Running sports protective clothing based on bioelectric current detection

Abstract

The invention provides a running sports protective garment based on bioelectric current detection. The running sports protective garment is composed of a garment fabric, a bioelectric detection device and an alarm device. The garment fabric is a double-layer material, the bioelectricity detection device is composed of an electrode sensor installed between the inner fabric layer and the outer fabric layer and a bioelectricity detection device body installed on the outer surface of the back of the decorative fabric layer, the electrode sensor makes contact with the skin surface, and the bioelectricity detection device body is provided with a control circuit board; the alarm device is composed of a buzzer and a communication module which are installed in the bioelectricity detection device, and an alarm button and a touch control screen which are installed on the wrist portion of the garment fabric, the touch control screen is installed on the outer surface of the decorative layer fabric, and a reminding device is arranged on the back face of the touch control screen. According to the invention, the physical condition of the wearer can be mastered more accurately, and an alarm is given actively when the body of the wearer is in danger, so that the sport injury of the wearer in sports or competition is reduced and eliminated as much as possible.

Description

technical field [0001] The invention relates to a sports device, in particular to a sports protective clothing for running based on bioelectrical current detection. Background technique [0002] At present, the sports safety detection devices on the market are mainly worn in the form of wristbands (watches), and there is no sports safety detection device in the form of sportswear; the wristbands (watches) on the market detect the wearer's heart rate and other data, combined with The APP prompts and can provide an active (or passive) alarm; the principle of heart rate detection is mainly the photoelectric transmission method. [0003] At present, most wristbands monitor heart rate through photoplethysmography (Photo Plethysmo Graphy, referred to as PPG). A beam of light is shone on the skin and the reflected / transmitted light is measured. Because blood absorbs light of a specific wavelength, every time the heart pumps blood, this wavelength will be absorbed in large quantit...

AI Technical Summary

Problems solved by technology

[0005] 1) It will be interfered by ambient light and cannot fully detect the physical condition of the athlete

[0006] 2) The target of the bracelet (watch) on the market is too obvious, and it is easy to be passively separated from the wearer in the event of an accident and lose the detection function

[0007] 3) Sports bracelets (watches) on the market have no physical auxiliary effect on sports

[0008] 4) When the wearer encounters a dangerous situation unconsciously and cannot actively call the police, he cannot give passive feedback and call the police

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