Dynamic and static combined health assessment system based on indirect thermometry

Abstract

The invention relates to a dynamic and static combined health assessment system based on an indirect heat measuring method, which comprises a computing device and an indirect heat meter, and is characterized in that the computing device is used for acquiring basic information of a user and calculating a theoretical basic metabolic energy value of the user according to the basic information; the indirect calorimeter is used for detecting a plurality of first metabolic energy values corresponding to the user in a resting state and a plurality of second metabolic energy values corresponding to the user in a motion state, and sending the plurality of first metabolic energy values and the plurality of second metabolic energy values to the computing device; and the computing device is further used for calculating a health assessment index value of the user according to the theoretical basic metabolic energy value, the plurality of first metabolic energy values and the plurality of second metabolic energy values, determining the health condition of the user according to the health assessment index value, and displaying the health condition on the interface. According to the invention, the user can timely and intuitively know the health condition.

Description

technical field [0001] The invention relates to the technical field of heat detection, in particular to a health assessment system based on the combination of dynamic and static state of indirect calorimetry. Background technique [0002] All life activities of the human body require energy, which mainly comes from food. The nutrients taken in by the body from the outside include carbohydrates, fats, proteins, trace elements, water and vitamins, among which carbohydrates, fats and proteins are the main energy sources of the body. The total daily energy expenditure of the human body (Total daily energy expenditure in English, abbreviated as TEE) is divided into three parts: basic energy expenditure (Basal Energy Expenditure in English, abbreviated as BEE), food thermogenesis (Diet-induced thermogenesis in English, abbreviated as DIT) and physical activity energy expenditure (Activity induced energy expenditure in English, abbreviated as AEE). Basal metabolic energy reflects...

AI Technical Summary

Problems solved by technology

[0003] At present, there are relatively few equipment and evaluation systems for evaluating human health through changes in energy metabolism, and there is no relevant data to support the correlation between health and energy changes. There are only equipment and systems on the market that can monitor the human body at rest or in motion. Pulmonary function and energy consumption data, and cannot automatically distinguish between resting and exercising states, there is no follow-up interpretation of the data, and special medical staff are required to cooperate with it, or it is only used by professionals, which is not friendly to general users and costs more training High, poor versatility

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