Personnel physiological status early-warning system based on age group detection

Abstract

The invention relates to a personnel physiological status early-warning system based on age group detection. The early-warning system comprises a pulse monitoring subsystem, a blood oxygen monitoring subsystem, an age group detection subsystem and a master controller. The pulse monitoring subsystem extracts pulse parameters of a detected person based on the detection result of the age group detection subsystem, the blood oxygen monitoring subsystem monitors the oxyhemoglobin saturation of the detected person based on the detection result of the age group detection subsystem, and the master controller carries out on early warning on the physiological status of the detected person based on the monitoring result of the pulse monitoring subsystem and the monitoring result of the blood oxygen monitoring subsystem. By means of the personnel physiological status early-warning system, a more accurate physiological status early-warning result can be provided based on age group recognition.

Description

Technical field [0001] The invention relates to the field of medical devices, in particular to an early warning system for the physiological state of persons based on age group detection. Background technique [0002] People of different ages have different distribution intervals for their physiological parameters. If a detection instrument with the same parameter threshold is used to detect the physiological state of people of different ages, completely different test results may be obtained, which is very likely to happen. Misdiagnosis can lead to over-treatment or delay of illness in serious cases. However, there is no medical device capable of selecting different physiological parameter thresholds based on different age groups in the prior art, and there is even a lack of technical solutions for artificially identifying age groups and manually adjusting physiological parameter thresholds on the recognition results. [0003] At the same time, various physiological parameter det...

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Problems solved by technology

[0002] People of different age groups have different intervals for the distribution of various physiological parameters. If a detection instrument with the same parameter threshold is used to detect the physiological status of people of different age groups, completely different test results may be obtained, and there is a high possibility of occurrence of Misdiagnosis, severe cases may lead to over-medication or delayed treatment

However, there is no medical device that can select different physiological parameter thresholds based on different age groups in the prior art, and there is even a lack of technical solutions for manually identifying age groups and manually adjusting physiological parameter thresholds based on the recognition results

[0003] At the same time, various physiological parameter detection instruments in the prior art have a single detection mechanism, and each instrument is generally only used to detect one physiological parameter; and the detection mechanism is backward, the structural redundancy of the detection instrument is not high, and the accuracy is not accurate enough As a result, even for people of the same age group, the detection accuracy is difficult to meet the medical requirements, the power consumption ratio of the instrument operation is also high, and the cost performance is not reasonable enough

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