ES1310528U

ES1310528U - LED LIGHTING TAPE SYSTEM

Info

Publication number: ES1310528U
Application number: ES202430512U
Authority: ES
Inventors: Sikai Chen
Original assignee: Guangzhou Hengha Lighting Co Ltd
Current assignee: Guangzhou Hengha Lighting Co Ltd
Priority date: 2024-03-15
Filing date: 2024-03-15
Publication date: 2024-09-17
Anticipated expiration: 2034-03-15
Also published as: ES1310528Y

Abstract

An LED lighting strip system comprising: an elongated flexible strip supporting a plurality of LED lamps; a first plurality of holes in and extending through the strip, said plurality of holes being circumscribed by an electrically conductive positively charged solder material component; a second plurality of holes in and extending through the strip, said second plurality of holes being circumscribed by an electrically conductive negatively charged solder material component; a positively electrically conductive charged pin member engaged in contact with one of the plurality of holes and the positively charged solder material component; a negatively electrically conductive charged pin member engaged in contact with one of the plurality of holes and the negatively charged solder material component; a power supply providing electrical power; and electrically conductive wiring extending from the positively charged pin member and from the negatively charged pin member to the power supply; wherein electricity from the power source is transmitted through the wiring, to the positively and negatively charged pin members, and ultimately to the positively and negatively charged solder material components to illuminate the LED lamps. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPCIÓNDESCRIPTION

SISTEMA DE CINTA DE ILUMINACIÓN LEDLED LIGHTING TAPE SYSTEM

CAMPO DE LA INVENCIONFIELD OF INVENTION

La presente invención se refiere en general a cintas de iluminación LED y, más particularmente, a cintas de iluminación configuradas para recibir energía eléctrica desde varios lugares a lo largo de la cinta misma. The present invention relates generally to LED lighting strips and, more particularly, to lighting strips configured to receive electrical power from various locations along the strip.

ANTECEDENTES DE LA INVENCIÓNBACKGROUND OF THE INVENTION

Las cintas de iluminación con diodos emisores de luz (LED) se utilizan comúnmente para proporcionar iluminación en una variedad de lugares oscuros y no iluminados, incluidos espacios estrechos y cerrados. Las cintas de iluminación son beneficiosas debido a que son relativamente flexibles, fáciles de instalar y económicas de fabricar. Sin embargo, presentan inconvenientes significativos. Light-emitting diode (LED) strip lighting is commonly used to provide illumination in a variety of dark and unlit locations, including narrow and enclosed spaces. Strip lighting is beneficial because it is relatively flexible, easy to install, and inexpensive to manufacture. However, it does have significant drawbacks.

Las cintas de iluminación LED actuales reciben electricidad a través de cableado positivo y negativo que ingresa en un solo lugar a través de la cinta de iluminación. El cableado se sujeta rutinariamente mediante soldadura en el extremo de la cinta. Como resultado, esto limita la forma en que se transmite la electricidad a la cinta de iluminación y, por lo tanto, también restringe en gran medida cómo se pueden posicionar y ajustar las cintas de iluminación para su instalación en espacios angulados, más pequeños y estrechos. La limitación de recibir electricidad solo desde un lugar limitado también es una desventaja crítica. Current LED lighting strips receive electricity through positive and negative wiring that enters at a single location through the lighting strip. The wiring is routinely held in place by soldering at the end of the strip. As a result, this limits how electricity is transmitted to the lighting strip and therefore also greatly restricts how the lighting strips can be positioned and adjusted for installation in angled, smaller, and tighter spaces. The limitation of receiving electricity only from a limited location is also a critical disadvantage.

EXPLICACIÓN DE LA INVENCIÓNEXPLANATION OF THE INVENTION

El objeto de la presente invención es proporcionar un sistema de cinta de iluminación LED que supere las limitaciones y desventajas de los sistemas anteriores. The object of the present invention is to provide an LED strip lighting system that overcomes the limitations and disadvantages of previous systems.

