ES1128955U - Led bulb with glass tubes (Machine-translation by Google Translate, not legally binding) - Google Patents

Led bulb with glass tubes (Machine-translation by Google Translate, not legally binding) Download PDF

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Publication number
ES1128955U
ES1128955U ES201431067U ES201431067U ES1128955U ES 1128955 U ES1128955 U ES 1128955U ES 201431067 U ES201431067 U ES 201431067U ES 201431067 U ES201431067 U ES 201431067U ES 1128955 U ES1128955 U ES 1128955U
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Prior art keywords
led
glass tubes
plates
pad
led bulb
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Granted
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ES201431067U
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Spanish (es)
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ES1128955Y (en
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Fufei Lin
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AIGOTECH ONSYNK LIMITED
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Aigotech Onsynk S L
AIGOTECH ONSYNK SL
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Abstract

Led bulb with variable dome, coupled to the base of lamps and conventional lighting devices, formed by a connection pin (1) at the base of a threaded bushing (2) to which a dissipator (3) is attached which can be introduced by screwing or by tightening, and characterized in that said dissipator (3) serves as the basis for a flat power supply (4) and cylindrical shape protected superiorly by a cylindrical transfer pad (5) and having a plurality of holes or openings (51), which connect the power supply (4) with the led plates (6), which incorporate a plurality of diodes (7), these plates (6) being led protected in pairs by u-shaped glass tubes (8); and in which the assembly assembles because the dissipator (3) has grooves (31) that fit with flanges (52) of the pad (5) and because the glass tubes (8) fit into the openings or holes (51). ) also of the pad (5). (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPCIÓN DESCRIPTION

Bombilla LED con tubos de cristal. LED bulb with glass tubes.

OBJETO DE LA INVENCION OBJECT OF THE INVENTION

Se define en la presente memoria descriptiva una tipología de bombilla LED (“light-emitting diode” o traducido al español como “diodo emisor de luz”) con tubos de cristal que pueden ser 5 de número variable y en forma de U, para ser utilizadas en el campo y ámbito de la iluminación, siendo el número de tubos en forma de U preferentemente entre 1 y 4, sin que con ello haya una disminución de la capacidad iluminativa y obteniéndose las ventajas de la tipología de bombillas LED. A type of LED bulb (“light-emitting diode” or translated into Spanish as “light emitting diode”) is defined herein with glass tubes that can be variable in number and U-shaped, to be used in the field and scope of lighting, the number of U-shaped tubes being preferably between 1 and 4, without there being a decrease in the illuminative capacity and obtaining the advantages of the type of LED bulbs.

ANTECEDENTES 10 BACKGROUND 10

En el mercado la tecnología LED está ampliamente distribuida y es conocida por la práctica totalidad de los usuarios, y está especialmente desarrollada para bombillas LED y los dispositivos de iluminación LED, los cuales son utilizados para múltiples propósitos, que van desde las propias bombillas hasta matrices de pantallas, y que aportan una serie de ventajas frente a las bombillas convencionales. 15 On the market LED technology is widely distributed and is known to almost all users, and is specially developed for LED bulbs and LED lighting devices, which are used for multiple purposes, ranging from the bulbs themselves to matrices of screens, and that provide a series of advantages over conventional light bulbs. fifteen

