Diehl Gmbh & Co.

Diehl Stiftung & Co.

Dynamit Nobel Aktengesellschaft

Bernhard Kratz

Kurt Fiedler

Gerhard Kordel

Gerrit Scheiderer

Fritz Muller

Gunter Postler

Rudolf Harbrecht

Described is an arrangement for supporting a circuit board ( ) having functional components ( ) on a carrier ( ) of a projectile ( ). The carrier ( ) has a metal plate ( ). The circuit board ( ) comprises a carbon fibre-reinforced plastic material. Provided between the circuit board ( ) and the metal carrier plate ( ) is an elastic damping layer ( ). The circuit board ( ) and the damping layer ( )&mdash;like the metal carrier plate ( )&mdash;are spaced with their peripheral edges from the inside wall of the housing of the projectile ( ).

Arrangement for supporting a circuit board

An igniting medium incorporating a support member, the latter of which is passed through by electrical leads extending towards an ignition bridge. The support member is constructed as a shunt-capacitance which is connected to the electrical lead lines for the ignition bridge.

Electrical igniting medium

A multiple-contact plug connection for electrically-actuatable triggering media. The multiple-contact plug connection has an identifying capacitor connected in parallel with each triggering device, whereby the values of the capacitances of the identifying capacitors for different triggering devices will clearly distinguish from each other.

Multiple-contact plug connection for electrically actuatable triggering

A method for implementing an operational or functioning test on electrically-actuatable ignition or detonation-triggering circuits for ammunition, wherein the circuits are arranged on board the ammunition. Moreover, also disclosed is an arrangement for the implementation of an operational test of electrically-actuatable ignition or detonation-triggering circuits for the ammunition, wherein the circuits are arranged on board the ammunition.

Method and arrangement for implementing an operational test on

An article of submunition, having a housing on which there is arranged an outwardly extendable distance feeler or spacer support. A head on the support carries a sensor which is connected through the intermediary of a connector cable to an evaluating circuit which is arranged within the housing. The connector cable is formed as a ribbon-shaped or flat cable which is constituted of plastic material, in which the flat cable is bifilarly or double wound into a spiral, wherein the winding axis lies transversely of the longitudinal direction of the flat cable, in which the spiral of the flat cable has its shape stabilized through a thermal treatment, and in which the spiral is located adjacent the distance feeler support.

Submunition

A blind-setting or protective blocking device for a detonator, in particular for a detonator of a launched bomb, in which a release or tripping lever maintains a securing slider in a secured position. The tripping lever is maintained against the force of a spring through the intermediary of two latching elements, wherein, as a rule, the first latching element is released by an electronic circuit of the detonator within the launch tube or barrel, and the second latching element is released by the circuit subsequent to exiting from the launch tube, as a result of which the securing slider is placed into the armed position. The tripping lever is equipped with a projection which is associated with a contact stop on the securing slider, and in which the projection, in the secured position, is located outside of the path of movement of the contact stop, and pivots into the path of movement of the contact stop when the second latching element is also released prior to exiting from the launch tube.

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Wendelstein, Germany

Bernhard Kratz