ES2532519A1 - Gravitational motor by liquid pumping (Machine-translation by Google Translate, not legally binding) - Google Patents

Gravitational motor by liquid pumping (Machine-translation by Google Translate, not legally binding) Download PDF

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Publication number
ES2532519A1
ES2532519A1 ES201300924A ES201300924A ES2532519A1 ES 2532519 A1 ES2532519 A1 ES 2532519A1 ES 201300924 A ES201300924 A ES 201300924A ES 201300924 A ES201300924 A ES 201300924A ES 2532519 A1 ES2532519 A1 ES 2532519A1
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liquid
containers
transmission
pumping
gravitational
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ES2532519B1 (en
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Jordi TUSET CLADELLAS
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G3/00—Other motors, e.g. gravity or inertia motors
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03B—MACHINES OR ENGINES FOR LIQUIDS
    • F03B17/00—Other machines or engines
    • F03B17/005—Installations wherein the liquid circulates in a closed loop ; Alleged perpetua mobilia of this or similar kind
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G7/00—Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for
    • F03G7/10—Alleged perpetua mobilia
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/20—Hydro energy

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Connection Of Motors, Electrical Generators, Mechanical Devices, And The Like (AREA)
  • Other Liquid Machine Or Engine Such As Wave Power Use (AREA)

Abstract

Gravitational motor by liquid pumping. Consisting of a structure that supports a vertical transport conveyor of containers, guided between two main axes. In this transmission, containers are installed, which are filled in the upper part of the engine by means of a liquid pumping system and emptied in the lower part. The containers full of liquid descend attracted by gravity, giving a sense of rotation to the axes and to the transmission that holds them. This rotation will be multiplied by relations with cogwheels on secondary axes, in order to feed a pump system and an electric generator of any conventional type. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPCIÓN DESCRIPTION

Motor gravitatorio por bombeo de líquido. Gravitational motor for liquid pumping.

Objeto de la invención 5 Object of the invention 5

La presente invención se refiere a un generador energético, concretamente a un motor gravitatorio capaz de generar un movimiento giratorio, que puede ser directamente utilizado con cualquier fin pero que preferentemente será convertir dicho movimiento en energía eléctrica. 10 The present invention relates to an energy generator, specifically a gravitational motor capable of generating a rotating movement, which can be directly used for any purpose but which will preferably convert said movement into electrical energy. 10

El objeto de la invención es transformar en dicha energía eléctrica o mecánica la energía gravitatoria terrestre. The object of the invention is to transform said terrestrial gravitational energy into said electrical or mechanical energy.

Antecedentes de la invención 15 Background of the invention

Como es sabido, existen generadores eléctricos que son capaces de transformar un movimiento giratorio y mecánico en energía eléctrica, mediante el giro de una espira o bobina de espiras en el seno de un campo magnético. Como también es sabida la gravedad supone una fuente de energía prácticamente inagotable, de manera que 20 cualquier cuerpo es atraído hacia el centro de la tierra y en su desplazamiento es capaz de movilizar cualquier objeto susceptible de ser arrastrado. As is known, there are electrical generators that are capable of transforming a rotating and mechanical movement into electrical energy, by turning a spiral or coil of turns in a magnetic field. As gravity is also known, it implies a practically inexhaustible source of energy, so that any body is attracted towards the center of the earth and in its displacement is able to mobilize any object that can be dragged.

No se conoce hasta la fecha ningún dispositivo que sea capaz de combinar el efecto gravitatorio con las prestaciones de un generador eléctrico, para la obtención de 25 electricidad. No device is known to date that is capable of combining the gravitational effect with the performance of an electric generator, to obtain 25 electricity.

Descripción detallada de la invención Detailed description of the invention

El objeto al cual se refiere el invento que se pretende patentar, se define mediante la 30 siguiente descripción, lo cual no pretende ser limitativo de su alcance. The object to which the invention is intended to be patented is defined by the following description, which is not intended to limit its scope.

