Medical measuring device
AssigneeIngo FLORE
InventorsOk Kyung Cho, Yoon Ok Kim
Life of this patent
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AssigneeIngo FLORE
InventorsOk Kyung Cho, Yoon Ok Kim
Estimating the term…
The invention relates to a measuring device (1) for the non-invasive measurement of physiological parameters. The measuring device (1) is suited to detect and localize by way of self diagnosis diseases such as, for example, inflammations, tumors or arteriosclerosis. The invention proposes a measuring device (1) with at least one optical measuring unit (100) for the generation of oximetric and/or plethysmographic measuring signals, an evaluation unit (140) processing the measuring signals, and a unit (120, 130) for the acquisition of local tissue parameters such as fat content, water content and/or blood perfusion, with the evaluation unit (140) being designed such that at least one local metabolic parameter is determined, in particular the local oxygen consumption, from the signals furnished by the optical measuring unit and obtained from tissue parameters. Moreover, the measuring device (1) enables the non-invasive determination of the blood glucose level.
A measuring device for non-invasive determination of physiological parameters comprising at least one optical measuring unit generating at least one of oximetric measuring signals and plethysmographic measuring signals, and an evaluation unit for processing the measuring signals, wherein the evaluation unit is designed such that at least one local metabolism parameter is determined from the signals furnished by the at least one optical measuring unit,
A method for the collection and evaluation of physiological parameters, the method comprising:
A measuring device for non-invasive determination of physiological parameters comprising at least one optical measuring unit generating at least one of oximetric measuring signals and plethysmographic measuring signals, an evaluation unit for processing the measuring signals, wherein the evaluation unit is designed such that at least one local metabolism parameter is determined from the signals furnished by the at least one optical measuring unit, and at least one electrode for at least one of a bioelectric impedance measurement and an ECG measurement,
Dependencies are inferred from the claim text.