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    • 53. 发明申请
    • Manufacturing method for organic electronic device
    • 有机电子器件的制造方法
    • US20060037934A1
    • 2006-02-23
    • US11196098
    • 2005-08-03
    • Mitsuru SuginoyaMasayuki SudaShuhei Yamamoto
    • Mitsuru SuginoyaMasayuki SudaShuhei Yamamoto
    • H01B13/00
    • H01L51/5253H01L51/5246
    • A manufacturing method permits easy manufacture of an organic electronic device using an extremely thin substrate. The manufacturing method includes a first step for polishing a first surface of a substrate, a second step for providing a protective polymeric layer on the first surface, a third step for etching a second surface on the back side of the first surface of the substrate to make the substrate thinner, a fourth step for providing a polymeric layer that contains a polymeric material on the etched second surface, a fifth step for removing the protective polymeric layer, and a sixth step for forming an organic electronic device on the first surface from which the protective polymeric layer has been removed.
    • 制造方法允许使用非常薄的衬底容易地制造有机电子器件。 该制造方法包括用于研磨基板的第一表面的第一步骤,用于在第一表面上提供保护性聚合物层的第二步骤,用于蚀刻基板的第一表面的背面上的第二表面的第三步骤, 使基材更薄,第四步是提供在蚀刻的第二表面上含有聚合材料的聚合物层,用于除去保护性聚合物层的第五步骤,以及在第一表面上形成有机电子器件的第六步骤, 保护性聚合物层已被去除。
    • 55. 发明授权
    • Solid-state light source apparatus
    • 固态光源装置
    • US06738397B2
    • 2004-05-18
    • US10121705
    • 2002-04-15
    • Shuhei YamamotoYoshihito HiranoIchiro ShojiTakunori TairaSunao Kurimura
    • Shuhei YamamotoYoshihito HiranoIchiro ShojiTakunori TairaSunao Kurimura
    • H01S310
    • G02F1/3534G02F2203/13
    • A solid-state light source apparatus includes a first excitation laser light source for outputting a laser beam of a first wavelength, a second excitation laser light source for outputting a laser beam of a second wavelength, a difference frequency between the laser beam of the first wavelength and the laser beam of the second wavelength being in a terahertz band, and a semiconductor pseudo phase matching device which is disposed at a place where a first optical axis of the laser beam of the first wavelength overlaps with a second optical axis of the laser beam of the second wavelength, and generates a terahertz beam in a direction coaxial with the first and second optical axes on the basis of irradiation of the laser beams of the first and second wavelengths. Thus, high output and high efficiency terahertz wave generation can be easily and certainly realized while a narrow line width characteristic is maintained.
    • 固态光源装置包括:第一激发光源,用于输出第一波长的激光;第二激光激光源,其输出第二波长的激光;第二激光激光源, 并且所述第二波长的激光束处于太赫兹波段,以及半导体伪相位匹配装置,其设置在所述第一波长的所述激光束的第一光轴与所述激光的第二光轴重叠的位置处 并且基于第一和第二波长的激光束的照射,在与第一和第二光轴同轴的方向上产生太赫兹光束。 因此,可以容易且可靠地实现高输出和高效率的太赫兹波生成,同时保持窄的线宽特性。
    • 57. 发明授权
    • Liquid crystal display device
    • 液晶显示装置
    • US5621425A
    • 1997-04-15
    • US172633
    • 1993-12-21
    • Masafumi HoshinoShigeru SenbonmatsuHirotomo OniwaShuhei Yamamoto
    • Masafumi HoshinoShigeru SenbonmatsuHirotomo OniwaShuhei Yamamoto
    • G09G3/20G09G3/36
    • G09G3/2011G09G3/3625
    • The liquid crystal display device is comprised of a matrix panel 1, a common driver 2 and a segment driver 3. A liquid crystal layer is interposed between rows of the scanning electrodes 4 and columns of signal electrodes 5. A frame memory 6 stores an inputted dot data each frame. An orthonormal signal generator 7 generates a set of orthonormal signals to sequentially feed the same in a desired combination pattern to the common driver 2 to concurrently drive a multiple of the scanning electrodes 4 to effect group sequential scanning according to the combination pattern. A dot product computation unit 8 executes dot product computation between a set of the dot data and the set of the orthonormal signals, the result of which is fed to the segment driver 3 to drive the columns of the signal electrodes 5. The group sequential scanning is repeated several times within one cycle to display a picture. The orthonormal signals are horizontally or vertically shifted to improve the quality of the displayed picture. Further, the multiple concurrent line number is optimized to balance the withstand voltage between the common driver 2 and the segment driver 3. Moreover, in the gray shading display by pulse-height modulation, a voltage pulse assigned to a virtual line of the scanning electrode is spread out to improve the gray shaded quality of the displayed picture.
