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WO2019115852A1 - Electronic spinning top - Google Patents

Electronic spinning top Download PDF

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Publication number
WO2019115852A1
WO2019115852A1 PCT/ES2018/070792 ES2018070792W WO2019115852A1 WO 2019115852 A1 WO2019115852 A1 WO 2019115852A1 ES 2018070792 W ES2018070792 W ES 2018070792W WO 2019115852 A1 WO2019115852 A1 WO 2019115852A1
Authority
WO
WIPO (PCT)
Prior art keywords
feeder
motor
support
cover
spinning top
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/ES2018/070792
Other languages
Spanish (es)
French (fr)
Inventor
Miguel LOZANO IBÁÑEZ
Carlos Romero Tartaj
Antonio SORRIBES FURIÓ
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Publication of WO2019115852A1 publication Critical patent/WO2019115852A1/en
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

Links

Classifications

    • AHUMAN NECESSITIES
    • A63SPORTS; GAMES; AMUSEMENTS
    • A63HTOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H1/00Tops
    • A63H1/06Tops with integral winding devices
    • AHUMAN NECESSITIES
    • A63SPORTS; GAMES; AMUSEMENTS
    • A63HTOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H1/00Tops
    • A63H1/12Whip tops; Top whips

Definitions

  • the present invention relates to an electronic top comprising a body and a lid, which can rotate independently, according to two different angular moments, by means of an electric motor.
  • This new structure produces an optical effect not achieved to date in the tops.
  • top can be used according to the traditional way, throwing it by means of a rope or similar to make it spin.
  • the invention provides a new top that incorporates inside a motor to which a current is applied from a battery, preferably rechargeable, to produce the rotation and angular acceleration of the spinning top, so that it is rotated so automatic
  • the top of the invention comprises a body and a shape cap that the engine provides different angular moments to the lid and body.
  • the spinning top of the invention is characterized in that it comprises a body and a lid that are configured to be able to rotate independently of one another.
  • the body of the top is configured to house a support inside it, which in turn is fixed to the lid, but also the possibility that it could be fixed to the body is contemplated.
  • a motor is fixed in the support, whose axis is integral with the body, in the case in which the support is fixed to the cover, and in the case in which the support is fixed to the body, the motor shaft is integral of the lid, so that in either case, when the motor rotates, the element to which its axis, body or cover is fixed is rotated, and the rotation of the shaft also causes the motor to cause the rotation of the motor.
  • support together with the element to which the support, cover or body is fixed, so that in both cases the rotation of the lid and the body with different angular speeds takes place. This configuration produces an optical effect that has not yet been achieved.
  • the invention comprises a feeder that can be integrated in the top or be independent of the top.
  • the electric feeder is independent of the top, it is provided that the electric feeder and the top are provided with separable attachment means.
  • the feeder comprises an ergonomic housing configured to be supported with one hand.
  • the feeder comprises a battery, by which it provides the operating current to the motor.
  • the battery is rechargeable.
  • the attachment means of the top and feeder comprise a magnet and a metal part, which are joined together by approximation.
  • the magnet may be provided in the lid or in the holder, which is accessed through an opening in the lid, and the metal part in the feeder, or the magnet may be included in the feeder and the metal part in the lid or in the holder, which is accessed through an opening in the lid.
  • the feeder comprises a displaceable element, configured so that its action produces its displacement, which determines the separation between the feeder and the top, for which the lower end of the displaceable element presses against the surface of the lid, or against the support (according to the different configurations commented) through the opening made in the lid, producing the commented separation of both elements.
  • the movable element is assisted by an elastic element, by means of which said movable element is kept in rest position, so that in this position it allows the union between the feeder and the top, and by means of which, after performing the separation of the feeder of the spinning top, the elastic element moves the displaceable element to the initial resting position, being ready for a new coupling to a spinning top.
  • the displaceable element comprises a push button, which facilitates the displacement of the movable element.
  • the invention provides that the metal part and the magnet constitute a connection pole with the motor.
  • the other pole connecting the feeder to the motor is a brush provided in the feeder. This brush contacts the surface of the cover, for which the cover is metal in nature, and to which a pole of the motor is connected.
  • the feeder comprises a first coil that is connected to the battery to induce a current in a second coil connected to the motor, so that the motor supply is performed by magnetic induction.
  • the feeder can be included in the spinning top or be independent.
  • the separable joining means described do not exist. Since the supply current to the motor is applied by induction, it is not necessary that there is contact between the feeder and the top to feed the motor.
  • this fixing is carried out by means of anchoring pawls provided in the cover, which are inserted in slots provided with the support.
  • the configuration of the body and top of the top have a conventional conventional exterior configuration, so that their use is also allowed in a conventional manner, that is by throwing it by means of a rope or the like to rotate it, for example when you run out of battery or just when you want to play the classic way.