Esto y otros objetivos se logran mediante la presente invención, que comprende una banda flexible alargada que soporta una pluralidad de lámparas LED. Una primera pluralidad de agujeros en la banda y que se extienden a través de la misma, cada agujero está circunscrito por un componente de material de soldadura cargado positivamente eléctricamente. Una segunda pluralidad de agujeros está circunscrita por un componente de material de soldadura cargado negativamente eléctricamente. Un miembro de clavija eléctricamente conductor y cargado positivamente está insertado y en contacto con la superficie interna de uno de los agujeros de la primera pluralidad y el componente de material de soldadura cargado positivamente. Un miembro de clavija eléctricamente conductor y cargado negativamente está insertado y en contacto con la superficie interna de uno de los agujeros de la primera pluralidad y el componente de material de soldadura cargado negativamente. Una fuente de alimentación eléctrica suministra electricidad a través de un cableado conductor desde el miembro de clavija cargado positivamente y el miembro de clavija cargado negativamente. La electricidad se recibe a través del cableado, en los miembros de clavija cargados positivamente y negativamente, y finalmente en el material de soldadura cargado positiva y negativamente para iluminar las lámparas LED. These and other objects are achieved by the present invention, which comprises an elongated flexible band supporting a plurality of LED lamps. A first plurality of holes in the band and extending therethrough, each hole being circumscribed by an electrically positively charged solder material component. A second plurality of holes is circumscribed by an electrically negatively charged solder material component. A positively charged, electrically conductive pin member is inserted into and contacts the inner surface of one of the first plurality of holes and the positively charged solder material component. A negatively charged, electrically conductive pin member is inserted into and contacts the inner surface of one of the first plurality of holes and the negatively charged solder material component. An electrical power source supplies electricity through conductive wiring from the positively charged pin member and the negatively charged pin member. Electricity is received through the wiring, into the positively and negatively charged pin members, and ultimately into the positively and negatively charged solder material to illuminate the LED lamps.

Las características novedosas que se consideran características de la invención se establecen en particular en las reclamaciones anexas. La invención, en sí misma, sin embargo, tanto en su diseño, construcción y uso, junto con características y ventajas adicionales, se comprenden mejor al revisar la siguiente descripción detallada con referencia a los dibujos adjuntos. The novel features which are considered to be characteristic of the invention are set forth in particular in the appended claims. The invention itself, however, both in its design, construction and use, together with additional features and advantages, are best understood by reviewing the following detailed description with reference to the accompanying drawings.

BREVE DESCRIPCIÓN DE LOS DIBUJOSBRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 ilustra la manera actual en que se transmite la electricidad a las lámparas LED montadas en cintas de iluminación LED. FIG. 1 illustrates the current manner in which electricity is transmitted to LED lamps mounted on LED lighting strips.

FIG. 2 muestra una primera realización del sistema de cinta de iluminación LED de la presente invención. FIG. 2 shows a first embodiment of the LED strip lighting system of the present invention.

FIG. 3 es una vista explosionada de la banda flexible, tiras de material de soldadura cargadas positiva y negativamente, y miembro de clavija con cubierta, componentes de la primera realización del sistema de cinta de iluminación LED de la presente invención. FIG. 3 is an exploded view of the flexible band, positively and negatively charged solder strips, and pin member with cover, components of the first embodiment of the LED strip lighting system of the present invention.

FIG. 4 es una vista similar a la FIG. 3, pero mostrando el miembro de clavija a través de un agujero, la banda flexible y la tira de material de soldadura cargada positivamente del sistema de cinta de iluminación LED de la presente invención. FIG. 4 is a view similar to FIG. 3, but showing the pin member through a hole, the flexible band, and the positively charged solder strip of the LED lighting strip system of the present invention.

FIG. 5 es una segunda realización del sistema de cinta de iluminación LED de la presente invención. FIG. 5 is a second embodiment of the LED strip lighting system of the present invention.

FIG. 6 es una tercera realización del sistema de cinta de iluminación LED de la presente invención. FIG. 6 is a third embodiment of the LED strip lighting system of the present invention.

