Wearable physical training evaluation system and device

Abstract

The invention relates to a wearable physical training evaluation system and an evaluation device. The system comprises an intelligent terminal, a microprocessor, a sign parameter collection unit, a kinetic energy consumption measuring unit and an abdominal fat content measuring unit, wherein the intelligent terminal is used for collecting and storing human personalized parameters; the abdominal fat content measuring unit, controlled by the microprocessor, is used for collecting electrical impedance information in an abdomen by a corresponding fat depth; the intelligent terminal, in accordance with the electrical impedance information in the abdomen by the corresponding fat depth and the human personalized parameters, is used for computing a fat content, and is used for making a physical training scheme of a corresponding intensity in accordance with the fat content in the abdomen as well as the human personalized parameters; the microprocessor is used for controlling the kinetic energy consumption measuring unit to collect human motion heart rates and a motion acceleration, and the intelligent terminal, by virtue of the human motion heart rates, the motion acceleration and the human personalized parameters, is used for calculating kinetic energy consumption; and the microprocessor is used for controlling the sign parameter collection unit to collect human sign parameters, and the intelligent terminal is used for judging whether an abnormity occurs in the sign parameters, if so, outputting an alarm signal.

Description

technical field [0001] The invention relates to the technical field of physical training, in particular to a wearable physical training evaluation system and device. Background technique [0002] The wearable individual soldier's vital signs monitoring system is a small device that combines advanced environmental sensors, non-invasive physiological sensors and information processing systems, global positioning systems and low-power wireless communication technologies. It is worn in soldiers' combat uniforms and can Continuously monitor the physiological signs of soldiers, realize the monitoring of the vital signs of the wounded in the process of on-site classification, assessment, treatment and evacuation, realize the transmission of the physiological data of the wounded and determine the location of the wounded. [0003] The physiological parameters detected by the individual vital signs monitoring system include ECG (heart rate), blood pressure, blood pressure change rate,...

AI Technical Summary

Problems solved by technology

[0004] At present, wearable devices such as physical training and testing for individual soldiers' medical support training have not yet appeared, and most of the current individual vital sign monitoring systems only collect individual soldier's breathing, ECG, blood pressure, blood oxygen and other sign parameters. However, the medical training does not take into account the differences in individual physical fitness

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