WO2018065640A2 - Generator of a positive energy balance from the magnetic energy source of stationary permanent magnets - Google Patents
Generator of a positive energy balance from the magnetic energy source of stationary permanent magnets Download PDFInfo
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- WO2018065640A2 WO2018065640A2 PCT/ES2017/000110 ES2017000110W WO2018065640A2 WO 2018065640 A2 WO2018065640 A2 WO 2018065640A2 ES 2017000110 W ES2017000110 W ES 2017000110W WO 2018065640 A2 WO2018065640 A2 WO 2018065640A2
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- magnets
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K53/00—Alleged dynamo-electric perpetua mobilia
Definitions
- the present invention relates to a positive energy balance generating device, based on the magnetic energy source provided by permanent fixed neodymium magnets or magnets of similar characteristics; taking advantage of the contribution of only some of them, to use them as initiators of the sequence of the others that make up the device, so that others effectively discharge and release their energy on two crankshafts, which are the ones that will transmit this useful and usable energy .
- the advantages of this invention are the following: -
- the positive energy balance generating device described herein does not produce harmful or contaminating effects.
- Each user becomes the owner and controller of all the energy required throughout their life, having the amount of energy required in each case in each place and at any time.
- the industrial application of this invention is within the production of useful and usable energy, and more specifically energy from permanent fixed neodymium magnets or magnets of similar characteristics.
- document ES2402073T3 refers to a procedure for the conversion of heat energy into mechanical, electrical and / or thermal energy, the method comprising at least two circuits, which are connected through at least one common partial section, presenting the first circuit at least one expansion device, a working means being conducted in the first circuit and in the second circuit a propellant and in the common partial section a mixture of working medium and propeller, the working medium being recirculated to the first circuit and feeding to an evaporator unit, the common partial section being connected to the first and second circuits through at least one jet compressor, the mixture formed in the jet compressor being subsequently separated into a current separation device from working medium and propellant current, the evaporated working medium being supplied to the expansion device and subsequently to the jet compressor, characterized in that the separated propeller is recirculated to the second circuit and supplied to a manifold for the purpose of heat energy absorption and after the heat energy ab
- ES2237283A1 describes a system for obtaining electrical energy, which based on an exclusive use of the force of gravity, comprising a rotating turbine submerged in water or any fluid, including mercury, which has a compartmentalization forming outwardly open peripheral alveoli, capable of receiving pressurized air and conserving it during the ascent phase in the turbine rotation, while in the descent phase of said turbine turn, the air sacs expel the air freely.
- the system described for obtaining energy is based on the use of the force of gravity, while the proposed main invention is based on a source of mechanical energy available to permanent fixed magnets.
- ES2302652A1 proposes an installation for the generation of electrical energy by means of hydrostatic thrust provided with at least one apparatus, which comprises a static container tank whose bottom is permanently filled, at least partially, with a liquid, such as water, from an inexhaustible source such as a river, a lake, a reservoir or the like; a piston, movable with upward and downward vertical clearance through the interior of the container, by the hydrostatic pressure exerted by the water accumulated at all times at the bottom of the container, between a lower dead center (pmi), in which the piston is separated from the bottom of the container tank, and a top dead center (pms) and vice versa; and means for transmitting said movement of the piston in an upward and downward vertical direction in a rotational movement of one axis or in any other, the apparatus being provided with water inlet and outlet gates through which water enters and exits by gravity, the input gate being located at a level higher than the output gate, that the piston comprises a float, adapted to float the plunger; and means
- the positive energy balance generator based on the magnetic energy source provided by the permanent fixed magnets object of the present invention is constituted from a set of magnets arranged in at least six configurations of fixed magnet blocks and four mobile magnets or pistons and a process initiating element is a carriage that travels between the two blocks and provides the initial exogenous mechanical energy necessary to put the device into operation.
- the work (Wi), required to perform a cycle of the process initiating car is tending to 0 Nw, and the force that the car magnets when passing through the front of the moving magnets, exerts a magnetic repulsion force that is transmitted to the moving magnets, the result of the magnetic repulsion force by (L), where L is the path of the four magnetic cylinders, is the useful energy that is generated; Obtaining this energy is precisely the invention and extracting the energy maintained by the magnets, without requiring much less energy to incite the process by which much more mechanical energy is received than is required to obtain it.