DESCRIPCIÓN DETALLADA DE LA INVENCIÓNDETAILED DESCRIPTION OF THE INVENTION

La FIG. 1 muestra la forma actual en que se transmite la electricidad a través de una conexión eléctrica única y fija a las lámparas LED montadas en cintas de iluminación. El sistema de cinta de iluminación LED 3 comprende cintas de iluminación 5 y 7 interconectadas y suministrando electricidad a las lámparas LED 9 mediante cableado positivo 13 y cableado negativo 19, a través de contactos eléctricos 11 y 17 en la cinta 5 y contactos eléctricos 15 y 21 en la cinta 7. Es evidente que los sistemas tradicionales de cinta de iluminación, como se ilustra en la FIG. 1, tienen limitaciones significativas ya que las conexiones eléctricas están restringidas únicamente a secciones designadas del extremo de la cinta. FIG. 1 shows the current manner in which electricity is transmitted through a single, fixed electrical connection to LED lamps mounted on lighting strips. The LED lighting strip system 3 comprises lighting strips 5 and 7 interconnected and supplying electricity to the LED lamps 9 via positive wiring 13 and negative wiring 19, through electrical contacts 11 and 17 on strip 5 and electrical contacts 15 and 21 on strip 7. It is apparent that traditional lighting strip systems, as illustrated in FIG. 1, have significant limitations in that electrical connections are restricted to only designated sections of the end of the strip.

Por otro lado, la presente invención permite la conexión eléctrica en muchas ubicaciones diferentes a lo largo de la banda de la cinta de iluminación. Por ejemplo, el sistema de cinta de iluminación LED 1 comprende una banda flexible 2 con un primer borde lateral 4 y un segundo borde lateral 6. La banda 2 soporta varias lámparas LED 8. Un componente de material de soldadura cargado positivamente y eléctricamente conductivo en forma de tira 10 se extiende a lo largo y es adyacente al borde lateral 4. De manera similar, un componente de material de soldadura cargado negativamente y eléctricamente conductivo en forma de tira 12 se extiende a lo largo y es adyacente al borde lateral 6. Los orificios 14 con superficies internas 16 están circunscritos por la tira 10 y se extienden a través de la banda 2 y la tira. Los orificios 18 con superficies internas 20 están circunscritos de manera similar por la tira 12 y se extienden a través de la banda 2 y la tira. On the other hand, the present invention allows for electrical connection at many different locations along the strip of the lighting tape. For example, the LED lighting tape system 1 comprises a flexible strip 2 with a first side edge 4 and a second side edge 6. The strip 2 supports a plurality of LED lamps 8. A strip-shaped, positively charged, electrically conductive solder material component 10 extends along and is adjacent to the side edge 4. Similarly, a strip-shaped, negatively charged, electrically conductive solder material component 12 extends along and is adjacent to the side edge 6. Holes 14 with inner surfaces 16 are circumscribed by the strip 10 and extend through the strip 2 and the strip. Holes 18 with inner surfaces 20 are similarly circumscribed by the strip 12 and extend through the strip 2 and the strip.

El miembro de clavija cargado positiva y eléctricamente conductor 22 consta de una primera sección de brazo que se extiende hacia arriba 24 y una segunda sección de brazo 26 que se extiende lateralmente desde la primera sección de brazo. El miembro de clavija cargado negativa y eléctricamente conductor 28, idéntico al miembro de clavija 22, también tiene una primera y segunda secciones de brazo. The positively charged, electrically conductive pin member 22 comprises a first upwardly extending arm section 24 and a second arm section 26 extending laterally from the first arm section. The negatively charged, electrically conductive pin member 28, identical to pin member 22, also has first and second arm sections.

Se proporcionan cubiertas 50 para proteger la primera sección de brazo 24 del miembro de clavija 22 y la primera sección de brazo del miembro de clavija 28. Las cubiertas 50 también ayudan a mantener las secciones de brazo 22 y 28 en los agujeros 14 y 18. Covers 50 are provided to protect the first arm section 24 of the pin member 22 and the first arm section of the pin member 28. The covers 50 also assist in holding the arm sections 22 and 28 in the holes 14 and 18.

