Blood pressure dynamic analyzing method and blood pressure measuring device

Abstract

An embodiment of the invention provides a blood pressure dynamic analyzing method and a blood pressure measuring device which are used for dynamically analyzing the situation of fluctuation of blood pressure of a user. The method in the embodiment of the invention comprises the following steps: acquiring a newest blood pressure value of the user, and if the newest blood pressure value is an effective blood pressure value, storing the newest blood pressure value to historical blood pressure data of the corresponding user; when the number of blood pressure data in the historical blood pressure data corresponding to a targeted user is not less than a preset number and the newest blood pressure value of the target user is the effective blood pressure value, calculating a deviation value RS of a historical average value of systolic pressure in the newest blood pressure value of the target user and systolic pressure of the target user and a deviation value RD of a historical average value of diastolic pressure in the newest blood pressure value of the target user and diastolic pressure of the target user; and if RS and RD are smaller than 50%, carrying out dynamic blood pressure analysis on RS and RD according to a preset rule to obtain information of fluctuation of blood pressure of the target user, and displaying the information of fluctuation of blood pressure of the target user.

Description

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AI Technical Summary

Benefits of technology

This technology helps people monitor their own blood pressure more accurately by analyzing changes over time caused by factors like stress or exercise. It uses advanced techniques such as mathematical models that predict how much force each person has been doing during an activity based on past physiological measurements taken from them. These technical improvements help make it easier to diagnose diseases with high accuracy.

Problems solved by technology

This technical problem addressed by this patented method relates to improving understanding how people measure their own blood pressure during physical activity without being exposed too much weight-bearings. Current methods often lack accuracy due to factors like changes caused by exercise activities or environmental conditions affecting blood flow dynamics.

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