Daimler-benz Ag

Daimler Chrysler Ag

Dieter Braun

Herbert Mehren

Helmut Wulf

A tilting-body vehicle, in which the control system for the body tilt comprises an emergency system. In the event of a failure of a normally effective main system, the emergency system permits an emergency operation at least for a limited time. Three body positions are made possible depending on the transverse acceleration of the vehicle: namely, maximum tilt to the left, upright position and maximum tilt to the right. The emergency system is controlled via an inertia mass.

Multi-track curve tilting vehicle

In a curve-leaning vehicle whose vehicle body is leaning inwardly when the vehicle is negotiating a curve, the vehicle body is supported on an axle frame for pivoting about a longitudinal vehicle body axis. The axle frame has wheels which are independently supported by springs and includes an actuator for tilting the vehicle body inwardly when the vehicle is negotiating a curve. The actuator is operatively connected to the spring support structure for controlling spring forces such that the axle frame remains essentially level when the vehicle is negotiating a curve.

Curve-leaning vehicle

A hydraulic support system has a first expandable chamber which is subjected to a constant pressure sufficient for compensating the static load. Two further chambers assigned to equally larger effective surface areas of pistons can be subjected to different pressures by means of a regulating and change-over device to cause active compression and rebound and a return to a middle position.

Active suspension system

A vehicle adapted to be externally guided mechanically along guide tracks, especially for public local passenger service, which includes a steerable vehicle axle provided with steerable wheels and with maximally bending resistance supporting arms arranged at wheel hubs of the steerable wheels and extending unilaterally forwardly in the driving direction of the vehicle. A transverse guide arrangement is disposed at the forward ends of the supporting arms so as to provide for an automatic track-side influencing of the turning angle of the steerable wheels. A motor is fixedly mounted in a zone of a hub of a steering wheel so as to be capable of operatively acting upon the steering wheel. The motor, when an output part thereof is at a quasi-stand still, is capable of exerting a torque on the steering wheel which torque can be freely selected in its effective direction.

Vehicle adapted to be externally mechanically guided, especially for the

A vehicle adapted to be selectively operated with or without guide rails or tracks, the vehicle including a steerable vehicle axle means having steerable wheels mounted thereon and at least one non-steerable vehicle axle having non-steerable wheels mounted thereon. The non-steerable vehicle axle is mounted so as to be pivotable in its entirety about a centrally positioned vertically extending pivot axis. Springs are provided for suspending a superstructure of the vehicle with a spring bracket fixedly mounted to an axle body of the non-steerable vehicle axle for supporting the springs at the vehicle. A ring mount segment is provided for mounting the springs at outer ends of the spring bracket so as to be horizontally movable with at least two supporting rollers, each having an axis of rotation disposed approximately toward a pivot center of the non-steerable axis, being attached to an underside of the springs. The supporting rollers are adapted to roll along a flat top side of the ring mount segments and at least one of a shape-mating lateral guide or a safety device is arranged on both sides of the supporting rollers adjacent a mounting arrangement for the supporting rollers. The guide is adapted to engage lateral edges of the ring mount segments and to be inserted, on a freely projecting underside of the ring mount segments, in a lateral groove provided in a shoulder formed at the supporting roller mounting device.

Vehicle adapted to be guided on tracks for the public local passenger

A vehicle adapted to be selectively operated with or without guide rails with the vehicle including a steerable vehicle axle and at least one nonsteerable vehicle axle. The nonsteerable vehicle axle is mounted so as to be entirely pivotable to a limited extent about a centrally positioned vertically extending pivot axis. At least two longitudinally extending control arms are provided for determining a transverse position of the nonsteerable vehicle axle with the longitudinally extending control arms being constructed so as to be variable in length and at least one of selectively lockable in or releasable from a predetermined length required for an exact transverse positioning of the nonsteerable vehicle axle when the vehicle is operated without guide rails. Each of the longitudinally extending control arms includes at least two doubleacting hydraulic cylinder piston units which are disposed in parallel to a bending resistant guide rod slidably received in a guide bore of a guide housing. An arrangement is provided for selectively locking and releasing the longitudinal control arms in and from the various length extended positions with working chambers of each of the piston-cylinder units being in communication with each other by way of pressure equalizing conduits.

Growing community of inventors

Stuttgart, Germany

Dieter Braun