ES2587194B1 - IMPROVEMENT OF THE PATENT APPLICATION P201301147 "ZERO COST ENERGY PRODUCTION" - Google Patents

IMPROVEMENT OF THE PATENT APPLICATION P201301147 "ZERO COST ENERGY PRODUCTION" Download PDF

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Publication number
ES2587194B1
ES2587194B1 ES201500307A ES201500307A ES2587194B1 ES 2587194 B1 ES2587194 B1 ES 2587194B1 ES 201500307 A ES201500307 A ES 201500307A ES 201500307 A ES201500307 A ES 201500307A ES 2587194 B1 ES2587194 B1 ES 2587194B1
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Prior art keywords
shaft
magnets
pendular
opposite side
pendulum
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ES201500307A
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Spanish (es)
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ES2587194A8 (en
ES2587194A1 (en
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Pedro GARCIA GARRIDO
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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
    • F03G3/06—Other motors, e.g. gravity or inertia motors using pendulums
    • 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

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Dynamo-Electric Clutches, Dynamo-Electric Brakes (AREA)
  • Toys (AREA)

Abstract

La adición a la invención consiste en mejorar el rendimiento de la patente P201301147 cuyo objetivo es la consecución del movimiento pendular continuo.#La mejora de la invención se consigue al hacer girar los imanes (1), (52), (51) y (50) del eje (7) sobre los imanes (2) y (53) del vástago pendular (6), pasando de un estado de atracción a repulsión. Durante el ascenso del vástago (6), el espárrago (55) choca contra la ceja (56) provocando un giro del eje (7) y del contrapeso (41). En este punto se inicia el descenso pendular hacia el lado opuesto donde el espárrago (54) acciona la ceja (45) devolviendo el eje (7) a su estado inicial.The addition to the invention consists in improving the performance of the patent P201301147 whose objective is the achievement of continuous pendular movement. # The improvement of the invention is achieved by rotating the magnets (1), (52), (51) and ( 50) of the shaft (7) on the magnets (2) and (53) of the pendulum rod (6), passing from a state of attraction to repulsion. During the rise of the rod (6), the stud (55) hits the eyebrow (56) causing a rotation of the shaft (7) and the counterweight (41). At this point, the pendular descent begins to the opposite side where the stud (54) drives the eyebrow (45) returning the shaft (7) to its initial state.

Description

DESCRIPCIÓN DESCRIPTION

Producción de energía con coste cero. Energy production with zero cost.

Sector de la técnica 5 Technical sector 5

La invención de "PRODUCCIÓN DE ENERGIA CON COSTE CERO" la encuadramos dentro de energías renovables más concretamente dentro del movimiento pendular. The invention of "ZERO COST ENERGY PRODUCTION" is framed within renewable energies more specifically within the pendulum movement.

Estado de la técnica 10 State of the art 10

Actualmente las energías conocidas renovables dependen de factores climáticos y externos al sistema, ejemplos: la eólica, energía mareomotriz, energía oleomotriz, solar, geotérmica, hidroeléctrica... pero no disponemos de energías independientes de factores externos. 15 Currently known renewable energies depend on climatic factors and external to the system, examples: wind, tidal energy, oleomotive, solar, geothermal, hydroelectric ... but we do not have independent energy from external factors. fifteen

Descripción de la adición Description of the addition

La siguiente mejora de la patente "Producción de energía con coste cero" pretende aumentar el rendimiento del movimiento pendular mediante una nueva disposición de 20 algunos de sus componentes y con la inclusión de otros que no existían en el prototipo inicial. The following improvement of the "Energy production with zero cost" patent aims to increase the performance of the pendulum movement by a new arrangement of some of its components and with the inclusion of others that did not exist in the initial prototype.

Con la siguiente mejora el imán (1) y (52) serán girados pasando de un estado de atracción sobre los imanes (2) y (53) respectivamente a un estado de repulsión, 25 efectuándose sobre estos una repulsión proporcional a la potencia de los imanes. Al estar el imán (2) y el imán (53) sujetos al vástago (6) del péndulo, el impulso del imán (1) y del imán (52) se transmiten al vástago (6) del péndulo el cual inicia la caída con una energía de inicio mucho mayor que la de la patente original. En el lado opuesto del eje (7) disponemos de dos imanes (50) y (51) acoplados al mismo cuya función es equivalente a 30 la de los imanes (1) y (52), con esta mejora y subiendo el contrapeso (41) al girar el eje (7); prescindiremos de la cuerda (43) que subía el contrapeso en la adición anterior, consiguiendo un mejor rendimiento del sistema. With the following improvement, the magnet (1) and (52) will be rotated from a state of attraction on the magnets (2) and (53) respectively to a state of repulsion, with a repulsion being carried out on them proportional to the power of the magnets With the magnet (2) and the magnet (53) attached to the rod (6) of the pendulum, the impulse of the magnet (1) and the magnet (52) is transmitted to the rod (6) of the pendulum which starts the fall with a starting energy much greater than that of the original patent. On the opposite side of the shaft (7) we have two magnets (50) and (51) coupled to it whose function is equivalent to 30 that of the magnets (1) and (52), with this improvement and raising the counterweight (41 ) when turning the shaft (7); we will dispense with the rope (43) that raised the counterweight in the previous addition, achieving a better system performance.

