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    • 3. 发明申请
    • Control apparatus for continuously-variable transmission of vehicle
    • 车辆无级变速传动控制装置
    • US20070142142A1
    • 2007-06-21
    • US11589242
    • 2006-10-30
    • Midori YamaguchiYoshihisa KodamaToshiji IidaToshiyuki ShibuyaTatsuya Ozone
    • Midori YamaguchiYoshihisa KodamaToshiji IidaToshiyuki ShibuyaTatsuya Ozone
    • F16H59/00F16H61/00
    • F16H61/66272F16H2061/66281
    • A control apparatus for an automatic transmission includes a control section having a target secondary pressure setting section configured to set a target secondary pressure within a strength limit of the belt, and an operation switching section configured to switch a shift operation from a normal speed to a high speed higher than the normal speed when a predetermined condition is satisfied. The control section is configured to control the secondary pressure regulating valve by a feedback control based on the target secondary pressure and the actual secondary pressure sensed by the hydraulic pressure sensor. The target secondary pressure setting section is configured to modify the target secondary pressure by adding a predetermined quantity when a correction initiation condition is satisfied, the condition initiation including a first condition that the shift operation is performed at a high speed by switching of the operation switching section.
    • 一种用于自动变速器的控制装置,包括:控制部,其具有将目标二次压力设定在带的强度极限内的目标二次压力设定部;以及操作切换部,被配置为将换档动作从正常速度切换到 当满足预定条件时,高于正常速度的高速度。 控制部构成为通过基于目标二次压力和由液压传感器感测到的实际次级压力的反馈控制来控制二次压力调节阀。 目标二次压力设定部被配置为在满足校正开始条件时增加预定量来修正目标二次压力,该条件启动包括通过切换操作切换而进行高速移动操作的第一条件 部分。
    • 7. 发明授权
    • Circuit delay analyzer, circuit delay analyzing method, and computer product
    • 电路延迟分析仪,电路延迟分析方法和电脑产品
    • US07681161B2
    • 2010-03-16
    • US11902489
    • 2007-09-21
    • Katsumi HommaHidetoshi MatsuokaIzumi NittaToshiyuki Shibuya
    • Katsumi HommaHidetoshi MatsuokaIzumi NittaToshiyuki Shibuya
    • G06F17/50
    • G06F17/5031G06F2217/10G06F2217/84
    • Delay analysis performed on a circuit having multiple parallel partial circuits (paths) involves recursively integrating two paths of the circuit using an all-element delay distribution that indicates delay based on performance of all circuit elements in a path and a correlation delay distribution that indicates delay based on correlation between circuit elements in the path. An all-element delay distribution is calculated for the integrated path using the all-element delay distributions of the two paths to be integrated. The all-element delay distributions and the correlation delay distributions of two paths to be integrated are used to calculate a total delay distribution for the integrated path. The total delay distribution is used with the all-element delay distribution for the integrated path to calculate a correlation delay distribution for the integrated path. Through recursive calculation, a delay distribution of the circuit is estimated.
    • 对具有多个并行部分电路(路径)的电路进行延迟分析涉及使用基于路径中的所有电路元件的性能的指示延迟的全元延迟分布递归地积分电路的两个路径,以及指示延迟的相关延迟分布 基于路径中的电路元件之间的相关性。 使用要集成的两个路径的全元素延迟分布,针对集成路径计算全元素延迟分布。 要整合的两个路径的全元素延迟分布和相关延迟分布用于计算集成路径的总延迟分布。 总延迟分布与集成路径的全元素延迟分布一起使用,以计算集成路径的相关延迟分布。 通过递归计算,估计电路的延迟分布。
    • 10. 发明申请
    • Delay analyzing method, delay analyzing apparatus, and computer product
    • 延迟分析方法,延迟分析仪器和计算机产品
    • US20070204248A1
    • 2007-08-30
    • US11521138
    • 2006-09-14
    • Katsumi HommaToshiyuki ShibuyaHidetoshi MatsuokaIzumi Nitta
    • Katsumi HommaToshiyuki ShibuyaHidetoshi MatsuokaIzumi Nitta
    • G06F17/50
    • G06F17/5031
    • A delay analyzing apparatus receives a result of timing analysis of a target circuit, and detects, from paths in the target circuit, critical paths based on the result of the timing analysis with a detecting unit. A first calculating unit calculates an average delay distribution of the paths other than the critical paths based on an average delay value of each of the critical paths. A second calculating unit calculates a probability density distribution of the critical paths, and a third calculating unit calculates a probability density distribution of all of the paths based on the average delay distribution. A fourth calculating unit calculates difference between a statistical delay value of the critical paths and a statistical delay value of all of the paths based on the probability density distribution of the critical paths and the probability density distribution of all of the paths.
    • 延迟分析装置接收目标电路的定时分析结果,并根据检测单元的定时分析结果从目标电路中的路径检测关键路径。 第一计算单元基于每个关键路径的平均延迟值来计算除了关键路径之外的路径的平均延迟分布。 第二计算单元计算关键路径的概率密度分布,第三计算单元基于平均延迟分布来计算所有路径的概率密度分布。 第四计算单元基于关键路径的概率密度分布和所有路径的概率密度分布来计算关键路径的统计延迟值与所有路径的统计延迟值之间的差异。