TWM668574U - Sports training detection system with assessment of psychological stress - Google Patents

Abstract

A sports training detection system with assessment psychological stress includes a display device, an audio playback device, a physiological sensing device, an eye tracking device, a psychological stress judgment device, and a management and control device. The display device receives a virtual scene image signal and plays a virtual scene image accordingly. The audio playback device receives an audio signal and plays an auditory feedback accordingly. The physiological sensing device senses a user to generate physiological sensing information. The eye tracking device tracks the user's eyeballs to generate eye information. The psychological stress judgment device generates a judgment result indicating the user's psychological stress based on the eye information and preset eye information. The management and control device initially sets and generates the virtual scene image signal and the audio signal based on the physiological sensing information and the eye information during an initial setup period, and adjusts at least one of the virtual scene image signal and the audio signal based on the judgement result during a user movement.

Description

Sports training detection system with the ability to assess psychological stress

The invention relates to a detection system, and more particularly to a sports training detection system capable of evaluating psychological stress.

In recent years, virtual reality (VR) technology has become increasingly mature, which can surround users by projecting three-dimensional images on a large screen, thereby providing them with a highly immersive experience. In particular, sports training devices based on cave projection VR systems allow users to interact with the environment, which in turn makes those who exercise indoors feel like they are exercising in an outdoor environment (e.g., forests and meadows). Therefore, this isolation environment is considered to be a useful tool to promote indoor and outdoor sports activities. This feature of VR is important for patients with mental disorders, for example, because they are afraid of contact with people, and VR can immerse them in a pleasant situation and perform sports training or rehabilitation exercises without contact with others.

However, existing sports training devices cannot adjust the exercise mode according to the psychological stress of users (such as sports trainers or rehabilitators with mental disabilities) during exercise, resulting in difficulty in improving the user's exercise effect and having limited help for sports training and rehabilitation.

Therefore, how to solve the above-mentioned problems of the prior art is the main focus of the present invention.

Therefore, the purpose of the present invention is to provide a sports training detection system capable of evaluating psychological stress, which can adjust the exercise pattern, training intensity or training method according to the user's psychological stress during exercise so as to further enhance the user's exercise effect and overcome the shortcomings of the previous technology.

Therefore, the new sports training detection system for evaluating psychological stress includes: a display device for receiving a virtual scene image signal and playing a virtual scene image to a user accordingly, wherein the virtual scene image displays a virtual background corresponding to one of a plurality of virtual scenes and a movement posture corresponding to one of a plurality of sports movements; an audio playback device for receiving an audio signal and playing an auditory feedback to the user accordingly. A user, the auditory feedback has a virtual background sound and a guiding sentence corresponding to the virtual scene image; a physiological sensing device, used to sense the user to generate physiological sensing information; an eye tracking device, used to track a pair of eyeballs of the user to generate eye information indicating a pupil size and a gaze state of the pair of eyeballs, the eye information changes with the change of the virtual scene image or the auditory feedback; a psychological pressure a judging device, communicatively connected to the eye tracking device to receive the eye information, and generating a judging result indicating that the user's psychological pressure remains unchanged, increases, or decreases according to the eye information and a preset eye information; and a control device, communicatively connected to the physiological sensing device, the eye tracking device, and the psychological pressure judging device to receive the physiological sensing information, the eye information, and the judging result, respectively, and communicatively connected to the display device and The audio playback device, during an initial setting period, the control device determines the virtual background and the movement posture according to the physiological sensing information and the eye information to perform initial setting and generate the virtual scene image signal and the audio signal and transmit them to the display device and the audio playback device respectively, and during a user's movement, the control device adjusts at least one of the virtual scene image signal and the audio signal according to at least the determination result.

In some embodiments, in the novel sports training detection system, the gaze state of the pair of eyeballs includes a gaze count and a gaze time of gazing at the virtual scene image.

In some embodiments, in the novel sports training detection system, the preset eye information includes a preset pupil size, a preset number of gazes, and a preset gaze time. The psychological stress judgment device compares the eye information with the preset eye information. When the result of comparing the eye information with the preset eye information is at least one of a decrease in gaze time by a preset percentage, an increase in the preset number of gazes by the preset percentage, and an expansion of the pupil size by the preset percentage and continuing for a first preset time, the judgment result indicates that the user's psychological stress has increased.

