Method for equivalently connecting subassemblies in 1:N...

Details Method for equivalently connecting subassemblies in 1:N... Method for equivalently connecting subassemblies in 1:N...

2005-04-19

2005-04-19

Nguyen, Chau (Department: 2663)

Multiplex communications

Fault recovery

Bypass an inoperative switch or inoperative element of a...

C370S221000

Reexamination Certificate

active

06882621

ABSTRACT:
In the Prior Art, a higher-ranking mechanism controls the standby circuiting of assemblies in 1:N redundancy, resulting in a system dynamics loss. The invention solves this problem in that the devices responsible for the standby circuiting events in the higher-ranking mechanism are relocated into a standby circuit assembly of the 1:N redundancy provided for standby circuiting purposes. The standby circuit events are thus controlled and monitored by the standby circuit assembly itself, relieving the higher-ranking mechanism of these tasks.

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