- Figure 2 Schematic view of the system of horizontal forces acting on the car: Repulsion forces between the block and the car on both sides.
- Figure 3 Schematic view of fixed magnet blocks, mobiles and activation carriage.
- a preferred embodiment of the positive energy balance generator starting from the magnetic energy source provided by the permanent fixed magnets object of the present invention can be based on six fixed magnet block configurations (1) and four moving magnets or pistons (2) and a process initiating element that is a carriage (3) that travels between the two blocks and provides the initial exogenous mechanical energy necessary to put the device into operation. Both the carriage (3) and the blocks (1, 2) are TEFLON.
- the carriage (3) is initially driven by a motor (6) that supplies the source of exogenous energy to the generator and rests on a levitation platform (7).
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Connection Of Motors, Electrical Generators, Mechanical Devices, And The Like (AREA)
- Non-Mechanical Conveyors (AREA)
- Dynamo-Electric Clutches, Dynamo-Electric Brakes (AREA)
- Reciprocating, Oscillating Or Vibrating Motors (AREA)
Abstract
The invention is formed from a set of magnets arranged in at least six configurations of blocks of stationary magnets and four movable magnets or pistons and an element for initiating the process is a carriage that moves between the two blocks and supplies the inital exogenous mechanical energy required to operate the device, such that when the magnets of the carriage pass in front of movable magnets, the movable magnets shoot out with a force equal to the repulsive force of the magnets installed in the carriage, transmitted to crankshafts, which are those that transmit the useful energy to the two crankshafts; and when the carriage goes back in the return cycle, it releases the load that exerts the repulsive force applied to the two first movable magnets (pistons) applying the same force to the other two movable magnets (pistons).
Description
GENERADOR DE BALANCE POSITIVO DE ENERGÍA PARTIENDO DE LA FUENTE DE ENERGÍA MAGNÉTICA QUE DISPONEN LOS IMANES FIJOS POWER POSITIVE BALANCE GENERATOR FROM THE MAGNETIC ENERGY SOURCE THAT THE FIXED MAGNETS HAVE
PERMANENTES PERMANENT
OBJETO DE LA INVENCIÓN La presente invención se refiere a un dispositivo generador de balance positivo de energía, partiendo de la fuente de energía magnética que disponen los imanes fijos permanentes de neodimio o imanes de características similares; aprovechando la aportación solamente de algunos de ellos, para utilizarlos como iniciadores de la secuencia de los demás que componen el dispositivo, para que los demás de manera efectiva descarguen y liberen su energía sobre dos cigüeñales, que son los que trasmitirán esta energía útil y utilizable. OBJECT OF THE INVENTION The present invention relates to a positive energy balance generating device, based on the magnetic energy source provided by permanent fixed neodymium magnets or magnets of similar characteristics; taking advantage of the contribution of only some of them, to use them as initiators of the sequence of the others that make up the device, so that others effectively discharge and release their energy on two crankshafts, which are the ones that will transmit this useful and usable energy .
En la actualidad la inmensa mayoría de la energía eléctrica que se consume se produce en grandes centrales eléctricas a muchos cientos de kilómetros de donde se consume, lo que condiciona a todos los usuarios de la energía de manera rígida al acceso a dicha energía sin que estos tengan ningún control sobre estos sistemas fuertemente integrados. At present, the vast majority of the electricity consumed is produced in large power plants many hundreds of kilometers from where it is consumed, which conditions all energy users rigidly to access said energy without these have no control over these strongly integrated systems.
Por otro lado los derivados del petróleo que se utilizan principalmente como energía para vehículos y embarcaciones se producen en grandes centros industriales desde la fase de extracción del petróleo hasta el refinado y puesta a la venta al público en los surtidores, siendo otro ejemplo de sistema fuertemente integrado donde cualquier movimiento de dichas industrias perjudica directamente al usuario de manera irremisible sin que este tenga ningún control sobre estos sistemas. Esta invención viene a resolver dichos problemas proponiendo un concepto de sistemas masivamente paralelos, donde el control de los mismos en materia de control y propiedad es de cada uno de los usuarios de los sistemas, siendo propietarios y controladores de toda la energía que requieran a lo largo de su existencia, ya que la degradación de los imanes de neodimio son de varios cientos de años. On the other hand, petroleum derivatives that are mainly used as energy for vehicles and vessels are produced in large industrial centers from the oil extraction phase to the refining and put on sale to the public in the suppliers, being another example of a system strongly integrated where any movement of these industries directly damages the user in an irremissible way without this having any control over these systems. This invention comes to solve these problems by proposing a concept of massively parallel systems, where the control of them in the matter of control and ownership is of each of the users of the systems, being owners and controllers of all the energy that they require. throughout its existence, since the degradation of neodymium magnets is several hundred years.
