WO2002067408A1 - Autonomous electrogravitational energy alternator - Google Patents
Autonomous electrogravitational energy alternator Download PDFInfo
- Publication number
- WO2002067408A1 WO2002067408A1 PCT/ES2001/000055 ES0100055W WO02067408A1 WO 2002067408 A1 WO2002067408 A1 WO 2002067408A1 ES 0100055 W ES0100055 W ES 0100055W WO 02067408 A1 WO02067408 A1 WO 02067408A1
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- Prior art keywords
- alternator
- crowns
- dynamotor
- main
- autonomous
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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 specification refers to a request for an Invention Patent, relating to an autonomous electrogravitational energy alternator, whose obvious purpose is to be configured as an alternator that has a fully autonomous operation, without any need to be used by other auxiliary means , such as diesel engines, gas turbines, coal, nuclear power plants etc.
- the invention being totally autonomous and does not require fossil fuels, does not contaminate, which does not give off residues of any kind.
- This invention has its application within the industry dedicated to the manufacture of alternators and the like.
- the autonomous electrogravitatqria energy alternator proposed by the invention is based on the combination of mechanical and electromotive forces by magnetic fields and levitation of its rotors in a horizontal position, which means that the rotors when levitating. on the chassis itself, avoid friction and angular displacements, presenting a homogeneous operation, to maximize the mechanical forces of the main rotors, thus obtaining electrical energy.
- the autonomous electrogravitational energy alternator object of the invention is constituted from a main shaft, as well as by an upper inertia rotor, having a fixing nut and a bearing bearing, presenting upper stabilizers and lower lateral inertia and induction fields.
- the invention incorporates upper and lower electromagnetic coils, as well as circular magnetic rings of variable polarity in upper and lower chassis, having an axle chassis and upper fixing, dynamotor crowns and main alternator, as well as crazy intermediate crowns, presenting a porta chassis axes of crazy crowns and a dynamotor endowed with its relevant dynamotor crown and crazy intermediate crowns.
- the invention has a main alternator provided with its corresponding axis, as well as levitation base plates of the main alternator mentioned above, incorporating magnetic rings of alternator base plates and field dynamotor variable, as well as intermediate chassis plates carrying axles and fixings of all the elements.
- the invention is provided with a lower rotor of inertia, a threaded ring approximating the main shaft to the chassis, fixing nut, bearing holder separator of the main rotor and several main shaft bearings, with two central crowns of the shaft at the top, the axes of the upper and lower intermediate intermediate crowns and the emergency and needle side bearings for the orientation of the main shaft.
- Figure number 1 Corresponds to a duly sectioned side elevation view of the object of the invention, relating to an autonomous electrogravitational energy alternator.
- the dynamotor (12) is equipped with two traction crowns (9) and (13) at its exit which are responsible for moving the crowns (10) and (14) intermediaries which in turn are responsible for moving the crowns, (25) and (26) of the main shaft (1) producing a solidarity movement in the upper and lower rotors (2) and (22) respectively.
- the spherical masses (5) and (5 ') located on the periphery of the rotors (2) and (20) are responsible for entering the magnetic fields produced by the coils (6) and (6 "), to displace the rotors (2) ' and (20), producing these movements in mass pentagon with 90 ° angles and cosines of pi of 40 °, 5 producing a perfect turn and the use in all of its inertia.
- Both the dynamotor (12) and the alternator (15) are provided with two fixing plates e
- the invention presents the possibility of adding or reducing elements to the machine itself, according to the calculation of energy that is made.
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Connection Of Motors, Electrical Generators, Mechanical Devices, And The Like (AREA)
Abstract
The invention relates to an electrogravitational energy alternator, comprising an alternator assembly which has been designed to operate in a fully autonomous manner without requiring other auxiliary means or the use of any other type of fossil fuel. The operation of said alternator is based on combining mechanical and electromotive forces by means of magnetic fields and levitation of its rotors in horizontal position. By levitating the rotors on the body of the chassis, frictions and angular displacements are avoided.
