ES2396862A1 - Generator of cylinder with slots. (Machine-translation by Google Translate, not legally binding) - Google Patents

Generator of cylinder with slots. (Machine-translation by Google Translate, not legally binding) Download PDF

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Publication number
ES2396862A1
ES2396862A1 ES201001303A ES201001303A ES2396862A1 ES 2396862 A1 ES2396862 A1 ES 2396862A1 ES 201001303 A ES201001303 A ES 201001303A ES 201001303 A ES201001303 A ES 201001303A ES 2396862 A1 ES2396862 A1 ES 2396862A1
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Spain
Prior art keywords
cylinder
magnets
grooves
axis
fixed
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Granted
Application number
ES201001303A
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Spanish (es)
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ES2396862B1 (en
Inventor
Fº JAVIER PORRAS VILA
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Individual
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Classifications

    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K21/00—Synchronous motors having permanent magnets; Synchronous generators having permanent magnets
    • H02K21/38—Synchronous motors having permanent magnets; Synchronous generators having permanent magnets with rotating flux distributors, and armatures and magnets both stationary

Abstract

The cylinder generator with slots is an electric power production system formed by an electric motor (1), with its axis of rotation (9), in which the two extensions or bearings (8) of the ends of the coupling are coupled. A hollow cylinder (2), which has several grooves (3) along its surface. These grooves (3) are the door that allows the magnetization of the magnets (5) of the fixed shaft (11) to pass through to the magnets with solenoid (6) of the housing (4). When the cylinder is rotated, the slots (3) allow the magnetization to pass, and then the opaque surface of the cylinder (2) prevents it. This variation in the magnetic flux exchange is what generates electricity in the alternator. There are therefore two axes: one of the axes (9) is rotary, it is the motor shaft (1). The other axis (11) is fixed and has magnets (5). Around these magnets (5), outside the cylinder (2), there are other magnets with solenoid (6). (Machine-translation by Google Translate, not legally binding)

Description

Generador de cilindro con ranuras. Cylinder generator with slots.

Objetivo de la invención Object of the invention

El principal objetivo de la presente invención es el de crear un sistema muy sencillo para generar energía eléctrica, que también puede aprovechar las características de los alternadores ya existentes en el mercado. Para esto, basta con instalar el cilindro (2) con ranuras (3), en un motor eléctrico (1), y, situar el cilindro (2) entre los imanes (5) del eje The main objective of the present invention is to create a very simple system for generating electrical energy, which can also take advantage of the characteristics of the existing alternators in the market. For this, it is enough to install the cylinder (2) with grooves (3), in an electric motor (1), and, place the cylinder (2) between the magnets (5) of the shaft

(1) y los imanes (6) con solenoide que se hallan a su alrededor. Los alternadores de coche, por ejemplo, tienen un eje con imanes que también gira por la acción de un motor eléctrico, pero, esto no impide que, por el otro extremo, se pueda añadir este cilindro (2) que gira por la acción del otro motor eléctrico (1). Y así aunque el motor original del alternador del coche, en esta invención no necesite ya moverse, el motor (1) añadido se encargará de mover el cilindro (2) con ranuras (3), y, se encargará, también, de producir la variación en el flujo magnético, que permita que se genere electricidad en las espiras en las espiras de los solenoides de los imanes (6) de la carcasa (4). (1) and solenoid magnets (6) around them. Car alternators, for example, have a shaft with magnets that also rotates by the action of an electric motor, but, this does not prevent, on the other end, this cylinder (2) that rotates by the action of the other electric motor (1). And so even if the original car alternator engine, in this invention no longer needs to move, the added engine (1) will be responsible for moving the cylinder (2) with grooves (3), and, will also be responsible for producing the variation in the magnetic flux, which allows electricity to be generated in the turns in the turns of the solenoids of the magnets (6) of the housing (4).