  • the attachment means of the top and feeder comprise a magnet, which may be provided in the lid or in the support, it has been provided that one of the ends of the rope is provided with a metal element that when approaching the magnet, are joined, which avoids having to bend down to make the collection of the top or also allows to move it to another place where you can release again with a simple movement or hit on the rope, while it is spinning.
  • Figure 1 is an exploded front view of an exemplary embodiment of the spinning top of the invention.
  • Figure 2 is a top perspective view of the motor support and cover.
  • Figure 3 is a top perspective view of the housing of the electronic feeder.
  • Figure 4 is a view of the displaceable element included in the housing of the electric feeder, by means of which separation is carried out respecting the top of the top.
  • Figure 5 is a view of the spinning top of figure 1, in which the location of the elements that are arranged inside it is shown in broken lines.
  • FIG. 6 is a schematic representation of another possible embodiment of the invention in which the power supply of the motor is carried out by magnetic induction.
  • the top comprises a body 1 and a cover 2, configured to be able to rotate independently of one another, by activating a DC motor 3, as described below.
  • the motor 3 is fixed in a support 4, which includes slots 5 into which are inserted pawls 6 provided in the cover 2, so that the support 4 and motor 3 are fixed to the cover 2.
  • the body 1 is configured to house the support and motor inside.
  • the end of the axis 7 of the motor 3 is inserted in the lower end of the body 1, aligned with the tip 8 of the top, so that when the axis 7 rotates, the angular displacement of the body 1 occurs. of the motor 3, the body 9 of the motor 3 tends to rotate in the opposite direction, so that it induces an angular displacement to the support 4 that drags in its movement to the cover 2, so that the cap and the body of the spinning top rotate independently one of the other, providing two different angular moments, achieving a new optical effect of spinning the top.
  • the invention comprises an electric feeder 10, which is provided with a housing 11, ergonomically designed to allow its holding with one hand, and inside which houses a battery 12, by which applies the current to the motor to produce its rotation.
  • the poles of the battery 12 are connected to a metal part 13 and a brush 14, both provided in the base of the housing 11.
  • the cover 2 has a metallic annular configuration to the that one of the motor poles is connected.
  • the support 4 is provided with a magnet 15, preferably neodymium, arranged in correspondence with the opening 16 of the lid 2 of annular configuration, in which when the metal piece 13 of the feeder 10 is brought together, the connection between magnet 15 and metallic piece 13 and consequently the connection between the feeder and the top is made, situation in which the brush 14, contacts the metal surface of the cover 2, which determines that the motor 3 is powered by the battery 12. In this situation the axis 7 of the engine 3 starts to turn, producing the independent turns of the lid and body as described.
  • the cover 2 could not include the opening 16 and instead include the magnet 15 isolated from the rest of the cover 2, to perform the same function mentioned.
  • the feeder 10 comprises a displaceable element, which in the example is provided with a rod 17 assisted by an elastic element 21, which keeps the rod in its upper position, which makes it possible to connect the metal part 13 to the magnet 15. , as described, producing the rotation of the motor 3 and its axis 7.
  • the rod 17 includes at its upper end a button 18, so that when the angular velocity is reached maximum rotation of the axis 7 of the motor 3, the feeder 10 must be uncoupled from the top, which is performed by the actuation of said push button 18, which displaces the rod 17, whose end presses against the magnet 15 providing separation from the feeder with respect to the spinning top, the feeding of the motor 3 being disconnected, a situation in which the body and lid are kept rotating independently on the surface in which the top of the feeder is released. This rotation is maintained by the inertia provided by the rotation of the motor.
  • the support 4 is fixed to the cover 2 and the axis 7 of the engine 3 to the body 1, but the invention also contemplates the possibility of instead of these fixings, the support 4 being fixed to the interior of the body 1 and the shaft 7 from engine 3 to cover 2, achieving the same functionality as was described.
  • FIG 6 shows another example of embodiment in which the power supply of the motor 3 is carried out by magnetic induction, for which a feeder 10a is provided in which the battery 12 is connected to a first coil 19 which is housed in the the interior of the housing 11a in the area of the base, and the cover 2 comprises a second coil 20 which is connected to the poles of the motor 3, so that the first coil 19 generates a magnetic field which when approaching the second coil 20 generates a current that supplies the motor 3.
  • the feeder 10a it is not required that the feeder 10a have the movable element, since it is sufficient to move the first coil 19 away from the second coil 20 to make the feeder independent of the top.
  • the external configuration of the body 1 and of the cover 2 is of conventional type, so that its use is also allowed in a conventional manner, that is to say by throwing it by means of a rope or the like to turn it.
  • the user is allowed to use the spinning top, for example when he runs out of battery or simply when he wants to play by throwing it in a conventional way.
  • the means for joining the top and feeder comprise a magnet 15, which can be provided in the lid or in the support, it is provided that one of the ends of the cord comprises a metallic element that when approaching the magnet 15, are joined, so that you avoid having to bend down to make the collection of the top or also allows you to move the top to another place while keeping turning, so that you can re-release the top with a simple movement or hit on the rope.

