TWM574739U - Virtual reality and augmented reality teaching situation system - Google Patents

Abstract

A virtual reality and augmented reality teaching situation system, which includes: a reality experience, a VR virtual interaction, and an AR augmented teaching. By first-person story-based theme setting, a story atmosphere is created by combining The real-world experience output by the big picture, the guided robot, the VR virtual interaction of the virtual reality, and the AR augmented teaching of the augmented reality, make the guided content more vivid and allow students or visitors to pass this multi-level integration Technology guides you to immerse yourself in the atmosphere of the story, to realize the feeling of being in the real world, and then to improve the effect of the teaching tour.

Description

Virtual reality and augmented reality teaching situation system

This creation is about a teaching system, especially a virtual reality and augmented reality teaching situation system.

According to the general tour guide introduction, under the traditional teaching methods, the trainees often only learn the professional knowledge needed through videos and books, and the experience is limited. If virtual scenes and physical props are arranged to allow students to actually simulate operations in the classroom, not only can the scenes not be changed at will, and the substantial benefits are greatly reduced, but the cost of money and time in practice is very high and it is not easy to hold them anytime, anywhere.

In view of this, the creator has many years of experience in manufacturing development and design of related products. In view of the above goals, after detailed design and prudent evaluation, the final creation is indeed practical.

The technical problem to be solved in this creation is to provide a virtual reality and augmented reality teaching situation system in view of the above-mentioned defects in the existing technology.

The above-mentioned teaching situation system includes: a reality experience, a VR virtual interaction and an AR augmented teaching, in which the reality experience is to present a field real scene on the surrounding wall of a space using a large image output method. To create an intuitive effect that is immersive The tour robot introduces and guides on the theme of field reality. The VR virtual interaction is a continuous VR tour interaction that connects the reality experience. It includes a sense of integration detection device, a set, a A projection device and a theme control device, the somatosensory detection device senses the position and motion of the user, and then uses the theme control device to project a virtual reality navigation theme on the scene through the projection device, and Through the cooperation of the projection device and the somatosensory detection device, users can interact with the images under the feedback of position and motion. The AR augmented teaching system continues the virtual interaction of VR and further guides with AR technology. It includes a set, a projection device, a photographing device and a tour guide in a space, the projection device is connected to the signal of the photographing device, and the tour guide faces the set as the photographing device The shooting target, and the image taken by the camera device is presented on the scene through the projection device, and the camera device is further equipped with AR augmented view technology to introduce the tour guide to a theme of AR augmented reality, for a personal visit Guided tour of reality.

Preferably, the large image is output as a schematic scene of the airport lobby.

Preferably, the VR virtual interaction can be combined with a head-mounted VR glasses and a sense of unity device, so that the user can get into the virtual reality navigation theme through the VR glasses.

Preferably, the theme of the VR virtual interaction and AR augmented teaching is to use tourist guide images such as airports, airplanes, hotels, scenic spots and so on.

Compared with the effect of the previous technology: this creation uses the first-person story-based theme settings to create an atmosphere of stories, through the combination of real-world experience output by large images, guided robots, virtual reality VR virtual interaction and augmented reality AR augmented teaching makes the content of the guide more vivid, allowing students or visitors to guide the immersion in the atmosphere of the story through this multi-level integration technology to achieve the experience of being in the real world, thereby enhancing the effect of the teaching guide.

10‧‧‧Reality experience

11‧‧‧big picture output

12‧‧‧Guide robot

20‧‧‧VR virtual interaction

21‧‧‧Sensory detection device

22‧‧‧ set

23‧‧‧Projection device

24‧‧‧VR glasses

25‧‧‧Somatosensory device

30‧‧‧AR augmented teaching

31‧‧‧ set

32‧‧‧Projection device

33‧‧‧Photographic device

34‧‧‧Guide

Figure 1: The block diagram of the system flow for this creation.

Figure 2: This is a schematic diagram of the actual experience of the creation.

Figure 3: This is a layout diagram of the VR virtual interaction created for this.

Figure 4: This is a schematic diagram of the actual operation of the VR virtual interaction created for this.

Figure 5: It is a schematic diagram of the actual operation of the VR virtual interaction created with VR glasses.

Figure 6: Schematic diagram of the actual operation of AR augmented teaching based on this creation.

In order for your review committee to have a better understanding and understanding of the purpose, features and functions of this creation, the following is please cooperate with the [schematic description] detailed as follows: first, please refer to the first figure and the second to sixth As shown in the figure, a virtual reality and augmented reality teaching situation system includes: a reality experience 10, which displays a field of real scenes on a peripheral wall of a space using a large image output 11 to create a personal experience The intuitive effect of the environment, and a guided robot 12 to guide the introduction of the field of the field, where the large image output 11 is a schematic scene of the airport lobby, a VR virtual interaction 20, which is connected to the real experience 10. Perform consistent VR navigation interactions, including setting a sense of detection device 21, a set 22, a projection device 23, and a theme control device (not shown) in a space. 21 is used to sense the position and motion of the user, and then use the theme control device to project a virtual reality navigation theme on the scene 22 through the projection device 23, and through the projection device 23 and the body The cooperation of the sense detection device 21 allows the user to interact with the images under the feedback of the position and movement, and the VR virtual interaction 20 can be paired with a headset VR glasses 24 and the integrated sense device 25 to allow the user Through The VR glasses 24 can further enter the virtual reality guide theme, an AR augmentation instruction 30, which is followed by the VR virtual interaction 20 and further guided by AR technology, which includes setting a scene 31 in a space , A projection device 32, a photographing device 33, and a tour guide 34, the projection device 32 is in signal connection with the photographing device 33, and the tour guide 34 faces the scene 31 as the shooting target of the photographing device 33 , And the image captured by the camera 33 is displayed on the scene through the projection device 32, and the camera 33 is further equipped with AR augmentation technology, and then the guide 34 is introduced into a theme of AR augmented reality. Such as a guided tour in person.