Antecedentes de la invención Background of the invention

El principal antecedente de esta invención es el que he propuesto hace unos años en Patente nº P200800176, titulada: ''Generador de hélices", en el que se utilizaba el mismo principio que hoy se presenta, aunque allí, la forma era algo distinta. En esa invención no se trataba de un cilindro (2) con ranuras (3), corno el de hoy, sino que se trataba de unas hélices que giraban en el interior del campo magnético existente entre los imanes sin solenoide y los imanes con solenoide. Estas hélices podían tener también, la forma de un círculo con ranuras (3), como las que hoy tiene el cilindro (2). The main antecedent of this invention is the one that I have proposed a few years ago in Patent No. P200800176, entitled: '' Propeller Generator ', in which the same principle that is presented today was used, although there, the shape was somewhat different. In that invention it was not a cylinder (2) with grooves (3), as today, but it was about propellers that rotated inside the magnetic field between magnets without solenoids and magnets with solenoids. These propellers could also have the shape of a circle with grooves (3), like the ones the cylinder has today (2).

Descripción de la invención Description of the invention

El Generador de cilindro con ranuras, es un sistema de producción de energía eléctrica que está formado, principalmente, por un cilindro (2) que tiene unas ranuras (3), que dejarán pasar la magnetización de los imanes de un eje fijo (11), - que se halla en el interior del hueco del cilindro (2) -, hacia los imanes con solenoide (6) que habrá alrededor del cilindro (2), fijos en la carcasa (4). La superficie opaca del cilindro (2) no dejará pasar esta magnetización, por lo que habrá variación o alternancia en el intercambio de flujo magnético, y, esto creará nuevas corrientes inducidas en las espiras de los solenoides. The Cylinder Generator with grooves, is an electrical energy production system that is mainly formed by a cylinder (2) that has grooves (3), which will allow the magnetization of the magnets of a fixed axis (11) , - which is inside the hollow of the cylinder (2) -, towards the solenoid magnets (6) that will be around the cylinder (2), fixed in the housing (4). The opaque surface of the cylinder (2) will not pass this magnetization, so there will be variation or alternation in the exchange of magnetic flux, and, this will create new induced currents in the turns of the solenoids.

El cilindro (2) con ranuras (3) se acopla al eje de giro (9) de un motor eléctrico, al que se fija con un tornillo (7). De esta manera, podrá ser aprovechado en un alternador de los que ya existen en el mercado. Bastará con situar el cilindro (2), con sus ranuras (3), entre los imanes del eje, y, los imanes con solenoide que se hallan a su alrededor, tal como se ha descrito en la presente invención. La figura nº 3 describe la forma ideal de este cilindro (2) con ranuras (3), para ser utilizado en los alternadores conocidos. Fecha de la invención: (30.09.10). The cylinder (2) with grooves (3) is coupled to the axis of rotation (9) of an electric motor, which is fixed with a screw (7). In this way, it can be used in an alternator of those that already exist in the market. It will be enough to place the cylinder (2), with its grooves (3), between the shaft magnets, and, the solenoid magnets that are around it, as described in the present invention. Figure 3 describes the ideal shape of this cylinder (2) with grooves (3), to be used in known alternators. Date of the invention: (30.09.10).

Descripción de las figuras Description of the figures

Figura nº 1: Vista lateral del Generador de cilindro con ranuras, en el que se aprecia la posición de todos sus elementos. A la derecha se halla el motor eléctrico (1), con su eje de giro (9), en el que se acoplan las dos extensiones (8) de los extremos del cilindro (2). Este cilindro (2) tiene varias ranuras (3) a lo largo de su superficie, que son la puerta que deja pasar la magnetización de los imanes (5) del otro eje fijo (11) hacia los imanes (6) con solenoide. Hay por tanto dos ejes, uno (9) es el del motor (1) y gira. El otro eje (11) está fijo y tiene imanes (5). Alrededor de estos imanes (5), por fuera del cilindro (2), hay otros imanes con solenoide (6). Figure 1: Side view of the Cylinder Generator with slots, in which the position of all its elements is appreciated. To the right is the electric motor (1), with its axis of rotation (9), in which the two extensions (8) of the ends of the cylinder (2) are coupled. This cylinder (2) has several grooves (3) along its surface, which are the door that allows the magnetization of the magnets (5) of the other fixed axis (11) to the magnets (6) with solenoid. There are therefore two axes, one (9) is that of the motor (1) and it rotates. The other axis (11) is fixed and has magnets (5). Around these magnets (5), outside the cylinder (2), there are other magnets with solenoid (6).

