KR20050021743A - Fx led - Google Patents

Abstract

PURPOSE: An electrodeless lamp is provided to reduce power consumption and volume of the lamp by arranging a partition for dividing inside of a lamp body. CONSTITUTION: An electrodeless lamp(10) comprises a partition(12) for dividing inside of a lamp body and a device for turning on the lamp. The inside of the lamp body is vacuumed and injected with gas for emitting light in accordance with the frequency generated from an external source. The lamp has through holes(14) contacting the partition of the lamp, such that lighting devices are arranged in the through holes.

Description

Induction lamp {FX LED}

The present invention relates to a lamp for forming an electrodeless lamp. A partition for partially dividing the lamp is provided in parallel, and the lamp is lit from the outside with a lighting device.

Nowadays, there are electrodeless lamps.

By the way, such an electrodeless lamp is circular. In other words, it is a circular line method.

The electrodeless lamp according to the circuit-line type is large in aesthetic appearance.

Accordingly, the present invention has been made to solve the above-mentioned conventional problems, and an object thereof is to provide an electrodeless lamp for forming a partial partition.

In order to achieve the above object, the electrodeless lamp according to a preferred embodiment of the present invention comprises a partition for dividing the inside part, and the lamp means for forming the gas and the vacuum to emit light at the frequency of the external generation in a vacuum state:

Lighting means for generating a lamp from the outside of the lamp means, and means for turning on the lamp with the lighting means based on the formation of the lamp from the lamp means.

In the electrodeless lamp according to a preferred embodiment of the present invention, the partition means for dividing the inside part, the lamp means for inserting and vacuum-forming the gas to emit light at the frequency of external generation in a vacuum state:

Lighting means for generating a lamp from the outside of the lamp means, and means for turning on the lamp with the lighting means based on the formation of the lamp from the lamp means.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the electrodeless lamp of the present invention in more detail.

1 is an electrodeless lamp diagram according to an embodiment of the present invention, reference numeral 10 denotes an electrodeless lamp. The electrodeless lamp 10 is provided with a partition 12 that bisects the interior 11, which will be described later, and inserts a vacuum and gas (for example, arcon for mercury, mercury, etc.) of a conventional electrodeless lamp, and externally. It lights with the frequency generator 21 which is the lighting device 20 (for example, the frequency of the coil using transformer which the lamp 10 turns on). The frequency generator 21 also extends the interior 11 of the portion of the lamp 10 and the partition 12 of the portion of the lamp 10, extending the interior 11 of the portion of the lamp 10, and the lighting device 20. May be added and lit. Reference numeral 10a denotes a recess for installing the frequency generator 21 according to necessity in addition to the electrodeless lamp 10 body. This recess is provided in the body of the lamp 10 (for example, singular, plural, confrontation, diagonal, etc.). You may also. Reference numeral 11 denotes a vacuum and gas (e.g., OSRAM electrodeless lamp) of an electrodeless lamp (e.g., OSRAM electrodeless lamp, etc.) that lights on an ordinary lighting device (e.g., a transformer, an electronic device, etc. to light an OSRAM electrodeless lamp). Of gas and so on). A partition (20) juxtaposition part of this inside (20). In addition, the inner part 11 and the partition 20 of the part may be extended, and the inner part 11 of the part may be extended, and the frequency generator 21, which is the lighting device 20, may be provided in parallel therewith. Reference numeral 12 denotes a partition in which the interior 11 of the electrodeless lamp 10 is partially and parallelly arranged. This partition 20 partially penetrates through the inside and the food. In addition, the inner part 11 and the partition 20 of the part may be extended, and the inner part 11 of the part may be extended, and the frequency generator 21, which is the lighting device 20, may be provided in parallel therewith. Reference numeral 13 denotes a vacuum in which the interior 11 is part of normal bulb formation. The vacuum 13 may inject a gas (e.g., a gas of an Osram electrodeless lamp, etc.) that emits light when the electrodeless light is turned on. Reference numeral 14 denotes a through hole provided with a coil for frequency generation, which is an example of a lighting device passing through the lamp 10. Reference numeral 15 denotes a protrusion 15 extending from the lamp 10 to the inside 11 of the lamp 10. The protruding portion 15 may inject a gas (e.g., a gas of an Osram electrodeless lamp) that emits light when the electrode is turned on. The interior 11 partially passes through the food and the interior. In addition, the inner part 11 and the partition 20 of the part may be extended, and the inner part 11 of the part may be extended, and the frequency generator 21, which is the lighting device 20, may be provided in parallel therewith. Reference numeral 16 denotes a gas (for example, a gas of an OSRAM electrodeless lamp, etc.) injected into the inside 11 of an ordinary electrodeless lamp (such as an OSRAM electrodeless lamp or the like). The gas 16 may be collectively referred to as a gas that emits light when no electrode is turned on. Reference numeral 20 denotes a device for lighting the electrodeless lamp 10 from the outside. The lighting device 20 may be collectively referred to as a device for lighting the electrodeless lamp 10 (eg, a frequency generating safety device, a transformer, an electronic device, etc. for lighting an electrodeless lamp of OSRAM). Reference numeral 21 is a frequency generator that is a part of the lighting device 20 that lights the electrodeless lamp 10 from the outside. The frequency generating section 21 is a frequency generating transformer coil which is a part of a lighting device of a normal electrodeless lamp of the lighting device 20. The safety devices, transformers, and electronic devices that generate the frequency of lighting electrode lamps may be collectively called. Reference numeral 21a denotes an output for outputting a frequency of a transformer which is a part of a lighting device of a normal electrodeless lamp of the lighting device 20. This output 21a outputs a frequency necessary for lighting the electrodeless lamp. Reference numeral 22 is a normal wire connecting the input and output of the transformer of the lighting device 20. Reference numeral 100 denotes a light pipe installed in the lamp 10 as necessary. Reference numeral 1000 denotes a conventional luminaire in which an output 21c for fixing the lamp 10 to the outside and a lighting device 20 are provided together. Next, an embodiment of the electrodeless lamp of the present invention will be described in detail.

