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    • 22. 发明申请
    • HYDRAULIC CONTROL DEVICE FOR TORQUE CONVERTER WITH LOCK-UP CLUTCH
    • 具有锁定离合器的扭矩转换器的液压控制装置
    • US20100126816A1
    • 2010-05-27
    • US12625842
    • 2009-11-25
    • Hiroshi TakeiYutaka IshikawaYoshimichi TsubataMotoo Takeda
    • Hiroshi TakeiYutaka IshikawaYoshimichi TsubataMotoo Takeda
    • F16D33/10
    • F16H61/143
    • A control section determines a driving state of a vehicle and controls first and second solenoid valves on the basis of the determined driving state. An oil passage length of a second oil discharge passage is shorter than that of a first oil discharge passage and a discharge end of the second oil discharge passage is opened at a lower position than that of the first oil discharge passage. The control section derives hydraulic oil, discharged from an oil chamber via a first shift valve, to the first oil discharge passage by means of a second shift valve when it is determined that the driving state is one during normal driving. The control section derives the hydraulic oil to the second oil discharge passage by means of the second shift valve when it is determined that the driving state is one required for rapid lock-up off.
    • 控制部确定车辆的行驶状态,并基于确定的行驶状态控制第一和第二电磁阀。 第二排油通道的油通道长度比第一排油通道的油路长度短,第二排油通道的排放端在比第一排油通道低的位置打开。 当在正常行驶中确定驱动状态为一时,控制部通过第二换档阀将通过第一换档阀从油室排出的液压油导出到第一排油通道。 当确定驱动状态是快速锁定所需的驱动状态时,控制部分借助于第二换档阀将液压油导出到第二排油通道。
    • 24. 发明授权
    • Continuous form printer
    • 连续打印机
    • US5839046A
    • 1998-11-17
    • US820006
    • 1997-03-18
    • Masatoshi TakanoYutaka IshikawaHiroyuki YamaguchiHiroyuki Saito
    • Masatoshi TakanoYutaka IshikawaHiroyuki YamaguchiHiroyuki Saito
    • B41J11/00B41J11/30B41J11/42G03G15/00
    • B41J11/008B41J11/002B41J11/30B41J11/42
    • A printer includes a tractor unit for feeding continuous form paper, encoders driven in synchronization with the tractor unit, and detecting sensors for detecting the encoders to generate feed pulses at a standard interval. The printer further includes a paper top sensor for detecting a leading edge of the continuous form paper to generate paper top signal and is arranged to control the feed of the paper based on the feed pulse generated after the paper top signal. In order to adjust the printing position on the paper in case where the scanning position is misaligned due to a manufacturing error, the position of the detecting sensors is adjustable with respect to the encoders to compensate for the error. Further, the position of the paper top sensor is adjustable with respect to the tractor unit in order to keep the relationship between the feed pulse and the paper top signal unchanged regardless of the adjustment of the detecting sensors.
    • 一种打印机包括用于供给连续成型纸的拖拉机单元,与拖拉机单元同步驱动的编码器,以及检测传感器,用于检测编码器以标准间隔产生进给脉冲。 打印机还包括纸顶传感器,用于检测连续纸张的前缘以产生纸顶信号,并且布置成基于在纸张顶部信号之后产生的进给脉冲来控制纸张的进给。 为了在由于制造误差而导致扫描位置不对准的情况下调节纸张上的打印位置,检测传感器的位置可相对于编码器调节以补偿错误。 此外,纸顶传感器的位置相对于拖拉机单元是可调节的,以便保持进给脉冲和纸顶信号之间的关系,而与检测传感器的调节无关。
    • 26. 发明授权
    • Method and apparatus for measuring powder flow rate
    • 测量粉末流量的方法和装置
    • US5454271A
    • 1995-10-03
    • US277212
    • 1994-07-19
    • Masahiro YamamotoYutaka IshikawaKenzo Yanagida
    • Masahiro YamamotoYutaka IshikawaKenzo Yanagida
    • B05B7/14B05B12/08G01F1/74G01F1/76G01F1/86B65G51/02
    • B05B7/1404B05B12/08G01F1/74G01F1/76G01F1/86
    • A powder flow rate is measured based on a simple construction so as to provide method and apparatus for measuring the powder flow rate for example of a powder coating material, requiring less maintenance cost and facilitating change of color of the coating material. In the method for measuring powder flow rate: a density .rho.1 of the powder within a tank is measured; the powder is drawn out from the tank into a conveying tube; a detecting fluid is blown at a flow rate Qf into the conveying tube a density .rho.2 of the powder in the conveying tube is measured; and a powder flow rate Fm is measured based on an equation of Fm=Qf.multidot..rho.1.multidot..rho.2/(.rho.1-.rho.2). The density .rho.1 of the powder in the tank may be measured by providing a pair of pressure measuring devices at different heights within the tank. The density .rho.2 of the powder in the conveying tube may be measured through a measurement of electrostatic capacity, light transmittance or ultrasonic wave transmittance in the conveying tube.