El motor gravitatorio que la invención propone constituye un avance tecnológico en este campo de las energías alternativas y permite, como anteriormente se ha dicho, transformar la energía gravitatoria en energía eléctrica. 35 The gravitational engine that the invention proposes constitutes a technological advance in this field of alternative energies and allows, as previously stated, to transform gravitational energy into electrical energy. 35

Para ello y de forma más concreta el motor gravitatorio por bombeo de líquido que se preconiza está constituido por una estructura metálica en posición vertical o ascendente, que sostiene una transmisión doble transportadora de recipientes, unida a dos ejes principales mediante dos ruedas dentadas y enchavetadas a cada eje. También podría 40 contener otros ejes de refuerzo según las dimensiones del motor gravitatorio, pero los más destacables son dos. Un eje principal está colocado en la zona superior del motor y el segundo eje principal está instalado en la zona inferior del mismo, los dos ejes están en paralelo y en horizontal, sujetos a la estructura mediante cojinetes con soporte. For this, and more specifically, the gravitational motor for pumping liquid that is recommended is constituted by a metal structure in vertical or upward position, which supports a double transmission of container transporters, joined to two main axes by means of two cogwheels and keyed to each axis It could also contain other axes of reinforcement according to the dimensions of the gravitational motor, but the most notable are two. A main shaft is placed in the upper area of the engine and the second main shaft is installed in the lower area of the engine, the two axes are parallel and horizontal, subject to the structure by means of bearings with support.

45  Four. Five

Dicha transmisión transportadora lleva instalados unos recipientes capaces de contener líquido y gira sobre los ejes principales anteriormente mencionados. El número de recipientes y la capacidad de los mismos dependen de la altura de la transmisión transportadora y la potencia que se ha decidido para el diseño del motor. Said conveyor transmission carries containers capable of containing liquid and rotates on the main axes mentioned above. The number of containers and their capacity depend on the height of the conveyor transmission and the power that has been decided for the engine design.

50  fifty

Mientras una parte de la transmisión baja con recipientes cargados de líquido quedando la obertura de llenado en la zona superior del recipiente, la otra parte de la transmisión suben los recipientes invertidos, quedando la obertura de llenado a la parte inferior. Naturalmente los recipientes suben en vacío, porque antes de ascender vacían automáticamente el líquido en un contenedor principal situado en la zona inferior del 5 motor. While one part of the transmission is lowered with containers loaded with liquid with the filling opening remaining in the upper area of the container, the other part of the transmission raises the inverted containers, leaving the filling opening to the lower part. Naturally, the containers rise in a vacuum, because before ascending they automatically empty the liquid into a main container located in the lower area of the motor.

Mediante un sistema de bombeo de agua cualquiera, el agua del mencionado contenedor es succionada y conducida por una tubería a la parte alta del motor. By means of any water pumping system, the water in said container is suctioned and conducted by a pipe to the top of the engine.

10  10

Los recipientes se llenan constantemente en la zona superior del motor, pero en el recorrido de posición invertida a posición de llenado, si el chorro de agua fuera directo de la bomba a los recipientes, es evidente que chocaría en las paredes exteriores de los mismos y se derramaría por todo el sistema. Además se desperdiciaría gran parte del esfuerzo del sistema de bombeo porque el agua volvería a caer al contenedor inferior. 15 Para solucionar dicho problema, se ha instalado en la parte alta del motor un contenedor superior que almacena el agua que constantemente irá subiendo el sistema de bombeo. Este contenedor dispone de una tubería de desagüe para conducir el agua sobrante al contenedor principal y un grifo con una palanca de cierre, instalado arriba y al centro de la obertura de los recipientes, justo cuando se colocan en la posición de llenado. La 20 naturaleza de dicho grifo es siempre estar en posición abierto para dejar salir el agua, solo se cierra cuando los recipientes invertidos presionan la palanca de cierre, en todo el recorrido de posicionamiento de llenado. Una vez los recipientes se colocan en dicha posición, la palanca retrocede impulsada por un muelle a su posición inicial, dejando nuevamente el grifo abierto, el cual deja salir enérgicamente el agua acumulada, para 25 finalmente conseguir un rápido y limpio llenado de los recipientes. The containers are constantly filled in the upper area of the engine, but in the course of the inverted position to the filling position, if the jet of water were direct from the pump to the containers, it is evident that it would collide in the outer walls thereof and it would spill throughout the system. In addition, much of the effort of the pumping system would be wasted because the water would fall back into the lower container. 15 To solve this problem, an upper container has been installed in the upper part of the engine, which stores the water that will constantly go up the pumping system. This container has a drain pipe to carry the excess water to the main container and a tap with a closing lever, installed above and to the center of the opening of the containers, just when they are placed in the filling position. The nature of said tap is always to be in an open position to let the water out, it only closes when the inverted containers press the closing lever, in the entire filling positioning path. Once the containers are placed in said position, the lever moves backwards, driven by a spring to its initial position, leaving the tap open again, which allows the accumulated water to escape vigorously, to finally achieve a fast and clean filling of the containers.