Figura nº 2: Vista frontal del sistema de la figura anterior, en el que se ve la posición del cilindro (2) entre los imanes Figure 2: Front view of the system of the previous figure, which shows the position of the cylinder (2) between the magnets

(5) del eje fijo (11), y los imanes (6) con solenoide. (5) of the fixed axis (11), and the magnets (6) with solenoid.

Figura nº 3: Vista en perspectiva del cilindro (2) con ranuras, (3), en el que sólo hay un rodamiento o una extensión de acoplamiento (8) al eje de giro (9) en uno de sus extremos. Este es el que se puede utilizar en algunos alternadores ya existentes. Sólo hay que situarlo entre las dos filas de imanes. Figure 3: Perspective view of the cylinder (2) with grooves, (3), in which there is only one bearing or a coupling extension (8) to the axis of rotation (9) at one of its ends. This is the one that can be used in some existing alternators. Just place it between the two rows of magnets.

Figuras nº 1-3: Figures 1-3:

1) one)
Motor eléctrico Electric motor

2) 2)
Cilindro con ranuras Slotted Cylinder

3) 3)
Ranuras Slots

4) 4)
Carcasa Case

5) Imanes del eje 6) Imanes con solenoide 7) Tornillo 8) Extensión del cilindro para ser acoplado al eje 5) Shaft magnets 6) Magnets with solenoid 7) Screw 8) Extension of the cylinder to be coupled to the shaft

5 9) Eje 10) Agujero para el tornillo 11) Eje fijo con imanes 5 9) Shaft 10) Screw hole 11) Fixed shaft with magnets

Descripción de un modo de realización preferido Description of a preferred embodiment

El Generador de cilindro con ranuras, está caracterizado por ser un sistema de producción de energía eléctrica. Está The Cylinder Generator with grooves is characterized as an electric power production system. This

10 formado por un motor eléctrico (1), en cuyo eje (9) se acopla un cilindro (2) con ranuras (3). Se aprecia en la figura n° 1 que este cilindro tiene unas extensiones en los dos extremos, - aunque, también se pueden poner tan sólo en uno de sus extremos, como se puede observar en la figura nº 3 -, para que se pueda acoplar cómodamente al eje de giro (9) del motor (1). Estas extensiones funcionan como rodamientos, en tanto que el cilindro (2) gira y el eje (11) en el que se acopla también por el otro extremo, no gira. Este cilindro estará formado en dos piezas longitudinales, que 10 formed by an electric motor (1), on whose axis (9) a cylinder (2) is coupled with grooves (3). It can be seen in figure 1 that this cylinder has extensions at both ends, - although, they can also be placed only at one of its ends, as can be seen in figure 3 -, so that it can be coupled comfortably to the axis of rotation (9) of the motor (1). These extensions function as bearings, while the cylinder (2) rotates and the shaft (11) in which it also engages at the other end, does not rotate. This cylinder will be formed in two longitudinal pieces, which

15 se fijarán con tornillos, y, se acoplarán al eje (9) del motor (1), también con tornillos (7). 15 will be fixed with screws, and, they will be attached to the motor shaft (9) (1), also with screws (7).

