发明名称 CONTROL DEVICE OF ELECTRIC VEHICLE
摘要 A control device includes a torque setting section for setting a target output torque of an electric motor based on a driving state including an accelerator operation amount; a non-transmission state determiner section for determining whether a driving power transmission path is in a non-transmission state in which driving power is not permitted to be transmitted from the electric motor to a drive wheel or in a transmission state in which the driving power is permitted; and a torque compensation section for compensating the target output torque, when the non-transmission state determiner section determines that the driving power transmission path is in the non-transmission state. The torque compensation section compensates the target output torque by using a slowness characteristic in which a change in the motor rotational speed which occurs with time is slower when in the non-transmission state than when in the transmission state.
申请公布号 US2015314703(A1) 申请公布日期 2015.11.05
申请号 US201214651030 申请日期 2012.12.19
申请人 KAWASAKI JUKOGYO KABUSHIKI KAISHA 发明人 Matsushima Hirohide;Matsuda Yoshimoto
分类号 B60L15/20;B60L3/12 主分类号 B60L15/20
代理机构 代理人
主权项 1. A control device of an electric vehicle including a transmission provided on a driving power transmission path through which a driving power is transmitted from an electric motor to a drive wheel, the control device comprising: a torque setting section for setting a target output torque of the electric motor based on a driving state including an accelerator operation amount; a non-transmission state determiner section for determining whether the driving power transmission path is in a non-transmission state in which the driving power is not permitted to be transmitted from the electric motor to the drive wheel or in a transmission state in which the driving power is permitted to be transmitted from the electric motor to the drive wheel; and a torque compensation section for compensating the target output torque set by the torque setting section, when the non-transmission state determiner section determines that the driving power transmission path is in the non-transmission state, wherein the torque compensation section compensates the target output torque set by the torque setting section by using a slowness characteristic in which a change in a motor rotational speed which occurs with time is slower when the driving power transmission path is in the non-transmission state than when the driving power transmission path is in the transmission state.
地址 Kobe-shi, Hyogo JP