Remote pulse-taking device and method

Abstract

The invention discloses a remote pulse-taking device and method. The pulse-taking device includes a pulse-taking device, a pulse-taking belt and a cloud platform; the pulse-taking device is used by doctors and includes a finger pressure sensor, a first signal sending module and a first signal receiving module; and the pulse-taking belt is worn on the wrists of users and includes a pulse pressure sensor, an air column matrix, a second signal sending module and a second signal receiving module. User ends wear the pulse-taking belt, and doctor ends are configured with the pulse-taking device; after the users wear the pulse-taking belt, the doctors presses the pulse-taking device to take pulses; and the air column matrix is arranged in the pulse-taking belt, so that the pressure strength of the doctors can be obtained to apply the strength with corresponding degrees to the users, and therefore, on-site pulse taking can be simulated more realistically so as to make diagnosis information more accurate. According to the conditions of the users, the pulse-taking device has three modes to adjust, so that the pulse strength of the users can be amplified or weakened, and the doctors can be assisted to perform diagnosis more accurately.

Description

technical field [0001] The invention relates to the field of intelligent medical treatment, in particular to a remote pulse cutting device and method. Background technique [0002] TCM consultation is extensive and profound, but in the final analysis, it is to see, hear and ask. Although pulse checking is the last in the four-character motto of TCM, it is also a crucial step. At present, there are many health bracelets on the market that can monitor the pulse. The principle is to pass the incident light through the skin into the deep tissue, except for the absorption by the skin, muscles, blood, etc., and the remaining part of the light transmission is sensed by the photosensitive receiver. By measuring the blood volume in the blood vessels as the heart pumps blood, the periodic changes in blood volume form the basis for all heart rate estimation using PPG signals. By calculating the distance between feature points (such as peak values) in adjacent cycles Implement heart ra...

AI Technical Summary

Problems solved by technology

But as we all know, Chinese medicine requires three fingers to feel the pulse. At the beginning, light force is used to touch the skin, which is called "lifting", which is called "lifting"; Pressing to the muscles and bones is called "pressing". Ordinary wristbands can roughly monitor the pulse rate, but they cannot be used as a strong basis for medical diagnosis

[0003] And there are geographical problems in remote areas or patients with difficulty in moving, so the necessity of remote diagnosis and treatment is self-evident

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