Rapid human body oxter temperature prediction method

Abstract

The invention relates to a rapid human body oxter temperature prediction method. The rapid human body oxter temperature prediction method comprises steps that 1), a digital thermometer is utilized toacquire a set number of heating samples; 2), the acquired heating samples are screened to extract samples containing heating data; 3), a stable temperature value y in the selected heating samples is recorded; 4), a characteristic parameter X={xi(i=1,2,3...q)} having influence on the stable temperature is extracted from the samples; 5), the characteristic parameter X as an input layer and the stable temperature y after heating as an output layer are utilized to construct a BP neural network prediction model; and 6), the acquired prediction model is utilized to predict the human body oxter temperature. The method is advantaged in that the measurement time is relatively short, and temperature acquisition is rapid.

Description

technical field [0001] The invention relates to a method for measuring armpit temperature by an electronic thermometer, in particular to a method for rapidly predicting the armpit temperature of a human body. Background technique [0002] Body temperature is a basic feature of human life activities and an important parameter to observe whether the human body functions normally. The traditional underarm temperature measurement generally uses a mercury thermometer, but each time the mercury thermometer is used, the temperature of the thermometer needs to be lowered to a lower value before taking the measurement. At the same time, the underarm needs to be clamped for about 5 to 10 minutes each time. , the measurement time is long, and mercury is a toxic substance. Once damaged, it takes a lot of energy to clean up later, and it is now facing elimination. Most of the current contact electronic thermometers measure the temperature of the armpit. The measurement also requires a l...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the disadvantages of long measurement time and slow reaching a stable temperature of the existing contact electronic thermometers when measuring armpit temperature, the present invention provides a rapid prediction of human armpit body temperature with a shorter measurement time and faster reaching a stable temperature Methods

Images