ES2537838A1 - Production of energy with zero cost (Machine-translation by Google Translate, not legally binding) - Google Patents

Production of energy with zero cost (Machine-translation by Google Translate, not legally binding) Download PDF

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Publication number
ES2537838A1
ES2537838A1 ES201301147A ES201301147A ES2537838A1 ES 2537838 A1 ES2537838 A1 ES 2537838A1 ES 201301147 A ES201301147 A ES 201301147A ES 201301147 A ES201301147 A ES 201301147A ES 2537838 A1 ES2537838 A1 ES 2537838A1
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Prior art keywords
magnet
shaft
stud
counterweight
rod
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ES201301147A
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ES2537838B1 (en
Inventor
Pedro GARCÍA GARRIDO
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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03GSPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G3/00Other motors, e.g. gravity or inertia motors
    • F03G3/06Other motors, e.g. gravity or inertia motors using pendulums
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03GSPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G1/00Spring motors
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03GSPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G7/00Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for
    • F03G7/10Alleged 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)
  • Toys (AREA)
  • Dynamo-Electric Clutches, Dynamo-Electric Brakes (AREA)

Abstract

Improvement of the patent energy production with zero cost. The addition to the invention "production of energy with zero cost" consists in improving the performance of the patent (201100943) whose objective is the achievement of the continuous pendular movement. The improvement of the invention is achieved by rotating the magnet (1) on the magnet (2) from attraction to repulsion. During the ascent of the rod (6), the stud (40) deactivates the pawl (44) of the eyebrow (45) allowing the counterweight (41) to fall, rotating the shaft (7) and the magnet (1). The stud (42) rotates by the pull of a rope (43) that is activated by the rod (6) during the pendular descent allowing the shaft (7) to rotate up to 360 degrees; this causes the magnet (1) to attract the magnet (2) again in the next pendulum cycle. (Machine-translation by Google Translate, not legally binding)

Description


DESCRIPCIÓN

Producción de energía con coste cero.

Sector de la técnica 5

La invención de "Producción de energía con coste cero" la encuadramos dentro de energías renovables más concretamente dentro del movimiento pendular.

Estado de la técnica 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

Descripción de la adición

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.

En el invento inicial el péndulo iniciaba su caída al alejarse el imán (1) de la placa ferromagnética o imán (2), por la acción de una palanca consiguiéndose un movimiento 25 pendular de caída libre.

Con la siguiente mejora el imán (1) será girado 180 grados pasando de un estado de atracción sobre el imán (2) a un estado de repulsión, efectuando sobre este un impulso proporcional a la potencia de los imanes. Al estar el imán (2) sujeto al vástago (6) del 30 péndulo, el impulso del imán (1) sobre el imán (2) se transmite al vástago (6) del péndulo; el cual inicia la caída con una energía de inicio mucho mayor que en caída libre.

El eje (7) giratorio, de la patente "producción de energía con coste cero", está suspendido de sus extremos mediante el soporte (46) y lleva pegado un imán (1). A este 35 soldamos: un contrapeso (41), una ceja (45) y un espárrago (42) en el lado opuesto al contrapeso (41).

El contrapeso (41) se encuentra suspendido sin posibilidad de caída gracias a la acción del trinquete (44) que presiona sobre la ceja (45) impidiendo el giro del eje (7). 40

Sobre el vástago (6) del péndulo soldamos un espárrago (40); al subir el vástago durante el ascenso pendular los imanes (1) y (2) se atraen, y este impulso hace chocar al espárrago (40) sobre el trinquete (44), que asciende dejando libre la ceja (45), permitiendo el giro del eje (7) por la acción del contrapeso (41) de tal modo que la 45 posición del imán (1) cambia del estado de atracción al de repulsión sobre el imán (2), permitiendo la caída pendular.

El imán (2) al ir pegado o encajado en el vástago pendular transmite su movimiento a este y se inicia el movimiento de caída pendular con tanta fuerza que el péndulo, 50 asciende en el lado opuesto a mayor altura que la de inicio, y esta altura la aprovechamos para que el péndulo vuelva hasta su posición inicial.

El imán (1) ha girado 180 grados, pero para recibir nuevamente al imán (2) debe recorrer hasta los 360 grados, para ello ataremos una cuerda (43) sobre el extremo distal del espárrago (42) y que va hasta la parte proximal del vástago (6). El vástago (6) al separarse del eje (7) durante el movimiento pendular tira de la cuerda y hace girar al eje (7) hasta los 360 grados; esto hace que el imán (1) pueda atraer nuevamente al imán (2) 5 en el siguiente ciclo pendular.