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Abstract

The invention relates to an electronic spinning top, characterised in that it comprises a body (1) and a cover (2), designed to rotate independently of one another. The body (1) houses a support (4) which is firmly attached to the cover (2) or the body (1). A motor is attached inside the support. When the support is attached to the cover, the shaft of the motor is solidly connected to the body, and, when the support is attached to the body, the shaft of the motor is solidly connected to the cover, such that, in both cases, when the motor rotates, the element to which the shaft is attached is rotated, and, in addition, the rotation of the shaft also causes the support to rotate together with the element to which the support is attached. In this way, in both cases, the cover and the body are rotated with different angular velocities. The invention also comprises a power supply (10) that can be separated from the spinning top such as to detach therefrom when the body and cover are rotating.

Description

PEONZA ELECTRÓNICA  ELECTRONIC PEONZA

DESCRIPCIÓN DESCRIPTION

Objeto de la invención Object of the invention

La presente invención se refiere a una peonza electrónica que comprende un cuerpo y una tapa, que pueden girar de forma independiente, según dos momentos angulares diferentes, mediante un motor eléctrico. Esta estructura nueva produce un efecto óptico no conseguido hasta la fecha en las peonzas.  The present invention relates to an electronic top comprising a body and a lid, which can rotate independently, according to two different angular moments, by means of an electric motor. This new structure produces an optical effect not achieved to date in the tops.

Es otro objeto de la invención el dotar a la peonza de un alimentador eléctrico, que pueda ser independizable de la peonza, para proporcionar la corriente de funcionamiento del motor, de forma que cuando las dos partes de dicha peonza estén girando pueda desprenderse el alimentador de la peonza para que siga girando sobre la superficie en la que se deje caer. It is another object of the invention to provide the top with an electric feeder, which may be independent of the top, to provide the operating current of the motor, so that when the two parts of said top are rotating the feeder can be detached from the top. the top so that it keeps turning on the surface in which it is dropped.

Además la peonza puede ser utilizada según la forma tradicional, lanzándola mediante una cuerda o similar para hacerla girar. In addition the top can be used according to the traditional way, throwing it by means of a rope or similar to make it spin.

Antecedentes de la invención BACKGROUND OF THE INVENTION

En el estado de la técnica cabe citar el modelo de utilidad con número de publicación ES 0173354 que describe un mango que está dotado de un motor para accionar una peonza.  In the state of the art, the utility model with publication number ES 0173354 which describes a handle that is equipped with a motor for operating a top is mentioned.

En este sentido también puede citarse el modelo de utilidad con número de publicación ES 10464345, en el que se describe la activación de una peonza mediante un motor externo a la peonza. In this sense, the utility model with publication number ES 10464345 can also be cited, in which the activation of a spinning top by means of an external motor to the spinning top is described.

En ninguno de los documentos citados se describe una peonza que incorpore un motor con el objetivo de poder aplicarle corriente para producir el giro y aceleración angular de la peonza. In none of the cited documents is described a spinning top that incorporates a motor with the aim of being able to apply current to produce the rotation and angular acceleration of the spinning top.

Por ello, la invención proporciona una nueva peonza que incorpora en su interior un motor al que se le aplica una corriente desde una batería, preferentemente recargable, para producir el giro y aceleración angular de la peonza, de forma que se la hace girar de forma automática. Además la peonza de la invención comprende un cuerpo y una tapa de forma que el motor proporciona diferentes momentos angulares a la tapa y al cuerpo. Therefore, the invention provides a new top that incorporates inside a motor to which a current is applied from a battery, preferably rechargeable, to produce the rotation and angular acceleration of the spinning top, so that it is rotated so automatic In addition, the top of the invention comprises a body and a shape cap that the engine provides different angular moments to the lid and body.

Descripción de la invención Description of the invention

Para conseguir los objetivos anteriormente comentados, la peonza de la invención se caracteriza novedosamente por que comprende un cuerpo y una tapa que están configurados para poder girar independientemente uno respecto del otro. Además el cuerpo de la peonza está configurado para alojar en su interior un soporte que, a su vez, está fijado a la tapa, pero también se contempla la posibilidad de que pudiera estar fijado al cuerpo.  To achieve the aforementioned objectives, the spinning top of the invention is characterized in that it comprises a body and a lid that are configured to be able to rotate independently of one another. In addition, the body of the top is configured to house a support inside it, which in turn is fixed to the lid, but also the possibility that it could be fixed to the body is contemplated.

A su vez en el soporte está fijado un motor, cuyo eje es solidario del cuerpo, en el caso en el que el soporte esté fijado a la tapa, y en el caso en el que el soporte esté fijado al cuerpo el eje del motor es solidario de la tapa, de manera que en cualquiera de los dos casos, cuando gire el motor se produce el giro del elemento al que está fijado su eje, cuerpo o tapa, y el giro del eje además hace que el motor induzca el giro del soporte junto con el elemento al que está fijado el soporte, tapa o cuerpo, de forma que en ambos casos se produce el giro de la tapa y del cuerpo con diferentes velocidades angulares. Esta configuración produce un efecto óptico hasta ahora no logrado. A motor is fixed in the support, whose axis is integral with the body, in the case in which the support is fixed to the cover, and in the case in which the support is fixed to the body, the motor shaft is integral of the lid, so that in either case, when the motor rotates, the element to which its axis, body or cover is fixed is rotated, and the rotation of the shaft also causes the motor to cause the rotation of the motor. support together with the element to which the support, cover or body is fixed, so that in both cases the rotation of the lid and the body with different angular speeds takes place. This configuration produces an optical effect that has not yet been achieved.