El cableado eléctrico positivo conductor 32 está conectado a la primera sección de brazo 24 del miembro de clavija 22 y se extiende desde el miembro de clavija hasta la fuente de alimentación 40. El cableado eléctrico negativo conductor 34 está conectado a la primera sección de brazo del miembro de clavija 28 y se extiende desde el miembro de clavija hasta la fuente de alimentación. The positive conductive electrical wiring 32 is connected to the first arm section 24 of the pin member 22 and extends from the pin member to the power supply 40. The negative conductive electrical wiring 34 is connected to the first arm section of the pin member 28 and extends from the pin member to the power supply.

En funcionamiento, el miembro de clavija 22 se ajusta en el agujero 14 de manera que está en contacto con la superficie interna 16 del agujero, donde se fusiona con la tira de material de soldadura 10. El miembro de clavija 28 se ajusta en el agujero 18 de manera que está en contacto con la superficie interna 20 del agujero, donde se fusiona con la tira de material de soldadura 12. La electricidad de la fuente de alimentación 40 se transmite a través del cableado 32 y 34 a los miembros de clavija 22 y 28, respectivamente, y luego se envía a través de los miembros de clavija a las tiras 10 y 12. A través de circuitos eléctricos bien conocidos en el arte, la electricidad se envía desde las tiras 10 y 12, donde finalmente se recibe e ilumina las lámparas LED 8. In operation, pin member 22 fits into hole 14 such that it is in contact with inner surface 16 of the hole, where it is fused to solder strip 10. Pin member 28 fits into hole 18 such that it is in contact with inner surface 20 of the hole, where it is fused to solder strip 12. Electricity from power supply 40 is transmitted through wiring 32 and 34 to pin members 22 and 28, respectively, and then sent through the pin members to strips 10 and 12. Through electrical circuits well known in the art, electricity is sent from strips 10 and 12, where it is ultimately received by and illuminates LED lamps 8.

La ubicación y el número de agujeros disponibles 14 y 18 a través de las tiras 10 y 12 en la banda 2 permiten proporcionar energía eléctrica en numerosas ubicaciones en la banda. Esto resulta en la capacidad de cortar la banda 2 en diferentes tamaños y formar la banda en diversas posiciones, lo que permite la versatilidad de uso que no se ofrece con las cintas de iluminación LED anteriores. The location and number of available holes 14 and 18 through strips 10 and 12 in band 2 allow electrical power to be provided at numerous locations on the band. This results in the ability to cut band 2 into different sizes and form the band in various positions, allowing for versatility of use not offered with previous LED lighting strips.

FIGs. 5 y 6 muestran otras formas de realización del invento. En la FIG. 5, el sistema de cinta de iluminación 60 tiene lámparas LED 78 y borde lateral primero 62 y borde lateral segundo 64. Componentes de material de soldadura cargado positivamente eléctricamente en forma de tiras truncadas 66 están ubicados a lo largo y adyacentes al borde lateral 62 y circunscriben los agujeros 68 y 70. Componentes de material de soldadura cargado negativamente eléctricamente en forma de tiras truncadas 72 están ubicados a lo largo y adyacentes al borde lateral 64 y circunscriben los agujeros 74 y 76. FIGS. 5 and 6 show other embodiments of the invention. In FIG. 5, lighting strip system 60 has LED lamps 78 and first side edge 62 and second side edge 64. Positively charged solder material components in the form of truncated strips 66 are located along and adjacent side edge 62 and circumscribe holes 68 and 70. Negatively charged solder material components in the form of truncated strips 72 are located along and adjacent side edge 64 and circumscribe holes 74 and 76.

En la FIG. 6, el sistema de cinta de iluminación 80 tiene lámparas LED 82, borde lateral primero 84 y borde lateral segundo 86. Componentes de material de soldadura cargados positiva y negativamente eléctricamente en forma de anillos 88 y 90, respectivamente, circunscriben los agujeros 92 y 94 solo a lo largo del borde lateral 84. In FIG. 6, the lighting strip system 80 has LED lamps 82, first side edge 84, and second side edge 86. Electrically positively and negatively charged solder material components in the form of rings 88 and 90, respectively, circumscribe holes 92 and 94 only along side edge 84.