Son bastantes las ventajas que podemos diferenciar respecto de las bombillas convencionales, destacando las evidentes mejoras económicas y medioambientales como son el no estar fabricadas con productos contaminantes como mercurio u otros materiales pesados, reducir emisiones de CO2 en un alto %, no generan tanto calor con lo que la energía que se consume se convierte en luz en vez de en calor, tienen una mayor durabilidad con un mantenimiento 20 mínimo, hay menor contaminación lumínica, resiste mejor las temperaturas extremas, al igual que resiste mejor otro tipo de agentes externos como la humedad y o de tensiones como las vibraciones, no hay radiación infrarroja ni ultravioleta, resiste un enorme número de ciclos sin perjuicio de su rendimiento, permiten el ajuste de la luminosidad, mayor flexibilidad en el diseño, y por tanto esto se traduce en un menor consumo eléctrico, un mantenimiento más 25 barato, amortizaciones rápidas de los dispositivos individuales y de las instalaciones, encendidos rápidos que ahorran tiempos y gastos energéticos; frente a pocas desventajas como puede ser que el coste individual es más elevado que el de las convencionales y que hay que controlar y proteger la electrónica interna de dicho. There are quite a few advantages that we can differentiate from conventional light bulbs, highlighting the obvious economic and environmental improvements such as not being manufactured with polluting products such as mercury or other heavy materials, reducing CO2 emissions by a high%, not generating so much heat with what the energy that is consumed becomes light instead of heat, they have a greater durability with a minimum maintenance, there is less light pollution, it resists extreme temperatures better, just as it better resists other types of external agents such as humidity and tensions such as vibrations, there is no infrared or ultraviolet radiation, it resists an enormous number of cycles without prejudice to its performance, they allow the brightness adjustment, greater flexibility in the design, and therefore this translates into lower consumption electrical, cheaper maintenance, rapid depreciation of individual devices and inst wings, quick ignitions that save energy time and expenses; in the face of few disadvantages, such as the individual cost is higher than the conventional cost and that the internal electronics of said electronics must be controlled and protected.

En este sentido, la presente invención presenta unas mejoras respecto de las bombillas 30 presentes en el mercado que destacan en un aumento del ahorro de eficiencia, en concreto la bombilla objeto de este invento equivale a 2-3 veces a la de una bombilla de bajo consumo y a 4-6 veces las incandescentes convencionales; al estar compuesta por chips semiconductores emisores de luz y no haber filamentos, la vida útil alcanza hasta las 50.000 horas, frente a las incandescentes con unas mil horas, o las de bajo consumo que están en el entorno de las 35 8.000 horas; la luminosidad es más saludable, dado que contienen una cantidad insignificante de rayos ultravioletas e infrarrojas; al no tener ni xenón ni otros elementos nocivos como el mercurio o plomo, se permite el reciclaje; y tiene un efecto estroboscópico bajo, dado que las luces normales son de accionamiento de corriente alterna es inevitable que produzcan efecto estroboscópico. 40 In this sense, the present invention presents improvements with respect to the bulbs 30 present in the market that stand out in an increase in efficiency savings, in particular the bulb object of this invention is equivalent to 2-3 times that of a low bulb consumption and 4-6 times the conventional incandescent; being composed of light emitting semiconductor chips and no filaments, the useful life reaches up to 50,000 hours, compared to incandescent ones with a thousand hours, or those of low consumption that are in the environment of 35 8,000 hours; the luminosity is healthier, since they contain an insignificant amount of ultraviolet and infrared rays; having no xenon or other harmful elements such as mercury or lead, recycling is allowed; and it has a low strobe effect, since normal lights are of alternating current drive it is inevitable that they produce strobe effect. 40

Por tanto destacamos ciertos registros que podrían ser considerados cercanos en el estado de la técnica, como es el registro US8414153 que define una bombilla con forma convencional que lleva una placa vertical con diodos, pero que dispone de elementos diferentes y no resuelve el problema de una pluralidad de elementos verticales; el registro US8752984 que aunque define varios elementos verticales de soporte de diodos, requiere de una unión que 45 conecte todos ellos ajena a la parte de la programación, lo que implica añadir elementos que Therefore we highlight certain records that could be considered close in the state of the art, such as the US8414153 register that defines a conventionally shaped bulb that carries a vertical plate with diodes, but that has different elements and does not solve the problem of a plurality of vertical elements; register US8752984 that although it defines several vertical diode support elements, requires a union that connects all of them outside the programming part, which implies adding elements that

