WO2015024138A1 - Element for collecting the earth's magnetic field in order to convert same into electrical or mechanical energy - Google Patents
Element for collecting the earth's magnetic field in order to convert same into electrical or mechanical energy Download PDFInfo
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- WO2015024138A1 WO2015024138A1 PCT/CL2014/000040 CL2014000040W WO2015024138A1 WO 2015024138 A1 WO2015024138 A1 WO 2015024138A1 CL 2014000040 W CL2014000040 W CL 2014000040W WO 2015024138 A1 WO2015024138 A1 WO 2015024138A1
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- Prior art keywords
- magnetic field
- earth
- core
- concentration
- channeling
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Classifications
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02N—ELECTRIC MACHINES NOT OTHERWISE PROVIDED FOR
- H02N11/00—Generators or motors not provided for elsewhere; Alleged perpetua mobilia obtained by electric or magnetic means
- H02N11/008—Alleged electric or magnetic perpetua mobilia
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
- H02J50/001—Energy harvesting or scavenging
Definitions
- the present invention relates to a system of uptake of the earth's magnetic field comprising the uptake, channeling, concentration, amplification and injection of the earth's magnetic field into a core by conducting the amplified magnetic field and converted into a variable magnetic field, a necessary and sufficient condition for produce the electromagnetic induction in the final winding where the desired electrical energy is obtained.
- Wind energy it is present in absolutely discontinuous form depending on the weather and orography, not present everywhere.
- Mareomotr ⁇ z of the waves and the tides. The physical situation of these plants arranged by the sea only prevents their establishment inland. 7) Biomass: It mainly emits pollutant gases and in the raw material it competes with the use for food in every sense, land, machinery, man hour, costs.
- the problems solved by this proposal is to provide absolutely sustainable energy (non-polluting, effective, efficient, economical, and with absolute flexibility of placement anywhere in this world) and with superlative energy efficiency.
- This amplified magnetic energy is injected into a core that contains a reluctance variator and a winding on said core where the necessary induction that enables the production of industrial or other electrical energy is produced.
- FIG. 1 A sectional view on line A-A of Figure 2 is illustrated in Figure 1.
- FIG. 2 A plan view of the object of the invention is illustrated in Figure 2.
- figure (1) several wells (1) are displayed, which must be as deep as possible, filled with ferromagnetic material. At the top we connect these wells (1) to a platform (2) for collection, channeling, concentration, amplification and injection of the magnetic field that shows the appearance of pedestrian routes, pavements in general for transit of wheeled vehicles, winged, and whether fixed or mobile, it is made of ferromagnetic material. This must be oriented north-south being as extensive as possible, strangled at one end.
- the core (3) is a permeable steel shaft is oriented longitudinally from south to north with one of its ends connected with the platform by means of a narrowing or strangulation in the platform that coincides in dimensions with the transverse area of the core.
- a secondary winding of the transformer device (4) In this core there is a secondary winding of the transformer device (4); In series with the magnetic flux conductor or core (3), we insert a reluctance rod (5) at the end of the device, that is, a diamagnetic ferromagnetic switch in such a way that it will provide the flux variation necessary for induction in the secondary of said transforming device (4), also composed of a winding and a capacitor ae saiiaa ae comment alterna ⁇ f).
- figure 2 top plan view with the points described in figure 1. Wells filled with ferromagnetic material (1);
- the device does not require maintenance of any nature.
Abstract
The invention relates to an element for collecting the earth's magnetic field, comprising collecting, channeling, concentrating, amplifying and injecting the earth's magnetic field into a core comprising: a platform defining a space, having the appearance of pedestrian paths or in general surfaces intended for stationary or moving wheeled or winged vehicles, said platform being made from ferromagnetic material; a core or shaft of permeable steel for concentrating the magnetic field, oriented longitudinally from south to north, said core containing a secondary winding of the transformer device, with one of its ends connected to the platform by means of a narrowing or constriction in the platform that is sized to match the dimensions of the transverse area of the core; a secondary transformer which transforms the magnetic flux collected in the core into useful energy; and a reluctance regulator at the end of the device, or a diamagnetic ferromagnetic switch such as to provide the flux variation required for the induction in the secondary winding of said transformer device, formed by a coil and an alternating current output capacitor.
