ES2420518B1

ES2420518B1 - Discontinuous conductor cable, with nodes

Info

Publication number: ES2420518B1
Application number: ES201200179A
Authority: ES
Inventors: Fº JAVIER PORRAS VILA
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-02-22
Filing date: 2012-02-22
Publication date: 2015-01-30
Anticipated expiration: 2032-02-22
Also published as: ES2420518A2; ES2420518R1

Abstract

Cable conductor discontinuo con nodos, fabricado con un material conductor como el cobre o la plata. La máquina empuja material conductor hacia un agujerito para formar hilo conductor, pero también añade un dispositivo que se abre y se cierra, acumulando material conductor, pero cada cierto tiempo comprime el material para formar un hilo de cobre o de plata. En el abandono de la comprensión se forman los nodos.#De esta manera se obtiene un cable un nodos, abultamientos o bolas.Discontinuous conductor cable with nodes, made of a conductive material such as copper or silver. The machine pushes conductive material towards a hole to form conductive thread, but also adds a device that opens and closes, accumulating conductive material, but every so often it compresses the material to form a copper or silver wire. In the abandonment of understanding nodes are formed. # In this way a cable is obtained a nodes, bulges or balls.

Description

CABLE CONDUCTOR DISCONTINUO, CON NODOS OBJETIVO DE LA INVENCIÓN DISCONTINUOUS DRIVER CABLE, WITH NODES OBJECTIVE OF THE INVENTION

El principal objetivo de la presente invención es la de conseguir un nuevo cable de material conductor (1-3) que, a la vez que conduce la corriente eléctrica, sirva, al mismo tiempo, para aumentar los valores de la Intensidad y del Voltaje de esa misma corriente, funcionando así como-un Generador Eléctrico. The main objective of the present invention is to obtain a new cable of conductive material (1-3) that, at the same time that conducts the electric current, serves, at the same time, to increase the Intensity and Voltage values of that same current, functioning as well-an Electric Generator.

ANTECEDENTESDE LA INVENCIÓN BACKGROUND OF THE INVENTION

Hasta la fecha, el cable conductor de un circuito eléctrico ha sido siempre un segmento de cobre continuo que se ha ido formando en la salida del cobre ardiente a través del agujerito de una máquina que 10 ha empujado hacia ese agujerito. To date, the conductor wire of an electrical circuit has always been a segment of continuous copper that has been formed at the exit of the burning copper through the hole of a machine that has pushed towards that hole.

En la presente invención, este cable deja de ser continuo para formar nodos discontinuos (2, 3), en cada segmento de cable (1). La máquina que lo forme, en esta ocasión no se va a limitar a empujar el cobre, -o, el material conductor del que se trate en cada caso-, hacia el agujerito, ya que tendrá que añadir un dispositivo que se abra y se cierre, comprimiendo el cobre cada cierto tiempo, de manera que esta compresión fonnará el estrechamiento del cable (1), y, el abandono de la compresión formará los nodos (2, 3). In the present invention, this cable ceases to be continuous to form discontinuous nodes (2, 3), in each cable segment (1). The machine that forms it, this time it will not be limited to pushing the copper, -or, the conductive material in question in each case-, towards the hole, since you will have to add a device that opens and is close, compressing the copper from time to time, so that this compression will cause the cable to narrow (1), and the abandonment of compression will form the nodes (2, 3).