Para proporcionar una corriente al motor y producir su giro, la invención comprende un alimentador que puede estar integrado en la peonza o ser independiente de la peonza. To provide a current to the motor and produce its rotation, the invention comprises a feeder that can be integrated in the top or be independent of the top.

En el caso en el que el alimentador eléctrico sea independiente de la peonza, se prevé que el alimentador eléctrico y la peonza estén dotados de medios de unión separables. En este caso el alimentador comprende una carcasa ergonómica configurada para soportarse con una mano. In the case where the electric feeder is independent of the top, it is provided that the electric feeder and the top are provided with separable attachment means. In this case the feeder comprises an ergonomic housing configured to be supported with one hand.

Además, en cualquiera de los casos el alimentador comprende una batería, mediante la que proporciona la corriente de funcionamiento al motor. En la realización preferente la batería es recargable. In addition, in either case the feeder comprises a battery, by which it provides the operating current to the motor. In the preferred embodiment the battery is rechargeable.

Los medios de unión de la peonza y alimentador comprenden un imán y una pieza metálica, que se unen entre sí por aproximación. Para realizar esta función, el imán puede estar previsto en la tapa o en el soporte, al que se accede a través de una abertura de la tapa, y la pieza metálica en el alimentador, o el imán puede estar incluido en el alimentador y la pieza metálica en la tapa o en el soporte, al que se accede a través de una abertura de la tapa. Además el alimentador comprende un elemento desplazable, configurado para que su actuación produzca su desplazamiento, lo que determina la separación entre el alimentador y la peonza, para lo que el extremo inferior del elemento desplazable presiona contra la superficie de la tapa, o contra el soporte (según las diferentes configuraciones comentadas) a través de la abertura practicada en la tapa, produciendo la separación comentada de ambos elementos. El elemento desplazable está asistido por un elemento elástico, mediante el cual se mantiene a dicho elemento desplazable en posición de reposo, de forma que en esta posición permite la unión entre el alimentador y la peonza, y mediante el cual, tras realizar la separación del alimentador de la peonza, el elemento elástico desplaza al elemento desplazable a la posición inicial de reposo, quedando listo para un nuevo acoplamiento a una peonza. Además el elemento desplazable comprende un pulsador, que facilita el desplazamiento del elemento desplazable. The attachment means of the top and feeder comprise a magnet and a metal part, which are joined together by approximation. To perform this function, the magnet may be provided in the lid or in the holder, which is accessed through an opening in the lid, and the metal part in the feeder, or the magnet may be included in the feeder and the metal part in the lid or in the holder, which is accessed through an opening in the lid. Furthermore, the feeder comprises a displaceable element, configured so that its action produces its displacement, which determines the separation between the feeder and the top, for which the lower end of the displaceable element presses against the surface of the lid, or against the support (according to the different configurations commented) through the opening made in the lid, producing the commented separation of both elements. The movable element is assisted by an elastic element, by means of which said movable element is kept in rest position, so that in this position it allows the union between the feeder and the top, and by means of which, after performing the separation of the feeder of the spinning top, the elastic element moves the displaceable element to the initial resting position, being ready for a new coupling to a spinning top. Furthermore, the displaceable element comprises a push button, which facilitates the displacement of the movable element.

La invención prevé que la pieza metálica y el imán constituyan un polo de conexión con el motor. El otro polo de conexión del alimentador con el motor, lo constituye una escobilla prevista en el alimentador. Esta escobilla contacta con la superficie de la tapa, para lo que la tapa es de naturaleza metálica, y a la que está conectado un polo del motor. The invention provides that the metal part and the magnet constitute a connection pole with the motor. The other pole connecting the feeder to the motor is a brush provided in the feeder. This brush contacts the surface of the cover, for which the cover is metal in nature, and to which a pole of the motor is connected.

En una realización de la invención, el alimentador comprende una primera bobina que está conectada a la batería para inducir una corriente en una segunda bobina conectada al motor, de forma que la alimentación del motor se realiza por inducción magnética. En este caso el alimentador puede estar incluido en la peonza o ser independiente. En cualquiera de los casos no existen los medios de unión separables descritos. Ya que la corriente de alimentación al motor se aplica por inducción, por lo que no es necesario que exista contacto entre el alimentador y la peonza para alimentar al motor. In an embodiment of the invention, the feeder comprises a first coil that is connected to the battery to induce a current in a second coil connected to the motor, so that the motor supply is performed by magnetic induction. In this case the feeder can be included in the spinning top or be independent. In any of the cases, the separable joining means described do not exist. Since the supply current to the motor is applied by induction, it is not necessary that there is contact between the feeder and the top to feed the motor.

