Portable wristband device for monitoring physiological stress indexes

Abstract

The invention discloses a portable wristband device for monitoring physiological stress indexes, comprising a fingerprint identification sensor, a hear rate acquisition sensor, a blood pressure sensor, a noninvasive glucose detection device, a body temperature sensor and a wireless communication module; the fingerprint identification sensor, the heart rate acquisition sensor and the body temperature sensor are in communications connection with a first forwarding sensor, the blood pressure sensor and the noninvasive glucose detection device are in communications connection with a second forwarding module, the first forwarding module and the second forwarding module are in communications connection with the wireless communications module, and the first forwarding module and the second forwarding module are in communications connection through a monitor module. The defects of the prior art can be improved, and data transmission rate is guaranteed at the premise of ensuring data accuracy.

Description

technical field [0001] The invention relates to a portable wristband product, in particular to a portable physiological stress indicator monitoring wristband device. Background technique [0002] Nowadays, people's living standards continue to rise, and material conditions have been significantly improved. On this basis, people pay more and more attention to the quality of life, and having a healthy body is a new goal of modern people. It is most scientific to quantify and display the physical condition through the numerical values ​​of various physiological indicators. People generally pay more attention to common indicators such as pulse, blood pressure, vital capacity, body temperature, and blood sugar of themselves and their family members. Chinese invention patent CN 103393414 B discloses a physiological index detector, which is easy for users to carry and measure, and the data is uploaded to the cloud to realize long-term storage, analysis, tracking and early warning ...

AI Technical Summary

Problems solved by technology

However, in order to ensure the accuracy of the data, this detector cannot adopt a higher transmission rate, resulting in a significant delay in data processing

Especially in high temperature environments, such as: outdoors in summer and indoors without air conditioning, or in various closed and semi-closed production workshops, or in cabins of various warships and training bases, or in cranes In the cab, these are typical high-temperature environments, and the physiological stress indicators of the human body change rapidly. The existing detection devices cannot detect the physiological stress indicators of the human body under high temperature in time.

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