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    • 43. 发明授权
    • Method and apparatus for a unified storage system
    • 统一存储系统的方法和装置
    • US08156293B2
    • 2012-04-10
    • US13228145
    • 2011-09-08
    • Hidehisa ShitomiYasunori KanedaAkira Yamamoto
    • Hidehisa ShitomiYasunori KanedaAkira Yamamoto
    • G06F13/00
    • G06F3/0661G06F3/0605G06F3/0613G06F3/0632G06F3/067G06F17/30197
    • A unified storage system for executing a variety of types of storage control software using a single standardized hardware platform includes multiple storage control modules connected to storage devices for storing data related to input/output (I/O) operations. A first type of storage control software is initially installed and executed on a first storage control module for processing a first type of I/O operations. A management module replaces the first type of storage control software by installing a second type of storage control software onto the first storage control module. When the second type of storage control software is installed and executed, the first storage control module processes a second type of I/O operation, different from the first type of I/O operation. Control of volumes originally accessed by the first storage control module may be transferred to a second storage control module having the first type of storage control software installed.
    • 用于使用单个标准化硬件平台执行各种类型的存储控制软件的统一存储系统包括连接到存储设备的多个存储控制模块,用于存储与输入/输出(I / O)操作有关的数据。 首先在第一存储控制模块上安装并执行第一类型的存储控制软件,以处理第一类型的I / O操作。 管理模块通过将第二类型的存储控制软件安装到第一存储控制模块来代替第一类型的存储控制软件。 当安装并执行第二类型的存储控制软件时,第一存储控制模块处理与第一类型的I / O操作不同的第二类型的I / O操作。 最初由第一存储控制模块访问的卷的控制可以被传送到具有安装了第一类型的存储控制软件的第二存储控制模块。
    • 45. 发明申请
    • LIQUID DISCHARGE HEAD AND METHOD OF PRODUCING LIQUID DISCHARGE HEAD
    • 液体排出头和液体排放头的生产方法
    • US20120007926A1
    • 2012-01-12
    • US13171048
    • 2011-06-28
    • Shogo KawamuraToshiaki HirosawaAkira Yamamoto
    • Shogo KawamuraToshiaki HirosawaAkira Yamamoto
    • B41J2/045B29C65/48
    • B41J2/14072B41J2/14016B41J2/14201B41J2/1601B41J2/1607B41J2/1623B41J2002/14491Y10T156/109
    • A liquid discharge head includes an element substrate including an energy generating element; a supporting member adhesively supporting the element substrate; a sheet member adhesively bonded to the supporting member to adjoin the inner surface of an opening accommodating the element substrate in the sheet member and an end section of the element substrate; a wiring substrate bonded to the sheet member to adjoin the inner surface of an opening accommodating the element substrate in the wiring substrate and the end section of the element substrate and including a wire electrically connected to the energy generating element; and a sealant sealing a part electrical connecting the wiring substrate and element substrate, wherein the height of a wiring substrate surface opposite to that contacting the sheet member from supporting member is smaller than the element substrate surface opposite to that contacting the supporting member from the supporting member.
    • 液体排出头包括包括能量产生元件的元件基板; 支撑构件,其粘附地支撑所述元件基板; 粘合到所述支撑构件上以与所述片状构件中容纳所述元件基板的开口的内表面和所述元件基板的端部部分相邻接的片状构件; 接合到所述片状构件的布线基板,以与所述布线基板中容纳所述元件基板的开口的内表面和所述元件基板的端部相邻并且包括电连接到所述能量产生元件的导线; 以及密封密封部分电连接所述布线基板和元件基板的密封件,其中,与所述片状部件与支撑部件接触的布线基板表面的相反的高度小于与从所述支撑部件接触所述支撑部件的所述元件基板表面相反的元件基板表面 会员。
    • 50. 发明授权
    • Information reproducing device
    • 信息再生装置
    • US08059510B2
    • 2011-11-15
    • US12303221
    • 2007-01-26
    • Akira Yamamoto
    • Akira Yamamoto
    • G11B7/00
    • G11B20/10009G11B20/10037G11B20/10055G11B20/10222G11B20/10296G11B20/14G11B2220/2562
    • In an information reproducing device for performing maximum likelihood decoding using asynchronous sample data, data from the recording medium 101 is sampled by an A/D converter 103 at an asynchronous sampling clock generated by a clock generator 104, to obtain asynchronous sample data. A timing detector 106 detects a phase θ of the asynchronous sampling clock, where recording timings of data of the recording medium 101 are reference points. A reference value generator 108 generates reference values used in a Viterbi decoder 107, based on basic phase reference values at a phase of 0 and a phase signal θ of the asynchronous sampling clock. A basic reference value learner 109 learns and modifies the phase-0 basic reference values based on the phase signal θ, the asynchronous sample data, and the reference values.
    • 在用于使用异步采样数据执行最大似然解码的信息再现装置中,来自记录介质101的数据由时钟发生器104产生的异步采样时钟由A / D转换器103采样,以获得异步采样数据。 定时检测器106检测相位和时间; 其中记录介质101的数据的记录定时是参考点。 参考值发生器108基于相位为0的基本相位参考值和相位信号,生成维特比解码器107中使用的参考值; 的异步采样时钟。 基本参考值学习者109基于相位信号和异步采样数据以及参考值来学习和修改相位0基本参考值。