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    • 13. 发明授权
    • Switching controller and method for controlling switching position
    • 开关控制器和控制开关位置的方法
    • US07173392B2
    • 2007-02-06
    • US11436525
    • 2006-05-19
    • Masaaki ShinojimaTomoyuki KashiwagiKiyoshi KimuraHiroyuki ShintaniMasashi Hori
    • Masaaki ShinojimaTomoyuki KashiwagiKiyoshi KimuraHiroyuki ShintaniMasashi Hori
    • G05B11/01
    • H02K29/08H02K7/116
    • A second member and a first member are applied with bias force to mechanically engage with each other at one of detent positions defining relative positions therebetween. An electric motor rotating a rotor therein when being supplied with electricity. Rotation of the rotor is transmitted to an output shaft manipulating the first member. A main controller controls the electric motor to switch the one of the plurality of detent positions. A rotor angle detecting unit detects rotor angle of the rotor. An output angle detecting unit detects output angle of the output shaft. The main controller includes a backlash calculating unit that calculates a backlash amount between the rotor and the first member in accordance with at least one of occurrence of a first region, in which change in the output angle is small with respect to change in the rotor angle, and a range of the rotor angle in the first region. The main controller incorporates the backlash amount into the control of the electric motor.
    • 第二构件和第一构件被施加偏压力,以在限定它们之间的相对位置的止动位置中的一个相互机械地接合。 电动机在被供电时使转子旋转的电动机。 转子的旋转传递到操纵第一部件的输出轴。 主控制器控制电动机来切换多个制动位置中的一个。 转子角度检测单元检测转子的转子角度。 输出角检测单元检测输出轴的输出角度。 主控制器包括齿隙计算单元,其根据第一区域的出现中的至少一个计算转子和第一构件之间的间隙量,其中,输出角度的变化相对于转子角度的变化小 ,以及第一区域中的转子角度的范围。 主控制器将间隙量纳入电动机的控制。
    • 14. 发明申请
    • Switching controller and method for controlling switching position
    • 开关控制器和控制开关位置的方法
    • US20060261760A1
    • 2006-11-23
    • US11436525
    • 2006-05-19
    • Masaaki ShinojimaTomoyuki KashiwagiKiyoshi KimuraHiroyuki ShintaniMasashi Hori
    • Masaaki ShinojimaTomoyuki KashiwagiKiyoshi KimuraHiroyuki ShintaniMasashi Hori
    • H02P5/00
    • H02K29/08H02K7/116
    • A second member and a first member are applied with bias force to mechanically engage with each other at one of detent positions defining relative positions therebetween. An electric motor rotating a rotor therein when being supplied with electricity. Rotation of the rotor is transmitted to an output shaft manipulating the first member. A main controller controls the electric motor to switch the one of the plurality of detent positions. A rotor angle detecting unit detects rotor angle of the rotor. An output angle detecting unit detects output angle of the output shaft. The main controller includes a backlash calculating unit that calculates a backlash amount between the rotor and the first member in accordance with at least one of occurrence of a first region, in which change in the output angle is small with respect to change in the rotor angle, and a range of the rotor angle in the first region. The main controller incorporates the backlash amount into the control of the electric motor.
