Process of controlling a device for diagnosing and monitoring individual activity, conditions, and diet

A process of controlling a computing device for analytical, reliable, and instantaneous estimate of a personal metabolic rate from heart beats allowing predicting individual limits and evaluating activity, conditions, and diet, said process comprising the following steps:

• inputting and assessing individual information from a user at a time, said information comprising:
• user date of birth (DOB) input as a birth year number and a birth month number wherein obtaining a current year said device is used (current year number) and a current month said device is used (current month number) a user age (AGE) is assessed:
• AGE=current year number−birth year number+(current month number−birth month number)/12;
• user gender (G), wherein G=0 when input is male, or G=1 when input is female;
• user height number (H) in meters or, if in feet and inches, is calculated with an equation comprising:
• H=(number of feet*12+number of inches)/39.37;
• user weight number (M) in kilograms or, if in pounds, is calculated with an equation comprising:
• M=0.453*(number of pounds)
• a medication taking indication:
• where yes indicates the user is, at said time, taking medicine that is known to affect blood pressure;
• or no indicates the user is, at said time, not taking medicine that is known to affect blood pressure;
• a systolic blood pressure at rest in mmHg without medication, represented as SBPR1;
• a diastolic blood pressure at rest in mmHg without medication, represented as DBPR1;
• wherein a SBPR, current systolic blood pressure at rest in mmHg, is equal to SBPR1 if said medication indication is no;
• or, if said medication indication is changed to yes from a previous medication indication of no, then previous SBPR1 remain unchanged and obtaining said SBPR, or if said medication indication is yes obtaining said SBPR;
• wherein a DBPR, current diastolic blood pressure at rest in mmHg, is equal to DBPR1 if said medication indication is no;
• or, if said medication indication is changed to yes from a previous medication indication of no, then previous DBPR1 remain unchanged and obtaining said DBPR, or if said medication indication is yes obtaining said DBPR;
• a value for provided by food energy (PFE) in kilocalories (Kcal) consumed by said user within a preceding 24 hour time period;
• personal diagnosing through automatic detection a user heart rate while at rest value (HRR), said HRR obtained, while said user is asleep or at a minimum conscious level of activity, over a time interval of a minimum of 30 minutes, represented as HRR1 value if said medication indication is no and stored to a device memory, and setting HRR1=64 if said medication indication is yes and if no HRR1 value is stored in said device memory,
• calculating a heart rate at maximum activity (HRMA1) with an equation comprising:
• (HRMAI)=[6*(1−G)+5.2*G]*[0.96*(1−G)+0.97*G]AGE−20/10*HRR1*{80+0.4*exp[4.14−40.74/HRR1]}*[50*(1−G)+45.5*G+90.55·(H−1.524)]2/{(DBPR)+0.01*[SBPR1−DBPR1]*exp[4.14−40.74/HRR1]}*[50*(1−G)+45.5*G+90.55·(H−1.524)+62.5·H−0.492·AGE+0.5*(1−G)−16.1*G]·M
• and calculating a present heart rate at maximum activity (HRMA), if said medication indication is yes, with an equation comprising:
• HRMA=HRR*HRMA/HRR1, or
• calculating an HRMA, wherein HRMA=HRMA1 if said medication indication is no,
• defining a daily mean heart rate as HR, calculated as HR=(HRR+HRMA)/2;
• calculating a systolic blood pressure at maximum activity (SBPMA) with an equation comprising:
• SBPMA=SBPR·3+0.03·(SBPR/DBPR−1)·exp(4.14−40.74/HRMA)/SBPR/DBPR+2
• and a diastolic blood pressure at maximum activity (DPBMA) with an equation comprising:
• DBPMA=SBPMA·DBPR/SBPR;
• calculating a required daily energy consumption (RDEC) with an equation comprising:
• RDEC=10*M2*50*(1−G)+45.5*G−138+153.05·H−0.492·AGE+0.5*(1−G)−16.1*G/[50*(1−G)+45.4*G+90.55·(H−1.524)]2*[DBPR+0.01(SBPR−DBPR)*exp(4.14−40.74/HR)]/[80+0.01(120−80)*exp(4.14−40.74/HRR)];
• continuous monitoring:
• automatically detected an instantaneous heart rate value (HR) of said user;
• wherein HR is equal to HRR if said automatic detection is interrupted;
• outputting to said user an instantaneous activity level, represented continuously as a comparison between said user's HR and HRMA, and notifying said user when HR≥HRMA;
• an instantaneous systolic (SBP) and diastolic (DBP) blood pressure value of said user calculated continuously with an equation comprising:
• SBP=SBPR·3+0.03(SBPR/DBPR−1)·exp(4.14−40.74/HR)/SBPR/DBPR+2;
• and
• DBP=SBP·DBPR/SBPR
• an instantaneous per minute energy consumption value (MEC), calculated continuously at minute intervals with an equation comprising:
• MEC=M2*50(1-G)+45.5*G−138+153.05·H−0.492·AGE+0.5*(1−G)−16.1*G/144*[50*(1−G)+45.5+90.55·(H−1.524)]2*[DBPR+0.01(SBPR−DBPR)*exp(4.14−40.74/HR)]/[80+0.01(120−80)*exp(4.14−40.74/HRR)]
• summing every MEC value obtained during a 24 hour time period to calculate a daily energy consumption value (DEC), and outputting to said user an instantaneous diet level, represented continuously as a comparison between said user's RDEC and DEC, and notifying said user when DEC>RDEC,
• calculating a daily weight change value in pounds when said provided by food energy (PFE) value was obtained, said daily weight change value calculated as PFE-DEC/4077, and updating said M value with said daily weight change value.