Abstract: A device and a method implementable therewith for regulating the driving speed of at least one vehicle, having an electric motor/generator connected or connectable to a drive train for at least one wheel as a function of at least its actual speed and setpoint speed. The device includes a control unit for controlling the torque of the electric motor/generator, an arrangement for driving the electric motor/generator, an arrangement for recording the actual speed of the vehicle and an arrangement for preselecting the setpoint speed of the vehicle. In the device, the electric motor/generator is usable in generator operation to generate a braking torque and in engine operation to generate a driving torque.

Abstract: A device and a method implementable therewith for regulating the driving speed of at least one vehicle, having an electric motor/generator connected or connectable to a drive train for at least one wheel as a function of at least its actual speed and setpoint speed. The device includes a control unit for controlling the torque of the electric motor/generator, an arrangement for driving the electric motor/generator, an arrangement for recording the actual speed of the vehicle and an arrangement for preselecting the setpoint speed of the vehicle. In the device, the electric motor/generator is usable in generator operation to generate a braking torque and in engine operation to generate a driving torque.

Abstract: A control unit for controlling an internal combustion engine in a motor vehicle passes through an initialization phase after power-on. To start the internal combustion engine, the internal combustion engine is synchronized with the control unit.

Abstract: The invention relates to a method and an arrangement for controlling a drive unit (1) including an internal combustion engine (5). The method and arrangement function to provide a switchoff of the engine (5) with less vibration. In the internal combustion engine (5), the air or a mixture of air and fuel is compressed in a combustion chamber (10) while utilizing a compressing device (15) and especially a piston. A supply of fuel is reduced with a switchoff of the engine (5). When switching off the engine (5), a relief of load of the compressing device (15) is initiated in addition to the reduction of the metering of fuel.

Abstract: A control unit for controlling an internal combustion engine in a motor vehicle passes through an initialization phase after power-on. To start the internal combustion engine, the internal combustion engine is synchronized with the control unit.

Abstract: In a method for controlling a drive unit, a driver command value is formed while considering the current transmission ratio and the drive unit is controlled in dependence upon the driver command value. In addition, a predicted driver command value is determined in dependence upon transmission ratios other than the current transmission ratio. In addition, the minimum and maximum possible values are considered in the formation of the driver command value. A correction of the driver command value is undertaken in dependence upon the difference between minimum possible torque and minimum requested torque or between maximum possible torque and maximum requested torque.

Abstract: A device (1) and a method implementable therewith for regulating the driving speed of at least one vehicle (3), having an electric motor/generator (17) connected or connectable to a drive train (7; 7′) for at least one wheel (11, 13; 11′, 13′) as a function of at least its actual speed and setpoint speed. The device (1) includes a control unit (31) for controlling the torque of the electric motor/generator (17), means for driving the electric motor/generator (17), means (37) for recording the actual speed of the vehicle (3) and means (39) for preselecting the setpoint speed of the vehicle (3).

Abstract: The invention relates to a method and an arrangement for controlling a drive unit (1) including an internal combustion engine (5). The method and arrangement function to provide a switchoff of the engine (5) with less vibration. In the internal combustion engine (5), the air or a mixture of air and fuel is compressed in a combustion chamber (10) while utilizing a compressing device (15) and especially a piston. A supply of fuel is reduced with a switchoff of the engine (5). When switching off the engine (5), a relief of load of the compressing device (15) is initiated in addition to the reduction of the metering of fuel.

Abstract: In a method for controlling a drive unit, a driver command value is formed while considering the current transmission ratio and the drive unit is controlled in dependence the driver command value. In addition, a predicted driver command value is determined, which is determined in dependence upon transmission ratios other than the current transmission ratio. In addition, the minimum and maximum possible values are considered in the formation of the driver command value. A correction of the driver command value is undertaken in dependence upon the difference between minimum possible torque and minimum requested torque or between maximum possible torque and maximum requested torque.