Photoelectric athlete morning pulse testing method and morning pulse testing device

Abstract

The invention discloses a photoelectric athlete morning pulse testing method and a photoelectric athlete morning pulse testing device; the testing method comprises the following steps that (1) the photoelectric testing device is adopted to acquire the data of a plurality of filling time intervals within a time period, the data of each filling timer interval is the data of the time interval between two times of oxygenated hemoglobin filling; (2) N times of filtration is carried out to the acquired data, wherein N is a natural number more than 1; (3) a maximum value and a minimum value are removed from the data which receives N times of filtration, and the rest data is added together and averaged; and (4) the heart rate of the morning pulse of an athlete to be tested is calculated through a mean value which is finally obtained in step (3). According to the invention, a plurality of time intervals of adjacent two times of oxygenated hemoglobin filling are acquired within a time period, data errors which are produced by equipment or at the beginning of operation are removed, the data is filtered and lubricated, so that the impact of single time of accidental sudden increase of data or errors is reduced, so that the data is truer and more reliable.

Description

technical field [0001] The invention relates to the technical field of human physiological parameter testing, in particular to a photoelectric detection method and a detection device for athlete's morning pulse. Background technique [0002] Athletes are a special group who carry out professional training with specific training intensity every day (training intensity refers to the exercise load passively given to athletes when training, and the form of exercise load can be time, speed, strength or specific technical actions. Difficulty, etc. Generally speaking, when the training intensity increases, the athlete's heart rate will increase.), in order to improve one's physical function (which can be commonly understood as the physical strength of the body), and improve one's physical ability to a higher level At the same level of competition, train hard to win the gold medal and win glory for the country. But blindly high-intensity training is unscientific, and sometimes it w...

AI Technical Summary

Problems solved by technology

[0008] 1. The user's abnormal movement will interfere with the pulse rate measurement, such as the movement of the finger just inserted into the probe at the beginning of the measurement or the abnormal activity during the test

[0009] 2. When the patient's peripheral circulation is not smooth, if the measured part is too cold, it will reduce the arterial blood flow of the measured part, making the measurement inaccurate

[0010] 3. When strong light from outside shines on the blood oxygen probe, it may cause the work of the photoelectric receiving device to deviate from the normal range, resulting in inaccurate measurement, especially the external light interference that occurs when the finger clip is opened.

[0011] 4. Only the instant pulse rate can be calculated, but the stable average pulse rate cannot be calculated

[0014] 1. During the first 20 seconds of power-on, factors such as the insertion of the athlete's finger, the intake of external light, the machine's own heat-up process, and the slightly lower temperature of the finger when the finger is exposed to the outside will cause the initial data to be unstable;

[0015] 2. The data obtained by the tester itself is the immediate pulse rate value, not a stable average value;

[0016] 3. The time interval between collected heartbeats is not filtered;

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