Multifunctional body temperature dynamic monitoring system and method

Abstract

The invention discloses a multifunctional body temperature dynamic monitoring system and method. The multifunctional body temperature dynamic monitoring system comprises a body temperature monitoring module, a caution prompting module and an intelligent communication terminal module, wherein the body temperature monitoring module is used for automatically and dynamically monitoring the temperature of a human body and is also used for warning, the caution prompting module is used for selection of monitoring modes, user-definition of an early warning threshold temperature, multi-channel displaying of temperature data and early warning under the condition that a temperature exceeds the threshold temperature, and the intelligent communication terminal module is used for retrospective analysis of historical temperature data. According to the multifunctional body temperature dynamic monitoring system and method, the individual body temperature monitoring mode is achieved, the early warning temperature or the threshold temperature can be set independently according to different individuals, wrong body temperature diagnosis results are avoided, and body temperature monitoring results are more scientific. The multifunctional body temperature dynamic monitoring system is small in size, capable of automatically and dynamically acquiring the temperature, light and thin on the whole, capable of being attached to the surface of skin, convenient to carry and use, and capable of giving out warning messages automatically at proper times according to the body temperature and greatly facilitating frequent and dynamic monitoring of the body temperature of a patient, the temperature measuring process is monitored automatically, and the low-temperature early warning function is achieved.

Description

technical field [0001] The invention relates to a body temperature monitoring system, in particular to a multifunctional body temperature dynamic monitoring system and a method thereof, which are used for dynamic monitoring of human body temperature and belong to the technical field of health equipment. Background technique [0002] Body temperature refers to the temperature inside the body, which is an important physiological indicator reflecting the health status of the human body. The temperature of the human body is relatively constant, and the body temperature of normal people fluctuates slightly within 24 hours, showing periodic fluctuations, generally with a difference of no more than 1 degree. Under physiological conditions, body temperature is lowest at 2-6 in the morning and highest at 1-6 in the afternoon, and the amplitude of fluctuations generally does not exceed 1°C. [0003] Elevated body temperature has an important correlation with inflammation, infection, ...

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Problems solved by technology

[0008] Mercury thermometers are made of glass, and you need to be careful when using them. Once the thermometer bursts, mercury is a toxic heavy metal to the human body, and glass fragments can easily damage the skin, especially dangerous to children.

The advancement of science and technology has gradually reduced the use of mercury thermometers, and thermistor electronic thermometers have appeared. However, the current commercially available electronic thermometers are large in size, the material technology of thermistors is backward, and the measurement time is long. Regular monitoring, let alone individualized temperature warning

[0009] With the development of infrared temperature measurement technology, infrared thermometers made of infrared temperature measurement technology have been used. Compared with traditional mercury thermometers, infrared thermometers have convenient measurement, fast measurement speed, and do not contain mercury toxic substances, and will not harm the environment. It has the advantages of causing pollution, etc., but its measurement accuracy is often greatly affected by the ambient temperature, the distance of the operator and the operation method, etc., and it is also impossible to achieve non-human automatic dynamic continuous monitoring and individualized temperature early warning

[0010] At the same time, currently commercially available thermometers of various principles generally have a high temperature alarm that is higher than the normal value of the human body, and no low temperature alarm function that is lower than the normal value of the human body, and the functions are not comprehensive.

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