Pulse rate measuring method and ring type pulse rate measuring meter

Abstract

The invention relates to a pulse rate measuring method and a ring type pulse rate measuring meter by adopting the method. In the method, a finger pulp is taken as the position for measuring a pulse signal, beam with specific wavelength is radiated to the skin surface of the finger pulp, a transmission and / or transmitted ray intensity signal is adopted through a photoelectric receiver, and the pulse rate can be calculated according to the alternating component of the intensity signal varying in pulse cycles. The ring type pulse rate measuring meter comprises a pulse wave collecting device and a pulse wave processing and displaying device, wherein a central control and signal processing module is arranged in the pulse wave processing and displaying device; and a control signal end of the central control and signal processing module is connected with the pulse wave collecting device in a wired or wireless mode. The ring type pulse rate measuring meter has the characteristics of simple structure, smart appearance and strong interference resistance, is convenient to wear, and can meet the wearing requirement of people in daily life health-care and daily exercise.

Description

Technical field [0001] The invention relates to a pulse rate measuring method and a pulse rate measuring instrument using the method, in particular to a photoelectric device for non-invasively acquiring the pulse rate of a finger end artery, belonging to the medical technical field. Background technique [0002] Photoplethysmography scanning is a conventional method for obtaining photoplethysmography, which is a non-invasive detection method for detecting changes in blood volume in living tissues by means of photoelectric technology. When a light beam of a specific wavelength is used to irradiate the surface of the fingertip skin of the human body and transmit it to the photoelectric receiver in a transmission or reflection mode, the incident detected by the detector is absorbed by the fingertip skin, muscle, blood and other components. The light intensity will attenuate. Among them, the absorption of incident light by skin, muscle and other tissues remains constant, and these l...

AI Technical Summary

Problems solved by technology

[0003] Currently, the photoplethysmography method used to obtain pulses usually measures fingertips and earlobes and other light-permeable parts. During state measurement, ECG reference needs to be introduced, the measurement process is complex and easily causes large errors

Its anti-motion interference performance is poor, its structure is complicated, it is not easy to wear, and its price is high, which cannot meet the needs of people's daily health care and daily exercise measurement

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