A health-oriented smart insole

Abstract

The invention relates to a health-oriented intelligent insole, which at least includes: a data acquisition unit, a single-chip processing unit, a data transmission unit, a mobile terminal and a data processing cloud terminal; The processing scheme completes the preprocessing of the secondary data including the sensing data and the processing data of the single-chip processing unit to perform application type classification and / or value range classification; the motion data processing module and / or the physiological data processing module are stored in the scheme database based on The exercise data and / or physiological data processing scheme realizes the monitoring and abnormal judgment of the exercise state and / or physiological state information in the third-level data, and sends the fourth-level data formed after the third-level data processing to the comprehensive data processing module; The integrated data processing module sends the processed feedback data formed by the four-level data including motion data and / or physiological data to the mobile terminal and / or the single-chip processing unit.

Description

technical field [0001] The invention relates to a physiological state monitoring device, in particular to a health-oriented intelligent insole. Background technique [0002] Due to the increasing demand for understanding physiological conditions, the demand for physiological monitoring devices is increasing, especially in today's society with an increasingly busy pace of life, making time to go to the hospital is becoming more and more difficult , coupled with the increasingly serious aging phenomenon in the current society, the demand for home care is also increasing. However, the known physiological monitoring devices, no matter what kind of physiological signals they are used for monitoring, usually have to occupy a considerable volume, especially in hospital systems. Therefore, a portable physiological monitoring device has emerged accordingly to meet people's needs for physiological monitoring at any time. [0003] However, even the wireless, portable, handheld and ot...

AI Technical Summary

Problems solved by technology

With limited time for both the medical professional and the patient, the need to meet at the same location can limit the frequency of opportunities to monitor the patient's physiological condition, which can often cause the condition to go unnoticed

Such inaction can lead to treatment failure for patients and further setbacks

In addition, a chronic lack of interaction between the health care professional and the patient can further aggravate the situation, leading to the possible urgent need for care and therefore increasing the risk to the patient

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