El eje (7) giratorio está suspendido de la estructura (47) y lleva pegado cuatro imanes (1), 35 (52), (51), (50). A este soldamos: dos cejillas (45) y (56) en cada extremo y un contrapeso (41). Acoplado a la estructura (47) está soldado un tope (48) que impide que el contrapeso (41) gire más de lo necesario a uno y otro lado del eje (7). The rotating shaft (7) is suspended from the structure (47) and has four magnets (1), 35 (52), (51), (50) attached. To this we weld: two eyebrows (45) and (56) at each end and a counterweight (41). Attached to the structure (47), a stop (48) is welded that prevents the counterweight (41) from turning more than necessary on either side of the shaft (7).

Acoplado al eje (11) giratorio va el vástago (6) del péndulo, el cual lleva pegado dos 40 imanes (2) y (53). Conectado al vástago pendular van soldados dos espárragos (54) y (55). Coupled to the rotating shaft (11) is the rod (6) of the pendulum, which has two 40 magnets (2) and (53) attached. Two studs (54) and (55) are connected to the pendulum rod.

Durante el ascenso pendular los imanes (1) y (52) atraen a los imanes (2) y (53), consiguiendo que el espárrago (55) choque contra la ceja (56) haciendo girar al eje (7) y 45 al contrapeso (41).Esto permite un giro pasando los imanes del estado de atracción a repulsión y provocando la caída pendular con mayor fuerza que en la patente original. During the pendular rise the magnets (1) and (52) attract the magnets (2) and (53), getting the stud (55) to hit the eyebrow (56) by turning the shaft (7) and 45 against the counterweight (41) .This allows a rotation by passing the magnets of the state of attraction to repulsion and causing the pendular fall with greater force than in the original patent.

En el lado contrario será el espárrago (54) el que choque sobre la ceja (45), girando el eje (7) y el contrapeso (41) en sentido contrario al que lo hizo durante el ascenso en el lado 50 opuesto. Esto consigue nuevamente la repulsión de los imanes (51) y (50) sobre los imanes (2) y (53), iniciándose un nuevo ciclo pendular. On the opposite side it will be the stud (54) that hits the eyebrow (45), turning the shaft (7) and the counterweight (41) in the opposite direction to the one made during the ascent on the opposite side 50. This again achieves the repulsion of the magnets (51) and (50) on the magnets (2) and (53), starting a new pendular cycle.

Descripción del prototipo y de la realización sencilla de la invención Description of the prototype and the simple embodiment of the invention

Para la realización del invento perfeccionamiento de la patente P201301147 es necesario disponer de una estructura (47) que soporta un eje (11) pendular y un eje (7) que lleva acoplado los imanes (1), (52), (51), (50), las cejillas (45) y (56), y un contrapeso (41). 5 Para evitar que el eje (7) gire libremente disponemos de un tope (48) que impide un giro mayor del necesario. For the realization of the invention, the improvement of the patent P201301147, it is necessary to have a structure (47) that supports a pendulum axis (11) and an axis (7) that carries the magnets (1), (52), (51), (50), the eyebrows (45) and (56), and a counterweight (41). 5 To prevent the shaft (7) from rotating freely, we have a stop (48) that prevents a greater rotation than necessary.

El vástago pendular lleva acoplado dos imanes (2) y (53) y dos espárragos (54) y (55) al extremo distal. 10 The pendulum rod has two magnets (2) and (53) and two studs (54) and (55) attached to the distal end. 10

La mejora de la invención será proporcional al número de imanes que queramos introducir, así como al sistema de giro del eje (7) que hace subir, atravesar la línea media superior y bajar al contrapeso (41) con una energía cinética exponencial, que sumada al peso de caída del contrapeso hace girar al eje (7) y permiten la repulsión y caída 15 pendular. The improvement of the invention will be proportional to the number of magnets that we want to introduce, as well as to the rotation system of the shaft (7) that drives up, through the upper midline and down to the counterweight (41) with an exponential kinetic energy, which added The weight of the counterweight drops the shaft (7) and allows the repulsion and pendulum to fall.