The above-mentioned photography device 33 can be a mobile phone, a camera, etc., wherein the mobile phone is equipped with an AR augmented view technology APP, so that the mobile phone can directly use the APP to bring an augmented reality to the screen when shooting, and then from the projection device 32 Projecting the image on the set 31 creates the tour guide 34 as if he were visiting the site for a tour, allowing visitors to be more integrated into the atmosphere of the theme tour introduction.

For the actual operation of the system, please refer to Figure 1 and Figures 2 to 6 as shown. When the system conducts guided teaching, when its students or visitors experience 10 spaces through the real world, they can output 11 Feel the intuitive perception of the actual field in real scene, and explain it with a guided robot 12, when connecting the real experience 10 into the space of the VR virtual interaction 20, it will be immediately locked by the sensory detection device 21, A theme image is projected on the scene 22 through the projection device 23 through the theme control device. The theme image is not only the scenes, but also a virtual tour guide to guide and introduce. At the same time, through Q&A and somatosensory interaction Students or visitors are quite impressed with the guide introduction. When entering the AR augmented teaching 30 space through the VR virtual interactive 20-space transition, it is the physical guide 34 who photographs through the photography device 33 and Projected on the set 31, through AR augmented reality technology to bring a guide body into the guide 34, and then through the introduction of the guide 34, so that students and visitors can gradually immerse the guide 34 Guided theme atmosphere Inside, and the tour guide 34 is located in the space of AR augmentation teaching 30 with the students or visitors at the same time, and at the same time looking at the images in the set 31, the tour method can be adjusted in real time according to the reaction of the students or visitors on site To make the guided teaching more vivid and enhance the learning interest of students or visitors.

In addition, the AR augmented teaching 30 is also available for students to conduct guided and introductory learning, so that students can be more integrated into the guided theme through augmented reality, just like an immersive introduction, which makes learning more effective. Teachers can also observe the introduction status of the students through the set 31 images, which can then be used as the basis for academic achievements or missing discussions.

With the structure of the above specific embodiment, the following benefits can be obtained: This creation creates the atmosphere of the story by setting the first-person story theme, through the real-world experience 10 combined with the big picture output 11, the guided robot 12, VR virtual interaction 20 in virtual reality and AR augmented teaching 30 in augmented reality make the guide content more vivid, allowing students or visitors to guide the immersion of the story through this multi-level integration technology to achieve The experience of being in the real world will further enhance the effect of the teaching guide.

In summary, this creation has indeed reached a breakthrough structural design, and it has improved creative content, and at the same time it can achieve industrial utility and progress. Moreover, this creation has not been seen in any publications, and it is also novel. In line with the provisions of the relevant laws and regulations of the Patent Law, I filed an application for a creative patent in accordance with the law, and urged the examiner of the Jun Bureau to grant legal patent rights.

The above is only one of the preferred embodiments of this creation, and it should not be used to limit the scope of the implementation of this creation; that is, any equal changes and modifications made in accordance with the scope of the patent application of this creation should still belong to this creation Within the scope of the patent.

Claims (4)

A virtual reality and augmented reality teaching situation system, which includes: a reality experience, a field of real scene is displayed on the surrounding wall of a space using a large image output method to create an intuitive effect of immersion, In addition, a guided robot is used to guide and introduce the theme of the field real scene; a VR virtual interaction is a continuous VR guided interaction that connects the real experience, which includes the configuration of a sense of detection device in a space , A scene, a projection device, and a theme control device, the somatosensory detection device senses the user's position and actions, and then uses the theme control device to project a virtual reality navigation theme through the projection device On the scene, and through the cooperation of the projection device and the somatosensory detection device, the user can interact with the images under the feedback of position and motion; an AR augmentation teaching is to continue the virtual interaction of the VR and Further, the AR technology is used for navigation, which includes arranging a scene, a projection device, a photographing device, and a tour guide in a space. The projection device is connected to the camera signal, and the tour guide is facing The scene is taken as the shooting target of the photographing device, and the image captured by the photographing device is presented on the scene through the projection device, and the photographing device is further equipped with AR augmentation technology to introduce the guide to a theme of AR augmentation In the territory of the country, conduct a guided tour as if in person. According to the virtual reality and augmented reality teaching situation system described in item 1 of the scope of the patent application, the big picture output is a schematic scene of the airport lobby. According to the virtual reality and augmented reality teaching situation system described in item 1 of the scope of the patent application, the VR virtual interaction can be combined with a head-mounted VR glasses and a sense of unity device, so that users can use the VR glasses Can further enter the virtual reality guide theme. According to the virtual reality and augmented reality teaching situation system described in item 1 of the scope of the patent application, the theme of the VR virtual interaction and AR augmented teaching is the tourist guide images of airports, airplanes, hotels, scenic spots, etc. .