Gunnery training stability evaluation device based on analysis of brain wave signals and balance sensors

Abstract

The invention discloses a gunnery training stability evaluation device based on analysis of brain wave signals and balance sensors, which includes a brain wave signal analyzing unit, a shake monitoring unit, a wireless communication module and an information recording device, wherein the brain wave signal analyzing unit and the shake monitoring unit are connected with the information recording device respectively through the wireless communication module; the brain wave signal analyzing unit includes an electroencephalogram signal acquiring electrode, an electroencephalogram signal preprocessing module, a high resolution A / D (analog to digital) converter and a signal processing module that are all connected in sequence; and moreover, the shake monitoring unit includes a forefinger shake monitoring sensor, a middle finger shake monitoring sensor, a gun barrelfront shake monitoring sensor, a trigger micro-pressure monitoring sensor and a singlechip. With adoption of the gunnery training stability evaluation device, a coach can clearly analyze influences on shooting results by brain wave change data, finger shake parameters, finger triggering pressure parameters of a shooter, so as to regulate shooting behaviors of the shooter in a more targeted manner and achieve the purpose of improving the score rapidly.

Description

technical field [0001] The invention relates to the technical field of shooting training, in particular to a shooting training stability evaluation device based on analysis of brainwave signals and balance sensors. Background technique [0002] Shooting is a competition event known for its accuracy and stability. Whether it is a rifle or a pistol, a moving target or a fixed target, the shooter is required to have good stability. Shooting stability includes physiological stability and psychological stability. The so-called physiological stability refers to the stability of the shooter's body movements during the shooting process, including stance, body center of gravity, holding the gun, holding the gun, aiming, firing, and breathing. Adjustment and other action details, psychological stability refers to the degree of concentration of the shooter in the shooting process, which can have an important impact on shooting performance. When shooting, if the shooter can organically...

AI Technical Summary

Problems solved by technology

In the actual training process, through the analysis, diagnosis and evaluation of the swaying trajectory and the actual impact point of the gun in the process of aiming and firing, the athlete's mastery of the shooting technique can be more accurately judged. However, the traditional qualitative observation and analysis methods have been used. It is difficult to record and monitor the psychological changes of athletes, let alone make targeted adjustments and training

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