Description
ALTERNADOR AUTÓNOMO DE ENERGÍA ELECTROGRAVITATORIA AUTONOMOUS ELECTROGRAVITATORY POWER ALTERNATOR
D E S C R I P C I Ó ND E S C R I P C I Ó N
OBJETO DE LA INVENCIÓNOBJECT OF THE INVENTION
La presente memoria descriptiva se refiere a una solicitud de una Patente de Invención, relativa a un alternador autónomo de energía electrogravitatoria, cuya evidente finalidad estriba en configurarse como un alternador que presenta un funcionamiento totalmente autónomo, sin necesidad alguna de ser utilizado por otros medios auxiliares, tal y como pueden ser motores diesel, turbinas de gas, carbón, centrales nucleares etc.The present specification refers to a request for an Invention Patent, relating to an autonomous electrogravitational energy alternator, whose obvious purpose is to be configured as an alternator that has a fully autonomous operation, without any need to be used by other auxiliary means , such as diesel engines, gas turbines, coal, nuclear power plants etc.
La invención al ser totalmente autónoma y no necesitar combustibles fósiles, no contamina con lo cual no desprende residuos de ninguna clase.The invention, being totally autonomous and does not require fossil fuels, does not contaminate, which does not give off residues of any kind.
CAMPO DE LA INVENCIÓNFIELD OF THE INVENTION
Esta invención tiene su aplicación dentro de la industria dedicada a la fabricación de alternadores y similares.This invention has its application within the industry dedicated to the manufacture of alternators and the like.
ANTECEDENTES DE LA INVENCIÓNBACKGROUND OF THE INVENTION
Por parte del solicitante no se tiene conocimiento de la existencia en la actualidad de una invención que contemple un alternador autónomo de energía electrogravitatoria.The applicant is not aware of the present existence of an invention that contemplates an autonomous electrogravitational energy alternator.
DESCRIPCIÓN DE LA INVENCIÓN
El alternador autónomo de energía electrogravitatqria que la invención propone, se basa en la combinación de las fuerzas mecánicas y electromotrices por campos magnéticos y levitación de sus rotores en posición horizontal, lo cual quiere decir que los rotores al levitar . sobre el propio chasis, evitan los roces y desplazamientos angulares, presentando un funcionamiento homogéneo, al recoger al máximo las fuerzas mecánicas de los rotores principales, obteniéndose de esta forma energía eléctrica.DESCRIPTION OF THE INVENTION The autonomous electrogravitatqria energy alternator proposed by the invention is based on the combination of mechanical and electromotive forces by magnetic fields and levitation of its rotors in a horizontal position, which means that the rotors when levitating. on the chassis itself, avoid friction and angular displacements, presenting a homogeneous operation, to maximize the mechanical forces of the main rotors, thus obtaining electrical energy.
De forma más concreta, el alternador autónomo de energía electrogravitatoria objeto de la invención, está constituido a partir de un eje principal, asi como por un rotor superior de inercia, disponiendo de una tuerca de fijación y un rodamiento de apoyo, presentando estabilizadores superiores e inferiores laterales de inercia y campos de inducción.More specifically, the autonomous electrogravitational energy alternator object of the invention is constituted from a main shaft, as well as by an upper inertia rotor, having a fixing nut and a bearing bearing, presenting upper stabilizers and lower lateral inertia and induction fields.
La invención incorpora bobinas electromagnéticas superiores e inferiores, asi como anillos circulares magnéticos de polaridad variable en chasis superior e inferior, disponiendo de un chasis porta ejes y fijación superior, coronas dinamotor y alternador principal, así como de coronas intermediarias locas, presentando un chasis porta ejes de coronas locas y un dinamotor dotado de su pertinente corona dinamotor y coronas intermediarias locas.The invention incorporates upper and lower electromagnetic coils, as well as circular magnetic rings of variable polarity in upper and lower chassis, having an axle chassis and upper fixing, dynamotor crowns and main alternator, as well as crazy intermediate crowns, presenting a porta chassis axes of crazy crowns and a dynamotor endowed with its relevant dynamotor crown and crazy intermediate crowns.