DESCRIPCIÓN DE LA INVENCIÓN DESCRIPTION OF THE INVENTION

El Cable conductor discontinuo con nodos, es el elemento fundamental de un circuito eléctrico que, en esta ocasión, no se va a limitar a conducir la electricidad entre los distintos componentes del circuito, sino que, además, va a funcionar como un generador eléctrico, en la medida en que su fonna especial, -que crea nodos discontinuos (2,3)-, hace que, la corriente, experimente un ascenso de sus valores eléctricos en cada uno de los nodos (2, 3), -Ó, bolas (5)-, que encuentra a su paso. Este Cable (1-3) Discontinuo, por tanto, forma unos nodos (2,3), o abultamientos, cada cierto segmento de cable (1), y, esto implica que, en cada uno de estos nodos (2, 3), la corriente va a elevar sus valores característicos, en tanto que va a encontrar un mayor número de átomos en su recorrido discontinuo, -o sea, en cada uno de los nodos (2, 3)-, lo que va a aumentai su Intensidad y su Voltaje en cada uno de ellos. De esta manera, en la entrada de cada nodo (2, 3), los valores de la corriente serán menores que en la salida del mismo. En el nodo siguiente ocurrirá lo mismo, y, en el siguiente también, etc... con lo que, en poco recorrido del cable, la corriente habrá The discontinuous conductor cable with nodes, is the fundamental element of an electrical circuit that, on this occasion, is not going to be limited to conduct electricity between the different components of the circuit, but, in addition, it will work as an electric generator, insofar as its special source, - which creates discontinuous nodes (2,3) -, causes the current to experience an increase in its electrical values in each of the nodes (2, 3), -OR, balls (5) -, which is in its path. This Discontinuous Cable (1-3), therefore, forms some nodes (2,3), or bulges, each certain cable segment (1), and, this implies that, in each of these nodes (2, 3) , the current will raise its characteristic values, while it will find a greater number of atoms in its discontinuous path, - that is, in each of the nodes (2, 3) -, which will increase its Intensity and its Voltage in each of them. In this way, at the input of each node (2, 3), the values of the current will be lower than at the output of it. In the next node the same will happen, and, in the next one too, etc ... with which, in a short cable run, the current will be

aumentado lo suficiente como para que su función sea equivalente a la que tiene un Solenoide en un Generador Eléctrico. Y, si además, formamos un Solenoide arrollando en espiras a este Cable discontinuo con nodos (1 -3), aún estaremos aumentando mucho más los valores de la corriente, lo que convierte a este cable (1-3) en algo óptimo para la generación de corrientes inducidas, que se puedan almacenar en una batería, o, que se puedan enviar hacia la red eléctrica general, ya que uno sólo de estos Solenoides produciría la misma energía eléctrica que seis-o siete de los Solenoides conocidos, formados con cable continuo y sin nodos. Fecha de la invención: (22.02.12) increased enough that its function is equivalent to that of a Solenoid in an Electric Generator. And, if we also form a Solenoid winding this discontinuous Cable with nodes (1 -3), we will still be increasing the current values much more, which makes this cable (1-3) something optimal for generation of induced currents, which can be stored in a battery, or, that can be sent to the general power grid, since only one of these Solenoids would produce the same electrical energy as six-or seven of the known Solenoids, formed with cable continuous and without nodes. Date of the invention: (22.02.12)

DESCRIPCIÓN DE LAS FIGURAS DESCRIPTION OF THE FIGURES

Figura n° 1: Vista lateral de un cable (l)conductor que forma nodos (2,3) de distinto volumen. Los nodos (2) de la izquierda tienen menor volumen que los nodos (3) de la derecha. Esta misma figura sirve, también, para describir la forma de los caminos de plata que se pueden grabar en las placas electrónicas. Figure 1: Side view of a conductor cable (l) forming nodes (2,3) of different volume. The nodes (2) on the left have smaller volume than the nodes (3) on the right. This same figure also serves to describe the shape of the silver paths that can be engraved on electronic boards.

Figura n° 2: Vista lateral de un Solenoide (;on un núcleo (4) de hierro dulce laminado en su hueco, que está formado por este tipo de cable de cobre discontinuo que forma nodos (12). Figure 2: Side view of a Solenoid (; on a core (4) of sweet iron rolled in its recess, which is formed by this type of discontinuous copper cable that forms nodes (12).

Figura n° 3: Vista lateral de la forma varialnte de este cable discontinuo, formado ahora por bolas de cobre (5), unidas por segmentos de cable conductor (1). Figure 3: Side view of the varial form of this discontinuous cable, now formed by copper balls (5), joined by conductor cable segments (1).

