KR200275136Y1 - Illuminating Glass - Google Patents

Abstract

The present invention embeds the light emitting device in the glass of the glass to transmit the light of the light emitter to the whole glass, so that the engraved or embossed or printed portion of the surface of the glass to emit light.

Description

Luminescent Glass {Illuminating Glass}

The present invention purchases the bowl switch (307, 308) and the light pipe 201, the power is opened and closed in accordance with the state of the lamp 301 and the glass in the lower portion of the glass 101 and the light pipe 201 ), The reflector 202, the v-groove 203, and the light guiding action of the glass, thereby transmitting the light of the luminous material to the entire glass 101, and causing the engraved or embossed or printed portion of the surface of the glass to emit light. .

Accordingly, the present invention guides the light of the lamp 301 to the light pipe 201, the reflector 202, and the V groove 102, thereby causing the surface of the glass to emit light along the glass wall. Or the purpose of the embossed pattern and the printed pattern to emit light uniformly and beautifully.

1 is a front view schematically showing a light emitting glass according to the present invention

Figure 2 is a front view schematically showing a light emitting glass according to the present invention

Figure 3 is a detailed view showing the light emitting portion of the light emitting glass according to the present invention

[Explanation of symbols on the main parts of the drawings]

101. Glasses

201.Light Pipe 202.Reflector 203.V Cut

301. Lamp 302. Cathode cap 303. Rechargeable battery 304. Insulation film 305. Positive plate 306. Spacer 307. Bowl switch 308. Conductive ball 309. Plug

In order to achieve the above object, the present invention is a light induction device composed of a light pipe 201, a reflector 202, the V groove 203 and the lamp 301, the negative electrode cap 302, the rechargeable battery 303, It is characterized by including an insulating film 304, a positive electrode plate 305, a spacer 306, a bowl switch (307, 308), a light emitting portion composed of a stopper 309 and a glass (101). A light emitting unit according to the embodiment of the present invention will be described with reference to FIG. 3 and the lamp 301, the negative electrode cap 302, the rechargeable battery 303, and the insulating film 304. ), A positive electrode plate 305, a spacer 306, bowl switches 307 and 308, and a stopper 309. The lamp 301 is mainly used as a light emitting diode (LED) and generates light. As shown in FIGS. 1 and 2, the light induction device embedded in the glass 101 is a light pipe. 201, the reflector 202, and the V groove 203, and the light pipe 201 uses glass or synthetic resin having high transparency. The light generated from the lamp 301 is reflected along the light pipe 201. The light reflected by the reflector 202 and the v-groove 203 is transmitted to the whole glass 101 by the light guiding action which is reflected toward the center of the glass at the interface between the glass 101 and the air. Light transmitted to the inside of the glass of the glass 101 causes diffuse reflection in the portion of the refractive index, such as the carved portion or the printed portion of the surface of the glass 101 to emit light to the outside of the glass 101.

As described above, the present invention aims to improve the visual effect of the engraving or printed pattern by making the surface of the glass shine.

Claims (1)

A light induction device composed of a glass 101, a light pipe 201, a reflector 202, and a V groove 203, a lamp 301 and a negative electrode cap 302, a rechargeable battery 303, an insulating film 304 ), A positive electrode plate 305, a spacer 306, a bowl switch (307, 308), the light emitting portion comprising a stopper 309