emerging, progressive and powerful magnetic field: (0.00001 Tesla) x (10Ό00.000 ) = 100 Tesla
En la primera parte del experimento se produce la amplificación. Sin embargo, esa energía magnética amplificada afectaría las bobinas toroidales. La amplificación se detecta en pequeños pulsos magnéticos que se volviesen continuos. Si alternásemos esos pulsos magnéticos variando la carga estática positiva del electrodo en el tubo al vacío, eso produciría una corriente inducida en las bobinas toroidales, incrementando su amperaje. Si la variación de ese vórtice magnético es intensa, la corriente inducida y por lo tanto el amperaje en las bobinas toroidales fuese tan grande que produjese de inmediato un exceso de calor y corto circuito. In the first part of the experiment amplification occurs. However, that amplified magnetic energy would affect the toroidal coils. Amplification is detected in small magnetic pulses that become continuous. If we alternated those magnetic pulses by varying the positive static charge of the electrode in the vacuum tube, that would produce an induced current in the toroidal coils, increasing its amperage. If the variation of this magnetic vortex is intense, the induced current and therefore the amperage in the toroidal coils is so great that it immediately produces an excess of heat and short circuit.
Para evitar ese problema técnico es necesario la segunda parte del experimento o retro- alimentación. En esta segunda parte es posible producir cualquier variación de flujo magnético generando variaciones de voltajes y amperajes sin afectar el sistema. Incluso es posible cambiar la polaridad de los electrodos y por la tercera ley de newton y el efecto Casimir que demostró experimentalmente que el espacio está lleno de partículas, en este caso la hipótesis seria magnéticas tanto positivas como negativas, la retro-alimentación seguiría existiendo. Todo este resultado nos lleva a una idea practica: la construcción de un poderoso generador alterno de voltaje y amperaje eléctrico. Lo único que debemos hacer es colocar al lado del tubo al vacío y sus vórtices magnéticos una bobina gigantesca que reciba los efectos de esa función sinusoidal generándose esta vez una poderosa y controlable corriente inducida conectándola al circuito de distribución de energía de mediana tensión en una gran ciudad. To avoid this technical problem, the second part of the experiment or feedback is necessary. In this second part it is possible to produce any variation of magnetic flux generating variations of voltages and amperages without affecting the system. It is even possible to change the polarity of the electrodes and by Newton's third law and the Casimir effect that experimentally demonstrated that space is full of particles, in this case the hypothesis would be both positive and negative magnetic, the feedback would still exist. All this result leads us to a practical idea: the construction of a powerful alternating voltage and electrical amperage generator. All we have to do is place a giant coil next to the vacuum tube and its magnetic vortices that receives the effects of that sinusoidal function, generating this time a powerful and controllable induced current connecting it to the medium voltage power distribution circuit in a large city.
Cuando el consumo de energía de la ciudad es bajo, la carga electrostática de los electrodos es baja luego la intensidad del flujo magnético es baja, cuando el consumo de energía de la ciudad es alto u horas "pico", la carga electrostática de los electrodos es alta luego la intensidad del flujo magnético es alta, si la ciudad necesita 50 Hertz de frecuencia, la carga electrostática en los electrodos debe variar la polaridad 50 veces por segundo. Si la ciudad necesita 60 Hertz como ocurre en las ciudades del Perú, entonces la polaridad debe cambiar 60 veces por segundo. When the energy consumption of the city is low, the electrostatic charge of the electrodes is low then the intensity of the magnetic flux is low, when the energy consumption of the city is high or "peak" hours, the electrostatic charge of the electrodes It is high then the intensity of the magnetic flux is high, if the city needs 50 Hertz frequency, the electrostatic charge on the electrodes must vary 50 times per second. If the city needs 60 Hertz as in the cities of Peru, then the polarity must change 60 times per second.