Description
CAPTADOR DEL CAMPO MAGNÉTICO TERRESTRE PARA GROUND MAGNETIC FIELD CATCHER FOR
CONVERTIRLE EN ENERGIA ELECTRICA O MECANICA CONVERT YOU IN ELECTRICAL OR MECHANICAL ENERGY
SECTOR TÉCNICO TECHNICAL SECTOR
La presente invención se refiere a un sistema de captación del campo magnético terrestre que comprende la captación, canalización, concentración, amplificación e inyección del campo magnético terrestre a un núcleo conduciendo el campo magnético amplificado y convertido én campo magnético variable, condición necesaria y suficiente para producir la inducción electromagnética en el arrollamiento final donde se obtiene la energía eléctrica buscada. The present invention relates to a system of uptake of the earth's magnetic field comprising the uptake, channeling, concentration, amplification and injection of the earth's magnetic field into a core by conducting the amplified magnetic field and converted into a variable magnetic field, a necessary and sufficient condition for produce the electromagnetic induction in the final winding where the desired electrical energy is obtained.
TECNICA ANTERIOR PREVIOUS TECHNIQUE
La energía actualmente abastece a las necesidades humanas: Energy currently caters to human needs:
1) Mediante el uso de energía nuclear ya sea de fusión y fisión. 1) By using nuclear energy either fusion and fission.
a) Todavía no se ha logrado el dominio de la misma para usos industriales pacíficos. a) The domain has not yet been achieved for peaceful industrial uses.
b) Esta energía ampliamente usada y de una potencia considerable, adaptable muy bien a la industria pero altamente inestable ante catástrofes naturales y/o accidentes (Long Island, Chernóbil, Fukushima). b) This energy widely used and of considerable power, adaptable very well to the industry but highly unstable in the face of natural catastrophes and / or accidents (Long Island, Chernobyl, Fukushima).
i
Los residuos de esta tecnología actualmente son resistidos sociaimente debido a la vida activa y larga con peligros de alta contaminación y difícil confinamiento a través del tiempo. 2) Con el uso de las energías provenientes de fósiles: petróleo, gas, y carbón. i The residues of this technology are now socially resisted due to the long and active life with dangers of high contamination and difficult confinement over time. 2) With the use of fossil energy: oil, gas, and coal.
Estas polucionan el ambiente mediante la emisión de dióxido de carbono, de nitrógeno y otros gases contaminantes dañinos para la salud y el paisaje. These pollute the environment through the emission of carbon dioxide, nitrogen and other polluting gases harmful to health and the landscape.
3) En el caso de la energía hidráulica, necesita de acuíferos naturales y diques de contención con una muy alta inversión inicial y necesidades tectónicas adecuadas. 3) In the case of hydraulic energy, it needs natural aquifers and containment dams with a very high initial investment and adequate tectonic needs.
4) Energía eólica: está presente en forma absolutamente discontinua dependiendo de la climatología y de la orografía, no presente en todas partes. 4) Wind energy: it is present in absolutely discontinuous form depending on the weather and orography, not present everywhere.
5) Energía solar, térmica y/o fotovoltaica: discontinúa, de altos costos y de difícil captación acorde a demanda de grandes superficies para su instalación. Aunque la potencialidad cuántica de estos dispositivos convertidores es sumamente importante. 5) Solar, thermal and / or photovoltaic energy: discontinuous, high cost and difficult to capture according to the demand of large areas for installation. Although the quantum potential of these converter devices is extremely important.