Las ventajas de esta invención son las siguientes:
- El dispositivo generador de balance positivo de energía que se describe en esta memoria no produce efectos nocivos o contaminantes. The advantages of this invention are the following: - The positive energy balance generating device described herein does not produce harmful or contaminating effects.
- Cada usuario se convierte en el propietario y controlador de toda la energía que requiera a lo largo de su vida, disponiendo de la cantidad de energía que requiera en cada caso en cada lugar y en cada momento. - Each user becomes the owner and controller of all the energy required throughout their life, having the amount of energy required in each case in each place and at any time.
La aplicación industrial de esta invención se encuentra dentro de la producción de energía útil y utilizable, y más concretamente energía a partir de imanes fijos permanentes de neodimio o imanes de características similares. The industrial application of this invention is within the production of useful and usable energy, and more specifically energy from permanent fixed neodymium magnets or magnets of similar characteristics.
ANTECEDENTES DE LA INVENCIÓN BACKGROUND OF THE INVENTION
Aunque no se ha encontrado ninguna invención idéntica a la descrita, exponemos a continuación los documentos encontrados que reflejan el estado de la técnica relacionado con la misma. Asi el documento ES2402073T3 hace referencia a un procedimiento para la conversión de energía calorífica en energía mecánica, eléctrica y/o térmica, comprendiendo el procedimiento al menos dos circuitos, que están conectados a través de al menos una sección parcial común, presentando el primer circuito al menos un dispositivo de expansión, conduciéndose en el primer circuito un medio de trabajo y en el segundo circuito un propulsor y en la sección parcial común una mezcla de medio de trabajo y propulsor, recirculándose el medio de trabajo hacia el primer circuito y alimentándose a una unidad de evaporador, estando conectada la sección parcial común con el primer y el segundo circuitos a través de al menos un compresor de chorro, separándose la mezcla formada en el compresor de chorro posteriormente en un dispositivo de separación en corriente de medio de trabajo y corriente de propulsor, suministrándose el medio de trabajo evaporado al dispositivo de expansión y posteriormente al compresor de chorro, caracterizado porque el propulsor separado se recircula hacia el segundo circuito y se suministra a un colector con el fin de absorción de energía calorífica y después de la absorción de energía calorífica se alimenta al compresor de chorro, estando dispuesta al menos una unidad de expansión adicional en una corriente parcial del segundo
circuito del propulsor después del colector, para accionar una bomba que transmite medio de trabajo, propulsor y/o mezcla. La citada invención proporciona un procedimiento de conversión de energía calorífica en otra energía, por tanto no parte de la energía proveniente de imanes como la invención principal. Although no invention identical to that described has been found, we present below the documents found that reflect the state of the art related to it. Thus, document ES2402073T3 refers to a procedure for the conversion of heat energy into mechanical, electrical and / or thermal energy, the method comprising at least two circuits, which are connected through at least one common partial section, presenting the first circuit at least one expansion device, a working means being conducted in the first circuit and in the second circuit a propellant and in the common partial section a mixture of working medium and propeller, the working medium being recirculated to the first circuit and feeding to an evaporator unit, the common partial section being connected to the first and second circuits through at least one jet compressor, the mixture formed in the jet compressor being subsequently separated into a current separation device from working medium and propellant current, the evaporated working medium being supplied to the expansion device and subsequently to the jet compressor, characterized in that the separated propeller is recirculated to the second circuit and supplied to a manifold for the purpose of heat energy absorption and after the heat energy absorption is fed to the jet compressor, being arranged at least an additional expansion unit in a partial current of the second propeller circuit after the collector, to drive a pump that transmits working medium, propellant and / or mixture. The aforementioned invention provides a method of converting heat energy into another energy, therefore not part of the energy coming from magnets as the main invention.
