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    • 84. 发明申请
    • Memory card, data processor,memory card control method and memory card setting
    • 存储卡,数据处理器,存储卡控制方式和存储卡设置
    • US20070186040A1
    • 2007-08-09
    • US10597650
    • 2005-02-02
    • Tetsushi KasaharaTomoaki IzumiMasahiro NakanishiKazuaki TamufaKiminori Matsuno
    • Tetsushi KasaharaTomoaki IzumiMasahiro NakanishiKazuaki TamufaKiminori Matsuno
    • G06F12/00
    • G06F13/385G06F11/073G06F11/0793G06F11/1052G11C2029/0409
    • A memory card (1) includes a host interface (2) that transmits and receives a command and data to and from the data processor (50), a nonvolatile memory (7) that stores data, a controller (3) that controls the operation of the memory card, and a storage section (32) that stores specified management information. The management information includes retry setting information which specifies whether a retry function is executed or not when an error occurs during an operation of writing data to the nonvolatile memory. The controller (3) refers to the retry setting information in the data writing operation, and controls the data writing operation so as to disable the retry function in the event of an error in the data writing operation, when the retry setting information indicates disabling of the retry function or to enable the retry function in the event of an error in the data writing operation, when the retry setting information indicates enabling of the retry function.
    • 存储卡(1)包括向数据处理器(50)发送和接收命令和数据的主机接口(2),存储数据的非易失性存储器(7),控制操作的控制器(3) 以及存储指定的管理信息的存储部(32)。 管理信息包括重试设置信息,其在向非易失性存储器写入数据的操作期间发生错误时指定是否执行重试功能。 控制器(3)参考数据写入操作中的重试设置信息,并且当重试设置信息指示禁用时,控制数据写入操作以便在数据写入操作中发生错误的情况下禁用重试功能 重试功能,或者当重试设置信息指示重试功能的启用时,在数据写入操作中发生错误的情况下启用重试功能。
    • 88. 发明授权
    • Display device with moving pixel members
    • 具有移动像素成员的显示设备
    • US06603457B1
    • 2003-08-05
    • US09598408
    • 2000-06-21
    • Masahiro Nakanishi
    • Masahiro Nakanishi
    • G09G334
    • G09G3/00G02F1/133348G02F1/167G02F2001/094
    • A display device having much fewer drive electrodes than expected by the number of pixels is formed by including a plurality of pixel members, an endless guide holding the plurality of pixel members movably therein, a pixel member mover disposed at a part of the guide for moving the pixel members along the guide, and a pixel member color changer disposed at a part of the guide for causing a color change of individual pixel members. The colors of respective pixel members are changed by the pixel member color changer while the respective pixel members are moved by the pixel member mover to effect a display.
    • 通过包括多个像素构件,能够可移动地保持多个像素构件的环形引导件形成具有比预期的像素数少少的驱动电极的显示装置,设置在引导件的一部分以移动的像素构件移动器 沿着引导件的像素构件和设置在引导件的一部分处以引起各个像素构件的颜色变化的像素构件颜色变换器。 通过像素构件变色器改变各像素构件的颜色,同时通过像素构件移动器移动各像素构件以进行显示。
    • 90. 发明授权
    • Memory controller, nonvolatile storage device, accessing device, and nonvolatile storage system
    • 内存控制器,非易失性存储设备,访问设备和非易失性存储系统
    • US08447922B2
    • 2013-05-21
    • US13119475
    • 2010-06-30
    • Masahiro NakanishiTakashi Ogasawara
    • Masahiro NakanishiTakashi Ogasawara
    • G06F12/00
    • G06F12/0246G06F2212/7203G06F2212/7206
    • A memory controller, a nonvolatile storage device, an access device, and a nonvolatile storage system enable the storage architecture to be changed flexibly for intended use that can be changed variously. A nonvolatile storage system (100) sets a temporary area (23) and a normal access area of a nonvolatile memory (22) based on a use condition designated by a use condition designation unit (11) of an access device (1). This structure enables the nonvolatile storage system (100) to change the temporary area (23) and the normal access area (24) to be prepared in the nonvolatile memory (22) by changing the use condition in accordance with intended use. In other words, the nonvolatile storage system (100) enables the storage architecture to be changed flexibly for intended use that can be changed variously.
    • 存储器控制器,非易失性存储设备,访问设备和非易失性存储系统使得能够灵活地改变存储体系结构,以便可以不同地改变的预期用途。 非易失性存储系统(100)基于由访问设备(1)的使用条件指定单元(11)指定的使用条件,设置非易失性存储器(22)的临时区域(23)和正常访问区域。 这种结构使得非易失性存储系统(100)能够通过根据预期用途改变使用条件来改变要在非易失性存储器(22)中准备的临时区域(23)和正常访问区域(24)。 换句话说,非易失性存储系统(100)使得存储体系结构能够灵活地改变以便可以不同地改变的预期用途。