Electric pulse modulating and demodulating circuits

Claim 1

A BOTHWAY ELECTRIC PULSE COMMUNICATION SYSTEM COMPRISING A FIRST STATION: A SECOND STATION REMOTE FROM SAID FIRST STATION: A TRANSMISSION CHANNEL COUPLED BETWEEN SAID STATIONS: EACH OF SAID STATIONS INCLUDING A PLURALITY OF LOCAL CIRCUITS, EACH HAVING A STORAGE CAPACITOR AND A PERIODICALLY CONTROLLED SWITCHING MEANS; AND AN INDUCTOR COUPLED TO SAID TRANSMISSION CHANNEL: AND MEANS TO CONTROL EACH OF SAID SWITCHING MEANS TO SEQUENTIALLY COUPLE EACH OF SAID STORAGE CAPACITORS OF SAID FIRST STATION TO SAID INDUCTOR OF SAID FIRST STATION AND TO SEQUENTIALLY COUPLE EACH OF SAID STORAGE CAPACITORS OF SAID SECOND STATION TO SAID INDUCTOR OF SAID SECOND STATION TO PROVIDE A COMMUNICATION PATH BETWEEN ONE OF SAID LOCAL CIRCUITS OF SAID FIRST STATION AND AN ASSOCIATED ONE OF SAID LOCAL CIRCUITS OF SAID SECOND STATION, WHEREBY SUBSTANTIALLY ALL THE ENERGY STORED IN A STORAGE CAPACITOR AT EITHER STATION IS TRANSMITTED OVER SAID TRANSMISSION CHANNEL AS ONE PULSE OF A PERIODICALLY RECURRING TRAIN OF PULSES TO A CORRESPONDING STORAGE CAPACITOR AT THE OTHER STATION, THE TRANSMITTED PULSE ENERGY BEING DISCHARGED FROM THE RECEIVING STORAGE CAPACITOR BEFORE RECEPTION OF THE NEXT PULSE OF THE TRAIN SO AS TO REFORM THE SIGNAL WAVE OF THE LOCAL CIRCUIT ASSOCIATED WITH THE SENDING STORAGE CAPACITOR IN THE LOCAL CIRCUIT ASSOCIATED WITH THE RECEIVING STORAGE CAPACITOR.