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    • 75. 发明授权
    • Reversible thermal recording medium, and method and apparatus for
manufacturing the same
    • 可逆热记录介质及其制造方法和装置
    • US5523116A
    • 1996-06-04
    • US364925
    • 1995-02-09
    • Takayoshi UenoMasaaki SuzukiYoshio Kishimoto
    • Takayoshi UenoMasaaki SuzukiYoshio Kishimoto
    • B41M5/36B41M3/12B05D5/00
    • B41M5/363
    • The reversible thermal recording medium of the invention is composed by forming on a substrate a porous reversible thermal recording layer which reversibly shows transparent states and opaque states by cooling after two modes of heating, by means of organic crystal particles dispersed in matrix polymer. One method for manufacturing a reversible thermal recording medium of the invention includes a coating step for applying a paint in which a matrix polymer, organic crystal particles and pore forming particles are contained and at least one of matrix polymer and organic crystal particles is dispersed in a granular form on a substrate to form a coating layer; plus a solvent contact step of eluting the pore forming particles by causing the coating layer to come into contact with a solvent in which the pore forming particles are soluble; and a drying step. Another method for manufacturing the reversible thermal recording medium of the invention includes a coating step of applying a paint in which a matrix polymer and organic crystal particles are contained and at least one of matrix polymer and organic crystal particles is dispersed in a granular form on a substrate to form a coating layer; plus a solvent contact step of causing the coating layer to come into contact with a solvent capable of dissolving the matrix polymer and organic crystal particles; and a drying step.
    • 本发明的可逆热记录介质通过在基板上形成通过分散在基质聚合物中的有机晶体颗粒在两种加热模式之后冷却而可逆地显示透明状态和不透明状态的多孔可逆热记录层。 制造本发明的可逆热记录介质的一种方法包括涂布步骤,其中涂布基质聚合物,有机结晶颗粒和成孔颗粒的涂料,基质聚合物和有机晶体颗粒中的至少一种分散在 颗粒形式在基底上以形成涂层; 加上溶剂接触步骤,通过使涂层与成孔颗粒可溶的溶剂接触来洗脱成孔颗粒; 和干燥步骤。 制造本发明的可逆热记录介质的另一种方法包括涂布步骤,其中涂布基质聚合物和有机结晶颗粒的涂料,并且基质聚合物和有机晶体颗粒中的至少一种以颗粒形式分散在 底物以形成涂层; 加上使涂层与能够溶解基质聚合物和有机晶体颗粒的溶剂接触的溶剂接触步骤; 和干燥步骤。
    • 76. 发明授权
    • Method of rubbing an alignment control film using plural rollers
    • 使用多个辊摩擦取向控制膜的方法
    • US5422750A
    • 1995-06-06
    • US58359
    • 1993-05-10
    • Yasuto KoderaKenji OnumaMasaaki Suzuki
    • Yasuto KoderaKenji OnumaMasaaki Suzuki
    • G02F1/1337G02F1/141
    • G02F1/133784G02F1/141
    • A rubbing apparatus is provided with an even number of, e.g., two, rubbing rollers. The two rollers are provided with rubbing clothes wound thereabout and each planted with pile yarn so that the standing directions with inclination of the pile yarn of the two rubbing rollers are parallel to the rotating direction of the rollers and mutually opposite to each other. A plurality of substrates each having an alignment control film thereon are successively rubbed by the rubbing rollers while the rotating direction of the rollers is changed for each substrate. As a result, the substrates are provided with a uniform alignment power free from irregularity. At the same time, the inclination of the pile yarn during the rubbing treatment is prevented, whereby the rubbing cloth can be used for an extended period.
    • 摩擦装置设置有偶数个例如两个摩擦辊。 两个辊子上设有摩擦的衣服,每个都装有绒毛纱线,使得两个摩擦辊的绒头纱线的倾斜方向平行于辊子的旋转方向并相互相对。 在其上具有取向控制膜的多个基板被摩擦辊连续地摩擦,同时每个基板改变辊的旋转方向。 结果,基板被提供有没有不规则的均匀排列功率。 同时,防止了在摩擦处理期间绒毛纱的倾斜度,从而可以延长使用摩擦布。
    • 77. 发明授权
    • Liquid crystal injection method using dummy electrodes
    • 使用虚拟电极的液晶注入方法
    • US5406398A
    • 1995-04-11
    • US145641
    • 1993-11-04
    • Masaaki SuzukiYuichi MasakiToshifumi YoshiokaMutsuo Mitsui
    • Masaaki SuzukiYuichi MasakiToshifumi YoshiokaMutsuo Mitsui
    • G02F1/1341G02F1/1343G02F1/1339
    • G02F1/134336G02F1/1341G02F1/1343
    • A liquid crystal device is constituted by a pair of oppositely spaced substrate each having on its opposite surface a group of stripe electrodes disposed to intersect with those disposed on the other substrate, and a liquid crystal disposed between the substrates so as to be driven by a voltage applied through the stripe electrodes. The group of stripe electrodes on at least one of the pair of substrates are formed through a lithographic step including dividing the stripe electrodes into at least two divisions at a line parallel (or perpendicular) to the extension of the stripe electrodes, and repeating a pattern exposure for each division of the stripe electrodes so as to dispose a joint between the divisions of the stripe electrodes at a non-display part including a spacing between two stripe electrode on the same substrate (or at a part in alignment with a non-display part including a spacing between two stripe electrodes on the opposite substrate). In an embodiment, the liquid crystal device is provided with a dummy electrode pattern for promoting the liquid crystal injection.
    • 液晶装置由一对相对间隔的基板构成,每个基板在其相对表面上设置有一组条状电极,设置成与设置在另一个基板上的条形电极交叉,并且液晶设置在基板之间以便被驱动 通过条状电极施加的电压。 在一对基板中的至少一个基板上的条状电极组通过光刻步骤形成,包括将条状电极分隔成与条形电极的延伸部平行(或垂直)的线的至少两个分割部分,并重复图案 在条形电极的每个划分之间的曝光,以便在包括同一基板上的两个条状电极之间的间隔的非显示部分(或与非显示器对准的部分) 部分包括相对基板上的两个条状电极之间的间隔)。 在一个实施例中,液晶装置设置有用于促进液晶注入的虚拟电极图案。