En el caso en el que la tapa esté fijada al cuerpo, esta fijación se realiza mediante unas uñetas de anclaje previstas en la tapa, que se insertan en unas ranuras previstas el soporte. In the case in which the cover is fixed to the body, this fixing is carried out by means of anchoring pawls provided in the cover, which are inserted in slots provided with the support.

En una realización de la invención, la configuración del cuerpo y de la tapa de la peonza, presentan una configuración exterior convencional clásica, de manera que también se permite su uso de forma convencional, es decir lanzándola mediante una cuerda o similar para hacerla girar, por ejemplo cuando se queda sin batería o simplemente cuando se desee jugar de la forma clásica. Además, dado que los medios de unión de la peonza y alimentador comprenden un imán, que puede estar previsto en la tapa o en el soporte, se ha previsto que uno de los extremos de la cuerda esté dotado de un elemento metálico que al aproximarlo al imán, se unen, lo que evita tener que agacharse para realizar la recogida de la peonza o también permite poder desplazarla a otro lugar en el que se puede volver a soltar con un simple movimiento o golpe en la cuerda, mientras se encuentra girando. In an embodiment of the invention, the configuration of the body and top of the top have a conventional conventional exterior configuration, so that their use is also allowed in a conventional manner, that is by throwing it by means of a rope or the like to rotate it, for example when you run out of battery or just when you want to play the classic way. In addition, since the attachment means of the top and feeder comprise a magnet, which may be provided in the lid or in the support, it has been provided that one of the ends of the rope is provided with a metal element that when approaching the magnet, are joined, which avoids having to bend down to make the collection of the top or also allows to move it to another place where you can release again with a simple movement or hit on the rope, while it is spinning.

Descripción de las figuras Description of the figures

Para completar la descripción y con objeto de ayudar a una mejor comprensión de las características del invento, se acompaña a esta memoria descriptiva, como parte integrante de la misma, un conjunto de figuras en dónde con carácter ilustrativo y no limitativo, se ha representado lo siguiente:  To complete the description and in order to help a better understanding of the characteristics of the invention, this descriptive report is accompanied, as an integral part of the same, a set of figures where, with an illustrative and non-limiting character, the following:

La figura 1 es una vista frontal en explosión de un ejemplo de realización de la peonza de la invención. Figure 1 is an exploded front view of an exemplary embodiment of the spinning top of the invention.

La figura 2 es una vista en perspectiva superior del soporte del motor y tapa. Figure 2 is a top perspective view of the motor support and cover.

La figura 3 es una vista en perspectiva superior de la carcasa del alimentador electrónico. Figure 3 is a top perspective view of the housing of the electronic feeder.

La figura 4 es una vista del elemento desplazable incluido en la carcasa del alimentador eléctrico, mediante el que se realiza la separación respeto de la tapa de la peonza. Figure 4 is a view of the displaceable element included in the housing of the electric feeder, by means of which separation is carried out respecting the top of the top.

La figura 5 es una vista de la peonza de la figura 1 , en la que se ha representado a trazos la ubicación de los elementos que están dispuestos en su interior. Figure 5 is a view of the spinning top of figure 1, in which the location of the elements that are arranged inside it is shown in broken lines.

La figura 6 es una representación esquemática de otro posible ejemplo de realización de la invención en el que la alimentación del motor se realiza mediante inducción magnética. Figure 6 is a schematic representation of another possible embodiment of the invention in which the power supply of the motor is carried out by magnetic induction.

Realización preferente de la invención PREFERRED EMBODIMENT OF THE INVENTION

A continuación se realiza una descripción de la invención, basada en las figuras anteriormente comentadas.  Next, a description of the invention is made, based on the figures discussed above.

La peonza comprende un cuerpo 1 y una tapa 2, configurados para poder girar de forma independiente, uno respecto del otro, mediante la activación de un motor 3 de corriente continua, según se describe más adelante. El motor 3, está fijado en un soporte 4, que incluye unas ranuras 5 en las que se introducen unas uñetas 6 previstas en la tapa 2, de forma que el soporte 4 y motor 3 quedan fijados a la tapa 2. El cuerpo 1 está configurado para poder albergar en su interior el soporte y motor. The top comprises a body 1 and a cover 2, configured to be able to rotate independently of one another, by activating a DC motor 3, as described below. The motor 3 is fixed in a support 4, which includes slots 5 into which are inserted pawls 6 provided in the cover 2, so that the support 4 and motor 3 are fixed to the cover 2. The body 1 is configured to house the support and motor inside.

El extremo del eje 7 del motor 3 está insertado en el extremo inferior del cuerpo 1 , alineado con la punta 8 de la peonza, de manera que cuando el eje 7 gira, se produce el desplazamiento angular del cuerpo 1. Al girar el eje 7 del motor 3, el cuerpo 9 del motor 3 tiende a girar en sentido contrario, de manera que induce un desplazamiento angular al soporte 4 que arrastra en su movimiento a la tapa 2, de modo que la tapa y el cuerpo de la peonza giran independiente uno del otro, proporcionando dos momentos angulares diferentes, consiguiendo un nuevo efecto óptico del giro de la peonza. The end of the axis 7 of the motor 3 is inserted in the lower end of the body 1, aligned with the tip 8 of the top, so that when the axis 7 rotates, the angular displacement of the body 1 occurs. of the motor 3, the body 9 of the motor 3 tends to rotate in the opposite direction, so that it induces an angular displacement to the support 4 that drags in its movement to the cover 2, so that the cap and the body of the spinning top rotate independently one of the other, providing two different angular moments, achieving a new optical effect of spinning the top.