ES2237283A1 describe un sistema para obtener energía eléctrica, que basándose en un exclusivo aprovechamiento de la fuerza de gravedad, que comprende una turbina giratoria sumergida en agua o cualquier fluido, incluido el mercurio, la cual presenta una compartimentación formando alveolos periféricos abiertos hacia el exterior, capaces de recibir aire a presión y conservarlo durante la fase de ascenso en el giro de la turbina, mientras que en la fase de descenso del giro de dicha turbina, los alvéolos expulsan el aire libremente. El sistema descrito para obtener energía se basa en el aprovechamiento de la fuerza de la gravedad, mientras que la invención principal propuesta se basa en una fuente de energía mecánica de la que disponen los imanes fijos permanentes. ES2237283A1 describes a system for obtaining electrical energy, which based on an exclusive use of the force of gravity, comprising a rotating turbine submerged in water or any fluid, including mercury, which has a compartmentalization forming outwardly open peripheral alveoli, capable of receiving pressurized air and conserving it during the ascent phase in the turbine rotation, while in the descent phase of said turbine turn, the air sacs expel the air freely. The system described for obtaining energy is based on the use of the force of gravity, while the proposed main invention is based on a source of mechanical energy available to permanent fixed magnets.
Así ES2302652A1 propone una instalación para la generación de energía eléctrica mediante empuje hidrostático dotada de al menos un aparato, que comprende un depósito contenedor estático cuyo fondo está permanentemente lleno, al menos parcialmente, de un líquido, tal como agua, procedente de una fuente inagotable como por ejemplo un río, un lago, un embalse o similar; un émbolo, desplazable con holgura en sentido vertical ascendente y descendente por el interior del depósito contenedor, por la presión hidrostática que ejerce el agua acumulada en cada momento en el fondo del depósito contenedor, entre un punto muerto inferior (pmi) , en el que el émbolo queda separado del fondo del depósito contenedor, y un punto muerto superior (pms) y viceversa; y unos medios de transmisión de dicho movimiento del émbolo en sentido vertical ascendente y descendente en un movimiento rotatorio de un eje o en cualquier otro, estando provisto el aparato de sendas compuertas de entrada y de salida de agua a través de las cuales el agua entra y sale por gravedad, estando la compuerta de entrada situada a un nivel superior que la compuerta de salida, que el émbolo comprende un
flotador, adaptado para sostener mediante flotación el émbolo; y unos medios para la retención de agua entrante en el aparato dispuestos por encima del flotador y unidos a él, adaptados para retener un determinado volumen de agua durante una parte de la trayectoria de la carrera de descenso del émbolo desde el pms, estando la compuerta de salida abierta, y para evacuarlo y verterlo en el fondo del depósito contenedor estando la compuerta de salida cerrada y siendo el volumen de agua evacuado suficiente para que ejerza una fuerza de empuje ascendente en el flotador que provoque la carrera de ascenso del émbolo. La instalación que se describe depende de una fuente de energía mediante empuje hidrostático, en cambio la invención principal se basa en imanes fijos permanentes. Thus ES2302652A1 proposes an installation for the generation of electrical energy by means of hydrostatic thrust provided with at least one apparatus, which comprises a static container tank whose bottom is permanently filled, at least partially, with a liquid, such as water, from an inexhaustible source such as a river, a lake, a reservoir or the like; a piston, movable with upward and downward vertical clearance through the interior of the container, by the hydrostatic pressure exerted by the water accumulated at all times at the bottom of the container, between a lower dead center (pmi), in which the piston is separated from the bottom of the container tank, and a top dead center (pms) and vice versa; and means for transmitting said movement of the piston in an upward and downward vertical direction in a rotational movement of one axis or in any other, the apparatus being provided with water inlet and outlet gates through which water enters and exits by gravity, the input gate being located at a level higher than the output gate, that the piston comprises a float, adapted to float the plunger; and means for the retention of incoming water in the apparatus arranged above and attached to the float, adapted to retain a certain volume of water during a part of the trajectory of the plunger lowering stroke from the pms, the gate being of open outlet, and to evacuate and pour it into the bottom of the container tank with the gate closed and the volume of water evacuated sufficient to exert an upward thrust force on the float that causes the ascent stroke of the plunger. The installation described depends on a source of energy by means of hydrostatic thrust, instead the main invention is based on permanent fixed magnets.