Los recipientes llenos de agua descienden atraídos por la gravedad dando un sentido de giro a la transmisión transportadora que los sostiene y a sus dos ejes principales, siendo el eje principal inferior el encargado de transmitir el giro a los ejes secundarios a través 30 de una rueda dentada y enchavetada o polea y su correspondiente transmisión. Instalados mediante cojinetes con soporte, los tres ejes secundarios son los responsables de multiplicar las vueltas mediante relaciones con ruedas dentadas o poleas y sus correspondientes transmisiones, para alimentar el sistema de bombeo y un generador eléctrico de cualquier tipo convencional. 35 Water filled containers descend attracted by gravity giving a sense of rotation to the conveyor that supports them and their two main axes, with the lower main axis responsible for transmitting the rotation to the secondary axes through a cogwheel. and keyed or pulley and its corresponding transmission. Installed by means of bearings with support, the three secondary axes are responsible for multiplying the turns by means of relations with sprockets or pulleys and their corresponding transmissions, to power the pumping system and an electric generator of any conventional type. 35

En el recorrido que hace la transmisión de los recipientes llenos de líquido, hay instalados algunos cilindros con cojinetes situados detrás de la transmisión que dan vueltas libremente, con la finalidad de soportar mejor el peso de los recipientes y guiar un descenso totalmente vertical. 40 In the path that makes the transmission of the containers filled with liquid, some cylinders with bearings located behind the transmission that turn freely are installed, in order to better support the weight of the containers and guide a completely vertical descent. 40

Evidentemente la potencia del motor gravitatorio será variable en función de la altura del motor, el número de recipientes que contenga y la capacidad de cada recipiente, pero también influye notablemente la velocidad de descenso. Cuanto más lento sea el desplazamiento de la transmisión transportadora de recipientes, mediante la ampliación 45 del número de ejes secundarios y nuevas relaciones con ruedas dentadas, para obtener una importante multiplicación de las vueltas del eje principal, mayor será el tiempo para asegurar el completo llenado de los recipientes. Obviously, the power of the gravitational engine will vary depending on the height of the engine, the number of containers it contains and the capacity of each container, but the descent speed also greatly influences. The slower the displacement of the container conveyor transmission, by expanding the number of secondary axles and new relationships with sprockets, to obtain a significant multiplication of the turns of the main shaft, the greater the time to ensure complete filling of the containers.

No obstante la tendencia del motor es normalmente de un aumento continuado de la 50 aceleración. However the tendency of the engine is normally of a continuous increase of the acceleration.

Para evitar dicho comportamiento, el eje principal inferior lleva instalado un freno que ayuda a mantener las revoluciones deseadas y un desplazamiento constante sin aceleraciones. Dicho freno también tiene una posición de frenado total, que es utilizado para detener o arrancar el motor gravitatorio. Solo desfrenando dicha posición, el motor gravitatorio se pondrá en marcha iniciando el movimiento y el bombeo de líquido. Otra 5 pieza fundamental es el cuenta revoluciones que hay instalado en el último eje secundario, siendo este eje el encargado de girar a un mínimo de las vueltas por minuto, necesarias para hacer funcionar correctamente el sistema de bombeo y el generador eléctrico. Este contador será una pieza clave para el control del sistema. To avoid such behavior, the lower main shaft has a brake installed that helps maintain the desired speed and constant displacement without acceleration. Said brake also has a total braking position, which is used to stop or start the gravitational engine. Only by releasing this position, the gravitational engine will start by starting the movement and pumping liquid. Another fundamental piece is the revolution count that is installed on the last secondary axis, this axis being responsible for turning at a minimum of turns per minute, necessary to properly operate the pumping system and the electric generator. This counter will be a key piece for system control.

