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    • 2. 发明授权
    • Information processing system, bus arbiter, and bus controlling method
    • 信息处理系统,总线仲裁器和总线控制方法
    • US06584530B2
    • 2003-06-24
    • US10173819
    • 2002-06-19
    • Nobukazu KondoKoichi OkazawaYukihiro SekiRyuichi HattoriMasaya UmemuraShigemi AdachiKouichi NakaiTakashi Moriyama
    • Nobukazu KondoKoichi OkazawaYukihiro SekiRyuichi HattoriMasaya UmemuraShigemi AdachiKouichi NakaiTakashi Moriyama
    • G06F1338
    • G06F13/364
    • The present invention provides a means for preventing execution of a transaction such as main storage access from obstruction by bus competition with low-speed IO access and improving the bus occupation efficiency. Apparatus for preventing execution of a transaction such as storage access from obstruction by bus competition with low-speed IO access. The invention includes a first bus, a second bus, a plurality of modules connected to both buses, a bus conversion unit for performing protocol conversion of information between both buses, a bus arbiter for arbitrating a bus occupation right request of a bus master, and a storage for storing access data up to a predetermined amount when the access destination is a predetermined module. Each bus master outputs access destination information and when the bus arbiter judges that one of the bus masters issues a bus occupation right request, the bus arbiter refers to the access destination information and the data storage status of the storage and decides whether to give a bus occupation right to the bus master.
    • 本发明提供了一种用于防止执行诸如主存储器访问的事务的方法,以便通过具有低速IO访问的总线竞争阻塞,并且提高总线占用效率。用于防止执行诸如存储访问以避免总线阻塞的事务的装置 竞争与低速IO访问。 本发明包括第一总线,第二总线,连接到两个总线的多个模块,用于在两个总线之间执行信息协议转换的总线转换单元,用于仲裁总线主机的总线占用权请求的总线仲裁器和 存储器,用于当访问目的地是预定模块时存储高达预定量的访问数据。 每个总线主机输出接入目的地信息,当总线仲裁器判断其中一个总线主机发出总线占用权请求时,总线仲裁器参考存储的访问目的地信息和数据存储状态,并决定是否给出总线 占领权掌握公交车主。
    • 4. 发明授权
    • Information processing system, bus arbiter, and bus controlling method
    • 信息处理系统,总线仲裁器和总线控制方法
    • US06425037B1
    • 2002-07-23
    • US09407064
    • 1999-09-28
    • Nobukazu KondoKoichi OkazawaYukihiro SekiRyuichi HattoriMasaya UmemuraShigemi AdachiKouichi NakaiTakashi Moriyama
    • Nobukazu KondoKoichi OkazawaYukihiro SekiRyuichi HattoriMasaya UmemuraShigemi AdachiKouichi NakaiTakashi Moriyama
    • G06F1300
    • G06F13/364
    • The present invention provides a means for preventing execution of a transaction such as main storage access from obstruction by bus competition with low-speed IO access and improving the bus occupation efficiency. The present invention includes a first bus, a second bus, a plurality of modules connected to both buses, a bus conversion means for performing protocol conversion of information between both buses, a bus arbiter for arbitrating a bus occupation right request of a bus master, and a storage means for storing access data up to a predetermined amount when the access destination is a predetermined module. Each bus master outputs access destination information and when the bus arbiter judges that one of the bus masters issues a bus occupation right request when it performs an access operation, the bus arbiter refers to the access destination information and the data storage status of the storage means and decides whether or not to give a bus occupation right to the bus master.
    • 本发明提供了一种用于防止诸如通过具有低速IO接入的总线竞争阻塞的主存储访问的事务的执行并提高总线占用效率的手段。本发明包括第一总线,第二总线,多个 连接到两个总线的模块,用于在两个总线之间执行信息的协议转换的总线转换装置,用于仲裁总线主机的总线占用权请求的总线仲裁器,以及用于当存储访问数据达到预定量时存储访问数据的存储装置 访问目的地是预定模块。 每个总线主机输出接入目的地信息,当总线仲裁器在执行访问操作时判断其中一个总线主机发出总线占用权请求时,总线仲裁器参考存取装置的访问目的地信息和数据存储状态 并决定是否给予巴士总线职业权。
    • 5. 发明申请
    • Multi-channel measurement system and power supplying method for the system
    • 多通道测量系统和系统的供电方式
    • US20060019606A1
    • 2006-01-26
    • US11080433
    • 2005-03-16
    • Kentaro HazamaMakoto IshiiYukihiro Seki
    • Kentaro HazamaMakoto IshiiYukihiro Seki
    • H04B17/00
    • H04B17/0082
    • It is intended to realize a multi-channel measurement system and a power supply method for the system, the system being capable of performing maintenance of each of channel units and detectors without interrupting a power supply to the overall system. The multi-channel measurement system having a plurality of channel units each of which has a detector and performs measurement operation using a detection output from the detector and a power unit which supplies power to the channel units is characterized by a plurality of sub-switches respectively provided for the channel units, each of the sub-switches interrupting the power supply to the relevant channel unit, and a control unit for outputting a result of arithmetic processing of measurement outputs from the channel units and controlling the interruptions by the sub-switches.