Conclusiones: Como se desprende de la investigación realizada, ninguno de los documentos encontrados soluciona los problemas planteados como lo hace la invención propuesta. DESCRIPCIÓN DE LA INVENCIÓN Conclusions: As can be seen from the research carried out, none of the documents found solves the problems raised as the proposed invention does. DESCRIPTION OF THE INVENTION
El generador de balance positivo de energía partiendo de la fuente de energía magnética que disponen los imanes fijos permanentes objeto de la presente invención se constituye a partir de un conjunto de imanes dispuestos en al menos seis configuraciones de bloques de imanes fijos y cuatro imanes móviles o pistones y un elemento iniciador del proceso es un carro que se desplaza entre los dos bloques y que aporta la energía mecánica exógena inicial necesaria para poner en funcionamiento el dispositivo. The positive energy balance generator based on the magnetic energy source provided by the permanent fixed magnets object of the present invention is constituted from a set of magnets arranged in at least six configurations of fixed magnet blocks and four mobile magnets or pistons and a process initiating element is a carriage that travels between the two blocks and provides the initial exogenous mechanical energy necessary to put the device into operation.
En los bloques se encuentran instalados seis bloques de baterías de imanes en posición fija, tres en cada bloque, además de otras cuatro, estas cilindricas o de cualquier otra figura geométrica, que se encuentra en situación móvil, dos en cada bloque, de tal forma que cuando pasan los imanes del carro por el frente de imanes móviles, estos salen disparados con una fuerza igual a la fuerza de repulsión de los imanes que se encuentran instalados en el carro, que son transmitidos a unos cigüeñales, que son los que trasmiten la energía útil a los dos ejes cigüeñales; y cuando el carro se devuelve en el ciclo de regreso libera la carga que ejerce la fuerza de repulsión implementada a los
dos primeros imanes móviles (pistones) implementando la misma fuerza a los otros dos imanes móviles (pistones). In the blocks six blocks of batteries of magnets are installed in a fixed position, three in each block, in addition to another four, these cylindrical or any other geometric figure, which is in a mobile situation, two in each block, in such a way that when the car magnets pass through the front of moving magnets, they are fired with a force equal to the repulsive force of the magnets that are installed in the car, which are transmitted to crankshafts, which are the ones that transmit the useful energy to the two crankshafts; and when the car is returned in the return cycle it releases the load exerted by the force of repulsion applied to the two first moving magnets (pistons) implementing the same force to the other two mobile magnets (pistons).
El trabajo (Wi), requerido para realizar un ciclo del carro iniciador del proceso es tendente a 0 Nw, y la fuerza que los imanes del carro al pasar por el frente de los imanes móviles, ejercen una fuerza de repulsión magnética que es transmitida a los imanes móviles, el resultado de la fuerza de repulsión magnética por (L), siendo L el recorrido de los cuatro cilindros magnéticos, es la energía útil que se genera; la obtención de esta energía es precisamente la invención y extraer la energía que mantienen los imanes, sin que para ello se requiere mucho menos energía de incitación al proceso por el que se recibe mucho más energía mecánica que la requerida para su obtención. The work (Wi), required to perform a cycle of the process initiating car is tending to 0 Nw, and the force that the car magnets when passing through the front of the moving magnets, exerts a magnetic repulsion force that is transmitted to the moving magnets, the result of the magnetic repulsion force by (L), where L is the path of the four magnetic cylinders, is the useful energy that is generated; Obtaining this energy is precisely the invention and extracting the energy maintained by the magnets, without requiring much less energy to incite the process by which much more mechanical energy is received than is required to obtain it.
