Electric physiological data monitoring system based on baseband processor and Android system

Abstract

An electric physiologic data monitoring system based on a baseband processor and an Android system comprises wearing equipment, a pulse wave sensor, a physiological data acquisition terminal, a multifunctional monitor and a background server. The multifunctional monitor is provided with a baseband processer, a built-in Android operation system and an application program module running in the operation system and is capable of checking physiological data states at any time. An electrocardio signal sensor, a body temperature sensor and an acceleration sensor are arranged in the wearing equipment and connected with corresponding signal detecting circuits in the physiological data acquisition terminal. The signal detecting circuit, a filtering and amplifying circuit, an analog-digital conversion circuit, an RAM (random-access memory) module and a DSP (digital signal processor) module are arranged in the physiological data acquisition terminal. Processed physiological data are stored in the RAM module temporarily by the aid of the physiological data acquisition terminal and then transmitted to the multifunctional monitor under control of the DSP module, and physiological data packets are transmitted to the background server by the aid of the multifunctional monitor through a communication network or a wireless network to achieve real-time dynamic monitoring of the physiologic data.

Description

technical field [0001] The present invention relates to a dynamic all-round electrophysiological data detection system, especially an electrophysiological data monitoring system based on a baseband processor and an Android system, through 2G / 3G (three-network universal) / Bluetooth / Wi-Fi data transmission, It realizes real-time dynamic detection of electrophysiological data, is suitable for family or community medical services, and realizes real-time tracking of health status. Background technique [0002] The human circulatory system is composed of the heart and blood vessels. Its main function is to transport blood to the physiology and eliminate metabolites. Once dysfunction occurs, cardiovascular diseases will be caused, thus threatening human health. With the advancement of technology, the telemedicine monitoring system is gradually applied to real-time dynamic monitoring of physiological data, realizing real-time monitoring of cardiovascular system functions and tracking...

AI Technical Summary

Problems solved by technology

However, the traditional clinical physiological monitoring system has a complex structure and a large volume, and cannot realize real-time tracking and monitoring, which seriously limits the range of activities of users.

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