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    • 141. 发明授权
    • Cell voltage measuring device for fuel cell
    • 燃料电池用电池电压测量装置
    • US06771041B2
    • 2004-08-03
    • US10236110
    • 2002-09-06
    • Masahiko SatoHideaki KikuchiToshiaki AriyoshiYosuke Fujii
    • Masahiko SatoHideaki KikuchiToshiaki AriyoshiYosuke Fujii
    • H01M1044
    • H01M8/0247H01M8/04552
    • A cell voltage measuring device for a fuel cell includes a terminal member to be connected to a separator of the fuel cell, the terminal member including a first end and a second end, and a voltage measuring unit which measures cell voltage of the fuel cell through the terminal member. The first end of the terminal member is fixed to the voltage measuring unit, and the second end of the terminal member makes contact with the separator, and an elastic portion is provided between the first end and the second end of the terminal member. The cell voltage measuring device may further includes a holder member which is capable of maintaining a state in which the second end of the terminal member is separated from each other, and the holder member is movably attached in a stacking direction of the separator with respect to the voltage measuring unit.
    • 一种用于燃料电池的电池单元电压测量装置,包括:要连接到燃料电池的隔板的端子构件,该端子构件包括第一端和第二端;以及电压测量单元,其通过以下方式测量燃料电池的电池电压 终端成员。 端子构件的第一端固定到电压测量单元,并且端子构件的第二端与隔板接触,并且弹性部分设置在端子构件的第一端和第二端之间。 电池电压测量装置还可以包括保持器构件,其能够保持端子构件的第二端彼此分离的状态,并且保持构件相对于隔板的堆叠方向可移动地附接 电压测量单元。
    • 142. 发明授权
    • Switch and storage system for sending an access request from a host to a storage subsystem
    • 用于从主机向存储子系统发送访问请求的切换和存储系统
    • US06701411B2
    • 2004-03-02
    • US10095581
    • 2002-03-13
    • Naoto MatsunamiTakashi OedaAkira YamamotoYasuyuki MimatsuMasahiko Sato
    • Naoto MatsunamiTakashi OedaAkira YamamotoYasuyuki MimatsuMasahiko Sato
    • G06F1200
    • G06F3/0635G06F3/0611G06F3/067G06F3/0689
    • A disk storage system containing a storage device having a record medium for holding the data, a plurality of storage sub-systems having a controller for controlling the storage device, a first interface node coupled to a computer using the data stored in the plurality of storage sub-systems, a plurality of second interface nodes connected to the storage sub-systems, a switching connecting to a first interface node and a plurality of second interface nodes to perform frame transfer therebetween based on node address information added to the frame. The first interface node has a configuration table to store structural information for the memory storage system and in response to the frame sent from the computer, analyzes the applicable frame, converts information relating to the transfer destination of that frame based on structural information held in the configuration table, and transfers that frame to the switch.
    • 一种包含具有用于保存数据的记录介质的存储装置的磁盘存储系统,具有用于控制存储装置的控制器的多个存储子系统,使用存储在多个存储器中的数据耦合到计算机的第一接口节点 子系统,连接到存储子系统的多个第二接口节点,基于添加到帧的节点地址信息,切换连接到第一接口节点和多个第二接口节点,以在它们之间执行帧传输。 第一接口节点具有用于存储存储器系统的结构信息的配置表,并且响应于从计算机发送的帧,分析适用的帧,基于在该帧中保存的结构信息,转换与该帧的传送目的地相关的信息 配置表,并将该帧传输到交换机。
    • 145. 发明授权
    • Signal output device and method for sending signals at multiple transfer rates while minimizing crosstalk effects
    • 用于以多种传输速率发送信号的信号输出装置和方法,同时最小化串扰效应
    • US06429708B2
    • 2002-08-06
    • US09774424
    • 2001-01-31
    • Hideo AsanoHiroshi OshikawaTatsuya SakaiMasahiko Sato
    • Hideo AsanoHiroshi OshikawaTatsuya SakaiMasahiko Sato
    • H03K512
    • H03K19/018585
    • The signal output device of the present invention comprises of a driver circuit and a controller. The signal sending method of the present invention sets any one of a plurality of the different sending rates. The method also includes setting a slew rate of the driver circuit to a standard value that is in accordance with the predetermined data transfer rate, thereby starting signal transmission. The next step involves determining whether or not a data transfer error occurrence rate is below a predetermined allowable threshold. Then, changes in the slew rate of the driver circuit are made if the data transfer error occurrence rate is determined to be over the allowable threshold. Next, a search for a slew rate value that can decrease the data transfer error occurrence rate below the allowable threshold or decrease the data transfer error occurrence rate is performed. The new slew rate value is set as a new standard value. Finally, the process ends by setting the new standard slew rate for the driver circuit if the slew rate value can decrease the data transfer error occurrence rate below the allowable threshold or decrease the data transfer error occurrence rate.
    • 本发明的信号输出装置包括驱动电路和控制器。 本发明的信号发送方法设定多个不同的发送速率中的任何一个。 该方法还包括将驱动器电路的转换速率设置为与预定数据传输速率相一致的标准值,从而开始信号传输。 下一步涉及确定数据传输错误发生率是否低于预定的允许阈值。 然后,如果确定数据传输错误发生率超过允许阈值,则驱动电路的转换速率的变化。 接下来,执行可以将数据传输错误发生率降低到允许阈值以下或者减少数据传输错误发生率的压摆率值的搜索。 新的压摆率值被设置为新的标准值。 最后,如果转换速率值可以将数据传输错误发生率降低到允许阈值以下,或者减少数据传输错误发生率,则设置驱动电路的新标准转换速率结束。
    • 147. 发明授权
    • Data transmitting apparatus, receiving apparatus, and data transmission and reception system
    • 数据发送装置,接收装置和数据发送接收系统
    • US06219422B1
    • 2001-04-17
    • US09035400
    • 1998-03-05
    • Masahiko Sato
    • Masahiko Sato
    • H04N7167
    • H04H20/74H04H60/15H04H60/23H04H60/25H04N7/163H04N7/1675H04N21/4147H04N21/4408
    • Video and audio data of a plurality of received programs and a common information ECM are recorded to a recording medium. A recording position of the program is written on a management table. When reproducing a desired one of the recorded programs, the ECM is also reproduced together with the video and audio data. The data to retrieve the desired program and an individual information EMM are transmitted through a broadcasting wave. To descramble the reproduced video and audio data, the reproduced ECM and the received EMM are used. Since the individual information EMM is the latest information, even if there is a time lag between the recording time point and the reproducing time point, the reliability of the conditional access is not deteriorated.
    • 将多个接收到的节目和公共信息ECM的视频和音频数据记录到记录介质上。 程序的记录位置写在管理表上。 当再现所记录的节目中所需的一个时,ECM也与视频和音频数据一起再现。 通过广播波发送用于检索所需节目的数据和个体信息EMM。 为了解密再现的视频和音频数据,使用再现的ECM和接收到的EMM。 由于个人信息EMM是最新信息,即使在记录时间点和再现时间点之间存在时间滞后,条件访问的可靠性也不会恶化。