In some embodiments, the present sports training detection system further includes: a camera device for photographing the user to generate a user image having a user posture; a posture image feedback device communicatively connected to the display device to obtain the virtual scene image; and a posture judgment device communicatively connected to the camera device and the posture image feedback device to receive the user image and the virtual scene image respectively, and at a second preset time The user posture of the user image is then compared with the action posture of the virtual scene image to generate a posture judgment result indicating an action error rate of the user; wherein the control device is also communicatively connected to the posture judgment device to receive the posture judgment result, and during the user's movement, the control device adjusts at least one of the virtual scene image signal and the audio signal according to the judgment result and the posture judgment result.

In some embodiments, in the novel sports training detection system, when the judgment result indicates that the psychological pressure remains unchanged and the action error rate indicated by the posture judgment result is greater than a preset error rate, the control device adjusts the audio signal so that the guiding sentence of the auditory feedback changes.

In some embodiments, in the novel sports training detection system, when the judgment result indicates that the psychological pressure increases or the posture judgment result indicates that the action error rate is greater than a preset error rate, the control device adjusts the virtual scene image signal and the audio signal so that another one of the virtual scenes serves as the virtual background displayed by the virtual scene image, and the playback speed of the virtual scene image and the auditory feedback is slowed down.

In some embodiments, in the present novel sports training detection system, after the control device adjusts the virtual scene image signal and the audio signal, the posture determination device obtains a movement speed of the user's movement according to the user image and outputs it to the control device, and the control device compares the movement speed with a preset speed to generate a first comparison result, and the movement speed indicated by the posture determination result is output to the control device. The error rate is compared with the preset error rate to generate a second comparison result. The first comparison result and the second comparison result are respectively used to indicate whether the user's action is standard. When the first comparison result or the second comparison result indicates that the user's action is not standard, the control device generates a warning signal and outputs it to the audio playback device, so that the audio playback device plays a prompt sound according to the warning signal.

In some embodiments, in the novel sports training detection system, when the audio playback device plays the prompt sound a preset number of times, the control device adjusts the virtual scene image signal and the audio signal so that the movement posture of the virtual scene image and the guiding sentence of the auditory feedback change.

In some embodiments, the present sports training detection system further includes: a camera for photographing the user to generate a user image having a user posture; and an effect comparison device, which is communicatively connected to the camera to obtain the user image and is communicatively connected to the control device. During an effect judgment period, the effect comparison device compares the user posture of the user image with a preset action posture to generate an indication of the user's action. The control device compares the exercise effect value indicated by the comparison result with a preset effect value during the effect judgment to generate an effect result indicating that the user's exercise effect has improved or decreased. When the effect result indicates that the user's exercise effect has decreased, the control device adjusts the virtual scene image signal and the audio signal to change the virtual scene image and the auditory feedback.

In some embodiments, in the novel sports training detection system, the virtual background is a mountain scene, a water scene or a forest background.

Thus, the novel sports training detection system can actively adjust the virtual scene image signal or the audio signal according to the judgment result indicating the psychological stress state of the user through the control device, thereby reducing the psychological stress of the user during exercise, and effectively judge the user's exercise or training performance in conjunction with the posture judgment result and the effectiveness result, and adjust the virtual scene image signal and the audio signal accordingly. In this way, the sports training detection system can consider the exercise effect while paying attention to the changes in the user's psychological stress during the exercise process, so that the user's exercise/rehabilitation effect can be greatly improved.

The present invention will be described in detail through the following embodiments and the attached drawings to help those with ordinary knowledge in the technical field of the present invention understand the purpose, features and efficacy of the present invention. It should be noted that in the following description and the scope of the patent application, the terms "include" and "comprise" are used in an open manner and should not be interpreted as closed terms such as "consisting of..." In addition, the term "communication connection" is intended to indicate a connection in a wired or wireless manner. In addition, in the following description and the scope of the patent application, terms such as "first" and "second" are used to distinguish between the preset times, rather than to limit the preset times themselves or to indicate a specific order of the preset times.