Para proporcionar la corriente de funcionamiento del motor 3, la invención comprende un alimentador eléctrico 10, que está dotado de una carcasa 11 , de diseño ergonómico para permitir su sujeción con una mano, y en cuyo interior aloja una batería 12, mediante la que se aplica la corriente al motor para producir su giro. To provide the operating current of the motor 3, the invention comprises an electric feeder 10, which is provided with a housing 11, ergonomically designed to allow its holding with one hand, and inside which houses a battery 12, by which applies the current to the motor to produce its rotation.

En la realización de las figuras 1 a 4, los polos de la batería 12 se conectan a una pieza metálica 13 y a una escobilla 14, ambos previstos en la base de la carcasa 11. Además, la tapa 2 tiene una configuración anular metálica a la que se conecta uno de los polos del motor. El soporte 4 está dotado de un imán 15, preferentemente de neodimio, dispuesto en correspondencia con la abertura 16 de la tapa 2 de configuración anular, en el que al aproximar la pieza metálica 13 del alimentador 10, se efectúa la unión entre imán 15 y pieza metálica 13 y en consecuencia se realiza la unión entre el alimentador y la peonza, situación en la cual la escobilla 14, contacta con la superficie metálica de la tapa 2, lo que determina que el motor 3 sea alimentado por la batería 12. En esta situación el eje 7 del motor 3 comienza a girar, produciéndose los giros independientes de la tapa y cuerpo según fue descrito. La tapa 2 podría no incluir la abertura 16 y en su lugar incluir el imán 15 aislado del resto de la tapa 2, para realizar la misma función comentada. In the embodiment of FIGS. 1 to 4, the poles of the battery 12 are connected to a metal part 13 and a brush 14, both provided in the base of the housing 11. In addition, the cover 2 has a metallic annular configuration to the that one of the motor poles is connected. The support 4 is provided with a magnet 15, preferably neodymium, arranged in correspondence with the opening 16 of the lid 2 of annular configuration, in which when the metal piece 13 of the feeder 10 is brought together, the connection between magnet 15 and metallic piece 13 and consequently the connection between the feeder and the top is made, situation in which the brush 14, contacts the metal surface of the cover 2, which determines that the motor 3 is powered by the battery 12. In this situation the axis 7 of the engine 3 starts to turn, producing the independent turns of the lid and body as described. The cover 2 could not include the opening 16 and instead include the magnet 15 isolated from the rest of the cover 2, to perform the same function mentioned.

Además el alimentador 10, comprende un elemento desplazable, que en el ejemplo está dotado de un vástago 17 asistido por un elemento elástico 21 , que mantiene al vástago en su posición superior, lo que permite realizar la unión de la pieza metálica 13 al imán 15, según fue descrito, produciendo el giro del motor 3 y de su eje 7. El vástago 17 incluye en su extremo superior un pulsador 18, de forma que cuando se alcanza la velocidad angular máxima de giro del eje 7 del motor 3, el alimentador 10 debe ser desacoplado de la peonza, lo cual se realiza mediante la actuación de dicho pulsador 18, que desplaza el vástago 17, cuyo extremo presiona contra el imán 15 proporcionando la separación del alimentador respecto de la peonza, desconectándose el alimentar del motor 3, situación en la que el cuerpo y tapa se mantienen girando independientemente sobre la superficie en la se libera la peonza del alimentador. Este giro se mantiene por la inercia proporcionada por el giro del motor. Furthermore, the feeder 10 comprises a displaceable element, which in the example is provided with a rod 17 assisted by an elastic element 21, which keeps the rod in its upper position, which makes it possible to connect the metal part 13 to the magnet 15. , as described, producing the rotation of the motor 3 and its axis 7. The rod 17 includes at its upper end a button 18, so that when the angular velocity is reached maximum rotation of the axis 7 of the motor 3, the feeder 10 must be uncoupled from the top, which is performed by the actuation of said push button 18, which displaces the rod 17, whose end presses against the magnet 15 providing separation from the feeder with respect to the spinning top, the feeding of the motor 3 being disconnected, a situation in which the body and lid are kept rotating independently on the surface in which the top of the feeder is released. This rotation is maintained by the inertia provided by the rotation of the motor.

En el ejemplo el soporte 4 está fijado a la tapa 2 y el eje 7 del motor 3 al cuerpo 1 , pero la invención también contempla la posibilidad de en lugar de estas fijaciones, el soporte 4 se fije al interior del cuerpo 1 y el eje 7 del motor 3 a la tapa 2, consiguiéndose la misma funcionalidad que fue descrita. In the example the support 4 is fixed to the cover 2 and the axis 7 of the engine 3 to the body 1, but the invention also contemplates the possibility of instead of these fixings, the support 4 being fixed to the interior of the body 1 and the shaft 7 from engine 3 to cover 2, achieving the same functionality as was described.