Por el otro extremo, hay otro ele (11) que está fijo en su posición. Este eje (11) no gira y está lleno de imanes (5) que sobresalen de él, tal como se hallan en el eje de un alternador conocido. En la figura nº 2 se aprecia la posición del cilindro (2) con ranuras (3) en el espacio que hay entre los imanes (5) del eje fijo (11) y los imanes con solenoide (6) que se encuentran a su alrededor, fijados en la carcasa (4). At the other end, there is another ele (11) that is fixed in position. This shaft (11) does not rotate and is full of magnets (5) protruding from it, just as they are on the shaft of a known alternator. Figure 2 shows the position of the cylinder (2) with grooves (3) in the space between the magnets (5) of the fixed shaft (11) and the magnets with solenoid (6) that are around , fixed to the housing (4).

Claims (1)

REIVINDICACIONES 1. Generador de cilindro con ranuras, caracterizado por ser un sistema de producción de energía eléctrica. Está formado por un motor eléctrico (1), en cuyo eje (9) se acopla un cilindro (2) con ranuras (3). Este cilindro tiene unos rodamientos o unas extensiones en los dos extremos, - aunque, también puede tener, tan sólo, una extensión en 1. Cylinder generator with grooves, characterized by being an electric power production system. It is formed by an electric motor (1), on whose axis (9) a cylinder (2) is coupled with grooves (3). This cylinder has bearings or extensions at both ends - although, it can also have only one extension in 5 uno de sus extremos -, para que se pueda acoplar cómodamente al eje de giro (9) del motor (1). Estas extensiones son también rodamientos. Este cilindro está formado en dos piezas longitudinales, que se fijan con tornillos, y, se acoplan al eje giratorio (9) del motor (1), también con tornillos (7). Por el otro extremo, hay otro eje (11) que está fijo en su posición. Este eje (11) está lleno de imanes (5) que sobresalen de él. La posición del cilindro (2) con ranuras 5 one of its ends -, so that it can be comfortably coupled to the axis of rotation (9) of the motor (1). These extensions are also bearings. This cylinder is formed in two longitudinal pieces, which are fixed with screws, and, are coupled to the rotating shaft (9) of the motor (1), also with screws (7). At the other end, there is another axis (11) that is fixed in position. This shaft (11) is full of magnets (5) protruding from it. The position of the cylinder (2) with grooves (3) se determina en el espado que hay entre los imanes (5) del eje fijo (11) y los imanes con solenoide (6) que se 10 encuentran a su alrededor, fijados en la carcasa (4). (3) is determined in the sword between the magnets (5) of the fixed axis (11) and the magnets with solenoid (6) that are around them, fixed in the housing (4).
ES201001303A 2010-10-04 2010-10-04 CYLINDER GENERATOR WITH SLOTS. Active ES2396862B1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
ES201001303A ES2396862B1 (en) 2010-10-04 2010-10-04 CYLINDER GENERATOR WITH SLOTS.

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
ES201001303A ES2396862B1 (en) 2010-10-04 2010-10-04 CYLINDER GENERATOR WITH SLOTS.

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ES2396862A1 true ES2396862A1 (en) 2013-02-28
ES2396862B1 ES2396862B1 (en) 2014-01-07

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2684513A1 (en) * 2017-03-29 2018-10-03 Francisco Javier Porras Vila Electric generator, transmission with axis-perimeter, between pinion and crown (Machine-translation by Google Translate, not legally binding)

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB1196213A (en) * 1968-04-30 1970-06-24 Alexandr Sergeevich Kurakin Low-Speed Synchronous Electric Motor
US4829205A (en) * 1987-12-04 1989-05-09 Lindgren Theodore D Dual-rotary induction motor with stationary field winding

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB1196213A (en) * 1968-04-30 1970-06-24 Alexandr Sergeevich Kurakin Low-Speed Synchronous Electric Motor
US4829205A (en) * 1987-12-04 1989-05-09 Lindgren Theodore D Dual-rotary induction motor with stationary field winding

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2684513A1 (en) * 2017-03-29 2018-10-03 Francisco Javier Porras Vila Electric generator, transmission with axis-perimeter, between pinion and crown (Machine-translation by Google Translate, not legally binding)

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