Exercise training system for relieving psychological stress

Abstract

This invention provides a sports training system for relieving psychological stress, comprising: a display device for playing virtual images; an eye-tracking device for acquiring eye information of the user while viewing the virtual images; a sports device for the user to operate; and a computer device for adjusting the setting parameters of the sports device according to the user's pre-exercise psychological stress before the user begins exercise, and adjusting the virtual images using a preset parameter set; controlling the display device to synchronously play the virtual images while the user exercises with the sports device; and adjusting the virtual images using a custom parameter set when the eye information indicates that the user's psychological stress during exercise has increased, making the virtual images more dynamic and fluid compared to the original virtual images. Therefore, this invention can effectively relieve the user's psychological stress.

Claims

1. A sports training system for relieving psychological stress, comprising: A display device for playing a virtual image; An eye tracking device is used to obtain eye information when a user's eyes are viewing the virtual image; A motion device for operation by the user under set parameters; The system also includes a computer device coupled to the display device, the eye-tracking device, and the motion device. The computer device comprises: a question-and-answer module for providing several questions for the user to answer, thereby generating pre-exercise psychological stress; an analysis module for determining, based on eye information, whether the user's pre-exercise psychological stress during exercise using the motion device increases, decreases, or remains unchanged; and a processor module coupled to the question-and-answer module and the analysis module, for adjusting the set parameters according to the pre-exercise psychological stress before the user exercises with the motion device, and adjusting the virtual image with a preset parameter set. When the user exercises with the motion device, the processor module controls the display device to synchronously play the virtual image. When the user's pre-exercise psychological stress increases, the processor module adjusts the virtual image with a custom parameter set, making the virtual image adjusted with the custom parameter set more dynamic and fluid compared to the virtual image before adjustment.

2. The exercise training system for relieving psychological stress as described in claim 1, wherein, The eye information includes a pupil size and a gaze condition, which includes the number of times the virtual image is gazed at and the gaze duration.

3. The exercise training system for relieving psychological stress as described in claim 2, wherein, When the pupil size expands by a preset percentage compared to a preset pupil size for a preset time, and the gaze duration decreases by a preset percentage compared to a preset gaze duration for a preset time, the analysis module determines that the user's psychomotor stress has increased.

4. The exercise training system for relieving psychological stress as described in claim 2, wherein, When the number of gazes increases by a preset percentage compared to a preset number of gazes and lasts for a preset time, and when the gaze time decreases by a preset percentage compared to a preset gaze time and lasts for the preset time, the analysis module determines that the user's psychological stress during exercise has increased.

5. The exercise training system for relieving psychological stress as described in claim 1, wherein, When the user's psychological stress during exercise increases, the processor module maintains or reduces a resistance value in the setting parameters of the exercise device.

6. The exercise training system for relieving psychological stress as described in claim 1, wherein, When the user's psychological stress during exercise is reduced, the processor module maintains or increases a resistance value in the setting parameters of the exercise device.

7. The exercise training system for relieving psychological stress as described in claim 1, wherein, When the user's psychological stress during exercise increases, the processor module increases the value of a viewpoint parameter in the custom parameter group.

8. The exercise training system for relieving psychological stress as described in claim 7, wherein, When the user's psychological stress during exercise increases, the processor module also adjusts the proportion of green objects in the virtual image to reduce the green field of view of the virtual image.

9. The exercise training system for relieving psychological stress as described in claim 1, wherein, When the user's psychological stress during exercise is reduced, the processor module decreases the value of a viewpoint parameter in the custom parameter group.

10. The exercise training system for relieving psychological stress as described in claim 9, wherein, When the user's psychological stress during exercise decreases, the processor module also adjusts the proportion of green objects in the virtual image to increase the green visibility of the virtual image.

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