no son requeridos en la presente invención y por tanto simplifican dichas bombillas; el registro US20120126699 que define una bombilla con un cuerpo tubular y vertical con una pluralidad de diodos, lo cual aunque el objetivo final es el mismo, lleva unos elementos constituyentes diferentes y además esta configuración haría imposible el poder generar una forma de U; el registro ES1071609U, que de igual manera define un elemento vertical con pluralidad de 5 diodos, aunque formado de elementos diferentes a los de la patente anterior, y que de igual forma imposibilita el poder generar formas de U; o finalmente la patente EP1728022 que define una bombilla con una placa curvada con pluralidad de diodos, pero que está formada por componentes diferentes. they are not required in the present invention and therefore simplify said bulbs; the register US20120126699 that defines a bulb with a tubular and vertical body with a plurality of diodes, which although the final objective is the same, carries different constituent elements and in addition this configuration would make it impossible to generate a U-shape; registration ES1071609U, which similarly defines a vertical element with a plurality of 5 diodes, although formed from elements different from those of the previous patent, and which similarly makes it impossible to generate U-shapes; or finally the patent EP1728022 which defines a bulb with a curved plate with plurality of diodes, but which is formed by different components.

Una vez definidos estos antecedentes, hay que volver a indicar que la bombilla objeto de este 10 invento es diferentes de las existentes en el mercado y tiene una serie de elementos conectados de una forma más elemental y sencilla, con la que se consiguen configuraciones exteriores en forma de U, y además se dispone de un circuito de arranque inmediato novedoso con el que se mejora el % de ahorro energético respecto de las propias bombillas LED existentes en el mercado. 15 Once this background is defined, it should be re-indicated that the bulb object of this invention is different from those existing in the market and has a series of elements connected in a more elementary and simple way, with which external configurations are achieved in U-shaped, and in addition there is an innovative immediate starting circuit with which the% energy saving is improved compared to the existing LED bulbs in the market. fifteen

DESCRIPCIÓN DEL INVENTO DESCRIPTION OF THE INVENTION

La bombilla que aquí se describe es una tipología de bombilla LED con tubos de cristal, los cuales pueden ser de número variable y en forma de U. The bulb described here is a typology of LED bulb with glass tubes, which can be of variable number and U-shaped.

Esta bombilla en su base está formada por un casquillo con un pin de conexión, en el que el casquillo por lo general será roscado para el correcto acoplamiento de la base y que permite la 20 conexión con lámparas convencionales. A este casquillo se le acopla un disipador, el cual puede ser introducido por roscado o por apriete, cuya función es la de absorber el calor y proporciona un camino dentro de la bombilla para que el calor se disipe de la fuente de LED al medio exterior. This bulb at its base is formed by a socket with a connecting pin, in which the socket will usually be threaded for the correct coupling of the base and which allows connection with conventional lamps. To this socket a heatsink is attached, which can be introduced by threading or by tightening, whose function is to absorb heat and provides a path inside the bulb so that the heat dissipates from the LED source to the outside environment .

Sobre este disipador se ubicará un driver o fuente de alimentación plano y en forma cilíndrica 25 que encaja perfectamente en el disipador y sin necesidad de soporte adjunto, siendo esta fuente de alimentación la encargada de convertir la corriente alterna CA en corriente continua CC a la vez que disminuye el voltaje adaptándolo a las necesidades del LED. Sobre el driver o fuente de alimentación, y también encajado en el disipador hay una almohadilla de transferencia, la cual además de proteger dicho conjunto, permite la transferencia térmica y por 30 tanto mejora las condiciones técnicas del conjunto. Esta almohadilla que también tiene forma cilíndrica, dispone de una serie de taladros pasantes, que permiten conectar el driver con las placas LED soporte de los diodos, las cuales están ubicadas de forma independiente sobre la fuente de alimentación y en sentido perpendicular a estas, disponiendo las placas LED de los circuitos integrados y con una pluralidad de puntos necesarios para la conexión de la pluralidad 35 de diodos. On this heatsink a flat and cylindrical driver or power supply 25 will be located that fits perfectly in the heatsink and without the need for attached support, this power supply being responsible for converting AC alternating current into DC direct current at the same time which decreases the voltage adapting it to the needs of the LED. On the driver or power supply, and also embedded in the heatsink there is a transfer pad, which in addition to protecting said assembly, allows thermal transfer and therefore improves the technical conditions of the assembly. This pad, which also has a cylindrical shape, has a series of through holes, which allow the driver to be connected to the LED support plates of the diodes, which are located independently on the power supply and perpendicular to them, providing the LED boards of the integrated circuits and with a plurality of points necessary for the connection of the plurality 35 of diodes.

