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    • 63. 发明申请
    • METHODS AND ARRANGEMENTS FOR ACCESSING WIRELESSLY CONNECTED EXTERNAL STORAGE DEVICES
    • 用于访问无线连接的外部存储设备的方法和安排
    • US20090187678A1
    • 2009-07-23
    • US12357842
    • 2009-01-22
    • Kishiko ItohSeiichi KawanoSusumu ShimotonoJun SugiyamaHidenori Kinoshita
    • Kishiko ItohSeiichi KawanoSusumu ShimotonoJun SugiyamaHidenori Kinoshita
    • G06F3/00
    • G06F1/1677H04W4/025H04W4/80
    • The invention provides a method for a portable electronic device such as a computer to be capable of safely coping with the occurrence of a surprise removal from an external hard disk drive (HDD) connected by wireless. An HDD is connected to a portable computer by wireless via a wireless extension device. First, a wireless communication path between the HDD and the portable computer is configured. Subsequently, a file is read and edited by accessing the HDD from the portable computer. Next, removal information indicating that the portable computer is away from the HDD is produced. The removal information can be produced by detecting an acceleration generated in the portable computer, or by directly detecting the distance by the strength of the wireless signal. Data under editing is saved before occurrence of surprise removal by ejecting the HDD in response to the production of the removal information.
    • 本发明提供了一种便携式电子设备(例如计算机)的方法,其能够安全地应对从通过无线连接的外部硬盘驱动器(HDD)的惊奇移除的发生。 HDD通过无线扩展设备通过无线连接到便携式计算机。 首先,配置HDD与便携式计算机之间的无线通信路径。 随后,通过从便携式计算机访问HDD来读取和编辑文件。 接下来,产生表示便携式计算机远离HDD的移除信息。 可以通过检测在便携式计算机中产生的加速度,或者通过无线信号的强度来直接检测距离来产生移除信息。 编辑前的数据是通过弹出HDD来响应生成删除信息而在发生意外删除之前被保存的。
    • 69. 发明授权
    • Apparatus for switching between a combination of operating modes such that the power consumed is reduced relative to the time of switching
    • 用于在操作模式的组合之间切换使得消耗的功率相对于切换时间减小的装置
    • US07181634B2
    • 2007-02-20
    • US10739512
    • 2003-12-18
    • Takayuki KatohSeiichi KawanoKenji OkaNoritishi Yoshiyama
    • Takayuki KatohSeiichi KawanoKenji OkaNoritishi Yoshiyama
    • G06F1/28
    • G06F1/3203
    • An information processor having a plurality of operating modes differing in power consumption and capable of changing the operating mode according to the amount of processing has periodic switching detection means of performing detection as to whether the information processor is periodically switching from a low-power-consumption operating mode in which the power consumption is lower to a high-power-consumption operating mode in which the power consumption is higher in the plurality of operating modes, and operating mode changing means of changing the operating modes between which the information processor switches to a combination of the operating modes such that the difference between the power consumptions is reduced relative to that at the time of switching between the low-power-consumption operating mode and the high-power-consumption operating mode if the switching cycle detected by the periodic switching detection means is shorter than a set cycle determined in advance.
    • 具有多个功耗不同并能够根据处理量改变操作模式的操作模式的信息处理器具有执行关于信息处理器是否周期性地从低功耗切换的检测的周期性切换检测装置 操作模式,其中功耗低于在多个操作模式中功耗较高的高功耗操作模式;以及操作模式改变装置,其将信息处理器切换到其之间的操作模式 如果通过周期性切换检测到的切换周期,则在低功耗操作模式和高功耗操作模式之间切换时,功率差之间的差异减小, 检测装置比预先确定的设定循环短。
    • 70. 发明授权
    • Touch panel, control method, program, and storage medium
    • 触摸面板,控制方式,程序和存储介质
    • US07081886B2
    • 2006-07-25
    • US10248944
    • 2003-03-04
    • Masayoshi NakanoSeiichi Kawano
    • Masayoshi NakanoSeiichi Kawano
    • G09G5/00G09F19/00
    • G06F3/0418
    • A touch panel that improves operability for users is provided. The touch panel monitors and calibrates operation positions made by a user on a display screen is provided, including a mark display part that displays marks indicating operation target positions on the display screen such that the densities of the marks in the main scanning line direction or sub-scanning line direction are different in response to positions of the directions; an operation position reader part that reads operation positions on the touch panel by the user; a relative position acquisition part that obtains relative positions of the operation positions from the mark made by the user relative to a display position of the mark; and a calibration part that calibrates the position of a new operation by the user different from an operation applied to the mark based on the relative positions.
    • 提供了提高用户可操作性的触摸面板。 提供触摸面板监视和校准用户在显示屏幕上进行的操作位置,包括标记显示部分,其在显示屏幕上显示指示操作对象位置的标记,使得主扫描线方向或子像素处的标记的密度 扫描线方向响应于方向的位置而不同; 操作位置读取器部分,用于读取用户在触摸面板上的操作位置; 相对位置获取部,其从所述用户相对于所述标记的显示位置获得的所述标记获取所述操作位置的相对位置; 以及校准部件,其基于相对位置校准用户不同于施加到标记的操作的新操作的位置。