Wireless detecting terminal for physiological parameters of athletes and application method thereof

Abstract

The invention discloses a wireless detecting terminal for physiological parameters of athletes and an application method thereof. The wireless detecting terminal comprises sensors, a filter and amplification module, an analog to digital converter and a signal output device. The sensors are used for detecting the physiological parameters of the athletes. The filter and amplification module is used for filtering and amplifying signals acquired by the sensors. The analog to digital converter is used for performing analog to digital conversion to the filtered and amplified signals. The signal output device is used for transmitting the converted signals. The detecting terminal, namely, a detecting finger clamp is portable and/or non-portable. A temperature detecting sensor, a blood oxygen photoelectric sensor and a pressure sensor are disposed on the detecting finger clamp. The detecting finger clamp can be clamped to the fingers of the athletes to detect the physiological parameters, data is transmitted to a monitoring terminal for analysis through a wireless receiving base station, and accordingly the problems that the existing detecting methods need cooperation and movement of the athletes and detecting accuracy is affected by the movement of the athlete are solved. When the physiological parameters of an athlete in training need to be detected, the small detecting finger clamp cannot affect normal training of the athlete.

Description

technical field [0001] The invention relates to a monitoring system for human body physiological parameters, in particular to a wireless athlete physiological multi-parameter detection terminal and a detection method thereof. Background technique [0002] The monitoring of athlete fatigue has always been the focus of sports medicine and sports science research. Since athletes are a relatively specific group, their physical fatigue status is very important for guiding scientific and effective training, and is also an important basis for improving the level of competition. Study the changes of the athlete's morning pulse, blood oxygen, body temperature, heart rate during exercise and immediately after exercise to understand the impact of the athlete's current training intensity on the body, so as to evaluate whether the exercise intensity is appropriate , Whether the athlete's body has adapted to the current training intensity. [0003] Since the morning pulse needs to be mea...

AI Technical Summary

Problems solved by technology

However, due to the relatively large volume of multi-parameter monitors and oximeters, there are many data lines, and the required detection environment is very stable, they have not been able to meet the special requirements of athletes.

At the same time, due to the short detection time and the athletes are often trained as a team, more manpower is often needed to support such a complex instrument, and the detection data of each athlete is recorded in a very short period of time. It is labor-intensive and affects the objectivity of data

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