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    • 41. 发明授权
    • Electric vehicle control device
    • 电动车控制装置
    • US4388573A
    • 1983-06-14
    • US254295
    • 1981-04-15
    • Michimasa HoriuchiMasahiko IbamotoKiyoshi Nemoto
    • Michimasa HoriuchiMasahiko IbamotoKiyoshi Nemoto
    • H02P3/14B60L7/00B60L7/12H02P7/28
    • H02P7/281
    • An electric vehicle control device is disclosed which includes a main circuit for supplying power from a d.c. power supply to a driving motor through a chopper, a phase shifter for controlling the conduction ratio of the chopper in such a manner that a current flowing through the driving motor is proportional to an instruction value determined by how much an accelerator pedal is trodden, a circuit for instructing a regenerative braking operation, and a changeover switch for changing over the main circuit between a power running state and a regenerative braking state. The changeover switch is changed over in the regenerative braking state when another power running state in the direction opposite to the current running direction is instructed in a predetermined time after the stop of a power running state where the chopper had a conduction ratio greater than a preset value.
    • 公开了一种电动车辆控制装置,其包括用于从直流电源供电的主电路。 通过斩波器向驱动电动机供电;移相器,用于以使得流过驱动电动机的电流与由加速踏板踩踏多少确定的指令值成比例地控制斩波器的导通比; 用于指示再生制动操作的电路,以及用于在电力运行状态和再生制动状态之间切换主电路的转换开关。 当切断器的导通率大于预设值的电力运行状态停止之后的预定时间内,指示在与当前运行方向相反的方向上的另一个动力运行状态时,再生制动状态切换开关。 值。
    • 48. 发明授权
    • Automatic transmission control system
    • 自动变速器控制系统
    • US5695427A
    • 1997-12-09
    • US653801
    • 1996-07-19
    • Kazuhiko SatoMasahiko IbamotoHiroshi Kuroiwa
    • Kazuhiko SatoMasahiko IbamotoHiroshi Kuroiwa
    • F16H9/00F16H61/00F16H61/02F16H61/662B60K41/12
    • F16H61/66259F16H2061/0015Y10T477/623Y10T477/6242Y10T477/62427
    • A speed change controlling apparatus and method for a non-stage change-gear system of the V-belt type or CVT are disclosed, wherein control is performed based particularly on the torque of a non-stage change-gear to meet with a high degree of accuracy requirements in which importance is attached to the fuel cost of a vehicle or the power performance and the time for development of a speed change schedule is avoided. A torque of a change-gear is estimated and speed change control is performed based on a targeted drive shaft torque so that the necessity for a speed change schedule map is eliminated and accurate speed change control based on the torque is performed. Consequently, an object speed change characteristic can be produced readily with a high degree of accuracy. Because matching need not be performed for each vehicle, the development man-hours can be reduced remarkably.
    • 公开了一种用于V型皮带式或CVT型非级变速齿轮系的变速控制装置和方法,其特征在于基于非级变速齿轮的扭矩进行控制,以满足高度 避免了对车辆的燃料成本或功率性能的重要性以及开发速度变化进度的时间的精度要求。 估计变速齿轮的转矩,并且基于目标驱动轴扭矩执行变速控制,从而消除了对变速计划图的必要性,并且执行基于转矩的精确的速度变化控制。 因此,可以高精度地容易地制造物体速度变化特性。 由于不需要对每个车辆进行匹配,所以可以显着降低开发工时。