Abstract: To provide secure communication over end-to-end data paths or segments of end-to-end paths in a timed deterministic packet network including a plurality of packet engines that perform packet handling, cipher engines are provided separately from the packet engines. The cipher engines are operative to perform at least one cyber security function. A cipher engine and key manager provides central control for the plurality of cipher engines. A centralized packet flow path manager, PFPM, may set up endpoint nodes and intermediate transit nodes of the end-to-end data paths of the packet network.

Abstract: A packet network includes packet engines that perform packet handling. Cipher engines are provided separately from the packet engines for encryption and/or authentication operations. To preserve relative timing and ordering of data packets, a packet engine performs pre-shaping of data traffic, wherein the packet engine inserts dummy packets into a data flow. The packet engine provides the pre-shaped data traffic to a cipher engine.

Abstract: To provide secure communication over end-to-end data paths or segments of end-to-end paths in a timed deterministic packet network including a plurality of packet engines that perform packet handling, cipher engines are provided separately from the packet engines. The cipher engines are operative to perform at least one cyber security function. A cipher engine and key manager provides central control for the plurality of cipher engines. A centralized packet flow path manager, PFPM, may set up endpoint nodes and intermediate transit nodes of the end-to-end data paths of the packet network.

Abstract: A packet network includes packet engines that perform packet handling. Cipher engines are provided separately from the packet engines for encryption and/or authentication operations. To preserve relative timing and ordering of data packets, a packet engine performs pre-shaping of data traffic, wherein the packet engine inserts dummy packets into a data flow. The packet engine provides the pre-shaped data traffic to a cipher engine.

Abstract: A pressure valve includes a spring plate configured to be displaced by a setting spindle. The setting spindle includes an adjustment screw configured to axially displace a spindle shaft on which the spring plate is provided. The adjustment screw and the spindle shaft are configured in such a way that virtually no torque is transmitted to the spindle shaft via the adjustment screw.

Abstract: A valve, preferably of the flow control construction type, has a valve piston or pressure regulator piston mounted in an axially displaceable manner in a valve housing. The valve piston and the valve housing form a damping chamber for the motional damping of the valve piston.

Abstract: A valve, preferably of the flow control construction type, has a valve piston or pressure regulator piston mounted in an axially displaceable manner in a valve housing. The valve piston and the valve housing form a damping chamber for the motional damping of the valve piston.

Abstract: A solenoid valve, in particular for limiting the pressure of a fluid, with a flat armature is mounted with an axial gap to a pole core. This pole core is installed in a housing of the solenoid valve and is stressed from both faces with the same fluid pressure.