4 is a side view of the assembly of FIG. On performing pulsing to generate ignition, firstly this spring is compressed until the cap remains in the introduction position, compression of the external spring continues to assist the movement of the telescopic set, while simultaneously to this movement, compression of the spring aiding the plexor takes place to impact against the piezoelectric crystal and finish this compression run of the telescopic sets. To solve the disadvantages previously referred to and to obtain the superior characteristics proposed, the piezoelectric mechanism for gas lighters the invention requires a pair of telescopic assemblies of circular section, which lack relative rotation by means of an external angular piece that has one of its flanks fixed to the internal telescopic assembly while the other flank is placed tangentially through the exterior of one of the faces of the external telescopic assembly. The plexor 6, whose geometry can be clearly seen in FIGS. The mechanism of claim 9 wherein the first telescopic assembly includes an external notch and the first portion of the L-shaped angular piece includes a pair of lugs forming a central slot for engaging the external notch of the first telescopic assembly. These transverse edges of the window are oblique to form a ramp 30. 20 to 22.
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