Monitoring device for physiological parameters of human body

Abstract

The invention discloses a monitoring device for physiological parameters of a human body. The monitoring device is mainly composed of an LED display module, an input module, a GSM communication module, a Bluetooth module, a CPU processing module, a storage module, a sensor detecting module and a buzzer module which are connected in sequence, and a power supply module supplies power for each component; the input module is capable of transmitting signals to the CPU processing module, the CPU processing module controls the sensor detecting module to detect correspondingly, the sensor detecting module returns the detected data to the CPU processing module to process, and the CPU processing module transmits the signals to the LED display module, the GSM communication module, the Bluetooth module, the storage module and / or the buzzer module according to the processing situation; a buzzer calls a prompt buzzer, a warning buzzer or an alarm buzzer to generate the corresponding buzzing alarm according to the design requirement.

Description

technical field [0001] The invention relates to a medical device, in particular to a human physiological parameter monitoring device, which mainly monitors main physiological parameters such as blood oxygen saturation, blood pressure, temperature, heart rate and blood sugar of the human body, and performs real-time analysis and intelligent prompting of the physiological parameter data. Background technique [0002] In recent years, there have been many cases of sports-induced sudden death among college students at home and abroad, which has attracted the attention of many scholars. The survey shows that most of the sudden death cases of college students in China are sudden death after long-distance running, and most of them are sudden cardiac death. Sudden death is mainly related to exercise load, psychological stress and living habits. However, due to the small number of cases of sudden death, it is not yet possible to obtain a systematic analysis of the cause of death. T...

AI Technical Summary

Problems solved by technology

[0004] At present, devices for life and health parameter detection are mainly used in hospitals: for example, CN92107545.6 discloses an ECG monitoring device; CN201310239134.4 discloses a remote ECG monitoring device; but these devices are specialized large-scale device, it is impossible to measure the health status of the human body accurately and portablely in real time and to provide human-computer interaction feedback; CN200910002667.4 of Chinese Taipei discloses a remote physiological signal detection system, which measures heart rate variation parameters through a portable device, but its measured The physiological parameters are single, which cannot accurately reflect the real-time condition of the human body; in addition, CN201310193187.7 discloses a smart watch, which is mainly used for electronic step counting and magnetic therapy, and cannot realize the function of health warning

CN201310110565.0 discloses a health early warning watch, which realizes the detection, analysis and early warning of human physiological parameters, but its watch is mainly a detection device, the data processing is carried out by the cloud computing center, and the early warning part is handed over to the smart phone. Three devices are needed to realize a complete monitoring and early warning process, which is not portable and cannot achieve synchronous and real-time functional effects, especially in the blind area of ​​mobile phone signals, where the mobile phone cannot receive early warning signals, which will lead to delayed treatment timing

Images