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    • 1. 发明授权
    • Lock-up clutch control method in automatic transmissions for automotive
vehicles
    • 汽车自动变速箱锁止离合器控制方法
    • US4811827A
    • 1989-03-14
    • US73092
    • 1987-07-14
    • Kazuo IshikawaYoshinori Nishi
    • Kazuo IshikawaYoshinori Nishi
    • B60W10/02B60W10/04B60W10/10B60W10/103F16H45/02F16H59/24F16H59/44F16H59/70F16H61/14B60K41/02
    • F16H61/143F16H59/24F16H59/44F16H59/70Y10T477/6351Y10T477/63525
    • A lock-up clutch of an automatic transmission is controlled by an electronic control unit using a gear shift diagram and a lock-up clutch changeover diagram each having vehicle velocity plotted along identical abscissa and throttle opening plotted along identical ordinate. Changeover of the lock-up clutch is controlled upon setting a changeover line in the changeover diagram in accordance with which the lock-up clutch is changed over from OFF to ON state, and changeover of transmission gear ranges is controlled upon setting a transmission gear range changeover point in the gear shift diagram. The changeover line is set in such a manner that it will not intersect a region in the gear shift diagram where the shift position is 2nd gear range or less and the throttle opening is less than a predetermined value. Thus, the lock-up clutch is not engaged in a case where the transmission is in 2nd gear range or less and, moreover, the throttle opening is less than a predetermined value.
    • 自动变速器的锁止离合器由电子控制单元控制,该电子控制单元使用变速图和锁定离合器切换图,每个车辆速度沿着相同的横坐标绘制车辆速度,节气门开度沿着纵坐标绘制。 控制锁止离合器的切换,在切换图中设置切换线,根据该切换线,锁止离合器从OFF切换到ON状态,并且在设定传动档位范围时控制变速范围的切换 变速图中的切换点。 转换线的设定方式为与变速档位为2档以下且节气门开度小于预定值的变速图中的区域不相交。 因此,在变速器处于2档以下的情况下,锁止离合器不接合,此外,节气门开度小于预定值。
    • 2. 发明申请
    • Method and system for yield enhancement
    • 产量增加的方法和系统
    • US20090157340A1
    • 2009-06-18
    • US12000761
    • 2007-12-17
    • Anand GopalanYoshinori Nishi
    • Anand GopalanYoshinori Nishi
    • G01D18/00G01R31/00
    • G01R31/31718G01R31/31715G01R31/31716
    • Aspects of the disclosure provide a method for calibrating a circuit performance. The method can stabilize the circuit performance over time, and maintain the circuit performance substantially in a specification independent of various variation sources. Therefore, chip reliability can be improved and high product yield can be achieved. The method for calibrating the circuit performance can include assigning levels to a set of circuit parameters of a circuit, measuring values of the circuit parameters during operation of the circuit, generating a control signal that corresponds to the measured circuit parameters weighted according to the assigned levels, and adjusting a feedback relationship of a feedback loop circuit of the circuit in a close loop feedback system according to the control signal so as to change the circuit performance.
    • 本公开的方面提供了一种用于校准电路性能的方法。 该方法可以随着时间的推移稳定电路性能,并且在与各种变化源无关的规范中基本上保持电路性能。 因此,可以提高芯片的可靠性,并且可以实现高产品收率。 用于校准电路性能的方法可以包括为电路的一组电路参数分配电平,在电路的操作期间测量电路参数的值,产生对应于根据分配电平加权的测量电路参数的控制信号 并且根据控制信号调整闭环反馈系统中的电路的反馈回路电路的反馈关系,以便改变电路性能。
    • 8. 发明授权
    • Operating device for manual transmission apparatus
    • 手动传动装置操作装置
    • US08342053B2
    • 2013-01-01
    • US12481150
    • 2009-06-09
    • Ryuichi MatsushitaKazuo YoshidaRyuji HonmaYoshinori Nishi
    • Ryuichi MatsushitaKazuo YoshidaRyuji HonmaYoshinori Nishi
    • F16H59/04F16H63/32
    • F16H61/24F16H2061/246Y10T74/20177Y10T74/20183
    • An operating device for a manual transmission apparatus includes: a plurality of operation shafts, supported at a housing to move in an axial direction thereof and selectively engaging one of a plurality of shift gear sets by one of the plurality of the operation shafts being moved in the axial direction thereof; a shift-and-select shaft, supported at the housing, selecting one of the plurality of the operation shafts by rotating in a circumferential direction of the shift-and-select shaft and moving the selected operation shaft in the axial direction of the selected operation shaft by moving in the axial direction of the shift-and-select shaft; an operating portion for manually operating the shift-and-select shaft; and an inertia unit, including an engagement portion, which is engageable with the shift-and-select shaft, pivotably supported at the housing, and pivoting in response to a movement of the shift-and-select shaft in the axial direction thereof.
    • 一种用于手动传动装置的操作装置,包括:多个操作轴,其被支撑在壳体沿其轴向方向移动,并且通过所述多个操作轴之一选择性地接合多个变速齿轮组中的一个, 其轴向; 移动选择轴,其被支撑在所述壳体上,通过沿所述换档轴的圆周方向旋转来选择所述多个操作轴中的一个,并且使所选择的操作轴沿所选择的操作的轴向移动 轴通过沿换档轴的轴向移动; 用于手动操作所述换档和选择轴的操作部分; 以及包括接合部分的惯性单元,所述惯性单元可与所述换档轴可接合,可枢转地支撑在所述壳体处,并且响应于所述换档轴在其轴向方向上的移动而枢转。
    • 10. 发明授权
    • Differential output buffer having mixing and output stages
    • 差分输出缓冲器具有混合和输出级
    • US09118321B2
    • 2015-08-25
    • US13428534
    • 2012-03-23
    • Yoshinori NishiPurushotham Brahmavar RamakrishnaSrinivas Rao Madala
    • Yoshinori NishiPurushotham Brahmavar RamakrishnaSrinivas Rao Madala
    • H03B1/00H03K19/0185
    • H03K19/018528
    • An exemplary differential output buffer includes a mixing stage and an output stage. The mixing stage includes a mixing circuit that mixes a differential data signal and an inverted delayed differential data signal to generate a mixed differential data signal. The output stage includes a first and a second output stage differential pair of transistors. Sources of the transistors in each of the output stage differential pairs are commonly coupled. Gates of the transistors in the first and second output stage differential pairs are supplied with the differential data signal and the mixed differential data signal, respectively. Drains of corresponding ones of the transistors in the first and second output stage differential pairs are commonly connected to form output nodes to output an emphasized differential data signal. The mixing stage includes a mixing ratio setting circuit that sets the mixing ratio to one of 1:0, 1:1, and 0:1.
    • 示例性差分输出缓冲器包括混合级和输出级。 混合级包括混合电路,其混合差分数据信号和反相延迟差分数据信号以产生混合差分数据信号。 输出级包括晶体管的第一和第二输出级差分对。 每个输出级差分对中的晶体管的源通常耦合。 第一和第二输出级差分对中的晶体管的栅极分别被提供有差分数据信号和混合差分数据信号。 第一和第二输出级差分对中的相应晶体管的漏极共同连接以形成输出节点以输出强调的差分数据信号。 混合阶段包括将混合比设定为1:0,1:1和0:1之一的混合比设定电路。