10  10

Descripción de los dibujos Description of the drawings

Para complementar la descripción que seguidamente se va a realizar y con objeto de ayudar a una mejor comprensión de las características de la invención, se va a realizar una descripción detallada en base a un juego de dibujos que se acompañan a esta 15 memoria descriptiva, formando parte integrante de la misma, en donde con carácter meramente orientativo y no limitativo se ha representado lo siguiente: To complement the description that will then be made and in order to help a better understanding of the characteristics of the invention, a detailed description will be made based on a set of drawings that accompany this descriptive report, forming an integral part of it, where the following are merely indicative and non-limiting:

La figura 1.- Muestra una representación esquemática en vista lateral del motor gravitatorio realizado de acuerdo con el objeto de la presente invención. 20 Figure 1 shows a schematic representation in side view of the gravitational engine made in accordance with the object of the present invention. twenty

Hay que destacar que la representación de los recipientes ha sido mediante la simulación de unos depósitos con un lateral transparente, pero solo tiene como finalidad poder mostrar mejor el llenado y vaciado de los mismos. It should be noted that the representation of the containers has been through the simulation of tanks with a transparent side, but it only has the purpose of being able to better show their filling and emptying.

25  25

La figura 2.- Muestra, también según la representación esquemática, una vista en planta del conjunto de la figura anterior. Para poder comprender mejor el mecanismo interno de las relaciones entre ejes y los recipientes, este plano se ha representado sin el contenedor superior (23). Figure 2.- Shows, also according to the schematic representation, a plan view of the assembly of the previous figure. In order to better understand the internal mechanism of relationships between shafts and vessels, this plane has been represented without the upper container (23).

30  30

En dichas figuras se destacan los siguientes elementos numerados: These figures include the following numbered elements:

1 Transmisión transportadora de recipientes 1 Container conveyor transmission

2 Recipiente descendente lleno de líquido 35 2 Descending container filled with liquid 35

3A Eje principal inferior 3A Lower Main Shaft

3B Eje principal superior 3B Top Main Shaft

40  40

4 Cojinete con soporte 4 Bearing with support

5 Tubería de salida de líquido 5 Liquid outlet pipe

6A 1° Eje secundario 45 6A 1st Secondary axis 45

6B 2° Eje secundario 6B 2nd Secondary axis

6C 3° Eje secundario 6C 3rd Secondary axis

50  fifty

7 Relaciones para multiplicar las vueltas 7 Relationships to multiply the laps

8 Rueda dentada, transmisión del generador 8 Cogwheel, generator transmission

9 Bomba de líquido 9 Liquid pump

10 Tubería de entrada 5 10 Inlet pipe 5

11 Estructura metálica 11 Metal structure

12 Rueda dentada, transmisión del eje primario 12 Cogwheel, primary shaft transmission

10  10

13 Freno mecánico 13 Mechanical brake

14 Líquido 14 Liquid

15 Recipiente ascendente vacío de líquido 15 15 Empty up liquid container 15

16 Anclajes de los recipientes en la transmisión 16 Anchors of the vessels in the transmission

17 Contenedor principal 17 Main Container

20  twenty

18 Transmisión al eje secundario 18 Transmission to secondary axis

19 Generador eléctrico 19 Electric generator

20 Rueda dentada de la transmisión transportadora de recipientes 25 20 Cogwheel of container conveyor transmission 25

21 Cilindro de soporte 21 Support Cylinder

22 Desagüe 22 Drain

30  30

23 Contenedor superior 23 Top container

24 Palanca de cierre 24 Closing lever

25 Grifo 35 25 Tap 35

26 Cuenta revoluciones 26 Rev counter

Realización preferente de la invención Preferred Embodiment of the Invention

40  40

Según y como puede verse en las figuras referidas, una forma de realización a titulo meramente ejemplario es la representada en las figuras 1 y 2, en donde el sistema en cuestión comprende una estructura (11), que sostiene una transmisión vertical (1), unida, transportadora de recipientes que subirá y bajará dando vueltas sobre un mínimo de dos ejes principales (3A y 3B) mediante dos ruedas dentadas (20) y enchavetadas a cada eje. 45 La transmisión también estará guiada por unos cilindros que dan vueltas libremente (21) con cojinetes (4) situados detrás de la transmisión, con la finalidad de soportar mejor el peso de los recipientes y guiar la transmisión a un descenso totalmente vertical. Tenemos el eje superior (3B) e inferior (3A), el cual este último lleva instalado un freno mecánico (13) para evitar la aceleración del motor. Dicho freno también tiene la función de paro y 50 arranque del motor gravitatorio. Estos ejes están sujetos a la estructura mediante According to and as can be seen in the aforementioned figures, an embodiment of a purely exemplary title is that represented in Figures 1 and 2, wherein the system in question comprises a structure (11), which supports a vertical transmission (1), joined, conveyor of containers that will rise and fall circling on a minimum of two main axes (3A and 3B) by means of two cogwheels (20) and keyed to each axis. The transmission will also be guided by freely rotating cylinders (21) with bearings (4) located behind the transmission, in order to better support the weight of the containers and guide the transmission to a completely vertical descent. We have the upper (3B) and lower (3A) axle, which the latter has a mechanical brake (13) installed to prevent engine acceleration. Said brake also has the function of stopping and starting the gravitational engine. These axes are subject to the structure by

cojinetes (4), en posición horizontal y paralelos entre ellos. En dicha transmisión se encuentran instalados mediante anclajes (16) los recipientes (2 o 15), que son llenados en la parte superior del motor mediante bombeo de agua, con un sistema de bombeo cualquiera (9). Los recipientes vacían el agua (15) en el ascenso por quedar invertidos, a un contenedor principal (17) colocado en la parte inferior, donde la bomba extrae el agua 5 del mencionado contenedor para conducirla por una tubería a la parte alta del motor (10 y 5). En dicha zona hay instalado un contenedor superior (23) que almacena el agua que constantemente irá subiendo impulsada por el sistema de bombeo. Este contenedor dispone de una tubería de desagüe (22) para conducir el agua sobrante al contenedor principal y un grifo (25) con una palanca de cierre (24). Una vez que los recipientes se 10 colocan en la posición de llenado, la palanca retrocede a su posición inicial dejando el grifo abierto, el cual deja salir enérgicamente el agua acumulada, para finalmente conseguir un rápido llenado de los recipientes. bearings (4), in horizontal position and parallel to each other. In said transmission, the vessels (2 or 15), which are filled in the upper part of the engine by water pumping, with any pumping system (9) are installed by means of anchors (16). The containers empty the water (15) in the ascent by being inverted, to a main container (17) placed at the bottom, where the pump draws water 5 from said container to conduct it through a pipe to the top of the engine ( 10 and 5). In this area there is installed an upper container (23) that stores the water that will constantly rise, driven by the pumping system. This container has a drain pipe (22) to carry the excess water to the main container and a tap (25) with a closing lever (24). Once the containers are placed in the filling position, the lever moves back to its initial position, leaving the tap open, which allows the accumulated water to escape vigorously, to finally achieve a rapid filling of the containers.

Los recipientes llenos de agua (2) descienden atraídos por la gravedad dando un sentido 15 de giro a los ejes principales (3A y 3B) por desplazar la transmisión transportadora en la que están instalados (1). El eje principal inferior (3A) a través de una rueda dentada (12) o polea y su transmisión, transmite dicho giro a los ejes secundarios (6A, 6B y 6C), responsables de multiplicar las vueltas mediante relaciones con ruedas dentadas o poleas y sus transmisiones (7), para alimentar el sistema de bombeo (9) y un generador 20 eléctrico (19) de cualquier tipo convencional. El último eje secundario (6C) dispone de un cuenta revoluciones (26) para poder controlar las aceleraciones del motor. Water filled containers (2) descend attracted by gravity giving a direction of rotation 15 to the main axes (3A and 3B) by displacing the conveyor transmission in which they are installed (1). The lower main shaft (3A) through a cogwheel (12) or pulley and its transmission, transmits said rotation to the secondary axles (6A, 6B and 6C), responsible for multiplying the turns by means of relations with cogwheels or pulleys and its transmissions (7), to power the pumping system (9) and an electric generator 20 (19) of any conventional type. The last secondary axis (6C) has a speedometer (26) to control the accelerations of the engine.