Referring to FIG. 1 and FIG. 2 , an embodiment of the novel sports training detection system 1 for evaluating psychological stress is described. The sports training detection system 1 comprises a display device 10, an audio playback device 11, a physiological sensing device 12, an eye tracking device 13, a psychological stress determination device 14, a control device 15, a camera device 16, a posture image feedback device 17, a posture determination device 18 and an effect comparison device 19.

The display device 10 is used to receive a virtual scene image signal from the control device 15 and play a virtual scene image 20 to a user 21 (e.g., a sports trainer/rehabilitator) accordingly. The virtual scene image 20 displays a virtual background 201 corresponding to one of a plurality of virtual scenes and a motion posture 202 corresponding to one of a plurality of sports movements. In this embodiment, the display device 10 can be implemented using a conventional display. The display device 10 is a head-mounted display device that can be worn on the head of the user 21. For example, the display device 10 has a bracket that can be fixed on the ear or fixed on the head of the user 21 in a strap manner, but is not limited thereto. The display device 10 is used for virtual reality (VR), augmented reality (AR) or mixed reality (MR) to provide immersive visual feedback to the user 21. It should be noted that, in order to reduce psychological pressure, the virtual background 201 can be, for example, a mountain view, a water view or a forest background, and its multiple appearances (for example: mountain views (water views or forest backgrounds) of different colors, different areas, and different distances).

The audio playback device 11 is used to receive an audio signal from the control device 15 and play an auditory feedback to the user 21 accordingly. The auditory feedback has a virtual background sound corresponding to the virtual scene image 20 and a guiding sentence. In this embodiment, the virtual background sound can be, for example, the rustling sound of mountain wind blowing through leaves, the sound of water flow, or the singing of wild birds. The guiding sentence can include at least one of an action correction voice, a danger warning voice, a prompt sound, and a warning sound, which is used to remind the user 21 to change or correct the action when, for example, the action needs to be changed or an inappropriate action occurs, and to avoid sports injuries and improve safety in use. The audio playback device 11 is, for example, a speaker or a (full-cover) headset that the user 21 can wear on his/her ear (to reduce sound interference to other nearby users), but is not limited thereto. In other embodiments, the audio playback device 11 and the display device 10 are combined into a head-mounted device, and the audio playback device 11 may also include a sound input function, such as an earphone microphone, so that the user 21 can not only receive the auditory feedback, but also respond accordingly.

The physiological sensing device 12 is used to sense the user 21 to generate physiological sensing information indicating the body function of the user 21. In this embodiment, the physiological sensing device 12 can be, for example, a neuromuscular sensor (including an electromyographic signal sensor, a myomechanical signal sensor, and a myoacoustic signal sensor). The physiological sensing device 12 can be implemented in the form of, for example, being able to be attached or worn on clothing, accessories, patches, straps, or shoes worn or worn by the user 21, but is not limited thereto.

The eye tracking device 13 is used to track a pair of eyeballs of the user 21 to generate eye information indicating a pupil size and a gaze state of the eyeballs. The eye information changes with the change of the virtual scene image 20 or the auditory feedback. In this embodiment, the gaze state of the eyeballs includes a gaze count and a gaze time of the virtual scene image 20. The eye tracking device 13 is disposed on a side of the housing of the display device 10 facing the user 21, thereby detecting the eyeball image of the user 21 or electrical and/or magnetic signals related to the eyeball line of sight. The eye tracking device 13 may track the eyes of the user 21 by using eye tracking technologies such as electro-oculography, scleral search coil, video-oculo graphy, or video based combined pupil/corneal reflection.