6) Mareomotríz: de las olas y las mareas. La situación física de estas centrales dispuestas a orillas del mar únicamente, impide su radicación tierra adentro. 7) Biomasa: Principalmente emite gases contaminantes y en la materia prima compite con el uso para alimentos en todo sentido, tierras, maquinarias, hora hombre, costos. 6) Mareomotríz: of the waves and the tides. The physical situation of these plants arranged by the sea only prevents their establishment inland. 7) Biomass: It mainly emits pollutant gases and in the raw material it competes with the use for food in every sense, land, machinery, man hour, costs.
8) Geotérmica: La ubicación geográfica condiciona enormemente la posibilidad de su uso. 8) Geothermal: The geographical location greatly conditions the possibility of its use.
Todas las energías descriptas tienen en común dificultades como ta contaminación ambiental, grandes costos iniciales, de mantenimiento,
inmensas superficies para su instalación, condicionamiento de lugar, tiempo, estacionales. All the described energies have in common difficulties such as environmental pollution, large initial costs, maintenance, immense surfaces for installation, conditioning of place, time, seasonal.
La propuesta de la presente patente presenta mejores condiciones en cualquier parte del mundo» a toda hora, todos los días, 365 días del año, a bajísimos costos iniciales, sin mantenimiento, ni transmisiones mecánicas que necesiten de lubricación etc. The proposal of this patent presents better conditions in any part of the world »at all times, every day, 365 days of the year, at very low initial costs, without maintenance, or mechanical transmissions that need lubrication etc.
Los problemas que soluciona la presente propuesta es la de proveer de energía absolutamente sustentable (no poluente, eficaz, eficiente, económica, y con flexibilidad absoluta de colocación en cualquier parte de este mundo) y con una eficiencia energética superlativa. The problems solved by this proposal is to provide absolutely sustainable energy (non-polluting, effective, efficient, economical, and with absolute flexibility of placement anywhere in this world) and with superlative energy efficiency.
DIVULGACION DE LA INVENCIÓN DISCLOSURE OF THE INVENTION
Teniendo en cuenta las propiedades del campo magnético terrestre, captamos su flujo desde la profundidad, lo canalizamos, amplificamos, recogiendo este resultado en la superficie de la tierra a través de una plataforma con sentido congruente con el campo magnético terrestre, norte-sur. Seguidamente estrangulamos este formato y lo entregamos concentrado en un núcleo con dimensiones proporcionadas con la densidad necesaria para alimentar un dispositivo que servirá de excitatriz para cualquier ingenio donde se use energía magnética. Se aprovecha la energía magnética del campo magnético terrestre a efectos de proveerla a equipos domésticos e industriales y mediante convertidores poder aprovechar esta energía en sus diferentes manifestaciones, magnética, eléctrica, térmica, mecánica, lumínica, etc. Existen más de 1600 Millones de personas que no tienen acceso a la energía eléctrica (esto significa refrigeración de alimentos y medicamentos, de humanos y animales. Iluminación, lo cual permite mayores horas de producción, divertimento, acceso al conocimiento información, obtención de
agua potable). Todo esto implica una importante mejora en la condición de vida humana. Taking into account the properties of the earth's magnetic field, we capture its flow from the depth, channel it, amplify it, picking up this result on the earth's surface through a platform that is congruent with the Earth's magnetic field, north-south. Then we strangle this format and deliver it concentrated in a core with dimensions provided with the density needed to power a device that will serve as a exciter for any device where magnetic energy is used. The magnetic energy of the earth's magnetic field is used in order to provide it to domestic and industrial equipment and through converters to be able to take advantage of this energy in its different manifestations, magnetic, electrical, thermal, mechanical, light, etc. There are more than 1600 million people who do not have access to electricity (this means refrigeration of food and medicine, of humans and animals. Lighting, which allows more hours of production, entertainment, access to information knowledge, obtaining drinking water). All this implies a significant improvement in the condition of human life.
De esta manera solucionamos necesidades insatisfechas de gran importancia en el mundo en que vivimos. In this way we solve unmet needs of great importance in the world in which we live.