Protegiendo las placas, se dispone de tubos de cristal en forma de U, de tal forma que cada lado vertical del tubo protege una placa con la pluralidad de diodos, y por tanto cada tubo en forma de U dispone de dos placas independientes. Protecting the plates, U-shaped glass tubes are available, so that each vertical side of the tube protects a plate with the plurality of diodes, and therefore each U-shaped tube has two independent plates.

Estos tubos, que son huecos para poder proteger las placas, quedan ajustada y ensamblada 40 con el conjunto por encaje, para lo cual, la almohadilla dispone de una pestaña en su contorno que permite en encaje con el disipador, mientras que los tubos quedan perfectamente apretados en cada una de las aberturas anteriormente definidas. These tubes, which are hollow to be able to protect the plates, are fitted and assembled 40 with the assembly by fit, for which, the pad has a flange in its outline that allows to fit with the heatsink, while the tubes are perfectly tightened in each of the previously defined openings.

Para que las propiedades lumínicas de la bombillas sean óptimas, siendo el número de tubos en forma de U preferentemente estará dentro del rango de entre 1 y 4, siendo los óptimos 2 y 3 45 tubos en forma de U, mientras que el número óptimo de diodos en cada una de las placas So that the light properties of the bulbs are optimal, the number of U-shaped tubes will preferably be within the range of 1 to 4, with the optimum 2 and 3 being U-shaped tubes, while the optimum number of diodes on each of the plates

estará dentro del rango de 5 a 20, siendo el rango óptimo de diodos en cada una de las placas entre 8 y 12. It will be in the range of 5 to 20, with the optimal range of diodes in each of the plates between 8 and 12.

Para completar la descripción que se está realizando y con objeto de ayudar a una mejor comprensión de las características del invento, se acompaña como parte integrante de la misma un juego de dibujos en donde con carácter ilustrativo y no limitativo se ha representado 5 lo siguiente: To complete the description that is being made and in order to help a better understanding of the characteristics of the invention, a set of drawings is attached as an integral part thereof, where the following has been represented as an illustrative and non-limiting nature:

Fig.1.- Representación en perspectiva de un despiece de una bombilla LED con tubos de cristal, en la que se representa una bombilla con dos tubos en forma de U. Fig. 1.- Perspective representation of an exploded view of an LED bulb with glass tubes, in which a bulb with two U-shaped tubes is represented.

Fig.2.- Representación de una sección de la bombilla LED de la Fig.1. Fig.2.- Representation of a section of the LED bulb of Fig.1.

Fig.3.- Representación en perspectiva de una bombilla LED con dos tubos de cristal en forma 10 de U. Fig. 3.- Perspective representation of an LED bulb with two U-shaped glass tubes.

Fig.4.- Representación del circuito de arranque de la bombilla LED con dos tubos de cristal. Fig. 4.- Representation of the starting circuit of the LED bulb with two glass tubes.

Descripción de los dibujos Description of the drawings

Como se observa en la Fig.1 se representa en perspectiva un despiece de una bombilla, que en su base está formada por un casquillo (2) con un pin de conexión (1), en el que el casquillo 15 (2) por lo general es roscado. A este casquillo (2) se le acopla un disipador (3), cuya función es la de absorber el calor y proporciona un camino dentro de la bombilla para que el calor se disipe de la fuente de LED al medio exterior. As shown in Fig. 1, an exploded view of a bulb is shown in perspective, which at its base is formed by a socket (2) with a connecting pin (1), in which the socket 15 (2) is General is threaded. To this socket (2) a heatsink (3) is attached, whose function is to absorb heat and provides a path inside the bulb so that the heat dissipates from the LED source to the outside environment.

