TW201918659A - Crystal lamp structure - Google Patents

Abstract

A crystal lamp structure is disclosed. The crystal lamp structure is adapted to be mounted in a chandelier. The crystal lamp structure has a frame mounted on a top side of a light unit. A plurality of crystal pendants hang down from the frame and surround the light unit so that light can be reflected or refracted by the crystal pendants to create decorated color light glitters.

Description

Crystal lamp structure

The invention relates to a crystal lamp structure, in particular to a crystal lamp structure suitable for use in a chandelier.

Figure 1A~1B Previous Skills

The traditional crystal lamp has a crystal string, in which the crystal can reflect or refract light, which produces a color effect and provides decorative functions.

Figure 1A shows a prior art chandelier 10 incorporating a frame 12 with a sling 11 suspended from above. The frame 12 has a socket 16 for providing illumination unit 15 for placement. The crystal string 17 is placed below the frame 12 to hang down. A disadvantage of the prior art is that there is no water wafer around the light-emitting unit 15 at the upper end of the chandelier to provide a color light-emitting function.

FIG. 1B shows the light unit 15 used in FIG. 1A; the light unit 15 includes a bulb 151 disposed in the base 16 with the base 152. There is no obstacle disposed around the bulb 151, so the bulb 151 emits a glare; in the light emitted by the bulb 151, only a small amount of stray light reaches the crystal string 17 below, and the crystal string 17 provides reflection or refraction to emit a color effect. . Therefore, the conventional chandelier of FIG. 1A has a poor effect of overall color light emission. FIG. 1B shows that if the same chandelier structure can be used to complement the color light effect around the bulb 151, not only the glare of the bulb 151 can be eliminated, but also the integrity of the chandelier's overall color light output can be improved, and a better vision can be provided. Feel.

The present invention first contemplates a crystal lamp structure having a color effect to replace the bulb used in conventional chandeliers.

16‧‧‧ lamp holder

200‧‧‧Crystal lamp structure

21‧‧‧Lighting unit

211‧‧‧Lighting area

211K‧‧·light transparent casing

212‧‧‧Base

213‧‧‧ lamp holder

22‧‧‧ ring frame

221‧‧‧ outer ring frame

221S‧‧‧ first inclined surface

222‧‧‧ Inner ring frame

222S‧‧‧Second inclined surface

23‧‧‧Crystal Strings

231‧‧‧Outer ring crystal string

232‧‧‧ Inner ring crystal string

241, 242, 243 ‧ ‧ water wafer

251,252‧‧‧Lighting diode

Figure 1A~1B Previous Skills

2A~2B show the chandelier using the present invention

3A-3B show the structural components of the crystal lamp structure of the present invention.

2A~2B show the chandelier using the present invention

Fig. 2A shows a chandelier using the crystal lamp structure of the present invention as a light source.

2A shows a chandelier 20 that includes a frame 12 that is suspended from above by a sling 11 . The frame 12 has a socket 16 for providing illumination unit 200 for placement. The crystal string 17 is placed below the frame 12 to hang down.

Fig. 2B shows the crystal lamp structure of the present invention.

2B shows a crystal lamp structure 200 having a light emitting unit 21, an annular frame 22, and a crystal string 23; wherein the annular frame 22 is disposed above the light emitting unit 21; and the crystal string 23 is hung from the annular frame 22 and surrounds the light. The periphery of unit 21. The annular frame 22 further includes an outer ring frame 221 and an inner ring frame 222 , and the outer ring frame 221 is disposed above the inner ring frame 222 . The outer circumference of the outer ring frame 221 has a first inclined surface 221S, and the outer periphery of the inner ring frame 222 has a second inclined surface 222S. The first inclined surface 221S and the second inclined surface are optimally about 30-60 degrees with the long axis of the light-emitting unit, and other angles can also be used, but the finished color light effect is poor.

In addition, the first water crystal wafer 241 is attached to the first inclined surface 221S; the second water crystal wafer 242 is attached to the second inclined surface 222S; and provides light reflection or refraction to produce a color light effect.