Claims (5)

REIVINDICACIONES 1. Motor gravitatorio por bombeo de líquido, que teniendo como finalidad transformar la energía gravitatoria terrestre en energía eléctrica, se caracteriza por estar constituido a partir de una estructura que soporta una transmisión transportadora de recipientes, 5 colocada en posición vertical o ascendente, guiada por ruedas dentadas debidamente sujetadas a unos ejes principales, o guiada también por cilindros. Por lo menos hay dos ejes principales, colocados uno en la zona alta del motor y otro en la zona inferior, instalados a la estructura mediante cojinetes, los dos ejes están en paralelo y en posición horizontal. Dicha transmisión transportadora lleva instalados unos recipientes capaces de 10 contener líquido y gira sobre los ejes principales anteriormente mencionados. Mientras una parte de la transmisión baja con recipientes cargados de líquido quedando la obertura de llenado en la zona superior del recipiente, la otra parte de la transmisión suben los recipientes invertidos, quedando la obertura de llenado a la parte inferior. Naturalmente los recipientes suben en vacío, porque antes de ascender vacían 15 automáticamente el líquido en un contenedor principal situado en la zona inferior del motor. 1. Gravitational motor by pumping liquid, which with the purpose of transforming terrestrial gravitational energy into electrical energy, is characterized by being constituted from a structure that supports a transmission of containers, 5 placed vertically or upwards, guided by gear wheels properly attached to main axles, or also guided by cylinders. At least there are two main axes, placed one in the upper area of the engine and one in the lower area, installed to the structure by means of bearings, the two axes are parallel and horizontal. Said conveyor transmission carries containers capable of containing liquid and rotates on the main axes mentioned above. While one part of the transmission is lowered with containers loaded with liquid with the filling opening remaining in the upper area of the container, the other part of the transmission raises the inverted containers, leaving the filling opening to the lower part. Naturally, the containers rise in a vacuum, because before ascending they automatically empty the liquid into a main container located in the lower area of the engine. Hay instalado un sistema de bombeo de líquido cualquiera, con una tubería de entrada de líquido situada dentro del contenedor principal y conectada al mencionado sistema de 20 bombeo y otra tubería de salida de líquido, colocada en el mismo sistema de bombeo siendo su recorrido toda la verticalidad del motor gravitatorio, con la obertura de salida en la parte alta del mismo. Any liquid pumping system is installed, with a liquid inlet pipe located inside the main container and connected to the said pumping system and another liquid outlet pipe, placed in the same pumping system being its entire path verticality of the gravitational motor, with the outlet opening at the top of it. Hay instalado también un mecanismo multiplicador de velocidad, que multiplica la 25 velocidad de la transmisión transportadora de recipientes, compuesto de ejes instalados a la estructura mediante cojinetes, relaciones con ruedas dentadas o poleas y sus correspondientes transmisiones, con la finalidad de alimentar correctamente el sistema de bombeo y un generador eléctrico de cualquier tipo convencional. A speed multiplier mechanism is also installed, which multiplies the speed of the container conveyor transmission, consisting of axles installed to the structure by means of bearings, relations with sprockets or pulleys and their corresponding transmissions, in order to feed the system correctly of pumping and an electric generator of any conventional type. 30  30 2. Motor gravitatorio por bombeo de líquido, según reivindicación primera caracterizado por llevar instalado en uno de los ejes principales un freno, que evitará la aceleración del motor gravitatorio. Dicho freno también es utilizado en el arranque o paro del motor. 2. Gravitational motor by pumping liquid, according to claim one characterized by having a brake installed on one of the main axes, which will prevent the acceleration of the gravitational motor. Said brake is also used when starting or stopping the engine. 3. Motor gravitatorio por bombeo de líquido, según reivindicación primera caracterizado 35 por disponer de unos cilindros con cojinetes instalados en la estructura que dan vueltas libremente, situados detrás de la transmisión, en paralelo con los ejes principales y en horizontal, con la finalidad de soportar mejor el peso de los recipientes llenos y guiar la transmisión en su descenso. 3. Gravitational motor for liquid pumping, according to claim one, characterized in that it has cylinders with bearings installed in the structure that rotate freely, located behind the transmission, in parallel with the main axes and horizontally, for the purpose of better withstand the weight of full containers and guide the transmission in its descent. 40  40 4. Motor gravitatorio por bombeo de líquido, según reivindicación primera caracterizado por llevar instalado un depósito en la parte alta del motor que almacena el líquido que constantemente subirá impulsado por el sistema de bombeo. Este depósito dispone de una tubería de desagüe que conduce el agua sobrante al contenedor principal y un grifo de obertura y cierre automático. 45 4. Gravitational motor for liquid pumping, according to claim one characterized by having a tank installed in the upper part of the engine that stores the liquid that will constantly rise driven by the pumping system. This reservoir has a drain pipe that carries excess water to the main container and an automatic shut-off and shut-off tap. Four. Five 5. Motor gravitatorio por bombeo de líquido, según reivindicación primera caracterizado por disponer de un cuenta revoluciones, instalado en el último eje del sistema multiplicador de velocidad. Este eje es el encargado de transmitir el régimen de giro necesario para el correcto funcionamiento del sistema de bombeo y el generador 50 eléctrico. 5. Gravitational motor for liquid pumping, according to the first claim characterized by having a speedometer, installed on the last axis of the speed multiplier system. This axis is responsible for transmitting the rotation regime necessary for the proper functioning of the pumping system and the electric generator 50.
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2596531A1 (en) * 2015-07-07 2017-01-10 Jordi TUSET CLADELLAS Gravitational motor by liquid pressure (Machine-translation by Google Translate, not legally binding)
WO2019125110A1 (en) * 2017-12-19 2019-06-27 Wintergerst Fisch Luis Transportable gravitational system and method for generating clean electrical energy

