Cardiopulmonary respiration test and personalized deep respiration and oxygen therapy system and device

Abstract

The invention provides a cardiopulmonary respiration test and personalized deep respiration and oxygen therapy system and device. The cardiopulmonary respiration test and personalized deep respiration and oxygen therapy system comprises a signal acquisition and index measurement subsystem, a signal processing and cardiopulmonary system series index calculation subsystem, a test report generation and prescription making subsystem, a personalized deep breath training and oxygen therapy implementation subsystem and an intervention progress summarization and prescription optimization subsystem; the signal acquisition and index measurement subsystem is used for acquiring electrocardio and respiratory signals of a tested person and measuring blood pressure, blood oxygen and respiratory tidal volume of the tested person; the signal processing and cardiopulmonary system series index calculation subsystem is used for processing and analyzing electrocardio and respiratory signals, blood pressure, blood oxygen and tidal volume obtained by the signal acquisition and index measurement subsystem and calculating cardiopulmonary system series indexes; the test report generation and prescription making subsystem is used for generating a cardiopulmonary respiration test report and making personalized deep respiration and oxygen therapy prescriptions according to the cardiopulmonary system series indexes; the personalized deep breath training and oxygen therapy implementation subsystem is used for guiding, monitoring and guiding implementation of deep breath training and oxygen therapy of a patient according to a personalized deep breath and oxygen therapy prescription; and the intervention progress summarization and prescription optimization subsystem is used for evaluating the progress and optimizing the prescription according to a report of multiple times of deep breath training and oxygen therapy. Therefore, a complete accurate diagnosis and intervention system for evaluating, intervening and optimizing diseases of a cardiopulmonary metabolism system is formed.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a cardiopulmonary breathing test and a personalized deep breathing and oxygen therapy system and equipment. Background technique [0002] The autonomic nerves are composed of sympathetic and parasympathetic nerves, which connect various organs and bodies of the human body, regulate these organs and bodies with a certain rhythm, and ensure metabolism and normal operation. Thus, the autonomic nervous system is central to human health and disease. Assessing and measuring the state of autonomic regulation is the key to diagnosis and treatment; improving the state of autonomic regulation is also the goal of treatment and rehabilitation. [0003] In the resting state, the modulation of breathing on the heart rate is called "Respiratory Sinus Arrhythmia (RSA)" in the medical field. RSA quantitative evaluation has very important medical research and clinical application value...

AI Technical Summary

Problems solved by technology

In clinical application, its shortcomings are also exposed: only the measurement of the degree of cardiopulmonary resonance is given, and it is not yet possible to comprehensively evaluate the state and function of autonomic nervous system cardiopulmonary regulation

[0012] However, in terms of clinical needs for accurate diagnosis and effective intervention of cardiopulmonary metabolic system diseases, so far, the existing technologies and patents have only proposed a certain evaluation index of the cardiopulmonary system from a certain aspect in the evaluation of the cardiopulmonary system. , lack of comprehensive cardiopulmonary system function, especially comprehensive evaluation from the three aspects of respiratory system function, cardiovascular system function and cardiopulmonary interaction function

There is even a lack of personalized deep breathing and oxygen therapy prescriptions, as well as standardized and intelligent implementation, monitoring and guidance systems and equipment

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