Intelligent electronic thermometer

Abstract

The invention relates to the technical field of detection, in particular to an intelligent electronic thermometer. The using defects of an electronic thermometer in the prior art are overcome, and therefore the intelligent electronic thermometer is supplied. The thermometer comprises a thermometer body for bearing other components and loading the currently measured temperature, a testing componentwhich is slidably arranged in the thermometer body and comprises a temperature measuring block and a thermosensitive probe, a disinfecting assembly comprising a disinfecting part and a control part,wherein the disinfecting part is arranged at the side, close to the thermosensitive probe, of the thermometer body. According to the intelligent electronic thermometer, an independent NTC thermosensitive probe of the traditional thermometer is changed, measurement is performed on the basis of combination of dual body temperature sensors, measurement is more accurate, by arranging the disinfectingassembly, when the testing component stretches into or retracted into the body, disinfection cotton can perform comprehensive wiping and disinfecting on the testing component, and the process of manual wiping and disinfecting is avoided.

Description

technical field [0001] The invention relates to the technical field of detection, in particular to an intelligent electronic thermometer. Background technique [0002] The temperature information of the human body is the most basic and important physiological information for human health. It is of great significance for disease prevention and disease detection. When the body feels unwell, it should be detected with a thermometer at any time. [0003] At present, there are three main types of thermometers commonly used in hospitals: mercury thermometers, electronic thermometers, and radiation infrared thermometers. Mercury thermometers have been widely used clinically and have the advantages of convenient use and high precision. However, mercury thermometers are fragile. In addition, the waiting time for temperature measurement with mercury thermometers is long, which is inconvenient for acute and severe patients, infants, etc. , and the reading is not intuitive; the infrare...

AI Technical Summary

Problems solved by technology

Mercury thermometers have been widely used clinically and have the advantages of convenient use and high precision. However, mercury thermometers are fragile. In addition, the waiting time for temperature measurement with mercury thermometers is long, which is inconvenient for acute and severe patients, infants, etc. , and the reading is not intuitive; the infrared radiation thermometer adopts non-contact measurement, the measurement speed is faster, but the detection accuracy is not high, and it cannot accurately reflect the body temperature

[0004] Most of the electronic thermometers in the prior art use a single NTC thermistor probe for measurement. The measurement method is the same as that of the existing mercury-type thermometers. The error of a single NTC thermal probe is large; the electronic thermometer will be disinfected before and after use. The process not only occupies a large part of the temperature measurement time, but also leads to low temperature measurement efficiency and increases work intensity; the temperature-sensing head of the existing electronic thermometer is basically exposed to the outside, and the temperature-sensing head is easily damaged by impact, which affects the performance of the electronic thermometer. In normal use, these problems have greatly reduced the practicality and reliability of existing electronic thermometers

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