Abstract: An acoustic speaker (1) including: a metal armature (7), a plastic shell (9) fastened on the armature, the shell defining at least two openings (11A, 11B), and at these two loudspeakers (13A, 13B) arranged head to tail along a transverse axis (T), the two loudspeakers respectively extending through the two openings. The shell is in one piece, and the shell and an outer part (19) of the armature are suitable for nesting in one another along a longitudinal axis (L), the outer part and the shell at least partially defining an inner volume (23) of the acoustic speaker.

Abstract: An acoustic speaker (1) including: a metal armature (7), a plastic shell (9) fastened on the armature, the shell defining at least two openings (11A, 11B), and at these two loudspeakers (13A, 13B) arranged head to tail along a transverse axis (T), the two loudspeakers respectively extending through the two openings. The shell is in one piece, and the shell and an outer part (19) of the armature are suitable for nesting in one another along a longitudinal axis (L), the outer part and the shell at least partially defining an inner volume (23) of the acoustic speaker.

Abstract: The invention relates to a support for an audio system, the audio system comprising a heat source, a discharge surface for the heat and means for conducting at least one portion of the heat produced by the heat source towards the discharge surface. The support further comprises a plate comprising at least one heat-conducting elastic member able to deform for fitting at least one portion of the discharge surface of the audio system, and a thermal dissipation radiator in thermal contact with the elastic member.

Abstract: The invention relates to a support for an audio system, the audio system comprising a heat source, a discharge surface for the heat and means for conducting at least one portion of the heat produced by the heat source towards the discharge surface. The support further comprises a plate comprising at least one heat-conducting elastic member able to deform for fitting at least one portion of the discharge surface of the audio system, and a thermal dissipation radiator in thermal contact with the elastic member.

Abstract: The storage holder (18, 19) for at least one screwdriver bit (12A, 12B) comprises:—a body (20, 21) constructed with at least one housing (22, 23) for receiving the or each bit (12A, 12B) in a storage position in which the or each bit (12A, 12B) is stored and locked in a first orientation;—and retention means for retaining the or each bit (12A, 12B) in the associated housing in its storage position. The retention means are fixed relative to the body (20, 21) and are capable of retaining the or each bit (12A, 12B) in a grasping position which is not the same as the storage position, the relative orientation of the or each bit (12A, 12B) in its grasping position being different from the first orientation of the or each bit (12A, 12B).