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    • 2. 发明授权
    • Control unit simulation method, system, and program
    • 控制单元模拟方法,系统和程序
    • US08768681B2
    • 2014-07-01
    • US12436870
    • 2009-05-07
    • Koichi KajitaniHideaki KomatsuShuichi Shimizu
    • Koichi KajitaniHideaki KomatsuShuichi Shimizu
    • G06F9/455
    • G05B17/02G05B2219/23446G05B2219/23455G05B2219/2637
    • A method, system, and computer readable article of manufacture for simulating a mechanism system controlled by a plurality of electronic control units operating at different clock rates. The simulation system includes a mechanism system simulator; a plurality of electronic control unit emulators for electronically emulating the respective plurality of electronic control units, each thereby receiving an input signal with a time and giving an output signal with a time; and a scheduler for receiving and storing the output signals with the times from the plurality of electronic control unit emulators, and for providing, in response to a change in the output signal coming from the electronic control unit emulator and having a relatively late time, the output signal with a time preceding the relatively late time to the mechanism system simulator.
    • 一种用于模拟由以不同时钟速率操作的多个电子控制单元控制的机构系统的方法,系统和计算机可读制品。 仿真系统包括机构系统模拟器; 多个电子控制单元仿真器,用于电子地仿真相应的多个电子控制单元,每个电子控制单元由此以时间接收输入信号并给出输出信号一段时间; 以及调度器,用于接收并存储来自多个电子控制单元仿真器的时间的输出信号,并且响应于来自电子控制单元仿真器的输出信号的变化并且具有相对较晚的时间, 输出信号与时间相对较晚的时间到机构系统模拟器。
    • 3. 发明授权
    • Storage assist device for vehicle seat
    • 车辆座椅存放辅助装置
    • US08480152B2
    • 2013-07-09
    • US12889991
    • 2010-09-24
    • Shuichi Shimizu
    • Shuichi Shimizu
    • B60J7/00
    • B60N2/3011B60N2/305B60N2/3079
    • A storage assist device for a vehicle seat selectively changes in position between a use and a storage position. The device includes a supporting member for supporting a rotating shaft fixed to the seat cushion; a link member having a fixed portion fixed to the rotating shaft and an engagement portion provided at a position spaced from the fixed portion; a fixing member provided on the vehicle body floor side and disposed at a predetermined distance from the rotating shaft; and an urging spring mounted in a tensioned condition between the engagement portion of the link member and the fixing member that can apply the urging force in the urging direction. The link member is fixed to the rotating shaft such that the entire length of the urging spring is shortest when the seat center of gravity is located on a vertical surface including the rotating shaft.
    • 用于车辆座椅的存储辅助装置在使用和存储位置之间选择性地改变位置。 该装置包括用于支撑固定到座垫的旋转轴的支撑构件; 连接构件,其具有固定在旋转轴上的固定部分和设置在与固定部分间隔开的位置的接合部分; 固定部件,设置在所述车身底板侧并与所述旋转轴隔开规定的距离; 以及施力弹簧,其在所述连杆构件的所述接合部和所述固定构件之间处于张紧状态,所述固定构件能够沿所述推动方向施加所述推动力。 连杆构件固定在旋转轴上,使得当座椅重心位于包括旋转轴的垂直表面上时,推动弹簧的整个长度最短。
    • 4. 发明授权
    • Execution the job that is divided into job tasks based on the estimated completion time
    • 根据预计完成时间执行分为工作任务的工作
    • US08219997B2
    • 2012-07-10
    • US11933725
    • 2007-11-01
    • Shuichi ShimizuToshiyuki Yamane
    • Shuichi ShimizuToshiyuki Yamane
    • G06F9/46
    • G06F9/5066G06F2209/506
    • To implement job execution in which resource assignment and change of the assignment can be dynamically and autonomously performed so as to meet requirements of a job in a job and resource environment in which the operational status cannot be forecasted in advance. A job that can be divided into a selected number of tasks is provided to one computer of a plurality of computers connected via networks, and job tasks are processed with the one computer for predetermined time. A progress rate of task processing for the predetermined time is calculated, and completion time for task processing on the one computer is estimated on the basis of the progress rate and the predetermined time. It is determined whether the estimated completion time meets requirements of the job. When the estimated completion time meets the requirements, job tasks are processed with the one computer, and results are generated. When the estimated completion time does not meet the requirements, job tasks are divided into tasks to be left on the one computer and tasks to be transferred to another computer. The left job tasks are processed with the one computer for further predetermined time, and simultaneously, the tasks to be transferred are transferred to the other computer and the other computer is caused to process the transferred tasks.
