Body temperature prediction method, body temperature continuous monitoring method and dual-temperature-measurement body temperature patch

Abstract

According to the invention, the body temperature of a human body can be accurately measured within 3.5 minutes at the soonest; and the matching degree of monitoring data and real data is high in continuous monitoring use process. According to the body temperature continuous monitoring method and the dual-temperature-measurement body temperature patch, the controller starts to collect and store thetemperature information uploaded by the main temperature sensor at set intervals in the set time; and the controller compares and judges a temperature rise curve formed by each temperature information value acquired within a set time with each group of standard temperature rise curves pre-stored in a database. The invention has the advantages that: 1, double temperature sensors are adopted, the main temperature sensor monitors the temperature of the oxter epidermis, and the auxiliary temperature sensor assists in monitoring the temperature of the oxter gap and is used for calibrating the temperature error caused by the main temperature sensor due to non-clamping, so that the temperature measurement precision of the invention is improved;.

Description

technical field [0001] The invention relates to a body temperature prediction that can not only accurately measure human body temperature within 3.5 minutes at the fastest time; but also has a higher degree of matching between monitoring data and real data during continuous monitoring and use, and has stronger anti-interference performance during continuous monitoring The method, the body temperature continuous monitoring method and the double temperature measuring body temperature sticker belong to the technical field of body temperature detection. Background technique [0002] WO 2018152832 A1, title "thermometer and body temperature monitoring system including it", a thermometer, including an adhesive layer and an electrical connection layer, both the adhesive layer and the electrical connection layer have a top surface and a bottom surface, the adhesive layer The top surface of the layer is bonded to the bottom surface of the electrical connection layer, and the bottom s...

AI Technical Summary

Problems solved by technology

Its shortcomings are: first, the thermometer and the body temperature monitoring system including it cannot quickly and accurately perform a single test or the first continuous monitoring of the user; second, the thermometer and the body temperature monitoring system including it, In the continuous monitoring process, the current detection temperature is compensated by the historical data previously monitored by the system. Although this eliminates the interference of occasional factors on the monitoring process, it will cause new problems. (1) Use the historical data compensation method, so that The detected data cannot reflect the real toggling change of human body temperature (normal toggling), that is, the data measured by the historical data compensation method will greatly reduce the follow-up research of patients. (2) The historical data compensation method may cause Cover up some sudden temperature changes of the human body; the third is that this kind of thermometer and the thermometer in the body temperature monitoring system including it not only have a relatively complicated structure, but also have a thicker overall thickness, that is, the human body is relatively less comfortable to use

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