Flexible temperature plaster

Abstract

The invention discloses a flexible temperature plaster. The flexible temperature plaster comprises a flexible basal layer having a first surface and a second surface opposite to the first surface and a function circuit layer at least used for monitoring body temperature. The function circuit layer comprises a conducting circuit and a function device arranged on the first surface. The function device is electrically combined with the conducting circuit. The overall thickness of the temperature plaster is less than 2 mm. The function device further comprises a power supply management module, a temperature-sensing element, a control and wireless communication module and the like. The flexible temperature plaster has following beneficial effects: the flexible temperature plaster is manufactured by adoption of printing electronic technology and features thinness, smoothness and small size; a person can feel more comfortable to wear; and by the integration of wireless transmission technology, real-time monitor and transmission of human temperature can be achieved.

Description

technical field [0001] The invention relates to a body temperature monitoring device, in particular to an ultra-thin flexible body temperature sticker, which belongs to the technical field of wearable devices. Background technique [0002] Body temperature refers to the average temperature in the human body, which is the product of material metabolism. The temperature of a normal human body is relatively constant and has a certain temperature range. Changes in body temperature can reflect changes in the physiological characteristics of the human body. Abnormal body temperature is often a manifestation of many diseases. It is of great significance to grasp the changes in body temperature of patients in clinical practice. [0003] At present, commonly used body temperature detection sites include oral temperature, rectal temperature and axillary temperature. In real life, for hygienic reasons, the most commonly used is the armpit temperature measurement. The commonly used b...

AI Technical Summary

Problems solved by technology

For example, CN204581243U discloses a body temperature detector, which simplifies the size of the entire circuit system by integrating the body temperature sensor and the circuit in a housing, but because the entire detector is made of hard material, the thickness is still relatively thick, which affects wearing comfort

For another example, CN105046299A discloses a wearable intelligent body temperature detection system based on NFC technology. The temperature tag is made of a passive tag and is suitable for wearing. However, since the tag requires a near-field reader for power supply and temperature data reading, it is not It is suitable for temperature measurement in armpit, etc., and it is not convenient for continuous temperature detection

[0005] In recent years, with the introduction and development of the concept of wearable electronics, some smart bracelets that can monitor the amount of exercise and pulse in real time have appeared. However, these products cannot accurately measure body temperature, nor can they fit well with the curve of the human body, and the use comfort is poor.

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