Se trata de captar energía magnética terrestre. Canalizarla con material de alta permeabilidad, recoger la energía magnética que ha sido amplificada en el recorrido; esta amplificación es directamente proporcional a la permeabilidad del material constituyente de dicho dispositivo. It's about capturing Earth's magnetic energy. Channel it with high permeability material, collect the magnetic energy that has been amplified along the way; This amplification is directly proportional to the permeability of the constituent material of said device.
Esta energía magnética amplificada se la inyecta en un núcleo que contiene un varíador de reluctancia y un arrollamiento sobre dicho núcleo en donde se produce la inducción necesaria que posibilita la producción de energía eléctrica industrial u otra. This amplified magnetic energy is injected into a core that contains a reluctance variator and a winding on said core where the necessary induction that enables the production of industrial or other electrical energy is produced.
La potencia obtenida depende de la calidad de la permeabilidad y el tamaño físico de este dispositivo. DESCRIPCION DE LOS DIBUJOS The power obtained depends on the quality of the permeability and the physical size of this device. DESCRIPTION OF THE DRAWINGS
En la figura 1 se ilustra una vista en corte en la línea A-A de la figura 2. En la figura 2 se ilustra una vista en planta del objeto de la invención. A sectional view on line A-A of Figure 2 is illustrated in Figure 1. A plan view of the object of the invention is illustrated in Figure 2.
En la figura (1): se visualizan varios pozos (1), que deben ser lo más profundos posibles, llenos de material ferromagnético. En la parte superior conectamos a estos pozos (1) a una plataforma (2) para captación, canalización, concentración, amplificación e inyección del campo magnético que muestra la apariencia de rutas peatonales, pavimentos en general para tránsito de vehículos rodados, alados, ya sean fijos o móviles, la misma está realizada con material ferromagnético. Esta debe estar orientada en sentido norte-sur siendo
más extensa posible, estrangulada en uno de sus extremos. A continuación conectamos ésta a un conductor de flujo magnético, siendo éste un núcleo (3) con el campo magnético condensado tipo transformador, él núcleo (3) es un eje de acero permeable está orientado longitudinalmente de sur a norte con uno de sus extremos conectado con la plataforma por medio de un angostamiento o estrangulamiento en la plataforma que coincide en dimensiones con él área transversal del núcleo. In figure (1): several wells (1) are displayed, which must be as deep as possible, filled with ferromagnetic material. At the top we connect these wells (1) to a platform (2) for collection, channeling, concentration, amplification and injection of the magnetic field that shows the appearance of pedestrian routes, pavements in general for transit of wheeled vehicles, winged, and whether fixed or mobile, it is made of ferromagnetic material. This must be oriented north-south being as extensive as possible, strangled at one end. Then we connect this to a magnetic flux conductor, this being a core (3) with the condensed magnetic field transformer type, the core (3) is a permeable steel shaft is oriented longitudinally from south to north with one of its ends connected with the platform by means of a narrowing or strangulation in the platform that coincides in dimensions with the transverse area of the core.
En este núcleo va un enrollado a modo de secundario del dispositivo transformador (4); en serie con el conductor de flujo magnético o núcleo (3), insertamos un varíador de reluctancia (5) al final del dispositivo, o sea un interruptor ferromagnético diamagnético de tal manera que proveerá la variación de flujo necesaria para la inducción en el secundario de dicho dispositivo transformador (4), también compuesto por un arrollamiento y un capacitor ae saiiaa ae comente alterna {f ). In this core there is a secondary winding of the transformer device (4); In series with the magnetic flux conductor or core (3), we insert a reluctance rod (5) at the end of the device, that is, a diamagnetic ferromagnetic switch in such a way that it will provide the flux variation necessary for induction in the secondary of said transforming device (4), also composed of a winding and a capacitor ae saiiaa ae comment alterna {f).