Once the electricity is input to the wire 22 of the frequency generator 21, which is a transformer using a coil, which is an example of the lighting device 20, through the through hole 14 of the lamp 10, the electrodeless lamp 10 is turned on. It is assumed that the frequency output 21a is performed.

When electricity is input to the lighting device 20, the lamp 10 is turned on at a frequency output of lighting the electrodeless lamp 10 with the output 21a of the lighting device 20.

Meanwhile, in the electrodeless lamp embodiment of the present invention, the number of electrodeless lamp embodiments is reduced, but the number of the electrodeless lamp embodiments can be increased if necessary, and the service type is increased even if the number is increased. You can infer the behavior.

Induction lamps have a variety of uses due to power saving, long life, and diversification of usage.

1 is a perspective view of an electrodeless lamp according to an embodiment of the present invention

2 is a perspective view of a partial cross section (a), a side surface (b), and a side cross section (c) of FIG.

3 is a perspective view of an electrodeless lamp according to an embodiment of the present invention, the singular groove, the singular through-hole parallel lamp (a), the plural grooves, the singular through-hole parallel lamp (b), the plural grooves, the singular through-hole parallel lamp (c) Perspective view

4 is a perspective view of an electrodeless lamp according to an exemplary embodiment of the present invention, (a) a plan view of a parallel projection part 15 having a middle part of the partition 12 and a protruding portion 15 protruding from the inside 11, and (b) a partition (12) the intermediate juxtaposition and the partition 12, the projection 15 protruding and extending the inner 11, side-by-side lamp (10) plan view, side view of (aa) and (a), side view of (bb) and (b) , (c) is also a perspective view showing the frequency generator 21 of the lighting device 20 in the lamp 10

5 is a perspective view showing a through tube 100 disposed inside the lamp 10 of the electrodeless lamp according to the embodiment of the present invention.

6 is a perspective view of the lamp 10 and the lighting device 20 of the electrodeless lamp according to the embodiment of the present invention

7 is a perspective view showing the frequency generator 21 of the lamp 10 and the lighting device 20 of the electrodeless lamp according to the embodiment of the present invention in parallel with (a) the frequency generator 21 between the lamp 10. Partial sectional view of (b) also shows a partial cross-sectional view of the lamp 10 with the frequency generating section 21, and (c) shows a frequency generating section on the protruding portion 15 protruding the interior 11 of the lamp 10. (21) Juxtaposition perspective

Explanation of symbols on the main parts of the drawings

10: lamp 10a: groove

11: inside 12: partition

13: vacuum 14: through hole

15: protrusion 20: gas

20: lighting device 21: frequency generator

21a: output 22: wire

100: through tube 1000: luminaire

Claims (6)

Lamp means for providing a partition (12) for dividing the inside of the body (11) partly and forming a gas insertion and vacuum (13) for emitting the inside (11) at a frequency of external generation: Device means for lighting the lamp 10 externally to the lamp 10 with a lighting device: and means for lighting the lamp 10 with the lighting device based on the formation of the lamp 10 from the lamp means. Electrodeless lamp 3. The electrodeless lamp according to claim 1, wherein the lamp means is provided with a through hole 14 in contact with the partition 12 of the lamp 10, and a lighting device is placed in the through hole 14 and turned on. The electrodeless lamp according to claim 1, wherein the lamp means comprises a projection 15 extending from the side end body of the lamp 10 and the partition 12. 3. The electrodeless lamp according to claim 1, wherein the lamp means includes a protrusion 15 which protrudes from the side end body of the lamp 10. The lamp according to claim 1, wherein the lamp means comprises a through tube (100) in the body (11) of the lamp (10). 2. The electrodeless lamp according to claim 1, wherein the device means generates a frequency at which the lamp 10 is turned on by the frequency generator 21 using the coil 21a and turns on the lamp 10.