Tanto el carro como los bloques son de TEFLON, que es un material magnéticamente inerte con un coeficiente de rozamiento K=0,04, y según se muestra en las figuras 1 y 2, la resultante de las fuerzas que actúan sobre el carro es nula, por lo que la potencia requerida por el motor que impulsa el elemento iniciador del proceso, el carro, es insignificante ya que a efectos de resistencia a la energía necesaria para el motor eléctrico, el peso de carro es igual a 0 Nw gracias a la plataforma de levitación, y la resultante de las fuerzas de repulsión entre los imanes que porta el carro, y sus antagónicos de los bloques laterales L y R también es igual a 0 Nw, siendo el trabajo a realizar por el motor del carro Fv(peso) + Frm =0 de donde (0*k)* 2 L = 0 Wi de consumo (en la realidad no será = 0 pero será muy poca cosa), mientras que la energía que se transmite a los cigüeñales, por el efecto de repulsión que ejercen los bloques de los imanes que se encuentran instalados en el carro en el momento en que se encaran en su desplazamiento a los imanes móviles de los bloques, es igual a la fuerza de repulsión de los imanes, que transporta el carro o sea (Fr*L)*4 que es directamente proporcional a la masa de los imanes que porta el carro y estos, y en cualquier caso la energía trasmitida a los imanes móviles es muy superior a la consume el carro. Al ser la cantidad de energía útil que liberan los imanes de NEODIMIO, u otros similares es directamente proporcional a la masa del conjunto de imanes
que entran en el proceso, por lo que se podrán construir dispositivos desde 1 KW hasta de miles de KWs de potencia útil. Both the car and the blocks are made of TEFLON, which is a magnetically inert material with a coefficient of friction K = 0.04, and as shown in figures 1 and 2, the result of the forces acting on the car is zero , so that the power required by the motor that drives the process initiating element, the car, is insignificant since for the purpose of resistance to the energy necessary for the electric motor, the car weight is equal to 0 Nw thanks to the levitation platform, and the result of the repulsion forces between the magnets carried by the car, and its antagonistic side blocks L and R is also equal to 0 Nw, being the work to be done by the car engine Fv (weight ) + Frm = 0 where (0 * k) * 2 L = 0 Wi consumption (in reality it will not be = 0 but it will be very little), while the energy that is transmitted to the crankshafts, due to the effect of repulsion exerted by the blocks of the magnets that are installed in the ca However, at the moment in which they move towards the moving magnets of the blocks, it is equal to the force of repulsion of the magnets, which transports the car or (Fr * L) * 4 that is directly proportional to the mass of the magnets carried by the car and these, and in any case the energy transmitted to the mobile magnets is much higher than that consumed by the car. Being the amount of useful energy released by NEODIMIO magnets, or similar ones, is directly proportional to the mass of the magnet assembly that enter the process, so you can build devices from 1 KW up to thousands of KWs of useful power.
BREVE DESCRIPCIÓN DE LOS DIBUJOS Para una mejor comprensión de la presente descripción se acompañan unos dibujos que representan una realización preferente de la presente invención: BRIEF DESCRIPTION OF THE DRAWINGS For a better understanding of the present description, some drawings that represent a preferred embodiment of the present invention are attached:
Figura 1 : Vista esquemática del sistema de fuerzas verticales que actúan sobre el carro: Peso del carro + imanes = Fuerza de levitación magnética de la plataforma del dispositivo. Figure 1: Schematic view of the system of vertical forces acting on the car: Car weight + magnets = Magnetic levitation force of the device platform.
Figura 2: Vista esquemática del sistema de fuerzas horizontales que actúan sobre el carro: Fuerzas de repulsión entre el bloque y el carro por ambos lados. Figure 2: Schematic view of the system of horizontal forces acting on the car: Repulsion forces between the block and the car on both sides.
Figura 3: Vista esquemática de los bloques de imanes fijos, los móviles y el carro de activación. Figure 3: Schematic view of fixed magnet blocks, mobiles and activation carriage.
