Display means for vital parameters
First Claim
1. A display means with at least one sensor means for detecting and transmitting physiological measurement values and one or more display means for presenting the measurement values and/or other associated data visually, acoustically, mechanically, or by some other means perceptible to the senses, comprising a sequence control approach is implemented, according to which the measurement value, before reaching the display, passes through a testing stage, which, on the basis of at least one measured or stored additional value, verifies, checks, or changes the physiological measurement value detected at the sensor or supplements it with additional information.
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Abstract
A display is connected to at least one sensor for detecting and transmitting physiological measurement values. In addition, one or more displays are used to present the measurement values and/or other associated data visually, acoustically, mechanically, or in some other way perceptible to the senses. A sequence control approach is implemented, according to which the measurement value, before reaching the display, passes through a testing stage, which, on the basis of at least one measured or stored additional value, verifies, checks, or changes the physiological measurement value detected at the sensor or supplements it with additional information. In a process for the noninvasive determination of the oxygen content CaO2 of human and/or animal tissue, the blood oxygen saturation and data on the blood hemoglobin concentration are obtained after the measurements have been acquired by the use of radiation with wavelengths in the range of 400-1,800 nanometers.
45 Citations
46 Claims
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1. A display means with at least one sensor means for detecting and transmitting physiological measurement values and one or more display means for presenting the measurement values and/or other associated data visually, acoustically, mechanically, or by some other means perceptible to the senses, comprising
a sequence control approach is implemented, according to which the measurement value, before reaching the display, passes through a testing stage, which, on the basis of at least one measured or stored additional value, verifies, checks, or changes the physiological measurement value detected at the sensor or supplements it with additional information.
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45. A process for noninvasive determination of the oxygen content (CaO2) of human and/or animal tissue, comprising emitting electromagnetic radiation with wavelengths in the range of 400-1,800 nanometers from at least one source;
- conducting the radiation through a vessel/tissue;
detecting by means of a detector the radiation after it has passed through the tissue and/or after it has been scattered by the vessel/tissue; and
digitizing the data, further comprising determining the oxygen saturation (SaO2) of the blood by means of at least one mathematical link of the data, and determining the concentration of hemoglobin in the blood (cHb) by means of at least one additional mathematical link of the data. - View Dependent Claims (46)
- conducting the radiation through a vessel/tissue;
Specification