La invención dispone de un alternador principal dotado de su correspondiente eje, así como unas placas base de levitación del alternador principal citado anteriormente, incorporando anillos magnéticos de placas base de alternador y dinamotor de campo
variable, así como unas placas chasis intermediarias porta ejes y fijaciones de todos los elementos.The invention has a main alternator provided with its corresponding axis, as well as levitation base plates of the main alternator mentioned above, incorporating magnetic rings of alternator base plates and field dynamotor variable, as well as intermediate chassis plates carrying axles and fixings of all the elements.
Por último debe indicarse que la invención está dotada de un rotor inferior de inercia, un anillo roscado de aproximación del eje principal al chasis, tuerca de fijación, separador porta rodamientos del rotor principal y varios rodamientos del eje principal, contando con dos coronas centrales del eje en la parte superior, los ejes de las coronas locas intermediarias superior e inferior y los rodamientos laterales de emergencia y de agujas para la orientación del eje principal.Finally, it should be noted that the invention is provided with a lower rotor of inertia, a threaded ring approximating the main shaft to the chassis, fixing nut, bearing holder separator of the main rotor and several main shaft bearings, with two central crowns of the shaft at the top, the axes of the upper and lower intermediate intermediate crowns and the emergency and needle side bearings for the orientation of the main shaft.
DESCRIPCIÓN DE LOS DIBUJOSDESCRIPTION OF THE DRAWINGS
Para complementar la descripción que se está realizando y con objeto de ayudar a una mejor comprensión de las características de la invención, se acompaña a la presente memoria descriptiva, como parte integrante de la misma, una hoja de planos en la cual con carácter ilustrativo y no limitativo, se ha representado lo siguiente:To complement the description that is being made and in order to help a better understanding of the characteristics of the invention, a descriptive sheet is attached as an integral part thereof, with an illustrative character and not limiting, the following has been represented:
La figura número 1.- Corresponde a una vista en alzado lateral debidamente seccionado del objeto de la invención, relativo a un alternador autónomo de energía electrogravitatoria.Figure number 1.- Corresponds to a duly sectioned side elevation view of the object of the invention, relating to an autonomous electrogravitational energy alternator.
REALIZACIÓN PREFERENTE DE LA INVENCIÓNPREFERRED EMBODIMENT OF THE INVENTION
A la vista de la figura número 1 y única, puede observarse como el alternador autónomo de energía electrogravitatoria que se preconiza, está constituido a partir de un dinamotor (12) que es el encargado de
poner en funcionamiento todo el conjunto de la siguiente forma. A saber:In view of the number 1 and unique figure, it can be seen how the autonomous electrogravitational energy alternator that is recommended, is constituted from a dynamotor (12) that is responsible for Put the whole assembly into operation as follows. Namely:
El dinamotor (12) está dotado de dos coronas de tracción (9) y (13) en su salida que son las encargadas de mover las coronas (10) y (14) intermediarias que a su vez son las encargadas de mover las coronas ,(25) y (26) del eje principal (1) produciéndose un movimiento solidario en los rotores (2) y (22) superior e inferior respectivamente.The dynamotor (12) is equipped with two traction crowns (9) and (13) at its exit which are responsible for moving the crowns (10) and (14) intermediaries which in turn are responsible for moving the crowns, (25) and (26) of the main shaft (1) producing a solidarity movement in the upper and lower rotors (2) and (22) respectively.
El eje principal - (1) al recibir este movimiento del dinamotor (12) transmite movimiento a las coronas (10) y (14) configuradas como intermediarias locas situadas en el lado del alternador, engranando con las coronas de salida (9) yThe main axis - (1) upon receiving this movement of the dynamotor (12) transmits movement to the crowns (10) and (14) configured as crazy intermediaries located on the side of the alternator, engaging with the output crowns (9) and
(19) del alternador principal (15).(19) of the main alternator (15).