    • 实施作业执行,其中可以动态地和自主地执行资源分配和更改分配,以满足作业和资源环境中不能提前预测操作状态的作业的要求。 通过网络连接的多台计算机中的一台计算机提供可分为选定任务数量的作业,并且用一台计算机处理预定时间的作业任务。 计算预定时间的任务处理的进度,并且基于进度和预定时间来估计一台计算机上的任务处理的完成时间。 确定估计的完成时间是否满足作业的要求。 当预计完成时间满足要求时,使用一台计算机处理作业任务,并生成结果。 当预计完成时间不符合要求时,作业任务分为待留在一台计算机上的任务和要转移到另一台计算机的任务。 左工作任务用一台计算机处理进一步预定的时间,同时将要传送的任务传送到另一台计算机,并使另一台计算机处理传送的任务。
    • 6. 发明申请
    • CONTROL UNIT SIMULATION METHOD, SYSTEM, AND PROGRAM
    • 控制单元模拟方法,系统和程序
    • US20090281779A1
    • 2009-11-12
    • US12436870
    • 2009-05-07
    • Koichi KajitaniHideaki KomatsuShuichi Shimizu
    • Koichi KajitaniHideaki KomatsuShuichi Shimizu
    • G06G7/64
    • G05B17/02G05B2219/23446G05B2219/23455G05B2219/2637
    • A method, system, and computer readable article of manufacture for simulating a mechanism system controlled by a plurality of electronic control units operating at different clock rates. The simulation system includes a mechanism system simulator; a plurality of electronic control unit emulators for electronically emulating the respective plurality of electronic control units, each thereby receiving an input signal with a time and giving an output signal with a time; and a scheduler for receiving and storing the output signals with the times from the plurality of electronic control unit emulators, and for providing, in response to a change in the output signal coming from the electronic control unit emulator and having a relatively late time, the output signal with a time preceding the relatively late time to the mechanism system simulator.
    • 一种用于模拟由以不同时钟速率操作的多个电子控制单元控制的机构系统的方法,系统和计算机可读制品。 仿真系统包括机构系统模拟器; 多个电子控制单元仿真器,用于电子地仿真相应的多个电子控制单元,每个电子控制单元由此以时间接收输入信号并给出输出信号一段时间; 以及调度器,用于接收并存储来自多个电子控制单元仿真器的时间的输出信号,并且响应于来自电子控制单元仿真器的输出信号的变化并且具有相对较晚的时间, 输出信号与时间相对较晚的时间到机构系统模拟器。
    • 9. 发明授权
    • Method of distributing stream data and system thereof
    • 分发流数据的方法及其系统
    • US07502863B2
    • 2009-03-10
    • US11253857
    • 2005-10-19
    • Ryo SugiharaKen MasumitsuShuichi Shimizu
    • Ryo SugiharaKen MasumitsuShuichi Shimizu
    • G06F15/16
    • H04L67/1008H04L67/1002H04L67/1029H04L67/1031H04L67/28H04L67/2842
    • A method and system which improves reliability and availability of services for streaming distributions in general. A partition server and a plurality of distribution servers are provided in order to distribute stream data to one or more receivers connected together via a network. The partition server receives the stream data and the plurality of distribution servers receive respective elements of the stream data partitioned by the partition server to distribute the elements to the receivers. First, the partition server selects one of the distribution servers that can perform transmissions in order to transmit elements of the stream data received from a streaming source, to the selected distribution server. The distribution server distributes the elements of the stream data received from the partition server, to the receivers. Finally, each receiver reconstructs the original stream data from the elements of the stream data received from the plurality of distribution servers.
    • 一种提高流分发服务的可靠性和可用性的方法和系统。 提供分区服务器和多个分发服务器以便将流数据分发到经由网络连接在一起的一个或多个接收器。 分区服务器接收流数据,并且多个分发服务器接收由分区服务器划分的流数据的相应元素,以将元素分发给接收者。 首先,分区服务器选择可以执行传输的一个分发服务器,以便将从流媒体源接收的流数据的元素传送到所选择的分发服务器。 分发服务器将从分区服务器接收的流数据的元素分配给接收者。 最后,每个接收机从从多个分发服务器接收的流数据的元素中重构原始流数据。
    • 10. 发明授权
    • Motion picture electronic watermark system
    • 电影电子水印系统
    • US06971012B1
    • 2005-11-29
    • US09534097
    • 2000-03-23
    • Shuichi ShimizuAkio Koide
    • Shuichi ShimizuAkio Koide
    • H04N7/08G06T1/00H04N7/26H04L9/00
    • G06T1/005G06T2201/0065H04N19/467
    • To provide an electronic watermark method and system for which the detection reliability of embedded information does not depend on the strength of signals that are measured in frames.To achieve the above object, information is prepared for embedding as a bit stream, the sign of the bit stream being changed in accordance with a sign inversion cycle, and the bit stream being embedded in a frame.As for detection of information, values obtained through observation of frames are accumulated, and the accumulated values are compared with threshold values that are varied in accordance with the accumulated values obtained by observation. The comparison results are then employed to detect the embedded information.
    • 提供嵌入信息的检测可靠性不依赖于以帧为单位测量的信号的强度的电子水印方法和系统。 为了实现上述目的,准备作为比特流嵌入的信息,根据符号反转周期改变比特流的符号,并将比特流嵌入到帧中。 对于信息的检测,通过观察帧获得的值被累积,并且将累加值与根据通过观察获得的累积值而变化的阈值进行比较。 然后比较结果用于检测嵌入信息。