Method and device for continuously measuring temperature and analyzing basal body temperature and predicting the arrival of fever peak by using mobile terminal

Abstract

The invention provides a method for continuously measuring temperature by utilizing a mobile terminal. The method comprises the steps of periodically acquiring and sending temperature information to the mobile terminal, and using the mobile terminal to receive, store and process the temperature information, wherein the processing includes error compensation, analysis and summary, curve plotting, alarm trigger or combination of the processes. In addition, the invention further provides a device for continuously monitoring the temperature by utilizing the mobile terminal. The method and the device for continuously measuring the temperature by utilizing the mobile terminal have the advantages that the product cost is reduced greatly by utilizing the mobile terminal to process and display data; upgrade can be performed through a network without recovering devices; a coming human body fever peak value is predicted through a double / multiple-probe technology according to changing relationship of temperatures of different human body positions, and accordingly solutions are early adopted to protect and prevent a human body from being hurt less.

Description

technical field [0001] The invention relates to temperature monitoring technology, in particular to a method, device and equipment for continuously monitoring temperature by using a mobile terminal. Background technique [0002] Most of the household temperature measuring devices on the market today are "one-time measurement", such as mercury thermometers, electronic thermometers, and infrared thermometers. They can measure the current temperature once, but they cannot continuously measure the temperature of the monitored object or human body with high precision (±0.1°C). This makes the user feel very inconvenient in some application scenarios. For example: [0003] 1. During the night, we want to continuously monitor the body temperature of a 1-year-old toddler, and notify the parents once they have a fever. In the current market situation, what parents can do is: set an alarm clock for themselves, and measure it with a traditional thermometer every hour. This is a very...

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Problems solved by technology

[0004] 2. Any slight activity will affect the measurement of the basal body temperature of pregnant women. It is difficult to obtain accurate basal body temperature through one-time measurement methods and equipment: According to the traditional measurement method, pregnant women measure their own body temperature in the early morning. But, wake up and get the thermometer, turn on the thermometer, put the thermometer in, measure...

[0005] 3. One-time measurement cannot achieve the effect of continuous monitoring, so it is difficult to use the temperature changes of different parts of the human body to predict the arrival of the peak fever of the human body

[0007] 1. The integration of display devices and processors leads to high manufacturing costs;

[0008] 2. The integrated processor and display device are weak, unable to display the temperature change curve well, and cannot flexibly handle a large amount of data; let alone store, analyze, and upload the temperature to a certain device or the Internet;

[0009] 3. It is very difficult to upgrade software or expand functions, and often need to recycle equipment;

[0010] 4. There is no analysis method for the basal body temperature of pregnant women;

However, the current single temperature measurement method is difficult to obtain accurate basal body temperature, because this measurement method is particularly affected by the measurement environment and measurement behavior

For example, it takes 5 to 7 minutes to measure once. Before and during the measurement, the opening and closing of the bedding, turning over, emotional changes, and talking will all cause changes in body temperature and lead to inaccurate measurement of basal body temperature

[0012] 5. There is no way to predict the peak of fever by using the body temperature changes in different parts of the human body; the body temperature of the human body is characterized by waves: most of the time the body temperature is maintained at a low-to-medium fever (about 38 degrees), and the temperature rises intermittently to High fever (above 39 degrees)

At present, various body temperature testing equipment can only judge whether the human body is currently entering the stage of high fever, and cannot predict the coming of the peak of high fever during fever

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