The psychological pressure determination device 14 is communicatively connected to the eye tracking device 13 to receive the eye information, and generates a determination result indicating that the psychological pressure of the user 21 is unchanged, increased, or decreased according to the eye information and a preset eye information. The preset eye information is, for example, obtained by the eye tracking device 13 when the user 21 wears the display device 10 and the display device 10 does not receive the virtual scene image signal. The preset eye information includes a preset pupil size (e.g., 5 mm), a preset number of gazes (e.g., 1000 times/minute), and a preset gaze time (e.g., 40 seconds/minute), wherein gaze is defined as a period during which the eyes are stable for at least 100 milliseconds and the visual angle does not move more than 1°. In this embodiment, the psychological pressure determination device 14 is used, for example, to compare the eye information with the preset eye information, which may be a finished product known to a person of ordinary skill in the art to which the present invention belongs. When the result of the comparison between the eye information and the preset eye information is that the gaze time is reduced by a preset percentage (e.g., 5%), the number of gazes is increased by the preset percentage, and the pupil size is expanded by the preset percentage and continues for a first preset time (e.g., 2 minutes), the determination result indicates that the psychological pressure of the user 21 is increased; when the result of the comparison between the eye information and the preset eye information is that the gaze time is equal to the preset gaze time, the number of gazes is equal to the preset percentage, and the pupil size is expanded by the preset percentage, the determination result indicates that the psychological pressure of the user 21 is increased. Assuming that the number of gazes and the pupil size are equal to the preset pupil size and continue for the first preset time, the judgment result indicates that the psychological pressure of the user 21 remains unchanged; when the result of comparing the eye information with the preset eye information is at least one of the gaze time increasing by the preset percentage, the number of gazes decreasing by the preset percentage, and the pupil size decreasing by the preset percentage and continues for the first preset time, the judgment result indicates that the psychological pressure of the user 21 decreases, but is not limited to this.

The control device 15 is communicatively connected to the physiological sensing device 12, the eye tracking device 13 and the psychological pressure determination device 14 to receive the physiological sensing information, the eye information and the determination result respectively, and is communicatively connected to the display device 10 and the audio playback device 11. During an initial setting period, the control device 15 determines the virtual background 201 and the action posture 202 according to the physiological sensing information and the eye information to perform initial setting and generate the virtual scene image signal and the audio signal and transmit them to the display device 10 and the audio playback device 11 respectively. For example, the control device 15 selects a movement suitable for the current body function of the user 21 from the movement movements as the movement posture 202 according to the physiological sensing information, and the display device 10 plays the virtual scenes in sequence according to an initial virtual scene image signal. At the same time, the control device 15 determines which virtual scene can reduce the pupil size of the user 21 by 5% compared with the preset pupil size (that is, the psychological pressure of the user 21 is reduced) according to the eye information, and then selects this virtual scene as the virtual background 201. Then, a user enters a period of exercise. In this way, the virtual scene image signal and the audio signal that the user 21 sees and hears at the beginning of exercise are a decompression audio and video for the user 21, which can reduce the psychological pressure of the user 21 and thus help to improve the user 21's willingness to exercise. This can avoid the situation where the user 21 immediately does not like the virtual scene image signal and the audio signal played by the display device 10 and the audio playback device 11 when the user 21 starts exercising, and the psychological pressure changes too much, and the user is unwilling to exercise. In this embodiment, the initial setting period is, for example, within 5 minutes after the user 21 wears the display device 10 and the display device 10 receives the initial virtual scene image signal. The user's exercise period is, for example, from the initial setting period to when the display device 10 and the audio playback device 11 stop operating, but is not limited thereto. In this embodiment, the control device 15 may be, for example, a central processing unit (CPU), a micro control unit (MCU), a programmable logic controller (PLC), a system on chip (SoC) or a field programmable gate array (FPGA), an application specific integrated circuit (ASIC) or other similar devices or a combination of these devices.

At the initial time of the user's exercise, the control device 15 adjusts at least one of the virtual scene image signal and the audio signal according to the judgment result. For example, when the judgment result indicates that the psychological pressure of the user 21 remains unchanged (i.e., the eye information is equal to the default eye information), the control device 15 adjusts the audio signal according to the judgment result, so that the guiding sentence of the auditory feedback is used to remind the user 21 to start a slow exercise. In this embodiment, the slow exercise refers to the action posture 202, for example, putting both hands on the handlebars of a bicycle and then starting to ride slowly, and the guiding sentence is putting both hands on the handlebars of a bicycle, but is not limited to this. In other embodiments, the action posture 202 is, for example, a one-handed push-up.

Furthermore, in the present novel sports training detection system 1, the camera 16 is used to photograph the user 21 to generate a user image with a user posture. The camera 16 is, for example, a surveillance camera. In this embodiment, the camera 16 photographs the real-time image of the user 21 when using the sports training detection system 1 to exercise or train, mainly including posture, movement, force level and speed, etc., to provide real-time and effective images to help the user 21 adjust the best exercise, training or rehabilitation, but not limited to this.

