Transmitter system including amplitude controlled oscillator means

Claim 1

IN COMBINATION, AN OSCILLATOR INCLUDING A FIRST SEMICONDUCTOR AND CONSTRUCTED TO PRODUCE OSCILLATIONS FOR A CONTROLLED PERIOD OF TIME, A MODULATOR CONSTRUCTED TO PRODUCE SIGNALS, A SECOND SEMICONDUCTOR DISPOSED ELECTRICALLY BETWEEN THE MODULATOR AND THE OSCILLATOR TO CONTROL THE INTRODUCTION OF SIGNALS FROM THE MODULATOR TO THE OSCILLATOR FOR A MODULATION OF THE SIGNALS IN THE OSCILLATOR, BIAS MEANS COUPLED TO THE FIRST AND SECOND SEMICONDUCTORS FOR PRODUCING CORRESPONDING BIASES ON THE FIRST AND SECOND SEMICONDUCTORS TO PREVENT THE INTRODUCTION OF SIGNALS FROM THE MODULATOR TO THE OSCILLATOR AND TO PREVENT THE PRODUCTION OF SIGNALS IN THE OSCILLATOR, AND ENERGY STORAGE MEANS INCLUDED IN THE OSCILLATOR AND COUPLED ELECTRICALLY TO THE FIRST AND SECOND SEMICONDUCTORS FOR CONTROLLING THE PERIOD OF CONDUCTIVITY OF THE FIRST SEMICONDUCTOR AND FOR OBTAINING A CONDUCTIVITY OF THE SECOND SEMICONDUCTOR ONLY DURING THE PERIOD OF CONDUCTIVITY OF THE FIRST SEMICONDUCTOR TO OBTAIN OSCILLATORY SIGNALS FROM THE FIRST SEMICONDUCTOR FOR THE PARTICULAR PERIOD OF TIME AND TO OBTAIN A SIMULTANEOUS STATE OF CONDUCTIVITY IN THE SECOND SEMICONDUCTOR FOR THE PASSAGE OF SIGNALS FROM THE MODULATOR TO THE OSCILLATOR.