Ambulatory blood pressure joint detection and analysis system

Abstract

An ambulatory blood pressure joint detection and analysis system comprises a hardware system and a software analysis system. The hardware system is composed of a blood pressure and motion measurement front end device, an external terminal device and a remote server. The software analysis system collects data of the blood pressure, motion and social contact through the hardware system. According to an ambulatory blood pressure model and an algorithm, the system is operated in an application layer. The ambulatory blood pressure joint detection and analysis system has the advantages that various sensors and data sources are used and ambulatory detection and analysis of the blood pressure are achieved with lower cost; motion modes and social contact behaviors which lead to blood pressure fluctuation are reasonably distinguished and a user is guided to avoid high-risk behaviors; the medicine use effect is reasonably analyzed and differentiation of influences, caused by the medicine effect and other factors, on the blood pressure fluctuation is facilitated.

Description

technical field [0001] The invention relates to dynamic blood pressure measurement and analysis algorithm technology, sphygmomanometer hardware circuit design, accelerometer sensor data acquisition and analysis algorithm technology, and wireless communication data transmission protocol design, and specifically relates to a dynamic blood pressure joint detection and analysis system. Background technique [0002] Ambulatory blood pressure monitoring (Ambulatory Blood Pressure Monitoring, ABPM) is a diagnostic technology that automatically, periodically, and regularly measures the time changes of human blood pressure in daily life through instruments. ABPM can effectively avoid the limitations of accidental effect, white coat effect, and insufficient measurement times in routine blood pressure measurement, and can more objectively reflect the actual level and fluctuation of blood pressure. In daily life, the fluctuation of blood pressure is affected by the comprehensive effects...

AI Technical Summary

Problems solved by technology

At present, the design of the ambulatory blood pressure measurement system is based on a single blood pressure detection and sensing device, and it is impossible to jointly analyze the blood pressure measurement data with other sensor data, and cannot distinguish different factors that cause blood pressure fluctuations

At the same time, the sphygmomanometer device itself does not have a flexible data transmission function, and the measurement data is limited to the sphygmomanometer or the analysis system based on a proprietary interface

This further limits the ability to combine ambulatory blood pressure with other data

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