    • 液晶显示装置由矩阵面板1,公共驱动器2和片段驱动器3构成。液晶层插入在扫描电极4的行和信号电极5的列之间。帧存储器6存储输入的 点数据每帧。 正交信号发生器7产生一组正交信号,以将期望的组合模式顺序地馈送到公共驱动器2,以同时驱动多个扫描电极4,以根据组合模式进行组顺序扫描。 点积计算单元8在一组点数据和正交信号组之间执行点积计算,其结果被馈送到段驱动器3以驱动信号电极5的列。组顺序扫描 在一个周期内重复多次以显示图片。 正交信号水平或垂直移位,以提高显示图像的质量。 此外,多路并行线路数被优化以平衡公共驱动器2和段驱动器3之间的耐受电压。此外,在通过脉冲高度调制的灰度阴影显示中,分配给扫描电极的虚拟线的电压脉冲 被展开以改善显示图像的灰色阴影质量。
    • 58. 发明授权
    • Liquid crystal spatial light modulator for edge detection employing
diffusion in the photoconductive layer to enlarge image
    • 用于边缘检测的液晶空间光调制器,其利用光电导层中的扩散来放大图像
    • US5420709A
    • 1995-05-30
    • US905280
    • 1992-06-26
    • Naoki KatoShuhei YamamotoTeruo EbiharaRieko SekuraJunko Yamanaka
    • Naoki KatoShuhei YamamotoTeruo EbiharaRieko SekuraJunko Yamanaka
    • G02F1/133G02F1/135G02F1/137G02F1/141G02F3/00G06K9/58G02F1/13
    • G06K9/58G02F1/135G02F1/141
    • An edge image extraction light modulator forms an edge portion image corresponding to a boundary between two optically equalized portions of a liquid crystal layer. Each portion has a different bistable state and an edge portion optically distinct from the two optically equalized portions. An optical image is written onto the light valve while applying a voltage between two transparent electrode layers of the light valve to effect switching between a first stable optical axis and a second stable optical axis. The light valve is illuminated and the edge portion of the written image is read. A first and a second polarizer are in crossed-Nicols position so that the two optically equalized portions comprise a portion having the written image except for the edge portion thereof and a non-written portion. The edge portion is not optically equal to the two optically equal portions and can thus be detected. A method of driving the edge image extraction light modulator includes writing an optical image onto the light valve by irradiating a photoconductive layer with light. A first pulse voltage is applied to erase and reset the light valve, and a second pulse voltage is applied, having a polarity opposite that of the first pulse voltage, to generate carriers diffusing in the photoconductive film to impart an electric field to the liquid crystal layer and form an enlarged image of the optical image in the light valve. A third pulse voltage, having the same polarity as that of the first pulse voltage, erases a part of the enlarged image except for an edge portion thereof to form an edge enhanced image in the light valve.
    • 边缘图像提取光调制器形成与液晶层的两个光学均衡部分之间的边界对应的边缘部分图像。 每个部分具有不同的双稳态和与两个光学均衡部分光学不同的边缘部分。 在光阀的两个透明电极层之间施加电压以在第一稳定光轴和第二稳定光轴之间进行切换,将光学图像写入光阀。 点亮光阀,读取写入图像的边缘部分。 第一和第二偏振器处于十字尼科耳尔位置,使得两个光学均衡部分包括除了其边缘部分之外的具有写入图像的部分和非写入部分。 边缘部分不是光学上等于两个光学相等的部分,因此可以被检测。 驱动边缘图像提取光调制器的方法包括通过用光照射光电导层将光学图像写入光阀。 施加第一脉冲电压以擦除和复位光阀,施加具有与第一脉冲电压相反的极性的第二脉冲电压,以产生在光电导膜中扩散的载流子以向液晶施加电场 并在光阀中形成光学图像的放大图像。 具有与第一脉冲电压相同极性的第三脉冲电压擦除除了其边缘部分之外的放大图像的一部分,以在光阀中形成边缘增强图像。