Abstract: Disclosed are systems and methods for avoiding/reducing prolonged exposure of a medical display device to static content by determining whether an image to be displayed by the medical display device comprises static content and operating the medical display device in static imaging mode accordingly. The method may comprise receiving an image for display by the medical display device and generating an image representation of (at least) a region of interest of the received image. The image representation may be compared to a pre-determined image representation and determined that the image representation corresponds to the pre-determined image representation. Since the image representation corresponds to the pre-determined image representation, the image comprises static content, and the medical display device is operated in a static imaging mode. In static imaging mode, the medical display device may display a message, operate in a low power mode, and/or perform a pixel refresh.

Abstract: This headset (10) comprises two earphones (12), a central headband (14) and two lateral branches (16). Each branch comprises at a proximal end a link (20) articulated with the respective end of the central headband (14), providing at least one pivotal degree of freedom. The earphone is mounted, preferably rigidly, on the distal end of the branch. Each of the branches also comprises, in a median region, a bearing pad (40) provided, on an internal side, with a bearing face (48) adapted to come into contact with a temporal region of the headset user, so that this bearing face forms there-on a point of contact. Each branch (16) has, in an intermediate region between a proximal end on the central headband side and a distal end on the earphone side, an elastically deformable link (17) providing a torsional degree of freedom, preferably a privileged bending in a particular plane.

Abstract: This headset comprises two earphones (10), each comprising a generally ring-shaped, flexible circumaural or supra-aural pad (16), mounted on a shell (14) receiving a transducer (30). The headset comprises an electronic circuitry powered by a battery, and a battery recharging circuit connected to at least one inductive-coupling recharging coil (20). The coil is housed in a pad (16), and it is housed in a region of the pad (16) that is close to an outer limit plane, on the wearer side, of the envelope (16a, 16b) of the pad, for example near a seam (C) between two portions (16a, 16b) of an envelope of the pad.

Abstract: This headset comprises two earphones (10), each comprising a generally ring-shaped, flexible circumaural or supra-aural pad (16), mounted on a shell (14) receiving a transducer (30). The headset comprises an electronic circuitry powered by a battery, and a battery recharging circuit connected to at least one inductive-coupling recharging coil (20). The coil is housed in a pad (16), and it is housed in a region of the pad (16) that is close to an outer limit plane, on the wearer side, of the envelope (16a, 16b) of the pad, for example near a seam (C) between two portions (16a, 16b) of an envelope of the pad.

Abstract: The appliance comprises a casing, a removable front plate, an electrical connector, and mechanical means for assembling the front plate on the casing and for fastening it thereto. The mechanical means comprise, at a first end, means that form a separable hinge comprising at least one pair of respective magnetic elements such as permanent magnets disposed in the region of the connector and facing one another on the casing and the front plate, and the opposite end, means for locking the front plate to the casing. Mechanical coupling of the front plate on the casing at the location of the separable magnetic hinge results solely from the mutual attraction of the facing magnetic elements.

Abstract: The appliance comprises a casing, a removable front plate, an electrical connector, and mechanical means for assembling the front plate on the casing and for fastening it thereto. The mechanical means comprise, at a first end, means that form a separable hinge comprising at least one pair of respective magnetic elements such as permanent magnets disposed in the region of the connector and facing one another on the casing and the front plate, and the opposite end, means for locking the front plate to the casing. Mechanical coupling of the front plate on the casing at the location of the separable magnetic hinge results solely from the mutual attraction of the facing magnetic elements.