Body-fat scale capable of measuring conduction velocity of pulse wave

Abstract

The invention discloses a body-fat scale capable of measuring the conduction velocity of pulse wave. The body-fat scale comprises an information detecting layer, an information processing layer and an information feedback layer, wherein the information detecting layer is used for judging the cardiovascular health condition of a user and giving out cardiovascular health data of the user; the information processing layer is used for carrying out sampling and digital-analog conversion on the cardiovascular health data to obtain cardiovascular health data which can be recognized and displayed by the information feedback layer, and transmitting the cardiovascular health data obtained from digital-analog conversion to the information feedback layer; and the information feedback layer is used for receiving the cardiovascular health data transmitted by the information processing layer and handling the cardiovascular health data. The body-fat scale disclosed by the invention has the advantages that when the body weight and the body fat of the user are measured, relevant data such as the heart rate and the heart-rate variability are measured simultaneously, so that richer health indexes are provided for the user; by adoption of a sectional body-fat measurement method, the body-fat rate of the upper limbs, the trunk and the lower limbs of the human body can be respectively measured, so that the composition of the human body can be analyzed in a more accurate and comprehensive manner; and by measurement on the conduction velocity of the pulse wave, the cardiovascular health degree of the human body can be analyzed, the use is convenient and the price is low.

Description

technical field [0001] The invention relates to the technical field of body fat scales, in particular to a body fat scale capable of measuring pulse wave velocity. Background technique [0002] Pulse wave velocity can be used as an indicator of cardiovascular sclerosis and cardiovascular prognosis. Traditional measurement methods are expensive and complicated to use; most body fat scales currently on the market measure the body fat percentage of the lower limbs, and the data are limited and limited by the human body. Body position changes affect measurement accuracy and cannot fully and accurately reflect body composition. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a body fat scale capable of measuring pulse wave velocity. [0004] The object of the present invention is to provide a body fat scale capable of measuring pulse wave velocity, comprising: an information detection layer, an information processing...

AI Technical Summary

Problems solved by technology

[0002] Pulse wave velocity can be used as an indicator of cardiovascular sclerosis and cardiovascular prognosis. Traditional measurement methods are expensive and complicated to use; most body fat scales currently on the market measure the body fat percentage of the lower limbs, and the data are limited and limited by the human body. Body position changes affect measurement accuracy and cannot fully and accurately reflect body composition

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