En la figura 2): vista de planta superior con los puntos descriptos en figura 1. Pozos rellenos de material ferromagnético (1); In figure 2): top plan view with the points described in figure 1. Wells filled with ferromagnetic material (1);
Plataformas o escudos de material ferromagnético (2); Platforms or shields of ferromagnetic material (2);
Un núcleo (3) conductor de flujo magnético; A core (3) magnetic flux conductor;
Dispositivo transformador (4); y Transformer device (4); Y
Varíador de reluctancia (5). Reluctance Vary (5).
Qadas las características de esta inventiva el dispositivo en causa, no necesite mantenimientos de naturaleza alguna. Due to the characteristics of this invention, the device does not require maintenance of any nature.
Lo aquí dicho es congruente con los números y las letras que se encuentran descriptas en las figuras.
What has been said here is congruent with the numbers and letters that are described in the figures.
Claims
1. Captador del Campo Magnético Terrestre que comprende la captación, canalización, concentración, amplificación e inyección del campo magnético terrestre a un núcleo conduciendo el campo magnético amplificado y convertido en campo magnético variable CARACTERIZADO porque comprende: una plataforma que define un volumen, que muestra la apariencia de rutas peatonales, pavimentos en general para tránsito de vehículos rodados, alados, ya sean fijos o móviles, la misma está realizada con material ferromagnético; un núcleo o eje de acero de concentración del campo magnético permeable orientado longitudinalmente de sur a norte, en este núcleo va un enrollado a modo de secundario de dicho dispositivo transformador, con uno de sus extremos conectado con la plataforma por medio de un angostamiento o estrangulamiento en la plataforma que coincide en dimensiones con él área transversal del núcleo; un transformador secundario que transforma en energía útil el flujo magnético captado en él núcleo; y un variador de reluctancia al final del dispositivo, o sea un interruptor ferromagnético diamagnético de tal manera que proveerá la variación de flujo necesaria para la inducción en el secundario de dicho dispositivo transformador, compuesto por un arrollamiento y un capacitor de salida de comente alterna.
1. Sensor of the Earth's Magnetic Field that includes the capture, channeling, concentration, amplification and injection of the Earth's magnetic field to a core by driving the amplified magnetic field and converted into a variable magnetic field CHARACTERIZED because it comprises: a platform that defines a volume, which shows the appearance of pedestrian routes, pavements in general for transit of wheeled, winged vehicles, whether fixed or mobile, it is made of ferromagnetic material; a steel core or axis of concentration of the permeable magnetic field oriented longitudinally from south to north, in this core there is a secondary winding of said transformer device, with one of its ends connected to the platform by means of a narrowing or strangulation on the platform that coincides in dimensions with the cross-sectional area of the core; a secondary transformer that transforms the magnetic flux captured in the nucleus into useful energy; and a reluctance variator at the end of the device, that is, a diamagnetic ferromagnetic switch in such a way that it will provide the necessary flux variation for the secondary induction of said transformer device, consisting of a winding and an alternating current output capacitor.
2. Captador del Campo Magnético Terrestre que comprende la captación, canalización, concentración, amplificación e inyección del campo magnético terrestre a un núcleo de acuerdo a la reivindicación 1, CARACTERIZADO porque además comprende unos pozos profundos, llenos de material ferromagnético, los cuales se conectan en su parte superior a la plataforma. 2. Terrestrial Magnetic Field Sensor comprising the collection, channeling, concentration, amplification and injection of the earth's magnetic field to a core according to claim 1, CHARACTERIZED because it also comprises deep wells, filled with ferromagnetic material, which are connected on top of the platform.
3. Captador del Campo Magnético Terrestre que comprende la captación, canalización, concentración, amplificación e inyección del campo magnético terrestre a un núcleo de acuerdo a la reivindicación 1 , CARACTERIZADO porque además comprende dos o más captadores conectados en serie. 3. Terrestrial Magnetic Field Sensor comprising the collection, channeling, concentration, amplification and injection of the earth's magnetic field to a core according to claim 1, CHARACTERIZED because it also comprises two or more sensors connected in series.