    • 旨在实现用于系统的多通道测量系统和电源方法,该系统能够执行每个通道单元和检测器的维护,而不中断对整个系统的电源。 多信道测量系统具有多个信道单元,每个信道单元具有检测器并且使用来自检测器的检测输出进行测量操作,以及向信道单元供电的功率单元分别由多个子开关 提供给通道单元,每个子开关中断向相关通道单元的电源;以及控制单元,用于输出来自通道单元的测量输出的运算结果的结果,并控制子开关的中断。
    • 6. 发明授权
    • Interface switching apparatus and switching control method
    • 接口切换装置和切换控制方法
    • US06622195B2
    • 2003-09-16
    • US09875990
    • 2001-06-08
    • Hideyuki OsakadaRyuichi HattoriYukihiro Seki
    • Hideyuki OsakadaRyuichi HattoriYukihiro Seki
    • G06F1314
    • G06F13/4022G06F2213/4004
    • In order to share a device among a plurality of hosts, a switching section is adapted to select one of the hosts by switching and connect it to the device by a serial interface. The switching section can be controlled from the particular host through at least an interface cable. When the switching section switches the host to be connected with the device, power continues to be supplied to the device. Further, a connection recognition protocol to be transmitted from the device when beginning to supply power to the device is transmitted from the switching section. In this way, a quick switching operation free of protocol contradictions is made possible without causing any hardware resetting of the device.
    • 为了在多个主机之间共享设备,切换部分适于通过切换选择一个主机,并通过串行接口将其连接到设备。 可以通过至少一个接口电缆从特定主机控制切换部分。 当切换部分切换与设备连接的主机时,继续向设备供电。 此外,从切换部发送从开始向设备供电时从设备发送的连接识别协议。 以这种方式,可以实现没有协议矛盾的快速切换操作,而不会导致设备的任何硬件重置。
    • 10. 发明授权
    • Sheet measurement and control system
    • 纸张测量和控制系统
    • US6071382A
    • 2000-06-06
    • US72108
    • 1998-05-04
    • Akihiko TsuchiyaTomohiro MineoTakao MaruyamamAtsushi KodamaYukihiro SekiTakahashi Sasaki
    • Akihiko TsuchiyaTomohiro MineoTakao MaruyamamAtsushi KodamaYukihiro SekiTakahashi Sasaki
    • D21G9/00D21F7/00
    • D21G9/0009Y10S162/10
    • A sheet measurement and control system that enables easy installation and/or change of types of sensors to be disposed in or about a sensor head that reciprocally scans a sheet along a cross direction transverse to the sheet flow; wherein a plurality of sensors are disposed in or about the sensor head to measure characteristics of the sheet; a plurality of computation devices corresponding to the plurality of sensors are disposed in or about the sensor head to implement computation of the measuring signals from the sensors; a plurality of communication control devices corresponding to the plurality of computation devices are disposed in or about the sensor head for transmitting the processed measuring signals through a general network communication link attached thereto; and man-machine interface connected to the general network communication link monitors data from said communication control devices related to the measured signal and issues instructions to control the sheet manufacturing process.
    • 一种纸张测量和控制系统,其能够容易地安装和/或更改要设置在传感器头中或周围的传感器类型,该传感器头沿横向于纸张流的横向方向往复扫描纸张; 其中多个传感器设置在传感器头中或周围,以测量片材的特性; 对应于多个传感器的多个计算装置设置在传感器头中或周围,以实现来自传感器的测量信号的计算; 对应于多个计算装置的多个通信控制装置设置在传感器头中或周围,用于通过附接到其上的通用网络通信链路发送经处理的测量信号; 并且连接到通用网络通信链路的人机界面监视来自与测量信号相关的所述通信控制设备的数据,并发出指令以控制片材制造过程。