Pressure monitoring and relieving system

Abstract

The invention discloses a pressure monitoring and relieving system. The pressure monitoring and relieving system comprises wearable equipment, a microprocessor, an alarm device and a subjective biofeedback device. The wearable equipment includes a sensor system for acquiring environmental data, motion data, and physiological data. The microprocessor is configured to perform a pressure level determination method to determine a pressure level of a user. When the determined pressure level is above a pressure level threshold, the alert device triggers and sends an alert to the user or a third party, thereby mitigating the pressure of the user. The subjective biofeedback device is configured such that a user may report a subjective emotional state of the user by pressing down a trigger key to check with the determined pressure level.

Description

technical field [0001] The present invention relates generally to pressure monitoring and mitigation systems, and more particularly to pressure monitoring and mitigation systems based on various sensors. Background technique [0002] Due to the busy work and high pressure of life in modern people, it is more and more common to have emotional problems. Existing devices for measuring emotional states rely on galvanic skin response because there is a correlation between stress levels and galvanic skin response, meaning that the more stressed a person is, the more sweaty their hands are, and the two electrodes on their fingers The resistance between them will decrease, etc. However, judging the user's emotional state only through the galvanic skin response also has its limitations, because various external factors will affect the galvanic skin response, thereby affecting the accurate judgment of the emotional state. In addition, measuring the emotional state generally needs to...

AI Technical Summary

Problems solved by technology

However, judging the user's emotional state only through galvanic skin response also has its limitations, because a variety of external factors will affect the galvanic skin response, thus affecting the accurate judgment of emotional state

In addition, measuring emotional state generally needs to be carried out in a laboratory, and data analysis also takes a lot of time, so it is impossible to give immediate advice and help to users when they encounter stressful events to relieve their stress

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