Establecido el giro de los rotores (2) y (20) a las revoluciones deseadas por las bobinas (6) y (6') se produce la desconexión del dinamotor (12), pasando este mismo dinamotor a transformarse en un generador eléctrico, junto con el alternador principal (15) , creándose de esta forma la energía libre para utilizar.Once the rotation of the rotors (2) and (20) has been set at the desired revolutions by the coils (6) and (6 '), the disconnection of the dynamotor (12) occurs, passing this same dynamotor to become an electric generator, together with the main alternator (15), thus creating free energy to use.
En los rotores principales (2) y (20) para evitar roces se ha previsto la incorporación e instalación de los electroimanes (7) y (7') en la parte superior, configurados como dos parejas y otras tantas parejas en la parte inferior referenciadas con (37) y (37') que están encargadas de hacer levitar a todo el conjunto central.In the main rotors (2) and (20) to avoid friction, the incorporation and installation of the electromagnets (7) and (7 ') in the upper part, configured as two couples and as many pairs in the lower part referenced, have been planned. with (37) and (37 ') that are responsible for levitating the entire central assembly.
Las masas esféricas (5) y (5' ) situadas en la periferia de los rotores (2) y (20) son las encargadas
de entrar en los campos magnéticos producidos por las bobinas (6) y ( 6" ) , para desplazar a los rotores (2) 'y (20) , produciéndose estos movimientos en pentágono de masas con ángulos de 90° y cosenos de pi de 40°, 5 produciéndose un giro perfecto y el aprovechamiento en la totalidad de su inercia.The spherical masses (5) and (5 ') located on the periphery of the rotors (2) and (20) are responsible for entering the magnetic fields produced by the coils (6) and (6 "), to displace the rotors (2) ' and (20), producing these movements in mass pentagon with 90 ° angles and cosines of pi of 40 °, 5 producing a perfect turn and the use in all of its inertia.
Tanto el dinamotor (12) como el alternador (15) están previstos de dos placas de fijación eBoth the dynamotor (12) and the alternator (15) are provided with two fixing plates e
10. inercia (16), previstas para la instalación de los dos electroimanes (17) y (17'), que a su vez trabajan enfrentados por los dos electroimanes (18) y (18), que a su vez son los encargados de hacer levitar al alternador (15) y al dinamotor (12) .10. inertia (16), planned for the installation of the two electromagnets (17) and (17 '), which in turn work faced by the two electromagnets (18) and (18), which in turn are responsible for levitate the alternator (15) and the dynamotor (12).
15fifteen
Como consecuencia, tanto en los rotores (2) y (0) como en las placas de fijación inferiores (16) y (16'),. al estar instalados los electroimanes (17) y (17'),' así como los referenciados con (18) y (18') seAs a consequence, both in the rotors (2) and (0) and in the lower fixing plates (16) and (16 ') ,. when the electromagnets (17) and (17 ') are installed,' as well as those referenced with (18) and (18 ') are
20 producen unas fuerzas de repulsión, que provocan que tanto los rotores (2) y (20) como el dinamotor (12) y el alternador (15) leviten, recogiendo la Ley fundamental de la gravedad.20 produce repulsive forces, which cause both the rotors (2) and (20) and the dynamotor (12) and the alternator (15) to levitate, picking up the fundamental Law of gravity.
25 En síntesis, el movimiento de los rotores principales (2) y (20) que son los encargados de producir la suficiente inercia sobre los alternadoresIn summary, the movement of the main rotors (2) and (20) that are responsible for producing sufficient inertia on the alternators
(15) y el dinamotor (12), generan un movimiento aprovechable transformándolo en energía eléctrica.(15) and the dynamotor (12), generate a usable movement transforming it into electrical energy.
3030
.• La invención presenta la posibilidad de agregar o disminuir elementos a la propia máquina, según el cálculo de energía que se efectúe.. • The invention presents the possibility of adding or reducing elements to the machine itself, according to the calculation of energy that is made.