Figura n° 1-3: Figure 1-3:

1) Cable conductor 2) Nodos pequeños 3) Nodos grandes 4) Núcleo de hierro dulce laminado 5) Bolas del material del cable conductor 1) Conductive cable 2) Small nodes 3) Large nodes 4) Laminated soft iron core 5) Conductor cable material balls

DESCRiPCIÓN DE UN MODO DE REALIZA!CIÓN PREFERiDO DESCRiPTION OF A MODE OF PREFERRED PERFORMANCE

El Cable conductor discontinuo con nodos, está caracterizado por ser un elemento fundamental en los circuitos eléctricos y electronico"s, que eleva los valores de la corriente eléctrica por el simple hecho de que ésta atraviese el cable. Este conductor se forma con un material como el cobre, que es el que se utiliza habitualmente, o. con cualquier otro material conductor, como la plata, que se ve habitualmente en algunas placas electrónicas. The discontinuous conductor cable with nodes, is characterized by being a fundamental element in the electrical and electronic circuits "s, which raises the values of the electric current by the simple fact that it crosses the cable. This conductor is formed with a material such as copper, which is what is commonly used, or with any other conductive material, such as silver, which is usually seen on some electronic boards.

Este cable se fonna con segmentos de cable (1) que se prolongan fonnando nodos This cable is connected with cable segments (1) that extend by connecting nodes

, ,

discontinuos (2, 3). En la variante, -figura n° 3-, se juntan bolas (5) del mismo material conductor, con segmentos de cable (1). Este Cable discontinuo con nodos (1-3) puede formar parte en la fabricación de todos los componentes típicos de los circuitos eléctricos, como son, principalmente, los Solenoides, algunas Resistencias, los Reostatos, etc ... así como en Motores Eléctricos, Genera.dores Eléctricos, Voltímetros, Amperímetros y todo tipo de máquinas eléctricas y electrónic:as, como las que son más características en la Infonnática, sean los Ordenadores, y, todos los componentes relacionados con ellos, etc ... discontinuous (2, 3). In the variant, Figure 3-, balls (5) of the same conductive material are joined, with cable segments (1). This discontinuous cable with nodes (1-3) can be part of the manufacture of all the typical components of the electrical circuits, such as, mainly, the Solenoids, some Resistances, the Rheostats, etc ... as well as in Electric Motors, Electric Generators, Voltmeters, Ammeters and all kinds of electrical and electronic machines: as, as those that are more characteristic in the Infonnática, are the Computers, and, all the components related to them, etc ...

Este Cable discontinuo con nodos (1-3), también se puede inscribir en las Placas Electrónicas, fonnando los típicos caminos de Plata que, ahora, podrán tener esta fonna del Cable discontinuo con nodos que será la misma que se puede contemplar en la figura nO 1, aunque tengan, o no, cierto volumen. This discontinuous Cable with nodes (1-3), can also be registered in the Electronic Boards, linking the typical Silver paths that, now, may have this discontinuous Cable with nodes that will be the same as can be seen in the figure # 1, even if they have, or not, a certain volume.

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Claims

1) Continuous conductor cable with nodes, characterized by being a funnual element in the electrical and electronic circuits for the conduction of the electric current. This

The conductor is formed with a material such as copper, because it is the one that is commonly used, or, with any other conductive material, such as silver, which is usually seen on many electronic boards. This conductor is formed with cable segments (1) of the conductive material, which extend forming discontinuous nodes (2, 3), which are bulges, -o. balls (5) -formed with the same material as the cable segments 10

(one). In the variant, balls (5) of the same conductive material are joined with the cable segments (1). This discollltinuous cable with nodes (1-3) can be part of the manufacture of all the typical components of electrical circuits, such as, mainly, Solenoids, some R (: systems, Rheostats, etc ... as well as in 15 Electric Motors, Electric Generators, Voltmeters, Ammeters and all kinds of electrical and electronic machines, such as those that are more characteristic in Computing, such as Computers and all components related to them, etc ... This discontinuous Cable with nodes ( 1-3), you can also register in the Electronic Boards, forming the typical Silver paths that, now, may have this same Cable shape

discontinuous with nodes (1-3), even if they have () no, a certain volume.

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