Descripción de las figuras Description of the figures

Para una mejor comprensión de la adición perfeccionamiento de la patente P201301147 20 disponemos de la Figura 1 que representa una visión frontal del invento y que consta de: For a better understanding of the further improvement of the patent P201301147 20 we have Figure 1 which represents a frontal view of the invention and which consists of:

- Una estructura (47) que soporta el eje pendular (11), un eje (7) y un tope (48). - A structure (47) that supports the pendulum axis (11), an axis (7) and a stop (48).

- El eje representado por el número (7) giratorio, lleva soldado los imanes (1), (52), 25 (51), (50), las cejas (45) y (56) y el contrapeso (41). - The shaft, represented by the rotating number (7), has the magnets (1), (52), 25 (51), (50), the eyebrows (45) and (56) and the counterweight (41) welded.

- Del eje (11) pendular sale el vástago (6) que lleva soldados los imanes representados por los números (2) y (53), y los espárragos (54) y (55). - From the pendulum shaft (11) comes the rod (6) that is welded by the magnets represented by the numbers (2) and (53), and the studs (54) and (55).

30 30

Claims (1)

REIVINDICACIONES 1. Perfeccionamiento de la patente P201301147 caracterizado por: 1. Refinement of patent P201301147 characterized by: a) Eje giratorio (7) que lleva pegado tantos imanes como queramos introducir (en este 5 caso (51), (50), (1), (52)) y que describen su mismo giro. a) Rotating axis (7) that has as many magnets attached as we want to introduce (in this case (51), (50), (1), (52)) and that describe its same rotation. b) Cejas (45) y (46) soldadas al eje (7) que, al incidir los espárragos (54) y (55) sobre ellas durante el ascenso pendular, provocan el giro del eje (7) y del contrapeso (41). b) Eyebrows (45) and (46) welded to the shaft (7) which, when the studs (54) and (55) affect them during the pendular ascent, cause the shaft (7) and the counterweight (41) to rotate . 10  10 c) Vástago pendular (6): lleva soldados los imanes (2) y (53), y los espárragos (54) y (55). c) Pendulum rod (6): it carries soldiers magnets (2) and (53), and studs (54) and (55). El objetivo del invento es perpetuar el movimiento pendular que se conseguirá de la siguiente forma: al dejar caer el péndulo desde una determinada posición pierde altura en 15 el lado opuesto por el rozamiento. Dicha pérdida se recupera por la atracción existente entre los imanes del vástago (6) y del eje giratorio (7). Durante el ascenso en un lado, el espárrago (55) choca contra las cejas (56) haciendo girar el eje (7) y a los imanes, pasando de un estado de atracción a repulsión durante el giro. De esta forma se inicia la caída pendular con tanta fuerza que supera en el lado opuesto la altura de inicio. En el 20 lado opuesto, el espárrago (54) activa la ceja (45) provocando el giro del eje (7) volviendo al eje (7) a su posición inicial, completándose así un ciclo completo pendular que se repetirá de forma indefinida. The objective of the invention is to perpetuate the pendular movement that will be achieved in the following way: by dropping the pendulum from a certain position, it loses height on the opposite side due to friction. This loss is recovered by the attraction between the magnets of the rod (6) and the rotating shaft (7). During the ascent on one side, the stud (55) hits the eyebrows (56) by rotating the shaft (7) and the magnets, moving from a state of attraction to repulsion during the turn. In this way the pendular fall begins with such force that it exceeds the starting height on the opposite side. On the opposite side, the stud (54) activates the eyebrow (45) causing the rotation of the shaft (7) returning the shaft (7) to its initial position, thus completing a complete pendular cycle that will be repeated indefinitely.
ES201500307A 2015-04-21 2015-04-21 IMPROVEMENT OF THE PATENT APPLICATION P201301147 "ZERO COST ENERGY PRODUCTION" Active ES2587194B1 (en)

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ES201500307A ES2587194B1 (en) 2015-04-21 2015-04-21 IMPROVEMENT OF THE PATENT APPLICATION P201301147 "ZERO COST ENERGY PRODUCTION"

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ES201500307A ES2587194B1 (en) 2015-04-21 2015-04-21 IMPROVEMENT OF THE PATENT APPLICATION P201301147 "ZERO COST ENERGY PRODUCTION"

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ES2587194A1 ES2587194A1 (en) 2016-10-21
ES2587194A8 ES2587194A8 (en) 2016-11-14
ES2587194B1 true ES2587194B1 (en) 2017-08-08

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ES2587194A1 (en) 2016-10-21

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