累积法检测高亮度导光板

Takaya Fujimoto, Y. Okayama, K. Yamashita, S. Nishida, Y. Sawa, D. Noda, T. Hattori
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引用次数: 0

摘要

led作为一种取代荧光灯和灯泡的新型照明光源,正受到人们的关注。它们不适合单独照明,因为led是点光源。然而,将其与用于液晶显示器的导光板技术相结合,可以将其转化为平面发射形式。因此,可以通过平面发射法将它们用作照明装置。本实验室在导光板的底部形成一个小点,光从导光板的发光侧照射到小点上。如果从先前的研究结果中增加这些点的数量,那么从发光侧发出的光量也会增加。人们认为可以制造出高亮度板或引导更多光的板。提出了一种叠薄导光板的方法来增加光斑的数量,并利用光学模拟器对叠薄导光板进行了设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Examination of high luminance light guide plate by accumulating method
LEDs are attracting attention as a light source for a new form of lighting, taking the place of the fluorescent lamp and the light bulb. They are not suitable for lighting use by themselves, as LEDs are a point light source. However, it is possible to convert them into plane emission form by combining them with light guide plate technology used for the liquid crystal displays. It is therefore possible to use them as lighting devices through the plane emission method. In this laboratory, a minute dot was formed at the bottom of a light guide plate, and light hitting the dot was emitted from the luminescence side of the light guide plate. The amount of light emitted from the luminescence side also increased, if the number of these dots was increased from previous research results. It was thought that a high luminance plate or a plate guiding more light could be created. A method of piling thin light guide plates was proposed as a method of increasing the number of dots, with the piled light guide plates being designed using an optical simulator.
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