Abstract: A parking lock system for a motor vehicle transmission includes a latch pivotingly movable from a locking position engaged in a cavity of a locking wheel rotatably linked to an output of the transmission, to an unlocking position disengaged from the cavity. A carriage is mounted at the end of a rod and slides to a locking position. The carriage forces the pivoting of the latch in the locking, or the unlocking position. A first lever is connected to the rod, and pivots to push or pull the rod. A second lever pivots via an actuator. A spring positioned between the levers has a return force being less than the force to make the second lever pivot, such that the pivoting of the first lever leads to either: pivoting of the second lever and engagement of the latch when it is facing a cavity, or compression of the spring.

Abstract: The present invention relates to a sensor array comprising an inductive sensor (30, 31) and at least one temperature sensor (40, 41) for an electric machine, wherein the sensor array is arranged in a housing (10, 51, 52, 53, 54) and a single group of connectors (21) opens out of the housing (10, 20) in order to connect to an inverter of the electric machine.

Abstract: The element is mounted such that it pivots in relation to an axis and is secured to a selector finger that is connected to the lever to provoke the pivoting of the element under the effect of an angular tilt. It comprises, at the swivel axis of the said element, a cam profile that has a part of the said element, the said profile interacting with a flexible returning member for creating, depending on the angular position of the selection element and the area under consideration of the cam profile, a resistance with an intensity varying up to the creation of a hard spot corresponding to the selection of the reverse gear.

Abstract: The guide element has two opposed hooks in alignment. One hook is positioned angularly so as to bear and butt in a recess formed in a support mount. An other hook bears on an elastic member of the mount so as to trigger pivoting movement of a tilting latch which engages with the other hook, under a tilting effect of the guide element that corresponds to a position of coupling with the support mount.

Abstract: A plastic insert for securing a knob to a gear lever has, firstly, a part secured onto a free end of the lever and, secondly, a space formed in the coaxial extension of the part. Limited coaxial movement of the knob and insert in relation to the lever occurs under the effect of a shock exerted on the knob, to dampen the shock.

Abstract: The guide element has two opposed hooks in alignment, one of which is intended to be positioned angularly so as to bear and butt in a recess formed in the support mount, while the other hook is designed to bear on an elastic member belonging to said mount so as to trigger the pivoting movement of a tilting latch which engages with said other hook, under a tilting effect of said guide element that corresponds to a position of coupling with the support mount.

Abstract: A device has, in a vicinity of the lever and gearbox, members capable of being rotated as a result of displacement of the lever in order to exert a pull on strands of flexible cables attached to the members, regardless of the direction of angular displacement of the lever corresponding to gear shifting or gear selection. In the vicinity of the lever, one of the members is directly secured to the lever to constitute a shifting member, while the other member is controlled by the lever via a return element and constitutes a selection member.