Si la ciudad disminuye de consumo y se mantiene la misma intensidad variable del flujo magnético, la bobina se recalentará y ocurrirá al final un corto circuito. Para evitar ese problema se le conecta un microprocesador programado entre la bobina y el circuito de los electrodos para su auto-regulación. If the city decreases in consumption and the same variable intensity of the magnetic flux is maintained, the coil will overheat and a short circuit will eventually occur. To avoid this problem, a programmed microprocessor is connected between the coil and the electrode circuit for self-regulation.
Por tanto, si la amplificación se comprueba, la retro-alimentación será propiamente el Generador de Energía para uso Industrial lo que daría paso a la nueva revolución energética mundial y a la construcción de nuevos motores, dispositivos y aparatos para paso de la corriente eléctrica por amplificación magnética. BREVE DESCRIPCIÓN DE LAS FIGURAS Therefore, if the amplification is checked, the feedback will be properly the Energy Generator for Industrial use which would give way to the new world energy revolution and the construction of new motors, devices and devices for passage of the electric current by amplification magnetic BRIEF DESCRIPTION OF THE FIGURES
La figura 1 representa una lámina de cobre o aluminio a la que se le introduce una carga electrostática negativa. Figure 1 represents a sheet of copper or aluminum to which a negative electrostatic charge is introduced.
La figura 2 representa la conversión de un campo electrostático negativo a un campo magnético (amplificación). Figure 2 represents the conversion of a negative electrostatic field to a magnetic field (amplification).
La figura 3 representa la primera forma de retro-alimentación. Figure 3 represents the first form of feedback.
La figura 4 representa la conversión de campos electrostáticos negativo y positivo a corrientes negativa y positiva inducidas, respectivamente. Figure 4 represents the conversion of negative and positive electrostatic fields to induced negative and positive currents, respectively.
La figura 5 representa la segunda forma de retro-alimentación. Figure 5 represents the second form of feedback.
La figura 6 representa como la energía magnética afectaría las bobinas toroidales. La figura 7 representa la retro-alimentación. La figura 8 representa variaciones de voltaje (V) y amperaje (i). Figure 6 depicts how magnetic energy would affect the toroidal coils. Figure 7 represents the feedback. Figure 8 represents variations of voltage (V) and amperage (i).
La figura 9 representa el generador de energía para su uso industrial. POSIBILIDADES DE APLICACIÓN Figure 9 represents the power generator for industrial use. APPLICATION POSSIBILITIES
La amplificación comprobada experimentalmente que da paso a la retro- alimentación esta será propiamente el Generador de Energía para uso Industrial lo que daría paso a la nueva revolución energética mundial y a la construcción de nuevos motores, dispositivos y aparatos para paso de la corriente eléctrica por amplificación magnética. The experimentally proven amplification that gives way to the feedback will be the Energy Generator for Industrial use, which would give way to the new world energy revolution and the construction of new motors, devices and devices for the passage of electric current through amplification magnetic

