TWI525587B - Virtual interactive-learning somatosensory device - Google Patents

Description

Virtual interactive learning somatosensory device

The invention relates to a virtual interactive learning body sensing device, in particular to an electronic device and a digital sensor for performing cultural festival somatosensory learning, and displaying a situation learning picture through a screen on the electronic device, so that the user can A virtual interactive learning somatosensory device that easily achieves learning effects.

At present, most of the game consoles on the market need to be equipped with a game device, such as the Republic of China Invention Patent No. M453527: "game machine combined with mobile devices", the game machine incorporating the mobile device includes a handle device and a mobile device, the handle device includes an operation module, and is operated to generate an operation signal; a micro processing unit is electrically connected to the operation module; a first audio interface is electrically connected to the The processing unit includes a second audio interface electrically coupled to an audio interface and the audio interface is coupled to the audio connector; a processing module including a processing unit and an application The processing unit is electrically connected to the second audio interface, and the application receives an input event from the operation signal obtained by the conversion of the converted signal; therefore, the handle device pair connected to the mobile device through the audio interface The application executed by the mobile device operates, but the game machine needs to be controlled by the handle device, so the present invention provides A virtual interactive learning somatosensory device includes a plurality of operation interfaces, and a plurality of operation interfaces are connected to each other through an internet for cultural festivals to learn and compete, and the screen of the electronic device provided by the operation interface can be displayed. The context learning or competition screen, and the sensor provided by the operation interface can capture the current motion path of the user, and the sensor can recognize the user's motion path and make virtual contact with the screen image to achieve a situational learning or competition. That is, the sensor is used to capture the current motion path of the user without the need to additionally add a handle device to complete the control.

The main purpose of the present invention is to provide a virtual interactive learning somatosensory device, which comprises a plurality of operating interfaces, and a plurality of operating interfaces are connected to each other through an internet for cultural festivals to learn and compete, and can be accessed through the Internet. The road transmits the learning history and competition history of the user's cultural festival and somatosensory learning to a server to store and record.

A secondary object of the present invention is to provide a virtual interactive learning somatosensory device, which comprises an electronic device and a number sensor, wherein the electronic device has an identification entity object module and a unity posture correction mode. The group and the learning module, and the electronic device has a screen, the screen can display a situational learning or competition picture, and the sensor can be a Kinect sensor, which can capture the current motion path of the user. That is, the relative stereoscopic depth of the user and the position of the plurality of skeleton nodes are captured, and the electronic device is connected to the electronic device for cultural festival somatosensory learning, and a plurality of sensors are installed to allow multiple measurements in the common measurement space. It can be photographed at any angle and is not limited to a specific area.

The specific construction of the present invention and its practical functions are described in detail below.

For a more detailed understanding of the structure of the present invention, please refer to the first figure, the present invention provides a virtual interactive learning somatosensory device, which comprises a plurality of operating interfaces 6, 7 and a plurality of operating interfaces 6, 7 through An Internet 3 is connected to each other for cultural festivals and learning and competition, and the learning process and competition history of the user 8 and 9 for cultural festivals and somatosensory learning can be transmitted to a server 4 for storage via the Internet 3. recording.

The operation interfaces 6 and 7 each include an electronic device 1 and a digital sensor 2, and the electronic device 1 and the digital sensor 2 include a plurality of common measurement spaces 61 and 71. The electronic device 1 can be a The notebook computer has an identification physical object module 62, 72, an integrated posture correction module 63, 73 and a celebration learning module 64, 74, and the electronic device 1 has a screen 11, the screen 11 The context learning or competition screen 110 can be displayed, and the sensor 2 can be a Kinect sensor 2, which can capture the current motion path of the users 8, 9 by capturing the relative stereoscopic shapes of the users 8, 9. Depth and a plurality of skeleton node positions, and cooperate with the electronic device 1 for cultural festival somatosensory learning, and a plurality of sensors 2 can be used to allow any angle in the plurality of common measurement spaces 61, 71 to be The image is captured and not limited to a specific area, and the Internet 3 system includes a unified collaborative teaching module 31 and a unified collaborative competition module 32, as shown in the third figure.

Referring to the second figure, a mobile device 5 can also be connected to the server 4 via the Internet 3 to view the learning history of the user's 8th cultural and physical learning. The mobile device 5 is a smart phone. .

Users 8 and 9 of different operation spaces can learn cultural festivals through various operation interfaces 6, 7 and several operation interfaces 6 and 7 are connected to each other through an Internet 3 and enter the somatosensory collaborative teaching. The module 31 and the somatosensory cooperative competition module 32 are used for performing cultural festivals and learning and competitions, and can transmit the learning history and competition history of the user 8 and 9 through the Internet 3 to a servo. The device 4 stores the record as shown in the third figure.

Referring to the fourth figure, the user 8 can enter the identification entity object module 62 in the electronic device 1 through the screen 11 of the electronic device 1. The identification entity object module 62 can be identified by the sensor 2 The object 81 held by the user 8 displays the object 81 held by the user 8 on the screen 11 of the electronic device 1, and can be used for interaction and learning on the screen 110 of the cultural festival somatosensory learning and competition.

Referring to FIG. 5, the user 8 can enter the somatosensory posture correction module 63 in the electronic device 1 through the screen 11 of the electronic device 1 to perform context learning, and the somatosensory posture correction module 63 can be The sensor 2 recognizes the posture of the user 8 and displays the improved method of the user 8 posture on the screen 11 of the electronic device 1, the correctness of the identification track, the accuracy of the quantized posture, and the optimal posture for the user 8 to imitate. The cultural festivals of the somatosensory learning and competition screens 110 can be smoothly interacted and used.

