Data averaging and compressing method for measuring instruments

Claim 3

The method defined in claim 1 wherein said predetermined criterium is that said first value represents a minimum of the measured values in each measuring interval and said second value represents a maximum of the measured values in each measuring interval.

Claim 4

The method defined in claim 1, further comprising the step of storing each value to be averaged with a subsequently obtained value in a memory at an address determined by the respective one of said positions.

Claim 5

The method defined in claim 1 wherein the position for the selection of the first value within a measuring interval is determined by the position of the minimum value within the same measuring interval in the preceding measuring run and that the position for the selection of the second value within a measuring interval is determined by the position of the maximum value within the same measuring interval during the preceding measuring run.

Claim 6

The method defined in claim 1 wherein only during the first measuring run are the positions for the determination of the first measured value and the second measured value not predetermined within a measuring interval and the minimum value is selected as the first measured value and the maximum value within the said measuring interval of the first measuring interval as the second measured value.

Claim 7

The method defined in claim 1 wherein the measuring intervals are subdivided into several partial intervals and for each partial interval is precisely determined a measured value and that the position of a measured value within a measuring interval is established through the number of the particular partial interview in conjunction with the quantity of partial intervals within the particular measuring interval.

Claim 8

The method defined in claim 1 wherein all the measuring intervals are subdivided into the same quantity of partial intervals and for each partial interval precisely one measured value is determined and that the position of a measured value within a measuring interval is only established by the number of the particular partial interval.

Claim 9

The method defined in claim 1 wherein precisely one measured value is associated with each partial interval within a measuring interval and is determined from several individual measurements.

Claim 10

A spectral analyzer comprising: a measuring instrument analyzing a frequency spectrum in a series of measurement runs and producing respective measured values of amplitude as a function of frequency over corresponding measurement intervals within a measuring range; means connected to said instrument and receiving said measured values for subdividing each of said measurement intervals into a given number of partial intervals with respective positions along the respective measurement interval; selecting means, connected to said means for subdividing, for selecting, based upon a predetermined criterium, a first value (MI1) at a given first of said positions of a first of said runs, and selecting, based upon said criterium, a second value (MA1) at a given second of said positions of said first of said runs, and for selecting, based upon said criterium, another first value (MI2) at said given first of said positions of a second of said runs, and selecting, based upon said criterium, a second value (MA2) at said given second of said positions of said second of said runs; first averaging means connected to said selecting means averaging said first values to obtain a first mean value (MI2av) and averaging said second values to obtain a second mean value (MA2av); second averaging means connected to said first averaging means for averaging said first mean value and said second mean value with first and second values of said measuring interval of at least one run subsequent to said second run and selected from the measured values thereof based upon said criterium to generate averaged value results; and a display connected to said second averaging means for displaying said results as a compressed and averaged analyzed spectrum.

Claim 11

A spectral analyzer comprising: a measuring instrument analyzing a frequency spectrum in a series of measurement runs and producing respective measured values of amplitude as a function of frequency over corresponding measurement intervals within a measuring range; means connected to said instrument and receiving said measured values for subdividing each of said measurement intervals into a given number of partial intervals with respective positions along the respective measurement interval; selecting means, connected to said means for subdividing, for selecting, based upon a predetermined criterium, a first value (MI1) at a given first of said positions of a first of said runs, and selecting, based upon said criterium, a second value (MA1) at a given second of said positions of said first of said runs, and for selecting, based upon said criterium, another first value (MI2) at said given first of said positions of a second of said runs, and selecting, based upon said criterium, a second value (MA2) at said given second of said positions of said second of said runs; first averaging means connected to said selecting means averaging said first values to obtain a first mean value (MI2av) and averaging said second values to obtain a second mean value (MA2av); second averaging means connected to said first averaging means for averaging said first mean value and said second mean value with first and second values of said measuring interval of at least one run subsequent to said second run and selected from the measured values thereof based upon said criterium to generate averaged value results; and a display connected to said second averaging means for displaying said results as a compressed and averaged analyzed spectrum.

Claim 12

The spectral analyzer defined in claim 9, further comprising means for storing each value to be averaged with a subsequently obtained value in a memory at an address determined by the respective one of said positions.