Claims

REIVINDICACIONES
Convertidor de carga electrostática en campo magnético, que comprende: al menos una lámina a la que se introduce una primera carga electrostática; Magnetic field electrostatic charge converter, comprising: at least one sheet to which a first electrostatic charge is introduced;
bobinas toroidales por donde circula un primer campo electrostático generado por la primera carga electrostática; y toroidal coils through which a first electrostatic field generated by the first electrostatic charge circulates; Y
tubo al vacío entre las bobinas toroidales, por donde circula un segundo campo electrostático generado por una segunda carga electrostática al introducir al menos un electrodo al tubo de vacío. vacuum tube between the toroidal coils, where a second electrostatic field generated by a second electrostatic charge circulates by introducing at least one electrode to the vacuum tube.
Convertidor de carga electrostática en campo magnético, que comprende: una lámina a la que se introduce una primera carga electrostática negativa; Magnetic field electrostatic charge converter, comprising: a sheet to which a first negative electrostatic charge is introduced;
bobinas toroidales por donde circula un primer campo electrostático negativo generado por dicha carga; y toroidal coils through which a first negative electrostatic field generated by said charge circulates; Y
tubo al vacío entre las bobinas toroidales, por donde circula un segundo campo electrostático positivo generado por una segunda carga electrostática positiva al introducir un electrodo positivo aítubo de vacío. vacuum tube between the toroidal coils, through which a second positive electrostatic field generated by a second positive electrostatic charge circulates by introducing a positive aitubus vacuum electrode.
Convertidor de carga electrostática en campo magnético de acuerdo a la reivindicación 1 , caracterizado porque comprende una primera lámina a la que se introduce una primera carga electrostática positiva; una segunda lámina a la que se introduce una segunda carga electrostática negativa; bobinas toroidales por donde circula los campos electrostáticos generados por las primera segunda cargas electrostáticas; y Magnetic field electrostatic charge converter according to claim 1, characterized in that it comprises a first sheet to which a first positive electrostatic charge is introduced; a second sheet to which a second negative electrostatic charge is introduced; toroidal coils through which the electrostatic fields generated by the first second electrostatic charges circulate; Y
tubo al vacío entre las bobinas toroidales que comprende un primer electrodo positivo frente a la primera carga electrostática y un segundo electrodo negativo frente a la segunda carga electrostática vacuum tube between the toroidal coils comprising a first positive electrode against the first electrostatic charge and a second negative electrode against the second electrostatic charge
Convertidor de carga electrostática en campo magnético de acuerdo a las reivindicaciones anteriores, caracterizado porque la lámina es de cobre o aluminio. Magnetic field electrostatic charge converter according to the preceding claims, characterized in that the sheet is made of copper or aluminum.
Método para convertir una carga electrostática a un campo magnético, caracterizado porque comprende: introducir la carga electrostática negativa por una lámina; y, Method for converting an electrostatic charge to a magnetic field, characterized in that it comprises: introducing the negative electrostatic charge through a sheet; Y,
convertir un campo electrostático negativo generado por la carga electrostática negativa en un campo magnético empleando bobinas toroidales y un tubo al vacío con al menos un electrodo positivo. converting a negative electrostatic field generated by the negative electrostatic charge into a magnetic field using toroidal coils and a vacuum tube with at least one positive electrode.
Método para convertir una carga electrostática a un campo magnético, caracterizado porque comprende: prender simultáneamente un primer campo electrostático positivo y un segundo campo electrostático negativo, y mícrosegundos después prender un primer electrodo positivo y un segundo electrodo negativo para producir una corriente negativa y una corriente positiva inducidas, respectivamente; y Method for converting an electrostatic charge to a magnetic field, characterized in that it comprises: simultaneously turn on a first positive electrostatic field and a second negative electrostatic field, and then turn on a first positive electrode and a second negative electrode to produce an induced negative current and positive current, respectively; Y
extraer la corriente negativa y la corriente positiva inducidas a un espacio vacío en el tubo, que forman la nueva fuente de carga electrostática.  extract the negative current and the positive current induced to an empty space in the tube, which form the new source of electrostatic charge.
7. Método para convertir una carga electrostática a un campo magnético, caracterizado porque comprende: 7. Method for converting an electrostatic charge to a magnetic field, characterized in that it comprises:
prender simultáneamente una primera y una segunda láminas, un primer electrodo positivo y un segundo electrodo negativo;  simultaneously turn on a first and a second sheet, a first positive electrode and a second negative electrode;
acercar ambas láminas y unirlas para producir una corriente inducida a un espacio vacío en el tubo; y  bring both sheets closer and join them together to produce an induced current to an empty space in the tube; Y
extraer carga estática del espacio vacío para generar la retro-alimentación.  extract static charge from the empty space to generate the feedback.
PCT/PE2017/000011 2017-05-24 2017-05-24 Converter of an electrostatic charge into a magnetic field WO2018217108A1 (en)

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE1539053A1 (en) * 1964-09-28 1969-05-29 Varian Associates Particle beam pulsing device
WO2011060033A1 (en) * 2009-11-10 2011-05-19 Immunolight, L.L.C. Up and down coversion systems for production of emitted light from various energy sources including radio frequency, microwave energy and magnetic induction sources for upconversion
US9013104B1 (en) * 2013-04-22 2015-04-21 Calabazas Creek Research, Inc. Periodic permanent magnet focused klystron
US9750123B1 (en) * 2016-08-01 2017-08-29 The Boeing Company Customizable radio frequency (RF) for use in particle accelerator applications

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE1539053A1 (en) * 1964-09-28 1969-05-29 Varian Associates Particle beam pulsing device
WO2011060033A1 (en) * 2009-11-10 2011-05-19 Immunolight, L.L.C. Up and down coversion systems for production of emitted light from various energy sources including radio frequency, microwave energy and magnetic induction sources for upconversion
US9013104B1 (en) * 2013-04-22 2015-04-21 Calabazas Creek Research, Inc. Periodic permanent magnet focused klystron
US9750123B1 (en) * 2016-08-01 2017-08-29 The Boeing Company Customizable radio frequency (RF) for use in particle accelerator applications

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