En la figura 6 se muestra otro ejemplo de realización en el que la alimentación del motor 3 se realiza por inducción magnética, para lo que se prevé un alimentador 10a en el que la batería 12, está conectada a una primera bobina 19 que está alojada en el interior de la carcasa 11a en la zona de la base, y la tapa 2 comprende una segunda bobina 20 que está conectada a los polos del motor 3, de manera que la primera bobina 19 genera un campo magnético que cuando se aproxima a la segunda bobina 20 genera una corriente que alimenta al motor 3. En este caso no se requiere que el alimentador 10a disponga del elemento desplazable, ya que basta con alejar la primera bobina 19 de la segunda bobina 20 para independizar el alimentador de la peonza. Figure 6 shows another example of embodiment in which the power supply of the motor 3 is carried out by magnetic induction, for which a feeder 10a is provided in which the battery 12 is connected to a first coil 19 which is housed in the the interior of the housing 11a in the area of the base, and the cover 2 comprises a second coil 20 which is connected to the poles of the motor 3, so that the first coil 19 generates a magnetic field which when approaching the second coil 20 generates a current that supplies the motor 3. In this case it is not required that the feeder 10a have the movable element, since it is sufficient to move the first coil 19 away from the second coil 20 to make the feeder independent of the top.

Como se aprecia en las figuras, la configuración exterior del cuerpo 1 y de la tapa 2 es de tipo convencional, de manera que también se permite su uso de forma clásica, es decir lanzándola mediante una cuerda o similar para hacerla girar. De esta manera se permite al usuario usar la peonza, por ejemplo cuando se queda sin batería o simplemente cuando desee jugar lanzándola de forma convencional. Además, dado que los medios de unión de la peonza y alimentador comprenden un imán 15, que puede estar previsto en la tapa o en el soporte, se ha previsto que uno de los extremos de la cuerda comprenda un elemento metálico que al aproximarlo al imán 15, se unen, de manera que se evita tener que agacharse para realizar la recogida de la peonza o también permite poder desplazar la peonza a otro lugar mientras se mantiene girando, de modo que se puede volver a soltar la peonza con un simple movimiento o golpe en la cuerda. As can be seen in the figures, the external configuration of the body 1 and of the cover 2 is of conventional type, so that its use is also allowed in a conventional manner, that is to say by throwing it by means of a rope or the like to turn it. In this way the user is allowed to use the spinning top, for example when he runs out of battery or simply when he wants to play by throwing it in a conventional way. In addition, since the means for joining the top and feeder comprise a magnet 15, which can be provided in the lid or in the support, it is provided that one of the ends of the cord comprises a metallic element that when approaching the magnet 15, are joined, so that you avoid having to bend down to make the collection of the top or also allows you to move the top to another place while keeping turning, so that you can re-release the top with a simple movement or hit on the rope.