Descripción del prototipo y de la realización sencilla de la invención

Para la realización del invento perfeccionamiento de la patente "Producción de energía 10 con coste cero" es necesario soldar un espárrago (40) sobre el vástago (6) del péndulo.

Sobre el eje giratorio (7) al que va pegado o encajado el imán (1) soldamos: una ceja (45), un contrapeso (41) y un espárrago (42).
15
Para evitar que el eje (7) gire libremente disponemos de un trinquete (44).

Unimos el extremo distal del espárrago (42) con la parte proximal del vástago (6) del péndulo mediante una cuerda (43), que tira cuando el vástago se aleja del eje (7) arrastrando al espárrago (42) que hace girar al eje (7). 20

La mejora de la invención "producción de energía con coste cero" se produce por el giro del imán (1) por el eje (7) debido a la energía de caída del contrapeso (41). Este giro hace pasar al imán (1) a situación de repulsión sobre el imán (2).
25
Descripción de las figuras

Para una mejor comprensión de la adición perfeccionamiento de la patente "Producción de energía con coste cero" dispondremos de la figura 1 que representa una visión frontal del invento y que consta de: 30

- Un espárrago representado por en número (40) soldado al vástago del péndulo de la patente "producción de energía con coste cero".

- Un eje representado por el número (7) giratorio, suspendido de un soporte (46), que 35 lleva soldado una ceja representada con el número (45) y un espárrago representado por el número (42).

- Un contrapeso representado por el número (41) soldado al eje (7).
40
- Un trinquete representado con el número (44).

- Una cuerda representada por el número (43) que une el vástago (6) del péndulo con el espárrago (42).
45
- Los números (2), (11), (6) y (1) pertenecen a la patente "producción de energía con coste cero" y representa el (2) a 1imán, el (6) representa el vástago del péndulo, el (11) al eje del péndulo y el (1) al otro imán.

DESCRIPTION

Energy production with zero cost.

Technical sector 5

The invention of "Zero-cost energy production" is framed within renewable energies more specifically within the pendulum movement.

State of the art 10

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

Description of the addition

The following improvement of the "zero cost energy production" patent aims to increase the performance of the pendular movement by a new arrangement of some of its components and with the inclusion of others that did not exist in the initial prototype.

In the initial invention, the pendulum began its fall when the magnet (1) moved away from the ferromagnetic plate or magnet (2), by the action of a lever achieving a pendulum movement of free fall.

With the following improvement the magnet (1) will be rotated 180 degrees from a state of attraction on the magnet (2) to a state of repulsion, making an impulse proportional to the power of the magnets. Since the magnet (2) is attached to the rod (6) of the 30 pendulum, the impulse of the magnet (1) on the magnet (2) is transmitted to the rod (6) of the pendulum; which starts the fall with a much higher starting energy than in free fall.

The rotating shaft (7), of the "zero-cost energy production" patent, is suspended from its ends by the support (46) and has a magnet (1) attached. At this 35 we weld: a counterweight (41), an eyebrow (45) and a stud (42) on the opposite side of the counterweight (41).

The counterweight (41) is suspended without the possibility of falling thanks to the action of the ratchet (44) that presses on the eyebrow (45) preventing rotation of the shaft (7). 40

On the stem (6) of the pendulum we weld a stud (40); when the rod rises during the pendular rise, the magnets (1) and (2) attract, and this impulse makes the stud (40) collide on the ratchet (44), which rises leaving the eyebrow (45) free, allowing the rotation of the axis (7) by the action of the counterweight (41) in such a way that the position of the magnet (1) changes from the state of attraction to that of repulsion on the magnet (2), allowing the pendulum to fall.

The magnet (2) when glued or embedded in the pendulum rod transmits its movement to it and the pendulum drop movement begins with such force that the pendulum, 50 ascends on the opposite side at a greater height than the start, and this We use the height so that the pendulum returns to its initial position.

The magnet (1) has rotated 180 degrees, but to receive the magnet (2) again it must travel up to 360 degrees, for this we will tie a rope (43) on the distal end of the stud (42) and that goes to the proximal part of the stem (6). The rod (6) when separating from the shaft (7) during the pendular movement pulls the rope and rotates the shaft (7) to 360 degrees; this causes the magnet (1) to attract the magnet (2) 5 again in the next pendular cycle.

