Abstract: Disclosed is a fire-fighting device, which includes a casing that delimits an inner cavity in which at least one dispersible fire-extinguishing agent is deposited, and pyrotechnics suitable for generating an explosion causing the casing to rupture and the fire-extinguishing agent to be dispersed. The pyrotechnics include at least one explosive charge, generating the explosion, and a detonator for triggering the explosion of the at least one explosive charge. The detonator includes an ignition device designed to trigger, when in an active state, the explosion of the at least one explosive charge, and an impact sensor designed to detect a mechanical impact received by the device and to bring the ignition device to the active state upon detection of the mechanical impact.

Abstract: An assembly for an aircraft including an aircraft wall in which a routing slit is formed. A drive shaft of a bearing surface passes through the slit while remaining free to move along the slit. A seal is provided to seal the slit.

Abstract: The invention relates to an assembly for an aircraft comprising an aircraft wall in which a routing slit is formed, a drive shaft of a bearing surface that passes through the slit while remaining free to move along the slit, and a seal to seal this slit. According to the invention, the seal is formed in two parts, comprising a lower seal part and an upper seal part arranged facing each other on opposite sides of the slit, each of the two parts comprising a lip forming contact tracks between which the drive shaft is squeezed and moves while deforming them during a phase in which the bearing surface is moved, these lips being in the shape of rabbit ears so that they can wind around the shaft so as to limit parasite opening spaces, and to prevent misalignment.