The posture image feedback device 17 is communicatively connected to the display device 10 to obtain the virtual scene image 20. The posture image feedback device 17 can be, for example, a finished product known to a person skilled in the art, such as an image capturer.

The posture determination device 18 is communicatively connected to the photographic device 16 and the posture image feedback device 17 to receive the user image and the virtual scene image 20 respectively, and is communicatively connected to the control device 15. The posture determination device 18 compares the user posture of the user image with the action posture 202 of the virtual scene image 20 after a second preset time (e.g., 5 seconds) to generate a posture determination result indicating an action error rate of the user 21 and output it to the control device 15. In this embodiment, the second preset time is calculated after the guiding sentence of the auditory feedback is used to remind the user 21 to start the relaxation exercise. The posture determination device 18 may be, for example, a microprocessor, a system on a chip, or other types of processing or control circuits, but is not limited thereto.

During the user's movement and after the user 21 starts to perform relaxation exercises, the control device 15 adjusts at least one of the virtual scene image signal and the audio signal according to the judgment result and the posture judgment result. For example, when the judgment result indicates that the psychological pressure remains unchanged and the action error rate indicated by the posture judgment result is greater than a preset error rate, the control device 15 adjusts the audio signal so that the guiding sentence of the auditory feedback changes, so that the user 21 adjusts his movement posture according to the changed guiding sentence until the user posture of the user image meets a standard posture (for example, the hand forearm bending angle error should be within 5%), and the user 21 repeats the action posture 202, for example, five times.

Then, when the judgment result indicates that the psychological pressure increases or the action error rate indicated by the posture judgment result is greater than the preset error rate, the control device 15 adjusts the virtual scene image signal and the audio signal so that another one of the virtual scenes serves as the virtual background 201 displayed by the virtual scene image 20, and the playback speed of the virtual scene image 20 and the auditory feedback is slowed down so that the psychological pressure of the user 21 can be reduced. Then, after the control device 15 adjusts the virtual scene image signal and the audio signal, the posture determination device 18 obtains a motion speed of the user 21 according to the user image and outputs it to the control device 15. The control device 15 compares the motion speed with a preset speed to generate a first comparison result, and compares the motion error rate indicated by the posture determination result with the preset error rate to generate a second comparison result. The first comparison result and the second comparison result are each used to indicate whether the motion of the user 21 is standard. When the motion speed is less than the preset speed, the first comparison result indicates that the motion of the user 21 is not standard, and when the motion error rate is greater than the preset error rate, the second comparison result indicates that the motion of the user 21 is not standard, but not limited thereto. When the first comparison result or the second comparison result indicates that the motion of the user 21 is not standard, the control device 15 generates a warning signal and outputs it to the audio playback device 11, so that the audio playback device 11 plays a prompt sound according to the warning signal. Then, the control device 15 repeats the above-mentioned action to repeatedly generate the first comparison result and the second comparison result. When the number of times the audio playback device 11 plays the prompt tone reaches a preset number (for example, three times), the control device 15 adjusts the virtual scene image signal and the audio signal, so that the action posture 202 of the virtual scene image 20 and the guiding sentence of the auditory feedback change. In this embodiment, the action posture 202 is changed to, for example, holding the handlebars of a bicycle tightly with both hands and then starting to ride slowly, and the guiding sentence is holding the handlebars of a bicycle tightly with both hands, that is, changing to another set of new sports movements, but not limited to this. In other embodiments, the action posture 202 is changed to, for example, pushing sideways with both hands.

Furthermore, in the present novel sports training detection system 1, the effect comparison device 19 is communicatively connected to the photographic device 16 to obtain the user image, and is communicatively connected to the control device 15. During an effect judgment period, the effect comparison device 19 compares the user posture of the user image with a preset action posture to generate a comparison result indicating an exercise effect value of the user 21 and outputs it to the control device 15. During the effect judgment period, the control device 15 compares the exercise effect value indicated by the comparison result with a preset effect value to generate an effect result indicating that an exercise effect of the user 21 has been improved or decreased. When the performance result indicates that the exercise effect of the user 21 has decreased (i.e., the exercise effect value is less than the preset effect value), the control device 15 adjusts the virtual scene image signal and the audio signal so that the virtual scene image 20 and the auditory feedback change, so as to actively change a different exercise mode to the user 21, and then perform the effect judgment again, so that the exercise effect of the user 21 can be improved. In this embodiment, the effectiveness judgment period is, for example, the first five minutes when the user 21 uses the exercise training detection system 1 again to exercise according to the same virtual scene image 20 and the auditory feedback when the user 21 continuously exercises according to the same virtual scene image 20 and the auditory feedback on the 10th day, but is not limited thereto. The relevant information such as the exercise time, exercise frequency, exercise mode, training intensity or training method of each time the user 21 uses the exercise training detection system 1 to perform exercise training (or rehabilitation exercise) is stored by the control device 15. The effect comparison device 19 is, for example, used to compare the user posture of the user image with the preset action posture, and can specifically be a finished product known to a person of ordinary skill in the art to which the present invention belongs.

