Intelligent human body sign mobile phone monitoring system

Abstract

The invention provides an intelligent human body sign mobile phone monitoring system, which comprises a human body sign acquisition module, a monitoring mobile phone and a cloud server, wherein the human body sign acquisition module is used for monitoring the body sign signal of a monitored object; the monitoring mobile phone is used for receiving body sign signals of the human body sign acquisition module, preprocessing the body sign signals so as to eliminate baseline drift to obtain preprocessed body sign data, storing the preprocessed body sign data and analyzing the body sign data; and the cloud server is used for receiving an equipment recognition code of the monitoring mobile phone as well as preprocessed sign signals and alarm signals, storing the body sign data and the alarm signals in corresponding items, in a database, of the monitored object, analyzing the body sign data and the alarm signals so as to generate medical advice information and transmitting the medical advice information to the corresponding monitoring mobile phone and preset associated terminal equipment. The monitoring system disclosed by the invention has the characteristics of mobile operation, simple and convenient use, long-term continuous work supporting, diagnosis result intelligent display, abnormal physiological status alarm, wireless data transmission and the like.

Description

technical field [0001] The invention relates to the fields of human body sign monitoring and mobile terminals, in particular to an intelligent human body sign mobile phone monitoring system. Background technique [0002] Vital signs are indicators used to judge the severity and criticality of a patient's condition, mainly including changes in heart rate, pulse, blood pressure, respiration, pupillary and corneal reflexes, and so on. Among them, body temperature, respiration, pulse and blood pressure are called the four vital signs of the human body. Only by comprehensively understanding the meaning of vital signs and timely grasping the changes of patient's vital signs, can medical staff take effective treatment measures in the first place. Statistical vital signs and pathological data can be used as data support for doctors' clinical diagnosis, which is of great help in reducing the mortality of patients. Therefore, the detection and detection of human vital signs will sur...

AI Technical Summary

Problems solved by technology

[0029] At present, the most common way to detect vital signs is to collect signals by contacting the human body with electrodes or sensors. Surface burns and other conditions cannot be directly detected by contact detection

Therefore, research on non-contact vital sign detection that does not affect the normal work and life of users came into being. However, this kind of technology is not yet mature, and further exploration and research are needed to finally realize the non-invasive detection of human physiological signals.

[0030] (3) Chinese and foreign technology collision and market competition

[0032] (4) Battery and power consumption

The main reason is that the user experience is not good, the system design is not perfect, and the relevant hospitals do not have a comprehensive data platform as a support

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