Los miembros de clavija 22 y 28 también se utilizan en las formas de realización mostradas en las FIGs. 5 y 6. La electricidad se envía desde la fuente de alimentación 40 de la misma manera que se describió anteriormente con respecto a la primera forma de realización, a través de los miembros de clavija 22 y 28, para iluminar lámparas 78 y 82. Pin members 22 and 28 are also used in the embodiments shown in FIGS. 5 and 6. Electricity is sent from power source 40 in the same manner as described above with respect to the first embodiment, through pin members 22 and 28, to illuminate lamps 78 and 82.

Se contempla que el material de soldadura utilizado para las tiras 10 y 12, tiras truncadas 66 y 72, anillos 88 y 90 y todos los demás componentes de material de soldadura con formas comparables pueden fabricarse con cualquier tipo de material de soldadura eléctricamente conductivo. It is contemplated that the solder used for strips 10 and 12, truncated strips 66 and 72, rings 88 and 90 and all other comparably shaped solder components may be made from any type of electrically conductive solder.

Ciertas características y componentes novedosos de esta invención se divulgan en detalle para que la invención sea clara al menos en una forma de realización. Sin embargo, se entiende claramente que la invención tal como se divulga no está necesariamente limitada a la forma y los detalles exactos tal como se divulgan, ya que es evidente que se pueden realizar varias modificaciones y cambios sin apartarse del espíritu de la invención. Certain novel features and components of this invention are disclosed in detail so that the invention may be made clear in at least one embodiment. However, it is clearly understood that the invention as disclosed is not necessarily limited to the exact form and details as disclosed, as it is apparent that various modifications and changes can be made without departing from the spirit of the invention.

Claims

1. An LED strip lighting system comprising:

an elongated flexible band supporting a plurality of LED lamps;

a first plurality of holes in and extending through the strip, said plurality of holes being circumscribed by an electrically conductive positively charged solder material component;

a second plurality of holes in and extending through the strip, said second plurality of holes being circumscribed by an electrically conductive negatively charged solder material component;

an electrically conductive positively charged pin member fitted in contact with one of the plurality of holes and the positively charged solder material component;

an electrically conductive negatively charged pin member fitted in contact with one of the plurality of holes and the negatively charged solder material component;

a power supply that provides electrical energy; and

Electrically conductive wiring extending from the positively charged pin member and from the negatively charged pin member to the power supply; where electricity from the power supply is transmitted through the wiring, to the positively and negatively charged pin members, and finally to the positively and negatively charged solder material components to illuminate the LED lamps.

2. The system according to claim 1, wherein the positively charged pin member comprises a first upwardly extending arm section and a second arm section extending laterally from the first arm section, and the negatively charged pin member also has first and second arm sections.

3. The system according to claim 1, further comprising a protective cover surrounding each of the first avija.

4. The system according to claim 1, wherein the positively charged pin member is fused to the positively charged solder material component and the negatively charged pin member is fused to the negatively charged solder material component.

5. The system according to claim 1, wherein the strip has first and second side edges, the positively charged solder material component is a strip extending along and adjacent the first side edge, and the negatively charged solder material component is a strip extending along and adjacent the second side edge.

6. The system according to claim 5, wherein the positively charged pin member is fused to the positively charged strip and the negatively charged pin member is fused to the negatively charged strip.

7. The system according to claim 1, wherein the strip has first and second lateral sides, both the first and second plurality of holes are located on the first lateral side and wherein the positively charged solder material components are rings circumscribing the first plurality of holes and the negatively charged solder material components are rings circumscribing the second plurality of holes.

8. The system according to claim 7, wherein the ring-shaped electrically positively and negatively charged solder material components circumscribe the holes only along the side edge.

9. The system of claim 1, wherein the strip has first and second side edges, the positively charged solder material component is a truncated strip circumscribing two of the first plurality of holes located along and adjacent the first side edge, and the negatively charged solder material component is a truncated strip circumscribing two of the second plurality of holes located along and adjacent the second side edge.

10. The system according to claims 1 and 9, wherein the positively charged pin member is fused to a positively charged, electrically conductive solder material component and the negatively charged pin member is fused to a negatively charged, electrically conductive solder material component.