System supplying electric pulses in cyclic order to a number of circuits

Claim 1

IN A SYSTEM FOR SUCCESSIVELY SUPPLYING PULSES TO A NUMBER OF PULSE CIRCUITS IN A CYCLIC ORDER IN WHICH EACH CYCLE STARTS WITH A PULSE SUPPLIED TO A PREDETERMINED FIRST ONE AND ENDS WITH A PULSE SUPPLIED TO A PREDETERMINED LAST ONE OF THE SAID PULSE CIRCUITS, A PULSE SOURCE AND A COINCIDENCE CIRCUIT WITH AN OUTPUT CIRCUIT AND A FIRST AND A SECOND INPUT CIRCUIT FOR EACH PULSE CIRCUIT, A CONNECTION BETWEEN THE PULSE SOURCE AND THE FIRST INPUT CIRCUIT OF THE COINCIDENCE CIRCUIT FOR EACH PULSE CIRCUIT AND A CONNECTION BETWEEN THE OUTPUT CIRCUIT OF EACH COINCIDENCE CIRCUIT AND THE CORRESPONDING PULSE CIRCUIT, A FIRST AND A SECOND BI-STABLE TRIGGER CIRCUIT CAPABLE OF BEING IN A FIRST AND A SECOND STATE AND FOR EACH OF THESE TRIGGER CIRCUITS, A FIRST CONTROL CIRCUIT FOR SETTING IT TO ITS FIRST STATE AND A SECOND CONTROL CIRCUIT FOR SETTING IT TO ITS SECOND STATE, AS WELL AS A FIRST OUTPUT CIRCUIT AND A SECOND OUTPUT CIRCUIT SUPPLYING DIFFERENT VOLTAGE DEPENDING ON THE STATE OF THE TRIGGER CIRCUIT, A CONNECTION BETWEEN THE FIRST OUTPUT CIRCUIT OF THE FIRST TRIGGER CIRCUIT AND THE SECOND INPUT CIRCUIT OF THE CONCIDENCE CIRCUIT CONNECTED TO THE FIRST ONE OF THE PULSE CIRCUITS AND TO THE SECOND INPUT CIRCUITS OF A NUMBER (WHICH MAY BE ZERO) OF COINCIDENCE CIRCUITS, CONNECTED TO PULSE CIRCUITS FOLLOWING ON THE FIRST PULSE CIRCUIT, AND A CONNECTION BETWEEN THE FIRST OUTPUT CIRCUIT OF THE SECOND TRIGGER CIRCUIT AND THE SECOND INPUT CIRCUIT OF ONE OF THE COINCIDENCE CIRCUITS NOT CONNECTED TO THE FIRST OUTPUT CIRCUIT OF THE FIRST TRIGGER CIRCUIT, INCLUDING AT ANY RATE THE COINCIDENCE CIRCUIT CONNECTED TO THE LAST ONE OF THE PULSE CIRCUITS, AND A COINCIDENCE CIRCUIT WITH A FIRST AND A SECOND INPUT CIRCUIT AND AN OUTPUT CIRCUIT CONNECTED WITH ITS OUTPUT CIRCUIT TO THE FIRST CONTROL CIRCUIT OF THE SECOND TRIGGER CIRCUIT AND ITS FIRST INPUT CIRCUIT CONNECTED TO THE FIRST OUTPUT CIRCUIT OF THE FIRST TRIGGER CIRCUIT, AS WELL AS A COINCIDENCE CIRCUIT WITH A FIRST AND A SECOND INPUT AND AN OUTPUT CIRCUIT WITH ITS OUTPUT CIRCUIT CONNECTED TO THE SECOND CONTROL CIRCUIT OF THE SECOND TRIGGER CIRCUIT AND ITS FIRST INPUT CIRCUIT CONNECTED TO THE SECOND OUTPUT CIRCUIT OF THE FIRST TRIGGER CIRCUIT AND A CONNECTION BETWEEN THE SECOND INPUT CIRCUITS OF THE SAID TWO COINCIDENCE CIRCUITS AND A PULSE SOURCE CONNECTED TO A COINCIDENCE CIRCUIT, THE SECOND INPUT CIRCUIT OF WHICH IS CONNECTED TO THE FIRST OUTPUT CIRCUIT OF THE FIRST TRIGGER CIRCUIT, AND TWO COINCIDENCE CIRCUITS EACH WITH A FIRST AND A SECOND INPUT CIRCUIT AND AN OUTPUT CIRCUIT AND A CONNECTION BETWEEN THE OUTPUT CIRCUIT OF THE FIRST ONE OF THESE COINCIDENCE CIRCUITS AND THE FIRST CONTROL CIRCUIT OF THE FIRST TRIGGER CIRCUIT, AS WELL AS A CONNECTION BETWEEN THE OUTPUT CIRCUIT OF THE SECOND ONE OF THESE COINCIDENCE CIRCUITS AND THE SECOND CONTROL CIRCUIT OF THE FIRST TRIGGER CIRCUIT AND A CONNECTION BETWEEN THE SECOND INPUT CIRCUITS OF THE SAID TWO COINCIDENCE CIRCUITS AND A PULSE SOURCE CONNECTED TO A COINCIDENCE CIRCUIT, THE SECOND INPUT CIRCUIT OF WHICH IS CONNECTED TO THE FIRST OUTPUT CIRCUIT OF THE SECOND TRIGGER CIRCUIT, AS WELL AS A FIRST SYSTEM CONTROL CIRCUIT CONNECTED TO THE FIRST INPUT CIRCUIT OF THE LAST MENTIONED FIRST COINCIDENCE CIRCUIT AND A SECOND SYSTEM CONTROL CIRCUIT CONNECTED TO THE FIRST INPUT CIRCUIT TO THE LAST MENTIONED SECOND COINCIDENCE CIRCUIT.