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    • 71. 发明授权
    • Storage system having logical subsystems configured in accordance with
equally divided storage capacities, specified allotment rates,
designated boundary positions or designated physical size
    • 存储系统具有根据等分的存储容量,指定的分配率,指定的边界位置或指定的物理大小来配置的逻辑子系统
    • US5784703A
    • 1998-07-21
    • US16394
    • 1993-02-11
    • Kenji MuraokaMinoru Yoshida
    • Kenji MuraokaMinoru Yoshida
    • G06F3/06G11B20/12G11B20/18G06F12/06
    • G06F3/0614G06F11/1096G06F3/0634G06F3/0689G11B20/18
    • A storage array system having a plurality of physical storage devices from and into which data are read and written by a host system, comprising a physical system configuration information table which stores configuration information of the plurality of physical storage devices therein; a logical system configuration information table which stores therein configuration information of a plurality of logical storage subsystems in the case where the plurality of physical storage devices have been divided into the logical storage subsystems; and a division designation device which effects at least one of a number of designations in compliance with a command received from the host system. The designations include an n-equal-part designation in which a total storage capacity of the physical storage devices is equally divided in n (an integer of at least 2) for the n logical storage subsystems, a divisional allotment rate designation in which the total storage capacity is divided in accordance with a specified number for division and specified rates of capacities to be allotted to the respective logical storage subsystems, and a physical boundary division designation in which the total storage capacity is divided in accordance with positions for the division specified in physical storage unit.
    • 一种存储阵列系统,具有从主机系统读取和写入数据的多个物理存储设备,包括存储多个物理存储设备的配置信息的物理系统配置信息表; 逻辑系统配置信息表,其中存储多个物理存储设备已被划分为逻辑存储子系统的情况下的多个逻辑存储子系统的配置信息; 以及分割指定装置,其执行符合从主机系统接收的命令的多个指定中的至少一个。 这些名称包括n等份部分,其中物理存储设备的总存储容量在n个逻辑存储子系统中以n(至少为2的整数)等分,分区分配率指定,其中总共 存储容量根据分配的规定数量划分并分配给各个逻辑存储子系统的指定容量率,以及物理边界划分指定,其中总存储容量根据在 物理存储单元。
    • 79. 发明授权
    • Optical information storing apparatus and method for production of
optical deflector
    • 光学信息存储装置及其制造方法
    • US5191624A
    • 1993-03-02
    • US762935
    • 1991-09-19
    • Kenchi ItoKazumi KawamotoNaoya KandaYasuo HiraHidemi SatoAtsuko FukushimaMasataka ShibaAkira InagakiMinoru Yoshida
    • Kenchi ItoKazumi KawamotoNaoya KandaYasuo HiraHidemi SatoAtsuko FukushimaMasataka ShibaAkira InagakiMinoru Yoshida
    • G02B6/12G02F1/335G11B7/12
    • G02B6/12004G02F1/335G11B7/1245
    • An optical waveguide is comprised of an optical substrate and an optical thin-film optical waveguide layer and formed such that ##EQU1## where .theta. is an output angle, n.sub.o1 is an ordinary refractive index of the optical substrate for an ordinary beam, n.sub.e1 is an extraordinary refractive index of the optical substrate for an extraordinary beam, n.sub.o2 is an ordinary refractive index of the optical thin-film optical waveguide layer for the ordinary beam and n.sub.e2 is an extraordinary refractive index of the optical thin-film optical waveguide layer for the extraordinary beam, and an electrode for generating a surface acoustic wave for diffracting light is formed on the optical waveguide to construct a collinear optical deflector. A method for production of the optical thin-film optical waveguide layer is exemplified wherein a target made of tantalic lilthium niobate or tantalic lithium niobate magnesium and an optical substrate made of lithium tantalate are prepared and an optical thin-film optical waveguide layer having a composition of tantalic lithium niobate or tantalic lithium niobate magnesium is formed on the optical substrate through an ion beam sputtering process into which oxygen can be introduced. Proton substitutes for part of an element constituting the optical thin-film optical waveguide layer.
    • 光波导包括光学基板和光学薄膜光波导层,并且被形成为使得θ是输出角度的θIMA1是普通光束的光学基板的普通折射率,ne1是 用于非常光束的光学基板的非常折射率,no2是普通光束的光学薄膜光波导层的普通折射率,ne2是非常优异的光学薄膜光波导层的非常折射率 并且在光波导上形成用于产生用于衍射光的表面声波的电极,以构成共线的光学偏转器。 制备光学薄膜光波导层的方法被制备,其中制备由钽酸铌酸锂或钽酸铌镁制成的靶和由钽酸锂制成的光学衬底,并且制备具有组成的光学薄膜光波导层 通过可以引入氧气的离子束溅射工艺在光学基板上形成铌酸锂或钽酸铌酸镁。 质子代替构成光学薄膜光波导层的元件的一部分。
    • 80. 发明授权
    • Developing device using developer regulating blade having two curved
portions
    • 显影装置使用具有两个弯曲部分的显影剂调节片
    • US5185632A
    • 1993-02-09
    • US774187
    • 1991-10-10
    • Minoru YoshidaKouji Hirano
    • Minoru YoshidaKouji Hirano
    • G03G15/08
    • G03G15/0812
    • A device for developing a latent image on a photosensitive drum in an image forming apparatus, includes a developing roller for supplying a developing agent to the image carrier and a blade for forming a layer of the developing agent on the developing roller. The blade has a curved portion pressing the surface of the developing roller for controlling the thickness of the developing agent layer and for applying a frictional charge to the developing agent on the developing roller. The curved portion includes a first curved surface having a first radius R1 which contacts the surface of the developing roller and a second curved surface having a second radius R2. The relationship between the first and second radius is R1>R2.
    • 用于在图像形成装置中的感光鼓上显影潜像的装置包括用于向图像载体提供显影剂的显影辊和用于在显影辊上形成显影剂层的刮板。 刀片具有压制显影辊表面的弯曲部分,用于控制显影剂层的厚度并向显影辊上的显影剂施加摩擦电荷。 弯曲部分包括具有与显影辊的表面接触的第一半径R1和具有第二半径R2的第二弯曲表面的第一弯曲表面。 第一和第二半径之间的关系为R1> R2。