35 • Los elementos constitutivos de la máquina son
los siguientes . A saber :35 • The constituent elements of the machine are the following . Namely:
- Eje principal (1),- Main shaft (1),
- Rotor superior de inercia (2) ,- Upper rotor of inertia (2),
- Tuerca de fijación (3),- Fixing nut (3),
- Rodamiento de apoyo (4),- Support bearing (4),
Estabilizadores superiores laterales de inercia y campos de inducción (5) ,Upper lateral inertia stabilizers and induction fields (5),
Estabilizadores inferiores laterales de inercia y campos de inducción (5' ) ,Lower lateral inertia stabilizers and induction fields (5 '),
- Bobinas electromagnéticas superiores (6),- Upper electromagnetic coils (6),
- Bobinas electromagnéticas inferiores (6'),- Lower electromagnetic coils (6 '),
- Anillos circulares magnéticos de polaridad variable en chasis superior e inferior (7), (7'), (37) y (37'),- Magnetic circular rings of variable polarity in upper and lower chassis (7), (7 '), (37) and (37'),
- Chasis porta ejes y fijación superior (8),- Shaft carrier chassis and upper fixing (8),
- Coronas dinamotor y alternador principal (9),- Dynamotor crowns and main alternator (9),
- Coronas intermediarias locas (10),- Crazy intermediary crowns (10),
- Chasis porta ejes de coronas locas (11),- Chassis of axes of crazy crowns (11),
- Dinamotor (12) ,
- Corona dinamotor (13) ,- Dinamotor (12), - Dynamotor crown (13),
- Coronas intermediarias locas (14),- Crazy intermediary crowns (14),
- Alternador principal (15),- Main alternator (15),
- Eje alternador principal (15'),- Main alternator shaft (15 '),
Placas base de levitación (16) del alternador principal (15) ,Levitation base plates (16) of the main alternator (15),
- Anillos1 magnéticos (17') de placas base (16) del' alternador (15) y dinamotor (12) de campo variable,- Magnetic rings 1 (17 ') of base plates (16) of the ' alternator (15) and variable field dynamotor (12),
- Anillos magnéticos (18) y (18') de las placas base (16) y- (16') en el chasis del alternador- Magnetic rings (18) and (18 ') of the base plates (16) and- (16') in the alternator chassis
(15) y dinamotor (12) ,(15) and dynamotor (12),
- Placas chasis (19) y (19' ) intermediarias entre el porta ejes y las fijaciones de todos los elementos,- Chassis plates (19) and (19 ') intermediate between the axle carrier and the fasteners of all the elements,
- Rotor inferior de inercia (20) ,- Lower rotor of inertia (20),
- Anillo roscado (21) de aproximación del eje principal (1) al chasis,- Threaded ring (21) approaching the main shaft (1) to the chassis,
- Tuerca de fijación (22),- Fixing nut (22),
- Separador (23) porta rodamientos del . rotor inferior,- Separator (23) bearing carrier. lower rotor,
- Rodamientos (24) del eje principal (1),
- Corona central (25) y (26) del eje en la parte superior e inferior respectivamente,- Bearings (24) of the main shaft (1), - Central crown (25) and (26) of the shaft at the top and bottom respectively,
- Ejes (27) y (27') de las coronas locas intermediarias superior e inferior,- Axes (27) and (27 ') of the upper and lower intermediate intermediate crowns,
- Rodamientos laterales (28), (28'), (28") y (28"'), así como rodamientos (29) y agujas para la orientación del eje principal (1) .
- Lateral bearings (28), (28 '), (28 ") and (28"'), as well as bearings (29) and needles for the orientation of the main shaft (1).