It should be noted that in other embodiments, the control device 15 has a storage unit inside, and the control device 15 can store the data output and received (for example, the virtual scene image signal, the audio signal, the physiological sensing information, the eye information, the judgment result, the posture judgment result and the performance result, etc.) in the storage unit, and the posture judgment can be used to determine the performance of the user. The device 18 obtains the user image provided by the photographic device 16 and stores it in the storage unit. In this way, the control device 15 can also effectively judge the current state of the user 21 by comparing the data obtained when the user 21 is exercising with the past process data, and adjust the exercise mode, training intensity or training method of subsequent exercise accordingly. In this way, the user 21 can be assisted to obtain higher exercise results and avoid sports injuries.

From the above description, it can be seen that the feature of the present invention is that the control device 15 can actively adjust the virtual scene image signal and/or the audio signal according to the judgment result indicating the psychological stress of the user 21, so as to reduce the psychological stress of the user 21 during exercise, and in combination with the posture judgment result and the effectiveness result, the control device 15 can effectively judge the performance of the user 21 in exercise or training, and The virtual scene image signal and/or the audio signal are adjusted accordingly. In this way, the new sports training detection system 1 can adjust the exercise mode, training intensity or training method according to the psychological stress of the user 21 during exercise, which can effectively improve the overall exercise effect of the user 21's sports training or rehabilitation, and correct improper movements or postures in real time to avoid any sports injuries, thereby greatly improving sports safety.

The present invention has been disclosed in the above with the preferred embodiment, but those skilled in the art should understand that the embodiment is only used to describe the present invention and should not be interpreted as limiting the scope of the present invention. It should be noted that all changes and substitutions equivalent to the embodiment should be included in the scope of the present invention. Therefore, the protection scope of the present invention shall be based on the scope defined by the patent application.

1: Sports training detection system 10: Display device 11: Audio playback device 12: Physiological sensing device 13: Eye tracking device 14: Psychological stress judgment device 15: Control device 16: Photographic device 17: Posture image feedback device 18: Posture judgment device 19: Effect comparison device 20: Virtual scene image 21: User 201: Virtual background 202: Action posture

Other features and functions of the present invention will be clearly presented in the implementation method with reference to the drawings, wherein: FIG. 1 is a schematic diagram illustrating an implementation example of the present invention having a sports training detection system for assessing psychological stress; and FIG. 2 is a schematic diagram illustrating a virtual scene image of the implementation example.

1: Sports training detection system

10: Display device

11: Audio playback device

12: Physiological sensing device

13: Eye tracking device

14: Psychological stress assessment device

15: Control device

16: Photographic equipment

17: Posture image feedback device

18: Posture determination device

19: Effect comparison device

21: User

Claims (10)

