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    • 1. 发明申请
    • CONTROL APPARATUS FOR AUTOMATIC TRANSMISSION
    • 自动变速器控制装置
    • US20130025389A1
    • 2013-01-31
    • US13476463
    • 2012-05-21
    • Noriyuki YagiYasushi InagawaShirou GodaiHirotake Omoto
    • Noriyuki YagiYasushi InagawaShirou GodaiHirotake Omoto
    • F16H3/08
    • F16H61/2807F16H3/006F16H61/0206F16H61/688F16H2200/006Y10T74/19233Y10T74/19251
    • In a control apparatus for an automatic transmission having multiple speeds constituted by four sets and speed selecting mechanisms corresponding to the four sets, assuming the speeds as seven among eight speeds of A to H in order of gear ratio, the four sets are constituted by a first set of A having a largest gear ratio and C that is next but one; a second set including at least H having a smallest gear ratio; a third set of B and D between two of the first set; and a fourth set including two of E, F and G between the second and third sets, and one of first and second pressure regulators selectively supplies hydraulic pressure to two of the mechanisms corresponding to the first and second sets, while the other thereof selectively supplies hydraulic pressure to two of the mechanisms corresponding to the third and fourth sets.
    • 在具有由四组构成的多个速度的自动变速器的控制装置和与四组对应的速度选择机构的情况下,以齿轮比的顺序将速度设为A〜H的八个速度中的七个速度,四组由 第一组A具有最大的齿轮比,C为下一个; 包括具有最小传动比的至少H的第二组; 第一组B和D之间的第三组; 以及第二组和第三组之间的包括E,F和G中的两个的第四组,并且第一和第二压力调节器中的一个压力调节器选择性地将液压压力提供给对应于第一组和第二组的两个机构,而另一个选择性地供应 液压压力对应于第三和第四组的两个机构。
    • 5. 发明授权
    • Control apparatus for automatic transmission
    • 自动变速箱控制装置
    • US08930099B2
    • 2015-01-06
    • US13510533
    • 2010-11-19
    • Yasushi InagawaShintaro KamedaAtsuhiro SaekiTakahiro MatsudaHidekazu ArakiHiroyuki OkudaYuji Yasui
    • Yasushi InagawaShintaro KamedaAtsuhiro SaekiTakahiro MatsudaHidekazu ArakiHiroyuki OkudaYuji Yasui
    • G06F7/00G06F17/00G06F19/00F02D29/02F16H63/50F16H59/48F16H61/00
    • F02D29/02F16H59/48F16H61/061F16H63/502F16H2061/0087Y10T477/60Y10T477/73
    • In a control apparatus for an automatic transmission, it is configured to calculate a change amount (ΔNC estimation value) of an output rotational speed of the transmission (S10); calculate an average (I phase initial average G) of the change amount of the output rotational speed over a predetermined period of an initial inertia (I) phase of shifting; calculate an average (after-shift average G) of a vehicle acceleration after the completion of the shifting, assuming that the change amount of the output rotational speed indicates the vehicle acceleration G; calculate a difference (I phase initial G) between the average of the change amount of the output rotational speed and the average of the vehicle acceleration; incrementally and decrementally correct the desired value of the transmission torque of the frictional engaging element such that the calculated difference falls within a predetermined range; and control supply of hydraulic pressure to the frictional engaging element such that it becomes the corrected desired value (S14 to S20). With this, since the vehicle acceleration at shifting is estimated and evaluated and based thereon, variation in the transmission torque of the frictional engaging element, etc., is learned, it becomes possible to fully exploit the potential of the frictional engaging element, thereby improving a feel given to the vehicle occupant(s) at shifting.
