Abstract: A regenerative brake control device for an electric-powered vehicle includes a first regenerative braking force setting unit that is operated by a predetermined number of times so as to change a setting of the regenerative brake control device from a normal regeneration level to a predetermined regeneration level, and a second regenerative braking force setting unit that is operated by a number of times that is greater than the predetermined number of times so as to change the setting of the regenerative brake control device from the normal regeneration level to the predetermined regeneration level.

Abstract: A shift device includes: a shift lever which is installed in a vehicle, and which is configured to automatically return to a reference position from a neutral position; a position detecting unit which is configured to detect that the shift lever is placed at the neutral position; and a setting unit which is configured to: set the vehicle to a neutral state when the shift lever is held at the neutral position for a specified time or more; set the vehicle to the neutral state when the shift lever is placed at the neutral position a plurality of times within a predetermined time.

Abstract: A regenerative brake control device for an electric-powered vehicle includes a first regenerative braking force setting unit that is operated by a predetermined number of times so as to change a setting of the regenerative brake control device from a normal regeneration level to a predetermined regeneration level, and a second regenerative braking force setting unit that is operated by a number of times that is greater than the predetermined number of times so as to change the setting of the regenerative brake control device from the normal regeneration level to the predetermined regeneration level.

Abstract: A shift device includes: a shift lever which is installed in a vehicle, and which is configured to automatically return to a reference position from a neutral position; a position detecting unit which is configured to detect that the shift lever is placed at the neutral position; and a setting unit which is configured to: set the vehicle to a neutral state when the shift lever is held at the neutral position for a specified time or more; set the vehicle to the neutral state when the shift lever is placed at the neutral position a plurality of times within a predetermined time.

Abstract: A control apparatus of a vehicle includes: an internal combustion engine; a transmission, including a group of gears made to mesh with synchronizing mechanisms for attaining a predetermined change of gear; an internal combustion engine controller stopping the internal combustion engine when receiving a first control stop signal; a transmission controller, controlling the synchronizing mechanisms via an actuator actuated by a power source driven by the internal combustion engine, when a shift lever is in a drive force cut-off position, the transmission controller releasing the meshing of the synchronizing mechanism when receiving a second control stop signal; and a control stop signal controller, transmitting the second control stop signal to the transmission controller when detecting that an ignition switch of the vehicle is switched off, and transmitting the first control stop signal to the internal combustion engine controller after the transmission controller has released the meshing of the synchronizing m

Abstract: A control apparatus of a vehicle, includes: an internal combustion engine, equipped on the vehicle; a transmission, including a normally open wet clutch for transmitting or interrupting drive force from the internal combustion engine, and a group of gears which are made to mesh with synchronizing mechanisms for attaining a predetermined change of gear; a shift lever, which can select through a manual operation thereof a drive force cut-off position where transmission of drive force from the internal combustion engine to drive road wheels is cut off; an internal combustion engine controller, controlling the internal combustion engine, and stopping the internal combustion engine when receiving a first control stop signal; a transmission controller, controlling the clutch and the synchronizing mechanisms via an actuator which is actuated by a power source driven by the internal combustion engine, when the shift lever is in the drive force cut-off position, the transmission controller disengaging the clutch and m