Abstract: System for medical interaction with a patient, comprising one or more computing devices configured to: electronically receive medical data via a communication link; determine a beginning of a breathing interval using at least a portion of the medical data; determine an end of the breathing interval using the at least a portion of the medical data; determine a time interval between the beginning of the breathing interval and the end of the breathing interval; and assign a level of importance out of a plurality of levels of importance to the time interval, wherein high levels of importance are assigned to short measured time intervals and successively lower levels of importance are assigned to successively longer measured time intervals.

Abstract: System for remote medical interaction with a patient, comprising: a tester, or a sensor, for acquiring medical data from a patient and a personal transmitter, associated with the tester, or a sensor, configured to automatically and wirelessly transmit the medical data.

Abstract: Breathing interval measurement apparatus for measuring breathing of a subject, the apparatus comprising: a breathing interval beginning determinator, a breathing interval end determinator, and a timer associated with said breathing interval beginning determinator and said breathing interval end determinator to measure an interval between activation of said determinators, and a processor operable with said timer to assign levels of importance to said measured time interval.

Abstract: A scoring or alarm method for obtaining scores or alarms of multi-parameter situations comprises obtaining momentary values of parameters; and transforming the measured values into alarms, by: for each parameter defining a variation range; setting internal boundaries at any of substantially continuous locations along each variation range, said boundaries defining a plurality of internal regions within said variation ranges; allowing for user or rule input to configure and reconfigure said internal regions; providing scoring to respective ones of said internal regions; allowing for user or rule input to configure and reconfigure said scoring; defining a variation range of a total derived from said measured momentary values and associated internal region scores; providing at least one conversion rule for converting an internal region score currently associated with a measured input into a contribution to said total; allowing for user input to configure and reconfigure said at least one conversion rule; and prov

Abstract: Body condition characterization apparatus comprises: measurement inputs for obtaining momentary values of different medical parameters; a baseline unit operative to modify the momentary values in relation to a first baseline, and a second baseline, the first baseline being an absolute baseline and the second baseline being a previously obtained momentary value; a transformation unit to selectively transform the modified momentary values into a body state characterization, comprising: an input scale for each parameter defining a variation range of the parameter; a boundary input module, that sets internal boundaries at locations along each input scale to define regions within the variation ranges, the regions being user modified; a scoring module providing scores to the input scale regions, and allowing reconfiguring of the scoring; a totalizer scale, defining a variation range of a total derived from the measured momentary values and associated input scale region scores; and an input scale to totalizer conver

Abstract: Present invention discloses a system and a method of obtaining and processing data for use in insurance underwriting which comprise a set of influencing factors, provide an application questionnaire including a series of application questions relating to a plurality of influencing factors and a plurality of possible application responses to each application question, assign risk-scores to at least a portion of said application responses, present said application questionnaire to an applicant, collect application responses to at least a portion of the application questions, compile optionally at least one expert questionnaire including all questions left unanswered by the applicant, present optionally said expert questionnaires to at least one expert, and collect responses to the expert questionnaires and determine a total response for the applicant.

Abstract: A method of doing business is disclosed for the sale of insurance options. An individual is assigned a Health Risk Score (HRS); in a preferred embodiment, the HRS is determined by using an automated case-based method for assessing risk. The individual may then purchase an option for insurance coverage that will begin only after a predetermined period of time. At the beginning of that period, the individual's HRS is re-evaluated, and if it remains within predetermined acceptable limits, the individual may then obtain insurance coverage with premiums and benefits defined at the time of the purchase of the option. A case-based method for assessing risk is disclosed, in which various risk factors and their combinations are used to provide a scoring matrix. This scoring matrix is then used to evaluate the individual's HRS.

Abstract: A system and method of indicating a condition of a tested individual, wherein sounds generated during testing the individual are processed to define a match with predefined criteria, wherein at least part of the received sounds are not discernible to human ears and at least some of the sounds are generated when the individual is mute.

Abstract: A parameter evaluation system comprising a boundary input device for setting boundaries in a variation range of one or more parameters, thereby to define regions within said variation range, a label input device for associating labels with said regions, a rule input device for setting rules to associate at least one of a plurality of output recommendations with each of said regions and with combinations thereof and an output device to present a user with an output recommendation associated with a region or combination thereof corresponding to at least one measured parameter input to said system. The input device is a parameter value region selection and categorization input device for setting boundaries in the variation range of the parameter, defining regions therebetween and categorizing the regions.

Abstract: System for remote medical interaction with a patient, comprising: a tester, or a sensor, for acquiring medical data from a patient and a personal transmitter, associated with the tester, or a sensor, configured to automatically and wirelessly transmit the medical data.

Abstract: Breathing interval measurement apparatus for measuring breathing of a subject, the apparatus comprising: a breathing interval beginning determinator, a breathing interval end determinator, and a timer associated with said breathing interval beginning determinator and said breathing interval end determinator to measure an interval between activation of said determinators, and a processor operable with said timer to assign levels of importance to said measured time interval.

Abstract: Breathing interval measurement apparatus for measuring breathing of a subject, the apparatus comprising: a breathing interval beginning determinator, a breathing interval end determinator, and a timer associated with said breathing interval beginning determinator and said breathing interval end determinator to measure an interval between activation of said determinators, and a processor operable with said timer to assign levels of importance to said measured time interval.

Abstract: A system and method for automated self measurement of alertness, equilibrium and coordination and for verification of the identity of the person being tested is provided. The system for self-tutoring and testing a person includes an identifying unit for identifying the person to be tested, at least one self-tutoring unit for instructing the person in at least one test to be performed, at least one testing unit for performing each of the at least one tests and an interpretation unit for evaluating the results of each of the at least one tests.

Abstract: Breathing interval measurement apparatus for measuring breathing of a subject, the apparatus comprising: a breathing interval beginning determinator, a breathing interval end determinator, and a timer associated with said breathing interval beginning determinator and said breathing interval end determinator to measure an interval between activation of said determinators, and a processor operable with said timer to assign levels of importance to said measured time interval.

Abstract: A parameter evaluation system comprising a boundary input device for setting boundaries in a variation range of one or more parameters, thereby to define regions within said variation range, a label input device for associating labels with said regions, a rule input device for setting rules to associate at least one of a plurality of output recommendations with each of said regions and with combinations thereof and an output device to present a user with an output recommendation associated with a region or combination thereof corresponding to at least one measured parameter input to said system. The input device is a parameter value region selection and categorization input device for setting boundaries in the variation range of the parameter, defining regions therebetween and categorizing the regions.

Abstract: This invention discloses a medical condition sensing system including a multiplicity of general purpose computers disposed in user locations and being connected via a computer network to at least one controller computer remote from at least one of the user locations, personal parameter measuring software resident on at least one of the multiplicity of general purpose computers and the at least one controller computer for measuring at least one personal parameter of at least one user, personal parameter reference generating software resident on at least one of the multiplicity of general purpose computers and the at least one controller computer for establishing a reference for the at least one personal parameter, and personal parameter comparison software resident on at least one of said multiplicity of general purpose computers and the at least one controller computer for comparing at least one currently measured personal parameter with a corresponding reference and providing a comparison output.