    • 第二构件和第一构件被施加偏压力,以在限定它们之间的相对位置的止动位置中的一个相互机械地接合。 电动机在被供电时使转子旋转的电动机。 转子的旋转传递到操纵第一部件的输出轴。 主控制器控制电动机来切换多个制动位置中的一个。 转子角度检测单元检测转子的转子角度。 输出角检测单元检测输出轴的输出角度。 主控制器包括齿隙计算单元,其根据第一区域的发生中的至少一个计算转子和第一构件之间的间隙量,其中,输出角度的变化相对于转子角度的变化小 ,以及第一区域中的转子角度的范围。 主控制器将间隙量纳入电动机的控制。
    • 18. 发明授权
    • System for installing control program in electronic control unit mounted on automotive vehicle
    • 在车载电子控制单元中安装控制程序的系统
    • US06795754B2
    • 2004-09-21
    • US10225249
    • 2002-08-22
    • Kenji SunamiTomoyuki Kashiwagi
    • Kenji SunamiTomoyuki Kashiwagi
    • G06F700
    • G06F8/64G06F8/61
    • A control program for an electronic control unit (ECU) is installed at an end of a manufacturing line after the ECU is mounted on an automotive vehicle. The ECU common to all types of vehicles is mounted on each vehicle, and the vehicle type is identified based on data sent from the ECU to a program-installing device. The control program suitable to the identified vehicle type is formulated in the program-installing device by selecting program modules from an object library storing various types of modules and by linking those selected modules into the control program. The control program thus formulated is installed in the ECU at the end of the manufacturing line. In this manner, memory capacities both in the ECU and in the program-installing device are considerably saved.
    • 在ECU安装在机动车辆上之后,在制造线的端部安装有用于电子控制单元(ECU)的控制程序。 所有类型的车辆共用的ECU安装在每个车辆上,并且基于从ECU发送到程序安装装置的数据来识别车辆类型。 通过从存储各种类型的模块的对象库中选择程序模块并将这些选择的模块链接到控制程序中,将适合于所识别的车辆类型的控制程序配制在程序安装设备中。 这样制定的控制程序安装在生产线末端的ECU中。 以这种方式,可以大大节省ECU和程序安装装置的存储容量。
    • 19. 发明授权
    • Shift-by-wire system
    • 线上换线系统
    • US08620537B2
    • 2013-12-31
    • US12071859
    • 2008-02-27
    • Tomoyuki Kashiwagi
    • Tomoyuki Kashiwagi
    • F16H61/00
    • F16H61/32F16H59/105F16H61/0286F16H2061/326F16H2306/24
    • A shift-by-wire system improves responsiveness to a shift command and ensures safety. An electric motor generates a rotational output to be used to switch the ranges of an automatic transmission. A by-wire control circuit unit electrically controls the rotation of the electric motor to comply with an inputted shift command. If a re-shift command is inputted during switching control, the by-wire control circuit unit modifies rotation control. The modification can be implemented until the rotational position of the electric motor reaches a new target rotational position to comply with the re-shift command.
    • 线控换档系统提高了对换档指令的响应能力,确保了安全性。 电动机产生用于切换自动变速器的范围的旋转输出。 线控制电路单元电动控制电动机的旋转以符合输入的换档指令。 如果在切换控制期间输入重新移位指令,则线控制电路单元修改旋转控制。 可以实施修改,直到电动机的旋转位置达到新的目标旋转位置以符合重新移位命令。
    • 20. 发明申请
    • Shift-by-wire system
    • 线上换线系统
    • US20080215215A1
    • 2008-09-04
    • US12071859
    • 2008-02-27
    • Tomoyuki Kashiwagi
    • Tomoyuki Kashiwagi
    • F16H61/00
    • F16H61/32F16H59/105F16H61/0286F16H2061/326F16H2306/24
    • A shift-by-wire system improves responsiveness to a shift command and ensures safety. An electric motor generates a rotational output to be used to switch the ranges of an automatic transmission. A by-wire control circuit unit electrically controls the rotation of the electric motor to comply with an inputted shift command. If a re-shift command is inputted during switching control, the by-wire control circuit unit modifies rotation control. The modification can be implemented until the rotational position of the electric motor reaches a new target rotational position to comply with the re-shift command.
    • 线控换档系统提高了对换档指令的响应能力,确保了安全性。 电动机产生用于切换自动变速器的范围的旋转输出。 线控制电路单元电动控制电动机的旋转以符合输入的换档指令。 如果在切换控制期间输入重新移位指令,则线控制电路单元修改旋转控制。 可以实施修改,直到电动机的旋转位置达到新的目标旋转位置以符合重新移位命令。