Bayern-chemie Gmbh

Bayern-chemie Gesellschaft Fur Flugchemische Antriebe Mbh

Karl Bauer

Joachim Sans

Steffen Schilling

Hans Weigand

Detlev Friedemann

Andreas Hacker

Claudia Rienäcker

Guido Kurth

Alexander Weigand

Ludwig Stadler

Claudia Rilnäcker

The invention relates to a device for burning off propellants or explosive substances, which has an activation temperature that lies below the spontaneous ignition temperature of the propellant or explosive substance. The device () comprises at least two substances () reacting exothermically with one another, wherein at least one first substance () is present in a liquid aggregate state below the activation temperature of the device and is separated from at least one second substance () by at least one pressure-tight barrier ().

Device for burning off propellants or explosive substances

An extinguisher includes a compressed-gas generator for fighting fire and incipient explosions, and the extinguisher includes at least one rupture diaphragm having a rupture joint, in order to seal the extinguishing-agent vessel. In its center, the rupture diaphragm has a planar surface or a depression, which causes the rupture joint to simultaneously open at its entire circumference, in order for the extinguishing agent to escape in an axially symmetric manner.

Extinguisher

A fire extinguisher includes a compressed gas generator for fighting fires and nascent explosions, and has two bursting membranes with predetermined breaking points for closing the fire extinguishing material container. The predetermined breaking points of the bursting membranes are designed with differences in resistance in order to achieve a time delay between the breaking occurrences of the two predetermined breaking points. This time delay ensures a non-deformed and rotationally symmetrical expulsion of the fire extinguishing material.

Fire extinguisher

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Soyen, Germany

Karl Bauer