4. Captador del Campo Magnético Terrestre que comprende la captación, canalización, concentración, amplificación e inyección del campo magnético terrestre a un núcleo de acuerdo a la reivindicación 1, CARACTERIZADO porque el transformador secundario es un motor eléctrico. 4. Terrestrial Magnetic Field Sensor comprising the capture, channeling, concentration, amplification and injection of the earth's magnetic field to a core according to claim 1, CHARACTERIZED because the secondary transformer is an electric motor.
5. Captador del Campo Magnético Terrestre que comprende la captación, canalización, concentración, amplificación e inyección del campo magnético terrestre a un núcleo de acuerdo a la reivindicación 1 , CARACTERIZADO porque el transformador secundario es un alternador. 5. Terrestrial Magnetic Field Sensor comprising the collection, channeling, concentration, amplification and injection of the earth's magnetic field to a core according to claim 1, CHARACTERIZED because the secondary transformer is an alternator.
6. Captador del Campo Magnético Terrestre que comprende la captación, canalización, concentración, amplificación e inyección del campo magnético terrestre a un núcleo de acuerdo a la reivindicación 1, CARACTERIZADO porque el transformador secundario es un dinamo.
6. Terrestrial Magnetic Field Sensor comprising the acquisition, channeling, concentration, amplification and injection of the earth's magnetic field to a core according to claim 1, CHARACTERIZED because the secondary transformer is a dynamo.
7. Captador del Campo Magnético Terrestre que comprende la captación, canalización, concentración, amplificación e inyección del campo magnético terrestre a un núcleo de acuerdo a la reivindicación 1, CARACTERIZADO porque el transformador secundario es un semotor.
7. Terrestrial Magnetic Field Sensor comprising the acquisition, channeling, concentration, amplification and injection of the earth's magnetic field to a core according to claim 1, CHARACTERIZED because the secondary transformer is a semi-motor.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| ARP20130102953 | 2013-08-21 | ||
| ARP130102953A AR092184A1 (en) | 2013-08-21 | 2013-08-21 | INDUSTRIALIZATION OF THE GROUND MAGNETIC FIELD |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| WO2015024138A1 true WO2015024138A1 (en) | 2015-02-26 |
Family
ID=52482896
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/CL2014/000040 WO2015024138A1 (en) | 2013-08-21 | 2014-08-19 | Element for collecting the earth's magnetic field in order to convert same into electrical or mechanical energy |
Country Status (3)
| Country | Link |
|---|---|
| AR (1) | AR092184A1 (en) |
| CL (1) | CL2014002192A1 (en) |
| WO (1) | WO2015024138A1 (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20070282378A1 (en) * | 2002-12-09 | 2007-12-06 | Ferro Solutions, Inc. | Apparatus and method utilizing magnetic field |
| US20090256361A1 (en) * | 2008-04-15 | 2009-10-15 | Infineon Technologies Ag | Energy harvester |
-
2013
- 2013-08-21 AR ARP130102953A patent/AR092184A1/en active IP Right Grant
-
2014
- 2014-08-18 CL CL2014002192A patent/CL2014002192A1/en unknown
- 2014-08-19 WO PCT/CL2014/000040 patent/WO2015024138A1/en active Application Filing
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20070282378A1 (en) * | 2002-12-09 | 2007-12-06 | Ferro Solutions, Inc. | Apparatus and method utilizing magnetic field |
| US20090256361A1 (en) * | 2008-04-15 | 2009-10-15 | Infineon Technologies Ag | Energy harvester |
Non-Patent Citations (1)
| Title |
|---|
| POWER FROM THE EARTH'S MAGNETIC FIELD, 18 June 2010 (2010-06-18), Retrieved from the Internet <URL:http://scienceblogs.com/builtonfacts/2010/06/18/power-from-the-earths-magnetic> * |
Also Published As
| Publication number | Publication date |
|---|---|
| AR092184A1 (en) | 2015-03-25 |
| CL2014002192A1 (en) | 2015-01-09 |
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