Referring to FIG. 6 , the user 8 can enter the festival learning module 64 in the electronic device 1 through the screen 11 of the electronic device 1 to perform context learning. The festival learning module 64 includes a fun cultural lantern. The user can display the contextual learning screen 110 of the interesting cultural lantern through the screen 11 of the electronic device 1. The user 8 can view the screen 110 through the screen 11 of the electronic device 1 and recognize the user's 8 body motion through the sensor 2. The jacquard game, that is, the user 8 must recognize his own hand through the sensor 2 to make virtual contact with the torch on the screen 110, and let the screen 110 display the torch on the hand by the virtual contact, and then use the screen 110. The torch in the middle is used to illuminate the lantern. When the virtual contact is made, the screen 110 displays the lantern to be taken on the hand of the user 8, and then the user 8 moves the lantern to illuminate and use the scene around the lantern on the screen 110. The person 8 can move the scene of the screen 110 through the movement of the foot. For example, the distance between the user 8 and the scene temple on the screen 110 is a long interval, which can be drawn through the movement of the user's 8 feet. The shortening of the distance between the user 8 and the scene temple on the face 110 is a simple and very interesting and can enhance the motivation and effect of the user 8 for learning the cultural festival.

In summary, the present invention is a virtual interactive learning somatosensory device, which includes a plurality of operating interfaces 6, 7 and a plurality of operating interfaces 6, 7 are connected to each other through an Internet 3 for cultural festivals. Learning and competition, the screen 11 of the electronic device 1 provided in the operation interfaces 6, 7 can display the situation learning or competition screen 110, and the sensor 2 provided in the operation interfaces 6, 7 can capture the current users 8, 9 The action path can identify the action paths of the users 8 and 9 by the sensor 2 to make virtual contact with the screen 11 of the screen 11 to achieve a situational learning or competition, and carry out the cultural festivals of the users 8 and 9 through the Internet 3. The learning process and the course of the somatosensory learning are transmitted to a server 4 for storage and recording. It is a simple and very interesting and can enhance the motivation and effectiveness of the users 8 and 9 for the cultural festival.

(1) electronic device (11) screen (110) screen (2) sensor (3) internet (31) somatosensory collaborative teaching module (32) somatosensory cooperative competition module (4) server (5) Mobile device (6) operation interface (61) multiple common measurement space (62) identification physical object module (63) somatosensory posture correction module (64) festival learning module (7) operation interface (71) Station common measurement space (72) identification physical object module (73) somatosensory posture correction module (74) festival learning module (8) (9) user (81) utensils

The first figure is a flow chart of the virtual interactive learning body sensing device of the present invention. The second figure is a schematic diagram of the mobile device of the present invention connected to the server through the Internet. The third figure is a block diagram of the virtual interactive learning body sensing device of the present invention. The fourth figure is a schematic diagram showing the identification of the physical object on the screen of the electronic device of the present invention. Fig. 5 is a schematic view showing the correction of the somatosensory posture on the screen of the electronic device of the present invention. Figure 6 is a schematic diagram showing a context learning screen displayed on the screen of the electronic device of the present invention.

(1) Electronic device (11) Screen (2) Sensor (3) Internet (4) Server (6) Operation interface (7) Operation interface

Claims (3)

A virtual interactive learning somatosensory device includes a plurality of operation interfaces, the operation interface bread comprises an electronic device and a plurality of sensors, and the electronic device and the plurality of sensor systems comprise a plurality of common measurement spaces, The electronic device has an identification entity object module, an integrated posture correction module and a festival learning module, and the electronic device has a screen, the screen system can display a situational learning or competition picture, and the sensor system can be It is a Kinect sensor, which can capture the current motion path of the user, that is, capture the relative stereoscopic depth of the user and the position of the plurality of skeleton nodes, and cooperate with the electronic device to perform cultural festival somatosensory learning, and The installation of a plurality of sensors allows any angle in a plurality of common measurement spaces to be captured without being confined to a specific area. The user can access the identification entity object module in the electronic device through the screen of the electronic device. The identification entity object module can identify the object held by the user by the sensor, and display the object held by the user on the screen of the electronic device, that is, Interacting and learning in the context of cultural festivals, learning and competition. The above-mentioned several operating interfaces are linked to each other for cultural festivals and learning and competition through an internet connection, and users can be cultured through the Internet. The learning history and competition history of the festival somatosensory learning are transmitted to a server for storing records. The virtual interactive learning somatosensory device of claim 1, wherein the user can enter the somatosensory posture correction module in the electronic device through the screen of the electronic device to perform context learning, the posture posture correction mode The group can identify the user's posture by the sensor and display the user's posture improvement method on the screen of the electronic device, the correctness of the identification track, the accuracy of the quantitative posture, and the best posture for the user to imitate, let the culture The scenes of the festival somatosensory learning and competition can be smoothly interacted and learned. The virtual interactive learning somatosensory device according to claim 1, wherein the user can enter the festival learning in the electronic device through the screen of the electronic device. The module is used for contextual learning. The festival learning module includes a fun cultural lantern, which displays a contextual learning screen of a fun cultural lantern through an electronic device screen, allowing the user to view the image through the screen of the electronic device. The sensor recognizes the user's limb movements and performs a virtual jacquard light game, that is, the user must recognize his own hand through the sensor to make virtual contact with the torch on the screen, and let the screen display the torch when the virtual contact is made. On the top, use the torch to light the lantern. When the virtual contact is made, the picture shows the lantern to be taken on the user's hand. Then when the user moves the lantern, the scene around the lantern on the screen can be illuminated and the user can Move the scene of the picture through the movement of the foot.