Claims

REIVINDICACIONES 1 Peonza electrónica, caracterizada por que comprende: 1 Electronic spinning top, characterized in that it comprises: un cuerpo (1) y una tapa (2) configurados para poder girar independientemente uno respecto del otro; donde el cuerpo (1) está configurado para alojar  a body (1) and a cover (2) configured to be able to rotate independently of one another; where the body (1) is configured to house un soporte (4), que está fijado a un elemento seleccionado entre la tapa (2) y el cuerpo (1),  a support (4), which is fixed to an element selected between the cover (2) and the body (1), un motor (3), fijado al soporte (4); donde el eje del motor es solidario de un elemento seleccionado entre el cuerpo y la tapa, para que al girar el motor se produzca el giro del elemento al que está fijado su eje, seleccionado entre el cuerpo y la tapa, y cuyo giro del motor induce el giro del soporte y del elemento al que está fijado el soporte, seleccionado entre la tapa y el cuerpo, para producir el giro de la tapa y del cuerpo con diferentes velocidades angulares.  an engine (3), fixed to the support (4); where the motor shaft is integral with a selected element between the body and the cover, so that when the motor rotates, the rotation of the element to which its axis is fixed, selected between the body and the cover, and whose rotation of the motor takes place it induces the rotation of the support and of the element to which the support is fixed, selected between the lid and the body, to produce the rotation of the lid and the body with different angular speeds. un alimentador eléctrico (10, 10a) para aplicar una corriente al motor y producir su giro, donde dicho alimentador está seleccionado entre un alimentador integrado en la peonza y un alimentador independiente.  an electric feeder (10, 10a) for applying a current to the motor and producing its rotation, wherein said feeder is selected between a feeder integrated in the top and a separate feeder. 2.- Peonza según la reivindicación 1 , caracterizado por que el alimentador eléctrico (10) y la peonza están dotados de medios de unión separables. 2. Spinning top according to claim 1, characterized in that the electric feeder (10) and the top are provided with separable joining means. 3.- Peonza, según reivindicaciones 1 o 2, caracterizado por que el alimentador (10, 10a) comprende una batería (12). 3. Top, according to claims 1 or 2, characterized in that the feeder (10, 10a) comprises a battery (12). 4 Peonza, según la reivindicación 3, caracterizado por que el alimentador (10a) comprende una primera bobina (19) conectada a la batería (12) para inducir una corriente en una segunda bobina (20) conectada al motor (3). 4 Top, according to claim 3, characterized in that the feeder (10a) comprises a first coil (19) connected to the battery (12) to induce a current in a second coil (20) connected to the motor (3). 5.- Peonza, según las reivindicaciones 3 o 4, caracterizado por que la batería (12) es recargable. 5. Spinning top according to claims 3 or 4, characterized in that the battery (12) is rechargeable. 6.- Peonza, según la reivindicación 2, caracterizado por que los medios de unión de la peonza y alimentador comprenden un imán (15) y una pieza metálica (13), que se unen entre sí por aproximación. 6. Spinning top according to claim 2, characterized in that the attachment means of the top and feeder comprise a magnet (15) and a metal part (13), which are joined together by approximation. 7.- Peonza, según la reivindicación 2 o 6, caracterizado por que el alimentador (10) comprende un elemento desplazable (17), cuya actuación produce la separación entre el alimentador y la peonza. 7. Top, according to claim 2 or 6, characterized in that the feeder (10) it comprises a displaceable element (17), whose action produces the separation between the feeder and the top. 8.- Peonza, según la reivindicación 7, caracterizado por que el elemento desplazable está asistido por un elemento elástico (21) que mantienen a dicho elemento desplazable en posición de reposo en una posición en la que permite la unión entre el alimentador y la peonza. 8. Spinning top according to claim 7, characterized in that the displaceable element is assisted by an elastic element (21) that keep said movable element in rest position in a position in which it allows the union between the feeder and the spinning top. . 9.- Peonza, según reivindicaciones 7 u 8, caracterizado por que el elemento desplazable comprende un pulsador (18) de accionamiento del desplazamiento de dicho elemento desplazable. 9.- Top, according to claims 7 or 8, characterized in that the displaceable element comprises a push button (18) for driving the displacement of said movable element. 10.- Peonza, según la reivindicación 6, caracterizado por que el alimentador (10) comprende una escobilla (14) que contacta con la superficie de la tapa, de naturaleza metálica, a la que está conectado un polo del motor; donde la pieza metálica (13) e imán (15) constituyen el otro polo de conexión con el motor. 10. Spinning top according to claim 6, characterized in that the feeder (10) comprises a brush (14) that contacts the surface of the lid, of metal nature, to which a pole of the motor is connected; where the metal part (13) and magnet (15) constitute the other connection pole with the motor. 11.- Peonza, según la reivindicación 1 , caracterizado por que la tapa comprende unas uñetas (6) de anclaje en unas ranuras (5) previstas en la tapa para fijar la tapa (2) al soporte (4). 11. Spinning top according to claim 1, characterized in that the cap comprises anchors (6) anchoring in grooves (5) provided in the lid to secure the lid (2) to the support (4). 12.- Peonza, según cualquiera de las reivindicaciones anteriores, caracterizado por que el alimentador comprende una la carcasa (11 , 11a) configurada para soportarse con una mano. 12. Spinning top according to any of the preceding claims, characterized in that the feeder comprises a housing (11, 11a) configured to be supported with one hand.
PCT/ES2018/070792 2017-12-12 2018-12-07 Electronic spinning top Ceased WO2019115852A1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
ESU201731505 2017-12-12
ES201731505U ES1202486Y (en) 2017-12-12 2017-12-12 ELECTRONIC PEONZA

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WO2019115852A1 true WO2019115852A1 (en) 2019-06-20

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WO (1) WO2019115852A1 (en)

Citations (5)

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US6685531B1 (en) * 2002-09-16 2004-02-03 Simeon Tiefel Electric toy top device with support and its associated method of operation
CN203763841U (en) * 2014-04-17 2014-08-13 蓝帽子(厦门)文化传播有限公司 Electric top
CN105617667A (en) * 2016-02-29 2016-06-01 柳州市金旭节能科技有限公司 Self-power-generating toy gyro
CN205586551U (en) * 2016-03-04 2016-09-21 胡钟元 Wireless top

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5683284A (en) * 1996-02-12 1997-11-04 Hart Enterprises, Inc. Gyroscopic top toy
US6685531B1 (en) * 2002-09-16 2004-02-03 Simeon Tiefel Electric toy top device with support and its associated method of operation
CN203763841U (en) * 2014-04-17 2014-08-13 蓝帽子(厦门)文化传播有限公司 Electric top
CN105617667A (en) * 2016-02-29 2016-06-01 柳州市金旭节能科技有限公司 Self-power-generating toy gyro
CN205586551U (en) * 2016-03-04 2016-09-21 胡钟元 Wireless top

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Title
DATABASE WPI Week 2016, 21 September 2016 Derwent World Patents Index; AN 2016-62874X *

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