Claims
1.- Alternador autónomo de energía electrogravitatoria, caracterizado por estar constituido a partir de un eje principal (1) , rotor superior de inercia (2) , tuerca de fijación (3) , rodamiento de apoyo (4) , estabilizadores superiores laterales de inercia y campos de inducción (5), estabilizadores inferiores laterales de inercia y campos de inducción (5'), bobinas electromagnéticas (6) y (6') superiores e inferiores respectivamente, anillos circulares magnéticos de polaridad variable (7) y (7'), chasis porta ejes y fijación superior (8), coronas dinamotor y alternador principal (9), coronas intermediarias locas (10), chasis porta ejes de coronas locas (11), dinamotor (12), corona dinamotor (13), coronas intermediarias locas (14) , alternador principal (15), eje alternador principal (15'), placas base de levitación (16) del alternador principal (1) , anillos magnéticos (17), (17'), (18) y (18'), placas chasis1.- Autonomous electrogravitational energy alternator, characterized by being constituted from a main shaft (1), upper inertia rotor (2), fixing nut (3), support bearing (4), upper lateral inertia stabilizers and induction fields (5), lower lateral stabilizers of inertia and induction fields (5 '), electromagnetic coils (6) and (6') upper and lower respectively, magnetic circular rings of variable polarity (7) and (7 ' ), axle carrier chassis and upper fastening (8), dynamotor crowns and main alternator (9), crazy intermediate crowns (10), axle crowns chassis (11), dynamotor (12), dynamotor crown (13), crowns crazy intermediaries (14), main alternator (15), main alternator shaft (15 '), levitation base plates (16) of the main alternator (1), magnetic rings (17), (17'), (18) and ( 18 '), chassis plates
(19) y (19'), rotor inferior de inercia (20), anillo roscado (21) para la aproximación del eje principal (1) al chasis, tuerca de fijación (22), separador (23) porta rodamientos, rodamientos (24) del eje principal (1), corona central (25) y (26) del eje en la parte superior e inferior respectivamente, ejes (27), (27'), (27") y (27'") de las coronas locas intermediarias superior e inferior, rodamientos laterales (28) y (28'), de emergencia y rodamientos (29) de agujas para la orientación del eje principal (1) .(19) and (19 '), lower inertia rotor (20), threaded ring (21) for approximation of the main shaft (1) to the chassis, fixing nut (22), spacer (23) bearing carrier, bearings ( 24) of the main shaft (1), central crown (25) and (26) of the shaft at the top and bottom respectively, shafts (27), (27 '), (27 ") and (27'") of the upper and lower intermediate intermediate crowns, side bearings (28) and (28 '), emergency and needle bearings (29) for the orientation of the main shaft (1).
2.- Alternador autónomo e energía electrogravitatoria, según la primera reivindicación, caracterizado porque el dinamotor (12) es el encargado de poner en funcionamiento el alternador, disponiendo e dos coronas de tracción en su salida (9) y (13) , encargadas -de mover las coronas (10) y (14) intermediarias que a su vez son las encargadas de mover las coronas (25) y (26) del eje principal (1) produciéndose un movimiento solidario en los rotores2. Autonomous alternator and electrogravitational energy, according to the first claim, characterized in that the dynamotor (12) is responsible for operating the alternator, providing two traction crowns at its exit (9) and (13), responsible for moving the crowns (10) and (14) intermediaries which in turn are responsible for moving the crowns (25) and (26) of the main shaft (1) producing a solidarity movement in the rotors
(2) y (22) superior e inferior respectivamente, presentando el eje central al recibir el movimiento del dinamotor (12) una transmisión de movimiento a las coronas (10) y (14) configuradas como intermediarias locas- situadas en el lado del alternador, engranando con las coronas de salida (9) y (19) del alternador principal (15) .(2) and (22) upper and lower respectively, with the central axis having received the movement of the dynamotor (12) a transmission of movement to the crowns (10) and (14) configured as local intermediaries - located on the side of the alternator , gearing with the output crowns (9) and (19) of the main alternator (15).
3.- Alternador autónomo oe energía electrogravitatoria, según las anteriores reivindicaciones, caracterizado porque el giro de los rotores' (2) y (20) a las revoluciones deseadas por las bobinas. -(6) y (6r) genera la desconexión del dinamotor3.- Autonomous alternator or electrogravitational energy, according to the preceding claims, characterized in that the rotation of the rotors' (2) and (20) at the revolutions desired by the coils. - (6) and (6 r ) generates dynamotor disconnection
(12) ,' -pasando el dinamotor (12) a transformarse en un ' generador' eléctrico, junto con el alternador principal(12), ' -passing the dynamotor (12) to become an electric ' generator ', together with the main alternator
(15).(fifteen).
