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    • 12. 发明授权
    • Controller for vehicle continuously variable transmission
    • 车载无级变速器控制器
    • US08352134B2
    • 2013-01-08
    • US13128810
    • 2010-03-30
    • Kunio HattoriShinya ToyodaNaoto Tanaka
    • Kunio HattoriShinya ToyodaNaoto Tanaka
    • F16H59/46F16H61/662F16H59/44F16H59/70
    • F16H61/66259F16H59/36F16H2061/66209
    • A controller for a vehicle continuously variable transmission is disclosed. When a target gear ratio is set as the maximum gear ratio and a vehicle speed is decreased to less than a first reference vehicle speed, the controller suspends varying of the gear ratio by the transmission control and starts a gear ratio hold control that releases operational oil from a first oil pressure chamber and holds the gear ratio at the maximum gear ratio. Further, the controller ends the gear ratio hold control and delivers operational oil to the first oil pressure chamber when the vehicle speed increases to a second reference vehicle speed or greater, which is lower than the first reference vehicle speed, and restarts the varying of the gear ratio by the transmission control when the vehicle speed subsequently increases to the first reference speed or greater.
    • 公开了一种用于车辆无级变速器的控制器。 当目标齿轮比被设定为最大齿轮比并且车速降低到小于第一参考车速时,控制器通过变速器控制暂停变速比,并开始释放操作油的变速比保持控制 从第一油压室并将齿轮比保持在最大传动比。 此外,当车速增加到低于第一参考车速的第二参考车速或更大时,控制器结束变速比保持控制并将操作油输送到第一油压室,并重新启动 当车速随后增加到第一参考速度或更大时通过变速器控制的变速比。
    • 15. 发明申请
    • CONTROLLER FOR VEHICLE CONTINUOUSLY VARIABLE TRANSMISSION
    • 用于车辆连续可变传动的控制器
    • US20110218718A1
    • 2011-09-08
    • US13128810
    • 2010-03-30
    • Kunio HattoriShinya ToyodaNaoto Tanaka
    • Kunio HattoriShinya ToyodaNaoto Tanaka
    • F16H59/38F16H7/02
    • F16H61/66259F16H59/36F16H2061/66209
    • A controller for a vehicle continuously variable transmission is disclosed. When a target gear ratio is set as the maximum gear ratio and a vehicle speed is decreased to less than a first reference vehicle speed, the controller suspends varying of the gear ratio by the transmission control and starts a gear ratio hold control that releases operational oil from a first oil pressure chamber and holds the gear ratio at the maximum gear ratio. Further, the controller ends the gear ratio hold control and delivers operational oil to the first oil pressure chamber when the vehicle speed increases to a second reference vehicle speed or greater, which is lower than the first reference vehicle speed, and restarts the varying of the gear ratio by the transmission control when the vehicle speed subsequently increases to the first reference speed or greater.
    • 公开了一种用于车辆无级变速器的控制器。 当目标齿轮比被设定为最大齿轮比并且车速降低到小于第一参考车速时,控制器通过变速器控制暂停变速比,并开始释放操作油的变速比保持控制 从第一油压室并将齿轮比保持在最大传动比。 此外,当车速增加到低于第一参考车速的第二参考车速或更大时,控制器结束变速比保持控制并将操作油输送到第一油压室,并重新启动 当车速随后增加到第一参考速度或更大时通过变速器控制的变速比。
    • 17. 发明申请
    • Stepping motor
    • 步进电机
    • US20050127760A1
    • 2005-06-16
    • US11047607
    • 2005-02-02
    • Naoto Tanaka
    • Naoto Tanaka
    • H02K37/04H02K1/27H02K37/18H02K37/00H02K15/10H02K21/12
    • H02K37/18H02K1/2713Y10T29/49009Y10T29/49011Y10T29/49012
    • In a stepping motor in which a cylindrical magnet which is magnetized in an axial direction is coupled with a rotary shaft and the magnet is clamped with rotor stacks formed by laminating annular magnetic plates, the surfaces of which are electrically insulated, to form a rotor, and around the outer circumference of the rotor stator cores which are wound with stator coil are disposed, a sleeve is pressed in between the magnet and the rotor stacks, and the rotary shaft and interposed therebetween. The cutting operation for the outer diameter of the rotor during the manufacturing processes is carried out while holding both ends of the sleeve, subsequently, the rotary shaft is inserted, thereby, regardless of the length of the rotary shaft, the manufacturing processes are carried out to reduce the number of the molds.
    • 在其中沿轴向磁化的圆柱形磁体与旋转轴联接并且通过层叠环形磁性板的转子叠层夹持磁体的步进电机中,其表面是电绝缘的,以形成转子, 并且围绕定子线圈缠绕的转子定子铁芯的外周围设置,套筒被压在磁体和转子组之间以及旋转轴之间。 在制造过程中对转子的外径的切割操作在保持套筒的两端的同时进行,随后旋转轴被插入,从而与旋转轴的长度无关地进行制造过程 以减少模具的数量。
    • 20. 发明授权
    • Rotor assembly and method for making the rotor assembly
    • 转子总成及制造转子总成的方法
    • US07127795B2
    • 2006-10-31
    • US11047604
    • 2005-02-02
    • Naoto Tanaka
    • Naoto Tanaka
    • H02K15/02H02K15/10
    • H02K37/18H02K1/2713Y10T29/49009Y10T29/49011Y10T29/49012
    • A rotor assembly and method for making the rotor assembly in which a cylindrical magnet which is magnetized in an axial direction is coupled with a rotary shaft and the magnet is clamped with rotor stacks formed by laminating annular magnetic plates, the surfaces of which are electrically insulated, to form a rotor, and around the outer circumference of the rotor stator cores which are wound with stator coil are disposed, a sleeve is pressed in between the magnet and the rotor stacks, and the rotary shaft and interposed therebetween. The cutting operation for the outer diameter of the rotor during the manufacturing processes is carried out while holding both ends of the sleeve, subsequently, the rotary shaft is inserted, thereby, regardless of the length of the rotary shaft, the manufacturing processes are carried out to reduce the number of the molds.
    • 一种用于制造转子组件的转子组件,其中沿轴向磁化的圆柱形磁体与旋转轴联接,并且磁体被夹持有通过层压环形磁性板形成的转子堆叠,所述环形磁性板的表面是电绝缘的 为了形成转子,并且在与定子线圈缠绕的转子定子铁芯的外周围配置有套筒,将套筒压在磁体和转子叠层之间以及旋转轴之间。 在制造过程中对转子的外径的切割操作在保持套筒的两端的同时进行,随后旋转轴被插入,从而与旋转轴的长度无关地进行制造过程 以减少模具的数量。