Sobre este disipador (3) se ubicará un driver o fuente de alimentación (4) plano y en forma cilíndrica que encaja perfectamente en el disipador (3) y sin necesidad de soporte adjunto, 20 siendo esta fuente de alimentación (4) la encargada de convertir la corriente alterna CA en corriente continua CC a la vez que disminuye el voltaje adaptándolo a las necesidades del LED. Sobre el driver o fuente de alimentación, (4) y también encajado en el disipador (3) hay una almohadilla (5) de transferencia, la cual además de proteger dicho conjunto, permite la transferencia térmica y por tanto mejora las condiciones técnicas del conjunto. Esta almohadilla 25 (5) que también tiene forma cilíndrica, dispone de una serie de taladros pasantes (51), que permiten conectar el driver (4) con las placas LED (6) soporte de los diodos (7), las cuales están ubicadas de forma independiente sobre la fuente de alimentación y en sentido perpendicular a estas, disponiendo las placas (6) LED de los circuitos integrados y con una pluralidad de puntos necesarios para la conexión de la pluralidad de diodos. 30 On this heatsink (3) a flat and cylindrical driver or power supply (4) will be located that fits perfectly on the heatsink (3) and without the need for an attached support, 20 being this power supply (4) in charge of convert AC alternating current into DC direct current while decreasing the voltage adapting it to the needs of the LED. On the driver or power supply, (4) and also embedded in the heatsink (3) there is a transfer pad (5), which in addition to protecting said assembly, allows thermal transfer and therefore improves the technical conditions of the assembly . This pad 25 (5), which also has a cylindrical shape, has a series of through holes (51), which allow the driver (4) to be connected to the LED plates (6) supporting the diodes (7), which are located independently on the power supply and perpendicular to these, the LED plates (6) having the integrated circuits and with a plurality of points necessary for the connection of the plurality of diodes. 30

Protegiendo las placas, se dispone de tubos de cristal (8) en forma de U, de tal forma que cada lado vertical del tubo protege una placa (6) con la pluralidad de diodos (7), y por tanto cada tubo (8) en forma de U dispone de dos placas (6) independientes. Protecting the plates, U-shaped glass tubes (8) are available, so that each vertical side of the tube protects a plate (6) with the plurality of diodes (7), and therefore each tube (8) U-shaped has two independent plates (6).

Como se observa en la Fig.2, el ensamblaje de todo el conjunto es simple. Los tubos (8), que son huecos para poder proteger las placas (6), quedan ajustados y ensamblados con el 35 conjunto por encaje, para lo cual, la almohadilla (5) dispone de una pestaña (52) en su contorno que permite en encaje con el disipador (3) en una ranuras (31) dispuestas a tal efecto, mientras que los tubos (8) quedan perfectamente apretados en cada una de las aberturas o taladros (51) anteriormente definidas. En esta Fig.2 también se observa como una placa (6) tiene 9 diodos (7), dentro del rango óptimo descrito anteriormente. 40 As seen in Fig. 2, the assembly of the entire assembly is simple. The tubes (8), which are hollow to protect the plates (6), are adjusted and assembled with the assembly by fitting, for which, the pad (5) has a flange (52) in its contour that allows in engagement with the heatsink (3) in a grooves (31) arranged for this purpose, while the tubes (8) are perfectly tight in each of the openings or holes (51) defined above. This Fig. 2 also shows how a plate (6) has 9 diodes (7), within the optimum range described above. 40

La Fig.3 representa en perspectiva la bombilla ensamblada de las figuras anteriores, aunque debe tenerse en cuenta que el número de tubos puede ser mayor, siempre dentro del rango entre 1 y 4, aunque siempre siendo óptimo el rango de 2 o 3 tubos (8) en forma de U. Fig. 3 represents in perspective the assembled bulb of the previous figures, although it should be taken into account that the number of tubes can be greater, always within the range between 1 and 4, although the range of 2 or 3 tubes is always optimal ( 8) U-shaped.

