Abstract:
A mobile device holder having a front face, an integral fixed jaw, and a movable jaw positioned facing the fixed jaw and movable in translational motion on the front face. The movable jaw receives a bottom edge of the mobile device and can be moved between a released position for inserting or removing the mobile device, and a holding position in which the mobile device is held clamped against the fixed jaw. The movable jaw includes a protuberance extending along a plane parallel to the front face of the holder and defining a clamping tab for clamping the bottom edge of the mobile device. In use, the tab maintains a space between the rear face of the mobile device and the front face of the holder in order to limit the frictional contact of the rear face of the mobile device with the front face of the holder when mounted.
Abstract:
A molded vehicle part having at least one clip holder comprising a core designed to receive a clip. The core has a single first stiffening element, protruding from its first large face, and a single second stiffening means, protruding from the second large face.
Abstract:
A control device includes a driving device for controlling a function of a vehicle, a display device for at least one piece of information relative to this function, and a receiving surface of the driving device and the display device. The control device is mounted translatably on the receiving surface and relative to the display device. The distance between the display device and the driving device is adjustable by moving the control device relative to said the display device.
Abstract:
A docking station having a base, a first maintaining element and a second maintaining element arranged to bear on two opposite edges of a contour of a nomad electronic device received between the first maintaining element and the second maintaining element. The first maintaining element is movable relative to the base to adjust the separation between the first maintaining element and the second maintaining element based on the distance separating the two opposite edges of the nomad electronic device. A visible outer surface of the first maintaining element includes at least one control element and/or at least one device displaying a function of the vehicle.
Abstract:
An assembly having a cover, adapted for closing an aperture of a storage volume, and a flap moveable between a storage position and a use position outside the storage volume. The assembly includes a connection between the cover and the flap. Movement of the flap causes a displacement of the cover towards a position in which the aperture is open.
Abstract:
The holder device (3) according to the invention comprises: a lower surface (21); an upper part (25, 75); a rear surface (23); an electronic device (27), positioned near the rear surface (23). The holder device (3) comprises a mechanism (26) for adjusting the separation between the lower surface (21) and the upper part (25, 75) as a function of the size of the electronic apparatus (5).
Abstract:
The method makes it possible to fabricate a trim comprising a support (4) and a surface covering (6) that covers the support (4), the covering having a front face (6A) intended to be visible and a rear face (6B) turned toward the support (4).The method comprises producing a line of weakness (14) in the covering (6), bending the covering (6) along the line of weakness (14), and molding the support (4) against the rear face (6B) of the covering (6).
Abstract:
A transmission device that includes a fixed support for receiving an electronic appliance. The transmission device has at least one first and one second retaining elements defining between them a receiving space, the second retaining element being movable with respect to the fixed support along a main direction so as to give the possibility of adapting the size of the receiving space. The transmission device includes a transmission element attached to the retaining elements by a mechanism that includes a first return element connecting the transmission element to the first retaining element and a second return element connecting the transmission element to the second retaining element. The stiffness of the first return element is equal to the stiffness of the second return element.
Abstract:
A molded part made in plastic material that includes a body having a surface and two positioning relief portions formed on the surface while being spaced apart from each other along a measurement direction, each positioning relief portion having a positioning protrusion defining a measurement surface allowing the positioning of a sensor member of a distance measurement instrument along the measurement direction bearing against the measurement surface, in order to measure the distance between the positioning relief portions along the measurement direction.
Abstract:
An opening system for a vehicle includes a frame having an opening, an opening member that is movable relative to the frame between a closed position and an open position, and a retaining device. The retaining device includes a ferromagnetic element provided on the opening member, a magnet provided on the frame and magnetically coupled to the ferromagnetic element when the opening member is in the closed position, an electromagnet coupled to the magnet, and a control unit having a control module that controls the electromagnet upon reception of a control command. The control unit includes a detection module which, in the absence of a control command being received by the control module, is enabled for the detection of a signal, originating from the electromagnet, representative of the opening member reaching the closed position.