Translation circuits

Claim 1

AN ELECTRICAL TRANSLATION CIRCUIT, WHICH INCLUDES A SET OF INPUT FERRO-MAGNETIC CORES EACH HAVING AN INPUT WINDING, MEANS FOR APPLYING A CODE COMBINATION TO BE TRANSLATED INTO THE EQUIVALENT CODE FORM IN PARALLEL FASHION TO APPROPRIATE ONES OF SAID INPUT WINDINGS, ELECTRICAL COUPLING LOOPS INDIVIDUAL TO EACH OF A PLURALITY OF CODE COMBINATIONS, MEANS INCLUDING EACH OF SAID LOOPS THREADING A COMBINATION OF SAID INPUT CORES OPERATED RESPONSIVE TO A CODE COMBINATION TO BE TRANSLATED APPLIED TO SAID INPUT WINDING TO INDUCE INHIBITING CONDITIONS INTO ALL OF SAID LOOPS EXCEPT THE LOOP INDIVIDUAL TO THE RECEIVED CODE COMBINATION TO BE TRANSLATED, A SET OF OUTPUT FERROMAGNETIC CORES EACH OF WHICH HAS AN OUTPUT WINDING, EACH SAID LOOPS THREADING SELECTED ONES OF SAID OUTPUT CORES SUCH THAT WHEN ONE OF SAID LOOPS IS ENERGIZED OUTPUT SIGNALS ARE OBTAINED FROM THE SELECTION OF SAID OUTPUT WINDINGS WHICH REPRESENTS THE LOOP''S CODE COMBINATION''S TRANSLATION, MEANS INCLUDING EACH OF SAID LOOPS COUPLING CORES WHICH ARE NOT ENERGIZED ON RECEPTION OF ITS CODE COMBINATION TO THE INPUT WINDINGS, ENERGIZED INPUT WINDING MEANS FOR CAUSING AN INHIBITING PULSE TO BE INDUCED IN ALL LOOPS THREADING SAID COUPLED CORES IN A FIRST SENSE, MEANS FOR APPLYING SAID OPERATING PULSE TO ALL OF SAID LOOPS VIA AN INPUT WINDING ON A FURTHER CORE THREADED BY ALL OF SAID LOOPS, SAID OPERATING PULSE BEING INDUCED INTO EACH SAID LOOP IN THE REVERSE SENSE TO SAID INHIBITING PULSES, AND A NON-LINEAR DEVICE IN THE LOW RESISTANCE CONDITION FOR AN OPERATING PULSE INCLUDED IN EACH SAID LOOP.