Las referencias numéricas que aparecen en dichas figuras corresponden a los siguientes elementos constitutivos de la invención: The numerical references that appear in said figures correspond to the following constituent elements of the invention:
1. Bloque de imanes fijos 1. Fixed magnet block
2. Imanes móviles o pistones 2. Moving magnets or pistons
3. Carro 3. Cart
4. Batería de imanes 4. Battery of magnets
5. Cigüeñales 5. Crankshafts
6. Motor del carro 6. Car engine
7. Plataforma de levitación DESCRIPCIÓN DE UNA REALIZACIÓN PREFERENTE 7. Levitation platform DESCRIPTION OF A PREFERRED EMBODIMENT
Una realización preferente del generador de balance positivo de energía partiendo de la fuente de energía magnética que disponen los imanes fijos permanentes objeto de la presente invención, con alusión a las referencias numéricas, puede basarse en seis configuraciones de bloques de imanes fijos
(1 ) y cuatro imanes móviles o pistones (2) y un elemento iniciador del proceso que es un carro (3) que se desplaza entre los dos bloques y que aporta la energía mecánica exógena inicial necesaria para poner en funcionamiento el dispositivo. Tanto el carro (3) como los bloques (1 , 2) son de TEFLON. En los bloques (1 , 2) se encuentra instalados seis bloques de baterías de imanes (4) en posición fija (1 ), tres en cada bloque, además de otras cuatro, estas cilindricas que se encuentra en situación móvil (2), dos en cada bloque, de tal forma que cuando pasan los imanes del carro (3) por el frente de imanes móviles (2), estos salen disparados con una fuerza igual a la fuerza de repulsión de los imanes que se encuentran instalados en el carro (3), que son transmitidos a unos cigüeñales (5), que son los que trasmiten la energía útil a tos dos ejes cigüeñales; y cuando el carro (3) se devuelve en el ciclo de regreso libera la carga que ejerce la fuerza de repulsión implementada a los dos primeros imanes móviles (pistones) (2) implementando la misma fuerza a los otros dos imanes móviles (pistones) (2). A preferred embodiment of the positive energy balance generator starting from the magnetic energy source provided by the permanent fixed magnets object of the present invention, with reference to the numerical references, can be based on six fixed magnet block configurations (1) and four moving magnets or pistons (2) and a process initiating element that is a carriage (3) that travels between the two blocks and provides the initial exogenous mechanical energy necessary to put the device into operation. Both the carriage (3) and the blocks (1, 2) are TEFLON. In the blocks (1, 2) six blocks of magnet batteries (4) are installed in fixed position (1), three in each block, in addition to another four, these cylindrical that is in mobile situation (2), two in each block, so that when the magnets of the carriage (3) pass through the front of moving magnets (2), they are fired with a force equal to the repulsive force of the magnets that are installed in the carriage ( 3), which are transmitted to crankshafts (5), which are those that transmit the useful energy to two crankshafts; and when the carriage (3) is returned in the return cycle, it releases the load exerted by the repulsive force implemented to the first two moving magnets (pistons) (2) by implementing the same force to the other two mobile magnets (pistons) ( 2).
El carro (3) es accionado inicialmente mediante un motor (6) que suministra la fuente de energía exógena al generador y se apoya sobre una plataforma de levitación (7).
The carriage (3) is initially driven by a motor (6) that supplies the source of exogenous energy to the generator and rests on a levitation platform (7).
Claims
1. - Generador de balance positivo de energía partiendo de la fuente de energía magnética que disponen los imanes fijos permanentes, constituido por un conjunto de imanes caracterizado por que están dispuestos en al menos seis configuraciones de bloques de imanes fijos (1 ) y cuatro imanes móviles o pistones (2), dispuestos de la siguiente forma: seis bloques de baterías de imanes (4) en posición fija (1 ), tres en cada bloque, además de otras cuatro, estas cilindricas que se encuentra en situación móvil (2), dos en cada bloque alternándose los dos grupos móviles (2) entre los tres grupos fijos (1 ); comprende también un elemento iniciador del proceso que es un carro (3) que se desplaza entre los dos bloques (1 , 2) y que aporta la energía mecánica exógena inicial necesaria para poner en funcionamiento el dispositivo; y comprende también un sistema de bielas que transforman el movimiento lineal de cada pareja de bloque de imanes móviles o pistones (2) a su respectivo cigüeñal encargado de dar salida a la energía generada por el dispositivo. 1. - Positive energy balance generator based on the magnetic energy source provided by the permanent fixed magnets, consisting of a set of magnets characterized in that they are arranged in at least six configurations of fixed magnet blocks (1) and four magnets mobile or pistons (2), arranged as follows: six blocks of magnet batteries (4) in fixed position (1), three in each block, in addition to four others, these cylindricals that are in mobile situation (2) , two in each block alternating the two mobile groups (2) between the three fixed groups (1); It also comprises a process initiating element that is a carriage (3) that moves between the two blocks (1, 2) and that provides the initial exogenous mechanical energy necessary to put the device into operation; and also includes a system of connecting rods that transform the linear movement of each pair of block of moving magnets or pistons (2) to their respective crankshaft responsible for outputting the energy generated by the device.
