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    • 4. 发明公开
    • Optical-to-optical image transducer capable of accepting x-radiation
    • 可接受X射线的光学到光学图像传感器
    • EP0189028A3
    • 1988-06-15
    • EP86100022
    • 1986-01-02
    • ENERGY CONVERSION DEVICES, INC.
    • Yaniv, Zvi, Ph. D. Phys.Johnson, Robert R., Ing.
    • G02F01/133G02F01/135
    • G02F1/135
    • A device (30) and method for converting an X-ray image into a corresponding output image with light from a different source and a phosphorescent layer (34) in conjunction with a liquid crystal light valve (12, 16, 18, 18, 24, 32). The light valve includes a photosensor layer (32) comprised of a deposited semiconductor material having distinct light and dark photoconductivities, the light photoconductivity being substantially greater than the dark photoconductivity. ' When impinged upon by an particular pattern of X-rays, the phosphorescent layer (32) phosphoresces in a corresponding pattern, which phosphorescence in turn causes the semiconductor layer (32) to be switched to its light photoconductivity in a pattern also corresponding to that of the input X-ray image. The pattern of switched semiconductor in the photosensor layer allows a biasing voltage to be switched over to the liquid crystal layer of the light valve in a corresponding pattern. This voltage pushes the liquid crystal over its electro-optic threshold thereby inducing an output image corresponding to the original input image.
    • 一种与液晶光阀(12,16,18,18,24)结合的将不同光源和磷光层(34)的光转换成相应输出图像的装置(30)和方法, ,32)。 光阀包括光电传感器层(32),该光电传感器层(32)由具有不同光和暗光导率的沉积半导体材料组成,光电导率基本上大于暗光电导率。 ...通过特定的X射线图案照射时,磷光层(32)以相对应的图案磷酸化,这种磷光又导致半导体层(32)以模式切换到其光电导率 也对应于输入的X射线图像。 光传感器层中的开关半导体的图案允许以相应的图案将偏置电压切换到光阀的液晶层。 该电压推动液晶超过其电光阈值,从而诱导对应于原始输入图像的输出图像。
    • 8. 发明申请
    • REFLECTIVE MATRIX MIRROR VISIBLE TO INFRARED CONVERTER LIGHT VALVE
    • 反射矩阵镜可见红外转换灯
    • WO1987000643A1
    • 1987-01-29
    • PCT/US1986001446
    • 1986-07-14
    • HUGHES AIRCRAFT COMPANY
    • HUGHES AIRCRAFT COMPANYBRAATZ, Paul, O.
    • G02F01/135
    • G02F1/133553G02F1/135G02F2001/1352
    • A reflective matrix mirror visible to infrared converter light valve (5) includes a liquid crystal medium (60) for spatially modulating an incident infrared beam by polarization rotation, a photosubstrate (30) for receiving an incident visible wavelength image (115) and for controlling the polarization rotation of the liquid crystal medium (60) responsively to the visible image (115), and a reflective matrix mirror (40). The reflective matrix mirror (40) is positioned between the liquid crystal medium (60) and the photosubstrate (30) and reflects the incident infrared beam (125) back through the liquid crystal medium (60) such that the infrared beam (125) passes through the liquid crystal medium twice and is polarization rotated responsively to the visible wavelength image (115). A polarizer (90) positioned exteriorly of the liquid crystal medium (60) converts the polarization rotation of the infrared beam (125) into output intensity modulation to produce an infrared image (130). The reflective matrix mirror (40) comprises an M x N array of infrared reflective islands comprising metallic or semiconductor/metallic compounds.
    • 对红外线转换器光阀(5)可见的反射矩阵镜包括用于通过偏振旋转对入射的红外光束进行空间调制的液晶介质(60),用于接收入射可见波长图像(115)并用于控制 响应于可见图像(115)的液晶介质(60)的偏振旋转,以及反射矩阵反射镜(40)。 反射矩阵反射镜(40)位于液晶介质(60)和照射基板(30)之间,并将入射的红外光束(125)反射回液晶介质(60),以使红外光束(125)通过 通过液晶介质两次,并且响应于可见波长图像(115)偏振旋转。 位于液晶介质(60)外部的偏振器(90)将红外光束(125)的偏振旋转转换为输出强度调制以产生红外图像(130)。 反射矩阵反射镜(40)包括包含金属或半导体/金属化合物的红外反射岛的M×N阵列。
    • 10. 发明申请
    • OPTICAL MODULATION DEVICE, AND A DHFLC DISPLAY COMPRISING SUCH A MODULATION DEVICE
    • 光学调制装置和包含这种调制装置的DHFLC显示器
    • WO1997014991A1
    • 1997-04-24
    • PCT/IB1996001047
    • 1996-10-04
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN AB
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN ABCNOSSEN, Gerard
    • G02F01/135
    • G02F1/1416G02F1/133784G02F2001/133765
    • The invention provides optical modulation devices and displays of the DHFLC type having a high contrast. Said modulation devices comprise a first substrate and a second substrate which are positioned substantially parallel to each other and which are provided, on their facing surfaces, with, in succession, an electrode layer and an orientation layer. This advantageous effect is achieved by using different orientation layers, the surface energy of the orientation layer of the first substrate being different from the surface energy of the orientation layer of the second substrate, said difference in surface energy being at least 5 mN/m. The orientation layer having the high surface energy is preferably made from rubbed polyimide, and the orientation layer having the low surface energy is preferably made from unrubbed polyorganosilsesquioxane. The optically active layer of the modulation devices in accordance with the invention exhibits a "tilted-bookshelf" structure.
    • 本发明提供具有高对比度的DHFLC类型的光调制装置和显示器。 所述调制装置包括第一基板和第二基板,其基本上彼此平行地定位,并且在它们的相对表面上依次设置有电极层和取向层。 这种有利的效果是通过使用不同的取向层来实现的,第一衬底的取向层的表面能不同于第二衬底的取向层的表面能,所述表面能的差为至少5mN / m。 具有高表面能的取向层优选由摩擦聚酰亚胺制成,具有低表面能的取向层优选由未加载的聚有机倍半硅氧烷制成。 根据本发明的调制装置的光学活性层表现出“倾斜书架”结构。