本發明係關於一種智能血氧監測方法、裝置、系統、程式產品及根據血氧狀態評

本發明係關於一種智能血氧監測方法、裝置、系統、程式產品及根據血氧狀態評估心肺功能之方法。係先獲得一待監測者的一腦組織中的一血紅蛋白參數，而該血紅蛋白參數可透過非侵入式的光學檢測獲得；再根據該血紅蛋白參數計算以下監測參數之一或組合：監測參數I：該血紅蛋白參數從增量運動開始到峰值的持續時間；監測參數II：該血紅蛋白參數初始值和峰值之間的變化量；監測參數III：該血紅蛋白參數從增量運動開始到峰值的平均變化率；監測參數IV：該血紅蛋白參數從整段增量運動的60%到峰值的平均變化率。將上述各監測參數帶入線性預測系統或非線性預測系統，並根據一預設閥值評估該待監測者的血氧狀態，並可根據該血氧狀態進一步評估該待監測者的心肺功能。

結果 (英文) 1:

, Apparatus, systems, program products and present invention relates to an intelligent oxygen oximetry method
method of evaluating the state of cardiopulmonary function. Obtaining a first hemoglobin-based parameters to be monitored a person in brain tissue in
number, and the parameters of hemoglobin may be obtained through non-invasive optical detection; then based on the hemoglobin parameters
calculated one or combination of several parameters monitored: monitoring parameters I : this parameter hemoglobin incremental movement begins
to peak duration; II monitored parameters: hemoglobin amount of change between the initial value and peak parameter;
monitoring parameters III: this parameter hemoglobin begins to incremental movement of the peak average rate of change ; monitoring parameters
IV: average rate of change of the parameters of hemoglobin from 60% to incremental movement of the whole peak. Monitoring each of the above
parameters into the system of linear or nonlinear prediction prediction system in accordance with a preset threshold and evaluates the person to be monitored
oxygen state, and may be further evaluated the monitor's cardiopulmonary function based on the oxygen state.

結果 (英文) 2:

The invention relates to a method, device, system, program product and based on blood oxygen monitoring method
The state-assessed method of cardiopulmonary function. Hemoglobin ginseng in a brain tissue to be monitored first
and the hemoglobin parameter can be obtained through non-invasive optical testing;
Number calculateone or combination of the following monitoring parameters: Monitoring parameter I: The hemoglobin parameter starts with incremental motion
Duration to peak; monitoring parameter II: amount of change between the initial value and peak of the hemoglobin parameter;
Monitoring parameter III: The average rate of change of the hemoglobin parameter from the beginning of incremental movement to the peak;
IV: The average change rate of the hemoglobin parameter from 60% of the whole incremental movement to the peak. The above monitoring
Parameters are brought into a linear prediction system or a nonlinear prediction system and evaluated based on a default threshold
blood oxygen status, and can be further evaluated according to the blood oxygen state of the person to be monitored cardiopulmonary function.

結果 (英文) 3:

The invention relates to an intelligent blood oxygen monitoring method, device, system, program product and a blood oxygen monitoring system
State assessment of cardiopulmonary function. We first obtained a hemoglobin reference from a brain tissue of a person to be monitored
And the hemoglobin parameter can be obtained through non-invasive optical detection; then according to the hemoglobin parameter
Calculate one or combination of the following monitoring parameters: monitoring parameter I: the hemoglobin parameter starts from incremental movement
Monitoring parameter II: the amount of change between the initial value and the peak value of the hemoglobin parameter;
Monitoring parameter III: average change rate of hemoglobin parameter from incremental movement to peak value; monitoring parameter
4: The hemoglobin parameter changes from 60% of the whole incremental motion to the average rate of peak value. Monitor the above
Parameters are brought into linear or nonlinear prediction system, and the person to be monitored is evaluated according to a preset threshold value
The cardiopulmonary function of the person to be monitored can be further evaluated according to the blood oxygen status.