Monostable flip-flop consuming current only during pulse forming

Claim 1

A ONE SHOT MULTIVIBRATOR COMPRISING A PAIR OF SWITCHING TRANSISTORS OF LIKE CONDUCTIVELY TYPE EACH HAVING A PAIR OF PRIMARY CURRENT CONDUCTING ELECTRODES AND A CONTROL ELECTRODE, SAID TRANSISTORS HAVING THEIR PRIMARY CURRENT CONDUCTING ELECTRODES CONNECTED IN PARALLEL AND THEIR CONTROL ELECTRODES CONNECTED FOR SEPARATE ENERGIZATION, SAID PAIR OF TRANSISTORS BEING NORMALLY BIASED FOR NONCONDUCTING CONDITION BETWEEN THEIR CURRENT CONDUCTING ELECTRODES, A THIRD SWITCHING TRANSISTOR OF OPPOSITE CONDUCTIVELY TYPE AND HAVING A PAIR OF CURRENT CONDUCTING ELECTRODES AND A CONTROL ELECTRODE, SAID THIRD SWITCHING TRANSISTOR BEING NORMALLY BIASED INTO NONCONDUCTING CONDITION BETWEEN ITS CURRENT CONDUCTING ELECTRODES, MEANS RESPONSIVE TO CONDUCTION BY EITHER ONE OF THE TRANSISTORS OF THE PAIR OF RENDERING SAID THIRD TRANSISTOR CONDUCTING AND MEANS INCLUDING A CAPACITOR INTERCONNECTING SAID CONTROL ELECTRODE OF SAID THIRD SWITCHING TRANSISTOR WITH ONE OF THE PRIMARY CURRENT CONDUCTING ELECTRODES OF THE PAIR OF SWITCHING TRANSISTORS, MEANS FOR ENERGIZING SAID CONTROL ELECTRODE OF ONE OF THE PAIR OF TRANSISTORS BY AN INCOMING PULSES TO RENDER THAT SWITCHING TRANSISTOR CONDUCTING, AND FEEDBACK MEANS INTERCONNECTING SAID THIRD TRANSISTOR WITH THE OTHER TRANSISTOR OF THE PAIR FOR ENERGIZING THE OTHER OF SAID PAIR OF SWITCHING RESISTORS INTO CONDUCTING CONDITION RESPONSIVELY TO THE THIRD SWITCHING TRANSISTOR BEING RENDERED CONDUCTIVE WHEREBY ALL OF SAID TRANSISTORS ARE NORMALLY NONCONDUCTING AND ARE RENDERED CONDUCTING RESPONSIVELY TO AN INCOMING PULSE.