Description of the prototype and the simple embodiment of the invention

In order to carry out the invention, the improvement of the patent "Production of energy 10 with zero cost" is necessary to weld a stud (40) on the rod (6) of the pendulum.

On the rotating shaft (7) to which the magnet (1) is attached or fitted, we weld: an eyebrow (45), a counterweight (41) and a stud (42).
fifteen
To prevent the shaft (7) from rotating freely, we have a ratchet (44).

We connect the distal end of the stud (42) with the proximal part of the stem (6) of the pendulum by means of a rope (43), which pulls when the rod moves away from the shaft (7) dragging the stud (42) that rotates the shaft (7). twenty

The improvement of the invention "zero cost energy production" is produced by the rotation of the magnet (1) along the axis (7) due to the counterweight fall energy (41). This turn causes the magnet (1) to be repulsed on the magnet (2).
25
Description of the figures

For a better understanding of the further refinement of the "Zero cost energy production" patent, we will have Figure 1 that represents a front view of the invention and that consists of:

- A stud represented by number (40) welded to the pendulum stem of the "zero cost energy production" patent.

- An axis represented by the rotating number (7), suspended from a support (46), which is welded with a brow represented by the number (45) and a stud represented by the number (42).

- A counterweight represented by the number (41) welded to the shaft (7).
40
- A ratchet represented with the number (44).

- A string represented by the number (43) that joins the rod (6) of the pendulum with the stud (42).
Four. Five
- The numbers (2), (11), (6) and (1) belong to the "zero cost energy production" patent and represent the (2) to 1 magnet, the (6) represents the pendulum stem, the (11) to the axis of the pendulum and (1) to the other magnet.

Claims (1)


REIVINDICACIONES

1. Perfeccionamiento de la patente "Producción de energía con coste cero" caracterizado por:
5
A) Eje giratorio (7) que lleva pegado el imán (1) que describe su mismo giro.

B) Ceja (45) soldada al eje (7) que hace de tope y al ser presionada por el trinquete impide el giro del eje (7).
10
C) Contrapeso (41). Cuando el vástago (6) asciende eleva el trinquete por acción de un espárrago (40) que permite la caída del contrapeso (41), su efecto palanca, hace girar 180 grados al imán (1) que pasa de atracción a repulsión sobre el imán (2), transmitiéndose esta repulsión al vástago (6) pendular.
15
D) Espárrago (42) soldado al eje (7) en posición opuesta al contrapeso (41).

E) Espárrago (40) que va soldado al vástago pendular y que en su ascenso eleva al trinquete (44) dejando libre la ceja (45) y al eje (7) para que pueda caer el contrapeso y girar el imán (1). 20

F) Cuerda (43) que une el espárrago (42) con el vástago (6) del péndulo, que al ser traccionada tira del espárrago (42) y hace girar el eje (7) permitiendo ascender al contrapeso (41) hasta pasar la línea media superior.
25
G) Trinquete (44) que presiona sobre la ceja (45) impidiendo el giro del eje (7) y del imán (1) pero que al elevase por la acción del espárrago (40) deja libre la ceja (45) de modo que gira el eje (7), cae el contrapeso, gira el imán (1) y se inicia el movimiento de caída pendular.
30
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 el lado opuesto a consecuencia del rozamiento. Dicha pérdida se recupera por la atracción existente entre los imanes situados en el vástago (6) y en el eje giratorio (7). Durante la atracción entre imanes el péndulo asciende, lo que permite que el espárrago 35 (40) desactive al trinquete facilitando la caída del contrapeso, provocando el giro del eje (7) y del imán (1). El giro del imán (1) provoca una repulsión entre los imanes (1, 2), transmitiendo la fuerza de repulsión sobre el vástago e iniciándose así la caída pendular con tanta fuerza que supera en el lado opuesto la altura de inicio, altura que podremos incrementar usando varios imanes colocados de forma contigua a los existentes, si se 40 precisa. En esta posición, se inicia nuevamente el movimiento de caída para describir un nuevo ciclo pendular perpetuo. Durante el descenso pendular, producido por repulsión magnética, el contrapeso se encuentra colgado del eje y ascenderá hasta su posición inicial por medio de un espárrago (42) soldado al eje y una cuerda que une el espárrago con el vástago. Cuando el vástago asciende tras la repulsión magnética la cuerda es 45 tensada, se acciona el espárrago (42) provocando el giro del eje y permitiendo la subida del contrapeso hasta su posición de inicio.

