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    • 6. 发明授权
    • Display device
    • 显示设备
    • US08199140B2
    • 2012-06-12
    • US12568154
    • 2009-09-28
    • Toshiaki YoshiharaMasaki Nose
    • Toshiaki YoshiharaMasaki Nose
    • G09G5/00
    • G09G3/3629G02F1/134336G02F1/13473G02F1/13718G02F1/167G02F2001/13478G02F2203/30G09G3/3692G09G2300/023G09G2300/0486
    • A display device has a display panel having a first substrate in which a plurality of first electrodes are disposed in parallel, a second substrate in which a plurality of second electrodes crossing the first electrodes are disposed in parallel, and a material layer which is disposed between the first and second substrates and reflects, transmits or absorbs light with a predetermined wavelength according to a write state;first and second drive circuits which drive the first and second electrodes respectively; and a drive control circuit which performs drive control for the first and second drive circuits. When refreshing a display image, the first or second drive circuit, while applying a reset pulse to a plurality of adjacent electrode group of first or second electrodes, scans the electrode group so as to reset the pixels, and the drive control circuit controls to change the direction of scanning.
    • 显示装置具有:显示面板,具有第一基板,多个第一电极平行配置;第二基板,与第一电极交叉的多个第二电极平行配置;第二基板,其设置在 第一基板和第二基板根据写入状态反射,透射或吸收预定波长的光; 分别驱动第一和第二电极的第一和第二驱动电路; 以及对第一和第二驱动电路进行驱动控制的驱动控制电路。 当刷新显示图像时,第一或第二驱动电路在将复位脉冲施加到第一或第二电极的多个相邻电极组的同时扫描电极组以复位像素,并且驱动控制电路控制改变 扫描的方向。
    • 7. 发明申请
    • DISPLAY DEVICE
    • 显示设备
    • US20100013807A1
    • 2010-01-21
    • US12568154
    • 2009-09-28
    • Toshiaki YoshiharaMasaki Nose
    • Toshiaki YoshiharaMasaki Nose
    • G09G5/00G09G3/30
    • G09G3/3629G02F1/134336G02F1/13473G02F1/13718G02F1/167G02F2001/13478G02F2203/30G09G3/3692G09G2300/023G09G2300/0486
    • A display device has a display panel having a first substrate in which a plurality of first electrodes are disposed in parallel, a second substrate in which a plurality of second electrodes crossing the first electrodes are disposed in parallel, and a material layer which is disposed between the first and second substrates and reflects, transmits or absorbs light with a predetermined wavelength according to a write state;first and second drive circuits which drive the first and second electrodes respectively; and a drive control circuit which performs drive control for the first and second drive circuits. When refreshing a display image, the first or second drive circuit, while applying a reset pulse to a plurality of adjacent electrode group of first or second electrodes, scans the electrode group so as to reset the pixels, and the drive control circuit controls to change the direction of scanning.
    • 显示装置具有:显示面板,具有第一基板,多个第一电极平行配置;第二基板,与第一电极交叉的多个第二电极平行配置;第二基板,其设置在 第一基板和第二基板根据写入状态反射,透射或吸收预定波长的光; 分别驱动第一和第二电极的第一和第二驱动电路; 以及对第一和第二驱动电路进行驱动控制的驱动控制电路。 当刷新显示图像时,第一或第二驱动电路在将复位脉冲施加到第一或第二电极的多个相邻电极组的同时扫描电极组以复位像素,并且驱动控制电路控制改变 扫描的方向。
    • 8. 发明授权
    • Multilayered cell, electronic terminal, and method of filling multilayered cell with media
    • 多层单元,电子终端以及填充多层介质的方法
    • US08059251B2
    • 2011-11-15
    • US12184548
    • 2008-08-01
    • Yoshihisa KurosakiJunji TomitaToshiaki Yoshihara
    • Yoshihisa KurosakiJunji TomitaToshiaki Yoshihara
    • G02F1/1339G02F1/1341G02F1/1347
    • G02F1/1341G02F1/1347G02F1/13473G02F1/13718
    • A method of filling a multilayered cell with media. In the method, a multilayered cell having at least two layers, i.e., a first and second layer, is filled with media. The method comprises forming in the first layer a first medium injection region for filling the first layer with a first medium, forming in the second layer a second medium injection region for filling the second layer with a second medium, the second medium injection region corresponding to a region different from the first medium injection region, superposing the first and second layers, forming within the first medium injection region a first through-hole extending through the multilayered cell in the layer-thickness direction, forming within the second medium injection region a second through-hole extending through the multilayered cell in the layer-thickness direction, and injecting the first and second media into the first and second through-holes, respectively, to fill the first and second layers with the first and second media. Thus, a multilayered cell can be easily produced in a shorter time while attaining a reduction in deterioration during production.
    • 一种用介质填充多层电池的方法。 在该方法中,具有至少两层的多层单元,即第一层和第二层,填充有介质。 该方法包括在第一层中形成用于用第一介质填充第一层的第一介质注入区域,在第二层中形成用第二介质填充第二层的第二介质注入区域,第二介质注入区域对应于 与第一介质注入区域不同的区域,叠置第一和第二层,在第一介质注入区域内形成在层厚度方向上延伸通过多层电池的第一通孔,在第二介质注入区域内形成第二通孔 通孔在层厚度方向上延伸穿过多层电池,并分别将第一和第二介质注入第一和第二通孔,以用第一和第二介质填充第一和第二层。 因此,可以在更短的时间内容易地制造多层电池,同时实现制造时的劣化的降低。
    • 10. 发明申请
    • Anti-Reflection Film
    • 防反射膜
    • US20100254003A1
    • 2010-10-07
    • US12817837
    • 2010-06-17
    • Eiichi HigashikawaToshiaki YoshiharaKoichi Ohata
    • Eiichi HigashikawaToshiaki YoshiharaKoichi Ohata
    • G02F1/1335G02B1/11G02B5/30
    • G02B1/11G02B1/16G02B1/18G02B27/0006G02F1/133502G02F2202/22
    • The present invention provides an anti-reflection film which not only has a sufficient anti-reflection properties and sufficient antistatic properties but also reduces color in reflection light, inhibits color unevenness and provides a display device with excellent contrast in a bright place and excellent contrast in a dark place when applied on a display device. The anti-reflection film of the present invention has average luminous reflectance in the range of 0.5-1.5% on a low refractive index layer surface, a difference in the range of 0.2-0.9% between the maximum and the minimum in spectral reflectance on the low refractive index layer surface in a wavelength region of 400-700 nm, absorption loss in average luminous transmittance in the range of 0.5-3.0%, and parallel light transmittance in the range of 94.0-96.5%.
    • 本发明提供一种防反射膜,其不仅具有足够的抗反射性和足够的抗静电性,而且还降低了反射光的颜色,抑制了颜色不均匀性,并提供了在明亮的地方具有优异的对比度的显示装置和优异的对比度 应用在显示设备上的暗处。 本发明的防反射膜在低折射率层表面上的平均光反射率在0.5-1.5%的范围内,在光谱反射率的最大值和最小值之间的差为0.2-0.9% 400-700nm波长范围的低折射率层表面,平均透光率在0.5-3.0%范围内的吸收损失,平行透光率在94.0-96.5%范围内。