    • 在自动变速器的控制装置中,构成为计算变速器的输出转速的变化量(&Dgr; NC估计值)(S10)。 计算在初始惯性(I)相位移动的预定周期内的输出转速的变化量的平均值(I相初始平均值G) 假设输出转速的变化量表示车辆加速度G,计算完成变速后的车辆加速度的平均值(变速后平均值G) 计算输出转速的变化量的平均值与车辆加速度的平均值之间的差(I相初始G); 递增地和递减地校正摩擦接合元件的传递扭矩的期望值,使得所计算的差落在预定范围内; 并且控制向摩擦接合元件供应液压以使其成为校正的期望值(S14至S20)。 由此,由于估计和评估了换档时的车辆加速度,并且基于此,学习了摩擦接合元件等的传递扭矩的变化,所以可以充分利用摩擦接合元件的电位,从而改善 给予车辆乘员的转移感觉。
    • 6. 发明授权
    • Lock-up clutch control apparatus
    • 锁止离合器控制装置
    • US5975262A
    • 1999-11-02
    • US160035
    • 1998-09-25
    • Yoshiharu SaitoYasushi InagawaMasamitsu Fukuchi
    • Yoshiharu SaitoYasushi InagawaMasamitsu Fukuchi
    • F16H59/36F16H61/14F16H45/02
    • F16H61/143F16H2045/0294F16H59/36Y10T477/6351Y10T477/63525
    • In order to improve the fuel consumption by maintaining the lock-up clutch as tightly as possible during the down-shift operation, a lock-up clutch control apparatus is provided. The lock-up clutch control apparatus comprises a revolution control device for predicting the number of revolutions of the an input axis of transmission and the number of revolutions of an engine after the speed change before a down-shift operation; a torque converter judgement device for judging the state of the torque converter in terms of whether or not a torque ratio of the torque converter will be in the torque amplification range when the lock-up clutch is turned off, from the number of revolution of the input axis of the transmission and the engine speed obtained by the revolution prediction device; and a control device for turning off the lock-up clutch, if the lock-up clutch before the speed change is in a tight condition, in the case when the judgement device judges that the torque converter will be in the torque amplification range when the lock-up clutch is turned off.
    • 为了通过在下变速操作期间尽可能靠近地保持锁止离合器来提高燃料消耗,提供了一种锁止离合器控制装置。 锁止离合器控制装置包括:转速控制装置,用于在下变换操作之前,预测变速输入轴的转数和发动机转速之后的转速; 一种变矩器判定装置,用于根据变矩器的扭矩比是否处于锁止离合器关闭时的转矩放大范围内,判断变矩器的状态, 变速器的输入轴和由转速预测装置获得的发动机转速; 以及用于关闭锁止离合器的控制装置,如果在变速之前的锁止离合器处于紧密状态,则当判断装置判断变矩器将处于转矩放大范围时, 锁止离合器关闭。
    • 7. 发明申请
    • CONTROL APPARATUS FOR AUTOMATIC TRANSMISSION
    • 自动变速器控制装置
    • US20120232764A1
    • 2012-09-13
    • US13510533
    • 2010-11-19
    • Yasushi InagawaShintaro KamedaAtsuhiro SaekiTakahiro MatsudaHidekazu ArakiHiroyuki OkudaYuji Yasui
    • Yasushi InagawaShintaro KamedaAtsuhiro SaekiTakahiro MatsudaHidekazu ArakiHiroyuki OkudaYuji Yasui
    • B60W10/06B60W10/10F16H59/36
    • F02D29/02F16H59/48F16H61/061F16H63/502F16H2061/0087Y10T477/60Y10T477/73
    • In a control apparatus for an automatic transmission, it is configured to calculate a change amount (ΔNC estimation value) of an output rotational speed of the transmission (S10); calculate an average (I phase initial average G) of the change amount of the output rotational speed over a predetermined period of an initial inertia (I) phase of shifting; calculate an average (after-shift average G) of a vehicle acceleration after the completion of the shifting, assuming that the change amount of the output rotational speed indicates the vehicle acceleration G; calculate a difference (I phase initial G) between the average of the change amount of the output rotational speed and the average of the vehicle acceleration; incrementally and decrementally correct the desired value of the transmission torque of the frictional engaging element such that the calculated difference falls within a predetermined range; and control supply of hydraulic pressure to the frictional engaging element such that it becomes the corrected desired value (S14 to S20). With this, since the vehicle acceleration at shifting is estimated and evaluated and based thereon, variation in the transmission torque of the frictional engaging element, etc., is learned, it becomes possible to fully exploit the potential of the frictional engaging element, thereby improving a feel given to the vehicle occupant(s) at shifting.
    • 在自动变速器的控制装置中,构成为计算变速器的输出转速的变化量(&Dgr; NC估计值)(S10)。 计算在初始惯性(I)相位移动的预定周期内的输出转速的变化量的平均值(I相初始平均值G) 假设输出转速的变化量表示车辆加速度G,计算完成变速后的车辆加速度的平均值(变速后平均值G) 计算输出转速的变化量的平均值与车辆加速度的平均值之间的差(I相初始G) 递增地和递减地校正摩擦接合元件的传递扭矩的期望值,使得所计算的差落在预定范围内; 并且控制向摩擦接合元件供应液压以使其成为校正的期望值(S14至S20)。 由此,由于估计和评估了换档时的车辆加速度,并且基于此,学习了摩擦接合元件等的传递扭矩的变化,所以可以充分利用摩擦接合元件的电位,从而改善 给予车辆乘员的转移感觉。