Finalmente, en la Fig.4 se observa el circuito de arranque de una bombilla tipo, estando dicho circuito de arranque en el driver o fuente de alimentación (4) y por tanto convirtiendo la CA (F1) en CC (DC+, DC-) a la vez que disminuye el voltaje adaptándolo a las necesidades del LED, y exponiendo la salida (LED+ y LED-) del módulo (6) LED que dispondrá de la pluralidad de diodos (7) de la bombilla. 5 Finally, in Fig. 4 the starting circuit of a type bulb is observed, said starting circuit being in the driver or power supply (4) and therefore converting the AC (F1) into DC (DC +, DC-) while decreasing the voltage adapting it to the needs of the LED, and exposing the output (LED + and LED-) of the module (6) LED that will have the plurality of diodes (7) of the bulb. 5

Descrita suficientemente en lo que precede la naturaleza del invento, teniendo en cuenta que los términos que se han redactado en esta memoria descriptiva deberán ser tomados en sentido amplio y no limitativo, así como la descripción del modo de llevarlo a la práctica, y, demostrando que constituye un positivo adelanto técnico, es por lo que se solicita el registro de la patente, siendo lo que constituye la esencia del referido invento, lo que a continuación se 10 especifica en las siguientes reivindicaciones. Described sufficiently in what precedes the nature of the invention, taking into account that the terms that have been drafted in this specification should be taken in a broad and non-limiting sense, as well as the description of how to put it into practice, and, demonstrating which constitutes a positive technical advance, which is why the patent registration is requested, being what constitutes the essence of the aforementioned invention, which is then specified in the following claims.

Claims (3)

REIVINDICACIONES 1. Bombilla LED con cúpula variable, acoplable a la base de las lámparas y dispositivos de iluminación convencionales, formada por un pin de conexión (1) en la base de un casquillo (2) roscado al que se acopla un disipador (3) el cual puede ser introducido por roscado o por 5 apriete, y que se caracteriza porque dicho disipador (3) sirve de base para una fuente de alimentación (4) plana y de forma cilíndrica protegida superiormente por una almohadilla (5) de transferencia también de forma cilíndrica y que dispone de una pluralidad de taladros o aberturas (51), que conectan la fuente de alimentación (4) con las placas (6) LED, las cuales llevan incorporadas una pluralidad de diodos (7), estando estas placas (6) LED protegidas en 10 parejas por tubos (8) de cristal en forma de U; y en el que el conjunto ensambla porque el disipador (3) dispone de ranuras (31) que encajan con unas pestañas (52) de la almohadilla (5) y porque los tubos de cristal (8) encajan en las aberturas o taladros (51) también de la almohadilla (5) 1. LED bulb with variable dome, attachable to the base of conventional lamps and lighting devices, formed by a connecting pin (1) at the base of a threaded socket (2) to which a heatsink (3) is attached to the which can be introduced by threading or by tightening, and characterized in that said heatsink (3) serves as the basis for a flat and cylindrical power supply (4) protected superiorly by a transfer pad (5) also in a way cylindrical and has a plurality of holes or openings (51), which connect the power supply (4) with the LED plates (6), which have a plurality of diodes (7) incorporated, these plates (6) being LEDs protected in 10 pairs by U-shaped glass tubes (8); and in which the assembly assembles because the heatsink (3) has grooves (31) that fit with tabs (52) of the pad (5) and because the glass tubes (8) fit into the openings or holes (51) ) also of the pad (5) 2. Bombilla LED con cúpula variable, según las características de la reivindicación 1, que 15 se caracteriza porque el número de tubos (8) de cristal en forma de U está dentro del rango de 1 a 4. 2. LED bulb with variable dome according to the characteristics of claim 1, characterized in that the number of U-shaped glass tubes (8) is within the range of 1 to 4. 3. Bombilla LED con cúpula variable, según las características de las reivindicaciones 1 y 2, que se caracteriza porque el número de diodos (7) en cada uno de las placas (6) está dentro del rango de 5 a 20. 20 3. LED bulb with variable dome, according to the characteristics of claims 1 and 2, characterized in that the number of diodes (7) in each of the plates (6) is within the range of 5 to 20. 20
ES201431067U 2014-07-30 2014-07-30 LED BULB WITH GLASS TUBES Expired - Fee Related ES1128955Y (en)

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ES201431067U ES1128955Y (en) 2014-07-30 2014-07-30 LED BULB WITH GLASS TUBES

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