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    • 1. 发明授权
    • Compensator with photochemically cured barrier layer and process
    • 补光器与光化学固化的阻挡层和工艺
    • US07148941B2
    • 2006-12-12
    • US10390123
    • 2003-03-17
    • Mridula NairTamara K. JonesBradley M. HoughtalingJeffrey A. TrestJoseph S. Sedita
    • Mridula NairTamara K. JonesBradley M. HoughtalingJeffrey A. TrestJoseph S. Sedita
    • G02F1/1335
    • G02F1/133632G02B5/3016G02F1/133788G02F2413/105Y10T428/10
    • Disclosed is an optical compensator for a liquid crystal display having improved optical properties, comprising a transparent polymeric support bearing an orientation layer and a photochemically cured optically anisotropic layer, in that order, wherein a photochemically cured barrier layer is present between the orientation layer and the support, and wherein the barrier layer, as disposed on the support, exhibits an indentation modulus of less than 2 GPa. The invention further provides a compensator comprising a transparent polymeric support, an orientation layer, and a photochemically cured optically anisotropic layer, in that order, wherein a photochemically cured barrier layer is present between the orientation layer and the support, and wherein there is present a compliant layer softer than the barrier layer adjacent to the support side of the barrier layer, and further comprises a compensator containing two or more compensator layers, with or without an adjacent compliant layer and a process for making the foregoing.
    • 公开了一种具有改进的光学性能的液晶显示器的光学补偿器,其包括依次具有支承取向层和光化学固化的光学各向异性层的透明聚合物支撑体,其中光化学固化的阻挡层存在于取向层和 支撑件,并且其中设置在支撑件上的阻挡层具有小于2GPa的压痕模量。 本发明还提供了一种补偿器,其包括透明聚合物支撑体,取向层和光化学固化的光学各向异性层,其中在取向层和载体之间存在光化学固化的阻挡层,并且其中存在 柔性层比邻近阻挡层的支撑侧的阻挡层柔软,并且还包括具有或不具有相邻柔顺层的两个或更多个补偿层的补偿器和用于制造前述的方法。
    • 4. 发明授权
    • Magnetic dispersion coating apparatus having high shear regions
    • 具有高剪切面积的磁性分散涂层装置
    • US5582645A
    • 1996-12-10
    • US487372
    • 1995-06-07
    • Jeffrey A. TrestMatthias H. Regelsberger
    • Jeffrey A. TrestMatthias H. Regelsberger
    • G11B5/842G11B5/848B05D3/12
    • G11B5/848
    • An apparatus is disclosed for coating magnetic dispersion coatings on a continuously moving web substrate wherein regions of high shear are provided both before and after a magnetic dispersion application region. The coating apparatus comprises a die unit having a magnetic dispersion inlet and outlet, a concave lip extending arcuately from the outlet of the die unit, and a cylindrical backing roller adjacent the die unit, the die unit having an internal region of high shear, the concave lip and the cylindrical backing roller sharing a substantially common axis and forming a region of high shear in the form of a narrow gap. A coat hanger distribution chamber or cavity is also provided within the die unit between the magnetic dispersion inlet and the magnetic dispersion outlet. To even out pressure differences, a healing slot or cavity and/or a rotating bar within a cylindrical distribution chamber may be provided downstream of the coat hanger distribution chamber.
    • 公开了一种用于在连续移动的网状基材上涂覆磁性分散体涂层的装置,其中在磁性分散体涂布区域之前和之后提供高剪切区域。 涂布装置包括具有磁性分散体入口和出口的模具单元,从模具单元的出口弧形延伸的凹口和与模具单元相邻的圆柱形支承辊,模具单元具有高剪切的内部区域, 凹形唇缘和圆柱形支承辊共享基本共同的轴线并形成窄间隙形式的高剪切区域。 在磁性分散体入口和磁性分散体出口之间的模具单元内还设有衣架分配室或空腔。 为了平衡压力差,可以在衣架分配室的下游设置圆柱形分配室内的愈合槽或空腔和/或旋转杆。
    • 9. 发明授权
    • Magnetic dispersion coating method having high shear regions
    • 具有高剪切面积的磁性分散涂层法
    • US5456944A
    • 1995-10-10
    • US099149
    • 1993-07-29
    • Jeffrey A. TrestMatthias H. Regelsberger
    • Jeffrey A. TrestMatthias H. Regelsberger
    • G11B5/842G11B5/848B05D3/12
    • G11B5/848
    • A method is disclosed for coating magnetic dispersion coatings on a continuously moving web substrate wherein regions of high shear are provided both before and after a magnetic dispersion application region. The coating apparatus comprises a die unit having a magnetic dispersion inlet and outlet, a concave lip extending arcuately from the outlet of the die unit, and a cylindrical backing roller adjacent the die unit, the die unit having an internal region of high shear, the concave lip and the cylindrical backing roller sharing a substantially common axis and forming a region of high shear in the form of a narrow gap. A coat hanger distribution chamber or cavity is also provided within the die unit between the magnetic dispersion inlet and the magnetic dispersion outlet. To even out pressure differences, a healing slot or cavity and/or a rotating bar within a cylindrical distribution chamber may be provided downstream of the coat hanger distribution chamber.
    • 公开了一种用于在连续移动的幅材基材上涂覆磁性分散体涂层的方法,其中在磁性分散体施加区域之前和之后均提供高剪切区域。 涂布装置包括具有磁性分散体入口和出口的模具单元,从模具单元的出口弧形延伸的凹口和与模具单元相邻的圆柱形支承辊,模具单元具有高剪切的内部区域, 凹形唇缘和圆柱形支承辊共享基本共同的轴线并形成窄间隙形式的高剪切区域。 在磁性分散体入口和磁性分散体出口之间的模具单元内还设有衣架分配室或空腔。 为了平衡压力差,可以在衣架分配室的下游设置圆柱形分配室内的愈合槽或空腔和/或旋转杆。