The outer ring crystal string 231 is hung on the outer ring frame 221; the inner ring crystal string 232 is hung on the inner ring frame 222. The bottom end of the crystal string extends beyond the bottom end of the light emitting unit 21

The light-emitting unit 21 has a light-emitting portion 211, a base 212, and a base 213. The light-emitting portion 211 is disposed above the base 212 and has a light-transmitting outer casing 211K (FIG. 3B). The base 212 is disposed above the base 213.

The third water crystal chip 243 is disposed in the light-transmitting outer casing 211K for reflecting or refracting light, so as to produce a color light effect. The fourth water crystal chip 244 is disposed on the outer surface of the base for reflecting or refracting light, so as to produce a color light effect.

3A-3B show the structural diagram of some components of the crystal lamp structure using the present invention.

FIG. 3A shows that the annular frame 22 is disposed above the light-emitting unit 21 , and further includes an outer ring frame 221 and an inner ring frame 222 , and the outer ring frame 221 is disposed above the inner ring frame 222 . The outer circumference of the outer ring frame 221 has a first inclined surface 221S, and the outer periphery of the inner ring frame 222 has a second inclined surface 222S.

FIG. 3B shows that the light-emitting unit 21 has a light-emitting portion 211, a base 212, and a base 213. The light-emitting portion 211 is disposed above the base 212 and has a light-transmitting outer casing 211K. The base 212 is disposed above the base 213. The light-emitting diodes 211K are provided with light-emitting diodes 251, 252; the light-emitting diodes 251 and the light-emitting diodes 252 are disposed at complementary positions of light, so that the emitted light can be illuminated in all directions.

The third water crystal chip 243 is disposed in the light-transmitting outer casing 211K for reflecting or refracting light, so as to produce a color light effect. The fourth water crystal chip 244 is disposed on the outer surface of the base for reflecting or refracting light, so as to produce a color light effect.

The foregoing description of the preferred embodiments of the present invention and the embodiments of the invention are intended to The creator, or the scope of the rights covered by the “Scope of Application for Patent Application” below, is the scope of the applicant's rights without departing from the spirit of this creation.

Claims (12)

 A crystal lamp structure has a light-emitting unit, an annular frame, and a crystal string; wherein the annular frame is disposed above the light-emitting unit; and a plurality of crystal strings are hung on the annular frame to surround the periphery of the light-emitting unit.    The crystal lamp structure according to claim 1, wherein the annular frame further comprises an outer ring frame and an inner ring frame.    The crystal lamp structure of claim 2, wherein the outer ring frame is disposed above the inner ring frame.    The crystal lamp structure of claim 3, wherein the outer ring frame has a first inclined surface at the periphery; and the inner ring frame has a second inclined surface at the periphery.    The crystal lamp structure of claim 4, wherein the first inclined surface is about 30-60 degrees from a long axis of the light emitting unit; and the second inclined surface is about a long axis of the light emitting unit. 30-60 degrees.    The crystal lamp structure of claim 5, further comprising: a first water wafer attached to the first inclined surface.    The crystal lamp structure according to claim 5, further comprising: a second water wafer attached to the second inclined surface.    The crystal lamp structure according to claim 1, wherein the crystal string further comprises an outer ring crystal string and an inner ring crystal string. The outer ring crystal string is hung on the outer ring frame; and the inner ring crystal string is hung on the inner ring frame.    The crystal lamp structure of claim 8, wherein the inner ring crystal string extends at a bottom end beyond a bottom end of the light emitting unit; and the outer ring crystal string extends at a bottom end beyond a bottom end of the light emitting unit.    The crystal lamp structure of claim 1, wherein the light-emitting unit has a light-emitting portion, a base, and a lamp cap; the light-emitting portion is disposed above the base and has a light-transmitting outer casing; a base is disposed above the lamp cap.    The crystal lamp structure according to claim 10, further comprising a third water crystal chip disposed in the light-transmitting outer casing.    The crystal lamp structure according to claim 10, further comprising a fourth water wafer disposed on the outer surface of the base.