Hierarchical analysis-based human body health condition assessment method

Abstract

The present invention discloses a hierarchical analysis-based human body health condition assessment method. The method comprises: firstly, constructing a human body health condition assessment model according to human body physiological parameter information; determining scale information, and generating a determination matrix; performing consistency verification on the determination matrix, and if the determination matrix does not meet the consistency, returning to the last step to re-generate a determination matrix until the determination matrix meets the consistency, and if the determination matrix meets the consistency, entering into the next step; performing hierarchy single ranking and hierarchy general ranking on the determination matrix; and according to importance weight information of the hierarchy general ranking, obtaining a health condition assessment result of an assessed object. According to the technical scheme provided by the present invention, the human body physiological parameter information of heart rate, body temperature, oxygen saturation, blood pressure and blood glucose and the like, which are currently used for assessing the human body health condition, is integrated, the human body health condition assessment model is constructed, and the whole assessment system is presented orderly and hierarchically, so as to help unprofessional personnel to learn about the health condition clearly and definitely.

Description

technical field [0001] The invention relates to a method for assessing human health status. Background technique [0002] With the improvement of people's health care awareness, people pay more and more attention to their health. A joint study by the University of Washington, the University of Southern California, and the University of Colorado shows that, especially with the development of aging in the coming decades, the assessment of human health status will become more and more important. With the continuous advancement of medicine, more and more people gradually shift their focus from late diagnosis and treatment to early prevention. Based on the current research status in the field of biomedicine, it can be known that physiological parameters such as body temperature, blood pressure, blood oxygen saturation, blood oxygen, and blood sugar have an important impact on human health. Recently, people have carried out research on portable devices for telemedicine in full s...

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Problems solved by technology

Recently, people have carried out research on portable devices for telemedicine in full swing, and the prior art already exists for human body-related physiological parameter monitoring devices and human health detection systems, such as the human pulse information collection device disclosed in patent document CN102247128A. A condition monitoring device, which can evaluate the health status of the human body by detecting pulse waves, but its disadvantage is that it can only monitor one parameter, and cannot comprehensively and comprehensively evaluate the health status of the human body; patent document CN203898280U discloses a human health status monitoring The device can realize the monitoring of the five physiological parameters of blood sugar, blood pressure, body temperature, heart rate, and blood oxygen saturation, but it is only limited to the monitoring of each parameter, and it only provides the most original professional data. For medical workers with many clinical experiences and non-professionals, it is difficult to simply, intuitively and accurately understand the current health status of the human body based on these unprocessed professional data; The mobile phone, the patent document CN202960484U discloses a human health detection system, and the patent document CN204618430U discloses a household human health detection system, which can realize the functions of real-time monitoring of physiological parameters and feedback of human health status to smart terminals, but most of them are It is aimed at a single individual user and relies heavily on peripheral hardware devices such as mobile Internet and large remote medical servers. It will undoubtedly lose its human health status assessment function in some remote mountainous areas that cannot provide these

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