Abstract:
A system for driving an assembly arrangement for a motor vehicle, which assembly arrangement having at least one auxiliary assembly and an electric machine which is configured independently of a drive unit of the motor vehicle. It is possible for the electric machine to be operated both as a motor for driving the auxiliary assembly and as a generator for generating electric power. If required, it is possible for a separate engine which is configured as an internal combustion engine to be connected or fastened releasably via an interface to the assembly arrangement and to be coupled to the assembly arrangement for drive action, in order to supply the at least one auxiliary assembly and/or the electric machine with rotational drive moment.
Abstract:
A system for driving an assembly arrangement for a motor vehicle, which assembly arrangement having at least one auxiliary assembly and an electric machine which is configured independently of a drive unit of the motor vehicle. It is possible for the electric machine to be operated both as a motor for driving the auxiliary assembly and as a generator for generating electric power. If required, it is possible for a separate engine which is configured as an internal combustion engine to be connected or fastened releasably via an interface to the assembly arrangement and to be coupled to the assembly arrangement for drive action, in order to supply the at least one auxiliary assembly and/or the electric machine with rotational drive moment.
Abstract:
A support and drive arrangement for an electrically driven vehicle or a hybrid-electrically driven vehicle. The support and drive arrangement includes a cross beam having at least two attachment sections permitting the attachment of the cross beam to a vehicle support structure, and at least one electrical drive unit connected to the cross beam via at least one elastic drive mount.
Abstract:
A support and drive arrangement for an electrically driven vehicle or a hybrid-electrically driven vehicle. The support and drive arrangement includes a cross beam having at least two attachment sections permitting the attachment of the cross beam to a vehicle support structure, and at least one electrical drive unit connected to the cross beam via at least one elastic drive mount.
Abstract:
A transmission including a ring gear engageable with clutch teeth. A shift fork connected to a cam roller is engageable with the ring gear. The cam roller includes at least one V-shaped groove, and an element is disposed between the V-shaped groove of the cam roller and a base of the shift fork such that rotation of the cam roller translates into displacement of the shift fork and the ring gear.
Abstract:
A drive train of a motor vehicle with an internal combustion engine, an electric motor and a coupling device. The coupling device includes a first coupling unit allocated to the internal combustion engine and a second coupling unit allocated to the electric motor. By way of the coupling device, the internal combustion engine and/or the electric motor can be connected for drive purposes with a common drive shaft to drive at least one wheel of the motor vehicle. The first coupling unit and the second coupling unit are separate components which can be coupled together automatically by a clutch depending on a difference between a rotation speed of the internal combustion engine and a rotation speed of the electric motor.
Abstract:
A transmission including a ring gear engageable with clutch teeth. A shift fork connected to a cam roller is engageable with the ring gear. The cam roller includes at least one V-shaped groove, and an element is disposed between the V-shaped groove of the cam roller and a base of the shift fork such that rotation of the cam roller translates into displacement of the shift fork and the ring gear.
Abstract:
A drive train of a motor vehicle with an internal combustion engine, an electric motor and a coupling device. The coupling device includes a first coupling unit allocated to the internal combustion engine and a second coupling unit allocated to the electric motor. By way of the coupling device, the internal combustion engine and/or the electric motor can be connected for drive purposes with a common drive shaft to drive at least one wheel of the motor vehicle. The first coupling unit and the second coupling unit are separate components which can be coupled together automatically by a clutch depending on a difference between a rotation speed of the internal combustion engine and a rotation speed of the electric motor.
Abstract:
A drive unit for motor vehicles with hybrid drive and a drive train in a longitudinal arrangement, between the internal combustion engine and the first axle, comprising a housing piece, a through driveshaft, an electric motor, surrounding the through driveshaft with a first clutch before the electric motor and a second clutch thereafter, whereby a second axle is also to be driven with minimal space requirement. A first electric motor is thus physically combined with the first clutch, surrounding a second electric motor and the through driveshaft and is connected to the second axle by means of a third clutch, an offset gear and a shaft.
Abstract:
A drive unit for motor vehicles with hybrid drive and a drive train in a longitudinal arrangement, between the internal combustion engine and the first axle, comprising a housing piece, a through driveshaft, an electric motor, surrounding the through driveshaft with a first clutch before the electric motor and a second clutch thereafter, whereby a second axle is also to be driven with minimal space requirement. A first electric motor is thus physically combined with the first clutch, surrounding a second electric motor and the through driveshaft and is connected to the second axle by means of a third clutch, an offset gear and a shaft.