4.- Alternador autónomo -e energía electrogravitatoria,1 según las anteriores reivindicaciones, caracterizado porque los rotores principales (2) y (20) están destinados para la instalación de los electroimanes (7) y (7') en la parte superior, y la instalación de los electroimanes (37) y4. Autonomous alternator -e electrogravitational energy, 1 according to the preceding claims, characterized in that the main rotors (2) and (20) are intended for the installation of the electromagnets (7) and (7 ') in the upper part, and the installation of electromagnets (37) and
(37') en la parte inferior.(37 ') at the bottom.
..
5.- Alternador autónomo ζ|e energía electrogravitatoria,' según las anteriores reivindicaciones, caracterizado porque las masas esféricas (5) y (5') situadas en la periferia de los rotores (2) y (20) son las encargadas de entrar en los campos magnéticos producidos por las bobinas (6) y (6' para desplazar a los rotores (2) y (20) .5.- Autonomous alternator ζ | e electrogravitational energy, ' according to the preceding claims, characterized in that the spherical masses (5) and (5') located on the periphery of the rotors (2) and (20) are responsible for entering the magnetic fields produced by the coils (6) and (6 'to displace the rotors (2) and (20).
6.- Alternador autónomo ce energía electrogravitatoria, según las anteriores reivindicaciones, caracterizado porque el dinamotor (12) y el alternador (15) están previstos de dos placas de fijación e inercia (16), sobre las que se instalan electroimanes (17) y (17'), enfrentados a los dos electroimanes (18) y (18) . 6. Autonomous electrogravitational energy alternator, according to the preceding claims, characterized in that the dynamotor (12) and the alternator (15) are provided with two fixing and inertia plates (16), on which electromagnets (17) and (17 '), facing the two electromagnets (18) and (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/ES2001/000055 WO2002067408A1 (en) | 2001-02-15 | 2001-02-15 | Autonomous electrogravitational energy alternator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/ES2001/000055 WO2002067408A1 (en) | 2001-02-15 | 2001-02-15 | Autonomous electrogravitational energy alternator |
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| Publication Number | Publication Date |
|---|---|
| WO2002067408A1 true WO2002067408A1 (en) | 2002-08-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/ES2001/000055 WO2002067408A1 (en) | 2001-02-15 | 2001-02-15 | Autonomous electrogravitational energy alternator |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ES2217971A1 (en) * | 2003-04-07 | 2004-11-01 | Nuevas Tecnologias Energeticas Y Ambientales, S.L. | Autonomous electrogravitational energy alternator |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ES468014A1 (en) * | 1978-03-20 | 1978-11-16 | Jose Maria Juanola Quer | Self-powered apparatus electrically for the production of energy by centrifugal force. (Machine-translation by Google Translate, not legally binding) |
| JPS62171460A (en) * | 1986-01-20 | 1987-07-28 | Norio Tsukihara | Generating apparatus using electricity |
| WO1991008610A1 (en) * | 1989-12-06 | 1991-06-13 | James Winstanley | Electricity power source |
-
2001
- 2001-02-15 WO PCT/ES2001/000055 patent/WO2002067408A1/en active Application Filing
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ES468014A1 (en) * | 1978-03-20 | 1978-11-16 | Jose Maria Juanola Quer | Self-powered apparatus electrically for the production of energy by centrifugal force. (Machine-translation by Google Translate, not legally binding) |
| JPS62171460A (en) * | 1986-01-20 | 1987-07-28 | Norio Tsukihara | Generating apparatus using electricity |
| WO1991008610A1 (en) * | 1989-12-06 | 1991-06-13 | James Winstanley | Electricity power source |
Non-Patent Citations (1)
| Title |
|---|
| PATENT ABSTRACTS OF JAPAN * |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ES2217971A1 (en) * | 2003-04-07 | 2004-11-01 | Nuevas Tecnologias Energeticas Y Ambientales, S.L. | Autonomous electrogravitational energy alternator |
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