    • 基于简单的结构测量粉末流量,从而提供用于测量例如粉末涂料的粉末流速的方法和装置,其需要较少的维护成本并且促进涂料的颜色变化。 在粉末流量测定方法中,测定罐内的粉末的密度rho 1, 将粉末从罐中抽出到输送管中; 将检测流体以流量Qf吹送到输送管中,测量输送管中的粉末的密度rho 2; 并且基于Fm = Qfx rho 1×rho 2 /(rho 1-rho 2)的方程测量粉末流量Fm。 可以通过在罐内设置不同高度的一对压力测量装置来测量罐中粉末的密度rho 1。 可以通过输送管中的静电容量,透光率或超声波透过率的测量来测量输送管中的粉末的密度rho 2。
    • 27. 发明授权
    • Vehicle transmission control apparatus
    • 车辆传动控制装置
    • US08473169B2
    • 2013-06-25
    • US12850634
    • 2010-08-05
    • Yutaka IshikawaYasuhiro GokanOsahide MiyamotoYoshiharu Saito
    • Yutaka IshikawaYasuhiro GokanOsahide MiyamotoYoshiharu Saito
    • G06F7/00G06F17/00G06F19/00
    • F16H61/0213F16H59/66F16H2059/663
    • A vehicle transmission control apparatus includes an expected-acceleration calculator configured to calculate an expected acceleration of a vehicle based on at least an engine load and a vehicle speed. An actual-acceleration calculator is configured to calculate an actual acceleration of the vehicle. An uphill determination device is configured to calculate an uphill determination value based on a difference between the expected acceleration and the actual acceleration and configured to calculate a corrected uphill determination value by subjecting the uphill determination value to moderating calculation using a moderating coefficient and to update the corrected uphill determination value in accordance with the moderating coefficient. A transmission-characteristic selecting device is configured to select one of transmission characteristics based on the corrected uphill determination value. A transmission controller is configured to perform transmission control based on the transmission characteristic selected by the transmission-characteristic selecting device.
    • 车辆变速器控制装置包括:预计加速度计算器,被配置为基于至少发动机负荷和车速来计算车辆的预期加速度。 实际加速度计算器被配置为计算车辆的实际加速度。 上坡确定装置被配置为基于预期加速度和实际加速度之间的差来计算上坡判定值,并且被配置为通过使用上坡判定值使用调节系数进行调节计算来计算校正的上坡判定值,并且更新 根据调节系数校正上坡判定值。 传输特性选择装置被配置为基于校正的上坡确定值来选择传输特性之一。 传输控制器被配置为基于由传输特性选择设备选择的传输特性来执行传输控制。
    • 29. 发明授权
    • Driving force controlling apparatus of vehicle
    • 车辆驱动力控制装置
    • US08214117B2
    • 2012-07-03
    • US12843855
    • 2010-07-26
    • Yutaka IshikawaMakoto KobayashiTakahito Fujita
    • Yutaka IshikawaMakoto KobayashiTakahito Fujita
    • G06F19/00
    • B60W40/064B60W10/06B60W10/11Y10T74/20018Y10T477/6937Y10T477/693762Y10T477/69383Y10T477/69387Y10T477/743
    • A driving force controlling apparatus includes a driving force controller configured to determine a state of a road surface. A driving force controller is configured to control a driving force of a vehicle based on the road surface state. A rear-wheel speed sensor is configured to detect a rear-wheel speed. A low-friction-coefficient road surface determining device is configured to determine whether the road surface is a low-friction-coefficient road surface using the rear-wheel speed on a predetermined condition. A determination prohibition device is configured to prohibit the low-friction-coefficient road surface determining device from determining whether the road surface is a low-friction-coefficient road surface, if (a) the rear-wheel speed sensor is abnormal, or if (b) a predetermined time has elapsed from when a shift range is changed from a reverse range to a drive range and/or (c) a gear position has become greater than or equal to a predetermined gear position.
    • 驱动力控制装置包括被配置为确定路面的状态的驱动力控制装置。 驱动力控制器被配置为基于路面状态来控制车辆的驱动力。 后轮速度传感器被配置为检测后轮速度。 低摩擦系数路面确定装置被配置为在预定条件下使用后轮速度来确定路面是否是低摩擦系数路面。 确定禁止装置被配置为如果(a)后轮速度传感器异常,或者如果(a) b)从变速范围从倒档范围变化到驱动范围已经经过了预定时间和/或(c)档位已经变得大于或等于预定档位。