Method for predicting miscarriage and iInfertility before or after conception - us bi patent #6,347,634 as of reference
OwnerFrancis Jancikinventor
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OwnerFrancis Jancikinventor
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A method of increasing the probability that a woman and/or a father will conceive either INFERTILITY or MISCARRIAGE before or after conception, comprising the steps of determining an infrared body temperature of the mother, determining an infrared body temperature of the father, categorizing the determined infrared body temperatures of the mother and the father as either “very extremely low” (Infertility) or “very extremely high” (Miscarriage) according to a predetermined categorization criteria, and correlating the stress level of the mother and the father according to a correlation where in the case of very extremely low temperature for either or both the mother and the father, the probability of INFERTILITY, according to a predetermined categorization criteria, and correlating the stress level of the mother and the father according to a correlation where in the case of very extremely high temperature for either or both the mother and the father, the probability of MISCARRIAGE. The information derived is applied by using sex probabilities according to the criteria where procuring conception of the “stillborn child” (Miscarriage) or “not exited” (Infertility) without alteration of the infrared body temperature of the mother and father if the indicated probability of not conceiving a child, or procuring conception of stillborn baby after alerting the infrared body temperatures of mother and/or father to increase the indicated probability of not conceiving an alive child of either of
I, Francis Jancik, claim that a method of predicting infertility before or after conception, comprising the steps of determining an infrared body temperatures of the mother and father, categorizing the determined infrared body temperatures of the mother and the father as either “extremely low” (below 29 Degrees Celsius for risk of infertility—“blank” colorful display on infrared imaging screen).