Abstract: A mechanical module includes: a body; an insert; first fixing means; and second fixing means. The insert and the body are configured to be attached together via a relative movement substantially parallel to the primary extension direction of the insert. The first fixing means includes: a first wall inclined relative to the primary extension direction; and a second wall substantially perpendicular to the primary extension direction. The second fixing means includes a hook element, the hook element including a bearing element and a lug element. The bearing and lug elements are configured to ensure, in cooperation with the first and second wails, mechanical fixing of the insert to the body, via the bearing element in cooperation with the first wall and the lug element in cooperation with the second wall.

Abstract: The present invention relates to a key (1) and to a mechanical module for a key (1), comprising a body (2), the body (2) including a first body portion (21) and a second body portion (22), the first and second body portions (21, 22) being mechanically secured to each other via a shape assembly, the first body portion (21) including a base member (21?) and a matching member (23), the matching member (23) achieving the shape assembly with the second portion (22), and the matching member (23) and the base member (21?) being connected by an adhesive or welded connection.

Abstract: A portable electronic device for displaying information from a vehicle having a first transceiver to a user carrying the portable electronic device includes a second transceiver. The portable electronic device uses the second transceiver to conduct bi-directional communications with the vehicle systems. The portable electronic device may be a key-fob and include a display for displaying the information from the vehicle.

Abstract: A portable electronic device for displaying information from a vehicle having a first transceiver to a user carrying the portable electronic device includes a second transceiver. The portable electronic device uses the second transceiver to conduct bi-directional communications with the vehicle systems. The portable electronic device may be a key-fob and include a display for displaying the information from the vehicle.

Abstract: The present invention relates to a key (1) and to a mechanical module for a key (1), comprising a body (2), the body (2) including a first body portion (21) and a second body portion (22), the first and second body portions (21, 22) being mechanically secured to each other via a shape assembly, the first body portion (21) including a base member (21?) and a matching member (23), the matching member (23) achieving the shape assembly with the second portion (22), and the matching member (23) and the base member (21?) being connected by an adhesive or welded connection.

Abstract: The invention relates to a pressure measuring module for a tyre (10) comprising an air pressure sensor (50) with an air inlet (51), an intermediate base (40) and a valve (30). It is characterised by the fact that the pressure sensor is mounted laterally with respect to the axis of the valve. In particular, the air inlet of the sensor is turned radially towards the outside of the rim and the pressure sensor is exposed to the flow of air (81) passing through the valve (30) causing negative pressure at the air inlet (51). The invention makes it possible to avoid dirt from being deposited in the air inlet of the sensor.

Abstract: The tire pressure sensor housing for a motor vehicle, provided to be mounted on a wheel rim comprises elastically deformable support wings of variable height and a device for positional fixing and locking having snap-on tongues.

Abstract: The tire pressure sensor housing for a motor vehicle, provided to be mounted on a wheel rim comprises elastically deformable support wings (3, 4) of variable height and a device (8) for positional fixing and locking comprising snap-on tongues (8).

Abstract: Inside a syringe (1) slides a plunger (2) which bears a joint (4) sliding sealingly over the internal wall of the syringe. The flexible membrane (6) of the joint (4) fixed to the end of the plunger (2) bears a closing component (25, 27) which follows the movement of deformation or displacement of the membrane through the effect of the pressure built up during the injection stage, but which is retained by immobilizing strips (17) in a position in which it opens the orifice, breaking the seal between the top and the bottom of the joint, as soon as the membrane returns to its initial position.