Etienne Lacroix Tous Artifices S.a.

Abisdid, Marlène

Abisdid, Charlène

Aragones, Isidore

Benhayoun, Jacques

Abisdid, Charlotte

Dominique Medus

Guy Valembois

Jean Baricos

Pierre Thebault

Marlène Abisdid

Charli Abisdid

Céline Pointart

Alexandrine Maraval

Loic Borderieux

Elodie Hamon

The invention relates to a self-lighting device for a cigarette, comprising a primary chemical material () to be placed at the lighting end () of the cigarette (); and a secondary chemical material () that is incompatible with the primary material (), said primary and secondary materials being inflammable when they come into contact with each other. The device is characterized in that the secondary material () is arranged in a receptacle () designed to fit over the lighting end () of the cigarette (), bringing the secondary material into contact with the primary material ().

Self-lighting device for a cigarette

The invention concerns a device forming a mechanism, in particular for use in the space industry, characterised in that it comprises in combination: two structural elements () capable of relative displacement, locking means () adapted to prevent initially the relative displacement between the two structural elements (), and means () for controlled locking of the locking means () designed to prevent initially the release thereof, then when activated, successively, in a first phase, a sliding action in controlled amplitude of the locking means (), for limited release between the two structural elements (), then in a second phase, complete release of the locking means () and hence of the structural elements ().

Released control release mechanism in particular for use in the space industry

The invention concerns a device forming a mechanism, in particular for use in the space sector, characterised in that it comprises in combination: a material ( ) with low melting point capable of producing a soldering joint, at least heating means ( ), a structure having an architecture with a zone blocked by the low melting point material ( ), capable of being released by liquefying the low melting point material, and means for forced rolling of the low melting point metal ( ) in liquid state, after the heating means ( ) have been activated, to produce a shock absorbing function.

Shockproof mechanism, in particular for use in space sector

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L'Union, France

Dominique Medus