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DE2221605A1 (en) * 1972-05-03 1973-11-08 Paul Lorenz WATER WHEEL POWER MACHINE
JP2005121002A (en) * 2003-10-16 2005-05-12 Technica Materia:Kk Gravity power generation system
CA2505625A1 (en) * 2005-04-27 2006-10-27 Kashif Munir Choudhry Revolutionary engine
KR20070085188A (en) * 2007-08-07 2007-08-27 장 문 조 A hydro electric power equipment used a water mill
WO2011083957A2 (en) * 2010-01-11 2011-07-14 Jo Jong-Gil Rotating power generator using gravity and the weight of liquid
JP2012052518A (en) * 2010-09-01 2012-03-15 Akiharu Kondo Gravity recycling generator

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Publication number Priority date Publication date Assignee Title
DE2221605A1 (en) * 1972-05-03 1973-11-08 Paul Lorenz WATER WHEEL POWER MACHINE
JP2005121002A (en) * 2003-10-16 2005-05-12 Technica Materia:Kk Gravity power generation system
CA2505625A1 (en) * 2005-04-27 2006-10-27 Kashif Munir Choudhry Revolutionary engine
KR20070085188A (en) * 2007-08-07 2007-08-27 장 문 조 A hydro electric power equipment used a water mill
WO2011083957A2 (en) * 2010-01-11 2011-07-14 Jo Jong-Gil Rotating power generator using gravity and the weight of liquid
JP2012052518A (en) * 2010-09-01 2012-03-15 Akiharu Kondo Gravity recycling generator

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2596531A1 (en) * 2015-07-07 2017-01-10 Jordi TUSET CLADELLAS Gravitational motor by liquid pressure (Machine-translation by Google Translate, not legally binding)
WO2019125110A1 (en) * 2017-12-19 2019-06-27 Wintergerst Fisch Luis Transportable gravitational system and method for generating clean electrical energy

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