A sports training detection system capable of evaluating psychological stress comprises: A display device for receiving a virtual scene image signal and playing a virtual scene image to a user accordingly, wherein the virtual scene image displays a virtual background corresponding to one of a plurality of virtual scenes and a movement posture corresponding to one of a plurality of movement movements; An audio playback device for receiving an audio signal and playing an auditory feedback to the user accordingly, wherein the auditory feedback has a virtual background sound corresponding to the virtual scene image and a guiding sentence; A physiological sensing device for sensing the user to generate physiological sensing information; An eye tracking device for tracking a pair of eyeballs of the user to generate eye information indicating a pupil size and a gaze state of the eyeballs, wherein the eye information changes with changes in the virtual scene image or the auditory feedback; A psychological stress judgment device, which is communicatively connected to the eye tracking device to receive the eye information, and generates a judgment result indicating that the psychological stress of the user is unchanged, increased, or decreased based on the eye information and a preset eye information; and A control device is communicatively connected to the physiological sensing device, the eye tracking device and the psychological pressure judgment device to receive the physiological sensing information, the eye information and the judgment result respectively, and is communicatively connected to the display device and the audio playback device. During an initial setting period, the control device determines the virtual background and the action posture according to the physiological sensing information and the eye information to perform initial setting and generate the virtual scene image signal and the audio signal and transmit them to the display device and the audio playback device respectively. During a user's movement period, the control device adjusts at least one of the virtual scene image signal and the audio signal according to the judgment result. A sports training detection system as described in claim 1, wherein the gaze condition of the pair of eyeballs includes a number of gazes and a gaze time of gazing at the virtual scene image. A sports training detection system as described in claim 2, wherein the preset eye information includes a preset pupil size, a preset number of gazes and a preset gaze time, and the psychological stress judgment device compares the eye information with the preset eye information. When the result of comparing the eye information with the preset eye information is at least one of the gaze time decreasing by a preset percentage, the number of gazes increasing by the preset percentage and the pupil size dilating by the preset percentage and continuing for a first preset time, the judgment result indicates that the user's psychological stress has increased. The sports training detection system as described in claim 1 further includes: a camera device for photographing the user to generate a user image having a user posture; a posture image feedback device, communicatively connected to the display device to obtain the virtual scene image; and a posture judgment device, communicatively connected to the camera device and the posture image feedback device, to receive the user image and the virtual scene image respectively, and compare the user posture of the user image with the action posture of the virtual scene image after a second preset time to generate a posture judgment result indicating an action error rate of the user; The control device is also communicatively connected to the posture determination device to receive the posture determination result, and during the user's movement, the control device adjusts at least one of the virtual scene image signal and the audio signal according to the determination result and the posture determination result. A sports training detection system as described in claim 4, wherein, when the judgment result indicates that the psychological pressure remains unchanged and the action error rate indicated by the posture judgment result is greater than a preset error rate, the control device adjusts the audio signal so that the guiding sentence of the auditory feedback changes. A sports training detection system as described in claim 4, wherein, when the judgment result indicates that the psychological pressure increases or the posture judgment result indicates that the action error rate is greater than a preset error rate, the control device adjusts the virtual scene image signal and the audio signal so that another one of the virtual scenes serves as the virtual background displayed by the virtual scene image, and the playback speed of the virtual scene image and the auditory feedback is slowed down. The sports training detection system as described in claim 6, wherein, after the control device adjusts the virtual scene image signal and the audio signal, the posture determination device obtains a movement speed of the user's movement based on the user image and outputs it to the control device, and The control device compares the motion speed with a preset speed to generate a first comparison result, and compares the motion error rate indicated by the posture judgment result with the preset error rate to generate a second comparison result. The first comparison result and the second comparison result are each used to indicate whether the user's motion is standard. When the first comparison result or the second comparison result indicates that the user's motion is not standard, the control device generates a warning signal and outputs it to the audio playback device, so that the audio playback device plays a prompt sound according to the warning signal. A sports training detection system as described in claim 7, wherein when the audio playback device plays the prompt sound a preset number of times, the control device adjusts the virtual scene image signal and the audio signal so that the movement posture of the virtual scene image and the guiding sentence of the auditory feedback change. The sports training detection system as described in claim 1 further includes: a camera device for photographing the user to generate a user image having a user posture; and an effect comparison device, which is communicatively connected to the camera device to obtain the user image, and is communicatively connected to the control device. During an effect judgment period, the effect comparison device compares the user posture of the user image with a preset action posture to generate a comparison result indicating an exercise effect value of the user and outputs it to the control device; During the performance judgment period, the control device compares the exercise performance value indicated by the comparison result with a preset performance value to generate a performance result indicating that the user's exercise performance has improved or decreased. When the performance result indicates that the user's exercise performance has decreased, the control device adjusts the virtual scene image signal and the audio signal, so that the virtual scene image and the auditory feedback change. The sports training detection system as described in claim 1, wherein the virtual background is a mountain view, a water view or a forest background.

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