Biofeedback training system based on human physiological data monitoring and virtual reality

Abstract

The invention provides a biofeedback training system based on physiological data monitoring and virtual reality, which comprises a physiological data acquisition and transmission system, a virtual reality subsystem, peripheral devices and a monitoring control subsystem; the physiological data acquisition and transmission system acquires the physiological parameters of the subject and transmits thephysiological parameters to the virtual reality subsystem; the virtual reality subsystem generates a virtual scene and displays the virtual scene to the subject. The virtual scene changes according to the physiological data. The virtual reality subsystem assists and matches up with the virtual scene by combining with the peripheral devices; the monitoring control subsystem is used for monitoringthe physiological data acquisition options of the physiological data acquisition and transmission system, and adjusting and / or setting system parameter values of the virtual reality subsystem according to the virtual scene and the physiological parameters so as to save the real-time physiological parameters of the subject. The biofeedback training system based on human physiological data monitoring and virtual reality can stimulate multiple senses of a subject, mobilize the enthusiasm of the subject and improve the training effect.

Description

technical field [0001] The invention relates to the field of biofeedback training devices, in particular to a biofeedback training system based on human physiological data monitoring and virtual reality. Background technique [0002] Biofeedback technology, also known as vegetative neural learning method, is a method of using modern physiological science instruments to monitor human physiological parameters through detection, and informationize the physiological parameters and feed them back to the therapist in the form of vision and hearing for the subjects or According to the actual needs, the therapist strengthens or weakens the consciousness of the subjects, so that the subjects can understand the relationship between their own physiological signals and psychological changes, learn to control their own physiological signals, and finally achieve prevention, Treatments for psychosomatic disorders. [0003] The existing training method using biofeedback technology is to se...

AI Technical Summary

Problems solved by technology

The above-mentioned training method presents various physiological information in a monotonous and boring manner. Only by playing the set images and sounds cannot continue to attract the attention of the subjects, making it difficult to guarantee the training effect, especially for some subjects who lack imagination. The monotonous image information is associated with the changes of one's own physiological signals, which makes it impossible to complete the training of autonomous control of physiological signals and achieve no therapeutic effect

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