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    • 94. 发明申请
    • Powertrain control apparatus and method
    • 动力总成控制装置及方法
    • US20070255472A1
    • 2007-11-01
    • US11716715
    • 2007-03-12
    • Takashi YumotoTadashi TamuraAkira Hino
    • Takashi YumotoTadashi TamuraAkira Hino
    • F16D48/06G06G7/00G06G7/70
    • F16H61/143B60W10/06F16H59/78
    • A powertrain control apparatus controls a powertrain including a lock-up clutch, and an engine, in which fuel supply is cut off, directly to an automatic transmission. The control apparatus includes a control unit that controls the engine so that fuel supply resumes in the engine and a setting unit that sets a hydraulic-pressure instruction value based on a temperature of a combustion chamber of the engine so that a time required to discharge the lock-up clutch is longer when the temperature of the combustion chamber is a first temperature than when the temperature of the combustion chamber is a second temperature which is higher than the first temperature, when the lock-up clutch is controlled to be brought to the disengaged state from the engaged state and the fuel supply to the engine is resumed. The lock-up clutch is then operated by hydraulic pressure corresponding to the hydraulic-pressure instruction value.
    • 动力总成控制装置将包括锁止离合器和燃料供应被切断的发动机的动力系直接控制到自动变速器。 控制装置包括:控制单元,其控制发动机,使得发动机中的燃料供应恢复;以及设定单元,其基于发动机的燃烧室的温度设定液压指示值,使得排出 当燃烧室的温度是第一温度时,与当燃烧室的温度比第一温度高的第二温度时,锁定离合器较长,当锁定离合器被控制到 从接合状态和向发动机供油的脱离状态恢复。 然后通过与液压指令值对应的液压来操作锁止离合器。
    • 95. 发明申请
    • SPEED-RATIO CONTROL APPARATUS FOR VEHICULAR CONTINUOUSLY VARIABLE TRANSMISSION
    • 用于车辆连续可变传动的速比控制装置
    • US20070099753A1
    • 2007-05-03
    • US11548096
    • 2006-10-10
    • Yasunari MatsuiTadashi Tamura
    • Yasunari MatsuiTadashi Tamura
    • F16H61/662
    • F16H61/66259Y10T477/6237Y10T477/6242
    • A speed-ratio control apparatus for controlling a speed ratio of a continuously variable transmission of a vehicle, such that an actual input speed of the transmission coincides with a target input speed, the apparatus including an acceleration-requirement determining portion operable to determine whether non-rapid acceleration or rapid acceleration of the vehicle is required by a vehicle operator, and a target-input-speed setting portion operable, upon determination of the operator's requirement for the non-rapid acceleration, to implement an instantaneous stepping increase of the target input speed to a first transient target value, (ii) hold the target input speed at the first transient target value in a first portion of a rapid shifting period, (iii) instantaneously reduce, at the end of the first portion of the rapid shifting period, the target input speed to an initial value of a second transient target value which initial value is close to the actual input speed and lower than the first transient target value, and (iv) gradually increase, in a second portion of the rapid shifting period, the target input speed back toward the first transient value, and upon determination of the operator's requirement for the rapid acceleration, the target-input-speed setting portion holding the target input speed at the first transient target input speed during the rapid shifting period, without setting at the second transient target value.
    • 一种用于控制车辆的无级变速器的速比的变速比控制装置,使得所述变速器的实际输入速度与目标输入速度一致,所述装置包括加速度要求确定部分,所述加速度要求确定部分可操作以确定是否 车辆的快速加速或快速加速是车辆操作者所需要的,目标输入速度设定部分可以根据操作人员对非快速加速的要求进行确定,从而实现目标输入的瞬时步进增加 速度达到第一瞬态目标值,(ii)在快速移动周期的第一部分中将目标输入速度保持在第一瞬态目标值,(iii)在快速换档周期的第一部分结束时瞬时减小 将目标输入速度设定为初始值接近实际输入速度且小于t的第二暂态目标值的初始值 他的第一瞬态目标值,和(iv)在快速移动期的第二部分逐渐增加目标输入速度回到第一瞬态值,并且在确定操作者对快速加速的要求时,目标输入 速度设定部,其将快速移动期间内的目标输入速度保持在第一瞬时目标输入速度,而不设定在第二瞬时目标值。
    • 97. 发明申请
    • Hologram recording medium, hologram reproducing apparatus, hologram reproducing method, and hologram sheet
    • 全息记录介质,全息图再现装置,全息图再现方法和全息图
    • US20070081211A1
    • 2007-04-12
    • US11525072
    • 2006-09-22
    • Akira TangeTadashi Tamura
    • Akira TangeTadashi Tamura
    • G03H1/28
    • G11C13/042G11B7/0065G11B7/00736G11B7/00781
    • A hologram recording medium includes a first element hologram and a second element hologram. On the first element hologram, main data is recorded such that the main data is converted into a two-dimensional image, object light of the two-dimensional image is interfered with recording reference light, and an interference fringe produced as a result of the interference is recorded on the first element hologram. On the second element hologram, simplified-form data representing the content of the main data using a smaller data size than the data size of the main data is recorded such that the simplified-form data is converted into a two-dimensional image, object light of the two-dimensional image is interfered with recording reference light, and an interference fringe produced as a result of the interference is recorded on the second element hologram.
    • 全息记录介质包括第一元件全息图和第二元件全息图。 在第一元素全息图上,记录主数据,使得主数据被转换为二维图像,二维图像的物体光被干扰记录参考光,并且由于干扰而产生干涉条纹 被记录在第一元件全息图上。 在第二元素全息图上,记录表示使用比主数据的数据大小更小的数据大小的主数据的内容的简化形式数据,使得简化形式的数据被转换为二维图像,对象光 的二维图像被干扰记录参考光,并且作为干扰的结果产生的干涉条纹被记录在第二元素全息图上。