Crystal lamp source

Abstract

The invention provides a crystal lamp source which comprises a light guide post, a luminescence element and a linear condensation structure, wherein a ray emitted from the luminescence element enters the light guide post from the bottom surface of the light guide post; the linear condensation structure surrounds the side surface of the light guide post and reflects or refracts the ray emitted from the luminescence element to provide a fine line light source which surrounds the light guide post.

Description

technical field [0001] The present invention relates to a light source, in particular to a crystal lamp light source. Background technique [0002] Such as figure 1 As shown, the light source 102 of the existing crystal lamp 100 is distributed around a plurality of polyhedrons 104 respectively having a plurality of refracting walls. Although these polyhedrons are a kind of dispersion element, the light I emitted by the light source 102 is a light beam diverging in various directions. Moreover, the light refraction effect of only using the walls with different inclination angles to refract the light I is limited, so dazzling and colorful visual effects cannot be produced. Additionally, if figure 2 As shown, the shape of the wall surface of the crystal lamp 200 can form a thin line 202 to improve the light refraction effect, but the light refraction effect provided by this design is still limited. Furthermore, Taiwan Patent Publication No. M255922 discloses a design of for...

AI Technical Summary

Problems solved by technology

In practical applications, after comparing the light refraction effects of the above three bulbs, it can be known that: there are multiple high-directivity light sources ( Figure 3B ) and thin line light sources ( Figure 3C ) bulbs have a better light refraction effect and can produce dazzling and colorful visual effects, while high Ra value bulbs ( Figure 3A ) light refraction effect is poor

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