Pulse wave diagnosing device

A pulse wave diagnosing device comprising:

• pulse wave detecting means for detecting a pulse waveform at a detection site on a body;
• pulse wave period detecting means for detecting a period of said pulse waveform;
• first wavelet transforming means for performing wavelet transformation on said pulse waveform in synchronization with said detected period, and generating analyzed pulse wave data;
• body motion detecting means for detecting body motion, and outputting a body motion waveform;
• second wavelet transforming means for performing wavelet transformation on said body motion waveform in synchronization with said detected period, and generating analyzed body motion data;
• mask means for subtracting said analyzed body motion data from said analyzed pulse wave data, and generating corrected pulse wave data from which body motion components have been removed;
• and
• pulse type data generating means for performing calculations on said corrected pulse wave data, and generating pulse type data indicating a type of said pulse waveform.

A pulse wave diagnosing device comprising:

• pulse wave detecting means for detecting a pulse waveform at a detection site on a body;
• first wavelet transforming means for performing wavelet transformation on said pulse waveform, and generating analyzed pulse wave data;
• body motion detecting means for detecting body motion, and outputting a body motion waveform;
• second wavelet transforming means for performing wavelet transformation on said body motion waveform, and generating analyzed body motion data;
• mask means for subtracting said analyzed body motion data from said analyzed pulse wave data, and generating corrected pulse wave data from which body motion components have been removed;
• inverse wavelet transforming means for performing inverse wavelet transformation on said corrected pulse wave data, and generating pulse wave data from which body motion components have been removed;
• and
• pulse type data generating means for generating pulse type data indicating a type of pulse waveform based on peak information in said pulse wave data.

A pulse wave diagnosing device comprising:

• pulse wave detecting means for detecting a pulse waveform at a detection site on a body;
• body motion detecting means for detecting body motion, and outputting a body motion waveform;
• state detecting means for detecting a state of physiological exercise based on said body motion waveform;
• first wavelet transforming means for performing wavelet transformation on said pulse waveform in a plurality of frequency band which is determined on the basis of said state of physiological exercise, and generating analyzed pulse wave data;
• second wavelet transforming means for performing wavelet transformation on said body motion waveform, and generating analyzed body motion data;
• mask means for subtracting said analyzed body motion data from said analyzed pulse wave data, and generating corrected pulse wave data from which body motion components have been removed;
• and
• pulse type data generating means for generating pulse type data indicating a type of pulse waveform based on said corrected pulse wave data.

A pulse wave diagnosing device comprising:

• pulse wave detecting means for detecting a pulse waveform at a detection site on a body;
• first wavelet transforming means for performing wavelet transformation on said pulse waveform in a plurality of frequency band having different frequency bandwidths, and generating analyzed pulse wave data;
• first frequency correcting means for normalizing said analyzed pulse wave data based on each of said frequency bandwidths, and generating corrected pulse wave data;
• body motion detecting means for detecting motion of said body, and outputting a body motion waveform;
• second wavelet transforming means for performing wavelet transformation on said body motion waveform in each of said frequency bands, and generating analyzed body motion data;
• second frequency correcting means for normalizing said analyzed body motion data based on each of said frequency bandwidths, and generating corrected body motion data;
• mask means for subtracting said corrected body motion data from said corrected pulse wave data, and generating corrected pulse wave data from which body motion components have been removed;
• and
• pulse type data generating means for performing calculations on said corrected pulse wave data, and generating pulse type data indicating a type of said pulse waveform.

A pulse wave diagnosing device comprising:

• pulse wave detecting means for detecting a pulse waveform at a detection site on a body;
• first wavelet transforming means for performing wavelet transformation on said pulse waveform in a plurality of frequency band having different frequency bandwidths, and generating analyzed pulse wave data;
• body motion detecting means for detecting motion of said body, and outputting a body motion waveform;
• second wavelet transforming means for performing wavelet transformation on said body motion waveform in each of said frequency bands, and generating analyzed body motion data;
• mask means for subtracting said analyzed body motion data from said analyzed pulse wave data, and generating pulse wave data from which body motion components have been removed;
• frequency correcting means for normalizing said pulse wave data based on each of said frequency bandwidths, and generating corrected pulse wave data;
• and pulse type data generating means for performing calculations on said corrected pulse wave data, and generating pulse type data indicating a type of said pulse waveform.

A pulse wave diagnosing device comprising:

• pulse wave detecting means for detecting a pulse waveform at a detection site on a body;
• wavelet transforming means for performing wavelet transformation on said pulse waveform in a plurality of frequency band having different frequency bandwidths, and generating analyzed pulse wave data;
• frequency correcting means for normalizing said analyzed pulse wave data based on each of said frequency bandwidths, and generating corrected pulse wave data;
• and
• pulse type data generating means for performing calculations on said corrected pulse wave data, and generating pulse type data indicating a type of said pulse waveform.

A pulse wave diagnosing device comprising:

• pulse wave detecting means for detecting a pulse waveform at a detection site on a body;
• wavelet transforming means for performing wavelet transformation on said pulse waveform in a plurality of frequency band having different frequency bandwidths, and generating analyzed pulse wave data;
• body motion component removing means for removing a frequency component corresponding to body motion from said analyzed pulse wave data, and generating analyzed pulse wave data;
• frequency correcting means for normalizing said analyzed pulse wave data based on each of said frequency bandwidths, and generating corrected pulse wave data;
• and
• pulse type data generating means for performing calculations on said corrected pulse wave data, and generating pulse type data indicating a type of said pulse waveform.