1. Refinement of the "Zero cost energy production" patent characterized by:
5
A) Rotating shaft (7) that has the magnet (1) attached describing the same rotation.

B) Eyebrow (45) welded to the shaft (7) that stops and when pressed by the ratchet prevents rotation of the shaft (7).
10
C) Counterweight (41). When the rod (6) rises, it raises the ratchet by the action of a stud (40) that allows the counterweight (41) to fall, its lever effect, rotates the magnet (1) 180 degrees, which passes from attraction to repulsion on the magnet (2), this repulsion being transmitted to the pendulum rod (6).
fifteen
D) Stud (42) welded to the shaft (7) opposite the counterweight (41).

E) Asparagus (40) that is welded to the pendulum rod and that rises to the ratchet (44), freeing the eyebrow (45) and the shaft (7) so that the counterweight can fall and turn the magnet (1). twenty

F) Rope (43) that joins the stud (42) with the rod (6) of the pendulum, which when pulled pulls the stud (42) and rotates the shaft (7) allowing it to ascend to the counterweight (41) until it passes upper middle line.
25
G) Ratchet (44) that presses on the eyebrow (45) preventing the rotation of the shaft (7) and the magnet (1) but that when raised by the action of the stud (40) leaves the eyebrow (45) free so that turn the shaft (7), the counterweight falls, turn the magnet (1) and the pendulum drop motion begins.
30
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 as a result of friction. This loss is recovered by the attraction between the magnets located on the rod (6) and on the rotating shaft (7). During the attraction between magnets the pendulum rises, which allows the stud 35 (40) to deactivate the ratchet facilitating the fall of the counterweight, causing the shaft (7) and the magnet (1) to rotate. The rotation of the magnet (1) causes a repulsion between the magnets (1, 2), transmitting the repulsive force on the rod and thus initiating the pendulum fall with such force that it exceeds on the opposite side the start height, height that we can Increase using several magnets placed adjacent to existing ones, if required. In this position, the fall movement begins again to describe a new perpetual pendular cycle. During the pendular descent, produced by magnetic repulsion, the counterweight is hung from the shaft and will ascend to its initial position by means of a stud (42) welded to the shaft and a rope that connects the stud with the rod. When the rod rises after the magnetic repulsion the rope is tensioned, the stud (42) is actuated causing the shaft to rotate and allowing the counterweight to rise to its starting position.
ES201301147A 2013-12-12 2013-12-12 Zero cost energy production Expired - Fee Related ES2537838B1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
ES201301147A ES2537838B1 (en) 2013-12-12 2013-12-12 Zero cost energy production

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
ES201301147A ES2537838B1 (en) 2013-12-12 2013-12-12 Zero cost energy production

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ES2537838A1 true ES2537838A1 (en) 2015-06-12
ES2537838B1 ES2537838B1 (en) 2016-04-26

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20070030010A (en) * 2005-09-12 2007-03-15 최호중 Rotary power generating machine with magnetic
GB2442585A (en) * 2006-10-05 2008-04-09 David James Willis Oscillating pendulum prime mover
US20110133484A1 (en) * 2009-12-22 2011-06-09 Cornish Douglas H Magnetized foucault pendulum electrical energy source
DE102009023822A1 (en) * 2009-06-04 2011-08-18 Krebs, Werner, 88214 Fossil-atomic energy source for supplying energy to e.g. energy consumers, has pendulum that is drawn over specific time by magnetic attraction force between stator magnet and rotor magnet, such that pendulum is rotated in full circle

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20070030010A (en) * 2005-09-12 2007-03-15 최호중 Rotary power generating machine with magnetic
GB2442585A (en) * 2006-10-05 2008-04-09 David James Willis Oscillating pendulum prime mover
DE102009023822A1 (en) * 2009-06-04 2011-08-18 Krebs, Werner, 88214 Fossil-atomic energy source for supplying energy to e.g. energy consumers, has pendulum that is drawn over specific time by magnetic attraction force between stator magnet and rotor magnet, such that pendulum is rotated in full circle
US20110133484A1 (en) * 2009-12-22 2011-06-09 Cornish Douglas H Magnetized foucault pendulum electrical energy source

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