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    • 5. 发明申请
    • REDUCTION OF INTENSITY RINGING IN FLUORESCENT DISPLAYS
    • 减少荧光显示器中的强度振铃
    • US20140071684A1
    • 2014-03-13
    • US13615449
    • 2012-09-13
    • Philip J. Ralli
    • Philip J. Ralli
    • F21V9/00F21V9/06B32B38/00G02B5/28
    • G09G3/00G02B5/201G03B21/60
    • Embodiments of fluorescent display screens having an intermediate layer between a light-emitting fluorescent layer and an excitation filter layer are disclosed. The intermediate layer includes (1) a low-index layer disposed between the light-emitting fluorescent layer and the excitation filter layer and (2) an index bridging layer disposed between the low-index layer and the excitation filter layer. The insertion of the low-index layer and the index bridging layer according to the above configuration reduces the sensitivity of the excitation coupling to the non-uniformities in the excitation filter layer and variability in the output frequency of the excitation source, leading to improved uniformity of display intensity without significant compromise in the excitation coupling efficiency. A index bridging region made of a hard coat also provides abrasion resistance and provides structure rigidity to the adjacent excitation filter layer.
    • 公开了在发光荧光层和激发滤光层之间具有中间层的荧光显示屏的实施例。 中间层包括(1)设置在发光荧光层和激发滤光层之间的低折射率层和(2)设置在低折射率层和激发滤光层之间的折射率桥接层。 根据上述配置插入低折射率层和索引桥接层将激发耦合的灵敏度降低到激发滤光层中的不均匀性和激发源的输出频率的可变性,导致改善的均匀性 的显示强度,而激励耦合效率没有显着的折中。 由硬涂层制成的索引桥接区域还提供耐磨性并且为邻近的激发过滤层提供结构刚度。
    • 7. 发明授权
    • Reduction of intensity ringing in fluorescent displays
    • 减少在荧光显示屏中振铃的强度
    • US08809811B2
    • 2014-08-19
    • US13615449
    • 2012-09-13
    • Philip J. Ralli
    • Philip J. Ralli
    • G01J1/58G09G3/00
    • G09G3/00G02B5/201G03B21/60
    • Embodiments of fluorescent display screens having an intermediate layer between a light-emitting fluorescent layer and an excitation filter layer are disclosed. The intermediate layer includes (1) a low-index layer disposed between the light-emitting fluorescent layer and the excitation filter layer and (2) an index bridging layer disposed between the low-index layer and the excitation filter layer. The insertion of the low-index layer and the index bridging layer according to the above configuration reduces the sensitivity of the excitation coupling to the non-uniformities in the excitation filter layer and variability in the output frequency of the excitation source, leading to improved uniformity of display intensity without significant compromise in the excitation coupling efficiency. A index bridging region made of a hard coat also provides abrasion resistance and provides structure rigidity to the adjacent excitation filter layer.
    • 公开了在发光荧光层和激发滤光层之间具有中间层的荧光显示屏的实施例。 中间层包括(1)设置在发光荧光层和激发滤光层之间的低折射率层和(2)设置在低折射率层和激发滤光层之间的折射率桥接层。 根据上述配置插入低折射率层和索引桥接层将激发耦合的灵敏度降低到激发滤光层中的不均匀性和激发源的输出频率的可变性,导致改善的均匀性 的显示强度,而激励耦合效率没有显着的折中。 由硬涂层制成的索引桥接区域还提供耐磨性并且为邻近的激发过滤层提供结构刚度。