Frequency dependent amplitude modulated translator apparatus

Claim 1

A translator means operative as a receptor for an ordered first frequency electromagnetic signal pattern, produced by a separate efficacious exciter means, wherein said first frequency signal is modulated so as to produce a series of different amplitude steps, sequentially controlled by a combined plurality of second frequency signal rates which form a harmonic series, wherein further each component second frequency signal forming the combined signal produces a first frequency signal burst, consisting of at least several cycles of first frequency signal, the time duration of which is somewhat less than the full cycle time period of the highest second frequency signal component and further where the second frequency signal controlled serial plurality of first frequency signal bursts are caused to be combined in a manner such that the least frequent, say lowest periodicity, said second frequency component signal provides a said first frequency signal burst of greatest magnitude, whereas the more frequent, say higher periodicity, said second frequency component signal provides said first frequency signal bursts of proportionately less magnitude, wherein said translator includes faculty for subsequent demodulation of the said ordered first frequency signal into individual component second frequency signal repetition rates proportional to the relative mean power of the said ordered first frequency signal arriving at the said receptor means, said translator including in combination: a. Coupling means for the interception of a first frequency electromagnetic signal comprising a pattern of various magnitudes produced by a separate said exciter means, said coupling means being operative to provide a series of minute alternating current levels proportional to the relative instantaneous power of the first frequency signal energy contained within the said electromagnetic signal; b. A.C. amplifier means, including input thereto connected to said coupling means, said A.C. amplifier being in a form operative to increase the magnitude of the said minute alternating current levels inputed from the said coupling means and reproducing a greater amplitude level at the output of the said A.C. amplifier means; c. Demodulator means, connected to said A.C. amplifier means output, operative to recover the said component second frequency signal rates from the said first frequency signal; d. Threshold adjust means, operatively connected to said demodulator means, to provide for dynamic redetermination of the demodulator amplitude response threshold for selective amplitude separation of the sequential said component second frequency signal from the said first frequency signal bursts; e. Triggered oscillator means, connected to said demodulator means, operative so as to condition and standardize the said recovered said component second frequency signals into constituent second frequency signal periods of uniform measure; f. e. Pulse amplifier means, connected to said triggered oscillator means, operative to effect the said recovered said component plurality of second frequencies lower frequency to be of a form suitable for actuating a subsequent sensory transducer means; and, g. A source of direct current power including a disconnect means so arranged as to provide operating voltage and current to each of the functional circuit groups comprising the said translator.