2. - Generador de balance positivo de energía partiendo de la fuente de energía magnética que disponen los imanes fijos permanentes, según reivindicación 1 , caracterizado porque cuando pasan los imanes del carro (3) por el frente de imanes móviles (2), estos salen disparados con una fuerza igual a la fuerza de repulsión de los imanes que se encuentran instalados en el carro (3), que son transmitidos a los cigüeñales (5), que son los que trasmiten la energía útil a los dos ejes cigüeñales; y cuando el carro (3) se devuelve en el ciclo de regreso libera la carga que ejerce la fuerza de repulsión implementada a los dos primeros imanes móviles (pistones) (2) implementando la misma fuerza a los otros dos imanes móviles (pistones) (2). 2. - Positive energy balance generator based on the magnetic energy source provided by the permanent fixed magnets, according to claim 1, characterized in that when the magnets of the carriage (3) pass through the front of mobile magnets (2), they exit fired with a force equal to the force of repulsion of the magnets that are installed in the carriage (3), which are transmitted to the crankshafts (5), which are those that transmit the useful energy to the two crankshaft axes; and when the carriage (3) is returned in the return cycle, it releases the load exerted by the repulsive force implemented to the first two moving magnets (pistons) (2) by implementing the same force to the other two mobile magnets (pistons) ( 2).
3. - Generador de balance positivo de energía partiendo de la fuente de energía magnética que disponen los imanes fijos permanentes, según reivindicaciones 1 y 2, caracterizado porque el carro (3) es accionado inicialmente mediante un motor (6) que suministra la fuente de energía exógena al generador y se apoya sobre una plataforma de levitación (7). 3. - Positive energy balance generator based on the magnetic energy source provided by the permanent fixed magnets, according to claims 1 and 2, characterized in that the carriage (3) is initially driven by a motor (6) that supplies the source of Exogenous energy to the generator and rests on a levitation platform (7).
4.- Generador de balance positivo de energía partiendo de la fuente de energía magnética que disponen los imanes fijos permanentes, según
reivindicaciones 1 a 3, caracterizado porque tanto el carro como los bloques son de un material magnéticamente inerte.
4.- Positive energy balance generator based on the magnetic energy source provided by permanent fixed magnets, according to claims 1 to 3, characterized in that both the carriage and the blocks are of a magnetically inert material.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| ESP201600830 | 2016-10-06 | ||
| ES201600830A ES2634293B1 (en) | 2016-10-06 | 2016-10-06 | Positive energy balance generator based on the magnetic energy source provided by permanent fixed magnets |
Publications (3)
| Publication Number | Publication Date |
|---|---|
| WO2018065640A2 true WO2018065640A2 (en) | 2018-04-12 |
| WO2018065640A3 WO2018065640A3 (en) | 2018-06-07 |
| WO2018065640A4 WO2018065640A4 (en) | 2018-07-12 |
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ID=59901683
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/ES2017/000110 WO2018065640A2 (en) | 2016-10-06 | 2017-09-13 | Generator of a positive energy balance from the magnetic energy source of stationary permanent magnets |
Country Status (2)
| Country | Link |
|---|---|
| ES (1) | ES2634293B1 (en) |
| WO (1) | WO2018065640A2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109104071A (en) * | 2018-08-30 | 2018-12-28 | 吴建洪 | Magnetically reciprocating driving structure |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR19990078516A (en) * | 1998-12-19 | 1999-11-05 | 송원록 | Power generator |
| WO2010062949A2 (en) * | 2008-11-26 | 2010-06-03 | Baird Jeffery D | Electro-magnetic engine |
| WO2010068774A2 (en) * | 2008-12-11 | 2010-06-17 | Magnamotor, Llc | Magnetic piston apparatus and method |
| US20110175463A1 (en) * | 2010-01-20 | 2011-07-21 | Energy Engines, Inc. | Reciprocating magnet engine |
-
2016
- 2016-10-06 ES ES201600830A patent/ES2634293B1/en not_active Expired - Fee Related
-
2017
- 2017-09-13 WO PCT/ES2017/000110 patent/WO2018065640A2/en active Application Filing
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109104071A (en) * | 2018-08-30 | 2018-12-28 | 吴建洪 | Magnetically reciprocating driving structure |
| CN109104071B (en) * | 2018-08-30 | 2019-05-10 | 广州天磁科技有限公司 | Magnetically reciprocating driving structure |
Also Published As
| Publication number | Publication date |
|---|---|
| ES2634293B1 (en) | 2018-02-01 |
| ES2634293A1 (en) | 2017-09-27 |
| WO2018065640A3 (en) | 2018-06-07 |
| WO2018065640A4 (en) | 2018-07-12 |
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